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   TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION

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      "License" shall mean the terms and conditions for use, reproduction,
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   END OF TERMS AND CONDITIONS

LICENSE
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LICENSE_FOXIT
// Copyright 2014 PDFium Authors. All rights reserved.
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// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
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// DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
// (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
// OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.


LICENSE_LIBERATION
LICENSE AGREEMENT AND LIMITED PRODUCT WARRANTY
LIBERATION FONT SOFTWARE

This agreement governs the use of the Software and any updates to the Software, regardless of the delivery mechanism. Subject to the following terms, Red Hat, Inc. ("Red Hat") grants to the user ("Client") a license to this work pursuant to the GNU General Public License v.2 with the exceptions set forth below and such other terms as are set forth in this End User License Agreement.

 1. The Software and License Exception. LIBERATION font software  (the "Software") consists of TrueType-OpenType formatted font software for rendering LIBERATION typefaces in sans-serif, serif, and monospaced character styles. You are licensed to use, modify, copy, and distribute the Software pursuant to the GNU General Public License v.2 with the following exceptions:  

  (a) As a special exception, if you create a document which uses this font, and embed this font or unaltered portions of this font into the document, this font does not by itself cause the resulting document to be covered by the GNU General Public License. This exception does not however invalidate any other reasons why the document might be covered by the GNU General Public License. If you modify this font, you may extend this exception to your version of the font, but you are not obligated to do so. If you do not wish to do so, delete this exception statement from your version.

  (b) As a further exception, any distribution of the object code of the Software in a physical product must provide you the right to access and modify the source code for the Software and to reinstall that modified version of the Software in object code form on the same physical product on which you received it.

 2. Intellectual Property Rights. The Software and each of its components, including the source code, documentation, appearance, structure and organization are owned by Red Hat and others and are protected under copyright and other laws. Title to the Software and any component, or to any copy, modification, or merged portion shall remain with the aforementioned, subject to the applicable license. The "LIBERATION" trademark is a trademark of Red Hat, Inc. in the U.S. and other countries. This agreement does not permit Client to distribute modified versions of the Software using Red Hat's trademarks. If Client makes a redistribution of a modified version of the Software, then Client must modify the files names to remove any reference to the Red Hat trademarks and must not use the Red Hat trademarks in any way to reference or promote the modified Software. 

 3. Limited Warranty. To the maximum extent permitted under applicable law, the Software is provided and licensed "as is" without warranty of any kind, expressed or implied, including the implied warranties of merchantability, non-infringement or fitness for a particular purpose. Red Hat does not warrant that the functions contained in the Software will meet Client's requirements or that the operation of the Software will be entirely error free or appear precisely as described in the accompanying documentation. 

 4. Limitation of Remedies and Liability. To the maximum extent permitted by applicable law, Red Hat or any Red Hat authorized dealer will not be liable to Client for any incidental or consequential damages, including lost profits or lost savings arising out of the use or inability to use the Software, even if Red Hat or such dealer has been advised of the possibility of such damages. 

 5. General. If any provision of this agreement is held to be unenforceable, that shall not affect the enforceability of the remaining provisions. This agreement shall be governed by the laws of the State of North Carolina and of the United States, without regard to any conflict of laws provisions, except that the United Nations Convention on the International Sale of Goods shall not apply.
Copyright © 2007-2011 Red Hat, Inc. All rights reserved. LIBERATION is a trademark of Red Hat, Inc.

------------------------------------------------------------------------------

The text of the GNU General Public License, version 2, referenced above:

		    GNU GENERAL PUBLIC LICENSE
		       Version 2, June 1991

 Copyright (C) 1989, 1991 Free Software Foundation, Inc.,
 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
 Everyone is permitted to copy and distribute verbatim copies
 of this license document, but changing it is not allowed.

			    Preamble

  The licenses for most software are designed to take away your
freedom to share and change it.  By contrast, the GNU General Public
License is intended to guarantee your freedom to share and change free
software--to make sure the software is free for all its users.  This
General Public License applies to most of the Free Software
Foundation's software and to any other program whose authors commit to
using it.  (Some other Free Software Foundation software is covered by
the GNU Lesser General Public License instead.)  You can apply it to
your programs, too.

  When we speak of free software, we are referring to freedom, not
price.  Our General Public Licenses are designed to make sure that you
have the freedom to distribute copies of free software (and charge for
this service if you wish), that you receive source code or can get it
if you want it, that you can change the software or use pieces of it
in new free programs; and that you know you can do these things.

  To protect your rights, we need to make restrictions that forbid
anyone to deny you these rights or to ask you to surrender the rights.
These restrictions translate to certain responsibilities for you if you
distribute copies of the software, or if you modify it.

  For example, if you distribute copies of such a program, whether
gratis or for a fee, you must give the recipients all the rights that
you have.  You must make sure that they, too, receive or can get the
source code.  And you must show them these terms so they know their
rights.

  We protect your rights with two steps: (1) copyright the software, and
(2) offer you this license which gives you legal permission to copy,
distribute and/or modify the software.

  Also, for each author's protection and ours, we want to make certain
that everyone understands that there is no warranty for this free
software.  If the software is modified by someone else and passed on, we
want its recipients to know that what they have is not the original, so
that any problems introduced by others will not reflect on the original
authors' reputations.

  Finally, any free program is threatened constantly by software
patents.  We wish to avoid the danger that redistributors of a free
program will individually obtain patent licenses, in effect making the
program proprietary.  To prevent this, we have made it clear that any
patent must be licensed for everyone's free use or not licensed at all.

  The precise terms and conditions for copying, distribution and
modification follow.

		    GNU GENERAL PUBLIC LICENSE
   TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION

  0. This License applies to any program or other work which contains
a notice placed by the copyright holder saying it may be distributed
under the terms of this General Public License.  The "Program", below,
refers to any such program or work, and a "work based on the Program"
means either the Program or any derivative work under copyright law:
that is to say, a work containing the Program or a portion of it,
either verbatim or with modifications and/or translated into another
language.  (Hereinafter, translation is included without limitation in
the term "modification".)  Each licensee is addressed as "you".

Activities other than copying, distribution and modification are not
covered by this License; they are outside its scope.  The act of
running the Program is not restricted, and the output from the Program
is covered only if its contents constitute a work based on the
Program (independent of having been made by running the Program).
Whether that is true depends on what the Program does.

  1. You may copy and distribute verbatim copies of the Program's
source code as you receive it, in any medium, provided that you
conspicuously and appropriately publish on each copy an appropriate
copyright notice and disclaimer of warranty; keep intact all the
notices that refer to this License and to the absence of any warranty;
and give any other recipients of the Program a copy of this License
along with the Program.

You may charge a fee for the physical act of transferring a copy, and
you may at your option offer warranty protection in exchange for a fee.

  2. You may modify your copy or copies of the Program or any portion
of it, thus forming a work based on the Program, and copy and
distribute such modifications or work under the terms of Section 1
above, provided that you also meet all of these conditions:

    a) You must cause the modified files to carry prominent notices
    stating that you changed the files and the date of any change.

    b) You must cause any work that you distribute or publish, that in
    whole or in part contains or is derived from the Program or any
    part thereof, to be licensed as a whole at no charge to all third
    parties under the terms of this License.

    c) If the modified program normally reads commands interactively
    when run, you must cause it, when started running for such
    interactive use in the most ordinary way, to print or display an
    announcement including an appropriate copyright notice and a
    notice that there is no warranty (or else, saying that you provide
    a warranty) and that users may redistribute the program under
    these conditions, and telling the user how to view a copy of this
    License.  (Exception: if the Program itself is interactive but
    does not normally print such an announcement, your work based on
    the Program is not required to print an announcement.)

These requirements apply to the modified work as a whole.  If
identifiable sections of that work are not derived from the Program,
and can be reasonably considered independent and separate works in
themselves, then this License, and its terms, do not apply to those
sections when you distribute them as separate works.  But when you
distribute the same sections as part of a whole which is a work based
on the Program, the distribution of the whole must be on the terms of
this License, whose permissions for other licensees extend to the
entire whole, and thus to each and every part regardless of who wrote it.

Thus, it is not the intent of this section to claim rights or contest
your rights to work written entirely by you; rather, the intent is to
exercise the right to control the distribution of derivative or
collective works based on the Program.

In addition, mere aggregation of another work not based on the Program
with the Program (or with a work based on the Program) on a volume of
a storage or distribution medium does not bring the other work under
the scope of this License.

  3. You may copy and distribute the Program (or a work based on it,
under Section 2) in object code or executable form under the terms of
Sections 1 and 2 above provided that you also do one of the following:

    a) Accompany it with the complete corresponding machine-readable
    source code, which must be distributed under the terms of Sections
    1 and 2 above on a medium customarily used for software interchange; or,

    b) Accompany it with a written offer, valid for at least three
    years, to give any third party, for a charge no more than your
    cost of physically performing source distribution, a complete
    machine-readable copy of the corresponding source code, to be
    distributed under the terms of Sections 1 and 2 above on a medium
    customarily used for software interchange; or,

    c) Accompany it with the information you received as to the offer
    to distribute corresponding source code.  (This alternative is
    allowed only for noncommercial distribution and only if you
    received the program in object code or executable form with such
    an offer, in accord with Subsection b above.)

The source code for a work means the preferred form of the work for
making modifications to it.  For an executable work, complete source
code means all the source code for all modules it contains, plus any
associated interface definition files, plus the scripts used to
control compilation and installation of the executable.  However, as a
special exception, the source code distributed need not include
anything that is normally distributed (in either source or binary
form) with the major components (compiler, kernel, and so on) of the
operating system on which the executable runs, unless that component
itself accompanies the executable.

If distribution of executable or object code is made by offering
access to copy from a designated place, then offering equivalent
access to copy the source code from the same place counts as
distribution of the source code, even though third parties are not
compelled to copy the source along with the object code.

  4. You may not copy, modify, sublicense, or distribute the Program
except as expressly provided under this License.  Any attempt
otherwise to copy, modify, sublicense or distribute the Program is
void, and will automatically terminate your rights under this License.
However, parties who have received copies, or rights, from you under
this License will not have their licenses terminated so long as such
parties remain in full compliance.

  5. You are not required to accept this License, since you have not
signed it.  However, nothing else grants you permission to modify or
distribute the Program or its derivative works.  These actions are
prohibited by law if you do not accept this License.  Therefore, by
modifying or distributing the Program (or any work based on the
Program), you indicate your acceptance of this License to do so, and
all its terms and conditions for copying, distributing or modifying
the Program or works based on it.

  6. Each time you redistribute the Program (or any work based on the
Program), the recipient automatically receives a license from the
original licensor to copy, distribute or modify the Program subject to
these terms and conditions.  You may not impose any further
restrictions on the recipients' exercise of the rights granted herein.
You are not responsible for enforcing compliance by third parties to
this License.

  7. If, as a consequence of a court judgment or allegation of patent
infringement or for any other reason (not limited to patent issues),
conditions are imposed on you (whether by court order, agreement or
otherwise) that contradict the conditions of this License, they do not
excuse you from the conditions of this License.  If you cannot
distribute so as to satisfy simultaneously your obligations under this
License and any other pertinent obligations, then as a consequence you
may not distribute the Program at all.  For example, if a patent
license would not permit royalty-free redistribution of the Program by
all those who receive copies directly or indirectly through you, then
the only way you could satisfy both it and this License would be to
refrain entirely from distribution of the Program.

If any portion of this section is held invalid or unenforceable under
any particular circumstance, the balance of the section is intended to
apply and the section as a whole is intended to apply in other
circumstances.

It is not the purpose of this section to induce you to infringe any
patents or other property right claims or to contest validity of any
such claims; this section has the sole purpose of protecting the
integrity of the free software distribution system, which is
implemented by public license practices.  Many people have made
generous contributions to the wide range of software distributed
through that system in reliance on consistent application of that
system; it is up to the author/donor to decide if he or she is willing
to distribute software through any other system and a licensee cannot
impose that choice.

This section is intended to make thoroughly clear what is believed to
be a consequence of the rest of this License.

  8. If the distribution and/or use of the Program is restricted in
certain countries either by patents or by copyrighted interfaces, the
original copyright holder who places the Program under this License
may add an explicit geographical distribution limitation excluding
those countries, so that distribution is permitted only in or among
countries not thus excluded.  In such case, this License incorporates
the limitation as if written in the body of this License.

  9. The Free Software Foundation may publish revised and/or new versions
of the General Public License from time to time.  Such new versions will
be similar in spirit to the present version, but may differ in detail to
address new problems or concerns.

Each version is given a distinguishing version number.  If the Program
specifies a version number of this License which applies to it and "any
later version", you have the option of following the terms and conditions
either of that version or of any later version published by the Free
Software Foundation.  If the Program does not specify a version number of
this License, you may choose any version ever published by the Free Software
Foundation.

  10. If you wish to incorporate parts of the Program into other free
programs whose distribution conditions are different, write to the author
to ask for permission.  For software which is copyrighted by the Free
Software Foundation, write to the Free Software Foundation; we sometimes
make exceptions for this.  Our decision will be guided by the two goals
of preserving the free status of all derivatives of our free software and
of promoting the sharing and reuse of software generally.

			    NO WARRANTY

  11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY
FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW.  EXCEPT WHEN
OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES
PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED
OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.  THE ENTIRE RISK AS
TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.  SHOULD THE
PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING,
REPAIR OR CORRECTION.

  12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING
WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR
REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES,
INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING
OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED
TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY
YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER
PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE
POSSIBILITY OF SUCH DAMAGES.

		     END OF TERMS AND CONDITIONS

	    How to Apply These Terms to Your New Programs

  If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.

  To do so, attach the following notices to the program.  It is safest
to attach them to the start of each source file to most effectively
convey the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.

    <one line to give the program's name and a brief idea of what it does.>
    Copyright (C) <year>  <name of author>

    This program is free software; you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation; either version 2 of the License, or
    (at your option) any later version.

    This program is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
    GNU General Public License for more details.

    You should have received a copy of the GNU General Public License along
    with this program; if not, write to the Free Software Foundation, Inc.,
    51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.

Also add information on how to contact you by electronic and paper mail.

If the program is interactive, make it output a short notice like this
when it starts in an interactive mode:

    Gnomovision version 69, Copyright (C) year name of author
    Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
    This is free software, and you are welcome to redistribute it
    under certain conditions; type `show c' for details.

The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License.  Of course, the commands you use may
be called something other than `show w' and `show c'; they could even be
mouse-clicks or menu items--whatever suits your program.

You should also get your employer (if you work as a programmer) or your
school, if any, to sign a "copyright disclaimer" for the program, if
necessary.  Here is a sample; alter the names:

  Yoyodyne, Inc., hereby disclaims all copyright interest in the program
  `Gnomovision' (which makes passes at compilers) written by James Hacker.

  <signature of Ty Coon>, 1 April 1989
  Ty Coon, President of Vice

This General Public License does not permit incorporating your program into
proprietary programs.  If your program is a subroutine library, you may
consider it more useful to permit linking proprietary applications with the
library.  If this is what you want to do, use the GNU Lesser General
Public License instead of this License.


LICENSE_JBIG2
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// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
// (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
// OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
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LICENSE_OPENJPEG
/*
 * The copyright in this software is being made available under the 2-clauses 
 * BSD License, included below. This software may be subject to other third 
 * party and contributor rights, including patent rights, and no such rights
 * are granted under this license.
 *
 * Copyright (c) 2002-2014, Universite catholique de Louvain (UCL), Belgium
 * Copyright (c) 2002-2014, Professor Benoit Macq
 * Copyright (c) 2003-2014, Antonin Descampe
 * Copyright (c) 2003-2009, Francois-Olivier Devaux
 * Copyright (c) 2005, Herve Drolon, FreeImage Team
 * Copyright (c) 2002-2003, Yannick Verschueren
 * Copyright (c) 2001-2003, David Janssens
 * Copyright (c) 2011-2012, Centre National d'Etudes Spatiales (CNES), France 
 * Copyright (c) 2012, CS Systemes d'Information, France
 *
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 * modification, are permitted provided that the following conditions
 * are met:
 * 1. Redistributions of source code must retain the above copyright
 *    notice, this list of conditions and the following disclaimer.
 * 2. Redistributions in binary form must reproduce the above copyright
 *    notice, this list of conditions and the following disclaimer in the
 *    documentation and/or other materials provided with the distribution.
 *
 * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS `AS IS'
 * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
 * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
 * ARE DISCLAIMED.  IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE
 * LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
 * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
 * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
 * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
 * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
 * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
 * POSSIBILITY OF SUCH DAMAGE.
 */


LICENSE_PDFJS_JBIG2
Copyright 2026 Mozilla Foundation

Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at

http://www.apache.org/licenses/LICENSE-2.0

Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.


LICENSE_PDFJS_OPENJPEG
Copyright (c) 2024, Mozilla Foundation

Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:

1. Redistributions of source code must retain the above copyright notice, this
   list of conditions and the following disclaimer.

2. Redistributions in binary form must reproduce the above copyright notice,
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THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.


LICENSE_PDFJS_QCMS
MIT License

Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
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LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.


LICENSE_QCMS
qcms
Copyright (C) 2009-2024 Mozilla Corporation
Copyright (C) 1998-2007 Marti Maria

Permission is hereby granted, free of charge, to any person obtaining 
a copy of this software and associated documentation files (the "Software"), 
to deal in the Software without restriction, including without limitation 
the rights to use, copy, modify, merge, publish, distribute, sublicense, 
and/or sell copies of the Software, and to permit persons to whom the Software 
is furnished to do so, subject to the following conditions:

The above copyright notice and this permission notice shall be included in 
all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, 
EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO 
THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND 
NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE 
LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION 
OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION 
WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

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11;grid-row:4}.calc-keypad .key-equals{grid-column:11 / 13;grid-row:4;color:#fff;background:#328eff;border-color:#328eff;font-size:2rem}.calc-keypad .key-equals:hover{background:#247ce6}.calc-keyboard-tip{color:var(--calc-muted);text-align:center;font-size:.67rem;padding:12px 4px 0}.calc-notice{padding:10px 12px;font-size:.85rem;color:#a1344e}.calc-notice:empty{display:none}.calc-inspector{display:grid;gap:18px;min-width:0}.calc-side-card{padding:20px}.calc-card-header{display:flex;align-items:center;justify-content:space-between;gap:12px;margin-bottom:15px}.calc-card-header h2{display:flex;align-items:center;gap:11px;font-size:1.02rem;font-weight:500}.calc-card-header h2 .icon{width:22px;height:22px;color:#5d7da5}.calc-icon-button{display:grid;place-items:center;flex-shrink:0;border:0;border-radius:8px;background:transparent;color:#6885ad;width:30px;height:30px;padding:5px}.calc-icon-button 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#223750;background:#111c2c}:root[data-theme=dark] .calculator-active .sidebar{background:#152334}:root[data-theme=dark] .calculator-active .nav-item.is-active{background:#183f50}:root[data-theme=dark] .calc-main-card,:root[data-theme=dark] .calc-side-card,:root[data-theme=dark] .calc-tabs{border-color:#263951;background:var(--calc-surface)}:root[data-theme=dark] .calc-display{background:#142337;border-color:#2b415b}:root[data-theme=dark] .calc-key,:root[data-theme=dark] .calc-field-input{background:#1c2e44;border-color:var(--calc-line)}:root[data-theme=dark] .calc-key.is-operation,:root[data-theme=dark] .calc-memory-keys .calc-key,:root[data-theme=dark] .calc-memory-value,:root[data-theme=dark] .calc-answer{background:var(--calc-key)}:root[data-theme=dark] .calc-key.key-equals{background:#328eff}:root[data-theme=dark] .calc-key.is-clear{background:#492736;color:#ff92af}:root[data-theme=dark] .calc-tab{color:#afc3e0}:root[data-theme=dark] .calc-tab[aria-selected=true],:root[data-theme=dark] .calc-tab:hover{background:#173e50;border-color:#23526a;color:#83dce9}:root[data-theme=dark] .calc-key:hover,:root[data-theme=dark] button.calc-history-row:hover{background:#29415e}@media (min-width: 1550px){.calculator-page{padding:32px 48px 40px}.calc-header{margin-bottom:34px}.calc-display{min-height:160px}.calc-keypad{grid-template-rows:repeat(4,minmax(73px,1fr))}.calc-memory-keys .calc-key{min-height:65px}.calc-side-card{padding:24px}.calc-history-list{max-height:338px}.calc-empty-history{min-height:308px}.calc-memory-value{padding-block:17px}}@media (max-width: 1150px){.calculator-page{padding:26px}.calc-header{gap:20px}.calc-title-icon{width:58px;height:58px;border-radius:18px}.calc-workspace{grid-template-columns:minmax(0,1fr) 290px;gap:14px}.calc-tab{padding-inline:14px}.calc-side-card{padding:17px}.calc-memory-grid{gap:5px}.calc-history-row{font-size:.86rem}}@media (max-width: 880px){.calc-workspace{grid-template-columns:1fr}.calc-inspector{grid-template-columns:1.3fr 1fr;align-items:start}.calc-history-list{max-height:240px}.calc-empty-history{min-height:135px}.calc-memory-grid{grid-template-columns:repeat(2,minmax(0,1fr))}.calc-memory-value{flex-direction:row;justify-content:space-between;padding:11px}}@media (max-width: 680px){.calculator-page{padding:76px 16px 24px}.calc-header{margin-bottom:20px;gap:18px}.calc-intro{gap:13px}.calc-title-icon{width:52px;height:52px;border-radius:16px}.calc-title-icon .home-tool-symbol{width:31px;height:31px}.calc-header h1{font-size:1.35rem}.calc-header p{font-size:.82rem;max-width:260px}.calc-tabs{border-radius:16px;padding:8px;gap:7px;margin-bottom:14px}.calc-tab{min-height:41px;font-size:.8rem;padding:8px 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auto}.calc-prog-word-setting>span,.calc-prog-format-setting>span{white-space:nowrap}.calc-prog-sizes{display:grid;grid-template-columns:repeat(4,1fr);gap:7px}.calc-prog-size{border:1px solid transparent;border-radius:9px;color:#5a7ba9;background:#edf3fd;padding:9px 13px;font-size:.75rem;white-space:nowrap}.calc-prog-size[aria-pressed=true]{background:#278cff;color:#fff}.calc-prog-format-setting{flex:1 1 240px}.calc-prog-base-select{min-height:37px;padding:7px 9px;font-size:.77rem;flex:1}.calc-prog-bits{border:1px solid var(--calc-line);border-radius:12px;background:#f9fbff;padding:9px 11px 10px;margin-bottom:12px}.calc-prog-bits>header{display:flex;align-items:center;justify-content:space-between;gap:12px;margin-bottom:5px;color:#35557f;font-size:.77rem}.calc-prog-signed{display:inline-flex;align-items:center;gap:6px;color:#7390b2;font-size:.7rem}.calc-prog-signed 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    <script>(() => {
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  var __defProp = Object.defineProperty;
  var __getOwnPropDesc = Object.getOwnPropertyDescriptor;
  var __getOwnPropNames = Object.getOwnPropertyNames;
  var __getProtoOf = Object.getPrototypeOf;
  var __hasOwnProp = Object.prototype.hasOwnProperty;
  var __commonJS = (cb, mod) => function __require() {
    return mod || (0, cb[__getOwnPropNames(cb)[0]])((mod = { exports: {} }).exports, mod), mod.exports;
  };
  var __copyProps = (to, from, except, desc) => {
    if (from && typeof from === "object" || typeof from === "function") {
      for (let key2 of __getOwnPropNames(from))
        if (!__hasOwnProp.call(to, key2) && key2 !== except)
          __defProp(to, key2, { get: () => from[key2], enumerable: !(desc = __getOwnPropDesc(from, key2)) || desc.enumerable });
    }
    return to;
  };
  var __toESM = (mod, isNodeMode, target) => (target = mod != null ? __create(__getProtoOf(mod)) : {}, __copyProps(
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    // file that has been converted to a CommonJS file using a Babel-
    // compatible transform (i.e. "__esModule" has not been set), then set
    // "default" to the CommonJS "module.exports" for node compatibility.
    isNodeMode || !mod || !mod.__esModule ? __defProp(target, "default", { value: mod, enumerable: true }) : target,
    mod
  ));

  // node_modules/pako/lib/utils/common.js
  var require_common = __commonJS({
    "node_modules/pako/lib/utils/common.js"(exports) {
      "use strict";
      var TYPED_OK = typeof Uint8Array !== "undefined" && typeof Uint16Array !== "undefined" && typeof Int32Array !== "undefined";
      function _has(obj, key2) {
        return Object.prototype.hasOwnProperty.call(obj, key2);
      }
      exports.assign = function(obj) {
        var sources = Array.prototype.slice.call(arguments, 1);
        while (sources.length) {
          var source = sources.shift();
          if (!source) {
            continue;
          }
          if (typeof source !== "object") {
            throw new TypeError(source + "must be non-object");
          }
          for (var p in source) {
            if (_has(source, p)) {
              obj[p] = source[p];
            }
          }
        }
        return obj;
      };
      exports.shrinkBuf = function(buf, size) {
        if (buf.length === size) {
          return buf;
        }
        if (buf.subarray) {
          return buf.subarray(0, size);
        }
        buf.length = size;
        return buf;
      };
      var fnTyped = {
        arraySet: function(dest, src, src_offs, len, dest_offs) {
          if (src.subarray && dest.subarray) {
            dest.set(src.subarray(src_offs, src_offs + len), dest_offs);
            return;
          }
          for (var i = 0; i < len; i++) {
            dest[dest_offs + i] = src[src_offs + i];
          }
        },
        // Join array of chunks to single array.
        flattenChunks: function(chunks) {
          var i, l, len, pos, chunk, result;
          len = 0;
          for (i = 0, l = chunks.length; i < l; i++) {
            len += chunks[i].length;
          }
          result = new Uint8Array(len);
          pos = 0;
          for (i = 0, l = chunks.length; i < l; i++) {
            chunk = chunks[i];
            result.set(chunk, pos);
            pos += chunk.length;
          }
          return result;
        }
      };
      var fnUntyped = {
        arraySet: function(dest, src, src_offs, len, dest_offs) {
          for (var i = 0; i < len; i++) {
            dest[dest_offs + i] = src[src_offs + i];
          }
        },
        // Join array of chunks to single array.
        flattenChunks: function(chunks) {
          return [].concat.apply([], chunks);
        }
      };
      exports.setTyped = function(on) {
        if (on) {
          exports.Buf8 = Uint8Array;
          exports.Buf16 = Uint16Array;
          exports.Buf32 = Int32Array;
          exports.assign(exports, fnTyped);
        } else {
          exports.Buf8 = Array;
          exports.Buf16 = Array;
          exports.Buf32 = Array;
          exports.assign(exports, fnUntyped);
        }
      };
      exports.setTyped(TYPED_OK);
    }
  });

  // node_modules/pako/lib/zlib/trees.js
  var require_trees = __commonJS({
    "node_modules/pako/lib/zlib/trees.js"(exports) {
      "use strict";
      var utils = require_common();
      var Z_FIXED = 4;
      var Z_BINARY = 0;
      var Z_TEXT = 1;
      var Z_UNKNOWN = 2;
      function zero(buf) {
        var len = buf.length;
        while (--len >= 0) {
          buf[len] = 0;
        }
      }
      var STORED_BLOCK = 0;
      var STATIC_TREES = 1;
      var DYN_TREES = 2;
      var MIN_MATCH = 3;
      var MAX_MATCH = 258;
      var LENGTH_CODES = 29;
      var LITERALS = 256;
      var L_CODES = LITERALS + 1 + LENGTH_CODES;
      var D_CODES = 30;
      var BL_CODES = 19;
      var HEAP_SIZE = 2 * L_CODES + 1;
      var MAX_BITS = 15;
      var Buf_size = 16;
      var MAX_BL_BITS = 7;
      var END_BLOCK = 256;
      var REP_3_6 = 16;
      var REPZ_3_10 = 17;
      var REPZ_11_138 = 18;
      var extra_lbits = (
        /* extra bits for each length code */
        [0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 2, 2, 2, 2, 3, 3, 3, 3, 4, 4, 4, 4, 5, 5, 5, 5, 0]
      );
      var extra_dbits = (
        /* extra bits for each distance code */
        [0, 0, 0, 0, 1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6, 6, 7, 7, 8, 8, 9, 9, 10, 10, 11, 11, 12, 12, 13, 13]
      );
      var extra_blbits = (
        /* extra bits for each bit length code */
        [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 3, 7]
      );
      var bl_order = [16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15];
      var DIST_CODE_LEN = 512;
      var static_ltree = new Array((L_CODES + 2) * 2);
      zero(static_ltree);
      var static_dtree = new Array(D_CODES * 2);
      zero(static_dtree);
      var _dist_code = new Array(DIST_CODE_LEN);
      zero(_dist_code);
      var _length_code = new Array(MAX_MATCH - MIN_MATCH + 1);
      zero(_length_code);
      var base_length = new Array(LENGTH_CODES);
      zero(base_length);
      var base_dist = new Array(D_CODES);
      zero(base_dist);
      function StaticTreeDesc(static_tree, extra_bits, extra_base, elems, max_length) {
        this.static_tree = static_tree;
        this.extra_bits = extra_bits;
        this.extra_base = extra_base;
        this.elems = elems;
        this.max_length = max_length;
        this.has_stree = static_tree && static_tree.length;
      }
      var static_l_desc;
      var static_d_desc;
      var static_bl_desc;
      function TreeDesc(dyn_tree, stat_desc) {
        this.dyn_tree = dyn_tree;
        this.max_code = 0;
        this.stat_desc = stat_desc;
      }
      function d_code(dist) {
        return dist < 256 ? _dist_code[dist] : _dist_code[256 + (dist >>> 7)];
      }
      function put_short(s, w) {
        s.pending_buf[s.pending++] = w & 255;
        s.pending_buf[s.pending++] = w >>> 8 & 255;
      }
      function send_bits(s, value, length) {
        if (s.bi_valid > Buf_size - length) {
          s.bi_buf |= value << s.bi_valid & 65535;
          put_short(s, s.bi_buf);
          s.bi_buf = value >> Buf_size - s.bi_valid;
          s.bi_valid += length - Buf_size;
        } else {
          s.bi_buf |= value << s.bi_valid & 65535;
          s.bi_valid += length;
        }
      }
      function send_code(s, c, tree) {
        send_bits(
          s,
          tree[c * 2],
          tree[c * 2 + 1]
          /*.Len*/
        );
      }
      function bi_reverse(code, len) {
        var res = 0;
        do {
          res |= code & 1;
          code >>>= 1;
          res <<= 1;
        } while (--len > 0);
        return res >>> 1;
      }
      function bi_flush(s) {
        if (s.bi_valid === 16) {
          put_short(s, s.bi_buf);
          s.bi_buf = 0;
          s.bi_valid = 0;
        } else if (s.bi_valid >= 8) {
          s.pending_buf[s.pending++] = s.bi_buf & 255;
          s.bi_buf >>= 8;
          s.bi_valid -= 8;
        }
      }
      function gen_bitlen(s, desc) {
        var tree = desc.dyn_tree;
        var max_code = desc.max_code;
        var stree = desc.stat_desc.static_tree;
        var has_stree = desc.stat_desc.has_stree;
        var extra = desc.stat_desc.extra_bits;
        var base = desc.stat_desc.extra_base;
        var max_length = desc.stat_desc.max_length;
        var h;
        var n, m;
        var bits;
        var xbits;
        var f;
        var overflow = 0;
        for (bits = 0; bits <= MAX_BITS; bits++) {
          s.bl_count[bits] = 0;
        }
        tree[s.heap[s.heap_max] * 2 + 1] = 0;
        for (h = s.heap_max + 1; h < HEAP_SIZE; h++) {
          n = s.heap[h];
          bits = tree[tree[n * 2 + 1] * 2 + 1] + 1;
          if (bits > max_length) {
            bits = max_length;
            overflow++;
          }
          tree[n * 2 + 1] = bits;
          if (n > max_code) {
            continue;
          }
          s.bl_count[bits]++;
          xbits = 0;
          if (n >= base) {
            xbits = extra[n - base];
          }
          f = tree[n * 2];
          s.opt_len += f * (bits + xbits);
          if (has_stree) {
            s.static_len += f * (stree[n * 2 + 1] + xbits);
          }
        }
        if (overflow === 0) {
          return;
        }
        do {
          bits = max_length - 1;
          while (s.bl_count[bits] === 0) {
            bits--;
          }
          s.bl_count[bits]--;
          s.bl_count[bits + 1] += 2;
          s.bl_count[max_length]--;
          overflow -= 2;
        } while (overflow > 0);
        for (bits = max_length; bits !== 0; bits--) {
          n = s.bl_count[bits];
          while (n !== 0) {
            m = s.heap[--h];
            if (m > max_code) {
              continue;
            }
            if (tree[m * 2 + 1] !== bits) {
              s.opt_len += (bits - tree[m * 2 + 1]) * tree[m * 2];
              tree[m * 2 + 1] = bits;
            }
            n--;
          }
        }
      }
      function gen_codes(tree, max_code, bl_count) {
        var next_code = new Array(MAX_BITS + 1);
        var code = 0;
        var bits;
        var n;
        for (bits = 1; bits <= MAX_BITS; bits++) {
          next_code[bits] = code = code + bl_count[bits - 1] << 1;
        }
        for (n = 0; n <= max_code; n++) {
          var len = tree[n * 2 + 1];
          if (len === 0) {
            continue;
          }
          tree[n * 2] = bi_reverse(next_code[len]++, len);
        }
      }
      function tr_static_init() {
        var n;
        var bits;
        var length;
        var code;
        var dist;
        var bl_count = new Array(MAX_BITS + 1);
        length = 0;
        for (code = 0; code < LENGTH_CODES - 1; code++) {
          base_length[code] = length;
          for (n = 0; n < 1 << extra_lbits[code]; n++) {
            _length_code[length++] = code;
          }
        }
        _length_code[length - 1] = code;
        dist = 0;
        for (code = 0; code < 16; code++) {
          base_dist[code] = dist;
          for (n = 0; n < 1 << extra_dbits[code]; n++) {
            _dist_code[dist++] = code;
          }
        }
        dist >>= 7;
        for (; code < D_CODES; code++) {
          base_dist[code] = dist << 7;
          for (n = 0; n < 1 << extra_dbits[code] - 7; n++) {
            _dist_code[256 + dist++] = code;
          }
        }
        for (bits = 0; bits <= MAX_BITS; bits++) {
          bl_count[bits] = 0;
        }
        n = 0;
        while (n <= 143) {
          static_ltree[n * 2 + 1] = 8;
          n++;
          bl_count[8]++;
        }
        while (n <= 255) {
          static_ltree[n * 2 + 1] = 9;
          n++;
          bl_count[9]++;
        }
        while (n <= 279) {
          static_ltree[n * 2 + 1] = 7;
          n++;
          bl_count[7]++;
        }
        while (n <= 287) {
          static_ltree[n * 2 + 1] = 8;
          n++;
          bl_count[8]++;
        }
        gen_codes(static_ltree, L_CODES + 1, bl_count);
        for (n = 0; n < D_CODES; n++) {
          static_dtree[n * 2 + 1] = 5;
          static_dtree[n * 2] = bi_reverse(n, 5);
        }
        static_l_desc = new StaticTreeDesc(static_ltree, extra_lbits, LITERALS + 1, L_CODES, MAX_BITS);
        static_d_desc = new StaticTreeDesc(static_dtree, extra_dbits, 0, D_CODES, MAX_BITS);
        static_bl_desc = new StaticTreeDesc(new Array(0), extra_blbits, 0, BL_CODES, MAX_BL_BITS);
      }
      function init_block(s) {
        var n;
        for (n = 0; n < L_CODES; n++) {
          s.dyn_ltree[n * 2] = 0;
        }
        for (n = 0; n < D_CODES; n++) {
          s.dyn_dtree[n * 2] = 0;
        }
        for (n = 0; n < BL_CODES; n++) {
          s.bl_tree[n * 2] = 0;
        }
        s.dyn_ltree[END_BLOCK * 2] = 1;
        s.opt_len = s.static_len = 0;
        s.last_lit = s.matches = 0;
      }
      function bi_windup(s) {
        if (s.bi_valid > 8) {
          put_short(s, s.bi_buf);
        } else if (s.bi_valid > 0) {
          s.pending_buf[s.pending++] = s.bi_buf;
        }
        s.bi_buf = 0;
        s.bi_valid = 0;
      }
      function copy_block(s, buf, len, header2) {
        bi_windup(s);
        if (header2) {
          put_short(s, len);
          put_short(s, ~len);
        }
        utils.arraySet(s.pending_buf, s.window, buf, len, s.pending);
        s.pending += len;
      }
      function smaller(tree, n, m, depth) {
        var _n2 = n * 2;
        var _m2 = m * 2;
        return tree[_n2] < tree[_m2] || tree[_n2] === tree[_m2] && depth[n] <= depth[m];
      }
      function pqdownheap(s, tree, k) {
        var v = s.heap[k];
        var j = k << 1;
        while (j <= s.heap_len) {
          if (j < s.heap_len && smaller(tree, s.heap[j + 1], s.heap[j], s.depth)) {
            j++;
          }
          if (smaller(tree, v, s.heap[j], s.depth)) {
            break;
          }
          s.heap[k] = s.heap[j];
          k = j;
          j <<= 1;
        }
        s.heap[k] = v;
      }
      function compress_block(s, ltree, dtree) {
        var dist;
        var lc;
        var lx = 0;
        var code;
        var extra;
        if (s.last_lit !== 0) {
          do {
            dist = s.pending_buf[s.d_buf + lx * 2] << 8 | s.pending_buf[s.d_buf + lx * 2 + 1];
            lc = s.pending_buf[s.l_buf + lx];
            lx++;
            if (dist === 0) {
              send_code(s, lc, ltree);
            } else {
              code = _length_code[lc];
              send_code(s, code + LITERALS + 1, ltree);
              extra = extra_lbits[code];
              if (extra !== 0) {
                lc -= base_length[code];
                send_bits(s, lc, extra);
              }
              dist--;
              code = d_code(dist);
              send_code(s, code, dtree);
              extra = extra_dbits[code];
              if (extra !== 0) {
                dist -= base_dist[code];
                send_bits(s, dist, extra);
              }
            }
          } while (lx < s.last_lit);
        }
        send_code(s, END_BLOCK, ltree);
      }
      function build_tree(s, desc) {
        var tree = desc.dyn_tree;
        var stree = desc.stat_desc.static_tree;
        var has_stree = desc.stat_desc.has_stree;
        var elems = desc.stat_desc.elems;
        var n, m;
        var max_code = -1;
        var node2;
        s.heap_len = 0;
        s.heap_max = HEAP_SIZE;
        for (n = 0; n < elems; n++) {
          if (tree[n * 2] !== 0) {
            s.heap[++s.heap_len] = max_code = n;
            s.depth[n] = 0;
          } else {
            tree[n * 2 + 1] = 0;
          }
        }
        while (s.heap_len < 2) {
          node2 = s.heap[++s.heap_len] = max_code < 2 ? ++max_code : 0;
          tree[node2 * 2] = 1;
          s.depth[node2] = 0;
          s.opt_len--;
          if (has_stree) {
            s.static_len -= stree[node2 * 2 + 1];
          }
        }
        desc.max_code = max_code;
        for (n = s.heap_len >> 1; n >= 1; n--) {
          pqdownheap(s, tree, n);
        }
        node2 = elems;
        do {
          n = s.heap[
            1
            /*SMALLEST*/
          ];
          s.heap[
            1
            /*SMALLEST*/
          ] = s.heap[s.heap_len--];
          pqdownheap(
            s,
            tree,
            1
            /*SMALLEST*/
          );
          m = s.heap[
            1
            /*SMALLEST*/
          ];
          s.heap[--s.heap_max] = n;
          s.heap[--s.heap_max] = m;
          tree[node2 * 2] = tree[n * 2] + tree[m * 2];
          s.depth[node2] = (s.depth[n] >= s.depth[m] ? s.depth[n] : s.depth[m]) + 1;
          tree[n * 2 + 1] = tree[m * 2 + 1] = node2;
          s.heap[
            1
            /*SMALLEST*/
          ] = node2++;
          pqdownheap(
            s,
            tree,
            1
            /*SMALLEST*/
          );
        } while (s.heap_len >= 2);
        s.heap[--s.heap_max] = s.heap[
          1
          /*SMALLEST*/
        ];
        gen_bitlen(s, desc);
        gen_codes(tree, max_code, s.bl_count);
      }
      function scan_tree(s, tree, max_code) {
        var n;
        var prevlen = -1;
        var curlen;
        var nextlen = tree[0 * 2 + 1];
        var count = 0;
        var max_count = 7;
        var min_count = 4;
        if (nextlen === 0) {
          max_count = 138;
          min_count = 3;
        }
        tree[(max_code + 1) * 2 + 1] = 65535;
        for (n = 0; n <= max_code; n++) {
          curlen = nextlen;
          nextlen = tree[(n + 1) * 2 + 1];
          if (++count < max_count && curlen === nextlen) {
            continue;
          } else if (count < min_count) {
            s.bl_tree[curlen * 2] += count;
          } else if (curlen !== 0) {
            if (curlen !== prevlen) {
              s.bl_tree[curlen * 2]++;
            }
            s.bl_tree[REP_3_6 * 2]++;
          } else if (count <= 10) {
            s.bl_tree[REPZ_3_10 * 2]++;
          } else {
            s.bl_tree[REPZ_11_138 * 2]++;
          }
          count = 0;
          prevlen = curlen;
          if (nextlen === 0) {
            max_count = 138;
            min_count = 3;
          } else if (curlen === nextlen) {
            max_count = 6;
            min_count = 3;
          } else {
            max_count = 7;
            min_count = 4;
          }
        }
      }
      function send_tree(s, tree, max_code) {
        var n;
        var prevlen = -1;
        var curlen;
        var nextlen = tree[0 * 2 + 1];
        var count = 0;
        var max_count = 7;
        var min_count = 4;
        if (nextlen === 0) {
          max_count = 138;
          min_count = 3;
        }
        for (n = 0; n <= max_code; n++) {
          curlen = nextlen;
          nextlen = tree[(n + 1) * 2 + 1];
          if (++count < max_count && curlen === nextlen) {
            continue;
          } else if (count < min_count) {
            do {
              send_code(s, curlen, s.bl_tree);
            } while (--count !== 0);
          } else if (curlen !== 0) {
            if (curlen !== prevlen) {
              send_code(s, curlen, s.bl_tree);
              count--;
            }
            send_code(s, REP_3_6, s.bl_tree);
            send_bits(s, count - 3, 2);
          } else if (count <= 10) {
            send_code(s, REPZ_3_10, s.bl_tree);
            send_bits(s, count - 3, 3);
          } else {
            send_code(s, REPZ_11_138, s.bl_tree);
            send_bits(s, count - 11, 7);
          }
          count = 0;
          prevlen = curlen;
          if (nextlen === 0) {
            max_count = 138;
            min_count = 3;
          } else if (curlen === nextlen) {
            max_count = 6;
            min_count = 3;
          } else {
            max_count = 7;
            min_count = 4;
          }
        }
      }
      function build_bl_tree(s) {
        var max_blindex;
        scan_tree(s, s.dyn_ltree, s.l_desc.max_code);
        scan_tree(s, s.dyn_dtree, s.d_desc.max_code);
        build_tree(s, s.bl_desc);
        for (max_blindex = BL_CODES - 1; max_blindex >= 3; max_blindex--) {
          if (s.bl_tree[bl_order[max_blindex] * 2 + 1] !== 0) {
            break;
          }
        }
        s.opt_len += 3 * (max_blindex + 1) + 5 + 5 + 4;
        return max_blindex;
      }
      function send_all_trees(s, lcodes, dcodes, blcodes) {
        var rank;
        send_bits(s, lcodes - 257, 5);
        send_bits(s, dcodes - 1, 5);
        send_bits(s, blcodes - 4, 4);
        for (rank = 0; rank < blcodes; rank++) {
          send_bits(s, s.bl_tree[bl_order[rank] * 2 + 1], 3);
        }
        send_tree(s, s.dyn_ltree, lcodes - 1);
        send_tree(s, s.dyn_dtree, dcodes - 1);
      }
      function detect_data_type(s) {
        var black_mask = 4093624447;
        var n;
        for (n = 0; n <= 31; n++, black_mask >>>= 1) {
          if (black_mask & 1 && s.dyn_ltree[n * 2] !== 0) {
            return Z_BINARY;
          }
        }
        if (s.dyn_ltree[9 * 2] !== 0 || s.dyn_ltree[10 * 2] !== 0 || s.dyn_ltree[13 * 2] !== 0) {
          return Z_TEXT;
        }
        for (n = 32; n < LITERALS; n++) {
          if (s.dyn_ltree[n * 2] !== 0) {
            return Z_TEXT;
          }
        }
        return Z_BINARY;
      }
      var static_init_done = false;
      function _tr_init(s) {
        if (!static_init_done) {
          tr_static_init();
          static_init_done = true;
        }
        s.l_desc = new TreeDesc(s.dyn_ltree, static_l_desc);
        s.d_desc = new TreeDesc(s.dyn_dtree, static_d_desc);
        s.bl_desc = new TreeDesc(s.bl_tree, static_bl_desc);
        s.bi_buf = 0;
        s.bi_valid = 0;
        init_block(s);
      }
      function _tr_stored_block(s, buf, stored_len, last2) {
        send_bits(s, (STORED_BLOCK << 1) + (last2 ? 1 : 0), 3);
        copy_block(s, buf, stored_len, true);
      }
      function _tr_align(s) {
        send_bits(s, STATIC_TREES << 1, 3);
        send_code(s, END_BLOCK, static_ltree);
        bi_flush(s);
      }
      function _tr_flush_block(s, buf, stored_len, last2) {
        var opt_lenb, static_lenb;
        var max_blindex = 0;
        if (s.level > 0) {
          if (s.strm.data_type === Z_UNKNOWN) {
            s.strm.data_type = detect_data_type(s);
          }
          build_tree(s, s.l_desc);
          build_tree(s, s.d_desc);
          max_blindex = build_bl_tree(s);
          opt_lenb = s.opt_len + 3 + 7 >>> 3;
          static_lenb = s.static_len + 3 + 7 >>> 3;
          if (static_lenb <= opt_lenb) {
            opt_lenb = static_lenb;
          }
        } else {
          opt_lenb = static_lenb = stored_len + 5;
        }
        if (stored_len + 4 <= opt_lenb && buf !== -1) {
          _tr_stored_block(s, buf, stored_len, last2);
        } else if (s.strategy === Z_FIXED || static_lenb === opt_lenb) {
          send_bits(s, (STATIC_TREES << 1) + (last2 ? 1 : 0), 3);
          compress_block(s, static_ltree, static_dtree);
        } else {
          send_bits(s, (DYN_TREES << 1) + (last2 ? 1 : 0), 3);
          send_all_trees(s, s.l_desc.max_code + 1, s.d_desc.max_code + 1, max_blindex + 1);
          compress_block(s, s.dyn_ltree, s.dyn_dtree);
        }
        init_block(s);
        if (last2) {
          bi_windup(s);
        }
      }
      function _tr_tally(s, dist, lc) {
        s.pending_buf[s.d_buf + s.last_lit * 2] = dist >>> 8 & 255;
        s.pending_buf[s.d_buf + s.last_lit * 2 + 1] = dist & 255;
        s.pending_buf[s.l_buf + s.last_lit] = lc & 255;
        s.last_lit++;
        if (dist === 0) {
          s.dyn_ltree[lc * 2]++;
        } else {
          s.matches++;
          dist--;
          s.dyn_ltree[(_length_code[lc] + LITERALS + 1) * 2]++;
          s.dyn_dtree[d_code(dist) * 2]++;
        }
        return s.last_lit === s.lit_bufsize - 1;
      }
      exports._tr_init = _tr_init;
      exports._tr_stored_block = _tr_stored_block;
      exports._tr_flush_block = _tr_flush_block;
      exports._tr_tally = _tr_tally;
      exports._tr_align = _tr_align;
    }
  });

  // node_modules/pako/lib/zlib/adler32.js
  var require_adler32 = __commonJS({
    "node_modules/pako/lib/zlib/adler32.js"(exports, module) {
      "use strict";
      function adler32(adler, buf, len, pos) {
        var s1 = adler & 65535 | 0, s2 = adler >>> 16 & 65535 | 0, n = 0;
        while (len !== 0) {
          n = len > 2e3 ? 2e3 : len;
          len -= n;
          do {
            s1 = s1 + buf[pos++] | 0;
            s2 = s2 + s1 | 0;
          } while (--n);
          s1 %= 65521;
          s2 %= 65521;
        }
        return s1 | s2 << 16 | 0;
      }
      module.exports = adler32;
    }
  });

  // node_modules/pako/lib/zlib/crc32.js
  var require_crc32 = __commonJS({
    "node_modules/pako/lib/zlib/crc32.js"(exports, module) {
      "use strict";
      function makeTable() {
        var c, table = [];
        for (var n = 0; n < 256; n++) {
          c = n;
          for (var k = 0; k < 8; k++) {
            c = c & 1 ? 3988292384 ^ c >>> 1 : c >>> 1;
          }
          table[n] = c;
        }
        return table;
      }
      var crcTable3 = makeTable();
      function crc322(crc, buf, len, pos) {
        var t = crcTable3, end = pos + len;
        crc ^= -1;
        for (var i = pos; i < end; i++) {
          crc = crc >>> 8 ^ t[(crc ^ buf[i]) & 255];
        }
        return crc ^ -1;
      }
      module.exports = crc322;
    }
  });

  // node_modules/pako/lib/zlib/messages.js
  var require_messages = __commonJS({
    "node_modules/pako/lib/zlib/messages.js"(exports, module) {
      "use strict";
      module.exports = {
        2: "need dictionary",
        /* Z_NEED_DICT       2  */
        1: "stream end",
        /* Z_STREAM_END      1  */
        0: "",
        /* Z_OK              0  */
        "-1": "file error",
        /* Z_ERRNO         (-1) */
        "-2": "stream error",
        /* Z_STREAM_ERROR  (-2) */
        "-3": "data error",
        /* Z_DATA_ERROR    (-3) */
        "-4": "insufficient memory",
        /* Z_MEM_ERROR     (-4) */
        "-5": "buffer error",
        /* Z_BUF_ERROR     (-5) */
        "-6": "incompatible version"
        /* Z_VERSION_ERROR (-6) */
      };
    }
  });

  // node_modules/pako/lib/zlib/deflate.js
  var require_deflate = __commonJS({
    "node_modules/pako/lib/zlib/deflate.js"(exports) {
      "use strict";
      var utils = require_common();
      var trees = require_trees();
      var adler32 = require_adler32();
      var crc322 = require_crc32();
      var msg = require_messages();
      var Z_NO_FLUSH = 0;
      var Z_PARTIAL_FLUSH = 1;
      var Z_FULL_FLUSH = 3;
      var Z_FINISH = 4;
      var Z_BLOCK = 5;
      var Z_OK = 0;
      var Z_STREAM_END = 1;
      var Z_STREAM_ERROR = -2;
      var Z_DATA_ERROR = -3;
      var Z_BUF_ERROR = -5;
      var Z_DEFAULT_COMPRESSION = -1;
      var Z_FILTERED = 1;
      var Z_HUFFMAN_ONLY = 2;
      var Z_RLE = 3;
      var Z_FIXED = 4;
      var Z_DEFAULT_STRATEGY = 0;
      var Z_UNKNOWN = 2;
      var Z_DEFLATED = 8;
      var MAX_MEM_LEVEL = 9;
      var MAX_WBITS = 15;
      var DEF_MEM_LEVEL = 8;
      var LENGTH_CODES = 29;
      var LITERALS = 256;
      var L_CODES = LITERALS + 1 + LENGTH_CODES;
      var D_CODES = 30;
      var BL_CODES = 19;
      var HEAP_SIZE = 2 * L_CODES + 1;
      var MAX_BITS = 15;
      var MIN_MATCH = 3;
      var MAX_MATCH = 258;
      var MIN_LOOKAHEAD = MAX_MATCH + MIN_MATCH + 1;
      var PRESET_DICT = 32;
      var INIT_STATE = 42;
      var EXTRA_STATE = 69;
      var NAME_STATE = 73;
      var COMMENT_STATE = 91;
      var HCRC_STATE = 103;
      var BUSY_STATE = 113;
      var FINISH_STATE = 666;
      var BS_NEED_MORE = 1;
      var BS_BLOCK_DONE = 2;
      var BS_FINISH_STARTED = 3;
      var BS_FINISH_DONE = 4;
      var OS_CODE = 3;
      function err(strm, errorCode) {
        strm.msg = msg[errorCode];
        return errorCode;
      }
      function rank(f) {
        return (f << 1) - (f > 4 ? 9 : 0);
      }
      function zero(buf) {
        var len = buf.length;
        while (--len >= 0) {
          buf[len] = 0;
        }
      }
      function flush_pending(strm) {
        var s = strm.state;
        var len = s.pending;
        if (len > strm.avail_out) {
          len = strm.avail_out;
        }
        if (len === 0) {
          return;
        }
        utils.arraySet(strm.output, s.pending_buf, s.pending_out, len, strm.next_out);
        strm.next_out += len;
        s.pending_out += len;
        strm.total_out += len;
        strm.avail_out -= len;
        s.pending -= len;
        if (s.pending === 0) {
          s.pending_out = 0;
        }
      }
      function flush_block_only(s, last2) {
        trees._tr_flush_block(s, s.block_start >= 0 ? s.block_start : -1, s.strstart - s.block_start, last2);
        s.block_start = s.strstart;
        flush_pending(s.strm);
      }
      function put_byte(s, b) {
        s.pending_buf[s.pending++] = b;
      }
      function putShortMSB(s, b) {
        s.pending_buf[s.pending++] = b >>> 8 & 255;
        s.pending_buf[s.pending++] = b & 255;
      }
      function read_buf(strm, buf, start, size) {
        var len = strm.avail_in;
        if (len > size) {
          len = size;
        }
        if (len === 0) {
          return 0;
        }
        strm.avail_in -= len;
        utils.arraySet(buf, strm.input, strm.next_in, len, start);
        if (strm.state.wrap === 1) {
          strm.adler = adler32(strm.adler, buf, len, start);
        } else if (strm.state.wrap === 2) {
          strm.adler = crc322(strm.adler, buf, len, start);
        }
        strm.next_in += len;
        strm.total_in += len;
        return len;
      }
      function longest_match(s, cur_match) {
        var chain_length = s.max_chain_length;
        var scan = s.strstart;
        var match;
        var len;
        var best_len = s.prev_length;
        var nice_match = s.nice_match;
        var limit = s.strstart > s.w_size - MIN_LOOKAHEAD ? s.strstart - (s.w_size - MIN_LOOKAHEAD) : 0;
        var _win = s.window;
        var wmask = s.w_mask;
        var prev = s.prev;
        var strend = s.strstart + MAX_MATCH;
        var scan_end1 = _win[scan + best_len - 1];
        var scan_end = _win[scan + best_len];
        if (s.prev_length >= s.good_match) {
          chain_length >>= 2;
        }
        if (nice_match > s.lookahead) {
          nice_match = s.lookahead;
        }
        do {
          match = cur_match;
          if (_win[match + best_len] !== scan_end || _win[match + best_len - 1] !== scan_end1 || _win[match] !== _win[scan] || _win[++match] !== _win[scan + 1]) {
            continue;
          }
          scan += 2;
          match++;
          do {
          } while (_win[++scan] === _win[++match] && _win[++scan] === _win[++match] && _win[++scan] === _win[++match] && _win[++scan] === _win[++match] && _win[++scan] === _win[++match] && _win[++scan] === _win[++match] && _win[++scan] === _win[++match] && _win[++scan] === _win[++match] && scan < strend);
          len = MAX_MATCH - (strend - scan);
          scan = strend - MAX_MATCH;
          if (len > best_len) {
            s.match_start = cur_match;
            best_len = len;
            if (len >= nice_match) {
              break;
            }
            scan_end1 = _win[scan + best_len - 1];
            scan_end = _win[scan + best_len];
          }
        } while ((cur_match = prev[cur_match & wmask]) > limit && --chain_length !== 0);
        if (best_len <= s.lookahead) {
          return best_len;
        }
        return s.lookahead;
      }
      function fill_window(s) {
        var _w_size = s.w_size;
        var p, n, m, more, str;
        do {
          more = s.window_size - s.lookahead - s.strstart;
          if (s.strstart >= _w_size + (_w_size - MIN_LOOKAHEAD)) {
            utils.arraySet(s.window, s.window, _w_size, _w_size, 0);
            s.match_start -= _w_size;
            s.strstart -= _w_size;
            s.block_start -= _w_size;
            n = s.hash_size;
            p = n;
            do {
              m = s.head[--p];
              s.head[p] = m >= _w_size ? m - _w_size : 0;
            } while (--n);
            n = _w_size;
            p = n;
            do {
              m = s.prev[--p];
              s.prev[p] = m >= _w_size ? m - _w_size : 0;
            } while (--n);
            more += _w_size;
          }
          if (s.strm.avail_in === 0) {
            break;
          }
          n = read_buf(s.strm, s.window, s.strstart + s.lookahead, more);
          s.lookahead += n;
          if (s.lookahead + s.insert >= MIN_MATCH) {
            str = s.strstart - s.insert;
            s.ins_h = s.window[str];
            s.ins_h = (s.ins_h << s.hash_shift ^ s.window[str + 1]) & s.hash_mask;
            while (s.insert) {
              s.ins_h = (s.ins_h << s.hash_shift ^ s.window[str + MIN_MATCH - 1]) & s.hash_mask;
              s.prev[str & s.w_mask] = s.head[s.ins_h];
              s.head[s.ins_h] = str;
              str++;
              s.insert--;
              if (s.lookahead + s.insert < MIN_MATCH) {
                break;
              }
            }
          }
        } while (s.lookahead < MIN_LOOKAHEAD && s.strm.avail_in !== 0);
      }
      function deflate_stored(s, flush) {
        var max_block_size = 65535;
        if (max_block_size > s.pending_buf_size - 5) {
          max_block_size = s.pending_buf_size - 5;
        }
        for (; ; ) {
          if (s.lookahead <= 1) {
            fill_window(s);
            if (s.lookahead === 0 && flush === Z_NO_FLUSH) {
              return BS_NEED_MORE;
            }
            if (s.lookahead === 0) {
              break;
            }
          }
          s.strstart += s.lookahead;
          s.lookahead = 0;
          var max_start = s.block_start + max_block_size;
          if (s.strstart === 0 || s.strstart >= max_start) {
            s.lookahead = s.strstart - max_start;
            s.strstart = max_start;
            flush_block_only(s, false);
            if (s.strm.avail_out === 0) {
              return BS_NEED_MORE;
            }
          }
          if (s.strstart - s.block_start >= s.w_size - MIN_LOOKAHEAD) {
            flush_block_only(s, false);
            if (s.strm.avail_out === 0) {
              return BS_NEED_MORE;
            }
          }
        }
        s.insert = 0;
        if (flush === Z_FINISH) {
          flush_block_only(s, true);
          if (s.strm.avail_out === 0) {
            return BS_FINISH_STARTED;
          }
          return BS_FINISH_DONE;
        }
        if (s.strstart > s.block_start) {
          flush_block_only(s, false);
          if (s.strm.avail_out === 0) {
            return BS_NEED_MORE;
          }
        }
        return BS_NEED_MORE;
      }
      function deflate_fast(s, flush) {
        var hash_head;
        var bflush;
        for (; ; ) {
          if (s.lookahead < MIN_LOOKAHEAD) {
            fill_window(s);
            if (s.lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) {
              return BS_NEED_MORE;
            }
            if (s.lookahead === 0) {
              break;
            }
          }
          hash_head = 0;
          if (s.lookahead >= MIN_MATCH) {
            s.ins_h = (s.ins_h << s.hash_shift ^ s.window[s.strstart + MIN_MATCH - 1]) & s.hash_mask;
            hash_head = s.prev[s.strstart & s.w_mask] = s.head[s.ins_h];
            s.head[s.ins_h] = s.strstart;
          }
          if (hash_head !== 0 && s.strstart - hash_head <= s.w_size - MIN_LOOKAHEAD) {
            s.match_length = longest_match(s, hash_head);
          }
          if (s.match_length >= MIN_MATCH) {
            bflush = trees._tr_tally(s, s.strstart - s.match_start, s.match_length - MIN_MATCH);
            s.lookahead -= s.match_length;
            if (s.match_length <= s.max_lazy_match && s.lookahead >= MIN_MATCH) {
              s.match_length--;
              do {
                s.strstart++;
                s.ins_h = (s.ins_h << s.hash_shift ^ s.window[s.strstart + MIN_MATCH - 1]) & s.hash_mask;
                hash_head = s.prev[s.strstart & s.w_mask] = s.head[s.ins_h];
                s.head[s.ins_h] = s.strstart;
              } while (--s.match_length !== 0);
              s.strstart++;
            } else {
              s.strstart += s.match_length;
              s.match_length = 0;
              s.ins_h = s.window[s.strstart];
              s.ins_h = (s.ins_h << s.hash_shift ^ s.window[s.strstart + 1]) & s.hash_mask;
            }
          } else {
            bflush = trees._tr_tally(s, 0, s.window[s.strstart]);
            s.lookahead--;
            s.strstart++;
          }
          if (bflush) {
            flush_block_only(s, false);
            if (s.strm.avail_out === 0) {
              return BS_NEED_MORE;
            }
          }
        }
        s.insert = s.strstart < MIN_MATCH - 1 ? s.strstart : MIN_MATCH - 1;
        if (flush === Z_FINISH) {
          flush_block_only(s, true);
          if (s.strm.avail_out === 0) {
            return BS_FINISH_STARTED;
          }
          return BS_FINISH_DONE;
        }
        if (s.last_lit) {
          flush_block_only(s, false);
          if (s.strm.avail_out === 0) {
            return BS_NEED_MORE;
          }
        }
        return BS_BLOCK_DONE;
      }
      function deflate_slow(s, flush) {
        var hash_head;
        var bflush;
        var max_insert;
        for (; ; ) {
          if (s.lookahead < MIN_LOOKAHEAD) {
            fill_window(s);
            if (s.lookahead < MIN_LOOKAHEAD && flush === Z_NO_FLUSH) {
              return BS_NEED_MORE;
            }
            if (s.lookahead === 0) {
              break;
            }
          }
          hash_head = 0;
          if (s.lookahead >= MIN_MATCH) {
            s.ins_h = (s.ins_h << s.hash_shift ^ s.window[s.strstart + MIN_MATCH - 1]) & s.hash_mask;
            hash_head = s.prev[s.strstart & s.w_mask] = s.head[s.ins_h];
            s.head[s.ins_h] = s.strstart;
          }
          s.prev_length = s.match_length;
          s.prev_match = s.match_start;
          s.match_length = MIN_MATCH - 1;
          if (hash_head !== 0 && s.prev_length < s.max_lazy_match && s.strstart - hash_head <= s.w_size - MIN_LOOKAHEAD) {
            s.match_length = longest_match(s, hash_head);
            if (s.match_length <= 5 && (s.strategy === Z_FILTERED || s.match_length === MIN_MATCH && s.strstart - s.match_start > 4096)) {
              s.match_length = MIN_MATCH - 1;
            }
          }
          if (s.prev_length >= MIN_MATCH && s.match_length <= s.prev_length) {
            max_insert = s.strstart + s.lookahead - MIN_MATCH;
            bflush = trees._tr_tally(s, s.strstart - 1 - s.prev_match, s.prev_length - MIN_MATCH);
            s.lookahead -= s.prev_length - 1;
            s.prev_length -= 2;
            do {
              if (++s.strstart <= max_insert) {
                s.ins_h = (s.ins_h << s.hash_shift ^ s.window[s.strstart + MIN_MATCH - 1]) & s.hash_mask;
                hash_head = s.prev[s.strstart & s.w_mask] = s.head[s.ins_h];
                s.head[s.ins_h] = s.strstart;
              }
            } while (--s.prev_length !== 0);
            s.match_available = 0;
            s.match_length = MIN_MATCH - 1;
            s.strstart++;
            if (bflush) {
              flush_block_only(s, false);
              if (s.strm.avail_out === 0) {
                return BS_NEED_MORE;
              }
            }
          } else if (s.match_available) {
            bflush = trees._tr_tally(s, 0, s.window[s.strstart - 1]);
            if (bflush) {
              flush_block_only(s, false);
            }
            s.strstart++;
            s.lookahead--;
            if (s.strm.avail_out === 0) {
              return BS_NEED_MORE;
            }
          } else {
            s.match_available = 1;
            s.strstart++;
            s.lookahead--;
          }
        }
        if (s.match_available) {
          bflush = trees._tr_tally(s, 0, s.window[s.strstart - 1]);
          s.match_available = 0;
        }
        s.insert = s.strstart < MIN_MATCH - 1 ? s.strstart : MIN_MATCH - 1;
        if (flush === Z_FINISH) {
          flush_block_only(s, true);
          if (s.strm.avail_out === 0) {
            return BS_FINISH_STARTED;
          }
          return BS_FINISH_DONE;
        }
        if (s.last_lit) {
          flush_block_only(s, false);
          if (s.strm.avail_out === 0) {
            return BS_NEED_MORE;
          }
        }
        return BS_BLOCK_DONE;
      }
      function deflate_rle(s, flush) {
        var bflush;
        var prev;
        var scan, strend;
        var _win = s.window;
        for (; ; ) {
          if (s.lookahead <= MAX_MATCH) {
            fill_window(s);
            if (s.lookahead <= MAX_MATCH && flush === Z_NO_FLUSH) {
              return BS_NEED_MORE;
            }
            if (s.lookahead === 0) {
              break;
            }
          }
          s.match_length = 0;
          if (s.lookahead >= MIN_MATCH && s.strstart > 0) {
            scan = s.strstart - 1;
            prev = _win[scan];
            if (prev === _win[++scan] && prev === _win[++scan] && prev === _win[++scan]) {
              strend = s.strstart + MAX_MATCH;
              do {
              } while (prev === _win[++scan] && prev === _win[++scan] && prev === _win[++scan] && prev === _win[++scan] && prev === _win[++scan] && prev === _win[++scan] && prev === _win[++scan] && prev === _win[++scan] && scan < strend);
              s.match_length = MAX_MATCH - (strend - scan);
              if (s.match_length > s.lookahead) {
                s.match_length = s.lookahead;
              }
            }
          }
          if (s.match_length >= MIN_MATCH) {
            bflush = trees._tr_tally(s, 1, s.match_length - MIN_MATCH);
            s.lookahead -= s.match_length;
            s.strstart += s.match_length;
            s.match_length = 0;
          } else {
            bflush = trees._tr_tally(s, 0, s.window[s.strstart]);
            s.lookahead--;
            s.strstart++;
          }
          if (bflush) {
            flush_block_only(s, false);
            if (s.strm.avail_out === 0) {
              return BS_NEED_MORE;
            }
          }
        }
        s.insert = 0;
        if (flush === Z_FINISH) {
          flush_block_only(s, true);
          if (s.strm.avail_out === 0) {
            return BS_FINISH_STARTED;
          }
          return BS_FINISH_DONE;
        }
        if (s.last_lit) {
          flush_block_only(s, false);
          if (s.strm.avail_out === 0) {
            return BS_NEED_MORE;
          }
        }
        return BS_BLOCK_DONE;
      }
      function deflate_huff(s, flush) {
        var bflush;
        for (; ; ) {
          if (s.lookahead === 0) {
            fill_window(s);
            if (s.lookahead === 0) {
              if (flush === Z_NO_FLUSH) {
                return BS_NEED_MORE;
              }
              break;
            }
          }
          s.match_length = 0;
          bflush = trees._tr_tally(s, 0, s.window[s.strstart]);
          s.lookahead--;
          s.strstart++;
          if (bflush) {
            flush_block_only(s, false);
            if (s.strm.avail_out === 0) {
              return BS_NEED_MORE;
            }
          }
        }
        s.insert = 0;
        if (flush === Z_FINISH) {
          flush_block_only(s, true);
          if (s.strm.avail_out === 0) {
            return BS_FINISH_STARTED;
          }
          return BS_FINISH_DONE;
        }
        if (s.last_lit) {
          flush_block_only(s, false);
          if (s.strm.avail_out === 0) {
            return BS_NEED_MORE;
          }
        }
        return BS_BLOCK_DONE;
      }
      function Config2(good_length, max_lazy, nice_length, max_chain, func) {
        this.good_length = good_length;
        this.max_lazy = max_lazy;
        this.nice_length = nice_length;
        this.max_chain = max_chain;
        this.func = func;
      }
      var configuration_table;
      configuration_table = [
        /*      good lazy nice chain */
        new Config2(0, 0, 0, 0, deflate_stored),
        /* 0 store only */
        new Config2(4, 4, 8, 4, deflate_fast),
        /* 1 max speed, no lazy matches */
        new Config2(4, 5, 16, 8, deflate_fast),
        /* 2 */
        new Config2(4, 6, 32, 32, deflate_fast),
        /* 3 */
        new Config2(4, 4, 16, 16, deflate_slow),
        /* 4 lazy matches */
        new Config2(8, 16, 32, 32, deflate_slow),
        /* 5 */
        new Config2(8, 16, 128, 128, deflate_slow),
        /* 6 */
        new Config2(8, 32, 128, 256, deflate_slow),
        /* 7 */
        new Config2(32, 128, 258, 1024, deflate_slow),
        /* 8 */
        new Config2(32, 258, 258, 4096, deflate_slow)
        /* 9 max compression */
      ];
      function lm_init(s) {
        s.window_size = 2 * s.w_size;
        zero(s.head);
        s.max_lazy_match = configuration_table[s.level].max_lazy;
        s.good_match = configuration_table[s.level].good_length;
        s.nice_match = configuration_table[s.level].nice_length;
        s.max_chain_length = configuration_table[s.level].max_chain;
        s.strstart = 0;
        s.block_start = 0;
        s.lookahead = 0;
        s.insert = 0;
        s.match_length = s.prev_length = MIN_MATCH - 1;
        s.match_available = 0;
        s.ins_h = 0;
      }
      function DeflateState() {
        this.strm = null;
        this.status = 0;
        this.pending_buf = null;
        this.pending_buf_size = 0;
        this.pending_out = 0;
        this.pending = 0;
        this.wrap = 0;
        this.gzhead = null;
        this.gzindex = 0;
        this.method = Z_DEFLATED;
        this.last_flush = -1;
        this.w_size = 0;
        this.w_bits = 0;
        this.w_mask = 0;
        this.window = null;
        this.window_size = 0;
        this.prev = null;
        this.head = null;
        this.ins_h = 0;
        this.hash_size = 0;
        this.hash_bits = 0;
        this.hash_mask = 0;
        this.hash_shift = 0;
        this.block_start = 0;
        this.match_length = 0;
        this.prev_match = 0;
        this.match_available = 0;
        this.strstart = 0;
        this.match_start = 0;
        this.lookahead = 0;
        this.prev_length = 0;
        this.max_chain_length = 0;
        this.max_lazy_match = 0;
        this.level = 0;
        this.strategy = 0;
        this.good_match = 0;
        this.nice_match = 0;
        this.dyn_ltree = new utils.Buf16(HEAP_SIZE * 2);
        this.dyn_dtree = new utils.Buf16((2 * D_CODES + 1) * 2);
        this.bl_tree = new utils.Buf16((2 * BL_CODES + 1) * 2);
        zero(this.dyn_ltree);
        zero(this.dyn_dtree);
        zero(this.bl_tree);
        this.l_desc = null;
        this.d_desc = null;
        this.bl_desc = null;
        this.bl_count = new utils.Buf16(MAX_BITS + 1);
        this.heap = new utils.Buf16(2 * L_CODES + 1);
        zero(this.heap);
        this.heap_len = 0;
        this.heap_max = 0;
        this.depth = new utils.Buf16(2 * L_CODES + 1);
        zero(this.depth);
        this.l_buf = 0;
        this.lit_bufsize = 0;
        this.last_lit = 0;
        this.d_buf = 0;
        this.opt_len = 0;
        this.static_len = 0;
        this.matches = 0;
        this.insert = 0;
        this.bi_buf = 0;
        this.bi_valid = 0;
      }
      function deflateResetKeep(strm) {
        var s;
        if (!strm || !strm.state) {
          return err(strm, Z_STREAM_ERROR);
        }
        strm.total_in = strm.total_out = 0;
        strm.data_type = Z_UNKNOWN;
        s = strm.state;
        s.pending = 0;
        s.pending_out = 0;
        if (s.wrap < 0) {
          s.wrap = -s.wrap;
        }
        s.status = s.wrap ? INIT_STATE : BUSY_STATE;
        strm.adler = s.wrap === 2 ? 0 : 1;
        s.last_flush = Z_NO_FLUSH;
        trees._tr_init(s);
        return Z_OK;
      }
      function deflateReset(strm) {
        var ret = deflateResetKeep(strm);
        if (ret === Z_OK) {
          lm_init(strm.state);
        }
        return ret;
      }
      function deflateSetHeader(strm, head) {
        if (!strm || !strm.state) {
          return Z_STREAM_ERROR;
        }
        if (strm.state.wrap !== 2) {
          return Z_STREAM_ERROR;
        }
        strm.state.gzhead = head;
        return Z_OK;
      }
      function deflateInit2(strm, level, method, windowBits, memLevel, strategy) {
        if (!strm) {
          return Z_STREAM_ERROR;
        }
        var wrap = 1;
        if (level === Z_DEFAULT_COMPRESSION) {
          level = 6;
        }
        if (windowBits < 0) {
          wrap = 0;
          windowBits = -windowBits;
        } else if (windowBits > 15) {
          wrap = 2;
          windowBits -= 16;
        }
        if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || method !== Z_DEFLATED || windowBits < 8 || windowBits > 15 || level < 0 || level > 9 || strategy < 0 || strategy > Z_FIXED) {
          return err(strm, Z_STREAM_ERROR);
        }
        if (windowBits === 8) {
          windowBits = 9;
        }
        var s = new DeflateState();
        strm.state = s;
        s.strm = strm;
        s.wrap = wrap;
        s.gzhead = null;
        s.w_bits = windowBits;
        s.w_size = 1 << s.w_bits;
        s.w_mask = s.w_size - 1;
        s.hash_bits = memLevel + 7;
        s.hash_size = 1 << s.hash_bits;
        s.hash_mask = s.hash_size - 1;
        s.hash_shift = ~~((s.hash_bits + MIN_MATCH - 1) / MIN_MATCH);
        s.window = new utils.Buf8(s.w_size * 2);
        s.head = new utils.Buf16(s.hash_size);
        s.prev = new utils.Buf16(s.w_size);
        s.lit_bufsize = 1 << memLevel + 6;
        s.pending_buf_size = s.lit_bufsize * 4;
        s.pending_buf = new utils.Buf8(s.pending_buf_size);
        s.d_buf = 1 * s.lit_bufsize;
        s.l_buf = (1 + 2) * s.lit_bufsize;
        s.level = level;
        s.strategy = strategy;
        s.method = method;
        return deflateReset(strm);
      }
      function deflateInit(strm, level) {
        return deflateInit2(strm, level, Z_DEFLATED, MAX_WBITS, DEF_MEM_LEVEL, Z_DEFAULT_STRATEGY);
      }
      function deflate3(strm, flush) {
        var old_flush, s;
        var beg, val;
        if (!strm || !strm.state || flush > Z_BLOCK || flush < 0) {
          return strm ? err(strm, Z_STREAM_ERROR) : Z_STREAM_ERROR;
        }
        s = strm.state;
        if (!strm.output || !strm.input && strm.avail_in !== 0 || s.status === FINISH_STATE && flush !== Z_FINISH) {
          return err(strm, strm.avail_out === 0 ? Z_BUF_ERROR : Z_STREAM_ERROR);
        }
        s.strm = strm;
        old_flush = s.last_flush;
        s.last_flush = flush;
        if (s.status === INIT_STATE) {
          if (s.wrap === 2) {
            strm.adler = 0;
            put_byte(s, 31);
            put_byte(s, 139);
            put_byte(s, 8);
            if (!s.gzhead) {
              put_byte(s, 0);
              put_byte(s, 0);
              put_byte(s, 0);
              put_byte(s, 0);
              put_byte(s, 0);
              put_byte(s, s.level === 9 ? 2 : s.strategy >= Z_HUFFMAN_ONLY || s.level < 2 ? 4 : 0);
              put_byte(s, OS_CODE);
              s.status = BUSY_STATE;
            } else {
              put_byte(
                s,
                (s.gzhead.text ? 1 : 0) + (s.gzhead.hcrc ? 2 : 0) + (!s.gzhead.extra ? 0 : 4) + (!s.gzhead.name ? 0 : 8) + (!s.gzhead.comment ? 0 : 16)
              );
              put_byte(s, s.gzhead.time & 255);
              put_byte(s, s.gzhead.time >> 8 & 255);
              put_byte(s, s.gzhead.time >> 16 & 255);
              put_byte(s, s.gzhead.time >> 24 & 255);
              put_byte(s, s.level === 9 ? 2 : s.strategy >= Z_HUFFMAN_ONLY || s.level < 2 ? 4 : 0);
              put_byte(s, s.gzhead.os & 255);
              if (s.gzhead.extra && s.gzhead.extra.length) {
                put_byte(s, s.gzhead.extra.length & 255);
                put_byte(s, s.gzhead.extra.length >> 8 & 255);
              }
              if (s.gzhead.hcrc) {
                strm.adler = crc322(strm.adler, s.pending_buf, s.pending, 0);
              }
              s.gzindex = 0;
              s.status = EXTRA_STATE;
            }
          } else {
            var header2 = Z_DEFLATED + (s.w_bits - 8 << 4) << 8;
            var level_flags = -1;
            if (s.strategy >= Z_HUFFMAN_ONLY || s.level < 2) {
              level_flags = 0;
            } else if (s.level < 6) {
              level_flags = 1;
            } else if (s.level === 6) {
              level_flags = 2;
            } else {
              level_flags = 3;
            }
            header2 |= level_flags << 6;
            if (s.strstart !== 0) {
              header2 |= PRESET_DICT;
            }
            header2 += 31 - header2 % 31;
            s.status = BUSY_STATE;
            putShortMSB(s, header2);
            if (s.strstart !== 0) {
              putShortMSB(s, strm.adler >>> 16);
              putShortMSB(s, strm.adler & 65535);
            }
            strm.adler = 1;
          }
        }
        if (s.status === EXTRA_STATE) {
          if (s.gzhead.extra) {
            beg = s.pending;
            while (s.gzindex < (s.gzhead.extra.length & 65535)) {
              if (s.pending === s.pending_buf_size) {
                if (s.gzhead.hcrc && s.pending > beg) {
                  strm.adler = crc322(strm.adler, s.pending_buf, s.pending - beg, beg);
                }
                flush_pending(strm);
                beg = s.pending;
                if (s.pending === s.pending_buf_size) {
                  break;
                }
              }
              put_byte(s, s.gzhead.extra[s.gzindex] & 255);
              s.gzindex++;
            }
            if (s.gzhead.hcrc && s.pending > beg) {
              strm.adler = crc322(strm.adler, s.pending_buf, s.pending - beg, beg);
            }
            if (s.gzindex === s.gzhead.extra.length) {
              s.gzindex = 0;
              s.status = NAME_STATE;
            }
          } else {
            s.status = NAME_STATE;
          }
        }
        if (s.status === NAME_STATE) {
          if (s.gzhead.name) {
            beg = s.pending;
            do {
              if (s.pending === s.pending_buf_size) {
                if (s.gzhead.hcrc && s.pending > beg) {
                  strm.adler = crc322(strm.adler, s.pending_buf, s.pending - beg, beg);
                }
                flush_pending(strm);
                beg = s.pending;
                if (s.pending === s.pending_buf_size) {
                  val = 1;
                  break;
                }
              }
              if (s.gzindex < s.gzhead.name.length) {
                val = s.gzhead.name.charCodeAt(s.gzindex++) & 255;
              } else {
                val = 0;
              }
              put_byte(s, val);
            } while (val !== 0);
            if (s.gzhead.hcrc && s.pending > beg) {
              strm.adler = crc322(strm.adler, s.pending_buf, s.pending - beg, beg);
            }
            if (val === 0) {
              s.gzindex = 0;
              s.status = COMMENT_STATE;
            }
          } else {
            s.status = COMMENT_STATE;
          }
        }
        if (s.status === COMMENT_STATE) {
          if (s.gzhead.comment) {
            beg = s.pending;
            do {
              if (s.pending === s.pending_buf_size) {
                if (s.gzhead.hcrc && s.pending > beg) {
                  strm.adler = crc322(strm.adler, s.pending_buf, s.pending - beg, beg);
                }
                flush_pending(strm);
                beg = s.pending;
                if (s.pending === s.pending_buf_size) {
                  val = 1;
                  break;
                }
              }
              if (s.gzindex < s.gzhead.comment.length) {
                val = s.gzhead.comment.charCodeAt(s.gzindex++) & 255;
              } else {
                val = 0;
              }
              put_byte(s, val);
            } while (val !== 0);
            if (s.gzhead.hcrc && s.pending > beg) {
              strm.adler = crc322(strm.adler, s.pending_buf, s.pending - beg, beg);
            }
            if (val === 0) {
              s.status = HCRC_STATE;
            }
          } else {
            s.status = HCRC_STATE;
          }
        }
        if (s.status === HCRC_STATE) {
          if (s.gzhead.hcrc) {
            if (s.pending + 2 > s.pending_buf_size) {
              flush_pending(strm);
            }
            if (s.pending + 2 <= s.pending_buf_size) {
              put_byte(s, strm.adler & 255);
              put_byte(s, strm.adler >> 8 & 255);
              strm.adler = 0;
              s.status = BUSY_STATE;
            }
          } else {
            s.status = BUSY_STATE;
          }
        }
        if (s.pending !== 0) {
          flush_pending(strm);
          if (strm.avail_out === 0) {
            s.last_flush = -1;
            return Z_OK;
          }
        } else if (strm.avail_in === 0 && rank(flush) <= rank(old_flush) && flush !== Z_FINISH) {
          return err(strm, Z_BUF_ERROR);
        }
        if (s.status === FINISH_STATE && strm.avail_in !== 0) {
          return err(strm, Z_BUF_ERROR);
        }
        if (strm.avail_in !== 0 || s.lookahead !== 0 || flush !== Z_NO_FLUSH && s.status !== FINISH_STATE) {
          var bstate = s.strategy === Z_HUFFMAN_ONLY ? deflate_huff(s, flush) : s.strategy === Z_RLE ? deflate_rle(s, flush) : configuration_table[s.level].func(s, flush);
          if (bstate === BS_FINISH_STARTED || bstate === BS_FINISH_DONE) {
            s.status = FINISH_STATE;
          }
          if (bstate === BS_NEED_MORE || bstate === BS_FINISH_STARTED) {
            if (strm.avail_out === 0) {
              s.last_flush = -1;
            }
            return Z_OK;
          }
          if (bstate === BS_BLOCK_DONE) {
            if (flush === Z_PARTIAL_FLUSH) {
              trees._tr_align(s);
            } else if (flush !== Z_BLOCK) {
              trees._tr_stored_block(s, 0, 0, false);
              if (flush === Z_FULL_FLUSH) {
                zero(s.head);
                if (s.lookahead === 0) {
                  s.strstart = 0;
                  s.block_start = 0;
                  s.insert = 0;
                }
              }
            }
            flush_pending(strm);
            if (strm.avail_out === 0) {
              s.last_flush = -1;
              return Z_OK;
            }
          }
        }
        if (flush !== Z_FINISH) {
          return Z_OK;
        }
        if (s.wrap <= 0) {
          return Z_STREAM_END;
        }
        if (s.wrap === 2) {
          put_byte(s, strm.adler & 255);
          put_byte(s, strm.adler >> 8 & 255);
          put_byte(s, strm.adler >> 16 & 255);
          put_byte(s, strm.adler >> 24 & 255);
          put_byte(s, strm.total_in & 255);
          put_byte(s, strm.total_in >> 8 & 255);
          put_byte(s, strm.total_in >> 16 & 255);
          put_byte(s, strm.total_in >> 24 & 255);
        } else {
          putShortMSB(s, strm.adler >>> 16);
          putShortMSB(s, strm.adler & 65535);
        }
        flush_pending(strm);
        if (s.wrap > 0) {
          s.wrap = -s.wrap;
        }
        return s.pending !== 0 ? Z_OK : Z_STREAM_END;
      }
      function deflateEnd(strm) {
        var status;
        if (!strm || !strm.state) {
          return Z_STREAM_ERROR;
        }
        status = strm.state.status;
        if (status !== INIT_STATE && status !== EXTRA_STATE && status !== NAME_STATE && status !== COMMENT_STATE && status !== HCRC_STATE && status !== BUSY_STATE && status !== FINISH_STATE) {
          return err(strm, Z_STREAM_ERROR);
        }
        strm.state = null;
        return status === BUSY_STATE ? err(strm, Z_DATA_ERROR) : Z_OK;
      }
      function deflateSetDictionary(strm, dictionary) {
        var dictLength = dictionary.length;
        var s;
        var str, n;
        var wrap;
        var avail;
        var next;
        var input2;
        var tmpDict;
        if (!strm || !strm.state) {
          return Z_STREAM_ERROR;
        }
        s = strm.state;
        wrap = s.wrap;
        if (wrap === 2 || wrap === 1 && s.status !== INIT_STATE || s.lookahead) {
          return Z_STREAM_ERROR;
        }
        if (wrap === 1) {
          strm.adler = adler32(strm.adler, dictionary, dictLength, 0);
        }
        s.wrap = 0;
        if (dictLength >= s.w_size) {
          if (wrap === 0) {
            zero(s.head);
            s.strstart = 0;
            s.block_start = 0;
            s.insert = 0;
          }
          tmpDict = new utils.Buf8(s.w_size);
          utils.arraySet(tmpDict, dictionary, dictLength - s.w_size, s.w_size, 0);
          dictionary = tmpDict;
          dictLength = s.w_size;
        }
        avail = strm.avail_in;
        next = strm.next_in;
        input2 = strm.input;
        strm.avail_in = dictLength;
        strm.next_in = 0;
        strm.input = dictionary;
        fill_window(s);
        while (s.lookahead >= MIN_MATCH) {
          str = s.strstart;
          n = s.lookahead - (MIN_MATCH - 1);
          do {
            s.ins_h = (s.ins_h << s.hash_shift ^ s.window[str + MIN_MATCH - 1]) & s.hash_mask;
            s.prev[str & s.w_mask] = s.head[s.ins_h];
            s.head[s.ins_h] = str;
            str++;
          } while (--n);
          s.strstart = str;
          s.lookahead = MIN_MATCH - 1;
          fill_window(s);
        }
        s.strstart += s.lookahead;
        s.block_start = s.strstart;
        s.insert = s.lookahead;
        s.lookahead = 0;
        s.match_length = s.prev_length = MIN_MATCH - 1;
        s.match_available = 0;
        strm.next_in = next;
        strm.input = input2;
        strm.avail_in = avail;
        s.wrap = wrap;
        return Z_OK;
      }
      exports.deflateInit = deflateInit;
      exports.deflateInit2 = deflateInit2;
      exports.deflateReset = deflateReset;
      exports.deflateResetKeep = deflateResetKeep;
      exports.deflateSetHeader = deflateSetHeader;
      exports.deflate = deflate3;
      exports.deflateEnd = deflateEnd;
      exports.deflateSetDictionary = deflateSetDictionary;
      exports.deflateInfo = "pako deflate (from Nodeca project)";
    }
  });

  // node_modules/pako/lib/utils/strings.js
  var require_strings = __commonJS({
    "node_modules/pako/lib/utils/strings.js"(exports) {
      "use strict";
      var utils = require_common();
      var STR_APPLY_OK = true;
      var STR_APPLY_UIA_OK = true;
      try {
        String.fromCharCode.apply(null, [0]);
      } catch (__) {
        STR_APPLY_OK = false;
      }
      try {
        String.fromCharCode.apply(null, new Uint8Array(1));
      } catch (__) {
        STR_APPLY_UIA_OK = false;
      }
      var _utf8len = new utils.Buf8(256);
      for (q = 0; q < 256; q++) {
        _utf8len[q] = q >= 252 ? 6 : q >= 248 ? 5 : q >= 240 ? 4 : q >= 224 ? 3 : q >= 192 ? 2 : 1;
      }
      var q;
      _utf8len[254] = _utf8len[254] = 1;
      exports.string2buf = function(str) {
        var buf, c, c2, m_pos, i, str_len = str.length, buf_len = 0;
        for (m_pos = 0; m_pos < str_len; m_pos++) {
          c = str.charCodeAt(m_pos);
          if ((c & 64512) === 55296 && m_pos + 1 < str_len) {
            c2 = str.charCodeAt(m_pos + 1);
            if ((c2 & 64512) === 56320) {
              c = 65536 + (c - 55296 << 10) + (c2 - 56320);
              m_pos++;
            }
          }
          buf_len += c < 128 ? 1 : c < 2048 ? 2 : c < 65536 ? 3 : 4;
        }
        buf = new utils.Buf8(buf_len);
        for (i = 0, m_pos = 0; i < buf_len; m_pos++) {
          c = str.charCodeAt(m_pos);
          if ((c & 64512) === 55296 && m_pos + 1 < str_len) {
            c2 = str.charCodeAt(m_pos + 1);
            if ((c2 & 64512) === 56320) {
              c = 65536 + (c - 55296 << 10) + (c2 - 56320);
              m_pos++;
            }
          }
          if (c < 128) {
            buf[i++] = c;
          } else if (c < 2048) {
            buf[i++] = 192 | c >>> 6;
            buf[i++] = 128 | c & 63;
          } else if (c < 65536) {
            buf[i++] = 224 | c >>> 12;
            buf[i++] = 128 | c >>> 6 & 63;
            buf[i++] = 128 | c & 63;
          } else {
            buf[i++] = 240 | c >>> 18;
            buf[i++] = 128 | c >>> 12 & 63;
            buf[i++] = 128 | c >>> 6 & 63;
            buf[i++] = 128 | c & 63;
          }
        }
        return buf;
      };
      function buf2binstring(buf, len) {
        if (len < 65534) {
          if (buf.subarray && STR_APPLY_UIA_OK || !buf.subarray && STR_APPLY_OK) {
            return String.fromCharCode.apply(null, utils.shrinkBuf(buf, len));
          }
        }
        var result = "";
        for (var i = 0; i < len; i++) {
          result += String.fromCharCode(buf[i]);
        }
        return result;
      }
      exports.buf2binstring = function(buf) {
        return buf2binstring(buf, buf.length);
      };
      exports.binstring2buf = function(str) {
        var buf = new utils.Buf8(str.length);
        for (var i = 0, len = buf.length; i < len; i++) {
          buf[i] = str.charCodeAt(i);
        }
        return buf;
      };
      exports.buf2string = function(buf, max) {
        var i, out, c, c_len;
        var len = max || buf.length;
        var utf16buf = new Array(len * 2);
        for (out = 0, i = 0; i < len; ) {
          c = buf[i++];
          if (c < 128) {
            utf16buf[out++] = c;
            continue;
          }
          c_len = _utf8len[c];
          if (c_len > 4) {
            utf16buf[out++] = 65533;
            i += c_len - 1;
            continue;
          }
          c &= c_len === 2 ? 31 : c_len === 3 ? 15 : 7;
          while (c_len > 1 && i < len) {
            c = c << 6 | buf[i++] & 63;
            c_len--;
          }
          if (c_len > 1) {
            utf16buf[out++] = 65533;
            continue;
          }
          if (c < 65536) {
            utf16buf[out++] = c;
          } else {
            c -= 65536;
            utf16buf[out++] = 55296 | c >> 10 & 1023;
            utf16buf[out++] = 56320 | c & 1023;
          }
        }
        return buf2binstring(utf16buf, out);
      };
      exports.utf8border = function(buf, max) {
        var pos;
        max = max || buf.length;
        if (max > buf.length) {
          max = buf.length;
        }
        pos = max - 1;
        while (pos >= 0 && (buf[pos] & 192) === 128) {
          pos--;
        }
        if (pos < 0) {
          return max;
        }
        if (pos === 0) {
          return max;
        }
        return pos + _utf8len[buf[pos]] > max ? pos : max;
      };
    }
  });

  // node_modules/pako/lib/zlib/zstream.js
  var require_zstream = __commonJS({
    "node_modules/pako/lib/zlib/zstream.js"(exports, module) {
      "use strict";
      function ZStream() {
        this.input = null;
        this.next_in = 0;
        this.avail_in = 0;
        this.total_in = 0;
        this.output = null;
        this.next_out = 0;
        this.avail_out = 0;
        this.total_out = 0;
        this.msg = "";
        this.state = null;
        this.data_type = 2;
        this.adler = 0;
      }
      module.exports = ZStream;
    }
  });

  // node_modules/pako/lib/deflate.js
  var require_deflate2 = __commonJS({
    "node_modules/pako/lib/deflate.js"(exports) {
      "use strict";
      var zlib_deflate = require_deflate();
      var utils = require_common();
      var strings = require_strings();
      var msg = require_messages();
      var ZStream = require_zstream();
      var toString = Object.prototype.toString;
      var Z_NO_FLUSH = 0;
      var Z_FINISH = 4;
      var Z_OK = 0;
      var Z_STREAM_END = 1;
      var Z_SYNC_FLUSH = 2;
      var Z_DEFAULT_COMPRESSION = -1;
      var Z_DEFAULT_STRATEGY = 0;
      var Z_DEFLATED = 8;
      function Deflate(options2) {
        if (!(this instanceof Deflate)) return new Deflate(options2);
        this.options = utils.assign({
          level: Z_DEFAULT_COMPRESSION,
          method: Z_DEFLATED,
          chunkSize: 16384,
          windowBits: 15,
          memLevel: 8,
          strategy: Z_DEFAULT_STRATEGY,
          to: ""
        }, options2 || {});
        var opt = this.options;
        if (opt.raw && opt.windowBits > 0) {
          opt.windowBits = -opt.windowBits;
        } else if (opt.gzip && opt.windowBits > 0 && opt.windowBits < 16) {
          opt.windowBits += 16;
        }
        this.err = 0;
        this.msg = "";
        this.ended = false;
        this.chunks = [];
        this.strm = new ZStream();
        this.strm.avail_out = 0;
        var status = zlib_deflate.deflateInit2(
          this.strm,
          opt.level,
          opt.method,
          opt.windowBits,
          opt.memLevel,
          opt.strategy
        );
        if (status !== Z_OK) {
          throw new Error(msg[status]);
        }
        if (opt.header) {
          zlib_deflate.deflateSetHeader(this.strm, opt.header);
        }
        if (opt.dictionary) {
          var dict;
          if (typeof opt.dictionary === "string") {
            dict = strings.string2buf(opt.dictionary);
          } else if (toString.call(opt.dictionary) === "[object ArrayBuffer]") {
            dict = new Uint8Array(opt.dictionary);
          } else {
            dict = opt.dictionary;
          }
          status = zlib_deflate.deflateSetDictionary(this.strm, dict);
          if (status !== Z_OK) {
            throw new Error(msg[status]);
          }
          this._dict_set = true;
        }
      }
      Deflate.prototype.push = function(data, mode) {
        var strm = this.strm;
        var chunkSize2 = this.options.chunkSize;
        var status, _mode;
        if (this.ended) {
          return false;
        }
        _mode = mode === ~~mode ? mode : mode === true ? Z_FINISH : Z_NO_FLUSH;
        if (typeof data === "string") {
          strm.input = strings.string2buf(data);
        } else if (toString.call(data) === "[object ArrayBuffer]") {
          strm.input = new Uint8Array(data);
        } else {
          strm.input = data;
        }
        strm.next_in = 0;
        strm.avail_in = strm.input.length;
        do {
          if (strm.avail_out === 0) {
            strm.output = new utils.Buf8(chunkSize2);
            strm.next_out = 0;
            strm.avail_out = chunkSize2;
          }
          status = zlib_deflate.deflate(strm, _mode);
          if (status !== Z_STREAM_END && status !== Z_OK) {
            this.onEnd(status);
            this.ended = true;
            return false;
          }
          if (strm.avail_out === 0 || strm.avail_in === 0 && (_mode === Z_FINISH || _mode === Z_SYNC_FLUSH)) {
            if (this.options.to === "string") {
              this.onData(strings.buf2binstring(utils.shrinkBuf(strm.output, strm.next_out)));
            } else {
              this.onData(utils.shrinkBuf(strm.output, strm.next_out));
            }
          }
        } while ((strm.avail_in > 0 || strm.avail_out === 0) && status !== Z_STREAM_END);
        if (_mode === Z_FINISH) {
          status = zlib_deflate.deflateEnd(this.strm);
          this.onEnd(status);
          this.ended = true;
          return status === Z_OK;
        }
        if (_mode === Z_SYNC_FLUSH) {
          this.onEnd(Z_OK);
          strm.avail_out = 0;
          return true;
        }
        return true;
      };
      Deflate.prototype.onData = function(chunk) {
        this.chunks.push(chunk);
      };
      Deflate.prototype.onEnd = function(status) {
        if (status === Z_OK) {
          if (this.options.to === "string") {
            this.result = this.chunks.join("");
          } else {
            this.result = utils.flattenChunks(this.chunks);
          }
        }
        this.chunks = [];
        this.err = status;
        this.msg = this.strm.msg;
      };
      function deflate3(input2, options2) {
        var deflator = new Deflate(options2);
        deflator.push(input2, true);
        if (deflator.err) {
          throw deflator.msg || msg[deflator.err];
        }
        return deflator.result;
      }
      function deflateRaw(input2, options2) {
        options2 = options2 || {};
        options2.raw = true;
        return deflate3(input2, options2);
      }
      function gzip(input2, options2) {
        options2 = options2 || {};
        options2.gzip = true;
        return deflate3(input2, options2);
      }
      exports.Deflate = Deflate;
      exports.deflate = deflate3;
      exports.deflateRaw = deflateRaw;
      exports.gzip = gzip;
    }
  });

  // node_modules/pako/lib/zlib/inffast.js
  var require_inffast = __commonJS({
    "node_modules/pako/lib/zlib/inffast.js"(exports, module) {
      "use strict";
      var BAD = 30;
      var TYPE = 12;
      module.exports = function inflate_fast(strm, start) {
        var state;
        var _in;
        var last2;
        var _out;
        var beg;
        var end;
        var dmax;
        var wsize;
        var whave;
        var wnext;
        var s_window;
        var hold;
        var bits;
        var lcode;
        var dcode;
        var lmask;
        var dmask;
        var here;
        var op;
        var len;
        var dist;
        var from;
        var from_source;
        var input2, output;
        state = strm.state;
        _in = strm.next_in;
        input2 = strm.input;
        last2 = _in + (strm.avail_in - 5);
        _out = strm.next_out;
        output = strm.output;
        beg = _out - (start - strm.avail_out);
        end = _out + (strm.avail_out - 257);
        dmax = state.dmax;
        wsize = state.wsize;
        whave = state.whave;
        wnext = state.wnext;
        s_window = state.window;
        hold = state.hold;
        bits = state.bits;
        lcode = state.lencode;
        dcode = state.distcode;
        lmask = (1 << state.lenbits) - 1;
        dmask = (1 << state.distbits) - 1;
        top:
          do {
            if (bits < 15) {
              hold += input2[_in++] << bits;
              bits += 8;
              hold += input2[_in++] << bits;
              bits += 8;
            }
            here = lcode[hold & lmask];
            dolen:
              for (; ; ) {
                op = here >>> 24;
                hold >>>= op;
                bits -= op;
                op = here >>> 16 & 255;
                if (op === 0) {
                  output[_out++] = here & 65535;
                } else if (op & 16) {
                  len = here & 65535;
                  op &= 15;
                  if (op) {
                    if (bits < op) {
                      hold += input2[_in++] << bits;
                      bits += 8;
                    }
                    len += hold & (1 << op) - 1;
                    hold >>>= op;
                    bits -= op;
                  }
                  if (bits < 15) {
                    hold += input2[_in++] << bits;
                    bits += 8;
                    hold += input2[_in++] << bits;
                    bits += 8;
                  }
                  here = dcode[hold & dmask];
                  dodist:
                    for (; ; ) {
                      op = here >>> 24;
                      hold >>>= op;
                      bits -= op;
                      op = here >>> 16 & 255;
                      if (op & 16) {
                        dist = here & 65535;
                        op &= 15;
                        if (bits < op) {
                          hold += input2[_in++] << bits;
                          bits += 8;
                          if (bits < op) {
                            hold += input2[_in++] << bits;
                            bits += 8;
                          }
                        }
                        dist += hold & (1 << op) - 1;
                        if (dist > dmax) {
                          strm.msg = "invalid distance too far back";
                          state.mode = BAD;
                          break top;
                        }
                        hold >>>= op;
                        bits -= op;
                        op = _out - beg;
                        if (dist > op) {
                          op = dist - op;
                          if (op > whave) {
                            if (state.sane) {
                              strm.msg = "invalid distance too far back";
                              state.mode = BAD;
                              break top;
                            }
                          }
                          from = 0;
                          from_source = s_window;
                          if (wnext === 0) {
                            from += wsize - op;
                            if (op < len) {
                              len -= op;
                              do {
                                output[_out++] = s_window[from++];
                              } while (--op);
                              from = _out - dist;
                              from_source = output;
                            }
                          } else if (wnext < op) {
                            from += wsize + wnext - op;
                            op -= wnext;
                            if (op < len) {
                              len -= op;
                              do {
                                output[_out++] = s_window[from++];
                              } while (--op);
                              from = 0;
                              if (wnext < len) {
                                op = wnext;
                                len -= op;
                                do {
                                  output[_out++] = s_window[from++];
                                } while (--op);
                                from = _out - dist;
                                from_source = output;
                              }
                            }
                          } else {
                            from += wnext - op;
                            if (op < len) {
                              len -= op;
                              do {
                                output[_out++] = s_window[from++];
                              } while (--op);
                              from = _out - dist;
                              from_source = output;
                            }
                          }
                          while (len > 2) {
                            output[_out++] = from_source[from++];
                            output[_out++] = from_source[from++];
                            output[_out++] = from_source[from++];
                            len -= 3;
                          }
                          if (len) {
                            output[_out++] = from_source[from++];
                            if (len > 1) {
                              output[_out++] = from_source[from++];
                            }
                          }
                        } else {
                          from = _out - dist;
                          do {
                            output[_out++] = output[from++];
                            output[_out++] = output[from++];
                            output[_out++] = output[from++];
                            len -= 3;
                          } while (len > 2);
                          if (len) {
                            output[_out++] = output[from++];
                            if (len > 1) {
                              output[_out++] = output[from++];
                            }
                          }
                        }
                      } else if ((op & 64) === 0) {
                        here = dcode[(here & 65535) + (hold & (1 << op) - 1)];
                        continue dodist;
                      } else {
                        strm.msg = "invalid distance code";
                        state.mode = BAD;
                        break top;
                      }
                      break;
                    }
                } else if ((op & 64) === 0) {
                  here = lcode[(here & 65535) + (hold & (1 << op) - 1)];
                  continue dolen;
                } else if (op & 32) {
                  state.mode = TYPE;
                  break top;
                } else {
                  strm.msg = "invalid literal/length code";
                  state.mode = BAD;
                  break top;
                }
                break;
              }
          } while (_in < last2 && _out < end);
        len = bits >> 3;
        _in -= len;
        bits -= len << 3;
        hold &= (1 << bits) - 1;
        strm.next_in = _in;
        strm.next_out = _out;
        strm.avail_in = _in < last2 ? 5 + (last2 - _in) : 5 - (_in - last2);
        strm.avail_out = _out < end ? 257 + (end - _out) : 257 - (_out - end);
        state.hold = hold;
        state.bits = bits;
        return;
      };
    }
  });

  // node_modules/pako/lib/zlib/inftrees.js
  var require_inftrees = __commonJS({
    "node_modules/pako/lib/zlib/inftrees.js"(exports, module) {
      "use strict";
      var utils = require_common();
      var MAXBITS = 15;
      var ENOUGH_LENS = 852;
      var ENOUGH_DISTS = 592;
      var CODES = 0;
      var LENS = 1;
      var DISTS = 2;
      var lbase = [
        /* Length codes 257..285 base */
        3,
        4,
        5,
        6,
        7,
        8,
        9,
        10,
        11,
        13,
        15,
        17,
        19,
        23,
        27,
        31,
        35,
        43,
        51,
        59,
        67,
        83,
        99,
        115,
        131,
        163,
        195,
        227,
        258,
        0,
        0
      ];
      var lext = [
        /* Length codes 257..285 extra */
        16,
        16,
        16,
        16,
        16,
        16,
        16,
        16,
        17,
        17,
        17,
        17,
        18,
        18,
        18,
        18,
        19,
        19,
        19,
        19,
        20,
        20,
        20,
        20,
        21,
        21,
        21,
        21,
        16,
        72,
        78
      ];
      var dbase = [
        /* Distance codes 0..29 base */
        1,
        2,
        3,
        4,
        5,
        7,
        9,
        13,
        17,
        25,
        33,
        49,
        65,
        97,
        129,
        193,
        257,
        385,
        513,
        769,
        1025,
        1537,
        2049,
        3073,
        4097,
        6145,
        8193,
        12289,
        16385,
        24577,
        0,
        0
      ];
      var dext = [
        /* Distance codes 0..29 extra */
        16,
        16,
        16,
        16,
        17,
        17,
        18,
        18,
        19,
        19,
        20,
        20,
        21,
        21,
        22,
        22,
        23,
        23,
        24,
        24,
        25,
        25,
        26,
        26,
        27,
        27,
        28,
        28,
        29,
        29,
        64,
        64
      ];
      module.exports = function inflate_table(type, lens, lens_index, codes, table, table_index, work, opts) {
        var bits = opts.bits;
        var len = 0;
        var sym = 0;
        var min = 0, max = 0;
        var root = 0;
        var curr = 0;
        var drop = 0;
        var left = 0;
        var used = 0;
        var huff = 0;
        var incr;
        var fill2;
        var low;
        var mask;
        var next;
        var base = null;
        var base_index = 0;
        var end;
        var count = new utils.Buf16(MAXBITS + 1);
        var offs = new utils.Buf16(MAXBITS + 1);
        var extra = null;
        var extra_index = 0;
        var here_bits, here_op, here_val;
        for (len = 0; len <= MAXBITS; len++) {
          count[len] = 0;
        }
        for (sym = 0; sym < codes; sym++) {
          count[lens[lens_index + sym]]++;
        }
        root = bits;
        for (max = MAXBITS; max >= 1; max--) {
          if (count[max] !== 0) {
            break;
          }
        }
        if (root > max) {
          root = max;
        }
        if (max === 0) {
          table[table_index++] = 1 << 24 | 64 << 16 | 0;
          table[table_index++] = 1 << 24 | 64 << 16 | 0;
          opts.bits = 1;
          return 0;
        }
        for (min = 1; min < max; min++) {
          if (count[min] !== 0) {
            break;
          }
        }
        if (root < min) {
          root = min;
        }
        left = 1;
        for (len = 1; len <= MAXBITS; len++) {
          left <<= 1;
          left -= count[len];
          if (left < 0) {
            return -1;
          }
        }
        if (left > 0 && (type === CODES || max !== 1)) {
          return -1;
        }
        offs[1] = 0;
        for (len = 1; len < MAXBITS; len++) {
          offs[len + 1] = offs[len] + count[len];
        }
        for (sym = 0; sym < codes; sym++) {
          if (lens[lens_index + sym] !== 0) {
            work[offs[lens[lens_index + sym]]++] = sym;
          }
        }
        if (type === CODES) {
          base = extra = work;
          end = 19;
        } else if (type === LENS) {
          base = lbase;
          base_index -= 257;
          extra = lext;
          extra_index -= 257;
          end = 256;
        } else {
          base = dbase;
          extra = dext;
          end = -1;
        }
        huff = 0;
        sym = 0;
        len = min;
        next = table_index;
        curr = root;
        drop = 0;
        low = -1;
        used = 1 << root;
        mask = used - 1;
        if (type === LENS && used > ENOUGH_LENS || type === DISTS && used > ENOUGH_DISTS) {
          return 1;
        }
        for (; ; ) {
          here_bits = len - drop;
          if (work[sym] < end) {
            here_op = 0;
            here_val = work[sym];
          } else if (work[sym] > end) {
            here_op = extra[extra_index + work[sym]];
            here_val = base[base_index + work[sym]];
          } else {
            here_op = 32 + 64;
            here_val = 0;
          }
          incr = 1 << len - drop;
          fill2 = 1 << curr;
          min = fill2;
          do {
            fill2 -= incr;
            table[next + (huff >> drop) + fill2] = here_bits << 24 | here_op << 16 | here_val | 0;
          } while (fill2 !== 0);
          incr = 1 << len - 1;
          while (huff & incr) {
            incr >>= 1;
          }
          if (incr !== 0) {
            huff &= incr - 1;
            huff += incr;
          } else {
            huff = 0;
          }
          sym++;
          if (--count[len] === 0) {
            if (len === max) {
              break;
            }
            len = lens[lens_index + work[sym]];
          }
          if (len > root && (huff & mask) !== low) {
            if (drop === 0) {
              drop = root;
            }
            next += min;
            curr = len - drop;
            left = 1 << curr;
            while (curr + drop < max) {
              left -= count[curr + drop];
              if (left <= 0) {
                break;
              }
              curr++;
              left <<= 1;
            }
            used += 1 << curr;
            if (type === LENS && used > ENOUGH_LENS || type === DISTS && used > ENOUGH_DISTS) {
              return 1;
            }
            low = huff & mask;
            table[low] = root << 24 | curr << 16 | next - table_index | 0;
          }
        }
        if (huff !== 0) {
          table[next + huff] = len - drop << 24 | 64 << 16 | 0;
        }
        opts.bits = root;
        return 0;
      };
    }
  });

  // node_modules/pako/lib/zlib/inflate.js
  var require_inflate = __commonJS({
    "node_modules/pako/lib/zlib/inflate.js"(exports) {
      "use strict";
      var utils = require_common();
      var adler32 = require_adler32();
      var crc322 = require_crc32();
      var inflate_fast = require_inffast();
      var inflate_table = require_inftrees();
      var CODES = 0;
      var LENS = 1;
      var DISTS = 2;
      var Z_FINISH = 4;
      var Z_BLOCK = 5;
      var Z_TREES = 6;
      var Z_OK = 0;
      var Z_STREAM_END = 1;
      var Z_NEED_DICT = 2;
      var Z_STREAM_ERROR = -2;
      var Z_DATA_ERROR = -3;
      var Z_MEM_ERROR = -4;
      var Z_BUF_ERROR = -5;
      var Z_DEFLATED = 8;
      var HEAD = 1;
      var FLAGS = 2;
      var TIME = 3;
      var OS = 4;
      var EXLEN = 5;
      var EXTRA = 6;
      var NAME = 7;
      var COMMENT = 8;
      var HCRC = 9;
      var DICTID = 10;
      var DICT = 11;
      var TYPE = 12;
      var TYPEDO = 13;
      var STORED = 14;
      var COPY_ = 15;
      var COPY = 16;
      var TABLE = 17;
      var LENLENS = 18;
      var CODELENS = 19;
      var LEN_ = 20;
      var LEN = 21;
      var LENEXT = 22;
      var DIST = 23;
      var DISTEXT = 24;
      var MATCH = 25;
      var LIT = 26;
      var CHECK = 27;
      var LENGTH = 28;
      var DONE = 29;
      var BAD = 30;
      var MEM = 31;
      var SYNC = 32;
      var ENOUGH_LENS = 852;
      var ENOUGH_DISTS = 592;
      var MAX_WBITS = 15;
      var DEF_WBITS = MAX_WBITS;
      function zswap32(q) {
        return (q >>> 24 & 255) + (q >>> 8 & 65280) + ((q & 65280) << 8) + ((q & 255) << 24);
      }
      function InflateState() {
        this.mode = 0;
        this.last = false;
        this.wrap = 0;
        this.havedict = false;
        this.flags = 0;
        this.dmax = 0;
        this.check = 0;
        this.total = 0;
        this.head = null;
        this.wbits = 0;
        this.wsize = 0;
        this.whave = 0;
        this.wnext = 0;
        this.window = null;
        this.hold = 0;
        this.bits = 0;
        this.length = 0;
        this.offset = 0;
        this.extra = 0;
        this.lencode = null;
        this.distcode = null;
        this.lenbits = 0;
        this.distbits = 0;
        this.ncode = 0;
        this.nlen = 0;
        this.ndist = 0;
        this.have = 0;
        this.next = null;
        this.lens = new utils.Buf16(320);
        this.work = new utils.Buf16(288);
        this.lendyn = null;
        this.distdyn = null;
        this.sane = 0;
        this.back = 0;
        this.was = 0;
      }
      function inflateResetKeep(strm) {
        var state;
        if (!strm || !strm.state) {
          return Z_STREAM_ERROR;
        }
        state = strm.state;
        strm.total_in = strm.total_out = state.total = 0;
        strm.msg = "";
        if (state.wrap) {
          strm.adler = state.wrap & 1;
        }
        state.mode = HEAD;
        state.last = 0;
        state.havedict = 0;
        state.dmax = 32768;
        state.head = null;
        state.hold = 0;
        state.bits = 0;
        state.lencode = state.lendyn = new utils.Buf32(ENOUGH_LENS);
        state.distcode = state.distdyn = new utils.Buf32(ENOUGH_DISTS);
        state.sane = 1;
        state.back = -1;
        return Z_OK;
      }
      function inflateReset(strm) {
        var state;
        if (!strm || !strm.state) {
          return Z_STREAM_ERROR;
        }
        state = strm.state;
        state.wsize = 0;
        state.whave = 0;
        state.wnext = 0;
        return inflateResetKeep(strm);
      }
      function inflateReset2(strm, windowBits) {
        var wrap;
        var state;
        if (!strm || !strm.state) {
          return Z_STREAM_ERROR;
        }
        state = strm.state;
        if (windowBits < 0) {
          wrap = 0;
          windowBits = -windowBits;
        } else {
          wrap = (windowBits >> 4) + 1;
          if (windowBits < 48) {
            windowBits &= 15;
          }
        }
        if (windowBits && (windowBits < 8 || windowBits > 15)) {
          return Z_STREAM_ERROR;
        }
        if (state.window !== null && state.wbits !== windowBits) {
          state.window = null;
        }
        state.wrap = wrap;
        state.wbits = windowBits;
        return inflateReset(strm);
      }
      function inflateInit2(strm, windowBits) {
        var ret;
        var state;
        if (!strm) {
          return Z_STREAM_ERROR;
        }
        state = new InflateState();
        strm.state = state;
        state.window = null;
        ret = inflateReset2(strm, windowBits);
        if (ret !== Z_OK) {
          strm.state = null;
        }
        return ret;
      }
      function inflateInit(strm) {
        return inflateInit2(strm, DEF_WBITS);
      }
      var virgin = true;
      var lenfix;
      var distfix;
      function fixedtables(state) {
        if (virgin) {
          var sym;
          lenfix = new utils.Buf32(512);
          distfix = new utils.Buf32(32);
          sym = 0;
          while (sym < 144) {
            state.lens[sym++] = 8;
          }
          while (sym < 256) {
            state.lens[sym++] = 9;
          }
          while (sym < 280) {
            state.lens[sym++] = 7;
          }
          while (sym < 288) {
            state.lens[sym++] = 8;
          }
          inflate_table(LENS, state.lens, 0, 288, lenfix, 0, state.work, { bits: 9 });
          sym = 0;
          while (sym < 32) {
            state.lens[sym++] = 5;
          }
          inflate_table(DISTS, state.lens, 0, 32, distfix, 0, state.work, { bits: 5 });
          virgin = false;
        }
        state.lencode = lenfix;
        state.lenbits = 9;
        state.distcode = distfix;
        state.distbits = 5;
      }
      function updatewindow(strm, src, end, copy3) {
        var dist;
        var state = strm.state;
        if (state.window === null) {
          state.wsize = 1 << state.wbits;
          state.wnext = 0;
          state.whave = 0;
          state.window = new utils.Buf8(state.wsize);
        }
        if (copy3 >= state.wsize) {
          utils.arraySet(state.window, src, end - state.wsize, state.wsize, 0);
          state.wnext = 0;
          state.whave = state.wsize;
        } else {
          dist = state.wsize - state.wnext;
          if (dist > copy3) {
            dist = copy3;
          }
          utils.arraySet(state.window, src, end - copy3, dist, state.wnext);
          copy3 -= dist;
          if (copy3) {
            utils.arraySet(state.window, src, end - copy3, copy3, 0);
            state.wnext = copy3;
            state.whave = state.wsize;
          } else {
            state.wnext += dist;
            if (state.wnext === state.wsize) {
              state.wnext = 0;
            }
            if (state.whave < state.wsize) {
              state.whave += dist;
            }
          }
        }
        return 0;
      }
      function inflate(strm, flush) {
        var state;
        var input2, output;
        var next;
        var put;
        var have, left;
        var hold;
        var bits;
        var _in, _out;
        var copy3;
        var from;
        var from_source;
        var here = 0;
        var here_bits, here_op, here_val;
        var last_bits, last_op, last_val;
        var len;
        var ret;
        var hbuf = new utils.Buf8(4);
        var opts;
        var n;
        var order = (
          /* permutation of code lengths */
          [16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15]
        );
        if (!strm || !strm.state || !strm.output || !strm.input && strm.avail_in !== 0) {
          return Z_STREAM_ERROR;
        }
        state = strm.state;
        if (state.mode === TYPE) {
          state.mode = TYPEDO;
        }
        put = strm.next_out;
        output = strm.output;
        left = strm.avail_out;
        next = strm.next_in;
        input2 = strm.input;
        have = strm.avail_in;
        hold = state.hold;
        bits = state.bits;
        _in = have;
        _out = left;
        ret = Z_OK;
        inf_leave:
          for (; ; ) {
            switch (state.mode) {
              case HEAD:
                if (state.wrap === 0) {
                  state.mode = TYPEDO;
                  break;
                }
                while (bits < 16) {
                  if (have === 0) {
                    break inf_leave;
                  }
                  have--;
                  hold += input2[next++] << bits;
                  bits += 8;
                }
                if (state.wrap & 2 && hold === 35615) {
                  state.check = 0;
                  hbuf[0] = hold & 255;
                  hbuf[1] = hold >>> 8 & 255;
                  state.check = crc322(state.check, hbuf, 2, 0);
                  hold = 0;
                  bits = 0;
                  state.mode = FLAGS;
                  break;
                }
                state.flags = 0;
                if (state.head) {
                  state.head.done = false;
                }
                if (!(state.wrap & 1) || /* check if zlib header allowed */
                (((hold & 255) << 8) + (hold >> 8)) % 31) {
                  strm.msg = "incorrect header check";
                  state.mode = BAD;
                  break;
                }
                if ((hold & 15) !== Z_DEFLATED) {
                  strm.msg = "unknown compression method";
                  state.mode = BAD;
                  break;
                }
                hold >>>= 4;
                bits -= 4;
                len = (hold & 15) + 8;
                if (state.wbits === 0) {
                  state.wbits = len;
                } else if (len > state.wbits) {
                  strm.msg = "invalid window size";
                  state.mode = BAD;
                  break;
                }
                state.dmax = 1 << len;
                strm.adler = state.check = 1;
                state.mode = hold & 512 ? DICTID : TYPE;
                hold = 0;
                bits = 0;
                break;
              case FLAGS:
                while (bits < 16) {
                  if (have === 0) {
                    break inf_leave;
                  }
                  have--;
                  hold += input2[next++] << bits;
                  bits += 8;
                }
                state.flags = hold;
                if ((state.flags & 255) !== Z_DEFLATED) {
                  strm.msg = "unknown compression method";
                  state.mode = BAD;
                  break;
                }
                if (state.flags & 57344) {
                  strm.msg = "unknown header flags set";
                  state.mode = BAD;
                  break;
                }
                if (state.head) {
                  state.head.text = hold >> 8 & 1;
                }
                if (state.flags & 512) {
                  hbuf[0] = hold & 255;
                  hbuf[1] = hold >>> 8 & 255;
                  state.check = crc322(state.check, hbuf, 2, 0);
                }
                hold = 0;
                bits = 0;
                state.mode = TIME;
              /* falls through */
              case TIME:
                while (bits < 32) {
                  if (have === 0) {
                    break inf_leave;
                  }
                  have--;
                  hold += input2[next++] << bits;
                  bits += 8;
                }
                if (state.head) {
                  state.head.time = hold;
                }
                if (state.flags & 512) {
                  hbuf[0] = hold & 255;
                  hbuf[1] = hold >>> 8 & 255;
                  hbuf[2] = hold >>> 16 & 255;
                  hbuf[3] = hold >>> 24 & 255;
                  state.check = crc322(state.check, hbuf, 4, 0);
                }
                hold = 0;
                bits = 0;
                state.mode = OS;
              /* falls through */
              case OS:
                while (bits < 16) {
                  if (have === 0) {
                    break inf_leave;
                  }
                  have--;
                  hold += input2[next++] << bits;
                  bits += 8;
                }
                if (state.head) {
                  state.head.xflags = hold & 255;
                  state.head.os = hold >> 8;
                }
                if (state.flags & 512) {
                  hbuf[0] = hold & 255;
                  hbuf[1] = hold >>> 8 & 255;
                  state.check = crc322(state.check, hbuf, 2, 0);
                }
                hold = 0;
                bits = 0;
                state.mode = EXLEN;
              /* falls through */
              case EXLEN:
                if (state.flags & 1024) {
                  while (bits < 16) {
                    if (have === 0) {
                      break inf_leave;
                    }
                    have--;
                    hold += input2[next++] << bits;
                    bits += 8;
                  }
                  state.length = hold;
                  if (state.head) {
                    state.head.extra_len = hold;
                  }
                  if (state.flags & 512) {
                    hbuf[0] = hold & 255;
                    hbuf[1] = hold >>> 8 & 255;
                    state.check = crc322(state.check, hbuf, 2, 0);
                  }
                  hold = 0;
                  bits = 0;
                } else if (state.head) {
                  state.head.extra = null;
                }
                state.mode = EXTRA;
              /* falls through */
              case EXTRA:
                if (state.flags & 1024) {
                  copy3 = state.length;
                  if (copy3 > have) {
                    copy3 = have;
                  }
                  if (copy3) {
                    if (state.head) {
                      len = state.head.extra_len - state.length;
                      if (!state.head.extra) {
                        state.head.extra = new Array(state.head.extra_len);
                      }
                      utils.arraySet(
                        state.head.extra,
                        input2,
                        next,
                        // extra field is limited to 65536 bytes
                        // - no need for additional size check
                        copy3,
                        /*len + copy > state.head.extra_max - len ? state.head.extra_max : copy,*/
                        len
                      );
                    }
                    if (state.flags & 512) {
                      state.check = crc322(state.check, input2, copy3, next);
                    }
                    have -= copy3;
                    next += copy3;
                    state.length -= copy3;
                  }
                  if (state.length) {
                    break inf_leave;
                  }
                }
                state.length = 0;
                state.mode = NAME;
              /* falls through */
              case NAME:
                if (state.flags & 2048) {
                  if (have === 0) {
                    break inf_leave;
                  }
                  copy3 = 0;
                  do {
                    len = input2[next + copy3++];
                    if (state.head && len && state.length < 65536) {
                      state.head.name += String.fromCharCode(len);
                    }
                  } while (len && copy3 < have);
                  if (state.flags & 512) {
                    state.check = crc322(state.check, input2, copy3, next);
                  }
                  have -= copy3;
                  next += copy3;
                  if (len) {
                    break inf_leave;
                  }
                } else if (state.head) {
                  state.head.name = null;
                }
                state.length = 0;
                state.mode = COMMENT;
              /* falls through */
              case COMMENT:
                if (state.flags & 4096) {
                  if (have === 0) {
                    break inf_leave;
                  }
                  copy3 = 0;
                  do {
                    len = input2[next + copy3++];
                    if (state.head && len && state.length < 65536) {
                      state.head.comment += String.fromCharCode(len);
                    }
                  } while (len && copy3 < have);
                  if (state.flags & 512) {
                    state.check = crc322(state.check, input2, copy3, next);
                  }
                  have -= copy3;
                  next += copy3;
                  if (len) {
                    break inf_leave;
                  }
                } else if (state.head) {
                  state.head.comment = null;
                }
                state.mode = HCRC;
              /* falls through */
              case HCRC:
                if (state.flags & 512) {
                  while (bits < 16) {
                    if (have === 0) {
                      break inf_leave;
                    }
                    have--;
                    hold += input2[next++] << bits;
                    bits += 8;
                  }
                  if (hold !== (state.check & 65535)) {
                    strm.msg = "header crc mismatch";
                    state.mode = BAD;
                    break;
                  }
                  hold = 0;
                  bits = 0;
                }
                if (state.head) {
                  state.head.hcrc = state.flags >> 9 & 1;
                  state.head.done = true;
                }
                strm.adler = state.check = 0;
                state.mode = TYPE;
                break;
              case DICTID:
                while (bits < 32) {
                  if (have === 0) {
                    break inf_leave;
                  }
                  have--;
                  hold += input2[next++] << bits;
                  bits += 8;
                }
                strm.adler = state.check = zswap32(hold);
                hold = 0;
                bits = 0;
                state.mode = DICT;
              /* falls through */
              case DICT:
                if (state.havedict === 0) {
                  strm.next_out = put;
                  strm.avail_out = left;
                  strm.next_in = next;
                  strm.avail_in = have;
                  state.hold = hold;
                  state.bits = bits;
                  return Z_NEED_DICT;
                }
                strm.adler = state.check = 1;
                state.mode = TYPE;
              /* falls through */
              case TYPE:
                if (flush === Z_BLOCK || flush === Z_TREES) {
                  break inf_leave;
                }
              /* falls through */
              case TYPEDO:
                if (state.last) {
                  hold >>>= bits & 7;
                  bits -= bits & 7;
                  state.mode = CHECK;
                  break;
                }
                while (bits < 3) {
                  if (have === 0) {
                    break inf_leave;
                  }
                  have--;
                  hold += input2[next++] << bits;
                  bits += 8;
                }
                state.last = hold & 1;
                hold >>>= 1;
                bits -= 1;
                switch (hold & 3) {
                  case 0:
                    state.mode = STORED;
                    break;
                  case 1:
                    fixedtables(state);
                    state.mode = LEN_;
                    if (flush === Z_TREES) {
                      hold >>>= 2;
                      bits -= 2;
                      break inf_leave;
                    }
                    break;
                  case 2:
                    state.mode = TABLE;
                    break;
                  case 3:
                    strm.msg = "invalid block type";
                    state.mode = BAD;
                }
                hold >>>= 2;
                bits -= 2;
                break;
              case STORED:
                hold >>>= bits & 7;
                bits -= bits & 7;
                while (bits < 32) {
                  if (have === 0) {
                    break inf_leave;
                  }
                  have--;
                  hold += input2[next++] << bits;
                  bits += 8;
                }
                if ((hold & 65535) !== (hold >>> 16 ^ 65535)) {
                  strm.msg = "invalid stored block lengths";
                  state.mode = BAD;
                  break;
                }
                state.length = hold & 65535;
                hold = 0;
                bits = 0;
                state.mode = COPY_;
                if (flush === Z_TREES) {
                  break inf_leave;
                }
              /* falls through */
              case COPY_:
                state.mode = COPY;
              /* falls through */
              case COPY:
                copy3 = state.length;
                if (copy3) {
                  if (copy3 > have) {
                    copy3 = have;
                  }
                  if (copy3 > left) {
                    copy3 = left;
                  }
                  if (copy3 === 0) {
                    break inf_leave;
                  }
                  utils.arraySet(output, input2, next, copy3, put);
                  have -= copy3;
                  next += copy3;
                  left -= copy3;
                  put += copy3;
                  state.length -= copy3;
                  break;
                }
                state.mode = TYPE;
                break;
              case TABLE:
                while (bits < 14) {
                  if (have === 0) {
                    break inf_leave;
                  }
                  have--;
                  hold += input2[next++] << bits;
                  bits += 8;
                }
                state.nlen = (hold & 31) + 257;
                hold >>>= 5;
                bits -= 5;
                state.ndist = (hold & 31) + 1;
                hold >>>= 5;
                bits -= 5;
                state.ncode = (hold & 15) + 4;
                hold >>>= 4;
                bits -= 4;
                if (state.nlen > 286 || state.ndist > 30) {
                  strm.msg = "too many length or distance symbols";
                  state.mode = BAD;
                  break;
                }
                state.have = 0;
                state.mode = LENLENS;
              /* falls through */
              case LENLENS:
                while (state.have < state.ncode) {
                  while (bits < 3) {
                    if (have === 0) {
                      break inf_leave;
                    }
                    have--;
                    hold += input2[next++] << bits;
                    bits += 8;
                  }
                  state.lens[order[state.have++]] = hold & 7;
                  hold >>>= 3;
                  bits -= 3;
                }
                while (state.have < 19) {
                  state.lens[order[state.have++]] = 0;
                }
                state.lencode = state.lendyn;
                state.lenbits = 7;
                opts = { bits: state.lenbits };
                ret = inflate_table(CODES, state.lens, 0, 19, state.lencode, 0, state.work, opts);
                state.lenbits = opts.bits;
                if (ret) {
                  strm.msg = "invalid code lengths set";
                  state.mode = BAD;
                  break;
                }
                state.have = 0;
                state.mode = CODELENS;
              /* falls through */
              case CODELENS:
                while (state.have < state.nlen + state.ndist) {
                  for (; ; ) {
                    here = state.lencode[hold & (1 << state.lenbits) - 1];
                    here_bits = here >>> 24;
                    here_op = here >>> 16 & 255;
                    here_val = here & 65535;
                    if (here_bits <= bits) {
                      break;
                    }
                    if (have === 0) {
                      break inf_leave;
                    }
                    have--;
                    hold += input2[next++] << bits;
                    bits += 8;
                  }
                  if (here_val < 16) {
                    hold >>>= here_bits;
                    bits -= here_bits;
                    state.lens[state.have++] = here_val;
                  } else {
                    if (here_val === 16) {
                      n = here_bits + 2;
                      while (bits < n) {
                        if (have === 0) {
                          break inf_leave;
                        }
                        have--;
                        hold += input2[next++] << bits;
                        bits += 8;
                      }
                      hold >>>= here_bits;
                      bits -= here_bits;
                      if (state.have === 0) {
                        strm.msg = "invalid bit length repeat";
                        state.mode = BAD;
                        break;
                      }
                      len = state.lens[state.have - 1];
                      copy3 = 3 + (hold & 3);
                      hold >>>= 2;
                      bits -= 2;
                    } else if (here_val === 17) {
                      n = here_bits + 3;
                      while (bits < n) {
                        if (have === 0) {
                          break inf_leave;
                        }
                        have--;
                        hold += input2[next++] << bits;
                        bits += 8;
                      }
                      hold >>>= here_bits;
                      bits -= here_bits;
                      len = 0;
                      copy3 = 3 + (hold & 7);
                      hold >>>= 3;
                      bits -= 3;
                    } else {
                      n = here_bits + 7;
                      while (bits < n) {
                        if (have === 0) {
                          break inf_leave;
                        }
                        have--;
                        hold += input2[next++] << bits;
                        bits += 8;
                      }
                      hold >>>= here_bits;
                      bits -= here_bits;
                      len = 0;
                      copy3 = 11 + (hold & 127);
                      hold >>>= 7;
                      bits -= 7;
                    }
                    if (state.have + copy3 > state.nlen + state.ndist) {
                      strm.msg = "invalid bit length repeat";
                      state.mode = BAD;
                      break;
                    }
                    while (copy3--) {
                      state.lens[state.have++] = len;
                    }
                  }
                }
                if (state.mode === BAD) {
                  break;
                }
                if (state.lens[256] === 0) {
                  strm.msg = "invalid code -- missing end-of-block";
                  state.mode = BAD;
                  break;
                }
                state.lenbits = 9;
                opts = { bits: state.lenbits };
                ret = inflate_table(LENS, state.lens, 0, state.nlen, state.lencode, 0, state.work, opts);
                state.lenbits = opts.bits;
                if (ret) {
                  strm.msg = "invalid literal/lengths set";
                  state.mode = BAD;
                  break;
                }
                state.distbits = 6;
                state.distcode = state.distdyn;
                opts = { bits: state.distbits };
                ret = inflate_table(DISTS, state.lens, state.nlen, state.ndist, state.distcode, 0, state.work, opts);
                state.distbits = opts.bits;
                if (ret) {
                  strm.msg = "invalid distances set";
                  state.mode = BAD;
                  break;
                }
                state.mode = LEN_;
                if (flush === Z_TREES) {
                  break inf_leave;
                }
              /* falls through */
              case LEN_:
                state.mode = LEN;
              /* falls through */
              case LEN:
                if (have >= 6 && left >= 258) {
                  strm.next_out = put;
                  strm.avail_out = left;
                  strm.next_in = next;
                  strm.avail_in = have;
                  state.hold = hold;
                  state.bits = bits;
                  inflate_fast(strm, _out);
                  put = strm.next_out;
                  output = strm.output;
                  left = strm.avail_out;
                  next = strm.next_in;
                  input2 = strm.input;
                  have = strm.avail_in;
                  hold = state.hold;
                  bits = state.bits;
                  if (state.mode === TYPE) {
                    state.back = -1;
                  }
                  break;
                }
                state.back = 0;
                for (; ; ) {
                  here = state.lencode[hold & (1 << state.lenbits) - 1];
                  here_bits = here >>> 24;
                  here_op = here >>> 16 & 255;
                  here_val = here & 65535;
                  if (here_bits <= bits) {
                    break;
                  }
                  if (have === 0) {
                    break inf_leave;
                  }
                  have--;
                  hold += input2[next++] << bits;
                  bits += 8;
                }
                if (here_op && (here_op & 240) === 0) {
                  last_bits = here_bits;
                  last_op = here_op;
                  last_val = here_val;
                  for (; ; ) {
                    here = state.lencode[last_val + ((hold & (1 << last_bits + last_op) - 1) >> last_bits)];
                    here_bits = here >>> 24;
                    here_op = here >>> 16 & 255;
                    here_val = here & 65535;
                    if (last_bits + here_bits <= bits) {
                      break;
                    }
                    if (have === 0) {
                      break inf_leave;
                    }
                    have--;
                    hold += input2[next++] << bits;
                    bits += 8;
                  }
                  hold >>>= last_bits;
                  bits -= last_bits;
                  state.back += last_bits;
                }
                hold >>>= here_bits;
                bits -= here_bits;
                state.back += here_bits;
                state.length = here_val;
                if (here_op === 0) {
                  state.mode = LIT;
                  break;
                }
                if (here_op & 32) {
                  state.back = -1;
                  state.mode = TYPE;
                  break;
                }
                if (here_op & 64) {
                  strm.msg = "invalid literal/length code";
                  state.mode = BAD;
                  break;
                }
                state.extra = here_op & 15;
                state.mode = LENEXT;
              /* falls through */
              case LENEXT:
                if (state.extra) {
                  n = state.extra;
                  while (bits < n) {
                    if (have === 0) {
                      break inf_leave;
                    }
                    have--;
                    hold += input2[next++] << bits;
                    bits += 8;
                  }
                  state.length += hold & (1 << state.extra) - 1;
                  hold >>>= state.extra;
                  bits -= state.extra;
                  state.back += state.extra;
                }
                state.was = state.length;
                state.mode = DIST;
              /* falls through */
              case DIST:
                for (; ; ) {
                  here = state.distcode[hold & (1 << state.distbits) - 1];
                  here_bits = here >>> 24;
                  here_op = here >>> 16 & 255;
                  here_val = here & 65535;
                  if (here_bits <= bits) {
                    break;
                  }
                  if (have === 0) {
                    break inf_leave;
                  }
                  have--;
                  hold += input2[next++] << bits;
                  bits += 8;
                }
                if ((here_op & 240) === 0) {
                  last_bits = here_bits;
                  last_op = here_op;
                  last_val = here_val;
                  for (; ; ) {
                    here = state.distcode[last_val + ((hold & (1 << last_bits + last_op) - 1) >> last_bits)];
                    here_bits = here >>> 24;
                    here_op = here >>> 16 & 255;
                    here_val = here & 65535;
                    if (last_bits + here_bits <= bits) {
                      break;
                    }
                    if (have === 0) {
                      break inf_leave;
                    }
                    have--;
                    hold += input2[next++] << bits;
                    bits += 8;
                  }
                  hold >>>= last_bits;
                  bits -= last_bits;
                  state.back += last_bits;
                }
                hold >>>= here_bits;
                bits -= here_bits;
                state.back += here_bits;
                if (here_op & 64) {
                  strm.msg = "invalid distance code";
                  state.mode = BAD;
                  break;
                }
                state.offset = here_val;
                state.extra = here_op & 15;
                state.mode = DISTEXT;
              /* falls through */
              case DISTEXT:
                if (state.extra) {
                  n = state.extra;
                  while (bits < n) {
                    if (have === 0) {
                      break inf_leave;
                    }
                    have--;
                    hold += input2[next++] << bits;
                    bits += 8;
                  }
                  state.offset += hold & (1 << state.extra) - 1;
                  hold >>>= state.extra;
                  bits -= state.extra;
                  state.back += state.extra;
                }
                if (state.offset > state.dmax) {
                  strm.msg = "invalid distance too far back";
                  state.mode = BAD;
                  break;
                }
                state.mode = MATCH;
              /* falls through */
              case MATCH:
                if (left === 0) {
                  break inf_leave;
                }
                copy3 = _out - left;
                if (state.offset > copy3) {
                  copy3 = state.offset - copy3;
                  if (copy3 > state.whave) {
                    if (state.sane) {
                      strm.msg = "invalid distance too far back";
                      state.mode = BAD;
                      break;
                    }
                  }
                  if (copy3 > state.wnext) {
                    copy3 -= state.wnext;
                    from = state.wsize - copy3;
                  } else {
                    from = state.wnext - copy3;
                  }
                  if (copy3 > state.length) {
                    copy3 = state.length;
                  }
                  from_source = state.window;
                } else {
                  from_source = output;
                  from = put - state.offset;
                  copy3 = state.length;
                }
                if (copy3 > left) {
                  copy3 = left;
                }
                left -= copy3;
                state.length -= copy3;
                do {
                  output[put++] = from_source[from++];
                } while (--copy3);
                if (state.length === 0) {
                  state.mode = LEN;
                }
                break;
              case LIT:
                if (left === 0) {
                  break inf_leave;
                }
                output[put++] = state.length;
                left--;
                state.mode = LEN;
                break;
              case CHECK:
                if (state.wrap) {
                  while (bits < 32) {
                    if (have === 0) {
                      break inf_leave;
                    }
                    have--;
                    hold |= input2[next++] << bits;
                    bits += 8;
                  }
                  _out -= left;
                  strm.total_out += _out;
                  state.total += _out;
                  if (_out) {
                    strm.adler = state.check = /*UPDATE(state.check, put - _out, _out);*/
                    state.flags ? crc322(state.check, output, _out, put - _out) : adler32(state.check, output, _out, put - _out);
                  }
                  _out = left;
                  if ((state.flags ? hold : zswap32(hold)) !== state.check) {
                    strm.msg = "incorrect data check";
                    state.mode = BAD;
                    break;
                  }
                  hold = 0;
                  bits = 0;
                }
                state.mode = LENGTH;
              /* falls through */
              case LENGTH:
                if (state.wrap && state.flags) {
                  while (bits < 32) {
                    if (have === 0) {
                      break inf_leave;
                    }
                    have--;
                    hold += input2[next++] << bits;
                    bits += 8;
                  }
                  if (hold !== (state.total & 4294967295)) {
                    strm.msg = "incorrect length check";
                    state.mode = BAD;
                    break;
                  }
                  hold = 0;
                  bits = 0;
                }
                state.mode = DONE;
              /* falls through */
              case DONE:
                ret = Z_STREAM_END;
                break inf_leave;
              case BAD:
                ret = Z_DATA_ERROR;
                break inf_leave;
              case MEM:
                return Z_MEM_ERROR;
              case SYNC:
              /* falls through */
              default:
                return Z_STREAM_ERROR;
            }
          }
        strm.next_out = put;
        strm.avail_out = left;
        strm.next_in = next;
        strm.avail_in = have;
        state.hold = hold;
        state.bits = bits;
        if (state.wsize || _out !== strm.avail_out && state.mode < BAD && (state.mode < CHECK || flush !== Z_FINISH)) {
          if (updatewindow(strm, strm.output, strm.next_out, _out - strm.avail_out)) {
            state.mode = MEM;
            return Z_MEM_ERROR;
          }
        }
        _in -= strm.avail_in;
        _out -= strm.avail_out;
        strm.total_in += _in;
        strm.total_out += _out;
        state.total += _out;
        if (state.wrap && _out) {
          strm.adler = state.check = /*UPDATE(state.check, strm.next_out - _out, _out);*/
          state.flags ? crc322(state.check, output, _out, strm.next_out - _out) : adler32(state.check, output, _out, strm.next_out - _out);
        }
        strm.data_type = state.bits + (state.last ? 64 : 0) + (state.mode === TYPE ? 128 : 0) + (state.mode === LEN_ || state.mode === COPY_ ? 256 : 0);
        if ((_in === 0 && _out === 0 || flush === Z_FINISH) && ret === Z_OK) {
          ret = Z_BUF_ERROR;
        }
        return ret;
      }
      function inflateEnd(strm) {
        if (!strm || !strm.state) {
          return Z_STREAM_ERROR;
        }
        var state = strm.state;
        if (state.window) {
          state.window = null;
        }
        strm.state = null;
        return Z_OK;
      }
      function inflateGetHeader(strm, head) {
        var state;
        if (!strm || !strm.state) {
          return Z_STREAM_ERROR;
        }
        state = strm.state;
        if ((state.wrap & 2) === 0) {
          return Z_STREAM_ERROR;
        }
        state.head = head;
        head.done = false;
        return Z_OK;
      }
      function inflateSetDictionary(strm, dictionary) {
        var dictLength = dictionary.length;
        var state;
        var dictid;
        var ret;
        if (!strm || !strm.state) {
          return Z_STREAM_ERROR;
        }
        state = strm.state;
        if (state.wrap !== 0 && state.mode !== DICT) {
          return Z_STREAM_ERROR;
        }
        if (state.mode === DICT) {
          dictid = 1;
          dictid = adler32(dictid, dictionary, dictLength, 0);
          if (dictid !== state.check) {
            return Z_DATA_ERROR;
          }
        }
        ret = updatewindow(strm, dictionary, dictLength, dictLength);
        if (ret) {
          state.mode = MEM;
          return Z_MEM_ERROR;
        }
        state.havedict = 1;
        return Z_OK;
      }
      exports.inflateReset = inflateReset;
      exports.inflateReset2 = inflateReset2;
      exports.inflateResetKeep = inflateResetKeep;
      exports.inflateInit = inflateInit;
      exports.inflateInit2 = inflateInit2;
      exports.inflate = inflate;
      exports.inflateEnd = inflateEnd;
      exports.inflateGetHeader = inflateGetHeader;
      exports.inflateSetDictionary = inflateSetDictionary;
      exports.inflateInfo = "pako inflate (from Nodeca project)";
    }
  });

  // node_modules/pako/lib/zlib/constants.js
  var require_constants = __commonJS({
    "node_modules/pako/lib/zlib/constants.js"(exports, module) {
      "use strict";
      module.exports = {
        /* Allowed flush values; see deflate() and inflate() below for details */
        Z_NO_FLUSH: 0,
        Z_PARTIAL_FLUSH: 1,
        Z_SYNC_FLUSH: 2,
        Z_FULL_FLUSH: 3,
        Z_FINISH: 4,
        Z_BLOCK: 5,
        Z_TREES: 6,
        /* Return codes for the compression/decompression functions. Negative values
        * are errors, positive values are used for special but normal events.
        */
        Z_OK: 0,
        Z_STREAM_END: 1,
        Z_NEED_DICT: 2,
        Z_ERRNO: -1,
        Z_STREAM_ERROR: -2,
        Z_DATA_ERROR: -3,
        //Z_MEM_ERROR:     -4,
        Z_BUF_ERROR: -5,
        //Z_VERSION_ERROR: -6,
        /* compression levels */
        Z_NO_COMPRESSION: 0,
        Z_BEST_SPEED: 1,
        Z_BEST_COMPRESSION: 9,
        Z_DEFAULT_COMPRESSION: -1,
        Z_FILTERED: 1,
        Z_HUFFMAN_ONLY: 2,
        Z_RLE: 3,
        Z_FIXED: 4,
        Z_DEFAULT_STRATEGY: 0,
        /* Possible values of the data_type field (though see inflate()) */
        Z_BINARY: 0,
        Z_TEXT: 1,
        //Z_ASCII:                1, // = Z_TEXT (deprecated)
        Z_UNKNOWN: 2,
        /* The deflate compression method */
        Z_DEFLATED: 8
        //Z_NULL:                 null // Use -1 or null inline, depending on var type
      };
    }
  });

  // node_modules/pako/lib/zlib/gzheader.js
  var require_gzheader = __commonJS({
    "node_modules/pako/lib/zlib/gzheader.js"(exports, module) {
      "use strict";
      function GZheader() {
        this.text = 0;
        this.time = 0;
        this.xflags = 0;
        this.os = 0;
        this.extra = null;
        this.extra_len = 0;
        this.name = "";
        this.comment = "";
        this.hcrc = 0;
        this.done = false;
      }
      module.exports = GZheader;
    }
  });

  // node_modules/pako/lib/inflate.js
  var require_inflate2 = __commonJS({
    "node_modules/pako/lib/inflate.js"(exports) {
      "use strict";
      var zlib_inflate = require_inflate();
      var utils = require_common();
      var strings = require_strings();
      var c = require_constants();
      var msg = require_messages();
      var ZStream = require_zstream();
      var GZheader = require_gzheader();
      var toString = Object.prototype.toString;
      function Inflate(options2) {
        if (!(this instanceof Inflate)) return new Inflate(options2);
        this.options = utils.assign({
          chunkSize: 16384,
          windowBits: 0,
          to: ""
        }, options2 || {});
        var opt = this.options;
        if (opt.raw && opt.windowBits >= 0 && opt.windowBits < 16) {
          opt.windowBits = -opt.windowBits;
          if (opt.windowBits === 0) {
            opt.windowBits = -15;
          }
        }
        if (opt.windowBits >= 0 && opt.windowBits < 16 && !(options2 && options2.windowBits)) {
          opt.windowBits += 32;
        }
        if (opt.windowBits > 15 && opt.windowBits < 48) {
          if ((opt.windowBits & 15) === 0) {
            opt.windowBits |= 15;
          }
        }
        this.err = 0;
        this.msg = "";
        this.ended = false;
        this.chunks = [];
        this.strm = new ZStream();
        this.strm.avail_out = 0;
        var status = zlib_inflate.inflateInit2(
          this.strm,
          opt.windowBits
        );
        if (status !== c.Z_OK) {
          throw new Error(msg[status]);
        }
        this.header = new GZheader();
        zlib_inflate.inflateGetHeader(this.strm, this.header);
        if (opt.dictionary) {
          if (typeof opt.dictionary === "string") {
            opt.dictionary = strings.string2buf(opt.dictionary);
          } else if (toString.call(opt.dictionary) === "[object ArrayBuffer]") {
            opt.dictionary = new Uint8Array(opt.dictionary);
          }
          if (opt.raw) {
            status = zlib_inflate.inflateSetDictionary(this.strm, opt.dictionary);
            if (status !== c.Z_OK) {
              throw new Error(msg[status]);
            }
          }
        }
      }
      Inflate.prototype.push = function(data, mode) {
        var strm = this.strm;
        var chunkSize2 = this.options.chunkSize;
        var dictionary = this.options.dictionary;
        var status, _mode;
        var next_out_utf8, tail, utf8str;
        var allowBufError = false;
        if (this.ended) {
          return false;
        }
        _mode = mode === ~~mode ? mode : mode === true ? c.Z_FINISH : c.Z_NO_FLUSH;
        if (typeof data === "string") {
          strm.input = strings.binstring2buf(data);
        } else if (toString.call(data) === "[object ArrayBuffer]") {
          strm.input = new Uint8Array(data);
        } else {
          strm.input = data;
        }
        strm.next_in = 0;
        strm.avail_in = strm.input.length;
        do {
          if (strm.avail_out === 0) {
            strm.output = new utils.Buf8(chunkSize2);
            strm.next_out = 0;
            strm.avail_out = chunkSize2;
          }
          status = zlib_inflate.inflate(strm, c.Z_NO_FLUSH);
          if (status === c.Z_NEED_DICT && dictionary) {
            status = zlib_inflate.inflateSetDictionary(this.strm, dictionary);
          }
          if (status === c.Z_BUF_ERROR && allowBufError === true) {
            status = c.Z_OK;
            allowBufError = false;
          }
          if (status !== c.Z_STREAM_END && status !== c.Z_OK) {
            this.onEnd(status);
            this.ended = true;
            return false;
          }
          if (strm.next_out) {
            if (strm.avail_out === 0 || status === c.Z_STREAM_END || strm.avail_in === 0 && (_mode === c.Z_FINISH || _mode === c.Z_SYNC_FLUSH)) {
              if (this.options.to === "string") {
                next_out_utf8 = strings.utf8border(strm.output, strm.next_out);
                tail = strm.next_out - next_out_utf8;
                utf8str = strings.buf2string(strm.output, next_out_utf8);
                strm.next_out = tail;
                strm.avail_out = chunkSize2 - tail;
                if (tail) {
                  utils.arraySet(strm.output, strm.output, next_out_utf8, tail, 0);
                }
                this.onData(utf8str);
              } else {
                this.onData(utils.shrinkBuf(strm.output, strm.next_out));
              }
            }
          }
          if (strm.avail_in === 0 && strm.avail_out === 0) {
            allowBufError = true;
          }
        } while ((strm.avail_in > 0 || strm.avail_out === 0) && status !== c.Z_STREAM_END);
        if (status === c.Z_STREAM_END) {
          _mode = c.Z_FINISH;
        }
        if (_mode === c.Z_FINISH) {
          status = zlib_inflate.inflateEnd(this.strm);
          this.onEnd(status);
          this.ended = true;
          return status === c.Z_OK;
        }
        if (_mode === c.Z_SYNC_FLUSH) {
          this.onEnd(c.Z_OK);
          strm.avail_out = 0;
          return true;
        }
        return true;
      };
      Inflate.prototype.onData = function(chunk) {
        this.chunks.push(chunk);
      };
      Inflate.prototype.onEnd = function(status) {
        if (status === c.Z_OK) {
          if (this.options.to === "string") {
            this.result = this.chunks.join("");
          } else {
            this.result = utils.flattenChunks(this.chunks);
          }
        }
        this.chunks = [];
        this.err = status;
        this.msg = this.strm.msg;
      };
      function inflate(input2, options2) {
        var inflator = new Inflate(options2);
        inflator.push(input2, true);
        if (inflator.err) {
          throw inflator.msg || msg[inflator.err];
        }
        return inflator.result;
      }
      function inflateRaw(input2, options2) {
        options2 = options2 || {};
        options2.raw = true;
        return inflate(input2, options2);
      }
      exports.Inflate = Inflate;
      exports.inflate = inflate;
      exports.inflateRaw = inflateRaw;
      exports.ungzip = inflate;
    }
  });

  // node_modules/pako/index.js
  var require_pako = __commonJS({
    "node_modules/pako/index.js"(exports, module) {
      "use strict";
      var assign = require_common().assign;
      var deflate3 = require_deflate2();
      var inflate = require_inflate2();
      var constants = require_constants();
      var pako5 = {};
      assign(pako5, deflate3, inflate, constants);
      module.exports = pako5;
    }
  });

  // src/core/intelligence/limits.js
  var MiB = 1024 * 1024;
  var DEFAULT_LIMITS = Object.freeze({
    maxFiles: 30,
    maxFileBytes: 32 * MiB,
    maxTotalBytes: 128 * MiB,
    maxTextBytes: 2 * MiB,
    maxTextLines: 1e5,
    maxTextComparisonCells: 2e6,
    maxTextMatches: 1e5,
    maxCommandChars: 2e3,
    maxSteps: 6,
    sniffBytes: 65536,
    tailBytes: 1024,
    maxImagePixels: 4e7,
    maxImageDimension: 16384,
    maxPdfFiles: 12,
    maxPdfFileBytes: 24 * MiB,
    maxPdfTotalBytes: 64 * MiB,
    maxPdfPagesPerFile: 500,
    maxPdfTotalPages: 1e3,
    maxPdfExecutionMs: 3e4,
    maxImageCompressionAttempts: 8,
    minImageQuality: 0.5,
    recommendedImageQuality: 0.82,
    maxCsvRows: 1e4,
    maxCsvColumns: 512,
    maxDataCells: 1e6,
    maxDataPreviewRows: 100,
    maxDataPreviewColumns: 40,
    maxDataPreviewCellChars: 240,
    maxAudioFiles: 30,
    maxAudioFileBytes: 96 * MiB,
    maxAudioTotalBytes: 256 * MiB,
    maxAudioDecodedBytes: 512 * MiB,
    maxAudioDurationSeconds: 4 * 60 * 60,
    maxAudioTracks: 32,
    maxAudioClips: 512,
    maxAudioChannels: 8,
    maxAudioSampleRate: 192e3,
    maxAudioWaveformPoints: 5e3,
    maxAudioHistoryEntries: 50,
    maxAudioRenderBytes: 512 * MiB,
    maxAudioOutputBytes: 256 * MiB + 44,
    maxAudioExecutionMs: 12e4,
    maxPixelCanvasDimension: 512,
    maxPixelCanvasPixels: 512 * 512,
    maxPixelLayers: 32,
    maxPixelPaletteColors: 256,
    maxPixelHistoryEntries: 40,
    maxPixelHistoryBytes: 64 * MiB,
    maxPixelProjectBytes: 40 * MiB,
    maxPixelProjectNameChars: 80,
    maxMathChars: 512,
    maxMathTokens: 256,
    maxMathDepth: 32,
    maxMathMagnitude: 1e100,
    maxExecutionMs: 1e4,
    maxDetectionMs: 1e4,
    maxParserDepth: 64,
    parserChunkChars: 65536,
    maxArchiveEntries: 100,
    maxArchiveExpandedBytes: 64 * MiB,
    maxArchiveDepth: 1,
    maxEstimatedMs: 3e4,
    confirmationFileCount: 10,
    maxHistoryEntries: 50,
    maxPreviewChars: 12e3,
    downloadUrlLifetimeMs: 1e3,
    downloadAudioUrlLifetimeMs: 6e4
  });
  function resolveLimits(overrides = {}) {
    for (const [key2, value] of Object.entries(overrides)) {
      if (!Object.hasOwn(DEFAULT_LIMITS, key2) || !Number.isFinite(value) || value <= 0) {
        throw new TypeError(`Limite inválido: ${key2}`);
      }
    }
    return Object.freeze({ ...DEFAULT_LIMITS, ...overrides });
  }

  // src/core/intelligence/safety.js
  var CoreError = class extends Error {
    constructor(code, message, details = []) {
      super(message);
      this.name = "CoreError";
      this.code = code;
      this.details = details;
    }
  };
  function deepFreeze(value) {
    if (value && typeof value === "object" && !Object.isFrozen(value)) {
      if (typeof Blob !== "undefined" && value instanceof Blob) return value;
      Object.freeze(value);
      for (const child of Object.values(value)) deepFreeze(child);
    }
    return value;
  }
  var byteSize = (text2) => new TextEncoder().encode(text2).byteLength;
  var abortCheck = (signal) => signal?.throwIfAborted();
  async function abortable(promise, signal) {
    const pending = Promise.resolve(promise);
    if (!signal) return pending;
    if (signal.aborted) {
      pending.catch(() => {
      });
      throw signal.reason;
    }
    let rejectOnAbort;
    const interrupted = new Promise((_, reject) => {
      rejectOnAbort = () => reject(signal.reason);
    });
    signal.addEventListener("abort", rejectOnAbort, { once: true });
    try {
      return await Promise.race([pending, interrupted]);
    } finally {
      signal.removeEventListener("abort", rejectOnAbort);
    }
  }
  function createAbortScope(signal, timeoutMs, message) {
    const controller = new AbortController();
    const relay = () => controller.abort(signal.reason);
    if (signal?.aborted) relay();
    else signal?.addEventListener("abort", relay, { once: true });
    const timer = setTimeout(() => controller.abort(new CoreError("timeout", message)), timeoutMs);
    return {
      controller,
      signal: controller.signal,
      dispose() {
        clearTimeout(timer);
        signal?.removeEventListener("abort", relay);
      }
    };
  }
  var yieldTask = async (signal) => {
    abortCheck(signal);
    await new Promise((resolve) => setTimeout(resolve, 0));
    abortCheck(signal);
  };
  function plainObject(value) {
    return value !== null && typeof value === "object" && [Object.prototype, null].includes(Object.getPrototypeOf(value));
  }
  function looksLikeAudioFile(file) {
    const mime = String(file?.type || "").toLowerCase().split(";")[0].trim();
    const name = String(file?.name || "").toLowerCase();
    return mime.startsWith("audio/") || /\.(?:mp3|wav|flac|ogg|m4a|webm)$/.test(name);
  }
  function checkSelection(files, text2, limits) {
    const texts = typeof text2 === "string" ? [text2] : text2;
    if (!Array.isArray(files) || !Array.isArray(texts) || texts.some((value) => typeof value !== "string")) {
      throw new CoreError("input", "Entrada inválida.");
    }
    const audioSelection = files.length > 0 && files.every(looksLikeAudioFile) && texts.every((value) => !value.length);
    const maximumFiles = audioSelection ? Math.min(limits.maxFiles, limits.maxAudioFiles) : limits.maxFiles;
    if (files.length > maximumFiles || texts.length > limits.maxFiles) {
      throw new CoreError("limit", `Selecione no máximo ${maximumFiles} entradas.`);
    }
    let total = 0;
    for (const value of texts) {
      const size = byteSize(value);
      if (value.length > limits.maxTextBytes || size > limits.maxTextBytes) {
        throw new CoreError("limit", "O texto ultrapassa o limite desta etapa.");
      }
      total += size;
    }
    for (const file of files) {
      if (!(file instanceof Blob)) throw new CoreError("input", "Selecione arquivos pelo navegador.");
      const maximumFileBytes = audioSelection ? limits.maxAudioFileBytes : limits.maxFileBytes;
      if (file.size > maximumFileBytes) {
        throw new CoreError("limit", audioSelection ? "Este áudio é grande demais para ser editado localmente com segurança." : "Um arquivo ultrapassa o limite individual.");
      }
      total += file.size;
    }
    const maximumTotalBytes = audioSelection ? limits.maxAudioTotalBytes : limits.maxTotalBytes;
    if (total > maximumTotalBytes) throw new CoreError("limit", audioSelection ? "A seleção de áudios é grande demais para edição local segura." : "A seleção ultrapassa o limite total.");
  }

  // src/tools/math/calculate.js
  function parseExpression(expression2, limits = DEFAULT_LIMITS) {
    if (typeof expression2 !== "string" || expression2.length > limits.maxMathChars) throw new CoreError("math", "Expressão muito longa ou inválida.");
    const normalized2 = expression2.trim().replace(/(\d),(\d)/g, "$1.$2").replace(/%\s*de\b/gi, "% *").replaceAll("×", "*").replaceAll("÷", "/");
    const tokens = [];
    const scanner = /\s*(\d+(?:\.\d+)?|\.\d+|[()+\-*/^%])/y;
    let cursor = 0;
    while (cursor < normalized2.length) {
      scanner.lastIndex = cursor;
      const match = scanner.exec(normalized2);
      if (!match) throw new CoreError("math", "Use apenas números, parênteses e operações +, −, ×, ÷, %, ^.");
      tokens.push(match[1]);
      cursor = scanner.lastIndex;
      if (tokens.length > limits.maxMathTokens) throw new CoreError("math", "A expressão tem operações demais.");
    }
    let position = 0;
    function primary(depth) {
      if (depth > limits.maxMathDepth) throw new CoreError("math", "A expressão tem parênteses ou operações aninhadas demais.");
      const token = tokens[position++];
      let node2;
      if (token === "(") {
        node2 = sum2(depth + 1);
        if (tokens[position++] !== ")") throw new CoreError("math", "Confira os parênteses.");
      } else if (token && /^(?:\d+(?:\.\d+)?|\.\d+)$/.test(token)) {
        node2 = { type: "number", value: Number(token) };
      } else throw new CoreError("math", "Expressão incompleta.");
      if (tokens[position] === "%") {
        position++;
        node2 = { type: "percent", child: node2 };
      }
      return node2;
    }
    function power(depth) {
      const left = primary(depth);
      if (tokens[position] !== "^") return left;
      position++;
      return { type: "binary", op: "^", left, right: unary(depth + 1) };
    }
    function unary(depth) {
      if (depth > limits.maxMathDepth) throw new CoreError("math", "A expressão tem operações aninhadas demais.");
      if (["+", "-"].includes(tokens[position])) {
        const op = tokens[position++];
        return { type: "unary", op, child: unary(depth + 1) };
      }
      return power(depth);
    }
    function product(depth) {
      let left = unary(depth);
      while (["*", "/"].includes(tokens[position])) {
        const op = tokens[position++];
        left = { type: "binary", op, left, right: unary(depth) };
      }
      return left;
    }
    function sum2(depth) {
      let left = product(depth);
      while (["+", "-"].includes(tokens[position])) {
        const op = tokens[position++];
        left = { type: "binary", op, left, right: product(depth) };
      }
      return left;
    }
    if (!tokens.length) throw new CoreError("math", "Informe uma expressão.");
    const ast = sum2(0);
    if (position !== tokens.length) throw new CoreError("math", "Não foi possível interpretar a expressão inteira.");
    return ast;
  }
  function evaluateExpression(expression2, limits = DEFAULT_LIMITS) {
    const ast = parseExpression(expression2, limits);
    function evaluate(node2) {
      let value;
      if (node2.type === "number") value = node2.value;
      else if (node2.type === "percent") value = evaluate(node2.child) / 100;
      else if (node2.type === "unary") value = (node2.op === "-" ? -1 : 1) * evaluate(node2.child);
      else {
        const a = evaluate(node2.left), b = evaluate(node2.right);
        if (node2.op === "/" && b === 0) throw new CoreError("math", "Não é possível dividir por zero.");
        switch (node2.op) {
          case "+":
            value = a + b;
            break;
          case "-":
            value = a - b;
            break;
          case "*":
            value = a * b;
            break;
          case "/":
            value = a / b;
            break;
          case "^":
            value = a ** b;
            break;
          default:
            throw new CoreError("math", "Operação não reconhecida.");
        }
      }
      if (!Number.isFinite(value) || Math.abs(value) > limits.maxMathMagnitude) throw new CoreError("math", "O resultado ultrapassa os limites numéricos.");
      return value;
    }
    return evaluate(ast);
  }
  async function calculate({ parameters: parameters2, limits, signal }) {
    abortCheck(signal);
    const value = evaluateExpression(parameters2.expression, limits);
    return [{
      id: "calculation",
      kind: "report",
      mime: "application/x-unibox-number",
      value,
      size: 0,
      valid: true,
      source: "output",
      verification: "generated",
      warnings: []
    }];
  }

  // src/tools/data/chart-types.js
  var dataChartTypes = Object.freeze([
    ["bar", "Barras verticais"],
    ["horizontalBar", "Barras horizontais"],
    ["line", "Linha"],
    ["area", "Área"],
    ["pie", "Pizza"],
    ["doughnut", "Rosca"]
  ].map((entry) => Object.freeze(entry)));
  var isCircularChart = (type) => type === "pie" || type === "doughnut";

  // src/tools/text/operations.js
  async function textOf(item, limits, signal) {
    abortCheck(signal);
    if (item.mime !== "text/plain" || typeof item.text !== "string") {
      throw new CoreError("input", "Forneça um texto simples ou arquivo TXT válido.");
    }
    if (byteSize(item.text) > limits.maxTextBytes) throw new CoreError("limit", "Texto muito grande.");
    return item.text;
  }
  function splitTextLines(text2, limits) {
    const lines = text2 ? text2.split(/\r\n|\r|\n/) : [];
    if (lines.length > limits.maxTextLines) throw new CoreError("limit", "O texto possui linhas demais para esta operação.");
    return { lines, newline: text2.match(/\r\n|\r|\n/)?.[0] || "\n" };
  }
  function safeBaseName(item) {
    const value = String(item.name || "texto").replace(/\.[^.]+$/, "").replace(/[<>:"/\\|?*\u0000-\u001f]/g, "-").trim();
    return (value || "texto").slice(0, 120);
  }
  function textResult(item, index, text2, operation, suffix, stats, notice) {
    return {
      id: operation + "-" + index,
      kind: "text",
      mime: "text/plain",
      text: text2,
      name: safeBaseName(item) + "-" + suffix + ".txt",
      operation,
      stats,
      notice,
      size: byteSize(text2),
      valid: true,
      source: "output",
      verification: "generated",
      warnings: []
    };
  }
  async function transformItems(context2, transform) {
    const result = [];
    for (const [index, item] of context2.items.entries()) {
      await yieldTask(context2.signal);
      const original = await textOf(item, context2.limits, context2.signal);
      result.push(await transform(original, item, index));
    }
    return result;
  }
  function lineCount(text2) {
    return text2 ? text2.split(/\r\n|\r|\n/).length : 0;
  }
  async function countText({ items, limits, signal }) {
    const result = [];
    for (const [index, item] of items.entries()) {
      await yieldTask(signal);
      const text2 = await textOf(item, limits, signal);
      splitTextLines(text2, limits);
      let words = 0, characters = 0;
      for (const _match of text2.matchAll(/[\p{L}\p{N}]+(?:['’\-][\p{L}\p{N}]+)*/gu)) words++;
      for (const _char of text2) characters++;
      result.push({
        id: "count-" + index,
        kind: "report",
        mime: "application/x-unibox-word-count",
        value: { words, characters, lines: lineCount(text2) },
        size: 0,
        valid: true,
        source: "output",
        verification: "generated",
        warnings: []
      });
    }
    return result;
  }
  async function cleanText(context2) {
    const parameters2 = context2.parameters || {};
    const hasOptions = ["collapseSpaces", "trimLines", "normalizeBlankLines", "removeEmptyLines"].some((key2) => parameters2[key2] !== void 0);
    const collapseSpaces = hasOptions ? parameters2.collapseSpaces === true : true;
    const trimLines = hasOptions ? parameters2.trimLines === true : true;
    const normalizeBlankLines = parameters2.normalizeBlankLines === true;
    const removeEmptyLines2 = parameters2.removeEmptyLines === true;
    return transformItems(context2, async (original, item, index) => {
      const before = splitTextLines(original, context2.limits);
      let lines = before.lines.map((line) => {
        let next = line;
        if (collapseSpaces) next = next.replace(/[ \t]+/g, " ");
        if (trimLines) next = next.replace(/^[ \t]+|[ \t]+$/g, "");
        return next;
      });
      if (removeEmptyLines2) lines = lines.filter((line) => line.trim().length > 0);
      else if (normalizeBlankLines) {
        const normalized2 = [];
        for (const line of lines) {
          if (!line.trim() && normalized2.length && !normalized2.at(-1).trim()) continue;
          normalized2.push(line);
        }
        lines = normalized2;
      }
      const text2 = lines.join(before.newline);
      return textResult(item, index, text2, "text.clean", "limpo", {
        inputLines: before.lines.length,
        outputLines: lines.length
      }, "Espaços ajustados sem remover pontuação, acentos ou palavras.");
    });
  }
  async function deduplicateLines(context2) {
    const ignoreCase = context2.parameters?.ignoreCase === true;
    return transformItems(context2, async (original, item, index) => {
      const { lines, newline } = splitTextLines(original, context2.limits);
      const seen = /* @__PURE__ */ new Set();
      const output = [];
      for (const [lineIndex, line] of lines.entries()) {
        if (lineIndex && lineIndex % 5e3 === 0) await yieldTask(context2.signal);
        const key2 = ignoreCase ? line.toLocaleLowerCase("pt-BR") : line;
        if (seen.has(key2)) continue;
        seen.add(key2);
        output.push(line);
      }
      const removed = lines.length - output.length;
      return textResult(item, index, output.join(newline), "text.deduplicateLines", "sem-duplicatas", {
        inputLines: lines.length,
        outputLines: output.length,
        removed,
        ignoreCase
      }, removed ? removed + (removed === 1 ? " linha duplicada removida." : " linhas duplicadas removidas.") : "Nenhuma linha duplicada encontrada.");
    });
  }
  async function sortLines(context2) {
    const direction = context2.parameters?.order;
    const collator2 = new Intl.Collator("pt-BR", { sensitivity: "base", numeric: true });
    return transformItems(context2, async (original, item, index) => {
      const { lines, newline } = splitTextLines(original, context2.limits);
      const output = lines.map((line, originalIndex) => ({ line, originalIndex }));
      output.sort((left, right) => {
        const compared = collator2.compare(left.line, right.line);
        return (direction === "desc" ? -compared : compared) || left.originalIndex - right.originalIndex;
      });
      const text2 = output.map((entry) => entry.line).join(newline);
      return textResult(item, index, text2, "text.sortLines", direction === "desc" ? "z-a" : "a-z", {
        inputLines: lines.length,
        outputLines: lines.length,
        order: direction
      }, "Linhas ordenadas de " + (direction === "desc" ? "Z a A." : "A a Z."));
    });
  }
  async function removeEmptyLines(context2) {
    return transformItems(context2, async (original, item, index) => {
      const { lines, newline } = splitTextLines(original, context2.limits);
      const output = lines.filter((line) => line.trim().length > 0);
      const removed = lines.length - output.length;
      return textResult(item, index, output.join(newline), "text.removeEmptyLines", "sem-linhas-vazias", {
        inputLines: lines.length,
        outputLines: output.length,
        removed
      }, removed ? removed + (removed === 1 ? " linha vazia removida." : " linhas vazias removidas.") : "Nenhuma linha vazia encontrada.");
    });
  }
  async function replaceLiteral(text2, searchText, replacementText, limits, signal) {
    const pieces = [];
    let cursor = 0, count = 0;
    while (cursor <= text2.length) {
      const found = text2.indexOf(searchText, cursor);
      if (found < 0) break;
      pieces.push(text2.slice(cursor, found), replacementText);
      cursor = found + searchText.length;
      count++;
      if (count > limits.maxTextMatches) throw new CoreError("limit", "O texto possui ocorrências demais para substituir nesta etapa.");
      if (count % 2e3 === 0) await yieldTask(signal);
    }
    if (!count) return { text: text2, count: 0 };
    pieces.push(text2.slice(cursor));
    return { text: pieces.join(""), count };
  }
  async function replaceText(context2) {
    const searchText = context2.parameters?.searchText;
    const replacementText = context2.parameters?.replacementText;
    return transformItems(context2, async (original, item, index) => {
      const replaced = await replaceLiteral(original, searchText, replacementText, context2.limits, context2.signal);
      return textResult(item, index, replaced.text, "text.replace", "substituido", {
        replacements: replaced.count,
        searchText,
        replacementText
      }, replaced.count ? replaced.count + (replaced.count === 1 ? " ocorrência substituída." : " ocorrências substituídas.") : "Nenhuma ocorrência encontrada.");
    });
  }
  async function changeTextCase(context2) {
    const mode = context2.parameters?.case;
    return transformItems(context2, async (original, item, index) => {
      const text2 = mode === "upper" ? original.toLocaleUpperCase("pt-BR") : original.toLocaleLowerCase("pt-BR");
      return textResult(item, index, text2, "text.changeCase", mode === "upper" ? "maiusculas" : "minusculas", {
        case: mode,
        characters: [...text2].length
      }, mode === "upper" ? "Texto convertido para maiúsculas." : "Texto convertido para minúsculas.");
    });
  }
  function trimUrl(value) {
    return value.replace(/[.,;:!?\])}]+$/u, "");
  }
  async function extractUnique(text2, regex, keyOf, limits, signal) {
    const values3 = [], seen = /* @__PURE__ */ new Set();
    let examined = 0;
    for (const match of text2.matchAll(regex)) {
      let value = match[0];
      if (regex === URL_PATTERN) value = trimUrl(value);
      if (!value) continue;
      const key2 = keyOf(value);
      if (!seen.has(key2)) {
        seen.add(key2);
        values3.push(value);
      }
      examined++;
      if (values3.length > limits.maxTextMatches) throw new CoreError("limit", "O texto possui resultados demais para extrair nesta etapa.");
      if (examined % 2e3 === 0) await yieldTask(signal);
    }
    return values3;
  }
  var URL_PATTERN = /\bhttps?:\/\/[^\s<>"'`]+/giu;
  var EMAIL_PATTERN = /\b[\p{L}\p{N}._%+\-]+@[\p{L}\p{N}\-]+(?:\.[\p{L}\p{N}\-]+)+\b/gu;
  async function extractLinks(context2) {
    return transformItems(context2, async (original, item, index) => {
      const values3 = await extractUnique(original, URL_PATTERN, (value) => value, context2.limits, context2.signal);
      const text2 = values3.join("\n");
      return textResult(
        item,
        index,
        text2,
        "text.extractLinks",
        "links",
        { count: values3.length, values: values3 },
        values3.length + (values3.length === 1 ? " link encontrado." : " links encontrados.")
      );
    });
  }
  async function extractEmails(context2) {
    return transformItems(context2, async (original, item, index) => {
      const values3 = await extractUnique(original, EMAIL_PATTERN, (value) => value.toLocaleLowerCase("pt-BR"), context2.limits, context2.signal);
      const text2 = values3.join("\n");
      return textResult(
        item,
        index,
        text2,
        "text.extractEmails",
        "emails",
        { count: values3.length, values: values3 },
        values3.length + (values3.length === 1 ? " e-mail encontrado." : " e-mails encontrados.")
      );
    });
  }

  // src/tools/text/compare.js
  function changeRows(operations) {
    const rows = [];
    for (let index = 0; index < operations.length; ) {
      if (operations[index].type === "equal") {
        rows.push(operations[index++]);
        continue;
      }
      const removed = [], added = [];
      while (index < operations.length && operations[index].type !== "equal") {
        const operation = operations[index++];
        if (operation.type === "removed") removed.push(operation.text);
        else added.push(operation.text);
      }
      const pairs = Math.min(removed.length, added.length);
      for (let pair = 0; pair < pairs; pair++) rows.push({ type: "changed", before: removed[pair], after: added[pair] });
      for (const text2 of removed.slice(pairs)) rows.push({ type: "removed", text: text2 });
      for (const text2 of added.slice(pairs)) rows.push({ type: "added", text: text2 });
    }
    return rows;
  }
  async function lineDiff(left, right, limits, signal) {
    const a = splitTextLines(left, limits).lines;
    const b = splitTextLines(right, limits).lines;
    const cells = (a.length + 1) * (b.length + 1);
    if (cells > limits.maxTextComparisonCells) {
      throw new CoreError("limit", "Os textos possuem linhas demais para uma comparação segura nesta etapa.");
    }
    const table = Array.from({ length: a.length + 1 }, () => new Uint32Array(b.length + 1));
    for (let row2 = 1; row2 <= a.length; row2++) {
      if (row2 % 40 === 0) await yieldTask(signal);
      for (let column2 = 1; column2 <= b.length; column2++) {
        table[row2][column2] = a[row2 - 1] === b[column2 - 1] ? table[row2 - 1][column2 - 1] + 1 : Math.max(table[row2 - 1][column2], table[row2][column2 - 1]);
      }
    }
    abortCheck(signal);
    const reversed = [];
    let row = a.length, column = b.length;
    while (row || column) {
      if (row && column && a[row - 1] === b[column - 1]) {
        reversed.push({ type: "equal", text: a[row - 1] });
        row--;
        column--;
      } else if (row && (!column || table[row - 1][column] >= table[row][column - 1])) {
        reversed.push({ type: "removed", text: a[row - 1] });
        row--;
      } else {
        reversed.push({ type: "added", text: b[column - 1] });
        column--;
      }
    }
    return changeRows(reversed.reverse());
  }
  async function compareTexts({ items, limits, signal }) {
    if (items.length !== 2) throw new CoreError("input", "Forneça exatamente dois textos para comparar.");
    const left = await textOf(items[0], limits, signal);
    const right = await textOf(items[1], limits, signal);
    const rows = await lineDiff(left, right, limits, signal);
    const counts = { equal: 0, added: 0, removed: 0, changed: 0 };
    for (const row of rows) counts[row.type]++;
    return [{
      id: "text-comparison-0",
      kind: "report",
      mime: "application/x-unibox-comparison",
      value: { rows, counts, identical: counts.added === 0 && counts.removed === 0 && counts.changed === 0 },
      size: 0,
      valid: true,
      source: "output",
      verification: "generated",
      warnings: []
    }];
  }

  // src/tools/workspace/open.js
  async function openWorkspace({ capability: capability2, signal }) {
    abortCheck(signal);
    return [{
      id: capability2.id,
      kind: "workspace",
      mime: "application/x-unibox-workspace",
      route: capability2.route,
      size: 0,
      valid: true,
      source: "output",
      verification: "generated",
      warnings: [],
      notice: capability2.id === "workspace.whiteboard" ? "Quadro local aberto." : "Ambiente aberto. O editor está em preparação."
    }];
  }

  // src/core/intelligence/file-signatures.js
  var decoder = new TextDecoder("latin1");
  var ascii = (bytes2, start, length) => decoder.decode(bytes2.subarray(start, start + length));
  var starts = (bytes2, values3) => values3.every((value, i) => bytes2[i] === value);
  var u16 = (b, i) => b[i] << 8 | b[i + 1];
  var le16 = (b, i) => b[i] | b[i + 1] << 8;
  var u32 = (b, i) => new DataView(b.buffer, b.byteOffset, b.byteLength).getUint32(i);
  var le32 = (b, i) => new DataView(b.buffer, b.byteOffset, b.byteLength).getUint32(i, true);
  function sniffBinary(head, tail, size, declaredMime = "") {
    function detected(kind, mime, valid, properties = {}) {
      return { kind, mime, valid, verification: "signature", ...properties };
    }
    if (starts(head, [137, 80, 78, 71, 13, 10, 26, 10])) {
      const valid = head.length >= 33 && u32(head, 8) === 13 && ascii(head, 12, 4) === "IHDR" && ascii(tail, Math.max(0, tail.length - 8), 4) === "IEND";
      return detected("image", "image/png", valid, head.length >= 24 ? { width: u32(head, 16), height: u32(head, 20) } : {});
    }
    if (starts(head, [255, 216, 255])) {
      let width, height, offset = 2;
      while (offset + 8 < head.length) {
        if (head[offset] !== 255) break;
        const marker = head[offset + 1];
        if (marker === 218 || marker === 217) break;
        const length = u16(head, offset + 2);
        if (length < 2 || offset + length + 2 > head.length) break;
        if ([192, 193, 194, 195, 197, 198, 199, 201, 202, 203, 205, 206, 207].includes(marker)) {
          height = u16(head, offset + 5);
          width = u16(head, offset + 7);
          break;
        }
        offset += length + 2;
      }
      const ending = tail.some((value, index) => value === 255 && tail[index + 1] === 217);
      return detected("image", "image/jpeg", size >= 12 && ending, { width, height });
    }
    if (["GIF87a", "GIF89a"].includes(ascii(head, 0, 6))) {
      return detected(
        "image",
        "image/gif",
        head.length >= 13 && tail.at(-1) === 59,
        head.length >= 10 ? { width: le16(head, 6), height: le16(head, 8) } : {}
      );
    }
    if (ascii(head, 0, 4) === "RIFF" && head.length >= 12) {
      const type = ascii(head, 8, 4);
      const validSize = le32(head, 4) + 8 === size;
      if (type === "WEBP") {
        let width, height;
        const chunk = ascii(head, 12, 4);
        if (chunk === "VP8X" && head.length >= 30) {
          width = 1 + head[24] + (head[25] << 8) + (head[26] << 16);
          height = 1 + head[27] + (head[28] << 8) + (head[29] << 16);
        } else if (chunk === "VP8L" && head.length >= 25 && head[20] === 47) {
          width = 1 + head[21] + ((head[22] & 63) << 8);
          height = 1 + (head[22] >> 6) + (head[23] << 2) + ((head[24] & 15) << 10);
        } else if (chunk === "VP8 " && head.length >= 30 && starts(head.subarray(23), [157, 1, 42])) {
          width = le16(head, 26) & 16383;
          height = le16(head, 28) & 16383;
        }
        return detected("image", "image/webp", validSize && ["VP8X", "VP8L", "VP8 "].includes(chunk), { width, height });
      }
      if (type === "WAVE") return detected("audio", "audio/wav", validSize && head.length >= 44);
    }
    if (ascii(head, 0, 5) === "%PDF-") {
      const version = ascii(head, 5, 3);
      return detected("pdf", "application/pdf", /^[12]\.\d$/.test(version) && ascii(tail, 0, tail.length).includes("%%EOF"), { properties: { version } });
    }
    if (ascii(head, 0, 4) === "fLaC") return detected("audio", "audio/flac", head.length >= 42);
    if (ascii(head, 0, 4) === "OggS") {
      const sample = ascii(head, 0, head.length);
      if (sample.includes("theora")) return detected("video", "video/ogg", head.length >= 27);
      if (sample.includes("OpusHead") || sample.includes("vorbis")) return detected("audio", "audio/ogg", head.length >= 27);
      return detected("unknown", "application/ogg", false);
    }
    let frameOffset = 0;
    if (ascii(head, 0, 3) === "ID3" && head.length >= 10) {
      if (head.subarray(6, 10).some((byte) => byte > 127)) return detected("audio", "audio/mpeg", false);
      frameOffset = 10 + (head[6] << 21) + (head[7] << 14) + (head[8] << 7) + head[9];
    }
    if (frameOffset + 4 <= head.length && head[frameOffset] === 255 && (head[frameOffset + 1] & 224) === 224) {
      const b = head[frameOffset + 1], c = head[frameOffset + 2];
      if ((b >> 3 & 3) !== 1 && (b >> 1 & 3) !== 0 && c >> 4 > 0 && c >> 4 < 15 && (c >> 2 & 3) !== 3) {
        return detected("audio", "audio/mpeg", size >= frameOffset + 8);
      }
    }
    if (head.length >= 16 && ascii(head, 4, 4) === "ftyp") {
      const brand2 = ascii(head, 8, 4);
      const audio = ["M4A ", "M4B ", "M4P "].includes(brand2) || declaredMime === "audio/mp4";
      return {
        ...detected(audio ? "audio" : "video", audio ? "audio/mp4" : "video/mp4", u32(head, 0) >= 16 && u32(head, 0) <= size),
        verification: "container",
        properties: { brand: brand2 }
      };
    }
    if (starts(head, [26, 69, 223, 163]) && ascii(head, 0, head.length).includes("webm")) {
      return { ...detected(declaredMime === "audio/webm" ? "audio" : "video", declaredMime === "audio/webm" ? "audio/webm" : "video/webm", head.length >= 16), verification: "container" };
    }
    return null;
  }

  // src/tools/image/image-utils.js
  var IMAGE_MIMES = Object.freeze({ jpg: "image/jpeg", jpeg: "image/jpeg", png: "image/png", webp: "image/webp" });
  var EXTENSIONS = Object.freeze({ "image/jpeg": "jpg", "image/png": "png", "image/webp": "webp" });
  function ensureDimension(value, label, limits) {
    if (!Number.isSafeInteger(value) || value < 1 || value > limits.maxImageDimension) {
      throw new CoreError("image_size", label + " inválida ou acima do limite permitido.");
    }
  }
  function ensureImageDimensions(width, height, limits) {
    ensureDimension(width, "Largura", limits);
    ensureDimension(height, "Altura", limits);
    if (width * height > limits.maxImagePixels) {
      throw new CoreError("image_size", "A imagem é grande demais para processamento local.");
    }
  }
  function ensureImageItem(item, limits) {
    if (!item?.valid || item.kind !== "image" || !Object.values(IMAGE_MIMES).includes(item.mime) || !(item.file instanceof Blob) || item.file.size !== item.size) {
      throw new CoreError("image", "Não consegui abrir esta imagem.");
    }
    if (item.size > limits.maxFileBytes) throw new CoreError("image_size", "A imagem é grande demais para processamento local.");
    if (item.width !== void 0 || item.height !== void 0) ensureImageDimensions(item.width, item.height, limits);
  }
  async function decodeWithBrowser(file, signal) {
    abortCheck(signal);
    if (typeof createImageBitmap === "function") {
      let decoded;
      try {
        decoded = await abortable(createImageBitmap(file), signal);
      } catch (error3) {
        abortCheck(signal);
        throw new CoreError("image_decode", "Não consegui abrir esta imagem.", [error3]);
      }
      return { source: decoded, width: decoded.width, height: decoded.height, close: () => decoded.close?.() };
    }
    if (typeof document === "undefined" || typeof Image === "undefined" || typeof URL?.createObjectURL !== "function") {
      throw new CoreError("image_runtime", "O navegador não oferece o processamento de imagem necessário.");
    }
    const url = URL.createObjectURL(file);
    const image = new Image();
    try {
      const decoded = await abortable(new Promise((resolve, reject) => {
        image.onload = () => resolve(image);
        image.onerror = () => reject(new CoreError("image_decode", "Não consegui abrir esta imagem."));
        image.src = url;
      }), signal);
      return { source: decoded, width: decoded.naturalWidth, height: decoded.naturalHeight, close: () => {
        image.src = "";
      } };
    } finally {
      URL.revokeObjectURL(url);
    }
  }
  async function encodeWithBrowser(decoded, spec, signal) {
    abortCheck(signal);
    if (typeof document === "undefined") throw new CoreError("image_runtime", "O navegador não oferece Canvas para processar esta imagem.");
    const canvas = document.createElement("canvas");
    canvas.width = spec.width;
    canvas.height = spec.height;
    const context2 = canvas.getContext("2d", { alpha: spec.mime !== "image/jpeg" });
    if (!context2) throw new CoreError("image_runtime", "Não foi possível preparar a área de processamento da imagem.");
    context2.imageSmoothingEnabled = true;
    context2.imageSmoothingQuality = "high";
    if (spec.background) {
      context2.fillStyle = spec.background;
      context2.fillRect(0, 0, spec.width, spec.height);
    }
    if (spec.fit === "contain") {
      const scale2 = Math.min(spec.width / decoded.width, spec.height / decoded.height);
      const width = decoded.width * scale2, height = decoded.height * scale2;
      context2.drawImage(decoded.source, (spec.width - width) / 2, (spec.height - height) / 2, width, height);
    } else context2.drawImage(decoded.source, 0, 0, spec.width, spec.height);
    try {
      await yieldTask(signal);
      const blob = await abortable(new Promise((resolve, reject) => {
        canvas.toBlob(
          (result) => result ? resolve(result) : reject(new CoreError("image_encode", "Não foi possível gerar a nova imagem.")),
          spec.mime,
          spec.quality
        );
      }), signal);
      if (blob.type !== spec.mime) throw new CoreError("image_format", "Este formato ainda não é suportado por este navegador.");
      return blob;
    } finally {
      canvas.width = 1;
      canvas.height = 1;
    }
  }
  var browserRuntime = Object.freeze({ decode: decodeWithBrowser, encode: encodeWithBrowser });
  async function decodeImage(item, context2) {
    ensureImageItem(item, context2.limits);
    const runtime = context2.imageRuntime || browserRuntime;
    let decoded;
    try {
      decoded = await abortable(runtime.decode(item.file, context2.signal, item), context2.signal);
    } catch (error3) {
      abortCheck(context2.signal);
      if (error3 instanceof CoreError) throw error3;
      throw new CoreError("image_decode", "Não consegui abrir esta imagem.", [error3]);
    }
    try {
      ensureImageDimensions(decoded?.width, decoded?.height, context2.limits);
    } catch (error3) {
      decoded?.close?.();
      throw error3;
    }
    return { ...decoded, close: typeof decoded.close === "function" ? decoded.close : () => {
    } };
  }
  async function encodeImage(decoded, spec, context2) {
    ensureImageDimensions(spec.width, spec.height, context2.limits);
    if (!Object.values(IMAGE_MIMES).includes(spec.mime)) throw new CoreError("image_format", "Este formato ainda não é suportado.");
    abortCheck(context2.signal);
    const runtime = context2.imageRuntime || browserRuntime;
    let blob;
    try {
      blob = await abortable(runtime.encode(decoded, spec, context2.signal), context2.signal);
    } catch (error3) {
      abortCheck(context2.signal);
      if (error3 instanceof CoreError) throw error3;
      throw new CoreError("image_encode", "Não foi possível gerar a nova imagem.", [error3]);
    }
    if (!(blob instanceof Blob) || !blob.size || blob.type !== spec.mime) {
      throw new CoreError("image_encode", "O navegador retornou uma imagem inválida.");
    }
    if (blob.size > context2.limits.maxFileBytes) throw new CoreError("image_size", "A imagem gerada ultrapassa o limite de tamanho.");
    return blob;
  }
  async function readBlobBytes(blob, start, end, signal) {
    abortCheck(signal);
    const buffer = await abortable(blob.slice(start, end).arrayBuffer(), signal);
    abortCheck(signal);
    return new Uint8Array(buffer);
  }
  async function verifyGeneratedImage(blob, spec, context2) {
    const headSize = Math.min(blob.size, context2.limits.sniffBytes);
    const tailSize = Math.min(blob.size, context2.limits.tailBytes);
    let detected;
    try {
      const head = await readBlobBytes(blob, 0, headSize, context2.signal);
      const tail = await readBlobBytes(blob, blob.size - tailSize, blob.size, context2.signal);
      detected = sniffBinary(head, tail, blob.size, blob.type);
    } catch (error3) {
      abortCheck(context2.signal);
      if (error3 instanceof CoreError) throw error3;
      throw new CoreError("image_verify", "Não foi possível verificar a imagem gerada.", [error3]);
    }
    if (!detected?.valid || detected.kind !== "image" || detected.mime !== spec.mime) {
      throw new CoreError("image_format", "O conteúdo gerado não corresponde ao formato solicitado.");
    }
    if (detected.width !== spec.width || detected.height !== spec.height) {
      throw new CoreError("image_dimensions", "A imagem gerada não possui as dimensões solicitadas.");
    }
    return blob;
  }
  function outputMime(format) {
    const mime = IMAGE_MIMES[format];
    if (!mime) throw new CoreError("image_format", "Este formato ainda não é suportado.");
    return mime;
  }
  function outputName(item, suffix, mime) {
    const original = item.name || item.file?.name || "imagem";
    const base = original.replace(/\.[^.]+$/, "") || "imagem";
    return base + suffix + "." + EXTENSIONS[mime];
  }
  function imageOutput(item, blob, { id, name, width, height, notice = "", warnings = [], quality, targetReached } = {}) {
    const file = typeof File === "function" ? new File([blob], name, { type: blob.type, lastModified: Date.now() }) : blob;
    return {
      id,
      kind: "image",
      mime: blob.type,
      file,
      name,
      width,
      height,
      size: file.size,
      originalSize: item.originalSize ?? item.size,
      valid: true,
      source: "output",
      verification: "generated",
      warnings: [...warnings],
      notice,
      quality,
      targetReached
    };
  }
  function copyImageBlob(item) {
    return item.file.slice(0, item.file.size, item.mime);
  }
  function resizeDimensions(sourceWidth, sourceHeight, parameters2, limits) {
    let width = parameters2.width, height = parameters2.height;
    if (parameters2.scalePercent !== void 0) {
      width = Math.max(1, Math.round(sourceWidth * parameters2.scalePercent / 100));
      height = Math.max(1, Math.round(sourceHeight * parameters2.scalePercent / 100));
    } else if (width === void 0 && height !== void 0) {
      width = Math.max(1, Math.round(sourceWidth * height / sourceHeight));
    } else if (height === void 0 && width !== void 0) {
      height = Math.max(1, Math.round(sourceHeight * width / sourceWidth));
    }
    if (width === void 0 || height === void 0) throw new CoreError("image_size", "Informe a largura, a altura ou a porcentagem desejada.");
    ensureImageDimensions(width, height, limits);
    return { width, height };
  }
  function distortsImage(item, parameters2) {
    if (parameters2.fit === "contain") return false;
    if (!parameters2.width || !parameters2.height || !item.width || !item.height) return false;
    const sourceRatio = item.width / item.height;
    const targetRatio = parameters2.width / parameters2.height;
    return Math.abs(sourceRatio - targetRatio) / sourceRatio > 0.01;
  }

  // src/tools/image/png-optimizer.js
  var PNG_SIGNATURE = new Uint8Array([137, 80, 78, 71, 13, 10, 26, 10]);
  var BALANCED_PALETTE_SIZES = Object.freeze([256, 128, 64]);
  var MAX_EXACT_HISTOGRAM_COLORS = 65536;
  var MAX_BALANCED_RGB_MEAN_ERROR = 0.5;
  var MAX_BALANCED_RGB_RMS_ERROR = 3;
  var MAX_BALANCED_ALPHA_MEAN_ERROR = 0.25;
  var MAX_BALANCED_ALPHA_RMS_ERROR = 2;
  var crcTable;
  function getCrcTable() {
    if (crcTable) return crcTable;
    crcTable = new Uint32Array(256);
    for (let index = 0; index < 256; index += 1) {
      let value = index;
      for (let bit = 0; bit < 8; bit += 1) {
        value = value & 1 ? 3988292384 ^ value >>> 1 : value >>> 1;
      }
      crcTable[index] = value >>> 0;
    }
    return crcTable;
  }
  function writeUint32(target, offset, value) {
    target[offset] = value >>> 24 & 255;
    target[offset + 1] = value >>> 16 & 255;
    target[offset + 2] = value >>> 8 & 255;
    target[offset + 3] = value & 255;
  }
  function makeChunk(type, data) {
    const typeBytes = new TextEncoder().encode(type);
    const chunk = new Uint8Array(12 + data.length);
    writeUint32(chunk, 0, data.length);
    chunk.set(typeBytes, 4);
    chunk.set(data, 8);
    let crc = 4294967295;
    const table = getCrcTable();
    for (let index = 4; index < 8 + data.length; index += 1) {
      crc = table[(crc ^ chunk[index]) & 255] ^ crc >>> 8;
    }
    writeUint32(chunk, 8 + data.length, (crc ^ 4294967295) >>> 0);
    return chunk;
  }
  function paethPredictor(left, above, upperLeft) {
    const estimate = left + above - upperLeft;
    const leftDistance = Math.abs(estimate - left);
    const aboveDistance = Math.abs(estimate - above);
    const upperLeftDistance = Math.abs(estimate - upperLeft);
    if (leftDistance <= aboveDistance && leftDistance <= upperLeftDistance) return left;
    return aboveDistance <= upperLeftDistance ? above : upperLeft;
  }
  function filteredValue(type, current, left, above, upperLeft) {
    let predictor = 0;
    if (type === 1) predictor = left;
    else if (type === 2) predictor = above;
    else if (type === 3) predictor = Math.floor((left + above) / 2);
    else if (type === 4) predictor = paethPredictor(left, above, upperLeft);
    return current - predictor + 256 & 255;
  }
  async function filterRows(bytes2, rowBytes, height, bytesPerPixel, signal) {
    const output = new Uint8Array((rowBytes + 1) * height);
    for (let y = 0; y < height; y += 1) {
      const rowStart = y * rowBytes;
      let bestType = 0;
      let bestScore = Number.POSITIVE_INFINITY;
      for (let type = 0; type <= 4; type += 1) {
        let score = 0;
        for (let x = 0; x < rowBytes; x += 1) {
          const current = bytes2[rowStart + x];
          const left = x >= bytesPerPixel ? bytes2[rowStart + x - bytesPerPixel] : 0;
          const above = y > 0 ? bytes2[rowStart - rowBytes + x] : 0;
          const upperLeft = y > 0 && x >= bytesPerPixel ? bytes2[rowStart - rowBytes + x - bytesPerPixel] : 0;
          const filtered = filteredValue(type, current, left, above, upperLeft);
          score += Math.min(filtered, 256 - filtered);
        }
        if (score < bestScore) {
          bestScore = score;
          bestType = type;
        }
      }
      const outputStart = y * (rowBytes + 1);
      output[outputStart] = bestType;
      for (let x = 0; x < rowBytes; x += 1) {
        const current = bytes2[rowStart + x];
        const left = x >= bytesPerPixel ? bytes2[rowStart + x - bytesPerPixel] : 0;
        const above = y > 0 ? bytes2[rowStart - rowBytes + x] : 0;
        const upperLeft = y > 0 && x >= bytesPerPixel ? bytes2[rowStart - rowBytes + x - bytesPerPixel] : 0;
        output[outputStart + x + 1] = filteredValue(bestType, current, left, above, upperLeft);
      }
      if ((y & 31) === 31) {
        abortCheck(signal);
        await yieldTask(signal);
      }
    }
    return output;
  }
  function validateDimensions(width, height) {
    if (!Number.isInteger(width) || !Number.isInteger(height) || width < 1 || height < 1) {
      throw new CoreError("INVALID_DIMENSIONS", "As dimensões da imagem são inválidas.");
    }
  }
  function requireCompressionStream() {
    if (typeof CompressionStream !== "function") {
      throw new CoreError("UNSUPPORTED_BROWSER", "Este navegador não oferece a compactação necessária para otimizar PNG.");
    }
  }
  async function deflate(bytes2, signal) {
    abortCheck(signal);
    const stream2 = new Blob([bytes2]).stream().pipeThrough(new CompressionStream("deflate"));
    const buffer = await abortable(new Response(stream2).arrayBuffer(), signal);
    abortCheck(signal);
    return new Uint8Array(buffer);
  }
  function pngHeader(width, height, colorType) {
    const header2 = new Uint8Array(13);
    writeUint32(header2, 0, width);
    writeUint32(header2, 4, height);
    header2[8] = 8;
    header2[9] = colorType;
    return header2;
  }
  async function encodeIndexedPng({ width, height, palette, indices, signal }) {
    abortCheck(signal);
    requireCompressionStream();
    validateDimensions(width, height);
    if (!Array.isArray(palette) || palette.length < 1 || palette.length > 256) {
      throw new CoreError("INVALID_PALETTE", "A paleta gerada para o PNG é inválida.");
    }
    if (!(indices instanceof Uint8Array) || indices.length !== width * height) {
      throw new CoreError("INVALID_IMAGE_DATA", "Os pixels gerados para o PNG são inválidos.");
    }
    const plte = new Uint8Array(palette.length * 3);
    const transparency = new Uint8Array(palette.length);
    let lastTransparent = -1;
    palette.forEach((color2, index) => {
      plte[index * 3] = color2.r;
      plte[index * 3 + 1] = color2.g;
      plte[index * 3 + 2] = color2.b;
      transparency[index] = color2.a;
      if (color2.a !== 255) lastTransparent = index;
    });
    const filtered = await filterRows(indices, width, height, 1, signal);
    const compressed = await deflate(filtered, signal);
    const chunks = [PNG_SIGNATURE, makeChunk("IHDR", pngHeader(width, height, 3)), makeChunk("PLTE", plte)];
    if (lastTransparent >= 0) chunks.push(makeChunk("tRNS", transparency.slice(0, lastTransparent + 1)));
    chunks.push(makeChunk("IDAT", compressed), makeChunk("IEND", new Uint8Array()));
    return new Blob(chunks, { type: "image/png" });
  }
  async function prepareTrueColorBytes(pixels, width, height, signal) {
    let hasTransparency = false;
    for (let offset = 3; offset < pixels.length; offset += 4) {
      if (pixels[offset] !== 255) {
        hasTransparency = true;
        break;
      }
    }
    if (hasTransparency) {
      return { bytes: new Uint8Array(pixels.buffer, pixels.byteOffset, pixels.byteLength), bytesPerPixel: 4, colorType: 6 };
    }
    const rgb2 = new Uint8Array(width * height * 3);
    for (let source = 0, target = 0; source < pixels.length; source += 4, target += 3) {
      rgb2[target] = pixels[source];
      rgb2[target + 1] = pixels[source + 1];
      rgb2[target + 2] = pixels[source + 2];
      if ((source & 1048575) === 0) {
        abortCheck(signal);
        await yieldTask(signal);
      }
    }
    return { bytes: rgb2, bytesPerPixel: 3, colorType: 2 };
  }
  async function encodeRgbaPng({ width, height, pixels, signal }) {
    abortCheck(signal);
    requireCompressionStream();
    validateDimensions(width, height);
    if (!(pixels instanceof Uint8Array || pixels instanceof Uint8ClampedArray) || pixels.length !== width * height * 4) {
      throw new CoreError("INVALID_IMAGE_DATA", "Os pixels gerados para o PNG são inválidos.");
    }
    const prepared = await prepareTrueColorBytes(pixels, width, height, signal);
    const filtered = await filterRows(prepared.bytes, width * prepared.bytesPerPixel, height, prepared.bytesPerPixel, signal);
    const compressed = await deflate(filtered, signal);
    return new Blob([
      PNG_SIGNATURE,
      makeChunk("IHDR", pngHeader(width, height, prepared.colorType)),
      makeChunk("IDAT", compressed),
      makeChunk("IEND", new Uint8Array())
    ], { type: "image/png" });
  }
  function reduceRgbPrecision(pixels, bits) {
    if (!(pixels instanceof Uint8Array || pixels instanceof Uint8ClampedArray) || pixels.length % 4 !== 0) {
      throw new CoreError("INVALID_IMAGE_DATA", "Os pixels gerados para o PNG são inválidos.");
    }
    if (!Number.isInteger(bits) || bits < 5 || bits > 8) {
      throw new CoreError("INVALID_COLOR_PRECISION", "A precisão de cor solicitada é inválida.");
    }
    const output = new Uint8Array(pixels.length);
    const step = 2 ** (8 - bits);
    for (let offset = 0; offset < pixels.length; offset += 4) {
      for (let channel = 0; channel < 3; channel += 1) {
        output[offset + channel] = Math.min(255, Math.round(pixels[offset + channel] / step) * step);
      }
      output[offset + 3] = pixels[offset + 3];
    }
    return output;
  }
  function colorKey(pixels, offset) {
    return ((pixels[offset] * 256 + pixels[offset + 1]) * 256 + pixels[offset + 2]) * 256 + pixels[offset + 3] >>> 0;
  }
  async function buildExactPalette(pixels, signal) {
    const palette = [];
    const colorIndices = /* @__PURE__ */ new Map();
    const indices = new Uint8Array(pixels.length / 4);
    for (let offset = 0, pixel = 0; offset < pixels.length; offset += 4, pixel += 1) {
      const key2 = colorKey(pixels, offset);
      let index = colorIndices.get(key2);
      if (index === void 0) {
        if (palette.length === 256) return null;
        index = palette.length;
        colorIndices.set(key2, index);
        palette.push({ r: pixels[offset], g: pixels[offset + 1], b: pixels[offset + 2], a: pixels[offset + 3] });
      }
      indices[pixel] = index;
      if ((offset & 1048575) === 0) {
        abortCheck(signal);
        await yieldTask(signal);
      }
    }
    return { palette, indices };
  }
  function reducedColorKey(pixels, offset) {
    return pixels[offset] >> 3 << 15 | pixels[offset + 1] >> 3 << 10 | pixels[offset + 2] >> 3 << 5 | pixels[offset + 3] >> 3;
  }
  async function buildColorHistogram(pixels, signal, reduced = false) {
    const histogram = /* @__PURE__ */ new Map();
    for (let offset = 0; offset < pixels.length; offset += 4) {
      const key2 = reduced ? reducedColorKey(pixels, offset) : colorKey(pixels, offset);
      const entry = histogram.get(key2);
      if (entry) {
        entry.r += pixels[offset];
        entry.g += pixels[offset + 1];
        entry.b += pixels[offset + 2];
        entry.a += pixels[offset + 3];
        entry.count += 1;
      } else {
        histogram.set(key2, {
          r: pixels[offset],
          g: pixels[offset + 1],
          b: pixels[offset + 2],
          a: pixels[offset + 3],
          count: 1
        });
        if (!reduced && histogram.size > MAX_EXACT_HISTOGRAM_COLORS) return null;
      }
      if ((offset & 1048575) === 0) {
        abortCheck(signal);
        await yieldTask(signal);
      }
    }
    return [...histogram.values()].map((entry) => ({
      r: Math.round(entry.r / entry.count),
      g: Math.round(entry.g / entry.count),
      b: Math.round(entry.b / entry.count),
      a: Math.round(entry.a / entry.count),
      count: entry.count
    }));
  }
  function describeColorBox(colors) {
    const sums = [0, 0, 0, 0];
    const squaredSums = [0, 0, 0, 0];
    let count = 0;
    for (const color2 of colors) {
      const channels = [color2.r, color2.g, color2.b, color2.a];
      for (let channel2 = 0; channel2 < 4; channel2 += 1) {
        sums[channel2] += channels[channel2] * color2.count;
        squaredSums[channel2] += channels[channel2] ** 2 * color2.count;
      }
      count += color2.count;
    }
    const variances = squaredSums.map((value, channel2) => Math.max(0, value - sums[channel2] ** 2 / count));
    const channel = variances.reduce((best, value, index) => {
      const weight = index === 3 ? 1.5 : 1;
      const bestWeight = best === 3 ? 1.5 : 1;
      return value * weight > variances[best] * bestWeight ? index : best;
    }, 0);
    const score = variances[0] + variances[1] + variances[2] + variances[3] * 1.5;
    return { colors, count, channel, score };
  }
  function splitColorBox(box) {
    if (box.colors.length < 2) return null;
    const channelName = ["r", "g", "b", "a"][box.channel];
    const sorted = [...box.colors].sort((left, right) => left[channelName] - right[channelName]);
    const midpoint = box.count / 2;
    let accumulated = 0;
    let splitAt = 1;
    for (let index = 0; index < sorted.length - 1; index += 1) {
      accumulated += sorted[index].count;
      if (accumulated >= midpoint) {
        splitAt = index + 1;
        break;
      }
    }
    return [describeColorBox(sorted.slice(0, splitAt)), describeColorBox(sorted.slice(splitAt))];
  }
  function makeAdaptivePalette(colors, maximumColors) {
    const dominantCount = Math.min(colors.length, maximumColors, Math.max(8, Math.min(64, Math.floor(maximumColors / 4))));
    const ordered = [...colors].sort((left, right) => right.count - left.count);
    const dominant = ordered.slice(0, dominantCount).map((color2) => ({
      r: color2.r,
      g: color2.g,
      b: color2.b,
      a: color2.a
    }));
    const remaining = ordered.slice(dominantCount);
    const clusteredLimit = Math.min(maximumColors - dominant.length, remaining.length);
    if (clusteredLimit < 1) return { palette: dominant, frozenCount: dominant.length };
    let boxes = [describeColorBox(remaining)];
    while (boxes.length < clusteredLimit) {
      let selectedIndex = -1;
      let selectedScore = -1;
      boxes.forEach((box, index) => {
        if (box.colors.length < 2) return;
        if (box.score > selectedScore) {
          selectedIndex = index;
          selectedScore = box.score;
        }
      });
      if (selectedIndex < 0) break;
      const split = splitColorBox(boxes[selectedIndex]);
      if (!split) break;
      boxes.splice(selectedIndex, 1, ...split);
    }
    const clustered = boxes.map((box) => {
      const totals = box.colors.reduce((sum2, color2) => ({
        r: sum2.r + color2.r * color2.count,
        g: sum2.g + color2.g * color2.count,
        b: sum2.b + color2.b * color2.count,
        a: sum2.a + color2.a * color2.count
      }), { r: 0, g: 0, b: 0, a: 0 });
      return {
        r: Math.round(totals.r / box.count),
        g: Math.round(totals.g / box.count),
        b: Math.round(totals.b / box.count),
        a: Math.round(totals.a / box.count)
      };
    });
    return { palette: [...dominant, ...clustered], frozenCount: dominant.length };
  }
  async function refineAdaptivePalette(colors, initialPalette, frozenCount, signal) {
    let palette = initialPalette;
    for (let iteration = 0; iteration < 5; iteration += 1) {
      const totals = palette.map(() => ({ r: 0, g: 0, b: 0, a: 0, count: 0 }));
      for (let colorIndex = 0; colorIndex < colors.length; colorIndex += 1) {
        const color2 = colors[colorIndex];
        let selectedIndex = 0;
        let shortestDistance = Number.POSITIVE_INFINITY;
        for (let index = 0; index < palette.length; index += 1) {
          const distance = paletteColorDistance(color2.r, color2.g, color2.b, color2.a, palette[index]);
          if (distance < shortestDistance) {
            shortestDistance = distance;
            selectedIndex = index;
          }
        }
        const total = totals[selectedIndex];
        total.r += color2.r * color2.count;
        total.g += color2.g * color2.count;
        total.b += color2.b * color2.count;
        total.a += color2.a * color2.count;
        total.count += color2.count;
      }
      palette = palette.map((color2, index) => index < frozenCount ? color2 : totals[index].count > 0 ? {
        r: Math.round(totals[index].r / totals[index].count),
        g: Math.round(totals[index].g / totals[index].count),
        b: Math.round(totals[index].b / totals[index].count),
        a: Math.round(totals[index].a / totals[index].count)
      } : color2);
      abortCheck(signal);
      await yieldTask(signal);
    }
    return palette;
  }
  function paletteColorDistance(red, green, blue, alpha, color2) {
    const opacity = (alpha + color2.a) / 510;
    const redDistance = (red - color2.r) * opacity;
    const greenDistance = (green - color2.g) * opacity;
    const blueDistance = (blue - color2.b) * opacity;
    const alphaDistance = alpha - color2.a;
    return redDistance ** 2 + greenDistance ** 2 + blueDistance ** 2 + alphaDistance ** 2 * 1.5;
  }
  async function indexWithQuality(pixels, palette, signal) {
    const indices = new Uint8Array(pixels.length / 4);
    const cache = /* @__PURE__ */ new Map();
    let rgbAbsoluteError = 0;
    let rgbSquaredError = 0;
    let alphaAbsoluteError = 0;
    let alphaSquaredError = 0;
    for (let offset = 0, pixel = 0; offset < pixels.length; offset += 4, pixel += 1) {
      const key2 = colorKey(pixels, offset);
      let paletteIndex = cache.get(key2);
      if (paletteIndex === void 0) {
        paletteIndex = 0;
        let shortestDistance = Number.POSITIVE_INFINITY;
        for (let index = 0; index < palette.length; index += 1) {
          const distance = paletteColorDistance(
            pixels[offset],
            pixels[offset + 1],
            pixels[offset + 2],
            pixels[offset + 3],
            palette[index]
          );
          if (distance < shortestDistance) {
            shortestDistance = distance;
            paletteIndex = index;
          }
        }
        cache.set(key2, paletteIndex);
      }
      indices[pixel] = paletteIndex;
      const selected2 = palette[paletteIndex];
      const redDifference = pixels[offset] - selected2.r;
      const greenDifference = pixels[offset + 1] - selected2.g;
      const blueDifference = pixels[offset + 2] - selected2.b;
      rgbAbsoluteError += Math.abs(redDifference) + Math.abs(greenDifference) + Math.abs(blueDifference);
      rgbSquaredError += redDifference ** 2 + greenDifference ** 2 + blueDifference ** 2;
      const alphaDifference = pixels[offset + 3] - selected2.a;
      alphaAbsoluteError += Math.abs(alphaDifference);
      alphaSquaredError += alphaDifference ** 2;
      if ((offset & 1048575) === 0) {
        abortCheck(signal);
        await yieldTask(signal);
      }
    }
    const pixelCount = pixels.length / 4;
    return {
      indices,
      stats: {
        rgbMean: rgbAbsoluteError / (pixelCount * 3),
        rgbRms: Math.sqrt(rgbSquaredError / (pixelCount * 3)),
        alphaMean: alphaAbsoluteError / pixelCount,
        alphaRms: Math.sqrt(alphaSquaredError / pixelCount)
      }
    };
  }
  function isBalancedPaletteQuality(stats) {
    return stats.rgbMean <= MAX_BALANCED_RGB_MEAN_ERROR && stats.rgbRms <= MAX_BALANCED_RGB_RMS_ERROR && stats.alphaMean <= MAX_BALANCED_ALPHA_MEAN_ERROR && stats.alphaRms <= MAX_BALANCED_ALPHA_RMS_ERROR;
  }
  async function selectBalancedPalette(pixels, signal) {
    let histogram = await buildColorHistogram(pixels, signal, false);
    if (!histogram) histogram = await buildColorHistogram(pixels, signal, true);
    let selected2 = null;
    for (const maximumColors of BALANCED_PALETTE_SIZES) {
      const initial = makeAdaptivePalette(histogram, Math.min(maximumColors, histogram.length));
      const palette = await refineAdaptivePalette(histogram, initial.palette, initial.frozenCount, signal);
      const indexed = await indexWithQuality(pixels, palette, signal);
      if (!isBalancedPaletteQuality(indexed.stats)) break;
      selected2 = { palette, indices: indexed.indices, stats: indexed.stats };
    }
    return selected2;
  }
  function getCanvas(width, height) {
    if (typeof OffscreenCanvas === "function") return new OffscreenCanvas(width, height);
    if (typeof document !== "undefined") {
      const canvas = document.createElement("canvas");
      canvas.width = width;
      canvas.height = height;
      return canvas;
    }
    return null;
  }
  function smallerCandidate(best, candidate2) {
    return !best || candidate2.blob.size < best.blob.size ? candidate2 : best;
  }
  async function optimizePng(decoded, item, context2) {
    const canvas = getCanvas(decoded.width, decoded.height);
    if (!canvas || typeof CompressionStream !== "function") return null;
    const rendering = canvas.getContext("2d", { willReadFrequently: true });
    if (!rendering || typeof rendering.getImageData !== "function") return null;
    rendering.clearRect(0, 0, decoded.width, decoded.height);
    rendering.drawImage(decoded.source, 0, 0, decoded.width, decoded.height);
    let pixels;
    try {
      pixels = rendering.getImageData(0, 0, decoded.width, decoded.height).data;
    } catch {
      throw new CoreError("IMAGE_READ_FAILED", "O navegador não conseguiu ler os pixels deste PNG.");
    }
    const requestedMaximum = Number.isFinite(context2.parameters.maxSize) ? context2.parameters.maxSize : null;
    const acceptable = (candidate2) => candidate2.blob.size < item.size && (!requestedMaximum || candidate2.blob.size <= requestedMaximum);
    let best = null;
    const trueColor = {
      blob: await encodeRgbaPng({ width: decoded.width, height: decoded.height, pixels, signal: context2.signal }),
      mode: "lossless"
    };
    best = smallerCandidate(best, trueColor);
    if (requestedMaximum && acceptable(trueColor)) return trueColor;
    const exact = await buildExactPalette(pixels, context2.signal);
    if (exact) {
      const indexed = {
        blob: await encodeIndexedPng({
          width: decoded.width,
          height: decoded.height,
          palette: exact.palette,
          indices: exact.indices,
          signal: context2.signal
        }),
        mode: "lossless"
      };
      best = smallerCandidate(best, indexed);
      if (acceptable(indexed) && (requestedMaximum || indexed.blob.size <= item.size * 0.6)) return best;
    } else {
      const balancedPalette = await selectBalancedPalette(pixels, context2.signal);
      if (balancedPalette) {
        const balanced = {
          blob: await encodeIndexedPng({
            width: decoded.width,
            height: decoded.height,
            palette: balancedPalette.palette,
            indices: balancedPalette.indices,
            signal: context2.signal
          }),
          mode: "balanced",
          colors: balancedPalette.palette.length,
          quality: balancedPalette.stats
        };
        best = smallerCandidate(best, balanced);
        if (acceptable(balanced) && (requestedMaximum || balanced.blob.size <= item.size * 0.6)) return best;
      }
    }
    const precisionCandidates = requestedMaximum ? [7, 6, 5] : [6, 5];
    for (const bits of precisionCandidates) {
      abortCheck(context2.signal);
      const candidate2 = {
        blob: await encodeRgbaPng({
          width: decoded.width,
          height: decoded.height,
          pixels: reduceRgbPrecision(pixels, bits),
          signal: context2.signal
        }),
        mode: "gentle",
        colorBits: bits
      };
      best = smallerCandidate(best, candidate2);
      if (requestedMaximum && acceptable(candidate2)) return candidate2;
      await yieldTask(context2.signal);
    }
    return best;
  }

  // src/tools/image/compress.js
  async function compressLossy(decoded, item, context2) {
    const target = context2.parameters.maxSize;
    const spec = {
      width: decoded.width,
      height: decoded.height,
      mime: item.mime,
      background: item.mime === "image/jpeg" ? "#ffffff" : void 0
    };
    if (!target) {
      let best2;
      const qualities = [.../* @__PURE__ */ new Set([
        context2.limits.recommendedImageQuality,
        Math.min(context2.limits.recommendedImageQuality, Math.max(context2.limits.minImageQuality, 0.74)),
        Math.min(context2.limits.recommendedImageQuality, Math.max(context2.limits.minImageQuality, 0.66)),
        Math.min(context2.limits.recommendedImageQuality, Math.max(context2.limits.minImageQuality, 0.58))
      ])];
      for (const quality of qualities.slice(0, context2.limits.maxImageCompressionAttempts)) {
        const blob = await encodeImage(decoded, { ...spec, quality }, context2);
        if (!best2 || blob.size < best2.blob.size) best2 = { blob, quality, targetReached: void 0, notice: "" };
        if (best2.blob.size <= item.size * 0.7) break;
        await yieldTask(context2.signal);
      }
      if (!best2 || best2.blob.size >= item.size) {
        throw new CoreError("image_compress", "Esta tentativa não reduziu o tamanho do arquivo.");
      }
      return best2;
    }
    if (item.size <= target) return {
      blob: copyImageBlob(item),
      quality: void 0,
      targetReached: true,
      notice: "A imagem já estava abaixo do tamanho solicitado."
    };
    const minimum2 = context2.limits.minImageQuality;
    let attempts = 1;
    let smallest = await encodeImage(decoded, { ...spec, quality: minimum2 }, context2);
    if (smallest.size > target) {
      throw new CoreError("image_target", "Não foi possível atingir o tamanho solicitado mantendo os limites atuais de qualidade.");
    }
    let low = minimum2, high = 0.92, best = smallest, bestQuality = minimum2;
    while (attempts < context2.limits.maxImageCompressionAttempts) {
      abortCheck(context2.signal);
      await yieldTask(context2.signal);
      const quality = (low + high) / 2;
      const candidate2 = await encodeImage(decoded, { ...spec, quality }, context2);
      attempts++;
      if (candidate2.size <= target) {
        best = candidate2;
        bestQuality = quality;
        low = quality;
      } else high = quality;
    }
    return { blob: best, quality: bestQuality, targetReached: true, notice: "" };
  }
  async function compressPng(decoded, item, context2) {
    const target = context2.parameters.maxSize;
    if (target && item.size <= target) return {
      blob: copyImageBlob(item),
      targetReached: true,
      notice: "A imagem já estava abaixo do tamanho solicitado."
    };
    const browserEncoded = await encodeImage(decoded, {
      width: decoded.width,
      height: decoded.height,
      mime: item.mime
    }, context2);
    if (browserEncoded.size < item.size && (target ? browserEncoded.size <= target : browserEncoded.size <= item.size * 0.6)) {
      return { blob: browserEncoded, targetReached: target ? true : void 0, notice: "" };
    }
    let optimized;
    try {
      optimized = await optimizePng(decoded, item, context2);
    } catch (error3) {
      abortCheck(context2.signal);
      if (browserEncoded.size >= item.size || target && browserEncoded.size > target) throw error3;
    }
    const best = optimized && optimized.blob.size < browserEncoded.size ? optimized : { blob: browserEncoded, mode: "lossless" };
    if (target && best.blob.size > target) {
      throw new CoreError("image_target", "Não foi possível atingir o tamanho solicitado preservando a qualidade e as dimensões da imagem.");
    }
    if (best.blob.size >= item.size) {
      throw new CoreError("image_compress", "Não foi possível gerar um PNG menor preservando a qualidade e as dimensões da imagem.");
    }
    return {
      blob: best.blob,
      targetReached: target ? true : void 0,
      notice: best.mode === "balanced" ? "Compressão equilibrada aplicada para reduzir bem o arquivo mantendo boa qualidade." : best.mode === "gentle" ? "Compressão suave aplicada para preservar cores e detalhes." : "Compactação sem perda de qualidade aplicada."
    };
  }
  async function compressImage(context2) {
    const results = [];
    for (const [index, item] of context2.items.entries()) {
      await yieldTask(context2.signal);
      const decoded = await decodeImage(item, context2);
      try {
        const outcome = item.mime === "image/png" ? await compressPng(decoded, item, context2) : await compressLossy(decoded, item, context2);
        await verifyGeneratedImage(outcome.blob, {
          mime: item.mime,
          width: decoded.width,
          height: decoded.height
        }, context2);
        abortCheck(context2.signal);
        results.push(imageOutput(item, outcome.blob, {
          id: "compressed-" + index,
          name: outputName(item, "-comprimida", item.mime),
          width: decoded.width,
          height: decoded.height,
          notice: outcome.notice,
          quality: outcome.quality,
          targetReached: outcome.targetReached
        }));
      } finally {
        decoded.close();
      }
    }
    return results;
  }

  // src/tools/image/convert.js
  async function convertImage(context2) {
    const mime = outputMime(context2.parameters.outputFormat);
    const results = [];
    for (const [index, item] of context2.items.entries()) {
      await yieldTask(context2.signal);
      const decoded = await decodeImage(item, context2);
      try {
        const background = mime === "image/jpeg" ? "#ffffff" : void 0;
        const blob = await encodeImage(decoded, {
          width: decoded.width,
          height: decoded.height,
          mime,
          quality: mime === "image/png" ? void 0 : 0.92,
          background
        }, context2);
        await verifyGeneratedImage(blob, { mime, width: decoded.width, height: decoded.height }, context2);
        abortCheck(context2.signal);
        results.push(imageOutput(item, blob, {
          id: "converted-" + index,
          name: outputName(item, "-convertida", mime),
          width: decoded.width,
          height: decoded.height,
          notice: background ? "A transparência, quando existir, foi substituída por fundo branco." : ""
        }));
      } finally {
        decoded.close();
      }
    }
    return results;
  }

  // src/tools/image/resize.js
  async function resizeImage(context2) {
    const results = [];
    for (const [index, item] of context2.items.entries()) {
      await yieldTask(context2.signal);
      const decoded = await decodeImage(item, context2);
      try {
        const { width, height } = resizeDimensions(decoded.width, decoded.height, context2.parameters, context2.limits);
        const blob = await encodeImage(decoded, {
          width,
          height,
          mime: item.mime,
          fit: context2.parameters.fit,
          quality: item.mime === "image/png" ? void 0 : 0.92,
          background: item.mime === "image/jpeg" ? "#ffffff" : void 0
        }, context2);
        await verifyGeneratedImage(blob, { mime: item.mime, width, height }, context2);
        abortCheck(context2.signal);
        results.push(imageOutput(item, blob, {
          id: "resized-" + index,
          name: outputName(item, "-" + width + "x" + height, item.mime),
          width,
          height
        }));
      } finally {
        decoded.close();
      }
    }
    return results;
  }

  // node_modules/tslib/tslib.es6.js
  var extendStatics = function(d, b) {
    extendStatics = Object.setPrototypeOf || { __proto__: [] } instanceof Array && function(d2, b2) {
      d2.__proto__ = b2;
    } || function(d2, b2) {
      for (var p in b2) if (b2.hasOwnProperty(p)) d2[p] = b2[p];
    };
    return extendStatics(d, b);
  };
  function __extends(d, b) {
    extendStatics(d, b);
    function __() {
      this.constructor = d;
    }
    d.prototype = b === null ? Object.create(b) : (__.prototype = b.prototype, new __());
  }
  var __assign = function() {
    __assign = Object.assign || function __assign2(t) {
      for (var s, i = 1, n = arguments.length; i < n; i++) {
        s = arguments[i];
        for (var p in s) if (Object.prototype.hasOwnProperty.call(s, p)) t[p] = s[p];
      }
      return t;
    };
    return __assign.apply(this, arguments);
  };
  function __rest(s, e) {
    var t = {};
    for (var p in s) if (Object.prototype.hasOwnProperty.call(s, p) && e.indexOf(p) < 0)
      t[p] = s[p];
    if (s != null && typeof Object.getOwnPropertySymbols === "function")
      for (var i = 0, p = Object.getOwnPropertySymbols(s); i < p.length; i++) {
        if (e.indexOf(p[i]) < 0 && Object.prototype.propertyIsEnumerable.call(s, p[i]))
          t[p[i]] = s[p[i]];
      }
    return t;
  }
  function __awaiter(thisArg, _arguments, P, generator) {
    function adopt(value) {
      return value instanceof P ? value : new P(function(resolve) {
        resolve(value);
      });
    }
    return new (P || (P = Promise))(function(resolve, reject) {
      function fulfilled(value) {
        try {
          step(generator.next(value));
        } catch (e) {
          reject(e);
        }
      }
      function rejected(value) {
        try {
          step(generator["throw"](value));
        } catch (e) {
          reject(e);
        }
      }
      function step(result) {
        result.done ? resolve(result.value) : adopt(result.value).then(fulfilled, rejected);
      }
      step((generator = generator.apply(thisArg, _arguments || [])).next());
    });
  }
  function __generator(thisArg, body) {
    var _ = { label: 0, sent: function() {
      if (t[0] & 1) throw t[1];
      return t[1];
    }, trys: [], ops: [] }, f, y, t, g;
    return g = { next: verb(0), "throw": verb(1), "return": verb(2) }, typeof Symbol === "function" && (g[Symbol.iterator] = function() {
      return this;
    }), g;
    function verb(n) {
      return function(v) {
        return step([n, v]);
      };
    }
    function step(op) {
      if (f) throw new TypeError("Generator is already executing.");
      while (_) try {
        if (f = 1, y && (t = op[0] & 2 ? y["return"] : op[0] ? y["throw"] || ((t = y["return"]) && t.call(y), 0) : y.next) && !(t = t.call(y, op[1])).done) return t;
        if (y = 0, t) op = [op[0] & 2, t.value];
        switch (op[0]) {
          case 0:
          case 1:
            t = op;
            break;
          case 4:
            _.label++;
            return { value: op[1], done: false };
          case 5:
            _.label++;
            y = op[1];
            op = [0];
            continue;
          case 7:
            op = _.ops.pop();
            _.trys.pop();
            continue;
          default:
            if (!(t = _.trys, t = t.length > 0 && t[t.length - 1]) && (op[0] === 6 || op[0] === 2)) {
              _ = 0;
              continue;
            }
            if (op[0] === 3 && (!t || op[1] > t[0] && op[1] < t[3])) {
              _.label = op[1];
              break;
            }
            if (op[0] === 6 && _.label < t[1]) {
              _.label = t[1];
              t = op;
              break;
            }
            if (t && _.label < t[2]) {
              _.label = t[2];
              _.ops.push(op);
              break;
            }
            if (t[2]) _.ops.pop();
            _.trys.pop();
            continue;
        }
        op = body.call(thisArg, _);
      } catch (e) {
        op = [6, e];
        y = 0;
      } finally {
        f = t = 0;
      }
      if (op[0] & 5) throw op[1];
      return { value: op[0] ? op[1] : void 0, done: true };
    }
  }
  function __spreadArrays() {
    for (var s = 0, i = 0, il = arguments.length; i < il; i++) s += arguments[i].length;
    for (var r = Array(s), k = 0, i = 0; i < il; i++)
      for (var a = arguments[i], j = 0, jl = a.length; j < jl; j++, k++)
        r[k] = a[j];
    return r;
  }

  // node_modules/pdf-lib/es/utils/base64.js
  var chars = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/";
  var lookup = new Uint8Array(256);
  for (i = 0; i < chars.length; i++) {
    lookup[chars.charCodeAt(i)] = i;
  }
  var i;
  var encodeToBase64 = function(bytes2) {
    var base64 = "";
    var len = bytes2.length;
    for (var i = 0; i < len; i += 3) {
      base64 += chars[bytes2[i] >> 2];
      base64 += chars[(bytes2[i] & 3) << 4 | bytes2[i + 1] >> 4];
      base64 += chars[(bytes2[i + 1] & 15) << 2 | bytes2[i + 2] >> 6];
      base64 += chars[bytes2[i + 2] & 63];
    }
    if (len % 3 === 2) {
      base64 = base64.substring(0, base64.length - 1) + "=";
    } else if (len % 3 === 1) {
      base64 = base64.substring(0, base64.length - 2) + "==";
    }
    return base64;
  };
  var decodeFromBase64 = function(base64) {
    var bufferLength = base64.length * 0.75;
    var len = base64.length;
    var i;
    var p = 0;
    var encoded1;
    var encoded2;
    var encoded3;
    var encoded4;
    if (base64[base64.length - 1] === "=") {
      bufferLength--;
      if (base64[base64.length - 2] === "=") {
        bufferLength--;
      }
    }
    var bytes2 = new Uint8Array(bufferLength);
    for (i = 0; i < len; i += 4) {
      encoded1 = lookup[base64.charCodeAt(i)];
      encoded2 = lookup[base64.charCodeAt(i + 1)];
      encoded3 = lookup[base64.charCodeAt(i + 2)];
      encoded4 = lookup[base64.charCodeAt(i + 3)];
      bytes2[p++] = encoded1 << 2 | encoded2 >> 4;
      bytes2[p++] = (encoded2 & 15) << 4 | encoded3 >> 2;
      bytes2[p++] = (encoded3 & 3) << 6 | encoded4 & 63;
    }
    return bytes2;
  };
  var DATA_URI_PREFIX_REGEX = /^(data)?:?([\w\/\+]+)?;?(charset=[\w-]+|base64)?.*,/i;
  var decodeFromBase64DataUri = function(dataUri) {
    var trimmedUri = dataUri.trim();
    var prefix = trimmedUri.substring(0, 100);
    var res = prefix.match(DATA_URI_PREFIX_REGEX);
    if (!res)
      return decodeFromBase64(trimmedUri);
    var fullMatch = res[0];
    var data = trimmedUri.substring(fullMatch.length);
    return decodeFromBase64(data);
  };

  // node_modules/pdf-lib/es/utils/strings.js
  var toCharCode = function(character) {
    return character.charCodeAt(0);
  };
  var toCodePoint = function(character) {
    return character.codePointAt(0);
  };
  var toHexStringOfMinLength = function(num, minLength) {
    return padStart(num.toString(16), minLength, "0").toUpperCase();
  };
  var toHexString = function(num) {
    return toHexStringOfMinLength(num, 2);
  };
  var charFromCode = function(code) {
    return String.fromCharCode(code);
  };
  var charFromHexCode = function(hex) {
    return charFromCode(parseInt(hex, 16));
  };
  var padStart = function(value, length, padChar) {
    var padding = "";
    for (var idx = 0, len = length - value.length; idx < len; idx++) {
      padding += padChar;
    }
    return padding + value;
  };
  var copyStringIntoBuffer = function(str, buffer, offset) {
    var length = str.length;
    for (var idx = 0; idx < length; idx++) {
      buffer[offset++] = str.charCodeAt(idx);
    }
    return length;
  };
  var escapeRegExp = function(str) {
    return str.replace(/[.*+?^${}()|[\]\\]/g, "\\$&");
  };
  var cleanText2 = function(text2) {
    return text2.replace(/\t|\u0085|\u2028|\u2029/g, "    ").replace(/[\b\v]/g, "");
  };
  var escapedNewlineChars = ["\\n", "\\f", "\\r", "\\u000B"];
  var isNewlineChar = function(text2) {
    return /^[\n\f\r\u000B]$/.test(text2);
  };
  var lineSplit = function(text2) {
    return text2.split(/[\n\f\r\u000B]/);
  };
  var mergeLines = function(text2) {
    return text2.replace(/[\n\f\r\u000B]/g, " ");
  };
  var charAtIndex = function(text2, index) {
    var cuFirst = text2.charCodeAt(index);
    var cuSecond;
    var nextIndex = index + 1;
    var length = 1;
    if (
      // Check if it's the start of a surrogate pair.
      cuFirst >= 55296 && cuFirst <= 56319 && // high surrogate
      text2.length > nextIndex
    ) {
      cuSecond = text2.charCodeAt(nextIndex);
      if (cuSecond >= 56320 && cuSecond <= 57343)
        length = 2;
    }
    return [text2.slice(index, index + length), length];
  };
  var charSplit = function(text2) {
    var chars4 = [];
    for (var idx = 0, len = text2.length; idx < len; ) {
      var _a = charAtIndex(text2, idx), c = _a[0], cLen = _a[1];
      chars4.push(c);
      idx += cLen;
    }
    return chars4;
  };
  var buildWordBreakRegex = function(wordBreaks) {
    var newlineCharUnion = escapedNewlineChars.join("|");
    var escapedRules = ["$"];
    for (var idx = 0, len = wordBreaks.length; idx < len; idx++) {
      var wordBreak = wordBreaks[idx];
      if (isNewlineChar(wordBreak)) {
        throw new TypeError("`wordBreak` must not include " + newlineCharUnion);
      }
      escapedRules.push(wordBreak === "" ? "." : escapeRegExp(wordBreak));
    }
    var breakRules = escapedRules.join("|");
    return new RegExp("(" + newlineCharUnion + ")|((.*?)(" + breakRules + "))", "gm");
  };
  var breakTextIntoLines = function(text2, wordBreaks, maxWidth, computeWidthOfText) {
    var regex = buildWordBreakRegex(wordBreaks);
    var words = cleanText2(text2).match(regex);
    var currLine = "";
    var currWidth = 0;
    var lines = [];
    var pushCurrLine = function() {
      if (currLine !== "")
        lines.push(currLine);
      currLine = "";
      currWidth = 0;
    };
    for (var idx = 0, len = words.length; idx < len; idx++) {
      var word = words[idx];
      if (isNewlineChar(word)) {
        pushCurrLine();
      } else {
        var width = computeWidthOfText(word);
        if (currWidth + width > maxWidth)
          pushCurrLine();
        currLine += word;
        currWidth += width;
      }
    }
    pushCurrLine();
    return lines;
  };
  var dateRegex = /^D:(\d\d\d\d)(\d\d)?(\d\d)?(\d\d)?(\d\d)?(\d\d)?([+\-Z])?(\d\d)?'?(\d\d)?'?$/;
  var parseDate = function(dateStr) {
    var match = dateStr.match(dateRegex);
    if (!match)
      return void 0;
    var year = match[1], _a = match[2], month = _a === void 0 ? "01" : _a, _b = match[3], day = _b === void 0 ? "01" : _b, _c = match[4], hours = _c === void 0 ? "00" : _c, _d = match[5], mins = _d === void 0 ? "00" : _d, _e = match[6], secs = _e === void 0 ? "00" : _e, _f = match[7], offsetSign = _f === void 0 ? "Z" : _f, _g = match[8], offsetHours = _g === void 0 ? "00" : _g, _h = match[9], offsetMins = _h === void 0 ? "00" : _h;
    var tzOffset = offsetSign === "Z" ? "Z" : "" + offsetSign + offsetHours + ":" + offsetMins;
    var date = /* @__PURE__ */ new Date(year + "-" + month + "-" + day + "T" + hours + ":" + mins + ":" + secs + tzOffset);
    return date;
  };
  var findLastMatch = function(value, regex) {
    var _a;
    var position = 0;
    var lastMatch;
    while (position < value.length) {
      var match = value.substring(position).match(regex);
      if (!match)
        return { match: lastMatch, pos: position };
      lastMatch = match;
      position += ((_a = match.index) !== null && _a !== void 0 ? _a : 0) + match[0].length;
    }
    return { match: lastMatch, pos: position };
  };

  // node_modules/pdf-lib/es/utils/arrays.js
  var last = function(array) {
    return array[array.length - 1];
  };
  var typedArrayFor = function(value) {
    if (value instanceof Uint8Array)
      return value;
    var length = value.length;
    var typedArray = new Uint8Array(length);
    for (var idx = 0; idx < length; idx++) {
      typedArray[idx] = value.charCodeAt(idx);
    }
    return typedArray;
  };
  var mergeIntoTypedArray = function() {
    var arrays = [];
    for (var _i = 0; _i < arguments.length; _i++) {
      arrays[_i] = arguments[_i];
    }
    var arrayCount = arrays.length;
    var typedArrays = [];
    for (var idx = 0; idx < arrayCount; idx++) {
      var element2 = arrays[idx];
      typedArrays[idx] = element2 instanceof Uint8Array ? element2 : typedArrayFor(element2);
    }
    var totalSize = 0;
    for (var idx = 0; idx < arrayCount; idx++) {
      totalSize += arrays[idx].length;
    }
    var merged = new Uint8Array(totalSize);
    var offset = 0;
    for (var arrIdx = 0; arrIdx < arrayCount; arrIdx++) {
      var arr = typedArrays[arrIdx];
      for (var byteIdx = 0, arrLen = arr.length; byteIdx < arrLen; byteIdx++) {
        merged[offset++] = arr[byteIdx];
      }
    }
    return merged;
  };
  var mergeUint8Arrays = function(arrays) {
    var totalSize = 0;
    for (var idx = 0, len = arrays.length; idx < len; idx++) {
      totalSize += arrays[idx].length;
    }
    var mergedBuffer = new Uint8Array(totalSize);
    var offset = 0;
    for (var idx = 0, len = arrays.length; idx < len; idx++) {
      var array = arrays[idx];
      mergedBuffer.set(array, offset);
      offset += array.length;
    }
    return mergedBuffer;
  };
  var arrayAsString = function(array) {
    var str = "";
    for (var idx = 0, len = array.length; idx < len; idx++) {
      str += charFromCode(array[idx]);
    }
    return str;
  };
  var byAscendingId = function(a, b) {
    return a.id - b.id;
  };
  var sortedUniq = function(array, indexer) {
    var uniq = [];
    for (var idx = 0, len = array.length; idx < len; idx++) {
      var curr = array[idx];
      var prev = array[idx - 1];
      if (idx === 0 || indexer(curr) !== indexer(prev)) {
        uniq.push(curr);
      }
    }
    return uniq;
  };
  var reverseArray = function(array) {
    var arrayLen = array.length;
    for (var idx = 0, len = Math.floor(arrayLen / 2); idx < len; idx++) {
      var leftIdx = idx;
      var rightIdx = arrayLen - idx - 1;
      var temp = array[idx];
      array[leftIdx] = array[rightIdx];
      array[rightIdx] = temp;
    }
    return array;
  };
  var sum = function(array) {
    var total = 0;
    for (var idx = 0, len = array.length; idx < len; idx++) {
      total += array[idx];
    }
    return total;
  };
  var range = function(start, end) {
    var arr = new Array(end - start);
    for (var idx = 0, len = arr.length; idx < len; idx++) {
      arr[idx] = start + idx;
    }
    return arr;
  };
  var pluckIndices = function(arr, indices) {
    var plucked = new Array(indices.length);
    for (var idx = 0, len = indices.length; idx < len; idx++) {
      plucked[idx] = arr[indices[idx]];
    }
    return plucked;
  };
  var canBeConvertedToUint8Array = function(input2) {
    return input2 instanceof Uint8Array || input2 instanceof ArrayBuffer || typeof input2 === "string";
  };
  var toUint8Array = function(input2) {
    if (typeof input2 === "string") {
      return decodeFromBase64DataUri(input2);
    } else if (input2 instanceof ArrayBuffer) {
      return new Uint8Array(input2);
    } else if (input2 instanceof Uint8Array) {
      return input2;
    } else {
      throw new TypeError("`input` must be one of `string | ArrayBuffer | Uint8Array`");
    }
  };

  // node_modules/pdf-lib/es/utils/async.js
  var waitForTick = function() {
    return new Promise(function(resolve) {
      setTimeout(function() {
        return resolve();
      }, 0);
    });
  };

  // node_modules/pdf-lib/es/utils/unicode.js
  var utf16Encode = function(input2, byteOrderMark) {
    if (byteOrderMark === void 0) {
      byteOrderMark = true;
    }
    var encoded = [];
    if (byteOrderMark)
      encoded.push(65279);
    for (var idx = 0, len = input2.length; idx < len; ) {
      var codePoint = input2.codePointAt(idx);
      if (codePoint < 65536) {
        encoded.push(codePoint);
        idx += 1;
      } else if (codePoint < 1114112) {
        encoded.push(highSurrogate(codePoint), lowSurrogate(codePoint));
        idx += 2;
      } else
        throw new Error("Invalid code point: 0x" + toHexString(codePoint));
    }
    return new Uint16Array(encoded);
  };
  var isWithinBMP = function(codePoint) {
    return codePoint >= 0 && codePoint <= 65535;
  };
  var hasSurrogates = function(codePoint) {
    return codePoint >= 65536 && codePoint <= 1114111;
  };
  var highSurrogate = function(codePoint) {
    return Math.floor((codePoint - 65536) / 1024) + 55296;
  };
  var lowSurrogate = function(codePoint) {
    return (codePoint - 65536) % 1024 + 56320;
  };
  var ByteOrder;
  (function(ByteOrder2) {
    ByteOrder2["BigEndian"] = "BigEndian";
    ByteOrder2["LittleEndian"] = "LittleEndian";
  })(ByteOrder || (ByteOrder = {}));
  var REPLACEMENT = "�".codePointAt(0);
  var utf16Decode = function(input2, byteOrderMark) {
    if (byteOrderMark === void 0) {
      byteOrderMark = true;
    }
    if (input2.length <= 1)
      return String.fromCodePoint(REPLACEMENT);
    var byteOrder = byteOrderMark ? readBOM(input2) : ByteOrder.BigEndian;
    var idx = byteOrderMark ? 2 : 0;
    var codePoints = [];
    while (input2.length - idx >= 2) {
      var first = decodeValues(input2[idx++], input2[idx++], byteOrder);
      if (isHighSurrogate(first)) {
        if (input2.length - idx < 2) {
          codePoints.push(REPLACEMENT);
        } else {
          var second = decodeValues(input2[idx++], input2[idx++], byteOrder);
          if (isLowSurrogate(second)) {
            codePoints.push(first, second);
          } else {
            codePoints.push(REPLACEMENT);
          }
        }
      } else if (isLowSurrogate(first)) {
        idx += 2;
        codePoints.push(REPLACEMENT);
      } else {
        codePoints.push(first);
      }
    }
    if (idx < input2.length)
      codePoints.push(REPLACEMENT);
    return String.fromCodePoint.apply(String, codePoints);
  };
  var isHighSurrogate = function(codePoint) {
    return codePoint >= 55296 && codePoint <= 56319;
  };
  var isLowSurrogate = function(codePoint) {
    return codePoint >= 56320 && codePoint <= 57343;
  };
  var decodeValues = function(first, second, byteOrder) {
    if (byteOrder === ByteOrder.LittleEndian)
      return second << 8 | first;
    if (byteOrder === ByteOrder.BigEndian)
      return first << 8 | second;
    throw new Error("Invalid byteOrder: " + byteOrder);
  };
  var readBOM = function(bytes2) {
    return hasUtf16BigEndianBOM(bytes2) ? ByteOrder.BigEndian : hasUtf16LittleEndianBOM(bytes2) ? ByteOrder.LittleEndian : ByteOrder.BigEndian;
  };
  var hasUtf16BigEndianBOM = function(bytes2) {
    return bytes2[0] === 254 && bytes2[1] === 255;
  };
  var hasUtf16LittleEndianBOM = function(bytes2) {
    return bytes2[0] === 255 && bytes2[1] === 254;
  };
  var hasUtf16BOM = function(bytes2) {
    return hasUtf16BigEndianBOM(bytes2) || hasUtf16LittleEndianBOM(bytes2);
  };

  // node_modules/pdf-lib/es/utils/numbers.js
  var numberToString = function(num) {
    var numStr = String(num);
    if (Math.abs(num) < 1) {
      var e = parseInt(num.toString().split("e-")[1]);
      if (e) {
        var negative = num < 0;
        if (negative)
          num *= -1;
        num *= Math.pow(10, e - 1);
        numStr = "0." + new Array(e).join("0") + num.toString().substring(2);
        if (negative)
          numStr = "-" + numStr;
      }
    } else {
      var e = parseInt(num.toString().split("+")[1]);
      if (e > 20) {
        e -= 20;
        num /= Math.pow(10, e);
        numStr = num.toString() + new Array(e + 1).join("0");
      }
    }
    return numStr;
  };
  var sizeInBytes = function(n) {
    return Math.ceil(n.toString(2).length / 8);
  };
  var bytesFor = function(n) {
    var bytes2 = new Uint8Array(sizeInBytes(n));
    for (var i = 1; i <= bytes2.length; i++) {
      bytes2[i - 1] = n >> (bytes2.length - i) * 8;
    }
    return bytes2;
  };

  // node_modules/pdf-lib/es/utils/errors.js
  var error = function(msg) {
    throw new Error(msg);
  };

  // node_modules/@pdf-lib/standard-fonts/es/utils.js
  var import_pako = __toESM(require_pako());
  var chars2 = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/";
  var lookup2 = new Uint8Array(256);
  for (i = 0; i < chars2.length; i++) {
    lookup2[chars2.charCodeAt(i)] = i;
  }
  var i;
  var decodeFromBase642 = function(base64) {
    var bufferLength = base64.length * 0.75;
    var len = base64.length;
    var i;
    var p = 0;
    var encoded1;
    var encoded2;
    var encoded3;
    var encoded4;
    if (base64[base64.length - 1] === "=") {
      bufferLength--;
      if (base64[base64.length - 2] === "=") {
        bufferLength--;
      }
    }
    var bytes2 = new Uint8Array(bufferLength);
    for (i = 0; i < len; i += 4) {
      encoded1 = lookup2[base64.charCodeAt(i)];
      encoded2 = lookup2[base64.charCodeAt(i + 1)];
      encoded3 = lookup2[base64.charCodeAt(i + 2)];
      encoded4 = lookup2[base64.charCodeAt(i + 3)];
      bytes2[p++] = encoded1 << 2 | encoded2 >> 4;
      bytes2[p++] = (encoded2 & 15) << 4 | encoded3 >> 2;
      bytes2[p++] = (encoded3 & 3) << 6 | encoded4 & 63;
    }
    return bytes2;
  };
  var arrayToString = function(array) {
    var str = "";
    for (var i = 0; i < array.length; i++) {
      str += String.fromCharCode(array[i]);
    }
    return str;
  };
  var decompressJson = function(compressedJson) {
    return arrayToString(import_pako.default.inflate(decodeFromBase642(compressedJson)));
  };
  var padStart2 = function(value, length, padChar) {
    var padding = "";
    for (var idx = 0, len = length - value.length; idx < len; idx++) {
      padding += padChar;
    }
    return padding + value;
  };

  // node_modules/@pdf-lib/standard-fonts/es/Courier-Bold.compressed.json
  var Courier_Bold_compressed_default = "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";

  // node_modules/@pdf-lib/standard-fonts/es/Courier-BoldOblique.compressed.json
  var Courier_BoldOblique_compressed_default = "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";

  // node_modules/@pdf-lib/standard-fonts/es/Courier-Oblique.compressed.json
  var Courier_Oblique_compressed_default = "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";

  // node_modules/@pdf-lib/standard-fonts/es/Courier.compressed.json
  var Courier_compressed_default = "eJyFWdtSGzkQ/RXXPO1WmZSBEAJvjnESb8AmGENCKg+ypj3Wohk5ugAmlX9fzUCyW6s+ysuUfVqXvh61Zr4XI1PX1PjiuLg6C05U1Ns/Ojx42TsYHB4eFf3irWn8VNQUB4xMsIpsCwatU1DUSm8T+JpUtW7XP6NShToiEy+0ksOm0nHkIP53b9UDlefKy3Vx7G2gfjFaCyukJzundu74wVNTUnlhatE8a/XmjXkojr/s7O33d/YOBv3D3YP+68HB136xiEOtVg2dG6e8Mk1xvLM7GPxHcLlW8rYh54rjOLO4Iuu6YcVgsP9iMBjELabGK/lkymZrWxt6f8g/e7tHr4/68Xk06J673XOve+53z8PesDRL6s23zlPtepNGGrsxVngqX/R6Q617F+1qrndBjuxdRONu4ziqVE01l2vqHNgtMveiKYUtf0rjwJHYvH/26MGrvX7x6ee/l3uv+sXQydZPtjh+tXfUL07o1/+d3YPDfjH35fvrOHO3+3n1/LN19hl5q2T0x5fvxfWnOL/11zQq4jYiuuFH/38wPUgt6hT/Fkw0dKlTSRPqZevnqkllpdFa2BTfkJVtdiYCUUeRi94BGnQBY9YTlhpNKyQC04RrV3S3zCwdXIrKWFQihdfbzZoY66MpyjCWOC3cOoUfyZoUNQ0TJX/PjPRrS8zYVSxZBlV3zFinHhiQ7jjriPdpoziFpdGGWcNRrYBIt1WcbvotCCYHK0uxDhkzvwVyHVOksWd0H6bQmxQapdBJCo1T6G0KvUuh9yk0SaG/UuhDCp2m0FkKTVNolkLnKfQxhS5SaJ5Clym0SKGrFLpOoU8p9DmFblJoGU+iW/I8bSyjDNTp8zzIKVIpqawMDIuGlrRdPDiYEun4jVeG4ZwlU2MM/zIVxHABU1AMy6WQSqG/U4ihV6aEGW8xVcvQ3oZxZQox3MDQC+P7kEJ3KXSfQgyTbhnS5/MLJMKSO0y78bls9EqX8KgvzT3jZ/50bo9L3fYraQq1XR3Ls1vu7FhpYxV7HoBVZLDxGJeMA7uycarrOmHXwnuzCipKagMooBV3C/9GDFy/YqpjxSR+bORYmilFVXFH2hPOtmJPDUcbO7LE1H7shURlxYYjtdj6E2PFv+5dCpfxcF4KXPQrAEBOWquNU0yhRkv92gTUKT4d+nxqRwdwrY+QwXONS8fkK01MOYO6qoW0XA4vLXEbl8YLyddbGa9axNpv2SqU8SoWG26Gu0NTCRtqLQKzjalik8mwtBSsHVTzCTtkWh5jy1Xs8fim8BQcsDOE8xvUkeSCZncQvL/b3pKpTg32NQhnVo+lGa+yMeWZoE1wPAmknwBJE/IRJRC6z1iDUt0pLps/A82GucoQYNIiN2kLJrnu2oVqhHJLLvg6WWA3CFQMC6BdQBPGeJOTSBDc/SNrqPz5voLZClGOBHkgeL9MswpolKOAUS+zq43QaoBVxxmedMBMBwlRgd21eaSmYgQXYIt3WSNDtkhywiEKqQWKSGjrTcZzl2tjmcVmaPcL4Lc5wEug7QJtEPjM7N5tuNA1OExPNAMpOEQ4oNU6aK82mmkzAzDwEhgYWy2vhC7VirldbTE1TME+Kpcs42yaZU4dLJJAjwbRIAroFDhoAhZq37zFhoF7/ba05pYa9g5kqVIOdL3vQLAnOUYJsar5q8gY5JQFBhnkmRsw4QZ47PklF3gFNvZMhzKCpKCzvOVR6wdPRyQYovYhk5XAwY+oNNDeMxQRdPSgSDm0MzZilm1LgIUnpD0TK8+TtL83GUbEqtXMKw0FNDL5PnOMXF+CDqfj8ZjANiYyo9o8k698Rn7I5vEpCJy3oqRaWEZzyrDCBHhpghLnFGgdnbYWmjkZ2psJKHCTy6gGdE2L38QP+IeQQRXg0mjQc1S5oPJOmGdDN8trXkaW4L52GBCiEVAiQDYvleTCcAIWsllrpiA+BuAX+bTOSodgzSHkaL7nmoF1HjMVMkanPdr7NmsKaAQm2VIAKvj85cZUbbwbw70fwVwasCguhb5W5S+03EH+CIxqsktFl+MTQqEaH4f2O+TXfvGBbHMulG2/Hn/98Q/b2xEO";

  // node_modules/@pdf-lib/standard-fonts/es/Helvetica-Bold.compressed.json
  var Helvetica_Bold_compressed_default = 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";

  // node_modules/@pdf-lib/standard-fonts/es/Helvetica-BoldOblique.compressed.json
  var Helvetica_BoldOblique_compressed_default = "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";

  // node_modules/@pdf-lib/standard-fonts/es/Helvetica-Oblique.compressed.json
  var Helvetica_Oblique_compressed_default = "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";

  // node_modules/@pdf-lib/standard-fonts/es/Helvetica.compressed.json
  var Helvetica_compressed_default = "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";

  // node_modules/@pdf-lib/standard-fonts/es/Times-Bold.compressed.json
  var Times_Bold_compressed_default = 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";

  // node_modules/@pdf-lib/standard-fonts/es/Times-BoldItalic.compressed.json
  var Times_BoldItalic_compressed_default = "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";

  // node_modules/@pdf-lib/standard-fonts/es/Times-Italic.compressed.json
  var Times_Italic_compressed_default = "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";

  // node_modules/@pdf-lib/standard-fonts/es/Times-Roman.compressed.json
  var Times_Roman_compressed_default = 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";

  // node_modules/@pdf-lib/standard-fonts/es/Symbol.compressed.json
  var Symbol_compressed_default = "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";

  // node_modules/@pdf-lib/standard-fonts/es/ZapfDingbats.compressed.json
  var ZapfDingbats_compressed_default = "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";

  // node_modules/@pdf-lib/standard-fonts/es/Font.js
  var compressedJsonForFontName = {
    "Courier": Courier_compressed_default,
    "Courier-Bold": Courier_Bold_compressed_default,
    "Courier-Oblique": Courier_Oblique_compressed_default,
    "Courier-BoldOblique": Courier_BoldOblique_compressed_default,
    "Helvetica": Helvetica_compressed_default,
    "Helvetica-Bold": Helvetica_Bold_compressed_default,
    "Helvetica-Oblique": Helvetica_Oblique_compressed_default,
    "Helvetica-BoldOblique": Helvetica_BoldOblique_compressed_default,
    "Times-Roman": Times_Roman_compressed_default,
    "Times-Bold": Times_Bold_compressed_default,
    "Times-Italic": Times_Italic_compressed_default,
    "Times-BoldItalic": Times_BoldItalic_compressed_default,
    "Symbol": Symbol_compressed_default,
    "ZapfDingbats": ZapfDingbats_compressed_default
  };
  var FontNames;
  (function(FontNames2) {
    FontNames2["Courier"] = "Courier";
    FontNames2["CourierBold"] = "Courier-Bold";
    FontNames2["CourierOblique"] = "Courier-Oblique";
    FontNames2["CourierBoldOblique"] = "Courier-BoldOblique";
    FontNames2["Helvetica"] = "Helvetica";
    FontNames2["HelveticaBold"] = "Helvetica-Bold";
    FontNames2["HelveticaOblique"] = "Helvetica-Oblique";
    FontNames2["HelveticaBoldOblique"] = "Helvetica-BoldOblique";
    FontNames2["TimesRoman"] = "Times-Roman";
    FontNames2["TimesRomanBold"] = "Times-Bold";
    FontNames2["TimesRomanItalic"] = "Times-Italic";
    FontNames2["TimesRomanBoldItalic"] = "Times-BoldItalic";
    FontNames2["Symbol"] = "Symbol";
    FontNames2["ZapfDingbats"] = "ZapfDingbats";
  })(FontNames || (FontNames = {}));
  var fontCache = {};
  var Font = (
    /** @class */
    (function() {
      function Font3() {
        var _this = this;
        this.getWidthOfGlyph = function(glyphName) {
          return _this.CharWidths[glyphName];
        };
        this.getXAxisKerningForPair = function(leftGlyphName, rightGlyphName) {
          return (_this.KernPairXAmounts[leftGlyphName] || {})[rightGlyphName];
        };
      }
      Font3.load = function(fontName) {
        var cachedFont = fontCache[fontName];
        if (cachedFont)
          return cachedFont;
        var json = decompressJson(compressedJsonForFontName[fontName]);
        var font = Object.assign(new Font3(), JSON.parse(json));
        font.CharWidths = font.CharMetrics.reduce(function(acc, metric) {
          acc[metric.N] = metric.WX;
          return acc;
        }, {});
        font.KernPairXAmounts = font.KernPairs.reduce(function(acc, _a) {
          var name1 = _a[0], name2 = _a[1], width = _a[2];
          if (!acc[name1])
            acc[name1] = {};
          acc[name1][name2] = width;
          return acc;
        }, {});
        fontCache[fontName] = font;
        return font;
      };
      return Font3;
    })()
  );

  // node_modules/@pdf-lib/standard-fonts/es/all-encodings.compressed.json
  var all_encodings_compressed_default = "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";

  // node_modules/@pdf-lib/standard-fonts/es/Encoding.js
  var decompressedEncodings = decompressJson(all_encodings_compressed_default);
  var allUnicodeMappings = JSON.parse(decompressedEncodings);
  var Encoding = (
    /** @class */
    /* @__PURE__ */ (function() {
      function Encoding3(name, unicodeMappings) {
        var _this = this;
        this.canEncodeUnicodeCodePoint = function(codePoint) {
          return codePoint in _this.unicodeMappings;
        };
        this.encodeUnicodeCodePoint = function(codePoint) {
          var mapped = _this.unicodeMappings[codePoint];
          if (!mapped) {
            var str = String.fromCharCode(codePoint);
            var hexCode = "0x" + padStart2(codePoint.toString(16), 4, "0");
            var msg = _this.name + ' cannot encode "' + str + '" (' + hexCode + ")";
            throw new Error(msg);
          }
          return { code: mapped[0], name: mapped[1] };
        };
        this.name = name;
        this.supportedCodePoints = Object.keys(unicodeMappings).map(Number).sort(function(a, b) {
          return a - b;
        });
        this.unicodeMappings = unicodeMappings;
      }
      return Encoding3;
    })()
  );
  var Encodings = {
    Symbol: new Encoding("Symbol", allUnicodeMappings.symbol),
    ZapfDingbats: new Encoding("ZapfDingbats", allUnicodeMappings.zapfdingbats),
    WinAnsi: new Encoding("WinAnsi", allUnicodeMappings.win1252)
  };

  // node_modules/pdf-lib/es/utils/objects.js
  var values = function(obj) {
    return Object.keys(obj).map(function(k) {
      return obj[k];
    });
  };
  var StandardFontValues = values(FontNames);
  var isStandardFont = function(input2) {
    return StandardFontValues.includes(input2);
  };
  var rectanglesAreEqual = function(a, b) {
    return a.x === b.x && a.y === b.y && a.width === b.width && a.height === b.height;
  };

  // node_modules/pdf-lib/es/utils/validators.js
  var backtick = function(val) {
    return "`" + val + "`";
  };
  var singleQuote = function(val) {
    return "'" + val + "'";
  };
  var formatValue = function(value) {
    var type = typeof value;
    if (type === "string")
      return singleQuote(value);
    else if (type === "undefined")
      return backtick(value);
    else
      return value;
  };
  var createValueErrorMsg = function(value, valueName, values3) {
    var allowedValues = new Array(values3.length);
    for (var idx = 0, len = values3.length; idx < len; idx++) {
      var v = values3[idx];
      allowedValues[idx] = formatValue(v);
    }
    var joinedValues = allowedValues.join(" or ");
    return backtick(valueName) + " must be one of " + joinedValues + ", but was actually " + formatValue(value);
  };
  var assertIsOneOf = function(value, valueName, allowedValues) {
    if (!Array.isArray(allowedValues)) {
      allowedValues = values(allowedValues);
    }
    for (var idx = 0, len = allowedValues.length; idx < len; idx++) {
      if (value === allowedValues[idx])
        return;
    }
    throw new TypeError(createValueErrorMsg(value, valueName, allowedValues));
  };
  var assertIsOneOfOrUndefined = function(value, valueName, allowedValues) {
    if (!Array.isArray(allowedValues)) {
      allowedValues = values(allowedValues);
    }
    assertIsOneOf(value, valueName, allowedValues.concat(void 0));
  };
  var assertIsSubset = function(values3, valueName, allowedValues) {
    if (!Array.isArray(allowedValues)) {
      allowedValues = values(allowedValues);
    }
    for (var idx = 0, len = values3.length; idx < len; idx++) {
      assertIsOneOf(values3[idx], valueName, allowedValues);
    }
  };
  var getType = function(val) {
    if (val === null)
      return "null";
    if (val === void 0)
      return "undefined";
    if (typeof val === "string")
      return "string";
    if (isNaN(val))
      return "NaN";
    if (typeof val === "number")
      return "number";
    if (typeof val === "boolean")
      return "boolean";
    if (typeof val === "symbol")
      return "symbol";
    if (typeof val === "bigint")
      return "bigint";
    if (val.constructor && val.constructor.name)
      return val.constructor.name;
    if (val.name)
      return val.name;
    if (val.constructor)
      return String(val.constructor);
    return String(val);
  };
  var isType = function(value, type) {
    if (type === "null")
      return value === null;
    if (type === "undefined")
      return value === void 0;
    if (type === "string")
      return typeof value === "string";
    if (type === "number")
      return typeof value === "number" && !isNaN(value);
    if (type === "boolean")
      return typeof value === "boolean";
    if (type === "symbol")
      return typeof value === "symbol";
    if (type === "bigint")
      return typeof value === "bigint";
    if (type === Date)
      return value instanceof Date;
    if (type === Array)
      return value instanceof Array;
    if (type === Uint8Array)
      return value instanceof Uint8Array;
    if (type === ArrayBuffer)
      return value instanceof ArrayBuffer;
    if (type === Function)
      return value instanceof Function;
    return value instanceof type[0];
  };
  var createTypeErrorMsg = function(value, valueName, types2) {
    var allowedTypes = new Array(types2.length);
    for (var idx = 0, len = types2.length; idx < len; idx++) {
      var type = types2[idx];
      if (type === "null")
        allowedTypes[idx] = backtick("null");
      if (type === "undefined")
        allowedTypes[idx] = backtick("undefined");
      if (type === "string")
        allowedTypes[idx] = backtick("string");
      else if (type === "number")
        allowedTypes[idx] = backtick("number");
      else if (type === "boolean")
        allowedTypes[idx] = backtick("boolean");
      else if (type === "symbol")
        allowedTypes[idx] = backtick("symbol");
      else if (type === "bigint")
        allowedTypes[idx] = backtick("bigint");
      else if (type === Array)
        allowedTypes[idx] = backtick("Array");
      else if (type === Uint8Array)
        allowedTypes[idx] = backtick("Uint8Array");
      else if (type === ArrayBuffer)
        allowedTypes[idx] = backtick("ArrayBuffer");
      else
        allowedTypes[idx] = backtick(type[1]);
    }
    var joinedTypes = allowedTypes.join(" or ");
    return backtick(valueName) + " must be of type " + joinedTypes + ", but was actually of type " + backtick(getType(value));
  };
  var assertIs = function(value, valueName, types2) {
    for (var idx = 0, len = types2.length; idx < len; idx++) {
      if (isType(value, types2[idx]))
        return;
    }
    throw new TypeError(createTypeErrorMsg(value, valueName, types2));
  };
  var assertOrUndefined = function(value, valueName, types2) {
    assertIs(value, valueName, types2.concat("undefined"));
  };
  var assertEachIs = function(values3, valueName, types2) {
    for (var idx = 0, len = values3.length; idx < len; idx++) {
      assertIs(values3[idx], valueName, types2);
    }
  };
  var assertRange = function(value, valueName, min, max) {
    assertIs(value, valueName, ["number"]);
    assertIs(min, "min", ["number"]);
    assertIs(max, "max", ["number"]);
    max = Math.max(min, max);
    if (value < min || value > max) {
      throw new Error(backtick(valueName) + " must be at least " + min + " and at most " + max + ", but was actually " + value);
    }
  };
  var assertRangeOrUndefined = function(value, valueName, min, max) {
    assertIs(value, valueName, ["number", "undefined"]);
    if (typeof value === "number")
      assertRange(value, valueName, min, max);
  };
  var assertMultiple = function(value, valueName, multiplier) {
    assertIs(value, valueName, ["number"]);
    if (value % multiplier !== 0) {
      throw new Error(backtick(valueName) + " must be a multiple of " + multiplier + ", but was actually " + value);
    }
  };
  var assertInteger = function(value, valueName) {
    if (!Number.isInteger(value)) {
      throw new Error(backtick(valueName) + " must be an integer, but was actually " + value);
    }
  };
  var assertPositive = function(value, valueName) {
    if (![1, 0].includes(Math.sign(value))) {
      throw new Error(backtick(valueName) + " must be a positive number or 0, but was actually " + value);
    }
  };

  // node_modules/pdf-lib/es/utils/pdfDocEncoding.js
  var pdfDocEncodingToUnicode = new Uint16Array(256);
  for (idx = 0; idx < 256; idx++) {
    pdfDocEncodingToUnicode[idx] = idx;
  }
  var idx;
  pdfDocEncodingToUnicode[22] = toCharCode("");
  pdfDocEncodingToUnicode[24] = toCharCode("˘");
  pdfDocEncodingToUnicode[25] = toCharCode("ˇ");
  pdfDocEncodingToUnicode[26] = toCharCode("ˆ");
  pdfDocEncodingToUnicode[27] = toCharCode("˙");
  pdfDocEncodingToUnicode[28] = toCharCode("˝");
  pdfDocEncodingToUnicode[29] = toCharCode("˛");
  pdfDocEncodingToUnicode[30] = toCharCode("˚");
  pdfDocEncodingToUnicode[31] = toCharCode("˜");
  pdfDocEncodingToUnicode[127] = toCharCode("�");
  pdfDocEncodingToUnicode[128] = toCharCode("•");
  pdfDocEncodingToUnicode[129] = toCharCode("†");
  pdfDocEncodingToUnicode[130] = toCharCode("‡");
  pdfDocEncodingToUnicode[131] = toCharCode("…");
  pdfDocEncodingToUnicode[132] = toCharCode("—");
  pdfDocEncodingToUnicode[133] = toCharCode("–");
  pdfDocEncodingToUnicode[134] = toCharCode("ƒ");
  pdfDocEncodingToUnicode[135] = toCharCode("⁄");
  pdfDocEncodingToUnicode[136] = toCharCode("‹");
  pdfDocEncodingToUnicode[137] = toCharCode("›");
  pdfDocEncodingToUnicode[138] = toCharCode("−");
  pdfDocEncodingToUnicode[139] = toCharCode("‰");
  pdfDocEncodingToUnicode[140] = toCharCode("„");
  pdfDocEncodingToUnicode[141] = toCharCode("“");
  pdfDocEncodingToUnicode[142] = toCharCode("”");
  pdfDocEncodingToUnicode[143] = toCharCode("‘");
  pdfDocEncodingToUnicode[144] = toCharCode("’");
  pdfDocEncodingToUnicode[145] = toCharCode("‚");
  pdfDocEncodingToUnicode[146] = toCharCode("™");
  pdfDocEncodingToUnicode[147] = toCharCode("ﬁ");
  pdfDocEncodingToUnicode[148] = toCharCode("ﬂ");
  pdfDocEncodingToUnicode[149] = toCharCode("Ł");
  pdfDocEncodingToUnicode[150] = toCharCode("Œ");
  pdfDocEncodingToUnicode[151] = toCharCode("Š");
  pdfDocEncodingToUnicode[152] = toCharCode("Ÿ");
  pdfDocEncodingToUnicode[153] = toCharCode("Ž");
  pdfDocEncodingToUnicode[154] = toCharCode("ı");
  pdfDocEncodingToUnicode[155] = toCharCode("ł");
  pdfDocEncodingToUnicode[156] = toCharCode("œ");
  pdfDocEncodingToUnicode[157] = toCharCode("š");
  pdfDocEncodingToUnicode[158] = toCharCode("ž");
  pdfDocEncodingToUnicode[159] = toCharCode("�");
  pdfDocEncodingToUnicode[160] = toCharCode("€");
  pdfDocEncodingToUnicode[173] = toCharCode("�");
  var pdfDocEncodingDecode = function(bytes2) {
    var codePoints = new Array(bytes2.length);
    for (var idx = 0, len = bytes2.length; idx < len; idx++) {
      codePoints[idx] = pdfDocEncodingToUnicode[bytes2[idx]];
    }
    return String.fromCodePoint.apply(String, codePoints);
  };

  // node_modules/pdf-lib/es/utils/Cache.js
  var Cache = (
    /** @class */
    (function() {
      function Cache3(populate) {
        this.populate = populate;
        this.value = void 0;
      }
      Cache3.prototype.getValue = function() {
        return this.value;
      };
      Cache3.prototype.access = function() {
        if (!this.value)
          this.value = this.populate();
        return this.value;
      };
      Cache3.prototype.invalidate = function() {
        this.value = void 0;
      };
      Cache3.populatedBy = function(populate) {
        return new Cache3(populate);
      };
      return Cache3;
    })()
  );
  var Cache_default = Cache;

  // node_modules/pdf-lib/es/core/errors.js
  var MethodNotImplementedError = (
    /** @class */
    (function(_super) {
      __extends(MethodNotImplementedError2, _super);
      function MethodNotImplementedError2(className, methodName) {
        var _this = this;
        var msg = "Method " + className + "." + methodName + "() not implemented";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return MethodNotImplementedError2;
    })(Error)
  );
  var PrivateConstructorError = (
    /** @class */
    (function(_super) {
      __extends(PrivateConstructorError2, _super);
      function PrivateConstructorError2(className) {
        var _this = this;
        var msg = "Cannot construct " + className + " - it has a private constructor";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return PrivateConstructorError2;
    })(Error)
  );
  var UnexpectedObjectTypeError = (
    /** @class */
    (function(_super) {
      __extends(UnexpectedObjectTypeError2, _super);
      function UnexpectedObjectTypeError2(expected, actual) {
        var _this = this;
        var name = function(t) {
          var _a, _b;
          return (_a = t === null || t === void 0 ? void 0 : t.name) !== null && _a !== void 0 ? _a : (_b = t === null || t === void 0 ? void 0 : t.constructor) === null || _b === void 0 ? void 0 : _b.name;
        };
        var expectedTypes = Array.isArray(expected) ? expected.map(name) : [name(expected)];
        var msg = "Expected instance of " + expectedTypes.join(" or ") + ", " + ("but got instance of " + (actual ? name(actual) : actual));
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return UnexpectedObjectTypeError2;
    })(Error)
  );
  var UnsupportedEncodingError = (
    /** @class */
    (function(_super) {
      __extends(UnsupportedEncodingError2, _super);
      function UnsupportedEncodingError2(encoding) {
        var _this = this;
        var msg = encoding + " stream encoding not supported";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return UnsupportedEncodingError2;
    })(Error)
  );
  var ReparseError = (
    /** @class */
    (function(_super) {
      __extends(ReparseError2, _super);
      function ReparseError2(className, methodName) {
        var _this = this;
        var msg = "Cannot call " + className + "." + methodName + "() more than once";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return ReparseError2;
    })(Error)
  );
  var MissingCatalogError = (
    /** @class */
    (function(_super) {
      __extends(MissingCatalogError2, _super);
      function MissingCatalogError2(ref) {
        var _this = this;
        var msg = "Missing catalog (ref=" + ref + ")";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return MissingCatalogError2;
    })(Error)
  );
  var MissingPageContentsEmbeddingError = (
    /** @class */
    (function(_super) {
      __extends(MissingPageContentsEmbeddingError2, _super);
      function MissingPageContentsEmbeddingError2() {
        var _this = this;
        var msg = "Can't embed page with missing Contents";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return MissingPageContentsEmbeddingError2;
    })(Error)
  );
  var UnrecognizedStreamTypeError = (
    /** @class */
    (function(_super) {
      __extends(UnrecognizedStreamTypeError2, _super);
      function UnrecognizedStreamTypeError2(stream2) {
        var _a, _b, _c;
        var _this = this;
        var streamType = (_c = (_b = (_a = stream2 === null || stream2 === void 0 ? void 0 : stream2.contructor) === null || _a === void 0 ? void 0 : _a.name) !== null && _b !== void 0 ? _b : stream2 === null || stream2 === void 0 ? void 0 : stream2.name) !== null && _c !== void 0 ? _c : stream2;
        var msg = "Unrecognized stream type: " + streamType;
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return UnrecognizedStreamTypeError2;
    })(Error)
  );
  var PageEmbeddingMismatchedContextError = (
    /** @class */
    (function(_super) {
      __extends(PageEmbeddingMismatchedContextError2, _super);
      function PageEmbeddingMismatchedContextError2() {
        var _this = this;
        var msg = "Found mismatched contexts while embedding pages. All pages in the array passed to `PDFDocument.embedPages()` must be from the same document.";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return PageEmbeddingMismatchedContextError2;
    })(Error)
  );
  var PDFArrayIsNotRectangleError = (
    /** @class */
    (function(_super) {
      __extends(PDFArrayIsNotRectangleError2, _super);
      function PDFArrayIsNotRectangleError2(size) {
        var _this = this;
        var msg = "Attempted to convert PDFArray with " + size + " elements to rectangle, but must have exactly 4 elements.";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return PDFArrayIsNotRectangleError2;
    })(Error)
  );
  var InvalidPDFDateStringError = (
    /** @class */
    (function(_super) {
      __extends(InvalidPDFDateStringError2, _super);
      function InvalidPDFDateStringError2(value) {
        var _this = this;
        var msg = 'Attempted to convert "' + value + '" to a date, but it does not match the PDF date string format.';
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return InvalidPDFDateStringError2;
    })(Error)
  );
  var InvalidTargetIndexError = (
    /** @class */
    (function(_super) {
      __extends(InvalidTargetIndexError2, _super);
      function InvalidTargetIndexError2(targetIndex, Count) {
        var _this = this;
        var msg = "Invalid targetIndex specified: targetIndex=" + targetIndex + " must be less than Count=" + Count;
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return InvalidTargetIndexError2;
    })(Error)
  );
  var CorruptPageTreeError = (
    /** @class */
    (function(_super) {
      __extends(CorruptPageTreeError2, _super);
      function CorruptPageTreeError2(targetIndex, operation) {
        var _this = this;
        var msg = "Failed to " + operation + " at targetIndex=" + targetIndex + " due to corrupt page tree: It is likely that one or more 'Count' entries are invalid";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return CorruptPageTreeError2;
    })(Error)
  );
  var IndexOutOfBoundsError = (
    /** @class */
    (function(_super) {
      __extends(IndexOutOfBoundsError2, _super);
      function IndexOutOfBoundsError2(index, min, max) {
        var _this = this;
        var msg = "index should be at least " + min + " and at most " + max + ", but was actually " + index;
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return IndexOutOfBoundsError2;
    })(Error)
  );
  var InvalidAcroFieldValueError = (
    /** @class */
    (function(_super) {
      __extends(InvalidAcroFieldValueError2, _super);
      function InvalidAcroFieldValueError2() {
        var _this = this;
        var msg = "Attempted to set invalid field value";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return InvalidAcroFieldValueError2;
    })(Error)
  );
  var MultiSelectValueError = (
    /** @class */
    (function(_super) {
      __extends(MultiSelectValueError2, _super);
      function MultiSelectValueError2() {
        var _this = this;
        var msg = "Attempted to select multiple values for single-select field";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return MultiSelectValueError2;
    })(Error)
  );
  var MissingDAEntryError = (
    /** @class */
    (function(_super) {
      __extends(MissingDAEntryError2, _super);
      function MissingDAEntryError2(fieldName) {
        var _this = this;
        var msg = "No /DA (default appearance) entry found for field: " + fieldName;
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return MissingDAEntryError2;
    })(Error)
  );
  var MissingTfOperatorError = (
    /** @class */
    (function(_super) {
      __extends(MissingTfOperatorError2, _super);
      function MissingTfOperatorError2(fieldName) {
        var _this = this;
        var msg = "No Tf operator found for DA of field: " + fieldName;
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return MissingTfOperatorError2;
    })(Error)
  );
  var NumberParsingError = (
    /** @class */
    (function(_super) {
      __extends(NumberParsingError2, _super);
      function NumberParsingError2(pos, value) {
        var _this = this;
        var msg = "Failed to parse number " + ("(line:" + pos.line + " col:" + pos.column + " offset=" + pos.offset + '): "' + value + '"');
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return NumberParsingError2;
    })(Error)
  );
  var PDFParsingError = (
    /** @class */
    (function(_super) {
      __extends(PDFParsingError2, _super);
      function PDFParsingError2(pos, details) {
        var _this = this;
        var msg = "Failed to parse PDF document " + ("(line:" + pos.line + " col:" + pos.column + " offset=" + pos.offset + "): " + details);
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return PDFParsingError2;
    })(Error)
  );
  var NextByteAssertionError = (
    /** @class */
    (function(_super) {
      __extends(NextByteAssertionError2, _super);
      function NextByteAssertionError2(pos, expectedByte, actualByte) {
        var _this = this;
        var msg = "Expected next byte to be " + expectedByte + " but it was actually " + actualByte;
        _this = _super.call(this, pos, msg) || this;
        return _this;
      }
      return NextByteAssertionError2;
    })(PDFParsingError)
  );
  var PDFObjectParsingError = (
    /** @class */
    (function(_super) {
      __extends(PDFObjectParsingError2, _super);
      function PDFObjectParsingError2(pos, byte) {
        var _this = this;
        var msg = "Failed to parse PDF object starting with the following byte: " + byte;
        _this = _super.call(this, pos, msg) || this;
        return _this;
      }
      return PDFObjectParsingError2;
    })(PDFParsingError)
  );
  var PDFInvalidObjectParsingError = (
    /** @class */
    (function(_super) {
      __extends(PDFInvalidObjectParsingError2, _super);
      function PDFInvalidObjectParsingError2(pos) {
        var _this = this;
        var msg = "Failed to parse invalid PDF object";
        _this = _super.call(this, pos, msg) || this;
        return _this;
      }
      return PDFInvalidObjectParsingError2;
    })(PDFParsingError)
  );
  var PDFStreamParsingError = (
    /** @class */
    (function(_super) {
      __extends(PDFStreamParsingError2, _super);
      function PDFStreamParsingError2(pos) {
        var _this = this;
        var msg = "Failed to parse PDF stream";
        _this = _super.call(this, pos, msg) || this;
        return _this;
      }
      return PDFStreamParsingError2;
    })(PDFParsingError)
  );
  var UnbalancedParenthesisError = (
    /** @class */
    (function(_super) {
      __extends(UnbalancedParenthesisError2, _super);
      function UnbalancedParenthesisError2(pos) {
        var _this = this;
        var msg = "Failed to parse PDF literal string due to unbalanced parenthesis";
        _this = _super.call(this, pos, msg) || this;
        return _this;
      }
      return UnbalancedParenthesisError2;
    })(PDFParsingError)
  );
  var StalledParserError = (
    /** @class */
    (function(_super) {
      __extends(StalledParserError2, _super);
      function StalledParserError2(pos) {
        var _this = this;
        var msg = "Parser stalled";
        _this = _super.call(this, pos, msg) || this;
        return _this;
      }
      return StalledParserError2;
    })(PDFParsingError)
  );
  var MissingPDFHeaderError = (
    /** @class */
    (function(_super) {
      __extends(MissingPDFHeaderError2, _super);
      function MissingPDFHeaderError2(pos) {
        var _this = this;
        var msg = "No PDF header found";
        _this = _super.call(this, pos, msg) || this;
        return _this;
      }
      return MissingPDFHeaderError2;
    })(PDFParsingError)
  );
  var MissingKeywordError = (
    /** @class */
    (function(_super) {
      __extends(MissingKeywordError2, _super);
      function MissingKeywordError2(pos, keyword) {
        var _this = this;
        var msg = "Did not find expected keyword '" + arrayAsString(keyword) + "'";
        _this = _super.call(this, pos, msg) || this;
        return _this;
      }
      return MissingKeywordError2;
    })(PDFParsingError)
  );

  // node_modules/pdf-lib/es/core/syntax/CharCodes.js
  var CharCodes;
  (function(CharCodes2) {
    CharCodes2[CharCodes2["Null"] = 0] = "Null";
    CharCodes2[CharCodes2["Backspace"] = 8] = "Backspace";
    CharCodes2[CharCodes2["Tab"] = 9] = "Tab";
    CharCodes2[CharCodes2["Newline"] = 10] = "Newline";
    CharCodes2[CharCodes2["FormFeed"] = 12] = "FormFeed";
    CharCodes2[CharCodes2["CarriageReturn"] = 13] = "CarriageReturn";
    CharCodes2[CharCodes2["Space"] = 32] = "Space";
    CharCodes2[CharCodes2["ExclamationPoint"] = 33] = "ExclamationPoint";
    CharCodes2[CharCodes2["Hash"] = 35] = "Hash";
    CharCodes2[CharCodes2["Percent"] = 37] = "Percent";
    CharCodes2[CharCodes2["LeftParen"] = 40] = "LeftParen";
    CharCodes2[CharCodes2["RightParen"] = 41] = "RightParen";
    CharCodes2[CharCodes2["Plus"] = 43] = "Plus";
    CharCodes2[CharCodes2["Minus"] = 45] = "Minus";
    CharCodes2[CharCodes2["Dash"] = 45] = "Dash";
    CharCodes2[CharCodes2["Period"] = 46] = "Period";
    CharCodes2[CharCodes2["ForwardSlash"] = 47] = "ForwardSlash";
    CharCodes2[CharCodes2["Zero"] = 48] = "Zero";
    CharCodes2[CharCodes2["One"] = 49] = "One";
    CharCodes2[CharCodes2["Two"] = 50] = "Two";
    CharCodes2[CharCodes2["Three"] = 51] = "Three";
    CharCodes2[CharCodes2["Four"] = 52] = "Four";
    CharCodes2[CharCodes2["Five"] = 53] = "Five";
    CharCodes2[CharCodes2["Six"] = 54] = "Six";
    CharCodes2[CharCodes2["Seven"] = 55] = "Seven";
    CharCodes2[CharCodes2["Eight"] = 56] = "Eight";
    CharCodes2[CharCodes2["Nine"] = 57] = "Nine";
    CharCodes2[CharCodes2["LessThan"] = 60] = "LessThan";
    CharCodes2[CharCodes2["GreaterThan"] = 62] = "GreaterThan";
    CharCodes2[CharCodes2["A"] = 65] = "A";
    CharCodes2[CharCodes2["D"] = 68] = "D";
    CharCodes2[CharCodes2["E"] = 69] = "E";
    CharCodes2[CharCodes2["F"] = 70] = "F";
    CharCodes2[CharCodes2["O"] = 79] = "O";
    CharCodes2[CharCodes2["P"] = 80] = "P";
    CharCodes2[CharCodes2["R"] = 82] = "R";
    CharCodes2[CharCodes2["LeftSquareBracket"] = 91] = "LeftSquareBracket";
    CharCodes2[CharCodes2["BackSlash"] = 92] = "BackSlash";
    CharCodes2[CharCodes2["RightSquareBracket"] = 93] = "RightSquareBracket";
    CharCodes2[CharCodes2["a"] = 97] = "a";
    CharCodes2[CharCodes2["b"] = 98] = "b";
    CharCodes2[CharCodes2["d"] = 100] = "d";
    CharCodes2[CharCodes2["e"] = 101] = "e";
    CharCodes2[CharCodes2["f"] = 102] = "f";
    CharCodes2[CharCodes2["i"] = 105] = "i";
    CharCodes2[CharCodes2["j"] = 106] = "j";
    CharCodes2[CharCodes2["l"] = 108] = "l";
    CharCodes2[CharCodes2["m"] = 109] = "m";
    CharCodes2[CharCodes2["n"] = 110] = "n";
    CharCodes2[CharCodes2["o"] = 111] = "o";
    CharCodes2[CharCodes2["r"] = 114] = "r";
    CharCodes2[CharCodes2["s"] = 115] = "s";
    CharCodes2[CharCodes2["t"] = 116] = "t";
    CharCodes2[CharCodes2["u"] = 117] = "u";
    CharCodes2[CharCodes2["x"] = 120] = "x";
    CharCodes2[CharCodes2["LeftCurly"] = 123] = "LeftCurly";
    CharCodes2[CharCodes2["RightCurly"] = 125] = "RightCurly";
    CharCodes2[CharCodes2["Tilde"] = 126] = "Tilde";
  })(CharCodes || (CharCodes = {}));
  var CharCodes_default = CharCodes;

  // node_modules/pdf-lib/es/core/PDFContext.js
  var import_pako3 = __toESM(require_pako());

  // node_modules/pdf-lib/es/core/document/PDFHeader.js
  var PDFHeader = (
    /** @class */
    (function() {
      function PDFHeader2(major, minor) {
        this.major = String(major);
        this.minor = String(minor);
      }
      PDFHeader2.prototype.toString = function() {
        var bc = charFromCode(129);
        return "%PDF-" + this.major + "." + this.minor + "\n%" + bc + bc + bc + bc;
      };
      PDFHeader2.prototype.sizeInBytes = function() {
        return 12 + this.major.length + this.minor.length;
      };
      PDFHeader2.prototype.copyBytesInto = function(buffer, offset) {
        var initialOffset = offset;
        buffer[offset++] = CharCodes_default.Percent;
        buffer[offset++] = CharCodes_default.P;
        buffer[offset++] = CharCodes_default.D;
        buffer[offset++] = CharCodes_default.F;
        buffer[offset++] = CharCodes_default.Dash;
        offset += copyStringIntoBuffer(this.major, buffer, offset);
        buffer[offset++] = CharCodes_default.Period;
        offset += copyStringIntoBuffer(this.minor, buffer, offset);
        buffer[offset++] = CharCodes_default.Newline;
        buffer[offset++] = CharCodes_default.Percent;
        buffer[offset++] = 129;
        buffer[offset++] = 129;
        buffer[offset++] = 129;
        buffer[offset++] = 129;
        return offset - initialOffset;
      };
      PDFHeader2.forVersion = function(major, minor) {
        return new PDFHeader2(major, minor);
      };
      return PDFHeader2;
    })()
  );
  var PDFHeader_default = PDFHeader;

  // node_modules/pdf-lib/es/core/objects/PDFObject.js
  var PDFObject = (
    /** @class */
    (function() {
      function PDFObject2() {
      }
      PDFObject2.prototype.clone = function(_context) {
        throw new MethodNotImplementedError(this.constructor.name, "clone");
      };
      PDFObject2.prototype.toString = function() {
        throw new MethodNotImplementedError(this.constructor.name, "toString");
      };
      PDFObject2.prototype.sizeInBytes = function() {
        throw new MethodNotImplementedError(this.constructor.name, "sizeInBytes");
      };
      PDFObject2.prototype.copyBytesInto = function(_buffer, _offset) {
        throw new MethodNotImplementedError(this.constructor.name, "copyBytesInto");
      };
      return PDFObject2;
    })()
  );
  var PDFObject_default = PDFObject;

  // node_modules/pdf-lib/es/core/objects/PDFNumber.js
  var PDFNumber = (
    /** @class */
    (function(_super) {
      __extends(PDFNumber2, _super);
      function PDFNumber2(value) {
        var _this = _super.call(this) || this;
        _this.numberValue = value;
        _this.stringValue = numberToString(value);
        return _this;
      }
      PDFNumber2.prototype.asNumber = function() {
        return this.numberValue;
      };
      PDFNumber2.prototype.value = function() {
        return this.numberValue;
      };
      PDFNumber2.prototype.clone = function() {
        return PDFNumber2.of(this.numberValue);
      };
      PDFNumber2.prototype.toString = function() {
        return this.stringValue;
      };
      PDFNumber2.prototype.sizeInBytes = function() {
        return this.stringValue.length;
      };
      PDFNumber2.prototype.copyBytesInto = function(buffer, offset) {
        offset += copyStringIntoBuffer(this.stringValue, buffer, offset);
        return this.stringValue.length;
      };
      PDFNumber2.of = function(value) {
        return new PDFNumber2(value);
      };
      return PDFNumber2;
    })(PDFObject_default)
  );
  var PDFNumber_default = PDFNumber;

  // node_modules/pdf-lib/es/core/objects/PDFArray.js
  var PDFArray = (
    /** @class */
    (function(_super) {
      __extends(PDFArray2, _super);
      function PDFArray2(context2) {
        var _this = _super.call(this) || this;
        _this.array = [];
        _this.context = context2;
        return _this;
      }
      PDFArray2.prototype.size = function() {
        return this.array.length;
      };
      PDFArray2.prototype.push = function(object) {
        this.array.push(object);
      };
      PDFArray2.prototype.insert = function(index, object) {
        this.array.splice(index, 0, object);
      };
      PDFArray2.prototype.indexOf = function(object) {
        var index = this.array.indexOf(object);
        return index === -1 ? void 0 : index;
      };
      PDFArray2.prototype.remove = function(index) {
        this.array.splice(index, 1);
      };
      PDFArray2.prototype.set = function(idx, object) {
        this.array[idx] = object;
      };
      PDFArray2.prototype.get = function(index) {
        return this.array[index];
      };
      PDFArray2.prototype.lookupMaybe = function(index) {
        var _a;
        var types2 = [];
        for (var _i = 1; _i < arguments.length; _i++) {
          types2[_i - 1] = arguments[_i];
        }
        return (_a = this.context).lookupMaybe.apply(_a, __spreadArrays([this.get(index)], types2));
      };
      PDFArray2.prototype.lookup = function(index) {
        var _a;
        var types2 = [];
        for (var _i = 1; _i < arguments.length; _i++) {
          types2[_i - 1] = arguments[_i];
        }
        return (_a = this.context).lookup.apply(_a, __spreadArrays([this.get(index)], types2));
      };
      PDFArray2.prototype.asRectangle = function() {
        if (this.size() !== 4)
          throw new PDFArrayIsNotRectangleError(this.size());
        var lowerLeftX = this.lookup(0, PDFNumber_default).asNumber();
        var lowerLeftY = this.lookup(1, PDFNumber_default).asNumber();
        var upperRightX = this.lookup(2, PDFNumber_default).asNumber();
        var upperRightY = this.lookup(3, PDFNumber_default).asNumber();
        var x = lowerLeftX;
        var y = lowerLeftY;
        var width = upperRightX - lowerLeftX;
        var height = upperRightY - lowerLeftY;
        return { x, y, width, height };
      };
      PDFArray2.prototype.asArray = function() {
        return this.array.slice();
      };
      PDFArray2.prototype.clone = function(context2) {
        var clone = PDFArray2.withContext(context2 || this.context);
        for (var idx = 0, len = this.size(); idx < len; idx++) {
          clone.push(this.array[idx]);
        }
        return clone;
      };
      PDFArray2.prototype.toString = function() {
        var arrayString = "[ ";
        for (var idx = 0, len = this.size(); idx < len; idx++) {
          arrayString += this.get(idx).toString();
          arrayString += " ";
        }
        arrayString += "]";
        return arrayString;
      };
      PDFArray2.prototype.sizeInBytes = function() {
        var size = 3;
        for (var idx = 0, len = this.size(); idx < len; idx++) {
          size += this.get(idx).sizeInBytes() + 1;
        }
        return size;
      };
      PDFArray2.prototype.copyBytesInto = function(buffer, offset) {
        var initialOffset = offset;
        buffer[offset++] = CharCodes_default.LeftSquareBracket;
        buffer[offset++] = CharCodes_default.Space;
        for (var idx = 0, len = this.size(); idx < len; idx++) {
          offset += this.get(idx).copyBytesInto(buffer, offset);
          buffer[offset++] = CharCodes_default.Space;
        }
        buffer[offset++] = CharCodes_default.RightSquareBracket;
        return offset - initialOffset;
      };
      PDFArray2.prototype.scalePDFNumbers = function(x, y) {
        for (var idx = 0, len = this.size(); idx < len; idx++) {
          var el = this.lookup(idx);
          if (el instanceof PDFNumber_default) {
            var factor = idx % 2 === 0 ? x : y;
            this.set(idx, PDFNumber_default.of(el.asNumber() * factor));
          }
        }
      };
      PDFArray2.withContext = function(context2) {
        return new PDFArray2(context2);
      };
      return PDFArray2;
    })(PDFObject_default)
  );
  var PDFArray_default = PDFArray;

  // node_modules/pdf-lib/es/core/objects/PDFBool.js
  var ENFORCER = {};
  var PDFBool = (
    /** @class */
    (function(_super) {
      __extends(PDFBool2, _super);
      function PDFBool2(enforcer, value) {
        var _this = this;
        if (enforcer !== ENFORCER)
          throw new PrivateConstructorError("PDFBool");
        _this = _super.call(this) || this;
        _this.value = value;
        return _this;
      }
      PDFBool2.prototype.asBoolean = function() {
        return this.value;
      };
      PDFBool2.prototype.clone = function() {
        return this;
      };
      PDFBool2.prototype.toString = function() {
        return String(this.value);
      };
      PDFBool2.prototype.sizeInBytes = function() {
        return this.value ? 4 : 5;
      };
      PDFBool2.prototype.copyBytesInto = function(buffer, offset) {
        if (this.value) {
          buffer[offset++] = CharCodes_default.t;
          buffer[offset++] = CharCodes_default.r;
          buffer[offset++] = CharCodes_default.u;
          buffer[offset++] = CharCodes_default.e;
          return 4;
        } else {
          buffer[offset++] = CharCodes_default.f;
          buffer[offset++] = CharCodes_default.a;
          buffer[offset++] = CharCodes_default.l;
          buffer[offset++] = CharCodes_default.s;
          buffer[offset++] = CharCodes_default.e;
          return 5;
        }
      };
      PDFBool2.True = new PDFBool2(ENFORCER, true);
      PDFBool2.False = new PDFBool2(ENFORCER, false);
      return PDFBool2;
    })(PDFObject_default)
  );
  var PDFBool_default = PDFBool;

  // node_modules/pdf-lib/es/core/syntax/Delimiters.js
  var IsDelimiter = new Uint8Array(256);
  IsDelimiter[CharCodes_default.LeftParen] = 1;
  IsDelimiter[CharCodes_default.RightParen] = 1;
  IsDelimiter[CharCodes_default.LessThan] = 1;
  IsDelimiter[CharCodes_default.GreaterThan] = 1;
  IsDelimiter[CharCodes_default.LeftSquareBracket] = 1;
  IsDelimiter[CharCodes_default.RightSquareBracket] = 1;
  IsDelimiter[CharCodes_default.LeftCurly] = 1;
  IsDelimiter[CharCodes_default.RightCurly] = 1;
  IsDelimiter[CharCodes_default.ForwardSlash] = 1;
  IsDelimiter[CharCodes_default.Percent] = 1;

  // node_modules/pdf-lib/es/core/syntax/Whitespace.js
  var IsWhitespace = new Uint8Array(256);
  IsWhitespace[CharCodes_default.Null] = 1;
  IsWhitespace[CharCodes_default.Tab] = 1;
  IsWhitespace[CharCodes_default.Newline] = 1;
  IsWhitespace[CharCodes_default.FormFeed] = 1;
  IsWhitespace[CharCodes_default.CarriageReturn] = 1;
  IsWhitespace[CharCodes_default.Space] = 1;

  // node_modules/pdf-lib/es/core/syntax/Irregular.js
  var IsIrregular = new Uint8Array(256);
  for (idx = 0, len = 256; idx < len; idx++) {
    IsIrregular[idx] = IsWhitespace[idx] || IsDelimiter[idx] ? 1 : 0;
  }
  var idx;
  var len;
  IsIrregular[CharCodes_default.Hash] = 1;

  // node_modules/pdf-lib/es/core/objects/PDFName.js
  var decodeName = function(name) {
    return name.replace(/#([\dABCDEF]{2})/g, function(_, hex) {
      return charFromHexCode(hex);
    });
  };
  var isRegularChar = function(charCode) {
    return charCode >= CharCodes_default.ExclamationPoint && charCode <= CharCodes_default.Tilde && !IsIrregular[charCode];
  };
  var ENFORCER2 = {};
  var pool = /* @__PURE__ */ new Map();
  var PDFName = (
    /** @class */
    (function(_super) {
      __extends(PDFName2, _super);
      function PDFName2(enforcer, name) {
        var _this = this;
        if (enforcer !== ENFORCER2)
          throw new PrivateConstructorError("PDFName");
        _this = _super.call(this) || this;
        var encodedName = "/";
        for (var idx = 0, len = name.length; idx < len; idx++) {
          var character = name[idx];
          var code = toCharCode(character);
          encodedName += isRegularChar(code) ? character : "#" + toHexString(code);
        }
        _this.encodedName = encodedName;
        return _this;
      }
      PDFName2.prototype.asBytes = function() {
        var bytes2 = [];
        var hex = "";
        var escaped2 = false;
        var pushByte = function(byte2) {
          if (byte2 !== void 0)
            bytes2.push(byte2);
          escaped2 = false;
        };
        for (var idx = 1, len = this.encodedName.length; idx < len; idx++) {
          var char = this.encodedName[idx];
          var byte = toCharCode(char);
          var nextChar = this.encodedName[idx + 1];
          if (!escaped2) {
            if (byte === CharCodes_default.Hash)
              escaped2 = true;
            else
              pushByte(byte);
          } else {
            if (byte >= CharCodes_default.Zero && byte <= CharCodes_default.Nine || byte >= CharCodes_default.a && byte <= CharCodes_default.f || byte >= CharCodes_default.A && byte <= CharCodes_default.F) {
              hex += char;
              if (hex.length === 2 || !(nextChar >= "0" && nextChar <= "9" || nextChar >= "a" && nextChar <= "f" || nextChar >= "A" && nextChar <= "F")) {
                pushByte(parseInt(hex, 16));
                hex = "";
              }
            } else {
              pushByte(byte);
            }
          }
        }
        return new Uint8Array(bytes2);
      };
      PDFName2.prototype.decodeText = function() {
        var bytes2 = this.asBytes();
        return String.fromCharCode.apply(String, Array.from(bytes2));
      };
      PDFName2.prototype.asString = function() {
        return this.encodedName;
      };
      PDFName2.prototype.value = function() {
        return this.encodedName;
      };
      PDFName2.prototype.clone = function() {
        return this;
      };
      PDFName2.prototype.toString = function() {
        return this.encodedName;
      };
      PDFName2.prototype.sizeInBytes = function() {
        return this.encodedName.length;
      };
      PDFName2.prototype.copyBytesInto = function(buffer, offset) {
        offset += copyStringIntoBuffer(this.encodedName, buffer, offset);
        return this.encodedName.length;
      };
      PDFName2.of = function(name) {
        var decodedValue = decodeName(name);
        var instance = pool.get(decodedValue);
        if (!instance) {
          instance = new PDFName2(ENFORCER2, decodedValue);
          pool.set(decodedValue, instance);
        }
        return instance;
      };
      PDFName2.Length = PDFName2.of("Length");
      PDFName2.FlateDecode = PDFName2.of("FlateDecode");
      PDFName2.Resources = PDFName2.of("Resources");
      PDFName2.Font = PDFName2.of("Font");
      PDFName2.XObject = PDFName2.of("XObject");
      PDFName2.ExtGState = PDFName2.of("ExtGState");
      PDFName2.Contents = PDFName2.of("Contents");
      PDFName2.Type = PDFName2.of("Type");
      PDFName2.Parent = PDFName2.of("Parent");
      PDFName2.MediaBox = PDFName2.of("MediaBox");
      PDFName2.Page = PDFName2.of("Page");
      PDFName2.Annots = PDFName2.of("Annots");
      PDFName2.TrimBox = PDFName2.of("TrimBox");
      PDFName2.ArtBox = PDFName2.of("ArtBox");
      PDFName2.BleedBox = PDFName2.of("BleedBox");
      PDFName2.CropBox = PDFName2.of("CropBox");
      PDFName2.Rotate = PDFName2.of("Rotate");
      PDFName2.Title = PDFName2.of("Title");
      PDFName2.Author = PDFName2.of("Author");
      PDFName2.Subject = PDFName2.of("Subject");
      PDFName2.Creator = PDFName2.of("Creator");
      PDFName2.Keywords = PDFName2.of("Keywords");
      PDFName2.Producer = PDFName2.of("Producer");
      PDFName2.CreationDate = PDFName2.of("CreationDate");
      PDFName2.ModDate = PDFName2.of("ModDate");
      return PDFName2;
    })(PDFObject_default)
  );
  var PDFName_default = PDFName;

  // node_modules/pdf-lib/es/core/objects/PDFNull.js
  var PDFNull = (
    /** @class */
    (function(_super) {
      __extends(PDFNull2, _super);
      function PDFNull2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFNull2.prototype.asNull = function() {
        return null;
      };
      PDFNull2.prototype.clone = function() {
        return this;
      };
      PDFNull2.prototype.toString = function() {
        return "null";
      };
      PDFNull2.prototype.sizeInBytes = function() {
        return 4;
      };
      PDFNull2.prototype.copyBytesInto = function(buffer, offset) {
        buffer[offset++] = CharCodes_default.n;
        buffer[offset++] = CharCodes_default.u;
        buffer[offset++] = CharCodes_default.l;
        buffer[offset++] = CharCodes_default.l;
        return 4;
      };
      return PDFNull2;
    })(PDFObject_default)
  );
  var PDFNull_default = new PDFNull();

  // node_modules/pdf-lib/es/core/objects/PDFDict.js
  var PDFDict = (
    /** @class */
    (function(_super) {
      __extends(PDFDict2, _super);
      function PDFDict2(map, context2) {
        var _this = _super.call(this) || this;
        _this.dict = map;
        _this.context = context2;
        return _this;
      }
      PDFDict2.prototype.keys = function() {
        return Array.from(this.dict.keys());
      };
      PDFDict2.prototype.values = function() {
        return Array.from(this.dict.values());
      };
      PDFDict2.prototype.entries = function() {
        return Array.from(this.dict.entries());
      };
      PDFDict2.prototype.set = function(key2, value) {
        this.dict.set(key2, value);
      };
      PDFDict2.prototype.get = function(key2, preservePDFNull) {
        if (preservePDFNull === void 0) {
          preservePDFNull = false;
        }
        var value = this.dict.get(key2);
        if (value === PDFNull_default && !preservePDFNull)
          return void 0;
        return value;
      };
      PDFDict2.prototype.has = function(key2) {
        var value = this.dict.get(key2);
        return value !== void 0 && value !== PDFNull_default;
      };
      PDFDict2.prototype.lookupMaybe = function(key2) {
        var _a;
        var types2 = [];
        for (var _i = 1; _i < arguments.length; _i++) {
          types2[_i - 1] = arguments[_i];
        }
        var preservePDFNull = types2.includes(PDFNull_default);
        var value = (_a = this.context).lookupMaybe.apply(_a, __spreadArrays([this.get(key2, preservePDFNull)], types2));
        if (value === PDFNull_default && !preservePDFNull)
          return void 0;
        return value;
      };
      PDFDict2.prototype.lookup = function(key2) {
        var _a;
        var types2 = [];
        for (var _i = 1; _i < arguments.length; _i++) {
          types2[_i - 1] = arguments[_i];
        }
        var preservePDFNull = types2.includes(PDFNull_default);
        var value = (_a = this.context).lookup.apply(_a, __spreadArrays([this.get(key2, preservePDFNull)], types2));
        if (value === PDFNull_default && !preservePDFNull)
          return void 0;
        return value;
      };
      PDFDict2.prototype.delete = function(key2) {
        return this.dict.delete(key2);
      };
      PDFDict2.prototype.asMap = function() {
        return new Map(this.dict);
      };
      PDFDict2.prototype.uniqueKey = function(tag) {
        if (tag === void 0) {
          tag = "";
        }
        var existingKeys = this.keys();
        var key2 = PDFName_default.of(this.context.addRandomSuffix(tag, 10));
        while (existingKeys.includes(key2)) {
          key2 = PDFName_default.of(this.context.addRandomSuffix(tag, 10));
        }
        return key2;
      };
      PDFDict2.prototype.clone = function(context2) {
        var clone = PDFDict2.withContext(context2 || this.context);
        var entries = this.entries();
        for (var idx = 0, len = entries.length; idx < len; idx++) {
          var _a = entries[idx], key2 = _a[0], value = _a[1];
          clone.set(key2, value);
        }
        return clone;
      };
      PDFDict2.prototype.toString = function() {
        var dictString = "<<\n";
        var entries = this.entries();
        for (var idx = 0, len = entries.length; idx < len; idx++) {
          var _a = entries[idx], key2 = _a[0], value = _a[1];
          dictString += key2.toString() + " " + value.toString() + "\n";
        }
        dictString += ">>";
        return dictString;
      };
      PDFDict2.prototype.sizeInBytes = function() {
        var size = 5;
        var entries = this.entries();
        for (var idx = 0, len = entries.length; idx < len; idx++) {
          var _a = entries[idx], key2 = _a[0], value = _a[1];
          size += key2.sizeInBytes() + value.sizeInBytes() + 2;
        }
        return size;
      };
      PDFDict2.prototype.copyBytesInto = function(buffer, offset) {
        var initialOffset = offset;
        buffer[offset++] = CharCodes_default.LessThan;
        buffer[offset++] = CharCodes_default.LessThan;
        buffer[offset++] = CharCodes_default.Newline;
        var entries = this.entries();
        for (var idx = 0, len = entries.length; idx < len; idx++) {
          var _a = entries[idx], key2 = _a[0], value = _a[1];
          offset += key2.copyBytesInto(buffer, offset);
          buffer[offset++] = CharCodes_default.Space;
          offset += value.copyBytesInto(buffer, offset);
          buffer[offset++] = CharCodes_default.Newline;
        }
        buffer[offset++] = CharCodes_default.GreaterThan;
        buffer[offset++] = CharCodes_default.GreaterThan;
        return offset - initialOffset;
      };
      PDFDict2.withContext = function(context2) {
        return new PDFDict2(/* @__PURE__ */ new Map(), context2);
      };
      PDFDict2.fromMapWithContext = function(map, context2) {
        return new PDFDict2(map, context2);
      };
      return PDFDict2;
    })(PDFObject_default)
  );
  var PDFDict_default = PDFDict;

  // node_modules/pdf-lib/es/core/objects/PDFStream.js
  var PDFStream = (
    /** @class */
    (function(_super) {
      __extends(PDFStream2, _super);
      function PDFStream2(dict) {
        var _this = _super.call(this) || this;
        _this.dict = dict;
        return _this;
      }
      PDFStream2.prototype.clone = function(_context) {
        throw new MethodNotImplementedError(this.constructor.name, "clone");
      };
      PDFStream2.prototype.getContentsString = function() {
        throw new MethodNotImplementedError(this.constructor.name, "getContentsString");
      };
      PDFStream2.prototype.getContents = function() {
        throw new MethodNotImplementedError(this.constructor.name, "getContents");
      };
      PDFStream2.prototype.getContentsSize = function() {
        throw new MethodNotImplementedError(this.constructor.name, "getContentsSize");
      };
      PDFStream2.prototype.updateDict = function() {
        var contentsSize = this.getContentsSize();
        this.dict.set(PDFName_default.Length, PDFNumber_default.of(contentsSize));
      };
      PDFStream2.prototype.sizeInBytes = function() {
        this.updateDict();
        return this.dict.sizeInBytes() + this.getContentsSize() + 18;
      };
      PDFStream2.prototype.toString = function() {
        this.updateDict();
        var streamString = this.dict.toString();
        streamString += "\nstream\n";
        streamString += this.getContentsString();
        streamString += "\nendstream";
        return streamString;
      };
      PDFStream2.prototype.copyBytesInto = function(buffer, offset) {
        this.updateDict();
        var initialOffset = offset;
        offset += this.dict.copyBytesInto(buffer, offset);
        buffer[offset++] = CharCodes_default.Newline;
        buffer[offset++] = CharCodes_default.s;
        buffer[offset++] = CharCodes_default.t;
        buffer[offset++] = CharCodes_default.r;
        buffer[offset++] = CharCodes_default.e;
        buffer[offset++] = CharCodes_default.a;
        buffer[offset++] = CharCodes_default.m;
        buffer[offset++] = CharCodes_default.Newline;
        var contents = this.getContents();
        for (var idx = 0, len = contents.length; idx < len; idx++) {
          buffer[offset++] = contents[idx];
        }
        buffer[offset++] = CharCodes_default.Newline;
        buffer[offset++] = CharCodes_default.e;
        buffer[offset++] = CharCodes_default.n;
        buffer[offset++] = CharCodes_default.d;
        buffer[offset++] = CharCodes_default.s;
        buffer[offset++] = CharCodes_default.t;
        buffer[offset++] = CharCodes_default.r;
        buffer[offset++] = CharCodes_default.e;
        buffer[offset++] = CharCodes_default.a;
        buffer[offset++] = CharCodes_default.m;
        return offset - initialOffset;
      };
      return PDFStream2;
    })(PDFObject_default)
  );
  var PDFStream_default = PDFStream;

  // node_modules/pdf-lib/es/core/objects/PDFRawStream.js
  var PDFRawStream = (
    /** @class */
    (function(_super) {
      __extends(PDFRawStream2, _super);
      function PDFRawStream2(dict, contents) {
        var _this = _super.call(this, dict) || this;
        _this.contents = contents;
        return _this;
      }
      PDFRawStream2.prototype.asUint8Array = function() {
        return this.contents.slice();
      };
      PDFRawStream2.prototype.clone = function(context2) {
        return PDFRawStream2.of(this.dict.clone(context2), this.contents.slice());
      };
      PDFRawStream2.prototype.getContentsString = function() {
        return arrayAsString(this.contents);
      };
      PDFRawStream2.prototype.getContents = function() {
        return this.contents;
      };
      PDFRawStream2.prototype.getContentsSize = function() {
        return this.contents.length;
      };
      PDFRawStream2.of = function(dict, contents) {
        return new PDFRawStream2(dict, contents);
      };
      return PDFRawStream2;
    })(PDFStream_default)
  );
  var PDFRawStream_default = PDFRawStream;

  // node_modules/pdf-lib/es/core/objects/PDFRef.js
  var ENFORCER3 = {};
  var pool2 = /* @__PURE__ */ new Map();
  var PDFRef = (
    /** @class */
    (function(_super) {
      __extends(PDFRef2, _super);
      function PDFRef2(enforcer, objectNumber, generationNumber) {
        var _this = this;
        if (enforcer !== ENFORCER3)
          throw new PrivateConstructorError("PDFRef");
        _this = _super.call(this) || this;
        _this.objectNumber = objectNumber;
        _this.generationNumber = generationNumber;
        _this.tag = objectNumber + " " + generationNumber + " R";
        return _this;
      }
      PDFRef2.prototype.clone = function() {
        return this;
      };
      PDFRef2.prototype.toString = function() {
        return this.tag;
      };
      PDFRef2.prototype.sizeInBytes = function() {
        return this.tag.length;
      };
      PDFRef2.prototype.copyBytesInto = function(buffer, offset) {
        offset += copyStringIntoBuffer(this.tag, buffer, offset);
        return this.tag.length;
      };
      PDFRef2.of = function(objectNumber, generationNumber) {
        if (generationNumber === void 0) {
          generationNumber = 0;
        }
        var tag = objectNumber + " " + generationNumber + " R";
        var instance = pool2.get(tag);
        if (!instance) {
          instance = new PDFRef2(ENFORCER3, objectNumber, generationNumber);
          pool2.set(tag, instance);
        }
        return instance;
      };
      return PDFRef2;
    })(PDFObject_default)
  );
  var PDFRef_default = PDFRef;

  // node_modules/pdf-lib/es/core/operators/PDFOperator.js
  var PDFOperator = (
    /** @class */
    (function() {
      function PDFOperator2(name, args) {
        this.name = name;
        this.args = args || [];
      }
      PDFOperator2.prototype.clone = function(context2) {
        var args = new Array(this.args.length);
        for (var idx = 0, len = args.length; idx < len; idx++) {
          var arg = this.args[idx];
          args[idx] = arg instanceof PDFObject_default ? arg.clone(context2) : arg;
        }
        return PDFOperator2.of(this.name, args);
      };
      PDFOperator2.prototype.toString = function() {
        var value = "";
        for (var idx = 0, len = this.args.length; idx < len; idx++) {
          value += String(this.args[idx]) + " ";
        }
        value += this.name;
        return value;
      };
      PDFOperator2.prototype.sizeInBytes = function() {
        var size = 0;
        for (var idx = 0, len = this.args.length; idx < len; idx++) {
          var arg = this.args[idx];
          size += (arg instanceof PDFObject_default ? arg.sizeInBytes() : arg.length) + 1;
        }
        size += this.name.length;
        return size;
      };
      PDFOperator2.prototype.copyBytesInto = function(buffer, offset) {
        var initialOffset = offset;
        for (var idx = 0, len = this.args.length; idx < len; idx++) {
          var arg = this.args[idx];
          if (arg instanceof PDFObject_default) {
            offset += arg.copyBytesInto(buffer, offset);
          } else {
            offset += copyStringIntoBuffer(arg, buffer, offset);
          }
          buffer[offset++] = CharCodes_default.Space;
        }
        offset += copyStringIntoBuffer(this.name, buffer, offset);
        return offset - initialOffset;
      };
      PDFOperator2.of = function(name, args) {
        return new PDFOperator2(name, args);
      };
      return PDFOperator2;
    })()
  );
  var PDFOperator_default = PDFOperator;

  // node_modules/pdf-lib/es/core/operators/PDFOperatorNames.js
  var PDFOperatorNames;
  (function(PDFOperatorNames2) {
    PDFOperatorNames2["NonStrokingColor"] = "sc";
    PDFOperatorNames2["NonStrokingColorN"] = "scn";
    PDFOperatorNames2["NonStrokingColorRgb"] = "rg";
    PDFOperatorNames2["NonStrokingColorGray"] = "g";
    PDFOperatorNames2["NonStrokingColorCmyk"] = "k";
    PDFOperatorNames2["NonStrokingColorspace"] = "cs";
    PDFOperatorNames2["StrokingColor"] = "SC";
    PDFOperatorNames2["StrokingColorN"] = "SCN";
    PDFOperatorNames2["StrokingColorRgb"] = "RG";
    PDFOperatorNames2["StrokingColorGray"] = "G";
    PDFOperatorNames2["StrokingColorCmyk"] = "K";
    PDFOperatorNames2["StrokingColorspace"] = "CS";
    PDFOperatorNames2["BeginMarkedContentSequence"] = "BDC";
    PDFOperatorNames2["BeginMarkedContent"] = "BMC";
    PDFOperatorNames2["EndMarkedContent"] = "EMC";
    PDFOperatorNames2["MarkedContentPointWithProps"] = "DP";
    PDFOperatorNames2["MarkedContentPoint"] = "MP";
    PDFOperatorNames2["DrawObject"] = "Do";
    PDFOperatorNames2["ConcatTransformationMatrix"] = "cm";
    PDFOperatorNames2["PopGraphicsState"] = "Q";
    PDFOperatorNames2["PushGraphicsState"] = "q";
    PDFOperatorNames2["SetFlatness"] = "i";
    PDFOperatorNames2["SetGraphicsStateParams"] = "gs";
    PDFOperatorNames2["SetLineCapStyle"] = "J";
    PDFOperatorNames2["SetLineDashPattern"] = "d";
    PDFOperatorNames2["SetLineJoinStyle"] = "j";
    PDFOperatorNames2["SetLineMiterLimit"] = "M";
    PDFOperatorNames2["SetLineWidth"] = "w";
    PDFOperatorNames2["SetTextMatrix"] = "Tm";
    PDFOperatorNames2["SetRenderingIntent"] = "ri";
    PDFOperatorNames2["AppendRectangle"] = "re";
    PDFOperatorNames2["BeginInlineImage"] = "BI";
    PDFOperatorNames2["BeginInlineImageData"] = "ID";
    PDFOperatorNames2["EndInlineImage"] = "EI";
    PDFOperatorNames2["ClipEvenOdd"] = "W*";
    PDFOperatorNames2["ClipNonZero"] = "W";
    PDFOperatorNames2["CloseAndStroke"] = "s";
    PDFOperatorNames2["CloseFillEvenOddAndStroke"] = "b*";
    PDFOperatorNames2["CloseFillNonZeroAndStroke"] = "b";
    PDFOperatorNames2["ClosePath"] = "h";
    PDFOperatorNames2["AppendBezierCurve"] = "c";
    PDFOperatorNames2["CurveToReplicateFinalPoint"] = "y";
    PDFOperatorNames2["CurveToReplicateInitialPoint"] = "v";
    PDFOperatorNames2["EndPath"] = "n";
    PDFOperatorNames2["FillEvenOddAndStroke"] = "B*";
    PDFOperatorNames2["FillEvenOdd"] = "f*";
    PDFOperatorNames2["FillNonZeroAndStroke"] = "B";
    PDFOperatorNames2["FillNonZero"] = "f";
    PDFOperatorNames2["LegacyFillNonZero"] = "F";
    PDFOperatorNames2["LineTo"] = "l";
    PDFOperatorNames2["MoveTo"] = "m";
    PDFOperatorNames2["ShadingFill"] = "sh";
    PDFOperatorNames2["StrokePath"] = "S";
    PDFOperatorNames2["BeginText"] = "BT";
    PDFOperatorNames2["EndText"] = "ET";
    PDFOperatorNames2["MoveText"] = "Td";
    PDFOperatorNames2["MoveTextSetLeading"] = "TD";
    PDFOperatorNames2["NextLine"] = "T*";
    PDFOperatorNames2["SetCharacterSpacing"] = "Tc";
    PDFOperatorNames2["SetFontAndSize"] = "Tf";
    PDFOperatorNames2["SetTextHorizontalScaling"] = "Tz";
    PDFOperatorNames2["SetTextLineHeight"] = "TL";
    PDFOperatorNames2["SetTextRenderingMode"] = "Tr";
    PDFOperatorNames2["SetTextRise"] = "Ts";
    PDFOperatorNames2["SetWordSpacing"] = "Tw";
    PDFOperatorNames2["ShowText"] = "Tj";
    PDFOperatorNames2["ShowTextAdjusted"] = "TJ";
    PDFOperatorNames2["ShowTextLine"] = "'";
    PDFOperatorNames2["ShowTextLineAndSpace"] = '"';
    PDFOperatorNames2["Type3D0"] = "d0";
    PDFOperatorNames2["Type3D1"] = "d1";
    PDFOperatorNames2["BeginCompatibilitySection"] = "BX";
    PDFOperatorNames2["EndCompatibilitySection"] = "EX";
  })(PDFOperatorNames || (PDFOperatorNames = {}));
  var PDFOperatorNames_default = PDFOperatorNames;

  // node_modules/pdf-lib/es/core/structures/PDFFlateStream.js
  var import_pako2 = __toESM(require_pako());
  var PDFFlateStream = (
    /** @class */
    (function(_super) {
      __extends(PDFFlateStream2, _super);
      function PDFFlateStream2(dict, encode) {
        var _this = _super.call(this, dict) || this;
        _this.computeContents = function() {
          var unencodedContents = _this.getUnencodedContents();
          return _this.encode ? import_pako2.default.deflate(unencodedContents) : unencodedContents;
        };
        _this.encode = encode;
        if (encode)
          dict.set(PDFName_default.of("Filter"), PDFName_default.of("FlateDecode"));
        _this.contentsCache = Cache_default.populatedBy(_this.computeContents);
        return _this;
      }
      PDFFlateStream2.prototype.getContents = function() {
        return this.contentsCache.access();
      };
      PDFFlateStream2.prototype.getContentsSize = function() {
        return this.contentsCache.access().length;
      };
      PDFFlateStream2.prototype.getUnencodedContents = function() {
        throw new MethodNotImplementedError(this.constructor.name, "getUnencodedContents");
      };
      return PDFFlateStream2;
    })(PDFStream_default)
  );
  var PDFFlateStream_default = PDFFlateStream;

  // node_modules/pdf-lib/es/core/structures/PDFContentStream.js
  var PDFContentStream = (
    /** @class */
    (function(_super) {
      __extends(PDFContentStream2, _super);
      function PDFContentStream2(dict, operators2, encode) {
        if (encode === void 0) {
          encode = true;
        }
        var _this = _super.call(this, dict, encode) || this;
        _this.operators = operators2;
        return _this;
      }
      PDFContentStream2.prototype.push = function() {
        var _a;
        var operators2 = [];
        for (var _i = 0; _i < arguments.length; _i++) {
          operators2[_i] = arguments[_i];
        }
        (_a = this.operators).push.apply(_a, operators2);
      };
      PDFContentStream2.prototype.clone = function(context2) {
        var operators2 = new Array(this.operators.length);
        for (var idx = 0, len = this.operators.length; idx < len; idx++) {
          operators2[idx] = this.operators[idx].clone(context2);
        }
        var _a = this, dict = _a.dict, encode = _a.encode;
        return PDFContentStream2.of(dict.clone(context2), operators2, encode);
      };
      PDFContentStream2.prototype.getContentsString = function() {
        var value = "";
        for (var idx = 0, len = this.operators.length; idx < len; idx++) {
          value += this.operators[idx] + "\n";
        }
        return value;
      };
      PDFContentStream2.prototype.getUnencodedContents = function() {
        var buffer = new Uint8Array(this.getUnencodedContentsSize());
        var offset = 0;
        for (var idx = 0, len = this.operators.length; idx < len; idx++) {
          offset += this.operators[idx].copyBytesInto(buffer, offset);
          buffer[offset++] = CharCodes_default.Newline;
        }
        return buffer;
      };
      PDFContentStream2.prototype.getUnencodedContentsSize = function() {
        var size = 0;
        for (var idx = 0, len = this.operators.length; idx < len; idx++) {
          size += this.operators[idx].sizeInBytes() + 1;
        }
        return size;
      };
      PDFContentStream2.of = function(dict, operators2, encode) {
        if (encode === void 0) {
          encode = true;
        }
        return new PDFContentStream2(dict, operators2, encode);
      };
      return PDFContentStream2;
    })(PDFFlateStream_default)
  );
  var PDFContentStream_default = PDFContentStream;

  // node_modules/pdf-lib/es/utils/rng.js
  var SimpleRNG = (
    /** @class */
    (function() {
      function SimpleRNG2(seed) {
        this.seed = seed;
      }
      SimpleRNG2.prototype.nextInt = function() {
        var x = Math.sin(this.seed++) * 1e4;
        return x - Math.floor(x);
      };
      SimpleRNG2.withSeed = function(seed) {
        return new SimpleRNG2(seed);
      };
      return SimpleRNG2;
    })()
  );

  // node_modules/pdf-lib/es/core/PDFContext.js
  var byAscendingObjectNumber = function(_a, _b) {
    var a = _a[0];
    var b = _b[0];
    return a.objectNumber - b.objectNumber;
  };
  var PDFContext = (
    /** @class */
    (function() {
      function PDFContext2() {
        this.largestObjectNumber = 0;
        this.header = PDFHeader_default.forVersion(1, 7);
        this.trailerInfo = {};
        this.indirectObjects = /* @__PURE__ */ new Map();
        this.rng = SimpleRNG.withSeed(1);
      }
      PDFContext2.prototype.assign = function(ref, object) {
        this.indirectObjects.set(ref, object);
        if (ref.objectNumber > this.largestObjectNumber) {
          this.largestObjectNumber = ref.objectNumber;
        }
      };
      PDFContext2.prototype.nextRef = function() {
        this.largestObjectNumber += 1;
        return PDFRef_default.of(this.largestObjectNumber);
      };
      PDFContext2.prototype.register = function(object) {
        var ref = this.nextRef();
        this.assign(ref, object);
        return ref;
      };
      PDFContext2.prototype.delete = function(ref) {
        return this.indirectObjects.delete(ref);
      };
      PDFContext2.prototype.lookupMaybe = function(ref) {
        var types2 = [];
        for (var _i = 1; _i < arguments.length; _i++) {
          types2[_i - 1] = arguments[_i];
        }
        var preservePDFNull = types2.includes(PDFNull_default);
        var result = ref instanceof PDFRef_default ? this.indirectObjects.get(ref) : ref;
        if (!result || result === PDFNull_default && !preservePDFNull)
          return void 0;
        for (var idx = 0, len = types2.length; idx < len; idx++) {
          var type = types2[idx];
          if (type === PDFNull_default) {
            if (result === PDFNull_default)
              return result;
          } else {
            if (result instanceof type)
              return result;
          }
        }
        throw new UnexpectedObjectTypeError(types2, result);
      };
      PDFContext2.prototype.lookup = function(ref) {
        var types2 = [];
        for (var _i = 1; _i < arguments.length; _i++) {
          types2[_i - 1] = arguments[_i];
        }
        var result = ref instanceof PDFRef_default ? this.indirectObjects.get(ref) : ref;
        if (types2.length === 0)
          return result;
        for (var idx = 0, len = types2.length; idx < len; idx++) {
          var type = types2[idx];
          if (type === PDFNull_default) {
            if (result === PDFNull_default)
              return result;
          } else {
            if (result instanceof type)
              return result;
          }
        }
        throw new UnexpectedObjectTypeError(types2, result);
      };
      PDFContext2.prototype.getObjectRef = function(pdfObject) {
        var entries = Array.from(this.indirectObjects.entries());
        for (var idx = 0, len = entries.length; idx < len; idx++) {
          var _a = entries[idx], ref = _a[0], object = _a[1];
          if (object === pdfObject) {
            return ref;
          }
        }
        return void 0;
      };
      PDFContext2.prototype.enumerateIndirectObjects = function() {
        return Array.from(this.indirectObjects.entries()).sort(byAscendingObjectNumber);
      };
      PDFContext2.prototype.obj = function(literal) {
        if (literal instanceof PDFObject_default) {
          return literal;
        } else if (literal === null || literal === void 0) {
          return PDFNull_default;
        } else if (typeof literal === "string") {
          return PDFName_default.of(literal);
        } else if (typeof literal === "number") {
          return PDFNumber_default.of(literal);
        } else if (typeof literal === "boolean") {
          return literal ? PDFBool_default.True : PDFBool_default.False;
        } else if (Array.isArray(literal)) {
          var array = PDFArray_default.withContext(this);
          for (var idx = 0, len = literal.length; idx < len; idx++) {
            array.push(this.obj(literal[idx]));
          }
          return array;
        } else {
          var dict = PDFDict_default.withContext(this);
          var keys = Object.keys(literal);
          for (var idx = 0, len = keys.length; idx < len; idx++) {
            var key2 = keys[idx];
            var value = literal[key2];
            if (value !== void 0)
              dict.set(PDFName_default.of(key2), this.obj(value));
          }
          return dict;
        }
      };
      PDFContext2.prototype.stream = function(contents, dict) {
        if (dict === void 0) {
          dict = {};
        }
        return PDFRawStream_default.of(this.obj(dict), typedArrayFor(contents));
      };
      PDFContext2.prototype.flateStream = function(contents, dict) {
        if (dict === void 0) {
          dict = {};
        }
        return this.stream(import_pako3.default.deflate(typedArrayFor(contents)), __assign(__assign({}, dict), { Filter: "FlateDecode" }));
      };
      PDFContext2.prototype.contentStream = function(operators2, dict) {
        if (dict === void 0) {
          dict = {};
        }
        return PDFContentStream_default.of(this.obj(dict), operators2);
      };
      PDFContext2.prototype.formXObject = function(operators2, dict) {
        if (dict === void 0) {
          dict = {};
        }
        return this.contentStream(operators2, __assign(__assign({ BBox: this.obj([0, 0, 0, 0]), Matrix: this.obj([1, 0, 0, 1, 0, 0]) }, dict), { Type: "XObject", Subtype: "Form" }));
      };
      PDFContext2.prototype.getPushGraphicsStateContentStream = function() {
        if (this.pushGraphicsStateContentStreamRef) {
          return this.pushGraphicsStateContentStreamRef;
        }
        var dict = this.obj({});
        var op = PDFOperator_default.of(PDFOperatorNames_default.PushGraphicsState);
        var stream2 = PDFContentStream_default.of(dict, [op]);
        this.pushGraphicsStateContentStreamRef = this.register(stream2);
        return this.pushGraphicsStateContentStreamRef;
      };
      PDFContext2.prototype.getPopGraphicsStateContentStream = function() {
        if (this.popGraphicsStateContentStreamRef) {
          return this.popGraphicsStateContentStreamRef;
        }
        var dict = this.obj({});
        var op = PDFOperator_default.of(PDFOperatorNames_default.PopGraphicsState);
        var stream2 = PDFContentStream_default.of(dict, [op]);
        this.popGraphicsStateContentStreamRef = this.register(stream2);
        return this.popGraphicsStateContentStreamRef;
      };
      PDFContext2.prototype.addRandomSuffix = function(prefix, suffixLength) {
        if (suffixLength === void 0) {
          suffixLength = 4;
        }
        return prefix + "-" + Math.floor(this.rng.nextInt() * Math.pow(10, suffixLength));
      };
      PDFContext2.create = function() {
        return new PDFContext2();
      };
      return PDFContext2;
    })()
  );
  var PDFContext_default = PDFContext;

  // node_modules/pdf-lib/es/core/structures/PDFPageLeaf.js
  var PDFPageLeaf = (
    /** @class */
    (function(_super) {
      __extends(PDFPageLeaf2, _super);
      function PDFPageLeaf2(map, context2, autoNormalizeCTM) {
        if (autoNormalizeCTM === void 0) {
          autoNormalizeCTM = true;
        }
        var _this = _super.call(this, map, context2) || this;
        _this.normalized = false;
        _this.autoNormalizeCTM = autoNormalizeCTM;
        return _this;
      }
      PDFPageLeaf2.prototype.clone = function(context2) {
        var clone = PDFPageLeaf2.fromMapWithContext(/* @__PURE__ */ new Map(), context2 || this.context, this.autoNormalizeCTM);
        var entries = this.entries();
        for (var idx = 0, len = entries.length; idx < len; idx++) {
          var _a = entries[idx], key2 = _a[0], value = _a[1];
          clone.set(key2, value);
        }
        return clone;
      };
      PDFPageLeaf2.prototype.Parent = function() {
        return this.lookupMaybe(PDFName_default.Parent, PDFDict_default);
      };
      PDFPageLeaf2.prototype.Contents = function() {
        return this.lookup(PDFName_default.of("Contents"));
      };
      PDFPageLeaf2.prototype.Annots = function() {
        return this.lookupMaybe(PDFName_default.Annots, PDFArray_default);
      };
      PDFPageLeaf2.prototype.BleedBox = function() {
        return this.lookupMaybe(PDFName_default.BleedBox, PDFArray_default);
      };
      PDFPageLeaf2.prototype.TrimBox = function() {
        return this.lookupMaybe(PDFName_default.TrimBox, PDFArray_default);
      };
      PDFPageLeaf2.prototype.ArtBox = function() {
        return this.lookupMaybe(PDFName_default.ArtBox, PDFArray_default);
      };
      PDFPageLeaf2.prototype.Resources = function() {
        var dictOrRef = this.getInheritableAttribute(PDFName_default.Resources);
        return this.context.lookupMaybe(dictOrRef, PDFDict_default);
      };
      PDFPageLeaf2.prototype.MediaBox = function() {
        var arrayOrRef = this.getInheritableAttribute(PDFName_default.MediaBox);
        return this.context.lookup(arrayOrRef, PDFArray_default);
      };
      PDFPageLeaf2.prototype.CropBox = function() {
        var arrayOrRef = this.getInheritableAttribute(PDFName_default.CropBox);
        return this.context.lookupMaybe(arrayOrRef, PDFArray_default);
      };
      PDFPageLeaf2.prototype.Rotate = function() {
        var numberOrRef = this.getInheritableAttribute(PDFName_default.Rotate);
        return this.context.lookupMaybe(numberOrRef, PDFNumber_default);
      };
      PDFPageLeaf2.prototype.getInheritableAttribute = function(name) {
        var attribute;
        this.ascend(function(node2) {
          if (!attribute)
            attribute = node2.get(name);
        });
        return attribute;
      };
      PDFPageLeaf2.prototype.setParent = function(parentRef) {
        this.set(PDFName_default.Parent, parentRef);
      };
      PDFPageLeaf2.prototype.addContentStream = function(contentStreamRef) {
        var Contents = this.normalizedEntries().Contents || this.context.obj([]);
        this.set(PDFName_default.Contents, Contents);
        Contents.push(contentStreamRef);
      };
      PDFPageLeaf2.prototype.wrapContentStreams = function(startStream, endStream) {
        var Contents = this.Contents();
        if (Contents instanceof PDFArray_default) {
          Contents.insert(0, startStream);
          Contents.push(endStream);
          return true;
        }
        return false;
      };
      PDFPageLeaf2.prototype.addAnnot = function(annotRef) {
        var Annots = this.normalizedEntries().Annots;
        Annots.push(annotRef);
      };
      PDFPageLeaf2.prototype.removeAnnot = function(annotRef) {
        var Annots = this.normalizedEntries().Annots;
        var index = Annots.indexOf(annotRef);
        if (index !== void 0) {
          Annots.remove(index);
        }
      };
      PDFPageLeaf2.prototype.setFontDictionary = function(name, fontDictRef) {
        var Font3 = this.normalizedEntries().Font;
        Font3.set(name, fontDictRef);
      };
      PDFPageLeaf2.prototype.newFontDictionaryKey = function(tag) {
        var Font3 = this.normalizedEntries().Font;
        return Font3.uniqueKey(tag);
      };
      PDFPageLeaf2.prototype.newFontDictionary = function(tag, fontDictRef) {
        var key2 = this.newFontDictionaryKey(tag);
        this.setFontDictionary(key2, fontDictRef);
        return key2;
      };
      PDFPageLeaf2.prototype.setXObject = function(name, xObjectRef) {
        var XObject = this.normalizedEntries().XObject;
        XObject.set(name, xObjectRef);
      };
      PDFPageLeaf2.prototype.newXObjectKey = function(tag) {
        var XObject = this.normalizedEntries().XObject;
        return XObject.uniqueKey(tag);
      };
      PDFPageLeaf2.prototype.newXObject = function(tag, xObjectRef) {
        var key2 = this.newXObjectKey(tag);
        this.setXObject(key2, xObjectRef);
        return key2;
      };
      PDFPageLeaf2.prototype.setExtGState = function(name, extGStateRef) {
        var ExtGState = this.normalizedEntries().ExtGState;
        ExtGState.set(name, extGStateRef);
      };
      PDFPageLeaf2.prototype.newExtGStateKey = function(tag) {
        var ExtGState = this.normalizedEntries().ExtGState;
        return ExtGState.uniqueKey(tag);
      };
      PDFPageLeaf2.prototype.newExtGState = function(tag, extGStateRef) {
        var key2 = this.newExtGStateKey(tag);
        this.setExtGState(key2, extGStateRef);
        return key2;
      };
      PDFPageLeaf2.prototype.ascend = function(visitor) {
        visitor(this);
        var Parent = this.Parent();
        if (Parent)
          Parent.ascend(visitor);
      };
      PDFPageLeaf2.prototype.normalize = function() {
        if (this.normalized)
          return;
        var context2 = this.context;
        var contentsRef = this.get(PDFName_default.Contents);
        var contents = this.context.lookup(contentsRef);
        if (contents instanceof PDFStream_default) {
          this.set(PDFName_default.Contents, context2.obj([contentsRef]));
        }
        if (this.autoNormalizeCTM) {
          this.wrapContentStreams(this.context.getPushGraphicsStateContentStream(), this.context.getPopGraphicsStateContentStream());
        }
        var dictOrRef = this.getInheritableAttribute(PDFName_default.Resources);
        var Resources = context2.lookupMaybe(dictOrRef, PDFDict_default) || context2.obj({});
        this.set(PDFName_default.Resources, Resources);
        var Font3 = Resources.lookupMaybe(PDFName_default.Font, PDFDict_default) || context2.obj({});
        Resources.set(PDFName_default.Font, Font3);
        var XObject = Resources.lookupMaybe(PDFName_default.XObject, PDFDict_default) || context2.obj({});
        Resources.set(PDFName_default.XObject, XObject);
        var ExtGState = Resources.lookupMaybe(PDFName_default.ExtGState, PDFDict_default) || context2.obj({});
        Resources.set(PDFName_default.ExtGState, ExtGState);
        var Annots = this.Annots() || context2.obj([]);
        this.set(PDFName_default.Annots, Annots);
        this.normalized = true;
      };
      PDFPageLeaf2.prototype.normalizedEntries = function() {
        this.normalize();
        var Annots = this.Annots();
        var Resources = this.Resources();
        var Contents = this.Contents();
        return {
          Annots,
          Resources,
          Contents,
          Font: Resources.lookup(PDFName_default.Font, PDFDict_default),
          XObject: Resources.lookup(PDFName_default.XObject, PDFDict_default),
          ExtGState: Resources.lookup(PDFName_default.ExtGState, PDFDict_default)
        };
      };
      PDFPageLeaf2.InheritableEntries = [
        "Resources",
        "MediaBox",
        "CropBox",
        "Rotate"
      ];
      PDFPageLeaf2.withContextAndParent = function(context2, parent) {
        var dict = /* @__PURE__ */ new Map();
        dict.set(PDFName_default.Type, PDFName_default.Page);
        dict.set(PDFName_default.Parent, parent);
        dict.set(PDFName_default.Resources, context2.obj({}));
        dict.set(PDFName_default.MediaBox, context2.obj([0, 0, 612, 792]));
        return new PDFPageLeaf2(dict, context2, false);
      };
      PDFPageLeaf2.fromMapWithContext = function(map, context2, autoNormalizeCTM) {
        if (autoNormalizeCTM === void 0) {
          autoNormalizeCTM = true;
        }
        return new PDFPageLeaf2(map, context2, autoNormalizeCTM);
      };
      return PDFPageLeaf2;
    })(PDFDict_default)
  );
  var PDFPageLeaf_default = PDFPageLeaf;

  // node_modules/pdf-lib/es/core/PDFObjectCopier.js
  var PDFObjectCopier = (
    /** @class */
    (function() {
      function PDFObjectCopier2(src, dest) {
        var _this = this;
        this.traversedObjects = /* @__PURE__ */ new Map();
        this.copy = function(object) {
          return object instanceof PDFPageLeaf_default ? _this.copyPDFPage(object) : object instanceof PDFDict_default ? _this.copyPDFDict(object) : object instanceof PDFArray_default ? _this.copyPDFArray(object) : object instanceof PDFStream_default ? _this.copyPDFStream(object) : object instanceof PDFRef_default ? _this.copyPDFIndirectObject(object) : object.clone();
        };
        this.copyPDFPage = function(originalPage) {
          var clonedPage = originalPage.clone();
          var InheritableEntries = PDFPageLeaf_default.InheritableEntries;
          for (var idx = 0, len = InheritableEntries.length; idx < len; idx++) {
            var key2 = PDFName_default.of(InheritableEntries[idx]);
            var value = clonedPage.getInheritableAttribute(key2);
            if (!clonedPage.get(key2) && value)
              clonedPage.set(key2, value);
          }
          clonedPage.delete(PDFName_default.of("Parent"));
          return _this.copyPDFDict(clonedPage);
        };
        this.copyPDFDict = function(originalDict) {
          if (_this.traversedObjects.has(originalDict)) {
            return _this.traversedObjects.get(originalDict);
          }
          var clonedDict = originalDict.clone(_this.dest);
          _this.traversedObjects.set(originalDict, clonedDict);
          var entries = originalDict.entries();
          for (var idx = 0, len = entries.length; idx < len; idx++) {
            var _a = entries[idx], key2 = _a[0], value = _a[1];
            clonedDict.set(key2, _this.copy(value));
          }
          return clonedDict;
        };
        this.copyPDFArray = function(originalArray) {
          if (_this.traversedObjects.has(originalArray)) {
            return _this.traversedObjects.get(originalArray);
          }
          var clonedArray = originalArray.clone(_this.dest);
          _this.traversedObjects.set(originalArray, clonedArray);
          for (var idx = 0, len = originalArray.size(); idx < len; idx++) {
            var value = originalArray.get(idx);
            clonedArray.set(idx, _this.copy(value));
          }
          return clonedArray;
        };
        this.copyPDFStream = function(originalStream) {
          if (_this.traversedObjects.has(originalStream)) {
            return _this.traversedObjects.get(originalStream);
          }
          var clonedStream = originalStream.clone(_this.dest);
          _this.traversedObjects.set(originalStream, clonedStream);
          var entries = originalStream.dict.entries();
          for (var idx = 0, len = entries.length; idx < len; idx++) {
            var _a = entries[idx], key2 = _a[0], value = _a[1];
            clonedStream.dict.set(key2, _this.copy(value));
          }
          return clonedStream;
        };
        this.copyPDFIndirectObject = function(ref) {
          var alreadyMapped = _this.traversedObjects.has(ref);
          if (!alreadyMapped) {
            var newRef = _this.dest.nextRef();
            _this.traversedObjects.set(ref, newRef);
            var dereferencedValue = _this.src.lookup(ref);
            if (dereferencedValue) {
              var cloned = _this.copy(dereferencedValue);
              _this.dest.assign(newRef, cloned);
            }
          }
          return _this.traversedObjects.get(ref);
        };
        this.src = src;
        this.dest = dest;
      }
      PDFObjectCopier2.for = function(src, dest) {
        return new PDFObjectCopier2(src, dest);
      };
      return PDFObjectCopier2;
    })()
  );
  var PDFObjectCopier_default = PDFObjectCopier;

  // node_modules/pdf-lib/es/core/document/PDFCrossRefSection.js
  var PDFCrossRefSection = (
    /** @class */
    (function() {
      function PDFCrossRefSection2(firstEntry) {
        this.subsections = firstEntry ? [[firstEntry]] : [];
        this.chunkIdx = 0;
        this.chunkLength = firstEntry ? 1 : 0;
      }
      PDFCrossRefSection2.prototype.addEntry = function(ref, offset) {
        this.append({ ref, offset, deleted: false });
      };
      PDFCrossRefSection2.prototype.addDeletedEntry = function(ref, nextFreeObjectNumber) {
        this.append({ ref, offset: nextFreeObjectNumber, deleted: true });
      };
      PDFCrossRefSection2.prototype.toString = function() {
        var section2 = "xref\n";
        for (var rangeIdx = 0, rangeLen = this.subsections.length; rangeIdx < rangeLen; rangeIdx++) {
          var range3 = this.subsections[rangeIdx];
          section2 += range3[0].ref.objectNumber + " " + range3.length + "\n";
          for (var entryIdx = 0, entryLen = range3.length; entryIdx < entryLen; entryIdx++) {
            var entry = range3[entryIdx];
            section2 += padStart(String(entry.offset), 10, "0");
            section2 += " ";
            section2 += padStart(String(entry.ref.generationNumber), 5, "0");
            section2 += " ";
            section2 += entry.deleted ? "f" : "n";
            section2 += " \n";
          }
        }
        return section2;
      };
      PDFCrossRefSection2.prototype.sizeInBytes = function() {
        var size = 5;
        for (var idx = 0, len = this.subsections.length; idx < len; idx++) {
          var subsection = this.subsections[idx];
          var subsectionLength = subsection.length;
          var firstEntry = subsection[0];
          size += 2;
          size += String(firstEntry.ref.objectNumber).length;
          size += String(subsectionLength).length;
          size += 20 * subsectionLength;
        }
        return size;
      };
      PDFCrossRefSection2.prototype.copyBytesInto = function(buffer, offset) {
        var initialOffset = offset;
        buffer[offset++] = CharCodes_default.x;
        buffer[offset++] = CharCodes_default.r;
        buffer[offset++] = CharCodes_default.e;
        buffer[offset++] = CharCodes_default.f;
        buffer[offset++] = CharCodes_default.Newline;
        offset += this.copySubsectionsIntoBuffer(this.subsections, buffer, offset);
        return offset - initialOffset;
      };
      PDFCrossRefSection2.prototype.copySubsectionsIntoBuffer = function(subsections, buffer, offset) {
        var initialOffset = offset;
        var length = subsections.length;
        for (var idx = 0; idx < length; idx++) {
          var subsection = this.subsections[idx];
          var firstObjectNumber = String(subsection[0].ref.objectNumber);
          offset += copyStringIntoBuffer(firstObjectNumber, buffer, offset);
          buffer[offset++] = CharCodes_default.Space;
          var rangeLength = String(subsection.length);
          offset += copyStringIntoBuffer(rangeLength, buffer, offset);
          buffer[offset++] = CharCodes_default.Newline;
          offset += this.copyEntriesIntoBuffer(subsection, buffer, offset);
        }
        return offset - initialOffset;
      };
      PDFCrossRefSection2.prototype.copyEntriesIntoBuffer = function(entries, buffer, offset) {
        var length = entries.length;
        for (var idx = 0; idx < length; idx++) {
          var entry = entries[idx];
          var entryOffset = padStart(String(entry.offset), 10, "0");
          offset += copyStringIntoBuffer(entryOffset, buffer, offset);
          buffer[offset++] = CharCodes_default.Space;
          var entryGen = padStart(String(entry.ref.generationNumber), 5, "0");
          offset += copyStringIntoBuffer(entryGen, buffer, offset);
          buffer[offset++] = CharCodes_default.Space;
          buffer[offset++] = entry.deleted ? CharCodes_default.f : CharCodes_default.n;
          buffer[offset++] = CharCodes_default.Space;
          buffer[offset++] = CharCodes_default.Newline;
        }
        return 20 * length;
      };
      PDFCrossRefSection2.prototype.append = function(currEntry) {
        if (this.chunkLength === 0) {
          this.subsections.push([currEntry]);
          this.chunkIdx = 0;
          this.chunkLength = 1;
          return;
        }
        var chunk = this.subsections[this.chunkIdx];
        var prevEntry = chunk[this.chunkLength - 1];
        if (currEntry.ref.objectNumber - prevEntry.ref.objectNumber > 1) {
          this.subsections.push([currEntry]);
          this.chunkIdx += 1;
          this.chunkLength = 1;
        } else {
          chunk.push(currEntry);
          this.chunkLength += 1;
        }
      };
      PDFCrossRefSection2.create = function() {
        return new PDFCrossRefSection2({
          ref: PDFRef_default.of(0, 65535),
          offset: 0,
          deleted: true
        });
      };
      PDFCrossRefSection2.createEmpty = function() {
        return new PDFCrossRefSection2();
      };
      return PDFCrossRefSection2;
    })()
  );
  var PDFCrossRefSection_default = PDFCrossRefSection;

  // node_modules/pdf-lib/es/core/document/PDFTrailer.js
  var PDFTrailer = (
    /** @class */
    (function() {
      function PDFTrailer2(lastXRefOffset) {
        this.lastXRefOffset = String(lastXRefOffset);
      }
      PDFTrailer2.prototype.toString = function() {
        return "startxref\n" + this.lastXRefOffset + "\n%%EOF";
      };
      PDFTrailer2.prototype.sizeInBytes = function() {
        return 16 + this.lastXRefOffset.length;
      };
      PDFTrailer2.prototype.copyBytesInto = function(buffer, offset) {
        var initialOffset = offset;
        buffer[offset++] = CharCodes_default.s;
        buffer[offset++] = CharCodes_default.t;
        buffer[offset++] = CharCodes_default.a;
        buffer[offset++] = CharCodes_default.r;
        buffer[offset++] = CharCodes_default.t;
        buffer[offset++] = CharCodes_default.x;
        buffer[offset++] = CharCodes_default.r;
        buffer[offset++] = CharCodes_default.e;
        buffer[offset++] = CharCodes_default.f;
        buffer[offset++] = CharCodes_default.Newline;
        offset += copyStringIntoBuffer(this.lastXRefOffset, buffer, offset);
        buffer[offset++] = CharCodes_default.Newline;
        buffer[offset++] = CharCodes_default.Percent;
        buffer[offset++] = CharCodes_default.Percent;
        buffer[offset++] = CharCodes_default.E;
        buffer[offset++] = CharCodes_default.O;
        buffer[offset++] = CharCodes_default.F;
        return offset - initialOffset;
      };
      PDFTrailer2.forLastCrossRefSectionOffset = function(offset) {
        return new PDFTrailer2(offset);
      };
      return PDFTrailer2;
    })()
  );
  var PDFTrailer_default = PDFTrailer;

  // node_modules/pdf-lib/es/core/document/PDFTrailerDict.js
  var PDFTrailerDict = (
    /** @class */
    (function() {
      function PDFTrailerDict2(dict) {
        this.dict = dict;
      }
      PDFTrailerDict2.prototype.toString = function() {
        return "trailer\n" + this.dict.toString();
      };
      PDFTrailerDict2.prototype.sizeInBytes = function() {
        return 8 + this.dict.sizeInBytes();
      };
      PDFTrailerDict2.prototype.copyBytesInto = function(buffer, offset) {
        var initialOffset = offset;
        buffer[offset++] = CharCodes_default.t;
        buffer[offset++] = CharCodes_default.r;
        buffer[offset++] = CharCodes_default.a;
        buffer[offset++] = CharCodes_default.i;
        buffer[offset++] = CharCodes_default.l;
        buffer[offset++] = CharCodes_default.e;
        buffer[offset++] = CharCodes_default.r;
        buffer[offset++] = CharCodes_default.Newline;
        offset += this.dict.copyBytesInto(buffer, offset);
        return offset - initialOffset;
      };
      PDFTrailerDict2.of = function(dict) {
        return new PDFTrailerDict2(dict);
      };
      return PDFTrailerDict2;
    })()
  );
  var PDFTrailerDict_default = PDFTrailerDict;

  // node_modules/pdf-lib/es/core/structures/PDFObjectStream.js
  var PDFObjectStream = (
    /** @class */
    (function(_super) {
      __extends(PDFObjectStream2, _super);
      function PDFObjectStream2(context2, objects, encode) {
        if (encode === void 0) {
          encode = true;
        }
        var _this = _super.call(this, context2.obj({}), encode) || this;
        _this.objects = objects;
        _this.offsets = _this.computeObjectOffsets();
        _this.offsetsString = _this.computeOffsetsString();
        _this.dict.set(PDFName_default.of("Type"), PDFName_default.of("ObjStm"));
        _this.dict.set(PDFName_default.of("N"), PDFNumber_default.of(_this.objects.length));
        _this.dict.set(PDFName_default.of("First"), PDFNumber_default.of(_this.offsetsString.length));
        return _this;
      }
      PDFObjectStream2.prototype.getObjectsCount = function() {
        return this.objects.length;
      };
      PDFObjectStream2.prototype.clone = function(context2) {
        return PDFObjectStream2.withContextAndObjects(context2 || this.dict.context, this.objects.slice(), this.encode);
      };
      PDFObjectStream2.prototype.getContentsString = function() {
        var value = this.offsetsString;
        for (var idx = 0, len = this.objects.length; idx < len; idx++) {
          var _a = this.objects[idx], object = _a[1];
          value += object + "\n";
        }
        return value;
      };
      PDFObjectStream2.prototype.getUnencodedContents = function() {
        var buffer = new Uint8Array(this.getUnencodedContentsSize());
        var offset = copyStringIntoBuffer(this.offsetsString, buffer, 0);
        for (var idx = 0, len = this.objects.length; idx < len; idx++) {
          var _a = this.objects[idx], object = _a[1];
          offset += object.copyBytesInto(buffer, offset);
          buffer[offset++] = CharCodes_default.Newline;
        }
        return buffer;
      };
      PDFObjectStream2.prototype.getUnencodedContentsSize = function() {
        return this.offsetsString.length + last(this.offsets)[1] + last(this.objects)[1].sizeInBytes() + 1;
      };
      PDFObjectStream2.prototype.computeOffsetsString = function() {
        var offsetsString = "";
        for (var idx = 0, len = this.offsets.length; idx < len; idx++) {
          var _a = this.offsets[idx], objectNumber = _a[0], offset = _a[1];
          offsetsString += objectNumber + " " + offset + " ";
        }
        return offsetsString;
      };
      PDFObjectStream2.prototype.computeObjectOffsets = function() {
        var offset = 0;
        var offsets = new Array(this.objects.length);
        for (var idx = 0, len = this.objects.length; idx < len; idx++) {
          var _a = this.objects[idx], ref = _a[0], object = _a[1];
          offsets[idx] = [ref.objectNumber, offset];
          offset += object.sizeInBytes() + 1;
        }
        return offsets;
      };
      PDFObjectStream2.withContextAndObjects = function(context2, objects, encode) {
        if (encode === void 0) {
          encode = true;
        }
        return new PDFObjectStream2(context2, objects, encode);
      };
      return PDFObjectStream2;
    })(PDFFlateStream_default)
  );
  var PDFObjectStream_default = PDFObjectStream;

  // node_modules/pdf-lib/es/core/writers/PDFWriter.js
  var PDFWriter = (
    /** @class */
    (function() {
      function PDFWriter2(context2, objectsPerTick) {
        var _this = this;
        this.parsedObjects = 0;
        this.shouldWaitForTick = function(n) {
          _this.parsedObjects += n;
          return _this.parsedObjects % _this.objectsPerTick === 0;
        };
        this.context = context2;
        this.objectsPerTick = objectsPerTick;
      }
      PDFWriter2.prototype.serializeToBuffer = function() {
        return __awaiter(this, void 0, void 0, function() {
          var _a, size, header2, indirectObjects, xref, trailerDict, trailer, offset, buffer, idx, len, _b, ref, object, objectNumber, generationNumber, n;
          return __generator(this, function(_c) {
            switch (_c.label) {
              case 0:
                return [4, this.computeBufferSize()];
              case 1:
                _a = _c.sent(), size = _a.size, header2 = _a.header, indirectObjects = _a.indirectObjects, xref = _a.xref, trailerDict = _a.trailerDict, trailer = _a.trailer;
                offset = 0;
                buffer = new Uint8Array(size);
                offset += header2.copyBytesInto(buffer, offset);
                buffer[offset++] = CharCodes_default.Newline;
                buffer[offset++] = CharCodes_default.Newline;
                idx = 0, len = indirectObjects.length;
                _c.label = 2;
              case 2:
                if (!(idx < len)) return [3, 5];
                _b = indirectObjects[idx], ref = _b[0], object = _b[1];
                objectNumber = String(ref.objectNumber);
                offset += copyStringIntoBuffer(objectNumber, buffer, offset);
                buffer[offset++] = CharCodes_default.Space;
                generationNumber = String(ref.generationNumber);
                offset += copyStringIntoBuffer(generationNumber, buffer, offset);
                buffer[offset++] = CharCodes_default.Space;
                buffer[offset++] = CharCodes_default.o;
                buffer[offset++] = CharCodes_default.b;
                buffer[offset++] = CharCodes_default.j;
                buffer[offset++] = CharCodes_default.Newline;
                offset += object.copyBytesInto(buffer, offset);
                buffer[offset++] = CharCodes_default.Newline;
                buffer[offset++] = CharCodes_default.e;
                buffer[offset++] = CharCodes_default.n;
                buffer[offset++] = CharCodes_default.d;
                buffer[offset++] = CharCodes_default.o;
                buffer[offset++] = CharCodes_default.b;
                buffer[offset++] = CharCodes_default.j;
                buffer[offset++] = CharCodes_default.Newline;
                buffer[offset++] = CharCodes_default.Newline;
                n = object instanceof PDFObjectStream_default ? object.getObjectsCount() : 1;
                if (!this.shouldWaitForTick(n)) return [3, 4];
                return [4, waitForTick()];
              case 3:
                _c.sent();
                _c.label = 4;
              case 4:
                idx++;
                return [3, 2];
              case 5:
                if (xref) {
                  offset += xref.copyBytesInto(buffer, offset);
                  buffer[offset++] = CharCodes_default.Newline;
                }
                if (trailerDict) {
                  offset += trailerDict.copyBytesInto(buffer, offset);
                  buffer[offset++] = CharCodes_default.Newline;
                  buffer[offset++] = CharCodes_default.Newline;
                }
                offset += trailer.copyBytesInto(buffer, offset);
                return [2, buffer];
            }
          });
        });
      };
      PDFWriter2.prototype.computeIndirectObjectSize = function(_a) {
        var ref = _a[0], object = _a[1];
        var refSize = ref.sizeInBytes() + 3;
        var objectSize = object.sizeInBytes() + 9;
        return refSize + objectSize;
      };
      PDFWriter2.prototype.createTrailerDict = function() {
        return this.context.obj({
          Size: this.context.largestObjectNumber + 1,
          Root: this.context.trailerInfo.Root,
          Encrypt: this.context.trailerInfo.Encrypt,
          Info: this.context.trailerInfo.Info,
          ID: this.context.trailerInfo.ID
        });
      };
      PDFWriter2.prototype.computeBufferSize = function() {
        return __awaiter(this, void 0, void 0, function() {
          var header2, size, xref, indirectObjects, idx, len, indirectObject, ref, xrefOffset, trailerDict, trailer;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                header2 = PDFHeader_default.forVersion(1, 7);
                size = header2.sizeInBytes() + 2;
                xref = PDFCrossRefSection_default.create();
                indirectObjects = this.context.enumerateIndirectObjects();
                idx = 0, len = indirectObjects.length;
                _a.label = 1;
              case 1:
                if (!(idx < len)) return [3, 4];
                indirectObject = indirectObjects[idx];
                ref = indirectObject[0];
                xref.addEntry(ref, size);
                size += this.computeIndirectObjectSize(indirectObject);
                if (!this.shouldWaitForTick(1)) return [3, 3];
                return [4, waitForTick()];
              case 2:
                _a.sent();
                _a.label = 3;
              case 3:
                idx++;
                return [3, 1];
              case 4:
                xrefOffset = size;
                size += xref.sizeInBytes() + 1;
                trailerDict = PDFTrailerDict_default.of(this.createTrailerDict());
                size += trailerDict.sizeInBytes() + 2;
                trailer = PDFTrailer_default.forLastCrossRefSectionOffset(xrefOffset);
                size += trailer.sizeInBytes();
                return [2, { size, header: header2, indirectObjects, xref, trailerDict, trailer }];
            }
          });
        });
      };
      PDFWriter2.forContext = function(context2, objectsPerTick) {
        return new PDFWriter2(context2, objectsPerTick);
      };
      return PDFWriter2;
    })()
  );
  var PDFWriter_default = PDFWriter;

  // node_modules/pdf-lib/es/core/objects/PDFInvalidObject.js
  var PDFInvalidObject = (
    /** @class */
    (function(_super) {
      __extends(PDFInvalidObject2, _super);
      function PDFInvalidObject2(data) {
        var _this = _super.call(this) || this;
        _this.data = data;
        return _this;
      }
      PDFInvalidObject2.prototype.clone = function() {
        return PDFInvalidObject2.of(this.data.slice());
      };
      PDFInvalidObject2.prototype.toString = function() {
        return "PDFInvalidObject(" + this.data.length + " bytes)";
      };
      PDFInvalidObject2.prototype.sizeInBytes = function() {
        return this.data.length;
      };
      PDFInvalidObject2.prototype.copyBytesInto = function(buffer, offset) {
        var length = this.data.length;
        for (var idx = 0; idx < length; idx++) {
          buffer[offset++] = this.data[idx];
        }
        return length;
      };
      PDFInvalidObject2.of = function(data) {
        return new PDFInvalidObject2(data);
      };
      return PDFInvalidObject2;
    })(PDFObject_default)
  );
  var PDFInvalidObject_default = PDFInvalidObject;

  // node_modules/pdf-lib/es/core/structures/PDFCrossRefStream.js
  var EntryType;
  (function(EntryType2) {
    EntryType2[EntryType2["Deleted"] = 0] = "Deleted";
    EntryType2[EntryType2["Uncompressed"] = 1] = "Uncompressed";
    EntryType2[EntryType2["Compressed"] = 2] = "Compressed";
  })(EntryType || (EntryType = {}));
  var PDFCrossRefStream = (
    /** @class */
    (function(_super) {
      __extends(PDFCrossRefStream2, _super);
      function PDFCrossRefStream2(dict, entries, encode) {
        if (encode === void 0) {
          encode = true;
        }
        var _this = _super.call(this, dict, encode) || this;
        _this.computeIndex = function() {
          var subsections = [];
          var subsectionLength = 0;
          for (var idx = 0, len = _this.entries.length; idx < len; idx++) {
            var currEntry = _this.entries[idx];
            var prevEntry = _this.entries[idx - 1];
            if (idx === 0) {
              subsections.push(currEntry.ref.objectNumber);
            } else if (currEntry.ref.objectNumber - prevEntry.ref.objectNumber > 1) {
              subsections.push(subsectionLength);
              subsections.push(currEntry.ref.objectNumber);
              subsectionLength = 0;
            }
            subsectionLength += 1;
          }
          subsections.push(subsectionLength);
          return subsections;
        };
        _this.computeEntryTuples = function() {
          var entryTuples = new Array(_this.entries.length);
          for (var idx = 0, len = _this.entries.length; idx < len; idx++) {
            var entry = _this.entries[idx];
            if (entry.type === EntryType.Deleted) {
              var type = entry.type, nextFreeObjectNumber = entry.nextFreeObjectNumber, ref = entry.ref;
              entryTuples[idx] = [type, nextFreeObjectNumber, ref.generationNumber];
            }
            if (entry.type === EntryType.Uncompressed) {
              var type = entry.type, offset = entry.offset, ref = entry.ref;
              entryTuples[idx] = [type, offset, ref.generationNumber];
            }
            if (entry.type === EntryType.Compressed) {
              var type = entry.type, objectStreamRef = entry.objectStreamRef, index = entry.index;
              entryTuples[idx] = [type, objectStreamRef.objectNumber, index];
            }
          }
          return entryTuples;
        };
        _this.computeMaxEntryByteWidths = function() {
          var entryTuples = _this.entryTuplesCache.access();
          var widths = [0, 0, 0];
          for (var idx = 0, len = entryTuples.length; idx < len; idx++) {
            var _a = entryTuples[idx], first = _a[0], second = _a[1], third = _a[2];
            var firstSize = sizeInBytes(first);
            var secondSize = sizeInBytes(second);
            var thirdSize = sizeInBytes(third);
            if (firstSize > widths[0])
              widths[0] = firstSize;
            if (secondSize > widths[1])
              widths[1] = secondSize;
            if (thirdSize > widths[2])
              widths[2] = thirdSize;
          }
          return widths;
        };
        _this.entries = entries || [];
        _this.entryTuplesCache = Cache_default.populatedBy(_this.computeEntryTuples);
        _this.maxByteWidthsCache = Cache_default.populatedBy(_this.computeMaxEntryByteWidths);
        _this.indexCache = Cache_default.populatedBy(_this.computeIndex);
        dict.set(PDFName_default.of("Type"), PDFName_default.of("XRef"));
        return _this;
      }
      PDFCrossRefStream2.prototype.addDeletedEntry = function(ref, nextFreeObjectNumber) {
        var type = EntryType.Deleted;
        this.entries.push({ type, ref, nextFreeObjectNumber });
        this.entryTuplesCache.invalidate();
        this.maxByteWidthsCache.invalidate();
        this.indexCache.invalidate();
        this.contentsCache.invalidate();
      };
      PDFCrossRefStream2.prototype.addUncompressedEntry = function(ref, offset) {
        var type = EntryType.Uncompressed;
        this.entries.push({ type, ref, offset });
        this.entryTuplesCache.invalidate();
        this.maxByteWidthsCache.invalidate();
        this.indexCache.invalidate();
        this.contentsCache.invalidate();
      };
      PDFCrossRefStream2.prototype.addCompressedEntry = function(ref, objectStreamRef, index) {
        var type = EntryType.Compressed;
        this.entries.push({ type, ref, objectStreamRef, index });
        this.entryTuplesCache.invalidate();
        this.maxByteWidthsCache.invalidate();
        this.indexCache.invalidate();
        this.contentsCache.invalidate();
      };
      PDFCrossRefStream2.prototype.clone = function(context2) {
        var _a = this, dict = _a.dict, entries = _a.entries, encode = _a.encode;
        return PDFCrossRefStream2.of(dict.clone(context2), entries.slice(), encode);
      };
      PDFCrossRefStream2.prototype.getContentsString = function() {
        var entryTuples = this.entryTuplesCache.access();
        var byteWidths = this.maxByteWidthsCache.access();
        var value = "";
        for (var entryIdx = 0, entriesLen = entryTuples.length; entryIdx < entriesLen; entryIdx++) {
          var _a = entryTuples[entryIdx], first = _a[0], second = _a[1], third = _a[2];
          var firstBytes = reverseArray(bytesFor(first));
          var secondBytes = reverseArray(bytesFor(second));
          var thirdBytes = reverseArray(bytesFor(third));
          for (var idx = byteWidths[0] - 1; idx >= 0; idx--) {
            value += (firstBytes[idx] || 0).toString(2);
          }
          for (var idx = byteWidths[1] - 1; idx >= 0; idx--) {
            value += (secondBytes[idx] || 0).toString(2);
          }
          for (var idx = byteWidths[2] - 1; idx >= 0; idx--) {
            value += (thirdBytes[idx] || 0).toString(2);
          }
        }
        return value;
      };
      PDFCrossRefStream2.prototype.getUnencodedContents = function() {
        var entryTuples = this.entryTuplesCache.access();
        var byteWidths = this.maxByteWidthsCache.access();
        var buffer = new Uint8Array(this.getUnencodedContentsSize());
        var offset = 0;
        for (var entryIdx = 0, entriesLen = entryTuples.length; entryIdx < entriesLen; entryIdx++) {
          var _a = entryTuples[entryIdx], first = _a[0], second = _a[1], third = _a[2];
          var firstBytes = reverseArray(bytesFor(first));
          var secondBytes = reverseArray(bytesFor(second));
          var thirdBytes = reverseArray(bytesFor(third));
          for (var idx = byteWidths[0] - 1; idx >= 0; idx--) {
            buffer[offset++] = firstBytes[idx] || 0;
          }
          for (var idx = byteWidths[1] - 1; idx >= 0; idx--) {
            buffer[offset++] = secondBytes[idx] || 0;
          }
          for (var idx = byteWidths[2] - 1; idx >= 0; idx--) {
            buffer[offset++] = thirdBytes[idx] || 0;
          }
        }
        return buffer;
      };
      PDFCrossRefStream2.prototype.getUnencodedContentsSize = function() {
        var byteWidths = this.maxByteWidthsCache.access();
        var entryWidth = sum(byteWidths);
        return entryWidth * this.entries.length;
      };
      PDFCrossRefStream2.prototype.updateDict = function() {
        _super.prototype.updateDict.call(this);
        var byteWidths = this.maxByteWidthsCache.access();
        var index = this.indexCache.access();
        var context2 = this.dict.context;
        this.dict.set(PDFName_default.of("W"), context2.obj(byteWidths));
        this.dict.set(PDFName_default.of("Index"), context2.obj(index));
      };
      PDFCrossRefStream2.create = function(dict, encode) {
        if (encode === void 0) {
          encode = true;
        }
        var stream2 = new PDFCrossRefStream2(dict, [], encode);
        stream2.addDeletedEntry(PDFRef_default.of(0, 65535), 0);
        return stream2;
      };
      PDFCrossRefStream2.of = function(dict, entries, encode) {
        if (encode === void 0) {
          encode = true;
        }
        return new PDFCrossRefStream2(dict, entries, encode);
      };
      return PDFCrossRefStream2;
    })(PDFFlateStream_default)
  );
  var PDFCrossRefStream_default = PDFCrossRefStream;

  // node_modules/pdf-lib/es/core/writers/PDFStreamWriter.js
  var PDFStreamWriter = (
    /** @class */
    (function(_super) {
      __extends(PDFStreamWriter2, _super);
      function PDFStreamWriter2(context2, objectsPerTick, encodeStreams, objectsPerStream) {
        var _this = _super.call(this, context2, objectsPerTick) || this;
        _this.encodeStreams = encodeStreams;
        _this.objectsPerStream = objectsPerStream;
        return _this;
      }
      PDFStreamWriter2.prototype.computeBufferSize = function() {
        return __awaiter(this, void 0, void 0, function() {
          var objectNumber, header2, size, xrefStream, uncompressedObjects, compressedObjects, objectStreamRefs, indirectObjects, idx, len, indirectObject, ref, object, shouldNotCompress, chunk, objectStreamRef, idx, len, chunk, ref, objectStream, xrefStreamRef, xrefOffset, trailer;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                objectNumber = this.context.largestObjectNumber + 1;
                header2 = PDFHeader_default.forVersion(1, 7);
                size = header2.sizeInBytes() + 2;
                xrefStream = PDFCrossRefStream_default.create(this.createTrailerDict(), this.encodeStreams);
                uncompressedObjects = [];
                compressedObjects = [];
                objectStreamRefs = [];
                indirectObjects = this.context.enumerateIndirectObjects();
                idx = 0, len = indirectObjects.length;
                _a.label = 1;
              case 1:
                if (!(idx < len)) return [3, 6];
                indirectObject = indirectObjects[idx];
                ref = indirectObject[0], object = indirectObject[1];
                shouldNotCompress = ref === this.context.trailerInfo.Encrypt || object instanceof PDFStream_default || object instanceof PDFInvalidObject_default || ref.generationNumber !== 0;
                if (!shouldNotCompress) return [3, 4];
                uncompressedObjects.push(indirectObject);
                xrefStream.addUncompressedEntry(ref, size);
                size += this.computeIndirectObjectSize(indirectObject);
                if (!this.shouldWaitForTick(1)) return [3, 3];
                return [4, waitForTick()];
              case 2:
                _a.sent();
                _a.label = 3;
              case 3:
                return [3, 5];
              case 4:
                chunk = last(compressedObjects);
                objectStreamRef = last(objectStreamRefs);
                if (!chunk || chunk.length % this.objectsPerStream === 0) {
                  chunk = [];
                  compressedObjects.push(chunk);
                  objectStreamRef = PDFRef_default.of(objectNumber++);
                  objectStreamRefs.push(objectStreamRef);
                }
                xrefStream.addCompressedEntry(ref, objectStreamRef, chunk.length);
                chunk.push(indirectObject);
                _a.label = 5;
              case 5:
                idx++;
                return [3, 1];
              case 6:
                idx = 0, len = compressedObjects.length;
                _a.label = 7;
              case 7:
                if (!(idx < len)) return [3, 10];
                chunk = compressedObjects[idx];
                ref = objectStreamRefs[idx];
                objectStream = PDFObjectStream_default.withContextAndObjects(this.context, chunk, this.encodeStreams);
                xrefStream.addUncompressedEntry(ref, size);
                size += this.computeIndirectObjectSize([ref, objectStream]);
                uncompressedObjects.push([ref, objectStream]);
                if (!this.shouldWaitForTick(chunk.length)) return [3, 9];
                return [4, waitForTick()];
              case 8:
                _a.sent();
                _a.label = 9;
              case 9:
                idx++;
                return [3, 7];
              case 10:
                xrefStreamRef = PDFRef_default.of(objectNumber++);
                xrefStream.dict.set(PDFName_default.of("Size"), PDFNumber_default.of(objectNumber));
                xrefStream.addUncompressedEntry(xrefStreamRef, size);
                xrefOffset = size;
                size += this.computeIndirectObjectSize([xrefStreamRef, xrefStream]);
                uncompressedObjects.push([xrefStreamRef, xrefStream]);
                trailer = PDFTrailer_default.forLastCrossRefSectionOffset(xrefOffset);
                size += trailer.sizeInBytes();
                return [2, { size, header: header2, indirectObjects: uncompressedObjects, trailer }];
            }
          });
        });
      };
      PDFStreamWriter2.forContext = function(context2, objectsPerTick, encodeStreams, objectsPerStream) {
        if (encodeStreams === void 0) {
          encodeStreams = true;
        }
        if (objectsPerStream === void 0) {
          objectsPerStream = 50;
        }
        return new PDFStreamWriter2(context2, objectsPerTick, encodeStreams, objectsPerStream);
      };
      return PDFStreamWriter2;
    })(PDFWriter_default)
  );
  var PDFStreamWriter_default = PDFStreamWriter;

  // node_modules/pdf-lib/es/core/objects/PDFHexString.js
  var PDFHexString = (
    /** @class */
    (function(_super) {
      __extends(PDFHexString2, _super);
      function PDFHexString2(value) {
        var _this = _super.call(this) || this;
        _this.value = value;
        return _this;
      }
      PDFHexString2.prototype.asBytes = function() {
        var hex = this.value + (this.value.length % 2 === 1 ? "0" : "");
        var hexLength = hex.length;
        var bytes2 = new Uint8Array(hex.length / 2);
        var hexOffset = 0;
        var bytesOffset = 0;
        while (hexOffset < hexLength) {
          var byte = parseInt(hex.substring(hexOffset, hexOffset + 2), 16);
          bytes2[bytesOffset] = byte;
          hexOffset += 2;
          bytesOffset += 1;
        }
        return bytes2;
      };
      PDFHexString2.prototype.decodeText = function() {
        var bytes2 = this.asBytes();
        if (hasUtf16BOM(bytes2))
          return utf16Decode(bytes2);
        return pdfDocEncodingDecode(bytes2);
      };
      PDFHexString2.prototype.decodeDate = function() {
        var text2 = this.decodeText();
        var date = parseDate(text2);
        if (!date)
          throw new InvalidPDFDateStringError(text2);
        return date;
      };
      PDFHexString2.prototype.asString = function() {
        return this.value;
      };
      PDFHexString2.prototype.clone = function() {
        return PDFHexString2.of(this.value);
      };
      PDFHexString2.prototype.toString = function() {
        return "<" + this.value + ">";
      };
      PDFHexString2.prototype.sizeInBytes = function() {
        return this.value.length + 2;
      };
      PDFHexString2.prototype.copyBytesInto = function(buffer, offset) {
        buffer[offset++] = CharCodes_default.LessThan;
        offset += copyStringIntoBuffer(this.value, buffer, offset);
        buffer[offset++] = CharCodes_default.GreaterThan;
        return this.value.length + 2;
      };
      PDFHexString2.of = function(value) {
        return new PDFHexString2(value);
      };
      PDFHexString2.fromText = function(value) {
        var encoded = utf16Encode(value);
        var hex = "";
        for (var idx = 0, len = encoded.length; idx < len; idx++) {
          hex += toHexStringOfMinLength(encoded[idx], 4);
        }
        return new PDFHexString2(hex);
      };
      return PDFHexString2;
    })(PDFObject_default)
  );
  var PDFHexString_default = PDFHexString;

  // node_modules/pdf-lib/es/core/embedders/StandardFontEmbedder.js
  var StandardFontEmbedder = (
    /** @class */
    (function() {
      function StandardFontEmbedder2(fontName, customName) {
        this.encoding = fontName === FontNames.ZapfDingbats ? Encodings.ZapfDingbats : fontName === FontNames.Symbol ? Encodings.Symbol : Encodings.WinAnsi;
        this.font = Font.load(fontName);
        this.fontName = this.font.FontName;
        this.customName = customName;
      }
      StandardFontEmbedder2.prototype.encodeText = function(text2) {
        var glyphs = this.encodeTextAsGlyphs(text2);
        var hexCodes = new Array(glyphs.length);
        for (var idx = 0, len = glyphs.length; idx < len; idx++) {
          hexCodes[idx] = toHexString(glyphs[idx].code);
        }
        return PDFHexString_default.of(hexCodes.join(""));
      };
      StandardFontEmbedder2.prototype.widthOfTextAtSize = function(text2, size) {
        var glyphs = this.encodeTextAsGlyphs(text2);
        var totalWidth = 0;
        for (var idx = 0, len = glyphs.length; idx < len; idx++) {
          var left = glyphs[idx].name;
          var right = (glyphs[idx + 1] || {}).name;
          var kernAmount = this.font.getXAxisKerningForPair(left, right) || 0;
          totalWidth += this.widthOfGlyph(left) + kernAmount;
        }
        var scale2 = size / 1e3;
        return totalWidth * scale2;
      };
      StandardFontEmbedder2.prototype.heightOfFontAtSize = function(size, options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        var _a = options2.descender, descender = _a === void 0 ? true : _a;
        var _b = this.font, Ascender = _b.Ascender, Descender = _b.Descender, FontBBox = _b.FontBBox;
        var yTop = Ascender || FontBBox[3];
        var yBottom = Descender || FontBBox[1];
        var height = yTop - yBottom;
        if (!descender)
          height += Descender || 0;
        return height / 1e3 * size;
      };
      StandardFontEmbedder2.prototype.sizeOfFontAtHeight = function(height) {
        var _a = this.font, Ascender = _a.Ascender, Descender = _a.Descender, FontBBox = _a.FontBBox;
        var yTop = Ascender || FontBBox[3];
        var yBottom = Descender || FontBBox[1];
        return 1e3 * height / (yTop - yBottom);
      };
      StandardFontEmbedder2.prototype.embedIntoContext = function(context2, ref) {
        var fontDict = context2.obj({
          Type: "Font",
          Subtype: "Type1",
          BaseFont: this.customName || this.fontName,
          Encoding: this.encoding === Encodings.WinAnsi ? "WinAnsiEncoding" : void 0
        });
        if (ref) {
          context2.assign(ref, fontDict);
          return ref;
        } else {
          return context2.register(fontDict);
        }
      };
      StandardFontEmbedder2.prototype.widthOfGlyph = function(glyphName) {
        return this.font.getWidthOfGlyph(glyphName) || 250;
      };
      StandardFontEmbedder2.prototype.encodeTextAsGlyphs = function(text2) {
        var codePoints = Array.from(text2);
        var glyphs = new Array(codePoints.length);
        for (var idx = 0, len = codePoints.length; idx < len; idx++) {
          var codePoint = toCodePoint(codePoints[idx]);
          glyphs[idx] = this.encoding.encodeUnicodeCodePoint(codePoint);
        }
        return glyphs;
      };
      StandardFontEmbedder2.for = function(fontName, customName) {
        return new StandardFontEmbedder2(fontName, customName);
      };
      return StandardFontEmbedder2;
    })()
  );
  var StandardFontEmbedder_default = StandardFontEmbedder;

  // node_modules/pdf-lib/es/core/embedders/CMap.js
  var createCmap = function(glyphs, glyphId) {
    var bfChars = new Array(glyphs.length);
    for (var idx = 0, len = glyphs.length; idx < len; idx++) {
      var glyph = glyphs[idx];
      var id = cmapHexFormat(cmapHexString(glyphId(glyph)));
      var unicode = cmapHexFormat.apply(void 0, glyph.codePoints.map(cmapCodePointFormat));
      bfChars[idx] = [id, unicode];
    }
    return fillCmapTemplate(bfChars);
  };
  var fillCmapTemplate = function(bfChars) {
    return "/CIDInit /ProcSet findresource begin\n12 dict begin\nbegincmap\n/CIDSystemInfo <<\n  /Registry (Adobe)\n  /Ordering (UCS)\n  /Supplement 0\n>> def\n/CMapName /Adobe-Identity-UCS def\n/CMapType 2 def\n1 begincodespacerange\n<0000><ffff>\nendcodespacerange\n" + bfChars.length + " beginbfchar\n" + bfChars.map(function(_a) {
      var glyphId = _a[0], codePoint = _a[1];
      return glyphId + " " + codePoint;
    }).join("\n") + "\nendbfchar\nendcmap\nCMapName currentdict /CMap defineresource pop\nend\nend";
  };
  var cmapHexFormat = function() {
    var values3 = [];
    for (var _i = 0; _i < arguments.length; _i++) {
      values3[_i] = arguments[_i];
    }
    return "<" + values3.join("") + ">";
  };
  var cmapHexString = function(value) {
    return toHexStringOfMinLength(value, 4);
  };
  var cmapCodePointFormat = function(codePoint) {
    if (isWithinBMP(codePoint))
      return cmapHexString(codePoint);
    if (hasSurrogates(codePoint)) {
      var hs = highSurrogate(codePoint);
      var ls = lowSurrogate(codePoint);
      return "" + cmapHexString(hs) + cmapHexString(ls);
    }
    var hex = toHexString(codePoint);
    var msg = "0x" + hex + " is not a valid UTF-8 or UTF-16 codepoint.";
    throw new Error(msg);
  };

  // node_modules/pdf-lib/es/core/embedders/FontFlags.js
  var makeFontFlags = function(options2) {
    var flags = 0;
    var flipBit = function(bit) {
      flags |= 1 << bit - 1;
    };
    if (options2.fixedPitch)
      flipBit(1);
    if (options2.serif)
      flipBit(2);
    if (options2.symbolic)
      flipBit(3);
    if (options2.script)
      flipBit(4);
    if (options2.nonsymbolic)
      flipBit(6);
    if (options2.italic)
      flipBit(7);
    if (options2.allCap)
      flipBit(17);
    if (options2.smallCap)
      flipBit(18);
    if (options2.forceBold)
      flipBit(19);
    return flags;
  };
  var deriveFontFlags = function(font) {
    var familyClass = font["OS/2"] ? font["OS/2"].sFamilyClass : 0;
    var flags = makeFontFlags({
      fixedPitch: font.post.isFixedPitch,
      serif: 1 <= familyClass && familyClass <= 7,
      symbolic: true,
      script: familyClass === 10,
      italic: font.head.macStyle.italic
    });
    return flags;
  };

  // node_modules/pdf-lib/es/core/objects/PDFString.js
  var PDFString = (
    /** @class */
    (function(_super) {
      __extends(PDFString2, _super);
      function PDFString2(value) {
        var _this = _super.call(this) || this;
        _this.value = value;
        return _this;
      }
      PDFString2.prototype.asBytes = function() {
        var bytes2 = [];
        var octal = "";
        var escaped2 = false;
        var pushByte = function(byte2) {
          if (byte2 !== void 0)
            bytes2.push(byte2);
          escaped2 = false;
        };
        for (var idx = 0, len = this.value.length; idx < len; idx++) {
          var char = this.value[idx];
          var byte = toCharCode(char);
          var nextChar = this.value[idx + 1];
          if (!escaped2) {
            if (byte === CharCodes_default.BackSlash)
              escaped2 = true;
            else
              pushByte(byte);
          } else {
            if (byte === CharCodes_default.Newline)
              pushByte();
            else if (byte === CharCodes_default.CarriageReturn)
              pushByte();
            else if (byte === CharCodes_default.n)
              pushByte(CharCodes_default.Newline);
            else if (byte === CharCodes_default.r)
              pushByte(CharCodes_default.CarriageReturn);
            else if (byte === CharCodes_default.t)
              pushByte(CharCodes_default.Tab);
            else if (byte === CharCodes_default.b)
              pushByte(CharCodes_default.Backspace);
            else if (byte === CharCodes_default.f)
              pushByte(CharCodes_default.FormFeed);
            else if (byte === CharCodes_default.LeftParen)
              pushByte(CharCodes_default.LeftParen);
            else if (byte === CharCodes_default.RightParen)
              pushByte(CharCodes_default.RightParen);
            else if (byte === CharCodes_default.Backspace)
              pushByte(CharCodes_default.BackSlash);
            else if (byte >= CharCodes_default.Zero && byte <= CharCodes_default.Seven) {
              octal += char;
              if (octal.length === 3 || !(nextChar >= "0" && nextChar <= "7")) {
                pushByte(parseInt(octal, 8));
                octal = "";
              }
            } else {
              pushByte(byte);
            }
          }
        }
        return new Uint8Array(bytes2);
      };
      PDFString2.prototype.decodeText = function() {
        var bytes2 = this.asBytes();
        if (hasUtf16BOM(bytes2))
          return utf16Decode(bytes2);
        return pdfDocEncodingDecode(bytes2);
      };
      PDFString2.prototype.decodeDate = function() {
        var text2 = this.decodeText();
        var date = parseDate(text2);
        if (!date)
          throw new InvalidPDFDateStringError(text2);
        return date;
      };
      PDFString2.prototype.asString = function() {
        return this.value;
      };
      PDFString2.prototype.clone = function() {
        return PDFString2.of(this.value);
      };
      PDFString2.prototype.toString = function() {
        return "(" + this.value + ")";
      };
      PDFString2.prototype.sizeInBytes = function() {
        return this.value.length + 2;
      };
      PDFString2.prototype.copyBytesInto = function(buffer, offset) {
        buffer[offset++] = CharCodes_default.LeftParen;
        offset += copyStringIntoBuffer(this.value, buffer, offset);
        buffer[offset++] = CharCodes_default.RightParen;
        return this.value.length + 2;
      };
      PDFString2.of = function(value) {
        return new PDFString2(value);
      };
      PDFString2.fromDate = function(date) {
        var year = padStart(String(date.getUTCFullYear()), 4, "0");
        var month = padStart(String(date.getUTCMonth() + 1), 2, "0");
        var day = padStart(String(date.getUTCDate()), 2, "0");
        var hours = padStart(String(date.getUTCHours()), 2, "0");
        var mins = padStart(String(date.getUTCMinutes()), 2, "0");
        var secs = padStart(String(date.getUTCSeconds()), 2, "0");
        return new PDFString2("D:" + year + month + day + hours + mins + secs + "Z");
      };
      return PDFString2;
    })(PDFObject_default)
  );
  var PDFString_default = PDFString;

  // node_modules/pdf-lib/es/core/embedders/CustomFontEmbedder.js
  var CustomFontEmbedder = (
    /** @class */
    (function() {
      function CustomFontEmbedder2(font, fontData, customName, fontFeatures) {
        var _this = this;
        this.allGlyphsInFontSortedById = function() {
          var glyphs = new Array(_this.font.characterSet.length);
          for (var idx = 0, len = glyphs.length; idx < len; idx++) {
            var codePoint = _this.font.characterSet[idx];
            glyphs[idx] = _this.font.glyphForCodePoint(codePoint);
          }
          return sortedUniq(glyphs.sort(byAscendingId), function(g) {
            return g.id;
          });
        };
        this.font = font;
        this.scale = 1e3 / this.font.unitsPerEm;
        this.fontData = fontData;
        this.fontName = this.font.postscriptName || "Font";
        this.customName = customName;
        this.fontFeatures = fontFeatures;
        this.baseFontName = "";
        this.glyphCache = Cache_default.populatedBy(this.allGlyphsInFontSortedById);
      }
      CustomFontEmbedder2.for = function(fontkit, fontData, customName, fontFeatures) {
        return __awaiter(this, void 0, void 0, function() {
          var font;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                return [4, fontkit.create(fontData)];
              case 1:
                font = _a.sent();
                return [2, new CustomFontEmbedder2(font, fontData, customName, fontFeatures)];
            }
          });
        });
      };
      CustomFontEmbedder2.prototype.encodeText = function(text2) {
        var glyphs = this.font.layout(text2, this.fontFeatures).glyphs;
        var hexCodes = new Array(glyphs.length);
        for (var idx = 0, len = glyphs.length; idx < len; idx++) {
          hexCodes[idx] = toHexStringOfMinLength(glyphs[idx].id, 4);
        }
        return PDFHexString_default.of(hexCodes.join(""));
      };
      CustomFontEmbedder2.prototype.widthOfTextAtSize = function(text2, size) {
        var glyphs = this.font.layout(text2, this.fontFeatures).glyphs;
        var totalWidth = 0;
        for (var idx = 0, len = glyphs.length; idx < len; idx++) {
          totalWidth += glyphs[idx].advanceWidth * this.scale;
        }
        var scale2 = size / 1e3;
        return totalWidth * scale2;
      };
      CustomFontEmbedder2.prototype.heightOfFontAtSize = function(size, options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        var _a = options2.descender, descender = _a === void 0 ? true : _a;
        var _b = this.font, ascent = _b.ascent, descent = _b.descent, bbox = _b.bbox;
        var yTop = (ascent || bbox.maxY) * this.scale;
        var yBottom = (descent || bbox.minY) * this.scale;
        var height = yTop - yBottom;
        if (!descender)
          height -= Math.abs(descent) || 0;
        return height / 1e3 * size;
      };
      CustomFontEmbedder2.prototype.sizeOfFontAtHeight = function(height) {
        var _a = this.font, ascent = _a.ascent, descent = _a.descent, bbox = _a.bbox;
        var yTop = (ascent || bbox.maxY) * this.scale;
        var yBottom = (descent || bbox.minY) * this.scale;
        return 1e3 * height / (yTop - yBottom);
      };
      CustomFontEmbedder2.prototype.embedIntoContext = function(context2, ref) {
        this.baseFontName = this.customName || context2.addRandomSuffix(this.fontName);
        return this.embedFontDict(context2, ref);
      };
      CustomFontEmbedder2.prototype.embedFontDict = function(context2, ref) {
        return __awaiter(this, void 0, void 0, function() {
          var cidFontDictRef, unicodeCMapRef, fontDict;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                return [4, this.embedCIDFontDict(context2)];
              case 1:
                cidFontDictRef = _a.sent();
                unicodeCMapRef = this.embedUnicodeCmap(context2);
                fontDict = context2.obj({
                  Type: "Font",
                  Subtype: "Type0",
                  BaseFont: this.baseFontName,
                  Encoding: "Identity-H",
                  DescendantFonts: [cidFontDictRef],
                  ToUnicode: unicodeCMapRef
                });
                if (ref) {
                  context2.assign(ref, fontDict);
                  return [2, ref];
                } else {
                  return [2, context2.register(fontDict)];
                }
                return [
                  2
                  /*return*/
                ];
            }
          });
        });
      };
      CustomFontEmbedder2.prototype.isCFF = function() {
        return this.font.cff;
      };
      CustomFontEmbedder2.prototype.embedCIDFontDict = function(context2) {
        return __awaiter(this, void 0, void 0, function() {
          var fontDescriptorRef, cidFontDict;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                return [4, this.embedFontDescriptor(context2)];
              case 1:
                fontDescriptorRef = _a.sent();
                cidFontDict = context2.obj({
                  Type: "Font",
                  Subtype: this.isCFF() ? "CIDFontType0" : "CIDFontType2",
                  CIDToGIDMap: "Identity",
                  BaseFont: this.baseFontName,
                  CIDSystemInfo: {
                    Registry: PDFString_default.of("Adobe"),
                    Ordering: PDFString_default.of("Identity"),
                    Supplement: 0
                  },
                  FontDescriptor: fontDescriptorRef,
                  W: this.computeWidths()
                });
                return [2, context2.register(cidFontDict)];
            }
          });
        });
      };
      CustomFontEmbedder2.prototype.embedFontDescriptor = function(context2) {
        return __awaiter(this, void 0, void 0, function() {
          var fontStreamRef, scale2, _a, italicAngle, ascent, descent, capHeight, xHeight, _b, minX, minY, maxX, maxY, fontDescriptor;
          var _c;
          return __generator(this, function(_d) {
            switch (_d.label) {
              case 0:
                return [4, this.embedFontStream(context2)];
              case 1:
                fontStreamRef = _d.sent();
                scale2 = this.scale;
                _a = this.font, italicAngle = _a.italicAngle, ascent = _a.ascent, descent = _a.descent, capHeight = _a.capHeight, xHeight = _a.xHeight;
                _b = this.font.bbox, minX = _b.minX, minY = _b.minY, maxX = _b.maxX, maxY = _b.maxY;
                fontDescriptor = context2.obj((_c = {
                  Type: "FontDescriptor",
                  FontName: this.baseFontName,
                  Flags: deriveFontFlags(this.font),
                  FontBBox: [minX * scale2, minY * scale2, maxX * scale2, maxY * scale2],
                  ItalicAngle: italicAngle,
                  Ascent: ascent * scale2,
                  Descent: descent * scale2,
                  CapHeight: (capHeight || ascent) * scale2,
                  XHeight: (xHeight || 0) * scale2,
                  // Not sure how to compute/find this, nor is anybody else really:
                  // https://stackoverflow.com/questions/35485179/stemv-value-of-the-truetype-font
                  StemV: 0
                }, _c[this.isCFF() ? "FontFile3" : "FontFile2"] = fontStreamRef, _c));
                return [2, context2.register(fontDescriptor)];
            }
          });
        });
      };
      CustomFontEmbedder2.prototype.serializeFont = function() {
        return __awaiter(this, void 0, void 0, function() {
          return __generator(this, function(_a) {
            return [2, this.fontData];
          });
        });
      };
      CustomFontEmbedder2.prototype.embedFontStream = function(context2) {
        return __awaiter(this, void 0, void 0, function() {
          var fontStream, _a, _b;
          return __generator(this, function(_c) {
            switch (_c.label) {
              case 0:
                _b = (_a = context2).flateStream;
                return [4, this.serializeFont()];
              case 1:
                fontStream = _b.apply(_a, [_c.sent(), {
                  Subtype: this.isCFF() ? "CIDFontType0C" : void 0
                }]);
                return [2, context2.register(fontStream)];
            }
          });
        });
      };
      CustomFontEmbedder2.prototype.embedUnicodeCmap = function(context2) {
        var cmap = createCmap(this.glyphCache.access(), this.glyphId.bind(this));
        var cmapStream = context2.flateStream(cmap);
        return context2.register(cmapStream);
      };
      CustomFontEmbedder2.prototype.glyphId = function(glyph) {
        return glyph ? glyph.id : -1;
      };
      CustomFontEmbedder2.prototype.computeWidths = function() {
        var glyphs = this.glyphCache.access();
        var widths = [];
        var currSection = [];
        for (var idx = 0, len = glyphs.length; idx < len; idx++) {
          var currGlyph = glyphs[idx];
          var prevGlyph = glyphs[idx - 1];
          var currGlyphId = this.glyphId(currGlyph);
          var prevGlyphId = this.glyphId(prevGlyph);
          if (idx === 0) {
            widths.push(currGlyphId);
          } else if (currGlyphId - prevGlyphId !== 1) {
            widths.push(currSection);
            widths.push(currGlyphId);
            currSection = [];
          }
          currSection.push(currGlyph.advanceWidth * this.scale);
        }
        widths.push(currSection);
        return widths;
      };
      return CustomFontEmbedder2;
    })()
  );
  var CustomFontEmbedder_default = CustomFontEmbedder;

  // node_modules/pdf-lib/es/core/embedders/CustomFontSubsetEmbedder.js
  var CustomFontSubsetEmbedder = (
    /** @class */
    (function(_super) {
      __extends(CustomFontSubsetEmbedder2, _super);
      function CustomFontSubsetEmbedder2(font, fontData, customFontName, fontFeatures) {
        var _this = _super.call(this, font, fontData, customFontName, fontFeatures) || this;
        _this.subset = _this.font.createSubset();
        _this.glyphs = [];
        _this.glyphCache = Cache_default.populatedBy(function() {
          return _this.glyphs;
        });
        _this.glyphIdMap = /* @__PURE__ */ new Map();
        return _this;
      }
      CustomFontSubsetEmbedder2.for = function(fontkit, fontData, customFontName, fontFeatures) {
        return __awaiter(this, void 0, void 0, function() {
          var font;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                return [4, fontkit.create(fontData)];
              case 1:
                font = _a.sent();
                return [2, new CustomFontSubsetEmbedder2(font, fontData, customFontName, fontFeatures)];
            }
          });
        });
      };
      CustomFontSubsetEmbedder2.prototype.encodeText = function(text2) {
        var glyphs = this.font.layout(text2, this.fontFeatures).glyphs;
        var hexCodes = new Array(glyphs.length);
        for (var idx = 0, len = glyphs.length; idx < len; idx++) {
          var glyph = glyphs[idx];
          var subsetGlyphId = this.subset.includeGlyph(glyph);
          this.glyphs[subsetGlyphId - 1] = glyph;
          this.glyphIdMap.set(glyph.id, subsetGlyphId);
          hexCodes[idx] = toHexStringOfMinLength(subsetGlyphId, 4);
        }
        this.glyphCache.invalidate();
        return PDFHexString_default.of(hexCodes.join(""));
      };
      CustomFontSubsetEmbedder2.prototype.isCFF = function() {
        return this.subset.cff;
      };
      CustomFontSubsetEmbedder2.prototype.glyphId = function(glyph) {
        return glyph ? this.glyphIdMap.get(glyph.id) : -1;
      };
      CustomFontSubsetEmbedder2.prototype.serializeFont = function() {
        var _this = this;
        return new Promise(function(resolve, reject) {
          var parts = [];
          _this.subset.encodeStream().on("data", function(bytes2) {
            return parts.push(bytes2);
          }).on("end", function() {
            return resolve(mergeUint8Arrays(parts));
          }).on("error", function(err) {
            return reject(err);
          });
        });
      };
      return CustomFontSubsetEmbedder2;
    })(CustomFontEmbedder_default)
  );
  var CustomFontSubsetEmbedder_default = CustomFontSubsetEmbedder;

  // node_modules/pdf-lib/es/core/embedders/FileEmbedder.js
  var AFRelationship;
  (function(AFRelationship2) {
    AFRelationship2["Source"] = "Source";
    AFRelationship2["Data"] = "Data";
    AFRelationship2["Alternative"] = "Alternative";
    AFRelationship2["Supplement"] = "Supplement";
    AFRelationship2["EncryptedPayload"] = "EncryptedPayload";
    AFRelationship2["FormData"] = "EncryptedPayload";
    AFRelationship2["Schema"] = "Schema";
    AFRelationship2["Unspecified"] = "Unspecified";
  })(AFRelationship || (AFRelationship = {}));
  var FileEmbedder = (
    /** @class */
    (function() {
      function FileEmbedder2(fileData, fileName, options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        this.fileData = fileData;
        this.fileName = fileName;
        this.options = options2;
      }
      FileEmbedder2.for = function(bytes2, fileName, options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        return new FileEmbedder2(bytes2, fileName, options2);
      };
      FileEmbedder2.prototype.embedIntoContext = function(context2, ref) {
        return __awaiter(this, void 0, void 0, function() {
          var _a, mimeType, description, creationDate, modificationDate, afRelationship, embeddedFileStream, embeddedFileStreamRef, fileSpecDict;
          return __generator(this, function(_b) {
            _a = this.options, mimeType = _a.mimeType, description = _a.description, creationDate = _a.creationDate, modificationDate = _a.modificationDate, afRelationship = _a.afRelationship;
            embeddedFileStream = context2.flateStream(this.fileData, {
              Type: "EmbeddedFile",
              Subtype: mimeType !== null && mimeType !== void 0 ? mimeType : void 0,
              Params: {
                Size: this.fileData.length,
                CreationDate: creationDate ? PDFString_default.fromDate(creationDate) : void 0,
                ModDate: modificationDate ? PDFString_default.fromDate(modificationDate) : void 0
              }
            });
            embeddedFileStreamRef = context2.register(embeddedFileStream);
            fileSpecDict = context2.obj({
              Type: "Filespec",
              F: PDFString_default.of(this.fileName),
              UF: PDFHexString_default.fromText(this.fileName),
              EF: { F: embeddedFileStreamRef },
              Desc: description ? PDFHexString_default.fromText(description) : void 0,
              AFRelationship: afRelationship !== null && afRelationship !== void 0 ? afRelationship : void 0
            });
            if (ref) {
              context2.assign(ref, fileSpecDict);
              return [2, ref];
            } else {
              return [2, context2.register(fileSpecDict)];
            }
            return [
              2
              /*return*/
            ];
          });
        });
      };
      return FileEmbedder2;
    })()
  );
  var FileEmbedder_default = FileEmbedder;

  // node_modules/pdf-lib/es/core/embedders/JpegEmbedder.js
  var MARKERS = [
    65472,
    65473,
    65474,
    65475,
    65477,
    65478,
    65479,
    65480,
    65481,
    65482,
    65483,
    65484,
    65485,
    65486,
    65487
  ];
  var ColorSpace;
  (function(ColorSpace3) {
    ColorSpace3["DeviceGray"] = "DeviceGray";
    ColorSpace3["DeviceRGB"] = "DeviceRGB";
    ColorSpace3["DeviceCMYK"] = "DeviceCMYK";
  })(ColorSpace || (ColorSpace = {}));
  var ChannelToColorSpace = {
    1: ColorSpace.DeviceGray,
    3: ColorSpace.DeviceRGB,
    4: ColorSpace.DeviceCMYK
  };
  var JpegEmbedder = (
    /** @class */
    (function() {
      function JpegEmbedder2(imageData, bitsPerComponent, width, height, colorSpace) {
        this.imageData = imageData;
        this.bitsPerComponent = bitsPerComponent;
        this.width = width;
        this.height = height;
        this.colorSpace = colorSpace;
      }
      JpegEmbedder2.for = function(imageData) {
        return __awaiter(this, void 0, void 0, function() {
          var dataView, soi, pos, marker, bitsPerComponent, height, width, channelByte, channelName, colorSpace;
          return __generator(this, function(_a) {
            dataView = new DataView(imageData.buffer);
            soi = dataView.getUint16(0);
            if (soi !== 65496)
              throw new Error("SOI not found in JPEG");
            pos = 2;
            while (pos < dataView.byteLength) {
              marker = dataView.getUint16(pos);
              pos += 2;
              if (MARKERS.includes(marker))
                break;
              pos += dataView.getUint16(pos);
            }
            if (!MARKERS.includes(marker))
              throw new Error("Invalid JPEG");
            pos += 2;
            bitsPerComponent = dataView.getUint8(pos++);
            height = dataView.getUint16(pos);
            pos += 2;
            width = dataView.getUint16(pos);
            pos += 2;
            channelByte = dataView.getUint8(pos++);
            channelName = ChannelToColorSpace[channelByte];
            if (!channelName)
              throw new Error("Unknown JPEG channel.");
            colorSpace = channelName;
            return [2, new JpegEmbedder2(imageData, bitsPerComponent, width, height, colorSpace)];
          });
        });
      };
      JpegEmbedder2.prototype.embedIntoContext = function(context2, ref) {
        return __awaiter(this, void 0, void 0, function() {
          var xObject;
          return __generator(this, function(_a) {
            xObject = context2.stream(this.imageData, {
              Type: "XObject",
              Subtype: "Image",
              BitsPerComponent: this.bitsPerComponent,
              Width: this.width,
              Height: this.height,
              ColorSpace: this.colorSpace,
              Filter: "DCTDecode",
              // CMYK JPEG streams in PDF are typically stored complemented,
              // with 1 as 'off' and 0 as 'on' (PDF 32000-1:2008, 8.6.4.4).
              //
              // Standalone CMYK JPEG (usually exported by Photoshop) are
              // stored inverse, with 0 as 'off' and 1 as 'on', like RGB.
              //
              // Applying a swap here as a hedge that most bytes passing
              // through this method will benefit from it.
              Decode: this.colorSpace === ColorSpace.DeviceCMYK ? [1, 0, 1, 0, 1, 0, 1, 0] : void 0
            });
            if (ref) {
              context2.assign(ref, xObject);
              return [2, ref];
            } else {
              return [2, context2.register(xObject)];
            }
            return [
              2
              /*return*/
            ];
          });
        });
      };
      return JpegEmbedder2;
    })()
  );
  var JpegEmbedder_default = JpegEmbedder;

  // node_modules/@pdf-lib/upng/UPNG.js
  var import_pako4 = __toESM(require_pako());
  var UPNG = {};
  UPNG.toRGBA8 = function(out) {
    var w = out.width, h = out.height;
    if (out.tabs.acTL == null) return [UPNG.toRGBA8.decodeImage(out.data, w, h, out).buffer];
    var frms = [];
    if (out.frames[0].data == null) out.frames[0].data = out.data;
    var len = w * h * 4, img = new Uint8Array(len), empty = new Uint8Array(len), prev = new Uint8Array(len);
    for (var i = 0; i < out.frames.length; i++) {
      var frm = out.frames[i];
      var fx = frm.rect.x, fy = frm.rect.y, fw = frm.rect.width, fh = frm.rect.height;
      var fdata = UPNG.toRGBA8.decodeImage(frm.data, fw, fh, out);
      if (i != 0) for (var j = 0; j < len; j++) prev[j] = img[j];
      if (frm.blend == 0) UPNG._copyTile(fdata, fw, fh, img, w, h, fx, fy, 0);
      else if (frm.blend == 1) UPNG._copyTile(fdata, fw, fh, img, w, h, fx, fy, 1);
      frms.push(img.buffer.slice(0));
      if (frm.dispose == 0) {
      } else if (frm.dispose == 1) UPNG._copyTile(empty, fw, fh, img, w, h, fx, fy, 0);
      else if (frm.dispose == 2) for (var j = 0; j < len; j++) img[j] = prev[j];
    }
    return frms;
  };
  UPNG.toRGBA8.decodeImage = function(data, w, h, out) {
    var area = w * h, bpp = UPNG.decode._getBPP(out);
    var bpl = Math.ceil(w * bpp / 8);
    var bf = new Uint8Array(area * 4), bf32 = new Uint32Array(bf.buffer);
    var ctype = out.ctype, depth = out.depth;
    var rs = UPNG._bin.readUshort;
    var time = Date.now();
    if (ctype == 6) {
      var qarea = area << 2;
      if (depth == 8) for (var i = 0; i < qarea; i += 4) {
        bf[i] = data[i];
        bf[i + 1] = data[i + 1];
        bf[i + 2] = data[i + 2];
        bf[i + 3] = data[i + 3];
      }
      if (depth == 16) for (var i = 0; i < qarea; i++) {
        bf[i] = data[i << 1];
      }
    } else if (ctype == 2) {
      var ts = out.tabs["tRNS"];
      if (ts == null) {
        if (depth == 8) for (var i = 0; i < area; i++) {
          var ti = i * 3;
          bf32[i] = 255 << 24 | data[ti + 2] << 16 | data[ti + 1] << 8 | data[ti];
        }
        if (depth == 16) for (var i = 0; i < area; i++) {
          var ti = i * 6;
          bf32[i] = 255 << 24 | data[ti + 4] << 16 | data[ti + 2] << 8 | data[ti];
        }
      } else {
        var tr = ts[0], tg = ts[1], tb = ts[2];
        if (depth == 8) for (var i = 0; i < area; i++) {
          var qi = i << 2, ti = i * 3;
          bf32[i] = 255 << 24 | data[ti + 2] << 16 | data[ti + 1] << 8 | data[ti];
          if (data[ti] == tr && data[ti + 1] == tg && data[ti + 2] == tb) bf[qi + 3] = 0;
        }
        if (depth == 16) for (var i = 0; i < area; i++) {
          var qi = i << 2, ti = i * 6;
          bf32[i] = 255 << 24 | data[ti + 4] << 16 | data[ti + 2] << 8 | data[ti];
          if (rs(data, ti) == tr && rs(data, ti + 2) == tg && rs(data, ti + 4) == tb) bf[qi + 3] = 0;
        }
      }
    } else if (ctype == 3) {
      var p = out.tabs["PLTE"], ap = out.tabs["tRNS"], tl = ap ? ap.length : 0;
      if (depth == 1) for (var y = 0; y < h; y++) {
        var s0 = y * bpl, t0 = y * w;
        for (var i = 0; i < w; i++) {
          var qi = t0 + i << 2, j = data[s0 + (i >> 3)] >> 7 - ((i & 7) << 0) & 1, cj = 3 * j;
          bf[qi] = p[cj];
          bf[qi + 1] = p[cj + 1];
          bf[qi + 2] = p[cj + 2];
          bf[qi + 3] = j < tl ? ap[j] : 255;
        }
      }
      if (depth == 2) for (var y = 0; y < h; y++) {
        var s0 = y * bpl, t0 = y * w;
        for (var i = 0; i < w; i++) {
          var qi = t0 + i << 2, j = data[s0 + (i >> 2)] >> 6 - ((i & 3) << 1) & 3, cj = 3 * j;
          bf[qi] = p[cj];
          bf[qi + 1] = p[cj + 1];
          bf[qi + 2] = p[cj + 2];
          bf[qi + 3] = j < tl ? ap[j] : 255;
        }
      }
      if (depth == 4) for (var y = 0; y < h; y++) {
        var s0 = y * bpl, t0 = y * w;
        for (var i = 0; i < w; i++) {
          var qi = t0 + i << 2, j = data[s0 + (i >> 1)] >> 4 - ((i & 1) << 2) & 15, cj = 3 * j;
          bf[qi] = p[cj];
          bf[qi + 1] = p[cj + 1];
          bf[qi + 2] = p[cj + 2];
          bf[qi + 3] = j < tl ? ap[j] : 255;
        }
      }
      if (depth == 8) for (var i = 0; i < area; i++) {
        var qi = i << 2, j = data[i], cj = 3 * j;
        bf[qi] = p[cj];
        bf[qi + 1] = p[cj + 1];
        bf[qi + 2] = p[cj + 2];
        bf[qi + 3] = j < tl ? ap[j] : 255;
      }
    } else if (ctype == 4) {
      if (depth == 8) for (var i = 0; i < area; i++) {
        var qi = i << 2, di = i << 1, gr = data[di];
        bf[qi] = gr;
        bf[qi + 1] = gr;
        bf[qi + 2] = gr;
        bf[qi + 3] = data[di + 1];
      }
      if (depth == 16) for (var i = 0; i < area; i++) {
        var qi = i << 2, di = i << 2, gr = data[di];
        bf[qi] = gr;
        bf[qi + 1] = gr;
        bf[qi + 2] = gr;
        bf[qi + 3] = data[di + 2];
      }
    } else if (ctype == 0) {
      var tr = out.tabs["tRNS"] ? out.tabs["tRNS"] : -1;
      for (var y = 0; y < h; y++) {
        var off = y * bpl, to = y * w;
        if (depth == 1) for (var x = 0; x < w; x++) {
          var gr = 255 * (data[off + (x >>> 3)] >>> 7 - (x & 7) & 1), al = gr == tr * 255 ? 0 : 255;
          bf32[to + x] = al << 24 | gr << 16 | gr << 8 | gr;
        }
        else if (depth == 2) for (var x = 0; x < w; x++) {
          var gr = 85 * (data[off + (x >>> 2)] >>> 6 - ((x & 3) << 1) & 3), al = gr == tr * 85 ? 0 : 255;
          bf32[to + x] = al << 24 | gr << 16 | gr << 8 | gr;
        }
        else if (depth == 4) for (var x = 0; x < w; x++) {
          var gr = 17 * (data[off + (x >>> 1)] >>> 4 - ((x & 1) << 2) & 15), al = gr == tr * 17 ? 0 : 255;
          bf32[to + x] = al << 24 | gr << 16 | gr << 8 | gr;
        }
        else if (depth == 8) for (var x = 0; x < w; x++) {
          var gr = data[off + x], al = gr == tr ? 0 : 255;
          bf32[to + x] = al << 24 | gr << 16 | gr << 8 | gr;
        }
        else if (depth == 16) for (var x = 0; x < w; x++) {
          var gr = data[off + (x << 1)], al = rs(data, off + (x << i)) == tr ? 0 : 255;
          bf32[to + x] = al << 24 | gr << 16 | gr << 8 | gr;
        }
      }
    }
    return bf;
  };
  UPNG.decode = function(buff) {
    var data = new Uint8Array(buff), offset = 8, bin = UPNG._bin, rUs = bin.readUshort, rUi = bin.readUint;
    var out = { tabs: {}, frames: [] };
    var dd = new Uint8Array(data.length), doff = 0;
    var fd, foff = 0;
    var mgck = [137, 80, 78, 71, 13, 10, 26, 10];
    for (var i = 0; i < 8; i++) if (data[i] != mgck[i]) throw "The input is not a PNG file!";
    while (offset < data.length) {
      var len = bin.readUint(data, offset);
      offset += 4;
      var type = bin.readASCII(data, offset, 4);
      offset += 4;
      if (type == "IHDR") {
        UPNG.decode._IHDR(data, offset, out);
      } else if (type == "IDAT") {
        for (var i = 0; i < len; i++) dd[doff + i] = data[offset + i];
        doff += len;
      } else if (type == "acTL") {
        out.tabs[type] = { num_frames: rUi(data, offset), num_plays: rUi(data, offset + 4) };
        fd = new Uint8Array(data.length);
      } else if (type == "fcTL") {
        if (foff != 0) {
          var fr = out.frames[out.frames.length - 1];
          fr.data = UPNG.decode._decompress(out, fd.slice(0, foff), fr.rect.width, fr.rect.height);
          foff = 0;
        }
        var rct = { x: rUi(data, offset + 12), y: rUi(data, offset + 16), width: rUi(data, offset + 4), height: rUi(data, offset + 8) };
        var del = rUs(data, offset + 22);
        del = rUs(data, offset + 20) / (del == 0 ? 100 : del);
        var frm = { rect: rct, delay: Math.round(del * 1e3), dispose: data[offset + 24], blend: data[offset + 25] };
        out.frames.push(frm);
      } else if (type == "fdAT") {
        for (var i = 0; i < len - 4; i++) fd[foff + i] = data[offset + i + 4];
        foff += len - 4;
      } else if (type == "pHYs") {
        out.tabs[type] = [bin.readUint(data, offset), bin.readUint(data, offset + 4), data[offset + 8]];
      } else if (type == "cHRM") {
        out.tabs[type] = [];
        for (var i = 0; i < 8; i++) out.tabs[type].push(bin.readUint(data, offset + i * 4));
      } else if (type == "tEXt") {
        if (out.tabs[type] == null) out.tabs[type] = {};
        var nz = bin.nextZero(data, offset);
        var keyw = bin.readASCII(data, offset, nz - offset);
        var text2 = bin.readASCII(data, nz + 1, offset + len - nz - 1);
        out.tabs[type][keyw] = text2;
      } else if (type == "iTXt") {
        if (out.tabs[type] == null) out.tabs[type] = {};
        var nz = 0, off = offset;
        nz = bin.nextZero(data, off);
        var keyw = bin.readASCII(data, off, nz - off);
        off = nz + 1;
        var cflag = data[off], cmeth = data[off + 1];
        off += 2;
        nz = bin.nextZero(data, off);
        var ltag = bin.readASCII(data, off, nz - off);
        off = nz + 1;
        nz = bin.nextZero(data, off);
        var tkeyw = bin.readUTF8(data, off, nz - off);
        off = nz + 1;
        var text2 = bin.readUTF8(data, off, len - (off - offset));
        out.tabs[type][keyw] = text2;
      } else if (type == "PLTE") {
        out.tabs[type] = bin.readBytes(data, offset, len);
      } else if (type == "hIST") {
        var pl = out.tabs["PLTE"].length / 3;
        out.tabs[type] = [];
        for (var i = 0; i < pl; i++) out.tabs[type].push(rUs(data, offset + i * 2));
      } else if (type == "tRNS") {
        if (out.ctype == 3) out.tabs[type] = bin.readBytes(data, offset, len);
        else if (out.ctype == 0) out.tabs[type] = rUs(data, offset);
        else if (out.ctype == 2) out.tabs[type] = [rUs(data, offset), rUs(data, offset + 2), rUs(data, offset + 4)];
      } else if (type == "gAMA") out.tabs[type] = bin.readUint(data, offset) / 1e5;
      else if (type == "sRGB") out.tabs[type] = data[offset];
      else if (type == "bKGD") {
        if (out.ctype == 0 || out.ctype == 4) out.tabs[type] = [rUs(data, offset)];
        else if (out.ctype == 2 || out.ctype == 6) out.tabs[type] = [rUs(data, offset), rUs(data, offset + 2), rUs(data, offset + 4)];
        else if (out.ctype == 3) out.tabs[type] = data[offset];
      } else if (type == "IEND") {
        break;
      }
      offset += len;
      var crc = bin.readUint(data, offset);
      offset += 4;
    }
    if (foff != 0) {
      var fr = out.frames[out.frames.length - 1];
      fr.data = UPNG.decode._decompress(out, fd.slice(0, foff), fr.rect.width, fr.rect.height);
      foff = 0;
    }
    out.data = UPNG.decode._decompress(out, dd, out.width, out.height);
    delete out.compress;
    delete out.interlace;
    delete out.filter;
    return out;
  };
  UPNG.decode._decompress = function(out, dd, w, h) {
    var time = Date.now();
    var bpp = UPNG.decode._getBPP(out), bpl = Math.ceil(w * bpp / 8), buff = new Uint8Array((bpl + 1 + out.interlace) * h);
    dd = UPNG.decode._inflate(dd, buff);
    var time = Date.now();
    if (out.interlace == 0) dd = UPNG.decode._filterZero(dd, out, 0, w, h);
    else if (out.interlace == 1) dd = UPNG.decode._readInterlace(dd, out);
    return dd;
  };
  UPNG.decode._inflate = function(data, buff) {
    var out = UPNG["inflateRaw"](new Uint8Array(data.buffer, 2, data.length - 6), buff);
    return out;
  };
  UPNG.inflateRaw = (function() {
    var H = {};
    H.H = {};
    H.H.N = function(N, W) {
      var R = Uint8Array, i = 0, m = 0, J = 0, h = 0, Q = 0, X = 0, u = 0, w = 0, d = 0, v, C;
      if (N[0] == 3 && N[1] == 0) return W ? W : new R(0);
      var V = H.H, n = V.b, A = V.e, l = V.R, M = V.n, I2 = V.A, e = V.Z, b = V.m, Z = W == null;
      if (Z) W = new R(N.length >>> 2 << 3);
      while (i == 0) {
        i = n(N, d, 1);
        m = n(N, d + 1, 2);
        d += 3;
        if (m == 0) {
          if ((d & 7) != 0) d += 8 - (d & 7);
          var D = (d >>> 3) + 4, q = N[D - 4] | N[D - 3] << 8;
          if (Z) W = H.H.W(W, w + q);
          W.set(new R(N.buffer, N.byteOffset + D, q), w);
          d = D + q << 3;
          w += q;
          continue;
        }
        if (Z) W = H.H.W(W, w + (1 << 17));
        if (m == 1) {
          v = b.J;
          C = b.h;
          X = (1 << 9) - 1;
          u = (1 << 5) - 1;
        }
        if (m == 2) {
          J = A(N, d, 5) + 257;
          h = A(N, d + 5, 5) + 1;
          Q = A(N, d + 10, 4) + 4;
          d += 14;
          var E = d, j = 1;
          for (var c = 0; c < 38; c += 2) {
            b.Q[c] = 0;
            b.Q[c + 1] = 0;
          }
          for (var c = 0; c < Q; c++) {
            var K = A(N, d + c * 3, 3);
            b.Q[(b.X[c] << 1) + 1] = K;
            if (K > j) j = K;
          }
          d += 3 * Q;
          M(b.Q, j);
          I2(b.Q, j, b.u);
          v = b.w;
          C = b.d;
          d = l(b.u, (1 << j) - 1, J + h, N, d, b.v);
          var r = V.V(b.v, 0, J, b.C);
          X = (1 << r) - 1;
          var S = V.V(b.v, J, h, b.D);
          u = (1 << S) - 1;
          M(b.C, r);
          I2(b.C, r, v);
          M(b.D, S);
          I2(b.D, S, C);
        }
        while (true) {
          var T = v[e(N, d) & X];
          d += T & 15;
          var p = T >>> 4;
          if (p >>> 8 == 0) {
            W[w++] = p;
          } else if (p == 256) {
            break;
          } else {
            var z = w + p - 254;
            if (p > 264) {
              var _ = b.q[p - 257];
              z = w + (_ >>> 3) + A(N, d, _ & 7);
              d += _ & 7;
            }
            var $ = C[e(N, d) & u];
            d += $ & 15;
            var s = $ >>> 4, Y = b.c[s], a = (Y >>> 4) + n(N, d, Y & 15);
            d += Y & 15;
            while (w < z) {
              W[w] = W[w++ - a];
              W[w] = W[w++ - a];
              W[w] = W[w++ - a];
              W[w] = W[w++ - a];
            }
            w = z;
          }
        }
      }
      return W.length == w ? W : W.slice(0, w);
    };
    H.H.W = function(N, W) {
      var R = N.length;
      if (W <= R) return N;
      var V = new Uint8Array(R << 1);
      V.set(N, 0);
      return V;
    };
    H.H.R = function(N, W, R, V, n, A) {
      var l = H.H.e, M = H.H.Z, I2 = 0;
      while (I2 < R) {
        var e = N[M(V, n) & W];
        n += e & 15;
        var b = e >>> 4;
        if (b <= 15) {
          A[I2] = b;
          I2++;
        } else {
          var Z = 0, m = 0;
          if (b == 16) {
            m = 3 + l(V, n, 2);
            n += 2;
            Z = A[I2 - 1];
          } else if (b == 17) {
            m = 3 + l(V, n, 3);
            n += 3;
          } else if (b == 18) {
            m = 11 + l(V, n, 7);
            n += 7;
          }
          var J = I2 + m;
          while (I2 < J) {
            A[I2] = Z;
            I2++;
          }
        }
      }
      return n;
    };
    H.H.V = function(N, W, R, V) {
      var n = 0, A = 0, l = V.length >>> 1;
      while (A < R) {
        var M = N[A + W];
        V[A << 1] = 0;
        V[(A << 1) + 1] = M;
        if (M > n) n = M;
        A++;
      }
      while (A < l) {
        V[A << 1] = 0;
        V[(A << 1) + 1] = 0;
        A++;
      }
      return n;
    };
    H.H.n = function(N, W) {
      var R = H.H.m, V = N.length, n, A, l, M, I2, e = R.j;
      for (var M = 0; M <= W; M++) e[M] = 0;
      for (M = 1; M < V; M += 2) e[N[M]]++;
      var b = R.K;
      n = 0;
      e[0] = 0;
      for (A = 1; A <= W; A++) {
        n = n + e[A - 1] << 1;
        b[A] = n;
      }
      for (l = 0; l < V; l += 2) {
        I2 = N[l + 1];
        if (I2 != 0) {
          N[l] = b[I2];
          b[I2]++;
        }
      }
    };
    H.H.A = function(N, W, R) {
      var V = N.length, n = H.H.m, A = n.r;
      for (var l = 0; l < V; l += 2) if (N[l + 1] != 0) {
        var M = l >> 1, I2 = N[l + 1], e = M << 4 | I2, b = W - I2, Z = N[l] << b, m = Z + (1 << b);
        while (Z != m) {
          var J = A[Z] >>> 15 - W;
          R[J] = e;
          Z++;
        }
      }
    };
    H.H.l = function(N, W) {
      var R = H.H.m.r, V = 15 - W;
      for (var n = 0; n < N.length; n += 2) {
        var A = N[n] << W - N[n + 1];
        N[n] = R[A] >>> V;
      }
    };
    H.H.M = function(N, W, R) {
      R = R << (W & 7);
      var V = W >>> 3;
      N[V] |= R;
      N[V + 1] |= R >>> 8;
    };
    H.H.I = function(N, W, R) {
      R = R << (W & 7);
      var V = W >>> 3;
      N[V] |= R;
      N[V + 1] |= R >>> 8;
      N[V + 2] |= R >>> 16;
    };
    H.H.e = function(N, W, R) {
      return (N[W >>> 3] | N[(W >>> 3) + 1] << 8) >>> (W & 7) & (1 << R) - 1;
    };
    H.H.b = function(N, W, R) {
      return (N[W >>> 3] | N[(W >>> 3) + 1] << 8 | N[(W >>> 3) + 2] << 16) >>> (W & 7) & (1 << R) - 1;
    };
    H.H.Z = function(N, W) {
      return (N[W >>> 3] | N[(W >>> 3) + 1] << 8 | N[(W >>> 3) + 2] << 16) >>> (W & 7);
    };
    H.H.i = function(N, W) {
      return (N[W >>> 3] | N[(W >>> 3) + 1] << 8 | N[(W >>> 3) + 2] << 16 | N[(W >>> 3) + 3] << 24) >>> (W & 7);
    };
    H.H.m = (function() {
      var N = Uint16Array, W = Uint32Array;
      return { K: new N(16), j: new N(16), X: [16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15], S: [3, 4, 5, 6, 7, 8, 9, 10, 11, 13, 15, 17, 19, 23, 27, 31, 35, 43, 51, 59, 67, 83, 99, 115, 131, 163, 195, 227, 258, 999, 999, 999], T: [0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 2, 2, 2, 2, 3, 3, 3, 3, 4, 4, 4, 4, 5, 5, 5, 5, 0, 0, 0, 0], q: new N(32), p: [1, 2, 3, 4, 5, 7, 9, 13, 17, 25, 33, 49, 65, 97, 129, 193, 257, 385, 513, 769, 1025, 1537, 2049, 3073, 4097, 6145, 8193, 12289, 16385, 24577, 65535, 65535], z: [0, 0, 0, 0, 1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6, 6, 7, 7, 8, 8, 9, 9, 10, 10, 11, 11, 12, 12, 13, 13, 0, 0], c: new W(32), J: new N(512), _: [], h: new N(32), $: [], w: new N(32768), C: [], v: [], d: new N(32768), D: [], u: new N(512), Q: [], r: new N(1 << 15), s: new W(286), Y: new W(30), a: new W(19), t: new W(15e3), k: new N(1 << 16), g: new N(1 << 15) };
    })();
    (function() {
      var N = H.H.m, W = 1 << 15;
      for (var R = 0; R < W; R++) {
        var V = R;
        V = (V & 2863311530) >>> 1 | (V & 1431655765) << 1;
        V = (V & 3435973836) >>> 2 | (V & 858993459) << 2;
        V = (V & 4042322160) >>> 4 | (V & 252645135) << 4;
        V = (V & 4278255360) >>> 8 | (V & 16711935) << 8;
        N.r[R] = (V >>> 16 | V << 16) >>> 17;
      }
      function n(A, l, M) {
        while (l-- != 0) A.push(0, M);
      }
      for (var R = 0; R < 32; R++) {
        N.q[R] = N.S[R] << 3 | N.T[R];
        N.c[R] = N.p[R] << 4 | N.z[R];
      }
      n(N._, 144, 8);
      n(N._, 255 - 143, 9);
      n(N._, 279 - 255, 7);
      n(N._, 287 - 279, 8);
      H.H.n(N._, 9);
      H.H.A(N._, 9, N.J);
      H.H.l(N._, 9);
      n(N.$, 32, 5);
      H.H.n(N.$, 5);
      H.H.A(N.$, 5, N.h);
      H.H.l(N.$, 5);
      n(N.Q, 19, 0);
      n(N.C, 286, 0);
      n(N.D, 30, 0);
      n(N.v, 320, 0);
    })();
    return H.H.N;
  })();
  UPNG.decode._readInterlace = function(data, out) {
    var w = out.width, h = out.height;
    var bpp = UPNG.decode._getBPP(out), cbpp = bpp >> 3, bpl = Math.ceil(w * bpp / 8);
    var img = new Uint8Array(h * bpl);
    var di = 0;
    var starting_row = [0, 0, 4, 0, 2, 0, 1];
    var starting_col = [0, 4, 0, 2, 0, 1, 0];
    var row_increment = [8, 8, 8, 4, 4, 2, 2];
    var col_increment = [8, 8, 4, 4, 2, 2, 1];
    var pass = 0;
    while (pass < 7) {
      var ri = row_increment[pass], ci = col_increment[pass];
      var sw = 0, sh = 0;
      var cr = starting_row[pass];
      while (cr < h) {
        cr += ri;
        sh++;
      }
      var cc = starting_col[pass];
      while (cc < w) {
        cc += ci;
        sw++;
      }
      var bpll = Math.ceil(sw * bpp / 8);
      UPNG.decode._filterZero(data, out, di, sw, sh);
      var y = 0, row = starting_row[pass];
      while (row < h) {
        var col = starting_col[pass];
        var cdi = di + y * bpll << 3;
        while (col < w) {
          if (bpp == 1) {
            var val = data[cdi >> 3];
            val = val >> 7 - (cdi & 7) & 1;
            img[row * bpl + (col >> 3)] |= val << 7 - ((col & 7) << 0);
          }
          if (bpp == 2) {
            var val = data[cdi >> 3];
            val = val >> 6 - (cdi & 7) & 3;
            img[row * bpl + (col >> 2)] |= val << 6 - ((col & 3) << 1);
          }
          if (bpp == 4) {
            var val = data[cdi >> 3];
            val = val >> 4 - (cdi & 7) & 15;
            img[row * bpl + (col >> 1)] |= val << 4 - ((col & 1) << 2);
          }
          if (bpp >= 8) {
            var ii = row * bpl + col * cbpp;
            for (var j = 0; j < cbpp; j++) img[ii + j] = data[(cdi >> 3) + j];
          }
          cdi += bpp;
          col += ci;
        }
        y++;
        row += ri;
      }
      if (sw * sh != 0) di += sh * (1 + bpll);
      pass = pass + 1;
    }
    return img;
  };
  UPNG.decode._getBPP = function(out) {
    var noc = [1, null, 3, 1, 2, null, 4][out.ctype];
    return noc * out.depth;
  };
  UPNG.decode._filterZero = function(data, out, off, w, h) {
    var bpp = UPNG.decode._getBPP(out), bpl = Math.ceil(w * bpp / 8), paeth = UPNG.decode._paeth;
    bpp = Math.ceil(bpp / 8);
    var i = 0, di = 1, type = data[off], x = 0;
    if (type > 1) data[off] = [0, 0, 1][type - 2];
    if (type == 3) for (x = bpp; x < bpl; x++) data[x + 1] = data[x + 1] + (data[x + 1 - bpp] >>> 1) & 255;
    for (var y = 0; y < h; y++) {
      i = off + y * bpl;
      di = i + y + 1;
      type = data[di - 1];
      x = 0;
      if (type == 0) for (; x < bpl; x++) data[i + x] = data[di + x];
      else if (type == 1) {
        for (; x < bpp; x++) data[i + x] = data[di + x];
        for (; x < bpl; x++) data[i + x] = data[di + x] + data[i + x - bpp];
      } else if (type == 2) {
        for (; x < bpl; x++) data[i + x] = data[di + x] + data[i + x - bpl];
      } else if (type == 3) {
        for (; x < bpp; x++) data[i + x] = data[di + x] + (data[i + x - bpl] >>> 1);
        for (; x < bpl; x++) data[i + x] = data[di + x] + (data[i + x - bpl] + data[i + x - bpp] >>> 1);
      } else {
        for (; x < bpp; x++) data[i + x] = data[di + x] + paeth(0, data[i + x - bpl], 0);
        for (; x < bpl; x++) data[i + x] = data[di + x] + paeth(data[i + x - bpp], data[i + x - bpl], data[i + x - bpp - bpl]);
      }
    }
    return data;
  };
  UPNG.decode._paeth = function(a, b, c) {
    var p = a + b - c, pa = p - a, pb = p - b, pc = p - c;
    if (pa * pa <= pb * pb && pa * pa <= pc * pc) return a;
    else if (pb * pb <= pc * pc) return b;
    return c;
  };
  UPNG.decode._IHDR = function(data, offset, out) {
    var bin = UPNG._bin;
    out.width = bin.readUint(data, offset);
    offset += 4;
    out.height = bin.readUint(data, offset);
    offset += 4;
    out.depth = data[offset];
    offset++;
    out.ctype = data[offset];
    offset++;
    out.compress = data[offset];
    offset++;
    out.filter = data[offset];
    offset++;
    out.interlace = data[offset];
    offset++;
  };
  UPNG._bin = {
    nextZero: function(data, p) {
      while (data[p] != 0) p++;
      return p;
    },
    readUshort: function(buff, p) {
      return buff[p] << 8 | buff[p + 1];
    },
    writeUshort: function(buff, p, n) {
      buff[p] = n >> 8 & 255;
      buff[p + 1] = n & 255;
    },
    readUint: function(buff, p) {
      return buff[p] * (256 * 256 * 256) + (buff[p + 1] << 16 | buff[p + 2] << 8 | buff[p + 3]);
    },
    writeUint: function(buff, p, n) {
      buff[p] = n >> 24 & 255;
      buff[p + 1] = n >> 16 & 255;
      buff[p + 2] = n >> 8 & 255;
      buff[p + 3] = n & 255;
    },
    readASCII: function(buff, p, l) {
      var s = "";
      for (var i = 0; i < l; i++) s += String.fromCharCode(buff[p + i]);
      return s;
    },
    writeASCII: function(data, p, s) {
      for (var i = 0; i < s.length; i++) data[p + i] = s.charCodeAt(i);
    },
    readBytes: function(buff, p, l) {
      var arr = [];
      for (var i = 0; i < l; i++) arr.push(buff[p + i]);
      return arr;
    },
    pad: function(n) {
      return n.length < 2 ? "0" + n : n;
    },
    readUTF8: function(buff, p, l) {
      var s = "", ns2;
      for (var i = 0; i < l; i++) s += "%" + UPNG._bin.pad(buff[p + i].toString(16));
      try {
        ns2 = decodeURIComponent(s);
      } catch (e) {
        return UPNG._bin.readASCII(buff, p, l);
      }
      return ns2;
    }
  };
  UPNG._copyTile = function(sb, sw, sh, tb, tw, th, xoff, yoff, mode) {
    var w = Math.min(sw, tw), h = Math.min(sh, th);
    var si = 0, ti = 0;
    for (var y = 0; y < h; y++)
      for (var x = 0; x < w; x++) {
        if (xoff >= 0 && yoff >= 0) {
          si = y * sw + x << 2;
          ti = (yoff + y) * tw + xoff + x << 2;
        } else {
          si = (-yoff + y) * sw - xoff + x << 2;
          ti = y * tw + x << 2;
        }
        if (mode == 0) {
          tb[ti] = sb[si];
          tb[ti + 1] = sb[si + 1];
          tb[ti + 2] = sb[si + 2];
          tb[ti + 3] = sb[si + 3];
        } else if (mode == 1) {
          var fa = sb[si + 3] * (1 / 255), fr = sb[si] * fa, fg = sb[si + 1] * fa, fb = sb[si + 2] * fa;
          var ba = tb[ti + 3] * (1 / 255), br = tb[ti] * ba, bg = tb[ti + 1] * ba, bb = tb[ti + 2] * ba;
          var ifa = 1 - fa, oa = fa + ba * ifa, ioa = oa == 0 ? 0 : 1 / oa;
          tb[ti + 3] = 255 * oa;
          tb[ti + 0] = (fr + br * ifa) * ioa;
          tb[ti + 1] = (fg + bg * ifa) * ioa;
          tb[ti + 2] = (fb + bb * ifa) * ioa;
        } else if (mode == 2) {
          var fa = sb[si + 3], fr = sb[si], fg = sb[si + 1], fb = sb[si + 2];
          var ba = tb[ti + 3], br = tb[ti], bg = tb[ti + 1], bb = tb[ti + 2];
          if (fa == ba && fr == br && fg == bg && fb == bb) {
            tb[ti] = 0;
            tb[ti + 1] = 0;
            tb[ti + 2] = 0;
            tb[ti + 3] = 0;
          } else {
            tb[ti] = fr;
            tb[ti + 1] = fg;
            tb[ti + 2] = fb;
            tb[ti + 3] = fa;
          }
        } else if (mode == 3) {
          var fa = sb[si + 3], fr = sb[si], fg = sb[si + 1], fb = sb[si + 2];
          var ba = tb[ti + 3], br = tb[ti], bg = tb[ti + 1], bb = tb[ti + 2];
          if (fa == ba && fr == br && fg == bg && fb == bb) continue;
          if (fa < 220 && ba > 20) return false;
        }
      }
    return true;
  };
  UPNG.encode = function(bufs, w, h, ps, dels, tabs, forbidPlte) {
    if (ps == null) ps = 0;
    if (forbidPlte == null) forbidPlte = false;
    var nimg = UPNG.encode.compress(bufs, w, h, ps, [false, false, false, 0, forbidPlte]);
    UPNG.encode.compressPNG(nimg, -1);
    return UPNG.encode._main(nimg, w, h, dels, tabs);
  };
  UPNG.encodeLL = function(bufs, w, h, cc, ac, depth, dels, tabs) {
    var nimg = { ctype: 0 + (cc == 1 ? 0 : 2) + (ac == 0 ? 0 : 4), depth, frames: [] };
    var time = Date.now();
    var bipp = (cc + ac) * depth, bipl = bipp * w;
    for (var i = 0; i < bufs.length; i++)
      nimg.frames.push({ rect: { x: 0, y: 0, width: w, height: h }, img: new Uint8Array(bufs[i]), blend: 0, dispose: 1, bpp: Math.ceil(bipp / 8), bpl: Math.ceil(bipl / 8) });
    UPNG.encode.compressPNG(nimg, 0, true);
    var out = UPNG.encode._main(nimg, w, h, dels, tabs);
    return out;
  };
  UPNG.encode._main = function(nimg, w, h, dels, tabs) {
    if (tabs == null) tabs = {};
    var crc = UPNG.crc.crc, wUi = UPNG._bin.writeUint, wUs = UPNG._bin.writeUshort, wAs = UPNG._bin.writeASCII;
    var offset = 8, anim = nimg.frames.length > 1, pltAlpha = false;
    var leng = 8 + (16 + 5 + 4) + (anim ? 20 : 0);
    if (tabs["sRGB"] != null) leng += 8 + 1 + 4;
    if (tabs["pHYs"] != null) leng += 8 + 9 + 4;
    if (nimg.ctype == 3) {
      var dl = nimg.plte.length;
      for (var i = 0; i < dl; i++) if (nimg.plte[i] >>> 24 != 255) pltAlpha = true;
      leng += 8 + dl * 3 + 4 + (pltAlpha ? 8 + dl * 1 + 4 : 0);
    }
    for (var j = 0; j < nimg.frames.length; j++) {
      var fr = nimg.frames[j];
      if (anim) leng += 38;
      leng += fr.cimg.length + 12;
      if (j != 0) leng += 4;
    }
    leng += 12;
    var data = new Uint8Array(leng);
    var wr = [137, 80, 78, 71, 13, 10, 26, 10];
    for (var i = 0; i < 8; i++) data[i] = wr[i];
    wUi(data, offset, 13);
    offset += 4;
    wAs(data, offset, "IHDR");
    offset += 4;
    wUi(data, offset, w);
    offset += 4;
    wUi(data, offset, h);
    offset += 4;
    data[offset] = nimg.depth;
    offset++;
    data[offset] = nimg.ctype;
    offset++;
    data[offset] = 0;
    offset++;
    data[offset] = 0;
    offset++;
    data[offset] = 0;
    offset++;
    wUi(data, offset, crc(data, offset - 17, 17));
    offset += 4;
    if (tabs["sRGB"] != null) {
      wUi(data, offset, 1);
      offset += 4;
      wAs(data, offset, "sRGB");
      offset += 4;
      data[offset] = tabs["sRGB"];
      offset++;
      wUi(data, offset, crc(data, offset - 5, 5));
      offset += 4;
    }
    if (tabs["pHYs"] != null) {
      wUi(data, offset, 9);
      offset += 4;
      wAs(data, offset, "pHYs");
      offset += 4;
      wUi(data, offset, tabs["pHYs"][0]);
      offset += 4;
      wUi(data, offset, tabs["pHYs"][1]);
      offset += 4;
      data[offset] = tabs["pHYs"][2];
      offset++;
      wUi(data, offset, crc(data, offset - 13, 13));
      offset += 4;
    }
    if (anim) {
      wUi(data, offset, 8);
      offset += 4;
      wAs(data, offset, "acTL");
      offset += 4;
      wUi(data, offset, nimg.frames.length);
      offset += 4;
      wUi(data, offset, tabs["loop"] != null ? tabs["loop"] : 0);
      offset += 4;
      wUi(data, offset, crc(data, offset - 12, 12));
      offset += 4;
    }
    if (nimg.ctype == 3) {
      var dl = nimg.plte.length;
      wUi(data, offset, dl * 3);
      offset += 4;
      wAs(data, offset, "PLTE");
      offset += 4;
      for (var i = 0; i < dl; i++) {
        var ti = i * 3, c = nimg.plte[i], r = c & 255, g = c >>> 8 & 255, b = c >>> 16 & 255;
        data[offset + ti + 0] = r;
        data[offset + ti + 1] = g;
        data[offset + ti + 2] = b;
      }
      offset += dl * 3;
      wUi(data, offset, crc(data, offset - dl * 3 - 4, dl * 3 + 4));
      offset += 4;
      if (pltAlpha) {
        wUi(data, offset, dl);
        offset += 4;
        wAs(data, offset, "tRNS");
        offset += 4;
        for (var i = 0; i < dl; i++) data[offset + i] = nimg.plte[i] >>> 24 & 255;
        offset += dl;
        wUi(data, offset, crc(data, offset - dl - 4, dl + 4));
        offset += 4;
      }
    }
    var fi = 0;
    for (var j = 0; j < nimg.frames.length; j++) {
      var fr = nimg.frames[j];
      if (anim) {
        wUi(data, offset, 26);
        offset += 4;
        wAs(data, offset, "fcTL");
        offset += 4;
        wUi(data, offset, fi++);
        offset += 4;
        wUi(data, offset, fr.rect.width);
        offset += 4;
        wUi(data, offset, fr.rect.height);
        offset += 4;
        wUi(data, offset, fr.rect.x);
        offset += 4;
        wUi(data, offset, fr.rect.y);
        offset += 4;
        wUs(data, offset, dels[j]);
        offset += 2;
        wUs(data, offset, 1e3);
        offset += 2;
        data[offset] = fr.dispose;
        offset++;
        data[offset] = fr.blend;
        offset++;
        wUi(data, offset, crc(data, offset - 30, 30));
        offset += 4;
      }
      var imgd = fr.cimg, dl = imgd.length;
      wUi(data, offset, dl + (j == 0 ? 0 : 4));
      offset += 4;
      var ioff = offset;
      wAs(data, offset, j == 0 ? "IDAT" : "fdAT");
      offset += 4;
      if (j != 0) {
        wUi(data, offset, fi++);
        offset += 4;
      }
      data.set(imgd, offset);
      offset += dl;
      wUi(data, offset, crc(data, ioff, offset - ioff));
      offset += 4;
    }
    wUi(data, offset, 0);
    offset += 4;
    wAs(data, offset, "IEND");
    offset += 4;
    wUi(data, offset, crc(data, offset - 4, 4));
    offset += 4;
    return data.buffer;
  };
  UPNG.encode.compressPNG = function(out, filter, levelZero) {
    for (var i = 0; i < out.frames.length; i++) {
      var frm = out.frames[i], nw = frm.rect.width, nh = frm.rect.height;
      var fdata = new Uint8Array(nh * frm.bpl + nh);
      frm.cimg = UPNG.encode._filterZero(frm.img, nh, frm.bpp, frm.bpl, fdata, filter, levelZero);
    }
  };
  UPNG.encode.compress = function(bufs, w, h, ps, prms) {
    var onlyBlend = prms[0], evenCrd = prms[1], forbidPrev = prms[2], minBits = prms[3], forbidPlte = prms[4];
    var ctype = 6, depth = 8, alphaAnd = 255;
    for (var j = 0; j < bufs.length; j++) {
      var img = new Uint8Array(bufs[j]), ilen = img.length;
      for (var i = 0; i < ilen; i += 4) alphaAnd &= img[i + 3];
    }
    var gotAlpha = alphaAnd != 255;
    var frms = UPNG.encode.framize(bufs, w, h, onlyBlend, evenCrd, forbidPrev);
    var cmap = {}, plte = [], inds = [];
    if (ps != 0) {
      var nbufs = [];
      for (var i = 0; i < frms.length; i++) nbufs.push(frms[i].img.buffer);
      var abuf = UPNG.encode.concatRGBA(nbufs), qres = UPNG.quantize(abuf, ps);
      var cof = 0, bb = new Uint8Array(qres.abuf);
      for (var i = 0; i < frms.length; i++) {
        var ti = frms[i].img, bln = ti.length;
        inds.push(new Uint8Array(qres.inds.buffer, cof >> 2, bln >> 2));
        for (var j = 0; j < bln; j += 4) {
          ti[j] = bb[cof + j];
          ti[j + 1] = bb[cof + j + 1];
          ti[j + 2] = bb[cof + j + 2];
          ti[j + 3] = bb[cof + j + 3];
        }
        cof += bln;
      }
      for (var i = 0; i < qres.plte.length; i++) plte.push(qres.plte[i].est.rgba);
    } else {
      for (var j = 0; j < frms.length; j++) {
        var frm = frms[j], img32 = new Uint32Array(frm.img.buffer), nw = frm.rect.width, ilen = img32.length;
        var ind = new Uint8Array(ilen);
        inds.push(ind);
        for (var i = 0; i < ilen; i++) {
          var c = img32[i];
          if (i != 0 && c == img32[i - 1]) ind[i] = ind[i - 1];
          else if (i > nw && c == img32[i - nw]) ind[i] = ind[i - nw];
          else {
            var cmc = cmap[c];
            if (cmc == null) {
              cmap[c] = cmc = plte.length;
              plte.push(c);
              if (plte.length >= 300) break;
            }
            ind[i] = cmc;
          }
        }
      }
    }
    var cc = plte.length;
    if (cc <= 256 && forbidPlte == false) {
      if (cc <= 2) depth = 1;
      else if (cc <= 4) depth = 2;
      else if (cc <= 16) depth = 4;
      else depth = 8;
      depth = Math.max(depth, minBits);
    }
    for (var j = 0; j < frms.length; j++) {
      var frm = frms[j], nx = frm.rect.x, ny = frm.rect.y, nw = frm.rect.width, nh = frm.rect.height;
      var cimg = frm.img, cimg32 = new Uint32Array(cimg.buffer);
      var bpl = 4 * nw, bpp = 4;
      if (cc <= 256 && forbidPlte == false) {
        bpl = Math.ceil(depth * nw / 8);
        var nimg = new Uint8Array(bpl * nh);
        var inj = inds[j];
        for (var y = 0; y < nh; y++) {
          var i = y * bpl, ii = y * nw;
          if (depth == 8) for (var x = 0; x < nw; x++) nimg[i + x] = inj[ii + x];
          else if (depth == 4) for (var x = 0; x < nw; x++) nimg[i + (x >> 1)] |= inj[ii + x] << 4 - (x & 1) * 4;
          else if (depth == 2) for (var x = 0; x < nw; x++) nimg[i + (x >> 2)] |= inj[ii + x] << 6 - (x & 3) * 2;
          else if (depth == 1) for (var x = 0; x < nw; x++) nimg[i + (x >> 3)] |= inj[ii + x] << 7 - (x & 7) * 1;
        }
        cimg = nimg;
        ctype = 3;
        bpp = 1;
      } else if (gotAlpha == false && frms.length == 1) {
        var nimg = new Uint8Array(nw * nh * 3), area = nw * nh;
        for (var i = 0; i < area; i++) {
          var ti = i * 3, qi = i * 4;
          nimg[ti] = cimg[qi];
          nimg[ti + 1] = cimg[qi + 1];
          nimg[ti + 2] = cimg[qi + 2];
        }
        cimg = nimg;
        ctype = 2;
        bpp = 3;
        bpl = 3 * nw;
      }
      frm.img = cimg;
      frm.bpl = bpl;
      frm.bpp = bpp;
    }
    return { ctype, depth, plte, frames: frms };
  };
  UPNG.encode.framize = function(bufs, w, h, alwaysBlend, evenCrd, forbidPrev) {
    var frms = [];
    for (var j = 0; j < bufs.length; j++) {
      var cimg = new Uint8Array(bufs[j]), cimg32 = new Uint32Array(cimg.buffer);
      var nimg;
      var nx = 0, ny = 0, nw = w, nh = h, blend2 = alwaysBlend ? 1 : 0;
      if (j != 0) {
        var tlim = forbidPrev || alwaysBlend || j == 1 || frms[j - 2].dispose != 0 ? 1 : 2, tstp = 0, tarea = 1e9;
        for (var it = 0; it < tlim; it++) {
          var pimg = new Uint8Array(bufs[j - 1 - it]), p32 = new Uint32Array(bufs[j - 1 - it]);
          var mix = w, miy = h, max = -1, may = -1;
          for (var y = 0; y < h; y++) for (var x = 0; x < w; x++) {
            var i = y * w + x;
            if (cimg32[i] != p32[i]) {
              if (x < mix) mix = x;
              if (x > max) max = x;
              if (y < miy) miy = y;
              if (y > may) may = y;
            }
          }
          if (max == -1) mix = miy = max = may = 0;
          if (evenCrd) {
            if ((mix & 1) == 1) mix--;
            if ((miy & 1) == 1) miy--;
          }
          var sarea = (max - mix + 1) * (may - miy + 1);
          if (sarea < tarea) {
            tarea = sarea;
            tstp = it;
            nx = mix;
            ny = miy;
            nw = max - mix + 1;
            nh = may - miy + 1;
          }
        }
        var pimg = new Uint8Array(bufs[j - 1 - tstp]);
        if (tstp == 1) frms[j - 1].dispose = 2;
        nimg = new Uint8Array(nw * nh * 4);
        UPNG._copyTile(pimg, w, h, nimg, nw, nh, -nx, -ny, 0);
        blend2 = UPNG._copyTile(cimg, w, h, nimg, nw, nh, -nx, -ny, 3) ? 1 : 0;
        if (blend2 == 1) UPNG.encode._prepareDiff(cimg, w, h, nimg, { x: nx, y: ny, width: nw, height: nh });
        else UPNG._copyTile(cimg, w, h, nimg, nw, nh, -nx, -ny, 0);
      } else nimg = cimg.slice(0);
      frms.push({ rect: { x: nx, y: ny, width: nw, height: nh }, img: nimg, blend: blend2, dispose: 0 });
    }
    if (alwaysBlend) for (var j = 0; j < frms.length; j++) {
      var frm = frms[j];
      if (frm.blend == 1) continue;
      var r0 = frm.rect, r1 = frms[j - 1].rect;
      var miX = Math.min(r0.x, r1.x), miY = Math.min(r0.y, r1.y);
      var maX = Math.max(r0.x + r0.width, r1.x + r1.width), maY = Math.max(r0.y + r0.height, r1.y + r1.height);
      var r = { x: miX, y: miY, width: maX - miX, height: maY - miY };
      frms[j - 1].dispose = 1;
      if (j - 1 != 0)
        UPNG.encode._updateFrame(bufs, w, h, frms, j - 1, r, evenCrd);
      UPNG.encode._updateFrame(bufs, w, h, frms, j, r, evenCrd);
    }
    var area = 0;
    if (bufs.length != 1) for (var i = 0; i < frms.length; i++) {
      var frm = frms[i];
      area += frm.rect.width * frm.rect.height;
    }
    return frms;
  };
  UPNG.encode._updateFrame = function(bufs, w, h, frms, i, r, evenCrd) {
    var U8 = Uint8Array, U32 = Uint32Array;
    var pimg = new U8(bufs[i - 1]), pimg32 = new U32(bufs[i - 1]), nimg = i + 1 < bufs.length ? new U8(bufs[i + 1]) : null;
    var cimg = new U8(bufs[i]), cimg32 = new U32(cimg.buffer);
    var mix = w, miy = h, max = -1, may = -1;
    for (var y = 0; y < r.height; y++) for (var x = 0; x < r.width; x++) {
      var cx2 = r.x + x, cy2 = r.y + y;
      var j = cy2 * w + cx2, cc = cimg32[j];
      if (cc == 0 || frms[i - 1].dispose == 0 && pimg32[j] == cc && (nimg == null || nimg[j * 4 + 3] != 0)) {
      } else {
        if (cx2 < mix) mix = cx2;
        if (cx2 > max) max = cx2;
        if (cy2 < miy) miy = cy2;
        if (cy2 > may) may = cy2;
      }
    }
    if (max == -1) mix = miy = max = may = 0;
    if (evenCrd) {
      if ((mix & 1) == 1) mix--;
      if ((miy & 1) == 1) miy--;
    }
    r = { x: mix, y: miy, width: max - mix + 1, height: may - miy + 1 };
    var fr = frms[i];
    fr.rect = r;
    fr.blend = 1;
    fr.img = new Uint8Array(r.width * r.height * 4);
    if (frms[i - 1].dispose == 0) {
      UPNG._copyTile(pimg, w, h, fr.img, r.width, r.height, -r.x, -r.y, 0);
      UPNG.encode._prepareDiff(cimg, w, h, fr.img, r);
    } else
      UPNG._copyTile(cimg, w, h, fr.img, r.width, r.height, -r.x, -r.y, 0);
  };
  UPNG.encode._prepareDiff = function(cimg, w, h, nimg, rec) {
    UPNG._copyTile(cimg, w, h, nimg, rec.width, rec.height, -rec.x, -rec.y, 2);
  };
  UPNG.encode._filterZero = function(img, h, bpp, bpl, data, filter, levelZero) {
    var fls = [], ftry = [0, 1, 2, 3, 4];
    if (filter != -1) ftry = [filter];
    else if (h * bpl > 5e5 || bpp == 1) ftry = [0];
    var opts;
    if (levelZero) opts = { level: 0 };
    var CMPR = levelZero && UZIP != null ? UZIP : import_pako4.default;
    for (var i = 0; i < ftry.length; i++) {
      for (var y = 0; y < h; y++) UPNG.encode._filterLine(data, img, y, bpl, bpp, ftry[i]);
      fls.push(CMPR["deflate"](data, opts));
    }
    var ti, tsize = 1e9;
    for (var i = 0; i < fls.length; i++) if (fls[i].length < tsize) {
      ti = i;
      tsize = fls[i].length;
    }
    return fls[ti];
  };
  UPNG.encode._filterLine = function(data, img, y, bpl, bpp, type) {
    var i = y * bpl, di = i + y, paeth = UPNG.decode._paeth;
    data[di] = type;
    di++;
    if (type == 0) {
      if (bpl < 500) for (var x = 0; x < bpl; x++) data[di + x] = img[i + x];
      else data.set(new Uint8Array(img.buffer, i, bpl), di);
    } else if (type == 1) {
      for (var x = 0; x < bpp; x++) data[di + x] = img[i + x];
      for (var x = bpp; x < bpl; x++) data[di + x] = img[i + x] - img[i + x - bpp] + 256 & 255;
    } else if (y == 0) {
      for (var x = 0; x < bpp; x++) data[di + x] = img[i + x];
      if (type == 2) for (var x = bpp; x < bpl; x++) data[di + x] = img[i + x];
      if (type == 3) for (var x = bpp; x < bpl; x++) data[di + x] = img[i + x] - (img[i + x - bpp] >> 1) + 256 & 255;
      if (type == 4) for (var x = bpp; x < bpl; x++) data[di + x] = img[i + x] - paeth(img[i + x - bpp], 0, 0) + 256 & 255;
    } else {
      if (type == 2) {
        for (var x = 0; x < bpl; x++) data[di + x] = img[i + x] + 256 - img[i + x - bpl] & 255;
      }
      if (type == 3) {
        for (var x = 0; x < bpp; x++) data[di + x] = img[i + x] + 256 - (img[i + x - bpl] >> 1) & 255;
        for (var x = bpp; x < bpl; x++) data[di + x] = img[i + x] + 256 - (img[i + x - bpl] + img[i + x - bpp] >> 1) & 255;
      }
      if (type == 4) {
        for (var x = 0; x < bpp; x++) data[di + x] = img[i + x] + 256 - paeth(0, img[i + x - bpl], 0) & 255;
        for (var x = bpp; x < bpl; x++) data[di + x] = img[i + x] + 256 - paeth(img[i + x - bpp], img[i + x - bpl], img[i + x - bpp - bpl]) & 255;
      }
    }
  };
  UPNG.crc = {
    table: (function() {
      var tab = new Uint32Array(256);
      for (var n = 0; n < 256; n++) {
        var c = n;
        for (var k = 0; k < 8; k++) {
          if (c & 1) c = 3988292384 ^ c >>> 1;
          else c = c >>> 1;
        }
        tab[n] = c;
      }
      return tab;
    })(),
    update: function(c, buf, off, len) {
      for (var i = 0; i < len; i++) c = UPNG.crc.table[(c ^ buf[off + i]) & 255] ^ c >>> 8;
      return c;
    },
    crc: function(b, o, l) {
      return UPNG.crc.update(4294967295, b, o, l) ^ 4294967295;
    }
  };
  UPNG.quantize = function(abuf, ps) {
    var oimg = new Uint8Array(abuf), nimg = oimg.slice(0), nimg32 = new Uint32Array(nimg.buffer);
    var KD = UPNG.quantize.getKDtree(nimg, ps);
    var root = KD[0], leafs = KD[1];
    var planeDst = UPNG.quantize.planeDst;
    var sb = oimg, tb = nimg32, len = sb.length;
    var inds = new Uint8Array(oimg.length >> 2);
    for (var i = 0; i < len; i += 4) {
      var r = sb[i] * (1 / 255), g = sb[i + 1] * (1 / 255), b = sb[i + 2] * (1 / 255), a = sb[i + 3] * (1 / 255);
      var nd = UPNG.quantize.getNearest(root, r, g, b, a);
      inds[i >> 2] = nd.ind;
      tb[i >> 2] = nd.est.rgba;
    }
    return { abuf: nimg.buffer, inds, plte: leafs };
  };
  UPNG.quantize.getKDtree = function(nimg, ps, err) {
    if (err == null) err = 1e-4;
    var nimg32 = new Uint32Array(nimg.buffer);
    var root = { i0: 0, i1: nimg.length, bst: null, est: null, tdst: 0, left: null, right: null };
    root.bst = UPNG.quantize.stats(nimg, root.i0, root.i1);
    root.est = UPNG.quantize.estats(root.bst);
    var leafs = [root];
    while (leafs.length < ps) {
      var maxL = 0, mi = 0;
      for (var i = 0; i < leafs.length; i++) if (leafs[i].est.L > maxL) {
        maxL = leafs[i].est.L;
        mi = i;
      }
      if (maxL < err) break;
      var node2 = leafs[mi];
      var s0 = UPNG.quantize.splitPixels(nimg, nimg32, node2.i0, node2.i1, node2.est.e, node2.est.eMq255);
      var s0wrong = node2.i0 >= s0 || node2.i1 <= s0;
      if (s0wrong) {
        node2.est.L = 0;
        continue;
      }
      var ln = { i0: node2.i0, i1: s0, bst: null, est: null, tdst: 0, left: null, right: null };
      ln.bst = UPNG.quantize.stats(nimg, ln.i0, ln.i1);
      ln.est = UPNG.quantize.estats(ln.bst);
      var rn = { i0: s0, i1: node2.i1, bst: null, est: null, tdst: 0, left: null, right: null };
      rn.bst = { R: [], m: [], N: node2.bst.N - ln.bst.N };
      for (var i = 0; i < 16; i++) rn.bst.R[i] = node2.bst.R[i] - ln.bst.R[i];
      for (var i = 0; i < 4; i++) rn.bst.m[i] = node2.bst.m[i] - ln.bst.m[i];
      rn.est = UPNG.quantize.estats(rn.bst);
      node2.left = ln;
      node2.right = rn;
      leafs[mi] = ln;
      leafs.push(rn);
    }
    leafs.sort(function(a, b) {
      return b.bst.N - a.bst.N;
    });
    for (var i = 0; i < leafs.length; i++) leafs[i].ind = i;
    return [root, leafs];
  };
  UPNG.quantize.getNearest = function(nd, r, g, b, a) {
    if (nd.left == null) {
      nd.tdst = UPNG.quantize.dist(nd.est.q, r, g, b, a);
      return nd;
    }
    var planeDst = UPNG.quantize.planeDst(nd.est, r, g, b, a);
    var node0 = nd.left, node1 = nd.right;
    if (planeDst > 0) {
      node0 = nd.right;
      node1 = nd.left;
    }
    var ln = UPNG.quantize.getNearest(node0, r, g, b, a);
    if (ln.tdst <= planeDst * planeDst) return ln;
    var rn = UPNG.quantize.getNearest(node1, r, g, b, a);
    return rn.tdst < ln.tdst ? rn : ln;
  };
  UPNG.quantize.planeDst = function(est, r, g, b, a) {
    var e = est.e;
    return e[0] * r + e[1] * g + e[2] * b + e[3] * a - est.eMq;
  };
  UPNG.quantize.dist = function(q, r, g, b, a) {
    var d0 = r - q[0], d1 = g - q[1], d2 = b - q[2], d3 = a - q[3];
    return d0 * d0 + d1 * d1 + d2 * d2 + d3 * d3;
  };
  UPNG.quantize.splitPixels = function(nimg, nimg32, i0, i1, e, eMq) {
    var vecDot = UPNG.quantize.vecDot;
    i1 -= 4;
    var shfs = 0;
    while (i0 < i1) {
      while (vecDot(nimg, i0, e) <= eMq) i0 += 4;
      while (vecDot(nimg, i1, e) > eMq) i1 -= 4;
      if (i0 >= i1) break;
      var t = nimg32[i0 >> 2];
      nimg32[i0 >> 2] = nimg32[i1 >> 2];
      nimg32[i1 >> 2] = t;
      i0 += 4;
      i1 -= 4;
    }
    while (vecDot(nimg, i0, e) > eMq) i0 -= 4;
    return i0 + 4;
  };
  UPNG.quantize.vecDot = function(nimg, i, e) {
    return nimg[i] * e[0] + nimg[i + 1] * e[1] + nimg[i + 2] * e[2] + nimg[i + 3] * e[3];
  };
  UPNG.quantize.stats = function(nimg, i0, i1) {
    var R = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0];
    var m = [0, 0, 0, 0];
    var N = i1 - i0 >> 2;
    for (var i = i0; i < i1; i += 4) {
      var r = nimg[i] * (1 / 255), g = nimg[i + 1] * (1 / 255), b = nimg[i + 2] * (1 / 255), a = nimg[i + 3] * (1 / 255);
      m[0] += r;
      m[1] += g;
      m[2] += b;
      m[3] += a;
      R[0] += r * r;
      R[1] += r * g;
      R[2] += r * b;
      R[3] += r * a;
      R[5] += g * g;
      R[6] += g * b;
      R[7] += g * a;
      R[10] += b * b;
      R[11] += b * a;
      R[15] += a * a;
    }
    R[4] = R[1];
    R[8] = R[2];
    R[9] = R[6];
    R[12] = R[3];
    R[13] = R[7];
    R[14] = R[11];
    return { R, m, N };
  };
  UPNG.quantize.estats = function(stats) {
    var R = stats.R, m = stats.m, N = stats.N;
    var m0 = m[0], m1 = m[1], m2 = m[2], m3 = m[3], iN = N == 0 ? 0 : 1 / N;
    var Rj = [
      R[0] - m0 * m0 * iN,
      R[1] - m0 * m1 * iN,
      R[2] - m0 * m2 * iN,
      R[3] - m0 * m3 * iN,
      R[4] - m1 * m0 * iN,
      R[5] - m1 * m1 * iN,
      R[6] - m1 * m2 * iN,
      R[7] - m1 * m3 * iN,
      R[8] - m2 * m0 * iN,
      R[9] - m2 * m1 * iN,
      R[10] - m2 * m2 * iN,
      R[11] - m2 * m3 * iN,
      R[12] - m3 * m0 * iN,
      R[13] - m3 * m1 * iN,
      R[14] - m3 * m2 * iN,
      R[15] - m3 * m3 * iN
    ];
    var A = Rj, M = UPNG.M4;
    var b = [0.5, 0.5, 0.5, 0.5], mi = 0, tmi = 0;
    if (N != 0)
      for (var i = 0; i < 10; i++) {
        b = M.multVec(A, b);
        tmi = Math.sqrt(M.dot(b, b));
        b = M.sml(1 / tmi, b);
        if (Math.abs(tmi - mi) < 1e-9) break;
        mi = tmi;
      }
    var q = [m0 * iN, m1 * iN, m2 * iN, m3 * iN];
    var eMq255 = M.dot(M.sml(255, q), b);
    return {
      Cov: Rj,
      q,
      e: b,
      L: mi,
      eMq255,
      eMq: M.dot(b, q),
      rgba: (Math.round(255 * q[3]) << 24 | Math.round(255 * q[2]) << 16 | Math.round(255 * q[1]) << 8 | Math.round(255 * q[0]) << 0) >>> 0
    };
  };
  UPNG.M4 = {
    multVec: function(m, v) {
      return [
        m[0] * v[0] + m[1] * v[1] + m[2] * v[2] + m[3] * v[3],
        m[4] * v[0] + m[5] * v[1] + m[6] * v[2] + m[7] * v[3],
        m[8] * v[0] + m[9] * v[1] + m[10] * v[2] + m[11] * v[3],
        m[12] * v[0] + m[13] * v[1] + m[14] * v[2] + m[15] * v[3]
      ];
    },
    dot: function(x, y) {
      return x[0] * y[0] + x[1] * y[1] + x[2] * y[2] + x[3] * y[3];
    },
    sml: function(a, y) {
      return [a * y[0], a * y[1], a * y[2], a * y[3]];
    }
  };
  UPNG.encode.concatRGBA = function(bufs) {
    var tlen = 0;
    for (var i = 0; i < bufs.length; i++) tlen += bufs[i].byteLength;
    var nimg = new Uint8Array(tlen), noff = 0;
    for (var i = 0; i < bufs.length; i++) {
      var img = new Uint8Array(bufs[i]), il = img.length;
      for (var j = 0; j < il; j += 4) {
        var r = img[j], g = img[j + 1], b = img[j + 2], a = img[j + 3];
        if (a == 0) r = g = b = 0;
        nimg[noff + j] = r;
        nimg[noff + j + 1] = g;
        nimg[noff + j + 2] = b;
        nimg[noff + j + 3] = a;
      }
      noff += il;
    }
    return nimg.buffer;
  };
  var UPNG_default = UPNG;

  // node_modules/pdf-lib/es/utils/png.js
  var getImageType = function(ctype) {
    if (ctype === 0)
      return PngType.Greyscale;
    if (ctype === 2)
      return PngType.Truecolour;
    if (ctype === 3)
      return PngType.IndexedColour;
    if (ctype === 4)
      return PngType.GreyscaleWithAlpha;
    if (ctype === 6)
      return PngType.TruecolourWithAlpha;
    throw new Error("Unknown color type: " + ctype);
  };
  var splitAlphaChannel = function(rgbaChannel) {
    var pixelCount = Math.floor(rgbaChannel.length / 4);
    var rgbChannel = new Uint8Array(pixelCount * 3);
    var alphaChannel = new Uint8Array(pixelCount * 1);
    var rgbaOffset = 0;
    var rgbOffset = 0;
    var alphaOffset = 0;
    while (rgbaOffset < rgbaChannel.length) {
      rgbChannel[rgbOffset++] = rgbaChannel[rgbaOffset++];
      rgbChannel[rgbOffset++] = rgbaChannel[rgbaOffset++];
      rgbChannel[rgbOffset++] = rgbaChannel[rgbaOffset++];
      alphaChannel[alphaOffset++] = rgbaChannel[rgbaOffset++];
    }
    return { rgbChannel, alphaChannel };
  };
  var PngType;
  (function(PngType2) {
    PngType2["Greyscale"] = "Greyscale";
    PngType2["Truecolour"] = "Truecolour";
    PngType2["IndexedColour"] = "IndexedColour";
    PngType2["GreyscaleWithAlpha"] = "GreyscaleWithAlpha";
    PngType2["TruecolourWithAlpha"] = "TruecolourWithAlpha";
  })(PngType || (PngType = {}));
  var PNG = (
    /** @class */
    (function() {
      function PNG2(pngData) {
        var upng = UPNG_default.decode(pngData);
        var frames = UPNG_default.toRGBA8(upng);
        if (frames.length > 1)
          throw new Error("Animated PNGs are not supported");
        var frame = new Uint8Array(frames[0]);
        var _a = splitAlphaChannel(frame), rgbChannel = _a.rgbChannel, alphaChannel = _a.alphaChannel;
        this.rgbChannel = rgbChannel;
        var hasAlphaValues = alphaChannel.some(function(a) {
          return a < 255;
        });
        if (hasAlphaValues)
          this.alphaChannel = alphaChannel;
        this.type = getImageType(upng.ctype);
        this.width = upng.width;
        this.height = upng.height;
        this.bitsPerComponent = 8;
      }
      PNG2.load = function(pngData) {
        return new PNG2(pngData);
      };
      return PNG2;
    })()
  );

  // node_modules/pdf-lib/es/core/embedders/PngEmbedder.js
  var PngEmbedder = (
    /** @class */
    (function() {
      function PngEmbedder2(png) {
        this.image = png;
        this.bitsPerComponent = png.bitsPerComponent;
        this.width = png.width;
        this.height = png.height;
        this.colorSpace = "DeviceRGB";
      }
      PngEmbedder2.for = function(imageData) {
        return __awaiter(this, void 0, void 0, function() {
          var png;
          return __generator(this, function(_a) {
            png = PNG.load(imageData);
            return [2, new PngEmbedder2(png)];
          });
        });
      };
      PngEmbedder2.prototype.embedIntoContext = function(context2, ref) {
        return __awaiter(this, void 0, void 0, function() {
          var SMask, xObject;
          return __generator(this, function(_a) {
            SMask = this.embedAlphaChannel(context2);
            xObject = context2.flateStream(this.image.rgbChannel, {
              Type: "XObject",
              Subtype: "Image",
              BitsPerComponent: this.image.bitsPerComponent,
              Width: this.image.width,
              Height: this.image.height,
              ColorSpace: this.colorSpace,
              SMask
            });
            if (ref) {
              context2.assign(ref, xObject);
              return [2, ref];
            } else {
              return [2, context2.register(xObject)];
            }
            return [
              2
              /*return*/
            ];
          });
        });
      };
      PngEmbedder2.prototype.embedAlphaChannel = function(context2) {
        if (!this.image.alphaChannel)
          return void 0;
        var xObject = context2.flateStream(this.image.alphaChannel, {
          Type: "XObject",
          Subtype: "Image",
          Height: this.image.height,
          Width: this.image.width,
          BitsPerComponent: this.image.bitsPerComponent,
          ColorSpace: "DeviceGray",
          Decode: [0, 1]
        });
        return context2.register(xObject);
      };
      return PngEmbedder2;
    })()
  );
  var PngEmbedder_default = PngEmbedder;

  // node_modules/pdf-lib/es/core/streams/Stream.js
  var Stream = (
    /** @class */
    (function() {
      function Stream3(buffer, start, length) {
        this.bytes = buffer;
        this.start = start || 0;
        this.pos = this.start;
        this.end = !!start && !!length ? start + length : this.bytes.length;
      }
      Object.defineProperty(Stream3.prototype, "length", {
        get: function() {
          return this.end - this.start;
        },
        enumerable: false,
        configurable: true
      });
      Object.defineProperty(Stream3.prototype, "isEmpty", {
        get: function() {
          return this.length === 0;
        },
        enumerable: false,
        configurable: true
      });
      Stream3.prototype.getByte = function() {
        if (this.pos >= this.end) {
          return -1;
        }
        return this.bytes[this.pos++];
      };
      Stream3.prototype.getUint16 = function() {
        var b0 = this.getByte();
        var b1 = this.getByte();
        if (b0 === -1 || b1 === -1) {
          return -1;
        }
        return (b0 << 8) + b1;
      };
      Stream3.prototype.getInt32 = function() {
        var b0 = this.getByte();
        var b1 = this.getByte();
        var b2 = this.getByte();
        var b3 = this.getByte();
        return (b0 << 24) + (b1 << 16) + (b2 << 8) + b3;
      };
      Stream3.prototype.getBytes = function(length, forceClamped) {
        if (forceClamped === void 0) {
          forceClamped = false;
        }
        var bytes2 = this.bytes;
        var pos = this.pos;
        var strEnd = this.end;
        if (!length) {
          var subarray = bytes2.subarray(pos, strEnd);
          return forceClamped ? new Uint8ClampedArray(subarray) : subarray;
        } else {
          var end = pos + length;
          if (end > strEnd) {
            end = strEnd;
          }
          this.pos = end;
          var subarray = bytes2.subarray(pos, end);
          return forceClamped ? new Uint8ClampedArray(subarray) : subarray;
        }
      };
      Stream3.prototype.peekByte = function() {
        var peekedByte = this.getByte();
        this.pos--;
        return peekedByte;
      };
      Stream3.prototype.peekBytes = function(length, forceClamped) {
        if (forceClamped === void 0) {
          forceClamped = false;
        }
        var bytes2 = this.getBytes(length, forceClamped);
        this.pos -= bytes2.length;
        return bytes2;
      };
      Stream3.prototype.skip = function(n) {
        if (!n) {
          n = 1;
        }
        this.pos += n;
      };
      Stream3.prototype.reset = function() {
        this.pos = this.start;
      };
      Stream3.prototype.moveStart = function() {
        this.start = this.pos;
      };
      Stream3.prototype.makeSubStream = function(start, length) {
        return new Stream3(this.bytes, start, length);
      };
      Stream3.prototype.decode = function() {
        return this.bytes;
      };
      return Stream3;
    })()
  );
  var Stream_default = Stream;

  // node_modules/pdf-lib/es/core/streams/DecodeStream.js
  var emptyBuffer = new Uint8Array(0);
  var DecodeStream = (
    /** @class */
    (function() {
      function DecodeStream3(maybeMinBufferLength) {
        this.pos = 0;
        this.bufferLength = 0;
        this.eof = false;
        this.buffer = emptyBuffer;
        this.minBufferLength = 512;
        if (maybeMinBufferLength) {
          while (this.minBufferLength < maybeMinBufferLength) {
            this.minBufferLength *= 2;
          }
        }
      }
      Object.defineProperty(DecodeStream3.prototype, "isEmpty", {
        get: function() {
          while (!this.eof && this.bufferLength === 0) {
            this.readBlock();
          }
          return this.bufferLength === 0;
        },
        enumerable: false,
        configurable: true
      });
      DecodeStream3.prototype.getByte = function() {
        var pos = this.pos;
        while (this.bufferLength <= pos) {
          if (this.eof) {
            return -1;
          }
          this.readBlock();
        }
        return this.buffer[this.pos++];
      };
      DecodeStream3.prototype.getUint16 = function() {
        var b0 = this.getByte();
        var b1 = this.getByte();
        if (b0 === -1 || b1 === -1) {
          return -1;
        }
        return (b0 << 8) + b1;
      };
      DecodeStream3.prototype.getInt32 = function() {
        var b0 = this.getByte();
        var b1 = this.getByte();
        var b2 = this.getByte();
        var b3 = this.getByte();
        return (b0 << 24) + (b1 << 16) + (b2 << 8) + b3;
      };
      DecodeStream3.prototype.getBytes = function(length, forceClamped) {
        if (forceClamped === void 0) {
          forceClamped = false;
        }
        var end;
        var pos = this.pos;
        if (length) {
          this.ensureBuffer(pos + length);
          end = pos + length;
          while (!this.eof && this.bufferLength < end) {
            this.readBlock();
          }
          var bufEnd = this.bufferLength;
          if (end > bufEnd) {
            end = bufEnd;
          }
        } else {
          while (!this.eof) {
            this.readBlock();
          }
          end = this.bufferLength;
        }
        this.pos = end;
        var subarray = this.buffer.subarray(pos, end);
        return forceClamped && !(subarray instanceof Uint8ClampedArray) ? new Uint8ClampedArray(subarray) : subarray;
      };
      DecodeStream3.prototype.peekByte = function() {
        var peekedByte = this.getByte();
        this.pos--;
        return peekedByte;
      };
      DecodeStream3.prototype.peekBytes = function(length, forceClamped) {
        if (forceClamped === void 0) {
          forceClamped = false;
        }
        var bytes2 = this.getBytes(length, forceClamped);
        this.pos -= bytes2.length;
        return bytes2;
      };
      DecodeStream3.prototype.skip = function(n) {
        if (!n) {
          n = 1;
        }
        this.pos += n;
      };
      DecodeStream3.prototype.reset = function() {
        this.pos = 0;
      };
      DecodeStream3.prototype.makeSubStream = function(start, length) {
        var end = start + length;
        while (this.bufferLength <= end && !this.eof) {
          this.readBlock();
        }
        return new Stream_default(
          this.buffer,
          start,
          length
          /* dict */
        );
      };
      DecodeStream3.prototype.decode = function() {
        while (!this.eof)
          this.readBlock();
        return this.buffer.subarray(0, this.bufferLength);
      };
      DecodeStream3.prototype.readBlock = function() {
        throw new MethodNotImplementedError(this.constructor.name, "readBlock");
      };
      DecodeStream3.prototype.ensureBuffer = function(requested) {
        var buffer = this.buffer;
        if (requested <= buffer.byteLength) {
          return buffer;
        }
        var size = this.minBufferLength;
        while (size < requested) {
          size *= 2;
        }
        var buffer2 = new Uint8Array(size);
        buffer2.set(buffer);
        return this.buffer = buffer2;
      };
      return DecodeStream3;
    })()
  );
  var DecodeStream_default = DecodeStream;

  // node_modules/pdf-lib/es/core/streams/Ascii85Stream.js
  var isSpace = function(ch2) {
    return ch2 === 32 || ch2 === 9 || ch2 === 13 || ch2 === 10;
  };
  var Ascii85Stream = (
    /** @class */
    (function(_super) {
      __extends(Ascii85Stream3, _super);
      function Ascii85Stream3(stream2, maybeLength) {
        var _this = _super.call(this, maybeLength) || this;
        _this.stream = stream2;
        _this.input = new Uint8Array(5);
        if (maybeLength) {
          maybeLength = 0.8 * maybeLength;
        }
        return _this;
      }
      Ascii85Stream3.prototype.readBlock = function() {
        var TILDA_CHAR = 126;
        var Z_LOWER_CHAR = 122;
        var EOF2 = -1;
        var stream2 = this.stream;
        var c = stream2.getByte();
        while (isSpace(c)) {
          c = stream2.getByte();
        }
        if (c === EOF2 || c === TILDA_CHAR) {
          this.eof = true;
          return;
        }
        var bufferLength = this.bufferLength;
        var buffer;
        var i;
        if (c === Z_LOWER_CHAR) {
          buffer = this.ensureBuffer(bufferLength + 4);
          for (i = 0; i < 4; ++i) {
            buffer[bufferLength + i] = 0;
          }
          this.bufferLength += 4;
        } else {
          var input2 = this.input;
          input2[0] = c;
          for (i = 1; i < 5; ++i) {
            c = stream2.getByte();
            while (isSpace(c)) {
              c = stream2.getByte();
            }
            input2[i] = c;
            if (c === EOF2 || c === TILDA_CHAR) {
              break;
            }
          }
          buffer = this.ensureBuffer(bufferLength + i - 1);
          this.bufferLength += i - 1;
          if (i < 5) {
            for (; i < 5; ++i) {
              input2[i] = 33 + 84;
            }
            this.eof = true;
          }
          var t = 0;
          for (i = 0; i < 5; ++i) {
            t = t * 85 + (input2[i] - 33);
          }
          for (i = 3; i >= 0; --i) {
            buffer[bufferLength + i] = t & 255;
            t >>= 8;
          }
        }
      };
      return Ascii85Stream3;
    })(DecodeStream_default)
  );
  var Ascii85Stream_default = Ascii85Stream;

  // node_modules/pdf-lib/es/core/streams/AsciiHexStream.js
  var AsciiHexStream = (
    /** @class */
    (function(_super) {
      __extends(AsciiHexStream3, _super);
      function AsciiHexStream3(stream2, maybeLength) {
        var _this = _super.call(this, maybeLength) || this;
        _this.stream = stream2;
        _this.firstDigit = -1;
        if (maybeLength) {
          maybeLength = 0.5 * maybeLength;
        }
        return _this;
      }
      AsciiHexStream3.prototype.readBlock = function() {
        var UPSTREAM_BLOCK_SIZE = 8e3;
        var bytes2 = this.stream.getBytes(UPSTREAM_BLOCK_SIZE);
        if (!bytes2.length) {
          this.eof = true;
          return;
        }
        var maxDecodeLength = bytes2.length + 1 >> 1;
        var buffer = this.ensureBuffer(this.bufferLength + maxDecodeLength);
        var bufferLength = this.bufferLength;
        var firstDigit = this.firstDigit;
        for (var i = 0, ii = bytes2.length; i < ii; i++) {
          var ch2 = bytes2[i];
          var digit = void 0;
          if (ch2 >= 48 && ch2 <= 57) {
            digit = ch2 & 15;
          } else if (ch2 >= 65 && ch2 <= 70 || ch2 >= 97 && ch2 <= 102) {
            digit = (ch2 & 15) + 9;
          } else if (ch2 === 62) {
            this.eof = true;
            break;
          } else {
            continue;
          }
          if (firstDigit < 0) {
            firstDigit = digit;
          } else {
            buffer[bufferLength++] = firstDigit << 4 | digit;
            firstDigit = -1;
          }
        }
        if (firstDigit >= 0 && this.eof) {
          buffer[bufferLength++] = firstDigit << 4;
          firstDigit = -1;
        }
        this.firstDigit = firstDigit;
        this.bufferLength = bufferLength;
      };
      return AsciiHexStream3;
    })(DecodeStream_default)
  );
  var AsciiHexStream_default = AsciiHexStream;

  // node_modules/pdf-lib/es/core/streams/FlateStream.js
  var codeLenCodeMap = new Int32Array([
    16,
    17,
    18,
    0,
    8,
    7,
    9,
    6,
    10,
    5,
    11,
    4,
    12,
    3,
    13,
    2,
    14,
    1,
    15
  ]);
  var lengthDecode = new Int32Array([
    3,
    4,
    5,
    6,
    7,
    8,
    9,
    10,
    65547,
    65549,
    65551,
    65553,
    131091,
    131095,
    131099,
    131103,
    196643,
    196651,
    196659,
    196667,
    262211,
    262227,
    262243,
    262259,
    327811,
    327843,
    327875,
    327907,
    258,
    258,
    258
  ]);
  var distDecode = new Int32Array([
    1,
    2,
    3,
    4,
    65541,
    65543,
    131081,
    131085,
    196625,
    196633,
    262177,
    262193,
    327745,
    327777,
    393345,
    393409,
    459009,
    459137,
    524801,
    525057,
    590849,
    591361,
    657409,
    658433,
    724993,
    727041,
    794625,
    798721,
    868353,
    876545
  ]);
  var fixedLitCodeTab = [new Int32Array([
    459008,
    524368,
    524304,
    524568,
    459024,
    524400,
    524336,
    590016,
    459016,
    524384,
    524320,
    589984,
    524288,
    524416,
    524352,
    590048,
    459012,
    524376,
    524312,
    589968,
    459028,
    524408,
    524344,
    590032,
    459020,
    524392,
    524328,
    59e4,
    524296,
    524424,
    524360,
    590064,
    459010,
    524372,
    524308,
    524572,
    459026,
    524404,
    524340,
    590024,
    459018,
    524388,
    524324,
    589992,
    524292,
    524420,
    524356,
    590056,
    459014,
    524380,
    524316,
    589976,
    459030,
    524412,
    524348,
    590040,
    459022,
    524396,
    524332,
    590008,
    524300,
    524428,
    524364,
    590072,
    459009,
    524370,
    524306,
    524570,
    459025,
    524402,
    524338,
    590020,
    459017,
    524386,
    524322,
    589988,
    524290,
    524418,
    524354,
    590052,
    459013,
    524378,
    524314,
    589972,
    459029,
    524410,
    524346,
    590036,
    459021,
    524394,
    524330,
    590004,
    524298,
    524426,
    524362,
    590068,
    459011,
    524374,
    524310,
    524574,
    459027,
    524406,
    524342,
    590028,
    459019,
    524390,
    524326,
    589996,
    524294,
    524422,
    524358,
    590060,
    459015,
    524382,
    524318,
    589980,
    459031,
    524414,
    524350,
    590044,
    459023,
    524398,
    524334,
    590012,
    524302,
    524430,
    524366,
    590076,
    459008,
    524369,
    524305,
    524569,
    459024,
    524401,
    524337,
    590018,
    459016,
    524385,
    524321,
    589986,
    524289,
    524417,
    524353,
    590050,
    459012,
    524377,
    524313,
    589970,
    459028,
    524409,
    524345,
    590034,
    459020,
    524393,
    524329,
    590002,
    524297,
    524425,
    524361,
    590066,
    459010,
    524373,
    524309,
    524573,
    459026,
    524405,
    524341,
    590026,
    459018,
    524389,
    524325,
    589994,
    524293,
    524421,
    524357,
    590058,
    459014,
    524381,
    524317,
    589978,
    459030,
    524413,
    524349,
    590042,
    459022,
    524397,
    524333,
    590010,
    524301,
    524429,
    524365,
    590074,
    459009,
    524371,
    524307,
    524571,
    459025,
    524403,
    524339,
    590022,
    459017,
    524387,
    524323,
    589990,
    524291,
    524419,
    524355,
    590054,
    459013,
    524379,
    524315,
    589974,
    459029,
    524411,
    524347,
    590038,
    459021,
    524395,
    524331,
    590006,
    524299,
    524427,
    524363,
    590070,
    459011,
    524375,
    524311,
    524575,
    459027,
    524407,
    524343,
    590030,
    459019,
    524391,
    524327,
    589998,
    524295,
    524423,
    524359,
    590062,
    459015,
    524383,
    524319,
    589982,
    459031,
    524415,
    524351,
    590046,
    459023,
    524399,
    524335,
    590014,
    524303,
    524431,
    524367,
    590078,
    459008,
    524368,
    524304,
    524568,
    459024,
    524400,
    524336,
    590017,
    459016,
    524384,
    524320,
    589985,
    524288,
    524416,
    524352,
    590049,
    459012,
    524376,
    524312,
    589969,
    459028,
    524408,
    524344,
    590033,
    459020,
    524392,
    524328,
    590001,
    524296,
    524424,
    524360,
    590065,
    459010,
    524372,
    524308,
    524572,
    459026,
    524404,
    524340,
    590025,
    459018,
    524388,
    524324,
    589993,
    524292,
    524420,
    524356,
    590057,
    459014,
    524380,
    524316,
    589977,
    459030,
    524412,
    524348,
    590041,
    459022,
    524396,
    524332,
    590009,
    524300,
    524428,
    524364,
    590073,
    459009,
    524370,
    524306,
    524570,
    459025,
    524402,
    524338,
    590021,
    459017,
    524386,
    524322,
    589989,
    524290,
    524418,
    524354,
    590053,
    459013,
    524378,
    524314,
    589973,
    459029,
    524410,
    524346,
    590037,
    459021,
    524394,
    524330,
    590005,
    524298,
    524426,
    524362,
    590069,
    459011,
    524374,
    524310,
    524574,
    459027,
    524406,
    524342,
    590029,
    459019,
    524390,
    524326,
    589997,
    524294,
    524422,
    524358,
    590061,
    459015,
    524382,
    524318,
    589981,
    459031,
    524414,
    524350,
    590045,
    459023,
    524398,
    524334,
    590013,
    524302,
    524430,
    524366,
    590077,
    459008,
    524369,
    524305,
    524569,
    459024,
    524401,
    524337,
    590019,
    459016,
    524385,
    524321,
    589987,
    524289,
    524417,
    524353,
    590051,
    459012,
    524377,
    524313,
    589971,
    459028,
    524409,
    524345,
    590035,
    459020,
    524393,
    524329,
    590003,
    524297,
    524425,
    524361,
    590067,
    459010,
    524373,
    524309,
    524573,
    459026,
    524405,
    524341,
    590027,
    459018,
    524389,
    524325,
    589995,
    524293,
    524421,
    524357,
    590059,
    459014,
    524381,
    524317,
    589979,
    459030,
    524413,
    524349,
    590043,
    459022,
    524397,
    524333,
    590011,
    524301,
    524429,
    524365,
    590075,
    459009,
    524371,
    524307,
    524571,
    459025,
    524403,
    524339,
    590023,
    459017,
    524387,
    524323,
    589991,
    524291,
    524419,
    524355,
    590055,
    459013,
    524379,
    524315,
    589975,
    459029,
    524411,
    524347,
    590039,
    459021,
    524395,
    524331,
    590007,
    524299,
    524427,
    524363,
    590071,
    459011,
    524375,
    524311,
    524575,
    459027,
    524407,
    524343,
    590031,
    459019,
    524391,
    524327,
    589999,
    524295,
    524423,
    524359,
    590063,
    459015,
    524383,
    524319,
    589983,
    459031,
    524415,
    524351,
    590047,
    459023,
    524399,
    524335,
    590015,
    524303,
    524431,
    524367,
    590079
  ]), 9];
  var fixedDistCodeTab = [new Int32Array([
    327680,
    327696,
    327688,
    327704,
    327684,
    327700,
    327692,
    327708,
    327682,
    327698,
    327690,
    327706,
    327686,
    327702,
    327694,
    0,
    327681,
    327697,
    327689,
    327705,
    327685,
    327701,
    327693,
    327709,
    327683,
    327699,
    327691,
    327707,
    327687,
    327703,
    327695,
    0
  ]), 5];
  var FlateStream = (
    /** @class */
    (function(_super) {
      __extends(FlateStream3, _super);
      function FlateStream3(stream2, maybeLength) {
        var _this = _super.call(this, maybeLength) || this;
        _this.stream = stream2;
        var cmf = stream2.getByte();
        var flg = stream2.getByte();
        if (cmf === -1 || flg === -1) {
          throw new Error("Invalid header in flate stream: " + cmf + ", " + flg);
        }
        if ((cmf & 15) !== 8) {
          throw new Error("Unknown compression method in flate stream: " + cmf + ", " + flg);
        }
        if (((cmf << 8) + flg) % 31 !== 0) {
          throw new Error("Bad FCHECK in flate stream: " + cmf + ", " + flg);
        }
        if (flg & 32) {
          throw new Error("FDICT bit set in flate stream: " + cmf + ", " + flg);
        }
        _this.codeSize = 0;
        _this.codeBuf = 0;
        return _this;
      }
      FlateStream3.prototype.readBlock = function() {
        var buffer;
        var len;
        var str = this.stream;
        var hdr = this.getBits(3);
        if (hdr & 1) {
          this.eof = true;
        }
        hdr >>= 1;
        if (hdr === 0) {
          var b = void 0;
          if ((b = str.getByte()) === -1) {
            throw new Error("Bad block header in flate stream");
          }
          var blockLen = b;
          if ((b = str.getByte()) === -1) {
            throw new Error("Bad block header in flate stream");
          }
          blockLen |= b << 8;
          if ((b = str.getByte()) === -1) {
            throw new Error("Bad block header in flate stream");
          }
          var check = b;
          if ((b = str.getByte()) === -1) {
            throw new Error("Bad block header in flate stream");
          }
          check |= b << 8;
          if (check !== (~blockLen & 65535) && (blockLen !== 0 || check !== 0)) {
            throw new Error("Bad uncompressed block length in flate stream");
          }
          this.codeBuf = 0;
          this.codeSize = 0;
          var bufferLength = this.bufferLength;
          buffer = this.ensureBuffer(bufferLength + blockLen);
          var end = bufferLength + blockLen;
          this.bufferLength = end;
          if (blockLen === 0) {
            if (str.peekByte() === -1) {
              this.eof = true;
            }
          } else {
            for (var n = bufferLength; n < end; ++n) {
              if ((b = str.getByte()) === -1) {
                this.eof = true;
                break;
              }
              buffer[n] = b;
            }
          }
          return;
        }
        var litCodeTable;
        var distCodeTable;
        if (hdr === 1) {
          litCodeTable = fixedLitCodeTab;
          distCodeTable = fixedDistCodeTab;
        } else if (hdr === 2) {
          var numLitCodes = this.getBits(5) + 257;
          var numDistCodes = this.getBits(5) + 1;
          var numCodeLenCodes = this.getBits(4) + 4;
          var codeLenCodeLengths = new Uint8Array(codeLenCodeMap.length);
          var i = void 0;
          for (i = 0; i < numCodeLenCodes; ++i) {
            codeLenCodeLengths[codeLenCodeMap[i]] = this.getBits(3);
          }
          var codeLenCodeTab = this.generateHuffmanTable(codeLenCodeLengths);
          len = 0;
          i = 0;
          var codes = numLitCodes + numDistCodes;
          var codeLengths = new Uint8Array(codes);
          var bitsLength = void 0;
          var bitsOffset = void 0;
          var what = void 0;
          while (i < codes) {
            var code = this.getCode(codeLenCodeTab);
            if (code === 16) {
              bitsLength = 2;
              bitsOffset = 3;
              what = len;
            } else if (code === 17) {
              bitsLength = 3;
              bitsOffset = 3;
              what = len = 0;
            } else if (code === 18) {
              bitsLength = 7;
              bitsOffset = 11;
              what = len = 0;
            } else {
              codeLengths[i++] = len = code;
              continue;
            }
            var repeatLength = this.getBits(bitsLength) + bitsOffset;
            while (repeatLength-- > 0) {
              codeLengths[i++] = what;
            }
          }
          litCodeTable = this.generateHuffmanTable(codeLengths.subarray(0, numLitCodes));
          distCodeTable = this.generateHuffmanTable(codeLengths.subarray(numLitCodes, codes));
        } else {
          throw new Error("Unknown block type in flate stream");
        }
        buffer = this.buffer;
        var limit = buffer ? buffer.length : 0;
        var pos = this.bufferLength;
        while (true) {
          var code1 = this.getCode(litCodeTable);
          if (code1 < 256) {
            if (pos + 1 >= limit) {
              buffer = this.ensureBuffer(pos + 1);
              limit = buffer.length;
            }
            buffer[pos++] = code1;
            continue;
          }
          if (code1 === 256) {
            this.bufferLength = pos;
            return;
          }
          code1 -= 257;
          code1 = lengthDecode[code1];
          var code2 = code1 >> 16;
          if (code2 > 0) {
            code2 = this.getBits(code2);
          }
          len = (code1 & 65535) + code2;
          code1 = this.getCode(distCodeTable);
          code1 = distDecode[code1];
          code2 = code1 >> 16;
          if (code2 > 0) {
            code2 = this.getBits(code2);
          }
          var dist = (code1 & 65535) + code2;
          if (pos + len >= limit) {
            buffer = this.ensureBuffer(pos + len);
            limit = buffer.length;
          }
          for (var k = 0; k < len; ++k, ++pos) {
            buffer[pos] = buffer[pos - dist];
          }
        }
      };
      FlateStream3.prototype.getBits = function(bits) {
        var str = this.stream;
        var codeSize = this.codeSize;
        var codeBuf = this.codeBuf;
        var b;
        while (codeSize < bits) {
          if ((b = str.getByte()) === -1) {
            throw new Error("Bad encoding in flate stream");
          }
          codeBuf |= b << codeSize;
          codeSize += 8;
        }
        b = codeBuf & (1 << bits) - 1;
        this.codeBuf = codeBuf >> bits;
        this.codeSize = codeSize -= bits;
        return b;
      };
      FlateStream3.prototype.getCode = function(table) {
        var str = this.stream;
        var codes = table[0];
        var maxLen = table[1];
        var codeSize = this.codeSize;
        var codeBuf = this.codeBuf;
        var b;
        while (codeSize < maxLen) {
          if ((b = str.getByte()) === -1) {
            break;
          }
          codeBuf |= b << codeSize;
          codeSize += 8;
        }
        var code = codes[codeBuf & (1 << maxLen) - 1];
        if (typeof codes === "number") {
          console.log("FLATE:", code);
        }
        var codeLen = code >> 16;
        var codeVal = code & 65535;
        if (codeLen < 1 || codeSize < codeLen) {
          throw new Error("Bad encoding in flate stream");
        }
        this.codeBuf = codeBuf >> codeLen;
        this.codeSize = codeSize - codeLen;
        return codeVal;
      };
      FlateStream3.prototype.generateHuffmanTable = function(lengths) {
        var n = lengths.length;
        var maxLen = 0;
        var i;
        for (i = 0; i < n; ++i) {
          if (lengths[i] > maxLen) {
            maxLen = lengths[i];
          }
        }
        var size = 1 << maxLen;
        var codes = new Int32Array(size);
        for (var len = 1, code = 0, skip = 2; len <= maxLen; ++len, code <<= 1, skip <<= 1) {
          for (var val = 0; val < n; ++val) {
            if (lengths[val] === len) {
              var code2 = 0;
              var t = code;
              for (i = 0; i < len; ++i) {
                code2 = code2 << 1 | t & 1;
                t >>= 1;
              }
              for (i = code2; i < size; i += skip) {
                codes[i] = len << 16 | val;
              }
              ++code;
            }
          }
        }
        return [codes, maxLen];
      };
      return FlateStream3;
    })(DecodeStream_default)
  );
  var FlateStream_default = FlateStream;

  // node_modules/pdf-lib/es/core/streams/LZWStream.js
  var LZWStream = (
    /** @class */
    (function(_super) {
      __extends(LZWStream3, _super);
      function LZWStream3(stream2, maybeLength, earlyChange) {
        var _this = _super.call(this, maybeLength) || this;
        _this.stream = stream2;
        _this.cachedData = 0;
        _this.bitsCached = 0;
        var maxLzwDictionarySize = 4096;
        var lzwState = {
          earlyChange,
          codeLength: 9,
          nextCode: 258,
          dictionaryValues: new Uint8Array(maxLzwDictionarySize),
          dictionaryLengths: new Uint16Array(maxLzwDictionarySize),
          dictionaryPrevCodes: new Uint16Array(maxLzwDictionarySize),
          currentSequence: new Uint8Array(maxLzwDictionarySize),
          currentSequenceLength: 0
        };
        for (var i = 0; i < 256; ++i) {
          lzwState.dictionaryValues[i] = i;
          lzwState.dictionaryLengths[i] = 1;
        }
        _this.lzwState = lzwState;
        return _this;
      }
      LZWStream3.prototype.readBlock = function() {
        var blockSize = 512;
        var estimatedDecodedSize = blockSize * 2;
        var decodedSizeDelta = blockSize;
        var i;
        var j;
        var q;
        var lzwState = this.lzwState;
        if (!lzwState) {
          return;
        }
        var earlyChange = lzwState.earlyChange;
        var nextCode = lzwState.nextCode;
        var dictionaryValues = lzwState.dictionaryValues;
        var dictionaryLengths = lzwState.dictionaryLengths;
        var dictionaryPrevCodes = lzwState.dictionaryPrevCodes;
        var codeLength = lzwState.codeLength;
        var prevCode = lzwState.prevCode;
        var currentSequence = lzwState.currentSequence;
        var currentSequenceLength = lzwState.currentSequenceLength;
        var decodedLength = 0;
        var currentBufferLength = this.bufferLength;
        var buffer = this.ensureBuffer(this.bufferLength + estimatedDecodedSize);
        for (i = 0; i < blockSize; i++) {
          var code = this.readBits(codeLength);
          var hasPrev = currentSequenceLength > 0;
          if (!code || code < 256) {
            currentSequence[0] = code;
            currentSequenceLength = 1;
          } else if (code >= 258) {
            if (code < nextCode) {
              currentSequenceLength = dictionaryLengths[code];
              for (j = currentSequenceLength - 1, q = code; j >= 0; j--) {
                currentSequence[j] = dictionaryValues[q];
                q = dictionaryPrevCodes[q];
              }
            } else {
              currentSequence[currentSequenceLength++] = currentSequence[0];
            }
          } else if (code === 256) {
            codeLength = 9;
            nextCode = 258;
            currentSequenceLength = 0;
            continue;
          } else {
            this.eof = true;
            delete this.lzwState;
            break;
          }
          if (hasPrev) {
            dictionaryPrevCodes[nextCode] = prevCode;
            dictionaryLengths[nextCode] = dictionaryLengths[prevCode] + 1;
            dictionaryValues[nextCode] = currentSequence[0];
            nextCode++;
            codeLength = nextCode + earlyChange & nextCode + earlyChange - 1 ? codeLength : Math.min(Math.log(nextCode + earlyChange) / 0.6931471805599453 + 1, 12) | 0;
          }
          prevCode = code;
          decodedLength += currentSequenceLength;
          if (estimatedDecodedSize < decodedLength) {
            do {
              estimatedDecodedSize += decodedSizeDelta;
            } while (estimatedDecodedSize < decodedLength);
            buffer = this.ensureBuffer(this.bufferLength + estimatedDecodedSize);
          }
          for (j = 0; j < currentSequenceLength; j++) {
            buffer[currentBufferLength++] = currentSequence[j];
          }
        }
        lzwState.nextCode = nextCode;
        lzwState.codeLength = codeLength;
        lzwState.prevCode = prevCode;
        lzwState.currentSequenceLength = currentSequenceLength;
        this.bufferLength = currentBufferLength;
      };
      LZWStream3.prototype.readBits = function(n) {
        var bitsCached = this.bitsCached;
        var cachedData = this.cachedData;
        while (bitsCached < n) {
          var c = this.stream.getByte();
          if (c === -1) {
            this.eof = true;
            return null;
          }
          cachedData = cachedData << 8 | c;
          bitsCached += 8;
        }
        this.bitsCached = bitsCached -= n;
        this.cachedData = cachedData;
        return cachedData >>> bitsCached & (1 << n) - 1;
      };
      return LZWStream3;
    })(DecodeStream_default)
  );
  var LZWStream_default = LZWStream;

  // node_modules/pdf-lib/es/core/streams/RunLengthStream.js
  var RunLengthStream = (
    /** @class */
    (function(_super) {
      __extends(RunLengthStream3, _super);
      function RunLengthStream3(stream2, maybeLength) {
        var _this = _super.call(this, maybeLength) || this;
        _this.stream = stream2;
        return _this;
      }
      RunLengthStream3.prototype.readBlock = function() {
        var repeatHeader = this.stream.getBytes(2);
        if (!repeatHeader || repeatHeader.length < 2 || repeatHeader[0] === 128) {
          this.eof = true;
          return;
        }
        var buffer;
        var bufferLength = this.bufferLength;
        var n = repeatHeader[0];
        if (n < 128) {
          buffer = this.ensureBuffer(bufferLength + n + 1);
          buffer[bufferLength++] = repeatHeader[1];
          if (n > 0) {
            var source = this.stream.getBytes(n);
            buffer.set(source, bufferLength);
            bufferLength += n;
          }
        } else {
          n = 257 - n;
          var b = repeatHeader[1];
          buffer = this.ensureBuffer(bufferLength + n + 1);
          for (var i = 0; i < n; i++) {
            buffer[bufferLength++] = b;
          }
        }
        this.bufferLength = bufferLength;
      };
      return RunLengthStream3;
    })(DecodeStream_default)
  );
  var RunLengthStream_default = RunLengthStream;

  // node_modules/pdf-lib/es/core/streams/decode.js
  var decodeStream = function(stream2, encoding, params) {
    if (encoding === PDFName_default.of("FlateDecode")) {
      return new FlateStream_default(stream2);
    }
    if (encoding === PDFName_default.of("LZWDecode")) {
      var earlyChange = 1;
      if (params instanceof PDFDict_default) {
        var EarlyChange = params.lookup(PDFName_default.of("EarlyChange"));
        if (EarlyChange instanceof PDFNumber_default) {
          earlyChange = EarlyChange.asNumber();
        }
      }
      return new LZWStream_default(stream2, void 0, earlyChange);
    }
    if (encoding === PDFName_default.of("ASCII85Decode")) {
      return new Ascii85Stream_default(stream2);
    }
    if (encoding === PDFName_default.of("ASCIIHexDecode")) {
      return new AsciiHexStream_default(stream2);
    }
    if (encoding === PDFName_default.of("RunLengthDecode")) {
      return new RunLengthStream_default(stream2);
    }
    throw new UnsupportedEncodingError(encoding.asString());
  };
  var decodePDFRawStream = function(_a) {
    var dict = _a.dict, contents = _a.contents;
    var stream2 = new Stream_default(contents);
    var Filter2 = dict.lookup(PDFName_default.of("Filter"));
    var DecodeParms = dict.lookup(PDFName_default.of("DecodeParms"));
    if (Filter2 instanceof PDFName_default) {
      stream2 = decodeStream(stream2, Filter2, DecodeParms);
    } else if (Filter2 instanceof PDFArray_default) {
      for (var idx = 0, len = Filter2.size(); idx < len; idx++) {
        stream2 = decodeStream(stream2, Filter2.lookup(idx, PDFName_default), DecodeParms && DecodeParms.lookupMaybe(idx, PDFDict_default));
      }
    } else if (!!Filter2) {
      throw new UnexpectedObjectTypeError([PDFName_default, PDFArray_default], Filter2);
    }
    return stream2;
  };

  // node_modules/pdf-lib/es/core/embedders/PDFPageEmbedder.js
  var fullPageBoundingBox = function(page) {
    var mediaBox = page.MediaBox();
    var width = mediaBox.lookup(2, PDFNumber_default).asNumber() - mediaBox.lookup(0, PDFNumber_default).asNumber();
    var height = mediaBox.lookup(3, PDFNumber_default).asNumber() - mediaBox.lookup(1, PDFNumber_default).asNumber();
    return { left: 0, bottom: 0, right: width, top: height };
  };
  var boundingBoxAdjustedMatrix = function(bb) {
    return [1, 0, 0, 1, -bb.left, -bb.bottom];
  };
  var PDFPageEmbedder = (
    /** @class */
    (function() {
      function PDFPageEmbedder2(page, boundingBox, transformationMatrix) {
        this.page = page;
        var bb = boundingBox !== null && boundingBox !== void 0 ? boundingBox : fullPageBoundingBox(page);
        this.width = bb.right - bb.left;
        this.height = bb.top - bb.bottom;
        this.boundingBox = bb;
        this.transformationMatrix = transformationMatrix !== null && transformationMatrix !== void 0 ? transformationMatrix : boundingBoxAdjustedMatrix(bb);
      }
      PDFPageEmbedder2.for = function(page, boundingBox, transformationMatrix) {
        return __awaiter(this, void 0, void 0, function() {
          return __generator(this, function(_a) {
            return [2, new PDFPageEmbedder2(page, boundingBox, transformationMatrix)];
          });
        });
      };
      PDFPageEmbedder2.prototype.embedIntoContext = function(context2, ref) {
        return __awaiter(this, void 0, void 0, function() {
          var _a, Contents, Resources, decodedContents, _b, left, bottom, right, top, xObject;
          return __generator(this, function(_c) {
            _a = this.page.normalizedEntries(), Contents = _a.Contents, Resources = _a.Resources;
            if (!Contents)
              throw new MissingPageContentsEmbeddingError();
            decodedContents = this.decodeContents(Contents);
            _b = this.boundingBox, left = _b.left, bottom = _b.bottom, right = _b.right, top = _b.top;
            xObject = context2.flateStream(decodedContents, {
              Type: "XObject",
              Subtype: "Form",
              FormType: 1,
              BBox: [left, bottom, right, top],
              Matrix: this.transformationMatrix,
              Resources
            });
            if (ref) {
              context2.assign(ref, xObject);
              return [2, ref];
            } else {
              return [2, context2.register(xObject)];
            }
            return [
              2
              /*return*/
            ];
          });
        });
      };
      PDFPageEmbedder2.prototype.decodeContents = function(contents) {
        var newline = Uint8Array.of(CharCodes_default.Newline);
        var decodedContents = [];
        for (var idx = 0, len = contents.size(); idx < len; idx++) {
          var stream2 = contents.lookup(idx, PDFStream_default);
          var content = void 0;
          if (stream2 instanceof PDFRawStream_default) {
            content = decodePDFRawStream(stream2).decode();
          } else if (stream2 instanceof PDFContentStream_default) {
            content = stream2.getUnencodedContents();
          } else {
            throw new UnrecognizedStreamTypeError(stream2);
          }
          decodedContents.push(content, newline);
        }
        return mergeIntoTypedArray.apply(void 0, decodedContents);
      };
      return PDFPageEmbedder2;
    })()
  );
  var PDFPageEmbedder_default = PDFPageEmbedder;

  // node_modules/pdf-lib/es/core/interactive/ViewerPreferences.js
  var asEnum = function(rawValue, enumType) {
    if (rawValue === void 0)
      return void 0;
    return enumType[rawValue];
  };
  var NonFullScreenPageMode;
  (function(NonFullScreenPageMode2) {
    NonFullScreenPageMode2["UseNone"] = "UseNone";
    NonFullScreenPageMode2["UseOutlines"] = "UseOutlines";
    NonFullScreenPageMode2["UseThumbs"] = "UseThumbs";
    NonFullScreenPageMode2["UseOC"] = "UseOC";
  })(NonFullScreenPageMode || (NonFullScreenPageMode = {}));
  var ReadingDirection;
  (function(ReadingDirection2) {
    ReadingDirection2["L2R"] = "L2R";
    ReadingDirection2["R2L"] = "R2L";
  })(ReadingDirection || (ReadingDirection = {}));
  var PrintScaling;
  (function(PrintScaling3) {
    PrintScaling3["None"] = "None";
    PrintScaling3["AppDefault"] = "AppDefault";
  })(PrintScaling || (PrintScaling = {}));
  var Duplex;
  (function(Duplex2) {
    Duplex2["Simplex"] = "Simplex";
    Duplex2["DuplexFlipShortEdge"] = "DuplexFlipShortEdge";
    Duplex2["DuplexFlipLongEdge"] = "DuplexFlipLongEdge";
  })(Duplex || (Duplex = {}));
  var ViewerPreferences = (
    /** @class */
    (function() {
      function ViewerPreferences3(dict) {
        this.dict = dict;
      }
      ViewerPreferences3.prototype.lookupBool = function(key2) {
        var returnObj = this.dict.lookup(PDFName_default.of(key2));
        if (returnObj instanceof PDFBool_default)
          return returnObj;
        return void 0;
      };
      ViewerPreferences3.prototype.lookupName = function(key2) {
        var returnObj = this.dict.lookup(PDFName_default.of(key2));
        if (returnObj instanceof PDFName_default)
          return returnObj;
        return void 0;
      };
      ViewerPreferences3.prototype.HideToolbar = function() {
        return this.lookupBool("HideToolbar");
      };
      ViewerPreferences3.prototype.HideMenubar = function() {
        return this.lookupBool("HideMenubar");
      };
      ViewerPreferences3.prototype.HideWindowUI = function() {
        return this.lookupBool("HideWindowUI");
      };
      ViewerPreferences3.prototype.FitWindow = function() {
        return this.lookupBool("FitWindow");
      };
      ViewerPreferences3.prototype.CenterWindow = function() {
        return this.lookupBool("CenterWindow");
      };
      ViewerPreferences3.prototype.DisplayDocTitle = function() {
        return this.lookupBool("DisplayDocTitle");
      };
      ViewerPreferences3.prototype.NonFullScreenPageMode = function() {
        return this.lookupName("NonFullScreenPageMode");
      };
      ViewerPreferences3.prototype.Direction = function() {
        return this.lookupName("Direction");
      };
      ViewerPreferences3.prototype.PrintScaling = function() {
        return this.lookupName("PrintScaling");
      };
      ViewerPreferences3.prototype.Duplex = function() {
        return this.lookupName("Duplex");
      };
      ViewerPreferences3.prototype.PickTrayByPDFSize = function() {
        return this.lookupBool("PickTrayByPDFSize");
      };
      ViewerPreferences3.prototype.PrintPageRange = function() {
        var PrintPageRange = this.dict.lookup(PDFName_default.of("PrintPageRange"));
        if (PrintPageRange instanceof PDFArray_default)
          return PrintPageRange;
        return void 0;
      };
      ViewerPreferences3.prototype.NumCopies = function() {
        var NumCopies = this.dict.lookup(PDFName_default.of("NumCopies"));
        if (NumCopies instanceof PDFNumber_default)
          return NumCopies;
        return void 0;
      };
      ViewerPreferences3.prototype.getHideToolbar = function() {
        var _a, _b;
        return (_b = (_a = this.HideToolbar()) === null || _a === void 0 ? void 0 : _a.asBoolean()) !== null && _b !== void 0 ? _b : false;
      };
      ViewerPreferences3.prototype.getHideMenubar = function() {
        var _a, _b;
        return (_b = (_a = this.HideMenubar()) === null || _a === void 0 ? void 0 : _a.asBoolean()) !== null && _b !== void 0 ? _b : false;
      };
      ViewerPreferences3.prototype.getHideWindowUI = function() {
        var _a, _b;
        return (_b = (_a = this.HideWindowUI()) === null || _a === void 0 ? void 0 : _a.asBoolean()) !== null && _b !== void 0 ? _b : false;
      };
      ViewerPreferences3.prototype.getFitWindow = function() {
        var _a, _b;
        return (_b = (_a = this.FitWindow()) === null || _a === void 0 ? void 0 : _a.asBoolean()) !== null && _b !== void 0 ? _b : false;
      };
      ViewerPreferences3.prototype.getCenterWindow = function() {
        var _a, _b;
        return (_b = (_a = this.CenterWindow()) === null || _a === void 0 ? void 0 : _a.asBoolean()) !== null && _b !== void 0 ? _b : false;
      };
      ViewerPreferences3.prototype.getDisplayDocTitle = function() {
        var _a, _b;
        return (_b = (_a = this.DisplayDocTitle()) === null || _a === void 0 ? void 0 : _a.asBoolean()) !== null && _b !== void 0 ? _b : false;
      };
      ViewerPreferences3.prototype.getNonFullScreenPageMode = function() {
        var _a, _b;
        var mode = (_a = this.NonFullScreenPageMode()) === null || _a === void 0 ? void 0 : _a.decodeText();
        return (_b = asEnum(mode, NonFullScreenPageMode)) !== null && _b !== void 0 ? _b : NonFullScreenPageMode.UseNone;
      };
      ViewerPreferences3.prototype.getReadingDirection = function() {
        var _a, _b;
        var direction = (_a = this.Direction()) === null || _a === void 0 ? void 0 : _a.decodeText();
        return (_b = asEnum(direction, ReadingDirection)) !== null && _b !== void 0 ? _b : ReadingDirection.L2R;
      };
      ViewerPreferences3.prototype.getPrintScaling = function() {
        var _a, _b;
        var scaling = (_a = this.PrintScaling()) === null || _a === void 0 ? void 0 : _a.decodeText();
        return (_b = asEnum(scaling, PrintScaling)) !== null && _b !== void 0 ? _b : PrintScaling.AppDefault;
      };
      ViewerPreferences3.prototype.getDuplex = function() {
        var _a;
        var duplex = (_a = this.Duplex()) === null || _a === void 0 ? void 0 : _a.decodeText();
        return asEnum(duplex, Duplex);
      };
      ViewerPreferences3.prototype.getPickTrayByPDFSize = function() {
        var _a;
        return (_a = this.PickTrayByPDFSize()) === null || _a === void 0 ? void 0 : _a.asBoolean();
      };
      ViewerPreferences3.prototype.getPrintPageRange = function() {
        var rng = this.PrintPageRange();
        if (!rng)
          return [];
        var pageRanges = [];
        for (var i = 0; i < rng.size(); i += 2) {
          var start = rng.lookup(i, PDFNumber_default).asNumber();
          var end = rng.lookup(i + 1, PDFNumber_default).asNumber();
          pageRanges.push({ start, end });
        }
        return pageRanges;
      };
      ViewerPreferences3.prototype.getNumCopies = function() {
        var _a, _b;
        return (_b = (_a = this.NumCopies()) === null || _a === void 0 ? void 0 : _a.asNumber()) !== null && _b !== void 0 ? _b : 1;
      };
      ViewerPreferences3.prototype.setHideToolbar = function(hideToolbar) {
        var HideToolbar = this.dict.context.obj(hideToolbar);
        this.dict.set(PDFName_default.of("HideToolbar"), HideToolbar);
      };
      ViewerPreferences3.prototype.setHideMenubar = function(hideMenubar) {
        var HideMenubar = this.dict.context.obj(hideMenubar);
        this.dict.set(PDFName_default.of("HideMenubar"), HideMenubar);
      };
      ViewerPreferences3.prototype.setHideWindowUI = function(hideWindowUI) {
        var HideWindowUI = this.dict.context.obj(hideWindowUI);
        this.dict.set(PDFName_default.of("HideWindowUI"), HideWindowUI);
      };
      ViewerPreferences3.prototype.setFitWindow = function(fitWindow) {
        var FitWindow = this.dict.context.obj(fitWindow);
        this.dict.set(PDFName_default.of("FitWindow"), FitWindow);
      };
      ViewerPreferences3.prototype.setCenterWindow = function(centerWindow) {
        var CenterWindow = this.dict.context.obj(centerWindow);
        this.dict.set(PDFName_default.of("CenterWindow"), CenterWindow);
      };
      ViewerPreferences3.prototype.setDisplayDocTitle = function(displayTitle) {
        var DisplayDocTitle = this.dict.context.obj(displayTitle);
        this.dict.set(PDFName_default.of("DisplayDocTitle"), DisplayDocTitle);
      };
      ViewerPreferences3.prototype.setNonFullScreenPageMode = function(nonFullScreenPageMode) {
        assertIsOneOf(nonFullScreenPageMode, "nonFullScreenPageMode", NonFullScreenPageMode);
        var mode = PDFName_default.of(nonFullScreenPageMode);
        this.dict.set(PDFName_default.of("NonFullScreenPageMode"), mode);
      };
      ViewerPreferences3.prototype.setReadingDirection = function(readingDirection) {
        assertIsOneOf(readingDirection, "readingDirection", ReadingDirection);
        var direction = PDFName_default.of(readingDirection);
        this.dict.set(PDFName_default.of("Direction"), direction);
      };
      ViewerPreferences3.prototype.setPrintScaling = function(printScaling) {
        assertIsOneOf(printScaling, "printScaling", PrintScaling);
        var scaling = PDFName_default.of(printScaling);
        this.dict.set(PDFName_default.of("PrintScaling"), scaling);
      };
      ViewerPreferences3.prototype.setDuplex = function(duplex) {
        assertIsOneOf(duplex, "duplex", Duplex);
        var dup = PDFName_default.of(duplex);
        this.dict.set(PDFName_default.of("Duplex"), dup);
      };
      ViewerPreferences3.prototype.setPickTrayByPDFSize = function(pickTrayByPDFSize) {
        var PickTrayByPDFSize2 = this.dict.context.obj(pickTrayByPDFSize);
        this.dict.set(PDFName_default.of("PickTrayByPDFSize"), PickTrayByPDFSize2);
      };
      ViewerPreferences3.prototype.setPrintPageRange = function(printPageRange) {
        if (!Array.isArray(printPageRange))
          printPageRange = [printPageRange];
        var flatRange = [];
        for (var idx = 0, len = printPageRange.length; idx < len; idx++) {
          flatRange.push(printPageRange[idx].start);
          flatRange.push(printPageRange[idx].end);
        }
        assertEachIs(flatRange, "printPageRange", ["number"]);
        var pageRanges = this.dict.context.obj(flatRange);
        this.dict.set(PDFName_default.of("PrintPageRange"), pageRanges);
      };
      ViewerPreferences3.prototype.setNumCopies = function(numCopies) {
        assertRange(numCopies, "numCopies", 1, Number.MAX_VALUE);
        assertInteger(numCopies, "numCopies");
        var NumCopies = this.dict.context.obj(numCopies);
        this.dict.set(PDFName_default.of("NumCopies"), NumCopies);
      };
      ViewerPreferences3.fromDict = function(dict) {
        return new ViewerPreferences3(dict);
      };
      ViewerPreferences3.create = function(context2) {
        var dict = context2.obj({});
        return new ViewerPreferences3(dict);
      };
      return ViewerPreferences3;
    })()
  );
  var ViewerPreferences_default = ViewerPreferences;

  // node_modules/pdf-lib/es/core/acroform/PDFAcroField.js
  var tfRegex = /\/([^\0\t\n\f\r\ ]+)[\0\t\n\f\r\ ]*(\d*\.\d+|\d+)?[\0\t\n\f\r\ ]+Tf/;
  var PDFAcroField = (
    /** @class */
    (function() {
      function PDFAcroField2(dict, ref) {
        this.dict = dict;
        this.ref = ref;
      }
      PDFAcroField2.prototype.T = function() {
        return this.dict.lookupMaybe(PDFName_default.of("T"), PDFString_default, PDFHexString_default);
      };
      PDFAcroField2.prototype.Ff = function() {
        var numberOrRef = this.getInheritableAttribute(PDFName_default.of("Ff"));
        return this.dict.context.lookupMaybe(numberOrRef, PDFNumber_default);
      };
      PDFAcroField2.prototype.V = function() {
        var valueOrRef = this.getInheritableAttribute(PDFName_default.of("V"));
        return this.dict.context.lookup(valueOrRef);
      };
      PDFAcroField2.prototype.Kids = function() {
        return this.dict.lookupMaybe(PDFName_default.of("Kids"), PDFArray_default);
      };
      PDFAcroField2.prototype.DA = function() {
        var da = this.dict.lookup(PDFName_default.of("DA"));
        if (da instanceof PDFString_default || da instanceof PDFHexString_default)
          return da;
        return void 0;
      };
      PDFAcroField2.prototype.setKids = function(kids) {
        this.dict.set(PDFName_default.of("Kids"), this.dict.context.obj(kids));
      };
      PDFAcroField2.prototype.getParent = function() {
        var parentRef = this.dict.get(PDFName_default.of("Parent"));
        if (parentRef instanceof PDFRef_default) {
          var parent_1 = this.dict.lookup(PDFName_default.of("Parent"), PDFDict_default);
          return new PDFAcroField2(parent_1, parentRef);
        }
        return void 0;
      };
      PDFAcroField2.prototype.setParent = function(parent) {
        if (!parent)
          this.dict.delete(PDFName_default.of("Parent"));
        else
          this.dict.set(PDFName_default.of("Parent"), parent);
      };
      PDFAcroField2.prototype.getFullyQualifiedName = function() {
        var parent = this.getParent();
        if (!parent)
          return this.getPartialName();
        return parent.getFullyQualifiedName() + "." + this.getPartialName();
      };
      PDFAcroField2.prototype.getPartialName = function() {
        var _a;
        return (_a = this.T()) === null || _a === void 0 ? void 0 : _a.decodeText();
      };
      PDFAcroField2.prototype.setPartialName = function(partialName) {
        if (!partialName)
          this.dict.delete(PDFName_default.of("T"));
        else
          this.dict.set(PDFName_default.of("T"), PDFHexString_default.fromText(partialName));
      };
      PDFAcroField2.prototype.setDefaultAppearance = function(appearance) {
        this.dict.set(PDFName_default.of("DA"), PDFString_default.of(appearance));
      };
      PDFAcroField2.prototype.getDefaultAppearance = function() {
        var DA = this.DA();
        if (DA instanceof PDFHexString_default) {
          return DA.decodeText();
        }
        return DA === null || DA === void 0 ? void 0 : DA.asString();
      };
      PDFAcroField2.prototype.setFontSize = function(fontSize) {
        var _a;
        var name = (_a = this.getFullyQualifiedName()) !== null && _a !== void 0 ? _a : "";
        var da = this.getDefaultAppearance();
        if (!da)
          throw new MissingDAEntryError(name);
        var daMatch = findLastMatch(da, tfRegex);
        if (!daMatch.match)
          throw new MissingTfOperatorError(name);
        var daStart = da.slice(0, daMatch.pos - daMatch.match[0].length);
        var daEnd = daMatch.pos <= da.length ? da.slice(daMatch.pos) : "";
        var fontName = daMatch.match[1];
        var modifiedDa = daStart + " /" + fontName + " " + fontSize + " Tf " + daEnd;
        this.setDefaultAppearance(modifiedDa);
      };
      PDFAcroField2.prototype.getFlags = function() {
        var _a, _b;
        return (_b = (_a = this.Ff()) === null || _a === void 0 ? void 0 : _a.asNumber()) !== null && _b !== void 0 ? _b : 0;
      };
      PDFAcroField2.prototype.setFlags = function(flags) {
        this.dict.set(PDFName_default.of("Ff"), PDFNumber_default.of(flags));
      };
      PDFAcroField2.prototype.hasFlag = function(flag3) {
        var flags = this.getFlags();
        return (flags & flag3) !== 0;
      };
      PDFAcroField2.prototype.setFlag = function(flag3) {
        var flags = this.getFlags();
        this.setFlags(flags | flag3);
      };
      PDFAcroField2.prototype.clearFlag = function(flag3) {
        var flags = this.getFlags();
        this.setFlags(flags & ~flag3);
      };
      PDFAcroField2.prototype.setFlagTo = function(flag3, enable) {
        if (enable)
          this.setFlag(flag3);
        else
          this.clearFlag(flag3);
      };
      PDFAcroField2.prototype.getInheritableAttribute = function(name) {
        var attribute;
        this.ascend(function(node2) {
          if (!attribute)
            attribute = node2.dict.get(name);
        });
        return attribute;
      };
      PDFAcroField2.prototype.ascend = function(visitor) {
        visitor(this);
        var parent = this.getParent();
        if (parent)
          parent.ascend(visitor);
      };
      return PDFAcroField2;
    })()
  );
  var PDFAcroField_default = PDFAcroField;

  // node_modules/pdf-lib/es/core/annotation/BorderStyle.js
  var BorderStyle = (
    /** @class */
    (function() {
      function BorderStyle2(dict) {
        this.dict = dict;
      }
      BorderStyle2.prototype.W = function() {
        var W = this.dict.lookup(PDFName_default.of("W"));
        if (W instanceof PDFNumber_default)
          return W;
        return void 0;
      };
      BorderStyle2.prototype.getWidth = function() {
        var _a, _b;
        return (_b = (_a = this.W()) === null || _a === void 0 ? void 0 : _a.asNumber()) !== null && _b !== void 0 ? _b : 1;
      };
      BorderStyle2.prototype.setWidth = function(width) {
        var W = this.dict.context.obj(width);
        this.dict.set(PDFName_default.of("W"), W);
      };
      BorderStyle2.fromDict = function(dict) {
        return new BorderStyle2(dict);
      };
      return BorderStyle2;
    })()
  );
  var BorderStyle_default = BorderStyle;

  // node_modules/pdf-lib/es/core/annotation/PDFAnnotation.js
  var PDFAnnotation = (
    /** @class */
    (function() {
      function PDFAnnotation2(dict) {
        this.dict = dict;
      }
      PDFAnnotation2.prototype.Rect = function() {
        return this.dict.lookup(PDFName_default.of("Rect"), PDFArray_default);
      };
      PDFAnnotation2.prototype.AP = function() {
        return this.dict.lookupMaybe(PDFName_default.of("AP"), PDFDict_default);
      };
      PDFAnnotation2.prototype.F = function() {
        var numberOrRef = this.dict.lookup(PDFName_default.of("F"));
        return this.dict.context.lookupMaybe(numberOrRef, PDFNumber_default);
      };
      PDFAnnotation2.prototype.getRectangle = function() {
        var _a;
        var Rect = this.Rect();
        return (_a = Rect === null || Rect === void 0 ? void 0 : Rect.asRectangle()) !== null && _a !== void 0 ? _a : { x: 0, y: 0, width: 0, height: 0 };
      };
      PDFAnnotation2.prototype.setRectangle = function(rect2) {
        var x = rect2.x, y = rect2.y, width = rect2.width, height = rect2.height;
        var Rect = this.dict.context.obj([x, y, x + width, y + height]);
        this.dict.set(PDFName_default.of("Rect"), Rect);
      };
      PDFAnnotation2.prototype.getAppearanceState = function() {
        var AS = this.dict.lookup(PDFName_default.of("AS"));
        if (AS instanceof PDFName_default)
          return AS;
        return void 0;
      };
      PDFAnnotation2.prototype.setAppearanceState = function(state) {
        this.dict.set(PDFName_default.of("AS"), state);
      };
      PDFAnnotation2.prototype.setAppearances = function(appearances) {
        this.dict.set(PDFName_default.of("AP"), appearances);
      };
      PDFAnnotation2.prototype.ensureAP = function() {
        var AP = this.AP();
        if (!AP) {
          AP = this.dict.context.obj({});
          this.dict.set(PDFName_default.of("AP"), AP);
        }
        return AP;
      };
      PDFAnnotation2.prototype.getNormalAppearance = function() {
        var AP = this.ensureAP();
        var N = AP.get(PDFName_default.of("N"));
        if (N instanceof PDFRef_default || N instanceof PDFDict_default)
          return N;
        throw new Error("Unexpected N type: " + (N === null || N === void 0 ? void 0 : N.constructor.name));
      };
      PDFAnnotation2.prototype.setNormalAppearance = function(appearance) {
        var AP = this.ensureAP();
        AP.set(PDFName_default.of("N"), appearance);
      };
      PDFAnnotation2.prototype.setRolloverAppearance = function(appearance) {
        var AP = this.ensureAP();
        AP.set(PDFName_default.of("R"), appearance);
      };
      PDFAnnotation2.prototype.setDownAppearance = function(appearance) {
        var AP = this.ensureAP();
        AP.set(PDFName_default.of("D"), appearance);
      };
      PDFAnnotation2.prototype.removeRolloverAppearance = function() {
        var AP = this.AP();
        AP === null || AP === void 0 ? void 0 : AP.delete(PDFName_default.of("R"));
      };
      PDFAnnotation2.prototype.removeDownAppearance = function() {
        var AP = this.AP();
        AP === null || AP === void 0 ? void 0 : AP.delete(PDFName_default.of("D"));
      };
      PDFAnnotation2.prototype.getAppearances = function() {
        var AP = this.AP();
        if (!AP)
          return void 0;
        var N = AP.lookup(PDFName_default.of("N"), PDFDict_default, PDFStream_default);
        var R = AP.lookupMaybe(PDFName_default.of("R"), PDFDict_default, PDFStream_default);
        var D = AP.lookupMaybe(PDFName_default.of("D"), PDFDict_default, PDFStream_default);
        return { normal: N, rollover: R, down: D };
      };
      PDFAnnotation2.prototype.getFlags = function() {
        var _a, _b;
        return (_b = (_a = this.F()) === null || _a === void 0 ? void 0 : _a.asNumber()) !== null && _b !== void 0 ? _b : 0;
      };
      PDFAnnotation2.prototype.setFlags = function(flags) {
        this.dict.set(PDFName_default.of("F"), PDFNumber_default.of(flags));
      };
      PDFAnnotation2.prototype.hasFlag = function(flag3) {
        var flags = this.getFlags();
        return (flags & flag3) !== 0;
      };
      PDFAnnotation2.prototype.setFlag = function(flag3) {
        var flags = this.getFlags();
        this.setFlags(flags | flag3);
      };
      PDFAnnotation2.prototype.clearFlag = function(flag3) {
        var flags = this.getFlags();
        this.setFlags(flags & ~flag3);
      };
      PDFAnnotation2.prototype.setFlagTo = function(flag3, enable) {
        if (enable)
          this.setFlag(flag3);
        else
          this.clearFlag(flag3);
      };
      PDFAnnotation2.fromDict = function(dict) {
        return new PDFAnnotation2(dict);
      };
      return PDFAnnotation2;
    })()
  );
  var PDFAnnotation_default = PDFAnnotation;

  // node_modules/pdf-lib/es/core/annotation/AppearanceCharacteristics.js
  var AppearanceCharacteristics = (
    /** @class */
    (function() {
      function AppearanceCharacteristics2(dict) {
        this.dict = dict;
      }
      AppearanceCharacteristics2.prototype.R = function() {
        var R = this.dict.lookup(PDFName_default.of("R"));
        if (R instanceof PDFNumber_default)
          return R;
        return void 0;
      };
      AppearanceCharacteristics2.prototype.BC = function() {
        var BC = this.dict.lookup(PDFName_default.of("BC"));
        if (BC instanceof PDFArray_default)
          return BC;
        return void 0;
      };
      AppearanceCharacteristics2.prototype.BG = function() {
        var BG = this.dict.lookup(PDFName_default.of("BG"));
        if (BG instanceof PDFArray_default)
          return BG;
        return void 0;
      };
      AppearanceCharacteristics2.prototype.CA = function() {
        var CA = this.dict.lookup(PDFName_default.of("CA"));
        if (CA instanceof PDFHexString_default || CA instanceof PDFString_default)
          return CA;
        return void 0;
      };
      AppearanceCharacteristics2.prototype.RC = function() {
        var RC = this.dict.lookup(PDFName_default.of("RC"));
        if (RC instanceof PDFHexString_default || RC instanceof PDFString_default)
          return RC;
        return void 0;
      };
      AppearanceCharacteristics2.prototype.AC = function() {
        var AC = this.dict.lookup(PDFName_default.of("AC"));
        if (AC instanceof PDFHexString_default || AC instanceof PDFString_default)
          return AC;
        return void 0;
      };
      AppearanceCharacteristics2.prototype.getRotation = function() {
        var _a;
        return (_a = this.R()) === null || _a === void 0 ? void 0 : _a.asNumber();
      };
      AppearanceCharacteristics2.prototype.getBorderColor = function() {
        var BC = this.BC();
        if (!BC)
          return void 0;
        var components = [];
        for (var idx = 0, len = BC === null || BC === void 0 ? void 0 : BC.size(); idx < len; idx++) {
          var component = BC.get(idx);
          if (component instanceof PDFNumber_default)
            components.push(component.asNumber());
        }
        return components;
      };
      AppearanceCharacteristics2.prototype.getBackgroundColor = function() {
        var BG = this.BG();
        if (!BG)
          return void 0;
        var components = [];
        for (var idx = 0, len = BG === null || BG === void 0 ? void 0 : BG.size(); idx < len; idx++) {
          var component = BG.get(idx);
          if (component instanceof PDFNumber_default)
            components.push(component.asNumber());
        }
        return components;
      };
      AppearanceCharacteristics2.prototype.getCaptions = function() {
        var CA = this.CA();
        var RC = this.RC();
        var AC = this.AC();
        return {
          normal: CA === null || CA === void 0 ? void 0 : CA.decodeText(),
          rollover: RC === null || RC === void 0 ? void 0 : RC.decodeText(),
          down: AC === null || AC === void 0 ? void 0 : AC.decodeText()
        };
      };
      AppearanceCharacteristics2.prototype.setRotation = function(rotation) {
        var R = this.dict.context.obj(rotation);
        this.dict.set(PDFName_default.of("R"), R);
      };
      AppearanceCharacteristics2.prototype.setBorderColor = function(color2) {
        var BC = this.dict.context.obj(color2);
        this.dict.set(PDFName_default.of("BC"), BC);
      };
      AppearanceCharacteristics2.prototype.setBackgroundColor = function(color2) {
        var BG = this.dict.context.obj(color2);
        this.dict.set(PDFName_default.of("BG"), BG);
      };
      AppearanceCharacteristics2.prototype.setCaptions = function(captions) {
        var CA = PDFHexString_default.fromText(captions.normal);
        this.dict.set(PDFName_default.of("CA"), CA);
        if (captions.rollover) {
          var RC = PDFHexString_default.fromText(captions.rollover);
          this.dict.set(PDFName_default.of("RC"), RC);
        } else {
          this.dict.delete(PDFName_default.of("RC"));
        }
        if (captions.down) {
          var AC = PDFHexString_default.fromText(captions.down);
          this.dict.set(PDFName_default.of("AC"), AC);
        } else {
          this.dict.delete(PDFName_default.of("AC"));
        }
      };
      AppearanceCharacteristics2.fromDict = function(dict) {
        return new AppearanceCharacteristics2(dict);
      };
      return AppearanceCharacteristics2;
    })()
  );
  var AppearanceCharacteristics_default = AppearanceCharacteristics;

  // node_modules/pdf-lib/es/core/annotation/PDFWidgetAnnotation.js
  var PDFWidgetAnnotation = (
    /** @class */
    (function(_super) {
      __extends(PDFWidgetAnnotation2, _super);
      function PDFWidgetAnnotation2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFWidgetAnnotation2.prototype.MK = function() {
        var MK = this.dict.lookup(PDFName_default.of("MK"));
        if (MK instanceof PDFDict_default)
          return MK;
        return void 0;
      };
      PDFWidgetAnnotation2.prototype.BS = function() {
        var BS = this.dict.lookup(PDFName_default.of("BS"));
        if (BS instanceof PDFDict_default)
          return BS;
        return void 0;
      };
      PDFWidgetAnnotation2.prototype.DA = function() {
        var da = this.dict.lookup(PDFName_default.of("DA"));
        if (da instanceof PDFString_default || da instanceof PDFHexString_default)
          return da;
        return void 0;
      };
      PDFWidgetAnnotation2.prototype.P = function() {
        var P = this.dict.get(PDFName_default.of("P"));
        if (P instanceof PDFRef_default)
          return P;
        return void 0;
      };
      PDFWidgetAnnotation2.prototype.setP = function(page) {
        this.dict.set(PDFName_default.of("P"), page);
      };
      PDFWidgetAnnotation2.prototype.setDefaultAppearance = function(appearance) {
        this.dict.set(PDFName_default.of("DA"), PDFString_default.of(appearance));
      };
      PDFWidgetAnnotation2.prototype.getDefaultAppearance = function() {
        var DA = this.DA();
        if (DA instanceof PDFHexString_default) {
          return DA.decodeText();
        }
        return DA === null || DA === void 0 ? void 0 : DA.asString();
      };
      PDFWidgetAnnotation2.prototype.getAppearanceCharacteristics = function() {
        var MK = this.MK();
        if (MK)
          return AppearanceCharacteristics_default.fromDict(MK);
        return void 0;
      };
      PDFWidgetAnnotation2.prototype.getOrCreateAppearanceCharacteristics = function() {
        var MK = this.MK();
        if (MK)
          return AppearanceCharacteristics_default.fromDict(MK);
        var ac = AppearanceCharacteristics_default.fromDict(this.dict.context.obj({}));
        this.dict.set(PDFName_default.of("MK"), ac.dict);
        return ac;
      };
      PDFWidgetAnnotation2.prototype.getBorderStyle = function() {
        var BS = this.BS();
        if (BS)
          return BorderStyle_default.fromDict(BS);
        return void 0;
      };
      PDFWidgetAnnotation2.prototype.getOrCreateBorderStyle = function() {
        var BS = this.BS();
        if (BS)
          return BorderStyle_default.fromDict(BS);
        var bs = BorderStyle_default.fromDict(this.dict.context.obj({}));
        this.dict.set(PDFName_default.of("BS"), bs.dict);
        return bs;
      };
      PDFWidgetAnnotation2.prototype.getOnValue = function() {
        var _a;
        var normal = (_a = this.getAppearances()) === null || _a === void 0 ? void 0 : _a.normal;
        if (normal instanceof PDFDict_default) {
          var keys = normal.keys();
          for (var idx = 0, len = keys.length; idx < len; idx++) {
            var key2 = keys[idx];
            if (key2 !== PDFName_default.of("Off"))
              return key2;
          }
        }
        return void 0;
      };
      PDFWidgetAnnotation2.fromDict = function(dict) {
        return new PDFWidgetAnnotation2(dict);
      };
      PDFWidgetAnnotation2.create = function(context2, parent) {
        var dict = context2.obj({
          Type: "Annot",
          Subtype: "Widget",
          Rect: [0, 0, 0, 0],
          Parent: parent
        });
        return new PDFWidgetAnnotation2(dict);
      };
      return PDFWidgetAnnotation2;
    })(PDFAnnotation_default)
  );
  var PDFWidgetAnnotation_default = PDFWidgetAnnotation;

  // node_modules/pdf-lib/es/core/acroform/PDFAcroTerminal.js
  var PDFAcroTerminal = (
    /** @class */
    (function(_super) {
      __extends(PDFAcroTerminal2, _super);
      function PDFAcroTerminal2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFAcroTerminal2.prototype.FT = function() {
        var nameOrRef = this.getInheritableAttribute(PDFName_default.of("FT"));
        return this.dict.context.lookup(nameOrRef, PDFName_default);
      };
      PDFAcroTerminal2.prototype.getWidgets = function() {
        var kidDicts = this.Kids();
        if (!kidDicts)
          return [PDFWidgetAnnotation_default.fromDict(this.dict)];
        var widgets = new Array(kidDicts.size());
        for (var idx = 0, len = kidDicts.size(); idx < len; idx++) {
          var dict = kidDicts.lookup(idx, PDFDict_default);
          widgets[idx] = PDFWidgetAnnotation_default.fromDict(dict);
        }
        return widgets;
      };
      PDFAcroTerminal2.prototype.addWidget = function(ref) {
        var Kids = this.normalizedEntries().Kids;
        Kids.push(ref);
      };
      PDFAcroTerminal2.prototype.removeWidget = function(idx) {
        var kidDicts = this.Kids();
        if (!kidDicts) {
          if (idx !== 0)
            throw new IndexOutOfBoundsError(idx, 0, 0);
          this.setKids([]);
        } else {
          if (idx < 0 || idx > kidDicts.size()) {
            throw new IndexOutOfBoundsError(idx, 0, kidDicts.size());
          }
          kidDicts.remove(idx);
        }
      };
      PDFAcroTerminal2.prototype.normalizedEntries = function() {
        var Kids = this.Kids();
        if (!Kids) {
          Kids = this.dict.context.obj([this.ref]);
          this.dict.set(PDFName_default.of("Kids"), Kids);
        }
        return { Kids };
      };
      PDFAcroTerminal2.fromDict = function(dict, ref) {
        return new PDFAcroTerminal2(dict, ref);
      };
      return PDFAcroTerminal2;
    })(PDFAcroField_default)
  );
  var PDFAcroTerminal_default = PDFAcroTerminal;

  // node_modules/pdf-lib/es/core/acroform/PDFAcroButton.js
  var PDFAcroButton = (
    /** @class */
    (function(_super) {
      __extends(PDFAcroButton2, _super);
      function PDFAcroButton2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFAcroButton2.prototype.Opt = function() {
        return this.dict.lookupMaybe(PDFName_default.of("Opt"), PDFString_default, PDFHexString_default, PDFArray_default);
      };
      PDFAcroButton2.prototype.setOpt = function(opt) {
        this.dict.set(PDFName_default.of("Opt"), this.dict.context.obj(opt));
      };
      PDFAcroButton2.prototype.getExportValues = function() {
        var opt = this.Opt();
        if (!opt)
          return void 0;
        if (opt instanceof PDFString_default || opt instanceof PDFHexString_default) {
          return [opt];
        }
        var values3 = [];
        for (var idx = 0, len = opt.size(); idx < len; idx++) {
          var value = opt.lookup(idx);
          if (value instanceof PDFString_default || value instanceof PDFHexString_default) {
            values3.push(value);
          }
        }
        return values3;
      };
      PDFAcroButton2.prototype.removeExportValue = function(idx) {
        var opt = this.Opt();
        if (!opt)
          return;
        if (opt instanceof PDFString_default || opt instanceof PDFHexString_default) {
          if (idx !== 0)
            throw new IndexOutOfBoundsError(idx, 0, 0);
          this.setOpt([]);
        } else {
          if (idx < 0 || idx > opt.size()) {
            throw new IndexOutOfBoundsError(idx, 0, opt.size());
          }
          opt.remove(idx);
        }
      };
      PDFAcroButton2.prototype.normalizeExportValues = function() {
        var _a, _b, _c, _d;
        var exportValues = (_a = this.getExportValues()) !== null && _a !== void 0 ? _a : [];
        var Opt = [];
        var widgets = this.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var exportVal = (_b = exportValues[idx]) !== null && _b !== void 0 ? _b : PDFHexString_default.fromText((_d = (_c = widget.getOnValue()) === null || _c === void 0 ? void 0 : _c.decodeText()) !== null && _d !== void 0 ? _d : "");
          Opt.push(exportVal);
        }
        this.setOpt(Opt);
      };
      PDFAcroButton2.prototype.addOpt = function(opt, useExistingOptIdx) {
        var _a;
        this.normalizeExportValues();
        var optText = opt.decodeText();
        var existingIdx;
        if (useExistingOptIdx) {
          var exportValues = (_a = this.getExportValues()) !== null && _a !== void 0 ? _a : [];
          for (var idx = 0, len = exportValues.length; idx < len; idx++) {
            var exportVal = exportValues[idx];
            if (exportVal.decodeText() === optText)
              existingIdx = idx;
          }
        }
        var Opt = this.Opt();
        Opt.push(opt);
        return existingIdx !== null && existingIdx !== void 0 ? existingIdx : Opt.size() - 1;
      };
      PDFAcroButton2.prototype.addWidgetWithOpt = function(widget, opt, useExistingOptIdx) {
        var optIdx = this.addOpt(opt, useExistingOptIdx);
        var apStateValue = PDFName_default.of(String(optIdx));
        this.addWidget(widget);
        return apStateValue;
      };
      return PDFAcroButton2;
    })(PDFAcroTerminal_default)
  );
  var PDFAcroButton_default = PDFAcroButton;

  // node_modules/pdf-lib/es/core/acroform/PDFAcroCheckBox.js
  var PDFAcroCheckBox = (
    /** @class */
    (function(_super) {
      __extends(PDFAcroCheckBox2, _super);
      function PDFAcroCheckBox2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFAcroCheckBox2.prototype.setValue = function(value) {
        var _a;
        var onValue = (_a = this.getOnValue()) !== null && _a !== void 0 ? _a : PDFName_default.of("Yes");
        if (value !== onValue && value !== PDFName_default.of("Off")) {
          throw new InvalidAcroFieldValueError();
        }
        this.dict.set(PDFName_default.of("V"), value);
        var widgets = this.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var state = widget.getOnValue() === value ? value : PDFName_default.of("Off");
          widget.setAppearanceState(state);
        }
      };
      PDFAcroCheckBox2.prototype.getValue = function() {
        var v = this.V();
        if (v instanceof PDFName_default)
          return v;
        return PDFName_default.of("Off");
      };
      PDFAcroCheckBox2.prototype.getOnValue = function() {
        var widget = this.getWidgets()[0];
        return widget === null || widget === void 0 ? void 0 : widget.getOnValue();
      };
      PDFAcroCheckBox2.fromDict = function(dict, ref) {
        return new PDFAcroCheckBox2(dict, ref);
      };
      PDFAcroCheckBox2.create = function(context2) {
        var dict = context2.obj({
          FT: "Btn",
          Kids: []
        });
        var ref = context2.register(dict);
        return new PDFAcroCheckBox2(dict, ref);
      };
      return PDFAcroCheckBox2;
    })(PDFAcroButton_default)
  );
  var PDFAcroCheckBox_default = PDFAcroCheckBox;

  // node_modules/pdf-lib/es/core/acroform/flags.js
  var flag = function(bitIndex) {
    return 1 << bitIndex;
  };
  var AcroFieldFlags;
  (function(AcroFieldFlags2) {
    AcroFieldFlags2[AcroFieldFlags2["ReadOnly"] = flag(1 - 1)] = "ReadOnly";
    AcroFieldFlags2[AcroFieldFlags2["Required"] = flag(2 - 1)] = "Required";
    AcroFieldFlags2[AcroFieldFlags2["NoExport"] = flag(3 - 1)] = "NoExport";
  })(AcroFieldFlags || (AcroFieldFlags = {}));
  var AcroButtonFlags;
  (function(AcroButtonFlags2) {
    AcroButtonFlags2[AcroButtonFlags2["NoToggleToOff"] = flag(15 - 1)] = "NoToggleToOff";
    AcroButtonFlags2[AcroButtonFlags2["Radio"] = flag(16 - 1)] = "Radio";
    AcroButtonFlags2[AcroButtonFlags2["PushButton"] = flag(17 - 1)] = "PushButton";
    AcroButtonFlags2[AcroButtonFlags2["RadiosInUnison"] = flag(26 - 1)] = "RadiosInUnison";
  })(AcroButtonFlags || (AcroButtonFlags = {}));
  var AcroTextFlags;
  (function(AcroTextFlags2) {
    AcroTextFlags2[AcroTextFlags2["Multiline"] = flag(13 - 1)] = "Multiline";
    AcroTextFlags2[AcroTextFlags2["Password"] = flag(14 - 1)] = "Password";
    AcroTextFlags2[AcroTextFlags2["FileSelect"] = flag(21 - 1)] = "FileSelect";
    AcroTextFlags2[AcroTextFlags2["DoNotSpellCheck"] = flag(23 - 1)] = "DoNotSpellCheck";
    AcroTextFlags2[AcroTextFlags2["DoNotScroll"] = flag(24 - 1)] = "DoNotScroll";
    AcroTextFlags2[AcroTextFlags2["Comb"] = flag(25 - 1)] = "Comb";
    AcroTextFlags2[AcroTextFlags2["RichText"] = flag(26 - 1)] = "RichText";
  })(AcroTextFlags || (AcroTextFlags = {}));
  var AcroChoiceFlags;
  (function(AcroChoiceFlags2) {
    AcroChoiceFlags2[AcroChoiceFlags2["Combo"] = flag(18 - 1)] = "Combo";
    AcroChoiceFlags2[AcroChoiceFlags2["Edit"] = flag(19 - 1)] = "Edit";
    AcroChoiceFlags2[AcroChoiceFlags2["Sort"] = flag(20 - 1)] = "Sort";
    AcroChoiceFlags2[AcroChoiceFlags2["MultiSelect"] = flag(22 - 1)] = "MultiSelect";
    AcroChoiceFlags2[AcroChoiceFlags2["DoNotSpellCheck"] = flag(23 - 1)] = "DoNotSpellCheck";
    AcroChoiceFlags2[AcroChoiceFlags2["CommitOnSelChange"] = flag(27 - 1)] = "CommitOnSelChange";
  })(AcroChoiceFlags || (AcroChoiceFlags = {}));

  // node_modules/pdf-lib/es/core/acroform/PDFAcroChoice.js
  var PDFAcroChoice = (
    /** @class */
    (function(_super) {
      __extends(PDFAcroChoice2, _super);
      function PDFAcroChoice2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFAcroChoice2.prototype.setValues = function(values3) {
        if (this.hasFlag(AcroChoiceFlags.Combo) && !this.hasFlag(AcroChoiceFlags.Edit) && !this.valuesAreValid(values3)) {
          throw new InvalidAcroFieldValueError();
        }
        if (values3.length === 0) {
          this.dict.delete(PDFName_default.of("V"));
        }
        if (values3.length === 1) {
          this.dict.set(PDFName_default.of("V"), values3[0]);
        }
        if (values3.length > 1) {
          if (!this.hasFlag(AcroChoiceFlags.MultiSelect)) {
            throw new MultiSelectValueError();
          }
          this.dict.set(PDFName_default.of("V"), this.dict.context.obj(values3));
        }
        this.updateSelectedIndices(values3);
      };
      PDFAcroChoice2.prototype.valuesAreValid = function(values3) {
        var options2 = this.getOptions();
        var _loop_1 = function(idx2, len2) {
          var val = values3[idx2].decodeText();
          if (!options2.find(function(o) {
            return val === (o.display || o.value).decodeText();
          })) {
            return { value: false };
          }
        };
        for (var idx = 0, len = values3.length; idx < len; idx++) {
          var state_1 = _loop_1(idx, len);
          if (typeof state_1 === "object")
            return state_1.value;
        }
        return true;
      };
      PDFAcroChoice2.prototype.updateSelectedIndices = function(values3) {
        if (values3.length > 1) {
          var indices = new Array(values3.length);
          var options2 = this.getOptions();
          var _loop_2 = function(idx2, len2) {
            var val = values3[idx2].decodeText();
            indices[idx2] = options2.findIndex(function(o) {
              return val === (o.display || o.value).decodeText();
            });
          };
          for (var idx = 0, len = values3.length; idx < len; idx++) {
            _loop_2(idx, len);
          }
          this.dict.set(PDFName_default.of("I"), this.dict.context.obj(indices.sort()));
        } else {
          this.dict.delete(PDFName_default.of("I"));
        }
      };
      PDFAcroChoice2.prototype.getValues = function() {
        var v = this.V();
        if (v instanceof PDFString_default || v instanceof PDFHexString_default)
          return [v];
        if (v instanceof PDFArray_default) {
          var values3 = [];
          for (var idx = 0, len = v.size(); idx < len; idx++) {
            var value = v.lookup(idx);
            if (value instanceof PDFString_default || value instanceof PDFHexString_default) {
              values3.push(value);
            }
          }
          return values3;
        }
        return [];
      };
      PDFAcroChoice2.prototype.Opt = function() {
        return this.dict.lookupMaybe(PDFName_default.of("Opt"), PDFString_default, PDFHexString_default, PDFArray_default);
      };
      PDFAcroChoice2.prototype.setOptions = function(options2) {
        var newOpt = new Array(options2.length);
        for (var idx = 0, len = options2.length; idx < len; idx++) {
          var _a = options2[idx], value = _a.value, display = _a.display;
          newOpt[idx] = this.dict.context.obj([value, display || value]);
        }
        this.dict.set(PDFName_default.of("Opt"), this.dict.context.obj(newOpt));
      };
      PDFAcroChoice2.prototype.getOptions = function() {
        var Opt = this.Opt();
        if (Opt instanceof PDFString_default || Opt instanceof PDFHexString_default) {
          return [{ value: Opt, display: Opt }];
        }
        if (Opt instanceof PDFArray_default) {
          var res = [];
          for (var idx = 0, len = Opt.size(); idx < len; idx++) {
            var item = Opt.lookup(idx);
            if (item instanceof PDFString_default || item instanceof PDFHexString_default) {
              res.push({ value: item, display: item });
            }
            if (item instanceof PDFArray_default) {
              if (item.size() > 0) {
                var first = item.lookup(0, PDFString_default, PDFHexString_default);
                var second = item.lookupMaybe(1, PDFString_default, PDFHexString_default);
                res.push({ value: first, display: second || first });
              }
            }
          }
          return res;
        }
        return [];
      };
      return PDFAcroChoice2;
    })(PDFAcroTerminal_default)
  );
  var PDFAcroChoice_default = PDFAcroChoice;

  // node_modules/pdf-lib/es/core/acroform/PDFAcroComboBox.js
  var PDFAcroComboBox = (
    /** @class */
    (function(_super) {
      __extends(PDFAcroComboBox2, _super);
      function PDFAcroComboBox2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFAcroComboBox2.fromDict = function(dict, ref) {
        return new PDFAcroComboBox2(dict, ref);
      };
      PDFAcroComboBox2.create = function(context2) {
        var dict = context2.obj({
          FT: "Ch",
          Ff: AcroChoiceFlags.Combo,
          Kids: []
        });
        var ref = context2.register(dict);
        return new PDFAcroComboBox2(dict, ref);
      };
      return PDFAcroComboBox2;
    })(PDFAcroChoice_default)
  );
  var PDFAcroComboBox_default = PDFAcroComboBox;

  // node_modules/pdf-lib/es/core/acroform/PDFAcroNonTerminal.js
  var PDFAcroNonTerminal = (
    /** @class */
    (function(_super) {
      __extends(PDFAcroNonTerminal2, _super);
      function PDFAcroNonTerminal2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFAcroNonTerminal2.prototype.addField = function(field3) {
        var Kids = this.normalizedEntries().Kids;
        Kids === null || Kids === void 0 ? void 0 : Kids.push(field3);
      };
      PDFAcroNonTerminal2.prototype.normalizedEntries = function() {
        var Kids = this.Kids();
        if (!Kids) {
          Kids = this.dict.context.obj([]);
          this.dict.set(PDFName_default.of("Kids"), Kids);
        }
        return { Kids };
      };
      PDFAcroNonTerminal2.fromDict = function(dict, ref) {
        return new PDFAcroNonTerminal2(dict, ref);
      };
      PDFAcroNonTerminal2.create = function(context2) {
        var dict = context2.obj({});
        var ref = context2.register(dict);
        return new PDFAcroNonTerminal2(dict, ref);
      };
      return PDFAcroNonTerminal2;
    })(PDFAcroField_default)
  );
  var PDFAcroNonTerminal_default = PDFAcroNonTerminal;

  // node_modules/pdf-lib/es/core/acroform/PDFAcroSignature.js
  var PDFAcroSignature = (
    /** @class */
    (function(_super) {
      __extends(PDFAcroSignature2, _super);
      function PDFAcroSignature2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFAcroSignature2.fromDict = function(dict, ref) {
        return new PDFAcroSignature2(dict, ref);
      };
      return PDFAcroSignature2;
    })(PDFAcroTerminal_default)
  );
  var PDFAcroSignature_default = PDFAcroSignature;

  // node_modules/pdf-lib/es/core/acroform/PDFAcroText.js
  var PDFAcroText = (
    /** @class */
    (function(_super) {
      __extends(PDFAcroText2, _super);
      function PDFAcroText2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFAcroText2.prototype.MaxLen = function() {
        var maxLen = this.dict.lookup(PDFName_default.of("MaxLen"));
        if (maxLen instanceof PDFNumber_default)
          return maxLen;
        return void 0;
      };
      PDFAcroText2.prototype.Q = function() {
        var q = this.dict.lookup(PDFName_default.of("Q"));
        if (q instanceof PDFNumber_default)
          return q;
        return void 0;
      };
      PDFAcroText2.prototype.setMaxLength = function(maxLength) {
        this.dict.set(PDFName_default.of("MaxLen"), PDFNumber_default.of(maxLength));
      };
      PDFAcroText2.prototype.removeMaxLength = function() {
        this.dict.delete(PDFName_default.of("MaxLen"));
      };
      PDFAcroText2.prototype.getMaxLength = function() {
        var _a;
        return (_a = this.MaxLen()) === null || _a === void 0 ? void 0 : _a.asNumber();
      };
      PDFAcroText2.prototype.setQuadding = function(quadding) {
        this.dict.set(PDFName_default.of("Q"), PDFNumber_default.of(quadding));
      };
      PDFAcroText2.prototype.getQuadding = function() {
        var _a;
        return (_a = this.Q()) === null || _a === void 0 ? void 0 : _a.asNumber();
      };
      PDFAcroText2.prototype.setValue = function(value) {
        this.dict.set(PDFName_default.of("V"), value);
      };
      PDFAcroText2.prototype.removeValue = function() {
        this.dict.delete(PDFName_default.of("V"));
      };
      PDFAcroText2.prototype.getValue = function() {
        var v = this.V();
        if (v instanceof PDFString_default || v instanceof PDFHexString_default)
          return v;
        return void 0;
      };
      PDFAcroText2.fromDict = function(dict, ref) {
        return new PDFAcroText2(dict, ref);
      };
      PDFAcroText2.create = function(context2) {
        var dict = context2.obj({
          FT: "Tx",
          Kids: []
        });
        var ref = context2.register(dict);
        return new PDFAcroText2(dict, ref);
      };
      return PDFAcroText2;
    })(PDFAcroTerminal_default)
  );
  var PDFAcroText_default = PDFAcroText;

  // node_modules/pdf-lib/es/core/acroform/PDFAcroPushButton.js
  var PDFAcroPushButton = (
    /** @class */
    (function(_super) {
      __extends(PDFAcroPushButton2, _super);
      function PDFAcroPushButton2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFAcroPushButton2.fromDict = function(dict, ref) {
        return new PDFAcroPushButton2(dict, ref);
      };
      PDFAcroPushButton2.create = function(context2) {
        var dict = context2.obj({
          FT: "Btn",
          Ff: AcroButtonFlags.PushButton,
          Kids: []
        });
        var ref = context2.register(dict);
        return new PDFAcroPushButton2(dict, ref);
      };
      return PDFAcroPushButton2;
    })(PDFAcroButton_default)
  );
  var PDFAcroPushButton_default = PDFAcroPushButton;

  // node_modules/pdf-lib/es/core/acroform/PDFAcroRadioButton.js
  var PDFAcroRadioButton = (
    /** @class */
    (function(_super) {
      __extends(PDFAcroRadioButton2, _super);
      function PDFAcroRadioButton2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFAcroRadioButton2.prototype.setValue = function(value) {
        var onValues = this.getOnValues();
        if (!onValues.includes(value) && value !== PDFName_default.of("Off")) {
          throw new InvalidAcroFieldValueError();
        }
        this.dict.set(PDFName_default.of("V"), value);
        var widgets = this.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var state = widget.getOnValue() === value ? value : PDFName_default.of("Off");
          widget.setAppearanceState(state);
        }
      };
      PDFAcroRadioButton2.prototype.getValue = function() {
        var v = this.V();
        if (v instanceof PDFName_default)
          return v;
        return PDFName_default.of("Off");
      };
      PDFAcroRadioButton2.prototype.getOnValues = function() {
        var widgets = this.getWidgets();
        var onValues = [];
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var onValue = widgets[idx].getOnValue();
          if (onValue)
            onValues.push(onValue);
        }
        return onValues;
      };
      PDFAcroRadioButton2.fromDict = function(dict, ref) {
        return new PDFAcroRadioButton2(dict, ref);
      };
      PDFAcroRadioButton2.create = function(context2) {
        var dict = context2.obj({
          FT: "Btn",
          Ff: AcroButtonFlags.Radio,
          Kids: []
        });
        var ref = context2.register(dict);
        return new PDFAcroRadioButton2(dict, ref);
      };
      return PDFAcroRadioButton2;
    })(PDFAcroButton_default)
  );
  var PDFAcroRadioButton_default = PDFAcroRadioButton;

  // node_modules/pdf-lib/es/core/acroform/PDFAcroListBox.js
  var PDFAcroListBox = (
    /** @class */
    (function(_super) {
      __extends(PDFAcroListBox2, _super);
      function PDFAcroListBox2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFAcroListBox2.fromDict = function(dict, ref) {
        return new PDFAcroListBox2(dict, ref);
      };
      PDFAcroListBox2.create = function(context2) {
        var dict = context2.obj({
          FT: "Ch",
          Kids: []
        });
        var ref = context2.register(dict);
        return new PDFAcroListBox2(dict, ref);
      };
      return PDFAcroListBox2;
    })(PDFAcroChoice_default)
  );
  var PDFAcroListBox_default = PDFAcroListBox;

  // node_modules/pdf-lib/es/core/acroform/utils.js
  var createPDFAcroFields = function(kidDicts) {
    if (!kidDicts)
      return [];
    var kids = [];
    for (var idx = 0, len = kidDicts.size(); idx < len; idx++) {
      var ref = kidDicts.get(idx);
      var dict = kidDicts.lookup(idx);
      if (ref instanceof PDFRef_default && dict instanceof PDFDict_default) {
        kids.push([createPDFAcroField(dict, ref), ref]);
      }
    }
    return kids;
  };
  var createPDFAcroField = function(dict, ref) {
    var isNonTerminal = isNonTerminalAcroField(dict);
    if (isNonTerminal)
      return PDFAcroNonTerminal_default.fromDict(dict, ref);
    return createPDFAcroTerminal(dict, ref);
  };
  var isNonTerminalAcroField = function(dict) {
    var kids = dict.lookup(PDFName_default.of("Kids"));
    if (kids instanceof PDFArray_default) {
      for (var idx = 0, len = kids.size(); idx < len; idx++) {
        var kid = kids.lookup(idx);
        var kidIsField = kid instanceof PDFDict_default && kid.has(PDFName_default.of("T"));
        if (kidIsField)
          return true;
      }
    }
    return false;
  };
  var createPDFAcroTerminal = function(dict, ref) {
    var ftNameOrRef = getInheritableAttribute(dict, PDFName_default.of("FT"));
    var type = dict.context.lookup(ftNameOrRef, PDFName_default);
    if (type === PDFName_default.of("Btn"))
      return createPDFAcroButton(dict, ref);
    if (type === PDFName_default.of("Ch"))
      return createPDFAcroChoice(dict, ref);
    if (type === PDFName_default.of("Tx"))
      return PDFAcroText_default.fromDict(dict, ref);
    if (type === PDFName_default.of("Sig"))
      return PDFAcroSignature_default.fromDict(dict, ref);
    return PDFAcroTerminal_default.fromDict(dict, ref);
  };
  var createPDFAcroButton = function(dict, ref) {
    var _a;
    var ffNumberOrRef = getInheritableAttribute(dict, PDFName_default.of("Ff"));
    var ffNumber = dict.context.lookupMaybe(ffNumberOrRef, PDFNumber_default);
    var flags = (_a = ffNumber === null || ffNumber === void 0 ? void 0 : ffNumber.asNumber()) !== null && _a !== void 0 ? _a : 0;
    if (flagIsSet(flags, AcroButtonFlags.PushButton)) {
      return PDFAcroPushButton_default.fromDict(dict, ref);
    } else if (flagIsSet(flags, AcroButtonFlags.Radio)) {
      return PDFAcroRadioButton_default.fromDict(dict, ref);
    } else {
      return PDFAcroCheckBox_default.fromDict(dict, ref);
    }
  };
  var createPDFAcroChoice = function(dict, ref) {
    var _a;
    var ffNumberOrRef = getInheritableAttribute(dict, PDFName_default.of("Ff"));
    var ffNumber = dict.context.lookupMaybe(ffNumberOrRef, PDFNumber_default);
    var flags = (_a = ffNumber === null || ffNumber === void 0 ? void 0 : ffNumber.asNumber()) !== null && _a !== void 0 ? _a : 0;
    if (flagIsSet(flags, AcroChoiceFlags.Combo)) {
      return PDFAcroComboBox_default.fromDict(dict, ref);
    } else {
      return PDFAcroListBox_default.fromDict(dict, ref);
    }
  };
  var flagIsSet = function(flags, flag3) {
    return (flags & flag3) !== 0;
  };
  var getInheritableAttribute = function(startNode, name) {
    var attribute;
    ascend(startNode, function(node2) {
      if (!attribute)
        attribute = node2.get(name);
    });
    return attribute;
  };
  var ascend = function(startNode, visitor) {
    visitor(startNode);
    var Parent = startNode.lookupMaybe(PDFName_default.of("Parent"), PDFDict_default);
    if (Parent)
      ascend(Parent, visitor);
  };

  // node_modules/pdf-lib/es/core/acroform/PDFAcroForm.js
  var PDFAcroForm = (
    /** @class */
    (function() {
      function PDFAcroForm2(dict) {
        this.dict = dict;
      }
      PDFAcroForm2.prototype.Fields = function() {
        var fields = this.dict.lookup(PDFName_default.of("Fields"));
        if (fields instanceof PDFArray_default)
          return fields;
        return void 0;
      };
      PDFAcroForm2.prototype.getFields = function() {
        var Fields = this.normalizedEntries().Fields;
        var fields = new Array(Fields.size());
        for (var idx = 0, len = Fields.size(); idx < len; idx++) {
          var ref = Fields.get(idx);
          var dict = Fields.lookup(idx, PDFDict_default);
          fields[idx] = [createPDFAcroField(dict, ref), ref];
        }
        return fields;
      };
      PDFAcroForm2.prototype.getAllFields = function() {
        var allFields = [];
        var pushFields = function(fields) {
          if (!fields)
            return;
          for (var idx = 0, len = fields.length; idx < len; idx++) {
            var field3 = fields[idx];
            allFields.push(field3);
            var fieldModel = field3[0];
            if (fieldModel instanceof PDFAcroNonTerminal_default) {
              pushFields(createPDFAcroFields(fieldModel.Kids()));
            }
          }
        };
        pushFields(this.getFields());
        return allFields;
      };
      PDFAcroForm2.prototype.addField = function(field3) {
        var Fields = this.normalizedEntries().Fields;
        Fields === null || Fields === void 0 ? void 0 : Fields.push(field3);
      };
      PDFAcroForm2.prototype.removeField = function(field3) {
        var parent = field3.getParent();
        var fields = parent === void 0 ? this.normalizedEntries().Fields : parent.Kids();
        var index = fields === null || fields === void 0 ? void 0 : fields.indexOf(field3.ref);
        if (fields === void 0 || index === void 0) {
          throw new Error("Tried to remove inexistent field " + field3.getFullyQualifiedName());
        }
        fields.remove(index);
        if (parent !== void 0 && fields.size() === 0) {
          this.removeField(parent);
        }
      };
      PDFAcroForm2.prototype.normalizedEntries = function() {
        var Fields = this.Fields();
        if (!Fields) {
          Fields = this.dict.context.obj([]);
          this.dict.set(PDFName_default.of("Fields"), Fields);
        }
        return { Fields };
      };
      PDFAcroForm2.fromDict = function(dict) {
        return new PDFAcroForm2(dict);
      };
      PDFAcroForm2.create = function(context2) {
        var dict = context2.obj({ Fields: [] });
        return new PDFAcroForm2(dict);
      };
      return PDFAcroForm2;
    })()
  );
  var PDFAcroForm_default = PDFAcroForm;

  // node_modules/pdf-lib/es/core/structures/PDFCatalog.js
  var PDFCatalog = (
    /** @class */
    (function(_super) {
      __extends(PDFCatalog2, _super);
      function PDFCatalog2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFCatalog2.prototype.Pages = function() {
        return this.lookup(PDFName_default.of("Pages"), PDFDict_default);
      };
      PDFCatalog2.prototype.AcroForm = function() {
        return this.lookupMaybe(PDFName_default.of("AcroForm"), PDFDict_default);
      };
      PDFCatalog2.prototype.getAcroForm = function() {
        var dict = this.AcroForm();
        if (!dict)
          return void 0;
        return PDFAcroForm_default.fromDict(dict);
      };
      PDFCatalog2.prototype.getOrCreateAcroForm = function() {
        var acroForm = this.getAcroForm();
        if (!acroForm) {
          acroForm = PDFAcroForm_default.create(this.context);
          var acroFormRef = this.context.register(acroForm.dict);
          this.set(PDFName_default.of("AcroForm"), acroFormRef);
        }
        return acroForm;
      };
      PDFCatalog2.prototype.ViewerPreferences = function() {
        return this.lookupMaybe(PDFName_default.of("ViewerPreferences"), PDFDict_default);
      };
      PDFCatalog2.prototype.getViewerPreferences = function() {
        var dict = this.ViewerPreferences();
        if (!dict)
          return void 0;
        return ViewerPreferences_default.fromDict(dict);
      };
      PDFCatalog2.prototype.getOrCreateViewerPreferences = function() {
        var viewerPrefs = this.getViewerPreferences();
        if (!viewerPrefs) {
          viewerPrefs = ViewerPreferences_default.create(this.context);
          var viewerPrefsRef = this.context.register(viewerPrefs.dict);
          this.set(PDFName_default.of("ViewerPreferences"), viewerPrefsRef);
        }
        return viewerPrefs;
      };
      PDFCatalog2.prototype.insertLeafNode = function(leafRef, index) {
        var pagesRef = this.get(PDFName_default.of("Pages"));
        var maybeParentRef = this.Pages().insertLeafNode(leafRef, index);
        return maybeParentRef || pagesRef;
      };
      PDFCatalog2.prototype.removeLeafNode = function(index) {
        this.Pages().removeLeafNode(index);
      };
      PDFCatalog2.withContextAndPages = function(context2, pages) {
        var dict = /* @__PURE__ */ new Map();
        dict.set(PDFName_default.of("Type"), PDFName_default.of("Catalog"));
        dict.set(PDFName_default.of("Pages"), pages);
        return new PDFCatalog2(dict, context2);
      };
      PDFCatalog2.fromMapWithContext = function(map, context2) {
        return new PDFCatalog2(map, context2);
      };
      return PDFCatalog2;
    })(PDFDict_default)
  );
  var PDFCatalog_default = PDFCatalog;

  // node_modules/pdf-lib/es/core/structures/PDFPageTree.js
  var PDFPageTree = (
    /** @class */
    (function(_super) {
      __extends(PDFPageTree2, _super);
      function PDFPageTree2() {
        return _super !== null && _super.apply(this, arguments) || this;
      }
      PDFPageTree2.prototype.Parent = function() {
        return this.lookup(PDFName_default.of("Parent"));
      };
      PDFPageTree2.prototype.Kids = function() {
        return this.lookup(PDFName_default.of("Kids"), PDFArray_default);
      };
      PDFPageTree2.prototype.Count = function() {
        return this.lookup(PDFName_default.of("Count"), PDFNumber_default);
      };
      PDFPageTree2.prototype.pushTreeNode = function(treeRef) {
        var Kids = this.Kids();
        Kids.push(treeRef);
      };
      PDFPageTree2.prototype.pushLeafNode = function(leafRef) {
        var Kids = this.Kids();
        this.insertLeafKid(Kids.size(), leafRef);
      };
      PDFPageTree2.prototype.insertLeafNode = function(leafRef, targetIndex) {
        var Kids = this.Kids();
        var Count = this.Count().asNumber();
        if (targetIndex > Count) {
          throw new InvalidTargetIndexError(targetIndex, Count);
        }
        var leafsRemainingUntilTarget = targetIndex;
        for (var idx = 0, len = Kids.size(); idx < len; idx++) {
          if (leafsRemainingUntilTarget === 0) {
            this.insertLeafKid(idx, leafRef);
            return void 0;
          }
          var kidRef = Kids.get(idx);
          var kid = this.context.lookup(kidRef);
          if (kid instanceof PDFPageTree2) {
            if (kid.Count().asNumber() > leafsRemainingUntilTarget) {
              return kid.insertLeafNode(leafRef, leafsRemainingUntilTarget) || kidRef;
            } else {
              leafsRemainingUntilTarget -= kid.Count().asNumber();
            }
          }
          if (kid instanceof PDFPageLeaf_default) {
            leafsRemainingUntilTarget -= 1;
          }
        }
        if (leafsRemainingUntilTarget === 0) {
          this.insertLeafKid(Kids.size(), leafRef);
          return void 0;
        }
        throw new CorruptPageTreeError(targetIndex, "insertLeafNode");
      };
      PDFPageTree2.prototype.removeLeafNode = function(targetIndex, prune) {
        if (prune === void 0) {
          prune = true;
        }
        var Kids = this.Kids();
        var Count = this.Count().asNumber();
        if (targetIndex >= Count) {
          throw new InvalidTargetIndexError(targetIndex, Count);
        }
        var leafsRemainingUntilTarget = targetIndex;
        for (var idx = 0, len = Kids.size(); idx < len; idx++) {
          var kidRef = Kids.get(idx);
          var kid = this.context.lookup(kidRef);
          if (kid instanceof PDFPageTree2) {
            if (kid.Count().asNumber() > leafsRemainingUntilTarget) {
              kid.removeLeafNode(leafsRemainingUntilTarget, prune);
              if (prune && kid.Kids().size() === 0)
                Kids.remove(idx);
              return;
            } else {
              leafsRemainingUntilTarget -= kid.Count().asNumber();
            }
          }
          if (kid instanceof PDFPageLeaf_default) {
            if (leafsRemainingUntilTarget === 0) {
              this.removeKid(idx);
              return;
            } else {
              leafsRemainingUntilTarget -= 1;
            }
          }
        }
        throw new CorruptPageTreeError(targetIndex, "removeLeafNode");
      };
      PDFPageTree2.prototype.ascend = function(visitor) {
        visitor(this);
        var Parent = this.Parent();
        if (Parent)
          Parent.ascend(visitor);
      };
      PDFPageTree2.prototype.traverse = function(visitor) {
        var Kids = this.Kids();
        for (var idx = 0, len = Kids.size(); idx < len; idx++) {
          var kidRef = Kids.get(idx);
          var kid = this.context.lookup(kidRef);
          if (kid instanceof PDFPageTree2)
            kid.traverse(visitor);
          visitor(kid, kidRef);
        }
      };
      PDFPageTree2.prototype.insertLeafKid = function(kidIdx, leafRef) {
        var Kids = this.Kids();
        this.ascend(function(node2) {
          var newCount = node2.Count().asNumber() + 1;
          node2.set(PDFName_default.of("Count"), PDFNumber_default.of(newCount));
        });
        Kids.insert(kidIdx, leafRef);
      };
      PDFPageTree2.prototype.removeKid = function(kidIdx) {
        var Kids = this.Kids();
        var kid = Kids.lookup(kidIdx);
        if (kid instanceof PDFPageLeaf_default) {
          this.ascend(function(node2) {
            var newCount = node2.Count().asNumber() - 1;
            node2.set(PDFName_default.of("Count"), PDFNumber_default.of(newCount));
          });
        }
        Kids.remove(kidIdx);
      };
      PDFPageTree2.withContext = function(context2, parent) {
        var dict = /* @__PURE__ */ new Map();
        dict.set(PDFName_default.of("Type"), PDFName_default.of("Pages"));
        dict.set(PDFName_default.of("Kids"), context2.obj([]));
        dict.set(PDFName_default.of("Count"), context2.obj(0));
        if (parent)
          dict.set(PDFName_default.of("Parent"), parent);
        return new PDFPageTree2(dict, context2);
      };
      PDFPageTree2.fromMapWithContext = function(map, context2) {
        return new PDFPageTree2(map, context2);
      };
      return PDFPageTree2;
    })(PDFDict_default)
  );
  var PDFPageTree_default = PDFPageTree;

  // node_modules/pdf-lib/es/core/syntax/Numeric.js
  var IsDigit = new Uint8Array(256);
  IsDigit[CharCodes_default.Zero] = 1;
  IsDigit[CharCodes_default.One] = 1;
  IsDigit[CharCodes_default.Two] = 1;
  IsDigit[CharCodes_default.Three] = 1;
  IsDigit[CharCodes_default.Four] = 1;
  IsDigit[CharCodes_default.Five] = 1;
  IsDigit[CharCodes_default.Six] = 1;
  IsDigit[CharCodes_default.Seven] = 1;
  IsDigit[CharCodes_default.Eight] = 1;
  IsDigit[CharCodes_default.Nine] = 1;
  var IsNumericPrefix = new Uint8Array(256);
  IsNumericPrefix[CharCodes_default.Period] = 1;
  IsNumericPrefix[CharCodes_default.Plus] = 1;
  IsNumericPrefix[CharCodes_default.Minus] = 1;
  var IsNumeric = new Uint8Array(256);
  for (idx = 0, len = 256; idx < len; idx++) {
    IsNumeric[idx] = IsDigit[idx] || IsNumericPrefix[idx] ? 1 : 0;
  }
  var idx;
  var len;

  // node_modules/pdf-lib/es/core/parser/BaseParser.js
  var Newline = CharCodes_default.Newline;
  var CarriageReturn = CharCodes_default.CarriageReturn;
  var BaseParser = (
    /** @class */
    (function() {
      function BaseParser2(bytes2, capNumbers) {
        if (capNumbers === void 0) {
          capNumbers = false;
        }
        this.bytes = bytes2;
        this.capNumbers = capNumbers;
      }
      BaseParser2.prototype.parseRawInt = function() {
        var value = "";
        while (!this.bytes.done()) {
          var byte = this.bytes.peek();
          if (!IsDigit[byte])
            break;
          value += charFromCode(this.bytes.next());
        }
        var numberValue = Number(value);
        if (!value || !isFinite(numberValue)) {
          throw new NumberParsingError(this.bytes.position(), value);
        }
        return numberValue;
      };
      BaseParser2.prototype.parseRawNumber = function() {
        var value = "";
        while (!this.bytes.done()) {
          var byte = this.bytes.peek();
          if (!IsNumeric[byte])
            break;
          value += charFromCode(this.bytes.next());
          if (byte === CharCodes_default.Period)
            break;
        }
        while (!this.bytes.done()) {
          var byte = this.bytes.peek();
          if (!IsDigit[byte])
            break;
          value += charFromCode(this.bytes.next());
        }
        var numberValue = Number(value);
        if (!value || !isFinite(numberValue)) {
          throw new NumberParsingError(this.bytes.position(), value);
        }
        if (numberValue > Number.MAX_SAFE_INTEGER) {
          if (this.capNumbers) {
            var msg = "Parsed number that is too large for some PDF readers: " + value + ", using Number.MAX_SAFE_INTEGER instead.";
            console.warn(msg);
            return Number.MAX_SAFE_INTEGER;
          } else {
            var msg = "Parsed number that is too large for some PDF readers: " + value + ", not capping.";
            console.warn(msg);
          }
        }
        return numberValue;
      };
      BaseParser2.prototype.skipWhitespace = function() {
        while (!this.bytes.done() && IsWhitespace[this.bytes.peek()]) {
          this.bytes.next();
        }
      };
      BaseParser2.prototype.skipLine = function() {
        while (!this.bytes.done()) {
          var byte = this.bytes.peek();
          if (byte === Newline || byte === CarriageReturn)
            return;
          this.bytes.next();
        }
      };
      BaseParser2.prototype.skipComment = function() {
        if (this.bytes.peek() !== CharCodes_default.Percent)
          return false;
        while (!this.bytes.done()) {
          var byte = this.bytes.peek();
          if (byte === Newline || byte === CarriageReturn)
            return true;
          this.bytes.next();
        }
        return true;
      };
      BaseParser2.prototype.skipWhitespaceAndComments = function() {
        this.skipWhitespace();
        while (this.skipComment())
          this.skipWhitespace();
      };
      BaseParser2.prototype.matchKeyword = function(keyword) {
        var initialOffset = this.bytes.offset();
        for (var idx = 0, len = keyword.length; idx < len; idx++) {
          if (this.bytes.done() || this.bytes.next() !== keyword[idx]) {
            this.bytes.moveTo(initialOffset);
            return false;
          }
        }
        return true;
      };
      return BaseParser2;
    })()
  );
  var BaseParser_default = BaseParser;

  // node_modules/pdf-lib/es/core/parser/ByteStream.js
  var ByteStream = (
    /** @class */
    (function() {
      function ByteStream2(bytes2) {
        this.idx = 0;
        this.line = 0;
        this.column = 0;
        this.bytes = bytes2;
        this.length = this.bytes.length;
      }
      ByteStream2.prototype.moveTo = function(offset) {
        this.idx = offset;
      };
      ByteStream2.prototype.next = function() {
        var byte = this.bytes[this.idx++];
        if (byte === CharCodes_default.Newline) {
          this.line += 1;
          this.column = 0;
        } else {
          this.column += 1;
        }
        return byte;
      };
      ByteStream2.prototype.assertNext = function(expected) {
        if (this.peek() !== expected) {
          throw new NextByteAssertionError(this.position(), expected, this.peek());
        }
        return this.next();
      };
      ByteStream2.prototype.peek = function() {
        return this.bytes[this.idx];
      };
      ByteStream2.prototype.peekAhead = function(steps) {
        return this.bytes[this.idx + steps];
      };
      ByteStream2.prototype.peekAt = function(offset) {
        return this.bytes[offset];
      };
      ByteStream2.prototype.done = function() {
        return this.idx >= this.length;
      };
      ByteStream2.prototype.offset = function() {
        return this.idx;
      };
      ByteStream2.prototype.slice = function(start, end) {
        return this.bytes.slice(start, end);
      };
      ByteStream2.prototype.position = function() {
        return { line: this.line, column: this.column, offset: this.idx };
      };
      ByteStream2.of = function(bytes2) {
        return new ByteStream2(bytes2);
      };
      ByteStream2.fromPDFRawStream = function(rawStream) {
        return ByteStream2.of(decodePDFRawStream(rawStream).decode());
      };
      return ByteStream2;
    })()
  );
  var ByteStream_default = ByteStream;

  // node_modules/pdf-lib/es/core/syntax/Keywords.js
  var Space = CharCodes_default.Space;
  var CarriageReturn2 = CharCodes_default.CarriageReturn;
  var Newline2 = CharCodes_default.Newline;
  var stream = [
    CharCodes_default.s,
    CharCodes_default.t,
    CharCodes_default.r,
    CharCodes_default.e,
    CharCodes_default.a,
    CharCodes_default.m
  ];
  var endstream = [
    CharCodes_default.e,
    CharCodes_default.n,
    CharCodes_default.d,
    CharCodes_default.s,
    CharCodes_default.t,
    CharCodes_default.r,
    CharCodes_default.e,
    CharCodes_default.a,
    CharCodes_default.m
  ];
  var Keywords = {
    header: [
      CharCodes_default.Percent,
      CharCodes_default.P,
      CharCodes_default.D,
      CharCodes_default.F,
      CharCodes_default.Dash
    ],
    eof: [
      CharCodes_default.Percent,
      CharCodes_default.Percent,
      CharCodes_default.E,
      CharCodes_default.O,
      CharCodes_default.F
    ],
    obj: [CharCodes_default.o, CharCodes_default.b, CharCodes_default.j],
    endobj: [
      CharCodes_default.e,
      CharCodes_default.n,
      CharCodes_default.d,
      CharCodes_default.o,
      CharCodes_default.b,
      CharCodes_default.j
    ],
    xref: [CharCodes_default.x, CharCodes_default.r, CharCodes_default.e, CharCodes_default.f],
    trailer: [
      CharCodes_default.t,
      CharCodes_default.r,
      CharCodes_default.a,
      CharCodes_default.i,
      CharCodes_default.l,
      CharCodes_default.e,
      CharCodes_default.r
    ],
    startxref: [
      CharCodes_default.s,
      CharCodes_default.t,
      CharCodes_default.a,
      CharCodes_default.r,
      CharCodes_default.t,
      CharCodes_default.x,
      CharCodes_default.r,
      CharCodes_default.e,
      CharCodes_default.f
    ],
    true: [CharCodes_default.t, CharCodes_default.r, CharCodes_default.u, CharCodes_default.e],
    false: [CharCodes_default.f, CharCodes_default.a, CharCodes_default.l, CharCodes_default.s, CharCodes_default.e],
    null: [CharCodes_default.n, CharCodes_default.u, CharCodes_default.l, CharCodes_default.l],
    stream,
    streamEOF1: __spreadArrays(stream, [Space, CarriageReturn2, Newline2]),
    streamEOF2: __spreadArrays(stream, [CarriageReturn2, Newline2]),
    streamEOF3: __spreadArrays(stream, [CarriageReturn2]),
    streamEOF4: __spreadArrays(stream, [Newline2]),
    endstream,
    EOF1endstream: __spreadArrays([CarriageReturn2, Newline2], endstream),
    EOF2endstream: __spreadArrays([CarriageReturn2], endstream),
    EOF3endstream: __spreadArrays([Newline2], endstream)
  };

  // node_modules/pdf-lib/es/core/parser/PDFObjectParser.js
  var PDFObjectParser = (
    /** @class */
    (function(_super) {
      __extends(PDFObjectParser2, _super);
      function PDFObjectParser2(byteStream, context2, capNumbers) {
        if (capNumbers === void 0) {
          capNumbers = false;
        }
        var _this = _super.call(this, byteStream, capNumbers) || this;
        _this.context = context2;
        return _this;
      }
      PDFObjectParser2.prototype.parseObject = function() {
        this.skipWhitespaceAndComments();
        if (this.matchKeyword(Keywords.true))
          return PDFBool_default.True;
        if (this.matchKeyword(Keywords.false))
          return PDFBool_default.False;
        if (this.matchKeyword(Keywords.null))
          return PDFNull_default;
        var byte = this.bytes.peek();
        if (byte === CharCodes_default.LessThan && this.bytes.peekAhead(1) === CharCodes_default.LessThan) {
          return this.parseDictOrStream();
        }
        if (byte === CharCodes_default.LessThan)
          return this.parseHexString();
        if (byte === CharCodes_default.LeftParen)
          return this.parseString();
        if (byte === CharCodes_default.ForwardSlash)
          return this.parseName();
        if (byte === CharCodes_default.LeftSquareBracket)
          return this.parseArray();
        if (IsNumeric[byte])
          return this.parseNumberOrRef();
        throw new PDFObjectParsingError(this.bytes.position(), byte);
      };
      PDFObjectParser2.prototype.parseNumberOrRef = function() {
        var firstNum = this.parseRawNumber();
        this.skipWhitespaceAndComments();
        var lookaheadStart = this.bytes.offset();
        if (IsDigit[this.bytes.peek()]) {
          var secondNum = this.parseRawNumber();
          this.skipWhitespaceAndComments();
          if (this.bytes.peek() === CharCodes_default.R) {
            this.bytes.assertNext(CharCodes_default.R);
            return PDFRef_default.of(firstNum, secondNum);
          }
        }
        this.bytes.moveTo(lookaheadStart);
        return PDFNumber_default.of(firstNum);
      };
      PDFObjectParser2.prototype.parseHexString = function() {
        var value = "";
        this.bytes.assertNext(CharCodes_default.LessThan);
        while (!this.bytes.done() && this.bytes.peek() !== CharCodes_default.GreaterThan) {
          value += charFromCode(this.bytes.next());
        }
        this.bytes.assertNext(CharCodes_default.GreaterThan);
        return PDFHexString_default.of(value);
      };
      PDFObjectParser2.prototype.parseString = function() {
        var nestingLvl = 0;
        var isEscaped = false;
        var value = "";
        while (!this.bytes.done()) {
          var byte = this.bytes.next();
          value += charFromCode(byte);
          if (!isEscaped) {
            if (byte === CharCodes_default.LeftParen)
              nestingLvl += 1;
            if (byte === CharCodes_default.RightParen)
              nestingLvl -= 1;
          }
          if (byte === CharCodes_default.BackSlash) {
            isEscaped = !isEscaped;
          } else if (isEscaped) {
            isEscaped = false;
          }
          if (nestingLvl === 0) {
            return PDFString_default.of(value.substring(1, value.length - 1));
          }
        }
        throw new UnbalancedParenthesisError(this.bytes.position());
      };
      PDFObjectParser2.prototype.parseName = function() {
        this.bytes.assertNext(CharCodes_default.ForwardSlash);
        var name = "";
        while (!this.bytes.done()) {
          var byte = this.bytes.peek();
          if (IsWhitespace[byte] || IsDelimiter[byte])
            break;
          name += charFromCode(byte);
          this.bytes.next();
        }
        return PDFName_default.of(name);
      };
      PDFObjectParser2.prototype.parseArray = function() {
        this.bytes.assertNext(CharCodes_default.LeftSquareBracket);
        this.skipWhitespaceAndComments();
        var pdfArray = PDFArray_default.withContext(this.context);
        while (this.bytes.peek() !== CharCodes_default.RightSquareBracket) {
          var element2 = this.parseObject();
          pdfArray.push(element2);
          this.skipWhitespaceAndComments();
        }
        this.bytes.assertNext(CharCodes_default.RightSquareBracket);
        return pdfArray;
      };
      PDFObjectParser2.prototype.parseDict = function() {
        this.bytes.assertNext(CharCodes_default.LessThan);
        this.bytes.assertNext(CharCodes_default.LessThan);
        this.skipWhitespaceAndComments();
        var dict = /* @__PURE__ */ new Map();
        while (!this.bytes.done() && this.bytes.peek() !== CharCodes_default.GreaterThan && this.bytes.peekAhead(1) !== CharCodes_default.GreaterThan) {
          var key2 = this.parseName();
          var value = this.parseObject();
          dict.set(key2, value);
          this.skipWhitespaceAndComments();
        }
        this.skipWhitespaceAndComments();
        this.bytes.assertNext(CharCodes_default.GreaterThan);
        this.bytes.assertNext(CharCodes_default.GreaterThan);
        var Type = dict.get(PDFName_default.of("Type"));
        if (Type === PDFName_default.of("Catalog")) {
          return PDFCatalog_default.fromMapWithContext(dict, this.context);
        } else if (Type === PDFName_default.of("Pages")) {
          return PDFPageTree_default.fromMapWithContext(dict, this.context);
        } else if (Type === PDFName_default.of("Page")) {
          return PDFPageLeaf_default.fromMapWithContext(dict, this.context);
        } else {
          return PDFDict_default.fromMapWithContext(dict, this.context);
        }
      };
      PDFObjectParser2.prototype.parseDictOrStream = function() {
        var startPos = this.bytes.position();
        var dict = this.parseDict();
        this.skipWhitespaceAndComments();
        if (!this.matchKeyword(Keywords.streamEOF1) && !this.matchKeyword(Keywords.streamEOF2) && !this.matchKeyword(Keywords.streamEOF3) && !this.matchKeyword(Keywords.streamEOF4) && !this.matchKeyword(Keywords.stream)) {
          return dict;
        }
        var start = this.bytes.offset();
        var end;
        var Length = dict.get(PDFName_default.of("Length"));
        if (Length instanceof PDFNumber_default) {
          end = start + Length.asNumber();
          this.bytes.moveTo(end);
          this.skipWhitespaceAndComments();
          if (!this.matchKeyword(Keywords.endstream)) {
            this.bytes.moveTo(start);
            end = this.findEndOfStreamFallback(startPos);
          }
        } else {
          end = this.findEndOfStreamFallback(startPos);
        }
        var contents = this.bytes.slice(start, end);
        return PDFRawStream_default.of(dict, contents);
      };
      PDFObjectParser2.prototype.findEndOfStreamFallback = function(startPos) {
        var nestingLvl = 1;
        var end = this.bytes.offset();
        while (!this.bytes.done()) {
          end = this.bytes.offset();
          if (this.matchKeyword(Keywords.stream)) {
            nestingLvl += 1;
          } else if (this.matchKeyword(Keywords.EOF1endstream) || this.matchKeyword(Keywords.EOF2endstream) || this.matchKeyword(Keywords.EOF3endstream) || this.matchKeyword(Keywords.endstream)) {
            nestingLvl -= 1;
          } else {
            this.bytes.next();
          }
          if (nestingLvl === 0)
            break;
        }
        if (nestingLvl !== 0)
          throw new PDFStreamParsingError(startPos);
        return end;
      };
      PDFObjectParser2.forBytes = function(bytes2, context2, capNumbers) {
        return new PDFObjectParser2(ByteStream_default.of(bytes2), context2, capNumbers);
      };
      PDFObjectParser2.forByteStream = function(byteStream, context2, capNumbers) {
        if (capNumbers === void 0) {
          capNumbers = false;
        }
        return new PDFObjectParser2(byteStream, context2, capNumbers);
      };
      return PDFObjectParser2;
    })(BaseParser_default)
  );
  var PDFObjectParser_default = PDFObjectParser;

  // node_modules/pdf-lib/es/core/parser/PDFObjectStreamParser.js
  var PDFObjectStreamParser = (
    /** @class */
    (function(_super) {
      __extends(PDFObjectStreamParser2, _super);
      function PDFObjectStreamParser2(rawStream, shouldWaitForTick) {
        var _this = _super.call(this, ByteStream_default.fromPDFRawStream(rawStream), rawStream.dict.context) || this;
        var dict = rawStream.dict;
        _this.alreadyParsed = false;
        _this.shouldWaitForTick = shouldWaitForTick || (function() {
          return false;
        });
        _this.firstOffset = dict.lookup(PDFName_default.of("First"), PDFNumber_default).asNumber();
        _this.objectCount = dict.lookup(PDFName_default.of("N"), PDFNumber_default).asNumber();
        return _this;
      }
      PDFObjectStreamParser2.prototype.parseIntoContext = function() {
        return __awaiter(this, void 0, void 0, function() {
          var offsetsAndObjectNumbers, idx, len, _a, objectNumber, offset, object, ref;
          return __generator(this, function(_b) {
            switch (_b.label) {
              case 0:
                if (this.alreadyParsed) {
                  throw new ReparseError("PDFObjectStreamParser", "parseIntoContext");
                }
                this.alreadyParsed = true;
                offsetsAndObjectNumbers = this.parseOffsetsAndObjectNumbers();
                idx = 0, len = offsetsAndObjectNumbers.length;
                _b.label = 1;
              case 1:
                if (!(idx < len)) return [3, 4];
                _a = offsetsAndObjectNumbers[idx], objectNumber = _a.objectNumber, offset = _a.offset;
                this.bytes.moveTo(this.firstOffset + offset);
                object = this.parseObject();
                ref = PDFRef_default.of(objectNumber, 0);
                this.context.assign(ref, object);
                if (!this.shouldWaitForTick()) return [3, 3];
                return [4, waitForTick()];
              case 2:
                _b.sent();
                _b.label = 3;
              case 3:
                idx++;
                return [3, 1];
              case 4:
                return [
                  2
                  /*return*/
                ];
            }
          });
        });
      };
      PDFObjectStreamParser2.prototype.parseOffsetsAndObjectNumbers = function() {
        var offsetsAndObjectNumbers = [];
        for (var idx = 0, len = this.objectCount; idx < len; idx++) {
          this.skipWhitespaceAndComments();
          var objectNumber = this.parseRawInt();
          this.skipWhitespaceAndComments();
          var offset = this.parseRawInt();
          offsetsAndObjectNumbers.push({ objectNumber, offset });
        }
        return offsetsAndObjectNumbers;
      };
      PDFObjectStreamParser2.forStream = function(rawStream, shouldWaitForTick) {
        return new PDFObjectStreamParser2(rawStream, shouldWaitForTick);
      };
      return PDFObjectStreamParser2;
    })(PDFObjectParser_default)
  );
  var PDFObjectStreamParser_default = PDFObjectStreamParser;

  // node_modules/pdf-lib/es/core/parser/PDFXRefStreamParser.js
  var PDFXRefStreamParser = (
    /** @class */
    (function() {
      function PDFXRefStreamParser2(rawStream) {
        this.alreadyParsed = false;
        this.dict = rawStream.dict;
        this.bytes = ByteStream_default.fromPDFRawStream(rawStream);
        this.context = this.dict.context;
        var Size = this.dict.lookup(PDFName_default.of("Size"), PDFNumber_default);
        var Index = this.dict.lookup(PDFName_default.of("Index"));
        if (Index instanceof PDFArray_default) {
          this.subsections = [];
          for (var idx = 0, len = Index.size(); idx < len; idx += 2) {
            var firstObjectNumber = Index.lookup(idx + 0, PDFNumber_default).asNumber();
            var length_1 = Index.lookup(idx + 1, PDFNumber_default).asNumber();
            this.subsections.push({ firstObjectNumber, length: length_1 });
          }
        } else {
          this.subsections = [{ firstObjectNumber: 0, length: Size.asNumber() }];
        }
        var W = this.dict.lookup(PDFName_default.of("W"), PDFArray_default);
        this.byteWidths = [-1, -1, -1];
        for (var idx = 0, len = W.size(); idx < len; idx++) {
          this.byteWidths[idx] = W.lookup(idx, PDFNumber_default).asNumber();
        }
      }
      PDFXRefStreamParser2.prototype.parseIntoContext = function() {
        if (this.alreadyParsed) {
          throw new ReparseError("PDFXRefStreamParser", "parseIntoContext");
        }
        this.alreadyParsed = true;
        this.context.trailerInfo = {
          Root: this.dict.get(PDFName_default.of("Root")),
          Encrypt: this.dict.get(PDFName_default.of("Encrypt")),
          Info: this.dict.get(PDFName_default.of("Info")),
          ID: this.dict.get(PDFName_default.of("ID"))
        };
        var entries = this.parseEntries();
        return entries;
      };
      PDFXRefStreamParser2.prototype.parseEntries = function() {
        var entries = [];
        var _a = this.byteWidths, typeFieldWidth = _a[0], offsetFieldWidth = _a[1], genFieldWidth = _a[2];
        for (var subsectionIdx = 0, subsectionLen = this.subsections.length; subsectionIdx < subsectionLen; subsectionIdx++) {
          var _b = this.subsections[subsectionIdx], firstObjectNumber = _b.firstObjectNumber, length_2 = _b.length;
          for (var objIdx = 0; objIdx < length_2; objIdx++) {
            var type = 0;
            for (var idx = 0, len = typeFieldWidth; idx < len; idx++) {
              type = type << 8 | this.bytes.next();
            }
            var offset = 0;
            for (var idx = 0, len = offsetFieldWidth; idx < len; idx++) {
              offset = offset << 8 | this.bytes.next();
            }
            var generationNumber = 0;
            for (var idx = 0, len = genFieldWidth; idx < len; idx++) {
              generationNumber = generationNumber << 8 | this.bytes.next();
            }
            if (typeFieldWidth === 0)
              type = 1;
            var objectNumber = firstObjectNumber + objIdx;
            var entry = {
              ref: PDFRef_default.of(objectNumber, generationNumber),
              offset,
              deleted: type === 0,
              inObjectStream: type === 2
            };
            entries.push(entry);
          }
        }
        return entries;
      };
      PDFXRefStreamParser2.forStream = function(rawStream) {
        return new PDFXRefStreamParser2(rawStream);
      };
      return PDFXRefStreamParser2;
    })()
  );
  var PDFXRefStreamParser_default = PDFXRefStreamParser;

  // node_modules/pdf-lib/es/core/parser/PDFParser.js
  var PDFParser = (
    /** @class */
    (function(_super) {
      __extends(PDFParser2, _super);
      function PDFParser2(pdfBytes, objectsPerTick, throwOnInvalidObject, capNumbers) {
        if (objectsPerTick === void 0) {
          objectsPerTick = Infinity;
        }
        if (throwOnInvalidObject === void 0) {
          throwOnInvalidObject = false;
        }
        if (capNumbers === void 0) {
          capNumbers = false;
        }
        var _this = _super.call(this, ByteStream_default.of(pdfBytes), PDFContext_default.create(), capNumbers) || this;
        _this.alreadyParsed = false;
        _this.parsedObjects = 0;
        _this.shouldWaitForTick = function() {
          _this.parsedObjects += 1;
          return _this.parsedObjects % _this.objectsPerTick === 0;
        };
        _this.objectsPerTick = objectsPerTick;
        _this.throwOnInvalidObject = throwOnInvalidObject;
        return _this;
      }
      PDFParser2.prototype.parseDocument = function() {
        return __awaiter(this, void 0, void 0, function() {
          var prevOffset, offset;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                if (this.alreadyParsed) {
                  throw new ReparseError("PDFParser", "parseDocument");
                }
                this.alreadyParsed = true;
                this.context.header = this.parseHeader();
                _a.label = 1;
              case 1:
                if (!!this.bytes.done()) return [3, 3];
                return [4, this.parseDocumentSection()];
              case 2:
                _a.sent();
                offset = this.bytes.offset();
                if (offset === prevOffset) {
                  throw new StalledParserError(this.bytes.position());
                }
                prevOffset = offset;
                return [3, 1];
              case 3:
                this.maybeRecoverRoot();
                if (this.context.lookup(PDFRef_default.of(0))) {
                  console.warn("Removing parsed object: 0 0 R");
                  this.context.delete(PDFRef_default.of(0));
                }
                return [2, this.context];
            }
          });
        });
      };
      PDFParser2.prototype.maybeRecoverRoot = function() {
        var isValidCatalog = function(obj) {
          return obj instanceof PDFDict_default && obj.lookup(PDFName_default.of("Type")) === PDFName_default.of("Catalog");
        };
        var catalog = this.context.lookup(this.context.trailerInfo.Root);
        if (!isValidCatalog(catalog)) {
          var indirectObjects = this.context.enumerateIndirectObjects();
          for (var idx = 0, len = indirectObjects.length; idx < len; idx++) {
            var _a = indirectObjects[idx], ref = _a[0], object = _a[1];
            if (isValidCatalog(object)) {
              this.context.trailerInfo.Root = ref;
            }
          }
        }
      };
      PDFParser2.prototype.parseHeader = function() {
        while (!this.bytes.done()) {
          if (this.matchKeyword(Keywords.header)) {
            var major = this.parseRawInt();
            this.bytes.assertNext(CharCodes_default.Period);
            var minor = this.parseRawInt();
            var header2 = PDFHeader_default.forVersion(major, minor);
            this.skipBinaryHeaderComment();
            return header2;
          }
          this.bytes.next();
        }
        throw new MissingPDFHeaderError(this.bytes.position());
      };
      PDFParser2.prototype.parseIndirectObjectHeader = function() {
        this.skipWhitespaceAndComments();
        var objectNumber = this.parseRawInt();
        this.skipWhitespaceAndComments();
        var generationNumber = this.parseRawInt();
        this.skipWhitespaceAndComments();
        if (!this.matchKeyword(Keywords.obj)) {
          throw new MissingKeywordError(this.bytes.position(), Keywords.obj);
        }
        return PDFRef_default.of(objectNumber, generationNumber);
      };
      PDFParser2.prototype.matchIndirectObjectHeader = function() {
        var initialOffset = this.bytes.offset();
        try {
          this.parseIndirectObjectHeader();
          return true;
        } catch (e) {
          this.bytes.moveTo(initialOffset);
          return false;
        }
      };
      PDFParser2.prototype.parseIndirectObject = function() {
        return __awaiter(this, void 0, void 0, function() {
          var ref, object;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                ref = this.parseIndirectObjectHeader();
                this.skipWhitespaceAndComments();
                object = this.parseObject();
                this.skipWhitespaceAndComments();
                this.matchKeyword(Keywords.endobj);
                if (!(object instanceof PDFRawStream_default && object.dict.lookup(PDFName_default.of("Type")) === PDFName_default.of("ObjStm"))) return [3, 2];
                return [4, PDFObjectStreamParser_default.forStream(object, this.shouldWaitForTick).parseIntoContext()];
              case 1:
                _a.sent();
                return [3, 3];
              case 2:
                if (object instanceof PDFRawStream_default && object.dict.lookup(PDFName_default.of("Type")) === PDFName_default.of("XRef")) {
                  PDFXRefStreamParser_default.forStream(object).parseIntoContext();
                } else {
                  this.context.assign(ref, object);
                }
                _a.label = 3;
              case 3:
                return [2, ref];
            }
          });
        });
      };
      PDFParser2.prototype.tryToParseInvalidIndirectObject = function() {
        var startPos = this.bytes.position();
        var msg = "Trying to parse invalid object: " + JSON.stringify(startPos) + ")";
        if (this.throwOnInvalidObject)
          throw new Error(msg);
        console.warn(msg);
        var ref = this.parseIndirectObjectHeader();
        console.warn("Invalid object ref: " + ref);
        this.skipWhitespaceAndComments();
        var start = this.bytes.offset();
        var failed = true;
        while (!this.bytes.done()) {
          if (this.matchKeyword(Keywords.endobj)) {
            failed = false;
          }
          if (!failed)
            break;
          this.bytes.next();
        }
        if (failed)
          throw new PDFInvalidObjectParsingError(startPos);
        var end = this.bytes.offset() - Keywords.endobj.length;
        var object = PDFInvalidObject_default.of(this.bytes.slice(start, end));
        this.context.assign(ref, object);
        return ref;
      };
      PDFParser2.prototype.parseIndirectObjects = function() {
        return __awaiter(this, void 0, void 0, function() {
          var initialOffset, e_1;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                this.skipWhitespaceAndComments();
                _a.label = 1;
              case 1:
                if (!(!this.bytes.done() && IsDigit[this.bytes.peek()])) return [3, 8];
                initialOffset = this.bytes.offset();
                _a.label = 2;
              case 2:
                _a.trys.push([2, 4, , 5]);
                return [4, this.parseIndirectObject()];
              case 3:
                _a.sent();
                return [3, 5];
              case 4:
                e_1 = _a.sent();
                this.bytes.moveTo(initialOffset);
                this.tryToParseInvalidIndirectObject();
                return [3, 5];
              case 5:
                this.skipWhitespaceAndComments();
                this.skipJibberish();
                if (!this.shouldWaitForTick()) return [3, 7];
                return [4, waitForTick()];
              case 6:
                _a.sent();
                _a.label = 7;
              case 7:
                return [3, 1];
              case 8:
                return [
                  2
                  /*return*/
                ];
            }
          });
        });
      };
      PDFParser2.prototype.maybeParseCrossRefSection = function() {
        this.skipWhitespaceAndComments();
        if (!this.matchKeyword(Keywords.xref))
          return;
        this.skipWhitespaceAndComments();
        var objectNumber = -1;
        var xref = PDFCrossRefSection_default.createEmpty();
        while (!this.bytes.done() && IsDigit[this.bytes.peek()]) {
          var firstInt = this.parseRawInt();
          this.skipWhitespaceAndComments();
          var secondInt = this.parseRawInt();
          this.skipWhitespaceAndComments();
          var byte = this.bytes.peek();
          if (byte === CharCodes_default.n || byte === CharCodes_default.f) {
            var ref = PDFRef_default.of(objectNumber, secondInt);
            if (this.bytes.next() === CharCodes_default.n) {
              xref.addEntry(ref, firstInt);
            } else {
              xref.addDeletedEntry(ref, firstInt);
            }
            objectNumber += 1;
          } else {
            objectNumber = firstInt;
          }
          this.skipWhitespaceAndComments();
        }
        return xref;
      };
      PDFParser2.prototype.maybeParseTrailerDict = function() {
        this.skipWhitespaceAndComments();
        if (!this.matchKeyword(Keywords.trailer))
          return;
        this.skipWhitespaceAndComments();
        var dict = this.parseDict();
        var context2 = this.context;
        context2.trailerInfo = {
          Root: dict.get(PDFName_default.of("Root")) || context2.trailerInfo.Root,
          Encrypt: dict.get(PDFName_default.of("Encrypt")) || context2.trailerInfo.Encrypt,
          Info: dict.get(PDFName_default.of("Info")) || context2.trailerInfo.Info,
          ID: dict.get(PDFName_default.of("ID")) || context2.trailerInfo.ID
        };
      };
      PDFParser2.prototype.maybeParseTrailer = function() {
        this.skipWhitespaceAndComments();
        if (!this.matchKeyword(Keywords.startxref))
          return;
        this.skipWhitespaceAndComments();
        var offset = this.parseRawInt();
        this.skipWhitespace();
        this.matchKeyword(Keywords.eof);
        this.skipWhitespaceAndComments();
        this.matchKeyword(Keywords.eof);
        this.skipWhitespaceAndComments();
        return PDFTrailer_default.forLastCrossRefSectionOffset(offset);
      };
      PDFParser2.prototype.parseDocumentSection = function() {
        return __awaiter(this, void 0, void 0, function() {
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                return [4, this.parseIndirectObjects()];
              case 1:
                _a.sent();
                this.maybeParseCrossRefSection();
                this.maybeParseTrailerDict();
                this.maybeParseTrailer();
                this.skipJibberish();
                return [
                  2
                  /*return*/
                ];
            }
          });
        });
      };
      PDFParser2.prototype.skipJibberish = function() {
        this.skipWhitespaceAndComments();
        while (!this.bytes.done()) {
          var initialOffset = this.bytes.offset();
          var byte = this.bytes.peek();
          var isAlphaNumeric = byte >= CharCodes_default.Space && byte <= CharCodes_default.Tilde;
          if (isAlphaNumeric) {
            if (this.matchKeyword(Keywords.xref) || this.matchKeyword(Keywords.trailer) || this.matchKeyword(Keywords.startxref) || this.matchIndirectObjectHeader()) {
              this.bytes.moveTo(initialOffset);
              break;
            }
          }
          this.bytes.next();
        }
      };
      PDFParser2.prototype.skipBinaryHeaderComment = function() {
        this.skipWhitespaceAndComments();
        try {
          var initialOffset = this.bytes.offset();
          this.parseIndirectObjectHeader();
          this.bytes.moveTo(initialOffset);
        } catch (e) {
          this.bytes.next();
          this.skipWhitespaceAndComments();
        }
      };
      PDFParser2.forBytesWithOptions = function(pdfBytes, objectsPerTick, throwOnInvalidObject, capNumbers) {
        return new PDFParser2(pdfBytes, objectsPerTick, throwOnInvalidObject, capNumbers);
      };
      return PDFParser2;
    })(PDFObjectParser_default)
  );
  var PDFParser_default = PDFParser;

  // node_modules/pdf-lib/es/core/annotation/flags.js
  var flag2 = function(bitIndex) {
    return 1 << bitIndex;
  };
  var AnnotationFlags;
  (function(AnnotationFlags2) {
    AnnotationFlags2[AnnotationFlags2["Invisible"] = flag2(1 - 1)] = "Invisible";
    AnnotationFlags2[AnnotationFlags2["Hidden"] = flag2(2 - 1)] = "Hidden";
    AnnotationFlags2[AnnotationFlags2["Print"] = flag2(3 - 1)] = "Print";
    AnnotationFlags2[AnnotationFlags2["NoZoom"] = flag2(4 - 1)] = "NoZoom";
    AnnotationFlags2[AnnotationFlags2["NoRotate"] = flag2(5 - 1)] = "NoRotate";
    AnnotationFlags2[AnnotationFlags2["NoView"] = flag2(6 - 1)] = "NoView";
    AnnotationFlags2[AnnotationFlags2["ReadOnly"] = flag2(7 - 1)] = "ReadOnly";
    AnnotationFlags2[AnnotationFlags2["Locked"] = flag2(8 - 1)] = "Locked";
    AnnotationFlags2[AnnotationFlags2["ToggleNoView"] = flag2(9 - 1)] = "ToggleNoView";
    AnnotationFlags2[AnnotationFlags2["LockedContents"] = flag2(10 - 1)] = "LockedContents";
  })(AnnotationFlags || (AnnotationFlags = {}));

  // node_modules/pdf-lib/es/api/objects.js
  var asPDFName = function(name) {
    return name instanceof PDFName_default ? name : PDFName_default.of(name);
  };
  var asPDFNumber = function(num) {
    return num instanceof PDFNumber_default ? num : PDFNumber_default.of(num);
  };
  var asNumber = function(num) {
    return num instanceof PDFNumber_default ? num.asNumber() : num;
  };

  // node_modules/pdf-lib/es/api/rotations.js
  var RotationTypes;
  (function(RotationTypes2) {
    RotationTypes2["Degrees"] = "degrees";
    RotationTypes2["Radians"] = "radians";
  })(RotationTypes || (RotationTypes = {}));
  var degrees = function(degreeAngle) {
    assertIs(degreeAngle, "degreeAngle", ["number"]);
    return { type: RotationTypes.Degrees, angle: degreeAngle };
  };
  var Radians = RotationTypes.Radians;
  var Degrees = RotationTypes.Degrees;
  var degreesToRadians = function(degree) {
    return degree * Math.PI / 180;
  };
  var radiansToDegrees = function(radian) {
    return radian * 180 / Math.PI;
  };
  var toRadians = function(rotation) {
    return rotation.type === Radians ? rotation.angle : rotation.type === Degrees ? degreesToRadians(rotation.angle) : error("Invalid rotation: " + JSON.stringify(rotation));
  };
  var toDegrees = function(rotation) {
    return rotation.type === Radians ? radiansToDegrees(rotation.angle) : rotation.type === Degrees ? rotation.angle : error("Invalid rotation: " + JSON.stringify(rotation));
  };
  var reduceRotation = function(degreeAngle) {
    if (degreeAngle === void 0) {
      degreeAngle = 0;
    }
    var quadrants = degreeAngle / 90 % 4;
    if (quadrants === 0)
      return 0;
    if (quadrants === 1)
      return 90;
    if (quadrants === 2)
      return 180;
    if (quadrants === 3)
      return 270;
    return 0;
  };
  var adjustDimsForRotation = function(dims, degreeAngle) {
    if (degreeAngle === void 0) {
      degreeAngle = 0;
    }
    var rotation = reduceRotation(degreeAngle);
    return rotation === 90 || rotation === 270 ? { width: dims.height, height: dims.width } : { width: dims.width, height: dims.height };
  };
  var rotateRectangle = function(rectangle, borderWidth, degreeAngle) {
    if (borderWidth === void 0) {
      borderWidth = 0;
    }
    if (degreeAngle === void 0) {
      degreeAngle = 0;
    }
    var x = rectangle.x, y = rectangle.y, w = rectangle.width, h = rectangle.height;
    var r = reduceRotation(degreeAngle);
    var b = borderWidth / 2;
    if (r === 0)
      return { x: x - b, y: y - b, width: w, height: h };
    else if (r === 90)
      return { x: x - h + b, y: y - b, width: h, height: w };
    else if (r === 180)
      return { x: x - w + b, y: y - h + b, width: w, height: h };
    else if (r === 270)
      return { x: x - b, y: y - w + b, width: h, height: w };
    else
      return { x: x - b, y: y - b, width: w, height: h };
  };

  // node_modules/pdf-lib/es/api/operators.js
  var clip = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.ClipNonZero);
  };
  var cos = Math.cos;
  var sin = Math.sin;
  var tan = Math.tan;
  var concatTransformationMatrix = function(a, b, c, d, e, f) {
    return PDFOperator_default.of(PDFOperatorNames_default.ConcatTransformationMatrix, [
      asPDFNumber(a),
      asPDFNumber(b),
      asPDFNumber(c),
      asPDFNumber(d),
      asPDFNumber(e),
      asPDFNumber(f)
    ]);
  };
  var translate = function(xPos, yPos) {
    return concatTransformationMatrix(1, 0, 0, 1, xPos, yPos);
  };
  var scale = function(xPos, yPos) {
    return concatTransformationMatrix(xPos, 0, 0, yPos, 0, 0);
  };
  var rotateRadians = function(angle) {
    return concatTransformationMatrix(cos(asNumber(angle)), sin(asNumber(angle)), -sin(asNumber(angle)), cos(asNumber(angle)), 0, 0);
  };
  var rotateDegrees = function(angle) {
    return rotateRadians(degreesToRadians(asNumber(angle)));
  };
  var skewRadians = function(xSkewAngle, ySkewAngle) {
    return concatTransformationMatrix(1, tan(asNumber(xSkewAngle)), tan(asNumber(ySkewAngle)), 1, 0, 0);
  };
  var setDashPattern = function(dashArray, dashPhase) {
    return PDFOperator_default.of(PDFOperatorNames_default.SetLineDashPattern, [
      "[" + dashArray.map(asPDFNumber).join(" ") + "]",
      asPDFNumber(dashPhase)
    ]);
  };
  var LineCapStyle;
  (function(LineCapStyle2) {
    LineCapStyle2[LineCapStyle2["Butt"] = 0] = "Butt";
    LineCapStyle2[LineCapStyle2["Round"] = 1] = "Round";
    LineCapStyle2[LineCapStyle2["Projecting"] = 2] = "Projecting";
  })(LineCapStyle || (LineCapStyle = {}));
  var setLineCap = function(style) {
    return PDFOperator_default.of(PDFOperatorNames_default.SetLineCapStyle, [asPDFNumber(style)]);
  };
  var LineJoinStyle;
  (function(LineJoinStyle2) {
    LineJoinStyle2[LineJoinStyle2["Miter"] = 0] = "Miter";
    LineJoinStyle2[LineJoinStyle2["Round"] = 1] = "Round";
    LineJoinStyle2[LineJoinStyle2["Bevel"] = 2] = "Bevel";
  })(LineJoinStyle || (LineJoinStyle = {}));
  var setGraphicsState = function(state) {
    return PDFOperator_default.of(PDFOperatorNames_default.SetGraphicsStateParams, [asPDFName(state)]);
  };
  var pushGraphicsState = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.PushGraphicsState);
  };
  var popGraphicsState = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.PopGraphicsState);
  };
  var setLineWidth = function(width) {
    return PDFOperator_default.of(PDFOperatorNames_default.SetLineWidth, [asPDFNumber(width)]);
  };
  var appendBezierCurve = function(x1, y1, x2, y2, x3, y3) {
    return PDFOperator_default.of(PDFOperatorNames_default.AppendBezierCurve, [
      asPDFNumber(x1),
      asPDFNumber(y1),
      asPDFNumber(x2),
      asPDFNumber(y2),
      asPDFNumber(x3),
      asPDFNumber(y3)
    ]);
  };
  var appendQuadraticCurve = function(x1, y1, x2, y2) {
    return PDFOperator_default.of(PDFOperatorNames_default.CurveToReplicateInitialPoint, [
      asPDFNumber(x1),
      asPDFNumber(y1),
      asPDFNumber(x2),
      asPDFNumber(y2)
    ]);
  };
  var closePath = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.ClosePath);
  };
  var moveTo = function(xPos, yPos) {
    return PDFOperator_default.of(PDFOperatorNames_default.MoveTo, [asPDFNumber(xPos), asPDFNumber(yPos)]);
  };
  var lineTo = function(xPos, yPos) {
    return PDFOperator_default.of(PDFOperatorNames_default.LineTo, [asPDFNumber(xPos), asPDFNumber(yPos)]);
  };
  var stroke = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.StrokePath);
  };
  var fill = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.FillNonZero);
  };
  var fillAndStroke = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.FillNonZeroAndStroke);
  };
  var endPath = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.EndPath);
  };
  var nextLine = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.NextLine);
  };
  var showText = function(text2) {
    return PDFOperator_default.of(PDFOperatorNames_default.ShowText, [text2]);
  };
  var beginText = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.BeginText);
  };
  var endText = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.EndText);
  };
  var setFontAndSize = function(name, size) {
    return PDFOperator_default.of(PDFOperatorNames_default.SetFontAndSize, [asPDFName(name), asPDFNumber(size)]);
  };
  var setLineHeight = function(lineHeight) {
    return PDFOperator_default.of(PDFOperatorNames_default.SetTextLineHeight, [asPDFNumber(lineHeight)]);
  };
  var TextRenderingMode;
  (function(TextRenderingMode4) {
    TextRenderingMode4[TextRenderingMode4["Fill"] = 0] = "Fill";
    TextRenderingMode4[TextRenderingMode4["Outline"] = 1] = "Outline";
    TextRenderingMode4[TextRenderingMode4["FillAndOutline"] = 2] = "FillAndOutline";
    TextRenderingMode4[TextRenderingMode4["Invisible"] = 3] = "Invisible";
    TextRenderingMode4[TextRenderingMode4["FillAndClip"] = 4] = "FillAndClip";
    TextRenderingMode4[TextRenderingMode4["OutlineAndClip"] = 5] = "OutlineAndClip";
    TextRenderingMode4[TextRenderingMode4["FillAndOutlineAndClip"] = 6] = "FillAndOutlineAndClip";
    TextRenderingMode4[TextRenderingMode4["Clip"] = 7] = "Clip";
  })(TextRenderingMode || (TextRenderingMode = {}));
  var setTextMatrix = function(a, b, c, d, e, f) {
    return PDFOperator_default.of(PDFOperatorNames_default.SetTextMatrix, [
      asPDFNumber(a),
      asPDFNumber(b),
      asPDFNumber(c),
      asPDFNumber(d),
      asPDFNumber(e),
      asPDFNumber(f)
    ]);
  };
  var rotateAndSkewTextRadiansAndTranslate = function(rotationAngle, xSkewAngle, ySkewAngle, x, y) {
    return setTextMatrix(cos(asNumber(rotationAngle)), sin(asNumber(rotationAngle)) + tan(asNumber(xSkewAngle)), -sin(asNumber(rotationAngle)) + tan(asNumber(ySkewAngle)), cos(asNumber(rotationAngle)), x, y);
  };
  var drawObject = function(name) {
    return PDFOperator_default.of(PDFOperatorNames_default.DrawObject, [asPDFName(name)]);
  };
  var setFillingGrayscaleColor = function(gray) {
    return PDFOperator_default.of(PDFOperatorNames_default.NonStrokingColorGray, [asPDFNumber(gray)]);
  };
  var setStrokingGrayscaleColor = function(gray) {
    return PDFOperator_default.of(PDFOperatorNames_default.StrokingColorGray, [asPDFNumber(gray)]);
  };
  var setFillingRgbColor = function(red, green, blue) {
    return PDFOperator_default.of(PDFOperatorNames_default.NonStrokingColorRgb, [
      asPDFNumber(red),
      asPDFNumber(green),
      asPDFNumber(blue)
    ]);
  };
  var setStrokingRgbColor = function(red, green, blue) {
    return PDFOperator_default.of(PDFOperatorNames_default.StrokingColorRgb, [
      asPDFNumber(red),
      asPDFNumber(green),
      asPDFNumber(blue)
    ]);
  };
  var setFillingCmykColor = function(cyan, magenta, yellow, key2) {
    return PDFOperator_default.of(PDFOperatorNames_default.NonStrokingColorCmyk, [
      asPDFNumber(cyan),
      asPDFNumber(magenta),
      asPDFNumber(yellow),
      asPDFNumber(key2)
    ]);
  };
  var setStrokingCmykColor = function(cyan, magenta, yellow, key2) {
    return PDFOperator_default.of(PDFOperatorNames_default.StrokingColorCmyk, [
      asPDFNumber(cyan),
      asPDFNumber(magenta),
      asPDFNumber(yellow),
      asPDFNumber(key2)
    ]);
  };
  var beginMarkedContent = function(tag) {
    return PDFOperator_default.of(PDFOperatorNames_default.BeginMarkedContent, [asPDFName(tag)]);
  };
  var endMarkedContent = function() {
    return PDFOperator_default.of(PDFOperatorNames_default.EndMarkedContent);
  };

  // node_modules/pdf-lib/es/api/colors.js
  var ColorTypes;
  (function(ColorTypes2) {
    ColorTypes2["Grayscale"] = "Grayscale";
    ColorTypes2["RGB"] = "RGB";
    ColorTypes2["CMYK"] = "CMYK";
  })(ColorTypes || (ColorTypes = {}));
  var grayscale = function(gray) {
    assertRange(gray, "gray", 0, 1);
    return { type: ColorTypes.Grayscale, gray };
  };
  var rgb = function(red, green, blue) {
    assertRange(red, "red", 0, 1);
    assertRange(green, "green", 0, 1);
    assertRange(blue, "blue", 0, 1);
    return { type: ColorTypes.RGB, red, green, blue };
  };
  var cmyk = function(cyan, magenta, yellow, key2) {
    assertRange(cyan, "cyan", 0, 1);
    assertRange(magenta, "magenta", 0, 1);
    assertRange(yellow, "yellow", 0, 1);
    assertRange(key2, "key", 0, 1);
    return { type: ColorTypes.CMYK, cyan, magenta, yellow, key: key2 };
  };
  var Grayscale = ColorTypes.Grayscale;
  var RGB = ColorTypes.RGB;
  var CMYK = ColorTypes.CMYK;
  var setFillingColor = function(color2) {
    return color2.type === Grayscale ? setFillingGrayscaleColor(color2.gray) : color2.type === RGB ? setFillingRgbColor(color2.red, color2.green, color2.blue) : color2.type === CMYK ? setFillingCmykColor(color2.cyan, color2.magenta, color2.yellow, color2.key) : error("Invalid color: " + JSON.stringify(color2));
  };
  var setStrokingColor = function(color2) {
    return color2.type === Grayscale ? setStrokingGrayscaleColor(color2.gray) : color2.type === RGB ? setStrokingRgbColor(color2.red, color2.green, color2.blue) : color2.type === CMYK ? setStrokingCmykColor(color2.cyan, color2.magenta, color2.yellow, color2.key) : error("Invalid color: " + JSON.stringify(color2));
  };
  var componentsToColor = function(comps, scale2) {
    if (scale2 === void 0) {
      scale2 = 1;
    }
    return (comps === null || comps === void 0 ? void 0 : comps.length) === 1 ? grayscale(comps[0] * scale2) : (comps === null || comps === void 0 ? void 0 : comps.length) === 3 ? rgb(comps[0] * scale2, comps[1] * scale2, comps[2] * scale2) : (comps === null || comps === void 0 ? void 0 : comps.length) === 4 ? cmyk(comps[0] * scale2, comps[1] * scale2, comps[2] * scale2, comps[3] * scale2) : void 0;
  };
  var colorToComponents = function(color2) {
    return color2.type === Grayscale ? [color2.gray] : color2.type === RGB ? [color2.red, color2.green, color2.blue] : color2.type === CMYK ? [color2.cyan, color2.magenta, color2.yellow, color2.key] : error("Invalid color: " + JSON.stringify(color2));
  };

  // node_modules/pdf-lib/es/api/svgPath.js
  var cx = 0;
  var cy = 0;
  var px = 0;
  var py = 0;
  var sx = 0;
  var sy = 0;
  var parameters = /* @__PURE__ */ new Map([
    ["A", 7],
    ["a", 7],
    ["C", 6],
    ["c", 6],
    ["H", 1],
    ["h", 1],
    ["L", 2],
    ["l", 2],
    ["M", 2],
    ["m", 2],
    ["Q", 4],
    ["q", 4],
    ["S", 4],
    ["s", 4],
    ["T", 2],
    ["t", 2],
    ["V", 1],
    ["v", 1],
    ["Z", 0],
    ["z", 0]
  ]);
  var parse = function(path2) {
    var cmd;
    var ret = [];
    var args = [];
    var curArg = "";
    var foundDecimal = false;
    var params = 0;
    for (var _i = 0, path_1 = path2; _i < path_1.length; _i++) {
      var c = path_1[_i];
      if (parameters.has(c)) {
        params = parameters.get(c);
        if (cmd) {
          if (curArg.length > 0) {
            args[args.length] = +curArg;
          }
          ret[ret.length] = { cmd, args };
          args = [];
          curArg = "";
          foundDecimal = false;
        }
        cmd = c;
      } else if ([" ", ","].includes(c) || c === "-" && curArg.length > 0 && curArg[curArg.length - 1] !== "e" || c === "." && foundDecimal) {
        if (curArg.length === 0) {
          continue;
        }
        if (args.length === params) {
          ret[ret.length] = { cmd, args };
          args = [+curArg];
          if (cmd === "M") {
            cmd = "L";
          }
          if (cmd === "m") {
            cmd = "l";
          }
        } else {
          args[args.length] = +curArg;
        }
        foundDecimal = c === ".";
        curArg = ["-", "."].includes(c) ? c : "";
      } else {
        curArg += c;
        if (c === ".") {
          foundDecimal = true;
        }
      }
    }
    if (curArg.length > 0) {
      if (args.length === params) {
        ret[ret.length] = { cmd, args };
        args = [+curArg];
        if (cmd === "M") {
          cmd = "L";
        }
        if (cmd === "m") {
          cmd = "l";
        }
      } else {
        args[args.length] = +curArg;
      }
    }
    ret[ret.length] = { cmd, args };
    return ret;
  };
  var apply = function(commands) {
    cx = cy = px = py = sx = sy = 0;
    var cmds = [];
    for (var i = 0; i < commands.length; i++) {
      var c = commands[i];
      if (c.cmd && typeof runners[c.cmd] === "function") {
        var cmd = runners[c.cmd](c.args);
        if (Array.isArray(cmd)) {
          cmds = cmds.concat(cmd);
        } else {
          cmds.push(cmd);
        }
      }
    }
    return cmds;
  };
  var runners = {
    M: function(a) {
      cx = a[0];
      cy = a[1];
      px = py = null;
      sx = cx;
      sy = cy;
      return moveTo(cx, cy);
    },
    m: function(a) {
      cx += a[0];
      cy += a[1];
      px = py = null;
      sx = cx;
      sy = cy;
      return moveTo(cx, cy);
    },
    C: function(a) {
      cx = a[4];
      cy = a[5];
      px = a[2];
      py = a[3];
      return appendBezierCurve(a[0], a[1], a[2], a[3], a[4], a[5]);
    },
    c: function(a) {
      var cmd = appendBezierCurve(a[0] + cx, a[1] + cy, a[2] + cx, a[3] + cy, a[4] + cx, a[5] + cy);
      px = cx + a[2];
      py = cy + a[3];
      cx += a[4];
      cy += a[5];
      return cmd;
    },
    S: function(a) {
      if (px === null || py === null) {
        px = cx;
        py = cy;
      }
      var cmd = appendBezierCurve(cx - (px - cx), cy - (py - cy), a[0], a[1], a[2], a[3]);
      px = a[0];
      py = a[1];
      cx = a[2];
      cy = a[3];
      return cmd;
    },
    s: function(a) {
      if (px === null || py === null) {
        px = cx;
        py = cy;
      }
      var cmd = appendBezierCurve(cx - (px - cx), cy - (py - cy), cx + a[0], cy + a[1], cx + a[2], cy + a[3]);
      px = cx + a[0];
      py = cy + a[1];
      cx += a[2];
      cy += a[3];
      return cmd;
    },
    Q: function(a) {
      px = a[0];
      py = a[1];
      cx = a[2];
      cy = a[3];
      return appendQuadraticCurve(a[0], a[1], cx, cy);
    },
    q: function(a) {
      var cmd = appendQuadraticCurve(a[0] + cx, a[1] + cy, a[2] + cx, a[3] + cy);
      px = cx + a[0];
      py = cy + a[1];
      cx += a[2];
      cy += a[3];
      return cmd;
    },
    T: function(a) {
      if (px === null || py === null) {
        px = cx;
        py = cy;
      } else {
        px = cx - (px - cx);
        py = cy - (py - cy);
      }
      var cmd = appendQuadraticCurve(px, py, a[0], a[1]);
      px = cx - (px - cx);
      py = cy - (py - cy);
      cx = a[0];
      cy = a[1];
      return cmd;
    },
    t: function(a) {
      if (px === null || py === null) {
        px = cx;
        py = cy;
      } else {
        px = cx - (px - cx);
        py = cy - (py - cy);
      }
      var cmd = appendQuadraticCurve(px, py, cx + a[0], cy + a[1]);
      cx += a[0];
      cy += a[1];
      return cmd;
    },
    A: function(a) {
      var cmds = solveArc(cx, cy, a);
      cx = a[5];
      cy = a[6];
      return cmds;
    },
    a: function(a) {
      a[5] += cx;
      a[6] += cy;
      var cmds = solveArc(cx, cy, a);
      cx = a[5];
      cy = a[6];
      return cmds;
    },
    L: function(a) {
      cx = a[0];
      cy = a[1];
      px = py = null;
      return lineTo(cx, cy);
    },
    l: function(a) {
      cx += a[0];
      cy += a[1];
      px = py = null;
      return lineTo(cx, cy);
    },
    H: function(a) {
      cx = a[0];
      px = py = null;
      return lineTo(cx, cy);
    },
    h: function(a) {
      cx += a[0];
      px = py = null;
      return lineTo(cx, cy);
    },
    V: function(a) {
      cy = a[0];
      px = py = null;
      return lineTo(cx, cy);
    },
    v: function(a) {
      cy += a[0];
      px = py = null;
      return lineTo(cx, cy);
    },
    Z: function() {
      var cmd = closePath();
      cx = sx;
      cy = sy;
      return cmd;
    },
    z: function() {
      var cmd = closePath();
      cx = sx;
      cy = sy;
      return cmd;
    }
  };
  var solveArc = function(x, y, coords) {
    var rx = coords[0], ry = coords[1], rot = coords[2], large = coords[3], sweep = coords[4], ex = coords[5], ey = coords[6];
    var segs = arcToSegments(ex, ey, rx, ry, large, sweep, rot, x, y);
    var cmds = [];
    for (var _i = 0, segs_1 = segs; _i < segs_1.length; _i++) {
      var seg = segs_1[_i];
      var bez = segmentToBezier.apply(void 0, seg);
      cmds.push(appendBezierCurve.apply(void 0, bez));
    }
    return cmds;
  };
  var arcToSegments = function(x, y, rx, ry, large, sweep, rotateX, ox, oy) {
    var th = rotateX * (Math.PI / 180);
    var sinTh = Math.sin(th);
    var cosTh = Math.cos(th);
    rx = Math.abs(rx);
    ry = Math.abs(ry);
    px = cosTh * (ox - x) * 0.5 + sinTh * (oy - y) * 0.5;
    py = cosTh * (oy - y) * 0.5 - sinTh * (ox - x) * 0.5;
    var pl = px * px / (rx * rx) + py * py / (ry * ry);
    if (pl > 1) {
      pl = Math.sqrt(pl);
      rx *= pl;
      ry *= pl;
    }
    var a00 = cosTh / rx;
    var a01 = sinTh / rx;
    var a10 = -sinTh / ry;
    var a11 = cosTh / ry;
    var x0 = a00 * ox + a01 * oy;
    var y0 = a10 * ox + a11 * oy;
    var x1 = a00 * x + a01 * y;
    var y1 = a10 * x + a11 * y;
    var d = (x1 - x0) * (x1 - x0) + (y1 - y0) * (y1 - y0);
    var sfactorSq = 1 / d - 0.25;
    if (sfactorSq < 0) {
      sfactorSq = 0;
    }
    var sfactor = Math.sqrt(sfactorSq);
    if (sweep === large) {
      sfactor = -sfactor;
    }
    var xc = 0.5 * (x0 + x1) - sfactor * (y1 - y0);
    var yc = 0.5 * (y0 + y1) + sfactor * (x1 - x0);
    var th0 = Math.atan2(y0 - yc, x0 - xc);
    var th1 = Math.atan2(y1 - yc, x1 - xc);
    var thArc = th1 - th0;
    if (thArc < 0 && sweep === 1) {
      thArc += 2 * Math.PI;
    } else if (thArc > 0 && sweep === 0) {
      thArc -= 2 * Math.PI;
    }
    var segments = Math.ceil(Math.abs(thArc / (Math.PI * 0.5 + 1e-3)));
    var result = [];
    for (var i = 0; i < segments; i++) {
      var th2 = th0 + i * thArc / segments;
      var th3 = th0 + (i + 1) * thArc / segments;
      result[i] = [xc, yc, th2, th3, rx, ry, sinTh, cosTh];
    }
    return result;
  };
  var segmentToBezier = function(cx1, cy1, th0, th1, rx, ry, sinTh, cosTh) {
    var a00 = cosTh * rx;
    var a01 = -sinTh * ry;
    var a10 = sinTh * rx;
    var a11 = cosTh * ry;
    var thHalf = 0.5 * (th1 - th0);
    var t = 8 / 3 * Math.sin(thHalf * 0.5) * Math.sin(thHalf * 0.5) / Math.sin(thHalf);
    var x1 = cx1 + Math.cos(th0) - t * Math.sin(th0);
    var y1 = cy1 + Math.sin(th0) + t * Math.cos(th0);
    var x3 = cx1 + Math.cos(th1);
    var y3 = cy1 + Math.sin(th1);
    var x2 = x3 + t * Math.sin(th1);
    var y2 = y3 - t * Math.cos(th1);
    var result = [
      a00 * x1 + a01 * y1,
      a10 * x1 + a11 * y1,
      a00 * x2 + a01 * y2,
      a10 * x2 + a11 * y2,
      a00 * x3 + a01 * y3,
      a10 * x3 + a11 * y3
    ];
    return result;
  };
  var svgPathToOperators = function(path2) {
    return apply(parse(path2));
  };

  // node_modules/pdf-lib/es/api/operations.js
  var drawLinesOfText = function(lines, options2) {
    var operators2 = [
      pushGraphicsState(),
      options2.graphicsState && setGraphicsState(options2.graphicsState),
      beginText(),
      setFillingColor(options2.color),
      setFontAndSize(options2.font, options2.size),
      setLineHeight(options2.lineHeight),
      rotateAndSkewTextRadiansAndTranslate(toRadians(options2.rotate), toRadians(options2.xSkew), toRadians(options2.ySkew), options2.x, options2.y)
    ].filter(Boolean);
    for (var idx = 0, len = lines.length; idx < len; idx++) {
      operators2.push(showText(lines[idx]), nextLine());
    }
    operators2.push(endText(), popGraphicsState());
    return operators2;
  };
  var drawImage = function(name, options2) {
    return [
      pushGraphicsState(),
      options2.graphicsState && setGraphicsState(options2.graphicsState),
      translate(options2.x, options2.y),
      rotateRadians(toRadians(options2.rotate)),
      scale(options2.width, options2.height),
      skewRadians(toRadians(options2.xSkew), toRadians(options2.ySkew)),
      drawObject(name),
      popGraphicsState()
    ].filter(Boolean);
  };
  var drawPage = function(name, options2) {
    return [
      pushGraphicsState(),
      options2.graphicsState && setGraphicsState(options2.graphicsState),
      translate(options2.x, options2.y),
      rotateRadians(toRadians(options2.rotate)),
      scale(options2.xScale, options2.yScale),
      skewRadians(toRadians(options2.xSkew), toRadians(options2.ySkew)),
      drawObject(name),
      popGraphicsState()
    ].filter(Boolean);
  };
  var drawLine = function(options2) {
    var _a, _b;
    return [
      pushGraphicsState(),
      options2.graphicsState && setGraphicsState(options2.graphicsState),
      options2.color && setStrokingColor(options2.color),
      setLineWidth(options2.thickness),
      setDashPattern((_a = options2.dashArray) !== null && _a !== void 0 ? _a : [], (_b = options2.dashPhase) !== null && _b !== void 0 ? _b : 0),
      moveTo(options2.start.x, options2.start.y),
      options2.lineCap && setLineCap(options2.lineCap),
      moveTo(options2.start.x, options2.start.y),
      lineTo(options2.end.x, options2.end.y),
      stroke(),
      popGraphicsState()
    ].filter(Boolean);
  };
  var drawRectangle = function(options2) {
    var _a, _b;
    return [
      pushGraphicsState(),
      options2.graphicsState && setGraphicsState(options2.graphicsState),
      options2.color && setFillingColor(options2.color),
      options2.borderColor && setStrokingColor(options2.borderColor),
      setLineWidth(options2.borderWidth),
      options2.borderLineCap && setLineCap(options2.borderLineCap),
      setDashPattern((_a = options2.borderDashArray) !== null && _a !== void 0 ? _a : [], (_b = options2.borderDashPhase) !== null && _b !== void 0 ? _b : 0),
      translate(options2.x, options2.y),
      rotateRadians(toRadians(options2.rotate)),
      skewRadians(toRadians(options2.xSkew), toRadians(options2.ySkew)),
      moveTo(0, 0),
      lineTo(0, options2.height),
      lineTo(options2.width, options2.height),
      lineTo(options2.width, 0),
      closePath(),
      // prettier-ignore
      options2.color && options2.borderWidth ? fillAndStroke() : options2.color ? fill() : options2.borderColor ? stroke() : closePath(),
      popGraphicsState()
    ].filter(Boolean);
  };
  var KAPPA = 4 * ((Math.sqrt(2) - 1) / 3);
  var drawEllipsePath = function(config) {
    var x = asNumber(config.x);
    var y = asNumber(config.y);
    var xScale = asNumber(config.xScale);
    var yScale = asNumber(config.yScale);
    x -= xScale;
    y -= yScale;
    var ox = xScale * KAPPA;
    var oy = yScale * KAPPA;
    var xe = x + xScale * 2;
    var ye = y + yScale * 2;
    var xm = x + xScale;
    var ym = y + yScale;
    return [
      pushGraphicsState(),
      moveTo(x, ym),
      appendBezierCurve(x, ym - oy, xm - ox, y, xm, y),
      appendBezierCurve(xm + ox, y, xe, ym - oy, xe, ym),
      appendBezierCurve(xe, ym + oy, xm + ox, ye, xm, ye),
      appendBezierCurve(xm - ox, ye, x, ym + oy, x, ym),
      popGraphicsState()
    ];
  };
  var drawEllipseCurves = function(config) {
    var centerX = asNumber(config.x);
    var centerY = asNumber(config.y);
    var xScale = asNumber(config.xScale);
    var yScale = asNumber(config.yScale);
    var x = -xScale;
    var y = -yScale;
    var ox = xScale * KAPPA;
    var oy = yScale * KAPPA;
    var xe = x + xScale * 2;
    var ye = y + yScale * 2;
    var xm = x + xScale;
    var ym = y + yScale;
    return [
      translate(centerX, centerY),
      rotateRadians(toRadians(config.rotate)),
      moveTo(x, ym),
      appendBezierCurve(x, ym - oy, xm - ox, y, xm, y),
      appendBezierCurve(xm + ox, y, xe, ym - oy, xe, ym),
      appendBezierCurve(xe, ym + oy, xm + ox, ye, xm, ye),
      appendBezierCurve(xm - ox, ye, x, ym + oy, x, ym)
    ];
  };
  var drawEllipse = function(options2) {
    var _a, _b, _c;
    return __spreadArrays([
      pushGraphicsState(),
      options2.graphicsState && setGraphicsState(options2.graphicsState),
      options2.color && setFillingColor(options2.color),
      options2.borderColor && setStrokingColor(options2.borderColor),
      setLineWidth(options2.borderWidth),
      options2.borderLineCap && setLineCap(options2.borderLineCap),
      setDashPattern((_a = options2.borderDashArray) !== null && _a !== void 0 ? _a : [], (_b = options2.borderDashPhase) !== null && _b !== void 0 ? _b : 0)
    ], options2.rotate === void 0 ? drawEllipsePath({
      x: options2.x,
      y: options2.y,
      xScale: options2.xScale,
      yScale: options2.yScale
    }) : drawEllipseCurves({
      x: options2.x,
      y: options2.y,
      xScale: options2.xScale,
      yScale: options2.yScale,
      rotate: (_c = options2.rotate) !== null && _c !== void 0 ? _c : degrees(0)
    }), [
      // prettier-ignore
      options2.color && options2.borderWidth ? fillAndStroke() : options2.color ? fill() : options2.borderColor ? stroke() : closePath(),
      popGraphicsState()
    ]).filter(Boolean);
  };
  var drawSvgPath = function(path2, options2) {
    var _a, _b, _c;
    return __spreadArrays([
      pushGraphicsState(),
      options2.graphicsState && setGraphicsState(options2.graphicsState),
      translate(options2.x, options2.y),
      rotateRadians(toRadians((_a = options2.rotate) !== null && _a !== void 0 ? _a : degrees(0))),
      // SVG path Y axis is opposite pdf-lib's
      options2.scale ? scale(options2.scale, -options2.scale) : scale(1, -1),
      options2.color && setFillingColor(options2.color),
      options2.borderColor && setStrokingColor(options2.borderColor),
      options2.borderWidth && setLineWidth(options2.borderWidth),
      options2.borderLineCap && setLineCap(options2.borderLineCap),
      setDashPattern((_b = options2.borderDashArray) !== null && _b !== void 0 ? _b : [], (_c = options2.borderDashPhase) !== null && _c !== void 0 ? _c : 0)
    ], svgPathToOperators(path2), [
      // prettier-ignore
      options2.color && options2.borderWidth ? fillAndStroke() : options2.color ? fill() : options2.borderColor ? stroke() : closePath(),
      popGraphicsState()
    ]).filter(Boolean);
  };
  var drawCheckMark = function(options2) {
    var size = asNumber(options2.size);
    var p2x = -1 + 0.75;
    var p2y = -1 + 0.51;
    var p3y = 1 - 0.525;
    var p3x = 1 - 0.31;
    var p1x = -1 + 0.325;
    var p1y = -((p1x - p2x) * (p3x - p2x)) / (p3y - p2y) + p2y;
    return [
      pushGraphicsState(),
      options2.color && setStrokingColor(options2.color),
      setLineWidth(options2.thickness),
      translate(options2.x, options2.y),
      moveTo(p1x * size, p1y * size),
      lineTo(p2x * size, p2y * size),
      lineTo(p3x * size, p3y * size),
      stroke(),
      popGraphicsState()
    ].filter(Boolean);
  };
  var rotateInPlace = function(options2) {
    return options2.rotation === 0 ? [
      translate(0, 0),
      rotateDegrees(0)
    ] : options2.rotation === 90 ? [
      translate(options2.width, 0),
      rotateDegrees(90)
    ] : options2.rotation === 180 ? [
      translate(options2.width, options2.height),
      rotateDegrees(180)
    ] : options2.rotation === 270 ? [
      translate(0, options2.height),
      rotateDegrees(270)
    ] : [];
  };
  var drawCheckBox = function(options2) {
    var outline = drawRectangle({
      x: options2.x,
      y: options2.y,
      width: options2.width,
      height: options2.height,
      borderWidth: options2.borderWidth,
      color: options2.color,
      borderColor: options2.borderColor,
      rotate: degrees(0),
      xSkew: degrees(0),
      ySkew: degrees(0)
    });
    if (!options2.filled)
      return outline;
    var width = asNumber(options2.width);
    var height = asNumber(options2.height);
    var checkMarkSize = Math.min(width, height) / 2;
    var checkMark = drawCheckMark({
      x: width / 2,
      y: height / 2,
      size: checkMarkSize,
      thickness: options2.thickness,
      color: options2.markColor
    });
    return __spreadArrays([pushGraphicsState()], outline, checkMark, [popGraphicsState()]);
  };
  var drawRadioButton = function(options2) {
    var width = asNumber(options2.width);
    var height = asNumber(options2.height);
    var outlineScale = Math.min(width, height) / 2;
    var outline = drawEllipse({
      x: options2.x,
      y: options2.y,
      xScale: outlineScale,
      yScale: outlineScale,
      color: options2.color,
      borderColor: options2.borderColor,
      borderWidth: options2.borderWidth
    });
    if (!options2.filled)
      return outline;
    var dot = drawEllipse({
      x: options2.x,
      y: options2.y,
      xScale: outlineScale * 0.45,
      yScale: outlineScale * 0.45,
      color: options2.dotColor,
      borderColor: void 0,
      borderWidth: 0
    });
    return __spreadArrays([pushGraphicsState()], outline, dot, [popGraphicsState()]);
  };
  var drawButton = function(options2) {
    var x = asNumber(options2.x);
    var y = asNumber(options2.y);
    var width = asNumber(options2.width);
    var height = asNumber(options2.height);
    var background = drawRectangle({
      x,
      y,
      width,
      height,
      borderWidth: options2.borderWidth,
      color: options2.color,
      borderColor: options2.borderColor,
      rotate: degrees(0),
      xSkew: degrees(0),
      ySkew: degrees(0)
    });
    var lines = drawTextLines(options2.textLines, {
      color: options2.textColor,
      font: options2.font,
      size: options2.fontSize,
      rotate: degrees(0),
      xSkew: degrees(0),
      ySkew: degrees(0)
    });
    return __spreadArrays([pushGraphicsState()], background, lines, [popGraphicsState()]);
  };
  var drawTextLines = function(lines, options2) {
    var operators2 = [
      beginText(),
      setFillingColor(options2.color),
      setFontAndSize(options2.font, options2.size)
    ];
    for (var idx = 0, len = lines.length; idx < len; idx++) {
      var _a = lines[idx], encoded = _a.encoded, x = _a.x, y = _a.y;
      operators2.push(rotateAndSkewTextRadiansAndTranslate(toRadians(options2.rotate), toRadians(options2.xSkew), toRadians(options2.ySkew), x, y), showText(encoded));
    }
    operators2.push(endText());
    return operators2;
  };
  var drawTextField = function(options2) {
    var x = asNumber(options2.x);
    var y = asNumber(options2.y);
    var width = asNumber(options2.width);
    var height = asNumber(options2.height);
    var borderWidth = asNumber(options2.borderWidth);
    var padding = asNumber(options2.padding);
    var clipX = x + borderWidth / 2 + padding;
    var clipY = y + borderWidth / 2 + padding;
    var clipWidth = width - (borderWidth / 2 + padding) * 2;
    var clipHeight = height - (borderWidth / 2 + padding) * 2;
    var clippingArea = [
      moveTo(clipX, clipY),
      lineTo(clipX, clipY + clipHeight),
      lineTo(clipX + clipWidth, clipY + clipHeight),
      lineTo(clipX + clipWidth, clipY),
      closePath(),
      clip(),
      endPath()
    ];
    var background = drawRectangle({
      x,
      y,
      width,
      height,
      borderWidth: options2.borderWidth,
      color: options2.color,
      borderColor: options2.borderColor,
      rotate: degrees(0),
      xSkew: degrees(0),
      ySkew: degrees(0)
    });
    var lines = drawTextLines(options2.textLines, {
      color: options2.textColor,
      font: options2.font,
      size: options2.fontSize,
      rotate: degrees(0),
      xSkew: degrees(0),
      ySkew: degrees(0)
    });
    var markedContent = __spreadArrays([
      beginMarkedContent("Tx"),
      pushGraphicsState()
    ], lines, [
      popGraphicsState(),
      endMarkedContent()
    ]);
    return __spreadArrays([
      pushGraphicsState()
    ], background, clippingArea, markedContent, [
      popGraphicsState()
    ]);
  };
  var drawOptionList = function(options2) {
    var x = asNumber(options2.x);
    var y = asNumber(options2.y);
    var width = asNumber(options2.width);
    var height = asNumber(options2.height);
    var lineHeight = asNumber(options2.lineHeight);
    var borderWidth = asNumber(options2.borderWidth);
    var padding = asNumber(options2.padding);
    var clipX = x + borderWidth / 2 + padding;
    var clipY = y + borderWidth / 2 + padding;
    var clipWidth = width - (borderWidth / 2 + padding) * 2;
    var clipHeight = height - (borderWidth / 2 + padding) * 2;
    var clippingArea = [
      moveTo(clipX, clipY),
      lineTo(clipX, clipY + clipHeight),
      lineTo(clipX + clipWidth, clipY + clipHeight),
      lineTo(clipX + clipWidth, clipY),
      closePath(),
      clip(),
      endPath()
    ];
    var background = drawRectangle({
      x,
      y,
      width,
      height,
      borderWidth: options2.borderWidth,
      color: options2.color,
      borderColor: options2.borderColor,
      rotate: degrees(0),
      xSkew: degrees(0),
      ySkew: degrees(0)
    });
    var highlights = [];
    for (var idx = 0, len = options2.selectedLines.length; idx < len; idx++) {
      var line = options2.textLines[options2.selectedLines[idx]];
      highlights.push.apply(highlights, drawRectangle({
        x: line.x - padding,
        y: line.y - (lineHeight - line.height) / 2,
        width: width - borderWidth,
        height: line.height + (lineHeight - line.height) / 2,
        borderWidth: 0,
        color: options2.selectedColor,
        borderColor: void 0,
        rotate: degrees(0),
        xSkew: degrees(0),
        ySkew: degrees(0)
      }));
    }
    var lines = drawTextLines(options2.textLines, {
      color: options2.textColor,
      font: options2.font,
      size: options2.fontSize,
      rotate: degrees(0),
      xSkew: degrees(0),
      ySkew: degrees(0)
    });
    var markedContent = __spreadArrays([
      beginMarkedContent("Tx"),
      pushGraphicsState()
    ], lines, [
      popGraphicsState(),
      endMarkedContent()
    ]);
    return __spreadArrays([
      pushGraphicsState()
    ], background, highlights, clippingArea, markedContent, [
      popGraphicsState()
    ]);
  };

  // node_modules/pdf-lib/es/api/errors.js
  var EncryptedPDFError = (
    /** @class */
    (function(_super) {
      __extends(EncryptedPDFError2, _super);
      function EncryptedPDFError2() {
        var _this = this;
        var msg = "Input document to `PDFDocument.load` is encrypted. You can use `PDFDocument.load(..., { ignoreEncryption: true })` if you wish to load the document anyways.";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return EncryptedPDFError2;
    })(Error)
  );
  var FontkitNotRegisteredError = (
    /** @class */
    (function(_super) {
      __extends(FontkitNotRegisteredError2, _super);
      function FontkitNotRegisteredError2() {
        var _this = this;
        var msg = "Input to `PDFDocument.embedFont` was a custom font, but no `fontkit` instance was found. You must register a `fontkit` instance with `PDFDocument.registerFontkit(...)` before embedding custom fonts.";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return FontkitNotRegisteredError2;
    })(Error)
  );
  var ForeignPageError = (
    /** @class */
    (function(_super) {
      __extends(ForeignPageError2, _super);
      function ForeignPageError2() {
        var _this = this;
        var msg = "A `page` passed to `PDFDocument.addPage` or `PDFDocument.insertPage` was from a different (foreign) PDF document. If you want to copy pages from one PDFDocument to another, you must use `PDFDocument.copyPages(...)` to copy the pages before adding or inserting them.";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return ForeignPageError2;
    })(Error)
  );
  var RemovePageFromEmptyDocumentError = (
    /** @class */
    (function(_super) {
      __extends(RemovePageFromEmptyDocumentError2, _super);
      function RemovePageFromEmptyDocumentError2() {
        var _this = this;
        var msg = "PDFDocument has no pages so `PDFDocument.removePage` cannot be called";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return RemovePageFromEmptyDocumentError2;
    })(Error)
  );
  var NoSuchFieldError = (
    /** @class */
    (function(_super) {
      __extends(NoSuchFieldError2, _super);
      function NoSuchFieldError2(name) {
        var _this = this;
        var msg = 'PDFDocument has no form field with the name "' + name + '"';
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return NoSuchFieldError2;
    })(Error)
  );
  var UnexpectedFieldTypeError = (
    /** @class */
    (function(_super) {
      __extends(UnexpectedFieldTypeError2, _super);
      function UnexpectedFieldTypeError2(name, expected, actual) {
        var _a, _b;
        var _this = this;
        var expectedType = expected === null || expected === void 0 ? void 0 : expected.name;
        var actualType = (_b = (_a = actual === null || actual === void 0 ? void 0 : actual.constructor) === null || _a === void 0 ? void 0 : _a.name) !== null && _b !== void 0 ? _b : actual;
        var msg = 'Expected field "' + name + '" to be of type ' + expectedType + ", " + ("but it is actually of type " + actualType);
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return UnexpectedFieldTypeError2;
    })(Error)
  );
  var MissingOnValueCheckError = (
    /** @class */
    (function(_super) {
      __extends(MissingOnValueCheckError2, _super);
      function MissingOnValueCheckError2(onValue) {
        var _this = this;
        var msg = 'Failed to select check box due to missing onValue: "' + onValue + '"';
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return MissingOnValueCheckError2;
    })(Error)
  );
  var FieldAlreadyExistsError = (
    /** @class */
    (function(_super) {
      __extends(FieldAlreadyExistsError2, _super);
      function FieldAlreadyExistsError2(name) {
        var _this = this;
        var msg = 'A field already exists with the specified name: "' + name + '"';
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return FieldAlreadyExistsError2;
    })(Error)
  );
  var InvalidFieldNamePartError = (
    /** @class */
    (function(_super) {
      __extends(InvalidFieldNamePartError2, _super);
      function InvalidFieldNamePartError2(namePart) {
        var _this = this;
        var msg = 'Field name contains invalid component: "' + namePart + '"';
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return InvalidFieldNamePartError2;
    })(Error)
  );
  var FieldExistsAsNonTerminalError = (
    /** @class */
    (function(_super) {
      __extends(FieldExistsAsNonTerminalError2, _super);
      function FieldExistsAsNonTerminalError2(name) {
        var _this = this;
        var msg = 'A non-terminal field already exists with the specified name: "' + name + '"';
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return FieldExistsAsNonTerminalError2;
    })(Error)
  );
  var RichTextFieldReadError = (
    /** @class */
    (function(_super) {
      __extends(RichTextFieldReadError2, _super);
      function RichTextFieldReadError2(fieldName) {
        var _this = this;
        var msg = "Reading rich text fields is not supported: Attempted to read rich text field: " + fieldName;
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return RichTextFieldReadError2;
    })(Error)
  );
  var CombedTextLayoutError = (
    /** @class */
    (function(_super) {
      __extends(CombedTextLayoutError2, _super);
      function CombedTextLayoutError2(lineLength, cellCount) {
        var _this = this;
        var msg = "Failed to layout combed text as lineLength=" + lineLength + " is greater than cellCount=" + cellCount;
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return CombedTextLayoutError2;
    })(Error)
  );
  var ExceededMaxLengthError = (
    /** @class */
    (function(_super) {
      __extends(ExceededMaxLengthError2, _super);
      function ExceededMaxLengthError2(textLength, maxLength, name) {
        var _this = this;
        var msg = "Attempted to set text with length=" + textLength + " for TextField with maxLength=" + maxLength + " and name=" + name;
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return ExceededMaxLengthError2;
    })(Error)
  );
  var InvalidMaxLengthError = (
    /** @class */
    (function(_super) {
      __extends(InvalidMaxLengthError2, _super);
      function InvalidMaxLengthError2(textLength, maxLength, name) {
        var _this = this;
        var msg = "Attempted to set maxLength=" + maxLength + ", which is less than " + textLength + ", the length of this field's current value (name=" + name + ")";
        _this = _super.call(this, msg) || this;
        return _this;
      }
      return InvalidMaxLengthError2;
    })(Error)
  );

  // node_modules/pdf-lib/es/api/text/alignment.js
  var TextAlignment;
  (function(TextAlignment2) {
    TextAlignment2[TextAlignment2["Left"] = 0] = "Left";
    TextAlignment2[TextAlignment2["Center"] = 1] = "Center";
    TextAlignment2[TextAlignment2["Right"] = 2] = "Right";
  })(TextAlignment || (TextAlignment = {}));

  // node_modules/pdf-lib/es/api/text/layout.js
  var MIN_FONT_SIZE = 4;
  var MAX_FONT_SIZE = 500;
  var computeFontSize = function(lines, font, bounds2, multiline) {
    if (multiline === void 0) {
      multiline = false;
    }
    var fontSize = MIN_FONT_SIZE;
    while (fontSize < MAX_FONT_SIZE) {
      var linesUsed = 0;
      for (var lineIdx = 0, lineLen = lines.length; lineIdx < lineLen; lineIdx++) {
        linesUsed += 1;
        var line = lines[lineIdx];
        var words = line.split(" ");
        var spaceInLineRemaining = bounds2.width;
        for (var idx = 0, len = words.length; idx < len; idx++) {
          var isLastWord = idx === len - 1;
          var word = isLastWord ? words[idx] : words[idx] + " ";
          var widthOfWord = font.widthOfTextAtSize(word, fontSize);
          spaceInLineRemaining -= widthOfWord;
          if (spaceInLineRemaining <= 0) {
            linesUsed += 1;
            spaceInLineRemaining = bounds2.width - widthOfWord;
          }
        }
      }
      if (!multiline && linesUsed > lines.length)
        return fontSize - 1;
      var height = font.heightAtSize(fontSize);
      var lineHeight = height + height * 0.2;
      var totalHeight = lineHeight * linesUsed;
      if (totalHeight > Math.abs(bounds2.height))
        return fontSize - 1;
      fontSize += 1;
    }
    return fontSize;
  };
  var computeCombedFontSize = function(line, font, bounds2, cellCount) {
    var cellWidth = bounds2.width / cellCount;
    var cellHeight = bounds2.height;
    var fontSize = MIN_FONT_SIZE;
    var chars4 = charSplit(line);
    while (fontSize < MAX_FONT_SIZE) {
      for (var idx = 0, len = chars4.length; idx < len; idx++) {
        var c = chars4[idx];
        var tooLong = font.widthOfTextAtSize(c, fontSize) > cellWidth * 0.75;
        if (tooLong)
          return fontSize - 1;
      }
      var height = font.heightAtSize(fontSize, { descender: false });
      if (height > cellHeight)
        return fontSize - 1;
      fontSize += 1;
    }
    return fontSize;
  };
  var lastIndexOfWhitespace = function(line) {
    for (var idx = line.length; idx > 0; idx--) {
      if (/\s/.test(line[idx]))
        return idx;
    }
    return void 0;
  };
  var splitOutLines = function(input2, maxWidth, font, fontSize) {
    var _a;
    var lastWhitespaceIdx = input2.length;
    while (lastWhitespaceIdx > 0) {
      var line = input2.substring(0, lastWhitespaceIdx);
      var encoded = font.encodeText(line);
      var width = font.widthOfTextAtSize(line, fontSize);
      if (width < maxWidth) {
        var remainder = input2.substring(lastWhitespaceIdx) || void 0;
        return { line, encoded, width, remainder };
      }
      lastWhitespaceIdx = (_a = lastIndexOfWhitespace(line)) !== null && _a !== void 0 ? _a : 0;
    }
    return {
      line: input2,
      encoded: font.encodeText(input2),
      width: font.widthOfTextAtSize(input2, fontSize),
      remainder: void 0
    };
  };
  var layoutMultilineText = function(text2, _a) {
    var alignment = _a.alignment, fontSize = _a.fontSize, font = _a.font, bounds2 = _a.bounds;
    var lines = lineSplit(cleanText2(text2));
    if (fontSize === void 0 || fontSize === 0) {
      fontSize = computeFontSize(lines, font, bounds2, true);
    }
    var height = font.heightAtSize(fontSize);
    var lineHeight = height + height * 0.2;
    var textLines = [];
    var minX = bounds2.x;
    var minY = bounds2.y;
    var maxX = bounds2.x + bounds2.width;
    var maxY = bounds2.y + bounds2.height;
    var y = bounds2.y + bounds2.height;
    for (var idx = 0, len = lines.length; idx < len; idx++) {
      var prevRemainder = lines[idx];
      while (prevRemainder !== void 0) {
        var _b = splitOutLines(prevRemainder, bounds2.width, font, fontSize), line = _b.line, encoded = _b.encoded, width = _b.width, remainder = _b.remainder;
        var x = alignment === TextAlignment.Left ? bounds2.x : alignment === TextAlignment.Center ? bounds2.x + bounds2.width / 2 - width / 2 : alignment === TextAlignment.Right ? bounds2.x + bounds2.width - width : bounds2.x;
        y -= lineHeight;
        if (x < minX)
          minX = x;
        if (y < minY)
          minY = y;
        if (x + width > maxX)
          maxX = x + width;
        if (y + height > maxY)
          maxY = y + height;
        textLines.push({ text: line, encoded, width, height, x, y });
        prevRemainder = remainder === null || remainder === void 0 ? void 0 : remainder.trim();
      }
    }
    return {
      fontSize,
      lineHeight,
      lines: textLines,
      bounds: {
        x: minX,
        y: minY,
        width: maxX - minX,
        height: maxY - minY
      }
    };
  };
  var layoutCombedText = function(text2, _a) {
    var fontSize = _a.fontSize, font = _a.font, bounds2 = _a.bounds, cellCount = _a.cellCount;
    var line = mergeLines(cleanText2(text2));
    if (line.length > cellCount) {
      throw new CombedTextLayoutError(line.length, cellCount);
    }
    if (fontSize === void 0 || fontSize === 0) {
      fontSize = computeCombedFontSize(line, font, bounds2, cellCount);
    }
    var cellWidth = bounds2.width / cellCount;
    var height = font.heightAtSize(fontSize, { descender: false });
    var y = bounds2.y + (bounds2.height / 2 - height / 2);
    var cells = [];
    var minX = bounds2.x;
    var minY = bounds2.y;
    var maxX = bounds2.x + bounds2.width;
    var maxY = bounds2.y + bounds2.height;
    var cellOffset = 0;
    var charOffset = 0;
    while (cellOffset < cellCount) {
      var _b = charAtIndex(line, charOffset), char = _b[0], charLength = _b[1];
      var encoded = font.encodeText(char);
      var width = font.widthOfTextAtSize(char, fontSize);
      var cellCenter = bounds2.x + (cellWidth * cellOffset + cellWidth / 2);
      var x = cellCenter - width / 2;
      if (x < minX)
        minX = x;
      if (y < minY)
        minY = y;
      if (x + width > maxX)
        maxX = x + width;
      if (y + height > maxY)
        maxY = y + height;
      cells.push({ text: line, encoded, width, height, x, y });
      cellOffset += 1;
      charOffset += charLength;
    }
    return {
      fontSize,
      cells,
      bounds: {
        x: minX,
        y: minY,
        width: maxX - minX,
        height: maxY - minY
      }
    };
  };
  var layoutSinglelineText = function(text2, _a) {
    var alignment = _a.alignment, fontSize = _a.fontSize, font = _a.font, bounds2 = _a.bounds;
    var line = mergeLines(cleanText2(text2));
    if (fontSize === void 0 || fontSize === 0) {
      fontSize = computeFontSize([line], font, bounds2);
    }
    var encoded = font.encodeText(line);
    var width = font.widthOfTextAtSize(line, fontSize);
    var height = font.heightAtSize(fontSize, { descender: false });
    var x = alignment === TextAlignment.Left ? bounds2.x : alignment === TextAlignment.Center ? bounds2.x + bounds2.width / 2 - width / 2 : alignment === TextAlignment.Right ? bounds2.x + bounds2.width - width : bounds2.x;
    var y = bounds2.y + (bounds2.height / 2 - height / 2);
    return {
      fontSize,
      line: { text: line, encoded, width, height, x, y },
      bounds: { x, y, width, height }
    };
  };

  // node_modules/pdf-lib/es/api/form/appearances.js
  var normalizeAppearance = function(appearance) {
    if ("normal" in appearance)
      return appearance;
    return { normal: appearance };
  };
  var tfRegex2 = /\/([^\0\t\n\f\r\ ]+)[\0\t\n\f\r\ ]+(\d*\.\d+|\d+)[\0\t\n\f\r\ ]+Tf/;
  var getDefaultFontSize = function(field3) {
    var _a, _b;
    var da = (_a = field3.getDefaultAppearance()) !== null && _a !== void 0 ? _a : "";
    var daMatch = (_b = findLastMatch(da, tfRegex2).match) !== null && _b !== void 0 ? _b : [];
    var defaultFontSize = Number(daMatch[2]);
    return isFinite(defaultFontSize) ? defaultFontSize : void 0;
  };
  var colorRegex = /(\d*\.\d+|\d+)[\0\t\n\f\r\ ]*(\d*\.\d+|\d+)?[\0\t\n\f\r\ ]*(\d*\.\d+|\d+)?[\0\t\n\f\r\ ]*(\d*\.\d+|\d+)?[\0\t\n\f\r\ ]+(g|rg|k)/;
  var getDefaultColor = function(field3) {
    var _a;
    var da = (_a = field3.getDefaultAppearance()) !== null && _a !== void 0 ? _a : "";
    var daMatch = findLastMatch(da, colorRegex).match;
    var _b = daMatch !== null && daMatch !== void 0 ? daMatch : [], c1 = _b[1], c2 = _b[2], c3 = _b[3], c4 = _b[4], colorSpace = _b[5];
    if (colorSpace === "g" && c1) {
      return grayscale(Number(c1));
    }
    if (colorSpace === "rg" && c1 && c2 && c3) {
      return rgb(Number(c1), Number(c2), Number(c3));
    }
    if (colorSpace === "k" && c1 && c2 && c3 && c4) {
      return cmyk(Number(c1), Number(c2), Number(c3), Number(c4));
    }
    return void 0;
  };
  var updateDefaultAppearance = function(field3, color2, font, fontSize) {
    var _a;
    if (fontSize === void 0) {
      fontSize = 0;
    }
    var da = [
      setFillingColor(color2).toString(),
      setFontAndSize((_a = font === null || font === void 0 ? void 0 : font.name) !== null && _a !== void 0 ? _a : "dummy__noop", fontSize).toString()
    ].join("\n");
    field3.setDefaultAppearance(da);
  };
  var defaultCheckBoxAppearanceProvider = function(checkBox, widget) {
    var _a, _b, _c;
    var widgetColor = getDefaultColor(widget);
    var fieldColor = getDefaultColor(checkBox.acroField);
    var rectangle = widget.getRectangle();
    var ap = widget.getAppearanceCharacteristics();
    var bs = widget.getBorderStyle();
    var borderWidth = (_a = bs === null || bs === void 0 ? void 0 : bs.getWidth()) !== null && _a !== void 0 ? _a : 0;
    var rotation = reduceRotation(ap === null || ap === void 0 ? void 0 : ap.getRotation());
    var _d = adjustDimsForRotation(rectangle, rotation), width = _d.width, height = _d.height;
    var rotate = rotateInPlace(__assign(__assign({}, rectangle), { rotation }));
    var black = rgb(0, 0, 0);
    var borderColor = (_b = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBorderColor())) !== null && _b !== void 0 ? _b : black;
    var normalBackgroundColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBackgroundColor());
    var downBackgroundColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBackgroundColor(), 0.8);
    var textColor = (_c = widgetColor !== null && widgetColor !== void 0 ? widgetColor : fieldColor) !== null && _c !== void 0 ? _c : black;
    if (widgetColor) {
      updateDefaultAppearance(widget, textColor);
    } else {
      updateDefaultAppearance(checkBox.acroField, textColor);
    }
    var options2 = {
      x: 0 + borderWidth / 2,
      y: 0 + borderWidth / 2,
      width: width - borderWidth,
      height: height - borderWidth,
      thickness: 1.5,
      borderWidth,
      borderColor,
      markColor: textColor
    };
    return {
      normal: {
        on: __spreadArrays(rotate, drawCheckBox(__assign(__assign({}, options2), { color: normalBackgroundColor, filled: true }))),
        off: __spreadArrays(rotate, drawCheckBox(__assign(__assign({}, options2), { color: normalBackgroundColor, filled: false })))
      },
      down: {
        on: __spreadArrays(rotate, drawCheckBox(__assign(__assign({}, options2), { color: downBackgroundColor, filled: true }))),
        off: __spreadArrays(rotate, drawCheckBox(__assign(__assign({}, options2), { color: downBackgroundColor, filled: false })))
      }
    };
  };
  var defaultRadioGroupAppearanceProvider = function(radioGroup, widget) {
    var _a, _b, _c;
    var widgetColor = getDefaultColor(widget);
    var fieldColor = getDefaultColor(radioGroup.acroField);
    var rectangle = widget.getRectangle();
    var ap = widget.getAppearanceCharacteristics();
    var bs = widget.getBorderStyle();
    var borderWidth = (_a = bs === null || bs === void 0 ? void 0 : bs.getWidth()) !== null && _a !== void 0 ? _a : 0;
    var rotation = reduceRotation(ap === null || ap === void 0 ? void 0 : ap.getRotation());
    var _d = adjustDimsForRotation(rectangle, rotation), width = _d.width, height = _d.height;
    var rotate = rotateInPlace(__assign(__assign({}, rectangle), { rotation }));
    var black = rgb(0, 0, 0);
    var borderColor = (_b = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBorderColor())) !== null && _b !== void 0 ? _b : black;
    var normalBackgroundColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBackgroundColor());
    var downBackgroundColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBackgroundColor(), 0.8);
    var textColor = (_c = widgetColor !== null && widgetColor !== void 0 ? widgetColor : fieldColor) !== null && _c !== void 0 ? _c : black;
    if (widgetColor) {
      updateDefaultAppearance(widget, textColor);
    } else {
      updateDefaultAppearance(radioGroup.acroField, textColor);
    }
    var options2 = {
      x: width / 2,
      y: height / 2,
      width: width - borderWidth,
      height: height - borderWidth,
      borderWidth,
      borderColor,
      dotColor: textColor
    };
    return {
      normal: {
        on: __spreadArrays(rotate, drawRadioButton(__assign(__assign({}, options2), { color: normalBackgroundColor, filled: true }))),
        off: __spreadArrays(rotate, drawRadioButton(__assign(__assign({}, options2), { color: normalBackgroundColor, filled: false })))
      },
      down: {
        on: __spreadArrays(rotate, drawRadioButton(__assign(__assign({}, options2), { color: downBackgroundColor, filled: true }))),
        off: __spreadArrays(rotate, drawRadioButton(__assign(__assign({}, options2), { color: downBackgroundColor, filled: false })))
      }
    };
  };
  var defaultButtonAppearanceProvider = function(button2, widget, font) {
    var _a, _b, _c, _d, _e;
    var widgetColor = getDefaultColor(widget);
    var fieldColor = getDefaultColor(button2.acroField);
    var widgetFontSize = getDefaultFontSize(widget);
    var fieldFontSize = getDefaultFontSize(button2.acroField);
    var rectangle = widget.getRectangle();
    var ap = widget.getAppearanceCharacteristics();
    var bs = widget.getBorderStyle();
    var captions = ap === null || ap === void 0 ? void 0 : ap.getCaptions();
    var normalText = (_a = captions === null || captions === void 0 ? void 0 : captions.normal) !== null && _a !== void 0 ? _a : "";
    var downText = (_c = (_b = captions === null || captions === void 0 ? void 0 : captions.down) !== null && _b !== void 0 ? _b : normalText) !== null && _c !== void 0 ? _c : "";
    var borderWidth = (_d = bs === null || bs === void 0 ? void 0 : bs.getWidth()) !== null && _d !== void 0 ? _d : 0;
    var rotation = reduceRotation(ap === null || ap === void 0 ? void 0 : ap.getRotation());
    var _f = adjustDimsForRotation(rectangle, rotation), width = _f.width, height = _f.height;
    var rotate = rotateInPlace(__assign(__assign({}, rectangle), { rotation }));
    var black = rgb(0, 0, 0);
    var borderColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBorderColor());
    var normalBackgroundColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBackgroundColor());
    var downBackgroundColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBackgroundColor(), 0.8);
    var bounds2 = {
      x: borderWidth,
      y: borderWidth,
      width: width - borderWidth * 2,
      height: height - borderWidth * 2
    };
    var normalLayout = layoutSinglelineText(normalText, {
      alignment: TextAlignment.Center,
      fontSize: widgetFontSize !== null && widgetFontSize !== void 0 ? widgetFontSize : fieldFontSize,
      font,
      bounds: bounds2
    });
    var downLayout = layoutSinglelineText(downText, {
      alignment: TextAlignment.Center,
      fontSize: widgetFontSize !== null && widgetFontSize !== void 0 ? widgetFontSize : fieldFontSize,
      font,
      bounds: bounds2
    });
    var fontSize = Math.min(normalLayout.fontSize, downLayout.fontSize);
    var textColor = (_e = widgetColor !== null && widgetColor !== void 0 ? widgetColor : fieldColor) !== null && _e !== void 0 ? _e : black;
    if (widgetColor || widgetFontSize !== void 0) {
      updateDefaultAppearance(widget, textColor, font, fontSize);
    } else {
      updateDefaultAppearance(button2.acroField, textColor, font, fontSize);
    }
    var options2 = {
      x: 0 + borderWidth / 2,
      y: 0 + borderWidth / 2,
      width: width - borderWidth,
      height: height - borderWidth,
      borderWidth,
      borderColor,
      textColor,
      font: font.name,
      fontSize
    };
    return {
      normal: __spreadArrays(rotate, drawButton(__assign(__assign({}, options2), { color: normalBackgroundColor, textLines: [normalLayout.line] }))),
      down: __spreadArrays(rotate, drawButton(__assign(__assign({}, options2), { color: downBackgroundColor, textLines: [downLayout.line] })))
    };
  };
  var defaultTextFieldAppearanceProvider = function(textField3, widget, font) {
    var _a, _b, _c, _d;
    var widgetColor = getDefaultColor(widget);
    var fieldColor = getDefaultColor(textField3.acroField);
    var widgetFontSize = getDefaultFontSize(widget);
    var fieldFontSize = getDefaultFontSize(textField3.acroField);
    var rectangle = widget.getRectangle();
    var ap = widget.getAppearanceCharacteristics();
    var bs = widget.getBorderStyle();
    var text2 = (_a = textField3.getText()) !== null && _a !== void 0 ? _a : "";
    var borderWidth = (_b = bs === null || bs === void 0 ? void 0 : bs.getWidth()) !== null && _b !== void 0 ? _b : 0;
    var rotation = reduceRotation(ap === null || ap === void 0 ? void 0 : ap.getRotation());
    var _e = adjustDimsForRotation(rectangle, rotation), width = _e.width, height = _e.height;
    var rotate = rotateInPlace(__assign(__assign({}, rectangle), { rotation }));
    var black = rgb(0, 0, 0);
    var borderColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBorderColor());
    var normalBackgroundColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBackgroundColor());
    var textLines;
    var fontSize;
    var padding = textField3.isCombed() ? 0 : 1;
    var bounds2 = {
      x: borderWidth + padding,
      y: borderWidth + padding,
      width: width - (borderWidth + padding) * 2,
      height: height - (borderWidth + padding) * 2
    };
    if (textField3.isMultiline()) {
      var layout = layoutMultilineText(text2, {
        alignment: textField3.getAlignment(),
        fontSize: widgetFontSize !== null && widgetFontSize !== void 0 ? widgetFontSize : fieldFontSize,
        font,
        bounds: bounds2
      });
      textLines = layout.lines;
      fontSize = layout.fontSize;
    } else if (textField3.isCombed()) {
      var layout = layoutCombedText(text2, {
        fontSize: widgetFontSize !== null && widgetFontSize !== void 0 ? widgetFontSize : fieldFontSize,
        font,
        bounds: bounds2,
        cellCount: (_c = textField3.getMaxLength()) !== null && _c !== void 0 ? _c : 0
      });
      textLines = layout.cells;
      fontSize = layout.fontSize;
    } else {
      var layout = layoutSinglelineText(text2, {
        alignment: textField3.getAlignment(),
        fontSize: widgetFontSize !== null && widgetFontSize !== void 0 ? widgetFontSize : fieldFontSize,
        font,
        bounds: bounds2
      });
      textLines = [layout.line];
      fontSize = layout.fontSize;
    }
    var textColor = (_d = widgetColor !== null && widgetColor !== void 0 ? widgetColor : fieldColor) !== null && _d !== void 0 ? _d : black;
    if (widgetColor || widgetFontSize !== void 0) {
      updateDefaultAppearance(widget, textColor, font, fontSize);
    } else {
      updateDefaultAppearance(textField3.acroField, textColor, font, fontSize);
    }
    var options2 = {
      x: 0 + borderWidth / 2,
      y: 0 + borderWidth / 2,
      width: width - borderWidth,
      height: height - borderWidth,
      borderWidth: borderWidth !== null && borderWidth !== void 0 ? borderWidth : 0,
      borderColor,
      textColor,
      font: font.name,
      fontSize,
      color: normalBackgroundColor,
      textLines,
      padding
    };
    return __spreadArrays(rotate, drawTextField(options2));
  };
  var defaultDropdownAppearanceProvider = function(dropdown, widget, font) {
    var _a, _b, _c;
    var widgetColor = getDefaultColor(widget);
    var fieldColor = getDefaultColor(dropdown.acroField);
    var widgetFontSize = getDefaultFontSize(widget);
    var fieldFontSize = getDefaultFontSize(dropdown.acroField);
    var rectangle = widget.getRectangle();
    var ap = widget.getAppearanceCharacteristics();
    var bs = widget.getBorderStyle();
    var text2 = (_a = dropdown.getSelected()[0]) !== null && _a !== void 0 ? _a : "";
    var borderWidth = (_b = bs === null || bs === void 0 ? void 0 : bs.getWidth()) !== null && _b !== void 0 ? _b : 0;
    var rotation = reduceRotation(ap === null || ap === void 0 ? void 0 : ap.getRotation());
    var _d = adjustDimsForRotation(rectangle, rotation), width = _d.width, height = _d.height;
    var rotate = rotateInPlace(__assign(__assign({}, rectangle), { rotation }));
    var black = rgb(0, 0, 0);
    var borderColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBorderColor());
    var normalBackgroundColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBackgroundColor());
    var padding = 1;
    var bounds2 = {
      x: borderWidth + padding,
      y: borderWidth + padding,
      width: width - (borderWidth + padding) * 2,
      height: height - (borderWidth + padding) * 2
    };
    var _e = layoutSinglelineText(text2, {
      alignment: TextAlignment.Left,
      fontSize: widgetFontSize !== null && widgetFontSize !== void 0 ? widgetFontSize : fieldFontSize,
      font,
      bounds: bounds2
    }), line = _e.line, fontSize = _e.fontSize;
    var textColor = (_c = widgetColor !== null && widgetColor !== void 0 ? widgetColor : fieldColor) !== null && _c !== void 0 ? _c : black;
    if (widgetColor || widgetFontSize !== void 0) {
      updateDefaultAppearance(widget, textColor, font, fontSize);
    } else {
      updateDefaultAppearance(dropdown.acroField, textColor, font, fontSize);
    }
    var options2 = {
      x: 0 + borderWidth / 2,
      y: 0 + borderWidth / 2,
      width: width - borderWidth,
      height: height - borderWidth,
      borderWidth: borderWidth !== null && borderWidth !== void 0 ? borderWidth : 0,
      borderColor,
      textColor,
      font: font.name,
      fontSize,
      color: normalBackgroundColor,
      textLines: [line],
      padding
    };
    return __spreadArrays(rotate, drawTextField(options2));
  };
  var defaultOptionListAppearanceProvider = function(optionList, widget, font) {
    var _a, _b;
    var widgetColor = getDefaultColor(widget);
    var fieldColor = getDefaultColor(optionList.acroField);
    var widgetFontSize = getDefaultFontSize(widget);
    var fieldFontSize = getDefaultFontSize(optionList.acroField);
    var rectangle = widget.getRectangle();
    var ap = widget.getAppearanceCharacteristics();
    var bs = widget.getBorderStyle();
    var borderWidth = (_a = bs === null || bs === void 0 ? void 0 : bs.getWidth()) !== null && _a !== void 0 ? _a : 0;
    var rotation = reduceRotation(ap === null || ap === void 0 ? void 0 : ap.getRotation());
    var _c = adjustDimsForRotation(rectangle, rotation), width = _c.width, height = _c.height;
    var rotate = rotateInPlace(__assign(__assign({}, rectangle), { rotation }));
    var black = rgb(0, 0, 0);
    var borderColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBorderColor());
    var normalBackgroundColor = componentsToColor(ap === null || ap === void 0 ? void 0 : ap.getBackgroundColor());
    var options2 = optionList.getOptions();
    var selected2 = optionList.getSelected();
    if (optionList.isSorted())
      options2.sort();
    var text2 = "";
    for (var idx = 0, len = options2.length; idx < len; idx++) {
      text2 += options2[idx];
      if (idx < len - 1)
        text2 += "\n";
    }
    var padding = 1;
    var bounds2 = {
      x: borderWidth + padding,
      y: borderWidth + padding,
      width: width - (borderWidth + padding) * 2,
      height: height - (borderWidth + padding) * 2
    };
    var _d = layoutMultilineText(text2, {
      alignment: TextAlignment.Left,
      fontSize: widgetFontSize !== null && widgetFontSize !== void 0 ? widgetFontSize : fieldFontSize,
      font,
      bounds: bounds2
    }), lines = _d.lines, fontSize = _d.fontSize, lineHeight = _d.lineHeight;
    var selectedLines = [];
    for (var idx = 0, len = lines.length; idx < len; idx++) {
      var line = lines[idx];
      if (selected2.includes(line.text))
        selectedLines.push(idx);
    }
    var blue = rgb(153 / 255, 193 / 255, 218 / 255);
    var textColor = (_b = widgetColor !== null && widgetColor !== void 0 ? widgetColor : fieldColor) !== null && _b !== void 0 ? _b : black;
    if (widgetColor || widgetFontSize !== void 0) {
      updateDefaultAppearance(widget, textColor, font, fontSize);
    } else {
      updateDefaultAppearance(optionList.acroField, textColor, font, fontSize);
    }
    return __spreadArrays(rotate, drawOptionList({
      x: 0 + borderWidth / 2,
      y: 0 + borderWidth / 2,
      width: width - borderWidth,
      height: height - borderWidth,
      borderWidth: borderWidth !== null && borderWidth !== void 0 ? borderWidth : 0,
      borderColor,
      textColor,
      font: font.name,
      fontSize,
      color: normalBackgroundColor,
      textLines: lines,
      lineHeight,
      selectedColor: blue,
      selectedLines,
      padding
    }));
  };

  // node_modules/pdf-lib/es/api/PDFEmbeddedPage.js
  var PDFEmbeddedPage = (
    /** @class */
    (function() {
      function PDFEmbeddedPage2(ref, doc, embedder) {
        this.alreadyEmbedded = false;
        assertIs(ref, "ref", [[PDFRef_default, "PDFRef"]]);
        assertIs(doc, "doc", [[PDFDocument_default, "PDFDocument"]]);
        assertIs(embedder, "embedder", [[PDFPageEmbedder_default, "PDFPageEmbedder"]]);
        this.ref = ref;
        this.doc = doc;
        this.width = embedder.width;
        this.height = embedder.height;
        this.embedder = embedder;
      }
      PDFEmbeddedPage2.prototype.scale = function(factor) {
        assertIs(factor, "factor", ["number"]);
        return { width: this.width * factor, height: this.height * factor };
      };
      PDFEmbeddedPage2.prototype.size = function() {
        return this.scale(1);
      };
      PDFEmbeddedPage2.prototype.embed = function() {
        return __awaiter(this, void 0, void 0, function() {
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                if (!!this.alreadyEmbedded) return [3, 2];
                return [4, this.embedder.embedIntoContext(this.doc.context, this.ref)];
              case 1:
                _a.sent();
                this.alreadyEmbedded = true;
                _a.label = 2;
              case 2:
                return [
                  2
                  /*return*/
                ];
            }
          });
        });
      };
      PDFEmbeddedPage2.of = function(ref, doc, embedder) {
        return new PDFEmbeddedPage2(ref, doc, embedder);
      };
      return PDFEmbeddedPage2;
    })()
  );
  var PDFEmbeddedPage_default = PDFEmbeddedPage;

  // node_modules/pdf-lib/es/api/PDFFont.js
  var PDFFont = (
    /** @class */
    (function() {
      function PDFFont2(ref, doc, embedder) {
        this.modified = true;
        assertIs(ref, "ref", [[PDFRef_default, "PDFRef"]]);
        assertIs(doc, "doc", [[PDFDocument_default, "PDFDocument"]]);
        assertIs(embedder, "embedder", [
          [CustomFontEmbedder_default, "CustomFontEmbedder"],
          [StandardFontEmbedder_default, "StandardFontEmbedder"]
        ]);
        this.ref = ref;
        this.doc = doc;
        this.name = embedder.fontName;
        this.embedder = embedder;
      }
      PDFFont2.prototype.encodeText = function(text2) {
        assertIs(text2, "text", ["string"]);
        this.modified = true;
        return this.embedder.encodeText(text2);
      };
      PDFFont2.prototype.widthOfTextAtSize = function(text2, size) {
        assertIs(text2, "text", ["string"]);
        assertIs(size, "size", ["number"]);
        return this.embedder.widthOfTextAtSize(text2, size);
      };
      PDFFont2.prototype.heightAtSize = function(size, options2) {
        var _a;
        assertIs(size, "size", ["number"]);
        assertOrUndefined(options2 === null || options2 === void 0 ? void 0 : options2.descender, "options.descender", ["boolean"]);
        return this.embedder.heightOfFontAtSize(size, {
          descender: (_a = options2 === null || options2 === void 0 ? void 0 : options2.descender) !== null && _a !== void 0 ? _a : true
        });
      };
      PDFFont2.prototype.sizeAtHeight = function(height) {
        assertIs(height, "height", ["number"]);
        return this.embedder.sizeOfFontAtHeight(height);
      };
      PDFFont2.prototype.getCharacterSet = function() {
        if (this.embedder instanceof StandardFontEmbedder_default) {
          return this.embedder.encoding.supportedCodePoints;
        } else {
          return this.embedder.font.characterSet;
        }
      };
      PDFFont2.prototype.embed = function() {
        return __awaiter(this, void 0, void 0, function() {
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                if (!this.modified) return [3, 2];
                return [4, this.embedder.embedIntoContext(this.doc.context, this.ref)];
              case 1:
                _a.sent();
                this.modified = false;
                _a.label = 2;
              case 2:
                return [
                  2
                  /*return*/
                ];
            }
          });
        });
      };
      PDFFont2.of = function(ref, doc, embedder) {
        return new PDFFont2(ref, doc, embedder);
      };
      return PDFFont2;
    })()
  );
  var PDFFont_default = PDFFont;

  // node_modules/pdf-lib/es/api/PDFImage.js
  var PDFImage = (
    /** @class */
    (function() {
      function PDFImage3(ref, doc, embedder) {
        assertIs(ref, "ref", [[PDFRef_default, "PDFRef"]]);
        assertIs(doc, "doc", [[PDFDocument_default, "PDFDocument"]]);
        assertIs(embedder, "embedder", [
          [JpegEmbedder_default, "JpegEmbedder"],
          [PngEmbedder_default, "PngEmbedder"]
        ]);
        this.ref = ref;
        this.doc = doc;
        this.width = embedder.width;
        this.height = embedder.height;
        this.embedder = embedder;
      }
      PDFImage3.prototype.scale = function(factor) {
        assertIs(factor, "factor", ["number"]);
        return { width: this.width * factor, height: this.height * factor };
      };
      PDFImage3.prototype.scaleToFit = function(width, height) {
        assertIs(width, "width", ["number"]);
        assertIs(height, "height", ["number"]);
        var imgWidthScale = width / this.width;
        var imgHeightScale = height / this.height;
        var scale2 = Math.min(imgWidthScale, imgHeightScale);
        return this.scale(scale2);
      };
      PDFImage3.prototype.size = function() {
        return this.scale(1);
      };
      PDFImage3.prototype.embed = function() {
        return __awaiter(this, void 0, void 0, function() {
          var _a, doc, ref;
          return __generator(this, function(_b) {
            switch (_b.label) {
              case 0:
                if (!this.embedder)
                  return [
                    2
                    /*return*/
                  ];
                if (!this.embedTask) {
                  _a = this, doc = _a.doc, ref = _a.ref;
                  this.embedTask = this.embedder.embedIntoContext(doc.context, ref);
                }
                return [4, this.embedTask];
              case 1:
                _b.sent();
                this.embedder = void 0;
                return [
                  2
                  /*return*/
                ];
            }
          });
        });
      };
      PDFImage3.of = function(ref, doc, embedder) {
        return new PDFImage3(ref, doc, embedder);
      };
      return PDFImage3;
    })()
  );
  var PDFImage_default = PDFImage;

  // node_modules/pdf-lib/es/api/image/alignment.js
  var ImageAlignment;
  (function(ImageAlignment2) {
    ImageAlignment2[ImageAlignment2["Left"] = 0] = "Left";
    ImageAlignment2[ImageAlignment2["Center"] = 1] = "Center";
    ImageAlignment2[ImageAlignment2["Right"] = 2] = "Right";
  })(ImageAlignment || (ImageAlignment = {}));

  // node_modules/pdf-lib/es/api/form/PDFField.js
  var assertFieldAppearanceOptions = function(options2) {
    assertOrUndefined(options2 === null || options2 === void 0 ? void 0 : options2.x, "options.x", ["number"]);
    assertOrUndefined(options2 === null || options2 === void 0 ? void 0 : options2.y, "options.y", ["number"]);
    assertOrUndefined(options2 === null || options2 === void 0 ? void 0 : options2.width, "options.width", ["number"]);
    assertOrUndefined(options2 === null || options2 === void 0 ? void 0 : options2.height, "options.height", ["number"]);
    assertOrUndefined(options2 === null || options2 === void 0 ? void 0 : options2.textColor, "options.textColor", [
      [Object, "Color"]
    ]);
    assertOrUndefined(options2 === null || options2 === void 0 ? void 0 : options2.backgroundColor, "options.backgroundColor", [
      [Object, "Color"]
    ]);
    assertOrUndefined(options2 === null || options2 === void 0 ? void 0 : options2.borderColor, "options.borderColor", [
      [Object, "Color"]
    ]);
    assertOrUndefined(options2 === null || options2 === void 0 ? void 0 : options2.borderWidth, "options.borderWidth", ["number"]);
    assertOrUndefined(options2 === null || options2 === void 0 ? void 0 : options2.rotate, "options.rotate", [[Object, "Rotation"]]);
  };
  var PDFField = (
    /** @class */
    (function() {
      function PDFField2(acroField, ref, doc) {
        assertIs(acroField, "acroField", [[PDFAcroTerminal_default, "PDFAcroTerminal"]]);
        assertIs(ref, "ref", [[PDFRef_default, "PDFRef"]]);
        assertIs(doc, "doc", [[PDFDocument_default, "PDFDocument"]]);
        this.acroField = acroField;
        this.ref = ref;
        this.doc = doc;
      }
      PDFField2.prototype.getName = function() {
        var _a;
        return (_a = this.acroField.getFullyQualifiedName()) !== null && _a !== void 0 ? _a : "";
      };
      PDFField2.prototype.isReadOnly = function() {
        return this.acroField.hasFlag(AcroFieldFlags.ReadOnly);
      };
      PDFField2.prototype.enableReadOnly = function() {
        this.acroField.setFlagTo(AcroFieldFlags.ReadOnly, true);
      };
      PDFField2.prototype.disableReadOnly = function() {
        this.acroField.setFlagTo(AcroFieldFlags.ReadOnly, false);
      };
      PDFField2.prototype.isRequired = function() {
        return this.acroField.hasFlag(AcroFieldFlags.Required);
      };
      PDFField2.prototype.enableRequired = function() {
        this.acroField.setFlagTo(AcroFieldFlags.Required, true);
      };
      PDFField2.prototype.disableRequired = function() {
        this.acroField.setFlagTo(AcroFieldFlags.Required, false);
      };
      PDFField2.prototype.isExported = function() {
        return !this.acroField.hasFlag(AcroFieldFlags.NoExport);
      };
      PDFField2.prototype.enableExporting = function() {
        this.acroField.setFlagTo(AcroFieldFlags.NoExport, false);
      };
      PDFField2.prototype.disableExporting = function() {
        this.acroField.setFlagTo(AcroFieldFlags.NoExport, true);
      };
      PDFField2.prototype.needsAppearancesUpdate = function() {
        throw new MethodNotImplementedError(this.constructor.name, "needsAppearancesUpdate");
      };
      PDFField2.prototype.defaultUpdateAppearances = function(_font) {
        throw new MethodNotImplementedError(this.constructor.name, "defaultUpdateAppearances");
      };
      PDFField2.prototype.markAsDirty = function() {
        this.doc.getForm().markFieldAsDirty(this.ref);
      };
      PDFField2.prototype.markAsClean = function() {
        this.doc.getForm().markFieldAsClean(this.ref);
      };
      PDFField2.prototype.isDirty = function() {
        return this.doc.getForm().fieldIsDirty(this.ref);
      };
      PDFField2.prototype.createWidget = function(options2) {
        var _a;
        var textColor = options2.textColor;
        var backgroundColor = options2.backgroundColor;
        var borderColor = options2.borderColor;
        var borderWidth = options2.borderWidth;
        var degreesAngle = toDegrees(options2.rotate);
        var caption = options2.caption;
        var x = options2.x;
        var y = options2.y;
        var width = options2.width + borderWidth;
        var height = options2.height + borderWidth;
        var hidden = Boolean(options2.hidden);
        var pageRef = options2.page;
        assertMultiple(degreesAngle, "degreesAngle", 90);
        var widget = PDFWidgetAnnotation_default.create(this.doc.context, this.ref);
        var rect2 = rotateRectangle({ x, y, width, height }, borderWidth, degreesAngle);
        widget.setRectangle(rect2);
        if (pageRef)
          widget.setP(pageRef);
        var ac = widget.getOrCreateAppearanceCharacteristics();
        if (backgroundColor) {
          ac.setBackgroundColor(colorToComponents(backgroundColor));
        }
        ac.setRotation(degreesAngle);
        if (caption)
          ac.setCaptions({ normal: caption });
        if (borderColor)
          ac.setBorderColor(colorToComponents(borderColor));
        var bs = widget.getOrCreateBorderStyle();
        if (borderWidth !== void 0)
          bs.setWidth(borderWidth);
        widget.setFlagTo(AnnotationFlags.Print, true);
        widget.setFlagTo(AnnotationFlags.Hidden, hidden);
        widget.setFlagTo(AnnotationFlags.Invisible, false);
        if (textColor) {
          var da = (_a = this.acroField.getDefaultAppearance()) !== null && _a !== void 0 ? _a : "";
          var newDa = da + "\n" + setFillingColor(textColor).toString();
          this.acroField.setDefaultAppearance(newDa);
        }
        return widget;
      };
      PDFField2.prototype.updateWidgetAppearanceWithFont = function(widget, font, _a) {
        var normal = _a.normal, rollover = _a.rollover, down = _a.down;
        this.updateWidgetAppearances(widget, {
          normal: this.createAppearanceStream(widget, normal, font),
          rollover: rollover && this.createAppearanceStream(widget, rollover, font),
          down: down && this.createAppearanceStream(widget, down, font)
        });
      };
      PDFField2.prototype.updateOnOffWidgetAppearance = function(widget, onValue, _a) {
        var normal = _a.normal, rollover = _a.rollover, down = _a.down;
        this.updateWidgetAppearances(widget, {
          normal: this.createAppearanceDict(widget, normal, onValue),
          rollover: rollover && this.createAppearanceDict(widget, rollover, onValue),
          down: down && this.createAppearanceDict(widget, down, onValue)
        });
      };
      PDFField2.prototype.updateWidgetAppearances = function(widget, _a) {
        var normal = _a.normal, rollover = _a.rollover, down = _a.down;
        widget.setNormalAppearance(normal);
        if (rollover) {
          widget.setRolloverAppearance(rollover);
        } else {
          widget.removeRolloverAppearance();
        }
        if (down) {
          widget.setDownAppearance(down);
        } else {
          widget.removeDownAppearance();
        }
      };
      PDFField2.prototype.createAppearanceStream = function(widget, appearance, font) {
        var _a;
        var context2 = this.acroField.dict.context;
        var _b = widget.getRectangle(), width = _b.width, height = _b.height;
        var Resources = font && { Font: (_a = {}, _a[font.name] = font.ref, _a) };
        var stream2 = context2.formXObject(appearance, {
          Resources,
          BBox: context2.obj([0, 0, width, height]),
          Matrix: context2.obj([1, 0, 0, 1, 0, 0])
        });
        var streamRef = context2.register(stream2);
        return streamRef;
      };
      PDFField2.prototype.createImageAppearanceStream = function(widget, image, alignment) {
        var _a;
        var _b;
        var context2 = this.acroField.dict.context;
        var rectangle = widget.getRectangle();
        var ap = widget.getAppearanceCharacteristics();
        var bs = widget.getBorderStyle();
        var borderWidth = (_b = bs === null || bs === void 0 ? void 0 : bs.getWidth()) !== null && _b !== void 0 ? _b : 0;
        var rotation = reduceRotation(ap === null || ap === void 0 ? void 0 : ap.getRotation());
        var rotate = rotateInPlace(__assign(__assign({}, rectangle), { rotation }));
        var adj = adjustDimsForRotation(rectangle, rotation);
        var imageDims = image.scaleToFit(adj.width - borderWidth * 2, adj.height - borderWidth * 2);
        var options2 = {
          x: borderWidth,
          y: borderWidth,
          width: imageDims.width,
          height: imageDims.height,
          //
          rotate: degrees(0),
          xSkew: degrees(0),
          ySkew: degrees(0)
        };
        if (alignment === ImageAlignment.Center) {
          options2.x += (adj.width - borderWidth * 2) / 2 - imageDims.width / 2;
          options2.y += (adj.height - borderWidth * 2) / 2 - imageDims.height / 2;
        } else if (alignment === ImageAlignment.Right) {
          options2.x = adj.width - borderWidth - imageDims.width;
          options2.y = adj.height - borderWidth - imageDims.height;
        }
        var imageName = this.doc.context.addRandomSuffix("Image", 10);
        var appearance = __spreadArrays(rotate, drawImage(imageName, options2));
        var Resources = { XObject: (_a = {}, _a[imageName] = image.ref, _a) };
        var stream2 = context2.formXObject(appearance, {
          Resources,
          BBox: context2.obj([0, 0, rectangle.width, rectangle.height]),
          Matrix: context2.obj([1, 0, 0, 1, 0, 0])
        });
        return context2.register(stream2);
      };
      PDFField2.prototype.createAppearanceDict = function(widget, appearance, onValue) {
        var context2 = this.acroField.dict.context;
        var onStreamRef = this.createAppearanceStream(widget, appearance.on);
        var offStreamRef = this.createAppearanceStream(widget, appearance.off);
        var appearanceDict = context2.obj({});
        appearanceDict.set(onValue, onStreamRef);
        appearanceDict.set(PDFName_default.of("Off"), offStreamRef);
        return appearanceDict;
      };
      return PDFField2;
    })()
  );
  var PDFField_default = PDFField;

  // node_modules/pdf-lib/es/api/form/PDFCheckBox.js
  var PDFCheckBox = (
    /** @class */
    (function(_super) {
      __extends(PDFCheckBox2, _super);
      function PDFCheckBox2(acroCheckBox, ref, doc) {
        var _this = _super.call(this, acroCheckBox, ref, doc) || this;
        assertIs(acroCheckBox, "acroCheckBox", [
          [PDFAcroCheckBox_default, "PDFAcroCheckBox"]
        ]);
        _this.acroField = acroCheckBox;
        return _this;
      }
      PDFCheckBox2.prototype.check = function() {
        var _a;
        var onValue = (_a = this.acroField.getOnValue()) !== null && _a !== void 0 ? _a : PDFName_default.of("Yes");
        this.markAsDirty();
        this.acroField.setValue(onValue);
      };
      PDFCheckBox2.prototype.uncheck = function() {
        this.markAsDirty();
        this.acroField.setValue(PDFName_default.of("Off"));
      };
      PDFCheckBox2.prototype.isChecked = function() {
        var onValue = this.acroField.getOnValue();
        return !!onValue && onValue === this.acroField.getValue();
      };
      PDFCheckBox2.prototype.addToPage = function(page, options2) {
        var _a, _b, _c, _d, _e, _f;
        assertIs(page, "page", [[PDFPage_default, "PDFPage"]]);
        assertFieldAppearanceOptions(options2);
        if (!options2)
          options2 = {};
        if (!("textColor" in options2))
          options2.textColor = rgb(0, 0, 0);
        if (!("backgroundColor" in options2))
          options2.backgroundColor = rgb(1, 1, 1);
        if (!("borderColor" in options2))
          options2.borderColor = rgb(0, 0, 0);
        if (!("borderWidth" in options2))
          options2.borderWidth = 1;
        var widget = this.createWidget({
          x: (_a = options2.x) !== null && _a !== void 0 ? _a : 0,
          y: (_b = options2.y) !== null && _b !== void 0 ? _b : 0,
          width: (_c = options2.width) !== null && _c !== void 0 ? _c : 50,
          height: (_d = options2.height) !== null && _d !== void 0 ? _d : 50,
          textColor: options2.textColor,
          backgroundColor: options2.backgroundColor,
          borderColor: options2.borderColor,
          borderWidth: (_e = options2.borderWidth) !== null && _e !== void 0 ? _e : 0,
          rotate: (_f = options2.rotate) !== null && _f !== void 0 ? _f : degrees(0),
          hidden: options2.hidden,
          page: page.ref
        });
        var widgetRef = this.doc.context.register(widget.dict);
        this.acroField.addWidget(widgetRef);
        widget.setAppearanceState(PDFName_default.of("Off"));
        this.updateWidgetAppearance(widget, PDFName_default.of("Yes"));
        page.node.addAnnot(widgetRef);
      };
      PDFCheckBox2.prototype.needsAppearancesUpdate = function() {
        var _a;
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var state = widget.getAppearanceState();
          var normal = (_a = widget.getAppearances()) === null || _a === void 0 ? void 0 : _a.normal;
          if (!(normal instanceof PDFDict_default))
            return true;
          if (state && !normal.has(state))
            return true;
        }
        return false;
      };
      PDFCheckBox2.prototype.defaultUpdateAppearances = function() {
        this.updateAppearances();
      };
      PDFCheckBox2.prototype.updateAppearances = function(provider) {
        var _a;
        assertOrUndefined(provider, "provider", [Function]);
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var onValue = (_a = widget.getOnValue()) !== null && _a !== void 0 ? _a : PDFName_default.of("Yes");
          if (!onValue)
            continue;
          this.updateWidgetAppearance(widget, onValue, provider);
        }
        this.markAsClean();
      };
      PDFCheckBox2.prototype.updateWidgetAppearance = function(widget, onValue, provider) {
        var apProvider = provider !== null && provider !== void 0 ? provider : defaultCheckBoxAppearanceProvider;
        var appearances = normalizeAppearance(apProvider(this, widget));
        this.updateOnOffWidgetAppearance(widget, onValue, appearances);
      };
      PDFCheckBox2.of = function(acroCheckBox, ref, doc) {
        return new PDFCheckBox2(acroCheckBox, ref, doc);
      };
      return PDFCheckBox2;
    })(PDFField_default)
  );
  var PDFCheckBox_default = PDFCheckBox;

  // node_modules/pdf-lib/es/api/form/PDFDropdown.js
  var PDFDropdown = (
    /** @class */
    (function(_super) {
      __extends(PDFDropdown2, _super);
      function PDFDropdown2(acroComboBox, ref, doc) {
        var _this = _super.call(this, acroComboBox, ref, doc) || this;
        assertIs(acroComboBox, "acroComboBox", [
          [PDFAcroComboBox_default, "PDFAcroComboBox"]
        ]);
        _this.acroField = acroComboBox;
        return _this;
      }
      PDFDropdown2.prototype.getOptions = function() {
        var rawOptions = this.acroField.getOptions();
        var options2 = new Array(rawOptions.length);
        for (var idx = 0, len = options2.length; idx < len; idx++) {
          var _a = rawOptions[idx], display = _a.display, value = _a.value;
          options2[idx] = (display !== null && display !== void 0 ? display : value).decodeText();
        }
        return options2;
      };
      PDFDropdown2.prototype.getSelected = function() {
        var values3 = this.acroField.getValues();
        var selected2 = new Array(values3.length);
        for (var idx = 0, len = values3.length; idx < len; idx++) {
          selected2[idx] = values3[idx].decodeText();
        }
        return selected2;
      };
      PDFDropdown2.prototype.setOptions = function(options2) {
        assertIs(options2, "options", [Array]);
        var optionObjects = new Array(options2.length);
        for (var idx = 0, len = options2.length; idx < len; idx++) {
          optionObjects[idx] = { value: PDFHexString_default.fromText(options2[idx]) };
        }
        this.acroField.setOptions(optionObjects);
      };
      PDFDropdown2.prototype.addOptions = function(options2) {
        assertIs(options2, "options", ["string", Array]);
        var optionsArr = Array.isArray(options2) ? options2 : [options2];
        var existingOptions = this.acroField.getOptions();
        var newOptions = new Array(optionsArr.length);
        for (var idx = 0, len = optionsArr.length; idx < len; idx++) {
          newOptions[idx] = { value: PDFHexString_default.fromText(optionsArr[idx]) };
        }
        this.acroField.setOptions(existingOptions.concat(newOptions));
      };
      PDFDropdown2.prototype.select = function(options2, merge) {
        if (merge === void 0) {
          merge = false;
        }
        assertIs(options2, "options", ["string", Array]);
        assertIs(merge, "merge", ["boolean"]);
        var optionsArr = Array.isArray(options2) ? options2 : [options2];
        var validOptions = this.getOptions();
        var hasCustomOption = optionsArr.find(function(option3) {
          return !validOptions.includes(option3);
        });
        if (hasCustomOption)
          this.enableEditing();
        this.markAsDirty();
        if (optionsArr.length > 1 || optionsArr.length === 1 && merge) {
          this.enableMultiselect();
        }
        var values3 = new Array(optionsArr.length);
        for (var idx = 0, len = optionsArr.length; idx < len; idx++) {
          values3[idx] = PDFHexString_default.fromText(optionsArr[idx]);
        }
        if (merge) {
          var existingValues = this.acroField.getValues();
          this.acroField.setValues(existingValues.concat(values3));
        } else {
          this.acroField.setValues(values3);
        }
      };
      PDFDropdown2.prototype.clear = function() {
        this.markAsDirty();
        this.acroField.setValues([]);
      };
      PDFDropdown2.prototype.setFontSize = function(fontSize) {
        assertPositive(fontSize, "fontSize");
        this.acroField.setFontSize(fontSize);
        this.markAsDirty();
      };
      PDFDropdown2.prototype.isEditable = function() {
        return this.acroField.hasFlag(AcroChoiceFlags.Edit);
      };
      PDFDropdown2.prototype.enableEditing = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.Edit, true);
      };
      PDFDropdown2.prototype.disableEditing = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.Edit, false);
      };
      PDFDropdown2.prototype.isSorted = function() {
        return this.acroField.hasFlag(AcroChoiceFlags.Sort);
      };
      PDFDropdown2.prototype.enableSorting = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.Sort, true);
      };
      PDFDropdown2.prototype.disableSorting = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.Sort, false);
      };
      PDFDropdown2.prototype.isMultiselect = function() {
        return this.acroField.hasFlag(AcroChoiceFlags.MultiSelect);
      };
      PDFDropdown2.prototype.enableMultiselect = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.MultiSelect, true);
      };
      PDFDropdown2.prototype.disableMultiselect = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.MultiSelect, false);
      };
      PDFDropdown2.prototype.isSpellChecked = function() {
        return !this.acroField.hasFlag(AcroChoiceFlags.DoNotSpellCheck);
      };
      PDFDropdown2.prototype.enableSpellChecking = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.DoNotSpellCheck, false);
      };
      PDFDropdown2.prototype.disableSpellChecking = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.DoNotSpellCheck, true);
      };
      PDFDropdown2.prototype.isSelectOnClick = function() {
        return this.acroField.hasFlag(AcroChoiceFlags.CommitOnSelChange);
      };
      PDFDropdown2.prototype.enableSelectOnClick = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.CommitOnSelChange, true);
      };
      PDFDropdown2.prototype.disableSelectOnClick = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.CommitOnSelChange, false);
      };
      PDFDropdown2.prototype.addToPage = function(page, options2) {
        var _a, _b, _c, _d, _e, _f, _g;
        assertIs(page, "page", [[PDFPage_default, "PDFPage"]]);
        assertFieldAppearanceOptions(options2);
        if (!options2)
          options2 = {};
        if (!("textColor" in options2))
          options2.textColor = rgb(0, 0, 0);
        if (!("backgroundColor" in options2))
          options2.backgroundColor = rgb(1, 1, 1);
        if (!("borderColor" in options2))
          options2.borderColor = rgb(0, 0, 0);
        if (!("borderWidth" in options2))
          options2.borderWidth = 1;
        var widget = this.createWidget({
          x: (_a = options2.x) !== null && _a !== void 0 ? _a : 0,
          y: (_b = options2.y) !== null && _b !== void 0 ? _b : 0,
          width: (_c = options2.width) !== null && _c !== void 0 ? _c : 200,
          height: (_d = options2.height) !== null && _d !== void 0 ? _d : 50,
          textColor: options2.textColor,
          backgroundColor: options2.backgroundColor,
          borderColor: options2.borderColor,
          borderWidth: (_e = options2.borderWidth) !== null && _e !== void 0 ? _e : 0,
          rotate: (_f = options2.rotate) !== null && _f !== void 0 ? _f : degrees(0),
          hidden: options2.hidden,
          page: page.ref
        });
        var widgetRef = this.doc.context.register(widget.dict);
        this.acroField.addWidget(widgetRef);
        var font = (_g = options2.font) !== null && _g !== void 0 ? _g : this.doc.getForm().getDefaultFont();
        this.updateWidgetAppearance(widget, font);
        page.node.addAnnot(widgetRef);
      };
      PDFDropdown2.prototype.needsAppearancesUpdate = function() {
        var _a;
        if (this.isDirty())
          return true;
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var hasAppearances = ((_a = widget.getAppearances()) === null || _a === void 0 ? void 0 : _a.normal) instanceof PDFStream_default;
          if (!hasAppearances)
            return true;
        }
        return false;
      };
      PDFDropdown2.prototype.defaultUpdateAppearances = function(font) {
        assertIs(font, "font", [[PDFFont_default, "PDFFont"]]);
        this.updateAppearances(font);
      };
      PDFDropdown2.prototype.updateAppearances = function(font, provider) {
        assertIs(font, "font", [[PDFFont_default, "PDFFont"]]);
        assertOrUndefined(provider, "provider", [Function]);
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          this.updateWidgetAppearance(widget, font, provider);
        }
        this.markAsClean();
      };
      PDFDropdown2.prototype.updateWidgetAppearance = function(widget, font, provider) {
        var apProvider = provider !== null && provider !== void 0 ? provider : defaultDropdownAppearanceProvider;
        var appearances = normalizeAppearance(apProvider(this, widget, font));
        this.updateWidgetAppearanceWithFont(widget, font, appearances);
      };
      PDFDropdown2.of = function(acroComboBox, ref, doc) {
        return new PDFDropdown2(acroComboBox, ref, doc);
      };
      return PDFDropdown2;
    })(PDFField_default)
  );
  var PDFDropdown_default = PDFDropdown;

  // node_modules/pdf-lib/es/api/form/PDFOptionList.js
  var PDFOptionList = (
    /** @class */
    (function(_super) {
      __extends(PDFOptionList2, _super);
      function PDFOptionList2(acroListBox, ref, doc) {
        var _this = _super.call(this, acroListBox, ref, doc) || this;
        assertIs(acroListBox, "acroListBox", [[PDFAcroListBox_default, "PDFAcroListBox"]]);
        _this.acroField = acroListBox;
        return _this;
      }
      PDFOptionList2.prototype.getOptions = function() {
        var rawOptions = this.acroField.getOptions();
        var options2 = new Array(rawOptions.length);
        for (var idx = 0, len = options2.length; idx < len; idx++) {
          var _a = rawOptions[idx], display = _a.display, value = _a.value;
          options2[idx] = (display !== null && display !== void 0 ? display : value).decodeText();
        }
        return options2;
      };
      PDFOptionList2.prototype.getSelected = function() {
        var values3 = this.acroField.getValues();
        var selected2 = new Array(values3.length);
        for (var idx = 0, len = values3.length; idx < len; idx++) {
          selected2[idx] = values3[idx].decodeText();
        }
        return selected2;
      };
      PDFOptionList2.prototype.setOptions = function(options2) {
        assertIs(options2, "options", [Array]);
        this.markAsDirty();
        var optionObjects = new Array(options2.length);
        for (var idx = 0, len = options2.length; idx < len; idx++) {
          optionObjects[idx] = { value: PDFHexString_default.fromText(options2[idx]) };
        }
        this.acroField.setOptions(optionObjects);
      };
      PDFOptionList2.prototype.addOptions = function(options2) {
        assertIs(options2, "options", ["string", Array]);
        this.markAsDirty();
        var optionsArr = Array.isArray(options2) ? options2 : [options2];
        var existingOptions = this.acroField.getOptions();
        var newOptions = new Array(optionsArr.length);
        for (var idx = 0, len = optionsArr.length; idx < len; idx++) {
          newOptions[idx] = { value: PDFHexString_default.fromText(optionsArr[idx]) };
        }
        this.acroField.setOptions(existingOptions.concat(newOptions));
      };
      PDFOptionList2.prototype.select = function(options2, merge) {
        if (merge === void 0) {
          merge = false;
        }
        assertIs(options2, "options", ["string", Array]);
        assertIs(merge, "merge", ["boolean"]);
        var optionsArr = Array.isArray(options2) ? options2 : [options2];
        var validOptions = this.getOptions();
        assertIsSubset(optionsArr, "option", validOptions);
        this.markAsDirty();
        if (optionsArr.length > 1 || optionsArr.length === 1 && merge) {
          this.enableMultiselect();
        }
        var values3 = new Array(optionsArr.length);
        for (var idx = 0, len = optionsArr.length; idx < len; idx++) {
          values3[idx] = PDFHexString_default.fromText(optionsArr[idx]);
        }
        if (merge) {
          var existingValues = this.acroField.getValues();
          this.acroField.setValues(existingValues.concat(values3));
        } else {
          this.acroField.setValues(values3);
        }
      };
      PDFOptionList2.prototype.clear = function() {
        this.markAsDirty();
        this.acroField.setValues([]);
      };
      PDFOptionList2.prototype.setFontSize = function(fontSize) {
        assertPositive(fontSize, "fontSize");
        this.acroField.setFontSize(fontSize);
        this.markAsDirty();
      };
      PDFOptionList2.prototype.isSorted = function() {
        return this.acroField.hasFlag(AcroChoiceFlags.Sort);
      };
      PDFOptionList2.prototype.enableSorting = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.Sort, true);
      };
      PDFOptionList2.prototype.disableSorting = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.Sort, false);
      };
      PDFOptionList2.prototype.isMultiselect = function() {
        return this.acroField.hasFlag(AcroChoiceFlags.MultiSelect);
      };
      PDFOptionList2.prototype.enableMultiselect = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.MultiSelect, true);
      };
      PDFOptionList2.prototype.disableMultiselect = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.MultiSelect, false);
      };
      PDFOptionList2.prototype.isSelectOnClick = function() {
        return this.acroField.hasFlag(AcroChoiceFlags.CommitOnSelChange);
      };
      PDFOptionList2.prototype.enableSelectOnClick = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.CommitOnSelChange, true);
      };
      PDFOptionList2.prototype.disableSelectOnClick = function() {
        this.acroField.setFlagTo(AcroChoiceFlags.CommitOnSelChange, false);
      };
      PDFOptionList2.prototype.addToPage = function(page, options2) {
        var _a, _b, _c, _d, _e, _f, _g;
        assertIs(page, "page", [[PDFPage_default, "PDFPage"]]);
        assertFieldAppearanceOptions(options2);
        if (!options2)
          options2 = {};
        if (!("textColor" in options2))
          options2.textColor = rgb(0, 0, 0);
        if (!("backgroundColor" in options2))
          options2.backgroundColor = rgb(1, 1, 1);
        if (!("borderColor" in options2))
          options2.borderColor = rgb(0, 0, 0);
        if (!("borderWidth" in options2))
          options2.borderWidth = 1;
        var widget = this.createWidget({
          x: (_a = options2.x) !== null && _a !== void 0 ? _a : 0,
          y: (_b = options2.y) !== null && _b !== void 0 ? _b : 0,
          width: (_c = options2.width) !== null && _c !== void 0 ? _c : 200,
          height: (_d = options2.height) !== null && _d !== void 0 ? _d : 100,
          textColor: options2.textColor,
          backgroundColor: options2.backgroundColor,
          borderColor: options2.borderColor,
          borderWidth: (_e = options2.borderWidth) !== null && _e !== void 0 ? _e : 0,
          rotate: (_f = options2.rotate) !== null && _f !== void 0 ? _f : degrees(0),
          hidden: options2.hidden,
          page: page.ref
        });
        var widgetRef = this.doc.context.register(widget.dict);
        this.acroField.addWidget(widgetRef);
        var font = (_g = options2.font) !== null && _g !== void 0 ? _g : this.doc.getForm().getDefaultFont();
        this.updateWidgetAppearance(widget, font);
        page.node.addAnnot(widgetRef);
      };
      PDFOptionList2.prototype.needsAppearancesUpdate = function() {
        var _a;
        if (this.isDirty())
          return true;
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var hasAppearances = ((_a = widget.getAppearances()) === null || _a === void 0 ? void 0 : _a.normal) instanceof PDFStream_default;
          if (!hasAppearances)
            return true;
        }
        return false;
      };
      PDFOptionList2.prototype.defaultUpdateAppearances = function(font) {
        assertIs(font, "font", [[PDFFont_default, "PDFFont"]]);
        this.updateAppearances(font);
      };
      PDFOptionList2.prototype.updateAppearances = function(font, provider) {
        assertIs(font, "font", [[PDFFont_default, "PDFFont"]]);
        assertOrUndefined(provider, "provider", [Function]);
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          this.updateWidgetAppearance(widget, font, provider);
        }
        this.markAsClean();
      };
      PDFOptionList2.prototype.updateWidgetAppearance = function(widget, font, provider) {
        var apProvider = provider !== null && provider !== void 0 ? provider : defaultOptionListAppearanceProvider;
        var appearances = normalizeAppearance(apProvider(this, widget, font));
        this.updateWidgetAppearanceWithFont(widget, font, appearances);
      };
      PDFOptionList2.of = function(acroListBox, ref, doc) {
        return new PDFOptionList2(acroListBox, ref, doc);
      };
      return PDFOptionList2;
    })(PDFField_default)
  );
  var PDFOptionList_default = PDFOptionList;

  // node_modules/pdf-lib/es/api/form/PDFRadioGroup.js
  var PDFRadioGroup = (
    /** @class */
    (function(_super) {
      __extends(PDFRadioGroup2, _super);
      function PDFRadioGroup2(acroRadioButton, ref, doc) {
        var _this = _super.call(this, acroRadioButton, ref, doc) || this;
        assertIs(acroRadioButton, "acroRadioButton", [
          [PDFAcroRadioButton_default, "PDFAcroRadioButton"]
        ]);
        _this.acroField = acroRadioButton;
        return _this;
      }
      PDFRadioGroup2.prototype.getOptions = function() {
        var exportValues = this.acroField.getExportValues();
        if (exportValues) {
          var exportOptions = new Array(exportValues.length);
          for (var idx = 0, len = exportValues.length; idx < len; idx++) {
            exportOptions[idx] = exportValues[idx].decodeText();
          }
          return exportOptions;
        }
        var onValues = this.acroField.getOnValues();
        var onOptions = new Array(onValues.length);
        for (var idx = 0, len = onOptions.length; idx < len; idx++) {
          onOptions[idx] = onValues[idx].decodeText();
        }
        return onOptions;
      };
      PDFRadioGroup2.prototype.getSelected = function() {
        var value = this.acroField.getValue();
        if (value === PDFName_default.of("Off"))
          return void 0;
        var exportValues = this.acroField.getExportValues();
        if (exportValues) {
          var onValues = this.acroField.getOnValues();
          for (var idx = 0, len = onValues.length; idx < len; idx++) {
            if (onValues[idx] === value)
              return exportValues[idx].decodeText();
          }
        }
        return value.decodeText();
      };
      PDFRadioGroup2.prototype.select = function(option3) {
        assertIs(option3, "option", ["string"]);
        var validOptions = this.getOptions();
        assertIsOneOf(option3, "option", validOptions);
        this.markAsDirty();
        var onValues = this.acroField.getOnValues();
        var exportValues = this.acroField.getExportValues();
        if (exportValues) {
          for (var idx = 0, len = exportValues.length; idx < len; idx++) {
            if (exportValues[idx].decodeText() === option3) {
              this.acroField.setValue(onValues[idx]);
            }
          }
        } else {
          for (var idx = 0, len = onValues.length; idx < len; idx++) {
            var value = onValues[idx];
            if (value.decodeText() === option3)
              this.acroField.setValue(value);
          }
        }
      };
      PDFRadioGroup2.prototype.clear = function() {
        this.markAsDirty();
        this.acroField.setValue(PDFName_default.of("Off"));
      };
      PDFRadioGroup2.prototype.isOffToggleable = function() {
        return !this.acroField.hasFlag(AcroButtonFlags.NoToggleToOff);
      };
      PDFRadioGroup2.prototype.enableOffToggling = function() {
        this.acroField.setFlagTo(AcroButtonFlags.NoToggleToOff, false);
      };
      PDFRadioGroup2.prototype.disableOffToggling = function() {
        this.acroField.setFlagTo(AcroButtonFlags.NoToggleToOff, true);
      };
      PDFRadioGroup2.prototype.isMutuallyExclusive = function() {
        return !this.acroField.hasFlag(AcroButtonFlags.RadiosInUnison);
      };
      PDFRadioGroup2.prototype.enableMutualExclusion = function() {
        this.acroField.setFlagTo(AcroButtonFlags.RadiosInUnison, false);
      };
      PDFRadioGroup2.prototype.disableMutualExclusion = function() {
        this.acroField.setFlagTo(AcroButtonFlags.RadiosInUnison, true);
      };
      PDFRadioGroup2.prototype.addOptionToPage = function(option3, page, options2) {
        var _a, _b, _c, _d, _e, _f, _g, _h, _j;
        assertIs(option3, "option", ["string"]);
        assertIs(page, "page", [[PDFPage_default, "PDFPage"]]);
        assertFieldAppearanceOptions(options2);
        var widget = this.createWidget({
          x: (_a = options2 === null || options2 === void 0 ? void 0 : options2.x) !== null && _a !== void 0 ? _a : 0,
          y: (_b = options2 === null || options2 === void 0 ? void 0 : options2.y) !== null && _b !== void 0 ? _b : 0,
          width: (_c = options2 === null || options2 === void 0 ? void 0 : options2.width) !== null && _c !== void 0 ? _c : 50,
          height: (_d = options2 === null || options2 === void 0 ? void 0 : options2.height) !== null && _d !== void 0 ? _d : 50,
          textColor: (_e = options2 === null || options2 === void 0 ? void 0 : options2.textColor) !== null && _e !== void 0 ? _e : rgb(0, 0, 0),
          backgroundColor: (_f = options2 === null || options2 === void 0 ? void 0 : options2.backgroundColor) !== null && _f !== void 0 ? _f : rgb(1, 1, 1),
          borderColor: (_g = options2 === null || options2 === void 0 ? void 0 : options2.borderColor) !== null && _g !== void 0 ? _g : rgb(0, 0, 0),
          borderWidth: (_h = options2 === null || options2 === void 0 ? void 0 : options2.borderWidth) !== null && _h !== void 0 ? _h : 1,
          rotate: (_j = options2 === null || options2 === void 0 ? void 0 : options2.rotate) !== null && _j !== void 0 ? _j : degrees(0),
          hidden: options2 === null || options2 === void 0 ? void 0 : options2.hidden,
          page: page.ref
        });
        var widgetRef = this.doc.context.register(widget.dict);
        var apStateValue = this.acroField.addWidgetWithOpt(widgetRef, PDFHexString_default.fromText(option3), !this.isMutuallyExclusive());
        widget.setAppearanceState(PDFName_default.of("Off"));
        this.updateWidgetAppearance(widget, apStateValue);
        page.node.addAnnot(widgetRef);
      };
      PDFRadioGroup2.prototype.needsAppearancesUpdate = function() {
        var _a;
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var state = widget.getAppearanceState();
          var normal = (_a = widget.getAppearances()) === null || _a === void 0 ? void 0 : _a.normal;
          if (!(normal instanceof PDFDict_default))
            return true;
          if (state && !normal.has(state))
            return true;
        }
        return false;
      };
      PDFRadioGroup2.prototype.defaultUpdateAppearances = function() {
        this.updateAppearances();
      };
      PDFRadioGroup2.prototype.updateAppearances = function(provider) {
        assertOrUndefined(provider, "provider", [Function]);
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var onValue = widget.getOnValue();
          if (!onValue)
            continue;
          this.updateWidgetAppearance(widget, onValue, provider);
        }
      };
      PDFRadioGroup2.prototype.updateWidgetAppearance = function(widget, onValue, provider) {
        var apProvider = provider !== null && provider !== void 0 ? provider : defaultRadioGroupAppearanceProvider;
        var appearances = normalizeAppearance(apProvider(this, widget));
        this.updateOnOffWidgetAppearance(widget, onValue, appearances);
      };
      PDFRadioGroup2.of = function(acroRadioButton, ref, doc) {
        return new PDFRadioGroup2(acroRadioButton, ref, doc);
      };
      return PDFRadioGroup2;
    })(PDFField_default)
  );
  var PDFRadioGroup_default = PDFRadioGroup;

  // node_modules/pdf-lib/es/api/form/PDFSignature.js
  var PDFSignature = (
    /** @class */
    (function(_super) {
      __extends(PDFSignature2, _super);
      function PDFSignature2(acroSignature, ref, doc) {
        var _this = _super.call(this, acroSignature, ref, doc) || this;
        assertIs(acroSignature, "acroSignature", [
          [PDFAcroSignature_default, "PDFAcroSignature"]
        ]);
        _this.acroField = acroSignature;
        return _this;
      }
      PDFSignature2.prototype.needsAppearancesUpdate = function() {
        return false;
      };
      PDFSignature2.of = function(acroSignature, ref, doc) {
        return new PDFSignature2(acroSignature, ref, doc);
      };
      return PDFSignature2;
    })(PDFField_default)
  );
  var PDFSignature_default = PDFSignature;

  // node_modules/pdf-lib/es/api/form/PDFTextField.js
  var PDFTextField = (
    /** @class */
    (function(_super) {
      __extends(PDFTextField2, _super);
      function PDFTextField2(acroText, ref, doc) {
        var _this = _super.call(this, acroText, ref, doc) || this;
        assertIs(acroText, "acroText", [[PDFAcroText_default, "PDFAcroText"]]);
        _this.acroField = acroText;
        return _this;
      }
      PDFTextField2.prototype.getText = function() {
        var value = this.acroField.getValue();
        if (!value && this.isRichFormatted()) {
          throw new RichTextFieldReadError(this.getName());
        }
        return value === null || value === void 0 ? void 0 : value.decodeText();
      };
      PDFTextField2.prototype.setText = function(text2) {
        assertOrUndefined(text2, "text", ["string"]);
        var maxLength = this.getMaxLength();
        if (maxLength !== void 0 && text2 && text2.length > maxLength) {
          throw new ExceededMaxLengthError(text2.length, maxLength, this.getName());
        }
        this.markAsDirty();
        this.disableRichFormatting();
        if (text2) {
          this.acroField.setValue(PDFHexString_default.fromText(text2));
        } else {
          this.acroField.removeValue();
        }
      };
      PDFTextField2.prototype.getAlignment = function() {
        var quadding = this.acroField.getQuadding();
        return quadding === 0 ? TextAlignment.Left : quadding === 1 ? TextAlignment.Center : quadding === 2 ? TextAlignment.Right : TextAlignment.Left;
      };
      PDFTextField2.prototype.setAlignment = function(alignment) {
        assertIsOneOf(alignment, "alignment", TextAlignment);
        this.markAsDirty();
        this.acroField.setQuadding(alignment);
      };
      PDFTextField2.prototype.getMaxLength = function() {
        return this.acroField.getMaxLength();
      };
      PDFTextField2.prototype.setMaxLength = function(maxLength) {
        assertRangeOrUndefined(maxLength, "maxLength", 0, Number.MAX_SAFE_INTEGER);
        this.markAsDirty();
        if (maxLength === void 0) {
          this.acroField.removeMaxLength();
        } else {
          var text2 = this.getText();
          if (text2 && text2.length > maxLength) {
            throw new InvalidMaxLengthError(text2.length, maxLength, this.getName());
          }
          this.acroField.setMaxLength(maxLength);
        }
      };
      PDFTextField2.prototype.removeMaxLength = function() {
        this.markAsDirty();
        this.acroField.removeMaxLength();
      };
      PDFTextField2.prototype.setImage = function(image) {
        var fieldAlignment = this.getAlignment();
        var alignment = fieldAlignment === TextAlignment.Center ? ImageAlignment.Center : fieldAlignment === TextAlignment.Right ? ImageAlignment.Right : ImageAlignment.Left;
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var streamRef = this.createImageAppearanceStream(widget, image, alignment);
          this.updateWidgetAppearances(widget, { normal: streamRef });
        }
        this.markAsClean();
      };
      PDFTextField2.prototype.setFontSize = function(fontSize) {
        assertPositive(fontSize, "fontSize");
        this.acroField.setFontSize(fontSize);
        this.markAsDirty();
      };
      PDFTextField2.prototype.isMultiline = function() {
        return this.acroField.hasFlag(AcroTextFlags.Multiline);
      };
      PDFTextField2.prototype.enableMultiline = function() {
        this.markAsDirty();
        this.acroField.setFlagTo(AcroTextFlags.Multiline, true);
      };
      PDFTextField2.prototype.disableMultiline = function() {
        this.markAsDirty();
        this.acroField.setFlagTo(AcroTextFlags.Multiline, false);
      };
      PDFTextField2.prototype.isPassword = function() {
        return this.acroField.hasFlag(AcroTextFlags.Password);
      };
      PDFTextField2.prototype.enablePassword = function() {
        this.acroField.setFlagTo(AcroTextFlags.Password, true);
      };
      PDFTextField2.prototype.disablePassword = function() {
        this.acroField.setFlagTo(AcroTextFlags.Password, false);
      };
      PDFTextField2.prototype.isFileSelector = function() {
        return this.acroField.hasFlag(AcroTextFlags.FileSelect);
      };
      PDFTextField2.prototype.enableFileSelection = function() {
        this.acroField.setFlagTo(AcroTextFlags.FileSelect, true);
      };
      PDFTextField2.prototype.disableFileSelection = function() {
        this.acroField.setFlagTo(AcroTextFlags.FileSelect, false);
      };
      PDFTextField2.prototype.isSpellChecked = function() {
        return !this.acroField.hasFlag(AcroTextFlags.DoNotSpellCheck);
      };
      PDFTextField2.prototype.enableSpellChecking = function() {
        this.acroField.setFlagTo(AcroTextFlags.DoNotSpellCheck, false);
      };
      PDFTextField2.prototype.disableSpellChecking = function() {
        this.acroField.setFlagTo(AcroTextFlags.DoNotSpellCheck, true);
      };
      PDFTextField2.prototype.isScrollable = function() {
        return !this.acroField.hasFlag(AcroTextFlags.DoNotScroll);
      };
      PDFTextField2.prototype.enableScrolling = function() {
        this.acroField.setFlagTo(AcroTextFlags.DoNotScroll, false);
      };
      PDFTextField2.prototype.disableScrolling = function() {
        this.acroField.setFlagTo(AcroTextFlags.DoNotScroll, true);
      };
      PDFTextField2.prototype.isCombed = function() {
        return this.acroField.hasFlag(AcroTextFlags.Comb) && !this.isMultiline() && !this.isPassword() && !this.isFileSelector() && this.getMaxLength() !== void 0;
      };
      PDFTextField2.prototype.enableCombing = function() {
        if (this.getMaxLength() === void 0) {
          var msg = "PDFTextFields must have a max length in order to be combed";
          console.warn(msg);
        }
        this.markAsDirty();
        this.disableMultiline();
        this.disablePassword();
        this.disableFileSelection();
        this.acroField.setFlagTo(AcroTextFlags.Comb, true);
      };
      PDFTextField2.prototype.disableCombing = function() {
        this.markAsDirty();
        this.acroField.setFlagTo(AcroTextFlags.Comb, false);
      };
      PDFTextField2.prototype.isRichFormatted = function() {
        return this.acroField.hasFlag(AcroTextFlags.RichText);
      };
      PDFTextField2.prototype.enableRichFormatting = function() {
        this.acroField.setFlagTo(AcroTextFlags.RichText, true);
      };
      PDFTextField2.prototype.disableRichFormatting = function() {
        this.acroField.setFlagTo(AcroTextFlags.RichText, false);
      };
      PDFTextField2.prototype.addToPage = function(page, options2) {
        var _a, _b, _c, _d, _e, _f, _g;
        assertIs(page, "page", [[PDFPage_default, "PDFPage"]]);
        assertFieldAppearanceOptions(options2);
        if (!options2)
          options2 = {};
        if (!("textColor" in options2))
          options2.textColor = rgb(0, 0, 0);
        if (!("backgroundColor" in options2))
          options2.backgroundColor = rgb(1, 1, 1);
        if (!("borderColor" in options2))
          options2.borderColor = rgb(0, 0, 0);
        if (!("borderWidth" in options2))
          options2.borderWidth = 1;
        var widget = this.createWidget({
          x: (_a = options2.x) !== null && _a !== void 0 ? _a : 0,
          y: (_b = options2.y) !== null && _b !== void 0 ? _b : 0,
          width: (_c = options2.width) !== null && _c !== void 0 ? _c : 200,
          height: (_d = options2.height) !== null && _d !== void 0 ? _d : 50,
          textColor: options2.textColor,
          backgroundColor: options2.backgroundColor,
          borderColor: options2.borderColor,
          borderWidth: (_e = options2.borderWidth) !== null && _e !== void 0 ? _e : 0,
          rotate: (_f = options2.rotate) !== null && _f !== void 0 ? _f : degrees(0),
          hidden: options2.hidden,
          page: page.ref
        });
        var widgetRef = this.doc.context.register(widget.dict);
        this.acroField.addWidget(widgetRef);
        var font = (_g = options2.font) !== null && _g !== void 0 ? _g : this.doc.getForm().getDefaultFont();
        this.updateWidgetAppearance(widget, font);
        page.node.addAnnot(widgetRef);
      };
      PDFTextField2.prototype.needsAppearancesUpdate = function() {
        var _a;
        if (this.isDirty())
          return true;
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var hasAppearances = ((_a = widget.getAppearances()) === null || _a === void 0 ? void 0 : _a.normal) instanceof PDFStream_default;
          if (!hasAppearances)
            return true;
        }
        return false;
      };
      PDFTextField2.prototype.defaultUpdateAppearances = function(font) {
        assertIs(font, "font", [[PDFFont_default, "PDFFont"]]);
        this.updateAppearances(font);
      };
      PDFTextField2.prototype.updateAppearances = function(font, provider) {
        assertIs(font, "font", [[PDFFont_default, "PDFFont"]]);
        assertOrUndefined(provider, "provider", [Function]);
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          this.updateWidgetAppearance(widget, font, provider);
        }
        this.markAsClean();
      };
      PDFTextField2.prototype.updateWidgetAppearance = function(widget, font, provider) {
        var apProvider = provider !== null && provider !== void 0 ? provider : defaultTextFieldAppearanceProvider;
        var appearances = normalizeAppearance(apProvider(this, widget, font));
        this.updateWidgetAppearanceWithFont(widget, font, appearances);
      };
      PDFTextField2.of = function(acroText, ref, doc) {
        return new PDFTextField2(acroText, ref, doc);
      };
      return PDFTextField2;
    })(PDFField_default)
  );
  var PDFTextField_default = PDFTextField;

  // node_modules/pdf-lib/es/api/StandardFonts.js
  var StandardFonts;
  (function(StandardFonts2) {
    StandardFonts2["Courier"] = "Courier";
    StandardFonts2["CourierBold"] = "Courier-Bold";
    StandardFonts2["CourierOblique"] = "Courier-Oblique";
    StandardFonts2["CourierBoldOblique"] = "Courier-BoldOblique";
    StandardFonts2["Helvetica"] = "Helvetica";
    StandardFonts2["HelveticaBold"] = "Helvetica-Bold";
    StandardFonts2["HelveticaOblique"] = "Helvetica-Oblique";
    StandardFonts2["HelveticaBoldOblique"] = "Helvetica-BoldOblique";
    StandardFonts2["TimesRoman"] = "Times-Roman";
    StandardFonts2["TimesRomanBold"] = "Times-Bold";
    StandardFonts2["TimesRomanItalic"] = "Times-Italic";
    StandardFonts2["TimesRomanBoldItalic"] = "Times-BoldItalic";
    StandardFonts2["Symbol"] = "Symbol";
    StandardFonts2["ZapfDingbats"] = "ZapfDingbats";
  })(StandardFonts || (StandardFonts = {}));

  // node_modules/pdf-lib/es/api/form/PDFForm.js
  var PDFForm = (
    /** @class */
    (function() {
      function PDFForm2(acroForm, doc) {
        var _this = this;
        this.embedDefaultFont = function() {
          return _this.doc.embedStandardFont(StandardFonts.Helvetica);
        };
        assertIs(acroForm, "acroForm", [[PDFAcroForm_default, "PDFAcroForm"]]);
        assertIs(doc, "doc", [[PDFDocument_default, "PDFDocument"]]);
        this.acroForm = acroForm;
        this.doc = doc;
        this.dirtyFields = /* @__PURE__ */ new Set();
        this.defaultFontCache = Cache_default.populatedBy(this.embedDefaultFont);
      }
      PDFForm2.prototype.hasXFA = function() {
        return this.acroForm.dict.has(PDFName_default.of("XFA"));
      };
      PDFForm2.prototype.deleteXFA = function() {
        this.acroForm.dict.delete(PDFName_default.of("XFA"));
      };
      PDFForm2.prototype.getFields = function() {
        var allFields = this.acroForm.getAllFields();
        var fields = [];
        for (var idx = 0, len = allFields.length; idx < len; idx++) {
          var _a = allFields[idx], acroField = _a[0], ref = _a[1];
          var field3 = convertToPDFField(acroField, ref, this.doc);
          if (field3)
            fields.push(field3);
        }
        return fields;
      };
      PDFForm2.prototype.getFieldMaybe = function(name) {
        assertIs(name, "name", ["string"]);
        var fields = this.getFields();
        for (var idx = 0, len = fields.length; idx < len; idx++) {
          var field3 = fields[idx];
          if (field3.getName() === name)
            return field3;
        }
        return void 0;
      };
      PDFForm2.prototype.getField = function(name) {
        assertIs(name, "name", ["string"]);
        var field3 = this.getFieldMaybe(name);
        if (field3)
          return field3;
        throw new NoSuchFieldError(name);
      };
      PDFForm2.prototype.getButton = function(name) {
        assertIs(name, "name", ["string"]);
        var field3 = this.getField(name);
        if (field3 instanceof PDFButton_default)
          return field3;
        throw new UnexpectedFieldTypeError(name, PDFButton_default, field3);
      };
      PDFForm2.prototype.getCheckBox = function(name) {
        assertIs(name, "name", ["string"]);
        var field3 = this.getField(name);
        if (field3 instanceof PDFCheckBox_default)
          return field3;
        throw new UnexpectedFieldTypeError(name, PDFCheckBox_default, field3);
      };
      PDFForm2.prototype.getDropdown = function(name) {
        assertIs(name, "name", ["string"]);
        var field3 = this.getField(name);
        if (field3 instanceof PDFDropdown_default)
          return field3;
        throw new UnexpectedFieldTypeError(name, PDFDropdown_default, field3);
      };
      PDFForm2.prototype.getOptionList = function(name) {
        assertIs(name, "name", ["string"]);
        var field3 = this.getField(name);
        if (field3 instanceof PDFOptionList_default)
          return field3;
        throw new UnexpectedFieldTypeError(name, PDFOptionList_default, field3);
      };
      PDFForm2.prototype.getRadioGroup = function(name) {
        assertIs(name, "name", ["string"]);
        var field3 = this.getField(name);
        if (field3 instanceof PDFRadioGroup_default)
          return field3;
        throw new UnexpectedFieldTypeError(name, PDFRadioGroup_default, field3);
      };
      PDFForm2.prototype.getSignature = function(name) {
        assertIs(name, "name", ["string"]);
        var field3 = this.getField(name);
        if (field3 instanceof PDFSignature_default)
          return field3;
        throw new UnexpectedFieldTypeError(name, PDFSignature_default, field3);
      };
      PDFForm2.prototype.getTextField = function(name) {
        assertIs(name, "name", ["string"]);
        var field3 = this.getField(name);
        if (field3 instanceof PDFTextField_default)
          return field3;
        throw new UnexpectedFieldTypeError(name, PDFTextField_default, field3);
      };
      PDFForm2.prototype.createButton = function(name) {
        assertIs(name, "name", ["string"]);
        var nameParts = splitFieldName(name);
        var parent = this.findOrCreateNonTerminals(nameParts.nonTerminal);
        var button2 = PDFAcroPushButton_default.create(this.doc.context);
        button2.setPartialName(nameParts.terminal);
        addFieldToParent(parent, [button2, button2.ref], nameParts.terminal);
        return PDFButton_default.of(button2, button2.ref, this.doc);
      };
      PDFForm2.prototype.createCheckBox = function(name) {
        assertIs(name, "name", ["string"]);
        var nameParts = splitFieldName(name);
        var parent = this.findOrCreateNonTerminals(nameParts.nonTerminal);
        var checkBox = PDFAcroCheckBox_default.create(this.doc.context);
        checkBox.setPartialName(nameParts.terminal);
        addFieldToParent(parent, [checkBox, checkBox.ref], nameParts.terminal);
        return PDFCheckBox_default.of(checkBox, checkBox.ref, this.doc);
      };
      PDFForm2.prototype.createDropdown = function(name) {
        assertIs(name, "name", ["string"]);
        var nameParts = splitFieldName(name);
        var parent = this.findOrCreateNonTerminals(nameParts.nonTerminal);
        var comboBox = PDFAcroComboBox_default.create(this.doc.context);
        comboBox.setPartialName(nameParts.terminal);
        addFieldToParent(parent, [comboBox, comboBox.ref], nameParts.terminal);
        return PDFDropdown_default.of(comboBox, comboBox.ref, this.doc);
      };
      PDFForm2.prototype.createOptionList = function(name) {
        assertIs(name, "name", ["string"]);
        var nameParts = splitFieldName(name);
        var parent = this.findOrCreateNonTerminals(nameParts.nonTerminal);
        var listBox = PDFAcroListBox_default.create(this.doc.context);
        listBox.setPartialName(nameParts.terminal);
        addFieldToParent(parent, [listBox, listBox.ref], nameParts.terminal);
        return PDFOptionList_default.of(listBox, listBox.ref, this.doc);
      };
      PDFForm2.prototype.createRadioGroup = function(name) {
        assertIs(name, "name", ["string"]);
        var nameParts = splitFieldName(name);
        var parent = this.findOrCreateNonTerminals(nameParts.nonTerminal);
        var radioButton = PDFAcroRadioButton_default.create(this.doc.context);
        radioButton.setPartialName(nameParts.terminal);
        addFieldToParent(parent, [radioButton, radioButton.ref], nameParts.terminal);
        return PDFRadioGroup_default.of(radioButton, radioButton.ref, this.doc);
      };
      PDFForm2.prototype.createTextField = function(name) {
        assertIs(name, "name", ["string"]);
        var nameParts = splitFieldName(name);
        var parent = this.findOrCreateNonTerminals(nameParts.nonTerminal);
        var text2 = PDFAcroText_default.create(this.doc.context);
        text2.setPartialName(nameParts.terminal);
        addFieldToParent(parent, [text2, text2.ref], nameParts.terminal);
        return PDFTextField_default.of(text2, text2.ref, this.doc);
      };
      PDFForm2.prototype.flatten = function(options2) {
        if (options2 === void 0) {
          options2 = { updateFieldAppearances: true };
        }
        if (options2.updateFieldAppearances) {
          this.updateFieldAppearances();
        }
        var fields = this.getFields();
        for (var i = 0, lenFields = fields.length; i < lenFields; i++) {
          var field3 = fields[i];
          var widgets = field3.acroField.getWidgets();
          for (var j = 0, lenWidgets = widgets.length; j < lenWidgets; j++) {
            var widget = widgets[j];
            var page = this.findWidgetPage(widget);
            var widgetRef = this.findWidgetAppearanceRef(field3, widget);
            var xObjectKey = page.node.newXObject("FlatWidget", widgetRef);
            var rectangle = widget.getRectangle();
            var operators2 = __spreadArrays([
              pushGraphicsState(),
              translate(rectangle.x, rectangle.y)
            ], rotateInPlace(__assign(__assign({}, rectangle), { rotation: 0 })), [
              drawObject(xObjectKey),
              popGraphicsState()
            ]).filter(Boolean);
            page.pushOperators.apply(page, operators2);
          }
          this.removeField(field3);
        }
      };
      PDFForm2.prototype.removeField = function(field3) {
        var widgets = field3.acroField.getWidgets();
        var pages = /* @__PURE__ */ new Set();
        for (var i = 0, len = widgets.length; i < len; i++) {
          var widget = widgets[i];
          var widgetRef = this.findWidgetAppearanceRef(field3, widget);
          var page = this.findWidgetPage(widget);
          pages.add(page);
          page.node.removeAnnot(widgetRef);
        }
        pages.forEach(function(page2) {
          return page2.node.removeAnnot(field3.ref);
        });
        this.acroForm.removeField(field3.acroField);
        var fieldKids = field3.acroField.normalizedEntries().Kids;
        var kidsCount = fieldKids.size();
        for (var childIndex = 0; childIndex < kidsCount; childIndex++) {
          var child = fieldKids.get(childIndex);
          if (child instanceof PDFRef_default) {
            this.doc.context.delete(child);
          }
        }
        this.doc.context.delete(field3.ref);
      };
      PDFForm2.prototype.updateFieldAppearances = function(font) {
        assertOrUndefined(font, "font", [[PDFFont_default, "PDFFont"]]);
        font = font !== null && font !== void 0 ? font : this.getDefaultFont();
        var fields = this.getFields();
        for (var idx = 0, len = fields.length; idx < len; idx++) {
          var field3 = fields[idx];
          if (field3.needsAppearancesUpdate()) {
            field3.defaultUpdateAppearances(font);
          }
        }
      };
      PDFForm2.prototype.markFieldAsDirty = function(fieldRef) {
        assertOrUndefined(fieldRef, "fieldRef", [[PDFRef_default, "PDFRef"]]);
        this.dirtyFields.add(fieldRef);
      };
      PDFForm2.prototype.markFieldAsClean = function(fieldRef) {
        assertOrUndefined(fieldRef, "fieldRef", [[PDFRef_default, "PDFRef"]]);
        this.dirtyFields.delete(fieldRef);
      };
      PDFForm2.prototype.fieldIsDirty = function(fieldRef) {
        assertOrUndefined(fieldRef, "fieldRef", [[PDFRef_default, "PDFRef"]]);
        return this.dirtyFields.has(fieldRef);
      };
      PDFForm2.prototype.getDefaultFont = function() {
        return this.defaultFontCache.access();
      };
      PDFForm2.prototype.findWidgetPage = function(widget) {
        var pageRef = widget.P();
        var page = this.doc.getPages().find(function(x) {
          return x.ref === pageRef;
        });
        if (page === void 0) {
          var widgetRef = this.doc.context.getObjectRef(widget.dict);
          if (widgetRef === void 0) {
            throw new Error("Could not find PDFRef for PDFObject");
          }
          page = this.doc.findPageForAnnotationRef(widgetRef);
          if (page === void 0) {
            throw new Error("Could not find page for PDFRef " + widgetRef);
          }
        }
        return page;
      };
      PDFForm2.prototype.findWidgetAppearanceRef = function(field3, widget) {
        var _a;
        var refOrDict = widget.getNormalAppearance();
        if (refOrDict instanceof PDFDict_default && (field3 instanceof PDFCheckBox_default || field3 instanceof PDFRadioGroup_default)) {
          var value = field3.acroField.getValue();
          var ref = (_a = refOrDict.get(value)) !== null && _a !== void 0 ? _a : refOrDict.get(PDFName_default.of("Off"));
          if (ref instanceof PDFRef_default) {
            refOrDict = ref;
          }
        }
        if (!(refOrDict instanceof PDFRef_default)) {
          var name_1 = field3.getName();
          throw new Error("Failed to extract appearance ref for: " + name_1);
        }
        return refOrDict;
      };
      PDFForm2.prototype.findOrCreateNonTerminals = function(partialNames) {
        var nonTerminal = [
          this.acroForm
        ];
        for (var idx = 0, len = partialNames.length; idx < len; idx++) {
          var namePart = partialNames[idx];
          if (!namePart)
            throw new InvalidFieldNamePartError(namePart);
          var parent_1 = nonTerminal[0], parentRef = nonTerminal[1];
          var res = this.findNonTerminal(namePart, parent_1);
          if (res) {
            nonTerminal = res;
          } else {
            var node2 = PDFAcroNonTerminal_default.create(this.doc.context);
            node2.setPartialName(namePart);
            node2.setParent(parentRef);
            var nodeRef = this.doc.context.register(node2.dict);
            parent_1.addField(nodeRef);
            nonTerminal = [node2, nodeRef];
          }
        }
        return nonTerminal;
      };
      PDFForm2.prototype.findNonTerminal = function(partialName, parent) {
        var fields = parent instanceof PDFAcroForm_default ? this.acroForm.getFields() : createPDFAcroFields(parent.Kids());
        for (var idx = 0, len = fields.length; idx < len; idx++) {
          var _a = fields[idx], field3 = _a[0], ref = _a[1];
          if (field3.getPartialName() === partialName) {
            if (field3 instanceof PDFAcroNonTerminal_default)
              return [field3, ref];
            throw new FieldAlreadyExistsError(partialName);
          }
        }
        return void 0;
      };
      PDFForm2.of = function(acroForm, doc) {
        return new PDFForm2(acroForm, doc);
      };
      return PDFForm2;
    })()
  );
  var PDFForm_default = PDFForm;
  var convertToPDFField = function(field3, ref, doc) {
    if (field3 instanceof PDFAcroPushButton_default)
      return PDFButton_default.of(field3, ref, doc);
    if (field3 instanceof PDFAcroCheckBox_default)
      return PDFCheckBox_default.of(field3, ref, doc);
    if (field3 instanceof PDFAcroComboBox_default)
      return PDFDropdown_default.of(field3, ref, doc);
    if (field3 instanceof PDFAcroListBox_default)
      return PDFOptionList_default.of(field3, ref, doc);
    if (field3 instanceof PDFAcroText_default)
      return PDFTextField_default.of(field3, ref, doc);
    if (field3 instanceof PDFAcroRadioButton_default) {
      return PDFRadioGroup_default.of(field3, ref, doc);
    }
    if (field3 instanceof PDFAcroSignature_default) {
      return PDFSignature_default.of(field3, ref, doc);
    }
    return void 0;
  };
  var splitFieldName = function(fullyQualifiedName) {
    if (fullyQualifiedName.length === 0) {
      throw new Error("PDF field names must not be empty strings");
    }
    var parts = fullyQualifiedName.split(".");
    for (var idx = 0, len = parts.length; idx < len; idx++) {
      if (parts[idx] === "") {
        throw new Error('Periods in PDF field names must be separated by at least one character: "' + fullyQualifiedName + '"');
      }
    }
    if (parts.length === 1)
      return { nonTerminal: [], terminal: parts[0] };
    return {
      nonTerminal: parts.slice(0, parts.length - 1),
      terminal: parts[parts.length - 1]
    };
  };
  var addFieldToParent = function(_a, _b, partialName) {
    var parent = _a[0], parentRef = _a[1];
    var field3 = _b[0], fieldRef = _b[1];
    var entries = parent.normalizedEntries();
    var fields = createPDFAcroFields("Kids" in entries ? entries.Kids : entries.Fields);
    for (var idx = 0, len = fields.length; idx < len; idx++) {
      if (fields[idx][0].getPartialName() === partialName) {
        throw new FieldAlreadyExistsError(partialName);
      }
    }
    parent.addField(fieldRef);
    field3.setParent(parentRef);
  };

  // node_modules/pdf-lib/es/api/sizes.js
  var PageSizes = {
    "4A0": [4767.87, 6740.79],
    "2A0": [3370.39, 4767.87],
    A0: [2383.94, 3370.39],
    A1: [1683.78, 2383.94],
    A2: [1190.55, 1683.78],
    A3: [841.89, 1190.55],
    A4: [595.28, 841.89],
    A5: [419.53, 595.28],
    A6: [297.64, 419.53],
    A7: [209.76, 297.64],
    A8: [147.4, 209.76],
    A9: [104.88, 147.4],
    A10: [73.7, 104.88],
    B0: [2834.65, 4008.19],
    B1: [2004.09, 2834.65],
    B2: [1417.32, 2004.09],
    B3: [1000.63, 1417.32],
    B4: [708.66, 1000.63],
    B5: [498.9, 708.66],
    B6: [354.33, 498.9],
    B7: [249.45, 354.33],
    B8: [175.75, 249.45],
    B9: [124.72, 175.75],
    B10: [87.87, 124.72],
    C0: [2599.37, 3676.54],
    C1: [1836.85, 2599.37],
    C2: [1298.27, 1836.85],
    C3: [918.43, 1298.27],
    C4: [649.13, 918.43],
    C5: [459.21, 649.13],
    C6: [323.15, 459.21],
    C7: [229.61, 323.15],
    C8: [161.57, 229.61],
    C9: [113.39, 161.57],
    C10: [79.37, 113.39],
    RA0: [2437.8, 3458.27],
    RA1: [1729.13, 2437.8],
    RA2: [1218.9, 1729.13],
    RA3: [864.57, 1218.9],
    RA4: [609.45, 864.57],
    SRA0: [2551.18, 3628.35],
    SRA1: [1814.17, 2551.18],
    SRA2: [1275.59, 1814.17],
    SRA3: [907.09, 1275.59],
    SRA4: [637.8, 907.09],
    Executive: [521.86, 756],
    Folio: [612, 936],
    Legal: [612, 1008],
    Letter: [612, 792],
    Tabloid: [792, 1224]
  };

  // node_modules/pdf-lib/es/api/PDFDocumentOptions.js
  var ParseSpeeds;
  (function(ParseSpeeds2) {
    ParseSpeeds2[ParseSpeeds2["Fastest"] = Infinity] = "Fastest";
    ParseSpeeds2[ParseSpeeds2["Fast"] = 1500] = "Fast";
    ParseSpeeds2[ParseSpeeds2["Medium"] = 500] = "Medium";
    ParseSpeeds2[ParseSpeeds2["Slow"] = 100] = "Slow";
  })(ParseSpeeds || (ParseSpeeds = {}));

  // node_modules/pdf-lib/es/api/PDFEmbeddedFile.js
  var PDFEmbeddedFile = (
    /** @class */
    (function() {
      function PDFEmbeddedFile2(ref, doc, embedder) {
        this.alreadyEmbedded = false;
        this.ref = ref;
        this.doc = doc;
        this.embedder = embedder;
      }
      PDFEmbeddedFile2.prototype.embed = function() {
        return __awaiter(this, void 0, void 0, function() {
          var ref, Names, EmbeddedFiles, EFNames, AF;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                if (!!this.alreadyEmbedded) return [3, 2];
                return [4, this.embedder.embedIntoContext(this.doc.context, this.ref)];
              case 1:
                ref = _a.sent();
                if (!this.doc.catalog.has(PDFName_default.of("Names"))) {
                  this.doc.catalog.set(PDFName_default.of("Names"), this.doc.context.obj({}));
                }
                Names = this.doc.catalog.lookup(PDFName_default.of("Names"), PDFDict_default);
                if (!Names.has(PDFName_default.of("EmbeddedFiles"))) {
                  Names.set(PDFName_default.of("EmbeddedFiles"), this.doc.context.obj({}));
                }
                EmbeddedFiles = Names.lookup(PDFName_default.of("EmbeddedFiles"), PDFDict_default);
                if (!EmbeddedFiles.has(PDFName_default.of("Names"))) {
                  EmbeddedFiles.set(PDFName_default.of("Names"), this.doc.context.obj([]));
                }
                EFNames = EmbeddedFiles.lookup(PDFName_default.of("Names"), PDFArray_default);
                EFNames.push(PDFHexString_default.fromText(this.embedder.fileName));
                EFNames.push(ref);
                if (!this.doc.catalog.has(PDFName_default.of("AF"))) {
                  this.doc.catalog.set(PDFName_default.of("AF"), this.doc.context.obj([]));
                }
                AF = this.doc.catalog.lookup(PDFName_default.of("AF"), PDFArray_default);
                AF.push(ref);
                this.alreadyEmbedded = true;
                _a.label = 2;
              case 2:
                return [
                  2
                  /*return*/
                ];
            }
          });
        });
      };
      PDFEmbeddedFile2.of = function(ref, doc, embedder) {
        return new PDFEmbeddedFile2(ref, doc, embedder);
      };
      return PDFEmbeddedFile2;
    })()
  );
  var PDFEmbeddedFile_default = PDFEmbeddedFile;

  // node_modules/pdf-lib/es/api/PDFJavaScript.js
  var PDFJavaScript = (
    /** @class */
    (function() {
      function PDFJavaScript2(ref, doc, embedder) {
        this.alreadyEmbedded = false;
        this.ref = ref;
        this.doc = doc;
        this.embedder = embedder;
      }
      PDFJavaScript2.prototype.embed = function() {
        return __awaiter(this, void 0, void 0, function() {
          var _a, catalog, context2, ref, Names, Javascript, JSNames;
          return __generator(this, function(_b) {
            switch (_b.label) {
              case 0:
                if (!!this.alreadyEmbedded) return [3, 2];
                _a = this.doc, catalog = _a.catalog, context2 = _a.context;
                return [4, this.embedder.embedIntoContext(this.doc.context, this.ref)];
              case 1:
                ref = _b.sent();
                if (!catalog.has(PDFName_default.of("Names"))) {
                  catalog.set(PDFName_default.of("Names"), context2.obj({}));
                }
                Names = catalog.lookup(PDFName_default.of("Names"), PDFDict_default);
                if (!Names.has(PDFName_default.of("JavaScript"))) {
                  Names.set(PDFName_default.of("JavaScript"), context2.obj({}));
                }
                Javascript = Names.lookup(PDFName_default.of("JavaScript"), PDFDict_default);
                if (!Javascript.has(PDFName_default.of("Names"))) {
                  Javascript.set(PDFName_default.of("Names"), context2.obj([]));
                }
                JSNames = Javascript.lookup(PDFName_default.of("Names"), PDFArray_default);
                JSNames.push(PDFHexString_default.fromText(this.embedder.scriptName));
                JSNames.push(ref);
                this.alreadyEmbedded = true;
                _b.label = 2;
              case 2:
                return [
                  2
                  /*return*/
                ];
            }
          });
        });
      };
      PDFJavaScript2.of = function(ref, doc, embedder) {
        return new PDFJavaScript2(ref, doc, embedder);
      };
      return PDFJavaScript2;
    })()
  );
  var PDFJavaScript_default = PDFJavaScript;

  // node_modules/pdf-lib/es/core/embedders/JavaScriptEmbedder.js
  var JavaScriptEmbedder = (
    /** @class */
    (function() {
      function JavaScriptEmbedder2(script, scriptName) {
        this.script = script;
        this.scriptName = scriptName;
      }
      JavaScriptEmbedder2.for = function(script, scriptName) {
        return new JavaScriptEmbedder2(script, scriptName);
      };
      JavaScriptEmbedder2.prototype.embedIntoContext = function(context2, ref) {
        return __awaiter(this, void 0, void 0, function() {
          var jsActionDict;
          return __generator(this, function(_a) {
            jsActionDict = context2.obj({
              Type: "Action",
              S: "JavaScript",
              JS: PDFHexString_default.fromText(this.script)
            });
            if (ref) {
              context2.assign(ref, jsActionDict);
              return [2, ref];
            } else {
              return [2, context2.register(jsActionDict)];
            }
            return [
              2
              /*return*/
            ];
          });
        });
      };
      return JavaScriptEmbedder2;
    })()
  );
  var JavaScriptEmbedder_default = JavaScriptEmbedder;

  // node_modules/pdf-lib/es/api/PDFDocument.js
  var PDFDocument = (
    /** @class */
    (function() {
      function PDFDocument3(context2, ignoreEncryption, updateMetadata) {
        var _this = this;
        this.defaultWordBreaks = [" "];
        this.computePages = function() {
          var pages = [];
          _this.catalog.Pages().traverse(function(node2, ref) {
            if (node2 instanceof PDFPageLeaf_default) {
              var page = _this.pageMap.get(node2);
              if (!page) {
                page = PDFPage_default.of(node2, ref, _this);
                _this.pageMap.set(node2, page);
              }
              pages.push(page);
            }
          });
          return pages;
        };
        this.getOrCreateForm = function() {
          var acroForm = _this.catalog.getOrCreateAcroForm();
          return PDFForm_default.of(acroForm, _this);
        };
        assertIs(context2, "context", [[PDFContext_default, "PDFContext"]]);
        assertIs(ignoreEncryption, "ignoreEncryption", ["boolean"]);
        this.context = context2;
        this.catalog = context2.lookup(context2.trailerInfo.Root);
        this.isEncrypted = !!context2.lookup(context2.trailerInfo.Encrypt);
        this.pageCache = Cache_default.populatedBy(this.computePages);
        this.pageMap = /* @__PURE__ */ new Map();
        this.formCache = Cache_default.populatedBy(this.getOrCreateForm);
        this.fonts = [];
        this.images = [];
        this.embeddedPages = [];
        this.embeddedFiles = [];
        this.javaScripts = [];
        if (!ignoreEncryption && this.isEncrypted)
          throw new EncryptedPDFError();
        if (updateMetadata)
          this.updateInfoDict();
      }
      PDFDocument3.load = function(pdf, options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        return __awaiter(this, void 0, void 0, function() {
          var _a, ignoreEncryption, _b, parseSpeed, _c, throwOnInvalidObject, _d, updateMetadata, _e, capNumbers, bytes2, context2;
          return __generator(this, function(_f) {
            switch (_f.label) {
              case 0:
                _a = options2.ignoreEncryption, ignoreEncryption = _a === void 0 ? false : _a, _b = options2.parseSpeed, parseSpeed = _b === void 0 ? ParseSpeeds.Slow : _b, _c = options2.throwOnInvalidObject, throwOnInvalidObject = _c === void 0 ? false : _c, _d = options2.updateMetadata, updateMetadata = _d === void 0 ? true : _d, _e = options2.capNumbers, capNumbers = _e === void 0 ? false : _e;
                assertIs(pdf, "pdf", ["string", Uint8Array, ArrayBuffer]);
                assertIs(ignoreEncryption, "ignoreEncryption", ["boolean"]);
                assertIs(parseSpeed, "parseSpeed", ["number"]);
                assertIs(throwOnInvalidObject, "throwOnInvalidObject", ["boolean"]);
                bytes2 = toUint8Array(pdf);
                return [4, PDFParser_default.forBytesWithOptions(bytes2, parseSpeed, throwOnInvalidObject, capNumbers).parseDocument()];
              case 1:
                context2 = _f.sent();
                return [2, new PDFDocument3(context2, ignoreEncryption, updateMetadata)];
            }
          });
        });
      };
      PDFDocument3.create = function(options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        return __awaiter(this, void 0, void 0, function() {
          var _a, updateMetadata, context2, pageTree, pageTreeRef, catalog;
          return __generator(this, function(_b) {
            _a = options2.updateMetadata, updateMetadata = _a === void 0 ? true : _a;
            context2 = PDFContext_default.create();
            pageTree = PDFPageTree_default.withContext(context2);
            pageTreeRef = context2.register(pageTree);
            catalog = PDFCatalog_default.withContextAndPages(context2, pageTreeRef);
            context2.trailerInfo.Root = context2.register(catalog);
            return [2, new PDFDocument3(context2, false, updateMetadata)];
          });
        });
      };
      PDFDocument3.prototype.registerFontkit = function(fontkit) {
        this.fontkit = fontkit;
      };
      PDFDocument3.prototype.getForm = function() {
        var form3 = this.formCache.access();
        if (form3.hasXFA()) {
          console.warn("Removing XFA form data as pdf-lib does not support reading or writing XFA");
          form3.deleteXFA();
        }
        return form3;
      };
      PDFDocument3.prototype.getTitle = function() {
        var title = this.getInfoDict().lookup(PDFName_default.Title);
        if (!title)
          return void 0;
        assertIsLiteralOrHexString(title);
        return title.decodeText();
      };
      PDFDocument3.prototype.getAuthor = function() {
        var author = this.getInfoDict().lookup(PDFName_default.Author);
        if (!author)
          return void 0;
        assertIsLiteralOrHexString(author);
        return author.decodeText();
      };
      PDFDocument3.prototype.getSubject = function() {
        var subject = this.getInfoDict().lookup(PDFName_default.Subject);
        if (!subject)
          return void 0;
        assertIsLiteralOrHexString(subject);
        return subject.decodeText();
      };
      PDFDocument3.prototype.getKeywords = function() {
        var keywords = this.getInfoDict().lookup(PDFName_default.Keywords);
        if (!keywords)
          return void 0;
        assertIsLiteralOrHexString(keywords);
        return keywords.decodeText();
      };
      PDFDocument3.prototype.getCreator = function() {
        var creator = this.getInfoDict().lookup(PDFName_default.Creator);
        if (!creator)
          return void 0;
        assertIsLiteralOrHexString(creator);
        return creator.decodeText();
      };
      PDFDocument3.prototype.getProducer = function() {
        var producer = this.getInfoDict().lookup(PDFName_default.Producer);
        if (!producer)
          return void 0;
        assertIsLiteralOrHexString(producer);
        return producer.decodeText();
      };
      PDFDocument3.prototype.getCreationDate = function() {
        var creationDate = this.getInfoDict().lookup(PDFName_default.CreationDate);
        if (!creationDate)
          return void 0;
        assertIsLiteralOrHexString(creationDate);
        return creationDate.decodeDate();
      };
      PDFDocument3.prototype.getModificationDate = function() {
        var modificationDate = this.getInfoDict().lookup(PDFName_default.ModDate);
        if (!modificationDate)
          return void 0;
        assertIsLiteralOrHexString(modificationDate);
        return modificationDate.decodeDate();
      };
      PDFDocument3.prototype.setTitle = function(title, options2) {
        assertIs(title, "title", ["string"]);
        var key2 = PDFName_default.of("Title");
        this.getInfoDict().set(key2, PDFHexString_default.fromText(title));
        if (options2 === null || options2 === void 0 ? void 0 : options2.showInWindowTitleBar) {
          var prefs = this.catalog.getOrCreateViewerPreferences();
          prefs.setDisplayDocTitle(true);
        }
      };
      PDFDocument3.prototype.setAuthor = function(author) {
        assertIs(author, "author", ["string"]);
        var key2 = PDFName_default.of("Author");
        this.getInfoDict().set(key2, PDFHexString_default.fromText(author));
      };
      PDFDocument3.prototype.setSubject = function(subject) {
        assertIs(subject, "author", ["string"]);
        var key2 = PDFName_default.of("Subject");
        this.getInfoDict().set(key2, PDFHexString_default.fromText(subject));
      };
      PDFDocument3.prototype.setKeywords = function(keywords) {
        assertIs(keywords, "keywords", [Array]);
        var key2 = PDFName_default.of("Keywords");
        this.getInfoDict().set(key2, PDFHexString_default.fromText(keywords.join(" ")));
      };
      PDFDocument3.prototype.setCreator = function(creator) {
        assertIs(creator, "creator", ["string"]);
        var key2 = PDFName_default.of("Creator");
        this.getInfoDict().set(key2, PDFHexString_default.fromText(creator));
      };
      PDFDocument3.prototype.setProducer = function(producer) {
        assertIs(producer, "creator", ["string"]);
        var key2 = PDFName_default.of("Producer");
        this.getInfoDict().set(key2, PDFHexString_default.fromText(producer));
      };
      PDFDocument3.prototype.setLanguage = function(language) {
        assertIs(language, "language", ["string"]);
        var key2 = PDFName_default.of("Lang");
        this.catalog.set(key2, PDFString_default.of(language));
      };
      PDFDocument3.prototype.setCreationDate = function(creationDate) {
        assertIs(creationDate, "creationDate", [[Date, "Date"]]);
        var key2 = PDFName_default.of("CreationDate");
        this.getInfoDict().set(key2, PDFString_default.fromDate(creationDate));
      };
      PDFDocument3.prototype.setModificationDate = function(modificationDate) {
        assertIs(modificationDate, "modificationDate", [[Date, "Date"]]);
        var key2 = PDFName_default.of("ModDate");
        this.getInfoDict().set(key2, PDFString_default.fromDate(modificationDate));
      };
      PDFDocument3.prototype.getPageCount = function() {
        if (this.pageCount === void 0)
          this.pageCount = this.getPages().length;
        return this.pageCount;
      };
      PDFDocument3.prototype.getPages = function() {
        return this.pageCache.access();
      };
      PDFDocument3.prototype.getPage = function(index) {
        var pages = this.getPages();
        assertRange(index, "index", 0, pages.length - 1);
        return pages[index];
      };
      PDFDocument3.prototype.getPageIndices = function() {
        return range(0, this.getPageCount());
      };
      PDFDocument3.prototype.removePage = function(index) {
        var pageCount = this.getPageCount();
        if (this.pageCount === 0)
          throw new RemovePageFromEmptyDocumentError();
        assertRange(index, "index", 0, pageCount - 1);
        this.catalog.removeLeafNode(index);
        this.pageCount = pageCount - 1;
      };
      PDFDocument3.prototype.addPage = function(page) {
        assertIs(page, "page", ["undefined", [PDFPage_default, "PDFPage"], Array]);
        return this.insertPage(this.getPageCount(), page);
      };
      PDFDocument3.prototype.insertPage = function(index, page) {
        var pageCount = this.getPageCount();
        assertRange(index, "index", 0, pageCount);
        assertIs(page, "page", ["undefined", [PDFPage_default, "PDFPage"], Array]);
        if (!page || Array.isArray(page)) {
          var dims = Array.isArray(page) ? page : PageSizes.A4;
          page = PDFPage_default.create(this);
          page.setSize.apply(page, dims);
        } else if (page.doc !== this) {
          throw new ForeignPageError();
        }
        var parentRef = this.catalog.insertLeafNode(page.ref, index);
        page.node.setParent(parentRef);
        this.pageMap.set(page.node, page);
        this.pageCache.invalidate();
        this.pageCount = pageCount + 1;
        return page;
      };
      PDFDocument3.prototype.copyPages = function(srcDoc, indices) {
        return __awaiter(this, void 0, void 0, function() {
          var copier, srcPages, copiedPages, idx, len, srcPage, copiedPage, ref;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                assertIs(srcDoc, "srcDoc", [[PDFDocument3, "PDFDocument"]]);
                assertIs(indices, "indices", [Array]);
                return [4, srcDoc.flush()];
              case 1:
                _a.sent();
                copier = PDFObjectCopier_default.for(srcDoc.context, this.context);
                srcPages = srcDoc.getPages();
                copiedPages = new Array(indices.length);
                for (idx = 0, len = indices.length; idx < len; idx++) {
                  srcPage = srcPages[indices[idx]];
                  copiedPage = copier.copy(srcPage.node);
                  ref = this.context.register(copiedPage);
                  copiedPages[idx] = PDFPage_default.of(copiedPage, ref, this);
                }
                return [2, copiedPages];
            }
          });
        });
      };
      PDFDocument3.prototype.copy = function() {
        return __awaiter(this, void 0, void 0, function() {
          var pdfCopy, contentPages, idx, len;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                return [4, PDFDocument3.create()];
              case 1:
                pdfCopy = _a.sent();
                return [4, pdfCopy.copyPages(this, this.getPageIndices())];
              case 2:
                contentPages = _a.sent();
                for (idx = 0, len = contentPages.length; idx < len; idx++) {
                  pdfCopy.addPage(contentPages[idx]);
                }
                if (this.getAuthor() !== void 0) {
                  pdfCopy.setAuthor(this.getAuthor());
                }
                if (this.getCreationDate() !== void 0) {
                  pdfCopy.setCreationDate(this.getCreationDate());
                }
                if (this.getCreator() !== void 0) {
                  pdfCopy.setCreator(this.getCreator());
                }
                if (this.getModificationDate() !== void 0) {
                  pdfCopy.setModificationDate(this.getModificationDate());
                }
                if (this.getProducer() !== void 0) {
                  pdfCopy.setProducer(this.getProducer());
                }
                if (this.getSubject() !== void 0) {
                  pdfCopy.setSubject(this.getSubject());
                }
                if (this.getTitle() !== void 0) {
                  pdfCopy.setTitle(this.getTitle());
                }
                pdfCopy.defaultWordBreaks = this.defaultWordBreaks;
                return [2, pdfCopy];
            }
          });
        });
      };
      PDFDocument3.prototype.addJavaScript = function(name, script) {
        assertIs(name, "name", ["string"]);
        assertIs(script, "script", ["string"]);
        var embedder = JavaScriptEmbedder_default.for(script, name);
        var ref = this.context.nextRef();
        var javaScript = PDFJavaScript_default.of(ref, this, embedder);
        this.javaScripts.push(javaScript);
      };
      PDFDocument3.prototype.attach = function(attachment, name, options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        return __awaiter(this, void 0, void 0, function() {
          var bytes2, embedder, ref, embeddedFile;
          return __generator(this, function(_a) {
            assertIs(attachment, "attachment", ["string", Uint8Array, ArrayBuffer]);
            assertIs(name, "name", ["string"]);
            assertOrUndefined(options2.mimeType, "mimeType", ["string"]);
            assertOrUndefined(options2.description, "description", ["string"]);
            assertOrUndefined(options2.creationDate, "options.creationDate", [Date]);
            assertOrUndefined(options2.modificationDate, "options.modificationDate", [
              Date
            ]);
            assertIsOneOfOrUndefined(options2.afRelationship, "options.afRelationship", AFRelationship);
            bytes2 = toUint8Array(attachment);
            embedder = FileEmbedder_default.for(bytes2, name, options2);
            ref = this.context.nextRef();
            embeddedFile = PDFEmbeddedFile_default.of(ref, this, embedder);
            this.embeddedFiles.push(embeddedFile);
            return [
              2
              /*return*/
            ];
          });
        });
      };
      PDFDocument3.prototype.embedFont = function(font, options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        return __awaiter(this, void 0, void 0, function() {
          var _a, subset2, customName, features2, embedder, bytes2, fontkit, _b, ref, pdfFont;
          return __generator(this, function(_c) {
            switch (_c.label) {
              case 0:
                _a = options2.subset, subset2 = _a === void 0 ? false : _a, customName = options2.customName, features2 = options2.features;
                assertIs(font, "font", ["string", Uint8Array, ArrayBuffer]);
                assertIs(subset2, "subset", ["boolean"]);
                if (!isStandardFont(font)) return [3, 1];
                embedder = StandardFontEmbedder_default.for(font, customName);
                return [3, 7];
              case 1:
                if (!canBeConvertedToUint8Array(font)) return [3, 6];
                bytes2 = toUint8Array(font);
                fontkit = this.assertFontkit();
                if (!subset2) return [3, 3];
                return [4, CustomFontSubsetEmbedder_default.for(fontkit, bytes2, customName, features2)];
              case 2:
                _b = _c.sent();
                return [3, 5];
              case 3:
                return [4, CustomFontEmbedder_default.for(fontkit, bytes2, customName, features2)];
              case 4:
                _b = _c.sent();
                _c.label = 5;
              case 5:
                embedder = _b;
                return [3, 7];
              case 6:
                throw new TypeError("`font` must be one of `StandardFonts | string | Uint8Array | ArrayBuffer`");
              case 7:
                ref = this.context.nextRef();
                pdfFont = PDFFont_default.of(ref, this, embedder);
                this.fonts.push(pdfFont);
                return [2, pdfFont];
            }
          });
        });
      };
      PDFDocument3.prototype.embedStandardFont = function(font, customName) {
        assertIs(font, "font", ["string"]);
        if (!isStandardFont(font)) {
          throw new TypeError("`font` must be one of type `StandardFonts`");
        }
        var embedder = StandardFontEmbedder_default.for(font, customName);
        var ref = this.context.nextRef();
        var pdfFont = PDFFont_default.of(ref, this, embedder);
        this.fonts.push(pdfFont);
        return pdfFont;
      };
      PDFDocument3.prototype.embedJpg = function(jpg) {
        return __awaiter(this, void 0, void 0, function() {
          var bytes2, embedder, ref, pdfImage;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                assertIs(jpg, "jpg", ["string", Uint8Array, ArrayBuffer]);
                bytes2 = toUint8Array(jpg);
                return [4, JpegEmbedder_default.for(bytes2)];
              case 1:
                embedder = _a.sent();
                ref = this.context.nextRef();
                pdfImage = PDFImage_default.of(ref, this, embedder);
                this.images.push(pdfImage);
                return [2, pdfImage];
            }
          });
        });
      };
      PDFDocument3.prototype.embedPng = function(png) {
        return __awaiter(this, void 0, void 0, function() {
          var bytes2, embedder, ref, pdfImage;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                assertIs(png, "png", ["string", Uint8Array, ArrayBuffer]);
                bytes2 = toUint8Array(png);
                return [4, PngEmbedder_default.for(bytes2)];
              case 1:
                embedder = _a.sent();
                ref = this.context.nextRef();
                pdfImage = PDFImage_default.of(ref, this, embedder);
                this.images.push(pdfImage);
                return [2, pdfImage];
            }
          });
        });
      };
      PDFDocument3.prototype.embedPdf = function(pdf, indices) {
        if (indices === void 0) {
          indices = [0];
        }
        return __awaiter(this, void 0, void 0, function() {
          var srcDoc, _a, srcPages;
          return __generator(this, function(_b) {
            switch (_b.label) {
              case 0:
                assertIs(pdf, "pdf", [
                  "string",
                  Uint8Array,
                  ArrayBuffer,
                  [PDFDocument3, "PDFDocument"]
                ]);
                assertIs(indices, "indices", [Array]);
                if (!(pdf instanceof PDFDocument3)) return [3, 1];
                _a = pdf;
                return [3, 3];
              case 1:
                return [4, PDFDocument3.load(pdf)];
              case 2:
                _a = _b.sent();
                _b.label = 3;
              case 3:
                srcDoc = _a;
                srcPages = pluckIndices(srcDoc.getPages(), indices);
                return [2, this.embedPages(srcPages)];
            }
          });
        });
      };
      PDFDocument3.prototype.embedPage = function(page, boundingBox, transformationMatrix) {
        return __awaiter(this, void 0, void 0, function() {
          var embeddedPage;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                assertIs(page, "page", [[PDFPage_default, "PDFPage"]]);
                return [4, this.embedPages([page], [boundingBox], [transformationMatrix])];
              case 1:
                embeddedPage = _a.sent()[0];
                return [2, embeddedPage];
            }
          });
        });
      };
      PDFDocument3.prototype.embedPages = function(pages, boundingBoxes, transformationMatrices) {
        if (boundingBoxes === void 0) {
          boundingBoxes = [];
        }
        if (transformationMatrices === void 0) {
          transformationMatrices = [];
        }
        return __awaiter(this, void 0, void 0, function() {
          var idx, len, currPage, nextPage, context2, maybeCopyPage, embeddedPages, idx, len, page, box, matrix, embedder, ref;
          var _a;
          return __generator(this, function(_b) {
            switch (_b.label) {
              case 0:
                if (pages.length === 0)
                  return [2, []];
                for (idx = 0, len = pages.length - 1; idx < len; idx++) {
                  currPage = pages[idx];
                  nextPage = pages[idx + 1];
                  if (currPage.node.context !== nextPage.node.context) {
                    throw new PageEmbeddingMismatchedContextError();
                  }
                }
                context2 = pages[0].node.context;
                maybeCopyPage = context2 === this.context ? function(p) {
                  return p;
                } : PDFObjectCopier_default.for(context2, this.context).copy;
                embeddedPages = new Array(pages.length);
                idx = 0, len = pages.length;
                _b.label = 1;
              case 1:
                if (!(idx < len)) return [3, 4];
                page = maybeCopyPage(pages[idx].node);
                box = boundingBoxes[idx];
                matrix = transformationMatrices[idx];
                return [4, PDFPageEmbedder_default.for(page, box, matrix)];
              case 2:
                embedder = _b.sent();
                ref = this.context.nextRef();
                embeddedPages[idx] = PDFEmbeddedPage_default.of(ref, this, embedder);
                _b.label = 3;
              case 3:
                idx++;
                return [3, 1];
              case 4:
                (_a = this.embeddedPages).push.apply(_a, embeddedPages);
                return [2, embeddedPages];
            }
          });
        });
      };
      PDFDocument3.prototype.flush = function() {
        return __awaiter(this, void 0, void 0, function() {
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                return [4, this.embedAll(this.fonts)];
              case 1:
                _a.sent();
                return [4, this.embedAll(this.images)];
              case 2:
                _a.sent();
                return [4, this.embedAll(this.embeddedPages)];
              case 3:
                _a.sent();
                return [4, this.embedAll(this.embeddedFiles)];
              case 4:
                _a.sent();
                return [4, this.embedAll(this.javaScripts)];
              case 5:
                _a.sent();
                return [
                  2
                  /*return*/
                ];
            }
          });
        });
      };
      PDFDocument3.prototype.save = function(options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        return __awaiter(this, void 0, void 0, function() {
          var _a, useObjectStreams, _b, addDefaultPage, _c, objectsPerTick, _d, updateFieldAppearances, form3, Writer;
          return __generator(this, function(_e) {
            switch (_e.label) {
              case 0:
                _a = options2.useObjectStreams, useObjectStreams = _a === void 0 ? true : _a, _b = options2.addDefaultPage, addDefaultPage = _b === void 0 ? true : _b, _c = options2.objectsPerTick, objectsPerTick = _c === void 0 ? 50 : _c, _d = options2.updateFieldAppearances, updateFieldAppearances = _d === void 0 ? true : _d;
                assertIs(useObjectStreams, "useObjectStreams", ["boolean"]);
                assertIs(addDefaultPage, "addDefaultPage", ["boolean"]);
                assertIs(objectsPerTick, "objectsPerTick", ["number"]);
                assertIs(updateFieldAppearances, "updateFieldAppearances", ["boolean"]);
                if (addDefaultPage && this.getPageCount() === 0)
                  this.addPage();
                if (updateFieldAppearances) {
                  form3 = this.formCache.getValue();
                  if (form3)
                    form3.updateFieldAppearances();
                }
                return [4, this.flush()];
              case 1:
                _e.sent();
                Writer = useObjectStreams ? PDFStreamWriter_default : PDFWriter_default;
                return [2, Writer.forContext(this.context, objectsPerTick).serializeToBuffer()];
            }
          });
        });
      };
      PDFDocument3.prototype.saveAsBase64 = function(options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        return __awaiter(this, void 0, void 0, function() {
          var _a, dataUri, otherOptions, bytes2, base64;
          return __generator(this, function(_b) {
            switch (_b.label) {
              case 0:
                _a = options2.dataUri, dataUri = _a === void 0 ? false : _a, otherOptions = __rest(options2, ["dataUri"]);
                assertIs(dataUri, "dataUri", ["boolean"]);
                return [4, this.save(otherOptions)];
              case 1:
                bytes2 = _b.sent();
                base64 = encodeToBase64(bytes2);
                return [2, dataUri ? "data:application/pdf;base64," + base64 : base64];
            }
          });
        });
      };
      PDFDocument3.prototype.findPageForAnnotationRef = function(ref) {
        var pages = this.getPages();
        for (var idx = 0, len = pages.length; idx < len; idx++) {
          var page = pages[idx];
          var annotations = page.node.Annots();
          if ((annotations === null || annotations === void 0 ? void 0 : annotations.indexOf(ref)) !== void 0) {
            return page;
          }
        }
        return void 0;
      };
      PDFDocument3.prototype.embedAll = function(embeddables) {
        return __awaiter(this, void 0, void 0, function() {
          var idx, len;
          return __generator(this, function(_a) {
            switch (_a.label) {
              case 0:
                idx = 0, len = embeddables.length;
                _a.label = 1;
              case 1:
                if (!(idx < len)) return [3, 4];
                return [4, embeddables[idx].embed()];
              case 2:
                _a.sent();
                _a.label = 3;
              case 3:
                idx++;
                return [3, 1];
              case 4:
                return [
                  2
                  /*return*/
                ];
            }
          });
        });
      };
      PDFDocument3.prototype.updateInfoDict = function() {
        var pdfLib = "pdf-lib (https://github.com/Hopding/pdf-lib)";
        var now = /* @__PURE__ */ new Date();
        var info3 = this.getInfoDict();
        this.setProducer(pdfLib);
        this.setModificationDate(now);
        if (!info3.get(PDFName_default.of("Creator")))
          this.setCreator(pdfLib);
        if (!info3.get(PDFName_default.of("CreationDate")))
          this.setCreationDate(now);
      };
      PDFDocument3.prototype.getInfoDict = function() {
        var existingInfo = this.context.lookup(this.context.trailerInfo.Info);
        if (existingInfo instanceof PDFDict_default)
          return existingInfo;
        var newInfo = this.context.obj({});
        this.context.trailerInfo.Info = this.context.register(newInfo);
        return newInfo;
      };
      PDFDocument3.prototype.assertFontkit = function() {
        if (!this.fontkit)
          throw new FontkitNotRegisteredError();
        return this.fontkit;
      };
      return PDFDocument3;
    })()
  );
  var PDFDocument_default = PDFDocument;
  function assertIsLiteralOrHexString(pdfObject) {
    if (!(pdfObject instanceof PDFHexString_default) && !(pdfObject instanceof PDFString_default)) {
      throw new UnexpectedObjectTypeError([PDFHexString_default, PDFString_default], pdfObject);
    }
  }

  // node_modules/pdf-lib/es/api/PDFPageOptions.js
  var BlendMode;
  (function(BlendMode2) {
    BlendMode2["Normal"] = "Normal";
    BlendMode2["Multiply"] = "Multiply";
    BlendMode2["Screen"] = "Screen";
    BlendMode2["Overlay"] = "Overlay";
    BlendMode2["Darken"] = "Darken";
    BlendMode2["Lighten"] = "Lighten";
    BlendMode2["ColorDodge"] = "ColorDodge";
    BlendMode2["ColorBurn"] = "ColorBurn";
    BlendMode2["HardLight"] = "HardLight";
    BlendMode2["SoftLight"] = "SoftLight";
    BlendMode2["Difference"] = "Difference";
    BlendMode2["Exclusion"] = "Exclusion";
  })(BlendMode || (BlendMode = {}));

  // node_modules/pdf-lib/es/api/PDFPage.js
  var PDFPage = (
    /** @class */
    (function() {
      function PDFPage2(leafNode, ref, doc) {
        this.fontSize = 24;
        this.fontColor = rgb(0, 0, 0);
        this.lineHeight = 24;
        this.x = 0;
        this.y = 0;
        assertIs(leafNode, "leafNode", [[PDFPageLeaf_default, "PDFPageLeaf"]]);
        assertIs(ref, "ref", [[PDFRef_default, "PDFRef"]]);
        assertIs(doc, "doc", [[PDFDocument_default, "PDFDocument"]]);
        this.node = leafNode;
        this.ref = ref;
        this.doc = doc;
      }
      PDFPage2.prototype.setRotation = function(angle) {
        var degreesAngle = toDegrees(angle);
        assertMultiple(degreesAngle, "degreesAngle", 90);
        this.node.set(PDFName_default.of("Rotate"), this.doc.context.obj(degreesAngle));
      };
      PDFPage2.prototype.getRotation = function() {
        var Rotate = this.node.Rotate();
        return degrees(Rotate ? Rotate.asNumber() : 0);
      };
      PDFPage2.prototype.setSize = function(width, height) {
        assertIs(width, "width", ["number"]);
        assertIs(height, "height", ["number"]);
        var mediaBox = this.getMediaBox();
        this.setMediaBox(mediaBox.x, mediaBox.y, width, height);
        var cropBox = this.getCropBox();
        var bleedBox = this.getBleedBox();
        var trimBox = this.getTrimBox();
        var artBox = this.getArtBox();
        var hasCropBox = this.node.CropBox();
        var hasBleedBox = this.node.BleedBox();
        var hasTrimBox = this.node.TrimBox();
        var hasArtBox = this.node.ArtBox();
        if (hasCropBox && rectanglesAreEqual(cropBox, mediaBox)) {
          this.setCropBox(mediaBox.x, mediaBox.y, width, height);
        }
        if (hasBleedBox && rectanglesAreEqual(bleedBox, mediaBox)) {
          this.setBleedBox(mediaBox.x, mediaBox.y, width, height);
        }
        if (hasTrimBox && rectanglesAreEqual(trimBox, mediaBox)) {
          this.setTrimBox(mediaBox.x, mediaBox.y, width, height);
        }
        if (hasArtBox && rectanglesAreEqual(artBox, mediaBox)) {
          this.setArtBox(mediaBox.x, mediaBox.y, width, height);
        }
      };
      PDFPage2.prototype.setWidth = function(width) {
        assertIs(width, "width", ["number"]);
        this.setSize(width, this.getSize().height);
      };
      PDFPage2.prototype.setHeight = function(height) {
        assertIs(height, "height", ["number"]);
        this.setSize(this.getSize().width, height);
      };
      PDFPage2.prototype.setMediaBox = function(x, y, width, height) {
        assertIs(x, "x", ["number"]);
        assertIs(y, "y", ["number"]);
        assertIs(width, "width", ["number"]);
        assertIs(height, "height", ["number"]);
        var mediaBox = this.doc.context.obj([x, y, x + width, y + height]);
        this.node.set(PDFName_default.MediaBox, mediaBox);
      };
      PDFPage2.prototype.setCropBox = function(x, y, width, height) {
        assertIs(x, "x", ["number"]);
        assertIs(y, "y", ["number"]);
        assertIs(width, "width", ["number"]);
        assertIs(height, "height", ["number"]);
        var cropBox = this.doc.context.obj([x, y, x + width, y + height]);
        this.node.set(PDFName_default.CropBox, cropBox);
      };
      PDFPage2.prototype.setBleedBox = function(x, y, width, height) {
        assertIs(x, "x", ["number"]);
        assertIs(y, "y", ["number"]);
        assertIs(width, "width", ["number"]);
        assertIs(height, "height", ["number"]);
        var bleedBox = this.doc.context.obj([x, y, x + width, y + height]);
        this.node.set(PDFName_default.BleedBox, bleedBox);
      };
      PDFPage2.prototype.setTrimBox = function(x, y, width, height) {
        assertIs(x, "x", ["number"]);
        assertIs(y, "y", ["number"]);
        assertIs(width, "width", ["number"]);
        assertIs(height, "height", ["number"]);
        var trimBox = this.doc.context.obj([x, y, x + width, y + height]);
        this.node.set(PDFName_default.TrimBox, trimBox);
      };
      PDFPage2.prototype.setArtBox = function(x, y, width, height) {
        assertIs(x, "x", ["number"]);
        assertIs(y, "y", ["number"]);
        assertIs(width, "width", ["number"]);
        assertIs(height, "height", ["number"]);
        var artBox = this.doc.context.obj([x, y, x + width, y + height]);
        this.node.set(PDFName_default.ArtBox, artBox);
      };
      PDFPage2.prototype.getSize = function() {
        var _a = this.getMediaBox(), width = _a.width, height = _a.height;
        return { width, height };
      };
      PDFPage2.prototype.getWidth = function() {
        return this.getSize().width;
      };
      PDFPage2.prototype.getHeight = function() {
        return this.getSize().height;
      };
      PDFPage2.prototype.getMediaBox = function() {
        var mediaBox = this.node.MediaBox();
        return mediaBox.asRectangle();
      };
      PDFPage2.prototype.getCropBox = function() {
        var _a;
        var cropBox = this.node.CropBox();
        return (_a = cropBox === null || cropBox === void 0 ? void 0 : cropBox.asRectangle()) !== null && _a !== void 0 ? _a : this.getMediaBox();
      };
      PDFPage2.prototype.getBleedBox = function() {
        var _a;
        var bleedBox = this.node.BleedBox();
        return (_a = bleedBox === null || bleedBox === void 0 ? void 0 : bleedBox.asRectangle()) !== null && _a !== void 0 ? _a : this.getCropBox();
      };
      PDFPage2.prototype.getTrimBox = function() {
        var _a;
        var trimBox = this.node.TrimBox();
        return (_a = trimBox === null || trimBox === void 0 ? void 0 : trimBox.asRectangle()) !== null && _a !== void 0 ? _a : this.getCropBox();
      };
      PDFPage2.prototype.getArtBox = function() {
        var _a;
        var artBox = this.node.ArtBox();
        return (_a = artBox === null || artBox === void 0 ? void 0 : artBox.asRectangle()) !== null && _a !== void 0 ? _a : this.getCropBox();
      };
      PDFPage2.prototype.translateContent = function(x, y) {
        assertIs(x, "x", ["number"]);
        assertIs(y, "y", ["number"]);
        this.node.normalize();
        this.getContentStream();
        var start = this.createContentStream(pushGraphicsState(), translate(x, y));
        var startRef = this.doc.context.register(start);
        var end = this.createContentStream(popGraphicsState());
        var endRef = this.doc.context.register(end);
        this.node.wrapContentStreams(startRef, endRef);
      };
      PDFPage2.prototype.scale = function(x, y) {
        assertIs(x, "x", ["number"]);
        assertIs(y, "y", ["number"]);
        this.setSize(this.getWidth() * x, this.getHeight() * y);
        this.scaleContent(x, y);
        this.scaleAnnotations(x, y);
      };
      PDFPage2.prototype.scaleContent = function(x, y) {
        assertIs(x, "x", ["number"]);
        assertIs(y, "y", ["number"]);
        this.node.normalize();
        this.getContentStream();
        var start = this.createContentStream(pushGraphicsState(), scale(x, y));
        var startRef = this.doc.context.register(start);
        var end = this.createContentStream(popGraphicsState());
        var endRef = this.doc.context.register(end);
        this.node.wrapContentStreams(startRef, endRef);
      };
      PDFPage2.prototype.scaleAnnotations = function(x, y) {
        assertIs(x, "x", ["number"]);
        assertIs(y, "y", ["number"]);
        var annots = this.node.Annots();
        if (!annots)
          return;
        for (var idx = 0; idx < annots.size(); idx++) {
          var annot = annots.lookup(idx);
          if (annot instanceof PDFDict_default)
            this.scaleAnnot(annot, x, y);
        }
      };
      PDFPage2.prototype.resetPosition = function() {
        this.getContentStream(false);
        this.x = 0;
        this.y = 0;
      };
      PDFPage2.prototype.setFont = function(font) {
        assertIs(font, "font", [[PDFFont_default, "PDFFont"]]);
        this.font = font;
        this.fontKey = this.node.newFontDictionary(this.font.name, this.font.ref);
      };
      PDFPage2.prototype.setFontSize = function(fontSize) {
        assertIs(fontSize, "fontSize", ["number"]);
        this.fontSize = fontSize;
      };
      PDFPage2.prototype.setFontColor = function(fontColor) {
        assertIs(fontColor, "fontColor", [[Object, "Color"]]);
        this.fontColor = fontColor;
      };
      PDFPage2.prototype.setLineHeight = function(lineHeight) {
        assertIs(lineHeight, "lineHeight", ["number"]);
        this.lineHeight = lineHeight;
      };
      PDFPage2.prototype.getPosition = function() {
        return { x: this.x, y: this.y };
      };
      PDFPage2.prototype.getX = function() {
        return this.x;
      };
      PDFPage2.prototype.getY = function() {
        return this.y;
      };
      PDFPage2.prototype.moveTo = function(x, y) {
        assertIs(x, "x", ["number"]);
        assertIs(y, "y", ["number"]);
        this.x = x;
        this.y = y;
      };
      PDFPage2.prototype.moveDown = function(yDecrease) {
        assertIs(yDecrease, "yDecrease", ["number"]);
        this.y -= yDecrease;
      };
      PDFPage2.prototype.moveUp = function(yIncrease) {
        assertIs(yIncrease, "yIncrease", ["number"]);
        this.y += yIncrease;
      };
      PDFPage2.prototype.moveLeft = function(xDecrease) {
        assertIs(xDecrease, "xDecrease", ["number"]);
        this.x -= xDecrease;
      };
      PDFPage2.prototype.moveRight = function(xIncrease) {
        assertIs(xIncrease, "xIncrease", ["number"]);
        this.x += xIncrease;
      };
      PDFPage2.prototype.pushOperators = function() {
        var operator = [];
        for (var _i = 0; _i < arguments.length; _i++) {
          operator[_i] = arguments[_i];
        }
        assertEachIs(operator, "operator", [[PDFOperator_default, "PDFOperator"]]);
        var contentStream = this.getContentStream();
        contentStream.push.apply(contentStream, operator);
      };
      PDFPage2.prototype.drawText = function(text2, options2) {
        var _a, _b, _c, _d, _e, _f, _g;
        if (options2 === void 0) {
          options2 = {};
        }
        assertIs(text2, "text", ["string"]);
        assertOrUndefined(options2.color, "options.color", [[Object, "Color"]]);
        assertRangeOrUndefined(options2.opacity, "opacity.opacity", 0, 1);
        assertOrUndefined(options2.font, "options.font", [[PDFFont_default, "PDFFont"]]);
        assertOrUndefined(options2.size, "options.size", ["number"]);
        assertOrUndefined(options2.rotate, "options.rotate", [[Object, "Rotation"]]);
        assertOrUndefined(options2.xSkew, "options.xSkew", [[Object, "Rotation"]]);
        assertOrUndefined(options2.ySkew, "options.ySkew", [[Object, "Rotation"]]);
        assertOrUndefined(options2.x, "options.x", ["number"]);
        assertOrUndefined(options2.y, "options.y", ["number"]);
        assertOrUndefined(options2.lineHeight, "options.lineHeight", ["number"]);
        assertOrUndefined(options2.maxWidth, "options.maxWidth", ["number"]);
        assertOrUndefined(options2.wordBreaks, "options.wordBreaks", [Array]);
        assertIsOneOfOrUndefined(options2.blendMode, "options.blendMode", BlendMode);
        var _h = this.setOrEmbedFont(options2.font), oldFont = _h.oldFont, newFont = _h.newFont, newFontKey = _h.newFontKey;
        var fontSize = options2.size || this.fontSize;
        var wordBreaks = options2.wordBreaks || this.doc.defaultWordBreaks;
        var textWidth = function(t) {
          return newFont.widthOfTextAtSize(t, fontSize);
        };
        var lines = options2.maxWidth === void 0 ? lineSplit(cleanText2(text2)) : breakTextIntoLines(text2, wordBreaks, options2.maxWidth, textWidth);
        var encodedLines = new Array(lines.length);
        for (var idx = 0, len = lines.length; idx < len; idx++) {
          encodedLines[idx] = newFont.encodeText(lines[idx]);
        }
        var graphicsStateKey = this.maybeEmbedGraphicsState({
          opacity: options2.opacity,
          blendMode: options2.blendMode
        });
        var contentStream = this.getContentStream();
        contentStream.push.apply(contentStream, drawLinesOfText(encodedLines, {
          color: (_a = options2.color) !== null && _a !== void 0 ? _a : this.fontColor,
          font: newFontKey,
          size: fontSize,
          rotate: (_b = options2.rotate) !== null && _b !== void 0 ? _b : degrees(0),
          xSkew: (_c = options2.xSkew) !== null && _c !== void 0 ? _c : degrees(0),
          ySkew: (_d = options2.ySkew) !== null && _d !== void 0 ? _d : degrees(0),
          x: (_e = options2.x) !== null && _e !== void 0 ? _e : this.x,
          y: (_f = options2.y) !== null && _f !== void 0 ? _f : this.y,
          lineHeight: (_g = options2.lineHeight) !== null && _g !== void 0 ? _g : this.lineHeight,
          graphicsState: graphicsStateKey
        }));
        if (options2.font) {
          if (oldFont)
            this.setFont(oldFont);
          else
            this.resetFont();
        }
      };
      PDFPage2.prototype.drawImage = function(image, options2) {
        var _a, _b, _c, _d, _e, _f, _g;
        if (options2 === void 0) {
          options2 = {};
        }
        assertIs(image, "image", [[PDFImage_default, "PDFImage"]]);
        assertOrUndefined(options2.x, "options.x", ["number"]);
        assertOrUndefined(options2.y, "options.y", ["number"]);
        assertOrUndefined(options2.width, "options.width", ["number"]);
        assertOrUndefined(options2.height, "options.height", ["number"]);
        assertOrUndefined(options2.rotate, "options.rotate", [[Object, "Rotation"]]);
        assertOrUndefined(options2.xSkew, "options.xSkew", [[Object, "Rotation"]]);
        assertOrUndefined(options2.ySkew, "options.ySkew", [[Object, "Rotation"]]);
        assertRangeOrUndefined(options2.opacity, "opacity.opacity", 0, 1);
        assertIsOneOfOrUndefined(options2.blendMode, "options.blendMode", BlendMode);
        var xObjectKey = this.node.newXObject("Image", image.ref);
        var graphicsStateKey = this.maybeEmbedGraphicsState({
          opacity: options2.opacity,
          blendMode: options2.blendMode
        });
        var contentStream = this.getContentStream();
        contentStream.push.apply(contentStream, drawImage(xObjectKey, {
          x: (_a = options2.x) !== null && _a !== void 0 ? _a : this.x,
          y: (_b = options2.y) !== null && _b !== void 0 ? _b : this.y,
          width: (_c = options2.width) !== null && _c !== void 0 ? _c : image.size().width,
          height: (_d = options2.height) !== null && _d !== void 0 ? _d : image.size().height,
          rotate: (_e = options2.rotate) !== null && _e !== void 0 ? _e : degrees(0),
          xSkew: (_f = options2.xSkew) !== null && _f !== void 0 ? _f : degrees(0),
          ySkew: (_g = options2.ySkew) !== null && _g !== void 0 ? _g : degrees(0),
          graphicsState: graphicsStateKey
        }));
      };
      PDFPage2.prototype.drawPage = function(embeddedPage, options2) {
        var _a, _b, _c, _d, _e;
        if (options2 === void 0) {
          options2 = {};
        }
        assertIs(embeddedPage, "embeddedPage", [
          [PDFEmbeddedPage_default, "PDFEmbeddedPage"]
        ]);
        assertOrUndefined(options2.x, "options.x", ["number"]);
        assertOrUndefined(options2.y, "options.y", ["number"]);
        assertOrUndefined(options2.xScale, "options.xScale", ["number"]);
        assertOrUndefined(options2.yScale, "options.yScale", ["number"]);
        assertOrUndefined(options2.width, "options.width", ["number"]);
        assertOrUndefined(options2.height, "options.height", ["number"]);
        assertOrUndefined(options2.rotate, "options.rotate", [[Object, "Rotation"]]);
        assertOrUndefined(options2.xSkew, "options.xSkew", [[Object, "Rotation"]]);
        assertOrUndefined(options2.ySkew, "options.ySkew", [[Object, "Rotation"]]);
        assertRangeOrUndefined(options2.opacity, "opacity.opacity", 0, 1);
        assertIsOneOfOrUndefined(options2.blendMode, "options.blendMode", BlendMode);
        var xObjectKey = this.node.newXObject("EmbeddedPdfPage", embeddedPage.ref);
        var graphicsStateKey = this.maybeEmbedGraphicsState({
          opacity: options2.opacity,
          blendMode: options2.blendMode
        });
        var xScale = options2.width !== void 0 ? options2.width / embeddedPage.width : options2.xScale !== void 0 ? options2.xScale : 1;
        var yScale = options2.height !== void 0 ? options2.height / embeddedPage.height : options2.yScale !== void 0 ? options2.yScale : 1;
        var contentStream = this.getContentStream();
        contentStream.push.apply(contentStream, drawPage(xObjectKey, {
          x: (_a = options2.x) !== null && _a !== void 0 ? _a : this.x,
          y: (_b = options2.y) !== null && _b !== void 0 ? _b : this.y,
          xScale,
          yScale,
          rotate: (_c = options2.rotate) !== null && _c !== void 0 ? _c : degrees(0),
          xSkew: (_d = options2.xSkew) !== null && _d !== void 0 ? _d : degrees(0),
          ySkew: (_e = options2.ySkew) !== null && _e !== void 0 ? _e : degrees(0),
          graphicsState: graphicsStateKey
        }));
      };
      PDFPage2.prototype.drawSvgPath = function(path2, options2) {
        var _a, _b, _c, _d, _e, _f, _g, _h, _j;
        if (options2 === void 0) {
          options2 = {};
        }
        assertIs(path2, "path", ["string"]);
        assertOrUndefined(options2.x, "options.x", ["number"]);
        assertOrUndefined(options2.y, "options.y", ["number"]);
        assertOrUndefined(options2.scale, "options.scale", ["number"]);
        assertOrUndefined(options2.rotate, "options.rotate", [[Object, "Rotation"]]);
        assertOrUndefined(options2.borderWidth, "options.borderWidth", ["number"]);
        assertOrUndefined(options2.color, "options.color", [[Object, "Color"]]);
        assertRangeOrUndefined(options2.opacity, "opacity.opacity", 0, 1);
        assertOrUndefined(options2.borderColor, "options.borderColor", [
          [Object, "Color"]
        ]);
        assertOrUndefined(options2.borderDashArray, "options.borderDashArray", [
          Array
        ]);
        assertOrUndefined(options2.borderDashPhase, "options.borderDashPhase", [
          "number"
        ]);
        assertIsOneOfOrUndefined(options2.borderLineCap, "options.borderLineCap", LineCapStyle);
        assertRangeOrUndefined(options2.borderOpacity, "options.borderOpacity", 0, 1);
        assertIsOneOfOrUndefined(options2.blendMode, "options.blendMode", BlendMode);
        var graphicsStateKey = this.maybeEmbedGraphicsState({
          opacity: options2.opacity,
          borderOpacity: options2.borderOpacity,
          blendMode: options2.blendMode
        });
        if (!("color" in options2) && !("borderColor" in options2)) {
          options2.borderColor = rgb(0, 0, 0);
        }
        var contentStream = this.getContentStream();
        contentStream.push.apply(contentStream, drawSvgPath(path2, {
          x: (_a = options2.x) !== null && _a !== void 0 ? _a : this.x,
          y: (_b = options2.y) !== null && _b !== void 0 ? _b : this.y,
          scale: options2.scale,
          rotate: (_c = options2.rotate) !== null && _c !== void 0 ? _c : degrees(0),
          color: (_d = options2.color) !== null && _d !== void 0 ? _d : void 0,
          borderColor: (_e = options2.borderColor) !== null && _e !== void 0 ? _e : void 0,
          borderWidth: (_f = options2.borderWidth) !== null && _f !== void 0 ? _f : 0,
          borderDashArray: (_g = options2.borderDashArray) !== null && _g !== void 0 ? _g : void 0,
          borderDashPhase: (_h = options2.borderDashPhase) !== null && _h !== void 0 ? _h : void 0,
          borderLineCap: (_j = options2.borderLineCap) !== null && _j !== void 0 ? _j : void 0,
          graphicsState: graphicsStateKey
        }));
      };
      PDFPage2.prototype.drawLine = function(options2) {
        var _a, _b, _c, _d, _e;
        assertIs(options2.start, "options.start", [
          [Object, "{ x: number, y: number }"]
        ]);
        assertIs(options2.end, "options.end", [
          [Object, "{ x: number, y: number }"]
        ]);
        assertIs(options2.start.x, "options.start.x", ["number"]);
        assertIs(options2.start.y, "options.start.y", ["number"]);
        assertIs(options2.end.x, "options.end.x", ["number"]);
        assertIs(options2.end.y, "options.end.y", ["number"]);
        assertOrUndefined(options2.thickness, "options.thickness", ["number"]);
        assertOrUndefined(options2.color, "options.color", [[Object, "Color"]]);
        assertOrUndefined(options2.dashArray, "options.dashArray", [Array]);
        assertOrUndefined(options2.dashPhase, "options.dashPhase", ["number"]);
        assertIsOneOfOrUndefined(options2.lineCap, "options.lineCap", LineCapStyle);
        assertRangeOrUndefined(options2.opacity, "opacity.opacity", 0, 1);
        assertIsOneOfOrUndefined(options2.blendMode, "options.blendMode", BlendMode);
        var graphicsStateKey = this.maybeEmbedGraphicsState({
          borderOpacity: options2.opacity,
          blendMode: options2.blendMode
        });
        if (!("color" in options2)) {
          options2.color = rgb(0, 0, 0);
        }
        var contentStream = this.getContentStream();
        contentStream.push.apply(contentStream, drawLine({
          start: options2.start,
          end: options2.end,
          thickness: (_a = options2.thickness) !== null && _a !== void 0 ? _a : 1,
          color: (_b = options2.color) !== null && _b !== void 0 ? _b : void 0,
          dashArray: (_c = options2.dashArray) !== null && _c !== void 0 ? _c : void 0,
          dashPhase: (_d = options2.dashPhase) !== null && _d !== void 0 ? _d : void 0,
          lineCap: (_e = options2.lineCap) !== null && _e !== void 0 ? _e : void 0,
          graphicsState: graphicsStateKey
        }));
      };
      PDFPage2.prototype.drawRectangle = function(options2) {
        var _a, _b, _c, _d, _e, _f, _g, _h, _j, _k, _l, _m, _o;
        if (options2 === void 0) {
          options2 = {};
        }
        assertOrUndefined(options2.x, "options.x", ["number"]);
        assertOrUndefined(options2.y, "options.y", ["number"]);
        assertOrUndefined(options2.width, "options.width", ["number"]);
        assertOrUndefined(options2.height, "options.height", ["number"]);
        assertOrUndefined(options2.rotate, "options.rotate", [[Object, "Rotation"]]);
        assertOrUndefined(options2.xSkew, "options.xSkew", [[Object, "Rotation"]]);
        assertOrUndefined(options2.ySkew, "options.ySkew", [[Object, "Rotation"]]);
        assertOrUndefined(options2.borderWidth, "options.borderWidth", ["number"]);
        assertOrUndefined(options2.color, "options.color", [[Object, "Color"]]);
        assertRangeOrUndefined(options2.opacity, "opacity.opacity", 0, 1);
        assertOrUndefined(options2.borderColor, "options.borderColor", [
          [Object, "Color"]
        ]);
        assertOrUndefined(options2.borderDashArray, "options.borderDashArray", [
          Array
        ]);
        assertOrUndefined(options2.borderDashPhase, "options.borderDashPhase", [
          "number"
        ]);
        assertIsOneOfOrUndefined(options2.borderLineCap, "options.borderLineCap", LineCapStyle);
        assertRangeOrUndefined(options2.borderOpacity, "options.borderOpacity", 0, 1);
        assertIsOneOfOrUndefined(options2.blendMode, "options.blendMode", BlendMode);
        var graphicsStateKey = this.maybeEmbedGraphicsState({
          opacity: options2.opacity,
          borderOpacity: options2.borderOpacity,
          blendMode: options2.blendMode
        });
        if (!("color" in options2) && !("borderColor" in options2)) {
          options2.color = rgb(0, 0, 0);
        }
        var contentStream = this.getContentStream();
        contentStream.push.apply(contentStream, drawRectangle({
          x: (_a = options2.x) !== null && _a !== void 0 ? _a : this.x,
          y: (_b = options2.y) !== null && _b !== void 0 ? _b : this.y,
          width: (_c = options2.width) !== null && _c !== void 0 ? _c : 150,
          height: (_d = options2.height) !== null && _d !== void 0 ? _d : 100,
          rotate: (_e = options2.rotate) !== null && _e !== void 0 ? _e : degrees(0),
          xSkew: (_f = options2.xSkew) !== null && _f !== void 0 ? _f : degrees(0),
          ySkew: (_g = options2.ySkew) !== null && _g !== void 0 ? _g : degrees(0),
          borderWidth: (_h = options2.borderWidth) !== null && _h !== void 0 ? _h : 0,
          color: (_j = options2.color) !== null && _j !== void 0 ? _j : void 0,
          borderColor: (_k = options2.borderColor) !== null && _k !== void 0 ? _k : void 0,
          borderDashArray: (_l = options2.borderDashArray) !== null && _l !== void 0 ? _l : void 0,
          borderDashPhase: (_m = options2.borderDashPhase) !== null && _m !== void 0 ? _m : void 0,
          graphicsState: graphicsStateKey,
          borderLineCap: (_o = options2.borderLineCap) !== null && _o !== void 0 ? _o : void 0
        }));
      };
      PDFPage2.prototype.drawSquare = function(options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        var size = options2.size;
        assertOrUndefined(size, "size", ["number"]);
        this.drawRectangle(__assign(__assign({}, options2), { width: size, height: size }));
      };
      PDFPage2.prototype.drawEllipse = function(options2) {
        var _a, _b, _c, _d, _e, _f, _g, _h, _j, _k, _l;
        if (options2 === void 0) {
          options2 = {};
        }
        assertOrUndefined(options2.x, "options.x", ["number"]);
        assertOrUndefined(options2.y, "options.y", ["number"]);
        assertOrUndefined(options2.xScale, "options.xScale", ["number"]);
        assertOrUndefined(options2.yScale, "options.yScale", ["number"]);
        assertOrUndefined(options2.rotate, "options.rotate", [[Object, "Rotation"]]);
        assertOrUndefined(options2.color, "options.color", [[Object, "Color"]]);
        assertRangeOrUndefined(options2.opacity, "opacity.opacity", 0, 1);
        assertOrUndefined(options2.borderColor, "options.borderColor", [
          [Object, "Color"]
        ]);
        assertRangeOrUndefined(options2.borderOpacity, "options.borderOpacity", 0, 1);
        assertOrUndefined(options2.borderWidth, "options.borderWidth", ["number"]);
        assertOrUndefined(options2.borderDashArray, "options.borderDashArray", [
          Array
        ]);
        assertOrUndefined(options2.borderDashPhase, "options.borderDashPhase", [
          "number"
        ]);
        assertIsOneOfOrUndefined(options2.borderLineCap, "options.borderLineCap", LineCapStyle);
        assertIsOneOfOrUndefined(options2.blendMode, "options.blendMode", BlendMode);
        var graphicsStateKey = this.maybeEmbedGraphicsState({
          opacity: options2.opacity,
          borderOpacity: options2.borderOpacity,
          blendMode: options2.blendMode
        });
        if (!("color" in options2) && !("borderColor" in options2)) {
          options2.color = rgb(0, 0, 0);
        }
        var contentStream = this.getContentStream();
        contentStream.push.apply(contentStream, drawEllipse({
          x: (_a = options2.x) !== null && _a !== void 0 ? _a : this.x,
          y: (_b = options2.y) !== null && _b !== void 0 ? _b : this.y,
          xScale: (_c = options2.xScale) !== null && _c !== void 0 ? _c : 100,
          yScale: (_d = options2.yScale) !== null && _d !== void 0 ? _d : 100,
          rotate: (_e = options2.rotate) !== null && _e !== void 0 ? _e : void 0,
          color: (_f = options2.color) !== null && _f !== void 0 ? _f : void 0,
          borderColor: (_g = options2.borderColor) !== null && _g !== void 0 ? _g : void 0,
          borderWidth: (_h = options2.borderWidth) !== null && _h !== void 0 ? _h : 0,
          borderDashArray: (_j = options2.borderDashArray) !== null && _j !== void 0 ? _j : void 0,
          borderDashPhase: (_k = options2.borderDashPhase) !== null && _k !== void 0 ? _k : void 0,
          borderLineCap: (_l = options2.borderLineCap) !== null && _l !== void 0 ? _l : void 0,
          graphicsState: graphicsStateKey
        }));
      };
      PDFPage2.prototype.drawCircle = function(options2) {
        if (options2 === void 0) {
          options2 = {};
        }
        var _a = options2.size, size = _a === void 0 ? 100 : _a;
        assertOrUndefined(size, "size", ["number"]);
        this.drawEllipse(__assign(__assign({}, options2), { xScale: size, yScale: size }));
      };
      PDFPage2.prototype.setOrEmbedFont = function(font) {
        var oldFont = this.font;
        var oldFontKey = this.fontKey;
        if (font)
          this.setFont(font);
        else
          this.getFont();
        var newFont = this.font;
        var newFontKey = this.fontKey;
        return { oldFont, oldFontKey, newFont, newFontKey };
      };
      PDFPage2.prototype.getFont = function() {
        if (!this.font || !this.fontKey) {
          var font = this.doc.embedStandardFont(StandardFonts.Helvetica);
          this.setFont(font);
        }
        return [this.font, this.fontKey];
      };
      PDFPage2.prototype.resetFont = function() {
        this.font = void 0;
        this.fontKey = void 0;
      };
      PDFPage2.prototype.getContentStream = function(useExisting) {
        if (useExisting === void 0) {
          useExisting = true;
        }
        if (useExisting && this.contentStream)
          return this.contentStream;
        this.contentStream = this.createContentStream();
        this.contentStreamRef = this.doc.context.register(this.contentStream);
        this.node.addContentStream(this.contentStreamRef);
        return this.contentStream;
      };
      PDFPage2.prototype.createContentStream = function() {
        var operators2 = [];
        for (var _i = 0; _i < arguments.length; _i++) {
          operators2[_i] = arguments[_i];
        }
        var dict = this.doc.context.obj({});
        var contentStream = PDFContentStream_default.of(dict, operators2);
        return contentStream;
      };
      PDFPage2.prototype.maybeEmbedGraphicsState = function(options2) {
        var opacity = options2.opacity, borderOpacity = options2.borderOpacity, blendMode = options2.blendMode;
        if (opacity === void 0 && borderOpacity === void 0 && blendMode === void 0) {
          return void 0;
        }
        var graphicsState = this.doc.context.obj({
          Type: "ExtGState",
          ca: opacity,
          CA: borderOpacity,
          BM: blendMode
        });
        var key2 = this.node.newExtGState("GS", graphicsState);
        return key2;
      };
      PDFPage2.prototype.scaleAnnot = function(annot, x, y) {
        var selectors = ["RD", "CL", "Vertices", "QuadPoints", "L", "Rect"];
        for (var idx = 0, len = selectors.length; idx < len; idx++) {
          var list = annot.lookup(PDFName_default.of(selectors[idx]));
          if (list instanceof PDFArray_default)
            list.scalePDFNumbers(x, y);
        }
        var inkLists = annot.lookup(PDFName_default.of("InkList"));
        if (inkLists instanceof PDFArray_default) {
          for (var idx = 0, len = inkLists.size(); idx < len; idx++) {
            var arr = inkLists.lookup(idx);
            if (arr instanceof PDFArray_default)
              arr.scalePDFNumbers(x, y);
          }
        }
      };
      PDFPage2.of = function(leafNode, ref, doc) {
        return new PDFPage2(leafNode, ref, doc);
      };
      PDFPage2.create = function(doc) {
        assertIs(doc, "doc", [[PDFDocument_default, "PDFDocument"]]);
        var dummyRef = PDFRef_default.of(-1);
        var pageLeaf = PDFPageLeaf_default.withContextAndParent(doc.context, dummyRef);
        var pageRef = doc.context.register(pageLeaf);
        return new PDFPage2(pageLeaf, pageRef, doc);
      };
      return PDFPage2;
    })()
  );
  var PDFPage_default = PDFPage;

  // node_modules/pdf-lib/es/api/form/PDFButton.js
  var PDFButton = (
    /** @class */
    (function(_super) {
      __extends(PDFButton2, _super);
      function PDFButton2(acroPushButton, ref, doc) {
        var _this = _super.call(this, acroPushButton, ref, doc) || this;
        assertIs(acroPushButton, "acroButton", [
          [PDFAcroPushButton_default, "PDFAcroPushButton"]
        ]);
        _this.acroField = acroPushButton;
        return _this;
      }
      PDFButton2.prototype.setImage = function(image, alignment) {
        if (alignment === void 0) {
          alignment = ImageAlignment.Center;
        }
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var streamRef = this.createImageAppearanceStream(widget, image, alignment);
          this.updateWidgetAppearances(widget, { normal: streamRef });
        }
        this.markAsClean();
      };
      PDFButton2.prototype.setFontSize = function(fontSize) {
        assertPositive(fontSize, "fontSize");
        this.acroField.setFontSize(fontSize);
        this.markAsDirty();
      };
      PDFButton2.prototype.addToPage = function(text2, page, options2) {
        var _a, _b, _c, _d, _e, _f, _g, _h, _j, _k, _l;
        assertOrUndefined(text2, "text", ["string"]);
        assertOrUndefined(page, "page", [[PDFPage_default, "PDFPage"]]);
        assertFieldAppearanceOptions(options2);
        var widget = this.createWidget({
          x: ((_a = options2 === null || options2 === void 0 ? void 0 : options2.x) !== null && _a !== void 0 ? _a : 0) - ((_b = options2 === null || options2 === void 0 ? void 0 : options2.borderWidth) !== null && _b !== void 0 ? _b : 0) / 2,
          y: ((_c = options2 === null || options2 === void 0 ? void 0 : options2.y) !== null && _c !== void 0 ? _c : 0) - ((_d = options2 === null || options2 === void 0 ? void 0 : options2.borderWidth) !== null && _d !== void 0 ? _d : 0) / 2,
          width: (_e = options2 === null || options2 === void 0 ? void 0 : options2.width) !== null && _e !== void 0 ? _e : 100,
          height: (_f = options2 === null || options2 === void 0 ? void 0 : options2.height) !== null && _f !== void 0 ? _f : 50,
          textColor: (_g = options2 === null || options2 === void 0 ? void 0 : options2.textColor) !== null && _g !== void 0 ? _g : rgb(0, 0, 0),
          backgroundColor: (_h = options2 === null || options2 === void 0 ? void 0 : options2.backgroundColor) !== null && _h !== void 0 ? _h : rgb(0.75, 0.75, 0.75),
          borderColor: options2 === null || options2 === void 0 ? void 0 : options2.borderColor,
          borderWidth: (_j = options2 === null || options2 === void 0 ? void 0 : options2.borderWidth) !== null && _j !== void 0 ? _j : 0,
          rotate: (_k = options2 === null || options2 === void 0 ? void 0 : options2.rotate) !== null && _k !== void 0 ? _k : degrees(0),
          caption: text2,
          hidden: options2 === null || options2 === void 0 ? void 0 : options2.hidden,
          page: page.ref
        });
        var widgetRef = this.doc.context.register(widget.dict);
        this.acroField.addWidget(widgetRef);
        var font = (_l = options2 === null || options2 === void 0 ? void 0 : options2.font) !== null && _l !== void 0 ? _l : this.doc.getForm().getDefaultFont();
        this.updateWidgetAppearance(widget, font);
        page.node.addAnnot(widgetRef);
      };
      PDFButton2.prototype.needsAppearancesUpdate = function() {
        var _a;
        if (this.isDirty())
          return true;
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          var hasAppearances = ((_a = widget.getAppearances()) === null || _a === void 0 ? void 0 : _a.normal) instanceof PDFStream_default;
          if (!hasAppearances)
            return true;
        }
        return false;
      };
      PDFButton2.prototype.defaultUpdateAppearances = function(font) {
        assertIs(font, "font", [[PDFFont_default, "PDFFont"]]);
        this.updateAppearances(font);
      };
      PDFButton2.prototype.updateAppearances = function(font, provider) {
        assertIs(font, "font", [[PDFFont_default, "PDFFont"]]);
        assertOrUndefined(provider, "provider", [Function]);
        var widgets = this.acroField.getWidgets();
        for (var idx = 0, len = widgets.length; idx < len; idx++) {
          var widget = widgets[idx];
          this.updateWidgetAppearance(widget, font, provider);
        }
      };
      PDFButton2.prototype.updateWidgetAppearance = function(widget, font, provider) {
        var apProvider = provider !== null && provider !== void 0 ? provider : defaultButtonAppearanceProvider;
        var appearances = normalizeAppearance(apProvider(this, widget, font));
        this.updateWidgetAppearanceWithFont(widget, font, appearances);
      };
      PDFButton2.of = function(acroPushButton, ref, doc) {
        return new PDFButton2(acroPushButton, ref, doc);
      };
      return PDFButton2;
    })(PDFField_default)
  );
  var PDFButton_default = PDFButton;

  // src/tools/pdf/pdf-utils.js
  var PDF_MIME = "application/pdf";
  function pdfError(error3) {
    const text2 = String(error3?.message || "").toLowerCase();
    if (text2.includes("encrypted") || text2.includes("password")) {
      return new CoreError("pdf_protected", "Este PDF possui uma proteção que impede esta operação local.");
    }
    if (error3 instanceof CoreError) return error3;
    return new CoreError("pdf_invalid", "Não consegui abrir este PDF.", [error3]);
  }
  function ensurePdfItem(item, limits) {
    if (!item?.valid || item.kind !== "pdf" || item.mime !== PDF_MIME || !(item.file instanceof Blob) || item.file.size !== item.size) {
      throw new CoreError("pdf_invalid", "Não consegui abrir este PDF.");
    }
    if (item.size < 8 || item.size > limits.maxPdfFileBytes) {
      throw new CoreError("pdf_size", "Este PDF ultrapassa o limite de tamanho para processamento local.");
    }
    if (!Number.isSafeInteger(item.pageCount) || item.pageCount < 1 || item.pageCount > limits.maxPdfPagesPerFile) {
      throw new CoreError("pdf_pages", "Este PDF possui uma quantidade de páginas inválida ou acima do limite.");
    }
  }
  async function loadBytes(blob, signal) {
    abortCheck(signal);
    const buffer = await abortable(Promise.resolve().then(() => blob.arrayBuffer()), signal);
    abortCheck(signal);
    if (!(buffer instanceof ArrayBuffer) || buffer.byteLength !== blob.size) {
      throw new CoreError("pdf_read", "Não foi possível ler o PDF por completo.");
    }
    return new Uint8Array(buffer);
  }
  async function inspectPdfBlob(blob, { limits, signal } = {}) {
    if (!(blob instanceof Blob) || !blob.size || blob.size > limits.maxPdfFileBytes) {
      throw new CoreError("pdf_size", "Este PDF ultrapassa o limite de tamanho para processamento local.");
    }
    const bytes2 = await loadBytes(blob, signal);
    let document2;
    try {
      document2 = await abortable(PDFDocument_default.load(bytes2, {
        ignoreEncryption: true,
        updateMetadata: false,
        throwOnInvalidObject: true
      }), signal);
    } catch (error3) {
      abortCheck(signal);
      throw pdfError(error3);
    }
    if (document2.isEncrypted) {
      throw new CoreError("pdf_protected", "Este PDF possui uma proteção que impede esta operação local.");
    }
    let pages;
    try {
      pages = document2.getPages();
    } catch (error3) {
      throw pdfError(error3);
    }
    if (!pages.length || pages.length > limits.maxPdfPagesPerFile) {
      throw new CoreError("pdf_pages", pages.length ? "Este PDF possui páginas demais para processamento local." : "Este PDF não possui páginas utilizáveis.");
    }
    const rotations = pages.map((page) => (page.getRotation().angle % 360 + 360) % 360);
    const pageSizes = pages.map((page) => {
      const size = page.getSize();
      return { width: size.width, height: size.height };
    });
    return { document: document2, bytes: bytes2, pageCount: pages.length, rotations, pageSizes };
  }
  async function loadPdfItem(item, context2) {
    ensurePdfItem(item, context2.limits);
    const loaded = await inspectPdfBlob(item.file, context2);
    if (loaded.pageCount !== item.pageCount) {
      throw new CoreError("pdf_changed", "O conteúdo do PDF não corresponde aos dados verificados anteriormente.");
    }
    return loaded;
  }
  function assertPages(pages, pageCount) {
    if (!Array.isArray(pages) || !pages.length) throw new CoreError("pdf_pages", "Informe as páginas desejadas.");
    const invalid = pages.find((page) => !Number.isSafeInteger(page) || page < 1 || page > pageCount);
    if (invalid !== void 0) {
      throw new CoreError("pdf_page_range", `Este PDF possui apenas ${pageCount} ${pageCount === 1 ? "página" : "páginas"}.`);
    }
    if (new Set(pages).size !== pages.length) throw new CoreError("pdf_pages", "A lista de páginas não pode conter repetições.");
  }
  function sourceBaseName(item) {
    const value = String(item?.name || "documento").replace(/\.pdf$/i, "").trim();
    return value || "documento";
  }
  function pageSuffix(pages) {
    if (pages.length === 1) return "pagina-" + pages[0];
    const consecutive = pages.every((page, index) => index === 0 || page === pages[index - 1] + 1);
    return consecutive ? `paginas-${pages[0]}-${pages.at(-1)}` : "paginas-" + pages.join("-");
  }
  async function copyPages(target, source, pageNumbers, context2) {
    abortCheck(context2.signal);
    const copied = await abortable(target.copyPages(source, pageNumbers.map((page) => page - 1)), context2.signal);
    for (const page of copied) target.addPage(page);
    await yieldTask(context2.signal);
    return copied;
  }
  async function savePdf(document2, context2) {
    abortCheck(context2.signal);
    let bytes2;
    try {
      bytes2 = await abortable(document2.save({
        useObjectStreams: true,
        addDefaultPage: false,
        objectsPerTick: 40,
        updateFieldAppearances: false
      }), context2.signal);
    } catch (error3) {
      abortCheck(context2.signal);
      throw new CoreError("pdf_save", "Não foi possível gerar o novo PDF.", [error3]);
    }
    if (!(bytes2 instanceof Uint8Array) || !bytes2.length || bytes2.length > context2.limits.maxFileBytes) {
      throw new CoreError("pdf_size", "O PDF gerado ultrapassa o limite de tamanho permitido.");
    }
    return new Blob([bytes2], { type: PDF_MIME });
  }
  async function verifyGeneratedPdf(blob, expected, context2) {
    const verified = await inspectPdfBlob(blob, context2);
    if (verified.pageCount !== expected.pageCount) {
      throw new CoreError("pdf_verify", "O PDF gerado não possui a quantidade esperada de páginas.");
    }
    if (expected.rotations && expected.rotations.some((angle, index) => verified.rotations[index] !== angle)) {
      throw new CoreError("pdf_verify", "A rotação solicitada não foi aplicada corretamente.");
    }
    if (expected.pageSizes && expected.pageSizes.some((size, index) => {
      const actual = verified.pageSizes[index];
      return !actual || Math.abs(actual.width - size.width) > 0.01 || Math.abs(actual.height - size.height) > 0.01;
    })) {
      throw new CoreError("pdf_verify", "A ordem das páginas geradas não corresponde ao pedido.");
    }
    return verified;
  }
  async function pdfOutput(document2, sourceItems, options2, context2) {
    const blob = await savePdf(document2, context2);
    const verified = await verifyGeneratedPdf(blob, options2, context2);
    const file = typeof File === "function" ? new File([blob], options2.name, { type: PDF_MIME, lastModified: Date.now() }) : blob;
    return {
      id: options2.id,
      kind: "pdf",
      mime: PDF_MIME,
      file,
      name: options2.name,
      pageCount: verified.pageCount,
      rotations: verified.rotations,
      pageSizes: verified.pageSizes,
      size: file.size,
      originalSize: sourceItems.reduce((total, item) => total + (item.originalSize ?? item.size), 0),
      valid: true,
      source: "output",
      verification: "generated",
      warnings: [],
      notice: options2.notice || ""
    };
  }
  async function createPdfDocument() {
    return PDFDocument_default.create();
  }

  // src/tools/pdf/merge.js
  async function mergePdfs(context2) {
    const output = await createPdfDocument();
    let totalPages = 0;
    const pageSizes = [];
    const rotations = [];
    for (const item of context2.items) {
      abortCheck(context2.signal);
      const source = await loadPdfItem(item, context2);
      totalPages += source.pageCount;
      if (totalPages > context2.limits.maxPdfTotalPages) {
        throw new CoreError("pdf_page_limit", "A quantidade total de páginas ultrapassa o limite para processamento local.");
      }
      await copyPages(output, source.document, Array.from({ length: source.pageCount }, (_, index) => index + 1), context2);
      pageSizes.push(...source.pageSizes);
      rotations.push(...source.rotations);
    }
    return [await pdfOutput(output, context2.items, {
      id: "pdf-merged",
      name: "documento-combinado.pdf",
      pageCount: totalPages,
      pageSizes,
      rotations,
      notice: `${context2.items.length} PDFs reunidos na ordem enviada.`
    }, context2)];
  }

  // src/tools/pdf/extract-pages.js
  async function extractPdfPages(context2) {
    const item = context2.items[0];
    const source = await loadPdfItem(item, context2);
    const pages = context2.parameters.pages;
    assertPages(pages, source.pageCount);
    const output = await createPdfDocument();
    await copyPages(output, source.document, pages, context2);
    const pageSizes = pages.map((page) => source.pageSizes[page - 1]);
    return [await pdfOutput(output, [item], {
      id: "pdf-extracted",
      name: `${sourceBaseName(item)}-${pageSuffix(pages)}.pdf`,
      pageCount: pages.length,
      pageSizes,
      rotations: pages.map((page) => source.rotations[page - 1]),
      notice: `${pages.length} ${pages.length === 1 ? "página extraída" : "páginas extraídas"}.`
    }, context2)];
  }

  // src/tools/pdf/split.js
  async function splitPdf(context2) {
    const item = context2.items[0];
    const source = await loadPdfItem(item, context2);
    const groups2 = context2.parameters.splitMode === "each" ? Array.from({ length: source.pageCount }, (_, index) => [index + 1]) : context2.parameters.groups;
    if (!Array.isArray(groups2) || !groups2.length) throw new CoreError("pdf_split", "Informe como deseja separar o PDF.");
    if (groups2.length > context2.limits.maxFiles) {
      throw new CoreError("pdf_output_limit", `Esta separação geraria mais de ${context2.limits.maxFiles} arquivos.`);
    }
    const results = [];
    for (const [index, pages] of groups2.entries()) {
      assertPages(pages, source.pageCount);
      const output = await createPdfDocument();
      await copyPages(output, source.document, pages, context2);
      results.push(await pdfOutput(output, [item], {
        id: "pdf-split-" + index,
        name: `${sourceBaseName(item)}-${pageSuffix(pages)}.pdf`,
        pageCount: pages.length,
        pageSizes: pages.map((page) => source.pageSizes[page - 1]),
        rotations: pages.map((page) => source.rotations[page - 1])
      }, context2));
      await yieldTask(context2.signal);
    }
    return results;
  }

  // src/tools/pdf/reorder.js
  function requestedOrder(parameters2, pageCount) {
    if (Array.isArray(parameters2.order)) return parameters2.order;
    if (parameters2.movePage && parameters2.moveTo) {
      const pages = Array.from({ length: pageCount }, (_, index) => index + 1).filter((page) => page !== parameters2.movePage);
      if (parameters2.moveTo === "start") pages.unshift(parameters2.movePage);
      else pages.push(parameters2.movePage);
      return pages;
    }
    throw new CoreError("pdf_reorder", "Informe a ordem completa das páginas.");
  }
  async function reorderPdf(context2) {
    const item = context2.items[0];
    const source = await loadPdfItem(item, context2);
    const order = requestedOrder(context2.parameters, source.pageCount);
    assertPages(order, source.pageCount);
    if (order.length !== source.pageCount || new Set(order).size !== source.pageCount) {
      throw new CoreError("pdf_reorder", `Informe todas as ${source.pageCount} páginas, sem repetir ou omitir nenhuma.`);
    }
    const output = await createPdfDocument();
    await copyPages(output, source.document, order, context2);
    return [await pdfOutput(output, [item], {
      id: "pdf-reordered",
      name: `${sourceBaseName(item)}-reorganizado.pdf`,
      pageCount: source.pageCount,
      pageSizes: order.map((page) => source.pageSizes[page - 1]),
      rotations: order.map((page) => source.rotations[page - 1]),
      notice: "Páginas reorganizadas na ordem solicitada."
    }, context2)];
  }

  // src/tools/pdf/rotate.js
  async function rotatePdfPages(context2) {
    const item = context2.items[0];
    const source = await loadPdfItem(item, context2);
    const selectedPages = context2.parameters.allPages ? Array.from({ length: source.pageCount }, (_, index) => index + 1) : context2.parameters.pages;
    assertPages(selectedPages, source.pageCount);
    const output = await createPdfDocument();
    const allPages = Array.from({ length: source.pageCount }, (_, index) => index + 1);
    const copied = await copyPages(output, source.document, allPages, context2);
    const selected2 = new Set(selectedPages);
    const rotations = source.rotations.map((current, index) => {
      if (!selected2.has(index + 1)) return current;
      return (current + context2.parameters.angle) % 360;
    });
    copied.forEach((page, index) => page.setRotation(degrees(rotations[index])));
    return [await pdfOutput(output, [item], {
      id: "pdf-rotated",
      name: `${sourceBaseName(item)}-girado.pdf`,
      pageCount: source.pageCount,
      pageSizes: source.pageSizes,
      rotations,
      notice: `${selectedPages.length} ${selectedPages.length === 1 ? "página girada" : "páginas giradas"} em ${context2.parameters.angle}°.`
    }, context2)];
  }

  // src/tools/data/table-model.js
  function normalizedName(value) {
    return String(value || "").normalize("NFKC").normalize("NFD").replace(/[\u0300-\u036f]/g, "").toLocaleLowerCase("pt-BR").trim();
  }
  function numericValue(value, decimalComma = false) {
    if (typeof value === "number") return Number.isFinite(value) ? value : void 0;
    if (typeof value !== "string") return void 0;
    const text2 = value.trim();
    const pattern = decimalComma ? /^-?(?:0|[1-9]\d*)(?:[.,]\d+)?$/ : /^-?(?:0|[1-9]\d*)(?:\.\d+)?$/;
    if (!pattern.test(text2)) return void 0;
    const parsed = Number(decimalComma ? text2.replace(",", ".") : text2);
    if (!Number.isFinite(parsed)) return void 0;
    if (Number.isInteger(parsed) && !Number.isSafeInteger(parsed)) return void 0;
    return parsed;
  }
  function booleanValue(value) {
    if (typeof value === "boolean") return value;
    if (typeof value !== "string") return void 0;
    const text2 = value.trim().toLocaleLowerCase("pt-BR");
    if (text2 === "true") return true;
    if (text2 === "false") return false;
    return void 0;
  }
  function isEmptyCell(value) {
    return value === null || value === void 0 || typeof value === "string" && value.length === 0;
  }
  function ambiguousBrazilianNumber(value, decimalComma) {
    if (!decimalComma || typeof value !== "string") return false;
    return /^-?(?:0|[1-9]\d*)\.\d{3}$/.test(value.trim());
  }
  function inferColumnType(rows, index, decimalComma, sourceFormat) {
    const values3 = rows.map((row) => row[index]).filter((value) => !isEmptyCell(value));
    if (!values3.length) return "empty";
    if (sourceFormat === "json") {
      if (values3.every((value) => typeof value === "number" && Number.isFinite(value) && (!Number.isInteger(value) || Number.isSafeInteger(value)))) return "number";
      if (values3.every((value) => typeof value === "boolean")) return "boolean";
      return "string";
    }
    if (values3.every((value) => numericValue(value, decimalComma) !== void 0 && !ambiguousBrazilianNumber(value, decimalComma))) return "number";
    if (values3.every((value) => booleanValue(value) !== void 0)) return "boolean";
    return "string";
  }
  function createTableModel(columns, rows, options2 = {}) {
    const limits = options2.limits;
    if (!Array.isArray(columns) || !columns.length || columns.length > limits.maxCsvColumns) {
      throw new CoreError("data_columns", "Não consegui identificar cabeçalhos válidos para estes dados.");
    }
    const names2 = columns.map((value) => String(value).replace(/^\uFEFF/, ""));
    if (names2.some((name) => !name.trim())) throw new CoreError("data_columns", "Todos os cabeçalhos precisam ter um nome.");
    if (new Set(names2).size !== names2.length) {
      throw new CoreError("data_columns", "Os cabeçalhos precisam ter nomes diferentes.");
    }
    if (!Array.isArray(rows) || rows.length + 1 > limits.maxCsvRows || rows.length * names2.length > limits.maxDataCells) {
      throw new CoreError("limit", "A tabela ultrapassa o limite de linhas ou células desta versão.");
    }
    const safeRows = rows.map((row) => {
      if (!Array.isArray(row) || row.length !== names2.length) {
        throw new CoreError("data_rows", "As linhas não possuem a mesma quantidade de colunas.");
      }
      return row.map((value) => value === void 0 ? null : value);
    });
    const rowPresence = options2.rowPresence === void 0 ? safeRows.map((row) => row.map(() => true)) : options2.rowPresence.map((presence, index) => {
      if (!Array.isArray(presence) || presence.length !== names2.length || presence.some((value) => typeof value !== "boolean")) {
        throw new CoreError("data_rows", "A presença das células não corresponde à tabela.");
      }
      if (!safeRows[index]) throw new CoreError("data_rows", "A presença das células não corresponde à tabela.");
      return [...presence];
    });
    if (rowPresence.length !== safeRows.length) {
      throw new CoreError("data_rows", "A presença das células não corresponde à tabela.");
    }
    const decimalComma = options2.decimalComma === true;
    const sourceFormat = options2.sourceFormat || "table";
    const inferredTypes = names2.map((_, index) => inferColumnType(safeRows, index, decimalComma, sourceFormat));
    const allowedTypes = /* @__PURE__ */ new Set(["string", "number", "boolean", "empty"]);
    const columnTypes = options2.columnTypes === void 0 ? inferredTypes : [...options2.columnTypes];
    if (columnTypes.length !== names2.length || columnTypes.some((type) => !allowedTypes.has(type))) {
      throw new CoreError("data_columns", "Os tipos das colunas não correspondem à tabela.");
    }
    return {
      columns: names2,
      rows: safeRows,
      rowPresence,
      columnTypes,
      rowCount: safeRows.length,
      columnCount: names2.length,
      sourceFormat,
      delimiter: options2.delimiter,
      decimalComma
    };
  }
  function resolveColumn(table, requested) {
    const exact = String(requested || "").trim();
    const exactIndexes = table.columns.map((column, index) => column === exact ? index : -1).filter((index) => index >= 0);
    if (exactIndexes.length === 1) {
      const index = exactIndexes[0];
      return { index, name: table.columns[index], type: table.columnTypes[index] };
    }
    const wanted = normalizedName(requested);
    const indexes = table.columns.map((column, index) => normalizedName(column) === wanted ? index : -1).filter((index) => index >= 0);
    if (indexes.length === 1) {
      const index = indexes[0];
      return { index, name: table.columns[index], type: table.columnTypes[index] };
    }
    const label = String(requested || "").trim() || "informada";
    if (indexes.length > 1) {
      throw new CoreError("data_column", "Há mais de uma coluna correspondente a “" + label + "”. Use exatamente um destes nomes: " + indexes.map((index) => table.columns[index]).join(", ") + ".");
    }
    throw new CoreError("data_column", "Não encontrei uma coluna chamada “" + label + "”. Colunas disponíveis: " + table.columns.join(", ") + ".");
  }
  function soleColumn(table, predicate, message) {
    const candidates = table.columns.map((name, index) => ({ name, index, type: table.columnTypes[index] })).filter(predicate);
    if (candidates.length === 1) return candidates[0];
    throw new CoreError("missing_parameter", message || "Informe qual coluna deseja usar.");
  }
  function primitiveForJson(value, type, decimalComma = false, sourceFormat = "table") {
    if (sourceFormat === "json") return value === void 0 ? null : value;
    if (isEmptyCell(value)) return null;
    if (type === "number") return numericValue(value, decimalComma);
    if (type === "boolean") return booleanValue(value);
    return String(value);
  }
  function tableToSafeObjects(table) {
    return table.rows.map((row, rowIndex) => {
      const record = /* @__PURE__ */ Object.create(null);
      for (const [index, column] of table.columns.entries()) {
        if (table.rowPresence?.[rowIndex]?.[index] === false) continue;
        Object.defineProperty(record, column, {
          value: primitiveForJson(row[index], table.columnTypes[index], table.decimalComma, table.sourceFormat),
          enumerable: true,
          configurable: false,
          writable: false
        });
      }
      return record;
    });
  }
  function validateTableModel(table, limits) {
    if (!table || !Array.isArray(table.columns) || !Array.isArray(table.rows) || !Array.isArray(table.columnTypes) || table.columns.length !== table.columnTypes.length || !Number.isSafeInteger(table.rowCount) || table.rowCount !== table.rows.length || !Number.isSafeInteger(table.columnCount) || table.columnCount !== table.columns.length || table.columns.some((column) => typeof column !== "string" || !column.trim()) || new Set(table.columns).size !== table.columns.length || table.columnTypes.some((type) => !["string", "number", "boolean", "empty"].includes(type)) || table.rows.length + 1 > limits.maxCsvRows || table.columns.length > limits.maxCsvColumns || table.rows.length * table.columns.length > limits.maxDataCells) return false;
    if (table.rowPresence !== void 0 && (!Array.isArray(table.rowPresence) || table.rowPresence.length !== table.rows.length || table.rowPresence.some((row) => !Array.isArray(row) || row.length !== table.columns.length || row.some((value) => typeof value !== "boolean")))) return false;
    return table.rows.every((row) => Array.isArray(row) && row.length === table.columns.length && row.every((value) => value === null || typeof value === "string" || typeof value === "boolean" || typeof value === "number" && Number.isFinite(value) && (!Number.isInteger(value) || Number.isSafeInteger(value))));
  }

  // src/tools/data/csv-parser.js
  async function parseRecords(text2, delimiter, limits, signal) {
    const records = [];
    let row = [], field3 = "", quoted = false, afterQuote = false, touched = false, yieldCount = 0;
    const pushField = () => {
      row.push(field3);
      field3 = "";
      afterQuote = false;
    };
    const pushRow = () => {
      pushField();
      if (touched || row.some((value) => value.length)) records.push(row);
      row = [];
      touched = false;
      if (records.length > limits.maxCsvRows) throw new CoreError("limit", "O CSV possui linhas demais para esta versão.");
    };
    for (let index = 0; index < text2.length; index++) {
      if (index % limits.parserChunkChars === 0) {
        await yieldTask(signal);
        if (limits.parserChunkChars < 1024 || ++yieldCount % 16 === 0) {
          await new Promise((resolve) => setTimeout(resolve, 1));
          abortCheck(signal);
        }
      }
      const char = text2[index];
      if (quoted) {
        if (char === '"') {
          if (text2[index + 1] === '"') {
            field3 += '"';
            index++;
          } else {
            quoted = false;
            afterQuote = true;
          }
        } else field3 += char;
        touched = true;
        continue;
      }
      if (afterQuote && char !== delimiter && char !== "\r" && char !== "\n") {
        throw new CoreError("invalid_csv", "Não consegui interpretar este CSV. Há conteúdo inesperado após um campo entre aspas.");
      }
      if (char === '"') {
        if (field3.length) throw new CoreError("invalid_csv", "Não consegui interpretar este CSV. Há aspas em uma posição inválida.");
        quoted = true;
        touched = true;
      } else if (char === delimiter) {
        pushField();
        touched = true;
        if (row.length > limits.maxCsvColumns) throw new CoreError("limit", "O CSV possui colunas demais para esta versão.");
      } else if (char === "\r" || char === "\n") {
        pushRow();
        if (char === "\r" && text2[index + 1] === "\n") index++;
      } else {
        field3 += char;
        touched = true;
      }
    }
    abortCheck(signal);
    if (quoted) throw new CoreError("invalid_csv", "Não consegui interpretar este CSV. Há um campo entre aspas sem fechamento.");
    if (touched || field3.length || row.length) pushRow();
    return records;
  }
  async function candidate(text2, delimiter, limits, signal, explicit) {
    try {
      const records = await parseRecords(text2, delimiter, limits, signal);
      if (records.length < (explicit ? 1 : 2) || records[0].length < (explicit ? 1 : 2)) return null;
      const columns = records[0].length;
      if (columns > limits.maxCsvColumns || records.some((row) => row.length !== columns)) return null;
      return { delimiter, records, columns };
    } catch (error3) {
      abortCheck(signal);
      if (error3?.code === "limit") throw error3;
      return null;
    }
  }
  async function parseCsvDocument(text2, options2 = {}) {
    const { limits, signal } = options2;
    if (typeof text2 !== "string") throw new CoreError("invalid_csv", "Não consegui interpretar este CSV.");
    const candidates = [];
    for (const delimiter of options2.delimiter ? [options2.delimiter] : [",", ";"]) {
      const parsed = await candidate(text2, delimiter, limits, signal, options2.explicit === true);
      if (parsed) candidates.push(parsed);
    }
    if (!candidates.length) throw new CoreError("invalid_csv", "Não consegui interpretar este CSV.");
    candidates.sort((left, right) => right.columns - left.columns);
    if (candidates[1] && candidates[0].columns === candidates[1].columns) {
      if (options2.explicit === true && candidates[0].columns === 1 && candidates[0].records.every((row, index) => row[0] === candidates[1].records[index]?.[0])) {
        candidates.splice(1);
      } else {
        throw new CoreError("invalid_csv", "Não consegui identificar com segurança se o separador é vírgula ou ponto e vírgula.");
      }
    }
    const selected2 = candidates[0];
    if (!options2.delimiter && selected2.columns === 1) {
      const otherDelimiter = selected2.delimiter === "," ? ";" : ",";
      if (text2.includes(otherDelimiter)) {
        throw new CoreError("invalid_csv", "Não consegui interpretar este CSV. As linhas não possuem a mesma quantidade de colunas.");
      }
    }
    const headers = selected2.records[0].map((value, index) => index === 0 ? value.replace(/^\uFEFF/, "") : value);
    const table = createTableModel(headers, selected2.records.slice(1), {
      limits,
      sourceFormat: "csv",
      delimiter: selected2.delimiter,
      decimalComma: selected2.delimiter === ";"
    });
    return { delimiter: selected2.delimiter, table, rows: selected2.records.length, dataRows: table.rowCount, columns: table.columnCount };
  }
  function serializeCsv(table, delimiter = ",") {
    const escape3 = (value) => {
      const text2 = value === null || value === void 0 ? "" : String(value);
      return text2.includes(delimiter) || /["\r\n]/.test(text2) || /^\s|\s$/.test(text2) ? '"' + text2.replace(/"/g, '""') + '"' : text2;
    };
    return [table.columns, ...table.rows].map((row) => row.map(escape3).join(delimiter)).join("\r\n");
  }

  // src/tools/data/json-parser.js
  function isRecord(value) {
    return value !== null && typeof value === "object" && !Array.isArray(value);
  }
  function isPrimitive(value) {
    return value === null || ["string", "number", "boolean"].includes(typeof value);
  }
  function tableFromJson(value, limits) {
    if (!Array.isArray(value) || !value.length || !value.every(isRecord)) return null;
    if (value.length + 1 > limits.maxCsvRows) {
      throw new CoreError("limit", "A tabela JSON possui linhas demais para esta versão.");
    }
    const columns = [];
    const known = /* @__PURE__ */ new Set();
    for (const record of value) {
      for (const key2 of Object.keys(record)) {
        if (!known.has(key2)) {
          known.add(key2);
          columns.push(key2);
        }
        if (columns.length > limits.maxCsvColumns) {
          throw new CoreError("limit", "A tabela JSON possui colunas demais para esta versão.");
        }
      }
    }
    if (!columns.length || columns.length > limits.maxCsvColumns) return null;
    if (value.length * columns.length > limits.maxDataCells) {
      throw new CoreError("limit", "A tabela JSON ultrapassa o limite de células desta versão.");
    }
    const rows = [], rowPresence = [];
    for (const record of value) {
      const presence = columns.map((column) => Object.hasOwn(record, column));
      const row = columns.map((column, index) => presence[index] ? record[column] : null);
      if (row.some((cell) => !isPrimitive(cell))) return null;
      rows.push(row);
      rowPresence.push(presence);
    }
    try {
      return createTableModel(columns, rows, { limits, sourceFormat: "json", rowPresence });
    } catch (error3) {
      if (error3?.code === "limit") throw error3;
      return null;
    }
  }
  function validateJsonNumbers(value) {
    const pending = [value];
    while (pending.length) {
      const current = pending.pop();
      if (typeof current === "number") {
        if (!Number.isFinite(current)) {
          throw new CoreError("invalid_json_number", "Este JSON contém um número fora da faixa que o navegador consegue preservar.");
        }
        if (Number.isInteger(current) && !Number.isSafeInteger(current)) {
          throw new CoreError("invalid_json_number", "Este JSON contém um número inteiro grande demais para ser preservado com segurança.");
        }
      } else if (Array.isArray(current)) {
        for (let index = current.length - 1; index >= 0; index--) pending.push(current[index]);
      } else if (isRecord(current)) {
        for (const key2 of Object.keys(current)) pending.push(current[key2]);
      }
    }
  }
  function jsonErrorMessage(error3, text2) {
    const message = String(error3?.message || "");
    const position = message.match(/position\s+(\d+)/i)?.[1];
    if (position !== void 0) {
      const offset = Math.min(Number(position), text2.length);
      const line2 = text2.slice(0, offset).split(/\r\n|\r|\n/).length;
      return "Este JSON possui um erro próximo da linha " + line2 + ".";
    }
    const line = message.match(/line\s+(\d+)/i)?.[1];
    return line ? "Este JSON possui um erro próximo da linha " + line + "." : "Este JSON não é válido.";
  }
  function parseJsonDocument(text2, limits, signal) {
    abortCheck(signal);
    try {
      const value = JSON.parse(text2);
      validateJsonNumbers(value);
      const table = tableFromJson(value, limits);
      return {
        value,
        table,
        type: Array.isArray(value) ? "array" : value === null ? "null" : typeof value,
        entries: Array.isArray(value) ? value.length : isRecord(value) ? Object.keys(value).length : 1
      };
    } catch (error3) {
      if (error3?.code === "limit" || error3?.code === "invalid_json_number") throw error3;
      throw new CoreError("invalid_json", jsonErrorMessage(error3, text2));
    }
  }
  function formatJson(value) {
    function serialize(current, depth) {
      if (current === null) return "null";
      if (typeof current === "string" || typeof current === "boolean") return JSON.stringify(current);
      if (typeof current === "number") {
        if (!Number.isFinite(current) || Number.isInteger(current) && !Number.isSafeInteger(current)) {
          throw new CoreError("invalid_json_number", "Este JSON contém um número que não pode ser preservado com segurança.");
        }
        return Object.is(current, -0) ? "-0" : String(current);
      }
      const indent = "  ".repeat(depth), childIndent = "  ".repeat(depth + 1);
      if (Array.isArray(current)) {
        if (!current.length) return "[]";
        return "[\n" + current.map((item) => childIndent + serialize(item, depth + 1)).join(",\n") + "\n" + indent + "]";
      }
      if (isRecord(current)) {
        const keys = Object.keys(current);
        if (!keys.length) return "{}";
        return "{\n" + keys.map((key2) => childIndent + JSON.stringify(key2) + ": " + serialize(current[key2], depth + 1)).join(",\n") + "\n" + indent + "}";
      }
      throw new CoreError("invalid_json", "Este valor não pode ser representado como JSON.");
    }
    return serialize(value, 0);
  }

  // src/tools/data/operations.js
  var collator = new Intl.Collator("pt-BR", { sensitivity: "base", numeric: false });
  var statisticLabels = Object.freeze({
    count: "Contagem",
    sum: "Soma",
    mean: "Média",
    min: "Mínimo",
    max: "Máximo"
  });
  function oneItem(items) {
    if (!Array.isArray(items) || items.length !== 1) throw new CoreError("input", "Envie um arquivo CSV ou JSON por vez.");
    return items[0];
  }
  function tableItem(items) {
    const item = oneItem(items);
    if (!item.table) {
      throw new CoreError("data_table", "Este JSON possui uma estrutura aninhada e não pode ser convertido diretamente para tabela nesta versão.");
    }
    return { item, table: item.table };
  }
  function safeBaseName2(item) {
    const value = String(item.name || "dados").replace(/\.[^.]+$/, "").replace(/[<>:"/\\|?*\u0000-\u001f]/g, "-").trim();
    return (value || "dados").slice(0, 120);
  }
  function ensureText(text2, limits) {
    const size = byteSize(text2);
    if (size > limits.maxTextBytes || size > limits.maxFileBytes) {
      throw new CoreError("limit", "O resultado ultrapassa o limite de tamanho de texto desta versão.");
    }
    return size;
  }
  function formulaWarning(table) {
    const found = [table.columns, ...table.rows].some((row) => row.some((value) => typeof value === "string" && /^[\t ]*[=+\-@]/.test(value)));
    return found ? ["Algumas células começam com =, +, - ou @. Elas foram preservadas como texto; programas de planilha externos podem interpretá-las como fórmulas."] : [];
  }
  function dataOutput(item, text2, mime, table, limits, options2 = {}) {
    const size = ensureText(text2, limits);
    const extension = mime === "application/json" ? "json" : "csv";
    const base = safeBaseName2(item);
    const name = options2.keepName && item.name ? item.name : base + (options2.suffix ? "-" + options2.suffix : "") + "." + extension;
    const blob = new Blob([text2], { type: mime });
    if (blob.size !== size) throw new CoreError("output", "Não consegui validar o tamanho do arquivo gerado.");
    const file = typeof File === "function" ? new File([blob], name, { type: mime, lastModified: Date.now() }) : blob;
    return {
      id: options2.operation + "-0",
      kind: "data",
      mime,
      file,
      name,
      text: text2,
      size,
      originalSize: item.originalSize ?? item.size,
      valid: true,
      source: "output",
      verification: "generated",
      table,
      jsonValue: options2.jsonValue,
      operation: options2.operation,
      notice: options2.notice || "",
      warnings: [...options2.warnings || []],
      statistics: options2.statistics,
      chart: options2.chart
    };
  }
  function outputFromTable(item, table, limits, options2) {
    if (item.mime === "application/json") {
      const value = tableToSafeObjects(table);
      const text3 = formatJson(value);
      JSON.parse(text3);
      return dataOutput(item, text3, "application/json", table, limits, { ...options2, jsonValue: value });
    }
    const delimiter = table.delimiter || ",";
    const text2 = serializeCsv(table, delimiter);
    return dataOutput(item, text2, "text/csv", table, limits, {
      ...options2,
      warnings: [...options2.warnings || [], ...formulaWarning(table)]
    });
  }
  function cloneTable(table, rows, limits, rowIndexes) {
    return createTableModel(table.columns, rows, {
      limits,
      sourceFormat: table.sourceFormat,
      delimiter: table.delimiter,
      decimalComma: table.decimalComma,
      columnTypes: table.columnTypes,
      rowPresence: rowIndexes?.map((index) => table.rowPresence?.[index] || table.columns.map(() => true))
    });
  }
  function compareCells(left, right, type, decimalComma) {
    if (type === "number") {
      const leftNumber = numericValue(left, decimalComma), rightNumber = numericValue(right, decimalComma);
      return leftNumber > rightNumber ? 1 : leftNumber < rightNumber ? -1 : 0;
    }
    if (type === "boolean") return Number(booleanValue(left)) - Number(booleanValue(right));
    return collator.compare(String(left ?? ""), String(right ?? ""));
  }
  async function openData({ items, limits, signal }) {
    abortCheck(signal);
    const item = oneItem(items);
    const warnings = item.mime === "text/csv" && item.table ? formulaWarning(item.table) : [];
    return [dataOutput(item, item.text, item.mime, item.table, limits, {
      operation: "data.open",
      keepName: true,
      jsonValue: item.jsonValue,
      notice: item.table ? item.table.rowCount + (item.table.rowCount === 1 ? " linha e " : " linhas e ") + item.table.columnCount + (item.table.columnCount === 1 ? " coluna." : " colunas.") : "JSON válido. A estrutura não é tabular nesta versão.",
      warnings
    })];
  }
  async function sortData({ items, parameters: parameters2, limits, signal }) {
    const { item, table } = tableItem(items);
    const column = resolveColumn(table, parameters2.column);
    const rows = table.rows.map((row, originalIndex) => ({ row, originalIndex }));
    rows.sort((left, right) => {
      const leftEmpty = isEmptyCell(left.row[column.index]);
      const rightEmpty = isEmptyCell(right.row[column.index]);
      if (leftEmpty || rightEmpty) return leftEmpty === rightEmpty ? left.originalIndex - right.originalIndex : leftEmpty ? 1 : -1;
      const compared = compareCells(left.row[column.index], right.row[column.index], column.type, table.decimalComma);
      return (parameters2.order === "desc" ? -compared : compared) || left.originalIndex - right.originalIndex;
    });
    await yieldTask(signal);
    const result = cloneTable(
      table,
      rows.map((entry) => entry.row),
      limits,
      rows.map((entry) => entry.originalIndex)
    );
    return [outputFromTable(item, result, limits, {
      operation: "data.sort",
      suffix: "ordenado",
      notice: "Dados ordenados pela coluna " + column.name + " em ordem " + (parameters2.order === "desc" ? "decrescente." : "crescente.")
    })];
  }
  function comparableFilterValue(raw, column, table) {
    if (isEmptyCell(raw)) return "";
    if (column.type === "number") {
      const value = numericValue(String(raw), table.decimalComma);
      if (value === void 0) throw new CoreError("data_filter", "Informe um valor numérico válido para a coluna " + column.name + ".");
      return value;
    }
    if (column.type === "boolean") {
      const value = booleanValue(String(raw));
      if (value === void 0) throw new CoreError("data_filter", "Use true ou false para filtrar a coluna " + column.name + ".");
      return value;
    }
    return String(raw);
  }
  function filterComparison(cell, wanted, operator, column, table) {
    const cellEmpty = isEmptyCell(cell), wantedEmpty = isEmptyCell(wanted);
    if (cellEmpty || wantedEmpty) {
      if (operator === "eq") return cellEmpty && wantedEmpty;
      if (operator === "ne") return cellEmpty !== wantedEmpty;
      return false;
    }
    let compared;
    if (column.type === "number") compared = numericValue(cell, table.decimalComma) - wanted;
    else if (column.type === "boolean") compared = Number(booleanValue(cell)) - Number(wanted);
    else compared = collator.compare(String(cell), String(wanted));
    if (operator === "eq") return compared === 0;
    if (operator === "ne") return compared !== 0;
    if (operator === "gt") return compared > 0;
    if (operator === "lt") return compared < 0;
    if (operator === "gte") return compared >= 0;
    if (operator === "lte") return compared <= 0;
    return false;
  }
  async function filterData({ items, parameters: parameters2, limits, signal }) {
    const { item, table } = tableItem(items);
    const column = resolveColumn(table, parameters2.column);
    const wanted = comparableFilterValue(parameters2.value, column, table);
    const rows = [], rowIndexes = [];
    for (const [index, row] of table.rows.entries()) {
      if (filterComparison(row[column.index], wanted, parameters2.operator, column, table)) {
        rows.push(row);
        rowIndexes.push(index);
      }
      if (index && index % 2e3 === 0) await yieldTask(signal);
    }
    const result = cloneTable(table, rows, limits, rowIndexes);
    return [outputFromTable(item, result, limits, {
      operation: "data.filter",
      suffix: "filtrado",
      notice: table.rowCount + " linhas → " + result.rowCount + " linhas."
    })];
  }
  function cellKey(value) {
    if (value === null) return "null";
    if (typeof value === "number") return Object.is(value, -0) ? "number:-0" : "number:" + String(value);
    if (typeof value === "boolean") return "boolean:" + String(value);
    return "string:" + JSON.stringify(String(value));
  }
  function rowKey(table, row, rowIndex, indexes) {
    return JSON.stringify(indexes.map((index) => table.rowPresence?.[rowIndex]?.[index] === false ? "missing" : "present:" + cellKey(row[index])));
  }
  async function deduplicateData({ items, parameters: parameters2, limits, signal }) {
    const { item, table } = tableItem(items);
    const indexes = parameters2.column === void 0 ? table.columns.map((_, index) => index) : [resolveColumn(table, parameters2.column).index];
    const seen = /* @__PURE__ */ new Set(), rows = [], rowIndexes = [];
    for (const [index, row] of table.rows.entries()) {
      const key2 = rowKey(table, row, index, indexes);
      if (!seen.has(key2)) {
        seen.add(key2);
        rows.push(row);
        rowIndexes.push(index);
      }
      if (index && index % 2e3 === 0) await yieldTask(signal);
    }
    const result = cloneTable(table, rows, limits, rowIndexes);
    const removed = table.rowCount - result.rowCount;
    return [outputFromTable(item, result, limits, {
      operation: "data.deduplicate",
      suffix: "sem-duplicados",
      notice: removed ? removed + (removed === 1 ? " linha duplicada removida." : " linhas duplicadas removidas.") : "Nenhuma linha duplicada encontrada."
    })];
  }
  function statisticsColumn(table, requested, statistic) {
    if (requested !== void 0) return resolveColumn(table, requested);
    return soleColumn(
      table,
      (candidate2) => statistic === "count" || candidate2.type === "number",
      statistic === "count" ? "Informe em qual coluna deseja contar os valores." : "Informe qual coluna numérica deseja calcular."
    );
  }
  async function calculateStatistics({ items, parameters: parameters2, limits, signal }) {
    const { item, table } = tableItem(items);
    const statistic = parameters2.statistic;
    const column = statisticsColumn(table, parameters2.column, statistic);
    const existing = table.rows.map((row) => row[column.index]).filter((value2) => !isEmptyCell(value2));
    let values3 = existing, value;
    if (statistic === "count") value = existing.length;
    else {
      if (column.type !== "number") {
        throw new CoreError("data_statistics", "A coluna " + column.name + " contém valores que não são todos numéricos.");
      }
      values3 = existing.map((cell) => numericValue(cell, table.decimalComma));
      if (!values3.length || values3.some((value2) => value2 === void 0)) {
        throw new CoreError("data_statistics", "Esta coluna não contém valores numéricos suficientes.");
      }
      const directSum = values3.reduce((sum2, current) => sum2 + current, 0);
      const scale2 = values3.reduce((largest, current) => Math.max(largest, Math.abs(current)), 0);
      let normalizedSum = 0, compensation = 0;
      if (scale2) {
        for (const current of values3) {
          const next = current / scale2 - compensation;
          const total = normalizedSum + next;
          compensation = total - normalizedSum - next;
          normalizedSum = total;
        }
      }
      if (statistic === "sum") value = Number.isFinite(directSum) ? directSum : scale2 ? normalizedSum * scale2 : 0;
      if (statistic === "mean") value = Number.isFinite(directSum) ? directSum / values3.length : scale2 ? normalizedSum / values3.length * scale2 : 0;
      if (statistic === "min") value = values3.reduce((result, current) => Math.min(result, current), Infinity);
      if (statistic === "max") value = values3.reduce((result, current) => Math.max(result, current), -Infinity);
      if (!Number.isFinite(value)) {
        throw new CoreError("data_statistics", "O resultado numérico ultrapassa a faixa segura desta versão.");
      }
    }
    abortCheck(signal);
    const statistics = { statistic, label: statisticLabels[statistic], column: column.name, value, count: values3.length };
    return [outputFromTable(item, table, limits, {
      operation: "data.statistics",
      suffix: "estatisticas",
      statistics,
      notice: statisticLabels[statistic] + " de " + column.name + ": " + new Intl.NumberFormat("pt-BR", { maximumFractionDigits: 8 }).format(value) + "."
    })];
  }
  async function csvToJson({ items, limits, signal }) {
    const { item, table } = tableItem(items);
    const value = tableToSafeObjects(table);
    const text2 = formatJson(value);
    const parsed = parseJsonDocument(text2, limits, signal);
    return [dataOutput(item, text2, "application/json", parsed.table, limits, {
      operation: "data.csvToJson",
      suffix: "convertido",
      jsonValue: parsed.value,
      notice: "CSV convertido em JSON com " + table.rowCount + (table.rowCount === 1 ? " registro." : " registros.")
    })];
  }
  async function jsonToCsv({ items, limits, signal }) {
    const { item, table } = tableItem(items);
    const text2 = serializeCsv(table, ",");
    const parsed = await parseCsvDocument(text2, { limits, signal, delimiter: "," });
    return [dataOutput(item, text2, "text/csv", parsed.table, limits, {
      operation: "data.jsonToCsv",
      suffix: "convertido",
      notice: "JSON convertido em tabela com " + table.rowCount + (table.rowCount === 1 ? " linha." : " linhas."),
      warnings: formulaWarning(table)
    })];
  }
  async function validateJsonData({ items, limits, signal }) {
    const item = oneItem(items);
    if (item.mime !== "application/json") throw new CoreError("input", "Envie um arquivo JSON para validar.");
    const parsed = parseJsonDocument(item.text, limits, signal);
    return [dataOutput(item, item.text, "application/json", parsed.table, limits, {
      operation: "json.validate",
      keepName: true,
      jsonValue: parsed.value,
      notice: "JSON válido."
    })];
  }
  async function formatJsonData({ items, limits, signal }) {
    const item = oneItem(items);
    if (item.mime !== "application/json") throw new CoreError("input", "Envie um arquivo JSON para formatar.");
    const parsed = parseJsonDocument(item.text, limits, signal);
    const text2 = formatJson(parsed.value);
    JSON.parse(text2);
    return [dataOutput(item, text2, "application/json", parsed.table, limits, {
      operation: "json.format",
      suffix: "formatado",
      jsonValue: parsed.value,
      notice: "JSON formatado sem modificar os valores."
    })];
  }
  async function chartData({ items, parameters: parameters2, limits, signal }) {
    const { item, table } = tableItem(items);
    const x = resolveColumn(table, parameters2.xColumn);
    const y = resolveColumn(table, parameters2.yColumn);
    if (y.type !== "number") throw new CoreError("data_chart", "A coluna " + y.name + " não contém valores numéricos suficientes.");
    const labels = [], values3 = [];
    for (const [index, row] of table.rows.entries()) {
      const value = numericValue(row[y.index], table.decimalComma);
      if (value !== void 0) {
        labels.push(String(row[x.index] ?? ""));
        values3.push(value);
      }
      if (index && index % 2e3 === 0) await yieldTask(signal);
    }
    if (!values3.length) throw new CoreError("data_chart", "Não encontrei valores numéricos para gerar o gráfico.");
    if (isCircularChart(parameters2.chartType) && (values3.some((value) => value < 0) || !values3.some((value) => value > 0))) {
      throw new CoreError("data_chart", "Gráficos de pizza e rosca precisam de valores sem negativos e pelo menos um valor maior que zero. Use barras ou linha para valores negativos.");
    }
    const chart = { type: parameters2.chartType || "bar", xColumn: x.name, yColumn: y.name, labels, values: values3 };
    return [outputFromTable(item, table, limits, {
      operation: "data.chart",
      suffix: "grafico",
      chart,
      notice: "Gráfico de " + y.name + " por " + x.name + " gerado com os dados atuais."
    })];
  }

  // src/tools/audio/limits.js
  var MiB2 = 1024 * 1024;
  var HOUR = 60 * 60;
  var INTEGER_LIMITS = /* @__PURE__ */ new Set([
    "maxAssets",
    "maxTracks",
    "maxClips",
    "maxFileBytes",
    "maxTotalFileBytes",
    "maxDecodedBytes",
    "minSampleRate",
    "maxSampleRate",
    "maxChannels",
    "maxHistoryEntries",
    "maxNameChars",
    "maxWaveformPoints",
    "maxWaveformCacheEntries",
    "maxGateAutomationPoints",
    "maxGateCacheEntries",
    "maxOfflineRenderBytes",
    "maxWavBytes",
    "maxCombinedWorkingBytes",
    "memoryReserveBytes",
    "maxProjectFileBytes",
    "maxDecodeMs",
    "maxRenderMs",
    "maxAutomationPoints",
    "maxTotalAutomationPoints",
    "maxMarkers",
    "maxRegions"
  ]);
  var AudioEngineError = class extends Error {
    constructor(code, message, cause) {
      super(message, cause ? { cause } : void 0);
      this.name = "AudioEngineError";
      this.code = code;
    }
  };
  var AUDIO_LIMITS = Object.freeze({
    maxAssets: 32,
    maxTracks: 32,
    maxClips: 512,
    maxFileBytes: 96 * MiB2,
    maxTotalFileBytes: 256 * MiB2,
    maxDecodedBytes: 384 * MiB2,
    maxAssetDuration: 4 * HOUR,
    maxProjectDuration: 4 * HOUR,
    minSampleRate: 8e3,
    maxSampleRate: 192e3,
    maxChannels: 8,
    maxHistoryEntries: 50,
    maxAutomationPoints: 256,
    maxTotalAutomationPoints: 1024,
    maxMarkers: 256,
    maxRegions: 128,
    maxNameChars: 120,
    maxWaveformPoints: 5e3,
    maxWaveformCacheEntries: 24,
    maxGateAutomationPoints: 4096,
    maxGateCacheEntries: 8,
    maxOfflineRenderBytes: 256 * MiB2,
    maxWavBytes: 256 * MiB2,
    maxCombinedWorkingBytes: 640 * MiB2,
    memoryReserveBytes: 64 * MiB2,
    maxProjectFileBytes: 2 * MiB2,
    maxDecodeMs: 6e4,
    maxRenderMs: 3e5
  });
  function resolveAudioLimits(overrides = {}) {
    if (!overrides || typeof overrides !== "object" || Array.isArray(overrides)) {
      throw new TypeError("Os limites de áudio precisam ser um objeto.");
    }
    for (const [key2, value] of Object.entries(overrides)) {
      if (!Object.hasOwn(AUDIO_LIMITS, key2) || !Number.isFinite(value) || value <= 0) {
        throw new TypeError("Limite de áudio inválido: " + key2 + ".");
      }
      if (INTEGER_LIMITS.has(key2) && !Number.isSafeInteger(value)) {
        throw new TypeError("Limite de áudio inválido: " + key2 + ".");
      }
    }
    const limits = { ...AUDIO_LIMITS, ...overrides };
    if (limits.minSampleRate > limits.maxSampleRate) {
      throw new RangeError("O intervalo de sample rate é inválido.");
    }
    if (limits.maxGateAutomationPoints < 2) {
      throw new RangeError("O limite de automação do noise gate precisa permitir ao menos dois pontos.");
    }
    return Object.freeze(limits);
  }
  function safeAudioLabel(value, fallback = "Áudio", maximum = AUDIO_LIMITS.maxNameChars) {
    const text2 = String(value ?? "").replace(/[\u0000-\u001f\u007f]/g, " ").replace(/\s+/g, " ").trim();
    return (text2 || fallback).slice(0, maximum);
  }
  function assertFiniteRange(value, minimum2, maximum, label) {
    if (!Number.isFinite(value) || value < minimum2 || value > maximum) {
      throw new RangeError(label + " fora do intervalo permitido.");
    }
    return value;
  }
  function inspectAudioBuffer(buffer, limits = AUDIO_LIMITS) {
    if (!buffer || typeof buffer !== "object" || typeof buffer.getChannelData !== "function") {
      throw new AudioEngineError("audio_buffer", "O áudio decodificado é inválido.");
    }
    const { numberOfChannels, length, sampleRate } = buffer;
    if (!Number.isSafeInteger(numberOfChannels) || numberOfChannels < 1 || numberOfChannels > limits.maxChannels || !Number.isSafeInteger(length) || length < 1 || !Number.isFinite(sampleRate) || sampleRate < limits.minSampleRate || sampleRate > limits.maxSampleRate) {
      throw new AudioEngineError("audio_buffer", "O áudio decodificado possui canais, duração ou sample rate inválidos.");
    }
    const duration = length / sampleRate;
    if (!Number.isFinite(duration) || duration <= 0 || duration > limits.maxAssetDuration) {
      throw new AudioEngineError("audio_duration", "Este áudio é grande demais para ser editado localmente com segurança.");
    }
    const decodedBytes = length * numberOfChannels * Float32Array.BYTES_PER_ELEMENT;
    if (!Number.isSafeInteger(decodedBytes) || decodedBytes > limits.maxDecodedBytes) {
      throw new AudioEngineError("audio_memory", "Este áudio é grande demais para ser editado localmente com segurança.");
    }
    for (let channel = 0; channel < numberOfChannels; channel++) {
      let samples;
      try {
        samples = buffer.getChannelData(channel);
      } catch (error3) {
        throw new AudioEngineError("audio_buffer", "Não foi possível ler os canais do áudio.", error3);
      }
      if (!(samples instanceof Float32Array) || samples.length !== length) {
        throw new AudioEngineError("audio_buffer", "Os canais do áudio decodificado são inválidos.");
      }
    }
    return Object.freeze({ numberOfChannels, length, sampleRate, duration, decodedBytes });
  }
  function ensureAudioFile(file, limits = AUDIO_LIMITS) {
    if (!(file instanceof Blob) || !Number.isFinite(file.size) || file.size <= 0) {
      throw new AudioEngineError("audio_file", "Não consegui abrir este arquivo de áudio.");
    }
    if (file.size > limits.maxFileBytes) {
      throw new AudioEngineError("audio_file_size", "Este áudio é grande demais para ser editado localmente com segurança.");
    }
    if (file.type && !/^audio\/[a-z0-9.+-]+$/i.test(file.type)) {
      throw new AudioEngineError("audio_type", "Este arquivo não foi identificado como áudio.");
    }
    return true;
  }

  // src/tools/audio/import-audio.js
  function abortError() {
    return typeof DOMException === "function" ? new DOMException("A operação foi cancelada.", "AbortError") : Object.assign(new Error("A operação foi cancelada."), { name: "AbortError" });
  }
  function checkAbort(signal) {
    if (signal?.aborted) throw signal.reason || abortError();
  }
  function timeoutError() {
    return new AudioEngineError(
      "audio_decode_timeout",
      "A decodificação demorou demais e foi interrompida para manter o navegador responsivo."
    );
  }
  function waitForPromise(promise, signal, timeoutMs, makeTimeoutError) {
    return new Promise((resolve, reject) => {
      let settled = false;
      const finish = (callback, value) => {
        if (settled) return;
        settled = true;
        clearTimeout(timer);
        signal?.removeEventListener?.("abort", onAbort);
        callback(value);
      };
      const onAbort = () => finish(reject, signal.reason || abortError());
      const timer = setTimeout(() => finish(reject, makeTimeoutError()), timeoutMs);
      signal?.addEventListener?.("abort", onAbort, { once: true });
      Promise.resolve(promise).then((value) => finish(resolve, value), (error3) => finish(reject, error3));
    });
  }
  function waitForDecode(context2, bytes2, signal, timeoutMs) {
    return new Promise((resolve, reject) => {
      let settled = false;
      const finish = (callback, value) => {
        if (settled) return;
        settled = true;
        clearTimeout(timer);
        signal?.removeEventListener?.("abort", onAbort);
        callback(value);
      };
      const onAbort = () => finish(reject, signal.reason || abortError());
      const timer = setTimeout(() => finish(reject, timeoutError()), timeoutMs);
      signal?.addEventListener?.("abort", onAbort, { once: true });
      try {
        const result = context2.decodeAudioData(
          bytes2,
          (value) => finish(resolve, value),
          (error3) => finish(reject, error3)
        );
        if (result && typeof result.then === "function") result.then(
          (value) => finish(resolve, value),
          (error3) => finish(reject, error3)
        );
      } catch (error3) {
        finish(reject, error3);
      }
    });
  }
  function browserAudioContext() {
    return globalThis.AudioContext || globalThis.webkitAudioContext;
  }
  async function decodeAudioFile(file, context2, limits = AUDIO_LIMITS, signal) {
    ensureAudioFile(file, limits);
    checkAbort(signal);
    let audioContext = context2;
    let ownsContext = false;
    if (!audioContext) {
      const AudioContextClass = browserAudioContext();
      if (typeof AudioContextClass !== "function") {
        throw new AudioEngineError("audio_runtime", "Este navegador não oferece decodificação de áudio local.");
      }
      audioContext = new AudioContextClass();
      ownsContext = true;
    }
    if (!audioContext || typeof audioContext.decodeAudioData !== "function") {
      throw new AudioEngineError("audio_runtime", "O contexto de áudio fornecido não consegue decodificar arquivos.");
    }
    try {
      let encoded;
      try {
        encoded = await waitForPromise(
          file.arrayBuffer(),
          signal,
          limits.maxDecodeMs ?? AUDIO_LIMITS.maxDecodeMs,
          timeoutError
        );
      } catch (error3) {
        checkAbort(signal);
        if (error3 instanceof AudioEngineError) throw error3;
        throw new AudioEngineError("audio_file", "Não foi possível ler o arquivo de áudio.", error3);
      }
      checkAbort(signal);
      if (!(encoded instanceof ArrayBuffer) || encoded.byteLength !== file.size) {
        throw new AudioEngineError("audio_file", "A leitura do arquivo de áudio ficou incompleta.");
      }
      let buffer;
      try {
        buffer = await waitForDecode(
          audioContext,
          encoded,
          signal,
          limits.maxDecodeMs ?? AUDIO_LIMITS.maxDecodeMs
        );
      } catch (error3) {
        checkAbort(signal);
        if (error3 instanceof AudioEngineError) throw error3;
        throw new AudioEngineError("audio_decode", "Este formato de áudio não é suportado pelo seu navegador.", error3);
      }
      const metadata = inspectAudioBuffer(buffer, limits);
      checkAbort(signal);
      return Object.freeze({
        buffer,
        file,
        name: safeAudioLabel(file.name, "Áudio", limits.maxNameChars),
        mime: file.type || "audio/unknown",
        size: file.size,
        ...metadata
      });
    } finally {
      if (ownsContext && typeof audioContext.close === "function") {
        try {
          await audioContext.close();
        } catch {
        }
      }
    }
  }

  // src/tools/audio/automation.js
  function createAudioAutomation() {
    return { volume: { enabled: false, points: [] }, pan: { enabled: false, points: [] } };
  }
  function automationValue(lane, time, fallback) {
    const points = lane?.enabled ? lane.points : [];
    if (!points?.length) return fallback;
    if (time <= points[0].time) return points[0].value;
    let left = points[0];
    for (let index = 1; index < points.length; index++) {
      const right = points[index];
      if (time < right.time) return left.interpolation === "step" ? left.value : left.value + (right.value - left.value) * (time - left.time) / (right.time - left.time);
      left = right;
    }
    return left.value;
  }
  function scheduleAutomation(parameter, lane, fallback, { position, when, endPosition }, scale2 = 1, cancel = true) {
    if (cancel) parameter.cancelScheduledValues?.(when);
    parameter.setValueAtTime(automationValue(lane, position, fallback) * scale2, when);
    if (!lane?.enabled) return;
    for (let index = 0; index < lane.points.length; index++) {
      const point = lane.points[index];
      if (point.time <= position) continue;
      const end = Math.min(point.time, endPosition);
      if (end <= position) break;
      const value = automationValue(lane, end, fallback) * scale2;
      const previous = lane.points[index - 1];
      if (previous?.interpolation === "linear") parameter.linearRampToValueAtTime(value, when + end - position);
      else parameter.setValueAtTime(value, when + end - position);
      if (point.time >= endPosition) break;
    }
  }

  // src/tools/audio/project-state.js
  var PROJECT_KEYS = /* @__PURE__ */ new Set(["version", "id", "name", "sampleRate", "master", "transport", "tracks", "markers", "regions"]);
  var MASTER_KEYS = /* @__PURE__ */ new Set(["gain", "normalizePeak", "targetPeak", "limiter"]);
  var LIMITER_KEYS = /* @__PURE__ */ new Set(["enabled", "ceilingDb"]);
  var TRANSPORT_KEYS = /* @__PURE__ */ new Set(["loop"]);
  var LOOP_KEYS = /* @__PURE__ */ new Set(["enabled", "mode", "start", "end"]);
  var TRACK_KEYS = /* @__PURE__ */ new Set(["id", "name", "gain", "pan", "mute", "solo", "effects", "clips", "automation"]);
  var CLIP_KEYS = /* @__PURE__ */ new Set([
    "id",
    "assetId",
    "startTime",
    "sourceOffset",
    "duration",
    "gain",
    "fadeIn",
    "fadeOut",
    "fadeInCurve",
    "fadeOutCurve"
  ]);
  var EFFECT_KEYS = /* @__PURE__ */ new Set(["eq", "highpass", "lowpass", "notch", "compressor", "noiseGate"]);
  var EQ_KEYS = /* @__PURE__ */ new Set(["enabled", "lowDb", "midDb", "highDb"]);
  var FILTER_KEYS = /* @__PURE__ */ new Set(["enabled", "frequency"]);
  var NOTCH_KEYS = /* @__PURE__ */ new Set(["enabled", "frequency", "q"]);
  var COMPRESSOR_KEYS = /* @__PURE__ */ new Set(["enabled", "thresholdDb", "ratio", "attack", "release", "kneeDb", "makeupDb"]);
  var GATE_KEYS = /* @__PURE__ */ new Set(["enabled", "thresholdDb", "attack", "release", "hold"]);
  var EPSILON = 1e-7;
  var AUDIO_FADE_CURVES = Object.freeze(["linear", "equalPower", "easeIn", "easeOut"]);
  function plainObject2(value) {
    if (!value || typeof value !== "object" || Array.isArray(value)) return false;
    const prototype = Object.getPrototypeOf(value);
    return prototype === Object.prototype || prototype === null;
  }
  function exactKeys(value, allowed) {
    return plainObject2(value) && Object.keys(value).every((key2) => allowed.has(key2));
  }
  function validId(value) {
    return typeof value === "string" && value.length > 0 && value.length <= 160 && !/[\u0000-\u001f\u007f]/.test(value);
  }
  function validBoolean(value) {
    return typeof value === "boolean";
  }
  function fail(message) {
    throw new AudioEngineError("audio_project", message);
  }
  function assetRecord(assets, id) {
    if (assets instanceof Map) return assets.get(id);
    if (typeof assets === "function") return assets(id);
    return void 0;
  }
  function createDefaultAudioEffects() {
    return {
      eq: { enabled: true, lowDb: 0, midDb: 0, highDb: 0 },
      highpass: { enabled: false, frequency: 80 },
      lowpass: { enabled: false, frequency: 16e3 },
      notch: { enabled: false, frequency: 50, q: 12 },
      compressor: { enabled: false, thresholdDb: -18, ratio: 4, attack: 3e-3, release: 0.25, kneeDb: 12, makeupDb: 0 },
      noiseGate: { enabled: false, thresholdDb: -50, attack: 0.01, release: 0.08, hold: 0.04 }
    };
  }
  function createAudioProject({ id = "audio-project", name = "Projeto de áudio", sampleRate = 48e3 } = {}) {
    return {
      version: 2,
      id,
      name: safeAudioLabel(name, "Projeto de áudio"),
      sampleRate,
      master: {
        gain: 1,
        normalizePeak: false,
        targetPeak: 0.98,
        limiter: { enabled: false, ceilingDb: -1 }
      },
      transport: { loop: { enabled: false, mode: "project", start: 0, end: 0 } },
      tracks: [],
      markers: [],
      regions: []
    };
  }
  function createAudioTrack({ id, name = "Faixa", gain = 1, pan = 0 } = {}) {
    return {
      id,
      name: safeAudioLabel(name, "Faixa"),
      gain,
      pan,
      mute: false,
      solo: false,
      effects: createDefaultAudioEffects(),
      automation: createAudioAutomation(),
      clips: []
    };
  }
  function createAudioClip({
    id,
    assetId,
    startTime = 0,
    sourceOffset = 0,
    duration,
    gain = 1,
    fadeIn = 0,
    fadeOut = 0,
    fadeInCurve = "linear",
    fadeOutCurve = "linear"
  } = {}) {
    return { id, assetId, startTime, sourceOffset, duration, gain, fadeIn, fadeOut, fadeInCurve, fadeOutCurve };
  }
  function cloneAudioState(value) {
    return structuredClone(value);
  }
  function upgradeAudioProject(project) {
    const next = cloneAudioState(project);
    if (![1, 2].includes(next?.version)) fail("Versão de projeto inválida.");
    if (next.version === 1) {
      next.version = 2;
      next.markers ??= [];
      next.regions ??= [];
      for (const track of next.tracks || []) {
        track.automation ??= createAudioAutomation();
        if (track.effects?.eq) track.effects.eq.enabled ??= true;
      }
    }
    return next;
  }
  function freezeAudioState(value) {
    if (!value || typeof value !== "object" || Object.isFrozen(value)) return value;
    Object.freeze(value);
    for (const child of Object.values(value)) freezeAudioState(child);
    return value;
  }
  function validateEffects(effects, sampleRate) {
    if (!exactKeys(effects, EFFECT_KEYS) || !exactKeys(effects.eq, EQ_KEYS) || !exactKeys(effects.highpass, FILTER_KEYS) || !exactKeys(effects.lowpass, FILTER_KEYS) || !exactKeys(effects.notch, NOTCH_KEYS) || !exactKeys(effects.compressor, COMPRESSOR_KEYS) || !exactKeys(effects.noiseGate, GATE_KEYS)) {
      fail("A configuração de efeitos da faixa é inválida.");
    }
    for (const value of [effects.eq.lowDb, effects.eq.midDb, effects.eq.highDb]) {
      assertFiniteRange(value, -24, 24, "Ganho do equalizador");
    }
    if (effects.eq.enabled !== void 0 && !validBoolean(effects.eq.enabled)) fail("Bypass do equalizador inválido.");
    if (!validBoolean(effects.highpass.enabled) || !validBoolean(effects.lowpass.enabled) || !validBoolean(effects.notch.enabled) || !validBoolean(effects.compressor.enabled) || !validBoolean(effects.noiseGate.enabled)) {
      fail("A ativação dos efeitos da faixa é inválida.");
    }
    const nyquist = sampleRate / 2;
    assertFiniteRange(effects.highpass.frequency, 20, 4e3, "Frequência do passa-altas");
    assertFiniteRange(effects.lowpass.frequency, 40, 96e3, "Frequência do passa-baixas");
    if (effects.highpass.enabled && effects.highpass.frequency >= nyquist || effects.lowpass.enabled && effects.lowpass.frequency >= nyquist) {
      fail("A frequência de corte precisa ficar abaixo de Nyquist.");
    }
    if (![50, 60].includes(effects.notch.frequency)) fail("O filtro notch deve usar 50 Hz ou 60 Hz.");
    assertFiniteRange(effects.notch.q, 0.1, 30, "Q do filtro notch");
    assertFiniteRange(effects.compressor.thresholdDb, -100, 0, "Threshold do compressor");
    assertFiniteRange(effects.compressor.ratio, 1, 20, "Ratio do compressor");
    assertFiniteRange(effects.compressor.attack, 0, 1, "Attack do compressor");
    assertFiniteRange(effects.compressor.release, 0.01, 1, "Release do compressor");
    assertFiniteRange(effects.compressor.kneeDb, 0, 40, "Knee do compressor");
    assertFiniteRange(effects.compressor.makeupDb, -24, 24, "Makeup gain do compressor");
    assertFiniteRange(effects.noiseGate.thresholdDb, -96, 0, "Limiar do noise gate");
    assertFiniteRange(effects.noiseGate.attack, 1e-3, 1, "Ataque do noise gate");
    assertFiniteRange(effects.noiseGate.release, 5e-3, 5, "Release do noise gate");
    assertFiniteRange(effects.noiseGate.hold, 0, 2, "Hold do noise gate");
  }
  function audioProjectDuration(project) {
    let duration = 0;
    for (const track of project?.tracks || []) {
      for (const clip2 of track.clips || []) duration = Math.max(duration, clip2.startTime + clip2.duration);
    }
    return duration;
  }
  function findAudioClip(project, clipId) {
    for (const track of project.tracks) {
      const index = track.clips.findIndex((clip2) => clip2.id === clipId);
      if (index >= 0) return { track, clip: track.clips[index], index };
    }
    return null;
  }
  function audibleAudioTracks(project) {
    const hasSolo = project.tracks.some((track) => track.solo);
    return project.tracks.filter((track) => !track.mute && (!hasSolo || track.solo));
  }
  function validateAudioProject(project, assets = /* @__PURE__ */ new Map(), limits = AUDIO_LIMITS) {
    if (!exactKeys(project, PROJECT_KEYS) || ![1, 2].includes(project.version) || !validId(project.id) || typeof project.name !== "string" || !project.name.length || project.name.length > limits.maxNameChars || !Number.isSafeInteger(project.sampleRate) || project.sampleRate < limits.minSampleRate || project.sampleRate > limits.maxSampleRate || !exactKeys(project.master, MASTER_KEYS) || !exactKeys(project.master.limiter, LIMITER_KEYS) || !exactKeys(project.transport, TRANSPORT_KEYS) || !exactKeys(project.transport.loop, LOOP_KEYS) || !Array.isArray(project.tracks)) {
      fail("O estado do projeto de áudio é inválido.");
    }
    assertFiniteRange(project.master.gain, 0, 4, "Volume master");
    if (!validBoolean(project.master.normalizePeak)) fail("A normalização master é inválida.");
    assertFiniteRange(project.master.targetPeak, 0.01, 1, "Pico alvo");
    if (!validBoolean(project.master.limiter.enabled)) fail("A ativação do limiter é inválida.");
    assertFiniteRange(project.master.limiter.ceilingDb, -12, 0, "Ceiling do limiter");
    const loop = project.transport.loop;
    if (!validBoolean(loop.enabled) || !["project", "region"].includes(loop.mode)) fail("A configuração de loop é inválida.");
    assertFiniteRange(loop.start, 0, limits.maxProjectDuration, "Início do loop");
    assertFiniteRange(loop.end, 0, limits.maxProjectDuration, "Fim do loop");
    if (loop.mode === "region" && loop.end <= loop.start) fail("O fim do loop precisa ficar depois do início.");
    if (project.tracks.length > limits.maxTracks) {
      throw new AudioEngineError("audio_track_limit", "O projeto atingiu o limite seguro de faixas.");
    }
    const trackIds = /* @__PURE__ */ new Set();
    const clipIds = /* @__PURE__ */ new Set();
    let clipCount = 0;
    let automationCount = 0;
    for (const track of project.tracks) {
      if (!exactKeys(track, TRACK_KEYS) || !validId(track.id) || trackIds.has(track.id) || typeof track.name !== "string" || !track.name.length || track.name.length > limits.maxNameChars || !validBoolean(track.mute) || !validBoolean(track.solo) || !Array.isArray(track.clips)) {
        fail("Uma faixa do projeto é inválida.");
      }
      trackIds.add(track.id);
      assertFiniteRange(track.gain, 0, 4, "Volume da faixa");
      assertFiniteRange(track.pan, -1, 1, "Pan da faixa");
      validateEffects(track.effects, project.sampleRate);
      if (project.version === 2 || track.automation !== void 0) {
        if (!exactKeys(track.automation, /* @__PURE__ */ new Set(["volume", "pan"]))) fail("Automação inválida.");
        for (const [parameter, maximum, minimum2] of [["volume", 4, 0], ["pan", 1, -1]]) {
          const lane = track.automation[parameter];
          if (!exactKeys(lane, /* @__PURE__ */ new Set(["enabled", "points"])) || !validBoolean(lane.enabled) || !Array.isArray(lane.points) || lane.points.length > limits.maxAutomationPoints) fail("Pontos de automação inválidos ou acima do limite.");
          let previous = -1;
          const ids = /* @__PURE__ */ new Set();
          for (const point of lane.points) {
            if (!exactKeys(point, /* @__PURE__ */ new Set(["id", "time", "value", "interpolation"])) || !validId(point.id) || ids.has(point.id) || !["linear", "step"].includes(point.interpolation)) fail("Ponto de automação inválido.");
            assertFiniteRange(point.time, 0, limits.maxProjectDuration, "Tempo de automação");
            assertFiniteRange(point.value, minimum2, maximum, "Valor de automação");
            if (point.time <= previous) fail("Os tempos de automação devem ser únicos e estar em ordem crescente.");
            previous = point.time;
            ids.add(point.id);
            automationCount++;
          }
        }
      }
      for (const clip2 of track.clips) {
        clipCount++;
        if (!exactKeys(clip2, CLIP_KEYS) || !validId(clip2.id) || clipIds.has(clip2.id) || !validId(clip2.assetId)) {
          fail("Um clipe do projeto é inválido.");
        }
        clipIds.add(clip2.id);
        assertFiniteRange(clip2.startTime, 0, limits.maxProjectDuration, "Posição do clipe");
        assertFiniteRange(clip2.sourceOffset, 0, limits.maxAssetDuration, "Início do clipe na fonte");
        assertFiniteRange(clip2.duration, Number.EPSILON, limits.maxAssetDuration, "Duração do clipe");
        assertFiniteRange(clip2.gain, 0, 4, "Volume do clipe");
        assertFiniteRange(clip2.fadeIn, 0, clip2.duration, "Fade in");
        assertFiniteRange(clip2.fadeOut, 0, clip2.duration, "Fade out");
        if (!AUDIO_FADE_CURVES.includes(clip2.fadeInCurve) || !AUDIO_FADE_CURVES.includes(clip2.fadeOutCurve)) {
          fail("A curva de fade do clipe é inválida.");
        }
        if (clip2.fadeIn + clip2.fadeOut > clip2.duration + EPSILON) {
          throw new AudioEngineError("audio_fade", "Fade in e fade out não podem se sobrepor.");
        }
        const asset = assetRecord(assets, clip2.assetId);
        if (!asset || !Number.isFinite(asset.duration) || clip2.sourceOffset + clip2.duration > asset.duration + EPSILON) {
          throw new AudioEngineError("audio_asset", "O clipe não corresponde a uma fonte de áudio disponível.");
        }
      }
    }
    if (automationCount > limits.maxTotalAutomationPoints) fail("Automação acima do limite seguro do projeto.");
    for (const [key2, keys, maximum] of [
      ["markers", /* @__PURE__ */ new Set(["id", "name", "time"]), limits.maxMarkers],
      ["regions", /* @__PURE__ */ new Set(["id", "name", "start", "end"]), limits.maxRegions]
    ]) {
      const items = project[key2];
      if (items === void 0 && project.version === 1) continue;
      if (!Array.isArray(items) || items.length > maximum) fail("Marcadores/regiões inválidos ou acima do limite.");
      const ids = /* @__PURE__ */ new Set();
      for (const item of items) {
        if (!exactKeys(item, keys) || !validId(item.id) || ids.has(item.id) || typeof item.name !== "string" || !item.name.length || item.name.length > limits.maxNameChars) fail("Marcador/região inválido.");
        ids.add(item.id);
        if (key2 === "markers") assertFiniteRange(item.time, 0, limits.maxProjectDuration, "Tempo do marcador");
        else {
          assertFiniteRange(item.start, 0, limits.maxProjectDuration, "Início da região");
          assertFiniteRange(item.end, 0, limits.maxProjectDuration, "Fim da região");
          if (item.end <= item.start) fail("A região deve ter início anterior ao fim.");
        }
      }
    }
    if (clipCount > limits.maxClips) {
      throw new AudioEngineError("audio_clip_limit", "O projeto atingiu o limite seguro de clipes.");
    }
    if (audioProjectDuration(project) > limits.maxProjectDuration + EPSILON) {
      throw new AudioEngineError("audio_duration", "A timeline ultrapassa a duração segura deste editor.");
    }
    return true;
  }

  // src/tools/audio/playback-plan.js
  function createPlaybackPlan(project, assets, { position = 0, anchorTime = 0, endPosition } = {}, limits = AUDIO_LIMITS) {
    validateAudioProject(project, assets, limits);
    const timelineDuration = audioProjectDuration(project);
    assertFiniteRange(position, 0, Math.max(0, timelineDuration), "Posição de reprodução");
    assertFiniteRange(anchorTime, 0, Number.MAX_SAFE_INTEGER, "Referência de reprodução");
    const playbackEnd = endPosition === void 0 ? timelineDuration : endPosition;
    assertFiniteRange(playbackEnd, position, Math.max(position, timelineDuration), "Fim da reprodução");
    const events = [];
    for (const track of audibleAudioTracks(project)) {
      for (const clip2 of track.clips) {
        const clipEnd = clip2.startTime + clip2.duration;
        if (clipEnd <= position) continue;
        const elapsed = Math.max(0, position - clip2.startTime);
        const delay = Math.max(0, clip2.startTime - position);
        const duration = Math.min(clipEnd, playbackEnd) - Math.max(position, clip2.startTime);
        if (duration <= 0) continue;
        events.push({
          trackId: track.id,
          clipId: clip2.id,
          assetId: clip2.assetId,
          when: anchorTime + delay,
          timelineStart: Math.max(position, clip2.startTime),
          sourceOffset: clip2.sourceOffset + elapsed,
          clipElapsed: elapsed,
          duration
        });
      }
    }
    events.sort((left, right) => left.when - right.when || project.tracks.findIndex((track) => track.id === left.trackId) - project.tracks.findIndex((track) => track.id === right.trackId));
    return freezeAudioState({
      position,
      endPosition: playbackEnd,
      anchorTime,
      timelineDuration,
      endsAt: anchorTime + Math.max(0, playbackEnd - position),
      events
    });
  }

  // src/tools/audio/dsp.js
  function dbToGain(decibels) {
    if (!Number.isFinite(decibels)) throw new TypeError("Valor em dB inválido.");
    return 10 ** (decibels / 20);
  }
  function gainToDb(gain) {
    if (!Number.isFinite(gain) || gain < 0) throw new TypeError("Ganho inválido.");
    return gain === 0 ? -Infinity : 20 * Math.log10(gain);
  }
  function resolveRegion(buffer, { sourceOffset = 0, duration = buffer.duration ?? buffer.length / buffer.sampleRate } = {}) {
    const fullDuration = buffer.length / buffer.sampleRate;
    assertFiniteRange(sourceOffset, 0, fullDuration, "Início da região");
    assertFiniteRange(duration, Number.EPSILON, fullDuration, "Duração da região");
    if (sourceOffset + duration > fullDuration + 1e-7) throw new RangeError("A região ultrapassa o áudio original.");
    const startFrame = Math.min(buffer.length - 1, Math.floor(sourceOffset * buffer.sampleRate));
    const endFrame = Math.min(buffer.length, Math.ceil((sourceOffset + duration) * buffer.sampleRate));
    return { startFrame, endFrame, duration: (endFrame - startFrame) / buffer.sampleRate };
  }
  function audioPeak(buffer, region = {}, limits = AUDIO_LIMITS) {
    inspectAudioBuffer(buffer, limits);
    const { startFrame, endFrame } = resolveRegion(buffer, region);
    let peak = 0;
    for (let channel = 0; channel < buffer.numberOfChannels; channel++) {
      const samples = buffer.getChannelData(channel);
      for (let frame = startFrame; frame < endFrame; frame++) {
        const value = Number.isFinite(samples[frame]) ? Math.abs(samples[frame]) : 0;
        if (value > peak) peak = value;
      }
    }
    return peak;
  }
  function peakNormalization(buffer, { targetPeak = 0.98, maxGain = 4, ...region } = {}, limits = AUDIO_LIMITS) {
    assertFiniteRange(targetPeak, 0.01, 1, "Pico alvo");
    assertFiniteRange(maxGain, Number.EPSILON, 64, "Ganho máximo");
    const peak = audioPeak(buffer, region, limits);
    if (peak === 0) return Object.freeze({ peak, gain: 1, targetPeak, silent: true, limited: false });
    const requestedGain = targetPeak / peak;
    const gain = Math.min(maxGain, requestedGain);
    return Object.freeze({ peak, gain, targetPeak, silent: false, limited: gain < requestedGain });
  }
  function buildNoiseGateEnvelope(buffer, settings = {}, region = {}, limits = AUDIO_LIMITS) {
    inspectAudioBuffer(buffer, limits);
    const thresholdDb = settings.thresholdDb ?? -50;
    const attack = settings.attack ?? 0.01;
    const release = settings.release ?? 0.08;
    const hold = settings.hold ?? 0.04;
    assertFiniteRange(thresholdDb, -96, 0, "Limiar do noise gate");
    assertFiniteRange(attack, 1e-3, 1, "Ataque do noise gate");
    assertFiniteRange(release, 5e-3, 5, "Release do noise gate");
    assertFiniteRange(hold, 0, 2, "Hold do noise gate");
    const { startFrame, endFrame } = resolveRegion(buffer, region);
    const sampleCount = endFrame - startFrame;
    const requestedFrameSeconds = settings.frameSeconds ?? 0.01;
    assertFiniteRange(requestedFrameSeconds, 1e-3, 0.1, "Janela do noise gate");
    const naturalFrameSize = Math.max(1, Math.round(requestedFrameSeconds * buffer.sampleRate));
    const boundedFrameSize = Math.max(
      naturalFrameSize,
      Math.ceil(sampleCount / Math.max(1, limits.maxGateAutomationPoints - 1))
    );
    const threshold = dbToGain(thresholdDb);
    const points = [];
    let gain = 0;
    let holdRemaining = 0;
    for (let frame = startFrame; frame < endFrame; frame += boundedFrameSize) {
      const frameEnd = Math.min(endFrame, frame + boundedFrameSize);
      let peak = 0;
      for (let channel = 0; channel < buffer.numberOfChannels; channel++) {
        const samples = buffer.getChannelData(channel);
        for (let index = frame; index < frameEnd; index++) {
          const value = Number.isFinite(samples[index]) ? Math.abs(samples[index]) : 0;
          if (value > peak) peak = value;
        }
      }
      const seconds = (frameEnd - frame) / buffer.sampleRate;
      let open = peak >= threshold;
      if (open) holdRemaining = hold;
      else if (holdRemaining > 0) {
        open = true;
        holdRemaining = Math.max(0, holdRemaining - seconds);
      }
      if (open) gain = 1 - (1 - gain) * Math.exp(-seconds / attack);
      else gain *= Math.exp(-seconds / release);
      const time = (frame - startFrame) / buffer.sampleRate;
      points.push(Object.freeze({ time, gain: Math.max(0, Math.min(1, gain)) }));
    }
    const duration = sampleCount / buffer.sampleRate;
    if (!points.length) points.push(Object.freeze({ time: 0, gain: 0 }));
    const finalGain = points.at(-1).gain;
    if (points.at(-1).time < duration) points.push(Object.freeze({ time: duration, gain: finalGain }));
    return Object.freeze(points);
  }

  // src/tools/audio/history.js
  function sameState(left, right) {
    return JSON.stringify(left) === JSON.stringify(right);
  }
  function createAudioHistory(initialState, { limit = 50, validate = () => {
  } } = {}) {
    if (!Number.isSafeInteger(limit) || limit < 1) throw new TypeError("Limite de histórico de áudio inválido.");
    validate(initialState);
    let present = cloneAudioState(initialState);
    let past = [];
    let future = [];
    function commit(nextState) {
      validate(nextState);
      const next = cloneAudioState(nextState);
      if (sameState(present, next)) return false;
      past.push(present);
      if (past.length > limit) past = past.slice(-limit);
      present = next;
      future = [];
      return true;
    }
    function undo() {
      if (!past.length) return false;
      future.push(present);
      present = past.pop();
      return true;
    }
    function redo() {
      if (!future.length) return false;
      past.push(present);
      if (past.length > limit) past = past.slice(-limit);
      present = future.pop();
      return true;
    }
    function replace(nextState) {
      validate(nextState);
      present = cloneAudioState(nextState);
      past = [];
      future = [];
      return true;
    }
    return Object.freeze({
      commit,
      undo,
      redo,
      replace,
      value: () => cloneAudioState(present),
      canUndo: () => past.length > 0,
      canRedo: () => future.length > 0,
      sizes: () => Object.freeze({ past: past.length, future: future.length })
    });
  }

  // src/tools/audio/memory.js
  var FLOAT32_BYTES = Float32Array.BYTES_PER_ELEMENT;
  var PCM16_BYTES = Int16Array.BYTES_PER_ELEMENT;
  var WAV_HEADER_BYTES = 44;
  function safeInteger(value, label) {
    if (!Number.isSafeInteger(value) || value < 0) {
      throw new AudioEngineError("audio_memory", label + " possui tamanho inválido.");
    }
    return value;
  }
  function safeAdd(values3, label) {
    let total = 0;
    for (const value of values3) {
      safeInteger(value, label);
      total += value;
      if (!Number.isSafeInteger(total)) throw new AudioEngineError("audio_memory", label + " ultrapassa o limite numérico seguro.");
    }
    return total;
  }
  function estimatePcmBytes({ frames, duration, sampleRate, channels, bytesPerSample = FLOAT32_BYTES } = {}) {
    const resolvedFrames = frames ?? Math.ceil(Number(duration) * Number(sampleRate));
    if (!Number.isSafeInteger(resolvedFrames) || resolvedFrames < 0 || !Number.isSafeInteger(channels) || channels < 1 || !Number.isSafeInteger(bytesPerSample) || bytesPerSample < 1) {
      throw new AudioEngineError("audio_memory", "Não foi possível estimar a memória PCM com segurança.");
    }
    const samples = resolvedFrames * channels;
    const bytes2 = samples * bytesPerSample;
    return safeInteger(bytes2, "O áudio PCM");
  }
  function estimateAudioWorkingSet(components = {}, limits = AUDIO_LIMITS) {
    const sourceFileBytes = components.sourceFileBytes ?? 0;
    const decodedBytes = components.decodedBytes ?? 0;
    const renderBytes = components.renderBytes ?? 0;
    const wavBytes = components.wavBytes ?? 0;
    const cacheBytes = components.cacheBytes ?? 0;
    const reserveBytes = components.reserveBytes ?? limits.memoryReserveBytes;
    const totalBytes = safeAdd([
      sourceFileBytes,
      decodedBytes,
      renderBytes,
      wavBytes,
      cacheBytes,
      reserveBytes
    ], "O orçamento combinado de áudio");
    return Object.freeze({
      sourceFileBytes,
      decodedBytes,
      renderBytes,
      wavBytes,
      cacheBytes,
      reserveBytes,
      totalBytes
    });
  }
  function estimateAudioRenderMemory({
    duration,
    sampleRate,
    sourceFileBytes = 0,
    decodedBytes = 0,
    channels = 2
  } = {}, limits = AUDIO_LIMITS) {
    if (!Number.isFinite(duration) || duration < 0 || !Number.isSafeInteger(sampleRate) || sampleRate < 1) {
      throw new AudioEngineError("audio_memory", "Não foi possível estimar a renderização de áudio.");
    }
    const frames = Math.ceil(duration * sampleRate);
    const renderBytes = estimatePcmBytes({ frames, channels, bytesPerSample: FLOAT32_BYTES });
    const wavDataBytes = estimatePcmBytes({ frames, channels: 2, bytesPerSample: PCM16_BYTES });
    const wavBytes = safeAdd([WAV_HEADER_BYTES, wavDataBytes], "O WAV final");
    return Object.freeze({
      frames,
      ...estimateAudioWorkingSet({ sourceFileBytes, decodedBytes, renderBytes, wavBytes }, limits)
    });
  }
  function assertAudioMemoryBudget(estimate, limits = AUDIO_LIMITS) {
    if (!estimate || !Number.isSafeInteger(estimate.totalBytes)) {
      throw new AudioEngineError("audio_memory", "O orçamento combinado de áudio é inválido.");
    }
    if (estimate.decodedBytes > limits.maxDecodedBytes || estimate.renderBytes > limits.maxOfflineRenderBytes || estimate.wavBytes > limits.maxWavBytes || estimate.totalBytes > limits.maxCombinedWorkingBytes) {
      throw new AudioEngineError(
        "audio_memory",
        "Este projeto ultrapassa o orçamento combinado de memória para edição e exportação local segura."
      );
    }
    return estimate;
  }

  // src/tools/audio/waveform.js
  function copyPeaks(peaks) {
    return Object.freeze({
      min: new Float32Array(peaks.min),
      max: new Float32Array(peaks.max),
      points: peaks.points,
      sourceOffset: peaks.sourceOffset,
      duration: peaks.duration
    });
  }
  function createWaveformPeaks(buffer, {
    points = 1e3,
    sourceOffset = 0,
    duration = buffer?.duration ?? (buffer ? buffer.length / buffer.sampleRate : 0)
  } = {}, limits = AUDIO_LIMITS) {
    inspectAudioBuffer(buffer, limits);
    if (!Number.isSafeInteger(points) || points < 1 || points > limits.maxWaveformPoints) {
      throw new RangeError("Quantidade de pontos da forma de onda inválida ou acima do limite.");
    }
    const fullDuration = buffer.length / buffer.sampleRate;
    assertFiniteRange(sourceOffset, 0, fullDuration, "Início da forma de onda");
    assertFiniteRange(duration, Number.EPSILON, fullDuration, "Duração da forma de onda");
    if (sourceOffset + duration > fullDuration + 1e-7) throw new RangeError("A forma de onda ultrapassa o áudio original.");
    const startFrame = Math.floor(sourceOffset * buffer.sampleRate);
    const endFrame = Math.min(buffer.length, Math.ceil((sourceOffset + duration) * buffer.sampleRate));
    const outputPoints = Math.min(points, endFrame - startFrame);
    const minimum2 = new Float32Array(outputPoints);
    const maximum = new Float32Array(outputPoints);
    for (let point = 0; point < outputPoints; point++) {
      const from = startFrame + Math.floor(point * (endFrame - startFrame) / outputPoints);
      const to = startFrame + Math.floor((point + 1) * (endFrame - startFrame) / outputPoints);
      let low = 1;
      let high = -1;
      for (let channel = 0; channel < buffer.numberOfChannels; channel++) {
        const samples = buffer.getChannelData(channel);
        for (let frame = from; frame < Math.max(from + 1, to); frame++) {
          const value = Number.isFinite(samples[frame]) ? Math.max(-1, Math.min(1, samples[frame])) : 0;
          if (value < low) low = value;
          if (value > high) high = value;
        }
      }
      minimum2[point] = low;
      maximum[point] = high;
    }
    return Object.freeze({ min: minimum2, max: maximum, points: outputPoints, sourceOffset, duration });
  }
  function createWaveformCache(limits = AUDIO_LIMITS) {
    const cache = /* @__PURE__ */ new WeakMap();
    return Object.freeze({
      get(buffer, options2 = {}) {
        const duration = options2.duration ?? buffer?.duration ?? (buffer ? buffer.length / buffer.sampleRate : 0);
        const key2 = `${options2.points ?? 1e3}:${options2.sourceOffset ?? 0}:${duration}`;
        let entries = cache.get(buffer);
        if (!entries) {
          entries = /* @__PURE__ */ new Map();
          cache.set(buffer, entries);
        }
        if (entries.has(key2)) {
          const cached = entries.get(key2);
          entries.delete(key2);
          entries.set(key2, cached);
        } else {
          entries.set(key2, createWaveformPeaks(buffer, { ...options2, duration }, limits));
          const maximum = limits.maxWaveformCacheEntries ?? AUDIO_LIMITS.maxWaveformCacheEntries;
          while (entries.size > maximum) entries.delete(entries.keys().next().value);
        }
        return copyPeaks(entries.get(key2));
      },
      clear(buffer) {
        if (buffer) cache.delete(buffer);
      }
    });
  }

  // src/tools/audio/editing.js
  function quantizeAudioTime(value, sampleRate) {
    if (!Number.isFinite(value)) throw new RangeError("Tempo de áudio inválido.");
    return Math.round(value * sampleRate) / sampleRate;
  }
  function prepareAudioSnap(options2 = {}) {
    const excluded = new Set(options2.excludeIds || []);
    const targets = [options2.playhead, ...(options2.markers || []).map((marker) => marker.time)];
    for (const clip2 of options2.clips || []) if (!excluded.has(clip2.id)) targets.push(clip2.startTime, clip2.startTime + clip2.duration);
    return { ...options2, targets: [...new Set(targets.filter((value) => Number.isFinite(value) && value >= 0))].sort((a, b) => a - b) };
  }
  function findAudioSnap(value, options2 = {}) {
    const { enabled = false, pixelsPerSecond = 64, gridSeconds = 1, tolerancePixels = 6 } = options2;
    if (!enabled) return { value, matched: false };
    const targets = options2.targets || prepareAudioSnap(options2).targets;
    let low = 0, high = targets.length;
    while (low < high) {
      const middle = low + high >>> 1;
      if (targets[middle] < value) low = middle + 1;
      else high = middle;
    }
    const candidates = [targets[low - 1], targets[low]];
    if (gridSeconds > 0) candidates.push(Math.round(value / gridSeconds) * gridSeconds);
    let nearest = value, distance = tolerancePixels / Math.max(4, pixelsPerSecond);
    let matched = false;
    for (const target of candidates) {
      if (!Number.isFinite(target) || target < 0) continue;
      const gap = Math.abs(target - value);
      if (gap <= distance) {
        nearest = target;
        distance = gap;
        matched = true;
      }
    }
    return { value: nearest, matched };
  }
  function snapAudioTime(value, options2) {
    return findAudioSnap(value, options2).value;
  }
  function snapAudioMove(clips, delta, options2) {
    if (!options2?.enabled) return delta;
    const prepared = options2.targets ? options2 : prepareAudioSnap(options2);
    let correction = 0, distance = Infinity;
    for (const clip2 of clips) for (const edge of [clip2.startTime, clip2.startTime + clip2.duration]) {
      const target = findAudioSnap(edge + delta, prepared);
      const adjustment = target.value - edge - delta;
      if (target.matched && Math.abs(adjustment) < distance) {
        correction = adjustment;
        distance = Math.abs(adjustment);
      }
    }
    return delta + correction;
  }

  // src/tools/audio/project-store.js
  var runtimes = /* @__PURE__ */ new WeakMap();
  function knownPartial(values3, allowed, label) {
    if (!values3 || typeof values3 !== "object" || Array.isArray(values3) || Object.keys(values3).some((key2) => !allowed.includes(key2))) {
      throw new TypeError(label + " inválido.");
    }
  }
  function requiredTrack(state, trackId) {
    const track = state.tracks.find((item) => item.id === trackId);
    if (!track) throw new AudioEngineError("audio_track", "A faixa informada não existe.");
    return track;
  }
  function requiredClip(state, clipId) {
    const found = findAudioClip(state, clipId);
    if (!found) throw new AudioEngineError("audio_clip", "O clipe informado não existe.");
    return found;
  }
  function publicAsset(asset) {
    return {
      id: asset.id,
      name: asset.name,
      mime: asset.mime,
      size: asset.size,
      duration: asset.duration,
      sampleRate: asset.sampleRate,
      numberOfChannels: asset.numberOfChannels,
      length: asset.length,
      decodedBytes: asset.decodedBytes,
      lastModified: asset.lastModified
    };
  }
  function mimeOf(value) {
    const mime = String(value || "audio/unknown");
    if (!/^audio\/[a-z0-9.+-]+$/i.test(mime)) {
      throw new AudioEngineError("audio_type", "O tipo da fonte de áudio é inválido.");
    }
    return mime;
  }
  function createAudioProjectStore(options2 = {}) {
    const limits = resolveAudioLimits(options2.limits);
    const assets = /* @__PURE__ */ new Map();
    const waveformCache = createWaveformCache(limits);
    const initial = createAudioProject({ id: options2.id, name: options2.name, sampleRate: options2.sampleRate });
    const history = createAudioHistory(initial, {
      limit: Math.floor(limits.maxHistoryEntries),
      validate: (state2) => validateAudioProject(state2, assets, limits)
    });
    const listeners = /* @__PURE__ */ new Set();
    const stateListeners = /* @__PURE__ */ new Set();
    const usedIds = /* @__PURE__ */ new Set([initial.id]);
    let selection = { trackId: null, clipId: null, clipIds: [] };
    let clipboard = null;
    let nextId = 1;
    function makeId(kind) {
      let id;
      let attempts = 0;
      do {
        id = typeof options2.idFactory === "function" ? options2.idFactory(kind) : `${kind}-${nextId++}`;
        if (typeof id !== "string" || !id.length) throw new TypeError("O gerador retornou um ID de áudio inválido.");
        attempts++;
        if (attempts > 100) throw new TypeError("O gerador de IDs de áudio retornou valores repetidos.");
      } while (usedIds.has(id));
      usedIds.add(id);
      return id;
    }
    function state() {
      return history.value();
    }
    function reconcileSelection(current = state()) {
      const ids = selection.clipIds || (selection.clipId ? [selection.clipId] : []);
      selection.clipIds = [...new Set(ids)].filter((id) => findAudioClip(current, id));
      if (!selection.clipIds.includes(selection.clipId)) selection.clipId = selection.clipIds.at(-1) || null;
      if (selection.clipId) {
        const found = findAudioClip(current, selection.clipId);
        if (found) {
          selection.trackId = found.track.id;
          return;
        }
        selection = {
          trackId: current.tracks.some((track) => track.id === selection.trackId) ? selection.trackId : null,
          clipId: null
        };
        return;
      }
      if (selection.trackId && !current.tracks.some((track) => track.id === selection.trackId)) {
        selection = { trackId: null, clipId: null };
      }
    }
    function snapshot() {
      const project = state();
      reconcileSelection(project);
      return freezeAudioState({
        project,
        selection: { ...selection },
        assets: [...assets.values()].map(publicAsset),
        duration: audioProjectDuration(project),
        canUndo: history.canUndo(),
        canRedo: history.canRedo()
      });
    }
    function notify() {
      const value = snapshot();
      for (const listener of listeners) listener(value);
    }
    function notifyState() {
      for (const listener of stateListeners) listener();
    }
    function mutate(change, afterCommit) {
      const next = state();
      const result = change(next);
      const changed = history.commit(next);
      if (changed) {
        afterCommit?.(result);
        reconcileSelection(next);
        notify();
        notifyState();
      }
      return { changed, result };
    }
    function assetFromDecoded(decoded, id) {
      if (!decoded || typeof decoded !== "object") throw new TypeError("Fonte de áudio decodificada inválida.");
      const metadata = inspectAudioBuffer(decoded.buffer, limits);
      const size = decoded.size ?? decoded.file?.size ?? 0;
      if (!Number.isFinite(size) || size < 0 || size > limits.maxFileBytes || decoded.file && (!(decoded.file instanceof Blob) || decoded.file.size !== size)) {
        throw new AudioEngineError("audio_file_size", "O tamanho da fonte de áudio é inválido ou acima do limite.");
      }
      return {
        id,
        buffer: decoded.buffer,
        file: decoded.file || null,
        name: safeAudioLabel(decoded.name || decoded.file?.name, "Áudio", limits.maxNameChars),
        mime: mimeOf(decoded.mime || decoded.file?.type),
        size,
        lastModified: Number.isFinite(decoded.lastModified ?? decoded.file?.lastModified) ? Number(decoded.lastModified ?? decoded.file?.lastModified) : 0,
        ...metadata
      };
    }
    function validateAssetBudget(candidateAssets) {
      const list = [...candidateAssets];
      const sourceFileBytes = list.reduce((sum2, asset) => sum2 + asset.size, 0);
      const decodedBytes = list.reduce((sum2, asset) => sum2 + asset.decodedBytes, 0);
      if (sourceFileBytes > limits.maxTotalFileBytes) {
        throw new AudioEngineError("audio_memory", "Os arquivos de origem ultrapassam o limite seguro do projeto.");
      }
      assertAudioMemoryBudget(estimateAudioWorkingSet({ sourceFileBytes, decodedBytes }, limits), limits);
    }
    function prepareAsset(decoded) {
      if (assets.size >= limits.maxAssets) {
        throw new AudioEngineError("audio_asset_limit", "O projeto atingiu o limite seguro de arquivos de áudio.");
      }
      const asset = assetFromDecoded(decoded, makeId("asset"));
      validateAssetBudget([...assets.values(), asset]);
      return asset;
    }
    function addPreparedAsset(asset, shouldNotify = true) {
      assets.set(asset.id, asset);
      if (shouldNotify) notify();
      return asset.id;
    }
    const store = Object.freeze({
      limits,
      hasClipboard: () => Boolean(clipboard?.length),
      snapshot,
      selection: () => freezeAudioState({ ...selection }),
      subscribe(listener) {
        if (typeof listener !== "function") throw new TypeError("Listener de áudio inválido.");
        listeners.add(listener);
        listener(snapshot());
        return () => listeners.delete(listener);
      },
      selectTrack(trackId) {
        if (trackId !== null) requiredTrack(state(), trackId);
        const next = { trackId, clipId: null, clipIds: [] };
        if (selection.trackId === next.trackId && selection.clipId === null) return false;
        selection = next;
        notify();
        return true;
      },
      selectClips(clipIds, primary = clipIds?.at(-1)) {
        if (!Array.isArray(clipIds) || clipIds.length > limits.maxClips) throw new TypeError("Seleção de clipes inválida.");
        const current = state();
        const ids = [...new Set(clipIds)];
        ids.forEach((id) => requiredClip(current, id));
        const clipId = ids.includes(primary) ? primary : ids.at(-1) || null;
        const trackId = clipId ? requiredClip(current, clipId).track.id : selection.trackId;
        selection = { trackId, clipId, clipIds: ids };
        notify();
        return true;
      },
      selectClip(clipId, { toggle = false, extend = false } = {}) {
        if (clipId === null) return store.selectClips([]);
        const current = state();
        requiredClip(current, clipId);
        if (toggle) {
          const ids = selection.clipIds.includes(clipId) ? selection.clipIds.filter((id) => id !== clipId) : [...selection.clipIds, clipId];
          return store.selectClips(ids, clipId);
        }
        if (extend && selection.clipId) {
          const ordered = current.tracks.flatMap((track) => [...track.clips].sort((a, b) => a.startTime - b.startTime || a.id.localeCompare(b.id))).map((clip2) => clip2.id);
          const indices = [ordered.indexOf(selection.clipId), ordered.indexOf(clipId)].sort((a, b) => a - b);
          return store.selectClips([...selection.clipIds, ...ordered.slice(indices[0], indices[1] + 1)], clipId);
        }
        return store.selectClips([clipId], clipId);
      },
      clearSelection() {
        selection = { trackId: null, clipId: null, clipIds: [] };
        notify();
      },
      moveClips(clipIds, deltaSeconds, trackDelta = 0) {
        if (!Number.isFinite(deltaSeconds) || !Number.isInteger(trackDelta)) throw new RangeError("Deslocamento inválido.");
        return mutate((next) => {
          const found = [...new Set(clipIds)].map((id) => requiredClip(next, id));
          if (!found.length) return;
          const delta = quantizeAudioTime(Math.max(
            -Math.min(...found.map((item) => item.clip.startTime)),
            Math.min(deltaSeconds, limits.maxProjectDuration - Math.max(...found.map((item) => item.clip.startTime + item.clip.duration)))
          ), next.sampleRate);
          const indices = found.map((item) => next.tracks.indexOf(item.track));
          const vertical = Math.max(-Math.min(...indices), Math.min(trackDelta, next.tracks.length - 1 - Math.max(...indices)));
          for (const [index, item] of found.entries()) {
            item.clip.startTime = quantizeAudioTime(item.clip.startTime + delta, next.sampleRate);
            if (vertical) {
              item.track.clips.splice(item.track.clips.indexOf(item.clip), 1);
              next.tracks[indices[index] + vertical].clips.push(item.clip);
            }
          }
        }).changed;
      },
      copyClips(clipIds = selection.clipIds) {
        const current = state();
        const entries = [...new Set(clipIds)].map((id) => {
          const found = requiredClip(current, id);
          return { trackId: found.track.id, clip: structuredClone(found.clip) };
        });
        if (!entries.length) return 0;
        clipboard = entries;
        return entries.length;
      },
      cutClips(clipIds = selection.clipIds) {
        const current = state();
        const entries = [...new Set(clipIds)].map((id) => {
          const found = requiredClip(current, id);
          return { trackId: found.track.id, clip: structuredClone(found.clip) };
        });
        if (!entries.length) return false;
        const changed = store.deleteClips(clipIds);
        if (changed) clipboard = entries;
        return changed;
      },
      pasteClips(time, targetTrackId = null) {
        if (!clipboard?.length) throw new AudioEngineError("audio_clipboard", "Copie ou recorte clipes antes de colar.");
        const created = [];
        mutate((next) => {
          const earliest = Math.min(...clipboard.map((item) => item.clip.startTime));
          const originalIndices = clipboard.map((item) => next.tracks.findIndex((track) => track.id === item.trackId));
          if (originalIndices.some((index) => index < 0)) throw new AudioEngineError("audio_clipboard", "Uma faixa copiada já não existe.");
          const base = Math.min(...originalIndices);
          const shift = targetTrackId ? next.tracks.indexOf(requiredTrack(next, targetTrackId)) - base : 0;
          for (const [index, item] of clipboard.entries()) {
            if (!assets.has(item.clip.assetId)) throw new AudioEngineError("audio_clipboard", "A fonte copiada já não existe.");
            const destination = next.tracks[originalIndices[index] + shift];
            if (!destination) throw new AudioEngineError("audio_clipboard", "Não há faixas suficientes para esta colagem.");
            const clip2 = { ...structuredClone(item.clip), id: makeId("clip"), startTime: quantizeAudioTime(time + item.clip.startTime - earliest, next.sampleRate) };
            destination.clips.push(clip2);
            created.push(clip2.id);
          }
        }, () => {
          selection = { trackId: null, clipId: created.at(-1), clipIds: created };
        });
        return created;
      },
      duplicateClips(clipIds = selection.clipIds, time) {
        const current = state();
        const found = [...new Set(clipIds)].map((id) => requiredClip(current, id));
        if (!found.length) return [];
        const earliest = Math.min(...found.map((item) => item.clip.startTime));
        const position = time ?? Math.max(...found.map((item) => item.clip.startTime + item.clip.duration));
        const ids = [];
        mutate((next) => {
          for (const item of found) {
            const clip2 = { ...structuredClone(item.clip), id: makeId("clip"), startTime: quantizeAudioTime(position + item.clip.startTime - earliest, next.sampleRate) };
            requiredTrack(next, item.track.id).clips.push(clip2);
            ids.push(clip2.id);
          }
        }, () => {
          selection = { trackId: null, clipId: ids.at(-1), clipIds: ids };
        });
        return ids;
      },
      deleteClips(clipIds = selection.clipIds) {
        return mutate((next) => {
          const ids = new Set(clipIds);
          for (const id of ids) requiredClip(next, id);
          for (const track of next.tracks) track.clips = track.clips.filter((clip2) => !ids.has(clip2.id));
        }).changed;
      },
      registerAsset(decoded) {
        return addPreparedAsset(prepareAsset(decoded));
      },
      async importFile(file, { context: context2, signal, trackName, startTime = 0 } = {}) {
        const decoded = await decodeAudioFile(file, context2, limits, signal);
        return store.importDecoded(decoded, { trackName, startTime });
      },
      importDecoded(decoded, { trackName, startTime = 0 } = {}) {
        return store.importDecodedBatch([decoded], { trackNames: [trackName], startTimes: [startTime] })[0];
      },
      importDecodedBatch(decodedList, { trackNames = [], startTimes, startTime = 0 } = {}) {
        if (!Array.isArray(decodedList) || !decodedList.length) {
          throw new TypeError("Informe ao menos uma fonte de áudio decodificada.");
        }
        if (assets.size + decodedList.length > limits.maxAssets) {
          throw new AudioEngineError("audio_asset_limit", "O projeto atingiu o limite seguro de arquivos de áudio.");
        }
        if (!Array.isArray(trackNames) || startTimes !== void 0 && !Array.isArray(startTimes)) {
          throw new TypeError("As opções de importação em lote são inválidas.");
        }
        const prepared = decodedList.map(prepareAsset);
        const totalFileBytes = [...assets.values(), ...prepared].reduce((sum2, asset) => sum2 + asset.size, 0);
        const totalDecodedBytes = [...assets.values(), ...prepared].reduce((sum2, asset) => sum2 + asset.decodedBytes, 0);
        if (totalFileBytes > limits.maxTotalFileBytes || totalDecodedBytes > limits.maxDecodedBytes) {
          throw new AudioEngineError("audio_memory", "A seleção de áudios é grande demais para edição local segura.");
        }
        validateAssetBudget([...assets.values(), ...prepared]);
        const created = prepared.map((asset, index) => ({
          asset,
          trackId: makeId("track"),
          clipId: makeId("clip"),
          startTime: startTimes?.[index] ?? startTime,
          trackName: trackNames[index] || asset.name
        }));
        for (const item of created) assets.set(item.asset.id, item.asset);
        try {
          const next = state();
          for (const item of created) {
            const track = createAudioTrack({ id: item.trackId, name: item.trackName });
            track.clips.push(createAudioClip({
              id: item.clipId,
              assetId: item.asset.id,
              startTime: item.startTime,
              sourceOffset: 0,
              duration: item.asset.duration
            }));
            next.tracks.push(track);
          }
          history.commit(next);
        } catch (error3) {
          for (const item of created) {
            assets.delete(item.asset.id);
            waveformCache.clear(item.asset.buffer);
          }
          throw error3;
        }
        const last2 = created.at(-1);
        selection = { trackId: last2.trackId, clipId: last2.clipId };
        notify();
        notifyState();
        return freezeAudioState(created.map((item) => ({
          assetId: item.asset.id,
          trackId: item.trackId,
          clipId: item.clipId
        })));
      },
      addTrack(values3 = {}) {
        const id = makeId("track");
        mutate(
          (next) => next.tracks.push(createAudioTrack({ ...values3, id })),
          () => {
            selection = { trackId: id, clipId: null };
          }
        );
        return id;
      },
      deleteTrack(trackId) {
        const { changed } = mutate((next) => {
          const index = next.tracks.findIndex((track) => track.id === trackId);
          if (index < 0) throw new AudioEngineError("audio_track", "A faixa informada não existe.");
          next.tracks.splice(index, 1);
        });
        return changed;
      },
      moveTrack(trackId, direction) {
        if (!Number.isFinite(direction) || direction === 0) return false;
        return mutate((next) => {
          const index = next.tracks.findIndex((track2) => track2.id === trackId);
          if (index < 0) throw new AudioEngineError("audio_track", "A faixa informada não existe.");
          const target = Math.max(0, Math.min(next.tracks.length - 1, index + Math.sign(direction)));
          if (target === index) return;
          const [track] = next.tracks.splice(index, 1);
          next.tracks.splice(target, 0, track);
        }).changed;
      },
      addClip(trackId, assetId, values3 = {}) {
        const asset = assets.get(assetId);
        if (!asset) throw new AudioEngineError("audio_asset", "A fonte de áudio informada não existe.");
        const id = makeId("clip");
        mutate((next) => {
          const track = requiredTrack(next, trackId);
          const sourceOffset = values3.sourceOffset ?? 0;
          const duration = values3.duration ?? asset.duration - sourceOffset;
          track.clips.push(createAudioClip({ ...values3, id, assetId, sourceOffset, duration }));
        }, () => {
          selection = { trackId, clipId: id };
        });
        return id;
      },
      moveClip(clipId, startTime, targetTrackId) {
        let destinationTrackId;
        const { changed } = mutate((next) => {
          const found = requiredClip(next, clipId);
          found.clip.startTime = startTime;
          if (targetTrackId && targetTrackId !== found.track.id) {
            const target = requiredTrack(next, targetTrackId);
            found.track.clips.splice(found.index, 1);
            target.clips.push(found.clip);
            destinationTrackId = target.id;
          }
        }, () => {
          if (destinationTrackId) selection = { trackId: destinationTrackId, clipId };
        });
        return changed;
      },
      trimClip(clipId, { sourceStart, sourceEnd, startTime } = {}) {
        const { changed } = mutate((next) => {
          const { clip: clip2 } = requiredClip(next, clipId);
          const sampleRate = assets.get(clip2.assetId).sampleRate;
          const start = quantizeAudioTime(sourceStart ?? clip2.sourceOffset, sampleRate);
          const end = quantizeAudioTime(sourceEnd ?? clip2.sourceOffset + clip2.duration, sampleRate);
          if (!Number.isFinite(start) || !Number.isFinite(end) || end <= start) {
            throw new RangeError("Os limites do trim são inválidos.");
          }
          clip2.sourceOffset = start;
          clip2.duration = end - start;
          if (startTime !== void 0) clip2.startTime = quantizeAudioTime(startTime, next.sampleRate);
          clip2.fadeIn = Math.min(clip2.fadeIn, clip2.duration);
          clip2.fadeOut = Math.min(clip2.fadeOut, clip2.duration);
          const fadeTotal = clip2.fadeIn + clip2.fadeOut;
          if (fadeTotal > clip2.duration) {
            const scale2 = clip2.duration / fadeTotal;
            clip2.fadeIn *= scale2;
            clip2.fadeOut *= scale2;
          }
        });
        return changed;
      },
      trimClipEdge(clipId, edge, seconds) {
        if (!["start", "end"].includes(edge) || !Number.isFinite(seconds) || seconds <= 0) {
          throw new RangeError("A borda ou a duração do trim é inválida.");
        }
        const clip2 = requiredClip(state(), clipId).clip;
        if (seconds >= clip2.duration) throw new RangeError("O trim removeria o clipe inteiro.");
        return edge === "start" ? store.trimClip(clipId, {
          sourceStart: clip2.sourceOffset + seconds,
          sourceEnd: clip2.sourceOffset + clip2.duration
        }) : store.trimClip(clipId, {
          sourceStart: clip2.sourceOffset,
          sourceEnd: clip2.sourceOffset + clip2.duration - seconds
        });
      },
      splitClip(clipId, timelineTime) {
        timelineTime = quantizeAudioTime(timelineTime, state().sampleRate);
        const newClipId = makeId("clip");
        let trackId = null;
        mutate((next) => {
          const { track, clip: clip2, index } = requiredClip(next, clipId);
          trackId = track.id;
          const leftDuration = timelineTime - clip2.startTime;
          if (!Number.isFinite(timelineTime) || leftDuration <= 0 || leftDuration >= clip2.duration) {
            throw new RangeError("A divisão precisa ficar dentro do clipe.");
          }
          const rightDuration = clip2.duration - leftDuration;
          const right = createAudioClip({
            id: newClipId,
            assetId: clip2.assetId,
            startTime: timelineTime,
            sourceOffset: clip2.sourceOffset + leftDuration,
            duration: rightDuration,
            gain: clip2.gain,
            fadeIn: 0,
            fadeOut: Math.min(clip2.fadeOut, rightDuration),
            fadeOutCurve: clip2.fadeOutCurve
          });
          clip2.duration = leftDuration;
          clip2.fadeIn = Math.min(clip2.fadeIn, leftDuration);
          clip2.fadeOut = 0;
          track.clips.splice(index + 1, 0, right);
        }, () => {
          selection = { trackId, clipId: newClipId };
        });
        return newClipId;
      },
      deleteClip(clipId) {
        const { changed } = mutate((next) => {
          const { track, index } = requiredClip(next, clipId);
          track.clips.splice(index, 1);
        });
        return changed;
      },
      setTrackName(trackId, name) {
        return mutate((next) => {
          requiredTrack(next, trackId).name = safeAudioLabel(name, "Faixa", limits.maxNameChars);
        }).changed;
      },
      setProjectName(name) {
        return mutate((next) => {
          next.name = safeAudioLabel(name, "Projeto de áudio", limits.maxNameChars);
        }).changed;
      },
      setTrackGain(trackId, gain) {
        return mutate((next) => {
          requiredTrack(next, trackId).gain = gain;
        }).changed;
      },
      setTrackPan(trackId, pan) {
        return mutate((next) => {
          requiredTrack(next, trackId).pan = pan;
        }).changed;
      },
      setTrackMute(trackId, mute) {
        return mutate((next) => {
          requiredTrack(next, trackId).mute = mute;
        }).changed;
      },
      setTrackSolo(trackId, solo) {
        return mutate((next) => {
          requiredTrack(next, trackId).solo = solo;
        }).changed;
      },
      setTrackEq(trackId, values3) {
        knownPartial(values3, ["enabled", "lowDb", "midDb", "highDb"], "Equalizador");
        return mutate((next) => Object.assign(requiredTrack(next, trackId).effects.eq, values3)).changed;
      },
      setTrackFilter(trackId, type, values3) {
        if (!["highpass", "lowpass", "notch"].includes(type)) throw new TypeError("Tipo de filtro inválido.");
        knownPartial(values3, type === "notch" ? ["enabled", "frequency", "q"] : ["enabled", "frequency"], "Filtro");
        return mutate((next) => Object.assign(requiredTrack(next, trackId).effects[type], values3)).changed;
      },
      setTrackNoiseGate(trackId, values3) {
        knownPartial(values3, ["enabled", "thresholdDb", "attack", "release", "hold"], "Noise gate");
        return mutate((next) => Object.assign(requiredTrack(next, trackId).effects.noiseGate, values3)).changed;
      },
      setTrackCompressor(trackId, values3) {
        knownPartial(values3, ["enabled", "thresholdDb", "ratio", "attack", "release", "kneeDb", "makeupDb"], "Compressor");
        return mutate((next) => Object.assign(requiredTrack(next, trackId).effects.compressor, values3)).changed;
      },
      setTrackAutomation(trackId, parameter, values3) {
        if (!["volume", "pan"].includes(parameter)) throw new TypeError("Parâmetro de automação inválido.");
        knownPartial(values3, ["enabled", "points"], "Automação");
        return mutate((next) => {
          const lane = requiredTrack(next, trackId).automation[parameter];
          if (values3.enabled !== void 0) lane.enabled = values3.enabled;
          if (values3.points !== void 0) lane.points = structuredClone(values3.points);
        }).changed;
      },
      addAutomationPoint(trackId, parameter, { time, value, interpolation = "linear" }) {
        const id = makeId("automation");
        if (!["volume", "pan"].includes(parameter)) throw new TypeError("Parâmetro de automação inválido.");
        mutate((next) => {
          const lane = requiredTrack(next, trackId).automation[parameter];
          lane.points.push({ id, time: quantizeAudioTime(time, next.sampleRate), value, interpolation });
          lane.points.sort((a, b) => a.time - b.time);
        });
        return id;
      },
      updateAutomationPoint(trackId, parameter, pointId, values3) {
        if (!["volume", "pan"].includes(parameter)) throw new TypeError("Parâmetro de automação inválido.");
        knownPartial(values3, ["time", "value", "interpolation"], "Ponto de automação");
        return mutate((next) => {
          const lane = requiredTrack(next, trackId).automation[parameter];
          const point = lane.points.find((item) => item.id === pointId);
          if (!point) throw new AudioEngineError("audio_automation", "O ponto informado não existe.");
          Object.assign(point, values3);
          if (values3.time !== void 0) point.time = quantizeAudioTime(values3.time, next.sampleRate);
          lane.points.sort((a, b) => a.time - b.time);
        }).changed;
      },
      deleteAutomationPoint(trackId, parameter, pointId) {
        const lane = requiredTrack(state(), trackId).automation[parameter];
        if (!lane?.points.some((item) => item.id === pointId)) throw new AudioEngineError("audio_automation", "O ponto informado não existe.");
        return store.setTrackAutomation(trackId, parameter, { points: lane.points.filter((item) => item.id !== pointId) });
      },
      addMarker({ name = "Marcador", time }) {
        const id = makeId("marker");
        mutate((next) => next.markers.push({ id, name: safeAudioLabel(name, "Marcador"), time: quantizeAudioTime(time, next.sampleRate) }));
        return id;
      },
      updateMarker(id, values3) {
        knownPartial(values3, ["name", "time"], "Marcador");
        return mutate((next) => {
          const marker = next.markers.find((item) => item.id === id);
          if (!marker) throw new AudioEngineError("audio_marker", "Marcador inexistente.");
          if (values3.name !== void 0) marker.name = safeAudioLabel(values3.name, "Marcador");
          if (values3.time !== void 0) marker.time = quantizeAudioTime(values3.time, next.sampleRate);
        }).changed;
      },
      deleteMarker(id) {
        return mutate((next) => {
          next.markers = next.markers.filter((item) => item.id !== id);
        }).changed;
      },
      addRegion({ name = "Região", start, end }) {
        const id = makeId("region");
        mutate((next) => next.regions.push({ id, name: safeAudioLabel(name, "Região"), start: quantizeAudioTime(start, next.sampleRate), end: quantizeAudioTime(end, next.sampleRate) }));
        return id;
      },
      updateRegion(id, values3) {
        knownPartial(values3, ["name", "start", "end"], "Região");
        return mutate((next) => {
          const region = next.regions.find((item) => item.id === id);
          if (!region) throw new AudioEngineError("audio_region", "Região inexistente.");
          if (values3.name !== void 0) region.name = safeAudioLabel(values3.name, "Região");
          for (const key2 of ["start", "end"]) if (values3[key2] !== void 0) region[key2] = quantizeAudioTime(values3[key2], next.sampleRate);
        }).changed;
      },
      deleteRegion(id) {
        return mutate((next) => {
          next.regions = next.regions.filter((item) => item.id !== id);
        }).changed;
      },
      loopRegion(id) {
        const region = state().regions.find((item) => item.id === id);
        if (!region) throw new AudioEngineError("audio_region", "Região inexistente.");
        if (region.end > audioProjectDuration(state())) throw new AudioEngineError("audio_region", "O loop deve ficar dentro da duração do áudio.");
        return store.setLoop({ enabled: true, mode: "region", start: region.start, end: region.end });
      },
      selectRegion(id) {
        const current = state();
        const region = current.regions.find((item) => item.id === id);
        if (!region) throw new AudioEngineError("audio_region", "Região inexistente.");
        store.selectClips(current.tracks.flatMap((track) => track.clips.filter((clip2) => clip2.startTime < region.end && clip2.startTime + clip2.duration > region.start).map((clip2) => clip2.id)));
        selection.timeRange = { start: region.start, end: region.end };
        notify();
      },
      setClipGain(clipId, gain) {
        return mutate((next) => {
          requiredClip(next, clipId).clip.gain = gain;
        }).changed;
      },
      setClipFades(clipId, values3) {
        knownPartial(values3, ["fadeIn", "fadeOut", "fadeInCurve", "fadeOutCurve"], "Fade");
        return mutate((next) => Object.assign(requiredClip(next, clipId).clip, values3)).changed;
      },
      applyCrossfade(firstClipId, secondClipId, type = "linear") {
        if (!["linear", "equalPower"].includes(type)) throw new TypeError("Tipo de crossfade inválido.");
        return mutate((next) => {
          const firstFound = requiredClip(next, firstClipId);
          const secondFound = requiredClip(next, secondClipId);
          if (firstFound.track.id !== secondFound.track.id || firstClipId === secondClipId) {
            throw new AudioEngineError("audio_crossfade", "O crossfade exige dois clipes diferentes na mesma faixa.");
          }
          const ordered = [firstFound.clip, secondFound.clip].sort((left2, right2) => left2.startTime - right2.startTime);
          const [left, right] = ordered;
          const overlap = Math.min(left.startTime + left.duration, right.startTime + right.duration) - right.startTime;
          if (!Number.isFinite(overlap) || overlap <= 0) {
            throw new AudioEngineError("audio_crossfade", "Os clipes precisam estar sobrepostos para criar o crossfade.");
          }
          left.fadeOut = overlap;
          left.fadeOutCurve = type;
          right.fadeIn = overlap;
          right.fadeInCurve = type;
        }).changed;
      },
      normalizeClipPeak(clipId, targetPeak = 0.98) {
        const current = requiredClip(state(), clipId).clip;
        const asset = assets.get(current.assetId);
        const normalization = peakNormalization(asset.buffer, {
          targetPeak,
          maxGain: 4,
          sourceOffset: current.sourceOffset,
          duration: current.duration
        }, limits);
        const changed = normalization.silent ? false : mutate((next) => {
          requiredClip(next, clipId).clip.gain = normalization.gain;
        }).changed;
        return freezeAudioState({ ...normalization, changed });
      },
      setMasterGain(gain) {
        return mutate((next) => {
          next.master.gain = gain;
        }).changed;
      },
      setMasterPeakNormalization({ enabled, targetPeak } = {}) {
        return mutate((next) => {
          if (enabled !== void 0) next.master.normalizePeak = enabled;
          if (targetPeak !== void 0) next.master.targetPeak = targetPeak;
        }).changed;
      },
      setMasterLimiter(values3) {
        knownPartial(values3, ["enabled", "ceilingDb"], "Limiter");
        return mutate((next) => Object.assign(next.master.limiter, values3)).changed;
      },
      setLoop(values3) {
        knownPartial(values3, ["enabled", "mode", "start", "end"], "Loop");
        return mutate((next) => Object.assign(next.transport.loop, values3)).changed;
      },
      replaceProject(nextProject, decodedSources, nextSelection = {}) {
        nextProject = upgradeAudioProject(nextProject);
        if (!Array.isArray(decodedSources) || decodedSources.length > limits.maxAssets) {
          throw new AudioEngineError("audio_asset_limit", "A quantidade de fontes do projeto é inválida.");
        }
        const candidateAssets = /* @__PURE__ */ new Map();
        for (const decoded of decodedSources) {
          if (!decoded || typeof decoded.id !== "string" || !decoded.id || candidateAssets.has(decoded.id)) {
            throw new AudioEngineError("audio_asset", "As fontes religadas possuem IDs inválidos ou duplicados.");
          }
          candidateAssets.set(decoded.id, assetFromDecoded(decoded, decoded.id));
        }
        validateAssetBudget(candidateAssets.values());
        validateAudioProject(nextProject, candidateAssets, limits);
        const selectedTrackId = nextSelection.trackId ?? null;
        const selectedClipId = nextSelection.clipId ?? null;
        if (selectedTrackId !== null && !nextProject.tracks.some((track) => track.id === selectedTrackId)) {
          throw new AudioEngineError("audio_selection", "A seleção de faixa salva é inválida.");
        }
        if (selectedClipId !== null && !findAudioClip(nextProject, selectedClipId)) {
          throw new AudioEngineError("audio_selection", "A seleção de clipe salva é inválida.");
        }
        for (const asset of assets.values()) waveformCache.clear(asset.buffer);
        assets.clear();
        for (const [id, asset] of candidateAssets) assets.set(id, asset);
        history.replace(nextProject);
        usedIds.clear();
        usedIds.add(nextProject.id);
        for (const id of candidateAssets.keys()) usedIds.add(id);
        for (const track of nextProject.tracks) {
          usedIds.add(track.id);
          for (const clip2 of track.clips) usedIds.add(clip2.id);
          for (const lane of Object.values(track.automation)) for (const point of lane.points) usedIds.add(point.id);
        }
        for (const item of [...nextProject.markers, ...nextProject.regions]) usedIds.add(item.id);
        selection = { trackId: selectedTrackId, clipId: selectedClipId };
        clipboard = null;
        reconcileSelection(nextProject);
        notify();
        notifyState();
        return true;
      },
      waveform(assetId, waveformOptions = {}) {
        const asset = assets.get(assetId);
        if (!asset) throw new AudioEngineError("audio_asset", "A fonte de áudio informada não existe.");
        return waveformCache.get(asset.buffer, waveformOptions);
      },
      assetPeak(assetId, region = {}) {
        const asset = assets.get(assetId);
        if (!asset) throw new AudioEngineError("audio_asset", "A fonte de áudio informada não existe.");
        return audioPeak(asset.buffer, region, limits);
      },
      undo() {
        if (!history.undo()) return false;
        reconcileSelection();
        notify();
        notifyState();
        return true;
      },
      redo() {
        if (!history.redo()) return false;
        reconcileSelection();
        notify();
        notifyState();
        return true;
      }
    });
    runtimes.set(store, Object.freeze({
      state,
      assets,
      limits,
      subscribeState(listener) {
        stateListeners.add(listener);
        return () => stateListeners.delete(listener);
      }
    }));
    return store;
  }
  function getAudioProjectRuntime(store) {
    const runtime = runtimes.get(store);
    if (!runtime) throw new TypeError("Projeto de áudio inválido.");
    return runtime;
  }

  // src/tools/audio/web-audio.js
  var gateEnvelopeCache = /* @__PURE__ */ new WeakMap();
  function setParam(parameter, value, time) {
    if (!parameter) throw new AudioEngineError("audio_runtime", "O navegador não ofereceu um parâmetro de áudio necessário.");
    if (Number.isFinite(time) && typeof parameter.setValueAtTime === "function") parameter.setValueAtTime(value, time);
    else parameter.value = value;
  }
  function connect(left, right, nodes) {
    left.connect(right);
    if (!nodes.includes(right)) nodes.push(right);
    return right;
  }
  function createFilter(context2, type, frequency, gain, q) {
    const node2 = context2.createBiquadFilter();
    node2.type = type;
    setParam(node2.frequency, frequency);
    if (gain !== void 0) setParam(node2.gain, gain);
    if (q !== void 0) setParam(node2.Q, q);
    return node2;
  }
  function createMasterGraph(context2, master, destination, nodes) {
    const gain = context2.createGain();
    setParam(gain.gain, master.gain);
    nodes.push(gain);
    let tail = gain;
    let limiter = null;
    if (master.limiter.enabled) {
      if (typeof context2.createWaveShaper !== "function") {
        throw new AudioEngineError("audio_limiter_runtime", "Este navegador não oferece o estágio necessário para o limiter.");
      }
      limiter = context2.createWaveShaper();
      limiter.curve = createLimiterCurve(master.limiter.ceilingDb);
      limiter.oversample = "2x";
      tail = connect(tail, limiter, nodes);
    }
    let analyser = null;
    if (typeof context2.createAnalyser === "function") {
      analyser = context2.createAnalyser();
      analyser.fftSize = 2048;
      tail.connect(analyser);
      analyser.connect(destination);
      nodes.push(analyser);
    } else tail.connect(destination);
    return { input: gain, gain, limiter, analyser };
  }
  function createLimiterCurve(ceilingDb, points = 4096) {
    const ceiling = Math.min(1, dbToGain(ceilingDb));
    const curve = new Float32Array(points);
    for (let index = 0; index < points; index++) {
      const input2 = index / (points - 1) * 2 - 1;
      curve[index] = Math.max(-ceiling, Math.min(ceiling, input2));
    }
    return curve;
  }
  function setCompressor(compressor, settings, time) {
    setParam(compressor.threshold, settings.thresholdDb, time);
    setParam(compressor.ratio, settings.ratio, time);
    setParam(compressor.attack, settings.attack, time);
    setParam(compressor.release, settings.release, time);
    setParam(compressor.knee, settings.kneeDb, time);
  }
  function createTrackGraph(context2, track, output, nodes, monitor = false) {
    const input2 = context2.createGain();
    setParam(input2.gain, 1);
    nodes.push(input2);
    let tail = input2;
    const effects = track.effects;
    const filters = { highpass: null, notch: null, lowpass: null };
    if (effects.highpass.enabled) {
      filters.highpass = createFilter(context2, "highpass", effects.highpass.frequency);
      tail = connect(tail, filters.highpass, nodes);
    }
    if (effects.notch.enabled) {
      filters.notch = createFilter(context2, "notch", effects.notch.frequency, void 0, effects.notch.q);
      tail = connect(tail, filters.notch, nodes);
    }
    if (effects.lowpass.enabled) {
      filters.lowpass = createFilter(context2, "lowpass", effects.lowpass.frequency);
      tail = connect(tail, filters.lowpass, nodes);
    }
    const nyquist = (context2.sampleRate || 48e3) / 2;
    const eq = effects.eq.enabled !== false ? {
      low: createFilter(context2, "lowshelf", Math.min(120, nyquist * 0.9), effects.eq.lowDb),
      mid: createFilter(context2, "peaking", Math.min(1e3, nyquist * 0.9), effects.eq.midDb, 1),
      high: createFilter(context2, "highshelf", Math.min(8e3, nyquist * 0.9), effects.eq.highDb)
    } : null;
    if (eq) {
      tail = connect(tail, eq.low, nodes);
      tail = connect(tail, eq.mid, nodes);
      tail = connect(tail, eq.high, nodes);
    }
    let compressor = null;
    let compressorMakeup = null;
    if (effects.compressor.enabled) {
      if (typeof context2.createDynamicsCompressor !== "function") {
        throw new AudioEngineError("audio_compressor_runtime", "Este navegador não oferece compressor dinâmico local.");
      }
      compressor = context2.createDynamicsCompressor();
      setCompressor(compressor, effects.compressor);
      tail = connect(tail, compressor, nodes);
      compressorMakeup = context2.createGain();
      setParam(compressorMakeup.gain, dbToGain(effects.compressor.makeupDb));
      tail = connect(tail, compressorMakeup, nodes);
    }
    let panner = null;
    if (typeof context2.createStereoPanner === "function") {
      panner = context2.createStereoPanner();
      setParam(panner.pan, track.pan);
      tail = connect(tail, panner, nodes);
    } else if (track.pan !== 0 || track.automation?.pan.enabled && track.automation.pan.points.some((point) => point.value !== 0)) {
      throw new AudioEngineError("audio_pan_runtime", "Este navegador não oferece pan estéreo para esta mixagem.");
    }
    const gain = context2.createGain();
    setParam(gain.gain, track.gain);
    tail = connect(tail, gain, nodes);
    let analyser = null;
    if (monitor && typeof context2.createAnalyser === "function") {
      analyser = context2.createAnalyser();
      analyser.fftSize = 256;
      analyser.smoothingTimeConstant = 0.3;
      tail = connect(tail, analyser, nodes);
    }
    tail.connect(output);
    return { input: input2, gain, panner, filters, eq, compressor, compressorMakeup, analyser, lastTrack: track };
  }
  function scheduleTrackParameters(graph, track, range3, smooth = false) {
    for (const parameter of ["volume", "pan"]) {
      const lane = track.automation?.[parameter];
      const base = parameter === "volume" ? track.gain : track.pan;
      const key2 = JSON.stringify([base, lane]);
      if (smooth && graph[parameter + "Key"] === key2) continue;
      const audioParam = parameter === "volume" ? graph.gain.gain : graph.panner?.pan;
      if (!audioParam) continue;
      let nextRange = range3;
      if (smooth && range3.endPosition > range3.position) {
        const previous = graph.lastTrack;
        const oldValue = automationValue(previous.automation?.[parameter], range3.position, parameter === "volume" ? 1 : previous.pan) * (parameter === "volume" ? previous.gain : 1);
        audioParam.cancelAndHoldAtTime?.(range3.when);
        audioParam.cancelScheduledValues?.(range3.when);
        setParam(audioParam, oldValue, range3.when);
        const interval = Math.min(0.01, range3.endPosition - range3.position);
        nextRange = { ...range3, when: range3.when + interval, position: range3.position + interval };
        audioParam.linearRampToValueAtTime(automationValue(lane, nextRange.position, parameter === "volume" ? 1 : base) * (parameter === "volume" ? base : 1), nextRange.when);
      }
      scheduleAutomation(audioParam, lane, parameter === "volume" ? 1 : base, nextRange, parameter === "volume" ? base : 1, !smooth);
      graph[parameter + "Key"] = key2;
    }
    graph.lastTrack = track;
  }
  function updateTrackGraph(graph, track, time, range3) {
    scheduleTrackParameters(graph, track, range3, true);
    if (!graph.panner && (track.pan !== 0 || track.automation?.pan.enabled && track.automation.pan.points.some((point) => point.value !== 0))) {
      throw new AudioEngineError("audio_pan_runtime", "Este navegador não oferece pan estéreo para esta mixagem.");
    }
    if (graph.eq) {
      setParam(graph.eq.low.gain, track.effects.eq.lowDb, time);
      setParam(graph.eq.mid.gain, track.effects.eq.midDb, time);
      setParam(graph.eq.high.gain, track.effects.eq.highDb, time);
    }
    if (graph.filters.highpass) setParam(graph.filters.highpass.frequency, track.effects.highpass.frequency, time);
    if (graph.filters.lowpass) setParam(graph.filters.lowpass.frequency, track.effects.lowpass.frequency, time);
    if (graph.filters.notch) {
      setParam(graph.filters.notch.frequency, track.effects.notch.frequency, time);
      setParam(graph.filters.notch.Q, track.effects.notch.q, time);
    }
    if (graph.compressor) {
      setCompressor(graph.compressor, track.effects.compressor, time);
      setParam(graph.compressorMakeup.gain, dbToGain(track.effects.compressor.makeupDb), time);
    }
  }
  function audioFadeCurveValue(type, progress) {
    const value = Math.max(0, Math.min(1, Number(progress) || 0));
    if (type === "equalPower") return Math.sin(value * Math.PI / 2);
    if (type === "easeIn") return value * value;
    if (type === "easeOut") return 1 - (1 - value) * (1 - value);
    return value;
  }
  function fadeValue(clip2, elapsed) {
    let value = clip2.gain;
    if (clip2.fadeIn > 0 && elapsed < clip2.fadeIn) {
      value *= audioFadeCurveValue(clip2.fadeInCurve, elapsed / clip2.fadeIn);
    }
    const remaining = clip2.duration - elapsed;
    if (clip2.fadeOut > 0 && remaining < clip2.fadeOut) {
      value *= audioFadeCurveValue(clip2.fadeOutCurve, remaining / clip2.fadeOut);
    }
    return Math.max(0, value);
  }
  function scheduleCurve(parameter, values3, start, duration) {
    if (!(duration > 0) || !values3.length) return;
    if (typeof parameter.setValueCurveAtTime === "function") {
      parameter.setValueCurveAtTime(Float32Array.from(values3), start, duration);
    } else parameter.linearRampToValueAtTime?.(values3.at(-1), start + duration);
  }
  function curveValues(clip2, type, from, to, fadeOut = false, points = 33) {
    const values3 = [];
    for (let index = 0; index < points; index++) {
      const progress = from + (to - from) * index / (points - 1);
      values3.push(clip2.gain * audioFadeCurveValue(type, fadeOut ? 1 - progress : progress));
    }
    return values3;
  }
  function scheduleClipGain(parameter, clip2, event) {
    parameter.cancelScheduledValues?.(event.when);
    setParam(parameter, fadeValue(clip2, event.clipElapsed), event.when);
    const eventEnd = event.when + event.duration;
    if (clip2.fadeIn > event.clipElapsed) {
      const segmentEnd = Math.min(event.clipElapsed + event.duration, clip2.fadeIn);
      const duration = segmentEnd - event.clipElapsed;
      scheduleCurve(parameter, curveValues(
        clip2,
        clip2.fadeInCurve,
        event.clipElapsed / clip2.fadeIn,
        segmentEnd / clip2.fadeIn
      ), event.when, duration);
    }
    if (clip2.fadeOut > 0) {
      const fadeOutStartInClip = clip2.duration - clip2.fadeOut;
      const segmentStart = Math.max(event.clipElapsed, fadeOutStartInClip);
      const segmentEnd = Math.min(event.clipElapsed + event.duration, clip2.duration);
      if (segmentStart < segmentEnd) {
        const start = event.when + segmentStart - event.clipElapsed;
        if (start > event.when) setParam(parameter, clip2.gain, Math.min(start, eventEnd));
        scheduleCurve(parameter, curveValues(
          clip2,
          clip2.fadeOutCurve,
          (segmentStart - fadeOutStartInClip) / clip2.fadeOut,
          (segmentEnd - fadeOutStartInClip) / clip2.fadeOut,
          true
        ), start, segmentEnd - segmentStart);
      }
    }
  }
  function cachedGateEnvelope(buffer, settings, event, limits) {
    let entries = gateEnvelopeCache.get(buffer);
    if (!entries) {
      entries = /* @__PURE__ */ new Map();
      gateEnvelopeCache.set(buffer, entries);
    }
    const key2 = [
      event.sourceOffset,
      event.duration,
      settings.thresholdDb,
      settings.attack,
      settings.release,
      settings.hold,
      limits.maxGateAutomationPoints
    ].join(":");
    if (entries.has(key2)) {
      const cached = entries.get(key2);
      entries.delete(key2);
      entries.set(key2, cached);
    } else {
      entries.set(key2, buildNoiseGateEnvelope(
        buffer,
        settings,
        { sourceOffset: event.sourceOffset, duration: event.duration },
        limits
      ));
      const maximum = limits.maxGateCacheEntries ?? AUDIO_LIMITS.maxGateCacheEntries;
      while (entries.size > maximum) entries.delete(entries.keys().next().value);
    }
    return entries.get(key2);
  }
  function scheduleGate(parameter, envelope, when) {
    parameter.cancelScheduledValues?.(when);
    for (const [index, point] of envelope.entries()) {
      const time = when + point.time;
      if (index === 0 || typeof parameter.linearRampToValueAtTime !== "function") setParam(parameter, point.gain, time);
      else parameter.linearRampToValueAtTime(point.gain, time);
    }
  }
  function requiredContext(context2) {
    const methods = ["createBufferSource", "createGain", "createBiquadFilter"];
    if (!context2 || methods.some((method) => typeof context2[method] !== "function") || !context2.destination) {
      throw new AudioEngineError("audio_runtime", "O contexto Web Audio fornecido é inválido.");
    }
  }
  function scheduleAudioProject(context2, project, assets, options2 = {}) {
    requiredContext(context2);
    const limits = options2.limits || AUDIO_LIMITS;
    const position = options2.position ?? 0;
    const when = options2.when ?? context2.currentTime ?? 0;
    const destination = options2.destination || context2.destination;
    const plan = createPlaybackPlan(project, assets, {
      position,
      anchorTime: when,
      endPosition: options2.endPosition
    }, limits);
    const nodes = [];
    const sources = [];
    const master = createMasterGraph(context2, project.master, destination, nodes);
    const tracks = /* @__PURE__ */ new Map();
    try {
      for (const track of project.tracks) {
        if (!plan.events.some((event) => event.trackId === track.id)) continue;
        tracks.set(track.id, createTrackGraph(context2, track, master.input, nodes, options2.monitorTracks));
        scheduleTrackParameters(tracks.get(track.id), track, { position, when, endPosition: plan.endPosition });
      }
      for (const event of plan.events) {
        const track = project.tracks.find((item) => item.id === event.trackId);
        const clip2 = track.clips.find((item) => item.id === event.clipId);
        const asset = assets.get(event.assetId);
        const source = context2.createBufferSource();
        source.buffer = asset.buffer;
        nodes.push(source);
        sources.push(source);
        let tail = source;
        if (track.effects.noiseGate.enabled) {
          const gate = context2.createGain();
          scheduleGate(gate.gain, cachedGateEnvelope(asset.buffer, track.effects.noiseGate, event, limits), event.when);
          tail = connect(tail, gate, nodes);
        }
        const clipGain = context2.createGain();
        scheduleClipGain(clipGain.gain, clip2, event);
        tail = connect(tail, clipGain, nodes);
        tail.connect(tracks.get(track.id).input);
        source.start(event.when, event.sourceOffset, event.duration);
      }
    } catch (error3) {
      for (const source of sources) {
        try {
          source.stop();
        } catch {
        }
      }
      for (const node2 of nodes) {
        try {
          node2.disconnect();
        } catch {
        }
      }
      throw error3;
    }
    let stopped = false;
    return Object.freeze({
      plan,
      analyser: master.analyser,
      trackAnalysers: new Map([...tracks].filter(([, graph]) => graph.analyser).map(([id, graph]) => [id, graph.analyser])),
      sources: Object.freeze([...sources]),
      updateRealtimeMix(nextProject, at = context2.currentTime ?? 0) {
        setParam(master.gain.gain, nextProject.master.gain, at);
        if (master.limiter) master.limiter.curve = createLimiterCurve(nextProject.master.limiter.ceilingDb);
        for (const [trackId, graph] of tracks) {
          const track = nextProject.tracks.find((item) => item.id === trackId);
          if (!track || Boolean(graph.eq) !== (track.effects.eq.enabled !== false) || Boolean(graph.filters.highpass) !== track.effects.highpass.enabled || Boolean(graph.filters.lowpass) !== track.effects.lowpass.enabled || Boolean(graph.filters.notch) !== track.effects.notch.enabled) {
            throw new AudioEngineError("audio_graph_change", "A estrutura da mixagem mudou e precisa ser reagendada.");
          }
          const start = Math.max(at, when);
          updateTrackGraph(graph, track, start, { position: Math.min(plan.endPosition, position + Math.max(0, start - when)), when: start, endPosition: plan.endPosition });
        }
        return true;
      },
      stop(at = context2.currentTime ?? 0) {
        if (stopped) return false;
        stopped = true;
        for (const source of sources) {
          try {
            source.stop(at);
          } catch {
          }
        }
        for (const node2 of nodes) {
          try {
            node2.disconnect();
          } catch {
          }
        }
        return true;
      }
    });
  }
  function readAnalyserLevel(analyser, scratch) {
    if (!analyser || typeof analyser.getFloatTimeDomainData !== "function") {
      return Object.freeze({ supported: false, peak: 0, rms: 0, peakDb: -Infinity, rmsDb: -Infinity, db: -Infinity });
    }
    const samples = scratch instanceof Float32Array && scratch.length === analyser.fftSize ? scratch : new Float32Array(analyser.fftSize || 2048);
    analyser.getFloatTimeDomainData(samples);
    let peak = 0;
    let squareSum = 0;
    for (const raw of samples) {
      const value = Number.isFinite(raw) ? raw : 0;
      peak = Math.max(peak, Math.abs(value));
      squareSum += value * value;
    }
    const rms = samples.length ? Math.sqrt(squareSum / samples.length) : 0;
    const peakDb = gainToDb(peak);
    const rmsDb = gainToDb(rms);
    return Object.freeze({ supported: true, peak, rms, peakDb, rmsDb, db: rmsDb });
  }

  // src/tools/audio/offline-render.js
  function checkAbort2(signal) {
    if (signal?.aborted) {
      if (signal.reason) throw signal.reason;
      if (typeof DOMException === "function") throw new DOMException("A operação foi cancelada.", "AbortError");
      throw Object.assign(new Error("A operação foi cancelada."), { name: "AbortError" });
    }
  }
  function waitForRender(rendering, signal, timeoutMs) {
    return new Promise((resolve, reject) => {
      let settled = false;
      const finish = (callback, value) => {
        if (settled) return;
        settled = true;
        clearTimeout(timer);
        signal?.removeEventListener?.("abort", onAbort);
        callback(value);
      };
      const onAbort = () => {
        if (signal.reason) finish(reject, signal.reason);
        else if (typeof DOMException === "function") {
          finish(reject, new DOMException("A operação foi cancelada.", "AbortError"));
        } else finish(reject, Object.assign(new Error("A operação foi cancelada."), { name: "AbortError" }));
      };
      const timer = setTimeout(() => finish(reject, new AudioEngineError(
        "audio_render_timeout",
        "A renderização demorou demais e foi interrompida para manter o navegador responsivo."
      )), timeoutMs);
      signal?.addEventListener?.("abort", onAbort, { once: true });
      Promise.resolve(rendering).then((value) => finish(resolve, value), (error3) => finish(reject, error3));
    });
  }
  function makeOfflineContext(OfflineAudioContextClass, numberOfChannels, length, sampleRate) {
    try {
      return new OfflineAudioContextClass({ numberOfChannels, length, sampleRate });
    } catch (optionsError) {
      try {
        return new OfflineAudioContextClass(numberOfChannels, length, sampleRate);
      } catch (legacyError) {
        throw new AudioEngineError(
          "audio_render_runtime",
          "Não foi possível criar o renderizador de áudio local.",
          new AggregateError([optionsError, legacyError])
        );
      }
    }
  }
  async function renderAudioProject(project, assets, options2 = {}) {
    const limits = options2.limits || AUDIO_LIMITS;
    validateAudioProject(project, assets, limits);
    checkAbort2(options2.signal);
    const duration = audioProjectDuration(project);
    if (duration <= 0) throw new AudioEngineError("audio_render_empty", "Adicione ao menos um clipe antes de exportar.");
    const sampleRate = options2.sampleRate ?? project.sampleRate;
    if (!Number.isSafeInteger(sampleRate) || sampleRate < limits.minSampleRate || sampleRate > limits.maxSampleRate) {
      throw new AudioEngineError("audio_sample_rate", "O sample rate de exportação é inválido.");
    }
    const numberOfChannels = 2;
    const sourceList = assets instanceof Map ? [...assets.values()] : [];
    const memory = estimateAudioRenderMemory({
      duration,
      sampleRate,
      sourceFileBytes: sourceList.reduce((sum2, asset) => sum2 + (asset.size || 0), 0),
      decodedBytes: sourceList.reduce((sum2, asset) => sum2 + (asset.decodedBytes || 0), 0),
      channels: numberOfChannels
    }, limits);
    try {
      assertAudioMemoryBudget(memory, limits);
    } catch (error3) {
      throw new AudioEngineError(
        "audio_render_memory",
        "A mixagem é grande demais para ser renderizada localmente dentro do orçamento combinado de memória.",
        error3
      );
    }
    const length = memory.frames;
    const OfflineAudioContextClass = options2.OfflineAudioContext || globalThis.OfflineAudioContext || globalThis.webkitOfflineAudioContext;
    if (typeof OfflineAudioContextClass !== "function") {
      throw new AudioEngineError("audio_render_runtime", "Este navegador não oferece renderização de áudio offline.");
    }
    const context2 = makeOfflineContext(OfflineAudioContextClass, numberOfChannels, length, sampleRate);
    if (typeof context2.startRendering !== "function") {
      throw new AudioEngineError("audio_render_runtime", "O renderizador offline fornecido é inválido.");
    }
    const scheduled = scheduleAudioProject(
      context2,
      project,
      assets,
      { position: 0, when: 0, destination: context2.destination, limits }
    );
    let buffer;
    try {
      buffer = await waitForRender(
        context2.startRendering(),
        options2.signal,
        limits.maxRenderMs ?? AUDIO_LIMITS.maxRenderMs
      );
      checkAbort2(options2.signal);
    } catch (error3) {
      scheduled.stop(0);
      checkAbort2(options2.signal);
      if (error3 instanceof AudioEngineError) throw error3;
      throw new AudioEngineError("audio_render", "Não foi possível renderizar a mixagem localmente.", error3);
    }
    const metadata = inspectAudioBuffer(buffer, limits);
    if (metadata.numberOfChannels !== 2 || metadata.sampleRate !== sampleRate || metadata.length !== length) {
      throw new AudioEngineError("audio_render", "O navegador retornou uma mixagem com formato inesperado.");
    }
    const peak = audioPeak(buffer, {}, limits);
    return Object.freeze({
      buffer,
      duration: metadata.duration,
      sampleRate,
      numberOfChannels,
      length,
      peak,
      clippingRisk: peak > 1,
      plan: scheduled.plan
    });
  }

  // src/tools/audio/export-wav.js
  var HEADER_BYTES = 44;
  var OUTPUT_CHANNELS = 2;
  var BYTES_PER_SAMPLE = 2;
  function writeAscii(view2, offset, text2) {
    for (let index = 0; index < text2.length; index++) view2.setUint8(offset + index, text2.charCodeAt(index));
  }
  function readAscii(view2, offset, length) {
    let output = "";
    for (let index = 0; index < length; index++) output += String.fromCharCode(view2.getUint8(offset + index));
    return output;
  }
  function pcm16(value, ceilingGain = 1) {
    const sample = Math.max(-ceilingGain, Math.min(ceilingGain, Number.isFinite(value) ? value : 0));
    return sample < 0 ? Math.round(sample * 32768) : Math.round(sample * 32767);
  }
  function bytesOf(input2) {
    if (input2 instanceof ArrayBuffer) return new Uint8Array(input2);
    if (ArrayBuffer.isView(input2)) return new Uint8Array(input2.buffer, input2.byteOffset, input2.byteLength);
    throw new TypeError("Os dados WAV precisam estar em memória binária.");
  }
  function encodePcm16StereoWav(buffer, { gain = 1, ceilingGain = 1, limits = AUDIO_LIMITS } = {}) {
    const metadata = inspectAudioBuffer(buffer, limits);
    if (metadata.numberOfChannels > 2) {
      throw new AudioEngineError("audio_wav_channels", "A exportação WAV aceita uma mixagem mono ou estéreo.");
    }
    assertFiniteRange(gain, 0, 64, "Ganho de exportação");
    assertFiniteRange(ceilingGain, Number.EPSILON, 1, "Ceiling de exportação");
    const dataBytes = metadata.length * OUTPUT_CHANNELS * BYTES_PER_SAMPLE;
    const totalBytes = HEADER_BYTES + dataBytes;
    if (!Number.isSafeInteger(totalBytes) || totalBytes > 4294967295) {
      throw new AudioEngineError("audio_wav_size", "A mixagem ultrapassa o tamanho permitido pelo WAV PCM desta versão.");
    }
    const output = new ArrayBuffer(totalBytes);
    const view2 = new DataView(output);
    writeAscii(view2, 0, "RIFF");
    view2.setUint32(4, totalBytes - 8, true);
    writeAscii(view2, 8, "WAVE");
    writeAscii(view2, 12, "fmt ");
    view2.setUint32(16, 16, true);
    view2.setUint16(20, 1, true);
    view2.setUint16(22, OUTPUT_CHANNELS, true);
    view2.setUint32(24, metadata.sampleRate, true);
    view2.setUint32(28, metadata.sampleRate * OUTPUT_CHANNELS * BYTES_PER_SAMPLE, true);
    view2.setUint16(32, OUTPUT_CHANNELS * BYTES_PER_SAMPLE, true);
    view2.setUint16(34, 16, true);
    writeAscii(view2, 36, "data");
    view2.setUint32(40, dataBytes, true);
    const left = buffer.getChannelData(0);
    const right = metadata.numberOfChannels === 2 ? buffer.getChannelData(1) : left;
    let offset = HEADER_BYTES;
    for (let frame = 0; frame < metadata.length; frame++) {
      view2.setInt16(offset, pcm16(left[frame] * gain, ceilingGain), true);
      view2.setInt16(offset + BYTES_PER_SAMPLE, pcm16(right[frame] * gain, ceilingGain), true);
      offset += OUTPUT_CHANNELS * BYTES_PER_SAMPLE;
    }
    return output;
  }
  function validatePcm16StereoWav(input2, limits = AUDIO_LIMITS) {
    const bytes2 = bytesOf(input2);
    if (bytes2.byteLength < HEADER_BYTES) throw new AudioEngineError("audio_wav", "O arquivo WAV está incompleto.");
    const view2 = new DataView(bytes2.buffer, bytes2.byteOffset, bytes2.byteLength);
    if (readAscii(view2, 0, 4) !== "RIFF" || readAscii(view2, 8, 4) !== "WAVE" || view2.getUint32(4, true) + 8 !== bytes2.byteLength) {
      throw new AudioEngineError("audio_wav", "O cabeçalho RIFF/WAVE é inválido.");
    }
    let format = null;
    let data = null;
    let cursor = 12;
    while (cursor + 8 <= bytes2.byteLength) {
      const id = readAscii(view2, cursor, 4);
      const size = view2.getUint32(cursor + 4, true);
      const start = cursor + 8;
      const end = start + size;
      if (!Number.isSafeInteger(end) || end > bytes2.byteLength) {
        throw new AudioEngineError("audio_wav", "Um bloco do arquivo WAV possui tamanho inválido.");
      }
      if (id === "fmt " && !format) {
        if (size < 16) throw new AudioEngineError("audio_wav", "O bloco de formato WAV está incompleto.");
        format = {
          audioFormat: view2.getUint16(start, true),
          channels: view2.getUint16(start + 2, true),
          sampleRate: view2.getUint32(start + 4, true),
          byteRate: view2.getUint32(start + 8, true),
          blockAlign: view2.getUint16(start + 12, true),
          bitsPerSample: view2.getUint16(start + 14, true)
        };
      }
      if (id === "data" && !data) data = { offset: start, byteLength: size };
      cursor = end + size % 2;
    }
    if (!format || !data || format.audioFormat !== 1 || format.channels !== OUTPUT_CHANNELS || format.bitsPerSample !== 16 || format.blockAlign !== OUTPUT_CHANNELS * BYTES_PER_SAMPLE || format.byteRate !== format.sampleRate * format.blockAlign || !Number.isSafeInteger(format.sampleRate) || format.sampleRate < limits.minSampleRate || format.sampleRate > limits.maxSampleRate || data.byteLength % format.blockAlign !== 0) {
      throw new AudioEngineError("audio_wav", "O arquivo não é PCM WAV estéreo de 16 bits válido.");
    }
    return Object.freeze({
      audioFormat: "PCM",
      channels: format.channels,
      sampleRate: format.sampleRate,
      bitsPerSample: format.bitsPerSample,
      frames: data.byteLength / format.blockAlign,
      duration: data.byteLength / format.blockAlign / format.sampleRate,
      dataOffset: data.offset,
      dataBytes: data.byteLength,
      totalBytes: bytes2.byteLength
    });
  }
  async function renderProjectToWav(project, assets, options2 = {}) {
    const limits = options2.limits || AUDIO_LIMITS;
    const rendered = await renderAudioProject(project, assets, { ...options2, limits });
    const limiterCeiling = project.master.limiter.enabled ? dbToGain(project.master.limiter.ceilingDb) : 1;
    const normalizationTarget = Math.min(project.master.targetPeak, limiterCeiling);
    const normalization = project.master.normalizePeak ? peakNormalization(rendered.buffer, { targetPeak: normalizationTarget, maxGain: 16 }, limits) : Object.freeze({
      peak: rendered.peak,
      gain: 1,
      targetPeak: normalizationTarget,
      silent: rendered.peak === 0,
      limited: false
    });
    const arrayBuffer = encodePcm16StereoWav(rendered.buffer, {
      gain: normalization.gain,
      ceilingGain: limiterCeiling,
      limits
    });
    const wav = validatePcm16StereoWav(arrayBuffer, limits);
    const blob = new Blob([arrayBuffer], { type: "audio/wav" });
    const baseName2 = safeAudioLabel(options2.name || project.name, "mixagem", limits.maxNameChars).replace(/\.[^.]+$/, "") || "mixagem";
    const peakAfterNormalization = Math.min(rendered.peak * normalization.gain, limiterCeiling);
    return Object.freeze({
      blob,
      arrayBuffer,
      name: baseName2 + ".wav",
      mime: "audio/wav",
      size: blob.size,
      duration: rendered.duration,
      sampleRate: rendered.sampleRate,
      channels: OUTPUT_CHANNELS,
      peakBeforeNormalization: rendered.peak,
      peakAfterNormalization,
      normalizationGain: normalization.gain,
      normalizationLimited: normalization.limited,
      sourceClippingRisk: rendered.clippingRisk,
      clippingRisk: peakAfterNormalization > 1,
      validation: wav,
      plan: rendered.plan
    });
  }

  // src/tools/audio/audio-engine.js
  function createAudioProject2(options2 = {}) {
    return createAudioProjectStore(options2);
  }
  function browserAudioContext2() {
    return globalThis.AudioContext || globalThis.webkitAudioContext;
  }
  function playbackStructureKey(project) {
    return JSON.stringify({
      loop: project.transport.loop,
      limiter: project.master.limiter.enabled,
      tracks: project.tracks.map((track) => ({
        id: track.id,
        mute: track.mute,
        solo: track.solo,
        filters: {
          eq: track.effects.eq.enabled !== false,
          highpass: track.effects.highpass.enabled,
          lowpass: track.effects.lowpass.enabled,
          notch: track.effects.notch.enabled
        },
        noiseGate: track.effects.noiseGate,
        compressor: track.effects.compressor.enabled,
        clips: track.clips.map((clip2) => ({
          id: clip2.id,
          assetId: clip2.assetId,
          startTime: clip2.startTime,
          sourceOffset: clip2.sourceOffset,
          duration: clip2.duration,
          gain: clip2.gain,
          fadeIn: clip2.fadeIn,
          fadeOut: clip2.fadeOut,
          fadeInCurve: clip2.fadeInCurve,
          fadeOutCurve: clip2.fadeOutCurve
        }))
      }))
    });
  }
  function playbackError(error3) {
    return error3 instanceof AudioEngineError ? error3 : new AudioEngineError("audio_playback", "Não foi possível reproduzir a mixagem localmente.", error3);
  }
  function createAudioEngine(project, options2 = {}) {
    const runtime = getAudioProjectRuntime(project);
    const listeners = /* @__PURE__ */ new Set();
    const leadTime = options2.leadTime ?? 0.02;
    if (!Number.isFinite(leadTime) || leadTime < 0 || leadTime > 1) {
      throw new RangeError("A antecedência de reprodução é inválida.");
    }
    let context2 = options2.context || null;
    let ownsContext = false;
    let scheduled = null;
    let status = "stopped";
    let storedPosition = 0;
    let anchorPosition = 0;
    let anchorContextTime = 0;
    let disposed = false;
    let lastError = null;
    let meterScratch = null;
    let scheduledStructure = null;
    const trackMeterScratch = /* @__PURE__ */ new Map();
    function ensureActive() {
      if (disposed) throw new AudioEngineError("audio_disposed", "O motor de áudio já foi encerrado.");
    }
    function ensureContext() {
      ensureActive();
      if (context2) return context2;
      const AudioContextClass = options2.AudioContext || browserAudioContext2();
      if (typeof AudioContextClass !== "function") {
        throw new AudioEngineError("audio_runtime", "Este navegador não oferece reprodução local com Web Audio.");
      }
      const sampleRate = runtime.state().sampleRate;
      try {
        context2 = new AudioContextClass({ sampleRate });
      } catch {
        try {
          context2 = new AudioContextClass();
        } catch (error3) {
          throw new AudioEngineError("audio_runtime", "Não foi possível iniciar o contexto de áudio local.", error3);
        }
      }
      ownsContext = true;
      return context2;
    }
    function duration() {
      const state = runtime.state();
      let maximum = 0;
      for (const track of state.tracks) {
        for (const clip2 of track.clips) maximum = Math.max(maximum, clip2.startTime + clip2.duration);
      }
      return maximum;
    }
    function loopRange(state = runtime.state()) {
      const total = duration();
      const loop = state.transport.loop;
      if (!loop.enabled || total <= 0) return null;
      if (loop.mode === "project") return { start: 0, end: total };
      const start = Math.max(0, Math.min(total, loop.start));
      const end = Math.max(0, Math.min(total, loop.end));
      return end > start ? { start, end } : null;
    }
    function createManagedSchedule(audioContext, position, when, loop) {
      const segments = [];
      let stopped = false;
      let scheduledThrough = when;
      function addSegment(start, startTime) {
        const endPosition = loop?.end;
        const handle = scheduleAudioProject(
          audioContext,
          runtime.state(),
          runtime.assets,
          { position: start, when: startTime, endPosition, limits: runtime.limits, monitorTracks: true }
        );
        const duration2 = endPosition ? endPosition - start : handle.plan.endsAt - startTime;
        const segment = { handle, startTime, endTime: startTime + Math.max(0, duration2) };
        segments.push(segment);
        scheduledThrough = segment.endTime;
        return segment;
      }
      try {
        addSegment(position, when);
        if (loop) addSegment(loop.start, scheduledThrough);
      } catch (error3) {
        for (const segment of segments) segment.handle.stop(audioContext.currentTime ?? 0);
        throw error3;
      }
      return {
        get analyser() {
          const now = audioContext.currentTime ?? 0;
          return (segments.find((segment) => segment.startTime <= now && now < segment.endTime) || segments.find((segment) => segment.endTime > now) || segments.at(-1))?.handle.analyser || null;
        },
        get trackAnalysers() {
          const now = audioContext.currentTime ?? 0;
          return (segments.find((segment) => segment.startTime <= now && now < segment.endTime) || segments.find((segment) => segment.endTime > now))?.handle.trackAnalysers || /* @__PURE__ */ new Map();
        },
        ensureLoop(now, wrappedPosition) {
          if (!loop || stopped) return;
          const expired = segments.filter((segment) => segment.endTime <= now);
          for (const segment of expired) segment.handle.stop(now);
          for (let index = segments.length - 1; index >= 0; index--) {
            if (segments[index].endTime <= now) segments.splice(index, 1);
          }
          if (!segments.length || scheduledThrough <= now) {
            addSegment(wrappedPosition, now + leadTime);
            addSegment(loop.start, scheduledThrough);
            return;
          }
          while (segments.length < 2) addSegment(loop.start, scheduledThrough);
        },
        updateRealtimeMix(nextProject, at) {
          for (const segment of segments) segment.handle.updateRealtimeMix(nextProject, at);
        },
        stop(at) {
          if (stopped) return false;
          stopped = true;
          for (const segment of segments) segment.handle.stop(at);
          segments.length = 0;
          return true;
        }
      };
    }
    function currentPosition(updateNaturalEnd = true) {
      if (status !== "playing" || !context2) return storedPosition;
      const elapsed = Math.max(0, (context2.currentTime ?? 0) - anchorContextTime);
      const raw = anchorPosition + elapsed;
      const loop = loopRange();
      if (loop && raw >= loop.end) {
        const wrapped = loop.start + (raw - loop.start) % (loop.end - loop.start);
        if (updateNaturalEnd) scheduled?.ensureLoop(context2.currentTime ?? 0, wrapped);
        return wrapped;
      }
      if (loop && updateNaturalEnd) scheduled?.ensureLoop(context2.currentTime ?? 0, raw);
      const current = Math.min(loop?.end ?? duration(), raw);
      if (updateNaturalEnd && current >= duration()) {
        storedPosition = duration();
        status = "ended";
        scheduled?.stop(context2.currentTime ?? 0);
        scheduled = null;
        scheduledStructure = null;
      }
      return current;
    }
    function transportSnapshot() {
      const position = currentPosition();
      return freezeAudioState({
        status,
        position,
        duration: duration(),
        canPlay: duration() > 0 && !disposed,
        error: lastError ? { code: lastError.code || "audio_engine", message: lastError.message } : null
      });
    }
    function notify() {
      const value = transportSnapshot();
      for (const listener of listeners) listener(value);
    }
    function scheduleFrom(position) {
      const audioContext = ensureContext();
      const loop = loopRange();
      const start = loop && (position < loop.start || position >= loop.end) ? loop.start : position;
      const when = (audioContext.currentTime ?? 0) + leadTime;
      scheduled = createManagedSchedule(audioContext, start, when, loop);
      scheduledStructure = playbackStructureKey(runtime.state());
      storedPosition = start;
      anchorPosition = start;
      anchorContextTime = when;
      meterScratch = null;
      return scheduled;
    }
    function rescheduleAfterProjectChange() {
      if (status !== "playing" || !context2) return;
      try {
        const nextState = runtime.state();
        const nextStructure = playbackStructureKey(nextState);
        if (scheduled && nextStructure === scheduledStructure) {
          scheduled.updateRealtimeMix(nextState, context2.currentTime ?? 0);
          lastError = null;
          notify();
          return;
        }
        const position = currentPosition(false);
        scheduled?.stop(context2.currentTime ?? 0);
        scheduled = null;
        scheduledStructure = null;
        if (position >= duration()) {
          storedPosition = duration();
          status = "ended";
        } else scheduleFrom(position);
        lastError = null;
      } catch (error3) {
        scheduled?.stop(context2.currentTime ?? 0);
        scheduled = null;
        scheduledStructure = null;
        status = "error";
        lastError = error3;
      }
      notify();
    }
    const unsubscribeProject = runtime.subscribeState(rescheduleAfterProjectChange);
    const engine = Object.freeze({
      project,
      snapshot: transportSnapshot,
      subscribe(listener) {
        ensureActive();
        if (typeof listener !== "function") throw new TypeError("Listener do transporte de áudio inválido.");
        listeners.add(listener);
        listener(transportSnapshot());
        return () => listeners.delete(listener);
      },
      position() {
        ensureActive();
        const previousStatus = status;
        const position = currentPosition();
        if (previousStatus !== status) notify();
        return position;
      },
      playbackPlan({ position = currentPosition(), anchorTime = context2?.currentTime ?? 0 } = {}) {
        ensureActive();
        const loop = loopRange();
        const start = loop && (position < loop.start || position >= loop.end) ? loop.start : position;
        return createPlaybackPlan(
          runtime.state(),
          runtime.assets,
          { position: start, anchorTime, endPosition: loop?.end },
          runtime.limits
        );
      },
      async play() {
        ensureActive();
        if (status === "playing") return false;
        if (duration() <= 0) throw new AudioEngineError("audio_play_empty", "Adicione ao menos um clipe antes de reproduzir.");
        try {
          const audioContext = ensureContext();
          if (audioContext.state === "suspended" && typeof audioContext.resume === "function") await audioContext.resume();
          if (storedPosition >= duration()) storedPosition = 0;
          scheduleFrom(storedPosition);
          status = "playing";
          lastError = null;
          notify();
          return true;
        } catch (error3) {
          scheduled?.stop(context2?.currentTime ?? 0);
          scheduled = null;
          scheduledStructure = null;
          status = "error";
          lastError = playbackError(error3);
          notify();
          throw lastError;
        }
      },
      pause() {
        ensureActive();
        if (status !== "playing") return false;
        storedPosition = currentPosition(false);
        scheduled?.stop(context2?.currentTime ?? 0);
        scheduled = null;
        scheduledStructure = null;
        status = "paused";
        notify();
        return true;
      },
      stop() {
        ensureActive();
        const changed = status !== "stopped" || storedPosition !== 0;
        scheduled?.stop(context2?.currentTime ?? 0);
        scheduled = null;
        scheduledStructure = null;
        storedPosition = 0;
        anchorPosition = 0;
        status = "stopped";
        lastError = null;
        if (changed) notify();
        return changed;
      },
      seek(position) {
        ensureActive();
        if (!Number.isFinite(position) || position < 0 || position > duration()) {
          throw new RangeError("A posição procurada está fora da timeline.");
        }
        if (status === "playing") {
          scheduled?.stop(context2?.currentTime ?? 0);
          scheduled = null;
          scheduledStructure = null;
          if (position === duration()) {
            storedPosition = position;
            status = "ended";
          } else try {
            scheduleFrom(position);
          } catch (error3) {
            storedPosition = position;
            status = "error";
            lastError = playbackError(error3);
            notify();
            throw lastError;
          }
        } else storedPosition = position;
        lastError = null;
        notify();
        return position;
      },
      masterLevel() {
        ensureActive();
        const analyser = scheduled?.analyser;
        if (analyser && (!meterScratch || meterScratch.length !== analyser.fftSize)) {
          meterScratch = new Float32Array(analyser.fftSize || 2048);
        }
        return readAnalyserLevel(analyser, meterScratch);
      },
      trackLevels() {
        ensureActive();
        const levels = /* @__PURE__ */ new Map();
        const analysers = scheduled?.trackAnalysers || /* @__PURE__ */ new Map();
        for (const id of trackMeterScratch.keys()) if (!analysers.has(id)) trackMeterScratch.delete(id);
        for (const [id, analyser] of analysers) {
          let scratch = trackMeterScratch.get(id);
          if (!scratch || scratch.length !== analyser.fftSize) {
            scratch = new Float32Array(analyser.fftSize);
            trackMeterScratch.set(id, scratch);
          }
          levels.set(id, readAnalyserLevel(analyser, scratch));
        }
        return levels;
      },
      async renderWav(renderOptions = {}) {
        ensureActive();
        return renderProjectToWav(runtime.state(), runtime.assets, {
          ...renderOptions,
          limits: runtime.limits,
          OfflineAudioContext: renderOptions.OfflineAudioContext || options2.OfflineAudioContext
        });
      },
      async decodeFile(file, { context: decodeContext, signal } = {}) {
        ensureActive();
        return decodeAudioFile(file, decodeContext || context2, runtime.limits, signal);
      },
      async dispose() {
        if (disposed) return false;
        scheduled?.stop(context2?.currentTime ?? 0);
        scheduled = null;
        scheduledStructure = null;
        unsubscribeProject();
        listeners.clear();
        disposed = true;
        status = "disposed";
        if (ownsContext && context2 && typeof context2.close === "function") {
          try {
            await context2.close();
          } catch {
          }
        }
        context2 = null;
        trackMeterScratch.clear();
        return true;
      }
    });
    return engine;
  }

  // src/config/brand.js
  var brand = Object.freeze({
    name: "AllinMeadow",
    title: "Ferramentas",
    description: "Digite, cole ou arraste arquivos."
  });

  // src/tools/audio/runtime-session.js
  var audioProject = createAudioProject2({
    id: "unibox-audio-project",
    name: "Mixagem " + brand.name,
    sampleRate: 48e3
  });
  var activeEngine = null;
  var resultSequence = 0;
  function audioContextClass() {
    return globalThis.AudioContext || globalThis.webkitAudioContext;
  }
  function makeDecodeContext(AudioContextClass) {
    if (typeof AudioContextClass !== "function") {
      throw new AudioEngineError("audio_runtime", "Este navegador não oferece decodificação local de áudio.");
    }
    try {
      return new AudioContextClass({ sampleRate: audioProject.snapshot().project.sampleRate });
    } catch {
      try {
        return new AudioContextClass();
      } catch (error3) {
        throw new AudioEngineError("audio_runtime", "Não foi possível iniciar a decodificação local de áudio.", error3);
      }
    }
  }
  function getAudioEngine(options2 = {}) {
    if (!activeEngine) activeEngine = createAudioEngine(audioProject, options2);
    return activeEngine;
  }
  async function releaseAudioEngine() {
    const engine = activeEngine;
    activeEngine = null;
    if (engine) await engine.dispose();
  }
  async function importVerifiedAudioItems(items, options2 = {}) {
    if (!Array.isArray(items) || !items.length) {
      throw new AudioEngineError("audio_input", "Selecione ao menos um arquivo de áudio.");
    }
    const invalid = items.find((item) => item?.kind !== "audio" || item.valid !== true || !(item.file instanceof Blob) || !/^audio\//.test(item.mime || ""));
    if (invalid) {
      throw new AudioEngineError("audio_input", invalid?.warnings?.[0] || "Um dos arquivos não foi reconhecido como áudio válido.");
    }
    const limits = audioProject.limits;
    const before = audioProject.snapshot();
    if (before.assets.length + items.length > limits.maxAssets || before.project.tracks.length + items.length > limits.maxTracks) {
      throw new AudioEngineError("audio_asset_limit", "A seleção ultrapassa o limite seguro de faixas deste projeto.");
    }
    const existingFileBytes = before.assets.reduce((sum2, asset) => sum2 + asset.size, 0);
    const existingDecodedBytes = before.assets.reduce((sum2, asset) => sum2 + asset.decodedBytes, 0);
    const selectedFileBytes = items.reduce((sum2, item) => sum2 + item.size, 0);
    if (!Number.isSafeInteger(selectedFileBytes) || existingFileBytes + selectedFileBytes > limits.maxTotalFileBytes) {
      throw new AudioEngineError("audio_memory", "A seleção de áudios é grande demais para edição local segura.");
    }
    const ownsContext = !options2.context;
    const context2 = options2.context || makeDecodeContext(options2.AudioContext || audioContextClass());
    const decoded = [];
    let decodedBytes = existingDecodedBytes;
    try {
      for (const [index, item] of items.entries()) {
        options2.signal?.throwIfAborted?.();
        const result = await decodeAudioFile(item.file, context2, limits, options2.signal);
        decodedBytes += result.decodedBytes;
        if (!Number.isSafeInteger(decodedBytes)) throw new AudioEngineError("audio_memory", "A estimativa de áudio ficou inválida.");
        assertAudioMemoryBudget(estimateAudioWorkingSet({
          sourceFileBytes: existingFileBytes + selectedFileBytes,
          decodedBytes
        }, limits), limits);
        decoded.push({
          ...result,
          name: item.name || result.name,
          mime: item.mime,
          lastModified: Number.isSafeInteger(item.file.lastModified) ? item.file.lastModified : 0
        });
        options2.onProgress?.({ completed: index + 1, total: items.length, name: item.name });
      }
    } finally {
      if (ownsContext && typeof context2.close === "function") {
        try {
          await context2.close();
        } catch {
        }
      }
    }
    options2.signal?.throwIfAborted?.();
    if (options2.signal?.aborted) {
      throw options2.signal.reason || Object.assign(new Error("A operação foi cancelada."), { name: "AbortError" });
    }
    const imported = typeof audioProject.importDecodedBatch === "function" ? audioProject.importDecodedBatch(decoded) : decoded.map((item) => audioProject.importDecoded(item));
    return Object.freeze({ imported: imported.length, entries: imported });
  }
  async function renderAudioWav(options2 = {}) {
    const result = await getAudioEngine(options2.engineOptions).renderWav({
      signal: options2.signal,
      name: options2.name,
      sampleRate: options2.sampleRate,
      OfflineAudioContext: options2.OfflineAudioContext
    });
    const warnings = [];
    if (result.clippingRisk || result.sourceClippingRisk) {
      warnings.push("Esta mixagem pode estar saturando. Reduza o volume de uma faixa ou do master e exporte novamente.");
    }
    if (result.normalizationLimited) {
      warnings.push("A normalização atingiu o limite seguro de ganho antes do pico desejado.");
    }
    return Object.freeze({
      id: "audio-result-" + ++resultSequence,
      source: "output",
      kind: "audio",
      mime: "audio/wav",
      file: result.blob,
      name: result.name,
      size: result.size,
      duration: result.duration,
      sampleRate: result.sampleRate,
      channels: result.channels,
      valid: true,
      verification: "pcm-wav-validated",
      warnings,
      notice: warnings[0] || "Mixagem PCM WAV estéreo criada localmente.",
      downloadUrlLifetimeMs: 6e4
    });
  }
  function audioCommandContext(playhead = 0) {
    const snapshot = audioProject.snapshot();
    return Object.freeze({
      sampleRate: snapshot.project.sampleRate,
      tracks: snapshot.project.tracks.map((track) => Object.freeze({
        id: track.id,
        name: track.name,
        gain: track.gain,
        pan: track.pan,
        mute: track.mute,
        solo: track.solo,
        clips: track.clips.map((clip2) => Object.freeze({
          id: clip2.id,
          trackId: track.id,
          startTime: clip2.startTime,
          sourceOffset: clip2.sourceOffset,
          duration: clip2.duration,
          gain: clip2.gain,
          fadeIn: clip2.fadeIn,
          fadeOut: clip2.fadeOut
        }))
      })),
      selectedTrackId: snapshot.selection.trackId,
      selectedClipId: snapshot.selection.clipId,
      playhead: Number.isFinite(playhead) ? playhead : 0,
      duration: snapshot.duration
    });
  }

  // src/tools/audio/operations.js
  var outputSequence = 0;
  var clamp = (value, minimum2, maximum) => Math.min(maximum, Math.max(minimum2, value));
  function workspaceResult(notice) {
    return [{
      id: "audio-workspace-" + ++outputSequence,
      source: "output",
      kind: "workspace",
      mime: "application/x-unibox-workspace",
      size: 0,
      valid: true,
      verification: "audio-project-state",
      warnings: [],
      route: "/audio",
      notice
    }];
  }
  function snapshotTrack(trackId) {
    const track = audioProject.snapshot().project.tracks.find((item) => item.id === trackId);
    if (!track) throw new AudioEngineError("audio_track", "Não encontrei a faixa informada.");
    return track;
  }
  function snapshotClip(clipId) {
    for (const track of audioProject.snapshot().project.tracks) {
      const clip2 = track.clips.find((item) => item.id === clipId);
      if (clip2) return { track, clip: clip2 };
    }
    throw new AudioEngineError("audio_clip", "Não encontrei o clipe informado.");
  }
  function requiredFinite(value, label) {
    if (!Number.isFinite(value)) throw new AudioEngineError("audio_parameter", label + " inválido.");
    return value;
  }
  async function openAudio({ items, signal }) {
    abortCheck(signal);
    const result = await importVerifiedAudioItems(items, { signal });
    abortCheck(signal);
    return workspaceResult(result.imported === 1 ? "Áudio aberto no editor em uma nova faixa." : result.imported + " áudios abertos em faixas separadas.");
  }
  function trimAudioClip({ parameters: parameters2 }) {
    const seconds = requiredFinite(parameters2.seconds, "Tempo de corte");
    audioProject.trimClipEdge(parameters2.clipId, parameters2.edge, seconds);
    return workspaceResult((parameters2.edge === "start" ? "Início" : "Final") + " do clipe cortado em " + seconds + " s, sem alterar o original.");
  }
  function splitAudioClip({ parameters: parameters2 }) {
    audioProject.splitClip(parameters2.clipId, requiredFinite(parameters2.timeSeconds, "Posição do corte"));
    return workspaceResult("Clipe dividido no cursor. As duas partes continuam usando o áudio original.");
  }
  function moveAudioClip({ parameters: parameters2 }) {
    const start = Math.max(0, requiredFinite(parameters2.startTime, "Posição do clipe"));
    audioProject.moveClip(parameters2.clipId, start);
    return workspaceResult("Clipe movido para " + start + " s.");
  }
  function setAudioVolume({ parameters: parameters2 }) {
    const track = snapshotTrack(parameters2.trackId);
    let gain;
    if (parameters2.volumePercent !== void 0) gain = requiredFinite(parameters2.volumePercent, "Volume") / 100;
    else gain = track.gain * (1 + requiredFinite(parameters2.relativePercent, "Ajuste de volume") / 100);
    gain = clamp(gain, 0, 4);
    audioProject.setTrackGain(track.id, gain);
    return workspaceResult("Volume de " + track.name + " ajustado para " + Math.round(gain * 100) + "%.");
  }
  function setAudioPan({ parameters: parameters2 }) {
    const track = snapshotTrack(parameters2.trackId);
    const pan = parameters2.pan !== void 0 ? requiredFinite(parameters2.pan, "Pan") : track.pan + requiredFinite(parameters2.panDelta, "Ajuste de pan");
    const value = clamp(pan, -1, 1);
    audioProject.setTrackPan(track.id, value);
    const position = value === 0 ? "centro" : value < 0 ? "esquerda" : "direita";
    return workspaceResult("Pan de " + track.name + " ajustado para " + position + ".");
  }
  function setAudioMute({ parameters: parameters2 }) {
    const track = snapshotTrack(parameters2.trackId);
    const enabled = parameters2.enabled ?? true;
    audioProject.setTrackMute(track.id, enabled);
    return workspaceResult(enabled ? track.name + " foi silenciada." : "Mute de " + track.name + " foi desativado.");
  }
  function setAudioSolo({ parameters: parameters2 }) {
    const track = snapshotTrack(parameters2.trackId);
    const enabled = parameters2.enabled ?? true;
    audioProject.setTrackSolo(track.id, enabled);
    return workspaceResult(enabled ? "Solo ativado em " + track.name + "." : "Solo desativado em " + track.name + ".");
  }
  function setFade(parameters2, edge) {
    const { clip: clip2 } = snapshotClip(parameters2.clipId);
    const oppositeFade = edge === "in" ? clip2.fadeOut : clip2.fadeIn;
    const duration = clamp(
      requiredFinite(parameters2.durationSeconds, "Duração do fade"),
      0,
      Math.max(0, clip2.duration - oppositeFade)
    );
    audioProject.setClipFades(clip2.id, edge === "in" ? { fadeIn: duration } : { fadeOut: duration });
    return workspaceResult((edge === "in" ? "Fade in" : "Fade out") + " ajustado para " + duration + " s.");
  }
  var setAudioFadeIn = ({ parameters: parameters2 }) => setFade(parameters2, "in");
  var setAudioFadeOut = ({ parameters: parameters2 }) => setFade(parameters2, "out");
  function setAudioEq({ parameters: parameters2 }) {
    const track = snapshotTrack(parameters2.trackId);
    const keys = { low: "lowDb", mid: "midDb", high: "highDb" };
    const labels = { low: "graves", mid: "médios", high: "agudos" };
    const key2 = keys[parameters2.band];
    if (!key2) throw new AudioEngineError("audio_parameter", "Escolha graves, médios ou agudos.");
    const value = clamp(track.effects.eq[key2] + requiredFinite(parameters2.deltaDb, "Ajuste do equalizador"), -24, 24);
    audioProject.setTrackEq(track.id, { [key2]: value });
    return workspaceResult("Os " + labels[parameters2.band] + " de " + track.name + " foram ajustados para " + value + " dB.");
  }
  function setFilter(parameters2, type, label) {
    const track = snapshotTrack(parameters2.trackId);
    const values3 = { enabled: parameters2.enabled ?? true };
    if (parameters2.frequencyHz !== void 0) values3.frequency = requiredFinite(parameters2.frequencyHz, "Frequência");
    audioProject.setTrackFilter(track.id, type, values3);
    return workspaceResult(values3.enabled ? label + " ativado em " + track.name + "." : label + " desativado em " + track.name + ".");
  }
  var setAudioHighPass = ({ parameters: parameters2 }) => setFilter(parameters2, "highpass", "Filtro passa-altas");
  var setAudioLowPass = ({ parameters: parameters2 }) => setFilter(parameters2, "lowpass", "Filtro passa-baixas");
  function setAudioNoiseGate({ parameters: parameters2 }) {
    const track = snapshotTrack(parameters2.trackId);
    const values3 = { enabled: parameters2.enabled ?? true };
    if (parameters2.thresholdDb !== void 0) values3.thresholdDb = requiredFinite(parameters2.thresholdDb, "Limiar do gate");
    audioProject.setTrackNoiseGate(track.id, values3);
    return workspaceResult(values3.enabled ? "Noise gate básico ativado em " + track.name + "." : "Noise gate desativado em " + track.name + ".");
  }
  async function normalizeTrackPeak(trackId, targetPeak, signal) {
    const runtime = getAudioProjectRuntime(audioProject);
    const current = runtime.state();
    const track = current.tracks.find((item) => item.id === trackId);
    if (!track) throw new AudioEngineError("audio_track", "Não encontrei a faixa informada.");
    const isolated = structuredClone(current);
    isolated.master.gain = 1;
    isolated.master.normalizePeak = false;
    isolated.tracks = [structuredClone(track)];
    isolated.tracks[0].gain = 1;
    const rendered = await renderAudioProject(isolated, runtime.assets, {
      limits: runtime.limits,
      signal
    });
    abortCheck(signal);
    if (!rendered.peak) return { silent: true, gain: track.gain };
    const gain = clamp(targetPeak / rendered.peak, 0, 4);
    audioProject.setTrackGain(track.id, gain);
    return { silent: false, gain };
  }
  async function normalizeAudio({ parameters: parameters2, signal }) {
    const target = clamp((parameters2.targetPeakPercent ?? 98) / 100, 0.01, 1);
    if (parameters2.scope === "mix") {
      audioProject.setMasterPeakNormalization({ enabled: true, targetPeak: target });
      return workspaceResult("Normalização por pico da exportação ativada para " + Math.round(target * 100) + "%.");
    }
    if (parameters2.scope === "track") {
      const track = snapshotTrack(parameters2.trackId);
      const result2 = await normalizeTrackPeak(track.id, target, signal);
      return workspaceResult(result2.silent ? track.name + " é silenciosa; nenhum ganho foi alterado." : "Pico de " + track.name + " normalizado para " + Math.round(target * 100) + "%.");
    }
    const { clip: clip2 } = snapshotClip(parameters2.clipId);
    const result = audioProject.normalizeClipPeak(clip2.id, target);
    return workspaceResult(result?.silent ? "O clipe é silencioso; nenhum ganho foi alterado." : "Pico do clipe normalizado para " + Math.round(target * 100) + "%.");
  }
  async function exportAudio({ parameters: parameters2, signal }) {
    abortCheck(signal);
    const item = await renderAudioWav({
      signal,
      sampleRate: parameters2.sampleRate
    });
    abortCheck(signal);
    return [item];
  }

  // src/tools/catalog.js
  var imageTypes = ["image/jpeg", "image/png", "image/webp"];
  var audioTypes = ["audio/mpeg", "audio/wav", "audio/flac", "audio/ogg", "audio/mp4", "audio/webm"];
  var textChain = ["text.clean", "text.deduplicateLines", "text.sortLines", "text.removeEmptyLines", "text.replace", "text.changeCase", "text.extractLinks", "text.extractEmails", "text.count", "text.compare", "archive.zip"];
  var dimension = { type: "integer", min: 1, max: DEFAULT_LIMITS.maxImageDimension };
  function capability(id, name, environmentId, config) {
    return {
      id,
      name,
      environmentId,
      category: id.split(".")[0],
      languageKey: id,
      status: "COMING_SOON",
      localOnly: true,
      destructive: false,
      confirmation: [],
      canBatch: false,
      inputMode: "selection",
      minCount: 1,
      maxCount: 1,
      accepts: [],
      outputs: [],
      outputKind: "unknown",
      outputCount: "same",
      intents: [],
      parameters: {},
      compatibleWith: [],
      estimatedMsPerItem: 20,
      execute: null,
      ...config
    };
  }
  var capabilityDefinitions = [
    capability("image.compress", "Comprimir imagem", "imagem", {
      description: "Reduzir o tamanho de uma cópia da imagem.",
      status: "AVAILABLE",
      execute: compressImage,
      intents: ["compress"],
      accepts: imageTypes,
      outputs: imageTypes,
      outputKind: "image",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles,
      estimatedMsPerItem: 500,
      parameters: { maxSize: { type: "integer", min: 1024, max: DEFAULT_LIMITS.maxFileBytes } },
      compatibleWith: ["image.convert", "image.resize", "archive.zip"]
    }),
    capability("image.convert", "Converter imagem", "imagem", {
      description: "Converter uma cópia para JPG, PNG ou WebP.",
      status: "AVAILABLE",
      execute: convertImage,
      intents: ["convert"],
      accepts: imageTypes,
      outputs: imageTypes,
      outputKind: "image",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles,
      estimatedMsPerItem: 300,
      parameters: { outputFormat: { type: "enum", values: ["jpg", "png", "webp"], required: true } },
      compatibleWith: ["image.compress", "image.resize", "archive.zip"]
    }),
    capability("image.resize", "Redimensionar imagem", "imagem", {
      description: "Criar uma cópia com as dimensões informadas.",
      status: "AVAILABLE",
      execute: resizeImage,
      intents: ["resize"],
      accepts: imageTypes,
      outputs: imageTypes,
      outputKind: "image",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles,
      parameters: { width: dimension, height: dimension, scalePercent: { type: "integer", min: 1, max: 500 }, fit: { type: "enum", values: ["contain"] } },
      compatibleWith: ["image.convert", "image.compress", "archive.zip"]
    }),
    capability("pdf.merge", "Juntar PDFs", "pdf", {
      description: "Reunir os PDFs selecionados em uma nova cópia.",
      status: "AVAILABLE",
      execute: mergePdfs,
      intents: ["merge"],
      accepts: ["application/pdf"],
      outputs: ["application/pdf"],
      outputKind: "pdf",
      minCount: 2,
      maxCount: DEFAULT_LIMITS.maxPdfFiles,
      canBatch: true,
      outputCount: "one",
      estimatedMsPerItem: 600,
      compatibleWith: ["pdf.extractPages", "pdf.split", "pdf.reorder", "pdf.rotate", "archive.zip"]
    }),
    capability("pdf.extractPages", "Extrair páginas", "pdf", {
      description: "Criar um novo PDF somente com as páginas escolhidas.",
      status: "AVAILABLE",
      execute: extractPdfPages,
      intents: ["extract"],
      accepts: ["application/pdf"],
      outputs: ["application/pdf"],
      outputKind: "pdf",
      parameters: { pages: { type: "pages", required: true } },
      outputCount: "one",
      estimatedMsPerItem: 900,
      compatibleWith: ["pdf.extractPages", "pdf.split", "pdf.reorder", "pdf.rotate", "pdf.merge", "archive.zip"]
    }),
    capability("pdf.split", "Separar PDF", "pdf", {
      description: "Gerar um PDF para cada página ou intervalo solicitado.",
      status: "AVAILABLE",
      execute: splitPdf,
      intents: ["split"],
      accepts: ["application/pdf"],
      outputs: ["application/pdf"],
      outputKind: "pdf",
      outputCount: "variable",
      parameters: {
        splitMode: { type: "enum", values: ["each"] },
        groups: { type: "pageGroups" }
      },
      estimatedMsPerItem: 1e3,
      compatibleWith: ["pdf.merge", "archive.zip"]
    }),
    capability("pdf.reorder", "Reorganizar páginas", "pdf", {
      description: "Criar uma cópia com todas as páginas na ordem informada.",
      status: "AVAILABLE",
      execute: reorderPdf,
      intents: ["reorder"],
      accepts: ["application/pdf"],
      outputs: ["application/pdf"],
      outputKind: "pdf",
      parameters: {
        order: { type: "pages" },
        movePage: { type: "integer", min: 1, max: DEFAULT_LIMITS.maxPdfPagesPerFile },
        moveTo: { type: "enum", values: ["start", "end"] }
      },
      outputCount: "one",
      estimatedMsPerItem: 900,
      compatibleWith: ["pdf.extractPages", "pdf.split", "pdf.reorder", "pdf.rotate", "archive.zip"]
    }),
    capability("pdf.rotate", "Girar páginas", "pdf", {
      description: "Criar uma cópia com as páginas escolhidas giradas.",
      status: "AVAILABLE",
      execute: rotatePdfPages,
      intents: ["rotate"],
      accepts: ["application/pdf"],
      outputs: ["application/pdf"],
      outputKind: "pdf",
      parameters: {
        pages: { type: "pages" },
        allPages: { type: "boolean" },
        angle: { type: "enum", values: [90, 180, 270], required: true }
      },
      outputCount: "one",
      estimatedMsPerItem: 900,
      compatibleWith: ["pdf.extractPages", "pdf.split", "pdf.reorder", "pdf.rotate", "archive.zip"]
    }),
    capability("text.clean", "Limpar espaços do texto", "documento", {
      description: "Ajustar espaços da cópia sem remover pontuação, acentos, palavras ou quebras relevantes.",
      status: "AVAILABLE",
      execute: cleanText,
      intents: ["clean"],
      accepts: ["text/plain"],
      outputs: ["text/plain"],
      outputKind: "text",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles,
      parameters: {
        collapseSpaces: { type: "boolean" },
        trimLines: { type: "boolean" },
        normalizeBlankLines: { type: "boolean" },
        removeEmptyLines: { type: "boolean" }
      },
      confirmation: ["A limpeza altera apenas o espaçamento da cópia. O texto original permanece intacto."],
      compatibleWith: textChain
    }),
    capability("text.compare", "Comparar textos", "documento", {
      description: "Comparar exatamente dois textos por linhas, sem alterar os originais.",
      status: "AVAILABLE",
      execute: compareTexts,
      intents: ["compare"],
      accepts: ["text/plain"],
      outputs: ["application/x-unibox-comparison"],
      outputKind: "report",
      outputCount: "one",
      minCount: 2,
      maxCount: 2
    }),
    capability("text.count", "Contar palavras", "documento", {
      description: "Contar palavras, caracteres e linhas de textos simples.",
      status: "AVAILABLE",
      execute: countText,
      intents: ["count"],
      accepts: ["text/plain"],
      outputs: ["application/x-unibox-word-count"],
      outputKind: "report",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles
    }),
    capability("text.deduplicateLines", "Remover linhas duplicadas", "documento", {
      description: "Preservar a primeira ocorrência de cada linha e manter a ordem original.",
      status: "AVAILABLE",
      execute: deduplicateLines,
      intents: ["deduplicateLines"],
      accepts: ["text/plain"],
      outputs: ["text/plain"],
      outputKind: "text",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles,
      parameters: { ignoreCase: { type: "boolean" } },
      compatibleWith: textChain
    }),
    capability("text.sortLines", "Ordenar linhas", "documento", {
      description: "Ordenar cada linha como uma unidade, de A a Z ou de Z a A.",
      status: "AVAILABLE",
      execute: sortLines,
      intents: ["sortLines"],
      accepts: ["text/plain"],
      outputs: ["text/plain"],
      outputKind: "text",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles,
      parameters: { order: { type: "enum", values: ["asc", "desc"], required: true } },
      compatibleWith: textChain
    }),
    capability("text.removeEmptyLines", "Remover linhas vazias", "documento", {
      description: "Remover somente linhas sem conteúdo útil.",
      status: "AVAILABLE",
      execute: removeEmptyLines,
      intents: ["removeEmptyLines"],
      accepts: ["text/plain"],
      outputs: ["text/plain"],
      outputKind: "text",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles,
      compatibleWith: textChain
    }),
    capability("text.replace", "Localizar e substituir", "documento", {
      description: "Substituir texto literal, sem regex, código ou HTML executável.",
      status: "AVAILABLE",
      execute: replaceText,
      intents: ["replace"],
      accepts: ["text/plain"],
      outputs: ["text/plain"],
      outputKind: "text",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles,
      parameters: {
        searchText: { type: "string", minLength: 1, maxLength: DEFAULT_LIMITS.maxCommandChars, required: true },
        replacementText: { type: "string", minLength: 0, maxLength: DEFAULT_LIMITS.maxCommandChars, required: true }
      },
      compatibleWith: textChain
    }),
    capability("text.changeCase", "Converter maiúsculas/minúsculas", "documento", {
      description: "Criar uma cópia totalmente em maiúsculas ou minúsculas.",
      status: "AVAILABLE",
      execute: changeTextCase,
      intents: ["changeCase"],
      accepts: ["text/plain"],
      outputs: ["text/plain"],
      outputKind: "text",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles,
      parameters: { case: { type: "enum", values: ["upper", "lower"], required: true } },
      compatibleWith: textChain
    }),
    capability("text.extractLinks", "Extrair links", "documento", {
      description: "Localizar URLs HTTP/HTTPS no texto sem abri-las.",
      status: "AVAILABLE",
      execute: extractLinks,
      intents: ["extractLinks"],
      accepts: ["text/plain"],
      outputs: ["text/plain"],
      outputKind: "text",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles,
      compatibleWith: textChain
    }),
    capability("text.extractEmails", "Extrair e-mails", "documento", {
      description: "Localizar endereços de e-mail e remover repetições do resultado.",
      status: "AVAILABLE",
      execute: extractEmails,
      intents: ["extractEmails"],
      accepts: ["text/plain"],
      outputs: ["text/plain"],
      outputKind: "text",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles,
      compatibleWith: textChain
    }),
    capability("data.open", "Visualizar dados", "dados", {
      description: "Abrir uma prévia segura de CSV ou JSON local.",
      status: "AVAILABLE",
      execute: openData,
      intents: ["openData"],
      accepts: ["text/csv", "application/json"],
      outputs: ["text/csv", "application/json"],
      outputKind: "data",
      compatibleWith: ["data.sort", "data.filter", "data.deduplicate", "data.statistics", "data.csvToJson", "data.jsonToCsv", "data.chart", "json.validate", "json.format", "archive.zip"]
    }),
    capability("data.sort", "Ordenar dados", "dados", {
      description: "Ordenar as linhas por uma coluna, preservando o arquivo original.",
      status: "AVAILABLE",
      execute: sortData,
      intents: ["sortData"],
      accepts: ["text/csv", "application/json"],
      outputs: ["text/csv", "application/json"],
      outputKind: "data",
      requiresTable: true,
      parameters: {
        column: { type: "string", minLength: 1, maxLength: 200, required: true },
        order: { type: "enum", values: ["asc", "desc"], required: true }
      },
      compatibleWith: ["data.sort", "data.filter", "data.deduplicate", "data.statistics", "data.csvToJson", "data.jsonToCsv", "data.chart", "json.validate", "json.format", "archive.zip"]
    }),
    capability("data.filter", "Filtrar dados", "dados", {
      description: "Manter apenas as linhas que atendem a uma comparação simples.",
      status: "AVAILABLE",
      execute: filterData,
      intents: ["filterData"],
      accepts: ["text/csv", "application/json"],
      outputs: ["text/csv", "application/json"],
      outputKind: "data",
      requiresTable: true,
      parameters: {
        column: { type: "string", minLength: 1, maxLength: 200, required: true },
        operator: { type: "enum", values: ["eq", "ne", "gt", "lt", "gte", "lte"], required: true },
        value: { type: "string", minLength: 0, maxLength: 500, required: true }
      },
      compatibleWith: ["data.sort", "data.filter", "data.deduplicate", "data.statistics", "data.csvToJson", "data.jsonToCsv", "data.chart", "json.validate", "json.format", "archive.zip"]
    }),
    capability("data.deduplicate", "Remover duplicados", "dados", {
      description: "Preservar a primeira ocorrência de cada linha ou valor de uma coluna.",
      status: "AVAILABLE",
      execute: deduplicateData,
      intents: ["deduplicateData"],
      accepts: ["text/csv", "application/json"],
      outputs: ["text/csv", "application/json"],
      outputKind: "data",
      requiresTable: true,
      parameters: {
        column: { type: "string", minLength: 1, maxLength: 200 }
      },
      compatibleWith: ["data.sort", "data.filter", "data.deduplicate", "data.statistics", "data.csvToJson", "data.jsonToCsv", "data.chart", "json.validate", "json.format", "archive.zip"]
    }),
    capability("data.statistics", "Calcular estatísticas", "dados", {
      description: "Calcular contagem, soma, média, mínimo ou máximo com valores reais.",
      status: "AVAILABLE",
      execute: calculateStatistics,
      intents: ["statistics"],
      accepts: ["text/csv", "application/json"],
      outputs: ["text/csv", "application/json"],
      outputKind: "data",
      requiresTable: true,
      parameters: {
        column: { type: "string", minLength: 1, maxLength: 200 },
        statistic: { type: "enum", values: ["count", "sum", "mean", "min", "max"], required: true }
      },
      compatibleWith: ["data.sort", "data.filter", "data.deduplicate", "data.statistics", "data.csvToJson", "data.jsonToCsv", "data.chart", "json.validate", "json.format", "archive.zip"]
    }),
    capability("data.csvToJson", "Converter CSV para JSON", "dados", {
      description: "Converter uma tabela CSV em uma lista JSON local.",
      status: "AVAILABLE",
      execute: csvToJson,
      intents: ["csvToJson"],
      accepts: ["text/csv"],
      outputs: ["application/json"],
      outputKind: "data",
      requiresTable: true,
      compatibleWith: ["data.sort", "data.filter", "data.deduplicate", "data.statistics", "data.jsonToCsv", "data.chart", "json.validate", "json.format", "archive.zip"]
    }),
    capability("data.jsonToCsv", "Converter JSON para CSV", "dados", {
      description: "Converter JSON tabular compatível em CSV local.",
      status: "AVAILABLE",
      execute: jsonToCsv,
      intents: ["jsonToCsv"],
      accepts: ["application/json"],
      outputs: ["text/csv"],
      outputKind: "data",
      requiresTable: true,
      compatibleWith: ["data.sort", "data.filter", "data.deduplicate", "data.statistics", "data.csvToJson", "data.chart", "archive.zip"]
    }),
    capability("data.chart", "Gerar gráfico", "dados", {
      description: "Gerar gráficos de barras, linha, área, pizza ou rosca a partir do dataset atual.",
      status: "AVAILABLE",
      execute: chartData,
      intents: ["chartData"],
      accepts: ["text/csv", "application/json"],
      outputs: ["text/csv", "application/json"],
      outputKind: "data",
      requiresTable: true,
      parameters: {
        xColumn: { type: "string", minLength: 1, maxLength: 200, required: true },
        yColumn: { type: "string", minLength: 1, maxLength: 200, required: true },
        chartType: { type: "enum", values: dataChartTypes.map(([value]) => value) }
      },
      compatibleWith: ["data.sort", "data.filter", "data.deduplicate", "data.statistics", "data.csvToJson", "data.jsonToCsv", "data.chart", "json.validate", "json.format", "archive.zip"]
    }),
    capability("json.validate", "Validar JSON", "dados", {
      description: "Confirmar localmente que a estrutura JSON é válida.",
      status: "AVAILABLE",
      execute: validateJsonData,
      intents: ["validateJson"],
      accepts: ["application/json"],
      outputs: ["application/json"],
      outputKind: "data",
      compatibleWith: ["data.open", "data.sort", "data.filter", "data.deduplicate", "data.statistics", "data.jsonToCsv", "data.chart", "json.format", "archive.zip"]
    }),
    capability("json.format", "Formatar JSON", "dados", {
      description: "Criar uma cópia JSON indentada sem modificar os valores.",
      status: "AVAILABLE",
      execute: formatJsonData,
      intents: ["formatJson"],
      accepts: ["application/json"],
      outputs: ["application/json"],
      outputKind: "data",
      compatibleWith: ["data.open", "data.sort", "data.filter", "data.deduplicate", "data.statistics", "data.jsonToCsv", "data.chart", "json.validate", "archive.zip"]
    }),
    capability("audio.open", "Abrir no editor de áudio", "audio", {
      description: "Decodificar áudios localmente e criar uma faixa para cada arquivo.",
      status: "AVAILABLE",
      execute: openAudio,
      intents: ["openAudio"],
      accepts: audioTypes,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      route: "/audio",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxAudioFiles,
      outputCount: "one",
      estimatedMsPerItem: 800
    }),
    capability("audio.trim", "Cortar borda do clipe", "audio", {
      description: "Ajustar o início ou o final sem alterar o áudio original.",
      status: "AVAILABLE",
      execute: trimAudioClip,
      intents: ["trimAudio"],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one",
      route: "/audio",
      uiHidden: true,
      parameters: {
        clipId: { type: "string", minLength: 1, maxLength: 100, required: true },
        edge: { type: "enum", values: ["start", "end"], required: true },
        seconds: { type: "number", min: 1e-3, max: DEFAULT_LIMITS.maxAudioDurationSeconds, required: true }
      }
    }),
    capability("audio.split", "Dividir clipe", "audio", {
      description: "Dividir o clipe no cursor mantendo a mesma fonte original.",
      status: "AVAILABLE",
      execute: splitAudioClip,
      intents: ["splitAudio"],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one",
      route: "/audio",
      uiHidden: true,
      parameters: {
        clipId: { type: "string", minLength: 1, maxLength: 100, required: true },
        timeSeconds: { type: "number", min: 0, max: DEFAULT_LIMITS.maxAudioDurationSeconds, required: true }
      }
    }),
    capability("audio.moveClip", "Mover clipe", "audio", {
      description: "Alterar a posição do clipe na timeline.",
      status: "AVAILABLE",
      execute: moveAudioClip,
      intents: ["moveAudioClip"],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one",
      route: "/audio",
      uiHidden: true,
      parameters: {
        clipId: { type: "string", minLength: 1, maxLength: 100, required: true },
        startTime: { type: "number", min: 0, max: DEFAULT_LIMITS.maxAudioDurationSeconds, required: true }
      }
    }),
    capability("audio.setVolume", "Ajustar volume da faixa", "audio", {
      description: "Alterar o ganho da faixa no mixer.",
      status: "AVAILABLE",
      execute: setAudioVolume,
      intents: ["setAudioVolume"],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one",
      route: "/audio",
      uiHidden: true,
      parameters: {
        trackId: { type: "string", minLength: 1, maxLength: 100, required: true },
        volumePercent: { type: "number", min: 0, max: 400 },
        relativePercent: { type: "number", min: -100, max: 300 }
      }
    }),
    capability("audio.setPan", "Ajustar panorama da faixa", "audio", {
      description: "Posicionar a faixa entre os canais esquerdo e direito.",
      status: "AVAILABLE",
      execute: setAudioPan,
      intents: ["setAudioPan"],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one",
      route: "/audio",
      uiHidden: true,
      parameters: {
        trackId: { type: "string", minLength: 1, maxLength: 100, required: true },
        pan: { type: "number", min: -1, max: 1 },
        panDelta: { type: "number", min: -2, max: 2 }
      }
    }),
    ...[
      ["audio.mute", "Silenciar faixa", setAudioMute, "muteAudioTrack"],
      ["audio.solo", "Ouvir faixa em solo", setAudioSolo, "soloAudioTrack"]
    ].map(([id, name, execute, intent]) => capability(id, name, "audio", {
      description: id === "audio.mute" ? "Ativar ou desativar o mute da faixa." : "Ativar ou desativar o solo da faixa.",
      status: "AVAILABLE",
      execute,
      intents: [intent],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one",
      route: "/audio",
      uiHidden: true,
      parameters: {
        trackId: { type: "string", minLength: 1, maxLength: 100, required: true },
        enabled: { type: "boolean" }
      }
    })),
    ...[
      ["audio.fadeIn", "Aplicar fade in", setAudioFadeIn, "fadeInAudio"],
      ["audio.fadeOut", "Aplicar fade out", setAudioFadeOut, "fadeOutAudio"]
    ].map(([id, name, execute, intent]) => capability(id, name, "audio", {
      description: "Ajustar a automação de ganho na borda do clipe.",
      status: "AVAILABLE",
      execute,
      intents: [intent],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one",
      route: "/audio",
      uiHidden: true,
      parameters: {
        clipId: { type: "string", minLength: 1, maxLength: 100, required: true },
        durationSeconds: { type: "number", min: 0, max: DEFAULT_LIMITS.maxAudioDurationSeconds, required: true }
      }
    })),
    capability("audio.eq", "Equalizar faixa", "audio", {
      description: "Ajustar graves, médios ou agudos com filtros Web Audio.",
      status: "AVAILABLE",
      execute: setAudioEq,
      intents: ["equalizeAudio"],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one",
      route: "/audio",
      uiHidden: true,
      parameters: {
        trackId: { type: "string", minLength: 1, maxLength: 100, required: true },
        band: { type: "enum", values: ["low", "mid", "high"], required: true },
        deltaDb: { type: "number", min: -24, max: 24, required: true }
      }
    }),
    ...[
      ["audio.highPass", "Filtro passa-altas", setAudioHighPass, "highPassAudio"],
      ["audio.lowPass", "Filtro passa-baixas", setAudioLowPass, "lowPassAudio"]
    ].map(([id, name, execute, intent]) => capability(id, name, "audio", {
      description: id === "audio.highPass" ? "Atenuar frequências muito baixas." : "Atenuar frequências muito altas.",
      status: "AVAILABLE",
      execute,
      intents: [intent],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one",
      route: "/audio",
      uiHidden: true,
      parameters: {
        trackId: { type: "string", minLength: 1, maxLength: 100, required: true },
        enabled: { type: "boolean" },
        frequencyHz: { type: "number", min: 10, max: 96e3 }
      }
    })),
    capability("audio.noiseGate", "Noise gate básico", "audio", {
      description: "Silenciar trechos abaixo de um limiar; não é remoção inteligente de ruído.",
      status: "AVAILABLE",
      execute: setAudioNoiseGate,
      intents: ["noiseGateAudio"],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one",
      route: "/audio",
      uiHidden: true,
      parameters: {
        trackId: { type: "string", minLength: 1, maxLength: 100, required: true },
        enabled: { type: "boolean" },
        thresholdDb: { type: "number", min: -96, max: 0 }
      }
    }),
    capability("audio.normalize", "Normalizar pico", "audio", {
      description: "Ajustar o ganho pelo maior pico do clipe, da faixa ou da mixagem.",
      status: "AVAILABLE",
      execute: normalizeAudio,
      intents: ["normalizeAudio"],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one",
      route: "/audio",
      uiHidden: true,
      parameters: {
        scope: { type: "enum", values: ["clip", "track", "mix"], required: true },
        clipId: { type: "string", minLength: 1, maxLength: 100 },
        trackId: { type: "string", minLength: 1, maxLength: 100 },
        targetPeakPercent: { type: "number", min: 1, max: 100 }
      }
    }),
    capability("audio.export", "Exportar mixagem WAV", "audio", {
      description: "Renderizar todas as faixas em um PCM WAV estéreo local.",
      status: "AVAILABLE",
      execute: exportAudio,
      intents: ["exportAudio"],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["audio/wav"],
      outputKind: "audio",
      outputCount: "one",
      parameters: {
        format: { type: "enum", values: ["wav"], required: true },
        sampleRate: { type: "integer", min: 8e3, max: 192e3 },
        channels: { type: "integer", min: 2, max: 2 }
      },
      estimatedMsPerItem: 1e3
    }),
    capability("math.calculate", "Calcular", "calculadora", {
      description: "Resolver expressões com números, +, −, ×, ÷, %, potências e parênteses.",
      status: "AVAILABLE",
      execute: calculate,
      intents: ["calculate"],
      inputMode: "none",
      minCount: 0,
      maxCount: 0,
      outputs: ["application/x-unibox-number"],
      outputKind: "report",
      outputCount: "one",
      parameters: { expression: { type: "arithmetic", required: true } }
    }),
    ...[
      ["workspace.whiteboard", "Abrir o quadro", "quadro", []],
      ["workspace.document", "Criar um documento", "documento", ["text/plain"]],
      ["workspace.spreadsheet", "Abrir uma planilha", "planilha", ["text/csv"]]
    ].map(([id, name, environmentId, accepts]) => capability(id, name, environmentId, {
      description: id === "workspace.whiteboard" ? "Abrir o Quadro de Estudos local para escrever, desenhar e construir geometria." : id === "workspace.spreadsheet" ? "Abrir o editor local de planilhas com células, abas, formatação e fórmulas." : "Abrir a página-base deste ambiente. O editor continua em preparação.",
      status: "AVAILABLE",
      execute: openWorkspace,
      intents: ["open"],
      inputMode: "none",
      route: "/" + environmentId,
      minCount: 0,
      maxCount: 0,
      accepts,
      outputs: ["application/x-unibox-workspace"],
      outputKind: "workspace",
      outputCount: "one"
    })),
    capability("archive.zip", "Criar ZIP", "arquivos", {
      description: "Reunir cópias dos arquivos selecionados em um ZIP.",
      intents: ["zip"],
      accepts: ["*/*"],
      outputs: ["application/zip"],
      outputKind: "archive",
      outputCount: "one",
      canBatch: true,
      maxCount: DEFAULT_LIMITS.maxFiles
    })
  ];

  // src/tools/environments.js
  var environmentDefinitions = [
    { id: "quadro", name: "Quadro", icon: "grid", color: "blue", description: "Escreva, desenhe e organize ideias visualmente.", surface: "board", sidebar: true },
    { id: "documento", name: "Documento", icon: "document", color: "blue", description: "Crie textos com estilos, imagens e tabelas.", surface: "document", sidebar: true },
    { id: "planilha", name: "Planilha", icon: "sheet", color: "green", description: "Edite células, organize abas e calcule fórmulas localmente.", surface: "sheet", sidebar: true },
    { id: "pdf", name: "PDF", icon: "pdf", color: "red", description: "Um espaço para trabalhar com seus PDFs.", surface: "file", sidebar: true },
    { id: "imagem", name: "Imagem", icon: "image", color: "purple", description: "Um espaço para trabalhar com suas imagens.", surface: "file", sidebar: true },
    { id: "design", name: "Canvas", icon: "design", color: "blue", description: "Crie composições com textos, imagens, formas e modelos editáveis.", surface: "design", sidebar: true },
    { id: "pixel-art", name: "Pixel Art", icon: "pixel", color: "cyan", description: "Crie e edite pixel art estática com camadas.", surface: "pixel", sidebar: true },
    { id: "dados", name: "Dados", icon: "database", color: "purple", description: "Visualize, organize e transforme arquivos CSV e JSON localmente.", surface: "data", sidebar: true },
    { id: "calculadora", name: "Calculadora", icon: "calculator", color: "slate", description: "Calcule, converta unidades e consulte seu histórico.", surface: "calculator", sidebar: true },
    { id: "audio", name: "Áudio", icon: "audio", color: "purple", description: "Edite e misture várias faixas de áudio localmente.", surface: "audio", sidebar: true },
    { id: "arquivos", name: "Arquivos", icon: "folder", color: "orange", description: "Converta, organize e processe diferentes formatos.", surface: "file", sidebar: false }
  ].map((item) => ({ ...item, path: "/" + item.id, status: ["quadro", "dados", "audio", "pixel-art", "documento", "planilha", "imagem", "pdf", "design", "calculadora"].includes(item.id) ? "available" : "planned" }));

  // src/core/intelligence/capability-registry.js
  var AVAILABILITY = Object.freeze({ AVAILABLE: "AVAILABLE", COMING_SOON: "COMING_SOON", DISABLED: "DISABLED" });
  function acceptsItem(capability2, item) {
    return item.valid === true && (!capability2.requiresTable || Boolean(item.table)) && capability2.accepts.some((mime) => mime === "*/*" || mime === item.mime);
  }
  function createRegistry(definitions, environments = environmentDefinitions) {
    const entries = /* @__PURE__ */ new Map();
    const spaces = deepFreeze(structuredClone(environments));
    for (const definition of definitions) {
      if (!/^[a-z]+\.[a-z][A-Za-z]*$/.test(definition.id) || entries.has(definition.id)) throw new TypeError("ID de capacidade inválido ou duplicado.");
      if (!Object.values(AVAILABILITY).includes(definition.status)) throw new TypeError("Disponibilidade inválida.");
      if (definition.localOnly !== true) throw new TypeError("A V1 admite apenas capacidades locais.");
      if (!spaces.some((space) => space.id === definition.environmentId)) throw new TypeError("Ambiente não registrado.");
      if (definition.status === "AVAILABLE" && typeof definition.execute !== "function") throw new TypeError("Capacidade disponível precisa de implementação.");
      if (definition.route && !spaces.some((space) => space.path === definition.route)) throw new TypeError("Rota não registrada.");
      const { execute, ...metadata } = definition;
      entries.set(definition.id, deepFreeze({ ...structuredClone(metadata), execute }));
    }
    for (const cap of entries.values()) {
      if (cap.compatibleWith.some((id) => !entries.has(id))) throw new TypeError("Compatibilidade aponta para capacidade não registrada.");
    }
    const registry = {
      get: (id) => entries.get(id),
      list: () => [...entries.values()],
      environments: () => [...spaces],
      forEnvironment: (id) => [...entries.values()].filter((cap) => cap.environmentId === id),
      suggestions(input2) {
        if (!input2?.items.length || !input2.valid) return [];
        return [...entries.values()].filter((cap) => cap.status !== "DISABLED").flatMap((cap) => {
          const matchedCount = input2.items.filter((item) => acceptsItem(cap, item)).length;
          if (!matchedCount) return [];
          return [{
            capability: cap,
            matchedCount,
            total: input2.items.length,
            compatible: matchedCount === input2.items.length && matchedCount >= cap.minCount && matchedCount <= cap.maxCount,
            available: cap.status === "AVAILABLE"
          }];
        });
      }
    };
    return Object.freeze(registry);
  }
  var capabilityRegistry = createRegistry(capabilityDefinitions);

  // src/config/tools.js
  var tools = capabilityRegistry.environments();
  var homeToolIds = ["quadro", "documento", "planilha", "dados", "arquivos"];
  var quickActions = [
    { label: "Juntar PDFs", toolId: "pdf", capabilityId: "pdf.merge", icon: "pdf", color: "red" },
    { label: "Criar uma planilha", toolId: "planilha", capabilityId: "workspace.spreadsheet", icon: "sheet", color: "green" },
    { label: "Abrir o quadro", toolId: "quadro", capabilityId: "workspace.whiteboard", icon: "grid", color: "blue" },
    { label: "Converter imagens para JPG", toolId: "imagem", capabilityId: "image.convert", parameters: { outputFormat: "jpg" }, icon: "image", color: "purple" },
    { label: "Fazer um gráfico", toolId: "dados", capabilityId: "data.chart", icon: "chart", color: "orange" },
    { label: "Comparar dois textos", toolId: "documento", capabilityId: "text.compare", icon: "compare", color: "cyan" }
  ];
  var findTool = (id) => tools.find((tool) => tool.id === id);

  // src/config/legal.js
  var legalPages = Object.freeze([
    { path: "/termos", name: "Termos de Uso", icon: "document" },
    { path: "/privacidade", name: "Privacidade", icon: "shield" }
  ]);
  var legalUpdated = "29 de outubro de 2026";
  var legalContent = {
    "/termos": {
      intro: "Condições para usar as ferramentas do AllinMeadow com clareza e responsabilidade.",
      summary: "Seus arquivos continuam seus. Confira os resultados e salve uma cópia dos projetos importantes.",
      sections: [
        ["O que o site oferece", [
          "O AllinMeadow reúne ferramentas para criar, editar, calcular e transformar arquivos no navegador. Os recursos disponíveis e seus limites são apresentados em cada ferramenta. Algumas funções podem estar identificadas como previstas ou em desenvolvimento.",
          "Na versão atual, as operações sobre arquivos acontecem no dispositivo. Não é necessário criar uma conta. A versão em arquivo pode funcionar sem conexão depois de aberta; na versão hospedada, a conexão é necessária para carregar o site."
        ]],
        ["Uso responsável", [
          "Utilize apenas conteúdos que você tenha direito de acessar, editar e compartilhar. Respeite a privacidade de outras pessoas, os direitos autorais e a legislação aplicável.",
          "Não use o serviço para atividades ilícitas, distribuir conteúdo malicioso, tentar comprometer o site ou interferir no acesso de outras pessoas."
        ]],
        ["Seus conteúdos e arquivos", [
          "Você mantém os direitos sobre os arquivos, textos, imagens e projetos que utiliza. O uso das ferramentas não transfere esses direitos ao AllinMeadow.",
          "A escolha de compartilhar ou publicar um resultado é sua. Ao usar a função de compartilhamento do dispositivo, confira o destino e as permissões do conteúdo.",
          "As licenças de bibliotecas, fontes e outros materiais de terceiros continuam válidas. A disponibilização de um recurso não transfere a titularidade desses materiais."
        ]],
        ["Resultados, compatibilidade e salvamento", [
          "Conversões, compressões, cálculos, fórmulas e edições podem ter limitações de formato, tamanho ou compatibilidade. Revise o resultado antes de utilizá-lo, principalmente em decisões profissionais ou de maior impacto.",
          "O rascunho automático depende do armazenamento permitido pelo navegador. Ele pode ser perdido ao limpar dados, usar navegação privada, trocar de dispositivo ou atingir a quota de armazenamento. Exporte uma cópia dos trabalhos importantes.",
          "Atualizações do navegador, falta de memória, arquivos danificados e interrupções do dispositivo podem impedir uma operação. A ferramenta não substitui um sistema de cópia de segurança."
        ]],
        ["Disponibilidade e responsabilidades", [
          "As funções podem receber correções, mudar ou ficar temporariamente indisponíveis. Recursos apresentados como em desenvolvimento não constituem promessa de entrega em uma data específica.",
          "Você é responsável pelas escolhas de conteúdo e uso dos resultados. Estes termos não afastam direitos nem responsabilidades que a legislação aplicável não permita excluir, incluindo direitos do consumidor quando aplicáveis."
        ]],
        ["Privacidade e alterações", [
          "A página de Privacidade explica o processamento local, os rascunhos e as preferências do navegador. Consulte-a para entender como essas informações são utilizadas.",
          "Alterações relevantes nestes termos serão refletidas nesta página, com a data de atualização. Nenhuma disposição deve ser interpretada como renúncia a direitos legalmente assegurados."
        ]]
      ]
    },
    "/privacidade": {
      intro: "Como seus arquivos, rascunhos e preferências são utilizados na versão atual do AllinMeadow.",
      summary: "O conteúdo é processado no seu navegador. Alguns editores guardam rascunhos neste dispositivo para permitir a continuidade do trabalho.",
      sections: [
        ["Arquivos e conteúdo que você escolhe", [
          "Os arquivos, textos, imagens, planilhas e áudios selecionados são lidos para executar a ação solicitada, como editar, converter ou comprimir. O código atual das ferramentas não envia esse conteúdo a servidores do AllinMeadow.",
          "As operações mantidas apenas em memória deixam de estar disponíveis ao fechar a aba ou recarregar a página. Rascunhos salvos pelos editores podem permanecer no armazenamento do navegador."
        ]],
        ["Rascunhos, preferências e histórico", [
          "O navegador pode guardar a preferência de tema e da régua, além de projetos e rascunhos de editores como Documentos, Planilha e Canvas. Conforme o recurso, esses dados podem incluir o conteúdo escrito e imagens inseridas. O armazenamento usa tecnologias locais, como localStorage e IndexedDB.",
          "A finalidade é manter suas preferências e recuperar o trabalho no mesmo navegador. Esses dados permanecem até serem substituídos, descartados pela ferramenta, removidos por você ou eliminados pelo navegador. Não há sincronização automática entre dispositivos.",
          "A lista Recentes registra ação, data e estado das operações na memória da aba, sem guardar o conteúdo dos arquivos. O botão Apagar histórico limpa essa lista."
        ]],
        ["Cookies, anúncios e medição", [
          "O código atual do aplicativo não utiliza cookies de publicidade, pixels de rastreamento ou serviços de análise de audiência. As preferências e os rascunhos locais não são usados para criar perfis publicitários.",
          "Esta descrição se refere ao aplicativo incluído nesta versão. Na abertura de um arquivo local, não há requisição de hospedagem. Ao acessar uma versão publicada na internet, a hospedagem pode receber dados técnicos da conexão, como endereço IP e registros de acesso. Provedor, finalidades e prazos desse tratamento precisam ser informados conforme a configuração efetiva da publicação."
        ]],
        ["Compartilhamento e permissões", [
          "O aplicativo não publica automaticamente seus documentos. Baixar um arquivo grava o resultado no destino escolhido no dispositivo. Compartilhar usa as opções do sistema ou do navegador e depende da sua escolha de destino.",
          "Recursos como microfone, área de transferência e compartilhamento podem depender de uma permissão do navegador ou sistema. Você pode revisar essas permissões nas configurações do dispositivo. Uma ação de compartilhamento escolhida por você pode enviar o arquivo ao serviço de destino, que possui suas próprias regras de privacidade."
        ]],
        ["Como remover os dados locais", [
          "Use Descartar rascunho nas ferramentas que oferecem essa opção e Apagar histórico em Recentes. Para remover também as preferências e outros projetos locais, apague os dados do site nas configurações de armazenamento do navegador.",
          "Antes de limpar o armazenamento, exporte o que deseja manter: essa remoção pode apagar projetos que ainda não foram baixados. Arquivos já baixados precisam ser removidos separadamente do dispositivo. Em um computador compartilhado, revise os rascunhos antes de encerrar o uso."
        ]],
        ["Segurança e seus direitos", [
          "O processamento local reduz a necessidade de transferir conteúdo, mas não impede acesso por outras pessoas que utilizem o mesmo perfil, extensões, programas ou dispositivos comprometidos. Mantenha o navegador atualizado e proteja o acesso ao seu dispositivo.",
          "Quando houver tratamento de dados pessoais sujeito à LGPD, os direitos aplicáveis podem incluir confirmação e acesso, correção, informações sobre compartilhamento, oposição, portabilidade e eliminação nas hipóteses legais. Para conhecer esses direitos e as formas de peticionar à autoridade, consulte as orientações da ANPD."
        ]],
        ["Escopo e atualizações", [
          "Esta página descreve o funcionamento técnico da versão atual. Ela será revista caso sejam adicionados contas, sincronização, recebimento de mensagens, métricas ou outro tratamento de dados. A data no início identifica a atualização do texto."
        ]]
      ],
      reference: { label: "Direitos dos titulares — ANPD", url: "https://www.gov.br/anpd/pt-br/assuntos/titular-de-dados/direito-dos-titulares" }
    }
  };

  // src/core/paths.js
  function normalizePath(path2) {
    return path2.replace(/\/index\.html$/i, "").replace(/\/+$/, "") || "/";
  }
  function routeHref(path2, protocol) {
    return protocol === "file:" ? `#${path2}` : path2;
  }
  function routeFromLocation(location, entryRoute = "/") {
    if (location.protocol === "file:") {
      const fragment = location.hash.slice(1);
      return normalizePath(fragment.startsWith("/") ? fragment : entryRoute);
    }
    return normalizePath(location.pathname);
  }

  // src/core/dom.js
  function element(tag, className, children = []) {
    const node2 = document.createElement(tag);
    if (className) node2.className = className;
    for (const child of Array.isArray(children) ? children : [children]) {
      if (child === null || child === void 0) continue;
      node2.append(typeof child === "string" || typeof child === "number" ? document.createTextNode(String(child)) : child);
    }
    return node2;
  }
  function button(label, className, children, onClick) {
    const node2 = element("button", className, children);
    node2.type = "button";
    node2.setAttribute("aria-label", label);
    node2.title = label;
    if (onClick) node2.addEventListener("click", onClick);
    return node2;
  }
  function routeLink(path2, label, className, children) {
    const node2 = element("a", className, children);
    node2.href = routeHref(path2, window.location.protocol);
    node2.dataset.route = path2;
    node2.setAttribute("aria-label", label);
    return node2;
  }

  // src/core/router.js
  function createRouter(onChange) {
    const localFile = window.location.protocol === "file:";
    const entryRoute = document.documentElement.dataset.entryRoute || "/";
    function render(focus = true) {
      onChange(routeFromLocation(window.location, entryRoute), focus);
    }
    function scrollToTop() {
      window.scrollTo({ top: 0, behavior: "instant" });
    }
    document.addEventListener("click", (event) => {
      if (event.defaultPrevented || event.button !== 0 || event.metaKey || event.ctrlKey || event.shiftKey || event.altKey) return;
      const link = event.target.closest("a[data-route]");
      if (!link || link.target || link.hasAttribute("download")) return;
      const url = new URL(link.href, window.location.href);
      if (url.origin !== window.location.origin) return;
      event.preventDefault();
      if (localFile) {
        if (url.hash === window.location.hash) {
          render();
          scrollToTop();
        } else window.location.hash = url.hash;
      } else {
        if (url.pathname !== window.location.pathname) window.history.pushState({}, "", url.pathname);
        render();
        scrollToTop();
      }
    });
    if (localFile) {
      window.addEventListener("hashchange", () => {
        if (!window.location.hash || window.location.hash.startsWith("#/")) {
          render();
          scrollToTop();
        }
      });
    } else {
      window.addEventListener("popstate", () => render());
    }
    render(false);
  }

  // src/config/seo.js
  var siteOrigin = "https://allinmeadow.pages.dev";
  var descriptions = {
    "/": "Edite documentos, planilhas, PDFs, imagens e áudio no AllinMeadow. Use calculadora, Canvas e ferramentas de dados diretamente no navegador.",
    "/quadro": "Organize ideias no Quadro do AllinMeadow com escrita, desenho, formas e páginas. Crie e exporte projetos diretamente no navegador.",
    "/documento": "Crie e edite documentos com formatação, imagens, tabelas e listas no AllinMeadow. Salve seu projeto ou imprima em PDF pelo navegador.",
    "/planilha": "Edite células, use fórmulas, organize abas e preencha intervalos na Planilha do AllinMeadow. Trabalhe com seus dados no navegador.",
    "/pdf": "Visualize, una, separe, organize e converta PDFs no AllinMeadow. Transforme imagens em PDF e processe seus arquivos no navegador.",
    "/imagem": "Comprima várias imagens, converta JPG, PNG e WebP e redimensione para formatos predefinidos no AllinMeadow, com processamento no navegador.",
    "/design": "Crie designs no Canvas do AllinMeadow com textos, imagens, formas, camadas e modelos. Edite e exporte suas composições no navegador.",
    "/pixel-art": "Desenhe pixel art e animação 2D no AllinMeadow com ferramentas de desenho, camadas e quadros. Salve projetos e exporte imagens.",
    "/dados": "Visualize CSV e JSON, filtre, ordene, remova duplicados, calcule estatísticas e crie gráficos no AllinMeadow, diretamente no navegador.",
    "/calculadora": "Use a calculadora padrão, científica e de programador do AllinMeadow. Converta unidades e faça cálculos financeiros e de datas no navegador.",
    "/audio": "Edite e misture faixas de áudio no AllinMeadow. Corte clipes, ajuste volume, aplique efeitos e exporte a mixagem em WAV pelo navegador."
  };
  var titles = {
    "/": "Ferramentas online para documentos, PDFs e imagens",
    "/pdf": "PDF: unir, separar e converter",
    "/imagem": "Comprimir, converter e redimensionar imagens",
    "/documento": "Editor de documentos online",
    "/planilha": "Planilha online com fórmulas",
    "/design": "Canvas: editor de designs",
    "/pixel-art": "Pixel Art e animação 2D",
    "/dados": "Dados: CSV, JSON e gráficos",
    "/calculadora": "Calculadora online",
    "/quadro": "Quadro de ideias e desenho",
    "/audio": "Editor de áudio multifaixa"
  };
  function seoForPath(path2) {
    const route = path2 === "/inicio" ? "/" : path2;
    const tool = tools.find((item) => item.path === route), legal = legalPages.find((item) => item.path === route);
    const known = route === "/" || Boolean(tool || legal);
    const name = route === "/" ? brand.title : tool?.name || legal?.name || "Página não encontrada";
    const title = `${titles[route] || name} | ${brand.name}`;
    const description = descriptions[route] || legalContent[route]?.intro || (tool ? `${tool.name} do ${brand.name}: ferramenta em desenvolvimento.` : "Esta página não foi encontrada. Conheça as ferramentas disponíveis no AllinMeadow.");
    return {
      title,
      description,
      name,
      canonical: siteOrigin + (route === "/" ? "/" : known ? route + "/" : "/404"),
      indexable: known && (!tool || tool.status === "available")
    };
  }
  var indexedPaths = Object.freeze(["/", ...tools.filter((tool) => tool.status === "available").map((tool) => tool.path), ...legalPages.map((page) => page.path)]);

  // src/core/seo.js
  function updateSeo(path2) {
    const seo = seoForPath(path2);
    document.title = seo.title;
    for (const [selector, value] of [
      ['meta[name="description"]', seo.description],
      ['meta[name="robots"]', seo.indexable ? "index, follow" : "noindex, follow"],
      ['meta[property="og:title"]', seo.title],
      ['meta[property="og:description"]', seo.description],
      ['meta[property="og:url"]', seo.canonical],
      ['meta[property="og:site_name"]', brand.name]
    ]) document.head.querySelector(selector)?.setAttribute("content", value);
    document.head.querySelector('link[rel="canonical"]')?.setAttribute("href", seo.canonical);
  }

  // src/core/theme.js
  var currentTheme = () => document.documentElement.dataset.theme || "light";
  function toggleTheme() {
    const theme = currentTheme() === "dark" ? "light" : "dark";
    document.documentElement.dataset.theme = theme;
    document.querySelector('meta[name="theme-color"]').content = theme === "dark" ? "#10141e" : "#ffffff";
    try {
      localStorage.setItem("unibox:theme", theme);
    } catch {
    }
    return theme;
  }

  // src/components/icon.js
  var paths = {
    dataSort: '<path d="M5 4v16m-3-3 3 3 3-3M11 5h10M11 10h7M11 15h4"/>',
    dataFilter: '<path d="M3 4h18l-7 8v7l-4 2v-9Z"/>',
    chevronLeft: '<path d="m15 6-6 6 6 6"/>',
    chevronRight: '<path d="m9 6 6 6-6 6"/>',
    fitWidth: '<rect x="3" y="4" width="18" height="16" rx="2"/><path d="M8 8H6v8h2m8-8h2v8h-2"/>',
    fullscreen: '<path d="M8 3H3v5m13-5h5v5M3 16v5h5m8 0h5v-5"/>',
    pdfMerge: '<path d="M14 2H6v15h14V8Zm0 0v6h6M3 7v14h12M10 11h6m-3-3 3 3-3 3"/>',
    imagePlus: '<rect x="3" y="4" width="18" height="17" rx="2"/><path d="m3 17 5-5 4 4 4-5 5 6M16 1v6m-3-3h6"/><circle cx="8" cy="8" r="1"/>',
    flask: '<path d="M9 3h6M10 3v6l-6 10a1.3 1.3 0 0 0 1.2 2h13.6a1.3 1.3 0 0 0 1.2-2L14 9V3M7.5 14h9"/><path d="M9 17h.01M14 18h.01"/>',
    code: '<path d="m8 7-5 5 5 5m8-10 5 5-5 5m-3-13-2 16"/>',
    exchange: '<path d="M4 7h16m-4-4 4 4-4 4M20 17H4m4-4-4 4 4 4"/>',
    calendar: '<rect x="3" y="5" width="18" height="16" rx="2"/><path d="M7 3v4M17 3v4M3 10h18M7 14h2M14 14h2M7 17h2M14 17h2"/>',
    bases: '<path d="M4 8 7 6v14M11 8c0-3 7-3 7 0 0 2-7 4-7 6h7M18 4h3v4h-3m0 4h3v4h-3"/>',
    backspace: '<path d="M9 5h11a1 1 0 0 1 1 1v12a1 1 0 0 1-1 1H9l-7-7 7-7Zm3 4 5 6m0-6-5 6"/>',
    chevronUp: '<path d="m6 15 6-6 6 6"/>',
    chevronDown: '<path d="m6 9 6 6 6-6"/>',
    search: '<circle cx="10.5" cy="10.5" r="7"/><path d="m16 16 5 5"/>',
    design: '<path d="M4 3h12l4 4v14H4Z M16 3v5h4M8 12h8M8 16h5"/>',
    home: '<path d="m3 10 9-8 9 8v11h-6v-7H9v7H3Z"/>',
    grid: '<rect x="3" y="3" width="7" height="7" rx="1.5"/><rect x="14" y="3" width="7" height="7" rx="1.5"/><rect x="3" y="14" width="7" height="7" rx="1.5"/><rect x="14" y="14" width="7" height="7" rx="1.5"/>',
    document: '<path d="M14 2H5a1 1 0 0 0-1 1v18a1 1 0 0 0 1 1h14a1 1 0 0 0 1-1V8Z"/><path d="M14 2v6h6M8 12h8M8 16h8"/>',
    sheet: '<path d="M14 2H5a1 1 0 0 0-1 1v18a1 1 0 0 0 1 1h14a1 1 0 0 0 1-1V8Z"/><path d="M14 2v6h6M4 9h16M10 9v13M6.5 12h1M6.5 16h1M6.5 19h1M13 12h4M13 16h4M13 19h4"/>',
    pdf: '<path d="M14 2H5a1 1 0 0 0-1 1v18a1 1 0 0 0 1 1h14a1 1 0 0 0 1-1V8Z"/><path d="M14 2v6h6"/><path stroke-width="1.3" d="M6.5 17v-5h1a1.25 1.25 0 0 1 0 2.5h-1m5 2.5v-5h.5a2.5 2.5 0 0 1 0 5Zm5 0v-5H19m-2.5 2.5h2"/>',
    image: '<rect x="3" y="3" width="18" height="18" rx="2"/><circle cx="15.5" cy="8.5" r="1.5"/><path d="m3 17 6-6 5 5 3-3 4 4"/>',
    pixel: '<path d="M3 3h6v6H3zM9 9h6v6H9zM15 3h6v6h-6zM3 15h6v6H3zM15 15h6v6h-6z"/>',
    database: '<ellipse cx="12" cy="5" rx="9" ry="4"/><path d="M3 5v14c0 2.2 4 4 9 4s9-1.8 9-4V5M3 12c0 2.2 4 4 9 4s9-1.8 9-4"/>',
    calculator: '<rect x="4" y="2" width="16" height="20" rx="2"/><path d="M8 6h8M8 10h1M13 10h3M8 14h1M13 14h3M8 18h1M14 18h1"/>',
    audio: '<path d="M3 10v4M7 5v14M12 2v20M17 7v10M21 10v4"/>',
    video: '<rect x="3" y="4" width="18" height="16" rx="2"/><path d="M17 16h.01"/>',
    folder: '<path d="M3 7V5a2 2 0 0 1 2-2h5l3 3h7a2 2 0 0 1 2 2v12H3a2 2 0 0 1-2-2V9a2 2 0 0 1 2-2h19"/>',
    chart: '<path d="M3 3v18h19M7 17V9M12 17V4M17 17V7M22 17V2"/>',
    compare: '<path d="M10 21H3V3h18v6M7 7h10M7 11h4M7 15h2"/><circle cx="16" cy="16" r="4"/><path d="m19 19 3 3"/>',
    globe: '<circle cx="12" cy="12" r="9"/><ellipse cx="12" cy="12" rx="4" ry="9"/><path d="M3 12h18"/>',
    shield: '<path d="m12 2 8 3v6c0 5-3.5 8-8 11-4.5-3-8-6-8-11V5Z"/><path d="m8 11 3 3 5-5"/>',
    user: '<circle cx="12" cy="12" r="9"/><circle cx="12" cy="9" r="3"/><path d="M6 19v-1c0-4 12-4 12 0v1"/>',
    arrow: '<path d="M4 12h16m-7-7 7 7-7 7"/>',
    back: '<path d="M20 12H4m7-7-7 7 7 7"/>',
    skipStart: '<path d="M4 4v16M20 4 10 12l10 8V4ZM10 4 4 12l6 8V4Z"/>',
    skipEnd: '<path d="M20 4v16M4 4l10 8-10 8V4Zm10 0 6 8-6 8V4Z"/>',
    speaker: '<path d="M3 9h4l5-4v14l-5-4H3V9Zm12-1a6 6 0 0 1 0 8m3-11a10 10 0 0 1 0 14"/>',
    attach: '<path d="m8 13 6-6c3-3 6 0 3 3l-7 7c-4 4-9-1-5-5l8-8c5-5 11 1 6 6l-8 8"/>',
    files: '<path d="M8 2h9l4 4v12H8ZM17 2v5h4M4 6H2v16h14v-2"/>',
    clock: '<circle cx="12" cy="12" r="9"/><path d="M12 6v6l4 3"/>',
    star: '<path d="m12 2 3 6 7 1-5 5 1 8-6-4-6 4 1-8-5-5 7-1Z"/>',
    sun: '<circle cx="12" cy="12" r="4"/><path d="M12 1v2m0 18v2M1 12h2m18 0h2M4 4l1.5 1.5m13 13L20 20M4 20l1.5-1.5m13-13L20 4"/>',
    moon: '<path d="M21 13A9 9 0 0 1 11 3a9 9 0 1 0 10 10Z"/>',
    settings: '<path d="m9 3 .5-2h5L15 3l2 1 2-.5 2.5 4-1.5 1.5v3l1.5 1.5-2.5 4-2-.5-2 1-.5 3h-5L9 18l-2-1-2 .5-2.5-4L4 12V9L2.5 7.5l2.5-4L7 4Z" transform="translate(0 1)"/><circle cx="12" cy="12" r="3"/>',
    close: '<path d="m6 6 12 12M6 18 18 6"/>',
    menu: '<path d="M4 6h16M4 12h16M4 18h16"/>',
    upload: '<path d="M12 16V3m-5 5 5-5 5 5M3 16v5h18v-5"/>',
    cursor: '<path d="m5 3 13 9-6 2-3 6Z"/>',
    hand: '<path d="M7.5 12V7.5a1.5 1.5 0 0 1 3 0V11M10.5 11V5.5a1.5 1.5 0 0 1 3 0V11M13.5 11V6.5a1.5 1.5 0 0 1 3 0V12M16.5 12V9.5a1.5 1.5 0 0 1 3 0V15c0 4-2.5 7-7 7h-1c-2.2 0-3.8-1-5.1-2.6L3.8 16a1.6 1.6 0 0 1 2.4-2.1l1.3 1.1Z"/>',
    pen: '<path d="m4 20 4.5-1 10-10a2.1 2.1 0 0 0-3-3l-10 10ZM13.5 8.5l3 3"/>',
    eraser: '<path d="m4 15 8-10a2 2 0 0 1 3-.2l4.2 3.5a2 2 0 0 1 .2 3L12 20H7Z"/><path d="m10 8 7 6M12 20h8"/>',
    text: '<path d="M5 5V3h14v2M12 3v18M8 21h8"/>',
    line: '<path d="M4 20 20 4"/>',
    rectangle: '<rect x="3" y="5" width="18" height="14" rx="1"/>',
    circle: '<ellipse cx="12" cy="12" rx="9" ry="7"/>',
    undo: '<path d="m9 7-5 5 5 5"/><path d="M5 12h9a6 6 0 0 1 6 6"/>',
    redo: '<path d="m15 7 5 5-5 5"/><path d="M19 12h-9a6 6 0 0 0-6 6"/>',
    trash: '<path d="M4 7h16M9 7V4h6v3M7 7l1 14h8l1-14M10 11v6M14 11v6"/>',
    download: '<path d="M12 3v12m-5-5 5 5 5-5M4 20h16"/>',
    bucket: '<path d="m5 12 7-7 7 7-7 7Z"/><path d="m9 8 7 7M4 21c0-2 2-4 2-4s2 2 2 4a2 2 0 0 1-4 0Z"/>',
    eyedropper: '<path d="m15 4 5 5M13 6l5 5-8 8H5v-5Z"/><path d="m5 19-2 2"/>',
    copy: '<rect x="8" y="8" width="12" height="12" rx="2"/><path d="M16 8V5a2 2 0 0 0-2-2H5a2 2 0 0 0-2 2v9a2 2 0 0 0 2 2h3"/>',
    eye: '<path d="M2 12s4-6 10-6 10 6 10 6-4 6-10 6S2 12 2 12Z"/><circle cx="12" cy="12" r="2.5"/>',
    eyeOff: '<path d="m3 3 18 18M10.6 6.2A11 11 0 0 1 12 6c6 0 10 6 10 6a17 17 0 0 1-2.1 2.7M6.7 6.7C3.8 8.5 2 12 2 12s4 6 10 6a10 10 0 0 0 4.3-1M9.9 9.9a3 3 0 0 0 4.2 4.2"/>',
    zoomIn: '<circle cx="10" cy="10" r="7"/><path d="m15 15 6 6M10 7v6M7 10h6"/>',
    zoomOut: '<circle cx="10" cy="10" r="7"/><path d="m15 15 6 6M7 10h6"/>',
    play: '<path d="m7 4 13 8-13 8Z"/>',
    pause: '<path d="M8 5v14M16 5v14"/>',
    stop: '<rect x="6" y="6" width="12" height="12" rx="1"/>',
    scissors: '<circle cx="6" cy="7" r="3"/><circle cx="6" cy="17" r="3"/><path d="m8.5 8.5 11 7.5M8.5 15.5 20 8"/>',
    plus: '<path d="M12 5v14M5 12h14"/>',
    volume: '<path d="M4 10v4h4l5 4V6L8 10ZM17 9a4 4 0 0 1 0 6M19 6a8 8 0 0 1 0 12"/>'
  };
  function icon(name, className = "") {
    const svg = document.createElementNS("http://www.w3.org/2000/svg", "svg");
    svg.setAttribute("viewBox", "0 0 24 24");
    svg.setAttribute("fill", "none");
    svg.setAttribute("stroke", "currentColor");
    svg.setAttribute("stroke-width", "1.7");
    svg.setAttribute("stroke-linecap", "round");
    svg.setAttribute("stroke-linejoin", "round");
    svg.setAttribute("aria-hidden", "true");
    svg.setAttribute("focusable", "false");
    svg.setAttribute("class", `icon ${className}`.trim());
    svg.innerHTML = Object.hasOwn(paths, name) ? paths[name] : paths.document;
    return svg;
  }

  // src/components/dialog.js
  var activeDialog;
  var dialogSequence = 0;
  var parentDialogs = /* @__PURE__ */ new WeakMap();
  function closeDialog() {
    const dialog = activeDialog;
    if (!dialog) return;
    const parent = parentDialogs.get(dialog);
    activeDialog = parent?.isConnected ? parent : void 0;
    dialog.close();
  }
  function closeDialogStack() {
    let dialog = activeDialog;
    while (dialog) {
      const parent = parentDialogs.get(dialog);
      dialog.close();
      dialog = parent;
    }
    activeDialog = void 0;
  }
  function showDialog(title, content, { stacked = false } = {}) {
    const parentDialog = stacked ? activeDialog : void 0;
    if (!stacked) closeDialogStack();
    const previousFocus = document.activeElement;
    const dialog = element("dialog", "dialog");
    const heading = element("h2", "dialog-title", title);
    heading.id = "dialog-title-" + ++dialogSequence;
    dialog.setAttribute("aria-labelledby", heading.id);
    const close2 = button("Fechar", "icon-button", icon("close"), () => dialog.close());
    dialog.append(element("header", "dialog-header", [heading, close2]), content);
    dialog.addEventListener("click", (event) => {
      if (event.target !== dialog) return;
      const rect2 = dialog.getBoundingClientRect();
      if (event.clientX < rect2.left || event.clientX > rect2.right || event.clientY < rect2.top || event.clientY > rect2.bottom) dialog.close();
    });
    dialog.addEventListener("close", () => {
      dialog.remove();
      if (activeDialog === dialog) {
        activeDialog = parentDialog?.isConnected ? parentDialog : void 0;
      }
      if (previousFocus?.isConnected) previousFocus.focus();
    }, { once: true });
    document.body.append(dialog);
    if (parentDialog) parentDialogs.set(dialog, parentDialog);
    activeDialog = dialog;
    dialog.showModal();
    close2.focus();
    return dialog;
  }
  function showPlanned(title, message) {
    showDialog(title, element("div", "dialog-body", [
      element("span", "status-tag", "Em preparação"),
      element("p", "", message)
    ]));
  }

  // src/components/legal-links.js
  function legalLinks(className = "") {
    const nav = element(
      "nav",
      ("legal-links " + className).trim(),
      legalPages.map((page) => routeLink(page.path, page.name, "", page.name))
    );
    nav.setAttribute("aria-label", "Termos e privacidade");
    return nav;
  }

  // src/core/intelligence/history.js
  function createHistory(maxEntries = DEFAULT_LIMITS.maxHistoryEntries) {
    let entries = [];
    return Object.freeze({
      record(capabilities, status) {
        entries.unshift({
          date: (/* @__PURE__ */ new Date()).toISOString(),
          status,
          operations: capabilities.map((cap) => ({ id: cap.id, name: cap.name }))
        });
        entries = entries.slice(0, maxEntries);
      },
      list: () => structuredClone(entries),
      clear: () => {
        entries = [];
      }
    });
  }
  var sessionHistory = createHistory();

  // src/components/history-dialog.js
  function openHistory() {
    const content = element("div", "dialog-body");
    function render() {
      const entries = sessionHistory.list();
      content.replaceChildren(element("p", "", "Histórico desta aba. Guarda apenas ação, data e status; não guarda seus textos ou arquivos."));
      if (!entries.length) content.append(element("p", "task-note", "Nenhuma operação registrada nesta aba."));
      else {
        content.append(element("ul", "history-list", entries.map((entry) => element("li", "", [
          element("strong", "", entry.operations.map((operation) => operation.name).join(" → ")),
          element("span", "", new Date(entry.date).toLocaleString("pt-BR") + " · " + ({ success: "Concluída", error: "Erro", cancelled: "Cancelada" }[entry.status] || entry.status))
        ]))));
        content.append(button("Apagar histórico desta aba", "text-button", "Apagar histórico", () => {
          sessionHistory.clear();
          render();
        }));
      }
    }
    render();
    showDialog("Recentes", content);
  }

  // src/components/sidebar.js
  function sidebar() {
    const aside = element("aside", "sidebar");
    aside.id = "sidebar";
    const logo = element("span", "brand-mark");
    logo.setAttribute("aria-hidden", "true");
    const brandLink = routeLink("/", `${brand.name} — Início`, "brand", [logo]);
    brandLink.title = `${brand.name} — Início`;
    const nav = element("nav", "sidebar-nav");
    nav.setAttribute("aria-label", "Ambientes");
    const home = routeLink("/", "Início", "nav-item nav-home", [icon("home"), element("span", "nav-tooltip", "Início")]);
    home.title = "Início";
    nav.append(home);
    for (const tool of tools.filter((item) => item.sidebar)) {
      const link = routeLink(tool.path, tool.name, `nav-item color-${tool.color}`, [icon(tool.icon), element("span", "nav-tooltip", tool.name)]);
      link.title = tool.name;
      nav.append(link);
    }
    const library = element("div", "sidebar-group", [
      button("Recentes", "nav-item", [icon("clock"), element("span", "nav-tooltip", "Recentes")], openHistory),
      button("Favoritos", "nav-item", [icon("star"), element("span", "nav-tooltip", "Favoritos")], () => showPlanned("Favoritos", "Este espaço ficará reservado para seus ambientes favoritos."))
    ]);
    const themeButton = button("Alternar tema", "nav-item", []);
    function syncTheme() {
      const label = currentTheme() === "dark" ? "Ativar modo claro" : "Ativar modo escuro";
      themeButton.setAttribute("aria-label", label);
      themeButton.title = label;
      themeButton.replaceChildren(icon(currentTheme() === "dark" ? "moon" : "sun"), element("span", "nav-tooltip", label));
    }
    themeButton.addEventListener("click", () => {
      toggleTheme();
      syncTheme();
    });
    syncTheme();
    const bottom = element("div", "sidebar-bottom sidebar-group", [
      themeButton,
      button("Termos e privacidade", "nav-item", [icon("shield"), element("span", "nav-tooltip", "Termos e privacidade")], () => {
        showDialog("Termos e privacidade", element("div", "dialog-body", legalLinks("legal-dialog-links")));
      }),
      button("Configurações", "nav-item", [icon("settings"), element("span", "nav-tooltip", "Configurações")], () => showPlanned("Configurações", "As preferências dos ambientes serão adicionadas nas próximas etapas. Você já pode alternar o tema pelo ícone na barra lateral."))
    ]);
    aside.append(brandLink, nav, library, bottom);
    return aside;
  }
  function updateSidebar(path2) {
    document.querySelectorAll(".sidebar a[data-route]").forEach((link) => {
      const active = link.dataset.route === path2 || path2 === "/inicio" && link.dataset.route === "/";
      link.classList.toggle("is-active", active && !link.classList.contains("brand"));
      if (active) link.setAttribute("aria-current", "page");
      else link.removeAttribute("aria-current");
    });
  }

  // src/components/philosophy.js
  function philosophy(footer = false) {
    const items = footer ? [["globe", "Tudo no navegador"], ["shield", "Sem instalação de programas"], ["user", "Sem conta obrigatória"]] : [["globe", "Local no navegador"], ["shield", "Sem instalação"], ["user", "Sem conta obrigatória"]];
    return element(
      "ul",
      footer ? "philosophy philosophy-footer" : "philosophy philosophy-top",
      items.map(([name, label]) => element("li", "", [icon(name), element("span", "", label)]))
    );
  }

  // src/components/task-composer.js
  function sameFile(a, b) {
    return a.name === b.name && a.size === b.size && a.lastModified === b.lastModified;
  }
  function shouldSubmitOnEnter(event) {
    return event.key === "Enter" && !event.shiftKey && !event.isComposing;
  }
  function taskComposer({ draft: draft2 = { text: "", files: [] }, mode = "home", onSubmit, onPickEnvironment } = {}) {
    const wrapper = element("div", "universal-wrapper task-composer " + (mode === "session" ? "is-session-composer" : "is-home-composer"));
    const form3 = element("form", "universal-box");
    form3.setAttribute("aria-label", mode === "session" ? "Continuar tarefa" : "Caixa universal");
    const input2 = element("textarea", "universal-input");
    input2.placeholder = mode === "session" ? "Diga o que deseja fazer…" : "Digite, cole ou arraste algo aqui...";
    input2.setAttribute("aria-label", input2.placeholder);
    input2.rows = 2;
    input2.value = draft2.text;
    function fitInput() {
      input2.style.height = "auto";
      input2.style.height = Math.min(input2.scrollHeight, 260) + "px";
    }
    const filesInput = element("input", "sr-only");
    filesInput.type = "file";
    filesInput.multiple = true;
    filesInput.tabIndex = -1;
    filesInput.setAttribute("aria-label", "Selecionar arquivos do dispositivo");
    const filesList = element("ul", "attachment-list");
    filesList.setAttribute("aria-label", "Arquivos anexados à próxima mensagem");
    const status = element("p", "box-status");
    status.setAttribute("role", "status");
    let busy = false, dragDepth = 0, disposed = false;
    function renderFiles() {
      filesList.replaceChildren(...draft2.files.map((file, index) => {
        const name = element("span", "attachment-name", file.name);
        name.title = file.name;
        return element("li", "attachment", [
          icon("document"),
          name,
          button("Remover " + file.name, "attachment-remove", icon("close"), () => {
            draft2.files.splice(index, 1);
            renderFiles();
            (filesList.querySelector("button") || input2).focus();
          })
        ]);
      }));
    }
    function receive(selected2) {
      try {
        const next = [...draft2.files];
        for (const file of selected2) if (!next.some((item) => sameFile(item, file))) next.push(file);
        checkSelection(next, "", DEFAULT_LIMITS);
        draft2.files.splice(0, draft2.files.length, ...next);
        renderFiles();
        status.textContent = "";
      } catch (error3) {
        status.textContent = error3.message;
      }
    }
    input2.addEventListener("input", () => {
      draft2.text = input2.value;
      fitInput();
    });
    input2.addEventListener("keydown", (event) => {
      if (!shouldSubmitOnEnter(event)) return;
      event.preventDefault();
      form3.requestSubmit();
    });
    input2.addEventListener("paste", (event) => {
      if (event.clipboardData?.files.length) {
        event.preventDefault();
        receive([...event.clipboardData.files]);
      }
    });
    filesInput.addEventListener("change", () => {
      receive([...filesInput.files]);
      filesInput.value = "";
    });
    form3.addEventListener("dragenter", (event) => {
      event.preventDefault();
      dragDepth++;
      form3.classList.add("is-dragging");
    });
    form3.addEventListener("dragover", (event) => {
      event.preventDefault();
      if (event.dataTransfer) event.dataTransfer.dropEffect = "copy";
    });
    form3.addEventListener("dragleave", () => {
      dragDepth = Math.max(0, dragDepth - 1);
      if (!dragDepth) form3.classList.remove("is-dragging");
    });
    form3.addEventListener("drop", (event) => {
      event.preventDefault();
      dragDepth = 0;
      form3.classList.remove("is-dragging");
      if (event.dataTransfer?.files.length) receive([...event.dataTransfer.files]);
      else {
        const text2 = event.dataTransfer?.getData("text/plain");
        if (text2) {
          input2.value += text2;
          draft2.text = input2.value;
          fitInput();
        }
      }
    });
    const attach = button("Anexar arquivos", "icon-button", icon("attach"), () => filesInput.click());
    const controls = element("div", "composer-controls", [attach]);
    const choose = onPickEnvironment ? button("Escolher ambiente ou ação", "icon-button", icon("grid"), onPickEnvironment) : null;
    if (choose) controls.append(choose);
    const send = element("button", "submit-button", icon("arrow"));
    send.type = "submit";
    send.setAttribute("aria-label", mode === "session" ? "Enviar continuação" : "Iniciar tarefa");
    send.title = send.getAttribute("aria-label");
    function setBusy(value) {
      busy = value;
      input2.disabled = value;
      filesInput.disabled = value;
      attach.disabled = value;
      send.disabled = value;
      if (choose) choose.disabled = value;
      form3.setAttribute("aria-busy", String(value));
    }
    form3.addEventListener("submit", async (event) => {
      event.preventDefault();
      if (busy || disposed) return;
      if (!draft2.text.trim() && !draft2.files.length) {
        status.textContent = "Digite uma tarefa ou selecione um arquivo.";
        return;
      }
      const entry = { text: draft2.text, files: [...draft2.files] };
      draft2.text = "";
      draft2.files.length = 0;
      input2.value = "";
      fitInput();
      renderFiles();
      setBusy(true);
      status.textContent = "";
      try {
        await onSubmit(entry);
      } catch {
        if (!disposed) status.textContent = "Não foi possível iniciar esta tarefa.";
      } finally {
        if (!disposed) {
          setBusy(false);
          input2.focus();
        }
      }
    });
    const dropHint = element("div", "drop-hint", [icon("upload"), "Solte aqui para selecionar"]);
    dropHint.setAttribute("aria-hidden", "true");
    const attachmentsArea = element("div", "composer-attachments", filesList);
    const textArea = element("div", "composer-text", input2);
    const actionsArea = element("div", "composer-bottom", [controls, send]);
    form3.append(attachmentsArea, textArea, actionsArea, filesInput, dropHint);
    wrapper.append(form3, status);
    renderFiles();
    fitInput();
    wrapper.setBusy = setBusy;
    wrapper.focus = () => input2.focus();
    wrapper.dispose = () => {
      disposed = true;
    };
    return wrapper;
  }

  // src/core/draft.js
  var draft = { text: "", files: [] };
  function addFiles(files) {
    for (const file of files) {
      if (!draft.files.some((item) => item.name === file.name && item.size === file.size && item.lastModified === file.lastModified)) draft.files.push(file);
    }
  }

  // src/core/intelligence/archive-safety.js
  function createArchiveBudget({ limits: overrides, controller = new AbortController() } = {}) {
    const limits = resolveLimits(overrides);
    const entries = /* @__PURE__ */ new WeakMap();
    let count = 0, expandedBytes = 0, declaredBytes = 0;
    function reject(message) {
      const error3 = new CoreError("archive_limit", message);
      controller.abort(error3);
      throw error3;
    }
    function size(value) {
      if (!Number.isSafeInteger(value) || value < 0) reject("Tamanho de conteúdo compactado inválido.");
    }
    function beginEntry({ parent, declaredSize } = {}) {
      abortCheck(controller.signal);
      if (parent && !entries.has(parent)) reject("Arquivo compactado pai não reconhecido.");
      const depth = parent ? entries.get(parent).depth + 1 : 1;
      if (depth > limits.maxArchiveDepth) reject("Profundidade de arquivos compactados acima do limite.");
      if (count >= limits.maxArchiveEntries) reject("Quantidade de arquivos internos acima do limite.");
      if (declaredSize !== void 0) {
        size(declaredSize);
        if (declaredSize > limits.maxFileBytes || declaredSize > limits.maxArchiveExpandedBytes - declaredBytes) reject("Tamanho descompactado declarado acima do limite.");
      }
      const entry = Object.freeze({});
      entries.set(entry, { depth, bytes: 0, declaredSize });
      count++;
      declaredBytes += declaredSize || 0;
      return entry;
    }
    function consume(entry, bytes2) {
      abortCheck(controller.signal);
      const state = entries.get(entry);
      if (!state) reject("Entrada compactada não registrada.");
      size(bytes2);
      if (bytes2 > limits.maxArchiveExpandedBytes - expandedBytes || bytes2 > limits.maxFileBytes - state.bytes) reject("Tamanho descompactado real acima do limite.");
      if (state.declaredSize !== void 0 && bytes2 > state.declaredSize - state.bytes) reject("Conteúdo descompactado excede o tamanho declarado.");
      state.bytes += bytes2;
      expandedBytes += bytes2;
    }
    return Object.freeze({
      beginEntry,
      consume,
      signal: controller.signal,
      get snapshot() {
        return Object.freeze({ entries: count, expandedBytes, declaredBytes });
      }
    });
  }
  var signatures = [
    ["zip", "application/zip", [80, 75, 3, 4]],
    ["zip", "application/zip", [80, 75, 5, 6]],
    ["zip", "application/zip", [80, 75, 7, 8]],
    ["gzip", "application/gzip", [31, 139]],
    ["7z", "application/x-7z-compressed", [55, 122, 188, 175, 39, 28]],
    ["rar", "application/vnd.rar", [82, 97, 114, 33, 26, 7]],
    ["bzip2", "application/x-bzip2", [66, 90, 104]],
    ["xz", "application/x-xz", [253, 55, 122, 88, 90, 0]],
    ["zstd", "application/zstd", [40, 181, 47, 253]]
  ];
  var formats = Object.freeze({
    zip: "application/zip",
    gz: "application/gzip",
    gzip: "application/gzip",
    tgz: "application/gzip",
    tar: "application/x-tar",
    rar: "application/vnd.rar",
    "7z": "application/x-7z-compressed",
    bz2: "application/x-bzip2",
    xz: "application/x-xz",
    zst: "application/zstd",
    zlib: "application/zlib"
  });
  var archiveMimes = /* @__PURE__ */ new Set([...Object.values(formats), "application/x-zip-compressed", "application/x-gzip"]);
  function archiveHint(head, extension, declaredMime) {
    const match = signatures.find(([, , bytes2]) => bytes2.every((byte, index) => head[index] === byte));
    const tar = head.length >= 262 && new TextDecoder().decode(head.subarray(257, 262)) === "ustar";
    if (!match && !tar && !Object.hasOwn(formats, extension) && !archiveMimes.has(declaredMime)) return null;
    return {
      kind: "archive",
      mime: match?.[1] || (tar ? "application/x-tar" : formats[extension] || declaredMime),
      valid: false,
      verification: "archive-blocked",
      warnings: ["A leitura de arquivos compactados está desativada nesta versão. Nenhum conteúdo interno foi aberto."]
    };
  }

  // src/core/intelligence/text-parser.js
  async function withinJsonDepth(text2, limits, signal) {
    let depth = 0, quoted = false, escaped2 = false;
    for (let i = 0; i < text2.length; i++) {
      if (i % limits.parserChunkChars === 0) await yieldTask(signal);
      const char = text2[i];
      if (quoted) {
        if (escaped2) escaped2 = false;
        else if (char === "\\") escaped2 = true;
        else if (char === '"') quoted = false;
      } else if (char === '"') quoted = true;
      else if (char === "[" || char === "{") {
        if (++depth > limits.maxParserDepth) return false;
      } else if (char === "]" || char === "}") {
        if (--depth < 0) return false;
      }
    }
    return depth === 0 && !quoted;
  }
  async function identifyText(text2, extension, declaredMime, limits, signal) {
    abortCheck(signal);
    const invalid = (reason) => ({ kind: "unknown", mime: "application/octet-stream", valid: false, verification: reason });
    if (text2.length > limits.maxTextBytes || byteSize(text2) > limits.maxTextBytes) return invalid("text-limit");
    const wantsJson = extension === "json" || declaredMime === "application/json";
    const wantsCsv = extension === "csv" || declaredMime === "text/csv";
    if (/[\u0000-\u0008\u000b\u000e-\u001f]/u.test(text2)) return invalid("invalid-text");
    if (wantsJson || /^[\s]*[\[{]/.test(text2)) {
      if (!await withinJsonDepth(text2, limits, signal)) {
        return wantsJson ? {
          kind: "json",
          mime: "application/json",
          valid: false,
          verification: "invalid-json-depth",
          warnings: ["Este JSON não é válido ou ultrapassa o limite de profundidade desta versão."]
        } : invalid("invalid-json-depth");
      }
      try {
        const parsed = parseJsonDocument(text2, limits, signal);
        return {
          kind: "json",
          mime: "application/json",
          valid: true,
          verification: "parsed",
          properties: {
            type: parsed.type,
            entries: parsed.entries,
            rows: parsed.table?.rowCount,
            columns: parsed.table?.columnCount,
            tabular: Boolean(parsed.table)
          },
          jsonValue: parsed.value,
          table: parsed.table,
          text: text2
        };
      } catch (error3) {
        return {
          kind: "json",
          mime: "application/json",
          valid: false,
          verification: "invalid-json",
          warnings: [error3?.message || "Este JSON não é válido."]
        };
      }
    }
    try {
      const csv = await parseCsvDocument(text2, { limits, signal, explicit: wantsCsv });
      return {
        kind: "csv",
        mime: "text/csv",
        valid: true,
        verification: "parsed",
        properties: { delimiter: csv.delimiter, rows: csv.rows, dataRows: csv.dataRows, columns: csv.columns },
        table: csv.table,
        text: text2
      };
    } catch (error3) {
      abortCheck(signal);
      if (wantsCsv) return {
        kind: "csv",
        mime: "text/csv",
        valid: false,
        verification: "invalid-csv",
        warnings: [error3?.message || "Não consegui interpretar este CSV."]
      };
    }
    return { kind: "text", mime: "text/plain", valid: true, verification: "utf-text", text: text2 };
  }

  // src/core/intelligence/input-detector.js
  var extensions = Object.freeze({
    png: "image/png",
    jpg: "image/jpeg",
    jpeg: "image/jpeg",
    gif: "image/gif",
    webp: "image/webp",
    pdf: "application/pdf",
    txt: "text/plain",
    csv: "text/csv",
    json: "application/json",
    mp3: "audio/mpeg",
    wav: "audio/wav",
    flac: "audio/flac",
    ogg: "audio/ogg",
    mp4: "video/mp4",
    m4a: "audio/mp4",
    webm: "video/webm"
  });
  var mimeAliases = Object.freeze({ "image/jpg": "image/jpeg", "audio/mp3": "audio/mpeg", "audio/x-wav": "audio/wav", "audio/wave": "audio/wav" });
  var csvMimeAliases = /* @__PURE__ */ new Set(["application/csv", "application/vnd.ms-excel", "text/comma-separated-values"]);
  var jsonMimeAliases = /* @__PURE__ */ new Set(["application/x-json", "text/json"]);
  function normalizedDeclaredMime(mime, extension) {
    if (Object.hasOwn(mimeAliases, mime)) return mimeAliases[mime];
    if (csvMimeAliases.has(mime) || extension === "csv" && mime === "text/plain") return "text/csv";
    if (jsonMimeAliases.has(mime) || extension === "json" && mime === "text/plain") return "application/json";
    return mime;
  }
  function matchesExtension(extension, mime) {
    if (["ogg", "mp4", "webm"].includes(extension)) return ["audio/" + extension, "video/" + extension].includes(mime);
    return !Object.hasOwn(extensions, extension) || extensions[extension] === mime;
  }
  function collection(items) {
    const counts = {};
    for (const item of items) counts[item.kind] = (counts[item.kind] || 0) + 1;
    return deepFreeze({
      kind: "collection",
      items,
      valid: items.every((item) => item.valid === true),
      summary: {
        total: items.length,
        files: items.filter((item) => item.source === "file").length,
        totalBytes: items.reduce((sum2, item) => sum2 + item.size, 0),
        counts
      }
    });
  }
  async function readBytes(blob, expectedSize, signal) {
    const buffer = await abortable(Promise.resolve().then(() => blob.arrayBuffer()), signal);
    abortCheck(signal);
    if (!(buffer instanceof ArrayBuffer) || buffer.byteLength !== expectedSize) throw new CoreError("read", "Leitura de arquivo incompleta.");
    return new Uint8Array(buffer);
  }
  async function inspectFile(file, index, limits, signal, registry) {
    const name = typeof file.name === "string" ? file.name : "Arquivo";
    const extension = name.includes(".") ? name.split(".").at(-1).toLowerCase() : "";
    const declaredMime = file.type.toLowerCase().split(";")[0].trim();
    const normalizedMime = normalizedDeclaredMime(declaredMime, extension);
    const base = {
      id: "file-" + index,
      source: "file",
      file,
      name,
      extension,
      declaredMime,
      size: file.size,
      kind: "unknown",
      mime: "application/octet-stream",
      valid: false,
      count: 1,
      verification: "unrecognized",
      warnings: []
    };
    if (!file.size) return { ...base, warnings: ["Arquivo vazio."], capabilityIds: [] };
    let detected;
    try {
      const headSize = Math.min(file.size, limits.sniffBytes);
      const head = await readBytes(file.slice(0, headSize), headSize, signal);
      detected = archiveHint(head, extension, normalizedMime);
      if (!detected) {
        const tailSize = Math.min(file.size, limits.tailBytes);
        const tail = await readBytes(file.slice(file.size - tailSize), tailSize, signal);
        detected = sniffBinary(head, tail, file.size, normalizedMime);
        if (!detected) {
          const expected = Object.hasOwn(extensions, extension) ? extensions[extension] : normalizedMime;
          const expectsBinary = /^(image|audio|video)\//.test(expected) || expected === "application/pdf";
          if (!expectsBinary && file.size <= limits.maxTextBytes) {
            const bytes2 = await readBytes(file, file.size, signal);
            const encoding = bytes2[0] === 255 && bytes2[1] === 254 ? "utf-16le" : bytes2[0] === 254 && bytes2[1] === 255 ? "utf-16be" : "utf-8";
            const content = new TextDecoder(encoding, { fatal: true }).decode(bytes2);
            detected = await identifyText(content, extension, normalizedMime, limits, signal);
          }
          if (!detected) base.warnings.push(expectsBinary ? "O conteúdo não confirma o tipo indicado pelo nome ou MIME." : "Tipo não reconhecido ou texto acima do limite de leitura.");
        }
      }
    } catch {
      abortCheck(signal);
      return { ...base, verification: "read-error", warnings: ["Não foi possível ler este arquivo com segurança."], capabilityIds: [] };
    }
    const item = { ...base, ...detected };
    if (detected && normalizedMime && normalizedMime !== "application/octet-stream" && normalizedMime !== item.mime) {
      item.valid = false;
      item.warnings.push("O MIME informado diverge do conteúdo detectado. Arquivo bloqueado.");
    }
    if (detected && !matchesExtension(extension, item.mime)) {
      item.valid = false;
      item.warnings.push("A extensão diverge do conteúdo detectado. Arquivo bloqueado.");
    }
    if (item.kind === "pdf" && item.valid) {
      try {
        const pdf = await inspectPdfBlob(file, { limits, signal });
        item.pageCount = pdf.pageCount;
        item.rotations = pdf.rotations;
        item.pageSizes = pdf.pageSizes;
      } catch (error3) {
        abortCheck(signal);
        item.valid = false;
        item.verification = error3?.code === "pdf_protected" ? "protected" : "parse-error";
        item.warnings.push(error3?.message || "Não consegui abrir este PDF.");
      }
    }
    if (item.kind === "image") {
      if (item.width !== void 0 && (!item.width || !item.height) || item.width > limits.maxImageDimension || item.height > limits.maxImageDimension || item.width * item.height > limits.maxImagePixels) {
        item.valid = false;
        item.warnings.push("Dimensões inválidas ou acima do limite de imagem.");
      }
      if (item.width === void 0) item.warnings.push("Dimensões não disponíveis na amostra do cabeçalho.");
    }
    if (!item.valid && !item.warnings.length) item.warnings.push("Estrutura do arquivo incompleta, inválida ou acima dos limites.");
    if (!item.valid) delete item.text;
    item.capabilityIds = registry.list().filter((cap) => item.valid && cap.accepts.some((mime) => mime === item.mime || mime === "*/*")).map((cap) => cap.id);
    return item;
  }
  async function detectInput({ files = [], text: text2 = "" } = {}, options2 = {}) {
    const limits = resolveLimits(options2.limits);
    const registry = options2.registry || capabilityRegistry;
    const texts = typeof text2 === "string" ? text2.length ? [text2] : [] : text2;
    checkSelection(files, texts, limits);
    const scope = createAbortScope(options2.signal, limits.maxDetectionMs, "A análise excedeu o tempo permitido.");
    const signal = scope.signal;
    try {
      abortCheck(signal);
      const items = [];
      for (const [index, file] of files.entries()) {
        await yieldTask(signal);
        items.push(await inspectFile(file, index, limits, signal, registry));
      }
      const pdfItems = items.filter((item) => item.kind === "pdf");
      const pdfBytes = pdfItems.reduce((total, item) => total + item.size, 0);
      const pdfPages = pdfItems.reduce((total, item) => total + (item.pageCount || 0), 0);
      if (pdfItems.length > limits.maxPdfFiles || pdfBytes > limits.maxPdfTotalBytes || pdfPages > limits.maxPdfTotalPages) {
        for (const item of pdfItems) {
          item.valid = false;
          item.warnings.push("A seleção de PDFs ultrapassa os limites de processamento local.");
          item.capabilityIds = [];
        }
      }
      const audioItems = items.filter((item) => item.kind === "audio");
      const audioBytes = audioItems.reduce((total, item) => total + item.size, 0);
      if (audioItems.length > limits.maxAudioFiles || audioBytes > limits.maxAudioTotalBytes) {
        for (const item of audioItems) {
          item.valid = false;
          item.warnings.push("A seleção de áudios é grande demais para edição local segura.");
          item.capabilityIds = [];
        }
      } else {
        for (const item of audioItems) {
          if (item.size <= limits.maxAudioFileBytes) continue;
          item.valid = false;
          item.warnings.push("Este áudio é grande demais para ser editado localmente com segurança.");
          item.capabilityIds = [];
        }
      }
      for (const [index, value] of texts.entries()) {
        if (!value.length) continue;
        items.push({
          id: "text-" + index,
          source: "text",
          kind: "text",
          mime: "text/plain",
          text: value,
          size: byteSize(value),
          valid: true,
          verification: "provided-text",
          warnings: [],
          count: 1
        });
      }
      abortCheck(signal);
      return collection(items);
    } finally {
      scope.dispose();
    }
  }

  // src/core/intelligence/locales/pt/concepts.js
  function freezeGroups(groups2) {
    return Object.freeze(Object.fromEntries(Object.entries(groups2).map(([id, aliases]) => [id, Object.freeze([...new Set(aliases)])])));
  }
  var PT_ACTION_CONCEPTS = freezeGroups({
    increase: [
      "aumentar",
      "aumente",
      "aumenta",
      "subir",
      "suba",
      "sobe",
      "elevar",
      "eleve",
      "eleva",
      "reforcar",
      "reforce",
      "reforca",
      "dar"
    ],
    decrease: [
      "reduzir",
      "reduza",
      "reduz",
      "diminuir",
      "diminua",
      "diminui",
      "baixar",
      "baixe",
      "baixa",
      "abaixar",
      "abaixe",
      "abaixa",
      "encolher",
      "encolha",
      "encolhe"
    ],
    convert: [
      "converter",
      "converta",
      "converte",
      "convertendo",
      "transformar",
      "transforme",
      "transforma",
      "transformando",
      "passar",
      "passe",
      "passa",
      "passando",
      "virar",
      "vire",
      "vira"
    ],
    remove: [
      "remover",
      "remova",
      "remove",
      "removendo",
      "eliminar",
      "elimine",
      "elimina",
      "excluir",
      "exclua",
      "exclui",
      "tirar",
      "tire",
      "tira",
      "apagando",
      "apagar",
      "apague",
      "apaga"
    ]
  });
  var PT_ENTITY_CONCEPTS = freezeGroups({
    image: ["imagem", "imagens", "foto", "fotos", "fotografia", "fotografias", "figura", "figuras"],
    pdf: ["pdf", "pdfs", "pfd", "documento pdf", "documentos pdf", "pagina", "paginas"],
    text: ["texto", "textos", "conteudo", "conteudos", "trecho", "trechos", "linha", "linhas", "palavra", "palavras"],
    data: ["dados", "dado", "csv", "json", "tabela", "tabelas", "coluna", "colunas"],
    audio: [
      "audio",
      "audios",
      "som",
      "sons",
      "musica",
      "musicas",
      "voz",
      "vozes",
      "faixa",
      "faixas",
      "pista",
      "pistas",
      "trilha",
      "trilhas",
      "clipe",
      "clipes",
      "mix",
      "mixagem"
    ],
    fileSize: ["tamanho do arquivo", "peso", "pesado", "pesada", "pesados", "pesadas", "espaco", "leve", "leves"],
    dimensions: ["dimensao", "dimensoes", "resolucao", "tamanho em pixels", "largura", "altura", "pixels"]
  });
  var PT_MODIFIER_CONCEPTS = freezeGroups({
    negation: ["nao", "nem", "sem"],
    exclusive: ["so", "apenas", "somente"],
    transition: ["agora", "ai", "entao", "depois", "depois disso", "em seguida", "e entao", "por ultimo"],
    sequenceStart: ["primeiro", "primeiramente"]
  });
  var PT_FORMAT_ALIASES = Object.freeze({
    jpg: Object.freeze(["jpg", "jpeg"]),
    png: Object.freeze(["png"]),
    webp: Object.freeze(["webp"]),
    wav: Object.freeze(["wav"]),
    json: Object.freeze(["json"]),
    csv: Object.freeze(["csv"])
  });
  var PT_FUZZY_DENY = Object.freeze({
    consertar: Object.freeze(["converter", "converta", "converte"]),
    conserte: Object.freeze(["converter", "converta", "converte"]),
    concerta: Object.freeze(["converter", "converta", "converte"])
  });

  // src/core/intelligence/locales/pt/numbers.js
  var values2 = Object.freeze({
    zero: 0,
    um: 1,
    uma: 1,
    dois: 2,
    duas: 2,
    tres: 3,
    quatro: 4,
    cinco: 5,
    seis: 6,
    sete: 7,
    oito: 8,
    nove: 9,
    dez: 10,
    onze: 11,
    doze: 12,
    treze: 13,
    quatorze: 14,
    catorze: 14,
    quinze: 15,
    dezesseis: 16,
    dezassete: 17,
    dezessete: 17,
    dezoito: 18,
    dezenove: 19,
    vinte: 20,
    trinta: 30,
    quarenta: 40,
    cinquenta: 50,
    sessenta: 60,
    setenta: 70,
    oitenta: 80,
    noventa: 90,
    cem: 100,
    cento: 100,
    duzentos: 200,
    duzentas: 200,
    trezentos: 300,
    trezentas: 300,
    quatrocentos: 400,
    quatrocentas: 400,
    quinhentos: 500,
    quinhentas: 500,
    seiscentos: 600,
    seiscentas: 600,
    setecentos: 700,
    setecentas: 700,
    oitocentos: 800,
    oitocentas: 800,
    novecentos: 900,
    novecentas: 900
  });
  var PT_SIMPLE_NUMBER_WORDS = values2;
  var PT_SIMPLE_NUMBER_PATTERN = "(?:" + Object.keys(values2).sort((left, right) => right.length - left.length).join("|") + ")(?:\\s+e\\s+(?:" + Object.keys(values2).sort((left, right) => right.length - left.length).join("|") + "))*(?:\\s+mil(?:\\s+e?\\s*(?:" + Object.keys(values2).sort((left, right) => right.length - left.length).join("|") + ")(?:\\s+e\\s+(?:" + Object.keys(values2).sort((left, right) => right.length - left.length).join("|") + "))*)?|\\s+mil)?";
  function parsePortugueseNumber(value) {
    const source = String(value || "").trim().replace(/\s+/g, " ");
    if (/^\d+(?:[.,]\d+)?$/.test(source)) {
      const number2 = Number(source.replace(",", "."));
      return Number.isFinite(number2) ? number2 : null;
    }
    const tokens = source.split(" ").filter((token) => token !== "e");
    if (!tokens.length) return null;
    let total = 0, group = 0, previous = Infinity;
    for (const token of tokens) {
      if (token === "mil") {
        if (group > 999) return null;
        total += (group || 1) * 1e3;
        group = 0;
        previous = Infinity;
        continue;
      }
      const number2 = values2[token];
      if (number2 === void 0) return null;
      if (number2 >= 100 && previous < 100) return null;
      if (number2 >= 20 && number2 < 100 && previous < 100) return null;
      if (number2 < 20 && previous < 20) return null;
      group += number2;
      previous = number2;
    }
    const result = total + group;
    return Number.isSafeInteger(result) && result <= 999999 ? result : null;
  }
  function parsePortugueseDuration(value) {
    const source = String(value || "").trim();
    const clock = source.match(/^(?:(\d+):)?(\d+):(\d{2})(?:[.,](\d+))?$/);
    if (clock) {
      const hours = Number(clock[1] || 0), minutes = Number(clock[2]), seconds2 = Number(clock[3]);
      if (minutes >= 60 || seconds2 >= 60) return null;
      return hours * 3600 + minutes * 60 + seconds2 + Number("0." + (clock[4] || "0"));
    }
    const numeric2 = source.match(/^(\d+(?:[.,]\d+)?)\s*(?:s|segundos?)?$/);
    if (numeric2) return Number(numeric2[1].replace(",", "."));
    const minute = source.match(/^(.+?)\s+minutos?(?:\s+e\s+(meio|meia|.+?\s+segundos?))?$/);
    if (minute) {
      const minutes = parsePortugueseNumber(minute[1]);
      if (minutes === null) return null;
      if (!minute[2]) return minutes * 60;
      if (/^mei[oa]$/.test(minute[2])) return minutes * 60 + 30;
      const seconds2 = parsePortugueseNumber(minute[2].replace(/\s+segundos?$/, ""));
      return seconds2 === null || seconds2 >= 60 ? null : minutes * 60 + seconds2;
    }
    const seconds = source.match(/^(.+?)\s+segundos?$/);
    return seconds ? parsePortugueseNumber(seconds[1]) : null;
  }

  // src/core/intelligence/locales/pt/common.js
  var PT_REFERENCES = Object.freeze([
    "a",
    "as",
    "o",
    "os",
    "um",
    "uma",
    "uns",
    "umas",
    "esta",
    "este",
    "estas",
    "estes",
    "essa",
    "esse",
    "essas",
    "esses",
    "isso",
    "isto",
    "ele",
    "ela",
    "eles",
    "elas",
    "dessa",
    "desse",
    "dessas",
    "desses",
    "desta",
    "deste",
    "destas",
    "destes",
    "todas",
    "todos",
    "tudo",
    "dois",
    "duas",
    "de",
    "do",
    "da",
    "dos",
    "das",
    "em",
    "para",
    "e",
    "na",
    "no",
    "nas",
    "nos",
    "ao",
    "aos",
    "com",
    "so",
    "apenas",
    "meu",
    "minha",
    "meus",
    "minhas",
    "seu",
    "sua",
    "seus",
    "suas",
    "nesse",
    "nessa",
    "neste",
    "nesta",
    "outro",
    "outra",
    "outros",
    "outras",
    "arquivo",
    "arquivos",
    "resultado",
    "anterior",
    "ultimo",
    "ultima",
    "atual",
    "agora",
    "ai",
    "depois",
    "por",
    "favor",
    "ficar",
    "fica",
    "ter",
    "tenha",
    "vez",
    "pra",
    "pro",
    "pros",
    "pela",
    "pelo",
    "pelas",
    "pelos",
    "aqui",
    "la",
    "mesma",
    "mesmo"
  ]);
  var PT_TARGET_TERMS = Object.freeze({
    image: PT_ENTITY_CONCEPTS.image,
    pdf: PT_ENTITY_CONCEPTS.pdf,
    text: PT_ENTITY_CONCEPTS.text,
    data: PT_ENTITY_CONCEPTS.data,
    audio: PT_ENTITY_CONCEPTS.audio,
    whiteboard: Object.freeze(["quadro"]),
    document: Object.freeze(["documento"]),
    spreadsheet: Object.freeze(["planilha"])
  });
  var PT_NUMBER_WORDS = PT_SIMPLE_NUMBER_WORDS;
  var PT_PREFIX_WORDS = Object.freeze(["agora", "ai", "entao", "por", "favor"]);

  // src/core/intelligence/locales/pt/verb-families.js
  function freezeFamilies(families) {
    return Object.freeze(Object.fromEntries(Object.entries(families).map(([name, words]) => [name, Object.freeze([...new Set(words)])])));
  }
  var PT_VERB_FAMILIES = freezeFamilies({
    compress: ["comprimir", "comprima", "comprime", "comprimi", "comprimindo", "otimizar", "otimize", "otimiza"],
    shrink: PT_ACTION_CONCEPTS.decrease,
    convert: PT_ACTION_CONCEPTS.convert,
    pass: ["passar", "passe", "passa", "passando", "virar", "vire", "vira"],
    resize: ["redimensionar", "redimensione", "redimensiona", "redimensionando"],
    merge: ["juntar", "junte", "junta", "juntando", "unir", "una", "une", "unindo", "combinar", "combine", "combina", "combinando"],
    split: ["separar", "separe", "separa", "separando", "dividir", "divida", "divide", "dividindo"],
    extract: ["extrair", "extraia", "extrai", "extraindo", "pegar", "pegue", "pega", "pegando"],
    reorder: [
      "reorganizar",
      "reorganize",
      "reorganiza",
      "reorganizando",
      "reordenar",
      "reordene",
      "reordena",
      "mover",
      "mova",
      "move",
      "mudar",
      "mude",
      "muda"
    ],
    rotate: ["girar", "gire", "gira", "girando", "rotacionar", "rotacione", "rotaciona"],
    count: ["contar", "conte", "conta", "contando"],
    compare: ["comparar", "compare", "compara", "comparando"],
    clean: ["limpar", "limpe", "limpa", "limpando", "normalizar", "normalize", "normaliza"],
    remove: PT_ACTION_CONCEPTS.remove,
    sort: ["ordenar", "ordene", "ordena", "ordenando", "organizar", "organize", "organiza", "organizando"],
    replace: ["trocar", "troque", "troca", "trocando", "substituir", "substitua", "substitui", "substituindo"],
    put: ["colocar", "coloque", "coloca", "colocando", "botar", "bote", "bota", "botando"],
    find: ["encontrar", "encontre", "encontra", "localizar", "localize", "localiza", "achar", "ache", "acha"],
    leave: ["deixar", "deixe", "deixa", "deixando"],
    do: ["fazer", "faca", "faz", "fazendo"],
    open: ["abrir", "abra", "abre", "abrindo"],
    create: ["criar", "crie", "cria", "iniciar", "inicie", "inicia"],
    zip: ["compactar", "compacte", "compacta", "gerar", "gere", "gera"],
    show: ["mostrar", "mostre", "mostra", "mostrando", "exibir", "exiba", "exibe", "visualizar", "visualize", "visualiza"],
    filter: ["filtrar", "filtre", "filtra", "filtrando"],
    validate: ["validar", "valide", "valida", "validando"],
    format: ["formatar", "formate", "formata", "formatando"],
    aggregate: ["somar", "some", "soma", "somando"],
    calculate: ["calcular", "calcule", "calcula"],
    trimAudio: ["cortar", "corte", "corta", "cortando", "aparar", "apare", "apara"],
    increaseAudio: PT_ACTION_CONCEPTS.increase,
    decreaseAudio: PT_ACTION_CONCEPTS.decrease,
    adjustAudio: [
      "ajustar",
      "ajuste",
      "ajusta",
      "definir",
      "defina",
      "define",
      "jogar",
      "jogue",
      "joga"
    ],
    muteAudio: ["silenciar", "silencie", "silencia", "mutar", "mute", "muta", "emudecer", "emudeca"],
    unmuteAudio: ["dessilenciar", "dessilencie", "dessilencia", "desmutar", "desmute", "desmuta"],
    applyAudio: ["aplicar", "aplique", "aplica"],
    exportAudio: ["exportar", "exporte", "exporta"]
  });
  function verbsFor(familyNames = []) {
    return [...new Set(familyNames.flatMap((name) => PT_VERB_FAMILIES[name] || []))];
  }
  var PT_ACTION_WORDS = Object.freeze([...new Set(Object.values(PT_VERB_FAMILIES).flat())]);

  // src/core/intelligence/locales/pt/capabilities.js
  function vocabulary(intent, target, config = {}) {
    return Object.freeze({
      intent,
      target,
      verbFamilies: Object.freeze(config.verbFamilies || []),
      conditionalVerbFamilies: Object.freeze(config.conditionalVerbFamilies || []),
      expressions: Object.freeze(config.expressions || []),
      signals: Object.freeze(config.signals || []),
      objects: Object.freeze(config.objects || []),
      parameterKeys: Object.freeze(config.parameterKeys || []),
      parameterOnly: config.parameterOnly === true,
      requiresSignal: config.requiresSignal === true,
      requiresContext: config.requiresContext === true,
      allowFuzzy: config.allowFuzzy !== false
    });
  }
  var PT_CAPABILITY_VOCABULARY = Object.freeze({
    "image.compress": vocabulary("compress", "image", {
      verbFamilies: ["compress", "shrink", "leave"],
      expressions: [
        "deixar mais leve",
        "ficar mais leve",
        "reduzir tamanho do arquivo",
        "diminuir tamanho do arquivo",
        "reduzir peso",
        "diminuir peso",
        "ocupar menos espaco",
        "fazer caber",
        "faz caber",
        "caber em",
        "ficar abaixo de",
        "deixar abaixo de",
        "deixa abaixo de",
        "arquivo pesado",
        "foto pesada"
      ],
      signals: ["leve", "peso", "pesado", "pesada", "tamanho", "menor", "espaco", "caber", "mega", "kb"],
      objects: ["imagem", "imagens", "foto", "fotos", "arquivo", "arquivos"],
      parameterKeys: ["maxSize"],
      parameterOnly: true
    }),
    "image.convert": vocabulary("convert", "image", {
      verbFamilies: ["convert", "pass"],
      expressions: ["passar para jpg", "passar para png", "passar para webp", "transformar em jpg", "transformar em png", "transformar em webp"],
      signals: ["formato", "jpg", "jpeg", "png", "webp"],
      objects: ["imagem", "imagens", "foto", "fotos", "arquivo", "arquivos"],
      parameterKeys: ["outputFormat"],
      parameterOnly: true
    }),
    "image.resize": vocabulary("resize", "image", {
      verbFamilies: ["resize", "put", "do"],
      conditionalVerbFamilies: ["shrink", "leave"],
      expressions: [
        "reduzir dimensoes",
        "diminuir dimensoes",
        "mudar dimensoes",
        "deixar menor",
        "reduzir pela metade",
        "pela metade",
        "mudar resolucao"
      ],
      signals: ["largura", "altura", "dimensao", "dimensoes", "resolucao", "pixel", "pixels", "menor", "escala", "metade"],
      objects: ["imagem", "imagens", "foto", "fotos"],
      parameterKeys: ["width", "height", "scalePercent"],
      parameterOnly: true
    }),
    "pdf.merge": vocabulary("merge", "pdf", {
      verbFamilies: ["merge"],
      signals: ["pdf", "pdfs"],
      objects: ["pdf", "pdfs", "arquivo", "arquivos"]
    }),
    "pdf.extractPages": vocabulary("extract", "pdf", {
      verbFamilies: ["extract", "remove"],
      expressions: ["pegar paginas", "tirar pagina", "tirar so pagina", "extrair paginas"],
      signals: ["pagina", "paginas"],
      objects: ["pdf", "pdfs", "pagina", "paginas"],
      parameterKeys: ["pages"],
      requiresSignal: true
    }),
    "pdf.split": vocabulary("split", "pdf", {
      verbFamilies: ["split"],
      signals: ["pdf", "pdfs", "pagina", "paginas", "cada", "grupo", "grupos"],
      objects: ["pdf", "pdfs", "arquivo", "arquivos"],
      parameterKeys: ["splitMode", "groups"]
    }),
    "pdf.reorder": vocabulary("reorder", "pdf", {
      verbFamilies: ["reorder", "put"],
      expressions: ["colocar primeiro", "colocar no inicio", "colocar no final", "mover pagina", "mudar a ordem"],
      signals: ["ordem", "primeiro", "inicio", "final", "pagina", "paginas"],
      objects: ["pdf", "pdfs", "pagina", "paginas"],
      parameterKeys: ["order", "movePage", "moveTo"]
    }),
    "pdf.rotate": vocabulary("rotate", "pdf", {
      verbFamilies: ["rotate"],
      signals: ["pagina", "paginas", "graus"],
      objects: ["pdf", "pdfs", "pagina", "paginas"],
      parameterKeys: ["pages", "allPages", "angle"]
    }),
    "text.clean": vocabulary("clean", "text", {
      verbFamilies: ["clean"],
      expressions: ["remover espacos extras", "tirar espacos extras", "remover espacos no inicio e final"],
      signals: ["espaco", "espacos", "inicio", "final", "limpo"],
      objects: ["texto", "textos"],
      parameterKeys: ["collapseSpaces", "trimLines", "normalizeBlankLines", "removeEmptyLines"]
    }),
    "text.compare": vocabulary("compare", "text", {
      verbFamilies: ["compare"],
      expressions: ["qual a diferenca entre"],
      signals: ["diferenca", "primeiro", "segundo"],
      objects: ["texto", "textos"]
    }),
    "text.count": vocabulary("count", "text", {
      verbFamilies: ["count"],
      signals: ["palavra", "palavras", "caractere", "caracteres", "linha", "linhas"],
      objects: ["texto", "textos", "palavra", "palavras"]
    }),
    "text.deduplicateLines": vocabulary("deduplicateLines", "text", {
      verbFamilies: ["remove"],
      expressions: ["remover linhas duplicadas", "tirar linhas repetidas", "apagar linhas repetidas", "tirar os duplicados"],
      signals: ["duplicada", "duplicadas", "duplicado", "duplicados", "repetida", "repetidas", "repetido", "repetidos"],
      objects: ["texto", "textos", "linha", "linhas"],
      parameterKeys: ["ignoreCase"],
      requiresSignal: true
    }),
    "text.sortLines": vocabulary("sortLines", "text", {
      verbFamilies: ["sort"],
      expressions: ["organizar alfabeticamente", "ordenar alfabeticamente", "colocar em ordem alfabetica"],
      signals: ["alfabetica", "alfabeticamente", "ordem", "linha", "linhas"],
      objects: ["texto", "textos", "linha", "linhas"],
      parameterKeys: ["order"]
    }),
    "text.removeEmptyLines": vocabulary("removeEmptyLines", "text", {
      verbFamilies: ["remove"],
      expressions: ["remover linhas vazias", "tirar linhas vazias"],
      signals: ["vazia", "vazias", "vazio", "vazios"],
      objects: ["texto", "textos", "linha", "linhas"],
      requiresSignal: true
    }),
    "text.replace": vocabulary("replace", "text", {
      verbFamilies: ["replace"],
      signals: ["por", "ocorrencia", "ocorrencias"],
      objects: ["texto", "textos"]
    }),
    "text.changeCase": vocabulary("changeCase", "text", {
      verbFamilies: ["put", "convert", "do", "leave"],
      expressions: ["colocar tudo em minusculo", "colocar tudo em maiusculo", "deixar tudo minusculo", "deixar tudo maiusculo"],
      signals: ["maiuscula", "maiusculas", "maiusculo", "maiusculos", "minuscula", "minusculas", "minusculo", "minusculos"],
      objects: ["texto", "textos"],
      parameterKeys: ["case"],
      requiresSignal: true
    }),
    "text.extractLinks": vocabulary("extractLinks", "text", {
      verbFamilies: ["extract", "find"],
      signals: ["link", "links", "url", "urls"],
      objects: ["texto", "textos"],
      requiresSignal: true
    }),
    "text.extractEmails": vocabulary("extractEmails", "text", {
      verbFamilies: ["extract", "find"],
      signals: ["email", "emails", "e-mail", "e-mails"],
      objects: ["texto", "textos"],
      requiresSignal: true
    }),
    "data.open": vocabulary("openData", "data", {
      verbFamilies: ["open", "show"],
      expressions: ["mostrar tabela", "visualizar dados", "abrir csv", "abrir json"],
      signals: ["dados", "csv", "json", "tabela"],
      objects: ["dados", "csv", "json", "tabela", "arquivo"]
    }),
    "data.sort": vocabulary("sortData", "data", {
      verbFamilies: ["sort"],
      expressions: ["maior para menor", "menor para maior"],
      signals: ["ordem", "crescente", "decrescente", "maior", "menor", "coluna"],
      objects: ["dados", "csv", "json", "tabela", "linhas"],
      parameterKeys: ["column", "order"],
      parameterOnly: true,
      requiresContext: true
    }),
    "data.filter": vocabulary("filterData", "data", {
      verbFamilies: ["filter", "show"],
      expressions: ["mostrar apenas", "mostrar somente", "linhas onde", "acima de", "abaixo de", "maior que", "menor que", "igual a"],
      signals: ["filtro", "apenas", "somente", "acima", "abaixo", "maior", "menor", "igual", "coluna"],
      objects: ["dados", "csv", "json", "tabela", "linhas"],
      parameterKeys: ["column", "operator", "value"],
      parameterOnly: true,
      requiresContext: true
    }),
    "data.deduplicate": vocabulary("deduplicateData", "data", {
      verbFamilies: ["remove"],
      expressions: ["remover duplicados", "remover repetidos", "tirar duplicados", "tirar repetidos"],
      signals: ["duplicado", "duplicados", "duplicada", "duplicadas", "repetido", "repetidos", "repetida", "repetidas", "coluna"],
      objects: ["dados", "csv", "json", "tabela", "linha", "linhas"],
      parameterKeys: ["column"],
      requiresSignal: true,
      requiresContext: true
    }),
    "data.statistics": vocabulary("statistics", "data", {
      verbFamilies: ["calculate", "aggregate", "count"],
      expressions: ["media da coluna", "media de", "soma da coluna", "maior valor", "menor valor", "quantos valores"],
      signals: ["media", "soma", "minimo", "maximo", "maior", "menor", "contagem", "valores", "coluna"],
      objects: ["dados", "csv", "json", "tabela", "valor", "valores"],
      parameterKeys: ["column", "statistic"],
      parameterOnly: true,
      requiresContext: true
    }),
    "data.csvToJson": vocabulary("csvToJson", "data", {
      verbFamilies: ["convert"],
      expressions: ["converter para json", "transformar em json", "csv para json"],
      signals: ["json"],
      objects: ["csv", "dados", "arquivo"],
      requiresSignal: true
    }),
    "data.jsonToCsv": vocabulary("jsonToCsv", "data", {
      verbFamilies: ["convert"],
      expressions: ["converter para csv", "transformar em csv", "json para csv"],
      signals: ["csv"],
      objects: ["json", "dados", "arquivo"],
      requiresSignal: true
    }),
    "data.chart": vocabulary("chartData", "data", {
      verbFamilies: ["do", "create"],
      expressions: ["fazer um grafico", "faca um grafico", "gerar grafico", "grafico de barras", "grafico de linha", "grafico de area", "grafico de pizza", "grafico de rosca"],
      signals: ["grafico", "barras", "linha", "eixo"],
      objects: ["dados", "csv", "json", "tabela"],
      parameterKeys: ["xColumn", "yColumn", "chartType"],
      parameterOnly: true,
      requiresSignal: true,
      requiresContext: true
    }),
    "json.validate": vocabulary("validateJson", "data", {
      verbFamilies: ["validate"],
      expressions: ["json valido", "validar json"],
      signals: ["json", "valido"],
      objects: ["json", "arquivo"],
      requiresSignal: true
    }),
    "json.format": vocabulary("formatJson", "data", {
      verbFamilies: ["format"],
      conditionalVerbFamilies: ["sort"],
      expressions: [
        "formatar json",
        "organizar json",
        "organizar o json",
        "organize json",
        "organize o json",
        "organize esse json",
        "organize este json",
        "organiza json",
        "organiza o json",
        "organiza esse json",
        "organiza este json",
        "deixar json legivel",
        "deixa esse json legivel"
      ],
      signals: ["json", "legivel", "formatado"],
      objects: ["json", "arquivo"],
      requiresSignal: true
    }),
    "audio.open": vocabulary("openAudio", "audio", {
      verbFamilies: ["open"],
      expressions: ["abrir editor de audio", "abrir projeto de audio"],
      signals: ["audio", "som", "editor", "projeto"],
      objects: ["audio", "som"],
      requiresSignal: true,
      allowFuzzy: false
    }),
    "audio.trim": vocabulary("trimAudio", "audio", {
      verbFamilies: ["trimAudio"],
      expressions: [
        "cortar os primeiros",
        "cortar os ultimos",
        "cortar o inicio",
        "cortar o final"
      ],
      signals: ["primeiro", "primeiros", "ultimo", "ultimos", "inicio", "final", "segundo", "segundos"],
      objects: ["audio", "faixa", "pista", "trilha", "clipe"],
      parameterKeys: ["edge", "seconds"],
      requiresContext: true,
      allowFuzzy: false
    }),
    "audio.split": vocabulary("splitAudio", "audio", {
      verbFamilies: ["split"],
      expressions: ["dividir aqui", "separar aqui", "dividir o clipe"],
      signals: ["aqui", "cursor", "playhead", "tempo", "segundo", "segundos"],
      objects: ["audio", "faixa", "pista", "trilha", "clipe"],
      parameterKeys: ["timeSeconds"],
      requiresContext: true,
      allowFuzzy: false
    }),
    "audio.moveClip": vocabulary("moveAudioClip", "audio", {
      verbFamilies: ["reorder", "put"],
      expressions: [
        "mover o clipe",
        "mover para comecar",
        "colocar o clipe em",
        "comecar em"
      ],
      signals: ["comecar", "inicio", "posicao", "tempo", "segundo", "segundos"],
      objects: ["audio", "faixa", "pista", "trilha", "clipe"],
      parameterKeys: ["startTime"],
      requiresContext: true,
      allowFuzzy: false
    }),
    "audio.setVolume": vocabulary("setAudioVolume", "audio", {
      verbFamilies: ["increaseAudio", "decreaseAudio", "shrink", "adjustAudio", "leave"],
      conditionalVerbFamilies: ["do"],
      expressions: [
        "aumentar o volume",
        "abaixar o volume",
        "deixar mais alto",
        "deixar mais baixo",
        "abaixar um pouco",
        "abaixa um pouco",
        "ficar mais baixa",
        "ficar mais baixo"
      ],
      signals: ["volume", "alto", "alta", "baixo", "baixa", "porcento", "pouco"],
      objects: ["audio", "som", "musica", "voz", "faixa", "pista", "trilha"],
      parameterKeys: ["volumePercent", "relativePercent"],
      requiresContext: true,
      requiresSignal: true,
      allowFuzzy: false
    }),
    "audio.setPan": vocabulary("setAudioPan", "audio", {
      verbFamilies: ["put", "reorder", "adjustAudio"],
      expressions: [
        "jogar para a esquerda",
        "jogar para a direita",
        "pan para a esquerda",
        "pan para a direita",
        "pan no centro"
      ],
      signals: ["pan", "panorama", "esquerda", "direita", "centro", "pouco"],
      objects: ["audio", "som", "faixa", "pista", "trilha"],
      parameterKeys: ["pan", "panDelta"],
      requiresContext: true,
      requiresSignal: true,
      allowFuzzy: false
    }),
    "audio.mute": vocabulary("muteAudioTrack", "audio", {
      verbFamilies: ["muteAudio", "unmuteAudio"],
      expressions: ["tirar o mute", "remover o mute"],
      signals: ["mute", "mudo", "silencio"],
      objects: ["audio", "som", "faixa", "pista", "trilha"],
      parameterKeys: ["enabled"],
      requiresContext: true,
      allowFuzzy: false
    }),
    "audio.solo": vocabulary("soloAudioTrack", "audio", {
      verbFamilies: ["leave", "applyAudio", "remove"],
      expressions: ["deixar so", "deixar somente", "deixa so", "deixa somente", "tirar o solo"],
      signals: ["solo", "so", "somente", "sozinho", "tocando"],
      objects: ["audio", "som", "voz", "musica", "faixa", "pista", "trilha"],
      parameterKeys: ["enabled"],
      requiresContext: true,
      requiresSignal: true,
      allowFuzzy: false
    }),
    "audio.fadeIn": vocabulary("fadeInAudio", "audio", {
      verbFamilies: ["applyAudio", "put"],
      expressions: ["fade no inicio", "fade in", "fade de entrada"],
      signals: ["fade", "inicio", "entrada"],
      objects: ["audio", "faixa", "pista", "trilha", "clipe"],
      parameterKeys: ["durationSeconds"],
      requiresContext: true,
      requiresSignal: true,
      allowFuzzy: false
    }),
    "audio.fadeOut": vocabulary("fadeOutAudio", "audio", {
      verbFamilies: ["applyAudio", "put"],
      expressions: ["fade no final", "fade out", "fade de saida"],
      signals: ["fade", "final", "saida"],
      objects: ["audio", "faixa", "pista", "trilha", "clipe"],
      parameterKeys: ["durationSeconds"],
      requiresContext: true,
      requiresSignal: true,
      allowFuzzy: false
    }),
    "audio.eq": vocabulary("equalizeAudio", "audio", {
      verbFamilies: ["increaseAudio", "decreaseAudio", "shrink", "adjustAudio", "remove"],
      expressions: ["aumentar os graves", "reduzir os agudos", "tirar dos graves", "da mais grave", "dar mais grave"],
      signals: ["eq", "equalizador", "grave", "graves", "medio", "medios", "agudo", "agudos", "db", "pouco"],
      objects: ["audio", "som", "faixa", "pista", "trilha"],
      parameterKeys: ["band", "deltaDb"],
      requiresContext: true,
      requiresSignal: true,
      allowFuzzy: false
    }),
    "audio.highPass": vocabulary("highPassAudio", "audio", {
      verbFamilies: ["trimAudio", "applyAudio", "remove"],
      expressions: ["cortar frequencias abaixo de", "filtro passa altas", "passa altas"],
      signals: ["frequencia", "frequencias", "abaixo", "grave", "graves", "hz", "khz", "passa-altas"],
      objects: ["audio", "som", "faixa", "pista", "trilha", "filtro"],
      parameterKeys: ["enabled", "frequencyHz"],
      requiresContext: true,
      requiresSignal: true,
      allowFuzzy: false
    }),
    "audio.lowPass": vocabulary("lowPassAudio", "audio", {
      verbFamilies: ["trimAudio", "applyAudio", "remove"],
      expressions: ["cortar frequencias acima de", "filtro passa baixas", "passa baixas"],
      signals: ["frequencia", "frequencias", "acima", "agudo", "agudos", "hz", "khz", "passa-baixas"],
      objects: ["audio", "som", "faixa", "pista", "trilha", "filtro"],
      parameterKeys: ["enabled", "frequencyHz"],
      requiresContext: true,
      requiresSignal: true,
      allowFuzzy: false
    }),
    "audio.noiseGate": vocabulary("noiseGateAudio", "audio", {
      verbFamilies: ["applyAudio", "put", "remove"],
      expressions: ["colocar noise gate", "aplicar noise gate", "tirar noise gate"],
      signals: ["noise", "gate", "ruido", "limiar", "threshold", "db"],
      objects: ["audio", "som", "voz", "faixa", "pista", "trilha"],
      parameterKeys: ["enabled", "thresholdDb"],
      requiresContext: true,
      requiresSignal: true,
      allowFuzzy: false
    }),
    "audio.normalize": vocabulary("normalizeAudio", "audio", {
      verbFamilies: ["clean"],
      expressions: ["normalizar pico", "normalizar a mixagem"],
      signals: ["normalizar", "normalize", "normaliza", "pico"],
      objects: ["audio", "som", "faixa", "pista", "trilha", "clipe", "mix", "mixagem"],
      parameterKeys: ["scope", "targetPeakPercent"],
      requiresContext: true,
      allowFuzzy: true
    }),
    "audio.export": vocabulary("exportAudio", "audio", {
      verbFamilies: ["exportAudio"],
      expressions: ["exportar a mixagem", "exportar mix", "gerar wav"],
      signals: ["exportar", "exporte", "exporta", "wav", "mix", "mixagem", "estereo", "hz", "khz"],
      objects: ["audio", "som", "arquivo", "mix", "mixagem"],
      parameterKeys: ["format", "sampleRate", "channels"],
      requiresContext: true,
      allowFuzzy: false
    }),
    "math.calculate": vocabulary("calculate", "math", {
      verbFamilies: ["calculate"],
      signals: ["conta", "calculo", "expressao"],
      parameterKeys: ["expression"]
    }),
    "workspace.whiteboard": vocabulary("open", "whiteboard", {
      verbFamilies: ["open", "create"],
      signals: ["quadro"],
      objects: ["quadro"],
      requiresSignal: true
    }),
    "workspace.document": vocabulary("open", "document", {
      verbFamilies: ["open", "create"],
      signals: ["documento"],
      objects: ["documento"],
      requiresSignal: true
    }),
    "workspace.spreadsheet": vocabulary("open", "spreadsheet", {
      verbFamilies: ["open", "create"],
      signals: ["planilha"],
      objects: ["planilha"],
      requiresSignal: true
    }),
    "archive.zip": vocabulary("zip", "archive", {
      verbFamilies: ["zip"],
      signals: ["zip"],
      objects: ["arquivo", "arquivos"],
      requiresSignal: true
    })
  });

  // src/core/intelligence/locales/pt.js
  var groupedVerbs = {};
  for (const vocabulary2 of Object.values(PT_CAPABILITY_VOCABULARY)) {
    const current = groupedVerbs[vocabulary2.intent] || [];
    groupedVerbs[vocabulary2.intent] = [.../* @__PURE__ */ new Set([...current, ...verbsFor(vocabulary2.verbFamilies)])];
  }
  var pt = Object.freeze(Object.fromEntries(Object.entries(groupedVerbs).map(([intent, words]) => [intent, Object.freeze(words)])));
  function normalize(text2) {
    return String(text2 || "").normalize("NFKC").replace(/[“”„‟]/g, '"').replace(/[‘’‚‛]/g, "'").replace(/[‐‑‒–—]/g, "-").normalize("NFD").replace(/[\u0300-\u036f]/g, "").toLocaleLowerCase("pt-BR").replace(/\bpra\b/g, "para").replace(/\bpro\b/g, "para o").replace(/\bpros\b/g, "para os").replace(/\bta\b/g, "esta").replace(/\bese\b/g, "esse").replace(/\s+/g, " ").trim();
  }

  // src/core/intelligence/parameter-parser.js
  var numberWords = Object.keys(PT_NUMBER_WORDS).sort((left, right) => right.length - left.length);
  var numberAtom = "(?:\\d+|" + numberWords.join("|") + ")";
  var decimalAtom = "-?(?:\\d+(?:[.,]\\d+)?|[.,]\\d+)";
  var unsignedDecimalAtom = "(?:\\d+(?:[.,]\\d+)?|[.,]\\d+)";
  var naturalNumberAtom = "(?:" + unsignedDecimalAtom + "|" + PT_SIMPLE_NUMBER_PATTERN + ")";
  function parseSafeDecimal(value) {
    if (typeof value !== "string" && typeof value !== "number") return null;
    const source = String(value).trim().replace(",", ".");
    if (!/^-?(?:\d+(?:\.\d+)?|\.\d+)$/.test(source)) return null;
    const parsed = Number(source);
    return Number.isFinite(parsed) && Math.abs(parsed) <= Number.MAX_SAFE_INTEGER ? parsed : null;
  }
  function parseTimeSeconds(value) {
    const source = String(value || "").trim().replace(",", ".");
    if (!source.includes(":")) return parseSafeDecimal(source);
    const parts = source.split(":");
    if (parts.length < 2 || parts.length > 3 || parts.some((part) => !/^\d+(?:\.\d+)?$/.test(part))) return null;
    const numbers = parts.map(Number);
    if (numbers.some((number2) => !Number.isFinite(number2)) || numbers.slice(1).some((number2) => number2 >= 60)) return null;
    const seconds = parts.length === 2 ? numbers[0] * 60 + numbers[1] : numbers[0] * 3600 + numbers[1] * 60 + numbers[2];
    return Number.isFinite(seconds) && seconds <= Number.MAX_SAFE_INTEGER ? seconds : null;
  }
  function audioProjectContext(command, value) {
    const holder = value && typeof value === "object" ? value : null;
    const project = Array.isArray(holder?.tracks) ? holder : Array.isArray(holder?.project?.tracks) ? holder.project : null;
    if (!project) return { present: false, spans: [] };
    const tracks = project.tracks.filter((track) => track && typeof track.id === "string" && typeof track.name === "string" && Array.isArray(track.clips));
    const occurrences = [];
    for (const track of tracks) {
      const name = normalize(track.name);
      if (!name) continue;
      let offset = 0;
      while (offset <= command.length - name.length) {
        const start = command.indexOf(name, offset);
        if (start < 0) break;
        const end = start + name.length;
        const before = command[start - 1];
        const after = command[end];
        if ((!before || !/[a-z0-9]/.test(before)) && (!after || !/[a-z0-9]/.test(after))) {
          occurrences.push({ track, name, start, end });
        }
        offset = start + Math.max(1, name.length);
      }
    }
    const specific = occurrences.filter((candidate2) => !occurrences.some((other) => other !== candidate2 && other.start <= candidate2.start && other.end >= candidate2.end && other.end - other.start > candidate2.end - candidate2.start));
    const namedIds = [...new Set(specific.map((candidate2) => candidate2.track.id))];
    const selectedTrackId = holder.selectedTrackId ?? holder.selection?.trackId;
    const selectedClipId = holder.selectedClipId ?? holder.selection?.clipId;
    const selectedTrack = tracks.find((track) => track.id === selectedTrackId);
    let selectedClip, selectedClipTrack;
    for (const track of tracks) {
      const clip2 = track.clips.find((item) => item?.id === selectedClipId);
      if (clip2) {
        selectedClip = clip2;
        selectedClipTrack = track;
        break;
      }
    }
    const namedTrack = namedIds.length === 1 ? tracks.find((track) => track.id === namedIds[0]) : void 0;
    const namedClips = namedTrack?.clips || [];
    return {
      present: true,
      spans: specific.map((candidate2) => [candidate2.start, candidate2.end]),
      trackStatus: namedIds.length > 1 ? "ambiguous" : namedTrack ? "named" : selectedTrack ? "selected" : "missing",
      namedTrackId: namedTrack?.id,
      selectedTrackId: selectedTrack?.id,
      selectedClipId: selectedClip?.id,
      selectedClipTrackId: selectedClipTrack?.id,
      soleNamedClipId: namedClips.length === 1 ? namedClips[0]?.id : void 0,
      playhead: Number.isFinite(holder.playhead) && holder.playhead >= 0 ? holder.playhead : void 0
    };
  }
  function numericToken(value) {
    if (/^\d+$/.test(value)) return Number(value);
    return PT_NUMBER_WORDS[value];
  }
  function expandPageToken(token, maximumPages) {
    const normalized2 = normalize(token);
    const range3 = normalized2.match(new RegExp("^(" + numberAtom + ")\\s*(?:-|ate|a)\\s*(?:a\\s+)?(" + numberAtom + ")$"));
    if (!range3) {
      const page = numericToken(normalized2);
      return Number.isSafeInteger(page) ? [page] : null;
    }
    const start = numericToken(range3[1]);
    const end = numericToken(range3[2]);
    if (!Number.isSafeInteger(start) || !Number.isSafeInteger(end) || end < start || end - start + 1 > maximumPages) return null;
    return Array.from({ length: end - start + 1 }, (_, index) => start + index);
  }
  function parsePageGroupsText(value, maximumPages = DEFAULT_LIMITS.maxPdfTotalPages) {
    const text2 = normalize(String(value || "")).replace(/\bpaginas?\b/g, " ").trim();
    if (!text2 || text2.length > DEFAULT_LIMITS.maxCommandChars) return null;
    const range3 = numberAtom + "\\s*(?:-|ate|a)\\s*(?:a\\s+)?" + numberAtom;
    const tokenPattern = new RegExp(range3 + "|" + numberAtom, "g");
    const tokens = text2.match(tokenPattern) || [];
    const remainder = text2.replace(tokenPattern, " ").replace(/\b(?:da|de|do|a|as|e)\b/g, " ").replace(/[\s,]+/g, "");
    if (!tokens.length || remainder) return null;
    const groups2 = [];
    let total = 0;
    for (const token of tokens) {
      const pages = expandPageToken(token, maximumPages);
      if (!pages || pages.some((page) => page < 1)) return null;
      total += pages.length;
      if (total > maximumPages) return null;
      groups2.push(pages);
    }
    return groups2;
  }
  function formatApproximation(value) {
    const aliases = { jpeg: "jpg", jpg: "jpg", png: "png", webp: "webp" };
    if (aliases[value]) return { value: aliases[value], approximate: false };
    const formats2 = ["jpg", "png", "webp"];
    const matches = [];
    for (const format of formats2) {
      if (value.length === format.length) {
        for (let index = 0; index < value.length - 1; index++) {
          const swapped = value.slice(0, index) + value[index + 1] + value[index] + value.slice(index + 2);
          if (swapped === format) matches.push({ value: format, distance: 1 });
        }
      }
      if (Math.abs(value.length - format.length) > 1) continue;
      let previous = Array.from({ length: format.length + 1 }, (_, index) => index);
      for (let row = 1; row <= value.length; row++) {
        const current = [row];
        for (let column = 1; column <= format.length; column++) {
          current[column] = Math.min(
            current[column - 1] + 1,
            previous[column] + 1,
            previous[column - 1] + (value[row - 1] === format[column - 1] ? 0 : 1)
          );
        }
        previous = current;
      }
      if (previous[format.length] === 1) matches.push({ value: format, distance: 1 });
    }
    const unique = [...new Map(matches.map((match) => [match.value, match])).values()];
    if (unique.length === 1) return { value: unique[0].value, approximate: true };
    return unique.length > 1 ? { ambiguous: true, values: unique.map((match) => match.value) } : null;
  }
  function parseParameters(command, options2 = {}) {
    const text2 = normalize(command);
    const table = options2.input?.items?.find((item) => item?.table)?.table;
    const tableColumns = (table?.columns || []).map((name) => ({ name, normalized: normalize(name) }));
    const parameters2 = {}, spans = [], issues = [], approximations = [], conflicts = /* @__PURE__ */ new Set();
    function occupied(start, end) {
      return spans.some((span) => start < span[1] && end > span[0]);
    }
    function capture(regex, extract) {
      const matches = [...text2.matchAll(regex)];
      for (const match of matches) {
        const start = match.index, end = match.index + match[0].length;
        if (occupied(start, end)) continue;
        const accepted = extract(match);
        if (accepted === false) continue;
        spans.push([start, end]);
      }
    }
    function assign(key2, value) {
      if (conflicts.has(key2)) return;
      if (Object.hasOwn(parameters2, key2) && JSON.stringify(parameters2[key2]) !== JSON.stringify(value)) {
        issues.push("Foram encontrados valores diferentes para o mesmo parâmetro.");
        conflicts.add(key2);
        delete parameters2[key2];
        return;
      }
      parameters2[key2] = value;
    }
    const audio = audioProjectContext(text2, options2.session?.audioProject);
    for (const span of audio.spans) if (!occupied(span[0], span[1])) spans.push(span);
    const inputKinds = new Set((options2.input?.items || []).map((item) => item?.kind));
    const imageMode = inputKinds.size === 1 && inputKinds.has("image");
    const dataMode = Boolean(table) || [...inputKinds].some((kind) => ["csv", "json", "data"].includes(kind)) || /\b(?:csv|json|dados|tabela|coluna)\b/.test(text2);
    const hasForeignInput = inputKinds.size > 0 && !inputKinds.has("audio");
    const hasAudioCue = /\b(?:audio|audios|som|sons|voz|musica|faixa|faixas|pista|pistas|trilha|trilhas|clipe|clipes|mix|mixagem|volume|pan|panorama|fade|graves?|medios?|agudos?|noise\s+gate|ruido|hz|khz)\b/.test(text2);
    const audioMode = !hasForeignInput && (audio.present || hasAudioCue);
    const timeAtom = "(?:(?:\\d+:)?\\d+:\\d{2}(?:[.,]\\d+)?|" + decimalAtom + ")";
    function captureAudioTime(key2) {
      let found = false;
      capture(new RegExp("(" + timeAtom + ")\\s*(?:s|segundos?)?(?=\\s|$|[.!?])", "g"), (match) => {
        if (found) return false;
        const value = parseTimeSeconds(match[1]);
        if (value === null) return false;
        found = true;
        assign(key2, value);
      });
      if (found) return;
      const durationWords = "(?:" + PT_SIMPLE_NUMBER_PATTERN + ")\\s+segundos?|(?:" + PT_SIMPLE_NUMBER_PATTERN + ")\\s+minutos?(?:\\s+e\\s+(?:meio|meia|(?:" + PT_SIMPLE_NUMBER_PATTERN + ")\\s+segundos?))?";
      capture(new RegExp("(" + durationWords + ")(?=\\s|$|[.!?])", "g"), (match) => {
        if (found) return false;
        const value = parsePortugueseDuration(match[1]);
        if (value === null) return false;
        found = true;
        assign(key2, value);
      });
    }
    if (audioMode) {
      const isNormalize = /\b(?:normalizar|normalize|normaliza)\b/.test(text2);
      const isExport = /\b(?:exportar|exporte|exporta)\b|\bgerar\s+(?:um\s+)?wav\b/.test(text2);
      const isFade = /\bfade\b/.test(text2);
      const eqBand = /\bgraves?\b/.test(text2) ? "low" : /\bmedios?\b/.test(text2) ? "mid" : /\bagudos?\b/.test(text2) ? "high" : void 0;
      const isGate = /\bnoise\s+gate\b|\bgate\b/.test(text2);
      const isFrequencyFilter = /\b(?:frequencias?|passa-altas|passa-baixas)\b/.test(text2) || /\bpassa\s+(?:altas|baixas)\b/.test(text2) || /\b(?:abaixo|acima)\b[^.!?]{0,40}\b(?:hz|khz)\b/.test(text2);
      const isDecrease = /\b(?:abaixar|abaixe|abaixa|baixar|baixe|baixa|reduzir|reduza|reduz|diminuir|diminua|diminui|tirar|tire|tira)\b/.test(text2) || /\bmais\s+(?:baixo|baixa|fraco|fraca)\b/.test(text2);
      const isIncrease = /\b(?:aumentar|aumente|aumenta|subir|suba|sobe|elevar|eleve|eleva|reforcar|reforce|reforca)\b/.test(text2) || /\b(?:dar|de|da)\s+mais\b/.test(text2) || /\bmais\s+(?:alto|alta|forte)\b/.test(text2);
      if (isNormalize) {
        assign("scope", /\b(?:mix|mixagem)\b/.test(text2) ? "mix" : /\bclipe\b/.test(text2) ? "clip" : /\b(?:faixa|pista|trilha)\b/.test(text2) ? "track" : void 0);
        if (parameters2.scope === void 0) delete parameters2.scope;
        capture(new RegExp("(" + decimalAtom + ")\\s*%(?=\\s|$|[.!?])", "g"), (match) => {
          const value = parseSafeDecimal(match[1]);
          if (value === null) return false;
          assign("targetPeakPercent", value);
        });
      }
      if (isExport) {
        assign("format", "wav");
        capture(new RegExp("\\b(" + decimalAtom + ")\\s*(k)?\\s*hz\\b", "g"), (match) => {
          const base = parseSafeDecimal(match[1]);
          const value = base === null ? null : base * (match[2] ? 1e3 : 1);
          if (!Number.isSafeInteger(value)) return false;
          assign("sampleRate", value);
        });
        if (/\bestereo\b/.test(text2)) assign("channels", 2);
        else if (/\bmono\b/.test(text2)) assign("channels", 1);
      }
      const isTrim = /\b(?:cortar|corte|corta|aparar|apare|apara)\b/.test(text2) && !isFrequencyFilter;
      if (isTrim) {
        if (/\b(?:primeiro|primeiros|inicio|comeco)\b/.test(text2)) assign("edge", "start");
        else if (/\b(?:ultimo|ultimos|final|fim)\b/.test(text2)) assign("edge", "end");
        captureAudioTime("seconds");
      }
      const isSplit = /\b(?:separar|separe|separa|dividir|divida|divide)\b/.test(text2);
      if (isSplit) {
        if (/\baqui\b/.test(text2) && audio.playhead !== void 0) assign("timeSeconds", audio.playhead);
        else captureAudioTime("timeSeconds");
      }
      const isMove = /\b(?:mover|mova|move|colocar|coloque|coloca)\b/.test(text2) && /\b(?:clipe|comecar|comeco|posicao|tempo|segundos?|\d+:\d{2})\b/.test(text2) && !isFade && !isGate && !isFrequencyFilter;
      if (isMove) captureAudioTime("startTime");
      if (isFade) {
        captureAudioTime("durationSeconds");
        if (parameters2.durationSeconds === void 0) assign("durationSeconds", 1);
      }
      if (eqBand) {
        assign("band", eqBand);
        let capturedDb = false;
        capture(new RegExp("((?:mais|menos|[+-])?\\s*" + naturalNumberAtom + ")\\s*d\\s*b\\b", "g"), (match) => {
          if (capturedDb) return false;
          const raw = match[1].trim();
          const signWord = raw.match(/^(mais|menos|[+-])/i)?.[1];
          const magnitude = parsePortugueseNumber(raw.replace(/^(?:mais|menos|[+-])\s*/i, ""));
          if (magnitude === null) return false;
          capturedDb = true;
          const explicitSign = signWord === "menos" || signWord === "-" ? -1 : signWord === "mais" || signWord === "+" ? 1 : 0;
          if (explicitSign < 0 && isIncrease || explicitSign > 0 && isDecrease) {
            issues.push("O sentido do ajuste e o sinal em dB entram em conflito.");
            return;
          }
          assign("deltaDb", explicitSign ? explicitSign * Math.abs(magnitude) : isDecrease ? -Math.abs(magnitude) : Math.abs(magnitude));
        });
        if (parameters2.deltaDb === void 0 && (isIncrease || isDecrease)) assign("deltaDb", isDecrease ? -3 : 3);
      }
      if (isFrequencyFilter && !isExport) {
        const highPass = /\babaixo\b|\bpassa-altas\b|\bpassa\s+altas\b/.test(text2);
        const lowPass = /\bacima\b|\bpassa-baixas\b|\bpassa\s+baixas\b/.test(text2);
        const disabled = /\b(?:remover|remova|remove|tirar|tire|tira|desativar|desative|desativa)\b/.test(text2);
        if (highPass || lowPass) {
          assign("enabled", !disabled);
          capture(new RegExp("(" + decimalAtom + ")\\s*(k)?\\s*hz\\b", "g"), (match) => {
            const base = parseSafeDecimal(match[1]);
            const value = base === null ? null : base * (match[2] ? 1e3 : 1);
            if (value === null || !Number.isFinite(value)) return false;
            assign("frequencyHz", value);
          });
          if (!disabled && parameters2.frequencyHz === void 0) assign("frequencyHz", highPass ? 80 : 16e3);
        }
      }
      if (isGate) {
        const disabled = /\b(?:remover|remova|remove|tirar|tire|tira|desativar|desative|desativa)\b/.test(text2);
        assign("enabled", !disabled);
        capture(new RegExp("((?:mais|menos|[+-])?\\s*" + naturalNumberAtom + ")\\s*d\\s*b\\b", "g"), (match) => {
          const raw = match[1].trim();
          const negative = /^(?:menos|-)/.test(raw);
          const positive = /^(?:mais|\+)/.test(raw);
          const magnitude = parsePortugueseNumber(raw.replace(/^(?:mais|menos|[+-])\s*/, ""));
          const value = magnitude === null ? null : negative ? -magnitude : positive ? magnitude : -Math.abs(magnitude);
          if (value === null) return false;
          assign("thresholdDb", value);
        });
        if (!disabled && parameters2.thresholdDb === void 0) assign("thresholdDb", -50);
      }
      const isPan = /\b(?:pan|panorama|esquerda|direita|centro)\b/.test(text2);
      if (isPan) {
        const little = /\b(?:um\s+)?pouco\b/.test(text2);
        if (/\besquerda\b/.test(text2)) assign(little ? "panDelta" : "pan", little ? -0.1 : -1);
        else if (/\bdireita\b/.test(text2)) assign(little ? "panDelta" : "pan", little ? 0.1 : 1);
        else if (/\bcentro\b/.test(text2)) assign("pan", 0);
        else capture(new RegExp("\\bpan(?:orama)?(?:\\s+(?:em|para))?\\s*(" + decimalAtom + ")\\b", "g"), (match) => {
          const value = parseSafeDecimal(match[1]);
          if (value === null) return false;
          assign("pan", value);
        });
      }
      const isMute = /\b(?:silenciar|silencie|silencia|mutar|mute|muta|emudecer|emudeca|dessilenciar|dessilencie|dessilencia|desmutar|desmute|desmuta)\b/.test(text2) || /\b(?:tirar|remover)\s+(?:o\s+)?mute\b/.test(text2);
      if (isMute) assign("enabled", !/\b(?:dessilenciar|dessilencie|dessilencia|desmutar|desmute|desmuta|tirar|remover)\b/.test(text2));
      const isSolo = /\bsolo\b/.test(text2) || /\b(?:deixar|deixe|deixa)\s+(?:apenas|so|somente)\b/.test(text2);
      if (isSolo) assign("enabled", !/\b(?:tirar|tire|tira|remover|remova|remove|desativar|desative|desativa)\b/.test(text2));
      const isVolume = !eqBand && !isFrequencyFilter && !isNormalize && !isPan && !isGate && (/\bvolume\b/.test(text2) || isIncrease || isDecrease || /\b(?:alto|alta|baixo|baixa)\b/.test(text2) || /\b(?:deixar|deixe|deixa|ajustar|ajuste|ajusta|definir|defina|define)\b/.test(text2) && /\b(?:faixa|pista|trilha)\b/.test(text2) && /%/.test(text2));
      if (isVolume) {
        let capturedPercent = false;
        capture(new RegExp("\\b(para|em|por)\\s*(" + decimalAtom + ")\\s*%(?=\\s|$|[.!?])", "g"), (match) => {
          if (capturedPercent) return false;
          const value = parseSafeDecimal(match[2]);
          if (value === null) return false;
          capturedPercent = true;
          const relative = match[1] !== "para" && (isIncrease || isDecrease) && !/\b(?:deixar|deixe|deixa|ajustar|ajuste|ajusta|definir|defina|define)\b/.test(text2);
          assign(relative ? "relativePercent" : "volumePercent", relative ? isDecrease ? -Math.abs(value) : Math.abs(value) : value);
        });
        if (!capturedPercent) {
          capture(new RegExp("(" + decimalAtom + ")\\s*%(?=\\s|$|[.!?])", "g"), (match) => {
            if (capturedPercent) return false;
            const value = parseSafeDecimal(match[1]);
            if (value === null) return false;
            capturedPercent = true;
            assign(
              isIncrease || isDecrease ? "relativePercent" : "volumePercent",
              isDecrease ? -Math.abs(value) : value
            );
          });
        }
        if (!capturedPercent && (isIncrease || isDecrease)) {
          const little = /\b(?:um\s+)?pouco\b/.test(text2);
          assign("relativePercent", isDecrease ? little ? -5 : -10 : little ? 5 : 10);
        }
      }
    }
    capture(/\b(jpg|jpeg|png|webp)\b/g, (match) => assign("outputFormat", match[1] === "jpeg" ? "jpg" : match[1]));
    capture(/\b(?:para|em)\s+([a-z]{3,5})\b/g, (match) => {
      const result = formatApproximation(match[1]);
      if (result?.ambiguous) {
        issues.push("O formato digitado pode indicar mais de uma opção. Informe JPG, PNG ou WebP.");
        return;
      }
      if (!result?.approximate) return false;
      assign("outputFormat", result.value);
      approximations.push({ parameter: "outputFormat", from: match[1], to: result.value, distance: 1 });
    });
    capture(/(?:\b(?:para|com)\s+)?(-?\d+)\s*(?:x|×|por)\s*(-?\d+)/g, (match) => {
      assign("width", Number(match[1]));
      assign("height", Number(match[2]));
    });
    capture(new RegExp("(?:\\b(?:para|com)\\s+)?(" + PT_SIMPLE_NUMBER_PATTERN + ")\\s+(?:x|por)\\s+(" + PT_SIMPLE_NUMBER_PATTERN + ")\\b", "g"), (match) => {
      if (/\bpor\s+cento\b/.test(match[0])) return false;
      const width = parsePortugueseNumber(match[1]), height = parsePortugueseNumber(match[2]);
      if (!Number.isSafeInteger(width) || !Number.isSafeInteger(height)) return false;
      assign("width", width);
      assign("height", height);
    });
    capture(/\blargura(?:\s+(?:de|com))?\s*[:=]?\s*(-?\d+)\b/g, (match) => assign("width", Number(match[1])));
    capture(/\b(-?\d+)\s+de\s+largura\b/g, (match) => assign("width", Number(match[1])));
    capture(/\baltura(?:\s+(?:de|com))?\s*[:=]?\s*(-?\d+)\b/g, (match) => assign("height", Number(match[1])));
    capture(/\b(-?\d+)\s+de\s+altura\b/g, (match) => assign("height", Number(match[1])));
    capture(new RegExp("\\b(?:(para|em)\\s+)?(" + naturalNumberAtom + ")\\s*(%|por\\s+cento)(?=\\s|$|[.!?])", "g"), (match) => {
      if (!match[1] && !imageMode) return false;
      const value = parsePortugueseNumber(match[2]);
      if (value === null) return false;
      assign("scalePercent", value);
    });
    if (/\b(?:pela|para\s+a|a)\s+metade\b/.test(text2) && (imageMode || /\b(?:imagem|foto|dimensoes?|resolucao|pixels?)\b/.test(text2))) {
      assign("scalePercent", 50);
    }
    const sizeQualifier = "(?:abaixo\\s+de|menor\\s+que|menos\\s+de|ate|limite\\s+de|com\\s+no\\s+maximo|no\\s+maximo|com|caber\\s+em|caiba\\s+em|ficar\\s+abaixo\\s+de)";
    capture(new RegExp("\\b(" + sizeQualifier + ")?\\s*(" + naturalNumberAtom + ")\\s*(kb|kbytes?|kilobytes?|mb|megas?|megabytes?|gb|gigas?|gigabytes?|bytes?|b)\\b", "g"), (match) => {
      if (!match[1] && !imageMode) return false;
      const amount = parsePortugueseNumber(match[2]);
      const actualUnit = match[3];
      const multiplier = /^(?:kb|kbyte|kbytes|kilobyte|kilobytes)$/.test(actualUnit) ? 1024 : /^(?:mb|mega|megas|megabyte|megabytes)$/.test(actualUnit) ? 1024 ** 2 : /^(?:gb|giga|gigas|gigabyte|gigabytes)$/.test(actualUnit) ? 1024 ** 3 : 1;
      if (amount === null) return false;
      assign("maxSize", Math.round(amount * multiplier));
    });
    capture(/\b(?:(?:de|ordem)\s+)?a\s+(?:a|ate)\s+z\b|\b(?:ordem\s+)?(?:crescente|alfabetica)\b|\balfabeticamente\b/g, () => assign("order", "asc"));
    capture(/\b(?:(?:de|ordem)\s+)?z\s+(?:a|ate)\s+a\b|\b(?:ordem\s+)?decrescente\b/g, () => assign("order", "desc"));
    capture(/\b(?:ignorar|ignore|ignorando)\s+(?:as\s+)?maiusculas?\s+e\s+minusculas?\b/g, () => assign("ignoreCase", true));
    capture(/\b(?:em\s+)?(?:maiusculas?|maiusculos?)\b/g, () => assign("case", "upper"));
    capture(/\b(?:em\s+)?(?:minusculas?|minusculos?)\b/g, () => assign("case", "lower"));
    capture(/\b(?:os\s+)?espacos?\s+extras?\b/g, () => assign("collapseSpaces", true));
    capture(/\bespacos?\s+(?:no\s+)?inicio\s+e\s+(?:no\s+)?final\b/g, () => assign("trimLines", true));
    capture(/\bmultiplas?\s+linhas?\s+vazias?\b/g, () => assign("normalizeBlankLines", true));
    capture(/\bpagina\s+(\d+)\s+para\s+(?:o\s+)?(inicio|final)\b/g, (match) => {
      assign("movePage", Number(match[1]));
      assign("moveTo", match[2] === "inicio" ? "start" : "end");
    });
    capture(/\b(?:colocar|coloque|coloca|botar|bote|bota|mover|mova|move)\s+(?:a\s+)?(?:pagina\s+)?(\d+)\s+(?:em\s+)?(?:primeiro|primeira|no\s+inicio|para\s+o\s+inicio)\b/g, (match) => {
      assign("movePage", Number(match[1]));
      assign("moveTo", "start");
    });
    capture(/\b(?:colocar|coloque|coloca|botar|bote|bota|mover|mova|move)\s+(?:a\s+)?(?:pagina\s+)?(\d+)\s+(?:por\s+)?(?:ultimo|ultima|no\s+final|para\s+o\s+final)\b/g, (match) => {
      assign("movePage", Number(match[1]));
      assign("moveTo", "end");
    });
    capture(/\b(?:(?:mudar|mude|muda|trocar|troque|troca)\s+(?:a\s+)?)?(?:paginas?\s+)?(?:na\s+)?ordem(?:\s+para)?\s+((?:\d+\s*(?:(?:,|e)\s*|\s+))*\d+)\b/g, (match) => {
      const groups2 = parsePageGroupsText(match[1]);
      if (groups2) assign("order", groups2.flat());
      else issues.push("Informe uma ordem de páginas válida.");
    });
    capture(/\bcada\s+pagina\b/g, () => assign("splitMode", "each"));
    capture(/\btodas?\s+(?:as\s+)?paginas?\b/g, () => assign("allPages", true));
    const hasRotationVerb = /\b(?:girar|gire|gira|girando|rotacionar|rotacione|rotaciona)\b/.test(text2);
    capture(
      hasRotationVerb ? /\b(90|180|270)\s*(?:graus|°)?\b/g : /\b(90|180|270)\s*(?:graus|°)\b/g,
      (match) => assign("angle", Number(match[1]))
    );
    const rangeItem = numberAtom + "\\s*(?:-|ate|a)\\s*(?:a\\s+)?" + numberAtom;
    const pageItem = "(?:" + rangeItem + "|" + numberAtom + ")";
    const pageList = pageItem + "(?:\\s*(?:,|e|\\s)\\s*" + pageItem + ")*";
    capture(new RegExp("\\bpaginas?\\s+(" + pageList + ")", "g"), (match) => {
      const groups2 = parsePageGroupsText(match[1]);
      if (groups2) assign("pageGroups", groups2);
      else issues.push("Informe páginas ou intervalos válidos.");
    });
    capture(new RegExp("\\b(?:da|de)\\s+(" + rangeItem + ")", "g"), (match) => {
      const groups2 = parsePageGroupsText(match[1]);
      if (groups2) assign("pageGroups", groups2);
    });
    capture(new RegExp("^(?:extraia|extrair|extrai|pegue|pegar|pega|tire|tirar|tira)\\s+(?:so\\s+)?(?:a\\s+)?(" + pageList + ")$", "g"), (match) => {
      const groups2 = parsePageGroupsText(match[1]);
      if (groups2) assign("pageGroups", groups2);
    });
    capture(/\b(?:do\s+)?menor\s+para\s+(?:o\s+)?maior\b/g, () => assign("order", "asc"));
    capture(/\b(?:do\s+)?maior\s+para\s+(?:o\s+)?menor\b/g, () => assign("order", "desc"));
    if (dataMode) {
      const cleanDataValue = (value) => {
        const cleaned = String(value ?? "").replace(/[?!.]+$/g, "").trim();
        return cleaned.length >= 2 && (cleaned[0] === '"' && cleaned.at(-1) === '"' || cleaned[0] === "'" && cleaned.at(-1) === "'") ? cleaned.slice(1, -1) : cleaned;
      };
      const knownColumn = (value) => {
        const normalized2 = normalize(value);
        const found = tableColumns.filter((column) => column.normalized === normalized2);
        return found.length === 1 ? found[0].name : cleanDataValue(value);
      };
      const addCapturedGroup = (match, groupIndex, key2, value, offset = 0) => {
        const raw = match[groupIndex];
        const local2 = match[0].indexOf(raw, offset);
        if (local2 < 0) return offset;
        const start = match.index + local2, end = start + raw.length;
        if (!occupied(start, end)) {
          assign(key2, value === void 0 ? cleanDataValue(raw) : value);
          spans.push([start, end]);
        }
        return local2 + raw.length;
      };
      const sortMatch = text2.match(/^(?:ordenar|ordene|ordena|organizar|organize|organiza)\s+(?:(?:os\s+)?dados\s+)?(?:(?:pela|por|a)\s+)?(?:coluna\s+)?(.+?)(?=\s+(?:do\s+)?(?:menor|maior)\s+para|\s+(?:(?:em\s+)?ordem\s+)?(?:crescente|decrescente)|[?!.]*$)/);
      if (sortMatch) {
        const requestedColumn = knownColumn(sortMatch[1]);
        const genericDataset = /^(?:(?:esse|este|essa|esta|o|a|os|as)\s+)?(?:json|csv|dados|tabela)$/.test(requestedColumn);
        if (!genericDataset) addCapturedGroup(sortMatch, 1, "column", requestedColumn);
      }
      const filterPrefix = "(?:filtrar|filtre|filtra|mostrar|mostre|mostra|exibir|exiba|exibe)\\s+(?:(?:apenas|somente)\\s+)?(?:(?:as\\s+)?linhas?\\s+onde\\s+|quem\\s+tem\\s+)?(?:(?:a\\s+)?coluna\\s+)?";
      const filterOperator = "(>=|<=|!=|>|<|=|maior\\s+ou\\s+igual\\s+a|menor\\s+ou\\s+igual\\s+a|pelo\\s+menos|no\\s+minimo|acima\\s+de|maior\\s+que|mais\\s+de|abaixo\\s+de|menor\\s+que|menos\\s+de|igual\\s+a|diferente\\s+de|e)";
      let filterMatch;
      const normalizedColumns = [...new Set(tableColumns.map((column) => column.normalized))].sort((left, right) => right.length - left.length);
      if (normalizedColumns.length) {
        const alternatives = normalizedColumns.map((value) => value.replace(/[.*+?^${}()|[\]\\]/g, "\\$&")).join("|");
        filterMatch = text2.match(new RegExp("^" + filterPrefix + "(" + alternatives + ")\\s+" + filterOperator + "\\s*(.*?)[?!.]*$"));
      }
      if (!filterMatch) {
        filterMatch = text2.match(new RegExp("^" + filterPrefix + "(.+?)\\s+" + filterOperator + "\\s*(.*?)[?!.]*$"));
      }
      if (filterMatch) {
        const operatorMap = {
          ">=": "gte",
          "<=": "lte",
          "!=": "ne",
          ">": "gt",
          "<": "lt",
          "=": "eq",
          "maior ou igual a": "gte",
          "menor ou igual a": "lte",
          "acima de": "gt",
          "pelo menos": "gte",
          "no minimo": "gte",
          "maior que": "gt",
          "mais de": "gt",
          "abaixo de": "lt",
          "menor que": "lt",
          "menos de": "lt",
          "igual a": "eq",
          "diferente de": "ne",
          e: "eq"
        };
        let offset = addCapturedGroup(filterMatch, 1, "column", knownColumn(filterMatch[1]));
        offset = addCapturedGroup(filterMatch, 2, "operator", operatorMap[filterMatch[2]], offset);
        addCapturedGroup(filterMatch, 3, "value", cleanDataValue(filterMatch[3]), offset);
      }
      const duplicateColumn = text2.match(/\b(?:duplicados?|duplicadas?|repetidos?|repetidas?)\s+(?:(?:pela|pelo|por)\s+)?(?:coluna\s+)?(.+?)[?!.]*$/);
      if (duplicateColumn) addCapturedGroup(duplicateColumn, 1, "column", knownColumn(duplicateColumn[1]));
      capture(/\bmedia\b/g, () => assign("statistic", "mean"));
      capture(/\b(?:somar|some|soma)\b/g, () => assign("statistic", "sum"));
      capture(/\b(?:minimo|menor\s+valor)\b/g, () => assign("statistic", "min"));
      capture(/\b(?:maximo|maior\s+valor)\b/g, () => assign("statistic", "max"));
      capture(
        /\b(?:quantos\s+valores|contar\s+valores|conte\s+(?:os\s+)?valores|contagem)\b/g,
        () => assign("statistic", "count")
      );
      const explicitDataCount = Boolean(table) || /\b(?:csv|json|dados|tabela|coluna)\b/.test(text2);
      if (explicitDataCount) {
        capture(/\b(?:contar|conte|conta)\b/g, () => assign("statistic", "count"));
      }
      const statisticColumn = text2.match(/(?:media|somar|some|soma|minimo|maximo|maior\s+valor|menor\s+valor|contagem)\s+(?:(?:da|de|na|a)\s+)?(?:coluna\s+)?(.+?)[?!.]*$/);
      if (statisticColumn) addCapturedGroup(statisticColumn, 1, "column", knownColumn(statisticColumn[1]));
      const countColumn = text2.match(/(?:quantos\s+valores|contar\s+valores|conte\s+(?:os\s+)?valores).*?(?:da|de|na)\s+(?:coluna\s+)?(.+?)[?!.]*$/);
      if (countColumn) addCapturedGroup(countColumn, 1, "column", knownColumn(countColumn[1]));
      const directCountColumn = explicitDataCount ? text2.match(/^(?:contar|conte|conta)\s+(?:(?:os\s+)?valores\s+(?:da|de|na)\s+|(?:a\s+)?coluna\s+)?(.+?)[?!.]*$/) : null;
      if (directCountColumn && !/^(?:os\s+)?valores$/.test(directCountColumn[1])) {
        addCapturedGroup(directCountColumn, 1, "column", knownColumn(directCountColumn[1]));
      }
      capture(/\bgrafico\s+de\s+barras\b(?!\s+horizontais)/g, () => assign("chartType", "bar"));
      capture(/\bgrafico\s+de\s+barras\s+horizontais\b/g, () => assign("chartType", "horizontalBar"));
      capture(/\bgrafico\s+de\s+linha\b/g, () => assign("chartType", "line"));
      capture(/\bgrafico\s+de\s+area\b/g, () => assign("chartType", "area"));
      capture(/\bgrafico\s+de\s+pizza\b/g, () => assign("chartType", "pie"));
      capture(/\bgrafico\s+de\s+rosca\b/g, () => assign("chartType", "doughnut"));
      const chartMatch = text2.match(/\bgrafico(?:\s+de\s+(?:barras(?:\s+horizontais)?|linha|area|pizza|rosca))?\s+de\s+(.+?)\s+por\s+(.+?)[?!.]*$/);
      if (chartMatch) {
        let offset = addCapturedGroup(chartMatch, 1, "yColumn");
        addCapturedGroup(chartMatch, 2, "xColumn", cleanDataValue(chartMatch[2]), offset);
      }
    }
    let remainder = text2;
    for (const [start, end] of spans.sort((left, right) => right[0] - left[0])) {
      remainder = remainder.slice(0, start) + " " + remainder.slice(end);
    }
    return {
      parameters: parameters2,
      remainder: remainder.replace(/\s+/g, " ").trim(),
      issues,
      approximations,
      context: { audio }
    };
  }

  // src/core/intelligence/language-matcher.js
  var LANGUAGE_MATCH_THRESHOLDS = Object.freeze({
    ambiguityMargin: 1,
    minimumScore: 8,
    fuzzyShortMinLength: 5,
    fuzzyLongMinLength: 8,
    fuzzyShortDistance: 1,
    fuzzyLongDistance: 2,
    fuzzyMaxRatio: 0.25
  });
  var referenceWords = new Set(PT_REFERENCES);
  var prefixWords = new Set(PT_PREFIX_WORDS);
  var genericWords = /* @__PURE__ */ new Set([
    "mais",
    "menos",
    "muito",
    "bastante",
    "bem",
    "como",
    "qual",
    "diferenca",
    "entre",
    "primeiro",
    "primeira",
    "segundo",
    "segunda",
    "cada",
    "grupo",
    "grupos",
    "formato",
    "dimensao",
    "dimensoes",
    "resolucao",
    "pixel",
    "pixels",
    "peso",
    "pesado",
    "pesada",
    "pesados",
    "pesadas",
    "tamanho",
    "espaco",
    "ocupar",
    "caber",
    "caiba",
    "mudar",
    "existe",
    "existem",
    "esta",
    "demais",
    "pouco",
    "metade",
    "quem",
    "tem"
  ]);
  var phraseCache = /* @__PURE__ */ new Map();
  var compiledVocabularyCache = /* @__PURE__ */ new WeakMap();
  function tokenizeForMatching(value) {
    return normalize(value).match(/[a-z0-9]+(?:-[a-z0-9]+)*/g) || [];
  }
  function boundedDamerauLevenshtein(left, right, maximum = Infinity) {
    if (left === right) return 0;
    if (!left || !right) return Math.max(left.length, right.length);
    if (Math.abs(left.length - right.length) > maximum) return maximum + 1;
    let previousPrevious = null;
    let previous = Array.from({ length: right.length + 1 }, (_, index) => index);
    for (let row = 1; row <= left.length; row++) {
      const current = [row];
      let rowMinimum = row;
      for (let column = 1; column <= right.length; column++) {
        const substitution = previous[column - 1] + (left[row - 1] === right[column - 1] ? 0 : 1);
        let value = Math.min(current[column - 1] + 1, previous[column] + 1, substitution);
        if (previousPrevious && row > 1 && column > 1 && left[row - 1] === right[column - 2] && left[row - 2] === right[column - 1]) {
          value = Math.min(value, previousPrevious[column - 2] + 1);
        }
        current[column] = value;
        rowMinimum = Math.min(rowMinimum, value);
      }
      if (rowMinimum > maximum) return maximum + 1;
      previousPrevious = previous;
      previous = current;
    }
    return previous[right.length];
  }
  function fuzzyDistanceLimit(word) {
    if (word.length < LANGUAGE_MATCH_THRESHOLDS.fuzzyShortMinLength) return 0;
    return word.length >= LANGUAGE_MATCH_THRESHOLDS.fuzzyLongMinLength ? LANGUAGE_MATCH_THRESHOLDS.fuzzyLongDistance : LANGUAGE_MATCH_THRESHOLDS.fuzzyShortDistance;
  }
  function controlledApproximation(word, candidates) {
    const limit = fuzzyDistanceLimit(word);
    if (!limit) return null;
    const denied = new Set(PT_FUZZY_DENY[word] || []);
    let best = null, tied = false;
    for (const candidate2 of candidates) {
      if (denied.has(candidate2)) continue;
      if (candidate2.length < LANGUAGE_MATCH_THRESHOLDS.fuzzyShortMinLength) continue;
      const distance = boundedDamerauLevenshtein(word, candidate2, limit);
      if (distance > limit || distance / Math.max(word.length, candidate2.length) > LANGUAGE_MATCH_THRESHOLDS.fuzzyMaxRatio) continue;
      if (!best || distance < best.distance) {
        best = { value: candidate2, distance };
        tied = false;
      } else if (distance === best.distance && candidate2 !== best.value) {
        if (candidate2.length < best.value.length) best = { value: candidate2, distance };
        else if (candidate2.length === best.value.length) tied = true;
      }
    }
    return tied ? null : best;
  }
  function phrasePresent(text2, phrase) {
    let pattern = phraseCache.get(phrase);
    if (!pattern) {
      const escaped2 = phrase.replace(/[.*+?^${}()|[\]\\]/g, "\\$&");
      pattern = new RegExp("(?:^|\\s)" + escaped2.replace(/\s+/g, "\\s+") + "(?=\\s|$)");
      phraseCache.set(phrase, pattern);
    }
    return pattern.test(text2);
  }
  function explicitTargets(text2, contextTarget) {
    const found = [];
    const lineChart = phrasePresent(text2, "grafico de linha");
    for (const [target, terms] of Object.entries(PT_TARGET_TERMS)) {
      const relevantTerms = target === "text" && (lineChart || contextTarget === "data") ? terms.filter((term) => term !== "linha" && term !== "linhas") : terms;
      if (relevantTerms.some((term) => phrasePresent(text2, term))) found.push(target);
    }
    return found;
  }
  function inputTarget(input2) {
    const kinds = Object.keys(input2?.summary?.counts || {}).filter((kind) => input2.summary.counts[kind]);
    if (kinds.length !== 1) return void 0;
    if (["csv", "json", "data"].includes(kinds[0])) return "data";
    return ["image", "pdf", "text", "audio"].includes(kinds[0]) ? kinds[0] : void 0;
  }
  function sessionTarget(session2) {
    const context2 = session2?.audioProject;
    return context2 && (Array.isArray(context2.tracks) || Array.isArray(context2.project?.tracks)) ? "audio" : void 0;
  }
  function firstActionWord(tokens) {
    let index = 0;
    while (index < tokens.length && prefixWords.has(tokens[index])) index++;
    return tokens[index] || "";
  }
  function wordsOf(values3) {
    return new Set(values3.flatMap((value) => tokenizeForMatching(value)));
  }
  function compiledVocabulary(vocabulary2) {
    let compiled = compiledVocabularyCache.get(vocabulary2);
    if (compiled) return compiled;
    compiled = Object.freeze({
      directVerbs: Object.freeze(verbsFor(vocabulary2.verbFamilies)),
      conditionalVerbs: Object.freeze(verbsFor(vocabulary2.conditionalVerbFamilies)),
      signalWords: wordsOf(vocabulary2.signals),
      objectWords: wordsOf(vocabulary2.objects),
      expressionWords: wordsOf(vocabulary2.expressions)
    });
    compiledVocabularyCache.set(vocabulary2, compiled);
    return compiled;
  }
  function capabilityCompatibleWithInput(capability2, input2) {
    if (!input2?.items?.length) return void 0;
    if (capability2.inputMode === "none") return false;
    return input2.items.every((item) => item.valid === true && capability2.accepts.some((mime) => mime === "*/*" || mime === item.mime));
  }
  function normalizeCandidateParameters(vocabulary2, parameters2) {
    const converted = { ...parameters2 };
    if (Object.hasOwn(converted, "pageGroups")) {
      if (vocabulary2.intent === "split") converted.groups = converted.pageGroups;
      else if (["extract", "rotate"].includes(vocabulary2.intent)) converted.pages = converted.pageGroups.flat();
      delete converted.pageGroups;
    }
    if (vocabulary2.intent === "sortLines" && !Object.hasOwn(converted, "order")) converted.order = "asc";
    if (vocabulary2.intent === "sortData" && Object.hasOwn(converted, "column") && !Object.hasOwn(converted, "order")) converted.order = "asc";
    return converted;
  }
  function scoreCandidate(capability2, vocabulary2, clause, parsed, options2) {
    const normalized2 = normalize(clause);
    const tokens = tokenizeForMatching(normalized2);
    const actionWord = firstActionWord(tokens);
    const compiled = compiledVocabulary(vocabulary2);
    const directVerbs = compiled.directVerbs;
    const conditionalVerbs = compiled.conditionalVerbs;
    const contextTarget = inputTarget(options2.input) || sessionTarget(options2.session) || options2.previousTarget;
    const targets = explicitTargets(normalize(parsed.remainder), contextTarget);
    if (targets.length > 1) return null;
    if (targets.length === 1 && targets[0] !== vocabulary2.target) return null;
    if (vocabulary2.requiresContext && contextTarget !== vocabulary2.target && targets[0] !== vocabulary2.target) return null;
    const compatible = capabilityCompatibleWithInput(capability2, options2.input);
    if (compatible === false && capability2.inputMode !== "none") return null;
    const parameters2 = normalizeCandidateParameters(vocabulary2, parsed.parameters);
    const parameterKeys = Object.keys(parameters2);
    if (parameterKeys.some((key2) => !vocabulary2.parameterKeys.includes(key2))) return null;
    const exactExpression = vocabulary2.expressions.find((expression2) => phrasePresent(normalized2, expression2));
    const hasDeclaredSignal = vocabulary2.signals.some((signal) => phrasePresent(normalized2, signal));
    if (capability2.inputMode !== "none" && !options2.input?.items?.length && !targets.length && !parameterKeys.length && contextTarget !== vocabulary2.target && !exactExpression && !hasDeclaredSignal) return null;
    const exactVerb = directVerbs.includes(actionWord);
    const allowConditional = !targets.length && (contextTarget === vocabulary2.target || parameterKeys.length > 0);
    const conditionalVerb = allowConditional && conditionalVerbs.includes(actionWord);
    const approximateVerb = !exactVerb && !conditionalVerb && !exactExpression && !PT_ACTION_WORDS.includes(actionWord) && vocabulary2.allowFuzzy !== false ? controlledApproximation(actionWord, directVerbs) : null;
    const hasContextEvidence = contextTarget === vocabulary2.target || targets[0] === vocabulary2.target || parameterKeys.length > 0;
    if (approximateVerb && !hasContextEvidence) return null;
    const parameterOnly = !exactVerb && !conditionalVerb && !approximateVerb && !exactExpression && vocabulary2.parameterOnly && parameterKeys.length > 0;
    if (!exactVerb && !conditionalVerb && !approximateVerb && !exactExpression && !parameterOnly) return null;
    const signalWords = compiled.signalWords;
    const objectWords = compiled.objectWords;
    const expressionWords = compiled.expressionWords;
    const exactSignals = tokens.filter((token) => signalWords.has(token));
    const exactObjects = tokens.filter((token) => objectWords.has(token));
    let approximateSignal = null;
    if (vocabulary2.allowFuzzy !== false && !exactSignals.length && !parameterKeys.length && (exactVerb || conditionalVerb || exactExpression || hasContextEvidence)) {
      for (const token of tokens) {
        const approximation = controlledApproximation(token, signalWords);
        if (approximation) {
          approximateSignal = { token, ...approximation };
          break;
        }
      }
    }
    if (vocabulary2.requiresSignal && !exactSignals.length && !approximateSignal && !parameterKeys.length) return null;
    const allowed = /* @__PURE__ */ new Set([
      ...referenceWords,
      ...genericWords,
      ...directVerbs,
      ...conditionalVerbs,
      ...signalWords,
      ...objectWords,
      ...expressionWords,
      ...wordsOf(PT_TARGET_TERMS[vocabulary2.target] || [])
    ]);
    const remainderTokens = tokenizeForMatching(parsed.remainder);
    let approximateRemainder = false;
    for (const token of remainderTokens) {
      if (allowed.has(token)) continue;
      const approximation = vocabulary2.allowFuzzy !== false ? controlledApproximation(token, allowed) : null;
      if (approximation && (exactVerb || conditionalVerb || hasContextEvidence)) {
        approximateRemainder = true;
        continue;
      }
      return null;
    }
    let score = 0;
    if (exactExpression) score += 14;
    if (exactVerb) score += 9;
    if (conditionalVerb) score += 9;
    if (approximateVerb) score += 6;
    if (parameterOnly) score += 8;
    score += Math.min(8, parameterKeys.length * 4);
    if (targets[0] === vocabulary2.target) score += 5;
    if (contextTarget === vocabulary2.target) score += 4;
    score += Math.min(6, new Set(exactSignals).size * 3);
    score += Math.min(4, new Set(exactObjects).size * 2);
    if (approximateSignal) score += 2;
    if (score < LANGUAGE_MATCH_THRESHOLDS.minimumScore) return null;
    const fuzzy = Boolean(approximateVerb || approximateSignal || approximateRemainder || parsed.approximations?.length);
    return {
      capabilityId: capability2.id,
      intent: vocabulary2.intent,
      target: vocabulary2.target,
      confidence: fuzzy ? "medium" : "high",
      parameters: parameters2,
      score,
      evidence: Object.freeze({
        expression: exactExpression || void 0,
        verb: exactVerb || conditionalVerb ? actionWord : approximateVerb?.value,
        context: contextTarget === vocabulary2.target,
        fuzzy
      })
    };
  }
  function matchCapabilityClause(clause, parsed, options2 = {}) {
    const registry = options2.registry;
    const candidates = [];
    for (const capability2 of registry.list()) {
      const vocabulary2 = PT_CAPABILITY_VOCABULARY[capability2.languageKey || capability2.id];
      if (!vocabulary2) continue;
      const candidate2 = scoreCandidate(capability2, vocabulary2, clause, parsed, options2);
      if (candidate2) candidates.push(candidate2);
    }
    candidates.sort((left, right) => right.score - left.score || left.capabilityId.localeCompare(right.capabilityId));
    if (!candidates.length) return { match: null, candidates: [], ambiguous: false };
    const top = candidates[0];
    const rivals = candidates.filter((candidate2) => candidate2.capabilityId !== top.capabilityId && top.score - candidate2.score <= LANGUAGE_MATCH_THRESHOLDS.ambiguityMargin);
    return { match: top, candidates, ambiguous: rivals.length > 0, rivals };
  }
  function hasKnownActionStart(value) {
    const normalized2 = normalize(value);
    const tokens = tokenizeForMatching(normalized2);
    const word = firstActionWord(tokens);
    if (PT_ACTION_WORDS.includes(word) || controlledApproximation(word, PT_ACTION_WORDS)) return true;
    return Object.values(PT_CAPABILITY_VOCABULARY).some((vocabulary2) => vocabulary2.expressions.some((expression2) => phrasePresent(normalized2, expression2)));
  }

  // src/core/intelligence/validator.js
  function validPages(value, maximum) {
    return Array.isArray(value) && value.length > 0 && value.length <= maximum && new Set(value).size === value.length && value.every((page) => Number.isSafeInteger(page) && page > 0);
  }
  function validPageGroups(value, limits) {
    if (!Array.isArray(value) || !value.length || value.length > limits.maxFiles) return false;
    let total = 0;
    for (const group of value) {
      if (!validPages(group, limits.maxPdfPagesPerFile)) return false;
      total += group.length;
      if (total > limits.maxPdfTotalPages) return false;
    }
    return true;
  }
  function validateParameters(capability2, parameters2, limits) {
    const errors = [];
    if (!plainObject(parameters2)) return [{ code: "parameters", message: "Parâmetros inválidos." }];
    for (const key2 of Object.keys(parameters2)) {
      if (!Object.hasOwn(capability2.parameters, key2)) errors.push({ code: "parameter", message: "Parâmetro não permitido: " + key2 });
    }
    for (const [key2, schema] of Object.entries(capability2.parameters)) {
      const value = parameters2[key2];
      if (value === void 0) {
        if (schema.required) errors.push({ code: "missing_parameter", message: "Informe o parâmetro " + key2 + "." });
        continue;
      }
      let valid = false;
      if (schema.type === "enum") valid = schema.values.includes(value);
      if (schema.type === "integer") valid = Number.isSafeInteger(value) && value >= schema.min && value <= schema.max;
      if (schema.type === "number") valid = Number.isFinite(value) && Math.abs(value) <= Number.MAX_SAFE_INTEGER && value >= (schema.min ?? -Number.MAX_SAFE_INTEGER) && value <= (schema.max ?? Number.MAX_SAFE_INTEGER);
      if (schema.type === "boolean") valid = typeof value === "boolean";
      if (schema.type === "string") valid = typeof value === "string" && value.length >= (schema.minLength ?? 0) && value.length <= (schema.maxLength ?? limits.maxCommandChars);
      if (schema.type === "pages") valid = validPages(value, limits.maxPdfTotalPages);
      if (schema.type === "pageGroups") valid = validPageGroups(value, limits);
      if (schema.type === "arithmetic") {
        try {
          parseExpression(value, limits);
          valid = true;
        } catch {
          valid = false;
        }
      }
      if (!valid) errors.push({ code: "parameter", message: "Valor inválido para " + key2 + "." });
    }
    if (capability2.id === "image.resize") {
      const dimensions2 = ["width", "height", "scalePercent"].filter((key2) => parameters2[key2] !== void 0);
      if (!dimensions2.length) errors.push({ code: "missing_parameter", message: "Informe a largura, a altura ou a porcentagem desejada." });
      if (parameters2.scalePercent !== void 0 && dimensions2.length > 1) errors.push({ code: "parameter", message: "Use uma porcentagem ou dimensões, não os dois ao mesmo tempo." });
    }
    if (capability2.id === "pdf.split") {
      const choices = [parameters2.splitMode === "each", parameters2.groups !== void 0].filter(Boolean).length;
      if (choices !== 1) errors.push({ code: "missing_parameter", message: "Escolha separar cada página ou informe os grupos de páginas." });
    }
    if (capability2.id === "pdf.reorder") {
      const hasOrder = parameters2.order !== void 0;
      const hasMove = parameters2.movePage !== void 0 || parameters2.moveTo !== void 0;
      if (hasOrder === hasMove || hasMove && (parameters2.movePage === void 0 || parameters2.moveTo === void 0)) {
        errors.push({ code: "missing_parameter", message: "Informe a ordem completa ou a página que deve ir para o início ou final." });
      }
    }
    if (capability2.id === "pdf.rotate") {
      const choices = [parameters2.pages !== void 0, parameters2.allPages === true].filter(Boolean).length;
      if (choices !== 1) errors.push({ code: "missing_parameter", message: "Informe quais páginas devem ser giradas ou escolha todas." });
    }
    if (capability2.id === "audio.setVolume") {
      const choices = [
        parameters2.volumePercent !== void 0,
        parameters2.relativePercent !== void 0
      ].filter(Boolean).length;
      if (choices !== 1) errors.push({
        code: "missing_parameter",
        message: "Informe um volume percentual ou uma alteração relativa, mas não os dois."
      });
    }
    if (capability2.id === "audio.setPan") {
      const choices = [parameters2.pan !== void 0, parameters2.panDelta !== void 0].filter(Boolean).length;
      if (choices !== 1) errors.push({
        code: "missing_parameter",
        message: "Informe uma posição de pan ou uma alteração relativa, mas não as duas."
      });
    }
    if (capability2.id === "audio.normalize" && parameters2.scope) {
      const hasTrack = parameters2.trackId !== void 0;
      const hasClip = parameters2.clipId !== void 0;
      if (parameters2.scope === "track" && (!hasTrack || hasClip) || parameters2.scope === "clip" && (!hasClip || hasTrack) || parameters2.scope === "mix" && (hasTrack || hasClip)) {
        errors.push({ code: "parameter", message: "O alvo da normalização não corresponde ao escopo informado." });
      }
    }
    if (["audio.highPass", "audio.lowPass"].includes(capability2.id) && parameters2.enabled === true && parameters2.frequencyHz === void 0) {
      errors.push({ code: "missing_parameter", message: "Informe a frequência do filtro." });
    }
    if (parameters2.width * parameters2.height > limits.maxImagePixels || parameters2.width > limits.maxImageDimension || parameters2.height > limits.maxImageDimension) errors.push({ code: "limit", message: "As dimensões ultrapassam o limite de imagem." });
    if (parameters2.maxSize > limits.maxFileBytes) errors.push({ code: "limit", message: "O tamanho solicitado ultrapassa o limite de arquivo." });
    return errors;
  }
  function audioProjectFromSession(session2) {
    const holder = session2?.audioProject;
    if (Array.isArray(holder?.tracks)) return holder;
    if (Array.isArray(holder?.project?.tracks)) return holder.project;
    return null;
  }
  function validateAudioSessionStep(capability2, parameters2, session2, limits) {
    const errors = [];
    if (!capability2.id.startsWith("audio.") || capability2.id === "audio.open") return errors;
    const project = audioProjectFromSession(session2);
    if (!project) return [{ code: "audio_context", message: "Abra um projeto de áudio antes de executar esta ação." }];
    const tracks = project.tracks.filter((track2) => track2 && typeof track2.id === "string" && Array.isArray(track2.clips));
    const clips = tracks.flatMap((track2) => track2.clips);
    if (tracks.length > limits.maxAudioTracks || clips.length > limits.maxAudioClips) {
      errors.push({ code: "audio_limit", message: "O projeto de áudio ultrapassa os limites seguros de faixas ou clipes." });
    }
    if (["audio.export", "audio.normalize"].includes(capability2.id) && clips.length === 0) {
      errors.push({ code: "audio_empty", message: "Adicione pelo menos um clipe antes de processar a mixagem." });
    }
    const track = parameters2.trackId === void 0 ? void 0 : tracks.find((item) => item.id === parameters2.trackId);
    let clip2, clipTrack;
    if (parameters2.clipId !== void 0) {
      for (const item of tracks) {
        const found = item.clips.find((candidate2) => candidate2?.id === parameters2.clipId);
        if (found) {
          clip2 = found;
          clipTrack = item;
          break;
        }
      }
    }
    if (parameters2.trackId !== void 0 && !track) {
      errors.push({ code: "audio_track", message: "A faixa escolhida não existe mais neste projeto." });
    }
    if (parameters2.clipId !== void 0 && !clip2) {
      errors.push({ code: "audio_clip", message: "O clipe escolhido não existe mais neste projeto." });
    }
    if (track && clipTrack && track.id !== clipTrack.id) {
      errors.push({ code: "audio_target", message: "O clipe não pertence à faixa informada." });
    }
    if (capability2.id === "audio.split" && clip2 && Number.isFinite(parameters2.timeSeconds)) {
      const start = Number(clip2.startTime) || 0;
      const end = start + Number(clip2.duration);
      if (!(parameters2.timeSeconds > start && parameters2.timeSeconds < end)) {
        errors.push({ code: "audio_time", message: "A divisão precisa ficar dentro do clipe, sem usar suas bordas." });
      }
    }
    if (capability2.id === "audio.trim" && clip2 && Number.isFinite(parameters2.seconds) && !(parameters2.seconds > 0 && parameters2.seconds < Number(clip2.duration))) {
      errors.push({ code: "audio_time", message: "O corte precisa manter uma parte positiva do clipe." });
    }
    if (capability2.id === "audio.moveClip" && clip2 && Number.isFinite(parameters2.startTime) && parameters2.startTime + Number(clip2.duration) > limits.maxAudioDurationSeconds) {
      errors.push({ code: "audio_time", message: "A nova posição ultrapassa a duração máxima segura do projeto." });
    }
    if (["audio.fadeIn", "audio.fadeOut"].includes(capability2.id) && clip2 && Number.isFinite(parameters2.durationSeconds)) {
      const other = capability2.id === "audio.fadeIn" ? Number(clip2.fadeOut) || 0 : Number(clip2.fadeIn) || 0;
      if (parameters2.durationSeconds < 0 || parameters2.durationSeconds + other > Number(clip2.duration)) {
        errors.push({ code: "audio_fade", message: "Os fades não podem ultrapassar ou se sobrepor no clipe." });
      }
    }
    if (["audio.highPass", "audio.lowPass"].includes(capability2.id) && Number.isFinite(parameters2.frequencyHz) && Number.isFinite(project.sampleRate) && parameters2.frequencyHz >= project.sampleRate / 2) {
      errors.push({ code: "audio_frequency", message: "A frequência precisa ficar abaixo do limite do projeto." });
    }
    if (capability2.id === "audio.export" && parameters2.format !== "wav") {
      errors.push({ code: "audio_format", message: "A primeira versão exporta somente WAV." });
    }
    return errors;
  }
  function validatePdfStep(capability2, items, limits, parameters2) {
    const errors = [];
    const pdfs = items.filter((item) => item.kind === "pdf");
    if (pdfs.length !== items.length) return errors;
    const totalBytes = pdfs.reduce((sum2, item) => sum2 + item.size, 0);
    const totalPages = pdfs.reduce((sum2, item) => sum2 + (item.pageCount || 0), 0);
    if (pdfs.length > limits.maxPdfFiles || totalBytes > limits.maxPdfTotalBytes || totalPages > limits.maxPdfTotalPages) {
      errors.push({ code: "limit", message: "A seleção de PDFs ultrapassa os limites de processamento local." });
    }
    for (const item of pdfs) {
      if (item.size > limits.maxPdfFileBytes || !Number.isSafeInteger(item.pageCount) || item.pageCount < 1 || item.pageCount > limits.maxPdfPagesPerFile || !Array.isArray(item.pageSizes) || item.pageSizes.length !== item.pageCount || !Array.isArray(item.rotations) || item.rotations.length !== item.pageCount) {
        errors.push({ code: "pdf", message: "O PDF não possui metadados de páginas válidos." });
      }
    }
    if (pdfs.length !== 1 && capability2.id !== "pdf.merge") return errors;
    const pageCount = pdfs[0]?.pageCount || 0;
    const rangeError = (pages) => Array.isArray(pages) && pages.some((page) => page > pageCount);
    if (capability2.id === "pdf.extractPages" && rangeError(parameters2.pages)) {
      errors.push({ code: "pdf_page_range", message: `Este PDF possui apenas ${pageCount} ${pageCount === 1 ? "página" : "páginas"}.` });
    }
    if (capability2.id === "pdf.split") {
      const groups2 = parameters2.splitMode === "each" ? Array.from({ length: pageCount }, (_, index) => [index + 1]) : parameters2.groups;
      if (groups2?.length > limits.maxFiles) errors.push({ code: "pdf_output_limit", message: `Esta separação geraria mais de ${limits.maxFiles} arquivos.` });
      if (Array.isArray(groups2) && groups2.some(rangeError)) errors.push({ code: "pdf_page_range", message: `Este PDF possui apenas ${pageCount} páginas.` });
    }
    if (capability2.id === "pdf.reorder") {
      if (Array.isArray(parameters2.order) && (parameters2.order.length !== pageCount || new Set(parameters2.order).size !== pageCount || rangeError(parameters2.order))) {
        errors.push({ code: "pdf_reorder", message: `Informe todas as ${pageCount} páginas, sem repetir ou omitir nenhuma.` });
      }
      if (parameters2.movePage !== void 0 && parameters2.movePage > pageCount) {
        errors.push({ code: "pdf_page_range", message: `Este PDF possui apenas ${pageCount} páginas.` });
      }
    }
    if (capability2.id === "pdf.rotate" && rangeError(parameters2.pages)) {
      errors.push({ code: "pdf_page_range", message: `Este PDF possui apenas ${pageCount} páginas.` });
    }
    return errors;
  }
  function validateDataStep(capability2, items, limits, parameters2) {
    const errors = [];
    if (items.length !== 1 || capability2.environmentId !== "dados") return errors;
    const item = items[0];
    if (item.table && !validateTableModel(item.table, limits)) {
      errors.push({ code: "data_table", message: "A tabela detectada não possui uma estrutura válida." });
      return errors;
    }
    if (item.mime === "text/csv" && !item.table) {
      errors.push({ code: "data_table", message: "Não consegui interpretar este CSV como tabela." });
      return errors;
    }
    if (capability2.requiresTable && !item.table) {
      errors.push({ code: "data_table", message: "Este JSON possui uma estrutura aninhada e não pode ser convertido diretamente para tabela nesta versão." });
      return errors;
    }
    const table = item.table;
    if (!table) return errors;
    const resolved = /* @__PURE__ */ new Map();
    for (const key2 of ["column", "xColumn", "yColumn"]) {
      if (parameters2[key2] === void 0) continue;
      try {
        resolved.set(key2, resolveColumn(table, parameters2[key2]));
      } catch (error3) {
        errors.push({ code: "data_column", message: error3.message });
      }
    }
    if (capability2.id === "data.statistics" && parameters2.column === void 0 && parameters2.statistic) {
      const candidates = table.columnTypes.filter((type) => parameters2.statistic === "count" || type === "number");
      if (candidates.length !== 1) {
        errors.push({ code: "missing_parameter", message: parameters2.statistic === "count" ? "Informe em qual coluna deseja contar os valores." : "Informe qual coluna numérica deseja calcular." });
      }
    }
    if (capability2.id === "data.statistics" && parameters2.statistic !== "count" && resolved.get("column")?.type && resolved.get("column").type !== "number") {
      errors.push({ code: "data_statistics", message: "A coluna " + resolved.get("column").name + " contém valores que não são todos numéricos." });
    }
    if (capability2.id === "data.chart" && resolved.get("yColumn")?.type && resolved.get("yColumn").type !== "number") {
      errors.push({ code: "data_chart", message: "A coluna " + resolved.get("yColumn").name + " não contém apenas valores numéricos." });
    }
    return errors;
  }
  function validateStepInput(capability2, items, limits, parameters2 = {}) {
    const errors = [];
    if (capability2.inputMode === "none") return errors;
    if (items.length < capability2.minCount) errors.push({ code: "missing_input", message: "Forneça a entrada necessária para " + capability2.name + "." });
    if (items.length > capability2.maxCount) errors.push({ code: "count", message: "Quantidade de entradas incompatível com " + capability2.name + "." });
    const audioItems = items.filter((item) => item?.kind === "audio");
    const audioBytes = audioItems.reduce((sum2, item) => sum2 + Number(item?.size || 0), 0);
    if (audioItems.length > limits.maxAudioFiles) {
      errors.push({ code: "limit", message: "A quantidade de áudios ultrapassa o limite de edição local." });
    }
    if (!Number.isFinite(audioBytes) || audioBytes > limits.maxAudioTotalBytes) {
      errors.push({ code: "limit", message: "O tamanho total dos áudios ultrapassa o limite de edição local." });
    }
    for (const item of items) {
      const acceptedMime = item.valid === true && capability2.accepts.some((mime) => mime === "*/*" || mime === item.mime);
      if (!acceptedMime) errors.push({ code: "incompatible", message: "A entrada não é compatível com " + capability2.name + "." });
      const maximumBytes = item.kind === "audio" ? limits.maxAudioFileBytes : limits.maxFileBytes;
      if (!Number.isFinite(item.size) || item.size < 0 || item.size > maximumBytes) errors.push({
        code: "limit",
        message: item.kind === "audio" ? "Este áudio é grande demais para ser editado localmente com segurança." : "Tamanho de entrada inválido ou acima do limite."
      });
      if (item.text !== void 0 && (typeof item.text !== "string" || byteSize(item.text) > limits.maxTextBytes)) errors.push({ code: "limit", message: "Texto inválido ou acima do limite." });
      if (item.file && (!(item.file instanceof Blob) || item.file.size !== item.size)) errors.push({ code: "input", message: "Os metadados não correspondem ao arquivo selecionado." });
      if (item.kind === "image" && (item.width !== void 0 || item.height !== void 0)) {
        if (!Number.isSafeInteger(item.width) || !Number.isSafeInteger(item.height) || item.width < 1 || item.height < 1 || item.width > limits.maxImageDimension || item.height > limits.maxImageDimension || item.width * item.height > limits.maxImagePixels) {
          errors.push({ code: "limit", message: "A imagem é grande demais para processamento local." });
        }
      }
    }
    if (capability2.category === "pdf") errors.push(...validatePdfStep(capability2, items, limits, parameters2));
    if (capability2.environmentId === "dados") errors.push(...validateDataStep(capability2, items, limits, parameters2));
    return errors;
  }
  function plannedPdfItem(cap, parameters2, items, index) {
    const first = items[0];
    if (cap.id === "pdf.merge") return {
      pageCount: items.reduce((sum2, item) => sum2 + item.pageCount, 0),
      pageSizes: items.flatMap((item) => item.pageSizes),
      rotations: items.flatMap((item) => item.rotations)
    };
    if (cap.id === "pdf.extractPages") {
      const pages = Array.isArray(parameters2.pages) ? parameters2.pages : [];
      return {
        pageCount: pages.length,
        pageSizes: pages.map((page) => first.pageSizes[page - 1]),
        rotations: pages.map((page) => first.rotations[page - 1])
      };
    }
    if (cap.id === "pdf.split") {
      const groups2 = parameters2.splitMode === "each" ? Array.from({ length: first.pageCount }, (_, page) => [page + 1]) : Array.isArray(parameters2.groups) ? parameters2.groups : [];
      const pages = groups2[index] || [];
      return {
        pageCount: pages.length,
        pageSizes: pages.map((page) => first.pageSizes[page - 1]),
        rotations: pages.map((page) => first.rotations[page - 1])
      };
    }
    if (cap.id === "pdf.reorder") {
      let order = Array.isArray(parameters2.order) ? parameters2.order : void 0;
      if (!order) {
        order = Array.from({ length: first.pageCount }, (_, page) => page + 1);
        if (Number.isSafeInteger(parameters2.movePage) && ["start", "end"].includes(parameters2.moveTo)) {
          order = order.filter((page) => page !== parameters2.movePage);
          if (parameters2.moveTo === "start") order.unshift(parameters2.movePage);
          else order.push(parameters2.movePage);
        }
      }
      return {
        pageCount: first.pageCount,
        pageSizes: order.map((page) => first.pageSizes[page - 1]),
        rotations: order.map((page) => first.rotations[page - 1])
      };
    }
    if (cap.id === "pdf.rotate") {
      const selected2 = new Set(parameters2.allPages ? Array.from({ length: first.pageCount }, (_, page) => page + 1) : Array.isArray(parameters2.pages) ? parameters2.pages : []);
      const requestedAngle = Number.isSafeInteger(parameters2.angle) ? parameters2.angle : 0;
      return {
        pageCount: first.pageCount,
        pageSizes: first.pageSizes,
        rotations: first.rotations.map((currentAngle, page) => selected2.has(page + 1) ? (currentAngle + requestedAngle) % 360 : currentAngle)
      };
    }
    return {};
  }
  function projectedOutput(cap, parameters2, items, limits) {
    let count = cap.outputCount === "one" ? 1 : items.length;
    if (cap.id === "pdf.split") count = parameters2.splitMode === "each" ? items[0]?.pageCount || 0 : parameters2.groups?.length || 0;
    let mime = cap.id === "image.convert" && parameters2.outputFormat ? "image/" + (parameters2.outputFormat === "jpg" ? "jpeg" : parameters2.outputFormat) : cap.outputs[0];
    if (cap.id === "data.csvToJson") mime = "application/json";
    else if (cap.id === "data.jsonToCsv") mime = "text/csv";
    else if (cap.environmentId === "dados" && cap.outputs.includes(items[0]?.mime)) mime = items[0].mime;
    return Array.from({ length: Math.min(count, limits.maxFiles + 1) }, (_, index) => {
      const item = items[index];
      const projected = {
        id: "planned-" + index,
        kind: cap.outputKind,
        mime: cap.id === "image.compress" || cap.id === "image.resize" ? item?.mime || mime : mime,
        size: 0,
        source: "output",
        valid: true,
        verification: "planned",
        warnings: []
      };
      if (cap.environmentId === "dados" && item?.table) projected.table = item.table;
      if (cap.id === "image.convert" || cap.id === "image.compress") {
        projected.width = item?.width;
        projected.height = item?.height;
      } else if (cap.id === "image.resize" && item?.width && item?.height) {
        try {
          Object.assign(projected, resizeDimensions(item.width, item.height, parameters2, limits));
        } catch {
        }
      } else if (cap.category === "pdf") {
        Object.assign(projected, plannedPdfItem(cap, parameters2, items, index));
      }
      return projected;
    });
  }
  function validatePlan(plan, input2, options2 = {}) {
    const registry = options2.registry || capabilityRegistry;
    const limits = resolveLimits(options2.limits);
    const errors = [], confirmationReasons = [];
    function issue(code, message) {
      errors.push({ code, message });
    }
    if (!plainObject(plan) || plan.version !== 1 || !Array.isArray(plan.steps)) {
      return deepFreeze({ valid: false, canExecute: false, errors: [{ code: "plan", message: "Plano inválido." }], confirmationReasons: [], requiresConfirmation: false });
    }
    if (plan.status !== "matched" || !["high", "medium"].includes(plan.confidence)) issue("confidence", "O pedido precisa ser esclarecido antes de executar.");
    if (!Array.isArray(plan.clarification) || plan.clarification.length) issue("clarification", Array.isArray(plan.clarification) ? plan.clarification.join(" ") : "Esclareça o pedido.");
    if (!plan.steps.length || plan.steps.length > limits.maxSteps) issue("steps", "Quantidade de etapas inválida ou acima do limite.");
    if (!input2 || !Array.isArray(input2.items) || input2.items.some((item) => !plainObject(item) || !["file", "text", "output"].includes(item.source) || typeof item.mime !== "string" || typeof item.kind !== "string" || item.mime === "text/plain" && typeof item.text !== "string" || item.source === "file" && (!(item.file instanceof Blob) || item.file.size !== item.size))) {
      issue("input", "Seleção inválida.");
      return deepFreeze({ valid: false, canExecute: false, errors, confirmationReasons: [], requiresConfirmation: false });
    }
    const original = input2.items;
    const audioItems = original.filter((item) => item.kind === "audio");
    const standardItems = original.filter((item) => item.kind !== "audio");
    if (audioItems.length > limits.maxAudioFiles + 1 || audioItems.filter((item) => item.source === "file").length > limits.maxAudioFiles) {
      issue("limit", "Quantidade de áudios acima do limite de edição local.");
    }
    if (standardItems.length > limits.maxFiles + 1 || standardItems.filter((item) => item.source === "file").length > limits.maxFiles) {
      issue("limit", "Quantidade de arquivos acima do limite.");
    }
    const audioTotal = audioItems.reduce((sum2, item) => sum2 + item.size, 0);
    const standardTotal = standardItems.reduce((sum2, item) => sum2 + item.size, 0);
    if (!Number.isFinite(audioTotal) || audioTotal > limits.maxAudioTotalBytes) {
      issue("limit", "O tamanho total dos áudios ultrapassa o limite de edição local.");
    }
    if (!Number.isFinite(standardTotal) || standardTotal > limits.maxTotalBytes) {
      issue("limit", "Tamanho total acima do limite.");
    }
    if (original.some((item) => !item.valid || !Number.isFinite(item.size) || item.size < 0 || item.size > (item.kind === "audio" ? limits.maxAudioFileBytes : limits.maxFileBytes))) {
      issue("input", "Há arquivos inválidos ou acima dos limites na seleção.");
    }
    if (plan.confidence === "medium") confirmationReasons.push("Confirme se esta interpretação corresponde ao que você quer fazer.");
    if (original.filter((item) => item.source === "file").length >= limits.confirmationFileCount) confirmationReasons.push("Este pedido processa muitos arquivos. Confira a seleção.");
    let items = original, previous, estimatedMs = 0;
    for (const [index, step] of plan.steps.slice(0, limits.maxSteps).entries()) {
      if (!plainObject(step) || Object.keys(step).some((key2) => !["capabilityId", "parameters"].includes(key2))) {
        issue("step", "Etapa inválida.");
        continue;
      }
      const cap = registry.get(step.capabilityId);
      if (!cap) {
        issue("unregistered", "Esta ação ainda não está disponível.");
        continue;
      }
      if (cap.status !== "AVAILABLE" || typeof cap.execute !== "function") issue("unavailable", cap.name + ": esta ação ainda não está disponível.");
      if (!cap.localOnly) issue("remote", "A V1 executa apenas operações locais.");
      errors.push(...validateParameters(cap, step.parameters, limits).map((error3) => ({ ...error3, step: index })));
      if (previous && !previous.compatibleWith.includes(cap.id)) issue("chain", "Estas etapas não podem ser combinadas nesta ordem.");
      errors.push(...validateStepInput(cap, items, limits, step.parameters).map((error3) => ({ ...error3, step: index })));
      errors.push(...validateAudioSessionStep(cap, step.parameters, options2.session, limits).map((error3) => ({ ...error3, step: index })));
      if (cap.id === "image.resize" && items.some((item) => distortsImage(item, step.parameters))) {
        confirmationReasons.push("As dimensões informadas alteram a proporção da imagem. Confirme para usar exatamente esse tamanho.");
      }
      if (cap.destructive) confirmationReasons.push("Esta ação pode descartar informações: " + cap.name + ".");
      confirmationReasons.push(...cap.confirmation);
      const projected = projectedOutput(cap, plainObject(step.parameters) ? step.parameters : {}, items, limits);
      const workItems = cap.id === "pdf.split" ? projected.length : items.length;
      estimatedMs += cap.estimatedMsPerItem * Math.max(1, workItems);
      items = projected;
      previous = cap;
    }
    if (estimatedMs > limits.maxEstimatedMs) issue("duration", "A duração estimada ultrapassa o limite desta etapa.");
    const valid = errors.length === 0;
    return deepFreeze({
      valid,
      canExecute: valid,
      errors,
      confirmationReasons: [...new Set(confirmationReasons)],
      requiresConfirmation: valid && confirmationReasons.length > 0,
      estimatedMs
    });
  }

  // src/core/intelligence/reference-resolver.js
  var kindTarget = Object.freeze({ csv: "data", json: "data", data: "data" });
  var ordinalIndexes = Object.freeze({
    primeiro: 0,
    primeira: 0,
    segundo: 1,
    segunda: 1,
    terceiro: 2,
    terceira: 2,
    quarto: 3,
    quarta: 3
  });
  function targetForItem(item) {
    return kindTarget[item?.kind] || item?.kind;
  }
  function escaped(value) {
    return value.replace(/[.*+?^${}()|[\]\\]/g, "\\$&");
  }
  function targetEvidence(text2) {
    for (const [target, aliases] of Object.entries(PT_TARGET_TERMS)) {
      for (const alias of [...aliases].sort((left, right) => right.length - left.length)) {
        const singular = !/(?:s|oes)$/.test(alias);
        if (new RegExp("(?:^|\\s)" + escaped(alias) + "(?=\\s|$)").test(text2)) {
          return { target, alias, singular };
        }
      }
    }
    if (/\barquivos?\b/.test(text2)) return { target: void 0, alias: "arquivo", singular: !/\barquivos\b/.test(text2) };
    return null;
  }
  function currentItems(input2) {
    return Array.isArray(input2?.items) ? input2.items : [];
  }
  function resolveInputReference(command, { input: input2, session: session2 } = {}) {
    const text2 = normalize(command);
    const asksPrevious = /\b(?:entrada|arquivo|imagem|pdf|texto|resultado)?\s*anterior\b/.test(text2);
    const asksResult = /\b(?:o\s+)?resultado(?:\s+atual)?\b/.test(text2);
    let source = "current", sourceInput = input2;
    if (asksPrevious) {
      source = "previous";
      sourceInput = session2?.previousInput;
      if (!currentItems(sourceInput).length) return {
        status: "missing",
        source,
        clarificationId: "reference.previous"
      };
    } else if (asksResult && !session2?.lastResult && !currentItems(input2).length) {
      return { status: "missing", source: "result", clarificationId: "reference.result" };
    }
    const items = currentItems(sourceInput);
    if (!items.length) return { status: "none", source, input: sourceInput };
    const evidence = targetEvidence(text2);
    const matching = evidence?.target ? items.map((item, index) => ({ item, index })).filter((entry) => targetForItem(entry.item) === evidence.target) : items.map((item, index) => ({ item, index }));
    const ordinal = text2.match(/\b(primeir[oa]|segund[oa]|terceir[oa]|quart[oa]|ultim[oa])\s+(?:arquivo|imagem|foto|pdf|texto|audio|som|musica|faixa|pista|clipe)\b/);
    if (ordinal) {
      const requested = /^ultim/.test(ordinal[1]) ? matching.length - 1 : ordinalIndexes[ordinal[1]];
      if (!Number.isSafeInteger(requested) || requested < 0 || requested >= matching.length) {
        return { status: "missing", source, target: evidence?.target, clarificationId: "reference.ordinal" };
      }
      return {
        status: "resolved",
        source,
        target: evidence?.target,
        indexes: [matching[requested].index],
        evidence: ordinal[0],
        input: sourceInput
      };
    }
    const pluralReference = /\b(?:essas|esses|estas|estes|todas|todos)\b/.test(text2) || Boolean(evidence && !evidence.singular);
    if (evidence?.target && pluralReference && matching.length) {
      return {
        status: "resolved",
        source,
        target: evidence.target,
        indexes: matching.map((entry) => entry.index),
        evidence: evidence.alias,
        input: sourceInput
      };
    }
    const explicitDemonstrative = evidence && new RegExp("\\b(?:nessa|nesse|nesta|neste|essa|esse|esta|este)\\s+" + escaped(evidence.alias) + "(?=\\s|$)").test(text2);
    const singularReference = explicitDemonstrative || /\b(?:nessa|nesse|nesta|neste|essa|esse)\b/.test(text2) || Boolean(evidence?.singular && /\b(?:essa|esse|nesta|neste|a|o)\s+/.test(text2));
    if (singularReference && matching.length > 1) {
      return {
        status: "ambiguous",
        source,
        target: evidence?.target,
        indexes: matching.map((entry) => entry.index),
        clarificationId: "reference.multiple"
      };
    }
    if (evidence?.target && matching.length === 1 && singularReference) {
      return {
        status: "resolved",
        source,
        target: evidence.target,
        indexes: [matching[0].index],
        evidence: evidence.alias,
        input: sourceInput
      };
    }
    if (asksPrevious || asksResult) {
      return {
        status: "resolved",
        source,
        target: evidence?.target,
        indexes: items.map((_, index) => index),
        evidence: asksPrevious ? "anterior" : "resultado",
        input: sourceInput
      };
    }
    return { status: "none", source, target: evidence?.target, input: sourceInput };
  }
  function referencedInput(reference, fallbackInput, session2) {
    if (!reference || reference.status !== "resolved") return fallbackInput;
    const source = reference.source === "previous" ? session2?.previousInput : reference.input || fallbackInput;
    const items = currentItems(source);
    if (!Array.isArray(reference.indexes)) return source || fallbackInput;
    const selected2 = reference.indexes.map((index) => items[index]).filter(Boolean);
    return selected2.length ? collection(selected2) : fallbackInput;
  }

  // src/core/intelligence/short-command-resolver.js
  function inputTarget2(input2, session2) {
    const kinds = [...new Set((input2?.items || []).map((item) => item?.kind))];
    if (kinds.length === 1) {
      if (["csv", "json", "data"].includes(kinds[0])) return "data";
      if (["image", "pdf", "text", "audio"].includes(kinds[0])) return kinds[0];
    }
    const project = session2?.audioProject;
    return project && (Array.isArray(project.tracks) || Array.isArray(project.project?.tracks)) ? "audio" : void 0;
  }
  function oneStep(plan) {
    return plan?.steps?.length === 1 ? plan.steps[0] : null;
  }
  function expectedStep(session2) {
    const pending = session2?.pendingClarification;
    if (pending?.capabilityId) return {
      capabilityId: pending.capabilityId,
      parameters: { ...pending.parameters || {} },
      pending: true
    };
    const previous = oneStep(session2?.lastOperationPlan);
    return previous ? { capabilityId: previous.capabilityId, parameters: { ...previous.parameters } } : null;
  }
  function createMatch(capabilityId, parameters2, registry, confidence = "high", evidence = {}) {
    const capability2 = registry.get(capabilityId);
    const vocabulary2 = PT_CAPABILITY_VOCABULARY[capability2?.languageKey || capabilityId];
    if (!capability2 || !vocabulary2) return null;
    return {
      capabilityId,
      intent: vocabulary2.intent,
      target: vocabulary2.target,
      confidence,
      parameters: parameters2,
      score: confidence === "high" ? 18 : 12,
      evidence: { ...evidence, shortCommand: true }
    };
  }
  function closestFormat(token, formats2) {
    if (formats2.includes(token)) return { value: token, approximate: false };
    const aliases = [];
    for (const format of formats2) {
      for (const alias of PT_FORMAT_ALIASES[format] || [format]) aliases.push({ format, alias });
    }
    let distance = Infinity, found = [];
    for (const entry of aliases) {
      if (Math.abs(token.length - entry.alias.length) > 1) continue;
      const current = boundedDamerauLevenshtein(token, entry.alias, 1);
      if (current > 1) continue;
      if (current < distance) {
        distance = current;
        found = [entry.format];
      } else if (current === distance) found.push(entry.format);
    }
    found = [...new Set(found)];
    if (found.length === 1) return { value: found[0], approximate: true };
    return found.length > 1 ? { ambiguous: true, values: found } : null;
  }
  function signedNumber(value) {
    const source = normalize(value).replace(/\s+/g, " ").trim();
    const marker = source.match(/^(mais|menos|[+-])/)?.[1];
    const magnitude = parsePortugueseNumber(source.replace(/^(?:mais|menos|[+-])\s*/, ""));
    if (magnitude === null) return null;
    return marker === "menos" || marker === "-" ? -magnitude : magnitude;
  }
  function clarification(clarificationId, candidateIds, parameters2 = {}, capabilityId) {
    return { status: "clarification", clarificationId, candidateIds, parameters: parameters2, capabilityId };
  }
  function resolvePendingChoice(text2, session2, registry, input2) {
    const pending = session2?.pendingClarification;
    if (!pending || pending.rounds >= 2 && !pending.capabilityId) return null;
    if (pending.id === "image.reduce") {
      if (/\b(?:arquivo|peso|leve|kb|mb|mega|tamanho\s+do\s+arquivo)\b/.test(text2)) {
        return { status: "match", match: createMatch("image.compress", {}, registry, "high", { clarification: pending.id }) };
      }
      if (/\b(?:dimensao|dimensoes|resolucao|pixel|pixels|largura|altura)\b/.test(text2)) {
        return { status: "match", match: createMatch("image.resize", {}, registry, "high", { clarification: pending.id }) };
      }
    }
    if (pending.id === "pdf.page") {
      if (/\b(?:extrair|extraia|extrai|pegar|pegue|pega|tirar|tire|tira)\b/.test(text2)) {
        return { status: "match", match: createMatch("pdf.extractPages", { pages: pending.parameters?.pages || [] }, registry) };
      }
      if (/\b(?:girar|gire|gira|rotacionar|rotacione|rotaciona)\b/.test(text2)) {
        return { status: "match", match: createMatch("pdf.rotate", { pages: pending.parameters?.pages || [] }, registry) };
      }
    }
    const parsed = parseParameters(text2, { input: input2, session: session2 });
    if (pending.capabilityId === "audio.normalize") {
      const scope = /\b(?:mix|mixagem)\b/.test(text2) ? "mix" : /\b(?:faixa|pista|trilha)\b/.test(text2) ? "track" : /\bclipe\b/.test(text2) ? "clip" : void 0;
      if (scope) return { status: "match", match: createMatch(
        "audio.normalize",
        { ...pending.parameters || {}, scope },
        registry
      ) };
      if (pending.parameters?.scope && (parsed.context?.audio?.namedTrackId || parsed.context?.audio?.selectedTrackId || parsed.context?.audio?.selectedClipId)) {
        return { status: "match", match: createMatch(
          "audio.normalize",
          { ...pending.parameters || {} },
          registry
        ) };
      }
    }
    if (pending.capabilityId?.startsWith("audio.") && (parsed.context?.audio?.namedTrackId || parsed.context?.audio?.selectedTrackId || parsed.context?.audio?.selectedClipId)) {
      return { status: "match", match: createMatch(
        pending.capabilityId,
        { ...pending.parameters || {} },
        registry
      ) };
    }
    if (pending.capabilityId && Object.keys(parsed.parameters).length) {
      const capability2 = registry.get(pending.capabilityId);
      const allowed = Object.fromEntries(Object.entries(parsed.parameters).filter(([key2]) => Object.hasOwn(capability2?.parameters || {}, key2)));
      if (Object.keys(allowed).length) return { status: "match", match: createMatch(
        pending.capabilityId,
        { ...pending.parameters || {}, ...allowed },
        registry,
        parsed.approximations?.length ? "medium" : "high",
        { clarification: pending.id }
      ) };
    }
    return null;
  }
  function resolveContextualShortCommand(command, { input: input2, session: session2, registry } = {}) {
    const text2 = normalize(command).replace(/[.!?]+$/, "").trim();
    if (!text2 || text2.split(/\s+/).length > 8) return null;
    const pendingChoice = resolvePendingChoice(text2, session2, registry, input2);
    if (pendingChoice) return pendingChoice;
    const target = inputTarget2(input2, session2);
    const expected = expectedStep(session2);
    if (/^[a-z]{3,5}$/.test(text2)) {
      let formats2 = [], capabilityId;
      if (target === "image") {
        formats2 = ["jpg", "png", "webp"];
        capabilityId = "image.convert";
      }
      if (target === "audio") {
        formats2 = ["wav"];
        capabilityId = "audio.export";
      }
      if (target === "data") {
        const mime = input2?.items?.[0]?.mime;
        if (mime === "text/csv") {
          formats2 = ["json"];
          capabilityId = "data.csvToJson";
        }
        if (mime === "application/json") {
          formats2 = ["csv"];
          capabilityId = "data.jsonToCsv";
        }
      }
      const format = formats2.length ? closestFormat(text2, formats2) : null;
      if (format?.ambiguous) return clarification("format.ambiguous", [capabilityId]);
      if (format) {
        const parameters2 = capabilityId === "image.convert" ? { outputFormat: format.value } : capabilityId === "audio.export" ? { format: "wav" } : {};
        return { status: "match", match: createMatch(
          capabilityId,
          parameters2,
          registry,
          format.approximate ? "medium" : "high",
          { format: format.value, fuzzy: format.approximate }
        ) };
      }
    }
    const parsed = parseParameters(text2, { input: input2, session: session2 });
    if (target === "image") {
      if (parsed.parameters.maxSize !== void 0) return {
        status: "match",
        match: createMatch("image.compress", { maxSize: parsed.parameters.maxSize }, registry)
      };
      const resize = Object.fromEntries(Object.entries(parsed.parameters).filter(([key2]) => ["width", "height", "scalePercent"].includes(key2)));
      if (Object.keys(resize).length) return { status: "match", match: createMatch("image.resize", resize, registry) };
    }
    if (target === "pdf" && parsed.parameters.pageGroups?.length && /^paginas?\s+/.test(text2)) {
      return clarification(
        "pdf.page",
        ["pdf.extractPages", "pdf.rotate", "pdf.reorder"],
        { pages: parsed.parameters.pageGroups.flat() }
      );
    }
    const db = text2.match(new RegExp("^((?:mais|menos|[+-])?\\s*(?:\\d+(?:[.,]\\d+)?|(?:" + PT_SIMPLE_NUMBER_PATTERN + ")))\\s*d\\s*b$"));
    if (target === "audio" && db) {
      const value = signedNumber(db[1]);
      if (expected?.capabilityId === "audio.eq" && expected.parameters.band && value !== null) {
        return { status: "match", match: createMatch(
          "audio.eq",
          { ...expected.parameters, deltaDb: value },
          registry
        ) };
      }
      if (expected?.capabilityId === "audio.noiseGate" && value !== null) {
        return { status: "match", match: createMatch(
          "audio.noiseGate",
          { ...expected.parameters, enabled: true, thresholdDb: value },
          registry
        ) };
      }
      return clarification("audio.db", ["audio.eq", "audio.noiseGate"], { deltaDb: value });
    }
    const hz = text2.match(/^(\d+(?:[.,]\d+)?)\s*(k)?\s*hz$/);
    if (target === "audio" && hz) {
      const value = Number(hz[1].replace(",", ".")) * (hz[2] ? 1e3 : 1);
      if (["audio.highPass", "audio.lowPass"].includes(expected?.capabilityId)) {
        return { status: "match", match: createMatch(
          expected.capabilityId,
          { ...expected.parameters, enabled: true, frequencyHz: value },
          registry
        ) };
      }
      return clarification("audio.filter.direction", ["audio.highPass", "audio.lowPass"], { frequencyHz: value });
    }
    const duration = parsePortugueseDuration(text2);
    if (target === "audio" && duration !== null && expected?.capabilityId) {
      const key2 = expected.capabilityId === "audio.trim" ? "seconds" : expected.capabilityId === "audio.split" ? "timeSeconds" : expected.capabilityId === "audio.moveClip" ? "startTime" : ["audio.fadeIn", "audio.fadeOut"].includes(expected.capabilityId) ? "durationSeconds" : void 0;
      if (key2) return { status: "match", match: createMatch(
        expected.capabilityId,
        { ...expected.parameters, [key2]: duration },
        registry
      ) };
    }
    if (target === "audio" && /^\d+(?:[.,]\d+)?\s*(?:%|por cento)$/.test(text2)) {
      const value = parsePortugueseNumber(text2.replace(/\s*(?:%|por cento)$/, ""));
      if (expected?.capabilityId === "audio.setVolume") return {
        status: "match",
        match: createMatch("audio.setVolume", { ...expected.parameters, volumePercent: value }, registry)
      };
      if (expected?.capabilityId === "audio.normalize") return {
        status: "match",
        match: createMatch("audio.normalize", { ...expected.parameters, targetPeakPercent: value }, registry)
      };
      return clarification("audio.percent", ["audio.setVolume", "audio.normalize"], { percent: value });
    }
    return null;
  }

  // src/core/intelligence/negation-modifiers.js
  var actionPattern = [...PT_ACTION_WORDS].sort((left, right) => right.length - left.length).map((word) => word.replace(/[.*+?^${}()|[\]\\]/g, "\\$&")).join("|");
  var startsWithAction = new RegExp("^(?:" + actionPattern + ")\\b");
  function stripDiscourseMarkers(value) {
    return normalize(value).replace(/^(?:(?:por favor|agora|ai|entao|primeiro|primeiramente|depois disso|depois|em seguida|por ultimo|so|apenas|somente)\s+)+/g, "").replace(/(?:\s+por favor)$/g, "").replace(/^[,;]\s*|\s*[,;]$/g, "").replace(/[.!?]+$/, "").trim();
  }
  function clauseNegation(value) {
    const text2 = normalize(value);
    if (/^(?:nao|nem)\b/.test(text2)) return { negated: true, unsafeException: false };
    if (/^sem\s+/.test(text2) && startsWithAction.test(text2.replace(/^sem\s+/, ""))) {
      return { negated: true, unsafeException: false };
    }
    const unsafeException = /\bexceto\b/.test(text2) || /\bmenos\s+(?!de\s+(?:\d|um\b|uma\b|dois\b|duas\b|tres\b|quatro\b|cinco\b|seis\b|sete\b|oito\b|nove\b|dez\b))/.test(text2);
    return { negated: false, unsafeException };
  }
  function removeTrailingNegatedAction(value) {
    const text2 = normalize(value);
    const match = text2.match(/^(.*?)\s+(?:sem|mas\s+nao)\s+(.+)$/);
    if (!match) return text2;
    return startsWithAction.test(match[2]) ? match[1].trim() : text2;
  }
  function reframeNaturalLead(value) {
    const text2 = normalize(value);
    const comma = text2.indexOf(",");
    if (comma > 0) {
      const lead = text2.slice(0, comma).trim(), action = text2.slice(comma + 1).trim();
      const leadWords = lead.split(/\s+/);
      if (leadWords.length <= 12 && !/^(?:nao|nem|sem)\b/.test(lead) && !startsWithAction.test(stripDiscourseMarkers(lead)) && startsWithAction.test(stripDiscourseMarkers(action))) {
        return stripDiscourseMarkers(action) + " " + lead;
      }
    }
    const pickup = text2.match(/^(?:pegar|pegue|pega)\s+(.+?)\s+e\s+(juntar|junte|junta|unir|una|une|combinar|combine|combina)\b(.*)$/);
    if (pickup) return pickup[2] + " " + pickup[1] + pickup[3];
    return text2;
  }
  function naturalClauseSplitter() {
    const starters = [...new Set(PT_ACTION_WORDS)].sort((left, right) => right.length - left.length).map((word) => word.replace(/[.*+?^${}()|[\]\\]/g, "\\$&")).join("|");
    const transition = "(?:(?:e\\s+)?(?:depois(?:\\s+disso)?|ai|entao|em\\s+seguida|por\\s+ultimo)|so|apenas|somente)";
    return new RegExp("(?:[,;]\\s*(?:" + transition + "\\s+)?|\\s+(?:" + transition + ")\\s+|\\s+e\\s+)(?=(?:" + starters + ")\\b)", "g");
  }

  // src/core/intelligence/intent-parser.js
  var references = new Set(PT_REFERENCES);
  var targetWords = new Set(Object.values(PT_TARGET_TERMS).flatMap((terms) => terms.flatMap((term) => tokenizeForMatching(term))));
  var splitClauses = naturalClauseSplitter();
  var mathWords = ["calcular", "calcule", "calcula"];
  var audioTrackActions = /* @__PURE__ */ new Set([
    "audio.setVolume",
    "audio.setPan",
    "audio.mute",
    "audio.solo",
    "audio.eq",
    "audio.highPass",
    "audio.lowPass",
    "audio.noiseGate"
  ]);
  var audioClipActions = /* @__PURE__ */ new Set([
    "audio.trim",
    "audio.split",
    "audio.moveClip",
    "audio.fadeIn",
    "audio.fadeOut"
  ]);
  function fail2(kind, payload, details = [], clarificationId, pendingClarification, diagnostics) {
    return {
      status: kind,
      confidence: "low",
      matches: [],
      payload,
      clarification: details,
      clarificationId,
      pendingClarification,
      ...diagnostics ? { diagnostics } : {},
      message: kind === "unsupported" ? "Esta ação ainda não está disponível." : "Não entendi exatamente o que você deseja fazer."
    };
  }
  function stripPoliteness(value) {
    return stripDiscourseMarkers(value);
  }
  function onlyReferences(value) {
    return !value.trim() || tokenizeForMatching(value).every((word) => references.has(word) || targetWords.has(word));
  }
  function unquote(value) {
    const trimmed = value.trim();
    if (trimmed.length >= 2 && (trimmed[0] === '"' && trimmed.at(-1) === '"' || trimmed[0] === "'" && trimmed.at(-1) === "'")) return trimmed.slice(1, -1);
    return trimmed;
  }
  function literalReplacement(command) {
    const match = command.match(/^\s*(?:troque|trocar|troca|substitua|substituir|substitui)\s+(?:todas?\s+as\s+ocorrências?\s+(?:de\s+)?)?(.+?)\s+por\s+(.+)\s*$/iu);
    if (!match) return null;
    return { searchText: unquote(match[1]), replacementText: unquote(match[2]) };
  }
  function inputCompatible(capability2, input2) {
    if (!input2?.items?.length) return false;
    const compatible = input2.items.every((item) => item.valid === true && capability2.accepts.some((mime) => mime === "*/*" || mime === item.mime));
    return compatible && input2.items.length >= capability2.minCount && input2.items.length <= capability2.maxCount;
  }
  function repeatPrevious(normalized2, options2, registry, payload) {
    const repeat = normalized2.match(/^(?:faca|faz|fazer)\s+(?:o\s+)?(?:mesmo|igual)\b(.*)$/);
    if (!repeat) return null;
    if (!onlyReferences(repeat[1])) return fail2("unknown", payload);
    const previous = options2.session?.lastOperationPlan;
    if (!previous?.steps?.length) {
      return fail2("unknown", payload, ["Ainda não há uma operação anterior para repetir."], "context.repeat");
    }
    if (previous.steps.length !== 1) {
      return fail2("unknown", payload, ["A operação anterior tinha várias etapas. Diga qual delas deseja repetir."], "context.repeat");
    }
    if (options2.session?.focus !== "files") {
      return fail2("unknown", payload, ["Envie ou selecione o novo arquivo no qual deseja repetir a operação."], "context.repeat");
    }
    const step = previous.steps[0];
    const capability2 = registry.get(step.capabilityId);
    const vocabulary2 = PT_CAPABILITY_VOCABULARY[capability2?.languageKey || capability2?.id];
    if (!capability2 || capability2.status !== "AVAILABLE" || !vocabulary2 || !inputCompatible(capability2, options2.input)) {
      return fail2("unknown", payload, ["A operação anterior não é compatível com o novo arquivo."], "context.repeat");
    }
    return {
      status: "matched",
      confidence: "high",
      payload,
      clarification: [],
      matches: [{
        capabilityId: capability2.id,
        intent: vocabulary2.intent,
        target: vocabulary2.target,
        confidence: "high",
        parameters: { ...step.parameters },
        repeated: true
      }]
    };
  }
  function bareZipMatch(clause, matches, registry) {
    const words = tokenizeForMatching(clause);
    const action = words.find((word) => PT_ACTION_WORDS.includes(word));
    const zipVerbs = verbsFor(["zip"]);
    if (!zipVerbs.includes(action) || !matches.length || words.includes("zip")) return null;
    const capability2 = registry.get("archive.zip");
    if (!capability2) return null;
    return { capabilityId: capability2.id, intent: "zip", target: "archive", confidence: "high", parameters: {}, score: 9 };
  }
  function ambiguityFor(result, payload, diagnostics) {
    const ids = /* @__PURE__ */ new Set([result.match?.capabilityId, ...(result.rivals || []).map((candidate2) => candidate2.capabilityId)]);
    if (ids.has("image.compress") && ids.has("image.resize")) {
      return fail2(
        "unknown",
        payload,
        ["Você quer reduzir as dimensões da imagem ou o tamanho do arquivo?"],
        "image.reduce",
        { id: "image.reduce", candidateIds: ["image.resize", "image.compress"], parameters: {} },
        diagnostics
      );
    }
    if (ids.has("audio.fadeIn") && ids.has("audio.fadeOut")) {
      return fail2(
        "unknown",
        payload,
        ["Você quer aplicar o fade no início ou no final do clipe?"],
        "audio.fade.edge",
        { id: "audio.fade.edge", candidateIds: ["audio.fadeIn", "audio.fadeOut"], parameters: {} },
        diagnostics
      );
    }
    if (ids.has("audio.highPass") && ids.has("audio.lowPass")) {
      return fail2(
        "unknown",
        payload,
        ["Você quer cortar frequências abaixo ou acima de qual valor?"],
        "audio.filter.direction",
        { id: "audio.filter.direction", candidateIds: ["audio.highPass", "audio.lowPass"], parameters: {} },
        diagnostics
      );
    }
    return fail2(
      "unknown",
      payload,
      ["Encontrei mais de uma interpretação possível. Escolha a ação desejada."],
      "language.ambiguous",
      { id: "language.ambiguous", candidateIds: [...ids].filter(Boolean), parameters: {} },
      diagnostics
    );
  }
  function resolveAudioMatch(match, parsed, payload) {
    if (!match.capabilityId.startsWith("audio.")) return match;
    if (match.capabilityId === "audio.open") return match;
    const context2 = parsed.context?.audio;
    if (!context2?.present) {
      return fail2(
        "unknown",
        payload,
        ["Abra um projeto de áudio antes de usar esta ação."],
        "audio.project",
        { id: "audio.project", capabilityId: match.capabilityId, candidateIds: [match.capabilityId], parameters: match.parameters }
      );
    }
    if (context2.trackStatus === "ambiguous") {
      return fail2(
        "unknown",
        payload,
        ["Há mais de uma faixa com esse nome. Selecione a faixa desejada."],
        "audio.track",
        { id: "audio.track", capabilityId: match.capabilityId, candidateIds: [match.capabilityId], parameters: match.parameters }
      );
    }
    let parameters2 = { ...match.parameters };
    const ask = (detail, id) => fail2(
      "unknown",
      payload,
      [detail],
      id,
      { id, capabilityId: match.capabilityId, candidateIds: [match.capabilityId], parameters: parameters2 }
    );
    const resolveTrackId = () => context2.namedTrackId || context2.selectedTrackId || context2.selectedClipTrackId;
    const resolveClipId = () => {
      if (context2.namedTrackId) {
        if (context2.selectedClipTrackId === context2.namedTrackId) return context2.selectedClipId;
        return context2.soleNamedClipId;
      }
      return context2.selectedClipId;
    };
    if (audioTrackActions.has(match.capabilityId)) {
      const trackId = resolveTrackId();
      if (!trackId) return ask("Qual faixa?", "audio.track");
      parameters2.trackId = trackId;
    }
    if (audioClipActions.has(match.capabilityId)) {
      const clipId = resolveClipId();
      if (!clipId) return ask("Qual clipe?", "audio.clip");
      parameters2.clipId = clipId;
    }
    if (match.capabilityId === "audio.trim") {
      if (!parameters2.edge) return ask("Você quer cortar o início ou o final do clipe?", "audio.trim.edge");
      if (parameters2.seconds === void 0) return ask("Quantos segundos devem ser cortados?", "audio.trim.seconds");
    }
    if (match.capabilityId === "audio.split" && parameters2.timeSeconds === void 0) {
      if (context2.playhead === void 0) return ask("Posicione o cursor ou informe em que tempo deseja dividir.", "audio.playhead");
      parameters2.timeSeconds = context2.playhead;
    }
    if (match.capabilityId === "audio.moveClip" && parameters2.startTime === void 0) {
      return ask("Informe em que tempo o clipe deve começar.", "audio.move.time");
    }
    if (match.capabilityId === "audio.setVolume" && parameters2.volumePercent === void 0 && parameters2.relativePercent === void 0) {
      return ask("Informe o volume desejado ou se quer aumentar ou abaixar.", "audio.volume");
    }
    if (match.capabilityId === "audio.setPan" && parameters2.pan === void 0 && parameters2.panDelta === void 0) {
      return ask("Informe se o som deve ir para a esquerda, centro ou direita.", "audio.pan");
    }
    if (match.capabilityId === "audio.eq" && (parameters2.band === void 0 || parameters2.deltaDb === void 0)) {
      return ask("Informe a banda e se deseja aumentar ou reduzir o equalizador.", "audio.eq");
    }
    if (match.capabilityId === "audio.normalize") {
      let scope = parameters2.scope;
      if (!scope) scope = context2.selectedClipId ? "clip" : resolveTrackId() ? "track" : void 0;
      if (!scope) return ask("Você quer normalizar um clipe, uma faixa ou a mixagem?", "audio.normalize.scope");
      parameters2.scope = scope;
      if (scope === "clip") {
        const clipId = resolveClipId();
        if (!clipId) return ask("Qual clipe?", "audio.clip");
        parameters2.clipId = clipId;
      } else if (scope === "track") {
        const trackId = resolveTrackId();
        if (!trackId) return ask("Qual faixa?", "audio.track");
        parameters2.trackId = trackId;
      }
    }
    return { ...match, parameters: parameters2 };
  }
  function referenceFailure(reference, payload) {
    const messages = {
      "reference.multiple": "Há mais de um item compatível. Diga primeiro, segundo ou último, ou selecione somente o item desejado.",
      "reference.previous": "Não há uma entrada anterior disponível nesta tarefa.",
      "reference.result": "Ainda não há um resultado nesta tarefa.",
      "reference.ordinal": "Não encontrei esse item na seleção atual."
    };
    const message = messages[reference.clarificationId] || "Não consegui resolver com segurança a referência informada.";
    return fail2(
      "unknown",
      payload,
      [message],
      reference.clarificationId,
      { id: reference.clarificationId, candidateIds: [], parameters: {}, reference }
    );
  }
  function shortClarification(result, payload) {
    const messages = {
      "pdf.page": "Você quer extrair, girar ou mover essa página?",
      "audio.db": "Esse valor em dB deve ajustar qual banda do equalizador ou o noise gate?",
      "audio.filter.direction": "Você quer cortar frequências abaixo ou acima desse valor?",
      "audio.percent": "Essa porcentagem é para o volume da faixa ou para normalizar o pico?",
      "format.ambiguous": "O formato digitado é ambíguo. Informe o formato completo."
    };
    const message = messages[result.clarificationId] || "Preciso de mais uma informação para concluir esta tarefa.";
    return fail2(
      "unknown",
      payload,
      [message],
      result.clarificationId,
      {
        id: result.clarificationId,
        capabilityId: result.capabilityId,
        candidateIds: result.candidateIds || [],
        parameters: result.parameters || {}
      }
    );
  }
  function matchedShort(result, normalized2, effectiveInput, options2, registry, payload, reference) {
    let match = result.match;
    const parsed = parseParameters(normalized2, { input: effectiveInput, session: options2.session });
    const resolvedAudio = resolveAudioMatch(match, parsed, payload);
    if (resolvedAudio?.status) return resolvedAudio;
    match = resolvedAudio;
    const capability2 = registry.get(match.capabilityId);
    if (!capability2 || !capability2.intents.includes(match.intent) || Object.keys(match.parameters).some((key2) => !Object.hasOwn(capability2.parameters, key2))) {
      return fail2("unsupported", payload);
    }
    return {
      status: "matched",
      confidence: match.confidence,
      payload,
      clarification: parsed.issues,
      reference: reference?.status === "resolved" ? reference : void 0,
      matches: [{
        capabilityId: match.capabilityId,
        intent: match.intent,
        target: match.target,
        confidence: match.confidence,
        parameters: match.parameters
      }]
    };
  }
  function parseCommand(raw, options2 = {}) {
    const registry = options2.registry || capabilityRegistry;
    const limits = resolveLimits(options2.limits);
    if (typeof raw !== "string") return fail2("unknown");
    let command = raw.trim(), payload;
    if (!command || command.length > limits.maxCommandChars) return fail2("unknown");
    const replacement = literalReplacement(command);
    if (replacement) {
      const capability2 = registry.get("text.replace");
      if (!capability2) return fail2("unsupported");
      return {
        status: "matched",
        confidence: "high",
        payload,
        clarification: [],
        matches: [{ capabilityId: capability2.id, intent: "replace", target: "text", confidence: "high", parameters: replacement }]
      };
    }
    const colon = [...command.matchAll(/:/g)].map((match) => match.index).find((index) => !/\d/.test(command[index - 1] || "") || !/\d/.test(command[index + 1] || "")) ?? -1;
    if (colon >= 0) {
      const prefix = normalize(command.slice(0, colon));
      const mathPrefix2 = mathWords.some((word) => prefix === word || prefix.startsWith(word + " "));
      if (mathPrefix2 || hasKnownActionStart(prefix)) {
        payload = command.slice(colon + 1).replace(/^\s/, "");
        command = command.slice(0, colon);
      }
    }
    let normalized2 = stripPoliteness(reframeNaturalLead(normalize(command)));
    normalized2 = removeTrailingNegatedAction(normalized2);
    const reference = resolveInputReference(normalized2, { input: options2.input, session: options2.session });
    if (["ambiguous", "missing"].includes(reference.status)) return referenceFailure(reference, payload);
    const effectiveInput = referencedInput(reference, options2.input, options2.session);
    const contextualOptions = { ...options2, input: effectiveInput };
    const contextualShort = resolveContextualShortCommand(
      normalized2,
      { input: effectiveInput, session: options2.session, registry }
    );
    if (contextualShort?.status === "clarification") return shortClarification(contextualShort, payload);
    if (contextualShort?.status === "match") {
      return matchedShort(contextualShort, normalized2, effectiveInput, options2, registry, payload, reference);
    }
    if (options2.session?.pendingClarification?.rounds >= 2 && !hasKnownActionStart(normalized2)) {
      const pending = options2.session.pendingClarification;
      return fail2(
        "unknown",
        payload,
        ["Ainda não consegui concluir o esclarecimento. Escolha uma das ações disponíveis."],
        "clarification.limit",
        { ...pending, id: "clarification.limit", rounds: 2 }
      );
    }
    const repeated = repeatPrevious(normalized2, contextualOptions, registry, payload);
    if (repeated) return { ...repeated, reference: reference.status === "resolved" ? reference : void 0 };
    const mathPrefix = /^(?:calcular|calcule|calcula|quanto e)\s+/;
    const expression2 = normalized2.replace(mathPrefix, "");
    if (mathPrefix.test(normalized2) || /^[\d(.,+\-]/.test(normalized2)) {
      try {
        parseExpression(expression2, limits);
        if (!registry.get("math.calculate")) return fail2("unsupported", payload);
        return {
          status: "matched",
          confidence: "high",
          payload,
          clarification: [],
          matches: [{ capabilityId: "math.calculate", intent: "calculate", target: "math", confidence: "high", parameters: { expression: expression2 } }]
        };
      } catch {
        const dataStatistic = /\b(?:media|soma|somar|some|minimo|maximo|maior valor|menor valor|quantos valores|coluna)\b/.test(normalized2);
        if (mathPrefix.test(normalized2) && !dataStatistic) return fail2("unknown", payload, ["Informe uma expressão matemática válida."]);
      }
    }
    if (/^(?:organizar|organize|organiza)\s+(?:isso|o\s+texto)$/.test(normalized2) && (!effectiveInput?.items?.length || Object.hasOwn(effectiveInput?.summary?.counts || {}, "text"))) {
      return fail2(
        "unknown",
        payload,
        ["Como você quer organizar o texto?"],
        "text.organize",
        { id: "text.organize", candidateIds: ["text.sortLines", "text.deduplicateLines", "text.removeEmptyLines"], parameters: {} }
      );
    }
    const clauses = normalized2.split(splitClauses).map(stripPoliteness).filter(Boolean);
    if (clauses.length > limits.maxSteps) return fail2("unknown", payload, ["O pedido tem etapas demais."]);
    const matches = [], clarification2 = [], diagnostics = [];
    let previousTarget, previousDataColumn;
    let workingInput = effectiveInput;
    for (const clause of clauses) {
      const modifier = clauseNegation(clause);
      if (modifier.unsafeException) return fail2(
        "unknown",
        payload,
        ["O trecho com exceção pode inverter a operação. Reformule dizendo apenas o que deve ser feito."],
        "language.negation"
      );
      if (modifier.negated) continue;
      const parsed = parseParameters(clause, { input: workingInput, session: options2.session });
      const result = matchCapabilityClause(
        clause,
        parsed,
        { registry, input: workingInput, previousTarget, session: options2.session }
      );
      if (options2.debug) diagnostics.push({
        clause,
        reference: reference.status === "resolved" ? reference : void 0,
        candidates: result.candidates.map((candidate2) => ({
          capabilityId: candidate2.capabilityId,
          score: candidate2.score,
          confidence: candidate2.confidence,
          evidence: candidate2.evidence
        }))
      });
      let match = result.match;
      if (result.ambiguous) return ambiguityFor(
        result,
        payload,
        options2.debug ? { clauses: diagnostics } : void 0
      );
      if (!match) match = bareZipMatch(clause, matches, registry);
      if (!match) {
        const knownAction = hasKnownActionStart(clause) || Boolean(controlledApproximation(tokenizeForMatching(clause)[0] || "", PT_ACTION_WORDS));
        return fail2(
          knownAction ? "unsupported" : "unknown",
          payload,
          [],
          void 0,
          void 0,
          options2.debug ? { clauses: diagnostics } : void 0
        );
      }
      const capability2 = registry.get(match.capabilityId);
      if (!capability2 || !capability2.intents.includes(match.intent)) return fail2("unsupported", payload);
      const resolvedAudio = resolveAudioMatch(match, parsed, payload);
      if (resolvedAudio?.status) return resolvedAudio;
      match = resolvedAudio;
      if (match.capabilityId === "data.statistics" && match.parameters.column === void 0 && previousDataColumn) {
        match = { ...match, parameters: { ...match.parameters, column: previousDataColumn } };
      }
      if (Object.keys(match.parameters).some((key2) => !Object.hasOwn(capability2.parameters, key2))) {
        return fail2("unknown", payload, ["Os parâmetros não correspondem à ação solicitada."]);
      }
      if (/\b(?:bastante|muito|bem menor)\b/.test(clause) && !Object.hasOwn(match.parameters, "maxSize") && !Object.hasOwn(match.parameters, "width") && !Object.hasOwn(match.parameters, "height")) {
        match = { ...match, confidence: "medium" };
        clarification2.push("Informe um tamanho máximo ou as dimensões desejadas; não vou escolher uma redução intensa por conta própria.");
      }
      if (parsed.issues.length) match = { ...match, confidence: "low" };
      clarification2.push(...parsed.issues);
      matches.push({
        capabilityId: match.capabilityId,
        intent: match.intent,
        target: match.target,
        confidence: match.confidence,
        parameters: match.parameters
      });
      previousTarget = match.target;
      if (match.target === "data" && match.parameters.column) previousDataColumn = match.parameters.column;
      if (workingInput?.items && capability2.inputMode !== "none") {
        try {
          workingInput = collection(projectedOutput(
            capability2,
            match.parameters,
            workingInput.items,
            limits
          ));
        } catch {
        }
      }
    }
    if (!matches.length) return fail2(
      "unknown",
      payload,
      [],
      void 0,
      void 0,
      options2.debug ? { clauses: diagnostics } : void 0
    );
    return {
      status: "matched",
      matches,
      payload,
      clarification: clarification2,
      reference: reference.status === "resolved" ? reference : void 0,
      ...options2.debug ? { diagnostics: { clauses: diagnostics } } : {},
      confidence: matches.some((match) => match.confidence === "low") ? "low" : matches.some((match) => match.confidence === "medium") ? "medium" : "high"
    };
  }

  // src/core/intelligence/planner.js
  function createPlan(interpretation, registry = capabilityRegistry) {
    const matches = interpretation?.matches || [];
    return deepFreeze({
      version: 1,
      source: "command",
      status: interpretation?.status || "unknown",
      confidence: interpretation?.confidence || "low",
      clarification: [...interpretation?.clarification || []],
      steps: matches.map((match) => ({ capabilityId: match.capabilityId, parameters: { ...match.parameters } })),
      // Somente descreve; não invoca nenhuma implementação.
      labels: matches.map((match) => registry.get(match.capabilityId)?.name || "Ação não disponível")
    });
  }
  function createManualPlan(capabilityId, parameters2 = {}, registry = capabilityRegistry) {
    const cap = registry.get(capabilityId);
    return deepFreeze({
      version: 1,
      source: "manual",
      status: cap ? "matched" : "unsupported",
      confidence: cap ? "high" : "low",
      clarification: [],
      steps: [{ capabilityId, parameters: { ...parameters2 } }],
      labels: [cap?.name || "Ação não disponível"]
    });
  }

  // src/core/intelligence/executor.js
  function sameJson(left, right, maximumDepth) {
    const pending = [{ left, right, depth: 0 }];
    while (pending.length) {
      const pair = pending.pop();
      if (Object.is(pair.left, pair.right)) continue;
      if (pair.depth > maximumDepth || pair.left === null || pair.right === null || typeof pair.left !== typeof pair.right || typeof pair.left !== "object" || Array.isArray(pair.left) !== Array.isArray(pair.right)) return false;
      if (Array.isArray(pair.left)) {
        if (pair.left.length !== pair.right.length) return false;
        for (let index = 0; index < pair.left.length; index++) {
          pending.push({ left: pair.left[index], right: pair.right[index], depth: pair.depth + 1 });
        }
        continue;
      }
      const leftKeys = Object.keys(pair.left), rightKeys = Object.keys(pair.right);
      if (leftKeys.length !== rightKeys.length || leftKeys.some((key2) => !Object.hasOwn(pair.right, key2))) return false;
      for (const key2 of leftKeys) {
        pending.push({ left: pair.left[key2], right: pair.right[key2], depth: pair.depth + 1 });
      }
    }
    return true;
  }
  function sameTable(left, right, orderedColumns = false) {
    if (!left || !right || left.columns.length !== right.columns.length || left.rows.length !== right.rows.length) return false;
    if (orderedColumns && left.columns.some((column, index) => column !== right.columns[index])) return false;
    const rightIndexes = new Map(right.columns.map((column, index) => [column, index]));
    if (left.columns.some((column) => !rightIndexes.has(column))) return false;
    for (let rowIndex = 0; rowIndex < left.rows.length; rowIndex++) {
      for (let leftIndex = 0; leftIndex < left.columns.length; leftIndex++) {
        const rightIndex = rightIndexes.get(left.columns[leftIndex]);
        const leftPresent = left.rowPresence?.[rowIndex]?.[leftIndex] !== false;
        const rightPresent = right.rowPresence?.[rowIndex]?.[rightIndex] !== false;
        if (leftPresent !== rightPresent || !Object.is(left.rows[rowIndex][leftIndex], right.rows[rowIndex][rightIndex])) {
          return false;
        }
      }
    }
    return true;
  }
  async function validateDataOutput(item, limits, signal) {
    if (!(item.file instanceof Blob) || item.file.size !== item.size || item.file.type !== item.mime || !["text/csv", "application/json"].includes(item.mime) || typeof item.text !== "string") throw new CoreError("output", "A saída de dados não corresponde ao contrato da capacidade.");
    if (item.table && !validateTableModel(item.table, limits)) {
      throw new CoreError("output", "A tabela gerada não corresponde ao contrato da capacidade.");
    }
    if (item.mime === "text/csv") {
      if (!item.table) throw new CoreError("output", "O CSV gerado não possui uma tabela válida.");
      try {
        const parsed = await parseCsvDocument(item.text, {
          limits,
          signal,
          explicit: true,
          delimiter: item.table.delimiter || ","
        });
        if (!sameTable(parsed.table, item.table, true)) throw new Error("table-mismatch");
      } catch {
        abortCheck(signal);
        throw new CoreError("output", "O CSV gerado não corresponde à tabela da operação.");
      }
      return;
    }
    try {
      const parsed = parseJsonDocument(item.text, limits, signal);
      if (Object.hasOwn(item, "jsonValue") && !sameJson(parsed.value, item.jsonValue, limits.maxParserDepth)) {
        throw new Error("json-mismatch");
      }
      if (parsed.table && item.table && !sameTable(parsed.table, item.table)) throw new Error("table-mismatch");
    } catch {
      abortCheck(signal);
      throw new CoreError("output", "O JSON gerado não corresponde aos dados da operação.");
    }
  }
  async function validateAudioOutput(item, limits, signal) {
    if (!(item.file instanceof Blob) || item.file.size !== item.size || item.file.type !== item.mime || item.mime !== "audio/wav" || item.size > limits.maxAudioOutputBytes || !Number.isFinite(item.duration) || item.duration <= 0 || item.duration > limits.maxAudioDurationSeconds || !Number.isSafeInteger(item.sampleRate) || item.sampleRate < 8e3 || item.sampleRate > limits.maxAudioSampleRate || item.channels !== 2) {
      throw new CoreError("output", "O áudio gerado não corresponde ao contrato da capacidade.");
    }
    try {
      const bytes2 = await abortable(item.file.arrayBuffer(), signal);
      abortCheck(signal);
      const metadata = validatePcm16StereoWav(bytes2);
      const duration = metadata.frames / metadata.sampleRate;
      if (metadata.totalBytes !== item.size || metadata.channels !== item.channels || metadata.sampleRate !== item.sampleRate || Math.abs(duration - item.duration) > 1 / item.sampleRate) {
        throw new Error("audio-metadata-mismatch");
      }
    } catch {
      abortCheck(signal);
      throw new CoreError("output", "O WAV gerado é inválido ou está incompleto.");
    }
  }
  async function executePlan(plan, input2, options2 = {}) {
    const registry = options2.registry || capabilityRegistry, limits = resolveLimits(options2.limits);
    let snapshot;
    try {
      snapshot = deepFreeze(structuredClone(plan));
    } catch {
      throw new CoreError("plan", "O plano contém valores não permitidos.");
    }
    const validation = validatePlan(snapshot, input2, { registry, limits, session: options2.session });
    if (!validation.valid) throw new CoreError("validation", validation.errors[0].message, validation.errors);
    if (validation.requiresConfirmation && options2.confirmed !== true) throw new CoreError("confirmation", "Confirme o plano antes de executar.", validation.confirmationReasons);
    const capabilities = snapshot.steps.map((step) => registry.get(step.capabilityId));
    const executionTimeout = capabilities.some((capability2) => capability2?.category === "audio") ? limits.maxAudioExecutionMs : capabilities.some((capability2) => capability2?.category === "pdf") ? limits.maxPdfExecutionMs : limits.maxExecutionMs;
    const scope = createAbortScope(options2.signal, executionTimeout, "A execução excedeu o tempo permitido.");
    const controller = scope.controller;
    const archiveBudget = createArchiveBudget({ limits, controller });
    let items = input2.items;
    const notices = [];
    try {
      abortCheck(controller.signal);
      options2.onState?.("running");
      for (const [index, step] of snapshot.steps.entries()) {
        await yieldTask(controller.signal);
        const cap = registry.get(step.capabilityId);
        const errors = validateStepInput(cap, items, limits, step.parameters);
        if (errors.length) throw new CoreError("input", errors[0].message, errors);
        const output = await abortable(cap.execute({
          items: cap.inputMode === "none" ? [] : items,
          parameters: step.parameters,
          capability: cap,
          limits,
          signal: controller.signal,
          archiveBudget,
          imageRuntime: options2.imageRuntime,
          session: options2.session
        }), controller.signal);
        abortCheck(controller.signal);
        if (!Array.isArray(output) || !output.length || output.length > limits.maxFiles) throw new CoreError("output", "A capacidade retornou uma saída inválida.");
        let total = 0;
        for (const item of output) {
          if (!item || !item.valid || !cap.outputs.includes(item.mime) || item.kind !== cap.outputKind || item.source !== "output") throw new CoreError("output", "A saída não corresponde ao contrato da capacidade.");
          const maximumItemBytes = item.kind === "audio" ? limits.maxAudioOutputBytes : limits.maxFileBytes;
          if (!Number.isSafeInteger(item.size) || item.size < 0 || item.size > maximumItemBytes) throw new CoreError("output", "Tamanho de saída inválido.");
          if (item.text !== void 0 && (typeof item.text !== "string" || byteSize(item.text) !== item.size || item.size > limits.maxTextBytes)) throw new CoreError("output", "Texto de saída inválido.");
          if (item.kind === "image" && (!(item.file instanceof Blob) || item.file.size !== item.size || item.file.type !== item.mime || !Number.isSafeInteger(item.width) || !Number.isSafeInteger(item.height) || item.width < 1 || item.height < 1 || item.width > limits.maxImageDimension || item.height > limits.maxImageDimension || item.width * item.height > limits.maxImagePixels)) throw new CoreError("output", "A imagem gerada não corresponde ao contrato da capacidade.");
          if (item.kind === "pdf" && (!(item.file instanceof Blob) || item.file.size !== item.size || item.file.type !== item.mime || !Number.isSafeInteger(item.pageCount) || item.pageCount < 1 || item.pageCount > limits.maxPdfPagesPerFile || !Array.isArray(item.pageSizes) || item.pageSizes.length !== item.pageCount || !Array.isArray(item.rotations) || item.rotations.length !== item.pageCount)) throw new CoreError("output", "O PDF gerado não corresponde ao contrato da capacidade.");
          if (item.kind === "data") await validateDataOutput(item, limits, controller.signal);
          if (item.kind === "audio") await validateAudioOutput(item, limits, controller.signal);
          if (item.kind === "workspace" && item.route !== cap.route) throw new CoreError("output", "Rota de saída não autorizada.");
          total += item.size;
        }
        const maximumTotalBytes = output.every((item) => item.kind === "audio") ? limits.maxAudioOutputBytes : limits.maxTotalBytes;
        if (total > maximumTotalBytes) throw new CoreError("limit", "A saída ultrapassa o limite total.");
        for (const notice of [...new Set(output.map((item) => item.notice).filter(Boolean))]) {
          notices.push({ capabilityId: cap.id, text: notice });
        }
        items = collection(output).items;
        options2.onProgress?.({ completed: index + 1, total: snapshot.steps.length });
      }
      options2.history?.record(capabilities, "success");
      options2.onState?.("success");
      return deepFreeze({
        status: "success",
        items,
        steps: snapshot.steps.map((step) => step.capabilityId),
        inputBytes: input2.items.reduce((sum2, item) => sum2 + item.size, 0),
        outputBytes: items.reduce((sum2, item) => sum2 + item.size, 0),
        notices
      });
    } catch (error3) {
      const reason = controller.signal.aborted ? controller.signal.reason : error3;
      const status = reason?.name === "AbortError" ? "cancelled" : "error";
      options2.history?.record(capabilities, status);
      options2.onState?.(status);
      throw reason;
    } finally {
      scope.dispose();
    }
  }

  // src/core/intelligence/controller.js
  var EXECUTION_STATES = Object.freeze(["idle", "detecting", "ready", "planning", "validating", "waiting_confirmation", "running", "success", "error", "cancelled"]);
  function createTaskController(options2 = {}) {
    const registry = options2.registry || capabilityRegistry;
    const limits = resolveLimits(options2.limits);
    const history = options2.history || sessionHistory;
    const listeners = /* @__PURE__ */ new Set();
    let current = Object.freeze({ status: "idle" }), generation = 0, abortController, executing = false, preparedSession;
    function publish(status, details = {}) {
      current = Object.freeze({ ...current, ...details, status });
      for (const listener of listeners) listener(current);
      return current;
    }
    function reset() {
      generation++;
      abortController?.abort();
      executing = false;
      preparedSession = void 0;
      current = Object.freeze({ status: "idle" });
      return publish("idle");
    }
    async function prepare({ command = "", files = [], actionId, parameters: parameters2 = {}, text: text2, contextText, sessionContext } = {}, { detectOnly = false } = {}) {
      reset();
      preparedSession = sessionContext;
      const ownGeneration = generation;
      abortController = new AbortController();
      const signal = abortController.signal;
      publish("detecting");
      try {
        const preliminary = parseCommand(command, { registry, limits, input: sessionContext?.currentInput, session: sessionContext });
        const fallbackText = !actionId && !files.length && contextText === void 0 && preliminary.status !== "matched";
        const body = actionId ? text2 || "" : preliminary.payload ?? (contextText === void 0 ? fallbackText ? command : "" : contextText);
        let input2 = await detectInput({ files: [...files], text: body }, { registry, limits, signal });
        if (ownGeneration !== generation) return current;
        publish("ready", { input: input2, suggestions: registry.suggestions(input2) });
        if (detectOnly) return current;
        publish("planning");
        const interpretation = actionId ? null : parseCommand(command, { registry, limits, input: input2, session: sessionContext });
        if (fallbackText && interpretation.status === "matched" && interpretation.payload === void 0) {
          input2 = collection(input2.items.filter((item) => item.source !== "text"));
        }
        if (!actionId && interpretation?.reference?.status === "resolved") {
          input2 = referencedInput(interpretation.reference, input2, sessionContext);
        }
        const plan = actionId ? createManualPlan(actionId, parameters2, registry) : createPlan(interpretation, registry);
        publish("validating", { input: input2, plan, interpretation, suggestions: registry.suggestions(input2) });
        const validation = validatePlan(plan, input2, { registry, limits, session: sessionContext });
        return publish(validation.requiresConfirmation ? "waiting_confirmation" : "ready", { validation });
      } catch (error3) {
        if (ownGeneration !== generation) return current;
        return publish(error3?.name === "AbortError" ? "cancelled" : "error", { message: error3.message || "Não foi possível analisar a entrada." });
      }
    }
    async function execute({ confirmed = false } = {}) {
      if (executing) return current;
      const ownGeneration = generation;
      if (!current.plan || !current.input) return publish("error", { message: "Prepare um pedido antes de executar." });
      executing = true;
      const plan = current.plan, input2 = current.input;
      try {
        publish("running");
        const result = await executePlan(plan, input2, {
          registry,
          limits,
          signal: abortController.signal,
          confirmed,
          history,
          session: preparedSession,
          onProgress: (progress) => {
            if (ownGeneration === generation) publish("running", { progress });
          }
        });
        if (ownGeneration === generation) return publish("success", { result });
        return current;
      } catch (error3) {
        if (ownGeneration !== generation) return current;
        return publish(error3?.name === "AbortError" ? "cancelled" : "error", { message: error3.message || "A execução falhou." });
      } finally {
        if (ownGeneration === generation) executing = false;
      }
    }
    return Object.freeze({
      get snapshot() {
        return current;
      },
      registry,
      limits,
      prepare,
      execute,
      reset,
      subscribe(listener) {
        listeners.add(listener);
        listener(current);
        return () => listeners.delete(listener);
      },
      cancel() {
        reset();
        return publish("cancelled", { message: "Operação cancelada." });
      },
      dispose() {
        reset();
        listeners.clear();
      }
    });
  }

  // src/core/result-zip.js
  var ZIP_UTF8_FLAG = 2048;
  var ZIP_VERSION = 20;
  var MAX_ZIP_NAME_BYTES = 240;
  var READ_CHUNK_BYTES = 1024 * 1024;
  var crcTable2;
  function getCrcTable2() {
    if (crcTable2) return crcTable2;
    crcTable2 = new Uint32Array(256);
    for (let index = 0; index < 256; index += 1) {
      let value = index;
      for (let bit = 0; bit < 8; bit += 1) {
        value = value & 1 ? 3988292384 ^ value >>> 1 : value >>> 1;
      }
      crcTable2[index] = value >>> 0;
    }
    return crcTable2;
  }
  async function crc32(blob, signal) {
    let crc = 4294967295;
    const table = getCrcTable2();
    for (let offset = 0; offset < blob.size; offset += READ_CHUNK_BYTES) {
      abortCheck(signal);
      const end = Math.min(offset + READ_CHUNK_BYTES, blob.size);
      const bytes2 = new Uint8Array(await abortable(blob.slice(offset, end).arrayBuffer(), signal));
      for (const byte of bytes2) crc = table[(crc ^ byte) & 255] ^ crc >>> 8;
      await yieldTask(signal);
    }
    return (crc ^ 4294967295) >>> 0;
  }
  function zipDate(date) {
    const year = Math.min(2107, Math.max(1980, date.getFullYear()));
    return {
      time: date.getHours() << 11 | date.getMinutes() << 5 | Math.floor(date.getSeconds() / 2),
      date: year - 1980 << 9 | date.getMonth() + 1 << 5 | date.getDate()
    };
  }
  function header(length) {
    const bytes2 = new Uint8Array(length);
    return { bytes: bytes2, view: new DataView(bytes2.buffer) };
  }
  function setCommon(view2, offset, entry) {
    view2.setUint16(offset, ZIP_VERSION, true);
    view2.setUint16(offset + 2, ZIP_UTF8_FLAG, true);
    view2.setUint16(offset + 4, 0, true);
    view2.setUint16(offset + 6, entry.time, true);
    view2.setUint16(offset + 8, entry.date, true);
    view2.setUint32(offset + 10, entry.crc, true);
    view2.setUint32(offset + 14, entry.size, true);
    view2.setUint32(offset + 18, entry.size, true);
    view2.setUint16(offset + 22, entry.nameBytes.length, true);
  }
  function localHeader(entry) {
    const { bytes: bytes2, view: view2 } = header(30 + entry.nameBytes.length);
    view2.setUint32(0, 67324752, true);
    setCommon(view2, 4, entry);
    view2.setUint16(28, 0, true);
    bytes2.set(entry.nameBytes, 30);
    return bytes2;
  }
  function centralHeader(entry) {
    const { bytes: bytes2, view: view2 } = header(46 + entry.nameBytes.length);
    view2.setUint32(0, 33639248, true);
    view2.setUint16(4, ZIP_VERSION, true);
    setCommon(view2, 6, entry);
    view2.setUint16(30, 0, true);
    view2.setUint16(32, 0, true);
    view2.setUint16(34, 0, true);
    view2.setUint16(36, 0, true);
    view2.setUint32(38, 0, true);
    view2.setUint32(42, entry.offset, true);
    bytes2.set(entry.nameBytes, 46);
    return bytes2;
  }
  function endRecord(entryCount, centralSize, centralOffset) {
    const { bytes: bytes2, view: view2 } = header(22);
    view2.setUint32(0, 101010256, true);
    view2.setUint16(4, 0, true);
    view2.setUint16(6, 0, true);
    view2.setUint16(8, entryCount, true);
    view2.setUint16(10, entryCount, true);
    view2.setUint32(12, centralSize, true);
    view2.setUint32(16, centralOffset, true);
    view2.setUint16(20, 0, true);
    return bytes2;
  }
  function cleanBaseName(value) {
    const input2 = String(value || "").normalize("NFC").replaceAll("\\", "/").split("/").at(-1) || "";
    const cleaned = input2.replace(/[\u0000-\u001f\u007f<>:"/\\|?*]/g, "_").replace(/[. ]+$/g, "").trim();
    if (!cleaned || cleaned === "." || cleaned === "..") return "arquivo";
    const stem = cleaned.split(".")[0];
    return /^(?:con|prn|aux|nul|com[1-9]|lpt[1-9])$/i.test(stem) ? "_" + cleaned : cleaned;
  }
  function fitName(value, suffix = "") {
    const encoder = new TextEncoder();
    const name = cleanBaseName(value);
    const dot = name.lastIndexOf(".");
    const extension = dot > 0 && dot < name.length - 1 ? name.slice(dot) : "";
    const stem = extension ? name.slice(0, dot) : name;
    const ending = suffix + extension;
    const endingBytes = encoder.encode(ending).length;
    let fitted = "";
    for (const character of stem) {
      if (encoder.encode(fitted + character).length + endingBytes > MAX_ZIP_NAME_BYTES) break;
      fitted += character;
    }
    return (fitted || "arquivo") + ending;
  }
  function safeZipNames(items) {
    const used = /* @__PURE__ */ new Set();
    return items.map((item) => {
      const original = cleanBaseName(item.name);
      let attempt = 1;
      let candidate2 = fitName(original);
      while (used.has(candidate2.toLocaleLowerCase("pt-BR"))) {
        attempt += 1;
        candidate2 = fitName(original, ` (${attempt})`);
      }
      used.add(candidate2.toLocaleLowerCase("pt-BR"));
      return candidate2;
    });
  }
  function resultFiles(items) {
    if (!Array.isArray(items)) return [];
    return items.filter((item) => item?.source === "output" && item.file instanceof Blob && Number.isFinite(item.size) && item.size === item.file.size);
  }
  async function createResultZip(items, options2 = {}) {
    const signal = options2.signal;
    const limits = { ...DEFAULT_LIMITS, ...options2.limits || {} };
    const files = resultFiles(items);
    const maximumEntries = Math.min(limits.maxFiles, limits.maxArchiveEntries, 65535);
    const maximumBytes = Math.min(limits.maxTotalBytes, limits.maxArchiveExpandedBytes, 4294967295);
    if (files.length < 2) throw new CoreError("result_zip", "São necessários pelo menos dois resultados para criar o ZIP.");
    if (files.length > maximumEntries) throw new CoreError("result_zip_limit", "Há resultados demais para criar um único ZIP.");
    const totalBytes = files.reduce((total, item) => total + item.file.size, 0);
    if (!Number.isSafeInteger(totalBytes) || totalBytes > maximumBytes) {
      throw new CoreError("result_zip_limit", "Os resultados ultrapassam o limite seguro para criar o ZIP.");
    }
    const names2 = safeZipNames(files);
    const timestamp = zipDate(options2.date instanceof Date ? options2.date : /* @__PURE__ */ new Date());
    const entries = [];
    let offset = 0;
    for (const [index, item] of files.entries()) {
      abortCheck(signal);
      const nameBytes = new TextEncoder().encode(names2[index]);
      const entry = {
        name: names2[index],
        nameBytes,
        file: item.file,
        size: item.file.size,
        crc: await crc32(item.file, signal),
        offset,
        ...timestamp
      };
      const local2 = localHeader(entry);
      entry.local = local2;
      entries.push(entry);
      offset += local2.length + entry.size;
      if (offset > 4294967295) throw new CoreError("result_zip_limit", "O ZIP ultrapassaria o limite permitido.");
    }
    const central = entries.map(centralHeader);
    const centralSize = central.reduce((total, part) => total + part.length, 0);
    if (offset + centralSize + 22 > 4294967295) throw new CoreError("result_zip_limit", "O ZIP ultrapassaria o limite permitido.");
    const parts = [];
    for (const entry of entries) parts.push(entry.local, entry.file);
    parts.push(...central, endRecord(entries.length, centralSize, offset));
    const blob = new Blob(parts, { type: "application/zip" });
    abortCheck(signal);
    return Object.freeze({ blob, name: brand.name + "-resultados.zip", entries: Object.freeze([...names2]) });
  }

  // src/components/result-download.js
  function startDownload(blob, name, lifetimeMs = DEFAULT_LIMITS.downloadUrlLifetimeMs) {
    const url = URL.createObjectURL(blob);
    const link = document.createElement("a");
    link.href = url;
    link.download = name;
    document.body.append(link);
    link.click();
    link.remove();
    const lifetime = Number.isFinite(lifetimeMs) ? Math.max(DEFAULT_LIMITS.downloadUrlLifetimeMs, Math.min(12e4, lifetimeMs)) : DEFAULT_LIMITS.downloadUrlLifetimeMs;
    setTimeout(() => URL.revokeObjectURL(url), lifetime);
  }
  function downloadResultFile(item) {
    if (!(item?.file instanceof Blob)) return;
    startDownload(item.file, item.name || "arquivo", item.downloadUrlLifetimeMs);
  }
  function batchDownloadControl(items, options2 = {}) {
    const files = resultFiles(items);
    if (files.length < 2) return null;
    const status = element("span", "batch-download-status");
    status.setAttribute("role", "status");
    status.setAttribute("aria-live", "polite");
    const action = button(
      "Baixar todos os " + files.length + " resultados",
      "primary-action batch-download-button",
      "Baixar tudo",
      async () => {
        if (action.disabled) return;
        action.disabled = true;
        status.textContent = "Preparando ZIP…";
        try {
          const archive = await createResultZip(files, { signal: options2.signal });
          startDownload(archive.blob, archive.name);
          status.textContent = "ZIP pronto";
        } catch (error3) {
          status.textContent = error3?.name === "AbortError" ? "Preparação cancelada" : "Não foi possível preparar o ZIP.";
        } finally {
          action.disabled = false;
        }
      }
    );
    return element("div", "batch-download-control", [action, status]);
  }

  // src/components/text-result.js
  function startTextDownload(item, index) {
    const blob = new Blob([item.text], { type: "text/plain;charset=utf-8" });
    const url = URL.createObjectURL(blob);
    const link = document.createElement("a");
    link.href = url;
    link.download = item.name || "resultado-texto-" + (index + 1) + ".txt";
    document.body.append(link);
    link.click();
    link.remove();
    setTimeout(() => URL.revokeObjectURL(url), DEFAULT_LIMITS.downloadUrlLifetimeMs);
  }
  function fallbackCopy(text2) {
    const area = element("textarea", "sr-only");
    area.value = text2;
    area.setAttribute("readonly", "");
    document.body.append(area);
    area.select();
    const copied = typeof document.execCommand === "function" && document.execCommand("copy");
    area.remove();
    if (!copied) throw new Error("clipboard");
  }
  function copyControl(text2) {
    const status = element("span", "text-copy-status");
    status.setAttribute("role", "status");
    status.setAttribute("aria-live", "polite");
    const action = button("Copiar resultado", "primary-action", "Copiar resultado", async () => {
      try {
        if (navigator.clipboard?.writeText) await navigator.clipboard.writeText(text2);
        else fallbackCopy(text2);
        status.textContent = "Copiado";
      } catch {
        try {
          fallbackCopy(text2);
          status.textContent = "Copiado";
        } catch {
          status.textContent = "Não foi possível copiar.";
        }
      }
    });
    return [action, status];
  }
  function textTitle(item) {
    const stats = item.stats || {};
    const titles2 = {
      "text.clean": "✓ Texto limpo",
      "text.deduplicateLines": stats.removed ? "✓ Duplicatas removidas" : "Nenhuma duplicata encontrada",
      "text.sortLines": "✓ Linhas ordenadas",
      "text.removeEmptyLines": stats.removed ? "✓ Linhas vazias removidas" : "Nenhuma linha vazia encontrada",
      "text.replace": stats.replacements ? "✓ Texto substituído" : "Nenhuma ocorrência encontrada",
      "text.changeCase": "✓ Maiúsculas/minúsculas convertidas",
      "text.extractLinks": stats.count + (stats.count === 1 ? " link encontrado" : " links encontrados"),
      "text.extractEmails": stats.count + (stats.count === 1 ? " e-mail encontrado" : " e-mails encontrados")
    };
    return titles2[item.operation] || "✓ Texto processado";
  }
  function textMeta(item) {
    const stats = item.stats || {};
    if (Number.isSafeInteger(stats.inputLines) && Number.isSafeInteger(stats.outputLines)) {
      return stats.inputLines + (stats.inputLines === 1 ? " linha" : " linhas") + " → " + stats.outputLines + (stats.outputLines === 1 ? " linha" : " linhas");
    }
    if (Number.isSafeInteger(stats.replacements)) return stats.replacements + (stats.replacements === 1 ? " substituição" : " substituições");
    if (Number.isSafeInteger(stats.count)) return stats.count + (stats.count === 1 ? " resultado" : " resultados");
    return item.notice || "";
  }
  function comparisonMeta(counts) {
    return [
      counts.equal + (counts.equal === 1 ? " linha igual" : " linhas iguais"),
      counts.added + (counts.added === 1 ? " adicionada" : " adicionadas"),
      counts.removed + (counts.removed === 1 ? " removida" : " removidas"),
      counts.changed + (counts.changed === 1 ? " alterada" : " alteradas")
    ].join(" · ");
  }
  function diffRow(type, marker, text2) {
    const row = element("div", "text-diff-row is-" + type, [
      element("span", "text-diff-marker", marker),
      element("span", "text-diff-content", text2)
    ]);
    return row;
  }
  function comparisonNodes(item) {
    const value = item.value || {}, rows = Array.isArray(value.rows) ? value.rows : [];
    const counts = value.counts || { equal: 0, added: 0, removed: 0, changed: 0 };
    const nodes = [
      element("strong", "session-headline", value.identical ? "Textos idênticos" : "✓ Comparação concluída"),
      element("p", "session-result-meta", comparisonMeta(counts))
    ];
    const preview = element("div", "text-diff");
    let characters = 0, displayed = 0, processedRows = 0;
    for (const row of rows) {
      const rowSize = String(row.text ?? row.before ?? "").length + String(row.after ?? "").length;
      if (displayed >= 500 || characters + rowSize > DEFAULT_LIMITS.maxPreviewChars) break;
      if (row.type === "changed") {
        preview.append(diffRow("removed", "−", row.before), diffRow("added", "+", row.after));
        displayed += 2;
      } else {
        preview.append(diffRow(row.type, row.type === "added" ? "+" : row.type === "removed" ? "−" : " ", row.text));
        displayed++;
      }
      characters += rowSize;
      processedRows++;
    }
    nodes.push(preview);
    if (processedRows < rows.length) nodes.push(element("p", "session-result-meta", "Prévia parcial da comparação."));
    return nodes;
  }
  function renderTextResult(item, index = 0) {
    if (item.mime === "application/x-unibox-comparison") return comparisonNodes(item);
    const meta = textMeta(item);
    const nodes = [element("strong", "session-headline", textTitle(item))];
    if (meta) nodes.push(element("p", "session-result-meta", meta));
    if (item.notice && item.notice !== meta) nodes.push(element("p", "session-result-meta", item.notice));
    if (item.text.length) nodes.push(element("pre", "text-result", item.text.slice(0, DEFAULT_LIMITS.maxPreviewChars)));
    if (item.text.length > DEFAULT_LIMITS.maxPreviewChars) nodes.push(element("p", "session-result-meta", "Prévia parcial. O arquivo TXT contém o resultado completo."));
    const [copy3, status] = copyControl(item.text);
    nodes.push(element("div", "text-result-actions", [
      copy3,
      button("Baixar resultado em TXT", "text-button", "Baixar TXT", () => startTextDownload(item, index)),
      status
    ]));
    return nodes;
  }

  // src/components/data-preview.js
  function formatValue2(value) {
    if (value === null || value === void 0) return "";
    if (typeof value === "boolean") return value ? "true" : "false";
    return String(value);
  }
  function previewValue(value, onTruncate) {
    const text2 = formatValue2(value);
    const maximum = DEFAULT_LIMITS.maxDataPreviewCellChars;
    if (text2.length <= maximum) return text2;
    onTruncate();
    return text2.slice(0, Math.max(0, maximum - 1)) + "…";
  }
  function renderDataPreview(item) {
    if (!item?.table) {
      const text2 = String(item?.text || "");
      const preview = text2.length > DEFAULT_LIMITS.maxPreviewChars ? text2.slice(0, DEFAULT_LIMITS.maxPreviewChars) + "\n…" : text2;
      return element("pre", "data-json-preview", preview);
    }
    const table = item.table;
    const rowLimit = Math.min(table.rows.length, DEFAULT_LIMITS.maxDataPreviewRows);
    const columnLimit = Math.min(table.columns.length, DEFAULT_LIMITS.maxDataPreviewColumns);
    let abbreviated = false;
    const markAbbreviated = () => {
      abbreviated = true;
    };
    const head = element("tr", "", table.columns.slice(0, columnLimit).map((column) => element("th", "", previewValue(column, markAbbreviated))));
    const bodyRows = table.rows.slice(0, rowLimit).map((row) => element("tr", "", row.slice(0, columnLimit).map((value) => element("td", "", previewValue(value, markAbbreviated)))));
    const notes = [];
    notes.push("Mostrando " + rowLimit + " de " + table.rowCount + (table.rowCount === 1 ? " linha" : " linhas") + ".");
    if (columnLimit < table.columnCount) notes.push("Mostrando " + columnLimit + " de " + table.columnCount + " colunas.");
    if (abbreviated) notes.push("Conteúdos longos foram abreviados apenas nesta prévia.");
    return element("div", "data-preview", [
      element("p", "session-result-meta data-preview-meta", notes.join(" ")),
      element("div", "data-table-scroll", [
        element("table", "data-table", [element("thead", "", head), element("tbody", "", bodyRows)])
      ])
    ]);
  }
  function svgNode(tag, attributes = {}) {
    const node2 = document.createElementNS("http://www.w3.org/2000/svg", tag);
    for (const [name, value] of Object.entries(attributes)) node2.setAttribute(name, String(value));
    return node2;
  }
  function sampledIndexes(length, maximum = 120) {
    if (length <= maximum) return Array.from({ length }, (_, index) => index);
    const indexes = [];
    for (let index = 0; index < maximum; index++) indexes.push(Math.round(index * (length - 1) / (maximum - 1)));
    return [...new Set(indexes)];
  }
  var chartNumber = new Intl.NumberFormat("pt-BR", { maximumFractionDigits: 4 });
  var tickNumber = new Intl.NumberFormat("pt-BR", { notation: "compact", maximumFractionDigits: 1 });
  function chartText(svg, text2, attributes) {
    const node2 = svgNode("text", { class: "data-chart-label", ...attributes });
    node2.append(document.createTextNode(text2));
    svg.append(node2);
    return node2;
  }
  function chartMark(tag, attributes, label) {
    const node2 = svgNode(tag, { ...attributes, tabindex: "0", "aria-label": label });
    const title = svgNode("title");
    title.append(document.createTextNode(label));
    node2.append(title);
    return node2;
  }
  function circularChart(chart) {
    if (chart.values.some((value) => value < 0) || !chart.values.some((value) => value > 0)) {
      return element("p", "session-error", "Pizza e rosca precisam de valores sem negativos e pelo menos um valor maior que zero.");
    }
    const maximum = Math.max(...chart.values);
    const parts = chart.values.flatMap((value, i) => value > 0 ? [{ label: String(chart.labels[i]), weight: value / maximum, value }] : []);
    const grouped = parts.length > 20;
    if (grouped) {
      const tail = parts.splice(19);
      parts.push({
        label: "Outros (" + tail.length + ")",
        weight: tail.reduce((sum2, part) => sum2 + part.weight, 0),
        value: tail.reduce((sum2, part) => sum2 + part.value, 0)
      });
    }
    const total = parts.reduce((sum2, part) => sum2 + part.weight, 0);
    const svg = svgNode("svg", { viewBox: "0 0 340 310", role: "img", "aria-label": (chart.type === "pie" ? "Gráfico de pizza: " : "Gráfico de rosca: ") + chart.yColumn + " por " + chart.xColumn });
    svg.setAttribute("class", "data-chart-svg data-chart-circular");
    const colors = ["#007596", "#268bd2", "#64bde5", "#254a83", "#3aa9af", "#8a9fc8"];
    const cx2 = 170, cy2 = 155, outer = 125, inner = chart.type === "doughnut" ? 72 : 0;
    const point = (angle2, radius) => [cx2 + radius * Math.cos(angle2), cy2 + radius * Math.sin(angle2)];
    let angle = -Math.PI / 2;
    const legend = element("ul", "data-chart-legend");
    parts.forEach((part, i) => {
      const fraction = part.weight / total, sweep = fraction * Math.PI * 2, end = angle + sweep;
      let d;
      if (parts.length === 1) {
        d = `M${cx2},${cy2 - outer} A${outer},${outer} 0 1 1 ${cx2},${cy2 + outer} A${outer},${outer} 0 1 1 ${cx2},${cy2 - outer} Z`;
        if (inner) d += ` M${cx2},${cy2 - inner} A${inner},${inner} 0 1 0 ${cx2},${cy2 + inner} A${inner},${inner} 0 1 0 ${cx2},${cy2 - inner} Z`;
      } else {
        const startPoint = point(angle, outer), endPoint = point(end, outer), large = sweep > Math.PI ? 1 : 0;
        d = `M${startPoint} A${outer},${outer} 0 ${large} 1 ${endPoint}`;
        d += inner ? ` L${point(end, inner)} A${inner},${inner} 0 ${large} 0 ${point(angle, inner)} Z` : ` L${cx2},${cy2} Z`;
      }
      const percent = new Intl.NumberFormat("pt-BR", { style: "percent", maximumFractionDigits: 1 }).format(fraction);
      const valueLabel = Number.isFinite(part.value) ? chartNumber.format(part.value) + " · " : "";
      const label = part.label + ": " + valueLabel + percent;
      const color2 = colors[i % colors.length];
      svg.append(chartMark("path", { d, fill: color2, "fill-rule": "evenodd", class: "data-chart-slice" }, label));
      const swatch = element("span", "data-chart-swatch");
      swatch.style.setProperty("background-color", color2);
      const entry = element("li", "", [swatch, element("span", "", part.label), element("strong", "", percent)]);
      entry.title = label;
      legend.append(entry);
      angle = end;
    });
    if (inner) chartText(svg, "100%", { x: cx2, y: cy2 + 5, "text-anchor": "middle", class: "data-chart-total" });
    return element("div", "data-chart", [
      element("p", "data-chart-title", previewValue(chart.yColumn, () => {
      }) + " por " + previewValue(chart.xColumn, () => {
      })),
      element("div", "data-chart-parts", [svg, legend]),
      grouped ? element("p", "session-result-meta", "As categorias após a 19ª foram somadas em Outros, preservando o total.") : null
    ]);
  }
  function renderDataChart(chart) {
    if (!Array.isArray(chart?.values) || !chart.values.length || chart.values.some((value) => typeof value !== "number" || !Number.isFinite(value)) || !Array.isArray(chart.labels) || chart.labels.length !== chart.values.length) {
      return element("p", "session-error", "Não foi possível exibir este gráfico com segurança.");
    }
    if (isCircularChart(chart.type)) return circularChart(chart);
    const horizontal = chart.type === "horizontalBar";
    const indexes = sampledIndexes(chart.values.length, horizontal ? 40 : 120);
    const values3 = indexes.map((index) => chart.values[index]);
    const labels = indexes.map((index) => chart.labels[index]);
    const width = 720, height = horizontal ? Math.max(310, values3.length * 25 + 60) : 310;
    const left = horizontal ? 145 : 65, right = 18, top = 18, bottom = 58;
    const plotWidth = width - left - right, plotHeight = height - top - bottom;
    const magnitude = Math.max(1, ...values3.map((value) => Math.abs(value)));
    const scaledValues = values3.map((value) => value / magnitude);
    let minimum2 = Math.min(0, ...scaledValues), maximum = Math.max(0, ...scaledValues);
    if (minimum2 === maximum) {
      minimum2 -= 1;
      maximum += 1;
    }
    const y = (value) => top + (maximum - value / magnitude) / (maximum - minimum2) * plotHeight;
    const x = (index) => left + (values3.length === 1 ? plotWidth / 2 : index * plotWidth / (values3.length - 1));
    const valueX = (value) => left + (value / magnitude - minimum2) / (maximum - minimum2) * plotWidth;
    const label = (index) => String(labels[index]) + ": " + chartNumber.format(values3[index]);
    const svg = svgNode("svg", {
      viewBox: "0 0 " + width + " " + height,
      role: "img",
      "aria-label": "Gráfico de " + previewValue(chart.yColumn, () => {
      }) + " por " + previewValue(chart.xColumn, () => {
      })
    });
    svg.setAttribute("class", "data-chart-svg");
    for (let i = 0; i <= 4; i++) {
      const normalized2 = minimum2 + (maximum - minimum2) * i / 4;
      const tick = normalized2 * magnitude;
      const position = horizontal ? left + i * plotWidth / 4 : top + (1 - i / 4) * plotHeight;
      svg.append(svgNode("line", horizontal ? { x1: position, y1: top, x2: position, y2: top + plotHeight, class: "data-chart-grid" } : { x1: left, y1: position, x2: left + plotWidth, y2: position, class: "data-chart-grid" }));
      chartText(svg, tickNumber.format(tick), horizontal ? { x: position, y: height - 28, "text-anchor": "middle" } : { x: left - 9, y: position + 4, "text-anchor": "end" });
    }
    svg.append(svgNode("line", {
      x1: horizontal ? valueX(0) : left,
      y1: top,
      x2: horizontal ? valueX(0) : left,
      y2: top + plotHeight,
      class: "data-chart-axis"
    }));
    if (!horizontal) svg.append(svgNode("line", { x1: left, y1: y(0), x2: left + plotWidth, y2: y(0), class: "data-chart-axis" }));
    if (horizontal) {
      const slot = plotHeight / values3.length;
      values3.forEach((value, index) => {
        const rowY = top + index * slot, barHeight = Math.min(25, slot * 0.7);
        svg.append(chartMark("rect", {
          x: Math.min(valueX(0), valueX(value)),
          y: rowY + (slot - barHeight) / 2,
          width: Math.abs(valueX(value) - valueX(0)),
          height: barHeight,
          rx: 2,
          class: "data-chart-bar data-chart-horizontal"
        }, label(index)));
        chartText(svg, String(labels[index]).slice(0, 19), { x: left - 9, y: rowY + slot / 2 + 4, "text-anchor": "end" });
      });
    } else if (chart.type === "line" || chart.type === "area") {
      const points = values3.map((value, index) => x(index) + "," + y(value)).join(" ");
      if (chart.type === "area") svg.append(svgNode("polygon", {
        points: x(0) + "," + y(0) + " " + points + " " + x(values3.length - 1) + "," + y(0),
        class: "data-chart-area"
      }));
      svg.append(svgNode("polyline", { points, class: "data-chart-line" }));
      values3.forEach((value, index) => svg.append(chartMark("circle", { cx: x(index), cy: y(value), r: 4, class: "data-chart-point" }, label(index))));
    } else {
      const slot = plotWidth / Math.max(1, values3.length);
      const barWidth = Math.max(2, Math.min(36, slot * 0.7));
      values3.forEach((value, index) => {
        const zero = y(0), valueY = y(value);
        svg.append(chartMark("rect", {
          x: left + index * slot + (slot - barWidth) / 2,
          y: Math.min(zero, valueY),
          width: barWidth,
          height: Math.abs(zero - valueY),
          rx: 2,
          class: "data-chart-bar"
        }, label(index)));
      });
    }
    const labelStep = Math.max(1, Math.ceil(labels.length / 10));
    labels.forEach((label2, index) => {
      if (horizontal) return;
      if (index % labelStep && index !== labels.length - 1) return;
      const text2 = svgNode("text", {
        x: chart.type === "bar" ? left + (index + 0.5) * plotWidth / Math.max(1, labels.length) : x(index),
        y: height - 28,
        class: "data-chart-label",
        "text-anchor": "middle"
      });
      text2.append(document.createTextNode(String(label2).slice(0, 18)));
      svg.append(text2);
    });
    const note = indexes.length < chart.values.length ? element("p", "session-result-meta", "Exibindo uma amostra visual de " + indexes.length + " dos " + chart.values.length + " pontos.") : null;
    return element("div", "data-chart", [
      element("p", "data-chart-title", previewValue(chart.yColumn, () => {
      }) + " por " + previewValue(chart.xColumn, () => {
      })),
      svg,
      note
    ]);
  }
  function renderDataStatistics(statistics) {
    const formatted = new Intl.NumberFormat("pt-BR", { maximumFractionDigits: 8 }).format(statistics.value);
    return element("div", "data-statistics", [
      element("span", "data-statistics-label", statistics.label + " de " + statistics.column),
      element("strong", "data-statistics-value", formatted),
      statistics.statistic === "mean" || statistics.statistic === "sum" ? element("small", "session-result-meta", statistics.count + (statistics.count === 1 ? " valor numérico" : " valores numéricos")) : null
    ]);
  }

  // src/components/task-results.js
  var names = { image: "imagem", pdf: "PDF", text: "texto", csv: "CSV", json: "JSON", audio: "áudio", video: "vídeo", archive: "arquivo compactado", unknown: "não reconhecido" };
  function sizeLabel(bytes2) {
    return new Intl.NumberFormat("pt-BR", { maximumFractionDigits: 2 }).format(bytes2 / 1024 / 1024) + " MB";
  }
  function formatBytes(bytes2) {
    if (!Number.isFinite(bytes2)) return "";
    const units = ["B", "KB", "MB", "GB"];
    let value = bytes2, unit = 0;
    while (value >= 1024 && unit < units.length - 1) {
      value /= 1024;
      unit++;
    }
    return new Intl.NumberFormat("pt-BR", { maximumFractionDigits: value >= 10 ? 1 : 2 }).format(value) + " " + units[unit];
  }
  function intermediateNoticeTexts(notices, items) {
    const finalNotices = new Set(items.map((item) => item.notice).filter((value) => typeof value === "string"));
    const seen = /* @__PURE__ */ new Set();
    return (Array.isArray(notices) ? notices : []).flatMap((notice) => {
      const text2 = typeof notice === "string" ? notice : notice?.text;
      if (typeof text2 !== "string" || !text2.trim() || finalNotices.has(text2) || seen.has(text2)) return [];
      seen.add(text2);
      return [text2];
    });
  }
  function stepLabel(step) {
    const cap = capabilityRegistry.get(step.capabilityId);
    let label = cap?.name || "Ação não disponível";
    if (step.parameters.outputFormat) label += " para " + step.parameters.outputFormat.toUpperCase();
    if (step.parameters.maxSize) label += " até " + sizeLabel(step.parameters.maxSize);
    if (step.parameters.width) label += " — " + step.parameters.width + " × " + step.parameters.height;
    if (step.parameters.expression) label += ": " + step.parameters.expression;
    if (step.parameters.pages) label += ": páginas " + step.parameters.pages.join(", ");
    if (step.parameters.groups) label += ": " + step.parameters.groups.map((group) => group.join("-")).join(" | ");
    if (step.parameters.splitMode === "each") label += ": cada página";
    if (Array.isArray(step.parameters.order)) label += ": " + step.parameters.order.join(", ");
    if (step.capabilityId === "text.sortLines" && step.parameters.order) label += step.parameters.order === "desc" ? ": Z a A" : ": A a Z";
    if (step.capabilityId === "text.changeCase" && step.parameters.case) label += step.parameters.case === "upper" ? ": maiúsculas" : ": minúsculas";
    if (step.parameters.movePage) label += ": página " + step.parameters.movePage + " para o " + (step.parameters.moveTo === "start" ? "início" : "final");
    if (step.parameters.allPages) label += ": todas as páginas";
    if (step.parameters.angle) label += " em " + step.parameters.angle + "°";
    return label;
  }
  function capabilityButton(cap, onSelect) {
    const environment = capabilityRegistry.environments().find((item) => item.id === cap.environmentId);
    const label = cap.status === "AVAILABLE" ? "Disponível" : cap.status === "DISABLED" ? "Desativada" : "Em breve";
    return button(cap.name + " — " + label, "capability-action", [
      icon(environment.icon, "color-" + environment.color),
      element("span", "", cap.name),
      element("small", "capability-status", label)
    ], () => onSelect(cap.id));
  }
  function renderTaskResults(panel, state, actions) {
    panel.replaceChildren();
    panel.hidden = state.status === "idle";
    if (panel.hidden) return;
    const busy = ["detecting", "planning", "validating", "running"].includes(state.status);
    if (busy) {
      const labels = { detecting: "Analisando a entrada…", planning: "Organizando o pedido…", validating: "Conferindo o plano…", running: "Executando localmente…" };
      panel.append(element("p", "", labels[state.status]), button("Cancelar operação", "text-button", "Cancelar", actions.onCancel));
      return;
    }
    if (state.input?.items.length) {
      const pieces = Object.entries(state.input.summary.counts).map(([kind, count]) => count + " " + (names[kind] || kind) + (count > 1 ? "(s)" : ""));
      panel.append(element("p", "detection-summary", "Entrada: " + pieces.join(" · ")));
      for (const item of state.input.items.filter((item2) => item2.warnings.length)) {
        panel.append(element("p", "task-note", (item.name ? item.name + ": " : "") + item.warnings.join(" ")));
      }
    }
    if (state.status === "error" || state.status === "cancelled") panel.append(element("p", "task-feedback", state.message || "A operação não foi concluída."));
    if (state.plan?.steps.length) {
      panel.append(element("h3", "", "Plano"), element("ol", "task-plan", state.plan.steps.map((step) => element("li", "", stepLabel(step)))));
    }
    if (state.validation && !state.validation.valid) {
      const messages = state.interpretation?.status !== "matched" && state.interpretation?.message ? [state.interpretation.message, ...state.interpretation.clarification || []] : [...new Set(state.validation.errors.map((error3) => error3.message))];
      panel.append(...messages.slice(0, 4).map((message) => element("p", "task-feedback", message)));
    }
    if (state.status === "waiting_confirmation") {
      panel.append(...state.validation.confirmationReasons.map((reason) => element("p", "task-note", reason)));
      panel.append(element("div", "task-actions", [
        button("Confirmar e executar", "primary-action", "Confirmar e executar", actions.onConfirm),
        button("Cancelar", "text-button", "Cancelar", actions.onCancel)
      ]));
    }
    if (state.status === "success" && state.result) {
      panel.append(element("h3", "", "Resultado"));
      const batchDownload = batchDownloadControl(state.result.items);
      if (batchDownload) panel.append(batchDownload);
      for (const notice of intermediateNoticeTexts(state.result.notices, state.result.items)) {
        panel.append(element("p", "task-note", notice));
      }
      for (const [index, item] of state.result.items.entries()) {
        if (item.mime === "application/x-unibox-number") panel.append(element("p", "calculation-result", new Intl.NumberFormat("pt-BR", { maximumSignificantDigits: 15 }).format(item.value)));
        else if (item.mime === "application/x-unibox-word-count") panel.append(element("p", "count-result", item.value.words + " palavras · " + item.value.characters + " caracteres · " + item.value.lines + " linhas"));
        else if (item.kind === "data") {
          panel.append(element("p", "session-result-copy", item.name || "Dados processados"));
          if (Number.isFinite(item.size)) panel.append(element("p", "session-result-meta", formatBytes(item.size)));
          if (item.notice) panel.append(element("p", "task-note", item.notice));
          if (item.statistics) panel.append(renderDataStatistics(item.statistics));
          if (item.chart) panel.append(renderDataChart(item.chart));
          panel.append(renderDataPreview(item));
          for (const warning of item.warnings || []) panel.append(element("p", "task-note", warning));
          if (item.file instanceof Blob) {
            const label = item.chart ? "Baixar dados do gráfico" : "Baixar arquivo de dados";
            if (item.chart) panel.append(element("p", "task-note", "O download contém os dados usados no gráfico."));
            panel.append(button(label + ": " + (item.name || "dados"), "primary-action", label, () => downloadResultFile(item)));
          }
        } else if (item.kind === "text" || item.mime === "application/x-unibox-comparison") {
          panel.append(...renderTextResult(item, index));
        } else if (item.kind === "image") {
          panel.append(
            element("p", "session-result-copy", item.name || "Imagem processada"),
            element("p", "session-result-meta", item.width + " × " + item.height + " · " + sizeLabel(item.size))
          );
          if (item.notice) panel.append(element("p", item.targetReached === false ? "task-feedback" : "task-note", item.notice));
          panel.append(button("Baixar " + (item.name || "imagem"), "primary-action", "Baixar", () => downloadResultFile(item)));
        } else if (item.kind === "pdf") {
          panel.append(
            element("p", "session-result-copy", item.name || "PDF criado"),
            element("p", "session-result-meta", item.pageCount + (item.pageCount === 1 ? " página · " : " páginas · ") + sizeLabel(item.size))
          );
          if (item.notice) panel.append(element("p", "task-note", item.notice));
          panel.append(button("Baixar " + (item.name || "PDF"), "primary-action", "Baixar", () => downloadResultFile(item)));
        } else if (item.kind === "audio") {
          const duration = Number.isFinite(item.duration) ? new Intl.NumberFormat("pt-BR", { maximumFractionDigits: 2 }).format(item.duration) + " s" : "";
          const details = [
            duration,
            item.channels ? item.channels + " canais" : "",
            item.sampleRate ? item.sampleRate + " Hz" : "",
            formatBytes(item.size)
          ].filter(Boolean);
          panel.append(
            element("p", "session-result-copy", item.name || "Mixagem WAV"),
            element("p", "session-result-meta", details.join(" · "))
          );
          if (item.notice) panel.append(element("p", "task-note", item.notice));
          for (const warning of item.warnings || []) panel.append(element("p", "task-note", warning));
          panel.append(button("Baixar " + (item.name || "mixagem WAV"), "primary-action", "Baixar WAV", () => downloadResultFile(item)));
        } else if (item.kind === "workspace") panel.append(routeLink(item.route, "Abrir ambiente", "text-button", item.notice));
      }
    }
    if ((!state.plan || state.plan.confidence === "low") && state.suggestions?.length) {
      panel.append(element("h3", "", "Ações para esta entrada"));
      const suggestions = element("div", "capability-actions");
      for (const suggestion of state.suggestions) {
        const action = capabilityButton(suggestion.capability, actions.onSelect);
        if (!suggestion.compatible) action.append(element("small", "task-note", "Compatível com parte da seleção; selecione somente as entradas indicadas."));
        suggestions.append(action);
      }
      panel.append(suggestions);
    } else if (!state.plan && state.input?.items.length && !state.suggestions?.length) {
      panel.append(element("p", "task-note", state.input.valid ? "Nenhuma ação registrada é compatível com esta seleção." : "Confira os arquivos indicados antes de prosseguir."));
    }
  }

  // src/components/data-action-dialog.js
  function option(value, label) {
    const node2 = element("option", "", label);
    node2.value = value;
    return node2;
  }
  function selectField(label, values3) {
    const input2 = element(
      "select",
      "image-field-input data-action-select",
      values3.map((entry) => option(entry.value, entry.label))
    );
    input2.setAttribute("aria-label", label);
    return { input: input2, node: element("label", "image-field", [element("span", "", label), input2]) };
  }
  function textField(label, placeholder = "") {
    const input2 = element("input", "image-field-input");
    input2.type = "text";
    input2.placeholder = placeholder;
    input2.setAttribute("aria-label", label);
    return { input: input2, node: element("label", "image-field", [element("span", "", label), input2]) };
  }
  function form(children, submit) {
    const status = element("p", "image-action-status");
    status.setAttribute("role", "alert");
    const node2 = element("form", "image-action-form", [...children, status]);
    node2.addEventListener("submit", (event) => {
      event.preventDefault();
      status.textContent = "";
      submit(status);
    });
    return { node: node2, status };
  }
  function columnValues(table, predicate = () => true) {
    return table.columns.map((label, index) => ({ value: label, label })).filter((_, index) => predicate(table.columnTypes[index]));
  }
  function openDataActionDialog(capabilityId, item, onSubmit) {
    const table = item?.table;
    const finish = (parameters2) => {
      closeDialog();
      onSubmit({ parameters: parameters2 });
    };
    const requiresTable = [
      "data.sort",
      "data.filter",
      "data.deduplicate",
      "data.statistics",
      "data.csvToJson",
      "data.jsonToCsv",
      "data.chart"
    ].includes(capabilityId);
    if (!item) {
      return showDialog("Dados", element(
        "div",
        "dialog-body",
        element("p", "image-action-status", "Envie um arquivo CSV ou JSON para continuar.")
      ), { stacked: true });
    }
    if (requiresTable && !table) {
      const message = item.mime === "application/json" ? "Este JSON possui uma estrutura aninhada e não pode ser usado como tabela nesta versão." : "Este arquivo não possui uma tabela compatível nesta versão.";
      return showDialog("Dados", element(
        "div",
        "dialog-body",
        element("p", "image-action-status", message)
      ), { stacked: true });
    }
    if (["data.open", "data.csvToJson", "data.jsonToCsv", "json.validate", "json.format"].includes(capabilityId)) {
      finish({});
      return null;
    }
    let title = "Configurar dados", configured, focus;
    if (capabilityId === "data.sort") {
      title = "Ordenar dados";
      const column = selectField("Coluna", columnValues(table));
      const order = selectField("Ordem", [
        { value: "asc", label: "Crescente" },
        { value: "desc", label: "Decrescente" }
      ]);
      focus = column.input;
      configured = form(
        [column.node, order.node, element("button", "primary-action", "Ordenar")],
        () => finish({ column: column.input.value, order: order.input.value })
      );
    } else if (capabilityId === "data.filter") {
      title = "Filtrar dados";
      const column = selectField("Coluna", columnValues(table));
      const operator = selectField("Comparação", [
        { value: "eq", label: "Igual a" },
        { value: "ne", label: "Diferente de" },
        { value: "gt", label: "Maior que" },
        { value: "lt", label: "Menor que" },
        { value: "gte", label: "Maior ou igual a" },
        { value: "lte", label: "Menor ou igual a" }
      ]);
      const value = textField("Valor");
      focus = value.input;
      configured = form(
        [
          column.node,
          operator.node,
          value.node,
          element("p", "image-action-hint", "Para localizar células vazias, deixe o valor em branco."),
          element("button", "primary-action", "Filtrar")
        ],
        () => finish({ column: column.input.value, operator: operator.input.value, value: value.input.value })
      );
    } else if (capabilityId === "data.deduplicate") {
      title = "Remover duplicados";
      const column = selectField("Comparar por", [
        { value: "", label: "Linha inteira" },
        ...columnValues(table)
      ]);
      focus = column.input;
      configured = form(
        [
          column.node,
          element("p", "image-action-hint", "A primeira ocorrência será preservada."),
          element("button", "primary-action", "Remover duplicados")
        ],
        () => finish(column.input.value ? { column: column.input.value } : {})
      );
    } else if (capabilityId === "data.statistics") {
      title = "Calcular estatísticas";
      const statistic = selectField("Cálculo", [
        { value: "count", label: "Contagem" },
        { value: "sum", label: "Soma" },
        { value: "mean", label: "Média" },
        { value: "min", label: "Mínimo" },
        { value: "max", label: "Máximo" }
      ]);
      const column = selectField("Coluna", columnValues(table));
      focus = statistic.input;
      configured = form(
        [statistic.node, column.node, element("button", "primary-action", "Calcular")],
        () => finish({ statistic: statistic.input.value, column: column.input.value })
      );
    } else if (capabilityId === "data.chart") {
      title = "Gerar gráfico";
      const xColumn = selectField("Eixo horizontal", columnValues(table));
      const numeric2 = columnValues(table, (type) => type === "number");
      const yColumn = selectField("Valores", numeric2.length ? numeric2 : columnValues(table));
      const chartType = selectField("Tipo", dataChartTypes.map(([value, label]) => ({ value, label })));
      focus = xColumn.input;
      configured = form(
        [xColumn.node, yColumn.node, chartType.node, element("button", "primary-action", "Gerar gráfico")],
        (status) => {
          if (!numeric2.length) {
            status.textContent = "Não encontrei uma coluna numérica para o gráfico.";
            return;
          }
          if (xColumn.input.value === yColumn.input.value && table.columnCount > 1) {
            status.textContent = "Escolha colunas diferentes para o eixo e os valores.";
            return;
          }
          finish({ xColumn: xColumn.input.value, yColumn: yColumn.input.value, chartType: chartType.input.value });
        }
      );
    } else {
      finish({});
      return null;
    }
    const dialog = showDialog(title, element("div", "dialog-body", configured.node), { stacked: true });
    queueMicrotask(() => focus?.focus());
    return dialog;
  }

  // src/components/universal-box.js
  function universalBox({ capabilityId, onPickEnvironment, parameters: manualParameters = {} } = {}) {
    const cap = capabilityId ? capabilityRegistry.get(capabilityId) : null;
    const draft2 = cap ? { text: "", files: [] } : draft;
    const controller = createTaskController();
    const wrapper = element("div", "universal-wrapper");
    const form3 = element("form", "universal-box");
    form3.setAttribute("aria-label", cap ? cap.name : "Caixa universal");
    const input2 = element("textarea", "universal-input");
    input2.placeholder = cap ? cap.parameters.expression ? "Exemplo: 17% de 850" : "Cole o texto aqui..." : "Digite, cole ou arraste algo aqui...";
    input2.setAttribute("aria-label", cap ? cap.parameters.expression ? "Expressão matemática" : "Texto de entrada" : "O que você quer fazer?");
    input2.rows = 2;
    input2.value = draft2.text;
    if (cap?.category === "image") input2.hidden = true;
    if (cap?.inputMode === "none" && !cap.parameters.expression) input2.hidden = true;
    input2.addEventListener("input", () => {
      draft2.text = input2.value;
      controller.reset();
    });
    const filesInput = element("input", "sr-only");
    filesInput.type = "file";
    filesInput.multiple = true;
    filesInput.tabIndex = -1;
    filesInput.setAttribute("aria-label", "Selecionar arquivos do dispositivo");
    const filesList = element("ul", "attachment-list");
    const status = element("p", "box-status");
    status.setAttribute("role", "status");
    const results = element("section", "task-results");
    results.hidden = true;
    results.setAttribute("aria-label", "Análise e resultado");
    results.setAttribute("aria-live", "polite");
    let navigatedResult, disposed = false;
    function request(actionId = capabilityId, parameterOverride) {
      const selected2 = capabilityRegistry.get(actionId);
      const typedSelection = selected2?.inputMode === "selection" && !(selected2.environmentId === "dados" && draft2.files.length);
      const parameters2 = parameterOverride !== void 0 ? parameterOverride : actionId === capabilityId ? { ...manualParameters } : {};
      return {
        command: selected2 ? "" : draft2.text,
        files: draft2.files,
        actionId,
        text: typedSelection ? draft2.text : "",
        parameters: selected2?.parameters.expression ? { expression: draft2.text } : parameters2
      };
    }
    async function submit(actionId = capabilityId, parameterOverride) {
      status.textContent = "";
      const prepared = await controller.prepare(request(actionId, parameterOverride));
      const onlyStep = prepared.plan?.steps?.length === 1 ? prepared.plan.steps[0] : null;
      const pendingId = actionId || onlyStep?.capabilityId;
      const pendingCapability = capabilityRegistry.get(pendingId);
      const dataItem = prepared.input?.items?.find((item) => ["csv", "json", "data"].includes(item.kind));
      const needsDataParameters = parameterOverride === void 0 && pendingCapability?.environmentId === "dados" && dataItem?.valid === true && Boolean(dataItem.table) && prepared.validation?.errors?.some((error3) => error3.code === "missing_parameter");
      if (!disposed && needsDataParameters) {
        openDataActionDialog(pendingId, dataItem, (result) => submit(pendingId, result.parameters || {}));
        return;
      }
      if (!disposed && prepared.validation?.canExecute && !prepared.validation.requiresConfirmation) await controller.execute();
    }
    function selectedAction(actionId) {
      return submit(actionId);
    }
    const unsubscribe = controller.subscribe((state) => {
      renderTaskResults(results, state, {
        onSelect: selectedAction,
        onConfirm: () => controller.execute({ confirmed: true }),
        onCancel: () => controller.cancel()
      });
      if (state.status === "success" && state.result !== navigatedResult) {
        const destination = state.result.items.find((item) => item.kind === "workspace");
        if (destination) {
          navigatedResult = state.result;
          const link = routeLink(destination.route, "Abrir ambiente", "sr-only", "Abrir");
          document.body.append(link);
          link.click();
          link.remove();
        }
      }
    });
    async function detectSelection() {
      status.textContent = "";
      await controller.prepare(request(), { detectOnly: true });
    }
    function renderFiles() {
      filesList.replaceChildren(...draft2.files.map((file, index) => {
        const name = element("span", "attachment-name", file.name);
        name.title = file.name;
        return element("li", "attachment", [
          icon("document"),
          name,
          button("Remover " + file.name, "attachment-remove", icon("close"), () => {
            draft2.files.splice(index, 1);
            renderFiles();
            detectSelection();
            (filesList.querySelector("button") || input2).focus();
          })
        ]);
      }));
    }
    function receive(files) {
      if (cap?.inputMode === "none") {
        status.textContent = "Esta ação não usa arquivos.";
        return;
      }
      try {
        checkSelection([...draft2.files, ...files], "", controller.limits);
        controller.reset();
        if (cap) draft2.files.push(...files);
        else addFiles(files);
        renderFiles();
        detectSelection();
      } catch (error3) {
        status.textContent = error3.message;
      }
    }
    filesInput.addEventListener("change", () => {
      receive([...filesInput.files]);
      filesInput.value = "";
    });
    input2.addEventListener("paste", (event) => {
      if (event.clipboardData?.files.length) {
        event.preventDefault();
        receive([...event.clipboardData.files]);
      }
    });
    let dragDepth = 0;
    form3.addEventListener("dragenter", (event) => {
      event.preventDefault();
      dragDepth++;
      form3.classList.add("is-dragging");
    });
    form3.addEventListener("dragover", (event) => {
      event.preventDefault();
      if (event.dataTransfer) event.dataTransfer.dropEffect = "copy";
    });
    form3.addEventListener("dragleave", () => {
      dragDepth = Math.max(0, dragDepth - 1);
      if (!dragDepth) form3.classList.remove("is-dragging");
    });
    form3.addEventListener("drop", (event) => {
      event.preventDefault();
      dragDepth = 0;
      form3.classList.remove("is-dragging");
      if (event.dataTransfer?.files.length) receive([...event.dataTransfer.files]);
      else {
        const text2 = event.dataTransfer?.getData("text/plain");
        if (text2) {
          input2.value += text2;
          draft2.text = input2.value;
          controller.reset();
        }
      }
    });
    const controls = element("div", "composer-controls");
    if (!cap || cap.inputMode === "selection") controls.append(
      button("Anexar arquivos", "icon-button", icon("attach"), () => filesInput.click()),
      button("Selecionar arquivos do dispositivo", "icon-button", icon("files"), () => filesInput.click())
    );
    if (onPickEnvironment) controls.append(button("Escolher ambiente ou ação", "icon-button", icon("grid"), onPickEnvironment));
    const send = element("button", "submit-button", icon("arrow"));
    send.type = "submit";
    send.setAttribute("aria-label", cap ? cap.name : "Analisar e executar pedido");
    send.title = cap ? cap.name : "Analisar e executar pedido";
    form3.addEventListener("submit", (event) => {
      event.preventDefault();
      submit();
    });
    const dropHint = element("div", "drop-hint", [icon("upload"), "Solte aqui para selecionar"]);
    dropHint.setAttribute("aria-hidden", "true");
    form3.append(input2, filesList, element("div", "composer-bottom", [controls, send]), filesInput, dropHint);
    wrapper.append(form3, status, results);
    renderFiles();
    if (draft2.files.length) detectSelection();
    wrapper.dispose = () => {
      disposed = true;
      unsubscribe();
      controller.dispose();
    };
    return wrapper;
  }

  // src/components/image-action-dialog.js
  function numberInput(label, placeholder) {
    const input2 = element("input", "image-field-input");
    input2.type = "number";
    input2.min = "1";
    input2.max = String(DEFAULT_LIMITS.maxImageDimension);
    input2.step = "1";
    input2.placeholder = placeholder;
    input2.setAttribute("aria-label", label);
    return { input: input2, node: element("label", "image-field", [element("span", "", label), input2]) };
  }
  function actionForm(children, onSubmit) {
    const form3 = element("form", "image-action-form", children);
    const status = element("p", "image-action-status");
    status.setAttribute("role", "alert");
    form3.append(status);
    form3.addEventListener("submit", (event) => {
      event.preventDefault();
      onSubmit(status);
    });
    return form3;
  }
  function openImageActionDialog(capabilityId, onSubmit) {
    const finish = (parameters2) => {
      closeDialog();
      onSubmit(parameters2);
    };
    if (capabilityId === "image.convert") {
      const choices = element("div", "image-format-options", [
        ["jpg", "JPG"],
        ["png", "PNG"],
        ["webp", "WebP"]
      ].map(([format, label]) => button("Converter para " + label, "image-format-button", label, () => finish({ outputFormat: format }))));
      const dialog = showDialog("Converter imagem", element("div", "dialog-body", [
        element("p", "", "Escolha o novo formato. Ao usar JPG, transparências recebem fundo branco."),
        choices
      ]));
      queueMicrotask(() => dialog.querySelector(".image-format-button")?.focus());
      return;
    }
    if (capabilityId === "image.resize") {
      const width = numberInput("Largura", "Ex.: 1200");
      const height = numberInput("Altura", "Ex.: 800");
      const keep = element("input");
      keep.type = "checkbox";
      keep.checked = true;
      const form3 = actionForm([
        element("p", "", "Informe uma ou duas medidas em pixels."),
        element("div", "image-fields", [width.node, height.node]),
        element("label", "image-check", [keep, element("span", "", "Manter proporção quando uma medida estiver vazia")]),
        element("p", "image-action-hint", "Com duas medidas, será usado exatamente o tamanho informado."),
        element("button", "primary-action", "Redimensionar")
      ], (status) => {
        const parameters2 = {};
        if (width.input.value) parameters2.width = Number(width.input.value);
        if (height.input.value) parameters2.height = Number(height.input.value);
        if (!parameters2.width && !parameters2.height) {
          status.textContent = "Informe a largura ou a altura.";
          return;
        }
        if ((!parameters2.width || !parameters2.height) && !keep.checked) {
          status.textContent = "Para não manter a proporção, informe largura e altura.";
          return;
        }
        finish(parameters2);
      });
      const dialog = showDialog("Redimensionar imagem", element("div", "dialog-body", form3));
      queueMicrotask(() => width.input.focus());
      return;
    }
    onSubmit({});
  }

  // src/components/pdf-action-dialog.js
  function textField2(label, placeholder) {
    const input2 = element("input", "image-field-input");
    input2.type = "text";
    input2.placeholder = placeholder;
    input2.autocomplete = "off";
    input2.maxLength = 2e3;
    input2.setAttribute("aria-label", label);
    return { input: input2, node: element("label", "image-field", [element("span", "", label), input2]) };
  }
  function choice(name, value, label, checked = false) {
    const input2 = element("input");
    input2.type = "radio";
    input2.name = name;
    input2.value = value;
    input2.checked = checked;
    return { input: input2, node: element("label", "image-check", [input2, element("span", "", label)]) };
  }
  function parsedGroups(field3, status) {
    const groups2 = parsePageGroupsText(field3.input.value, DEFAULT_LIMITS.maxPdfTotalPages);
    if (!groups2) status.textContent = "Informe páginas válidas, por exemplo: 1, 3, 5-8.";
    return groups2;
  }
  function form2(children, submit) {
    const status = element("p", "image-action-status");
    status.setAttribute("role", "alert");
    const node2 = element("form", "image-action-form", [...children, status]);
    node2.addEventListener("submit", (event) => {
      event.preventDefault();
      status.textContent = "";
      submit(status);
    });
    return node2;
  }
  function openPdfActionDialog(capabilityId, onSubmit) {
    const finish = (parameters2) => {
      closeDialog();
      onSubmit(parameters2);
    };
    let title = "Configurar PDF", node2, focus;
    if (capabilityId === "pdf.extractPages") {
      title = "Extrair páginas";
      const pages = textField2("Páginas", "Ex.: 2, 4, 7 ou 3-8");
      focus = pages.input;
      node2 = form2([
        element("p", "", "Informe as páginas na ordem em que devem aparecer no novo PDF."),
        pages.node,
        element("button", "primary-action", "Continuar")
      ], (status) => {
        const groups2 = parsedGroups(pages, status);
        if (groups2) finish({ pages: groups2.flat() });
      });
    } else if (capabilityId === "pdf.split") {
      title = "Separar PDF";
      const each = choice("pdf-split-mode", "each", "Criar um PDF para cada página", true);
      const grouped = choice("pdf-split-mode", "groups", "Criar PDFs por grupos ou intervalos");
      const groups2 = textField2("Grupos de páginas", "Ex.: 1-3, 4-7, 8-10");
      focus = each.input;
      const update = () => {
        groups2.input.disabled = !grouped.input.checked;
      };
      each.input.addEventListener("change", update);
      grouped.input.addEventListener("change", update);
      update();
      node2 = form2([
        element("p", "", "Escolha como o documento será dividido."),
        each.node,
        grouped.node,
        groups2.node,
        element("button", "primary-action", "Continuar")
      ], (status) => {
        if (each.input.checked) {
          finish({ splitMode: "each" });
          return;
        }
        const parsed = parsedGroups(groups2, status);
        if (parsed) finish({ groups: parsed });
      });
    } else if (capabilityId === "pdf.reorder") {
      title = "Reorganizar páginas";
      const complete = choice("pdf-reorder-mode", "order", "Informar a ordem completa", true);
      const move = choice("pdf-reorder-mode", "move", "Mover uma página para o início ou final");
      const order = textField2("Nova ordem", "Ex.: 3, 1, 2");
      const page = element("input", "image-field-input");
      page.type = "number";
      page.min = "1";
      page.max = String(DEFAULT_LIMITS.maxPdfPagesPerFile);
      page.step = "1";
      page.placeholder = "Ex.: 5";
      page.setAttribute("aria-label", "Página que será movida");
      const destination = element("select", "image-field-input", [
        element("option", "", "Início"),
        element("option", "", "Final")
      ]);
      destination.options[0].value = "start";
      destination.options[1].value = "end";
      destination.setAttribute("aria-label", "Destino da página");
      const moveFields = element("div", "image-fields", [
        element("label", "image-field", [element("span", "", "Página"), page]),
        element("label", "image-field", [element("span", "", "Destino"), destination])
      ]);
      focus = complete.input;
      const update = () => {
        order.input.disabled = !complete.input.checked;
        page.disabled = destination.disabled = !move.input.checked;
      };
      complete.input.addEventListener("change", update);
      move.input.addEventListener("change", update);
      update();
      node2 = form2([
        element("p", "", "A ordem usa números de página começando em 1."),
        complete.node,
        order.node,
        move.node,
        moveFields,
        element("button", "primary-action", "Continuar")
      ], (status) => {
        if (complete.input.checked) {
          const groups2 = parsedGroups(order, status);
          if (groups2) finish({ order: groups2.flat() });
          return;
        }
        const movePage = Number(page.value);
        if (!Number.isSafeInteger(movePage) || movePage < 1) {
          status.textContent = "Informe uma página válida para mover.";
          return;
        }
        finish({ movePage, moveTo: destination.value });
      });
    } else if (capabilityId === "pdf.rotate") {
      title = "Girar páginas";
      const all = choice("pdf-rotate-mode", "all", "Girar todas as páginas", true);
      const selected2 = choice("pdf-rotate-mode", "selected", "Girar somente páginas escolhidas");
      const pages = textField2("Páginas", "Ex.: 2 ou 2-5");
      const angle = element("select", "image-field-input", [
        element("option", "", "90°"),
        element("option", "", "180°"),
        element("option", "", "270°")
      ]);
      [90, 180, 270].forEach((value, index) => {
        angle.options[index].value = String(value);
      });
      angle.setAttribute("aria-label", "Ângulo da rotação");
      focus = all.input;
      const update = () => {
        pages.input.disabled = !selected2.input.checked;
      };
      all.input.addEventListener("change", update);
      selected2.input.addEventListener("change", update);
      update();
      node2 = form2([
        element("p", "", "Escolha as páginas e o ângulo da rotação."),
        all.node,
        selected2.node,
        pages.node,
        element("label", "image-field", [element("span", "", "Ângulo"), angle]),
        element("button", "primary-action", "Continuar")
      ], (status) => {
        const parameters2 = { angle: Number(angle.value) };
        if (all.input.checked) {
          finish({ ...parameters2, allPages: true });
          return;
        }
        const groups2 = parsedGroups(pages, status);
        if (groups2) finish({ ...parameters2, pages: groups2.flat() });
      });
    } else {
      onSubmit({});
      return;
    }
    const dialog = showDialog(title, element("div", "dialog-body", node2));
    queueMicrotask(() => focus?.focus());
    return dialog;
  }

  // src/components/text-action-dialog.js
  function field(label, multiline = false) {
    const input2 = element(multiline ? "textarea" : "input", "image-field-input text-action-input");
    if (!multiline) input2.type = "text";
    else input2.rows = 6;
    input2.setAttribute("aria-label", label);
    return { input: input2, node: element("label", "image-field", [element("span", "", label), input2]) };
  }
  function choice2(name, value, label, checked = false) {
    const input2 = element("input");
    input2.type = "radio";
    input2.name = name;
    input2.value = value;
    input2.checked = checked;
    return { input: input2, node: element("label", "image-check", [input2, element("span", "", label)]) };
  }
  function configuredForm(children, submit) {
    const status = element("p", "image-action-status");
    status.setAttribute("role", "alert");
    const form3 = element("form", "image-action-form", [...children, status]);
    form3.addEventListener("submit", (event) => {
      event.preventDefault();
      status.textContent = "";
      submit(status);
    });
    return form3;
  }
  function openTextActionDialog(capabilityId, options2 = {}, onSubmit) {
    const texts = Array.isArray(options2.texts) ? options2.texts : [];
    const finish = (value) => {
      closeDialog();
      onSubmit(value);
    };
    let title = "Configurar texto", content, focus;
    if (capabilityId === "text.compare") {
      title = "Comparar textos";
      const first = field("Texto A", true), second = field("Texto B", true);
      first.input.value = texts[0] || "";
      second.input.value = texts[1] || "";
      focus = texts[0] ? second.input : first.input;
      content = configuredForm([
        element("p", "", texts.length === 1 ? "Informe o segundo texto para comparar." : "Informe os dois textos. Os originais não serão alterados."),
        first.node,
        second.node,
        element("button", "primary-action", "Comparar")
      ], (status) => {
        const values3 = [first.input.value, second.input.value];
        if (values3.some((value) => !value.length)) {
          status.textContent = "Informe o Texto A e o Texto B.";
          return;
        }
        try {
          checkSelection([], values3, DEFAULT_LIMITS);
        } catch (error3) {
          status.textContent = error3.message;
          return;
        }
        finish({ parameters: {}, texts: values3 });
      });
    } else if (capabilityId === "text.sortLines") {
      title = "Ordenar linhas";
      const ascending = choice2("text-sort-order", "asc", "A a Z", true);
      const descending = choice2("text-sort-order", "desc", "Z a A");
      focus = ascending.input;
      content = configuredForm([
        element("p", "", "Cada linha será preservada como uma unidade."),
        ascending.node,
        descending.node,
        element("button", "primary-action", "Continuar")
      ], () => finish({ parameters: { order: descending.input.checked ? "desc" : "asc" } }));
    } else if (capabilityId === "text.replace") {
      title = "Localizar e substituir";
      const search = field("Localizar"), replacement = field("Substituir por");
      focus = search.input;
      content = configuredForm([
        element("p", "", "A busca usa texto literal. Expressões regulares e código não são executados."),
        search.node,
        replacement.node,
        element("button", "primary-action", "Substituir")
      ], (status) => {
        if (!search.input.value.length) {
          status.textContent = "Informe o texto que deve ser localizado.";
          return;
        }
        try {
          checkSelection([], [search.input.value, replacement.input.value], DEFAULT_LIMITS);
        } catch (error3) {
          status.textContent = error3.message;
          return;
        }
        finish({ parameters: { searchText: search.input.value, replacementText: replacement.input.value } });
      });
    } else if (capabilityId === "text.changeCase") {
      title = "Maiúsculas e minúsculas";
      const upper = choice2("text-case-mode", "upper", "TUDO MAIÚSCULO", true);
      const lower = choice2("text-case-mode", "lower", "tudo minúsculo");
      focus = upper.input;
      content = configuredForm(
        [upper.node, lower.node, element("button", "primary-action", "Continuar")],
        () => finish({ parameters: { case: lower.input.checked ? "lower" : "upper" } })
      );
    } else {
      onSubmit({ parameters: {} });
      return null;
    }
    const dialog = showDialog(title, element("div", "dialog-body", content));
    queueMicrotask(() => focus?.focus());
    return dialog;
  }

  // src/components/tool-picker.js
  function openCapabilityForm(cap, parameters2 = {}) {
    const box = universalBox({ capabilityId: cap.id, parameters: parameters2 });
    const dialog = showDialog(cap.name, element("div", "dialog-body capability-dialog", [
      element("p", "", cap.description),
      box
    ]));
    dialog.addEventListener("close", () => box.dispose(), { once: true });
  }
  function openCapability(id, parameters2) {
    const cap = capabilityRegistry.get(id);
    if (!cap) {
      showPlanned("Ação não disponível", "Esta ação ainda não está disponível.");
      return;
    }
    if (cap.status !== "AVAILABLE") {
      showPlanned(cap.name, cap.description + " Esta ação ainda não está disponível.");
      return;
    }
    if (cap.category === "image" && cap.id !== "image.compress" && !parameters2) {
      openImageActionDialog(cap.id, (selected2) => openCapabilityForm(cap, selected2));
      return;
    }
    if (cap.category === "pdf" && cap.id !== "pdf.merge" && !parameters2) {
      openPdfActionDialog(cap.id, (selected2) => openCapabilityForm(cap, selected2));
      return;
    }
    if (["text.sortLines", "text.replace", "text.changeCase"].includes(cap.id) && !parameters2) {
      openTextActionDialog(cap.id, {}, (result) => openCapabilityForm(cap, result.parameters));
      return;
    }
    openCapabilityForm(cap, parameters2 || {});
  }
  function environmentActions(environmentId, onSelect = openCapability) {
    const caps = capabilityRegistry.forEnvironment(environmentId).filter((cap) => cap.category !== "workspace" && cap.uiHidden !== true);
    if (!caps.length) return null;
    return element("section", "environment-capabilities", [
      element("h2", "", "Ações deste ambiente"),
      element("div", "capability-actions", caps.map((cap) => capabilityButton(cap, onSelect)))
    ]);
  }
  function openToolPicker(onCapability) {
    const list = element("nav", "tool-picker", capabilityRegistry.environments().map((tool) => routeLink(tool.path, "Abrir " + tool.name, "picker-item", [
      icon(tool.icon, "color-" + tool.color),
      element("span", "", tool.name),
      icon("arrow")
    ])));
    list.setAttribute("aria-label", "Escolher ambiente");
    showDialog("Ambientes e ações", element("div", "dialog-body", [
      list,
      element("h3", "picker-section-title", "Ações registradas"),
      element("div", "capability-actions", capabilityRegistry.list().filter((cap) => cap.uiHidden !== true).map((cap) => capabilityButton(cap, (id) => {
        if (!onCapability) {
          openCapability(id);
          return;
        }
        closeDialog();
        onCapability(id, capabilityRegistry.get(id).name);
      })))
    ]));
  }

  // src/core/session-context.js
  function fileKey(file) {
    return [file.name, file.size, file.lastModified].join(":");
  }
  function freezeMessage(message) {
    return deepFreeze({ ...message, files: message.files?.map((file) => ({ name: file.name, size: file.size })) });
  }
  function createSessionContext() {
    let sequence2 = 0, messages = [], files = [], selectedFiles = [], originalInput, currentInput;
    let previousInput, currentText = "", lastResult, plan, lastOperationPlan, focus, operations = [];
    let pendingClarification;
    function addMessage(message) {
      const entry = freezeMessage({ id: "message-" + ++sequence2, ...message });
      messages.push(entry);
      return entry;
    }
    function addFiles2(selected2) {
      const known = new Set(files.map(fileKey));
      for (const file of selected2) if (!known.has(fileKey(file))) {
        files.push(file);
        known.add(fileKey(file));
      }
      if (selected2.length) {
        const active = /* @__PURE__ */ new Set();
        selectedFiles = selected2.filter((file) => {
          const key2 = fileKey(file);
          if (active.has(key2)) return false;
          active.add(key2);
          return true;
        });
        focus = "files";
      }
    }
    function rememberPrepared(state) {
      if (state.input?.summary?.total) {
        const currentIds = (currentInput?.items || []).map((item) => item.id || [item.name, item.size, item.mime].join(":")).join("|");
        const nextIds = (state.input.items || []).map((item) => item.id || [item.name, item.size, item.mime].join(":")).join("|");
        if (currentInput && currentIds && nextIds && currentIds !== nextIds) previousInput = currentInput;
        currentInput = state.input;
        if (!originalInput && state.input.items.some((item) => ["file", "text"].includes(item.source))) originalInput = state.input;
      }
      if (state.plan) plan = state.plan;
      const text2 = state.input?.items.find((item) => item.kind === "text" && typeof item.text === "string");
      if (!state.input?.summary.files && text2) {
        currentText = text2.text;
        focus = "text";
      }
      const explicitPending = state.interpretation?.pendingClarification;
      const missingParameter = state.plan?.steps?.length === 1 && state.interpretation?.status === "matched" && state.validation?.valid === false;
      const derivedPending = missingParameter ? {
        id: "parameter." + state.plan.steps[0].capabilityId,
        capabilityId: state.plan.steps[0].capabilityId,
        parameters: { ...state.plan.steps[0].parameters },
        candidateIds: [state.plan.steps[0].capabilityId]
      } : void 0;
      const nextPending = explicitPending || derivedPending;
      if (nextPending) {
        const continued = pendingClarification && (pendingClarification.id === nextPending.id || pendingClarification.capabilityId === nextPending.capabilityId);
        pendingClarification = deepFreeze({
          ...nextPending,
          rounds: Math.min(2, continued ? pendingClarification.rounds + 1 : 1)
        });
      } else if (state.interpretation?.status === "matched" && state.validation?.valid) {
        pendingClarification = void 0;
      }
    }
    function rememberResult(result, capabilityIds = []) {
      lastResult = result;
      if (plan?.status === "matched" && plan?.steps?.length) lastOperationPlan = plan;
      operations.push(...capabilityIds);
      const text2 = result?.items.find((item) => item.kind === "text" && typeof item.text === "string");
      if (text2) {
        currentText = text2.text;
        focus = "text";
        selectedFiles = [];
        if (Number.isFinite(text2.size) && text2.mime === "text/plain" && text2.valid === true) {
          if (currentInput) previousInput = currentInput;
          currentInput = collection([text2]);
        }
      }
      const generatedFiles = result?.items.filter((item) => ["image", "pdf", "data", "audio"].includes(item.kind) && item.file instanceof Blob) || [];
      if (generatedFiles.length) {
        if (currentInput) previousInput = currentInput;
        currentInput = collection(generatedFiles);
        selectedFiles = generatedFiles.map((item) => item.file);
        focus = "result";
      }
      pendingClarification = void 0;
    }
    function currentSelection() {
      return focus === "text" && currentText ? { files: [], text: currentText } : { files: [...selectedFiles], text: "" };
    }
    function snapshot() {
      return Object.freeze({
        messages: [...messages],
        files: [...files],
        originalInput,
        currentWorkingInput: currentInput,
        currentInput,
        previousInput,
        currentText,
        lastResult,
        plan,
        lastOperationPlan,
        pendingClarification,
        focus,
        operations: [...operations]
      });
    }
    return Object.freeze({
      addMessage,
      addFiles: addFiles2,
      rememberPrepared,
      rememberResult,
      currentSelection,
      snapshot,
      clear() {
        messages = [];
        files = [];
        selectedFiles = [];
        originalInput = void 0;
        currentInput = void 0;
        previousInput = void 0;
        currentText = "";
        lastResult = void 0;
        plan = void 0;
        lastOperationPlan = void 0;
        pendingClarification = void 0;
        focus = void 0;
        operations = [];
        sequence2 = 0;
      }
    });
  }

  // src/core/session-responses.js
  var RESPONSE_TYPES = Object.freeze({
    TEXT: "TEXT",
    DETECTED_INPUT: "DETECTED_INPUT",
    ACTION_OPTIONS: "ACTION_OPTIONS",
    PLAN: "PLAN",
    CONFIRMATION: "CONFIRMATION",
    PROGRESS: "PROGRESS",
    RESULT: "RESULT",
    ERROR: "ERROR",
    CLARIFICATION: "CLARIFICATION"
  });
  var kindNames = {
    image: ["imagem", "imagens"],
    pdf: ["PDF", "PDFs"],
    text: ["texto", "textos"],
    csv: ["arquivo CSV", "arquivos CSV"],
    json: ["arquivo JSON", "arquivos JSON"],
    audio: ["áudio", "áudios"],
    video: ["vídeo", "vídeos"],
    archive: ["arquivo compactado", "arquivos compactados"]
  };
  var greetings = /* @__PURE__ */ new Set(["oi", "ola", "ola tudo bem", "bom dia", "boa tarde", "boa noite", "e ai"]);
  var vague = /* @__PURE__ */ new Set(["arruma isso", "faz ficar melhor", "resolve", "mexe nesses arquivos", "faca alguma coisa util", "organize isso", "organizar isso", "organize o texto"]);
  var outOfScope = /^(?:conte|crie|escreva|invente)\s+(?:uma?\s+)?(?:historia|poema|piada|receita)|^(?:quem|o que|como|por que|qual)\b/;
  function classifySessionEntry(text2, hasCurrentInput = false) {
    const value = normalize(text2 || "").replace(/[!?.,]+$/g, "");
    if (greetings.has(value)) return "greeting";
    if (/^qual\s+(?:e\s+)?a\s+diferenca\s+entre\b/.test(value)) return "task";
    if (hasCurrentInput && /\b(?:media|soma|somar|minimo|maximo|maior\s+valor|menor\s+valor|quantos\s+valores|contagem|coluna)\b/.test(value)) {
      return "task";
    }
    if (outOfScope.test(value)) return "out_of_scope";
    if (vague.has(value)) return "vague";
    if (!value && !hasCurrentInput) return "empty";
    return "task";
  }
  function greetingResponse() {
    return { type: RESPONSE_TYPES.TEXT, text: "Oi! O que você precisa fazer?\nVocê pode descrever uma tarefa, colar algo ou enviar um arquivo." };
  }
  function scopeResponse() {
    return { type: RESPONSE_TYPES.TEXT, text: "Meu foco é executar tarefas e trabalhar com arquivos, dados e ferramentas. Diga o que você precisa fazer." };
  }
  function formatSize(bytes2) {
    if (!Number.isFinite(bytes2)) return "";
    const units = ["B", "KB", "MB", "GB"];
    let value = bytes2, unit = 0;
    while (value >= 1024 && unit < units.length - 1) {
      value /= 1024;
      unit++;
    }
    return new Intl.NumberFormat("pt-BR", { maximumFractionDigits: value >= 10 ? 1 : 2 }).format(value) + " " + units[unit];
  }
  function textMetrics(text2) {
    const value = String(text2 || "");
    let words = 0, characters = 0;
    for (const _match of value.matchAll(/[\p{L}\p{N}]+(?:['’\-][\p{L}\p{N}]+)*/gu)) words++;
    for (const _char of value) characters++;
    const lines = value ? value.split(/\r\n|\r|\n/).length : 0;
    const paragraphs = value.trim() ? value.trim().split(/(?:\r\n|\r|\n)\s*(?:\r\n|\r|\n)+/).length : 0;
    return { words, characters, lines, paragraphs };
  }
  function detectedHeadline(input2) {
    const counts = Object.entries(input2.summary.counts).filter(([, count]) => count);
    if (counts.length === 1) {
      const [kind, count] = counts[0], names2 = kindNames[kind] || [kind, kind];
      if (kind === "csv") return count === 1 ? "CSV detectado" : count + " arquivos CSV detectados";
      if (kind === "json") return count === 1 ? "JSON válido" : count + " arquivos JSON válidos";
      if (kind === "image") return count === 1 ? "Imagem detectada" : count + " imagens detectadas";
      return count === 1 ? names2[0][0].toUpperCase() + names2[0].slice(1) + " detectado" : count + " " + names2[1] + " detectados";
    }
    return input2.summary.total + " itens detectados";
  }
  function detectedDetails(input2) {
    if (input2.items.length === 1) {
      const item = input2.items[0], details = [];
      if (item.name) details.push(item.name);
      if (item.extension) details.push(item.extension.toUpperCase());
      if (item.width && item.height) details.push(item.width + "×" + item.height);
      if (Number.isSafeInteger(item.pageCount)) details.push(item.pageCount + (item.pageCount === 1 ? " página" : " páginas"));
      if (item.kind === "text" && typeof item.text === "string") {
        const metrics = textMetrics(item.text);
        details.push(metrics.words + (metrics.words === 1 ? " palavra" : " palavras"));
        details.push(new Intl.NumberFormat("pt-BR").format(metrics.characters) + " caracteres");
        details.push(metrics.lines + (metrics.lines === 1 ? " linha" : " linhas"));
        if (metrics.paragraphs > 1) details.push(metrics.paragraphs + " parágrafos");
      }
      if (item.table) {
        details.push(item.table.rowCount + (item.table.rowCount === 1 ? " linha" : " linhas"));
        details.push(item.table.columnCount + (item.table.columnCount === 1 ? " coluna" : " colunas"));
      }
      if (item.size) details.push(formatSize(item.size));
      return details.join(" · ");
    }
    const pieces = Object.entries(input2.summary.counts).map(([kind, count]) => {
      const names2 = kindNames[kind] || [kind, kind];
      return count + " " + (count === 1 ? names2[0] : names2[1]);
    });
    const totalPages = input2.items.reduce((sum2, item) => sum2 + (item.pageCount || 0), 0);
    if (totalPages) pieces.push(totalPages + (totalPages === 1 ? " página" : " páginas"));
    pieces.push(formatSize(input2.summary.totalBytes));
    return pieces.join(" · ");
  }
  function options(suggestions) {
    return suggestions.filter((suggestion) => suggestion.compatible && suggestion.available).map((suggestion) => ({
      capabilityId: suggestion.capability.id,
      label: suggestion.capability.name,
      available: suggestion.available
    }));
  }
  function stepLabel2(step) {
    const cap = capabilityRegistry.get(step.capabilityId);
    let label = cap?.name || "Ação indisponível";
    if (step.parameters.outputFormat) label += " para " + step.parameters.outputFormat.toUpperCase();
    if (step.parameters.maxSize) label += " até " + formatSize(step.parameters.maxSize);
    if (step.parameters.width) label += " para " + step.parameters.width + "×" + step.parameters.height;
    if (step.parameters.pages) label += ": páginas " + step.parameters.pages.join(", ");
    if (step.parameters.groups) label += ": " + step.parameters.groups.map((group) => group.join("-")).join(" | ");
    if (step.parameters.splitMode === "each") label += ": cada página";
    if (Array.isArray(step.parameters.order)) label += ": " + step.parameters.order.join(", ");
    if (step.capabilityId === "text.sortLines" && step.parameters.order) label += step.parameters.order === "desc" ? ": Z a A" : ": A a Z";
    if (step.capabilityId === "text.changeCase" && step.parameters.case) label += step.parameters.case === "upper" ? ": maiúsculas" : ": minúsculas";
    if (step.parameters.movePage) label += ": página " + step.parameters.movePage + " para o " + (step.parameters.moveTo === "start" ? "início" : "final");
    if (step.parameters.allPages) label += ": todas as páginas";
    if (step.parameters.angle) label += " em " + step.parameters.angle + "°";
    if (step.parameters.column) label += ": coluna " + step.parameters.column;
    if (step.capabilityId === "data.filter" && step.parameters.operator) {
      const symbols = { eq: "=", ne: "≠", gt: ">", lt: "<", gte: "≥", lte: "≤" };
      label += " " + symbols[step.parameters.operator] + " " + step.parameters.value;
    }
    if (step.capabilityId === "data.sort" && step.parameters.order) label += step.parameters.order === "desc" ? " (decrescente)" : " (crescente)";
    if (step.capabilityId === "data.statistics" && step.parameters.statistic) {
      const names2 = { count: "contagem", sum: "soma", mean: "média", min: "mínimo", max: "máximo" };
      label += ": " + names2[step.parameters.statistic];
    }
    if (step.parameters.xColumn && step.parameters.yColumn) {
      label += ": " + step.parameters.yColumn + " por " + step.parameters.xColumn;
    }
    return label;
  }
  function friendlyError(state) {
    if (state.interpretation?.clarification?.length) return state.interpretation.clarification[0];
    const errors = state.validation?.errors || [];
    if (errors.some((error3) => error3.code === "missing_input")) {
      if (state.plan?.steps?.[0]?.capabilityId === "text.compare") return "Informe o segundo texto para fazer a comparação.";
      return "Preciso que você envie o conteúdo ou arquivo necessário para continuar.";
    }
    if (errors.some((error3) => error3.code === "missing_parameter")) {
      const missing = errors.find((error3) => error3.code === "missing_parameter");
      const id = state.plan?.steps?.[missing?.step ?? 0]?.capabilityId;
      if (id === "image.convert") return "Para qual formato devo converter: JPG, PNG ou WebP?";
      if (id === "image.resize") return "Quais dimensões você deseja? Por exemplo: 800×600.";
      if (id === "data.sort") return "Por qual coluna devo ordenar?";
      if (id === "data.filter") return "Informe a coluna, a comparação e o valor do filtro.";
      if (id === "data.statistics") return "Qual coluna e qual cálculo você deseja usar?";
      if (id === "data.chart") return "Escolha a coluna do eixo horizontal e a coluna que contém os valores.";
      if (id === "math.calculate") return "Digite a expressão que deseja calcular.";
      if (id === "text.sortLines") return "Escolha a ordem: A a Z ou Z a A.";
      if (id === "text.replace") return "Informe o texto que deseja localizar e o texto substituto.";
      if (id === "text.changeCase") return "Escolha converter para maiúsculas ou minúsculas.";
      if (id === "pdf.extractPages") return "Quais páginas você deseja extrair? Por exemplo: 2, 4, 7 ou 3-8.";
      if (id === "pdf.split") return "Escolha separar cada página ou informe os grupos, por exemplo: 1-3, 4-7.";
      if (id === "pdf.reorder") return "Informe a ordem completa das páginas ou qual página deve ir para o início ou final.";
      if (id === "pdf.rotate") return "Informe quais páginas devem ser giradas e o ângulo: 90°, 180° ou 270°.";
      return "Preciso de mais uma informação para preparar essa tarefa.";
    }
    if (errors.some((error3) => error3.code === "unavailable")) {
      const names2 = state.plan.steps.map((step) => capabilityRegistry.get(step.capabilityId)).filter((cap) => cap?.status !== "AVAILABLE").map((cap) => cap.name);
      return [...new Set(names2)].join(", ") + (names2.length > 1 ? " ainda não estão disponíveis." : " ainda não está disponível.");
    }
    if (errors.some((error3) => error3.code === "incompatible")) return "A entrada atual não é compatível com essa ação.";
    return errors[0]?.message || state.interpretation?.message || "Não consegui preparar essa tarefa.";
  }
  function responsesForDetection(state) {
    if (!state.input?.valid) return [{ type: RESPONSE_TYPES.ERROR, text: state.input?.items?.find((item) => item.warnings?.length)?.warnings[0] || "Não consegui usar esta entrada com segurança. Confira o arquivo e tente novamente." }];
    const result = [{
      type: RESPONSE_TYPES.DETECTED_INPUT,
      headline: detectedHeadline(state.input),
      details: detectedDetails(state.input),
      items: state.input.items
    }];
    const onlyText = state.input.items.length > 0 && state.input.items.every((item) => item.kind === "text");
    let textActions = [];
    if (onlyText) {
      const value = state.input.items.map((item) => item.text || "").join("\n");
      textActions = [["text.clean", "Limpar"], ["text.compare", "Comparar"], ["text.sortLines", "Organizar"]];
      if (/\bhttps?:\/\//iu.test(value)) textActions.push(["text.extractLinks", "Extrair links"]);
      if (/\b[\p{L}\p{N}._%+\-]+@[\p{L}\p{N}\-]+(?:\.[\p{L}\p{N}\-]+)+\b/u.test(value)) {
        textActions.push(["text.extractEmails", "Extrair e-mails"]);
      }
    }
    const actions = onlyText ? textActions.filter(([id]) => capabilityRegistry.get(id)?.status === "AVAILABLE").map(([capabilityId, label]) => ({ capabilityId, label, available: true })) : options(state.suggestions || []);
    if (actions.length) result.push({ type: RESPONSE_TYPES.ACTION_OPTIONS, text: "Ou diga o que deseja fazer.", options: actions });
    else result.push({ type: RESPONSE_TYPES.TEXT, text: "Ainda não há uma ação disponível para esta entrada." });
    return result;
  }
  function responsesForPrepared(state) {
    const steps = state.plan?.steps || [];
    const plan = steps.length > 1 ? { type: RESPONSE_TYPES.PLAN, intro: "Vou:", steps: steps.map(stepLabel2) } : null;
    if (!state.validation?.valid) {
      if (state.input && !state.input.valid) {
        return [{
          type: RESPONSE_TYPES.ERROR,
          text: state.input.items?.find((item) => item.warnings?.length)?.warnings[0] || "Não consegui usar esta entrada com segurança. Confira o arquivo e tente novamente."
        }];
      }
      if (state.interpretation?.clarificationId === "image.reduce") {
        return [
          { type: RESPONSE_TYPES.CLARIFICATION, text: "O que você quer reduzir?" },
          { type: RESPONSE_TYPES.ACTION_OPTIONS, text: "", options: [
            { capabilityId: "image.compress", label: "Tamanho do arquivo", available: true },
            { capabilityId: "image.resize", label: "Dimensões da imagem", available: true }
          ] }
        ];
      }
      if (state.interpretation?.clarificationId === "context.repeat") {
        return [{
          type: RESPONSE_TYPES.CLARIFICATION,
          text: state.interpretation.clarification[0] || "Diga qual operação deseja repetir."
        }];
      }
      if (state.interpretation?.clarificationId === "text.organize") {
        return [
          { type: RESPONSE_TYPES.CLARIFICATION, text: "Como você quer organizar o texto?" },
          { type: RESPONSE_TYPES.ACTION_OPTIONS, text: "", options: [
            { capabilityId: "text.sortLines", label: "Ordenar linhas", available: true },
            { capabilityId: "text.deduplicateLines", label: "Remover duplicados", available: true },
            { capabilityId: "text.removeEmptyLines", label: "Remover linhas vazias", available: true }
          ] }
        ];
      }
      const pendingCandidates = (state.interpretation?.pendingClarification?.candidateIds || []).slice(0, 4).map((id) => capabilityRegistry.get(id)).filter((capability2) => capability2?.status === "AVAILABLE");
      if (pendingCandidates.length) {
        const clarification2 = { type: RESPONSE_TYPES.CLARIFICATION, text: friendlyError(state) };
        if (pendingCandidates.length === 1) return [clarification2];
        return [clarification2, { type: RESPONSE_TYPES.ACTION_OPTIONS, text: "", options: pendingCandidates.map((capability2) => ({
          capabilityId: capability2.id,
          label: capability2.name,
          available: true
        })) }];
      }
      if (state.plan?.confidence === "low" && state.input?.valid && state.suggestions?.length) {
        return [
          { type: RESPONSE_TYPES.CLARIFICATION, text: "Posso trabalhar com esta entrada de algumas maneiras. Qual delas você deseja?" },
          { type: RESPONSE_TYPES.ACTION_OPTIONS, options: options(state.suggestions), text: "" }
        ];
      }
      return [...plan ? [plan] : [], { type: RESPONSE_TYPES.CLARIFICATION, text: friendlyError(state) }];
    }
    if (state.status === "waiting_confirmation") {
      const visiblePlan = plan || { type: RESPONSE_TYPES.PLAN, intro: "Vou:", steps: steps.map(stepLabel2) };
      return [visiblePlan, {
        type: RESPONSE_TYPES.CONFIRMATION,
        text: state.validation.confirmationReasons.join(" "),
        confirmLabel: "Executar"
      }];
    }
    if (steps.length > 1) return [plan, {
      type: RESPONSE_TYPES.CONFIRMATION,
      text: "Confira as etapas antes de continuar.",
      confirmLabel: "Executar"
    }];
    return plan ? [plan] : [];
  }
  function progressResponse(status) {
    const labels = {
      detecting: "Reconhecendo a entrada…",
      planning: "Preparando a tarefa…",
      validating: "Conferindo a tarefa…",
      running: "Executando localmente…"
    };
    return labels[status] ? { type: RESPONSE_TYPES.PROGRESS, text: labels[status] } : null;
  }
  function resultResponse(result) {
    return {
      type: RESPONSE_TYPES.RESULT,
      items: result.items,
      inputBytes: result.inputBytes,
      outputBytes: result.outputBytes,
      steps: result.steps,
      notices: result.notices || []
    };
  }

  // src/components/session-message.js
  function formatBytes2(bytes2) {
    if (!Number.isFinite(bytes2)) return "";
    const units = ["B", "KB", "MB", "GB"];
    let value = bytes2, unit = 0;
    while (value >= 1024 && unit < units.length - 1) {
      value /= 1024;
      unit++;
    }
    return new Intl.NumberFormat("pt-BR", { maximumFractionDigits: value >= 10 ? 1 : 2 }).format(value) + " " + units[unit];
  }
  function progressiveText(text2, className) {
    const value = String(text2 || "");
    if (value.length < 180) return element("p", className, value);
    const paragraph = element("p", className + " has-progressive-text");
    let start = 0;
    while (start < value.length) {
      let end = Math.min(start + 110, value.length);
      if (end < value.length) {
        const breakAt = value.lastIndexOf(" ", end);
        if (breakAt > start + 65) end = breakAt + 1;
      }
      paragraph.append(element("span", "session-text-chunk", value.slice(start, end)));
      start = end;
    }
    return paragraph;
  }
  function intermediateNoticeTexts2(notices, items) {
    const finalNotices = new Set(items.map((item) => item.notice).filter((value) => typeof value === "string"));
    const seen = /* @__PURE__ */ new Set();
    return (Array.isArray(notices) ? notices : []).flatMap((notice) => {
      const text2 = typeof notice === "string" ? notice : notice?.text;
      if (typeof text2 !== "string" || !text2.trim() || finalNotices.has(text2) || seen.has(text2)) return [];
      seen.add(text2);
      return [text2];
    });
  }
  function resultContent(message) {
    const items = message.items;
    const content = [];
    const files = items.filter((item) => ["image", "pdf", "audio", "archive"].includes(item.kind));
    if (files.length) {
      if (files[0].kind === "image") {
        const headline = files.length === 1 ? "✓ Imagem processada" : "✓ " + files.length + " imagens processadas";
        content.push(element("strong", "session-headline", headline));
        if (files.length > 1 && Number.isFinite(message.inputBytes) && Number.isFinite(message.outputBytes)) {
          content.push(element(
            "p",
            "session-result-meta batch-result-summary",
            formatBytes2(message.inputBytes) + " → " + formatBytes2(message.outputBytes)
          ));
        }
        const batchDownload = batchDownloadControl(files);
        if (batchDownload) content.push(batchDownload);
        const renderedFiles = files.map((item) => {
          const metadata = [];
          if (item.width && item.height) metadata.push(item.width + " × " + item.height);
          const before = Number.isFinite(item.originalSize) ? item.originalSize : message.inputBytes;
          if (Number.isFinite(before)) metadata.push(formatBytes2(before) + " → " + formatBytes2(item.size));
          return element("div", "image-result", [
            element("p", "image-result-name", item.name || "Nova imagem"),
            metadata.length ? element("p", "session-result-meta", metadata.join(" · ")) : null,
            item.notice ? element("p", item.targetReached === false ? "session-error" : "session-result-meta", item.notice) : null,
            button("Baixar " + (item.name || "imagem"), "primary-action", "Baixar", () => downloadResultFile(item))
          ]);
        });
        if (renderedFiles.length === 1) content.push(renderedFiles[0]);
        else content.push(element(
          "div",
          "batch-result-list" + (renderedFiles.length > 8 ? " has-many-results" : ""),
          renderedFiles
        ));
      } else if (files[0].kind === "pdf") {
        content.push(element("strong", "session-headline", files.length === 1 ? "✓ PDF criado" : "✓ " + files.length + " PDFs criados"));
        const batchDownload = batchDownloadControl(files);
        if (batchDownload) content.push(batchDownload);
        const renderedFiles = files.map((item) => {
          const metadata = [];
          if (Number.isSafeInteger(item.pageCount)) metadata.push(item.pageCount + (item.pageCount === 1 ? " página" : " páginas"));
          metadata.push(formatBytes2(item.size));
          return element("div", "file-result", [
            element("p", "image-result-name", item.name || "Novo PDF"),
            element("p", "session-result-meta", metadata.join(" · ")),
            item.notice ? element("p", "session-result-meta", item.notice) : null,
            button("Baixar " + (item.name || "PDF"), "primary-action", "Baixar", () => downloadResultFile(item))
          ]);
        });
        if (renderedFiles.length === 1) content.push(renderedFiles[0]);
        else content.push(element("div", "batch-result-list" + (renderedFiles.length > 8 ? " has-many-results" : ""), renderedFiles));
      } else if (files[0].kind === "audio") {
        content.push(element("strong", "session-headline", "✓ Mixagem WAV criada"));
        for (const item of files) {
          const duration = Number.isFinite(item.duration) ? new Intl.NumberFormat("pt-BR", { maximumFractionDigits: 2 }).format(item.duration) + " s" : "";
          const metadata = [
            duration,
            item.channels ? item.channels + " canais" : "",
            item.sampleRate ? item.sampleRate + " Hz" : "",
            formatBytes2(item.size)
          ].filter(Boolean);
          content.push(element("div", "file-result", [
            element("p", "image-result-name", item.name || "Mixagem WAV"),
            element("p", "session-result-meta", metadata.join(" · ")),
            item.notice ? element("p", "session-result-meta", item.notice) : null,
            ...(item.warnings || []).map((warning) => element("p", "session-result-meta", warning)),
            button("Baixar " + (item.name || "mixagem WAV"), "primary-action", "Baixar WAV", () => downloadResultFile(item))
          ]));
        }
      } else {
        const names2 = ["arquivo processado", "arquivos processados"];
        content.push(element("p", "session-result-copy", files.length + " " + names2[files.length === 1 ? 0 : 1]));
        if (Number.isFinite(message.inputBytes) && Number.isFinite(message.outputBytes)) {
          content.push(element("p", "session-result-meta", formatBytes2(message.inputBytes) + " → " + formatBytes2(message.outputBytes)));
        }
        const batchDownload = batchDownloadControl(files);
        if (batchDownload) content.push(batchDownload);
        for (const item of files) {
          if (!(item.file instanceof Blob)) continue;
          content.push(element("div", "file-result", [
            element("p", "image-result-name", item.name || "Arquivo processado"),
            element("p", "session-result-meta", formatBytes2(item.size)),
            button("Baixar " + (item.name || "arquivo"), "primary-action", "Baixar", () => downloadResultFile(item))
          ]));
        }
      }
      return content;
    }
    for (const notice of intermediateNoticeTexts2(message.notices, items)) {
      content.push(element("p", "session-result-meta", notice));
    }
    for (const [index, item] of items.entries()) {
      if (item.mime === "application/x-unibox-number") {
        content.push(element("p", "session-number", new Intl.NumberFormat("pt-BR", { maximumSignificantDigits: 15 }).format(item.value)));
      } else if (item.mime === "application/x-unibox-word-count") {
        const noun = item.value.words === 1 ? "palavra" : "palavras";
        content.push(
          element("p", "session-result-copy", "Este texto possui " + item.value.words + " " + noun + "."),
          element("p", "session-result-meta", item.value.characters + " caracteres · " + item.value.lines + (item.value.lines === 1 ? " linha" : " linhas"))
        );
      } else if (item.kind === "data") {
        content.push(element("strong", "session-headline", "✓ Dados processados"));
        content.push(element("p", "image-result-name", item.name || "Dados processados"));
        if (Number.isFinite(item.size)) content.push(element("p", "session-result-meta", formatBytes2(item.size)));
        if (item.notice) content.push(element("p", "session-result-meta", item.notice));
        if (item.statistics) content.push(renderDataStatistics(item.statistics));
        if (item.chart) content.push(renderDataChart(item.chart));
        content.push(renderDataPreview(item));
        for (const warning of item.warnings || []) content.push(element("p", "session-result-meta", warning));
        if (item.file instanceof Blob) {
          const label = item.chart ? "Baixar dados do gráfico" : "Baixar arquivo de dados";
          if (item.chart) content.push(element("p", "session-result-meta", "O download contém os dados usados no gráfico."));
          content.push(button(label + ": " + (item.name || "dados"), "primary-action", label, () => downloadResultFile(item)));
        }
      } else if (item.kind === "text" || item.mime === "application/x-unibox-comparison") {
        content.push(...renderTextResult(item, index));
      } else if (item.kind === "workspace") {
        content.push(element("p", "session-result-copy", item.notice), routeLink(item.route, "Abrir ambiente", "primary-action", "Abrir ambiente"));
      } else content.push(element("p", "session-result-copy", "Tarefa concluída."));
    }
    return content;
  }
  function renderSessionMessage(message, actions = {}) {
    const role = message.role || "system";
    const article = element("article", "session-message is-" + role + " type-" + message.type.toLowerCase());
    article.dataset.responseType = message.type;
    if (role === "user") {
      if (message.text) article.append(element("p", "session-user-text", message.text.length > 4e3 ? message.text.slice(0, 4e3) + "\n…" : message.text));
      if (message.files?.length) article.append(element("ul", "session-files", message.files.map((file) => element("li", "", file.name))));
      return article;
    }
    if (message.type === RESPONSE_TYPES.DETECTED_INPUT) {
      article.append(element("strong", "session-headline", message.headline));
      if (message.details) article.append(element("p", "session-result-meta", message.details));
      const dataItem = message.items?.find((item) => ["csv", "json", "data"].includes(item.kind));
      if (dataItem) article.append(renderDataPreview(dataItem));
    } else if (message.type === RESPONSE_TYPES.ACTION_OPTIONS) {
      if (message.text) article.append(progressiveText(message.text, "session-system-text"));
      article.append(element("div", "session-actions", message.options.map((option3) => button(option3.label, "session-action", [
        element("span", "", option3.label),
        option3.available ? null : element("small", "", "Em breve")
      ], () => actions.onAction?.(option3.capabilityId, option3.label)))));
    } else if (message.type === RESPONSE_TYPES.PLAN) {
      article.append(
        element("p", "session-system-text", message.intro),
        element("ol", "session-plan", message.steps.map((step) => element("li", "", step)))
      );
    } else if (message.type === RESPONSE_TYPES.CONFIRMATION) {
      if (message.text) article.append(element("p", "session-result-meta", message.text));
      article.append(element("div", "session-actions", [
        button(message.confirmLabel || "Executar", "primary-action", message.confirmLabel || "Executar", actions.onConfirm),
        button("Cancelar", "text-button", "Cancelar", actions.onCancel)
      ]));
    } else if (message.type === RESPONSE_TYPES.RESULT) {
      article.append(...resultContent(message));
    } else if (message.type === RESPONSE_TYPES.PROGRESS) {
      article.append(progressiveText(message.text, "session-system-text"));
      if (actions.onCancel) article.append(button("Cancelar operação", "text-button", "Cancelar", actions.onCancel));
    } else {
      article.append(progressiveText(message.text, message.type === RESPONSE_TYPES.ERROR ? "session-error" : "session-system-text"));
    }
    return article;
  }

  // src/components/motion.js
  var VIEW_TRANSITION_MS = 240;
  var ACTIVITY_REVEAL_MS = 120;
  var ACTIVITY_EXIT_MS = 140;
  var RESPONSE_STAGGER_MS = 48;
  var AUTO_SCROLL_THRESHOLD_PX = 120;
  function prefersReducedMotion() {
    return typeof globalThis.matchMedia === "function" && globalThis.matchMedia("(prefers-reduced-motion: reduce)").matches;
  }
  function motionDelay(index, step = RESPONSE_STAGGER_MS, maximum = 168) {
    return Math.min(Math.max(0, index) * step, maximum);
  }
  function isNearScrollEnd(scroller, threshold = AUTO_SCROLL_THRESHOLD_PX) {
    if (!scroller) return true;
    const scrollHeight = Number(scroller.scrollHeight) || 0;
    const scrollTop = Number(scroller.scrollTop) || 0;
    const clientHeight = Number(scroller.clientHeight) || 0;
    return scrollHeight - scrollTop - clientHeight <= threshold;
  }
  function scrollContainerFor(node2) {
    const doc = node2?.ownerDocument || globalThis.document;
    if (!doc) return null;
    const view2 = doc.defaultView || globalThis;
    let current = node2?.parentElement;
    while (current && current !== doc.body && current !== doc.documentElement) {
      let overflowY = "";
      try {
        overflowY = view2.getComputedStyle?.(current)?.overflowY || "";
      } catch {
        overflowY = "";
      }
      if (/(auto|scroll|overlay)/.test(overflowY) && current.scrollHeight > current.clientHeight) return current;
      current = current.parentElement;
    }
    return doc.scrollingElement || doc.documentElement;
  }
  function scheduleScrollToEnd(node2, scroller) {
    const view2 = node2?.ownerDocument?.defaultView || globalThis;
    const schedule = typeof view2.requestAnimationFrame === "function" ? view2.requestAnimationFrame.bind(view2) : (callback) => setTimeout(callback, 0);
    schedule(() => {
      if (!node2) return;
      const behavior = prefersReducedMotion() ? "auto" : "smooth";
      if (typeof scroller?.scrollTo === "function") {
        scroller.scrollTo({ top: scroller.scrollHeight, behavior });
      } else if (scroller) scroller.scrollTop = scroller.scrollHeight;
      else if (typeof node2.scrollIntoView === "function") node2.scrollIntoView({ block: "end", behavior });
    });
  }
  function afterVisualTransition(callback, duration = VIEW_TRANSITION_MS) {
    if (prefersReducedMotion()) {
      callback();
      return () => {
      };
    }
    const timer = setTimeout(callback, duration);
    return () => clearTimeout(timer);
  }

  // src/components/session-view.js
  function shouldTreatAsPastedText(entry, interpretation) {
    if (entry?.actionId || entry?.files?.length || typeof entry?.text !== "string") return false;
    const looksLikeText = entry.text.includes("\n") || entry.text.trim().length >= 160;
    return looksLikeText && interpretation?.payload === void 0;
  }
  function sessionView({ initialEntry, onNewTask } = {}) {
    const context2 = createSessionContext();
    const controller = createTaskController();
    const page = element("section", "session-view");
    const header2 = element("header", "session-header", [
      element("div", "", [element("span", "session-kicker", "Tarefa atual"), element("h1", "", "Espaço de resolução")]),
      button("Nova tarefa", "new-task-button", [icon("back"), element("span", "", "Nova tarefa")], () => requestNewTask())
    ]);
    const thread = element("div", "session-thread");
    thread.setAttribute("role", "log");
    thread.setAttribute("aria-live", "polite");
    thread.setAttribute("aria-label", "Sessão de resolução");
    const activity = element("div", "session-activity");
    activity.hidden = true;
    activity.setAttribute("role", "status");
    activity.setAttribute("aria-live", "polite");
    const draft2 = { text: "", files: [] };
    let disposed = false, working = false, leaving = false;
    let activityState, activityShowTimer, activityHideTimer;
    function shouldFollowConversation() {
      return isNearScrollEnd(scrollContainerFor(thread));
    }
    function scrollToLatest(follow, target = thread.lastElementChild) {
      if (follow) scheduleScrollToEnd(target, scrollContainerFor(thread));
    }
    function requestNewTask() {
      if (leaving || disposed) return;
      leaving = true;
      controller.cancel();
      onNewTask?.();
    }
    function resolveActions(node2) {
      node2.classList.add("is-resolved");
      node2.querySelectorAll("button").forEach((item) => {
        item.disabled = true;
      });
    }
    function currentTextValues() {
      const snapshot = context2.snapshot();
      if (snapshot.focus === "text" && typeof snapshot.currentText === "string" && snapshot.currentText.length) return [snapshot.currentText];
      return (snapshot.currentInput?.items || []).filter((item) => item.kind === "text" && typeof item.text === "string").map((item) => item.text);
    }
    function currentDataItem() {
      return (context2.snapshot().currentInput?.items || []).find((item) => ["csv", "json", "data"].includes(item.kind));
    }
    function configureAction(capabilityId, label, actionNode) {
      const submit = (parameters2) => {
        if (actionNode) resolveActions(actionNode);
        handleEntry({ text: label, files: [], actionId: capabilityId, parameters: parameters2 });
      };
      if (capabilityId.startsWith("data.") || capabilityId.startsWith("json.")) {
        openDataActionDialog(capabilityId, currentDataItem(), (result) => submit(result.parameters || {}));
        return;
      }
      if (capabilityId.startsWith("image.") && capabilityId !== "image.compress") {
        openImageActionDialog(capabilityId, submit);
        return;
      }
      if (capabilityId.startsWith("pdf.") && capabilityId !== "pdf.merge") {
        openPdfActionDialog(capabilityId, submit);
        return;
      }
      const textValues = currentTextValues();
      const configurableText = ["text.sortLines", "text.replace", "text.changeCase"].includes(capabilityId) || capabilityId === "text.compare" && textValues.length < 2;
      if (configurableText) {
        openTextActionDialog(capabilityId, { texts: textValues }, (result) => {
          if (actionNode) resolveActions(actionNode);
          handleEntry({
            text: label,
            files: [],
            actionId: capabilityId,
            parameters: result.parameters || {},
            texts: result.texts
          });
        });
        return;
      }
      submit({});
    }
    function append(message, { delay = 0 } = {}) {
      if (disposed) return null;
      const follow = shouldFollowConversation();
      const stored = context2.addMessage({ role: "system", ...message });
      let node2;
      node2 = renderSessionMessage(stored, {
        onAction: (capabilityId, label) => configureAction(capabilityId, label, node2),
        onConfirm: () => {
          resolveActions(node2);
          runPrepared(true);
        },
        onCancel: () => {
          resolveActions(node2);
          controller.cancel();
          append({ type: RESPONSE_TYPES.TEXT, text: "Operação cancelada." });
        }
      });
      node2.style.setProperty("--message-delay", delay + "ms");
      thread.append(node2);
      scrollToLatest(follow, node2);
      return node2;
    }
    function appendUser(entry) {
      const follow = shouldFollowConversation();
      const stored = context2.addMessage({ role: "user", type: RESPONSE_TYPES.TEXT, text: entry.text || "", files: entry.files || [] });
      const node2 = renderSessionMessage(stored);
      node2.style.setProperty("--message-delay", "0ms");
      thread.append(node2);
      scrollToLatest(follow, node2);
    }
    function activityResponse(state) {
      const response = progressResponse(state.status);
      if (response && state.status === "running" && state.progress?.total > 1) {
        const completed = Math.min(state.progress.completed, state.progress.total);
        response.text = "Etapa " + completed + " de " + state.progress.total + " concluída…";
      }
      return response;
    }
    function renderActivity(state) {
      if (disposed) return;
      const response = activityResponse(state);
      if (!response) return;
      const follow = shouldFollowConversation();
      activity.replaceChildren(renderSessionMessage({ role: "system", ...response }, {
        onCancel: () => {
          controller.cancel();
          append({ type: RESPONSE_TYPES.TEXT, text: "Operação cancelada." });
        }
      }));
      activity.hidden = false;
      activity.classList.remove("is-leaving");
      requestAnimationFrame(() => activity.classList.add("is-visible"));
      scrollToLatest(follow, activity);
    }
    function showActivity(state) {
      const response = activityResponse(state);
      activityState = state;
      if (response) {
        clearTimeout(activityHideTimer);
        if (!activity.hidden) {
          renderActivity(state);
          return;
        }
        if (activityShowTimer) return;
        const reveal = () => {
          activityShowTimer = void 0;
          renderActivity(activityState);
        };
        if (prefersReducedMotion()) reveal();
        else activityShowTimer = setTimeout(reveal, ACTIVITY_REVEAL_MS);
        return;
      }
      clearTimeout(activityShowTimer);
      activityShowTimer = void 0;
      if (activity.hidden) return;
      activity.classList.remove("is-visible");
      activity.classList.add("is-leaving");
      const hide = () => {
        activity.hidden = true;
        activity.replaceChildren();
        activity.classList.remove("is-leaving");
      };
      if (prefersReducedMotion()) hide();
      else activityHideTimer = setTimeout(hide, ACTIVITY_EXIT_MS);
    }
    const unsubscribe = controller.subscribe(showActivity);
    async function runPrepared(confirmed = false) {
      if (working || disposed) return;
      working = true;
      composer.setBusy(true);
      try {
        const state = await controller.execute({ confirmed });
        if (disposed) return;
        showActivity(state);
        if (state.status === "success") {
          context2.rememberResult(state.result, state.result.steps);
          append(resultResponse(state.result));
          const destination = state.result.items.find((item) => item.kind === "workspace");
          if (destination) {
            const link = routeLink(destination.route, "Abrir ambiente", "sr-only", "Abrir");
            document.body.append(link);
            link.click();
            link.remove();
          }
        } else if (state.status === "error") append({ type: RESPONSE_TYPES.ERROR, text: state.message || "A operação não pôde ser concluída." });
      } finally {
        working = false;
        if (!disposed) composer.setBusy(false);
      }
    }
    async function handleEntry(entry) {
      if (working || disposed) return;
      working = true;
      composer.setBusy(true);
      appendUser(entry);
      context2.addFiles(entry.files || []);
      try {
        const before = context2.snapshot();
        if (entry.unsupported) {
          append({ type: RESPONSE_TYPES.TEXT, text: "Esta ação ainda não está disponível." });
          return;
        }
        const looksLikeNewText = !entry.actionId && !entry.files?.length && (entry.text.includes("\n") || entry.text.trim().length >= 160);
        const classification = entry.actionId || entry.files?.length || looksLikeNewText ? "task" : classifySessionEntry(entry.text, Boolean(before.currentInput || before.files.length));
        if (classification === "greeting") {
          append(greetingResponse());
          return;
        }
        if (classification === "out_of_scope") {
          append(scopeResponse());
          return;
        }
        if (classification === "vague" && !before.currentInput && !before.files.length) {
          append({ type: RESPONSE_TYPES.CLARIFICATION, text: "Diga qual tarefa deseja realizar ou envie um arquivo para eu mostrar as opções disponíveis." });
          return;
        }
        let selection = Array.isArray(entry.texts) ? { files: [], text: entry.texts } : context2.currentSelection();
        const preliminary = entry.actionId ? null : parseCommand(entry.text, { input: before.currentInput, session: before });
        const pastedTextIsData = shouldTreatAsPastedText(entry, preliminary);
        if (pastedTextIsData) selection = { files: [], text: "" };
        const requested = entry.actionId ? capabilityRegistry.get(entry.actionId) : capabilityRegistry.get(preliminary.matches?.[0]?.capabilityId);
        if (requested?.inputMode === "none") selection = { files: [], text: "" };
        const looksLikeData = !entry.actionId && classification !== "vague" && !selection.files.length && (pastedTextIsData || preliminary.status !== "matched" && !selection.text);
        const detectionOnly = !entry.actionId && (!entry.text.trim() || looksLikeData);
        const state = await controller.prepare({
          command: entry.text,
          files: selection.files,
          actionId: entry.actionId,
          parameters: entry.parameters || {},
          text: entry.actionId ? selection.text : void 0,
          sessionContext: before,
          contextText: !entry.actionId && selection.text ? selection.text : void 0
        }, { detectOnly: detectionOnly });
        if (disposed) return;
        if (state.status === "cancelled") return;
        context2.rememberPrepared(state);
        const pendingStep = state.plan?.steps?.length === 1 ? state.plan.steps[0] : null;
        const needsPdfParameters = pendingStep?.capabilityId?.startsWith("pdf.") && pendingStep.capabilityId !== "pdf.merge" && state.input?.summary?.counts?.pdf === 1 && state.validation?.errors?.some((error3) => error3.code === "missing_parameter");
        if (!entry.actionId && needsPdfParameters) {
          const capability2 = capabilityRegistry.get(pendingStep.capabilityId);
          openPdfActionDialog(pendingStep.capabilityId, (parameters2) => handleEntry({
            text: capability2.name,
            files: [],
            actionId: capability2.id,
            parameters: parameters2
          }));
          return;
        }
        const pendingCapability = pendingStep ? capabilityRegistry.get(pendingStep.capabilityId) : null;
        const needsDataParameters = pendingCapability?.environmentId === "dados" && state.validation?.errors?.some((error3) => error3.code === "missing_parameter");
        if (!entry.actionId && needsDataParameters) {
          const dataItem = state.input?.items?.find((item) => ["csv", "json", "data"].includes(item.kind));
          if (dataItem?.valid === true && dataItem.table) {
            openDataActionDialog(pendingCapability.id, dataItem, (result) => handleEntry({
              text: pendingCapability.name,
              files: [],
              actionId: pendingCapability.id,
              parameters: result.parameters || {}
            }));
            return;
          }
        }
        const textItemCount = state.input?.items?.filter((item) => item.kind === "text").length || 0;
        const needsTextDialog = pendingStep?.capabilityId === "text.compare" ? textItemCount < 2 && state.validation?.errors?.some((error3) => error3.code === "missing_input") : ["text.sortLines", "text.replace", "text.changeCase"].includes(pendingStep?.capabilityId) && state.validation?.errors?.some((error3) => error3.code === "missing_parameter");
        if (!entry.actionId && needsTextDialog) {
          const capability2 = capabilityRegistry.get(pendingStep.capabilityId);
          const texts = state.input.items.filter((item) => item.kind === "text" && typeof item.text === "string").map((item) => item.text);
          openTextActionDialog(capability2.id, { texts }, (result) => handleEntry({
            text: capability2.name,
            files: [],
            actionId: capability2.id,
            parameters: result.parameters || {},
            texts: result.texts
          }));
          return;
        }
        const responses = detectionOnly ? responsesForDetection(state) : responsesForPrepared(state);
        for (const [index, response] of responses.entries()) append(response, { delay: motionDelay(index) });
        const waitsForUser = responses.some((response) => response.type === RESPONSE_TYPES.CONFIRMATION);
        if (!detectionOnly && state.validation?.canExecute && !waitsForUser) {
          working = false;
          composer.setBusy(false);
          await runPrepared(false);
        }
      } catch {
        append({ type: RESPONSE_TYPES.ERROR, text: "Não consegui preparar essa tarefa. Tente novamente." });
      } finally {
        working = false;
        if (!disposed) composer.setBusy(false);
      }
    }
    const composer = taskComposer({
      draft: draft2,
      mode: "session",
      onSubmit: handleEntry,
      onPickEnvironment: () => openToolPicker((capabilityId, label) => configureAction(capabilityId, label))
    });
    page.append(header2, thread, activity, element("div", "session-composer-wrap", composer));
    page.dispose = () => {
      disposed = true;
      clearTimeout(activityShowTimer);
      clearTimeout(activityHideTimer);
      unsubscribe();
      composer.dispose();
      controller.dispose();
      context2.clear();
    };
    page.context = context2;
    page.handleEntry = handleEntry;
    if (initialEntry) queueMicrotask(() => handleEntry(initialEntry));
    return page;
  }

  // src/components/tool-card.js
  function toolCard(tool) {
    return routeLink(tool.path, `Abrir ${tool.name}`, "tool-card", [
      icon(tool.icon, `tool-card-icon color-${tool.color}`),
      element("h3", "", tool.name),
      element("p", "", tool.description),
      icon("arrow", "tool-card-arrow")
    ]);
  }
  function actionShortcut(action, onAction) {
    return button(action.label, "action-shortcut", [
      icon(action.icon, `color-${action.color}`),
      element("span", "", action.label)
    ], () => onAction ? onAction(action.capabilityId, action.label, action.parameters) : openCapability(action.capabilityId, action.parameters));
  }

  // src/config/features.js
  var features = Object.freeze({ assistantEnabled: false });

  // src/components/home-tool-icon.js
  var path = (d, attributes = {}) => ["path", { d, ...attributes }];
  var rect = (x, y, width, height, rx = 2, attributes = {}) => ["rect", { x, y, width, height, rx, ...attributes }];
  var tint = { fill: "currentColor", "fill-opacity": ".12" };
  var paper = () => [path("M14 3H6a2 2 0 0 0-2 2v14a2 2 0 0 0 2 2h12a2 2 0 0 0 2-2V9l-6-6Z", tint), path("M14 3v6h6")];
  var drawings = {
    documento: [...paper(), path("M8 13h8M8 17h5")],
    planilha: [rect(3, 3, 18, 18, 3, tint), path("M3 9h18M3 15h18M9 9v12M15 9v12"), rect(6, 5.5, 5, 1, 0.5, { fill: "currentColor", stroke: "none" })],
    pdf: [...paper(), path("M7.5 17.5c3-1 6-5.5 6-7 0-1.7-2-1.7-1.5.2.7 2.7 2.8 6.8 4.8 6.3 1.8-.5-.5-2.5-3.4-1.6-3.3 1-6.3 3.1-5.9 2.1Z", { "stroke-width": 1.4 })],
    imagem: [rect(3, 3, 18, 18, 3, tint), ["circle", { cx: 8.5, cy: 8.5, r: 1.5, fill: "currentColor", stroke: "none" }], path("m3 17 5-5 4 4 4-6 5 7"), path("m8 12 4 4 4-6 5 7v2a2 2 0 0 1-2 2H5a2 2 0 0 1-2-2v-2Z", { fill: "currentColor", "fill-opacity": ".15", stroke: "none" })],
    dados: [["ellipse", { cx: 12, cy: 5.5, rx: 8, ry: 3.5, ...tint }], path("M4 5.5v13c0 1.9 3.6 3.5 8 3.5s8-1.6 8-3.5v-13M4 12c0 1.9 3.6 3.5 8 3.5s8-1.6 8-3.5"), path("M4 18.5c0 1.9 3.6 3.5 8 3.5s8-1.6 8-3.5V12c0 1.9-3.6 3.5-8 3.5S4 13.9 4 12Z", { ...tint, stroke: "none" })],
    calculadora: [rect(4, 2, 16, 20, 3, tint), rect(7.5, 5.5, 9, 4, 1, { fill: "currentColor", "fill-opacity": ".14" }), path("M8 13h1M15 13h1M8 17h1M15 17h1", { "stroke-width": 2.6 })],
    arquivos: [path("M3 8V6a2 2 0 0 1 2-2h5l2 3h7a2 2 0 0 1 2 2v2H5", tint), path("M5 9h15a2 2 0 0 1 2 2.4l-1.4 7A2 2 0 0 1 18.6 20H5a2 2 0 0 1-2-2V11a2 2 0 0 1 2-2Z", tint)],
    quadro: [rect(2, 3, 20, 14, 2, tint), path("M8 21l4-4 4 4M12 17v4M7 12l3-3 3 2 4-4"), ["circle", { cx: 17, cy: 7, r: 1, fill: "currentColor", stroke: "none" }]],
    "pixel-art": [rect(3, 3, 7, 7, 1.5, tint), rect(14, 3, 7, 7, 1.5, tint), rect(3, 14, 7, 7, 1.5, tint), rect(14, 14, 7, 7, 1.5, { fill: "currentColor", "fill-opacity": ".85" })],
    design: [path("m12 3 8 8-4 9-9 1-4-4 1-9 8-5Z", tint), path("m12 3 8 8M4 20l6-6"), ["circle", { cx: 12, cy: 12, r: 2.5 }], path("m16 20 4-9")],
    audio: [rect(2, 9, 3, 6, 1.5, tint), rect(7.5, 5, 3, 14, 1.5, tint), rect(13.5, 2, 3, 20, 1.5, { fill: "currentColor", "fill-opacity": ".75" }), rect(19, 7, 3, 10, 1.5, tint)]
  };
  function homeToolIcon(id) {
    const svg = document.createElementNS("http://www.w3.org/2000/svg", "svg");
    for (const [name, value] of Object.entries({ viewBox: "0 0 24 24", class: "home-tool-symbol", "aria-hidden": "true", focusable: "false", fill: "none", stroke: "currentColor", "stroke-width": 1.65, "stroke-linecap": "round", "stroke-linejoin": "round" })) svg.setAttribute(name, value);
    for (const [tag, attributes] of Object.hasOwn(drawings, id) ? drawings[id] : drawings.arquivos) {
      const node2 = document.createElementNS("http://www.w3.org/2000/svg", tag);
      for (const [name, value] of Object.entries(attributes)) node2.setAttribute(name, value);
      svg.append(node2);
    }
    return svg;
  }

  // src/pages/tools-home.js
  var groups = [
    { id: "editar", title: "Criar e editar", description: "Ferramentas para registrar ideias e criar conteúdos.", ids: ["documento", "planilha", "pdf", "imagem"] },
    { id: "organizar", title: "Calcular e organizar", description: "Ferramentas para trabalhar com dados e informações.", ids: ["dados", "calculadora", "arquivos"] },
    { id: "expressar", title: "Criar e se expressar", description: "Ferramentas para design, arte e criatividade.", ids: ["quadro", "pixel-art", "design", "audio"] }
  ];
  var presentation = {
    documento: ["blue", "Escreva, edite e salve seus textos."],
    planilha: ["green", "Organize dados e calcule com facilidade."],
    pdf: ["rose", "Junte, separe e organize seus PDFs."],
    imagem: ["orange", "Edite e converta suas imagens."],
    dados: ["blue", "Analise e transforme seus dados."],
    calculadora: ["green", "Calcule e converta com praticidade."],
    arquivos: ["teal", "Um lugar para organizar seus arquivos."],
    quadro: ["violet", "Escreva, desenhe e conecte ideias."],
    "pixel-art": ["rose", "Desenhe e anime quadro a quadro."],
    design: ["blue", "Crie artes e composições do seu jeito."],
    audio: ["violet", "Edite e misture suas faixas de áudio."]
  };
  var normalized = (value) => value.normalize("NFD").replace(/[\u0300-\u036f]/g, "").toLocaleLowerCase("pt-BR").trim();
  function toolsHomePage() {
    const events = new AbortController(), sections = [];
    const on = (target, type, listener) => target.addEventListener(type, listener, { signal: events.signal });
    document.body.classList.add("tools-home-active");
    const heading = element("h1", "home-heading", ["Ferramentas do ", element("span", "home-brand", brand.name)]);
    heading.tabIndex = -1;
    const promises = philosophy();
    promises.classList.add("home-promises");
    const header2 = element("header", "home-header", [
      element("div", "home-intro", [heading, element("p", "home-subtitle", "Tudo no navegador, organizado para produtividade.")]),
      promises
    ]);
    const search = element("input", "home-search-input");
    search.type = "search";
    search.placeholder = `Buscar ferramentas do ${brand.name}…`;
    search.setAttribute("aria-label", "Buscar ferramentas");
    search.setAttribute("aria-controls", "home-tool-groups");
    search.autocomplete = "off";
    search.spellcheck = false;
    const clear = button("Limpar busca", "home-search-clear", icon("close"), () => {
      search.value = "";
      filter();
      search.focus();
    });
    clear.hidden = true;
    const shortcut = element("span", "home-search-shortcut", [element("kbd", "", "Ctrl"), element("kbd", "", "K")]);
    shortcut.setAttribute("aria-hidden", "true");
    const searchBox = element("div", "home-search", [icon("search"), search, clear, shortcut]);
    const status = element("p", "home-search-status sr-only", "");
    status.setAttribute("role", "status");
    status.setAttribute("aria-live", "polite");
    status.setAttribute("aria-atomic", "true");
    const catalogue = element("div", "home-tool-groups");
    catalogue.id = "home-tool-groups";
    function addGroup(group, entries) {
      if (!entries.length) return;
      const title = element("h2", "home-group-title", group.title);
      title.id = `home-group-${group.id}`;
      const rail = element("div", "home-tool-rail");
      rail.tabIndex = 0;
      rail.setAttribute("role", "region");
      rail.setAttribute("aria-labelledby", title.id);
      const cards = entries.map((tool) => {
        const [tone, description] = presentation[tool.id] || [tool.color, tool.description];
        const card = toolCard(tool);
        card.classList.add("home-tool-card", `home-tone-${tone}`);
        const badge = element("span", "home-tool-badge", homeToolIcon(tool.id));
        card.replaceChildren(badge, element("h3", "", tool.name), element("p", "", description));
        if (tool.status === "planned") card.append(element("span", "home-tool-planned", "Em breve"));
        rail.append(card);
        return { node: card, text: normalized(`${tool.name} ${tool.description} ${description} ${group.title}`) };
      });
      const previous = button(`Ferramentas anteriores: ${group.title}`, "home-rail-arrow home-rail-previous", icon("back"), () => move(-1));
      const next = button(`Próximas ferramentas: ${group.title}`, "home-rail-arrow home-rail-next", icon("arrow"), () => move(1));
      previous.hidden = true;
      next.hidden = true;
      function update() {
        const maximum = Math.max(0, (rail.scrollWidth || 0) - (rail.clientWidth || 0));
        const position = Math.max(0, rail.scrollLeft || 0);
        previous.hidden = maximum <= 2;
        next.hidden = maximum <= 2;
        previous.disabled = position <= 2;
        next.disabled = position >= maximum - 2;
        section2.classList.toggle("has-previous", maximum > 2 && !previous.disabled);
        section2.classList.toggle("has-next", maximum > 2 && !next.disabled);
      }
      function move(direction) {
        const distance = Math.max(190, (rail.clientWidth || 0) * 0.8) * direction;
        if (rail.scrollBy) rail.scrollBy({ left: distance, behavior: prefersReducedMotion() ? "instant" : "smooth" });
        else rail.scrollLeft = Math.max(0, Math.min((rail.scrollWidth || 0) - (rail.clientWidth || 0), (rail.scrollLeft || 0) + distance));
        update();
      }
      const section2 = element("section", "home-tool-group", [
        element("header", "home-group-header", [title, element("p", "home-group-description", group.description)]),
        element("div", "home-rail-wrap", [rail, previous, next])
      ]);
      section2.setAttribute("aria-labelledby", title.id);
      on(rail, "scroll", update);
      catalogue.append(section2);
      sections.push({ section: section2, rail, cards, update });
    }
    const included = new Set(groups.flatMap((group) => group.ids));
    for (const group of groups) addGroup(group, group.ids.map((id) => tools.find((tool) => tool.id === id)).filter(Boolean));
    addGroup({ id: "mais", title: "Mais ferramentas", description: "Outros espaços para facilitar seu dia a dia." }, tools.filter((tool) => !included.has(tool.id)));
    const empty = element("section", "home-search-empty", [
      icon("search"),
      element("h2", "", "Nenhuma ferramenta encontrada"),
      element("p", "", "Tente outro nome, como documento, imagem ou áudio."),
      button("Ver todas as ferramentas", "home-search-reset", "Ver todas as ferramentas", () => {
        search.value = "";
        filter();
        search.focus();
      })
    ]);
    empty.hidden = true;
    const page = element("div", "home-flow tools-home", [element("section", "home-page tools-home-page", [
      header2,
      searchBox,
      status,
      catalogue,
      empty,
      element("footer", "home-legal-footer", [brand.name, legalLinks()])
    ])]);
    function filter() {
      const terms = normalized(search.value).split(/\s+/).filter(Boolean);
      let count = 0;
      for (const group of sections) {
        let visible = 0;
        for (const card of group.cards) {
          card.node.hidden = !terms.every((term) => card.text.includes(term));
          if (!card.node.hidden) visible++;
        }
        group.section.hidden = visible === 0;
        group.rail.scrollLeft = 0;
        group.update();
        count += visible;
      }
      const searching = terms.length > 0;
      clear.hidden = !searching;
      shortcut.hidden = searching;
      empty.hidden = count > 0;
      status.textContent = searching ? `${count} ${count === 1 ? "ferramenta encontrada" : "ferramentas encontradas"}.` : "";
    }
    on(search, "input", filter);
    on(search, "keydown", (event) => {
      if (event.key === "Escape") {
        event.preventDefault();
        search.value = "";
        filter();
      }
    });
    on(document, "keydown", (event) => {
      if (event.defaultPrevented || document.querySelector("dialog[open]")) return;
      if ((event.ctrlKey || event.metaKey) && event.key.toLowerCase() === "k") {
        event.preventDefault();
        search.focus();
        search.select();
      }
    });
    const updateRails = () => sections.forEach((group) => group.update());
    const resize = typeof ResizeObserver === "function" ? new ResizeObserver(updateRails) : null;
    sections.forEach((group) => resize?.observe(group.rail));
    on(window, "resize", updateRails);
    const frame = requestAnimationFrame(updateRails);
    page.dispose = () => {
      events.abort();
      resize?.disconnect();
      cancelAnimationFrame(frame);
      document.body.classList.remove("tools-home-active");
    };
    return page;
  }

  // src/pages/home.js
  function homePage({ assistantEnabled = features.assistantEnabled } = {}) {
    if (!assistantEnabled) return toolsHomePage();
    const page = element("div", "home-flow");
    let currentView, currentDisposable, retiringView, retiringDisposable;
    let cancelTransition = () => {
    }, transitionGeneration = 0, disposed = false;
    function mount(view2, disposable, session2, animate = true) {
      if (disposed) return;
      const previousView = currentView;
      const previousDisposable = currentDisposable;
      const generation = ++transitionGeneration;
      cancelTransition();
      if (retiringView && retiringView !== previousView) {
        retiringView.remove();
        retiringDisposable?.dispose?.();
      }
      retiringView = previousView;
      retiringDisposable = previousDisposable;
      currentView = view2;
      currentDisposable = disposable;
      document.body.classList.toggle("session-active", session2);
      view2.classList.add("state-view");
      if (!previousView || !animate || prefersReducedMotion()) {
        previousView?.remove();
        previousDisposable?.dispose?.();
        retiringView = null;
        retiringDisposable = null;
        page.replaceChildren(view2);
        view2.classList.add("is-visible");
        return;
      }
      page.classList.add("is-transitioning");
      previousView.classList.add("is-exiting");
      view2.classList.add("is-entering");
      page.append(view2);
      requestAnimationFrame(() => {
        if (!disposed && generation === transitionGeneration) view2.classList.add("is-visible");
      });
      cancelTransition = afterVisualTransition(() => {
        if (disposed || generation !== transitionGeneration) return;
        previousView.remove();
        previousDisposable?.dispose?.();
        retiringView = null;
        retiringDisposable = null;
        view2.classList.remove("is-entering");
        page.classList.remove("is-transitioning");
      });
    }
    function startSession(entry) {
      const session2 = sessionView({ initialEntry: entry, onNewTask: () => renderHome(true) });
      session2.classList.add("session-page");
      mount(session2, session2, true);
    }
    function renderHome(animate = false) {
      if (animate) globalThis.scrollTo?.({ top: 0, behavior: prefersReducedMotion() ? "auto" : "smooth" });
      const heading = element("h1", "", ["O que você quer ", element("span", "", "fazer?")]);
      heading.tabIndex = -1;
      const subtitle = element("p", "hero-description", [
        brand.description + " O " + brand.name + " encontra a ferramenta certa",
        element("br", "desktop-break"),
        " e abre o espaço ideal para trabalhar."
      ]);
      const hero = element("header", "hero", [heading, subtitle]);
      const beginAction = (capabilityId, label, parameters2 = {}) => startSession({
        text: label,
        files: [],
        actionId: capabilityId || void 0,
        parameters: parameters2,
        unsupported: !capabilityId
      });
      const composer = taskComposer({
        draft: { text: "", files: [] },
        mode: "home",
        onSubmit: startSession,
        onPickEnvironment: () => openToolPicker(beginAction)
      });
      const quick = element("nav", "quick-actions", quickActions.map((action) => actionShortcut(action, beginAction)));
      quick.setAttribute("aria-label", "Ações rápidas");
      const direct = element("section", "direct-tools", [
        element("h2", "sr-only", "Abrir diretamente"),
        element("div", "tool-grid", homeToolIds.map((id) => toolCard(findTool(id))))
      ]);
      const home = element("section", "home-page", [hero, composer, quick, direct]);
      mount(home, composer, false, animate);
    }
    renderHome();
    page.dispose = () => {
      disposed = true;
      transitionGeneration++;
      cancelTransition();
      currentDisposable?.dispose?.();
      if (retiringDisposable !== currentDisposable) retiringDisposable?.dispose?.();
      document.body.classList.remove("session-active");
    };
    return page;
  }

  // src/components/workspace.js
  function workspace(tool) {
    const dataAvailable = tool.id === "dados" && tool.status === "available";
    const surface = element("section", `workspace-surface surface-${tool.surface}`);
    surface.setAttribute("aria-label", dataAvailable ? "Área de trabalho local para arquivos CSV e JSON" : `Área de trabalho de ${tool.name} em preparação`);
    if (tool.surface === "document") {
      const paper2 = element("div", "document-paper");
      paper2.setAttribute("aria-hidden", "true");
      surface.append(paper2);
    }
    if (tool.surface === "sheet" || tool.surface === "data") {
      const grid = element("div", "sheet-preview");
      grid.setAttribute("aria-hidden", "true");
      for (let row = 0; row < 13; row++) {
        for (let col = 0; col < 9; col++) {
          const label = row === 0 ? col ? String.fromCharCode(64 + col) : "" : col === 0 ? String(row) : "";
          grid.append(element("span", !row || !col ? "sheet-cell sheet-heading" : "sheet-cell", label));
        }
      }
      surface.append(grid);
    }
    const notice = element("div", "workspace-notice", [
      icon(tool.icon, `color-${tool.color}`),
      element("h2", "", dataAvailable ? "Trabalhe com seus dados aqui" : "Seu espaço começa aqui"),
      element("p", "", dataAvailable ? "Escolha uma ação acima e envie um arquivo CSV ou JSON. O processamento acontece localmente no navegador." : "Este ambiente está em preparação. As ferramentas serão adicionadas em uma próxima etapa."),
      element("span", "status-tag", dataAvailable ? "Disponível" : "Em preparação")
    ]);
    surface.append(notice);
    return surface;
  }

  // src/components/studyboard-icon.js
  var drawings2 = { lock: ["M6 10h12v11H6zM8 10V6a4 4 0 0 1 8 0v4"], unlock: ["M6 10h12v11H6zM8 10V6a4 4 0 0 1 8-1"], layers: ["m3 7 9-5 9 5-9 5zM3 12l9 5 9-5M3 17l9 5 9-5"], ruler: ["m3 15 12-12 6 6L9 21zM6 12l3 3M9 9l2 2M12 6l3 3"], compass: ["M12 3v4M9 7l-6 14M15 7l6 14M7 15h10M9 7h6"], angle: ["M3 3v18h18M3 14a7 7 0 0 1 7 7"] };
  function studyboardIcon(name) {
    const navigation = { minus: "M5 12h14", fullscreen: "M8 3H3v5M16 3h5v5M21 16v5h-5M3 16v5h5M3 3l6 6M21 3l-6 6M21 21l-6-6M3 21l6-6", fullscreenExit: "M3 8h5V3M21 8h-5V3M21 16h-5v5M3 16h5v5M8 8 2 2M16 8l6-6M16 16l6 6M8 16l-6 6", map: "m3 5 6-2 6 2 6-2v16l-6 2-6-2-6 2V5Zm6-2v16m6-14v16", chevronDown: "m7 10 5 5 5-5" };
    if (Object.hasOwn(navigation, name)) drawings2[name] = [navigation[name]];
    if (name === "save") drawings2.save = ["M4 3h13l4 4v14H3V3h1M7 3v6h10V3M7 21v-8h10v8"];
    if (!Object.hasOwn(drawings2, name)) return icon(name);
    const svg = document.createElementNS("http://www.w3.org/2000/svg", "svg");
    for (const [k, v] of Object.entries({ viewBox: "0 0 24 24", fill: "none", stroke: "currentColor", "stroke-width": "1.7", "stroke-linecap": "round", "stroke-linejoin": "round", "aria-hidden": "true", class: "icon" })) svg.setAttribute(k, v);
    for (const d of drawings2[name]) {
      const p = document.createElementNS("http://www.w3.org/2000/svg", "path");
      p.setAttribute("d", d);
      svg.append(p);
    }
    return svg;
  }

  // src/tools/studyboard/document.js
  var STUDY_LIMITS = Object.freeze({ coordinate: 32e3, objects: 1600, pages: 20, points: 25e4, strokePoints: 12e3, historyBytes: 24 * 1024 * 1024, historySteps: 80, fileBytes: 40 * 1024 * 1024, imageBytes: 8 * 1024 * 1024, imagePixels: 16e6, assetBytes: 24 * 1024 * 1024, assetPixels: 4e7 });
  var studyId = () => "s_" + crypto.randomUUID();
  function blankStudyPage(name = "Página 1") {
    return { id: studyId(), name, width: 4800, height: 3200, paper: { mode: "white", color: "#ffffff", spacing: 32, contrast: 0.18, visible: true, snap: false, unit: 40 }, objects: [] };
  }
  function blankStudyDocument() {
    const page = blankStudyPage();
    return { title: "Caderno de estudos", current: page.id, pages: [page] };
  }
  var studyPage = (doc) => doc.pages.find((p) => p.id === doc.current) || doc.pages[0];
  function studyObject(kind, points, extras = {}) {
    return {
      id: studyId(),
      kind,
      name: kind === "stroke" ? "Traço" : "Anotação",
      hidden: false,
      locked: false,
      group: null,
      style: { ink: "#162333", width: 2.5, alpha: 1, dash: "solid", fill: "#a9e9df", fillAlpha: 0 },
      data: { points: points.map((p) => ({ x: p.x, y: p.y, p: p.p ?? 0.5 })) },
      ...extras
    };
  }
  function addStudyObject(page, object) {
    if (page.objects.length >= STUDY_LIMITS.objects) throw new Error("Esta página chegou ao limite de 1600 objetos.");
    const total = page.objects.reduce((n, o) => n + o.data.points.length, object.data.points.length);
    if (total > STUDY_LIMITS.points) throw new Error("Esta página chegou ao limite de pontos. Continue em uma nova página.");
    page.objects.push(object);
  }
  function createStudyHistory(document2 = blankStudyDocument()) {
    let current = structuredClone(document2), undo = [], redo = [], retainedBytes = 0, validate = (doc) => doc;
    const observers = /* @__PURE__ */ new Set();
    const announce = () => observers.forEach((callback) => callback(current));
    function trim() {
      while (undo.length > STUDY_LIMITS.historySteps || retainedBytes > STUDY_LIMITS.historyBytes && undo.length > 1) retainedBytes -= undo.shift().cost;
    }
    return {
      get document() {
        return current;
      },
      get undoable() {
        return undo.length > 0;
      },
      get redoable() {
        return redo.length > 0;
      },
      get memory() {
        return retainedBytes;
      },
      validateWith(validator) {
        validate = validator;
      },
      onChange(callback) {
        observers.add(callback);
        return () => observers.delete(callback);
      },
      apply(operation) {
        let draft2 = structuredClone(current);
        operation(draft2);
        draft2 = validate(draft2);
        const before = JSON.stringify(current), after = JSON.stringify(draft2);
        if (before === after) return false;
        let cost = 512;
        draft2.pages = draft2.pages.map((page) => {
          const original = current.pages.find((p) => p.id === page.id), nextJson = JSON.stringify(page), oldJson = original ? JSON.stringify(original) : "";
          if (original && oldJson === nextJson) return original;
          cost += (nextJson.length + oldJson.length) * 2;
          return page;
        });
        for (const old of current.pages) if (!draft2.pages.some((p) => p.id === old.id)) cost += JSON.stringify(old).length * 2;
        if (cost > STUDY_LIMITS.historyBytes) throw new Error("Esta operação é grande demais para o histórico. Divida o estudo em mais páginas.");
        undo.push({ state: current, cost });
        retainedBytes += cost;
        redo = [];
        current = draft2;
        trim();
        announce();
        return true;
      },
      undo() {
        if (!undo.length) return;
        const entry = undo.pop();
        retainedBytes -= entry.cost;
        redo.push({ state: current, cost: entry.cost });
        current = entry.state;
        announce();
      },
      redo() {
        if (!redo.length) return;
        const entry = redo.pop();
        undo.push({ state: current, cost: entry.cost });
        retainedBytes += entry.cost;
        current = entry.state;
        trim();
        announce();
      },
      load(doc) {
        current = structuredClone(doc);
        undo = [];
        redo = [];
        retainedBytes = 0;
        announce();
      },
      assetReferences() {
        return new Set([current, ...undo.map((e) => e.state), ...redo.map((e) => e.state)].flatMap((doc) => doc.pages.flatMap((page) => page.objects.filter((o) => o.kind === "image").map((o) => o.data.asset))));
      }
    };
  }

  // src/tools/studyboard/coordinates.js
  function limited(value, min, max) {
    return Math.max(min, Math.min(max, value));
  }
  function screenToStudy(clientX, clientY, rect2, camera) {
    return { x: (clientX - rect2.left - camera.x) / camera.zoom, y: (clientY - rect2.top - camera.y) / camera.zoom };
  }
  function studyToScreen(point, camera) {
    return { x: point.x * camera.zoom + camera.x, y: point.y * camera.zoom + camera.y };
  }
  function anchoredStudyZoom(camera, zoom, anchor) {
    const value = limited(zoom, 0.15, 5), world = { x: (anchor.x - camera.x) / camera.zoom, y: (anchor.y - camera.y) / camera.zoom };
    return { zoom: value, x: anchor.x - world.x * value, y: anchor.y - world.y * value };
  }
  var lengthBetween = (a, b) => Math.hypot(b.x - a.x, b.y - a.y);
  function pointSegmentDistance(p, a, b) {
    const dx = b.x - a.x, dy = b.y - a.y, square = dx * dx + dy * dy;
    if (square < 1e-16) return lengthBetween(p, a);
    const t = limited(((p.x - a.x) * dx + (p.y - a.y) * dy) / square, 0, 1);
    return lengthBetween(p, { x: a.x + t * dx, y: a.y + t * dy });
  }
  function studyBounds(points, pad = 0) {
    if (!points.length) return null;
    let left = Infinity, top = Infinity, right = -Infinity, bottom = -Infinity;
    for (const p of points) {
      left = Math.min(left, p.x);
      top = Math.min(top, p.y);
      right = Math.max(right, p.x);
      bottom = Math.max(bottom, p.y);
    }
    return { left: left - pad, top: top - pad, right: right + pad, bottom: bottom + pad, width: right - left + pad * 2, height: bottom - top + pad * 2 };
  }
  function insideBounds(p, b) {
    return p.x >= b.left && p.x <= b.right && p.y >= b.top && p.y <= b.bottom;
  }
  function snappedStudyPoint(point, paper2, bypass = false) {
    const q = paper2.snap && !bypass ? { x: Math.round(point.x / paper2.spacing) * paper2.spacing, y: Math.round(point.y / paper2.spacing) * paper2.spacing } : point;
    return { ...point, x: limited(q.x, -32e3, 32e3), y: limited(q.y, -32e3, 32e3) };
  }

  // src/tools/studyboard/ink.js
  function collectInkPoint(points, sample, minDistance = 0.35) {
    const previous = points.at(-1);
    if (!previous || lengthBetween(previous, sample) >= minDistance) points.push({ x: sample.x, y: sample.y, p: sample.p ?? 0.5 });
  }
  function drawStudyInk(ctx, object) {
    const points = object.data.points;
    if (!points.length) return;
    const style = object.style;
    ctx.beginPath();
    ctx.lineJoin = "round";
    ctx.lineCap = object.data.brush === "highlighter" ? "butt" : "round";
    ctx.lineWidth = style.width;
    ctx.strokeStyle = style.ink;
    ctx.setLineDash(style.dash === "dashed" ? [style.width * 4, style.width * 3] : style.dash === "dotted" ? [0.1, style.width * 2.5] : []);
    if (points.length === 1) {
      ctx.arc(points[0].x, points[0].y, style.width / 2, 0, Math.PI * 2);
      ctx.fillStyle = style.ink;
      ctx.fill();
      return;
    }
    ctx.moveTo(points[0].x, points[0].y);
    for (let i = 1; i < points.length - 1; i++) ctx.quadraticCurveTo(points[i].x, points[i].y, (points[i].x + points[i + 1].x) / 2, (points[i].y + points[i + 1].y) / 2);
    ctx.lineTo(points.at(-1).x, points.at(-1).y);
    ctx.stroke();
  }
  function lerpPoint(a, b, t) {
    return { x: a.x + (b.x - a.x) * t, y: a.y + (b.y - a.y) * t, p: a.p + (b.p - a.p) * t };
  }
  function splitInkAtCircle(points, center, radius) {
    if (points.length === 1) return lengthBetween(points[0], center) <= radius ? [] : [points];
    const paths6 = [];
    let run = [];
    const close2 = () => {
      if (run.length) paths6.push(run);
      run = [];
    };
    for (let i = 1; i < points.length; i++) {
      const a = points[i - 1], b = points[i], dx = b.x - a.x, dy = b.y - a.y, ox = a.x - center.x, oy = a.y - center.y, aa = dx * dx + dy * dy;
      if (aa < 1e-16) continue;
      const bb = 2 * (ox * dx + oy * dy), cc = ox * ox + oy * oy - radius * radius, discriminant = bb * bb - 4 * aa * cc;
      const breaks = [0, 1];
      if (discriminant > 0) {
        for (const t of [(-bb - Math.sqrt(discriminant)) / (2 * aa), (-bb + Math.sqrt(discriminant)) / (2 * aa)]) if (t > 0 && t < 1) breaks.push(t);
      }
      breaks.sort((a2, b2) => a2 - b2);
      for (let j = 1; j < breaks.length; j++) {
        const lo = breaks[j - 1], hi = breaks[j], midpoint = lerpPoint(a, b, (lo + hi) / 2);
        if (lengthBetween(midpoint, center) >= radius - 1e-9) {
          const start = lerpPoint(a, b, lo), end = lerpPoint(a, b, hi);
          if (run.length && lengthBetween(run.at(-1), start) > 1e-6) close2();
          if (!run.length) run.push(start);
          run.push(end);
        } else close2();
      }
    }
    close2();
    return paths6;
  }
  function eraseStudyInk(page, center, radius) {
    const result = [];
    for (const object of page.objects) {
      if (object.kind !== "stroke" || object.locked || object.hidden || !object.data.points.some((p, i, all) => lengthBetween(p, center) <= radius + object.style.width || i && pointSegmentDistance(center, all[i - 1], p) <= radius + object.style.width)) {
        result.push(object);
        continue;
      }
      const fragments = splitInkAtCircle(object.data.points, center, radius + object.style.width / 2);
      fragments.forEach((points, index) => result.push({ ...object, id: index ? studyId() : object.id, data: { ...object.data, points } }));
    }
    if (result.length > 1600) throw new Error("A borracha criaria fragmentos demais. Use uma borracha maior ou uma nova página.");
    page.objects = result;
  }

  // src/tools/studyboard/objects.js
  var STUDY_FONTS = ["Arial", "Georgia", "Verdana", "Courier New"];
  function boxedStudyObject(kind, x, y, width, height) {
    const object = studyObject(kind, [{ x, y }, { x: x + width, y }, { x, y: y + height }]);
    if (kind === "text") Object.assign(object.data, { text: "Anotação", font: "Arial", size: 22, align: "left" });
    return object;
  }
  function studyBox(points) {
    const [o, x, y] = points, width = lengthBetween(o, x), height = lengthBetween(o, y);
    return { x: o.x, y: o.y, width, height, angle: Math.atan2(x.y - o.y, x.x - o.x), corner: { x: x.x + y.x - o.x, y: x.y + y.y - o.y } };
  }
  function studyShape(kind, a, b, style) {
    let left = Math.min(a.x, b.x), top = Math.min(a.y, b.y), width = Math.max(0.5, Math.abs(b.x - a.x)), height = Math.max(0.5, Math.abs(b.y - a.y));
    if (["square", "shapeCircle"].includes(kind)) {
      const side2 = Math.min(width, height);
      left = a.x + (b.x < a.x ? -side2 : 0);
      top = a.y + (b.y < a.y ? -side2 : 0);
      width = height = side2;
    }
    let object;
    if (["ellipse", "shapeCircle"].includes(kind)) {
      const center = { x: left + width / 2, y: top + height / 2 };
      object = studyObject("ellipse", [center, { x: center.x + width / 2, y: center.y }, { x: center.x, y: center.y + height / 2 }]);
      object.name = kind === "shapeCircle" ? "Círculo" : "Elipse";
    } else {
      const vertices = kind === "triangle" ? [{ x: left + width / 2, y: top }, { x: left + width, y: top + height }, { x: left, y: top + height }] : [{ x: left, y: top }, { x: left + width, y: top }, { x: left + width, y: top + height }, { x: left, y: top + height }];
      object = studyObject("polygon", vertices);
      object.data.shape = kind;
      object.name = { triangle: "Triângulo", square: "Quadrado", rectangle: "Retângulo" }[kind];
    }
    object.style = { ...style };
    return object;
  }
  function layoutStudyText(ctx, object) {
    const box = studyBox(object.data.points), { text: text2, font, size } = object.data;
    ctx.font = `${size}px "${STUDY_FONTS.includes(font) ? font : "Arial"}"`;
    ctx.fillStyle = object.style.ink;
    ctx.textBaseline = "alphabetic";
    const lines = [];
    for (const paragraph of text2.replace(/\r\n?/g, "\n").split("\n")) {
      const chars4 = Array.from(paragraph);
      if (!chars4.length) {
        lines.push("");
        continue;
      }
      for (let start = 0; start < chars4.length; ) {
        let end = start + 1, step = 2, high = chars4.length;
        while (end < chars4.length) {
          const trial = Math.min(chars4.length, start + step);
          if (ctx.measureText(chars4.slice(start, trial).join("")).width > box.width) {
            high = trial - 1;
            break;
          }
          end = trial;
          step *= 2;
        }
        let low = end + 1;
        while (low <= high) {
          const trial = Math.floor((low + high) / 2);
          if (ctx.measureText(chars4.slice(start, trial).join("")).width <= box.width) {
            end = trial;
            low = trial + 1;
          } else high = trial - 1;
        }
        lines.push(chars4.slice(start, end).join(""));
        start = end;
      }
    }
    return { lines, height: Math.ceil(lines.length * size * 1.3) + 2 };
  }
  function resizeStudyTextHeight(object, wanted) {
    const box = studyBox(object.data.points), direction = { x: -Math.sin(box.angle), y: Math.cos(box.angle) };
    let maximum = Infinity;
    for (const axis of ["x", "y"]) if (Math.abs(direction[axis]) > 1e-10) {
      const edge = Math.sign(direction[axis]) * STUDY_LIMITS.coordinate;
      maximum = Math.min(maximum, (edge - box[axis]) / direction[axis]);
    }
    const height = Math.max(box.height, Math.min(maximum, wanted));
    const bounded = (n) => Math.max(-STUDY_LIMITS.coordinate, Math.min(STUDY_LIMITS.coordinate, n));
    object.data.points[2] = { ...object.data.points[2], x: bounded(box.x + direction.x * height), y: bounded(box.y + direction.y * height) };
    return height;
  }
  function fitStudyText(ctx, object, minimum2 = 0) {
    return resizeStudyTextHeight(object, Math.max(minimum2, layoutStudyText(ctx, object).height));
  }
  function studyTextAt(page, point) {
    return [...page.objects].reverse().find((object) => {
      if (object.kind !== "text" || object.hidden || object.locked) return false;
      const box = studyBox(object.data.points), c = Math.cos(box.angle), s = Math.sin(box.angle), dx = point.x - box.x, dy = point.y - box.y;
      const x = dx * c + dy * s, y = -dx * s + dy * c;
      return x >= 0 && x <= box.width && y >= 0 && y <= box.height;
    });
  }
  function drawStudyText(ctx, object, points) {
    const box = studyBox(points), { size, align } = object.data, { lines } = layoutStudyText(ctx, object);
    ctx.translate(box.x, box.y);
    ctx.rotate(box.angle);
    ctx.beginPath();
    ctx.rect(0, 0, box.width, box.height);
    ctx.clip();
    lines.forEach((line, i) => {
      const y = size + i * size * 1.3;
      if (y - size >= box.height) return;
      const width = ctx.measureText(line).width;
      ctx.fillText(line, align === "center" ? (box.width - width) / 2 : align === "right" ? box.width - width : 0, y);
    });
  }
  function editStudyVertex(page, id, index, point) {
    const object = page.objects.find((o) => o.id === id);
    if (!object || object.locked) return;
    const ref = object.data.refs?.[index];
    if (ref) {
      const target = page.objects.find((o) => o.id === ref && o.kind === "point");
      if (target?.locked) throw new Error("Este vértice está vinculado a um ponto bloqueado.");
      if (target) target.data.points[0] = { ...point };
      return;
    }
    const pts = object.data.points, old = pts[index];
    if (["text", "image", "cartesian"].includes(object.kind)) {
      const frame = studyBox(pts), c = Math.cos(frame.angle), s = Math.sin(frame.angle), dx = point.x - pts[0].x, dy = point.y - pts[0].y;
      let width = Math.max(8, dx * c + dy * s), height = Math.max(8, -dx * s + dy * c);
      if (object.kind === "image") {
        const factor = Math.max(width / frame.width, height / frame.height);
        width = frame.width * factor;
        height = frame.height * factor;
      }
      pts[1] = { x: pts[0].x + c * width, y: pts[0].y + s * width };
      pts[2] = { x: pts[0].x - s * height, y: pts[0].y + c * height };
      return;
    }
    if (object.kind === "ellipse") {
      if (index === 0) {
        const dx = point.x - old.x, dy = point.y - old.y;
        object.data.points = pts.map((p) => ({ ...p, x: p.x + dx, y: p.y + dy }));
      } else if (index === 1) {
        const ry = lengthBetween(pts[0], pts[2]), angle = Math.atan2(point.y - pts[0].y, point.x - pts[0].x);
        pts[1] = point;
        pts[2] = { x: pts[0].x - Math.sin(angle) * ry, y: pts[0].y + Math.cos(angle) * ry };
      } else {
        const a = Math.atan2(pts[1].y - pts[0].y, pts[1].x - pts[0].x), ry = Math.max(0.25, Math.abs(-(point.x - pts[0].x) * Math.sin(a) + (point.y - pts[0].y) * Math.cos(a)));
        pts[2] = { x: pts[0].x - Math.sin(a) * ry, y: pts[0].y + Math.cos(a) * ry };
      }
    } else if (object.kind === "polygon" && ["rectangle", "square"].includes(object.data.shape)) {
      const opposite = pts[(index + 2) % 4], ux = pts[(index + 1) % 4].x - old.x, uy = pts[(index + 1) % 4].y - old.y, norm = Math.hypot(ux, uy) || 1, x = ux / norm, y = uy / norm;
      let a = (point.x - opposite.x) * x + (point.y - opposite.y) * y, b = -(point.x - opposite.x) * y + (point.y - opposite.y) * x;
      if (object.data.shape === "square") {
        const side2 = Math.max(Math.abs(a), Math.abs(b));
        a = Math.sign(a || 1) * side2;
        b = Math.sign(b || 1) * side2;
      }
      pts[index] = { x: opposite.x + a * x - b * y, y: opposite.y + a * y + b * x };
      pts[(index + 1) % 4] = { x: opposite.x - b * y, y: opposite.y + b * x };
      pts[(index + 3) % 4] = { x: opposite.x + a * x, y: opposite.y + a * y };
    } else pts[index] = { ...point };
  }
  function rotateStudySelection(page, ids, radians, center) {
    const targets = new Set(ids);
    for (const o of page.objects) if (targets.has(o.id) && !o.locked) {
      for (const ref of o.data.refs || []) if (ref) targets.add(ref);
    }
    for (const id of targets) if (page.objects.find((o) => o.id === id)?.locked) throw new Error("Desbloqueie os pontos da construção antes de girar o conjunto.");
    const c = Math.cos(radians), s = Math.sin(radians);
    for (const o of page.objects) if (targets.has(o.id) && !o.locked) o.data.points = o.data.points.map((p, i) => o.data.refs?.[i] ? p : { ...p, x: center.x + (p.x - center.x) * c - (p.y - center.y) * s, y: center.y + (p.x - center.x) * s + (p.y - center.y) * c });
  }

  // src/tools/studyboard/vertices.js
  function resolveStudyVertices(object, page) {
    return object.data.points.map((point, index) => {
      const ref = object.data.refs?.[index];
      return ref ? page.objects.find((o) => o.id === ref && o.kind === "point")?.data.points[0] || point : point;
    });
  }

  // src/tools/studyboard/geometry.js
  var STUDY_LINEAR = ["segment", "line", "ray", "ruler", "parallel", "perpendicular"];
  function studyLineDefinition(object, page) {
    const points = resolveStudyVertices(object, page);
    if (object.kind === "parallel" || object.kind === "perpendicular") {
      const base = page.objects.find((o) => o.id === object.data.baseId && ["segment", "line", "ray", "ruler"].includes(o.kind));
      if (!base) return null;
      const [a, b] = resolveStudyVertices(base, page), norm = lengthBetween(a, b);
      if (norm < 1e-8) return null;
      const dx = (b.x - a.x) / norm, dy = (b.y - a.y) / norm, p = points[0];
      return [p, { x: p.x + (object.kind === "parallel" ? dx : -dy) * page.paper.unit, y: p.y + (object.kind === "parallel" ? dy : dx) * page.paper.unit }];
    }
    return points.length >= 2 && lengthBetween(points[0], points[1]) > 1e-8 ? points.slice(0, 2) : null;
  }
  function clipStudyLine(a, b, mode, visible) {
    const dx = b.x - a.x, dy = b.y - a.y;
    if (Math.hypot(dx, dy) < 1e-8) return null;
    let lo = mode === "segment" || mode === "ray" ? 0 : -Infinity, hi = mode === "segment" ? 1 : Infinity;
    for (const [position, delta, min, max] of [[a.x, dx, visible.left, visible.right], [a.y, dy, visible.top, visible.bottom]]) {
      if (Math.abs(delta) < 1e-12) {
        if (position < min || position > max) return null;
        continue;
      }
      const t1 = (min - position) / delta, t2 = (max - position) / delta;
      lo = Math.max(lo, Math.min(t1, t2));
      hi = Math.min(hi, Math.max(t1, t2));
      if (lo > hi) return null;
    }
    return [{ x: a.x + lo * dx, y: a.y + lo * dy }, { x: a.x + hi * dx, y: a.y + hi * dy }];
  }
  function studyAngleDegrees(a, vertex, b) {
    const ux = a.x - vertex.x, uy = a.y - vertex.y, vx = b.x - vertex.x, vy = b.y - vertex.y;
    if (Math.hypot(ux, uy) < 1e-8 || Math.hypot(vx, vy) < 1e-8) return null;
    return Math.atan2(Math.abs(ux * vy - uy * vx), ux * vx + uy * vy) * 180 / Math.PI;
  }
  function studyMeasurement(value, suffix) {
    if (value === null || !Number.isFinite(value)) return "indefinido";
    if (Math.abs(value - Math.round(value)) < 1e-8) return `${Math.round(value)}${suffix}`;
    return `≈${Number(value.toFixed(2))}${suffix}`;
  }
  function regularStudyVertices(object, page) {
    const [center, reference] = resolveStudyVertices(object, page), radius = lengthBetween(center, reference), start = Math.atan2(reference.y - center.y, reference.x - center.x), sides = object.data.sides;
    return Array.from({ length: sides }, (_, i) => ({ x: center.x + radius * Math.cos(start + i * 2 * Math.PI / sides), y: center.y + radius * Math.sin(start + i * 2 * Math.PI / sides) }));
  }
  function studyCircleRadius(object, page) {
    const [c, r] = resolveStudyVertices(object, page);
    return lengthBetween(c, r);
  }
  function setStudyCircleRadius(page, id, units) {
    const object = page.objects.find((o) => o.id === id), [c, r] = resolveStudyVertices(object, page), radius = units * page.paper.unit, oldRadius = lengthBetween(c, r);
    const target = { x: c.x + (oldRadius > 1e-8 ? (r.x - c.x) / oldRadius : 1) * radius, y: c.y + (oldRadius > 1e-8 ? (r.y - c.y) / oldRadius : 0) * radius };
    if (Math.abs(target.x) > 32e3 || Math.abs(target.y) > 32e3) throw new Error("O raio ultrapassa a área de estudo.");
    const ref = object.data.refs?.[1];
    if (ref) {
      const point = page.objects.find((o) => o.id === ref);
      if (point.locked || ref === object.data.refs[0]) throw new Error("O ponto de raio está bloqueado ou coincide com o centro.");
      point.data.points[0] = target;
    } else object.data.points[1] = target;
  }
  function detachStudyDependencies(page, removed) {
    for (const object of page.objects) if (!removed.has(object.id)) {
      const points = resolveStudyVertices(object, page);
      if (object.data.refs) object.data.refs = object.data.refs.map((id, i) => {
        if (id && removed.has(id)) {
          object.data.points[i] = { ...points[i] };
          return null;
        }
        return id;
      });
      if (object.data.baseId && removed.has(object.data.baseId)) {
        const line = studyLineDefinition(object, page);
        if (line) object.data.points = line;
        object.kind = "line";
        delete object.data.baseId;
        object.name = "Reta desvinculada";
        delete object.data.refs;
      }
    }
  }
  function shapePath(ctx, points) {
    ctx.beginPath();
    points.forEach((p, i) => i ? ctx.lineTo(p.x, p.y) : ctx.moveTo(p.x, p.y));
  }
  function drawStudyGeometry(ctx, object, page, visible, { showInstrument = false } = {}) {
    const points = resolveStudyVertices(object, page), s = object.style;
    ctx.strokeStyle = s.ink;
    ctx.fillStyle = s.ink;
    ctx.lineWidth = s.width;
    ctx.lineCap = "round";
    ctx.lineJoin = "round";
    ctx.setLineDash(s.dash === "dashed" ? [10, 7] : s.dash === "dotted" ? [2, 5] : []);
    if (STUDY_LINEAR.includes(object.kind)) {
      const def = studyLineDefinition(object, page);
      if (!def) {
        if (points[0]) {
          ctx.font = "12px Arial";
          ctx.fillText("base indefinida", points[0].x + 10, points[0].y);
        }
        return;
      }
      const clipped = clipStudyLine(def[0], def[1], ["segment", "ruler"].includes(object.kind) ? "segment" : object.kind === "ray" ? "ray" : "line", visible);
      if (clipped) {
        shapePath(ctx, clipped);
        ctx.stroke();
      }
      if (object.kind === "ruler") {
        const [a, b] = def, length = lengthBetween(a, b), unit = page.paper.unit, step = unit * Math.max(0.1, Math.ceil(length / unit / 60) / 10);
        if (showInstrument) {
          ctx.save();
          ctx.translate(a.x, a.y);
          ctx.rotate(Math.atan2(b.y - a.y, b.x - a.x));
          ctx.fillStyle = "#dff3ee";
          ctx.globalAlpha *= 0.7;
          ctx.fillRect(0, -12, length, 24);
          ctx.globalAlpha = s.alpha;
          ctx.fillStyle = s.ink;
          ctx.font = "10px Arial";
          ctx.lineWidth = 1;
          for (let i = 0; i <= Math.min(600, Math.floor(length / step)); i++) {
            const x = i * step, major = Math.abs(x / unit - Math.round(x / unit)) < 1e-6;
            ctx.beginPath();
            ctx.moveTo(x, -12);
            ctx.lineTo(x, major ? 2 : -5);
            ctx.stroke();
            if (major) ctx.fillText(String(Math.round(x / unit)), x + 2, 11);
          }
          ctx.restore();
        }
        ctx.font = "13px Arial";
        ctx.fillText(studyMeasurement(length / unit, " u"), (a.x + b.x) / 2 + 6, (a.y + b.y) / 2 - 18);
      }
    } else if (object.kind === "point") {
      const p = points[0];
      ctx.beginPath();
      ctx.arc(p.x, p.y, Math.max(2, s.width + 1), 0, 2 * Math.PI);
      ctx.fill();
      ctx.font = "14px Arial";
      ctx.fillText(object.data.label, p.x + s.width + 6, p.y - s.width - 6);
    } else if (object.kind === "circle" || object.kind === "arc") {
      const [c, start, end] = points, radius = lengthBetween(c, start);
      ctx.beginPath();
      ctx.arc(c.x, c.y, radius, object.kind === "arc" ? Math.atan2(start.y - c.y, start.x - c.x) : 0, object.kind === "arc" ? Math.atan2(end.y - c.y, end.x - c.x) : 2 * Math.PI);
      if (s.fillAlpha && object.kind === "circle") {
        ctx.save();
        ctx.globalAlpha *= s.fillAlpha;
        ctx.fillStyle = s.fill;
        ctx.fill();
        ctx.restore();
      }
      ctx.stroke();
    } else if (object.kind === "regular") {
      shapePath(ctx, regularStudyVertices(object, page));
      ctx.closePath();
      if (s.fillAlpha) {
        ctx.save();
        ctx.globalAlpha *= s.fillAlpha;
        ctx.fillStyle = s.fill;
        ctx.fill();
        ctx.restore();
      }
      ctx.stroke();
    } else if (object.kind === "angle" || object.kind === "protractor") {
      const [a, v, b] = points, angle = studyAngleDegrees(a, v, b);
      shapePath(ctx, [a, v, b]);
      ctx.stroke();
      ctx.font = "14px Arial";
      if (angle === null) {
        ctx.fillText("ângulo indefinido", v.x + 10, v.y - 10);
        return;
      }
      const start = Math.atan2(a.y - v.y, a.x - v.x), end = Math.atan2(b.y - v.y, b.x - v.x), anticlockwise = (a.x - v.x) * (b.y - v.y) - (a.y - v.y) * (b.x - v.x) < 0, radius = Math.min(45, lengthBetween(a, v) * 0.4, lengthBetween(b, v) * 0.4);
      ctx.beginPath();
      ctx.arc(v.x, v.y, radius, start, end, anticlockwise);
      ctx.stroke();
      ctx.fillText(studyMeasurement(angle, "°"), v.x + 12, v.y + 24);
      if (object.kind === "protractor" && showInstrument) {
        const r = 95;
        ctx.save();
        ctx.translate(v.x, v.y);
        ctx.rotate(start);
        ctx.lineWidth = 1;
        ctx.font = "9px Arial";
        ctx.beginPath();
        ctx.arc(0, 0, r, 0, anticlockwise ? -Math.PI : Math.PI, anticlockwise);
        ctx.stroke();
        for (let degree = 0; degree <= 180; degree += 10) {
          const theta = degree * Math.PI / 180 * (anticlockwise ? -1 : 1), c = Math.cos(theta), n = Math.sin(theta);
          ctx.beginPath();
          ctx.moveTo(c * (r - 7), n * (r - 7));
          ctx.lineTo(c * r, n * r);
          ctx.stroke();
          if (degree % 30 === 0) ctx.fillText(String(degree), c * (r - 19) - 5, n * (r - 19) + 3);
        }
        ctx.restore();
      }
    }
  }

  // src/tools/studyboard/selection.js
  var studyPoints = resolveStudyVertices;
  function objectStudyBounds(object, page) {
    const points = studyPoints(object, page);
    if (["circle", "arc"].includes(object.kind)) {
      const [c, r] = points, radius = Math.hypot(r.x - c.x, r.y - c.y);
      return studyBounds([{ x: c.x - radius, y: c.y - radius }, { x: c.x + radius, y: c.y + radius }], object.style.width / 2);
    }
    if (object.kind === "regular") return studyBounds(regularStudyVertices(object, page), object.style.width / 2);
    if (object.kind === "point") return studyBounds(points, Math.max(6, object.style.width + 2));
    if (object.kind === "protractor") {
      const v = points[1];
      return studyBounds([...points, { x: v.x - 100, y: v.y - 100 }, { x: v.x + 100, y: v.y + 100 }]);
    }
    if (STUDY_LINEAR.includes(object.kind)) return studyBounds(studyLineDefinition(object, page) || points, 8);
    if (object.kind === "ellipse") {
      const [c, a, b] = points, rx = Math.hypot(a.x - c.x, b.x - c.x), ry = Math.hypot(a.y - c.y, b.y - c.y);
      return studyBounds([{ x: c.x - rx, y: c.y - ry }, { x: c.x + rx, y: c.y + ry }], object.style.width / 2);
    }
    if (["text", "image", "cartesian"].includes(object.kind)) return studyBounds([...points, studyBox(points).corner], object.style.width / 2);
    return studyBounds(points, object.style.width / 2);
  }
  function studyHandles(object, page) {
    if (object.kind === "stroke" || object.locked) return [];
    const points = studyPoints(object, page);
    if (["text", "image", "cartesian"].includes(object.kind)) return [{ ...studyBox(points).corner, index: 3 }];
    return points.map((p, index) => ({ ...p, index }));
  }
  function inPolygon(p, points) {
    let inside = false;
    for (let i = 0, j = points.length - 1; i < points.length; j = i++) {
      const a = points[i], b = points[j];
      if (a.y > p.y !== b.y > p.y && p.x < (b.x - a.x) * (p.y - a.y) / (b.y - a.y) + a.x) inside = !inside;
    }
    return inside;
  }
  function hitStudyObject(page, point, tolerance = 7) {
    for (const object of [...page.objects].reverse()) {
      if (object.hidden || object.locked) continue;
      const points = studyPoints(object, page), box = objectStudyBounds(object, page);
      if (STUDY_LINEAR.includes(object.kind)) {
        const line = studyLineDefinition(object, page);
        if (!line) continue;
        const [a, b] = line, dx = b.x - a.x, dy = b.y - a.y, len = Math.hypot(dx, dy), t = ((point.x - a.x) * dx + (point.y - a.y) * dy) / (len * len), distance = Math.abs((point.x - a.x) * dy - (point.y - a.y) * dx) / len;
        if (distance <= tolerance + object.style.width / 2 && (object.kind !== "ray" || t >= -tolerance / len) && (!["segment", "ruler"].includes(object.kind) || t >= -tolerance / len && t <= 1 + tolerance / len)) return object;
        continue;
      }
      if (!box || !insideBounds(point, { left: box.left - tolerance, right: box.right + tolerance, top: box.top - tolerance, bottom: box.bottom + tolerance })) continue;
      if (object.kind === "polygon") {
        if (inPolygon(point, points) || points.some((p, i) => pointSegmentDistance(point, p, points[(i + 1) % points.length]) <= tolerance)) return object;
        continue;
      }
      if (object.kind === "regular") {
        if (inPolygon(point, regularStudyVertices(object, page))) return object;
        continue;
      }
      if (["circle", "arc"].includes(object.kind)) {
        const radius = Math.hypot(points[1].x - points[0].x, points[1].y - points[0].y);
        if (Math.abs(Math.hypot(point.x - points[0].x, point.y - points[0].y) - radius) <= tolerance + object.style.width / 2 || object.style.fillAlpha && Math.hypot(point.x - points[0].x, point.y - points[0].y) <= radius) return object;
        continue;
      }
      if (object.kind === "ellipse") {
        const [c, a, b] = points, angle = Math.atan2(a.y - c.y, a.x - c.x), dx = point.x - c.x, dy = point.y - c.y, rx = Math.hypot(a.x - c.x, a.y - c.y) + tolerance, ry = Math.hypot(b.x - c.x, b.y - c.y) + tolerance;
        if (((dx * Math.cos(angle) + dy * Math.sin(angle)) / rx) ** 2 + ((-dx * Math.sin(angle) + dy * Math.cos(angle)) / ry) ** 2 <= 1) return object;
        continue;
      }
      if (object.kind !== "stroke") return object;
      if (points.length === 1 && Math.hypot(points[0].x - point.x, points[0].y - point.y) <= tolerance + object.style.width / 2) return object;
      if (points.some((p, i) => i && pointSegmentDistance(point, points[i - 1], p) <= tolerance + object.style.width / 2)) return object;
    }
    return null;
  }
  function studyAreaSelection(page, rectangle) {
    return page.objects.filter((o) => !o.hidden && !o.locked).filter((o) => {
      const b = objectStudyBounds(o, page);
      return b && b.left >= rectangle.left && b.right <= rectangle.right && b.top >= rectangle.top && b.bottom <= rectangle.bottom;
    }).map((o) => o.id);
  }
  function translateStudyObjects(page, ids, dx, dy) {
    const targets = new Set(ids);
    if (page.objects.some((o) => targets.has(o.id) && o.locked)) throw new Error("Desbloqueie todos os objetos do grupo antes de mover.");
    for (const o of page.objects) if (targets.has(o.id) && (o.data.refs || []).some((ref) => ref && page.objects.find((p) => p.id === ref)?.locked)) throw new Error("A construção está vinculada a um ponto bloqueado. Desbloqueie o ponto para movê-la.");
    for (const object of page.objects) if (targets.has(object.id) && !object.locked) {
      for (const ref of object.data.refs || []) if (ref) targets.add(ref);
    }
    for (const object of page.objects) if (targets.has(object.id)) {
      for (const [i, p] of object.data.points.entries()) if (!object.data.refs?.[i] && (Math.abs(p.x + dx) > 32e3 || Math.abs(p.y + dy) > 32e3)) throw new Error("O movimento ultrapassa os limites do quadro.");
    }
    for (const object of page.objects) if (targets.has(object.id) && !object.locked) object.data.points = object.data.points.map((p, i) => object.data.refs?.[i] ? p : { ...p, x: p.x + dx, y: p.y + dy });
  }

  // src/tools/studyboard/cartesian.js
  function studyCartesian(x, y) {
    const plane = boxedStudyObject("cartesian", x, y, 500, 400);
    plane.name = "Plano cartesiano";
    Object.assign(plane.data, { xMin: -5, xMax: 5, yMin: -4, yMax: 4, step: 1, numbers: true, grid: true, marks: [], edges: [] });
    return plane;
  }
  function validateStudyCartesian(data) {
    for (const n of [data.xMin, data.xMax, data.yMin, data.yMax]) if (!Number.isFinite(n) || Math.abs(n) > 1e3) throw new Error("Use limites entre -1000 e 1000.");
    if (!(data.xMin < data.xMax && data.yMin < data.yMax) || !Number.isFinite(data.step) || data.step < 0.05 || data.step > 200 || (data.xMax - data.xMin) / data.step > 200 || (data.yMax - data.yMin) / data.step > 200) throw new Error("Defina intervalos crescentes e um passo de até 200 divisões por eixo.");
  }
  function boardToCartesian(plane, point) {
    const frame = studyBox(plane.data.points), d = plane.data, c = Math.cos(frame.angle), s = Math.sin(frame.angle), dx = point.x - frame.x, dy = point.y - frame.y;
    return { x: d.xMin + (dx * c + dy * s) / frame.width * (d.xMax - d.xMin), y: d.yMax - (-dx * s + dy * c) / frame.height * (d.yMax - d.yMin) };
  }
  function addCartesianMark(plane, x, y, label) {
    if (plane.data.marks.length >= 100 || !Number.isFinite(x) || !Number.isFinite(y) || Math.abs(x) > 1e3 || Math.abs(y) > 1e3) throw new Error("O plano aceita até 100 pontos, com coordenadas entre -1000 e 1000.");
    const mark = { id: studyId(), x, y, label: String(label || `P${plane.data.marks.length + 1}`).slice(0, 40) };
    plane.data.marks.push(mark);
    return mark;
  }
  function drawStudyCartesian(ctx, plane) {
    const d = plane.data, box = studyBox(d.points), sx2 = box.width / (d.xMax - d.xMin), sy2 = box.height / (d.yMax - d.yMin), x0 = -d.xMin * sx2, y0 = d.yMax * sy2;
    ctx.translate(box.x, box.y);
    ctx.rotate(box.angle);
    ctx.beginPath();
    ctx.rect(0, 0, box.width, box.height);
    ctx.clip();
    ctx.fillStyle = "#ffffff";
    ctx.fillRect(0, 0, box.width, box.height);
    ctx.font = "11px Arial";
    ctx.lineWidth = 1;
    ctx.setLineDash([]);
    const xs = Math.ceil(d.xMin / d.step), xe = Math.floor(d.xMax / d.step), ys = Math.ceil(d.yMin / d.step), ye = Math.floor(d.yMax / d.step);
    if (d.grid) {
      ctx.strokeStyle = "#dce9ed";
      ctx.beginPath();
      for (let i = xs; i <= xe; i++) {
        const x = (i * d.step - d.xMin) * sx2;
        ctx.moveTo(x, 0);
        ctx.lineTo(x, box.height);
      }
      for (let i = ys; i <= ye; i++) {
        const y = (d.yMax - i * d.step) * sy2;
        ctx.moveTo(0, y);
        ctx.lineTo(box.width, y);
      }
      ctx.stroke();
    }
    ctx.strokeStyle = plane.style.ink;
    ctx.fillStyle = plane.style.ink;
    ctx.lineWidth = plane.style.width;
    ctx.beginPath();
    if (x0 >= 0 && x0 <= box.width) {
      ctx.moveTo(x0, 0);
      ctx.lineTo(x0, box.height);
    }
    if (y0 >= 0 && y0 <= box.height) {
      ctx.moveTo(0, y0);
      ctx.lineTo(box.width, y0);
    }
    ctx.stroke();
    if (d.numbers) {
      for (let i = xs; i <= xe; i++) {
        const value = Number((i * d.step).toFixed(6));
        ctx.fillText(String(value), (value - d.xMin) * sx2 + 3, Math.max(13, Math.min(box.height - 5, y0 + 15)));
      }
      for (let i = ys; i <= ye; i++) {
        const value = Number((i * d.step).toFixed(6));
        if (value !== 0) ctx.fillText(String(value), Math.max(4, Math.min(box.width - 35, x0 + 7)), (d.yMax - value) * sy2 - 4);
      }
    }
    ctx.fillText("x", box.width - 14, Math.max(15, Math.min(box.height - 20, y0 - 8)));
    ctx.fillText("y", Math.max(8, Math.min(box.width - 15, x0 + 10)), 14);
    const local2 = (point) => ({ x: (point.x - d.xMin) * sx2, y: (d.yMax - point.y) * sy2 });
    for (const edge of d.edges) {
      const a = d.marks.find((p) => p.id === edge[0]), b = d.marks.find((p) => p.id === edge[1]);
      if (a && b) {
        const pa = local2(a), pb = local2(b);
        ctx.beginPath();
        ctx.moveTo(pa.x, pa.y);
        ctx.lineTo(pb.x, pb.y);
        ctx.stroke();
      }
    }
    for (const mark of d.marks) {
      const p = local2(mark);
      ctx.beginPath();
      ctx.arc(p.x, p.y, 4, 0, Math.PI * 2);
      ctx.fill();
      ctx.fillText(`${mark.label} (${Number(mark.x.toFixed(2))}, ${Number(mark.y.toFixed(2))})`, p.x + 7, p.y - 8);
    }
  }

  // src/tools/studyboard/ruler.js
  function studyRulerFrame(ruler) {
    if (!ruler) return null;
    const dx = ruler.b.x - ruler.a.x, dy = ruler.b.y - ruler.a.y, length = Math.hypot(dx, dy);
    if (length < 1e-6) return null;
    return { a: { ...ruler.a }, b: { ...ruler.b }, length, ux: dx / length, uy: dy / length, nx: -dy / length, ny: dx / length };
  }
  function local(frame, point) {
    const dx = point.x - frame.a.x, dy = point.y - frame.a.y;
    return { along: dx * frame.ux + dy * frame.uy, across: dx * frame.nx + dy * frame.ny };
  }
  function hitStudyRuler(ruler, point, zoom) {
    const f = studyRulerFrame(ruler);
    if (!f) return null;
    for (const end of ["a", "b"]) if (Math.hypot(point.x - f[end].x - f.nx * 23 / zoom, point.y - f[end].y - f.ny * 23 / zoom) <= 8 / zoom) return end;
    const p = local(f, point);
    return p.along >= 0 && p.along <= f.length && p.across >= 13 / zoom && p.across <= 34 / zoom ? "body" : null;
  }
  function studyRulerInkGuide(ruler, point, zoom) {
    const f = studyRulerFrame(ruler);
    if (!f) return null;
    const p = local(f, point), tolerance = 8 / zoom;
    return Math.abs(p.across) <= tolerance && p.along >= -tolerance && p.along <= f.length + tolerance ? f : null;
  }
  function projectStudyRulerInk(frame, point) {
    const along = limited(local(frame, point).along, 0, frame.length);
    return { x: frame.a.x + frame.ux * along, y: frame.a.y + frame.uy * along };
  }
  function moveStudyRuler(ruler, handle, start, point, zoom) {
    let dx = point.x - start.x, dy = point.y - start.y;
    const next = structuredClone(ruler);
    if (handle === "body") {
      dx = limited(dx, -31e3 - Math.min(ruler.a.x, ruler.b.x), 31e3 - Math.max(ruler.a.x, ruler.b.x));
      dy = limited(dy, -31e3 - Math.min(ruler.a.y, ruler.b.y), 31e3 - Math.max(ruler.a.y, ruler.b.y));
    }
    for (const end of handle === "body" ? ["a", "b"] : [handle]) next[end] = { x: limited(ruler[end].x + dx, -31e3, 31e3), y: limited(ruler[end].y + dy, -31e3, 31e3) };
    return Math.hypot(next.b.x - next.a.x, next.b.y - next.a.y) >= 40 / zoom ? next : ruler;
  }
  function drawStudyRuler(ctx, ruler, zoom, unit) {
    const f = studyRulerFrame(ruler);
    if (!f) return;
    const h = 34 / zoom;
    ctx.save();
    ctx.translate(f.a.x, f.a.y);
    ctx.rotate(Math.atan2(f.uy, f.ux));
    ctx.globalAlpha = 0.94;
    ctx.fillStyle = "#e4f6f1";
    ctx.fillRect(0, 0, f.length, h);
    ctx.globalAlpha = 1;
    ctx.strokeStyle = "#488c83";
    ctx.lineWidth = 1 / zoom;
    ctx.setLineDash([]);
    ctx.strokeRect(0, 0, f.length, h);
    ctx.fillStyle = "#245b56";
    ctx.font = `${9 / zoom}px Arial`;
    const step = unit / 4 * Math.max(1, Math.ceil(8 / (unit / 4 * zoom)));
    for (let i = 0; i * step <= f.length && i < 600; i++) {
      const x = i * step, major = Math.abs(x / unit - Math.round(x / unit)) < 1e-6;
      ctx.beginPath();
      ctx.moveTo(x, 0);
      ctx.lineTo(x, (major ? 11 : 6) / zoom);
      ctx.stroke();
      if (major) ctx.fillText(String(Math.round(x / unit)), x + 3 / zoom, 20 / zoom);
    }
    ctx.fillText("u", f.length / 2, 30 / zoom);
    for (const x of [0, f.length]) {
      ctx.beginPath();
      ctx.arc(x, 23 / zoom, 5 / zoom, 0, Math.PI * 2);
      ctx.fillStyle = "#fff";
      ctx.fill();
      ctx.stroke();
    }
    ctx.restore();
  }

  // src/tools/studyboard/renderer.js
  function paintStudyPaper(ctx, page, visible, grid = true) {
    if (!grid || !page.paper.visible || ["white", "dark"].includes(page.paper.mode)) return;
    const { spacing, contrast, mode } = page.paper, multiple = Math.max(1, Math.ceil(12 / (spacing * visible.zoom))), step = spacing * multiple;
    ctx.save();
    ctx.globalAlpha = contrast;
    ctx.strokeStyle = page.paper.color === "#182332" ? "#ffffff" : "#607990";
    ctx.fillStyle = ctx.strokeStyle;
    ctx.lineWidth = 0.65 / visible.zoom;
    const left = Math.floor(visible.left / step) * step, top = Math.floor(visible.top / step) * step;
    if (mode === "dots") {
      ctx.globalAlpha = Math.sqrt(contrast);
      const size = 2 / visible.zoom;
      for (let x = left; x <= visible.right; x += step) for (let y = top; y <= visible.bottom; y += step) {
        const dx = visible.left + (Math.round((x - visible.left) * visible.zoom) - 1) / visible.zoom;
        const dy = visible.top + (Math.round((y - visible.top) * visible.zoom) - 1) / visible.zoom;
        ctx.fillRect(dx, dy, size, size);
      }
    } else {
      ctx.beginPath();
      if (mode === "grid") for (let x = left; x <= visible.right; x += step) {
        ctx.moveTo(x, visible.top);
        ctx.lineTo(x, visible.bottom);
      }
      for (let y = top; y <= visible.bottom; y += step) {
        ctx.moveTo(visible.left, y);
        ctx.lineTo(visible.right, y);
      }
      ctx.stroke();
    }
    ctx.restore();
  }
  function paintStudyObject(ctx, object, page, assets, visible = { left: -32e3, top: -32e3, right: 32e3, bottom: 32e3 }, { showInstrument = false } = {}) {
    if (object.hidden) return;
    ctx.save();
    ctx.globalAlpha = object.style.alpha;
    if (object.kind === "stroke") drawStudyInk(ctx, object);
    else if (object.kind === "cartesian") drawStudyCartesian(ctx, object);
    else if (object.kind === "text") drawStudyText(ctx, object, studyPoints(object, page));
    else if (object.kind === "image") {
      const asset = assets?.get(object.data.asset);
      if (asset?.image) {
        const box = studyBox(studyPoints(object, page));
        ctx.translate(box.x, box.y);
        ctx.rotate(box.angle);
        ctx.drawImage(asset.image, 0, 0, box.width, box.height);
      }
    } else if (["polygon", "ellipse"].includes(object.kind)) {
      const points = studyPoints(object, page), s = object.style;
      ctx.beginPath();
      if (object.kind === "ellipse") {
        const [c, a, b] = points;
        ctx.ellipse(c.x, c.y, Math.hypot(a.x - c.x, a.y - c.y), Math.hypot(b.x - c.x, b.y - c.y), Math.atan2(a.y - c.y, a.x - c.x), 0, 2 * Math.PI);
      } else {
        points.forEach((p, i) => i ? ctx.lineTo(p.x, p.y) : ctx.moveTo(p.x, p.y));
        ctx.closePath();
      }
      if (s.fillAlpha) {
        ctx.save();
        ctx.globalAlpha *= s.fillAlpha;
        ctx.fillStyle = s.fill;
        ctx.fill();
        ctx.restore();
      }
      ctx.strokeStyle = s.ink;
      ctx.lineWidth = s.width;
      ctx.setLineDash(s.dash === "dashed" ? [10, 7] : s.dash === "dotted" ? [2, 5] : []);
      ctx.stroke();
    } else drawStudyGeometry(ctx, object, page, visible, { showInstrument });
    ctx.restore();
  }
  function paintStudyScene(ctx, page, camera, width, height, assets, { grid = true, skip = /* @__PURE__ */ new Set() } = {}) {
    ctx.fillStyle = page.paper.color;
    ctx.fillRect(0, 0, width, height);
    ctx.save();
    ctx.translate(camera.x, camera.y);
    ctx.scale(camera.zoom, camera.zoom);
    const visible = { left: -camera.x / camera.zoom, top: -camera.y / camera.zoom, right: (width - camera.x) / camera.zoom, bottom: (height - camera.y) / camera.zoom, zoom: camera.zoom };
    paintStudyPaper(ctx, page, visible, grid);
    for (const object of page.objects) if (!skip.has(object.id)) {
      const b = objectStudyBounds(object, page);
      if (!["line", "ray", "parallel", "perpendicular"].includes(object.kind) && (!b || b.right < visible.left || b.left > visible.right || b.bottom < visible.top || b.top > visible.bottom)) continue;
      paintStudyObject(ctx, object, page, assets, visible);
    }
    ctx.restore();
  }
  function createStudyRenderer(canvas, glass) {
    let width = 1, height = 1, ratio = 1, page, camera, assets, overlay2 = {}, sceneDirty = true, overlayDirty = true, frame = 0, destroyed = false;
    function schedule() {
      if (!frame && !destroyed) frame = requestAnimationFrame(draw);
    }
    function draw() {
      frame = 0;
      if (!page || destroyed) return;
      if (sceneDirty) {
        const ctx = canvas.getContext("2d");
        ctx.setTransform(ratio, 0, 0, ratio, 0, 0);
        ctx.clearRect(0, 0, width, height);
        paintStudyScene(ctx, overlay2.scene || page, camera, width, height, assets, { skip: overlay2.skip || /* @__PURE__ */ new Set() });
        sceneDirty = false;
      }
      if (overlayDirty) {
        const ctx = glass.getContext("2d");
        ctx.setTransform(ratio, 0, 0, ratio, 0, 0);
        ctx.clearRect(0, 0, width, height);
        ctx.save();
        ctx.translate(camera.x, camera.y);
        ctx.scale(camera.zoom, camera.zoom);
        const visible = { left: -camera.x / camera.zoom, top: -camera.y / camera.zoom, right: (width - camera.x) / camera.zoom, bottom: (height - camera.y) / camera.zoom };
        if (overlay2.ruler) drawStudyRuler(ctx, overlay2.ruler, camera.zoom, page.paper.unit);
        if (overlay2.draft) paintStudyObject(ctx, overlay2.draft, page, assets, visible, { showInstrument: true });
        for (const draft2 of overlay2.drafts || []) paintStudyObject(ctx, draft2, page, assets, visible);
        const selectionPage = overlay2.scene || page;
        const selected2 = overlay2.editBox ? [overlay2.editBox] : selectionPage.objects.filter((o) => overlay2.ids?.has(o.id) && !o.hidden);
        ctx.strokeStyle = "#009f92";
        ctx.lineWidth = 1.5 / camera.zoom;
        ctx.setLineDash([5 / camera.zoom, 3 / camera.zoom]);
        if (!overlay2.editBox) for (const object of selected2) {
          const b = objectStudyBounds(object, selectionPage);
          if (b) ctx.strokeRect(b.left - 4 / camera.zoom, b.top - 4 / camera.zoom, b.width + 8 / camera.zoom, b.height + 8 / camera.zoom);
        }
        if (selected2.length === 1 && !overlay2.editBox) {
          ctx.setLineDash([]);
          const object = selected2[0];
          for (const point of studyHandles(object, selectionPage)) {
            ctx.beginPath();
            ctx.arc(point.x, point.y, 4.5 / camera.zoom, 0, Math.PI * 2);
            ctx.fillStyle = "#ffffff";
            ctx.fill();
            ctx.stroke();
          }
          const b = objectStudyBounds(object, selectionPage);
          if (b && !object.locked && !["point", "parallel", "perpendicular"].includes(object.kind)) {
            ctx.beginPath();
            ctx.moveTo(b.left + b.width / 2, b.top - 4 / camera.zoom);
            ctx.lineTo(b.left + b.width / 2, b.top - 25 / camera.zoom);
            ctx.stroke();
            ctx.beginPath();
            ctx.arc(b.left + b.width / 2, b.top - 28 / camera.zoom, 4.5 / camera.zoom, 0, Math.PI * 2);
            ctx.fill();
            ctx.stroke();
          }
        }
        if (overlay2.rectangle) {
          const r = overlay2.rectangle;
          ctx.fillStyle = "#009f9214";
          ctx.fillRect(r.left, r.top, r.width, r.height);
          ctx.strokeRect(r.left, r.top, r.width, r.height);
        }
        ctx.setLineDash([]);
        if (overlay2.cursor) {
          ctx.beginPath();
          ctx.arc(overlay2.cursor.x, overlay2.cursor.y, overlay2.cursor.radius, 0, 2 * Math.PI);
          ctx.strokeStyle = "#718597";
          ctx.lineWidth = 1 / camera.zoom;
          ctx.stroke();
        }
        ctx.restore();
        overlayDirty = false;
      }
    }
    return {
      scene(nextPage, nextCamera, nextAssets) {
        page = nextPage;
        camera = nextCamera;
        assets = nextAssets;
        sceneDirty = true;
        overlayDirty = true;
        schedule();
      },
      overlay(next) {
        const changedScene = Boolean(next.scene) || overlay2.scene !== next.scene || overlay2.skip !== next.skip;
        overlay2 = next;
        if (changedScene) sceneDirty = true;
        overlayDirty = true;
        schedule();
      },
      resize(w, h, dpr = 1) {
        width = Math.max(1, w);
        height = Math.max(1, h);
        ratio = Math.min(2, Math.max(1, dpr), Math.sqrt(8e6 / (width * height)));
        for (const c of [canvas, glass]) {
          c.width = Math.round(width * ratio);
          c.height = Math.round(height * ratio);
        }
        sceneDirty = true;
        overlayDirty = true;
        schedule();
      },
      destroy() {
        destroyed = true;
        cancelAnimationFrame(frame);
        canvas.width = glass.width = 1;
      }
    };
  }

  // src/tools/studyboard/pointer.js
  function attachStudyPointer(surface, api) {
    const lifetime = new AbortController(), touches = /* @__PURE__ */ new Set();
    let gesture = null, space = false;
    const listen = (target, type, fn, options2 = {}) => target.addEventListener(type, fn, { ...options2, signal: lifetime.signal });
    const world = (event) => screenToStudy(event.clientX, event.clientY, surface.getBoundingClientRect(), api.camera());
    function cleanup(keepCursor = false, accept = false) {
      if (!gesture) return;
      const previous = gesture, id = previous.id;
      gesture = null;
      if (surface.hasPointerCapture(id)) surface.releasePointerCapture(id);
      if (previous.ruler && !accept) api.setRuler?.(previous.ruler);
      api.preview(keepCursor && previous.tool === "erase" && api.settings().tool === "erase" && !space ? { cursor: { ...previous.latest, radius: api.settings().eraseSize / 2 } } : {});
    }
    function hover(event) {
      if (api.busy()) return;
      if (api.settings().tool === "erase") {
        api.preview(!space && event.pointerType !== "touch" ? { cursor: { ...world(event), radius: api.settings().eraseSize / 2 } } : {});
      } else api.hover?.(world(event));
    }
    function down(event) {
      if (event.pointerType === "touch") {
        touches.add(event.pointerId);
        if (touches.size > 1) {
          cleanup();
          return;
        }
      }
      if (event.button !== 0 && event.button !== 1 || api.busy()) return;
      const endedTextEditing = api.finishText?.() === true;
      surface.focus({ preventScroll: true });
      event.preventDefault();
      const settings = api.settings(), page = api.page(), tool = event.button === 1 || space ? "pan" : settings.tool;
      const point = ["rectangle", "square", "triangle", "ellipse", "shapeCircle"].includes(tool) ? api.snap?.(world(event), event) || world(event) : world(event);
      if (tool !== "pan" && (Math.abs(point.x) > STUDY_LIMITS.coordinate || Math.abs(point.y) > STUDY_LIMITS.coordinate)) {
        api.message("Limite da área de estudo. Use Ajustar aos objetos para retornar.");
        return;
      }
      const ruler = api.ruler?.(), rulerHandle = tool !== "pan" && hitStudyRuler(ruler, point, api.camera().zoom);
      if (rulerHandle) {
        gesture = { id: event.pointerId, ruler: structuredClone(ruler), rulerHandle, start: point, zoom: api.camera().zoom };
        surface.setPointerCapture(event.pointerId);
        return;
      }
      const g = { id: event.pointerId, tool, start: point, latest: point, screen: { x: event.clientX, y: event.clientY }, camera: { ...api.camera() } };
      const handle = ["select", "text"].includes(tool) && api.handle?.(point);
      if (handle && !event.shiftKey && !event.ctrlKey && !event.metaKey) {
        g.handle = handle;
        g.original = structuredClone(page);
        gesture = g;
        surface.setPointerCapture(event.pointerId);
        return;
      }
      if (tool === "text") {
        const hit = hitStudyObject(page, point, 7 / api.camera().zoom);
        if (hit?.kind === "text") {
          api.select(/* @__PURE__ */ new Set([hit.id]));
          g.textCandidate = hit.id;
          g.original = structuredClone(page);
          g.skip = new Set(api.selection());
          gesture = g;
          surface.setPointerCapture(event.pointerId);
          api.preview({});
          return;
        }
        if (endedTextEditing) return;
      }
      if (api.specialDown?.(event, point, tool)) return;
      if (tool === "pan") {
      } else if (["pen", "pencil", "highlighter"].includes(tool)) {
        g.inkGuide = studyRulerInkGuide(ruler, point, api.camera().zoom);
        const inkPoint = g.inkGuide ? projectStudyRulerInk(g.inkGuide, point) : point;
        g.object = studyObject("stroke", [{ ...inkPoint, p: event.pressure || 0.5 }]);
        g.object.data.brush = tool;
        g.object.style = { ...settings.style };
        g.object.name = tool === "pen" ? "Caneta" : tool === "pencil" ? "Lápis" : "Marca-texto";
      } else if (["rectangle", "square", "triangle", "ellipse", "shapeCircle"].includes(tool)) {
        g.shape = tool;
        g.style = { ...settings.style };
        g.object = studyShape(tool, point, point, g.style);
      } else if (tool === "erase") {
        g.page = structuredClone(page);
        eraseAt(g, point);
      } else if (tool === "select") {
        const hit = hitStudyObject(page, point, 7 / api.camera().zoom), ids = new Set(api.selection());
        if (hit) {
          if (event.shiftKey || event.ctrlKey || event.metaKey || settings.multi) {
            const group = api.groupIds?.(hit.id) || [hit.id];
            if (ids.has(hit.id)) group.forEach((id) => ids.delete(id));
            else group.forEach((id) => ids.add(id));
            api.select(ids);
            return;
          }
          if (!ids.has(hit.id)) api.select(/* @__PURE__ */ new Set([hit.id]));
          g.original = structuredClone(page);
          g.skip = new Set(api.selection());
          g.dependent = page.objects.some((o) => g.skip.has(o.id) && (o.kind === "point" || o.data.refs?.some(Boolean) || page.objects.some((other) => other.data.baseId === o.id)));
        } else {
          if (!event.shiftKey) api.select(/* @__PURE__ */ new Set());
          g.area = true;
        }
      } else return;
      gesture = g;
      surface.setPointerCapture(event.pointerId);
      try {
        updatePreview();
      } catch (error3) {
        cleanup();
        api.message(error3.message);
      }
    }
    function eraseAt(g, p) {
      if (api.settings().eraseMode === "object") {
        const hit = hitStudyObject(g.page, p, api.settings().eraseSize / 2);
        if (hit) {
          if (api.remove) api.remove(g.page, /* @__PURE__ */ new Set([hit.id]));
          else g.page.objects = g.page.objects.filter((o) => o.id !== hit.id);
        }
      } else eraseStudyInk(g.page, p, api.settings().eraseSize / 2);
    }
    function updatePreview() {
      const g = gesture;
      if (!g) return;
      if (g.object) api.preview({ draft: g.object });
      else if (g.page) api.preview({ scene: g.page, cursor: { ...g.latest, radius: api.settings().eraseSize / 2 } });
      else if (g.handle) api.preview({ scene: g.moved || g.original });
      else if (g.original) {
        if (g.textCandidate && lengthBetween(g.start, g.latest) * api.camera().zoom < 4) {
          api.preview({});
          return;
        }
        const moved = structuredClone(g.original);
        translateStudyObjects(moved, g.skip, g.latest.x - g.start.x, g.latest.y - g.start.y);
        g.moved = moved;
        api.preview(g.dependent || g.textCandidate ? { scene: moved } : { drafts: moved.objects.filter((o) => g.skip.has(o.id)), skip: g.skip });
      } else if (g.area) api.preview({ rectangle: studyBounds([g.start, g.latest]) });
    }
    function move(event) {
      if (!gesture) {
        hover(event);
        return;
      }
      if (gesture.id !== event.pointerId) return;
      const g = gesture;
      try {
        if (g.ruler) {
          api.setRuler?.(moveStudyRuler(g.ruler, g.rulerHandle, g.start, world(event), g.zoom));
          return;
        }
        if (g.tool === "pan") {
          api.setCamera({ ...g.camera, x: g.camera.x + event.clientX - g.screen.x, y: g.camera.y + event.clientY - g.screen.y });
          return;
        }
        const samples = event.getCoalescedEvents?.() || [event];
        const effective = samples.length ? g.handle || g.textCandidate ? [samples.at(-1)] : samples : [event];
        for (const sample of effective) {
          const p = world(sample);
          if (g.handle) {
            g.moved = structuredClone(g.original);
            api.moveHandle(g.moved, g.handle, p, g.start);
          } else if (g.shape) g.object = studyShape(g.shape, g.start, api.snap?.(p, event) || p, g.style);
          else if (g.object) {
            if (g.object.data.points.length >= STUDY_LIMITS.strokePoints) break;
            const inkPoint = g.inkGuide ? projectStudyRulerInk(g.inkGuide, p) : p;
            if (Math.abs(inkPoint.x) <= STUDY_LIMITS.coordinate && Math.abs(inkPoint.y) <= STUDY_LIMITS.coordinate) collectInkPoint(g.object.data.points, { ...inkPoint, p: sample.pressure || 0.5 });
          }
          if (g.page) {
            const count = Math.min(128, Math.max(1, Math.ceil(lengthBetween(g.latest, p) / Math.max(2, api.settings().eraseSize / 3))));
            for (let i = 1; i <= count; i++) eraseAt(g, { x: g.latest.x + (p.x - g.latest.x) * i / count, y: g.latest.y + (p.y - g.latest.y) * i / count });
          }
          g.latest = p;
        }
        updatePreview();
      } catch (error3) {
        cleanup();
        api.message(error3.message);
      }
    }
    function up(event) {
      touches.delete(event.pointerId);
      if (!gesture || gesture.id !== event.pointerId) return;
      const g = gesture;
      try {
        if (g.textCandidate && lengthBetween(g.start, g.latest) * api.camera().zoom < 4) api.editText?.(g.textCandidate);
        else if (g.object && (!g.shape || lengthBetween(g.start, g.latest) >= 2)) api.commit((page) => api.insert(page, g.object));
        else if (g.page) api.commit((page) => {
          page.objects = g.page.objects;
        });
        else if (g.moved && lengthBetween(g.start, g.latest) > 0.1) api.commit((page) => {
          page.objects = g.moved.objects;
        });
        else if (g.area) api.select(new Set(studyAreaSelection(api.page(), studyBounds([g.start, g.latest]))));
      } finally {
        cleanup(event.pointerType !== "touch", true);
      }
    }
    listen(surface, "pointerdown", down);
    listen(surface, "pointermove", move);
    listen(surface, "pointerup", up);
    listen(surface, "pointerenter", (event) => {
      if (!gesture) hover(event);
    });
    listen(surface, "pointerleave", () => {
      if (!gesture) api.preview({});
    });
    listen(surface, "pointercancel", (event) => {
      touches.delete(event.pointerId);
      cleanup();
    });
    listen(surface, "lostpointercapture", () => cleanup());
    listen(window, "blur", () => {
      space = false;
      touches.clear();
      cleanup();
    });
    return { cancel: () => {
      cleanup();
      api.preview({});
    }, space(value) {
      space = value;
      if (value && !gesture) api.preview({});
    }, destroy() {
      cleanup();
      lifetime.abort();
    } };
  }

  // src/tools/studyboard/text-resize.js
  var attachStudyTextResize = (handle, api) => attachTextGesture([handle], api, false);
  var attachStudyTextMove = (handles, api) => attachTextGesture(handles, api, true);
  function attachTextGesture(handles, api, moving) {
    const life = new AbortController();
    let drag = null, pending = null, frame = 0;
    const listen = (target, name, fn) => target.addEventListener(name, fn, { signal: life.signal });
    function flush() {
      cancelAnimationFrame(frame);
      frame = 0;
      const next = pending;
      pending = null;
      if (next) moving ? api.move(next.x, next.y) : api.resize(next.width, next.height);
    }
    function stop(accept) {
      if (!drag) return;
      const previous = drag;
      drag = null;
      if (accept) flush();
      else {
        cancelAnimationFrame(frame);
        frame = 0;
        pending = null;
        moving ? api.move(previous.left, previous.top) : api.resize(previous.width, previous.height);
      }
      if (previous.handle.hasPointerCapture(previous.id)) previous.handle.releasePointerCapture(previous.id);
      if (accept) api.focus();
    }
    function sample(event) {
      const dx = (event.clientX - drag.x) / drag.zoom, dy = (event.clientY - drag.y) / drag.zoom;
      const c = Math.cos(drag.angle), s = Math.sin(drag.angle);
      pending = moving ? { x: drag.left + dx, y: drag.top + dy } : { width: Math.max(40, drag.width + dx * c + dy * s), height: Math.max(30, drag.height - dx * s + dy * c) };
      if (!frame) frame = requestAnimationFrame(flush);
    }
    listen(window, "blur", () => stop(false));
    for (const handle of handles) {
      listen(handle, "pointerdown", (event) => {
        if (event.button !== 0 || drag || api.busy()) return;
        event.preventDefault();
        event.stopPropagation();
        const box = api.box();
        drag = { ...box, left: box.x, top: box.y, handle, id: event.pointerId, x: event.clientX, y: event.clientY, zoom: api.zoom() };
        handle.setPointerCapture(event.pointerId);
      });
      listen(handle, "pointermove", (event) => {
        if (!drag || drag.id !== event.pointerId) return;
        event.preventDefault();
        event.stopPropagation();
        sample(event);
      });
      listen(handle, "pointerup", (event) => {
        if (!drag || drag.id !== event.pointerId) return;
        event.preventDefault();
        event.stopPropagation();
        sample(event);
        stop(true);
      });
      listen(handle, "pointercancel", () => stop(false));
      listen(handle, "lostpointercapture", () => stop(false));
      listen(handle, "keydown", (event) => {
        if (drag || api.busy() || event.ctrlKey || event.metaKey || event.altKey || !event.key.startsWith("Arrow")) return;
        event.preventDefault();
        event.stopPropagation();
        const box = api.box(), n = event.shiftKey ? 10 : 1;
        const dx = event.key === "ArrowRight" ? n : event.key === "ArrowLeft" ? -n : 0, dy = event.key === "ArrowDown" ? n : event.key === "ArrowUp" ? -n : 0;
        if (moving) api.move(box.x + dx, box.y + dy);
        else api.resize(Math.max(40, box.width + dx), Math.max(30, box.height + dy));
      });
    }
    return { flush, active: () => Boolean(drag), dispose() {
      cancelAnimationFrame(frame);
      frame = 0;
      pending = null;
      const previous = drag;
      drag = null;
      if (previous?.handle.hasPointerCapture(previous.id)) previous.handle.releasePointerCapture(previous.id);
      life.abort();
    } };
  }

  // src/tools/studyboard/schema.js
  var error2 = () => {
    throw new Error("Projeto do Quadro inválido, com referências incorretas ou acima dos limites.");
  };
  var number = (v, min, max) => {
    if (!Number.isFinite(v) || v < min || v > max) error2();
    return v;
  };
  var text = (v, max = 120) => {
    if (typeof v !== "string" || v.length > max) error2();
    return v;
  };
  var key = (v) => {
    if (!/^s_[a-f0-9-]{36}$/.test(v)) error2();
    return v;
  };
  var color = (v) => {
    if (!/^#[a-f0-9]{6}$/i.test(v)) error2();
    return v;
  };
  var bool = (v) => {
    if (typeof v !== "boolean") error2();
    return v;
  };
  var cardinality = { point: [1, 1], segment: [2, 2], line: [2, 2], ray: [2, 2], ruler: [2, 2], parallel: [1, 1], perpendicular: [1, 1], circle: [2, 2], arc: [3, 3], regular: [2, 2], angle: [3, 3], protractor: [3, 3], polygon: [3, 64], ellipse: [3, 3], text: [3, 3], image: [3, 3], cartesian: [3, 3], stroke: [1, 12e3] };
  function validateStudyDocument(doc, assets = /* @__PURE__ */ new Map()) {
    if (!doc || !Array.isArray(doc.pages) || doc.pages.length < 1 || doc.pages.length > STUDY_LIMITS.pages) error2();
    const ids = /* @__PURE__ */ new Set();
    let totalObjects = 0, totalPoints = 0;
    const unique = (v) => {
      const id = key(v);
      if (ids.has(id)) error2();
      ids.add(id);
      return id;
    };
    const result = { title: text(doc.title), current: key(doc.current), pages: doc.pages.map((page) => {
      if (!Array.isArray(page.objects) || page.objects.length > STUDY_LIMITS.objects || (totalObjects += page.objects.length) > 6e3) error2();
      const paper2 = page.paper;
      if (!paper2 || !["white", "dots", "grid", "ruled", "dark"].includes(paper2.mode)) error2();
      let points = 0;
      const clean = { id: unique(page.id), name: text(page.name), width: number(page.width, 64, 8e3), height: number(page.height, 64, 8e3), paper: { mode: paper2.mode, color: color(paper2.color), spacing: number(paper2.spacing, 8, 160), contrast: number(paper2.contrast, 0.05, 0.8), visible: bool(paper2.visible), snap: bool(paper2.snap), unit: number(paper2.unit, 5, 200) }, objects: page.objects.map((object) => {
        const count = cardinality[object.kind], d = object.data, s = object.style;
        if (!count || !d || !s || !Array.isArray(d.points) || d.points.length < count[0] || d.points.length > count[1] || (points += d.points.length) > STUDY_LIMITS.points || (totalPoints += d.points.length) > 5e5 || !["solid", "dashed", "dotted"].includes(s.dash)) error2();
        const o = { id: unique(object.id), kind: object.kind, name: text(object.name), hidden: bool(object.hidden), locked: bool(object.locked), group: object.group === null ? null : key(object.group), style: { ink: color(s.ink), width: number(s.width, 0.5, 80), alpha: number(s.alpha, 0.01, 1), dash: s.dash, fill: color(s.fill), fillAlpha: number(s.fillAlpha, 0, 1) }, data: { points: d.points.map((p) => {
          const q = { x: number(p.x, -32e3, 32e3), y: number(p.y, -32e3, 32e3) };
          if (p.p !== void 0) q.p = number(p.p, 0, 1);
          return q;
        }) } };
        if (d.refs !== void 0) {
          if (!Array.isArray(d.refs) || d.refs.length !== d.points.length || ["point", "stroke", "text", "image", "cartesian", "ellipse"].includes(o.kind)) error2();
          o.data.refs = d.refs.map((ref) => ref === null ? null : key(ref));
        }
        if (["parallel", "perpendicular"].includes(o.kind)) o.data.baseId = key(d.baseId);
        if (o.kind === "point") o.data.label = text(d.label, 40);
        if (o.kind === "polygon") {
          if (!["rectangle", "square", "triangle", "polygon"].includes(d.shape)) error2();
          o.data.shape = d.shape;
        }
        if (o.kind === "regular") {
          o.data.sides = number(d.sides, 3, 12);
          if (!Number.isInteger(d.sides)) error2();
        }
        if (o.kind === "stroke") {
          if (!["pen", "pencil", "highlighter"].includes(d.brush)) error2();
          o.data.brush = d.brush;
        }
        if (o.kind === "text") {
          if (!STUDY_FONTS.includes(d.font) || !["left", "center", "right"].includes(d.align)) error2();
          Object.assign(o.data, { text: text(d.text, 8e3), font: d.font, size: number(d.size, 8, 240), align: d.align });
        }
        if (o.kind === "image") {
          o.data.asset = key(d.asset);
          if (!assets.has(d.asset)) error2();
        }
        if (["text", "image", "cartesian"].includes(o.kind)) {
          const [a, b, c] = o.data.points, box = studyBox(o.data.points), dot = (b.x - a.x) * (c.x - a.x) + (b.y - a.y) * (c.y - a.y);
          if (box.width < 1 || box.height < 1 || Math.abs(dot) > box.width * box.height * 1e-6) error2();
        }
        if (o.kind === "ellipse") {
          const [a, b, c] = o.data.points, dot = (b.x - a.x) * (c.x - a.x) + (b.y - a.y) * (c.y - a.y), norm = Math.hypot(b.x - a.x, b.y - a.y) * Math.hypot(c.x - a.x, c.y - a.y);
          if (norm < 0.01 || Math.abs(dot) > norm * 1e-6) error2();
        }
        if (o.kind === "cartesian") {
          validateStudyCartesian(d);
          Object.assign(o.data, { xMin: d.xMin, xMax: d.xMax, yMin: d.yMin, yMax: d.yMax, step: d.step, numbers: bool(d.numbers), grid: bool(d.grid) });
          if (!Array.isArray(d.marks) || d.marks.length > 100 || !Array.isArray(d.edges) || d.edges.length > 200) error2();
          o.data.marks = d.marks.map((p) => ({ id: unique(p.id), label: text(p.label, 40), x: number(p.x, -1e3, 1e3), y: number(p.y, -1e3, 1e3) }));
          o.data.edges = d.edges.map((e) => {
            if (!Array.isArray(e) || e.length !== 2 || e[0] === e[1] || e.some((id) => !o.data.marks.some((p) => p.id === id))) error2();
            return [...e];
          });
        }
        return o;
      }) };
      for (const o of clean.objects) {
        for (const ref of o.data.refs || []) if (ref && !clean.objects.some((p) => p.id === ref && p.kind === "point")) error2();
        if (o.data.baseId && !clean.objects.some((p) => p.id === o.data.baseId && ["segment", "line", "ray", "ruler"].includes(p.kind))) error2();
      }
      return clean;
    }) };
    if (!result.pages.some((p) => p.id === result.current)) error2();
    return result;
  }

  // src/tools/studyboard/session.js
  var studySession = { history: createStudyHistory(), assets: /* @__PURE__ */ new Map(), views: /* @__PURE__ */ new Map(), dirty: false };

  // src/tools/studyboard/organization.js
  function expandStudyGroup(page, ids) {
    const chosen = new Set(ids), groups2 = new Set(page.objects.filter((o) => chosen.has(o.id) && o.group).map((o) => o.group));
    for (const o of page.objects) if (o.group && groups2.has(o.group)) chosen.add(o.id);
    return chosen;
  }
  function copyStudyObjects(page, ids) {
    const chosen = expandStudyGroup(page, ids);
    let grew = true;
    while (grew) {
      grew = false;
      for (const o of page.objects) if (chosen.has(o.id)) {
        for (const id of [...o.data.refs || [], o.data.baseId].filter(Boolean)) if (!chosen.has(id)) {
          chosen.add(id);
          grew = true;
        }
      }
    }
    return structuredClone(page.objects.filter((o) => chosen.has(o.id)));
  }
  function pasteStudyObjects(page, copies, offset = 24) {
    if (page.objects.length + copies.length > STUDY_LIMITS.objects || page.objects.reduce((n, o) => n + o.data.points.length, 0) + copies.reduce((n, o) => n + o.data.points.length, 0) > STUDY_LIMITS.points) throw new Error("Não há espaço para colar estes objetos nesta página.");
    const map = new Map(copies.map((o) => [o.id, studyId()])), groups2 = /* @__PURE__ */ new Map();
    const next = structuredClone(copies).map((o) => {
      const old = o.id;
      o.id = map.get(old);
      o.locked = false;
      o.name = (o.name + " — cópia").slice(0, 120);
      if (o.group) {
        if (!groups2.has(o.group)) groups2.set(o.group, studyId());
        o.group = groups2.get(o.group);
      }
      o.data.points = o.data.points.map((p) => ({ ...p, x: p.x + offset, y: p.y + offset }));
      if (o.data.refs) o.data.refs = o.data.refs.map((id) => id ? map.get(id) : null);
      if (o.data.baseId) o.data.baseId = map.get(o.data.baseId);
      if (o.kind === "cartesian") {
        const markers = new Map(o.data.marks.map((m) => [m.id, studyId()]));
        o.data.marks.forEach((m) => {
          m.id = markers.get(m.id);
        });
        o.data.edges = o.data.edges.map((e) => e.map((id) => markers.get(id)));
      }
      return o;
    });
    page.objects.push(...next);
    return next.map((o) => o.id);
  }
  function groupStudyObjects(page, ids) {
    const objects = page.objects.filter((o) => ids.has(o.id));
    if (objects.length < 2) throw new Error("Selecione pelo menos dois objetos para agrupar.");
    if (objects.some((o) => o.locked)) throw new Error("Desbloqueie os objetos antes de agrupar.");
    const group = studyId();
    objects.forEach((o) => {
      o.group = group;
    });
  }
  function orderStudyObjects(page, ids, direction) {
    if (direction === "front" || direction === "back") {
      const chosen = page.objects.filter((o) => ids.has(o.id)), rest = page.objects.filter((o) => !ids.has(o.id));
      page.objects = direction === "front" ? [...rest, ...chosen] : [...chosen, ...rest];
      return;
    }
    const delta = direction === "up" ? 1 : -1, indices = page.objects.map((_, i) => i);
    if (delta === 1) indices.reverse();
    for (const i of indices) {
      const j = i + delta;
      if (page.objects[j] && ids.has(page.objects[i].id) && !ids.has(page.objects[j].id)) [page.objects[i], page.objects[j]] = [page.objects[j], page.objects[i]];
    }
  }

  // src/tools/studyboard/assets.js
  var ascii2 = (bytes2, start, length) => String.fromCharCode(...bytes2.subarray(start, start + length));
  function inspectStudyImage(bytes2) {
    if (bytes2.byteLength < 24 || bytes2.byteLength > STUDY_LIMITS.imageBytes) throw new Error("Use uma imagem estática PNG, JPEG ou WebP de até 8 MB.");
    const v = new DataView(bytes2.buffer, bytes2.byteOffset, bytes2.byteLength);
    let width, height, mime;
    if (bytes2[0] === 137 && ascii2(bytes2, 1, 3) === "PNG" && ascii2(bytes2, 12, 4) === "IHDR") {
      mime = "image/png";
      width = v.getUint32(16);
      height = v.getUint32(20);
      for (let at = 8; at + 12 <= bytes2.length; ) {
        const size = v.getUint32(at);
        if (size > bytes2.length - at - 12) throw new Error("PNG malformado.");
        if (ascii2(bytes2, at + 4, 4) === "acTL") throw new Error("Imagens animadas não são aceitas nesta etapa.");
        at += size + 12;
      }
      if (ascii2(bytes2, bytes2.length - 8, 4) !== "IEND") throw new Error("PNG incompleto.");
    } else if (bytes2[0] === 255 && bytes2[1] === 216) {
      mime = "image/jpeg";
      let at = 2;
      while (at + 8 < bytes2.length) {
        if (bytes2[at] !== 255) break;
        const marker = bytes2[at + 1];
        if (marker === 218 || marker === 217) break;
        const size = v.getUint16(at + 2);
        if (size < 2 || at + 2 + size > bytes2.length) break;
        if ([192, 193, 194, 195, 197, 198, 199, 201, 202, 203, 205, 206, 207].includes(marker)) {
          height = v.getUint16(at + 5);
          width = v.getUint16(at + 7);
          break;
        }
        at += size + 2;
      }
    } else if (ascii2(bytes2, 0, 4) === "RIFF" && ascii2(bytes2, 8, 4) === "WEBP" && v.getUint32(4, true) + 8 === bytes2.length) {
      mime = "image/webp";
      const kind = ascii2(bytes2, 12, 4);
      if (kind === "VP8X" && bytes2.length >= 30) {
        if (bytes2[20] & 2) throw new Error("Use WebP estático, não animado.");
        width = 1 + bytes2[24] + bytes2[25] * 256 + bytes2[26] * 65536;
        height = 1 + bytes2[27] + bytes2[28] * 256 + bytes2[29] * 65536;
      }
      if (kind === "VP8L" && bytes2.length >= 25 && bytes2[20] === 47) {
        width = 1 + bytes2[21] + (bytes2[22] & 63) * 256;
        height = 1 + (bytes2[22] >> 6) + bytes2[23] * 4 + (bytes2[24] & 15) * 1024;
      }
      if (kind === "VP8 " && bytes2.length >= 30 && bytes2[23] === 157 && bytes2[24] === 1 && bytes2[25] === 42) {
        width = v.getUint16(26, true) & 16383;
        height = v.getUint16(28, true) & 16383;
      }
    }
    if (!Number.isInteger(width) || !Number.isInteger(height) || width < 1 || height < 1 || width > 8e3 || height > 8e3 || width * height > STUDY_LIMITS.imagePixels) throw new Error("Formato inválido, SVG não permitido ou imagem acima de 16 megapixels / 8000 px por lado.");
    return { mime, width, height };
  }
  function imageBudget(registry, bytes2, pixels) {
    for (const a of registry.values()) {
      bytes2 += a.blob.size;
      pixels += a.width * a.height;
    }
    if (bytes2 > STUDY_LIMITS.assetBytes || pixels > STUDY_LIMITS.assetPixels) throw new Error("As imagens, incluindo as retidas no histórico, ultrapassam 24 MB ou 40 megapixels.");
  }
  function releaseStudyAsset(asset) {
    if (asset.image) asset.image.src = "";
    if (asset.url) URL.revokeObjectURL(asset.url);
  }
  function pruneStudyAssets(registry, refs) {
    for (const [id, a] of registry) if (!refs.has(id)) {
      releaseStudyAsset(a);
      registry.delete(id);
    }
  }
  async function readStudyImage(file, registry, signal) {
    if (!(file instanceof Blob) || file.size > STUDY_LIMITS.imageBytes) throw new Error("Use imagens de até 8 MB.");
    const bytes2 = new Uint8Array(await file.arrayBuffer()), info3 = inspectStudyImage(bytes2);
    const hash = [...new Uint8Array(await crypto.subtle.digest("SHA-256", bytes2))].map((n) => n.toString(16).padStart(2, "0")).join("");
    const existing = [...registry.values()].find((a) => a.hash === hash);
    if (existing) return existing;
    imageBudget(registry, file.size, info3.width * info3.height);
    if (signal?.aborted) throw new Error("Importação cancelada.");
    const blob = new Blob([bytes2], { type: info3.mime }), url = URL.createObjectURL(blob), image = new Image();
    let timer, stop;
    try {
      image.src = url;
      await Promise.race([image.decode(), new Promise((_, reject) => {
        timer = setTimeout(() => reject(new Error("A imagem demorou demais para abrir.")), 12e3);
        stop = () => reject(new Error("Importação cancelada."));
        signal?.addEventListener("abort", stop, { once: true });
      })]);
      if (![image.naturalWidth, image.naturalHeight].every((n) => Number.isInteger(n) && n > 0) || image.naturalWidth * image.naturalHeight > STUDY_LIMITS.imagePixels || Math.max(image.naturalWidth, image.naturalHeight) > 8e3) throw new Error("Imagem decodificada inválida ou acima dos limites.");
      return { id: studyId(), name: String(file.name || "Imagem").slice(0, 120), blob, url, image, hash, mime: info3.mime, width: image.naturalWidth, height: image.naturalHeight };
    } catch (error3) {
      image.src = "";
      URL.revokeObjectURL(url);
      throw error3;
    } finally {
      clearTimeout(timer);
      if (stop) signal?.removeEventListener("abort", stop);
    }
  }
  async function encodeStudyAsset(asset) {
    if (asset.encoded) return asset.encoded;
    const data = await new Promise((resolve, reject) => {
      const reader = new FileReader();
      reader.onload = () => resolve(reader.result);
      reader.onerror = () => reject(new Error("Falha ao incorporar imagem."));
      reader.readAsDataURL(asset.blob);
    });
    asset.encoded = data;
    return data;
  }
  function embeddedStudyBlob(text2) {
    if (typeof text2 !== "string" || text2.length > Math.ceil(STUDY_LIMITS.imageBytes / 3) * 4 + 64) throw new Error("Imagem incorporada inválida.");
    const match = /^data:(image\/(?:png|jpeg|webp));base64,([A-Za-z0-9+/]+={0,2})$/.exec(text2);
    if (!match || match[2].length % 4) throw new Error("O projeto contém uma imagem remota ou não permitida.");
    const bytes2 = Uint8Array.from(atob(match[2]), (c) => c.charCodeAt(0)), info3 = inspectStudyImage(bytes2);
    if (info3.mime !== match[1]) throw new Error("Assinatura da imagem não corresponde ao tipo informado.");
    return new Blob([bytes2], { type: info3.mime });
  }

  // src/tools/studyboard/project.js
  var STUDY_BOARD_FORMAT = "unibox-studyboard";
  var STUDY_BOARD_VERSION = 1;
  function safeKey(id) {
    if (typeof id !== "string" || !/^s_[a-f0-9-]{36}$/.test(id)) throw new Error("Identificador de recurso inválido.");
    return id;
  }
  function safeViews(views, document2) {
    const result = {};
    for (const page of document2.pages) {
      const v = views instanceof Map ? views.get(page.id) : views?.[page.id];
      if (!v) continue;
      if (![v.x, v.y, v.zoom].every(Number.isFinite) || Math.abs(v.x) > 16e4 || Math.abs(v.y) > 16e4 || v.zoom < 0.15 || v.zoom > 5) throw new Error("Câmera do projeto inválida.");
      result[page.id] = { x: v.x, y: v.y, zoom: v.zoom };
    }
    return result;
  }
  async function writeStudyProject(document2, assets, views = /* @__PURE__ */ new Map()) {
    const clean = validateStudyDocument(document2, assets), used = new Set(clean.pages.flatMap((p) => p.objects.filter((o) => o.kind === "image").map((o) => o.data.asset))), embedded = [];
    for (const id of used) {
      const a = assets.get(id);
      embedded.push({ id, name: a.name, width: a.width, height: a.height, data: await encodeStudyAsset(a) });
    }
    const json = JSON.stringify({ format: STUDY_BOARD_FORMAT, version: STUDY_BOARD_VERSION, document: clean, views: safeViews(views, clean), assets: embedded });
    if (new TextEncoder().encode(json).byteLength > STUDY_LIMITS.fileBytes) throw new Error("O projeto excede 40 MB.");
    return new Blob([json], { type: "application/x-unibox-studyboard+json" });
  }
  function inspectStudyProject(json) {
    if (typeof json !== "string" || json.length > STUDY_LIMITS.fileBytes || new TextEncoder().encode(json).byteLength > STUDY_LIMITS.fileBytes) throw new Error("Use um projeto de até 40 MB.");
    let file;
    try {
      file = JSON.parse(json);
    } catch {
      throw new Error("O arquivo não contém um projeto JSON válido.");
    }
    if (file?.format !== STUDY_BOARD_FORMAT) throw new Error("Este arquivo não pertence ao novo Quadro de Estudos. Projetos do Quadro anterior exigem um conversor separado, ainda não incluído.");
    if (file.version !== STUDY_BOARD_VERSION || !Array.isArray(file.assets) || file.assets.length > 6e3) throw new Error("Versão ou recursos do projeto não suportados.");
    const descriptors = /* @__PURE__ */ new Map();
    let totalBytes = 0, totalPixels = 0;
    for (const a of file.assets) {
      const id = safeKey(a.id);
      if (descriptors.has(id) || typeof a.name !== "string" || a.name.length > 120 || ![a.width, a.height].every((n) => Number.isInteger(n) && n > 0 && n <= 8e3)) throw new Error("Recurso de imagem inválido.");
      const blob = embeddedStudyBlob(a.data);
      totalBytes += blob.size;
      totalPixels += a.width * a.height;
      if (totalBytes > STUDY_LIMITS.assetBytes || totalPixels > STUDY_LIMITS.assetPixels) throw new Error("As imagens incorporadas excedem os limites de memória.");
      descriptors.set(id, { ...a, blob });
    }
    const document2 = validateStudyDocument(file.document, descriptors);
    return { document: document2, views: safeViews(file.views, document2), descriptors };
  }
  async function readStudyProject(blob, signal) {
    if (!(blob instanceof Blob) || blob.size > STUDY_LIMITS.fileBytes) throw new Error("Use um projeto de até 40 MB.");
    const parsed = inspectStudyProject(await blob.text()), assets = /* @__PURE__ */ new Map();
    try {
      for (const entry of parsed.descriptors.values()) {
        const a = await readStudyImage(new File([entry.blob], entry.name, { type: entry.blob.type }), assets, signal);
        if ([...assets.values()].some((existing) => existing === a)) throw new Error("O arquivo repete a mesma imagem com identificadores diferentes.");
        if (a.width !== entry.width || a.height !== entry.height) {
          releaseStudyAsset(a);
          throw new Error("Dimensões da imagem não correspondem ao projeto.");
        }
        a.id = entry.id;
        a.encoded = entry.data;
        assets.set(a.id, a);
      }
      return { document: parsed.document, assets, views: new Map(Object.entries(parsed.views)) };
    } catch (error3) {
      assets.forEach(releaseStudyAsset);
      throw error3;
    }
  }

  // src/tools/studyboard/export.js
  function studyExportArea(page, full = false) {
    const bounds2 = page.objects.filter((o) => !o.hidden).map((o) => objectStudyBounds(o, page)).filter(Boolean);
    if (full || !bounds2.length) return { left: 0, top: 0, width: page.width, height: page.height };
    let l = Infinity, t = Infinity, r = -Infinity, b = -Infinity;
    for (const box of bounds2) {
      l = Math.min(l, box.left);
      t = Math.min(t, box.top);
      r = Math.max(r, box.right);
      b = Math.max(b, box.bottom);
    }
    return { left: Math.floor(l - 64), top: Math.floor(t - 64), width: Math.ceil(r - l + 128), height: Math.ceil(b - t + 128) };
  }
  async function studyPagePng(page, assets, { grid = true, scale: scale2 = 1, full = false, canvasFactory = () => document.createElement("canvas") } = {}) {
    const area = studyExportArea(page, full), width = Math.max(1, Math.ceil(area.width * scale2)), height = Math.max(1, Math.ceil(area.height * scale2));
    if (![0.5, 1, 2].includes(scale2) || width > 12e3 || height > 12e3 || width * height > 16e6) throw new Error("A exportação ultrapassa 16 megapixels / 12000 px por lado. Reduza a escala ou o conteúdo.");
    const canvas = canvasFactory();
    canvas.width = width;
    canvas.height = height;
    try {
      const ctx = canvas.getContext("2d");
      if (!ctx) throw new Error("Canvas indisponível.");
      paintStudyScene(ctx, page, { x: -area.left * scale2, y: -area.top * scale2, zoom: scale2 }, width, height, assets, { grid });
      const blob = await new Promise((resolve, reject) => canvas.toBlob((b) => b ? resolve(b) : reject(new Error("Falha ao gerar PNG.")), "image/png"));
      return { blob, width, height };
    } finally {
      canvas.width = canvas.height = 1;
    }
  }
  async function studyPagesPdf(pages, assets, options2 = {}) {
    if (pages.reduce((n, p) => {
      const a = studyExportArea(p, options2.full);
      return n + a.width * a.height * (options2.scale || 1) ** 2;
    }, 0) > 32e6) throw new Error("PDF acima de 32 megapixels somando as páginas. Exporte páginas separadas ou reduza a escala.");
    const pdf = await PDFDocument_default.create();
    for (const page of pages) {
      const result = await studyPagePng(page, assets, options2), image = await pdf.embedPng(await result.blob.arrayBuffer()), sheet = pdf.addPage([result.width * 0.75, result.height * 0.75]);
      sheet.drawImage(image, { x: 0, y: 0, width: result.width * 0.75, height: result.height * 0.75 });
    }
    return new Blob([await pdf.save()], { type: "application/pdf" });
  }

  // src/tools/studyboard/overview.js
  function studyOverview(page, camera, viewport, width = 240, height = 150) {
    const visible = {
      left: -camera.x / camera.zoom,
      top: -camera.y / camera.zoom,
      width: viewport.width / camera.zoom,
      height: viewport.height / camera.zoom
    };
    const points = [{ x: visible.left, y: visible.top }, { x: visible.left + visible.width, y: visible.top + visible.height }];
    for (const object of page.objects) if (!object.hidden) {
      const box = objectStudyBounds(object, page);
      if (box) points.push({ x: box.left, y: box.top }, { x: box.right, y: box.bottom });
    }
    const bounds2 = studyBounds(points, 80), scale2 = Math.min((width - 16) / Math.max(400, bounds2.width), (height - 16) / Math.max(300, bounds2.height));
    const x = width / 2 - (bounds2.left + bounds2.width / 2) * scale2, y = height / 2 - (bounds2.top + bounds2.height / 2) * scale2;
    return {
      width,
      height,
      scale: scale2,
      x,
      y,
      visible,
      rectangle: { x: visible.left * scale2 + x, y: visible.top * scale2 + y, width: visible.width * scale2, height: visible.height * scale2 }
    };
  }
  function overviewToStudy(layout, point) {
    return { x: (point.x - layout.x) / layout.scale, y: (point.y - layout.y) / layout.scale };
  }

  // src/components/studyboard-view-dock.js
  var ZOOMS = [15, 25, 50, 75, 100, 125, 150, 200, 300, 400, 500];
  function studyboardViewDock(api) {
    const life = new AbortController();
    let destroyed = false, mapFrame = 0, mapCanvas, mapLife, layout, drag, fullscreenPending = false;
    const listen = (node2, type, callback, options2 = {}) => node2.addEventListener(type, callback, { ...options2, signal: life.signal });
    const action = (label, glyph, callback, css = "") => button(label, "sb-button " + css, studyboardIcon(glyph), () => {
      if (!api.busy()) callback();
    });
    const hand = action("Mover quadro (H)", "hand", () => {
      api.togglePan();
      refresh();
    }, "sb-navigation-hand");
    const minus = action("Diminuir zoom", "minus", () => api.zoomTo(api.camera().zoom / 1.2), "sb-navigation-step");
    const plus = action("Aumentar zoom", "plus", () => api.zoomTo(api.camera().zoom * 1.2), "sb-navigation-step");
    const slider2 = element("input", "sb-zoom-slider");
    slider2.type = "range";
    slider2.min = "0";
    slider2.max = "100";
    slider2.step = "0.1";
    slider2.setAttribute("aria-label", "Zoom");
    listen(slider2, "input", () => {
      const value = Number(slider2.value);
      if (!api.busy() && Number.isFinite(value)) api.zoomTo(0.15 * Math.pow(5 / 0.15, Math.max(0, Math.min(100, value)) / 100));
    });
    const percentage2 = element("select", "sb-zoom-select");
    percentage2.setAttribute("aria-label", "Porcentagem de zoom");
    const option3 = (value, label) => {
      const node2 = element("option", "", label);
      node2.value = String(value);
      return node2;
    };
    percentage2.append(...ZOOMS.map((n) => option3(n, n + "%")), option3("fit", "Ajustar aos objetos"));
    let custom;
    listen(percentage2, "change", () => {
      if (api.busy()) return;
      if (percentage2.value === "fit") {
        api.beforeNavigate();
        api.fit();
      } else {
        const n = Number(percentage2.value);
        if (Number.isFinite(n) && n >= 15 && n <= 500) api.zoomTo(n / 100);
      }
      refresh();
    });
    const percentageWrap = element("div", "sb-zoom-select-wrap", [percentage2, studyboardIcon("chevronDown")]);
    const fullscreen = action("Entrar em tela cheia", "fullscreen", () => void toggleFullscreen(), "sb-navigation-box");
    const minimap = element("section", "sb-minimap");
    minimap.id = "sb-navigation-minimap";
    minimap.hidden = true;
    minimap.setAttribute("aria-label", "Visão geral do quadro");
    const mapToggle = action("Mostrar minimapa", "map", () => toggleMap(), "sb-navigation-box");
    mapToggle.setAttribute("aria-controls", minimap.id);
    mapToggle.setAttribute("aria-expanded", "false");
    mapToggle.setAttribute("aria-pressed", "false");
    const root = element("div", "sb-view-dock sb-navigation-dock", [hand, minus, slider2, plus, percentageWrap, fullscreen, mapToggle]);
    root.setAttribute("role", "toolbar");
    root.setAttribute("aria-label", "Navegação do quadro");
    const close2 = action("Fechar minimapa", "close", () => {
      toggleMap(false);
      mapToggle.focus();
    });
    minimap.append(element("header", "sb-minimap-heading", [element("strong", "", "Visão geral"), close2]));
    function refresh() {
      if (destroyed) return;
      const zoom = api.camera().zoom, percent = Math.round(zoom * 100);
      const position = Math.max(0, Math.min(100, Math.log(zoom / 0.15) / Math.log(5 / 0.15) * 100));
      slider2.value = String(position);
      slider2.setAttribute("aria-valuetext", percent + "%");
      const progress = position + "%";
      if (slider2.style.setProperty) slider2.style.setProperty("--sb-zoom-progress", progress);
      else slider2.style["--sb-zoom-progress"] = progress;
      if (!ZOOMS.includes(percent)) {
        if (!custom) {
          custom = option3(percent, percent + "%");
          percentage2.append(custom);
        }
        custom.value = String(percent);
        custom.textContent = percent + "%";
      } else if (custom) {
        custom.remove();
        custom = void 0;
      }
      percentage2.value = String(percent);
      minus.disabled = zoom <= 0.15;
      plus.disabled = zoom >= 5;
      hand.setAttribute("aria-pressed", String(api.isPanning()));
      const full = document.fullscreenElement === api.fullscreenTarget();
      const supported = typeof api.fullscreenTarget().requestFullscreen === "function" && typeof document.exitFullscreen === "function" && document.fullscreenEnabled !== false;
      fullscreen.disabled = !supported || fullscreenPending;
      fullscreen.setAttribute("aria-pressed", String(full));
      fullscreen.setAttribute("aria-label", full ? "Sair da tela cheia" : "Entrar em tela cheia");
      fullscreen.title = supported ? full ? "Sair da tela cheia (Esc)" : "Entrar em tela cheia" : "Tela cheia não disponível neste navegador";
      fullscreen.replaceChildren(studyboardIcon(full ? "fullscreenExit" : "fullscreen"));
      if (!minimap.hidden && !mapFrame) mapFrame = requestAnimationFrame(paintMap);
    }
    async function toggleFullscreen() {
      if (destroyed || fullscreenPending) return;
      api.beforeNavigate();
      fullscreenPending = true;
      refresh();
      try {
        if (document.fullscreenElement === api.fullscreenTarget()) await document.exitFullscreen();
        else await api.fullscreenTarget().requestFullscreen();
      } catch {
        if (!destroyed) api.message("O navegador não permitiu usar tela cheia.");
      } finally {
        fullscreenPending = false;
        if (!destroyed) refresh();
        else if (document.fullscreenElement === api.fullscreenTarget()) void document.exitFullscreen().catch(() => {
        });
      }
    }
    function paintMap() {
      mapFrame = 0;
      if (destroyed || minimap.hidden || !mapCanvas) return;
      layout = drag?.layout || studyOverview(api.page(), api.camera(), api.viewport());
      const ratio = Math.min(2, Math.max(1, window.devicePixelRatio || 1));
      mapCanvas.width = layout.width * ratio;
      mapCanvas.height = layout.height * ratio;
      const ctx = mapCanvas.getContext("2d");
      if (!ctx) return;
      ctx.setTransform(ratio, 0, 0, ratio, 0, 0);
      paintStudyScene(ctx, api.page(), { x: layout.x, y: layout.y, zoom: layout.scale }, layout.width, layout.height, api.assets(), { grid: false });
      const view2 = api.camera(), size = api.viewport(), x = -view2.x / view2.zoom * layout.scale + layout.x, y = -view2.y / view2.zoom * layout.scale + layout.y;
      ctx.fillStyle = "#00a99a1c";
      ctx.fillRect(x, y, size.width / view2.zoom * layout.scale, size.height / view2.zoom * layout.scale);
      ctx.strokeStyle = "#009b8e";
      ctx.lineWidth = 1.5;
      ctx.setLineDash([]);
      ctx.strokeRect(x, y, size.width / view2.zoom * layout.scale, size.height / view2.zoom * layout.scale);
    }
    function mapPoint(event) {
      const box = mapCanvas.getBoundingClientRect();
      return { x: (event.clientX - box.left) * 240 / box.width, y: (event.clientY - box.top) * 150 / box.height };
    }
    function navigate(point, offset = { x: 0, y: 0 }) {
      const world = overviewToStudy(drag?.layout || layout, point), view2 = api.camera(), size = api.viewport();
      api.setCamera({ ...view2, x: size.width / 2 - (world.x + offset.x) * view2.zoom, y: size.height / 2 - (world.y + offset.y) * view2.zoom });
    }
    function toggleMap(show = minimap.hidden) {
      if (api.busy() || destroyed) return;
      minimap.hidden = !show;
      mapToggle.setAttribute("aria-expanded", String(show));
      mapToggle.setAttribute("aria-pressed", String(show));
      mapToggle.setAttribute("aria-label", show ? "Ocultar minimapa" : "Mostrar minimapa");
      if (!show) {
        drag = void 0;
        mapLife?.abort();
        mapCanvas?.remove();
        if (mapCanvas) mapCanvas.width = mapCanvas.height = 1;
        mapCanvas = void 0;
        cancelAnimationFrame(mapFrame);
        mapFrame = 0;
        return;
      }
      if (!mapCanvas) {
        mapLife = new AbortController();
        mapCanvas = element("canvas", "sb-minimap-canvas");
        mapCanvas.tabIndex = 0;
        mapCanvas.setAttribute("aria-label", "Navegar no minimapa. Clique, arraste ou use as setas; Home ajusta aos objetos.");
        minimap.append(mapCanvas);
        const on = (type, callback) => mapCanvas.addEventListener(type, callback, { signal: mapLife.signal });
        on("pointerdown", (event) => {
          if (event.button !== 0 || api.busy()) return;
          event.preventDefault();
          api.beforeNavigate();
          mapCanvas.focus({ preventScroll: true });
          cancelAnimationFrame(mapFrame);
          paintMap();
          const at = mapPoint(event), r = layout.rectangle, world = overviewToStudy(layout, at), view2 = api.camera(), size = api.viewport();
          const inside = at.x >= r.x && at.x <= r.x + r.width && at.y >= r.y && at.y <= r.y + r.height;
          drag = { id: event.pointerId, layout, offset: inside ? { x: (size.width / 2 - view2.x) / view2.zoom - world.x, y: (size.height / 2 - view2.y) / view2.zoom - world.y } : { x: 0, y: 0 } };
          mapCanvas.setPointerCapture(event.pointerId);
          navigate(at, drag.offset);
        });
        on("pointermove", (event) => {
          if (drag?.id === event.pointerId && !api.busy()) navigate(mapPoint(event), drag.offset);
        });
        const finish = () => {
          drag = void 0;
          refresh();
        };
        on("pointerup", (event) => {
          if (drag?.id !== event.pointerId) return;
          const id = drag.id;
          drag = void 0;
          if (mapCanvas.hasPointerCapture(id)) mapCanvas.releasePointerCapture(id);
          refresh();
        });
        on("pointercancel", finish);
        on("lostpointercapture", finish);
        on("keydown", (event) => {
          if (api.busy()) return;
          if (event.key === "Escape") {
            event.preventDefault();
            event.stopPropagation();
            toggleMap(false);
            mapToggle.focus();
            return;
          }
          if (event.key === "Home") {
            event.preventDefault();
            event.stopPropagation();
            api.beforeNavigate();
            api.fit();
            return;
          }
          if (!["ArrowLeft", "ArrowRight", "ArrowUp", "ArrowDown"].includes(event.key)) return;
          event.preventDefault();
          event.stopPropagation();
          api.beforeNavigate();
          const view2 = api.camera(), step = event.shiftKey ? 160 : 60;
          api.setCamera({ ...view2, x: view2.x + (event.key === "ArrowLeft" ? step : event.key === "ArrowRight" ? -step : 0), y: view2.y + (event.key === "ArrowUp" ? step : event.key === "ArrowDown" ? -step : 0) });
        });
      }
      refresh();
    }
    listen(document, "fullscreenchange", refresh);
    listen(window, "blur", () => {
      drag = void 0;
      refresh();
    });
    return { root, minimap, refresh, dispose() {
      destroyed = true;
      life.abort();
      mapLife?.abort();
      cancelAnimationFrame(mapFrame);
      if (mapCanvas) mapCanvas.width = mapCanvas.height = 1;
      if (document.fullscreenElement === api.fullscreenTarget()) void document.exitFullscreen().catch(() => {
      });
    } };
  }

  // src/components/studyboard-editor.js
  var drawingCursors = ["#253547", "#ffffff"].map((color2) => {
    const svg = `<svg xmlns="http://www.w3.org/2000/svg" width="15" height="15" viewBox="0 0 15 15" shape-rendering="crispEdges"><path d="M7 3h1v4h4v1H8v4H7V8H3V7h4Z" fill="${color2}"/></svg>`;
    return `url("data:image/svg+xml,${encodeURIComponent(svg)}") 7 7, crosshair`;
  });
  function studyboardEditor(options2 = {}) {
    const history = options2.history || studySession.history, assets = options2.assets || (options2.history ? /* @__PURE__ */ new Map() : studySession.assets), views = options2.views || (options2.history ? /* @__PURE__ */ new Map() : studySession.views);
    history.validateWith((doc) => validateStudyDocument(doc, assets));
    const life = new AbortController();
    let selected2 = /* @__PURE__ */ new Set(), camera = { x: 60, y: 110, zoom: 1 }, panelName = "", preview = {}, toastTimer, destroyed = false, textSession = null, endingText = false, contextCollapsed = false, contextChangeDepth = 0;
    const profiles = {
      pen: { ink: "#162333", width: 2.5, alpha: 1, dash: "solid", fill: "#a9e9df", fillAlpha: 0 },
      pencil: { ink: "#627184", width: 1.8, alpha: 0.7, dash: "solid", fill: "#a9e9df", fillAlpha: 0 },
      highlighter: { ink: "#f0cf38", width: 22, alpha: 0.3, dash: "solid", fill: "#a9e9df", fillAlpha: 0 }
    };
    const settings = { tool: "pen", style: profiles.pen, eraseMode: "partial", eraseSize: 26, multi: false, consecutiveSegments: true };
    const textDefaults = { font: "Arial", size: 22, align: "left" }, textStyle = { ...profiles.pen };
    let construction = { points: [], refs: [], baseId: null }, hover = null, regularSides = 6, plotPlaneId = null, lastMathObjectId = null, rulerGuide = null;
    const mathTools = [["point", "Ponto", 1], ["segment", "Segmento", 2], ["line", "Reta infinita", 2], ["ray", "Semirreta", 2], ["parallel", "Reta paralela", 1], ["perpendicular", "Reta perpendicular", 1], ["geoTriangle", "Triângulo por 3 pontos", 3], ["polygon", "Polígono livre", 0], ["regular", "Polígono regular", 2], ["protractor", "Transferidor", 3], ["circle", "Compasso · circunferência", 2], ["arc", "Compasso · arco", 3], ["angle", "Ângulo por 3 pontos", 3]];
    const page = () => studyPage(history.document), chosen = () => page().objects.filter((o) => selected2.has(o.id));
    let clipboard = [], busy = false, dirty = options2.history ? false : studySession.dirty, displayedPage = page().id;
    const dialogs = /* @__PURE__ */ new Set();
    camera = views.get(page().id) || camera;
    const root = element("section", "studyboard"), base = element("canvas", "sb-canvas"), glass = element("canvas", "sb-glass");
    const imageInput = element("input", "sr-only");
    imageInput.type = "file";
    imageInput.multiple = true;
    imageInput.accept = ".png,.jpg,.jpeg,.webp";
    imageInput.setAttribute("aria-label", "Importar imagens de exercícios");
    const projectInput = element("input", "sr-only");
    projectInput.type = "file";
    projectInput.accept = ".ubboard";
    projectInput.setAttribute("aria-label", "Abrir caderno .ubboard");
    const downloadUrls = /* @__PURE__ */ new Map();
    glass.tabIndex = 0;
    glass.setAttribute("aria-label", "Quadro de estudos. Espaço e arraste para navegar. Esc ou botão direito volta à caneta. Shift+F10 abre o menu de ações.");
    const stage = element("div", "sb-stage", [base, glass]);
    const tools2 = element("div", "sb-tools");
    tools2.setAttribute("role", "toolbar");
    tools2.setAttribute("aria-label", "Ferramentas do Quadro de Estudos");
    const context2 = element("div", "sb-context"), panel = element("aside", "sb-panel");
    panel.hidden = true;
    const toast = element("div", "sb-toast");
    toast.setAttribute("role", "status");
    const hint = element("p", "sb-hint", "Seu espaço de estudo. Comece pela caneta.");
    let navigation;
    const renderer = createStudyRenderer(base, glass), toolButtons = /* @__PURE__ */ new Map();
    const action = (label, glyph, callback, css = "") => button(label, "sb-button " + css, studyboardIcon(glyph), callback);
    function message(text2) {
      toast.textContent = text2;
      toast.classList.add("is-visible");
      clearTimeout(toastTimer);
      toastTimer = setTimeout(() => toast.classList.remove("is-visible"), 4500);
    }
    function commit(operation) {
      if (busy) return false;
      try {
        return history.apply((doc) => operation(studyPage(doc), doc));
      } catch (error3) {
        message(error3.message);
        return false;
      }
    }
    function selection(ids) {
      selected2 = expandStudyGroup(page(), ids);
      contextCollapsed = false;
      updateOverlay();
      renderContext();
    }
    function updateOverlay(next = preview) {
      preview = textSession ? { ...next, skip: next.skip?.has(textSession.id) ? next.skip : /* @__PURE__ */ new Set([...next.skip || [], textSession.id]) } : next;
      renderer.overlay({ ...preview, ids: selected2, ruler: rulerGuide, editBox: textSession?.box });
    }
    function toggleRuler() {
      const hide = Boolean(rulerGuide);
      chooseTool(profiles[settings.tool] ? settings.tool : "pen");
      const x = (stage.clientWidth / 2 - camera.x) / camera.zoom, y = (stage.clientHeight / 2 - camera.y) / camera.zoom;
      const half = Math.min(180, Math.max(40, (stage.clientWidth - 80) / 2)) / camera.zoom;
      rulerGuide = hide ? null : { a: { x: x - half, y }, b: { x: x + half, y } };
      updateOverlay({});
      hint.textContent = hide ? "Régua guardada. Continue escrevendo." : "Desenhe junto à borda da régua. Arraste o corpo para mover e as pontas para ajustar. Esc guarda a régua.";
    }
    function setCamera(next) {
      camera = { ...next, x: limited(next.x, -32e3 * next.zoom, 32e3 * next.zoom), y: limited(next.y, -32e3 * next.zoom, 32e3 * next.zoom) };
      views.set(page().id, { ...camera });
      renderer.scene(page(), camera, assets);
      syncTextField();
      navigation?.refresh();
    }
    function zoomTo(value) {
      finishText();
      pointer.cancel();
      setCamera(anchoredStudyZoom(camera, value, { x: stage.clientWidth / 2, y: stage.clientHeight / 2 }));
    }
    function fit() {
      const boxes = page().objects.filter((o) => !o.hidden).map((o) => objectStudyBounds(o, page())).filter(Boolean);
      if (!boxes.length) return setCamera({ x: 60, y: 110, zoom: 1 });
      const b = studyBounds(boxes.flatMap((b2) => [{ x: b2.left, y: b2.top }, { x: b2.right, y: b2.bottom }])), zoom = limited(Math.min((stage.clientWidth - 160) / Math.max(1, b.width), (stage.clientHeight - 220) / Math.max(1, b.height)), 0.15, 3);
      setCamera({ zoom, x: stage.clientWidth / 2 - (b.left + b.width / 2) * zoom, y: (stage.clientHeight + 40) / 2 - (b.top + b.height / 2) * zoom });
    }
    function toolCursor() {
      if (settings.tool === "erase") return "none";
      if (settings.tool === "pan") return "grab";
      if (settings.tool === "select") return "default";
      const [r, g, b] = page().paper.color.slice(1).match(/../g).map((hex) => parseInt(hex, 16));
      return drawingCursors[r * 0.2126 + g * 0.7152 + b * 0.0722 < 140 ? 1 : 0];
    }
    function chooseTool(tool) {
      finishText();
      pointer.cancel();
      contextCollapsed = false;
      settings.tool = tool;
      if (profiles[tool]) settings.style = profiles[tool];
      if (tool === "text") settings.style = textStyle;
      construction = { points: [], refs: [], baseId: null };
      hover = null;
      lastMathObjectId = null;
      selected2 = /* @__PURE__ */ new Set();
      panelName = "";
      panel.hidden = true;
      for (const [id, b] of toolButtons) b.setAttribute("aria-pressed", String(id === tool));
      glass.style.cursor = toolCursor();
      hint.textContent = tool === "erase" ? `Borracha ${settings.eraseMode === "partial" ? "parcial: apaga trechos manuscritos" : "de objeto: remove o objeto tocado"}. + aumenta e − diminui o tamanho.` : tool === "select" ? "Clique para selecionar. Arraste no vazio para selecionar por área." : tool === "pan" ? "Arraste para navegar pelo estudo." : tool === "text" ? "Clique onde deseja inserir uma anotação." : ["rectangle", "square", "triangle", "ellipse", "shapeCircle"].includes(tool) ? "Arraste para criar a figura. Ative Seleção para editar seus vértices." : "Arraste para escrever. Espaço + arraste move o quadro.";
      if (mathTools.some((t) => t[0] === tool)) hint.textContent = ["parallel", "perpendicular"].includes(tool) ? "Clique na reta/segmento base; depois no ponto de passagem." : ["angle", "protractor"].includes(tool) ? "Clique no ponto inicial, no vértice do ângulo e no ponto final." : tool === "polygon" ? "Marque pelo menos 3 vértices. Enter conclui; Esc ou botão direito sai." : ["circle", "arc", "regular"].includes(tool) ? "Escolha o centro e o ponto de raio. Para arco, escolha também a direção final." : "Clique para marcar os pontos da construção. Pontos existentes podem ser vinculados.";
      if (tool === "segment") updateSegmentHint();
      renderContext();
      updateOverlay({});
      navigation?.refresh();
    }
    const undo = action("Desfazer (Ctrl+Z)", "undo", () => {
      pointer.cancel();
      history.undo();
    });
    const redo = action("Refazer (Ctrl+Y)", "redo", () => {
      pointer.cancel();
      history.redo();
    });
    tools2.append(undo, redo, element("span", "sb-divider"));
    for (const [id, label, glyph] of [["select", "Seleção (V)", "cursor"], ["pen", "Caneta (P)", "pen"], ["pencil", "Lápis", "pen"], ["highlighter", "Marca-texto", "pen"], ["erase", "Borracha (E)", "eraser"]]) {
      const b = action(label, glyph, () => chooseTool(id), "sb-tool-" + id);
      b.dataset.tool = id;
      toolButtons.set(id, b);
      tools2.append(b);
    }
    const textTool = action("Texto (T)", "text", () => chooseTool("text"));
    toolButtons.set("text", textTool);
    tools2.append(textTool, action("Formas", "rectangle", () => openPanel("shapes")), action("Matemática e Geometria", "compass", () => openPanel("math")), action("Adicionar imagem de exercício", "image", () => imageInput.click()));
    function controlChange(control, change) {
      const keepControl = context2.contains(control) && (textSession || settings.tool === "text" || chosen().length === 1 && chosen()[0].kind === "text");
      if (keepControl) contextChangeDepth++;
      try {
        change();
      } finally {
        if (keepControl) contextChangeDepth--;
      }
    }
    function textFormattingFocus(control) {
      control.addEventListener("pointerdown", () => {
        if (textSession && context2.contains(control)) textSession.formattingPointer = true;
      });
    }
    function input2(label, value, type, min, max, change) {
      const field3 = element("input");
      field3.type = type;
      field3.value = value;
      field3.setAttribute("aria-label", label);
      if (min !== void 0) field3.min = min;
      if (max !== void 0) field3.max = max;
      if (type === "number") field3.step = "any";
      let acceptedValue = value;
      textFormattingFocus(field3);
      field3.addEventListener("change", () => {
        const number2 = type === "number" || type === "range";
        if (number2 && (!Number.isFinite(Number(field3.value)) || Number(field3.value) < Number(min) || Number(field3.value) > Number(max))) {
          field3.value = acceptedValue;
          message("Valor fora do intervalo permitido.");
          return;
        }
        controlChange(field3, () => change(number2 ? Number(field3.value) : field3.value));
        acceptedValue = field3.value;
      });
      return element("label", "sb-field", [element("span", "", label), field3]);
    }
    function selectInput(label, value, choices, change) {
      const select = element("select");
      select.setAttribute("aria-label", label);
      textFormattingFocus(select);
      choices.forEach(([key2, text2]) => {
        const option3 = element("option", "", text2);
        option3.value = key2;
        select.append(option3);
      });
      select.value = value;
      select.addEventListener("change", () => controlChange(select, () => change(select.value)));
      return element("label", "sb-field", [element("span", "", label), select]);
    }
    function textButton(label, callback) {
      return button(label, "sb-text-button", label, callback);
    }
    function updateStyle(key2, value) {
      if (textSession?.draft) {
        textSession.draft.style[key2] = value;
        textStyle[key2] = value;
        syncTextField();
        updateOverlay();
        return;
      }
      if (chosen().length) commit((p) => {
        p.objects.filter((o) => selected2.has(o.id) && !o.locked).forEach((o) => {
          o.style[key2] = value;
        });
      });
      else {
        settings.style[key2] = value;
        if (!contextChangeDepth) renderContext();
      }
    }
    function setEraseSize(value) {
      settings.eraseSize = limited(value, 4, 180);
      for (const container of [context2, panel]) container.querySelectorAll('input[aria-label="Diâmetro"]').forEach((field3) => {
        field3.value = settings.eraseSize;
      });
      if (preview.cursor && settings.tool === "erase") updateOverlay({ ...preview, cursor: { ...preview.cursor, radius: settings.eraseSize / 2 } });
    }
    function updateTextSetting(key2, value) {
      textDefaults[key2] = value;
      if (textSession?.draft) {
        textSession.draft.data[key2] = value;
        syncTextField();
        updateOverlay();
        return;
      }
      if (chosen().length === 1 && chosen()[0].kind === "text") commit((p) => {
        const object = p.objects.find((o) => selected2.has(o.id));
        if (object.locked) return;
        object.data[key2] = value;
        fitStudyText(base.getContext("2d"), object);
      });
    }
    function renderContext() {
      context2.replaceChildren();
      const items = textSession?.draft ? [textSession.draft] : chosen(), isInk = ["pen", "pencil", "highlighter"].includes(settings.tool), isShape = ["rectangle", "square", "triangle", "ellipse", "shapeCircle"].includes(settings.tool), style = items[0]?.style || settings.style;
      const textContext = items.length === 1 && items[0].kind === "text" || settings.tool === "text" && !items.length;
      if (isInk || isShape || settings.tool === "text" || mathTools.some((t) => t[0] === settings.tool) || items.length) {
        if (items[0]?.kind !== "image") context2.append(input2("Cor", style.ink, "color", void 0, void 0, (v) => updateStyle("ink", v)));
        if (items.length ? items.every((o) => !["text", "image"].includes(o.kind)) : settings.tool !== "text") context2.append(input2("Espessura", style.width, "number", 0.5, 80, (v) => updateStyle("width", v)));
        if (items.length ? items.every((o) => !["text", "image", "point", "cartesian"].includes(o.kind)) : !["point", "text"].includes(settings.tool)) context2.append(selectInput("Traço", style.dash, [["solid", "Contínuo"], ["dashed", "Tracejado"], ["dotted", "Pontilhado"]], (v) => updateStyle("dash", v)));
        context2.append(input2("Opacidade (%)", Math.round(style.alpha * 100), "number", 1, 100, (v) => updateStyle("alpha", v / 100)));
      }
      if (textContext) {
        const o = items[0], data = o?.data || textDefaults;
        context2.append(selectInput("Fonte do texto", data.font, STUDY_FONTS.map((f) => [f, f]), (v) => updateTextSetting("font", v)), input2("Tamanho do texto", data.size, "number", 8, 240, (v) => updateTextSetting("size", v)), selectInput("Alinhamento do texto", data.align, [["left", "Esquerda"], ["center", "Centro"], ["right", "Direita"]], (v) => updateTextSetting("align", v)));
      }
      if (settings.tool === "erase") context2.append(selectInput("Modo da borracha", settings.eraseMode, [["partial", "Parcial · traços"], ["object", "Objeto inteiro"]], (value) => {
        settings.eraseMode = value;
        chooseTool("erase");
      }), input2("Diâmetro", settings.eraseSize, "number", 4, 180, setEraseSize));
      if (settings.tool === "regular") context2.append(input2("Lados do polígono", regularSides, "number", 3, 12, (value) => {
        regularSides = Math.round(value);
      }));
      if (settings.tool === "segment") context2.append(check("Segmentos consecutivos", settings.consecutiveSegments, (value) => {
        settings.consecutiveSegments = value;
        endSegmentSequence();
      }));
      if (!textSession && !textContext && (items.length || isShape || mathTools.some((t) => t[0] === settings.tool) || settings.tool === "cartesian" && lastMathObjectId)) context2.append(action("Propriedades", "settings", openProperties));
      if (items.length && !textSession && !textContext) context2.append(action("Duplicar seleção", "copy", duplicateSelection), action("Excluir seleção", "trash", deleteSelection), action("Camadas", "layers", () => openPanel("layers")));
      if (items.length && items.every((o) => o.locked)) {
        context2.querySelectorAll("input,select").forEach((node2) => {
          node2.disabled = true;
        });
      }
      context2.hidden = contextCollapsed || !context2.children.length;
    }
    function collapseContext() {
      contextCollapsed = true;
      context2.hidden = true;
    }
    function openProperties() {
      if (!selected2.size && settings.tool !== "cartesian" && lastMathObjectId && page().objects.some((o) => o.id === lastMathObjectId)) selection([lastMathObjectId]);
      openPanel("properties");
    }
    function dismissToolFunctions() {
      if (textSession) finishText();
      pointer.cancel();
      pointer.space(false);
      rulerGuide = null;
      plotPlaneId = null;
      chooseTool("pen");
      panelName = "";
      panel.hidden = true;
      collapseContext();
      updateOverlay({});
      hint.textContent = "Caneta pronta. Esc ou botão direito sai da ferramenta. Shift+F10 abre o menu de ações.";
      glass.focus({ preventScroll: true });
    }
    function openPanel(name) {
      panelName = panelName === name ? "" : name;
      panel.hidden = !panelName;
      if (!panelName) return;
      panel.classList.toggle("sb-panel-right", ["layers", "properties"].includes(name));
      panel.replaceChildren(element("header", "sb-panel-header", [element("strong", "", { paper: "Fundo de estudo", shapes: "Figuras", math: "Matemática e geometria", properties: "Propriedades", selection: "Seleção", erase: "Opções da borracha", layers: "Camadas", pages: "Páginas", files: "Projeto" }[name] || "Quadro"), action("Fechar painel", "close", () => {
        panelName = "";
        panel.hidden = true;
      })]));
      const content = element("div", "sb-panel-body");
      panel.append(content);
      if (name === "shapes") {
        for (const [id, label] of [["rectangle", "Retângulo"], ["square", "Quadrado"], ["triangle", "Triângulo"], ["ellipse", "Elipse"], ["shapeCircle", "Círculo"]]) content.append(textButton(label, () => chooseTool(id)));
      } else if (name === "math") {
        for (const [kind, label] of mathTools) content.append(textButton(label, () => chooseTool(kind)));
        content.append(textButton("Régua digital", toggleRuler));
        content.append(textButton("Plano cartesiano", () => {
          chooseTool("cartesian");
          hint.textContent = "Clique para posicionar o plano cartesiano.";
        }));
        content.append(element("p", "sb-note", `1 unidade = ${page().paper.unit} pixels lógicos, não centímetros físicos.`));
      } else if (name === "paper") {
        content.append(selectInput("Fundo", page().paper.mode, [["white", "Branco"], ["dots", "Pontilhado"], ["grid", "Quadriculado"], ["ruled", "Pautado"], ["dark", "Escuro"]], setPaper), input2("Cor do fundo", page().paper.color, "color", void 0, void 0, (value) => commit((p) => {
          p.paper.color = value;
        })), input2("Espaçamento da grade", page().paper.spacing, "number", 8, 160, (value) => commit((p) => {
          p.paper.spacing = value;
        })), input2("Contraste da grade (%)", Math.round(page().paper.contrast * 100), "number", 5, 80, (value) => commit((p) => {
          p.paper.contrast = value / 100;
        })), check("Mostrar grade visual", page().paper.visible, (v) => commit((p) => {
          p.paper.visible = v;
        })), check("Encaixar figuras na grade (Snap)", page().paper.snap, (v) => commit((p) => {
          p.paper.snap = v;
        })));
      } else if (name === "erase") content.append(selectInput("Modo da borracha", settings.eraseMode, [["partial", "Parcial · traços"], ["object", "Objeto inteiro"]], (value) => {
        settings.eraseMode = value;
      }), input2("Diâmetro", settings.eraseSize, "number", 4, 180, setEraseSize));
      else if (name === "selection") content.append(check("Seleção múltipla por clique", settings.multi, (v) => {
        settings.multi = v;
      }), textButton("Mover quadro (Mão)", () => chooseTool("pan")), textButton("Selecionar tudo", () => selection(page().objects.filter((o) => !o.hidden && !o.locked).map((o) => o.id))));
      else if (name === "properties") renderProperties(content);
      else if (name === "layers") renderLayers(content);
      else if (name === "pages") renderPages(content);
      else if (name === "files") content.append(input2("Nome do caderno", history.document.title, "text", void 0, void 0, (value) => commit((p, doc) => {
        doc.title = value.slice(0, 120) || "Caderno de estudos";
      })), textButton("Salvar projeto .ubboard", saveProject), textButton("Abrir projeto .ubboard", () => projectInput.click()), textButton("Exportar PNG / PDF", exportDialog), textButton("Novo caderno…", () => {
        if (window.confirm("Criar um caderno novo? Salve o atual antes de continuar.")) replaceDocument(blankStudyDocument(), /* @__PURE__ */ new Map(), /* @__PURE__ */ new Map());
      }), element("p", "sb-note", "O novo formato inclui imagens. Arquivos do Quadro anterior não são importados automaticamente."));
      else content.append(textButton("Projeto: salvar, abrir e exportar…", () => openPanel("files")), textButton("Camadas", () => openPanel("layers")), textButton("Páginas", () => openPanel("pages")), textButton("Fundo do caderno…", () => openPanel("paper")), textButton("Opções de seleção…", () => openPanel("selection")), textButton("Opções da borracha…", () => openPanel("erase")), textButton("Copiar objetos", copySelection), textButton("Colar objetos", pasteSelection), textButton("Agrupar seleção", () => commit((p) => groupStudyObjects(p, selected2))), textButton("Desagrupar seleção", () => commit((p) => {
        const tags = new Set(chosen().map((o) => o.group).filter(Boolean));
        p.objects.forEach((o) => {
          if (tags.has(o.group) && !o.locked) o.group = null;
        });
      })), textButton("Mover quadro (Mão)", () => chooseTool("pan")), textButton("Selecionar tudo", () => selection(page().objects.filter((o) => !o.hidden && !o.locked).map((o) => o.id))), textButton("Ajustar aos objetos", fit), textButton("Limpar esta página…", () => {
        if (window.confirm("Limpar os objetos desta página? É possível desfazer.")) commit((p) => {
          p.objects = [];
        });
      }));
    }
    function check(label, value, change) {
      const control = element("input");
      control.type = "checkbox";
      control.checked = value;
      control.setAttribute("aria-label", label);
      control.addEventListener("change", () => change(control.checked));
      return element("label", "sb-check", [control, label]);
    }
    function setPaper(mode) {
      if (busy) return;
      finishText();
      pointer.cancel();
      commit((p) => {
        p.paper.mode = mode;
        p.paper.color = mode === "dark" ? "#182332" : "#ffffff";
        p.paper.visible = true;
      });
    }
    const paperDock = element("div", "sb-paper-dock"), paperButtons = /* @__PURE__ */ new Map();
    paperDock.setAttribute("role", "group");
    paperDock.setAttribute("aria-label", "Fundo da página");
    for (const [mode, label] of [["white", "Fundo branco"], ["dots", "Fundo pontilhado"], ["grid", "Fundo quadriculado"], ["dark", "Fundo escuro"]]) {
      const sample = element("span", "sb-paper-sample sb-paper-sample-" + mode);
      sample.setAttribute("aria-hidden", "true");
      const choice3 = button(label, "sb-button sb-paper-choice", sample, () => setPaper(mode));
      paperButtons.set(mode, choice3);
      paperDock.append(choice3);
    }
    function refreshPaperDock() {
      const paper2 = page().paper;
      for (const [mode, choice3] of paperButtons) {
        const matches = paper2.mode === mode && (mode === "white" ? paper2.color.toLowerCase() === "#ffffff" : mode === "dark" ? paper2.color.toLowerCase() === "#182332" : paper2.visible);
        choice3.setAttribute("aria-pressed", String(matches));
      }
      if (!["grab", "grabbing"].includes(glass.style.cursor)) glass.style.cursor = toolCursor();
    }
    function renderProperties(body) {
      const first = chosen()[0] || (settings.tool === "cartesian" ? page().objects.find((o) => o.id === lastMathObjectId) : null), style = first?.style || settings.style;
      if (first) {
        body.append(input2("Nome do objeto", first.name, "text", void 0, void 0, (value) => commit((p) => {
          p.objects.find((o) => o.id === first.id).name = value.slice(0, 120);
        })));
        const b = objectStudyBounds(first, page());
        body.append(input2("Posição X", Math.round(b.left), "number", -3e4, 3e4, (value) => commit((p) => translateStudyObjects(p, selected2, value - b.left, 0))), input2("Posição Y", Math.round(b.top), "number", -3e4, 3e4, (value) => commit((p) => translateStudyObjects(p, selected2, 0, value - b.top))));
        if (!["point", "parallel", "perpendicular"].includes(first.kind)) body.append(input2("Girar conjunto (graus)", 0, "number", -360, 360, (value) => commit((p) => rotateStudySelection(p, selected2, value * Math.PI / 180, { x: b.left + b.width / 2, y: b.top + b.height / 2 }))));
        if (first.kind === "text") body.append(selectInput("Fonte do sistema", first.data.font, STUDY_FONTS.map((f) => [f, f]), (value) => updateTextSetting("font", value)), selectInput("Alinhamento", first.data.align, [["left", "Esquerda"], ["center", "Centro"], ["right", "Direita"]], (value) => updateTextSetting("align", value)));
        if (first.group) body.append(element("p", "sb-note", `${chosen().length} objetos no conjunto selecionado.`));
        if (first.kind === "point") body.append(input2("Identificação do ponto", first.data.label, "text", void 0, void 0, (value) => commit((p) => {
          p.objects.find((o) => o.id === first.id).data.label = value.slice(0, 40);
        })));
        if (["circle", "arc"].includes(first.kind)) body.append(input2("Raio (unidades)", Number((studyCircleRadius(first, page()) / page().paper.unit).toFixed(6)), "number", 0.01, 800, (value) => commit((p) => setStudyCircleRadius(p, first.id, value))));
        if (["angle", "protractor"].includes(first.kind)) body.append(element("output", "sb-measure", studyMeasurement(studyAngleDegrees(...studyPoints(first, page())), "°")));
        if (first.kind === "regular") body.append(input2("Número de lados", first.data.sides, "number", 3, 12, (value) => commit((p) => {
          p.objects.find((o) => o.id === first.id).data.sides = Math.round(value);
        })));
        if (first.kind === "cartesian") renderCartesianProperties(body, first);
        if (first.kind === "ruler") body.append(element("output", "sb-measure", studyMeasurement(lengthBetween(...studyPoints(first, page())) / page().paper.unit, " u")), element("p", "sb-note", `Escala: 1 u = ${page().paper.unit} pixels lógicos. Não é uma medida física da tela.`), textButton("Traçar segmento pela régua", () => {
          const segment = studyObject("segment", studyPoints(first, page()));
          segment.style = { ...first.style };
          segment.name = "Traçado com régua";
          commit((p) => addStudyObject(p, segment));
        }));
        if (!["stroke", "text", "image", "cartesian"].includes(first.kind)) studyPoints(first, page()).forEach((point, index) => {
          body.append(input2(`Ponto ${index + 1} · X`, Number(point.x.toFixed(3)), "number", -3e4, 3e4, (value) => commit((p) => editStudyVertex(p, first.id, index, { ...point, x: value }))), input2(`Ponto ${index + 1} · Y`, Number(point.y.toFixed(3)), "number", -3e4, 3e4, (value) => commit((p) => editStudyVertex(p, first.id, index, { ...point, y: value }))));
        });
      }
      if (first ? ["polygon", "ellipse", "circle", "regular"].includes(first.kind) : ["rectangle", "square", "triangle", "ellipse", "shapeCircle", "circle", "regular", "polygon", "geoTriangle"].includes(settings.tool)) body.append(input2("Preenchimento", style.fill, "color", void 0, void 0, (value) => updateStyle("fill", value)), input2("Opacidade do preenchimento (%)", Math.round(style.fillAlpha * 100), "number", 0, 100, (value) => updateStyle("fillAlpha", value / 100)));
      body.append(input2("Pixels lógicos por unidade", page().paper.unit, "number", 5, 200, (value) => commit((p) => {
        p.paper.unit = value;
      })));
      if (first?.locked) {
        body.querySelectorAll("input,select,button").forEach((control) => {
          control.disabled = true;
        });
        body.append(element("p", "sb-note", "Objeto bloqueado. Abra Camadas para desbloquear."));
      }
    }
    function removeObjects(p, ids) {
      if (p.objects.some((o) => ids.has(o.id) && o.locked)) throw new Error("Desbloqueie o conjunto antes de excluir.");
      const removed = /* @__PURE__ */ new Set([...ids]);
      detachStudyDependencies(p, removed);
      p.objects = p.objects.filter((o) => !removed.has(o.id));
    }
    function deleteSelection() {
      commit((p) => removeObjects(p, selected2));
    }
    function assetReferences() {
      return /* @__PURE__ */ new Set([...history.assetReferences(), ...clipboard.filter((o) => o.kind === "image").map((o) => o.data.asset)]);
    }
    function copySelection() {
      finishText();
      if (!selected2.size) return message("Selecione objetos para copiar.");
      clipboard = copyStudyObjects(page(), selected2);
      message("Objetos copiados neste caderno.");
    }
    function pasteSelection() {
      if (busy || !clipboard.length) return;
      finishText();
      let ids;
      if (commit((p) => {
        ids = pasteStudyObjects(p, clipboard);
      })) selection(ids);
    }
    function duplicateSelection() {
      if (busy || !selected2.size) return;
      finishText();
      const copies = copyStudyObjects(page(), selected2);
      let ids;
      if (commit((p) => {
        ids = pasteStudyObjects(p, copies);
      })) selection(ids);
    }
    function addPage() {
      finishText();
      pointer.cancel();
      commit((p, doc) => {
        if (doc.pages.length >= STUDY_LIMITS.pages) throw new Error("Limite de 20 páginas por caderno.");
        const next = blankStudyPage("Página " + (doc.pages.length + 1));
        doc.pages.push(next);
        doc.current = next.id;
      });
    }
    function switchPage(id) {
      finishText();
      pointer.cancel();
      commit((p, doc) => {
        if (doc.pages.some((next) => next.id === id)) doc.current = id;
      });
    }
    function duplicatePage(id) {
      finishText();
      pointer.cancel();
      commit((p, doc) => {
        if (doc.pages.length >= STUDY_LIMITS.pages) throw new Error("Limite de 20 páginas por caderno.");
        const index = doc.pages.findIndex((next2) => next2.id === id), source = doc.pages[index];
        const next = blankStudyPage((source.name + " — cópia").slice(0, 120));
        next.paper = { ...source.paper };
        next.width = source.width;
        next.height = source.height;
        pasteStudyObjects(next, copyStudyObjects(source, source.objects.map((o) => o.id)), 0);
        doc.pages.splice(index + 1, 0, next);
        doc.current = next.id;
      });
    }
    function renderPages(body) {
      body.append(textButton("Adicionar página", addPage));
      for (const [index, next] of history.document.pages.entries()) {
        const row = element("div", "sb-page-row");
        row.append(
          textButton((next.id === page().id ? "Atual · " : "Abrir · ") + next.name, () => switchPage(next.id)),
          input2("Renomear " + next.name, next.name, "text", void 0, void 0, (value) => commit((p, doc) => {
            doc.pages.find((item) => item.id === next.id).name = value.trim().slice(0, 120) || "Página";
          }))
        );
        const move = (delta) => commit((p, doc) => {
          const at = doc.pages.findIndex((item) => item.id === next.id), to = at + delta;
          if (to >= 0 && to < doc.pages.length) [doc.pages[at], doc.pages[to]] = [doc.pages[to], doc.pages[at]];
        });
        const up = action("Mover " + next.name + " para antes", "back", () => move(-1));
        up.disabled = index === 0;
        const down = action("Mover " + next.name + " para depois", "arrow", () => move(1));
        down.disabled = index === history.document.pages.length - 1;
        const remove = action("Excluir " + next.name, "trash", () => {
          if (!window.confirm("Excluir esta página? Você poderá desfazer.")) return;
          finishText();
          pointer.cancel();
          commit((p, doc) => {
            if (doc.pages.length === 1) return;
            const at = doc.pages.findIndex((item) => item.id === next.id);
            doc.pages.splice(at, 1);
            if (doc.current === next.id) doc.current = doc.pages[Math.min(at, doc.pages.length - 1)].id;
          });
        });
        remove.disabled = history.document.pages.length === 1;
        row.append(element("div", "sb-row-actions", [action("Duplicar " + next.name, "copy", () => duplicatePage(next.id)), up, down, remove]));
        body.append(row);
      }
    }
    function renderLayers(body) {
      if (!page().objects.length) body.append(element("p", "sb-note", "Esta página ainda não tem objetos."));
      for (const object of [...page().objects].reverse()) {
        const row = element("div", "sb-layer-row");
        row.classList.toggle("is-selected", selected2.has(object.id));
        row.append(
          textButton("Selecionar " + object.name, () => selection([object.id])),
          input2("Nome da camada " + object.name, object.name, "text", void 0, void 0, (value) => commit((p) => {
            p.objects.find((o) => o.id === object.id).name = value.slice(0, 120);
          }))
        );
        const mutate = (operation) => commit((p) => operation(p.objects.find((o) => o.id === object.id)));
        row.append(element("div", "sb-row-actions", [
          action((object.hidden ? "Mostrar " : "Ocultar ") + object.name, object.hidden ? "eyeOff" : "eye", () => mutate((o) => {
            o.hidden = !o.hidden;
          })),
          action((object.locked ? "Desbloquear " : "Bloquear ") + object.name, object.locked ? "lock" : "unlock", () => mutate((o) => {
            o.locked = !o.locked;
          })),
          action("Subir " + object.name, "arrow", () => commit((p) => orderStudyObjects(p, /* @__PURE__ */ new Set([object.id]), "up"))),
          action("Descer " + object.name, "back", () => commit((p) => orderStudyObjects(p, /* @__PURE__ */ new Set([object.id]), "down")))
        ]));
        if (object.group) row.append(element("small", "sb-note", "Parte de um grupo"));
        body.append(row);
      }
    }
    function refreshPageDock() {
      pageChooser.replaceChildren(...history.document.pages.map((p) => {
        const option3 = element("option", "", p.name);
        option3.value = p.id;
        return option3;
      }));
      pageChooser.value = page().id;
    }
    function downloadBlob(blob, name) {
      if (destroyed) return;
      const url = URL.createObjectURL(blob), link = element("a");
      link.href = url;
      link.download = name;
      document.body.append(link);
      link.click();
      link.remove();
      const timer = setTimeout(() => {
        URL.revokeObjectURL(url);
        downloadUrls.delete(url);
      }, 1e3);
      downloadUrls.set(url, timer);
    }
    const fileName = () => history.document.title.replace(/[\\/:*?"<>|]/g, "-").slice(0, 100) || "caderno";
    async function withTask(operation) {
      if (busy || destroyed) return;
      finishText();
      pointer.cancel();
      busy = true;
      root.setAttribute("aria-busy", "true");
      for (const node2 of [tools2, context2, panel, pageDock, fileDock, viewDock, paperDock]) node2.inert = true;
      try {
        await operation();
      } catch (error3) {
        if (!destroyed) message(error3.message || "Não foi possível concluir.");
      } finally {
        busy = false;
        if (!destroyed) {
          root.setAttribute("aria-busy", "false");
          for (const node2 of [tools2, context2, panel, pageDock, fileDock, viewDock, paperDock]) node2.inert = false;
          renderer.scene(page(), camera, assets);
          updateOverlay({});
        }
      }
    }
    function setDirty(value) {
      dirty = value;
      if (!options2.history) studySession.dirty = value;
    }
    function saveProject() {
      return withTask(async () => {
        const blob = await writeStudyProject(history.document, assets, views);
        if (destroyed) return;
        downloadBlob(blob, fileName() + ".ubboard");
        setDirty(false);
        message("Caderno editável preparado para baixar. Guarde o arquivo .ubboard.");
      });
    }
    function replaceDocument(document2, nextAssets, nextViews) {
      const clean = validateStudyDocument(document2, nextAssets);
      clipboard = [];
      selected2 = /* @__PURE__ */ new Set();
      for (const asset of assets.values()) releaseStudyAsset(asset);
      assets.clear();
      nextAssets.forEach((asset, id) => assets.set(id, asset));
      views.clear();
      nextViews.forEach((view2, id) => views.set(id, view2));
      rulerGuide = null;
      displayedPage = "";
      history.load(clean);
      setDirty(false);
      chooseTool("pen");
      refreshPageDock();
    }
    function openProject(file) {
      if (!file || busy || dirty && !window.confirm("Abrir outro caderno? Salve o atual para não perder alterações.")) return;
      return withTask(async () => {
        const loaded = await readStudyProject(file, life.signal);
        if (destroyed) {
          loaded.assets.forEach(releaseStudyAsset);
          return;
        }
        replaceDocument(loaded.document, loaded.assets, loaded.views);
        message("Caderno reaberto com objetos editáveis.");
      });
    }
    function importImages(files) {
      if (!files.length || busy) return;
      return withTask(async () => {
        try {
          if (files.length > 20) throw new Error("Adicione no máximo 20 imagens de cada vez.");
          const objects = [];
          for (const [index, file] of files.entries()) {
            const asset = await readStudyImage(file, assets, life.signal);
            if (destroyed) {
              if (!assets.has(asset.id)) releaseStudyAsset(asset);
              return;
            }
            assets.set(asset.id, asset);
            const scale2 = Math.min(1, 600 / asset.width, 500 / asset.height), w = asset.width * scale2, h = asset.height * scale2;
            const object = boxedStudyObject("image", (stage.clientWidth / 2 - camera.x) / camera.zoom - w / 2 + index * 16, (stage.clientHeight / 2 - camera.y) / camera.zoom - h / 2 + index * 16, w, h);
            object.name = asset.name;
            object.data.asset = asset.id;
            objects.push(object);
          }
          history.apply((doc) => {
            const target = studyPage(doc);
            objects.forEach((o) => addStudyObject(target, o));
          });
          chooseTool("select");
          selection(objects.map((o) => o.id));
          message("Imagem adicionada. Você pode escrever sobre ela ou bloqueá-la em Camadas.");
        } finally {
          pruneStudyAssets(assets, assetReferences());
        }
      });
    }
    function dialog(title, body) {
      const modal = element("dialog", "sb-dialog"), close2 = action("Fechar janela", "close", () => modal.close());
      const heading = element("h2", "", title);
      heading.id = studyId();
      modal.setAttribute("aria-labelledby", heading.id);
      modal.append(element("header", "sb-panel-header", [heading, close2]), body);
      dialogs.add(modal);
      root.append(modal);
      modal.addEventListener("close", () => {
        dialogs.delete(modal);
        modal.remove();
        glass.focus();
      }, { once: true });
      modal.showModal();
      return modal;
    }
    function exportDialog() {
      finishText();
      const body = element("div", "sb-dialog-body");
      let format = "png", all = false, scale2 = 1, grid = true, full = false;
      const scope = selectInput("Páginas para exportar", "current", [["current", "Página atual"], ["all", "Todas (PDF)"]], (value) => {
        all = value === "all";
      });
      const formatField = selectInput("Formato de exportação", format, [["png", "PNG"], ["pdf", "PDF"]], (value) => {
        format = value;
        scope.querySelector("select").disabled = value !== "pdf";
        if (value !== "pdf") {
          all = false;
          scope.querySelector("select").value = "current";
        }
      });
      scope.querySelector("select").disabled = true;
      const status = element("p", "sb-note");
      status.setAttribute("role", "status");
      const modal = dialog("Exportar estudo", body);
      body.append(
        formatField,
        scope,
        selectInput("Resolução", "1", [["0.5", "Reduzida · 0,5×"], ["1", "Normal · 1×"], ["2", "Alta · 2×"]], (value) => {
          scale2 = Number(value);
        }),
        check("Incluir grade visual", true, (value) => {
          grid = value;
        }),
        check("Usar página inteira (4800 × 3200 por padrão)", false, (value) => {
          full = value;
        }),
        element("p", "sb-note", "Sem barras, seleções ou alças. PDF contém as páginas renderizadas como imagem."),
        status,
        textButton("Exportar arquivo", () => withTask(async () => {
          status.textContent = "Preparando arquivo…";
          try {
            const options3 = { scale: scale2, grid, full }, blob = format === "pdf" ? await studyPagesPdf(all ? history.document.pages : [page()], assets, options3) : (await studyPagePng(page(), assets, options3)).blob;
            if (destroyed) return;
            downloadBlob(blob, fileName() + "." + format);
            modal.close();
            message("Exportação preparada para baixar.");
          } catch (error3) {
            status.textContent = error3.message;
          }
        }))
      );
    }
    function pointReference(point) {
      const linked = [...page().objects].reverse().find((o) => o.kind === "point" && !o.hidden && lengthBetween(o.data.points[0], point) < 9 / camera.zoom);
      return linked ? { point: { ...linked.data.points[0] }, ref: linked.id } : { point: snappedStudyPoint(point, page().paper), ref: null };
    }
    function constructionObject(tool, points, refs) {
      const object = studyObject(tool === "geoTriangle" ? "polygon" : tool, points);
      object.style = { ...settings.style };
      if (tool !== "point") object.data.refs = [...refs];
      object.name = mathTools.find((t) => t[0] === tool)?.[1] || "Construção";
      if (tool === "point") object.data.label = `P${page().objects.filter((o) => o.kind === "point").length + 1}`;
      if (tool === "geoTriangle" || tool === "polygon") object.data.shape = "polygon";
      if (tool === "regular") object.data.sides = regularSides;
      if (tool === "parallel" || tool === "perpendicular") object.data.baseId = construction.baseId;
      return object;
    }
    function updateSegmentHint() {
      hint.textContent = construction.points.length ? "Clique no próximo ponto. Enter encerra a sequência; Esc ou botão direito volta à caneta." : settings.consecutiveSegments ? "Marque o ponto inicial e continue clicando para ligar segmentos. Enter encerra; Esc ou botão direito volta à caneta." : "Marque dois pontos para cada segmento. Esc ou botão direito volta à caneta.";
    }
    function endSegmentSequence() {
      construction = { points: [], refs: [], baseId: null };
      hover = null;
      updateOverlay({});
      updateSegmentHint();
    }
    function finishConstruction() {
      const tool = settings.tool, required = mathTools.find((t) => t[0] === tool)?.[2];
      if (required === void 0 || (required ? construction.points.length < required : construction.points.length < 3)) return false;
      if (["circle", "arc", "regular", "segment", "line", "ray", "ruler"].includes(tool) && lengthBetween(construction.points[0], construction.points[1]) < 0.01) {
        construction.points.length = 1;
        construction.refs.length = 1;
        updateOverlay({});
        message("Os pontos de referência precisam ser distintos.");
        return false;
      }
      const object = constructionObject(tool, construction.points, construction.refs);
      if (commit((p) => addStudyObject(p, object))) {
        lastMathObjectId = object.id;
        if (tool === "segment") {
          const endpoint = { ...construction.points.at(-1) }, ref = construction.refs.at(-1);
          construction = { points: settings.consecutiveSegments ? [endpoint] : [], refs: settings.consecutiveSegments ? [ref] : [], baseId: null, segmentId: object.id };
          hover = null;
          selected2 = /* @__PURE__ */ new Set();
          updateOverlay({});
          updateSegmentHint();
          renderContext();
        } else {
          construction = { points: [], refs: [], baseId: null };
          hover = null;
          selected2 = /* @__PURE__ */ new Set();
          updateOverlay({});
          renderContext();
          hint.textContent = ["parallel", "perpendicular"].includes(tool) ? "Clique na reta/segmento base; depois no ponto de passagem para criar outra." : "Continue marcando pontos para criar outra construção. Esc ou botão direito volta à caneta.";
        }
        return true;
      }
      return false;
    }
    function mathClick(point) {
      const tool = settings.tool, definition = mathTools.find((t) => t[0] === tool);
      if (!definition) return false;
      if (selected2.size) {
        selected2 = /* @__PURE__ */ new Set();
        updateOverlay({});
        renderContext();
      }
      if (panelName === "properties") {
        panelName = "";
        panel.hidden = true;
      }
      if (["parallel", "perpendicular"].includes(tool) && !construction.baseId) {
        const source = hitStudyObject({ ...page(), objects: page().objects.filter((o) => !o.hidden && ["segment", "line", "ray", "ruler"].includes(o.kind)).map((o) => ({ ...o, locked: false })) }, point, 9 / camera.zoom);
        if (!source) {
          message("Clique primeiro em uma reta, semirreta, segmento ou régua não degenerada.");
          return true;
        }
        construction.baseId = source.id;
        message("Agora escolha o ponto de passagem.");
        return true;
      }
      const chosen2 = pointReference(point);
      construction.points.push(chosen2.point);
      construction.refs.push(chosen2.ref);
      if (definition[2] && construction.points.length >= definition[2]) finishConstruction();
      else {
        hint.textContent = `${construction.points.length} ponto(s) marcado(s). ${tool === "polygon" ? "Enter conclui com pelo menos 3 vértices." : "Marque o próximo ponto."}`;
      }
      return true;
    }
    function mathHover(point) {
      if (!construction.points.length) return;
      hover = pointReference(point).point;
      const points = [...construction.points, hover], refs = [...construction.refs, null], tool = settings.tool, count = mathTools.find((t) => t[0] === tool)?.[2];
      const draft2 = points.length >= (count || 3) ? constructionObject(tool, points, refs) : studyObject("segment", [construction.points.at(-1), hover]);
      draft2.style = { ...settings.style };
      updateOverlay({ draft: draft2 });
    }
    function renderCartesianProperties(body, plane) {
      const config = (key2, value) => commit((p) => {
        const d = p.objects.find((o) => o.id === plane.id).data;
        d[key2] = value;
        validateStudyCartesian(d);
      });
      for (const [key2, label2] of [["xMin", "X mínimo"], ["xMax", "X máximo"], ["yMin", "Y mínimo"], ["yMax", "Y máximo"], ["step", "Passo da graduação"]]) body.append(input2(label2, plane.data[key2], "number", key2 === "step" ? 0.05 : -1e3, key2 === "step" ? 200 : 1e3, (value) => config(key2, value)));
      body.append(check("Números nos eixos", plane.data.numbers, (value) => config("numbers", value)), check("Malha do plano", plane.data.grid, (value) => config("grid", value)), textButton("Marcar pontos por clique", () => {
        chooseTool("plot");
        plotPlaneId = plane.id;
        selection([plane.id]);
        hint.textContent = "Clique na malha para marcar pontos. As coordenadas aparecem na lista. Esc encerra.";
      }));
      const x = input2("Novo ponto X", 0, "number", -1e3, 1e3, () => {
      }), y = input2("Novo ponto Y", 0, "number", -1e3, 1e3, () => {
      }), label = input2("Nome do novo ponto", `P${plane.data.marks.length + 1}`, "text", void 0, void 0, () => {
      });
      body.append(element("h3", "sb-subtitle", "Adicionar ponto"), label, x, y, textButton("Adicionar ponto ao plano", () => commit((p) => addCartesianMark(p.objects.find((o) => o.id === plane.id), Number(x.querySelector("input").value), Number(y.querySelector("input").value), label.querySelector("input").value))));
      if (plane.data.marks.length >= 2) {
        const choices = plane.data.marks.map((p) => [p.id, p.label]), from = selectInput("Conectar de", choices[0][0], choices, () => {
        }), to = selectInput("Conectar até", choices[1][0], choices, () => {
        });
        body.append(from, to, textButton("Conectar pontos", () => commit((p) => {
          const d = p.objects.find((o) => o.id === plane.id).data, a = from.querySelector("select").value, b = to.querySelector("select").value;
          if (a === b) throw new Error("Escolha dois pontos diferentes.");
          if (d.edges.length >= 200) throw new Error("Limite de 200 segmentos no plano.");
          if (!d.edges.some((e) => e.includes(a) && e.includes(b))) d.edges.push([a, b]);
        })));
      }
      for (const mark of plane.data.marks) {
        body.append(element("strong", "sb-subtitle", mark.label), input2(`${mark.label} · X`, mark.x, "number", -1e3, 1e3, (value) => commit((p) => {
          p.objects.find((o) => o.id === plane.id).data.marks.find((m) => m.id === mark.id).x = value;
        })), input2(`${mark.label} · Y`, mark.y, "number", -1e3, 1e3, (value) => commit((p) => {
          p.objects.find((o) => o.id === plane.id).data.marks.find((m) => m.id === mark.id).y = value;
        })), textButton(`Remover ponto ${mark.label}`, () => commit((p) => {
          const d = p.objects.find((o) => o.id === plane.id).data;
          d.marks = d.marks.filter((m) => m.id !== mark.id);
          d.edges = d.edges.filter((e) => !e.includes(mark.id));
        })));
      }
    }
    function syncTextField() {
      if (!textSession) return;
      const source = textSession.draft || page().objects.find((o) => o.id === textSession.id);
      if (!source || source.hidden || source.locked || textSession.pageId !== page().id) {
        finishText(true);
        return;
      }
      const object = structuredClone(source);
      if (textSession.points) object.data.points = textSession.points;
      const { field: field3 } = textSession, frame = studyBox(object.data.points), at = studyToScreen({ x: frame.x, y: frame.y }, camera);
      Object.assign(field3.style, { left: at.x + "px", top: at.y + "px", width: frame.width * camera.zoom + "px", height: frame.height * camera.zoom + "px", transform: `rotate(${frame.angle}rad)`, font: `${object.data.size * camera.zoom}px "${object.data.font}"`, lineHeight: "1.3", color: object.style.ink, opacity: object.style.alpha, textAlign: object.data.align, background: page().paper.color });
      const draft2 = structuredClone(object);
      draft2.data.text = field3.value.slice(0, 8e3);
      const nativeHeight = (field3.scrollHeight || 0) / camera.zoom;
      textSession.height = nativeHeight > 0 ? resizeStudyTextHeight(draft2, nativeHeight > frame.height + 1 / camera.zoom ? Math.ceil(nativeHeight) + 2 : frame.height) : fitStudyText(base.getContext("2d"), draft2);
      textSession.box = draft2;
      field3.style.height = textSession.height * camera.zoom + "px";
      const corner = studyToScreen(studyBox(draft2.data.points).corner, camera);
      Object.assign(textSession.handle.style, { left: corner.x + "px", top: corner.y + "px" });
      Object.assign(textSession.frame.style, { left: at.x + "px", top: at.y + "px", width: frame.width * camera.zoom + "px", height: textSession.height * camera.zoom + "px", transform: `rotate(${frame.angle}rad)` });
    }
    function resizeTextBox(width, height) {
      if (!textSession?.box || !Number.isFinite(width) || !Number.isFinite(height)) return;
      const object = structuredClone(textSession.box), frame = studyBox(object.data.points), c = Math.cos(frame.angle), s = Math.sin(frame.angle);
      editStudyVertex({ objects: [object] }, object.id, 3, { x: frame.x + c * width - s * height, y: frame.y + s * width + c * height });
      if (object.data.points.every((p) => Math.abs(p.x) <= STUDY_LIMITS.coordinate && Math.abs(p.y) <= STUDY_LIMITS.coordinate)) textSession.points = object.data.points;
      syncTextField();
      updateOverlay();
    }
    function moveTextBox(x, y) {
      if (!textSession?.box || !Number.isFinite(x) || !Number.isFinite(y)) return;
      const object = textSession.box, box = studyBox(object.data.points), points = [...object.data.points, box.corner], bounds2 = studyBounds(points);
      const dx = limited(x - box.x, -STUDY_LIMITS.coordinate - bounds2.left, STUDY_LIMITS.coordinate - bounds2.right), dy = limited(y - box.y, -STUDY_LIMITS.coordinate - bounds2.top, STUDY_LIMITS.coordinate - bounds2.bottom);
      textSession.points = object.data.points.map((p) => ({ ...p, x: p.x + dx, y: p.y + dy }));
      syncTextField();
      updateOverlay();
    }
    function startText(source, fresh = false) {
      if (busy || source.kind !== "text" || source.locked || source.hidden) return;
      if (textSession?.id === source.id) {
        textSession.field.focus();
        return;
      }
      finishText();
      pointer.cancel();
      const object = fresh ? source : page().objects.find((o) => o.id === source.id);
      if (!object || object.locked || object.hidden) return;
      selected2 = /* @__PURE__ */ new Set([object.id]);
      contextCollapsed = false;
      const field3 = element("textarea", "sb-text-editor");
      field3.value = object.data.text;
      field3.maxLength = 8e3;
      field3.setAttribute("aria-label", "Editar anotação");
      field3.placeholder = "Digite seu texto…";
      const handle = button("Redimensionar caixa de texto", "sb-text-resize-handle", [], () => field3.focus({ preventScroll: true }));
      handle.title = "Arraste para redimensionar. Setas ajustam; Shift + setas ajusta 10.";
      const move = button("Mover caixa de texto", "sb-text-move-handle", "Mover", () => field3.focus({ preventScroll: true }));
      move.title = "Arraste para mover a caixa inteira. Setas ajustam a posição.";
      const edges = ["top", "right", "bottom", "left"].map((side2) => {
        const edge = element("div", "sb-text-move-edge sb-text-move-edge-" + side2);
        edge.setAttribute("aria-hidden", "true");
        return edge;
      });
      const frame = element("div", "sb-text-drag-frame", [...edges, move]);
      textSession = { id: object.id, pageId: page().id, field: field3, handle, frame, draft: fresh ? object : null };
      stage.append(field3, frame, handle);
      syncTextField();
      updateOverlay({});
      renderContext();
      const gestureApi = { box: () => studyBox(textSession.box.data.points), zoom: () => camera.zoom, focus: () => field3.focus({ preventScroll: true }) };
      textSession.resizer = attachStudyTextResize(handle, { ...gestureApi, resize: resizeTextBox, busy: () => busy || Boolean(textSession?.mover?.active()) });
      textSession.mover = attachStudyTextMove([...edges, move], { ...gestureApi, move: moveTextBox, busy: () => busy || Boolean(textSession?.resizer?.active()) });
      field3.draggable = false;
      field3.addEventListener("dragstart", (event) => event.preventDefault());
      field3.addEventListener("input", () => {
        syncTextField();
        updateOverlay();
      });
      const editorTarget = (node2) => node2 === field3 || node2 === handle || frame.contains(node2) || context2.contains(node2);
      for (const control of [field3, handle, move]) control.addEventListener("blur", (event) => {
        if (textSession?.field !== field3) return;
        const nativePicker = !event.relatedTarget && textSession.formattingPointer;
        textSession.formattingPointer = false;
        if (!editorTarget(event.relatedTarget) && !nativePicker) finishText();
      });
      handle.addEventListener("contextmenu", (event) => {
        event.preventDefault();
        event.stopPropagation();
        if (!busy) dismissToolFunctions();
      }, { signal: life.signal });
      frame.addEventListener("contextmenu", (event) => {
        event.preventDefault();
        event.stopPropagation();
        if (!busy) dismissToolFunctions();
      }, { signal: life.signal });
      field3.addEventListener("keydown", (event) => {
        if (event.isComposing || event.keyCode === 229) return;
        event.stopPropagation();
        if (event.key === "Escape" || (event.ctrlKey || event.metaKey) && event.key === "Enter") {
          event.preventDefault();
          if (event.key === "Escape") dismissToolFunctions();
          else {
            finishText();
            renderContext();
            glass.focus({ preventScroll: true });
          }
        }
      });
      field3.addEventListener("contextmenu", (event) => {
        event.preventDefault();
        event.stopPropagation();
        if (!busy) dismissToolFunctions();
      }, { signal: life.signal });
      field3.focus({ preventScroll: true });
      field3.select();
      hint.textContent = "Arraste a borda ou Mover para deslocar a caixa; o canto redimensiona. Dentro da caixa, digite. Ctrl+Enter confirma; Esc confirma e volta à caneta.";
    }
    function finishText(cancel = false) {
      if (!textSession) return;
      if (!cancel) {
        textSession.resizer.flush();
        textSession.mover.flush();
      }
      const editing = textSession;
      textSession = null;
      const value = editing.field.value;
      editing.resizer.dispose();
      editing.mover.dispose();
      editing.field.remove();
      editing.handle.remove();
      editing.frame.remove();
      endingText = true;
      let saved = false;
      try {
        if (!cancel && (!editing.draft || value.trim())) saved = commit((p) => {
          const object = editing.draft ? structuredClone(editing.draft) : p.objects.find((o) => o.id === editing.id);
          if (object && !object.locked && !object.hidden) {
            if (editing.points) object.data.points = editing.points;
            object.data.text = value.slice(0, 8e3).replace(/\r\n?/g, "\n");
            fitStudyText(base.getContext("2d"), object, editing.height || 0);
            if (editing.draft) addStudyObject(p, object);
          }
        });
      } finally {
        endingText = false;
      }
      if (editing.draft && !saved) selected2.delete(editing.id);
      updateOverlay({});
    }
    navigation = studyboardViewDock({
      camera: () => camera,
      page,
      assets: () => assets,
      viewport: () => ({ width: stage.clientWidth, height: stage.clientHeight }),
      zoomTo,
      setCamera,
      fit,
      busy: () => busy,
      fullscreenTarget: () => root,
      isPanning: () => settings.tool === "pan",
      togglePan: () => chooseTool(settings.tool === "pan" ? "select" : "pan"),
      beforeNavigate: () => {
        finishText();
        pointer.cancel();
      },
      message
    });
    const viewDock = navigation.root;
    const pageChooser = element("select", "sb-page-chooser");
    pageChooser.setAttribute("aria-label", "Página do caderno");
    pageChooser.addEventListener("change", () => switchPage(pageChooser.value));
    const pageDock = element("div", "sb-page-dock", [action("Organizar páginas", "menu", () => openPanel("pages")), pageChooser, action("Adicionar página", "plus", addPage)]);
    const fileDock = element("div", "sb-file-dock", [action("Salvar caderno .ubboard", "save", saveProject), action("Abrir caderno", "folder", () => projectInput.click()), action("Exportar estudo", "download", exportDialog), action("Camadas", "layers", () => openPanel("layers"))]);
    root.append(stage, tools2, context2, viewDock, navigation.minimap, pageDock, fileDock, paperDock, panel, hint, toast, imageInput, projectInput);
    const pointer = attachStudyPointer(glass, {
      camera: () => camera,
      page,
      settings: () => settings,
      selection: () => selected2,
      select: selection,
      groupIds: (id) => [...expandStudyGroup(page(), [id])],
      busy: () => busy,
      setCamera,
      preview: updateOverlay,
      insert: addStudyObject,
      commit,
      message,
      finishText: () => {
        const editing = Boolean(textSession);
        finishText();
        return editing;
      },
      snap: (point, event) => snappedStudyPoint(point, page().paper, event.altKey),
      remove: removeObjects,
      hover: mathHover,
      editText: (id) => {
        const object = page().objects.find((o) => o.id === id);
        if (object) startText(object);
      },
      ruler: () => rulerGuide,
      setRuler: (value) => {
        rulerGuide = value;
        updateOverlay();
      },
      specialDown(event, point, tool) {
        if (tool === "cartesian") {
          const object2 = studyCartesian(point.x - 250, point.y - 200);
          if (commit((p) => addStudyObject(p, object2))) {
            lastMathObjectId = object2.id;
            selected2 = /* @__PURE__ */ new Set();
            updateOverlay({});
            renderContext();
            if (!contextCollapsed) {
              panelName = "";
              openProperties();
            }
          }
          return true;
        }
        if (tool === "plot") {
          const plane = page().objects.find((o) => o.id === plotPlaneId && o.kind === "cartesian");
          if (!plane) {
            chooseTool("select");
            return true;
          }
          const coordinate = boardToCartesian(plane, point);
          if (coordinate.x < plane.data.xMin || coordinate.x > plane.data.xMax || coordinate.y < plane.data.yMin || coordinate.y > plane.data.yMax) {
            message("Clique dentro do plano cartesiano.");
            return true;
          }
          commit((p) => addCartesianMark(p.objects.find((o) => o.id === plane.id), Number(coordinate.x.toFixed(3)), Number(coordinate.y.toFixed(3))));
          return true;
        }
        if (mathTools.some((t) => t[0] === tool)) return mathClick(point);
        if (tool !== "text") return false;
        const existing = studyTextAt(page(), point);
        if (existing) {
          startText(existing);
          return true;
        }
        if (page().objects.length >= STUDY_LIMITS.objects) {
          message("Esta página chegou ao limite de 1600 objetos.");
          return true;
        }
        const width = Math.min(340, STUDY_LIMITS.coordinate - point.x), height = Math.min(150, STUDY_LIMITS.coordinate - point.y);
        if (width < 8 || height < 8) {
          message("Sem espaço para texto neste limite do quadro. Navegue para uma área livre.");
          return true;
        }
        const object = boxedStudyObject("text", point.x, point.y, width, height);
        object.name = "Texto";
        object.style = { ...textStyle };
        Object.assign(object.data, textDefaults, { text: "" });
        startText(object, true);
        return true;
      },
      handle(point) {
        if (chosen().length !== 1 || chosen()[0].locked) return null;
        const object = chosen()[0], handle = studyHandles(object, page()).find((p) => lengthBetween(p, point) <= 8 / camera.zoom);
        if (handle) return { id: object.id, index: handle.index };
        const b = objectStudyBounds(object, page()), rotate = { x: b.left + b.width / 2, y: b.top - 28 / camera.zoom };
        if (!["point", "parallel", "perpendicular"].includes(object.kind) && lengthBetween(point, rotate) <= 8 / camera.zoom) return { rotate: true, center: { x: b.left + b.width / 2, y: b.top + b.height / 2 }, ids: [...selected2] };
        return null;
      },
      moveHandle(p, handle, point, start) {
        if (handle.rotate) rotateStudySelection(p, handle.ids, Math.atan2(point.y - handle.center.y, point.x - handle.center.x) - Math.atan2(start.y - handle.center.y, start.x - handle.center.x), handle.center);
        else {
          editStudyVertex(p, handle.id, handle.index, point);
          const object = p.objects.find((o) => o.id === handle.id);
          if (object?.kind === "text") fitStudyText(base.getContext("2d"), object);
        }
      }
    });
    for (const target of [glass, context2, tools2, viewDock, panel]) target.addEventListener("contextmenu", (event) => {
      event.preventDefault();
      event.stopPropagation();
      if (!busy) dismissToolFunctions();
    }, { signal: life.signal });
    glass.addEventListener("dblclick", (event) => {
      if (busy || !["select", "text"].includes(settings.tool)) return;
      const rect2 = glass.getBoundingClientRect(), point = { x: (event.clientX - rect2.left - camera.x) / camera.zoom, y: (event.clientY - rect2.top - camera.y) / camera.zoom };
      const text2 = studyTextAt(page(), point);
      if (text2) startText(text2);
    });
    glass.addEventListener("wheel", (event) => {
      event.preventDefault();
      if (busy) return;
      finishText();
      pointer.cancel();
      const r = glass.getBoundingClientRect();
      setCamera(anchoredStudyZoom(camera, camera.zoom * Math.exp(-event.deltaY * 15e-4), { x: event.clientX - r.left, y: event.clientY - r.top }));
    }, { passive: false });
    const editable = (target) => target.closest('input,textarea,select,[contenteditable="true"]');
    document.addEventListener("keydown", (event) => {
      if (busy || document.querySelector("dialog[open]")) return;
      if (event.isComposing || event.keyCode === 229) return;
      const mod = event.ctrlKey || event.metaKey, key2 = event.key.toLowerCase();
      if (key2 === "escape") {
        event.preventDefault();
        dismissToolFunctions();
        return;
      }
      if (editable(event.target)) return;
      if (!mod && !event.altKey && (key2 === "contextmenu" || key2 === "f10" && event.shiftKey)) {
        event.preventDefault();
        openPanel("more");
        return;
      }
      const eraseDelta = ["+", "="].includes(key2) || event.code === "NumpadAdd" ? 4 : ["-", "−"].includes(key2) || event.code === "NumpadSubtract" ? -4 : 0;
      if (settings.tool === "erase" && !mod && !event.altKey && eraseDelta) {
        event.preventDefault();
        setEraseSize(settings.eraseSize + eraseDelta);
        return;
      }
      if (mod && key2 === "z") {
        event.preventDefault();
        pointer.cancel();
        event.shiftKey ? history.redo() : history.undo();
      } else if (mod && key2 === "y") {
        event.preventDefault();
        pointer.cancel();
        history.redo();
      } else if (mod && key2 === "s") {
        event.preventDefault();
        void saveProject();
      } else if (mod && key2 === "c") {
        event.preventDefault();
        copySelection();
      } else if (mod && key2 === "v") {
        event.preventDefault();
        pasteSelection();
      } else if (mod && key2 === "d") {
        event.preventDefault();
        duplicateSelection();
      } else if (event.code === "Space") {
        event.preventDefault();
        pointer.space(true);
        glass.style.cursor = "grab";
      } else if (key2 === "delete") deleteSelection();
      else if (mod && key2 === "a") {
        event.preventDefault();
        selection(page().objects.filter((o) => !o.hidden && !o.locked).map((o) => o.id));
      } else if (!mod && ["v", "p", "e", "h", "t"].includes(key2)) chooseTool({ v: "select", p: "pen", e: "erase", h: "pan", t: "text" }[key2]);
      else if (key2 === "enter" && settings.tool === "polygon") {
        event.preventDefault();
        finishConstruction();
      } else if (key2 === "enter" && settings.tool === "segment") {
        event.preventDefault();
        pointer.cancel();
        endSegmentSequence();
      } else if (key2 === "enter" && chosen().length === 1 && chosen()[0].kind === "text") startText(chosen()[0]);
      else if (event.key.startsWith("Arrow") && selected2.size) {
        event.preventDefault();
        const n = event.shiftKey ? 10 : 1;
        commit((p) => translateStudyObjects(p, selected2, event.key === "ArrowRight" ? n : event.key === "ArrowLeft" ? -n : 0, event.key === "ArrowDown" ? n : event.key === "ArrowUp" ? -n : 0));
      }
    }, { signal: life.signal });
    document.addEventListener("keyup", (event) => {
      if (event.code === "Space") {
        pointer.space(false);
        glass.style.cursor = toolCursor();
      }
    }, { signal: life.signal });
    window.addEventListener("blur", () => {
      construction = { points: [], refs: [], baseId: null };
      hover = null;
      glass.style.cursor = toolCursor();
      updateOverlay({});
    }, { signal: life.signal });
    window.addEventListener("beforeunload", (event) => {
      if (dirty) {
        event.preventDefault();
        event.returnValue = "";
      }
    }, { signal: life.signal });
    imageInput.addEventListener("change", () => {
      void importImages([...imageInput.files || []]);
      imageInput.value = "";
    }, { signal: life.signal });
    projectInput.addEventListener("change", () => {
      void openProject(projectInput.files?.[0]);
      projectInput.value = "";
    }, { signal: life.signal });
    const unsubscribe = history.onChange(() => {
      setDirty(true);
      if (displayedPage !== page().id) {
        displayedPage = page().id;
        selected2 = /* @__PURE__ */ new Set();
        contextCollapsed = false;
        construction = { points: [], refs: [], baseId: null };
        lastMathObjectId = null;
        rulerGuide = null;
        camera = views.get(page().id) || { x: 60, y: 110, zoom: 1 };
        settings.tool = "pen";
        settings.style = profiles.pen;
        glass.style.cursor = toolCursor();
        hover = null;
        hint.textContent = "Arraste para escrever. Espaço + arraste move o quadro.";
        for (const [id, b] of toolButtons) b.setAttribute("aria-pressed", String(id === "pen"));
      }
      selected2 = new Set([...selected2].filter((id) => page().objects.some((o) => o.id === id)));
      undo.disabled = !history.undoable;
      redo.disabled = !history.redoable;
      if (lastMathObjectId && !page().objects.some((o) => o.id === lastMathObjectId)) lastMathObjectId = null;
      if (settings.tool === "segment" && (construction.segmentId && !page().objects.some((o) => o.id === construction.segmentId) || construction.refs.some((ref) => ref && !page().objects.some((o) => o.id === ref)))) endSegmentSequence();
      pruneStudyAssets(assets, assetReferences());
      refreshPageDock();
      refreshPaperDock();
      renderer.scene(page(), camera, assets);
      syncTextField();
      updateOverlay({});
      navigation.refresh();
      if (!endingText && !contextChangeDepth) {
        renderContext();
        if (panelName) {
          const name = panelName;
          panelName = "";
          openPanel(name);
        }
      }
    });
    const observe = new ResizeObserver(() => {
      if (destroyed) return;
      renderer.resize(stage.clientWidth, stage.clientHeight, window.devicePixelRatio || 1);
      renderer.scene(page(), camera, assets);
      syncTextField();
      navigation.refresh();
    });
    observe.observe(stage);
    renderer.resize(stage.clientWidth || 1200, stage.clientHeight || 800, window.devicePixelRatio || 1);
    renderer.scene(page(), camera, assets);
    undo.disabled = !history.undoable;
    redo.disabled = !history.redoable;
    chooseTool("pen");
    refreshPageDock();
    refreshPaperDock();
    root.setAttribute("aria-busy", "false");
    navigation.refresh();
    root.dispose = () => {
      if (destroyed) return;
      finishText();
      destroyed = true;
      views.set(page().id, { ...camera });
      pointer.destroy();
      navigation.dispose();
      unsubscribe();
      observe.disconnect();
      life.abort();
      renderer.destroy();
      clearTimeout(toastTimer);
      for (const modal of dialogs) {
        modal.close();
        modal.remove();
      }
      dialogs.clear();
      for (const [url, timer] of downloadUrls) {
        clearTimeout(timer);
        URL.revokeObjectURL(url);
      }
      downloadUrls.clear();
      clipboard = [];
      pruneStudyAssets(assets, history.assetReferences());
    };
    return root;
  }

  // src/pages/studyboard-page.js
  function studyboardPage() {
    const heading = element("h1", "sr-only", "Quadro de Estudos");
    heading.tabIndex = -1;
    const editor = studyboardEditor();
    const root = element("div", "environment-page studyboard-page", [heading, editor]);
    root.dispose = () => editor.dispose();
    return root;
  }

  // src/components/document-icon.js
  var paths2 = Object.freeze({
    save: "M5 3h12l4 4v14H3V3h2ZM7 3v6h10V3M7 21v-8h10v8",
    export: "M12 3v12m-4-4 4 4 4-4M4 16v5h16v-5",
    print: "M7 8V3h10v5M7 17H3V9h18v8h-4M7 14h10v7H7ZM17 11h1",
    italic: "M10 4h10M4 20h10M15 4 9 20",
    underline: "M6 3v8a6 6 0 0 0 12 0V3M4 21h16",
    strike: "M17 5c-1-2-9-3-10 1-1 3 4 4 6 5M4 12h16M7 18c2 3 10 3 10-2",
    textColor: "m6 16 6-13 6 13M8 12h8M4 21h16",
    highlight: "m5 15 9-11 6 5-9 11H6l-3-3Zm3-3 6 5M3 22h18",
    table: "M3 4h18v16H3ZM3 9h18M3 14h18M9 4v16M15 4v16",
    rule: "M4 12h16",
    page: "M14 3H5v18h14V8ZM14 3v5h5M8 12h8M8 16h5",
    ruler: "M3 7h18v10H3ZM7 7v5M12 7v3M17 7v5",
    search: "M16 16l5 5M18 10a8 8 0 1 1-16 0 8 8 0 0 1 16 0",
    undo: "m8 4-5 5 5 5M3 9h11a6 6 0 0 1 0 12h-3",
    redo: "m16 4 5 5-5 5M21 9H10a6 6 0 0 0 0 12h3",
    minus: "M5 12h14",
    plus: "M12 5v14M5 12h14",
    draft: "M6 17H5a4 4 0 0 1-.3-8A7 7 0 0 1 18 7a5 5 0 0 1 1 10h-2M9 16l2 2 4-5",
    left: "M4 5h16M4 10h11M4 15h16M4 20h11",
    center: "M4 5h16M7 10h10M4 15h16M7 20h10",
    right: "M4 5h16M9 10h11M4 15h16M9 20h11",
    justify: "M4 5h16M4 10h16M4 15h16M4 20h16",
    bullets: "M4 5h.01M4 12h.01M4 19h.01M9 5h11M9 12h11M9 19h11",
    numbering: "M3 3h1v6M3 9h2M2 14c0-3 4-3 4-1 0 1-4 4-4 6h4M10 5h11M10 12h11M10 19h11",
    indentLess: "M10 5h11M10 10h11M10 15h11M10 20h11M6 8l-4 4 4 4",
    indentMore: "M10 5h11M10 10h11M10 15h11M10 20h11M2 8l4 4-4 4",
    spacing: "M4 3v18M1 6l3-3 3 3M1 18l3 3 3-3M11 5h10M11 12h10M11 19h10",
    paragraph: "M13 21V3h6M17 3v18M13 3H9a5 5 0 0 0 0 10h4",
    insert: "M12 8v8M8 12h8",
    more: "M12 5h.01M12 12h.01M12 19h.01",
    chevron: "M7 10l5 5 5-5",
    bold: "M6 4h7a4 4 0 0 1 0 8H6V4Zm0 8h8a4 4 0 0 1 0 8H6v-8Z"
  });
  function documentIcon(name) {
    const svg = document.createElementNS("http://www.w3.org/2000/svg", "svg");
    svg.setAttribute("viewBox", "0 0 24 24");
    svg.setAttribute("fill", "none");
    svg.setAttribute("stroke", "currentColor");
    svg.setAttribute("stroke-width", name === "more" ? "3.2" : "1.8");
    svg.setAttribute("stroke-linecap", "round");
    svg.setAttribute("stroke-linejoin", "round");
    svg.setAttribute("aria-hidden", "true");
    svg.setAttribute("class", "icon");
    if (name === "insert") {
      const circle = document.createElementNS("http://www.w3.org/2000/svg", "circle");
      circle.setAttribute("cx", "12");
      circle.setAttribute("cy", "12");
      circle.setAttribute("r", "9");
      svg.append(circle);
    }
    const path2 = document.createElementNS("http://www.w3.org/2000/svg", "path");
    path2.setAttribute("d", paths2[name] || paths2.more);
    svg.append(path2);
    return svg;
  }

  // src/components/audio-menu.js
  var sequence = 0;
  function audioMenu(label, items, { signal, onOpen, compact = false } = {}) {
    const panel = element("div", "audio-menu-panel", items);
    panel.hidden = true;
    panel.id = "audio-menu-" + ++sequence;
    panel.setAttribute("role", "menu");
    panel.setAttribute("aria-label", label);
    const trigger = button(
      label,
      compact ? "audio-toolbar-button" : "audio-secondary-button audio-menu-trigger",
      compact ? documentIcon("more") : [element("span", "", label), documentIcon("chevron")],
      () => panel.hidden ? open() : close2()
    );
    trigger.setAttribute("aria-haspopup", "menu");
    trigger.setAttribute("aria-controls", panel.id);
    trigger.setAttribute("aria-expanded", "false");
    const root = element("div", "audio-menu", [trigger, panel]);
    let focusTarget = trigger;
    const controls = () => [...panel.querySelectorAll("button, select, input")].filter((control) => !control.disabled && !control.hidden && (!control.getClientRects || control.getClientRects().length));
    function close2(focus = false) {
      panel.hidden = true;
      trigger.setAttribute("aria-expanded", "false");
      if (focus && focusTarget.isConnected) focusTarget.focus();
    }
    function open(focus = false, point) {
      if (trigger.disabled) return;
      onOpen?.();
      panel.hidden = false;
      trigger.setAttribute("aria-expanded", "true");
      focusTarget = point?.anchor || trigger;
      const bounds2 = point ? { left: point.x, top: point.y, height: 0 } : trigger.getBoundingClientRect(), menu = panel.getBoundingClientRect();
      const width = globalThis.innerWidth || 1366, height = globalThis.innerHeight || 768;
      const menuWidth = Math.min(menu.width || 244, width - 16), menuHeight = Math.min(menu.height || 100, height - 16);
      panel.style.maxHeight = height - 16 + "px";
      panel.style.left = Math.max(8, Math.min(bounds2.left, width - menuWidth - 8)) + "px";
      const below = bounds2.top + bounds2.height + (point ? 0 : 5);
      panel.style.top = Math.max(8, Math.min(below + menuHeight <= height - 8 ? below : bounds2.top - menuHeight - 5, height - menuHeight - 8)) + "px";
      if (focus) controls()[0]?.focus();
    }
    trigger.addEventListener("keydown", (event) => {
      if (event.key === "ArrowDown" || event.key === "ArrowUp") {
        event.preventDefault();
        event.stopPropagation();
        open(true);
      }
    }, { signal });
    panel.addEventListener("keydown", (event) => {
      if (event.key === "Escape") {
        event.preventDefault();
        event.stopPropagation();
        close2(true);
        return;
      }
      if (event.key === "Tab") {
        close2();
        return;
      }
      if (["SELECT", "INPUT"].includes(event.target?.tagName) && ["ArrowDown", "ArrowUp", "Home", "End"].includes(event.key)) return;
      const list = controls(), index = list.indexOf(document.activeElement);
      let next;
      if (event.key === "ArrowDown") next = (index + 1) % list.length;
      else if (event.key === "ArrowUp") next = (index - 1 + list.length) % list.length;
      else if (event.key === "Home") next = 0;
      else if (event.key === "End") next = list.length - 1;
      else return;
      event.preventDefault();
      event.stopPropagation();
      list[next]?.focus();
    }, { signal });
    panel.addEventListener("click", (event) => {
      if (event.target.closest?.("button")) close2(true);
    }, { capture: true, signal });
    document.addEventListener("pointerdown", (event) => {
      if (!panel.hidden && !root.contains(event.target)) close2();
    }, { signal });
    document.addEventListener("keydown", (event) => {
      if (!panel.hidden && event.key === "Escape") {
        event.preventDefault();
        event.stopPropagation();
        close2(true);
      }
    }, { signal });
    document.addEventListener("scroll", (event) => {
      if (!panel.hidden && !panel.contains(event.target)) close2();
    }, { capture: true, signal });
    globalThis.addEventListener?.("resize", () => close2(), { signal });
    for (const control of panel.querySelectorAll("button")) control.setAttribute("role", "menuitem");
    return { root, trigger, panel, open, close: close2, openAt: (x, y, anchor) => open(true, { x, y, anchor }) };
  }

  // src/components/audio-range.js
  function updateAudioRangeFill(input2) {
    const minimum2 = Number(input2.min), maximum = Number(input2.max);
    const fraction = maximum > minimum2 ? (Number(input2.value) - minimum2) / (maximum - minimum2) : 0;
    const percent = Math.round(Math.max(0, Math.min(1, fraction || 0)) * 1e4) / 100;
    input2.style.setProperty("--audio-range-fill", percent + "%");
  }

  // src/components/audio-timeline.js
  var MIN_CLIP_SECONDS = 0.01;
  var RULER_STEPS = [0.25, 0.5, 1, 2, 5, 10, 15, 30, 60, 120, 300, 600, 1800, 3600];
  var TRACK_COLORS = ["#00b6a5", "#5e80ff", "#a15aff", "#ed9a37", "#ed658a", "#2b9db3"];
  function gainLabel(gain) {
    const db = gainToDb(gain);
    return Number.isFinite(db) ? Number(db.toFixed(1)) + " dB" : "−∞ dB";
  }
  function formatAudioTime(seconds, precise = false) {
    const safe = Number.isFinite(seconds) && seconds > 0 ? seconds : 0;
    const hours = Math.floor(safe / 3600);
    const minutes = Math.floor(safe % 3600 / 60);
    const wholeSeconds = Math.floor(safe % 60);
    const base = hours ? `${hours}:${String(minutes).padStart(2, "0")}:${String(wholeSeconds).padStart(2, "0")}` : `${String(minutes).padStart(2, "0")}:${String(wholeSeconds).padStart(2, "0")}`;
    return precise ? base + "." + String(Math.floor(safe % 1 * 1e3)).padStart(3, "0") : base;
  }
  function assetById(snapshot, id) {
    return snapshot.assets.find((asset) => asset.id === id);
  }
  function rulerStep(duration, pixelsPerSecond) {
    const minimum2 = Math.max(55 / pixelsPerSecond, duration / 400);
    return RULER_STEPS.find((step) => step >= minimum2) || RULER_STEPS.at(-1);
  }
  function setPressed(control, active) {
    control.classList.toggle("is-active", active);
    control.setAttribute("aria-pressed", String(active));
  }
  function range2(label, value, min, max, step, onInput) {
    const input2 = element("input", "audio-track-range");
    input2.type = "range";
    input2.min = String(min);
    input2.max = String(max);
    input2.step = String(step);
    input2.value = String(value);
    input2.setAttribute("aria-label", label);
    updateAudioRangeFill(input2);
    input2.addEventListener("input", () => {
      updateAudioRangeFill(input2);
      onInput(Number(input2.value), input2);
    });
    return input2;
  }
  function drawWaveform(canvas, project, clip2, width, color2) {
    const dpr = Math.min(2, Math.max(1, globalThis.devicePixelRatio || 1));
    const cssWidth = Math.max(8, Math.min(2200, Math.round(width)));
    const cssHeight = 84;
    canvas.width = Math.round(cssWidth * dpr);
    canvas.height = Math.round(cssHeight * dpr);
    const context2 = canvas.getContext?.("2d");
    if (!context2) return;
    context2.setTransform(dpr, 0, 0, dpr, 0, 0);
    context2.clearRect(0, 0, cssWidth, cssHeight);
    let peaks;
    try {
      peaks = project.waveform(clip2.assetId, {
        points: Math.max(8, Math.min(1800, cssWidth)),
        sourceOffset: clip2.sourceOffset,
        duration: clip2.duration
      });
    } catch {
      return;
    }
    const middle = cssHeight / 2;
    context2.fillStyle = color2 + "bb";
    context2.beginPath();
    for (let index = 0; index < peaks.points; index++) {
      const x = index * cssWidth / Math.max(1, peaks.points - 1);
      const y = middle - peaks.max[index] * (middle - 3);
      if (!index) context2.moveTo(x, y);
      else context2.lineTo(x, y);
    }
    for (let index = peaks.points - 1; index >= 0; index--) {
      const x = index * cssWidth / Math.max(1, peaks.points - 1);
      context2.lineTo(x, middle - peaks.min[index] * (middle - 3));
    }
    context2.closePath();
    context2.fill();
    context2.strokeStyle = color2 + "88";
    context2.lineWidth = 1;
    context2.beginPath();
    context2.moveTo(0, middle + 0.5);
    context2.lineTo(cssWidth, middle + 0.5);
    context2.stroke();
  }
  function audioTimeline(project, callbacks = {}) {
    const root = element("section", "audio-timeline");
    root.setAttribute("aria-label", "Timeline multifaixa");
    const scroller = element("div", "audio-timeline-scroll");
    root.append(scroller);
    let snapshot = project.snapshot();
    let pixelsPerSecond = Math.max(4, Math.min(240, Number(callbacks.initialZoom) || 64));
    let playhead = 0;
    let playheadDragging = false;
    let dragCleanup = () => {
    };
    let disposed = false;
    let menuEvents = new AbortController();
    const trackMenus = [];
    let snapEnabled = false;
    const automationViews = /* @__PURE__ */ new Map();
    const playheadNodes = /* @__PURE__ */ new Set();
    function report(message) {
      callbacks.onStatus?.(message);
    }
    function safely(action, message, options2 = {}) {
      try {
        const result = action();
        if (message) report(message);
        callbacks.onEdit?.(options2);
        return result;
      } catch (error3) {
        callbacks.onError?.(error3 instanceof Error ? error3.message : "Não foi possível alterar o áudio.");
        return void 0;
      }
    }
    function startPointerSession(event, config) {
      if (disposed || event.button !== 0) return;
      event.preventDefault();
      event.stopPropagation();
      dragCleanup();
      playheadDragging = false;
      const startX = event.clientX;
      const move = (moveEvent) => {
        const deltaSeconds = Number.isFinite(moveEvent.clientX) ? (moveEvent.clientX - startX) / pixelsPerSecond : 0;
        config.preview(deltaSeconds, moveEvent);
      };
      const finish = (upEvent) => {
        const deltaSeconds = Number.isFinite(upEvent.clientX) ? (upEvent.clientX - startX) / pixelsPerSecond : 0;
        dragCleanup();
        config.commit(deltaSeconds, upEvent);
      };
      const cancel = () => {
        dragCleanup();
        config.cancel?.();
      };
      const escape3 = (keyEvent) => {
        if (keyEvent.key === "Escape") {
          keyEvent.preventDefault();
          cancel();
        }
      };
      document.addEventListener("pointermove", move);
      document.addEventListener("pointerup", finish, { once: true });
      document.addEventListener("pointercancel", cancel, { once: true });
      document.addEventListener("keydown", escape3);
      dragCleanup = () => {
        document.removeEventListener("pointermove", move);
        document.removeEventListener("pointerup", finish);
        document.removeEventListener("pointercancel", cancel);
        document.removeEventListener("keydown", escape3);
        dragCleanup = () => {
        };
      };
    }
    function snapOptions(excludeIds = []) {
      const current = snapshot;
      return prepareAudioSnap({
        enabled: snapEnabled,
        pixelsPerSecond,
        playhead,
        markers: current.project.markers || [],
        clips: current.project.tracks.flatMap((track) => track.clips),
        excludeIds,
        gridSeconds: rulerStep(Math.max(15, current.duration + 5), pixelsPerSecond)
      });
    }
    function syncSelection() {
      const selection = project.snapshot().selection;
      const ids = selection.clipIds || (selection.clipId ? [selection.clipId] : []);
      for (const clip2 of scroller.querySelectorAll(".audio-clip")) {
        const selected2 = ids.includes(clip2.dataset.clipId);
        clip2.classList.toggle("is-selected", selected2);
        clip2.setAttribute("aria-pressed", String(selected2));
      }
      callbacks.onSelection?.({ render: false });
    }
    function startMarquee(event) {
      const rectangle = element("div", "audio-selection-rectangle");
      root.append(rectangle);
      const previous = project.snapshot().selection.clipIds || [];
      let ids = [];
      const update = (pointer) => {
        const bounds2 = scroller.getBoundingClientRect();
        const x = Math.max(bounds2.left, Math.min(bounds2.left + bounds2.width, pointer.clientX));
        const y = Math.max(bounds2.top, Math.min(bounds2.top + bounds2.height, pointer.clientY));
        const left = Math.min(event.clientX, x), top = Math.min(event.clientY, y), right = Math.max(event.clientX, x), bottom = Math.max(event.clientY, y);
        rectangle.style.left = left + "px";
        rectangle.style.top = top + "px";
        rectangle.style.width = right - left + "px";
        rectangle.style.height = bottom - top + "px";
        ids = [];
        for (const node2 of scroller.querySelectorAll(".audio-clip")) {
          const clipBounds = node2.getBoundingClientRect();
          const intersects = right > clipBounds.left && left < clipBounds.left + clipBounds.width && bottom > clipBounds.top && top < clipBounds.top + clipBounds.height;
          if (intersects) ids.push(node2.dataset.clipId);
          node2.classList.toggle("is-selected", intersects);
        }
      };
      const remove = () => rectangle.remove();
      startPointerSession(event, {
        preview(_delta, pointer) {
          update(pointer);
        },
        commit(_delta, pointer) {
          update(pointer);
          remove();
          project.selectClips(ids);
          syncSelection();
        },
        cancel() {
          remove();
          for (const node2 of scroller.querySelectorAll(".audio-clip")) node2.classList.toggle("is-selected", previous.includes(node2.dataset.clipId));
        }
      });
    }
    function startPlayheadSession(event, surface) {
      if (disposed || event.button !== 0 || snapshot.duration <= 0) return;
      event.preventDefault();
      event.stopPropagation();
      dragCleanup();
      const original = playhead;
      playheadDragging = true;
      const preview = (pointerEvent) => {
        if (!Number.isFinite(pointerEvent.clientX)) return;
        pointerEvent.preventDefault?.();
        const rect2 = surface.getBoundingClientRect();
        const next = Math.max(0, Math.min(
          snapshot.duration,
          (pointerEvent.clientX - rect2.left) / pixelsPerSecond
        ));
        updatePlayhead(next, true);
        callbacks.onScrub?.(next);
      };
      const finish = (pointerEvent) => {
        preview(pointerEvent);
        const next = playhead;
        dragCleanup();
        playheadDragging = false;
        callbacks.onSeek?.(next);
      };
      const cancel = () => {
        dragCleanup();
        playheadDragging = false;
        updatePlayhead(original, true);
        callbacks.onScrubCancel?.(original);
      };
      document.addEventListener("pointermove", preview);
      document.addEventListener("pointerup", finish, { once: true });
      document.addEventListener("pointercancel", cancel, { once: true });
      dragCleanup = () => {
        document.removeEventListener("pointermove", preview);
        document.removeEventListener("pointerup", finish);
        document.removeEventListener("pointercancel", cancel);
        dragCleanup = () => {
        };
      };
      preview(event);
    }
    function clipNode(track, clip2) {
      const asset = assetById(snapshot, clip2.assetId);
      const width = Math.max(8, clip2.duration * pixelsPerSecond);
      const canvas = element("canvas", "audio-clip-waveform");
      const name = element("span", "audio-clip-name", asset?.name || "Clipe de áudio");
      const timing = element("span", "audio-clip-time", formatAudioTime(clip2.duration, true));
      const leftHandle = element("span", "audio-trim-handle is-left");
      leftHandle.dataset.trim = "start";
      const rightHandle = element("span", "audio-trim-handle is-right");
      rightHandle.dataset.trim = "end";
      const fadeIn = element("span", "audio-fade is-in");
      fadeIn.style.width = Math.min(100, clip2.fadeIn / clip2.duration * 100) + "%";
      fadeIn.dataset.curve = clip2.fadeInCurve;
      const fadeOut = element("span", "audio-fade is-out");
      fadeOut.style.width = Math.min(100, clip2.fadeOut / clip2.duration * 100) + "%";
      fadeOut.dataset.curve = clip2.fadeOutCurve;
      const hasCrossfade = track.clips.some((other) => other.id !== clip2.id && Math.min(clip2.startTime + clip2.duration, other.startTime + other.duration) > Math.max(clip2.startTime, other.startTime) && (clip2.fadeIn > 0 || clip2.fadeOut > 0));
      const crossfade = hasCrossfade ? element("span", "audio-crossfade-badge", "XF") : null;
      const node2 = element("div", "audio-clip", [canvas, fadeIn, fadeOut, crossfade, name, timing, leftHandle, rightHandle]);
      node2.dataset.clipId = clip2.id;
      node2.style.left = clip2.startTime * pixelsPerSecond + "px";
      node2.style.width = width + "px";
      node2.classList.toggle("is-selected", (snapshot.selection.clipIds || [snapshot.selection.clipId]).includes(clip2.id));
      node2.tabIndex = 0;
      node2.setAttribute("role", "button");
      node2.setAttribute("aria-label", `${asset?.name || "Clipe"}, início ${formatAudioTime(clip2.startTime, true)}, duração ${formatAudioTime(clip2.duration, true)}`);
      if (callbacks.onClipContextMenu) node2.setAttribute("aria-haspopup", "menu");
      const openContextMenu = (event, keyboard = false) => {
        if (disposed || !callbacks.onClipContextMenu || callbacks.isBusy?.()) return;
        event.preventDefault();
        event.stopPropagation();
        const selection = project.snapshot().selection;
        const ids = selection.clipIds || (selection.clipId ? [selection.clipId] : []);
        if (!ids.includes(clip2.id)) project.selectClip(clip2.id);
        else if (selection.clipId !== clip2.id && project.selectClips) project.selectClips(ids, clip2.id);
        syncSelection();
        const bounds2 = node2.getBoundingClientRect();
        const fromKeyboard = keyboard || !event.clientX && !event.clientY;
        callbacks.onClipContextMenu({
          anchor: node2,
          x: fromKeyboard ? bounds2.left + Math.min(24, bounds2.width / 2) : event.clientX,
          y: fromKeyboard ? bounds2.top + Math.min(24, bounds2.height / 2) : event.clientY
        });
      };
      node2.addEventListener("contextmenu", (event) => openContextMenu(event));
      let suppressClick = false;
      node2.addEventListener("click", (event) => {
        event.stopPropagation();
        if (suppressClick) {
          suppressClick = false;
          return;
        }
        project.selectClip(clip2.id, { toggle: event.ctrlKey || event.metaKey, extend: event.shiftKey });
        syncSelection();
      });
      node2.addEventListener("keydown", (event) => {
        if (event.key === "ContextMenu" || event.key === "F10" && event.shiftKey) {
          openContextMenu(event, true);
          return;
        }
        if (event.key === "Enter" || event.key === " ") {
          event.preventDefault();
          project.selectClip(clip2.id, { toggle: event.ctrlKey || event.metaKey, extend: event.shiftKey });
          syncSelection();
        }
      });
      node2.addEventListener("pointerdown", (event) => {
        if (event.button !== 0) return;
        suppressClick = true;
        if (event.ctrlKey || event.metaKey || event.shiftKey) {
          event.preventDefault();
          event.stopPropagation();
          project.selectClip(clip2.id, { toggle: event.ctrlKey || event.metaKey, extend: event.shiftKey });
          syncSelection();
          return;
        }
        const current = project.snapshot();
        const ids = current.selection.clipIds || (current.selection.clipId ? [current.selection.clipId] : []);
        if (!ids.includes(clip2.id)) project.selectClip(clip2.id);
        syncSelection();
        const trim = event.target?.dataset?.trim;
        const originalLeft = clip2.startTime * pixelsPerSecond;
        const originalWidth = width;
        const trimSnap = snapOptions([clip2.id]);
        if (trim === "start") {
          const sourceEnd = clip2.sourceOffset + clip2.duration;
          const trimStart = (delta) => Math.max(
            0,
            clip2.sourceOffset - clip2.startTime,
            Math.min(sourceEnd - MIN_CLIP_SECONDS, clip2.sourceOffset + snapAudioTime(clip2.startTime + delta, trimSnap) - clip2.startTime)
          );
          startPointerSession(event, {
            preview(delta) {
              const sourceStart = trimStart(delta);
              const nextDuration = sourceEnd - sourceStart;
              node2.style.left = (clip2.startTime + sourceStart - clip2.sourceOffset) * pixelsPerSecond + "px";
              node2.style.width = Math.max(8, nextDuration * pixelsPerSecond) + "px";
              timing.textContent = formatAudioTime(nextDuration, true);
              report("Novo início na fonte: " + formatAudioTime(sourceStart, true));
            },
            commit(delta) {
              const sourceStart = trimStart(delta);
              safely(() => project.trimClip(clip2.id, { sourceStart, sourceEnd, startTime: clip2.startTime + sourceStart - clip2.sourceOffset }), "Início do clipe ajustado.");
            },
            cancel() {
              node2.style.width = originalWidth + "px";
              node2.style.left = originalLeft + "px";
              timing.textContent = formatAudioTime(clip2.duration, true);
            }
          });
        } else if (trim === "end") {
          const assetEnd = asset?.duration ?? clip2.sourceOffset + clip2.duration;
          const trimEnd = (delta) => Math.max(
            clip2.sourceOffset + MIN_CLIP_SECONDS,
            Math.min(assetEnd, clip2.sourceOffset + snapAudioTime(clip2.startTime + clip2.duration + delta, trimSnap) - clip2.startTime)
          );
          startPointerSession(event, {
            preview(delta) {
              const sourceEnd = trimEnd(delta);
              const nextDuration = sourceEnd - clip2.sourceOffset;
              node2.style.width = Math.max(8, nextDuration * pixelsPerSecond) + "px";
              timing.textContent = formatAudioTime(nextDuration, true);
              report("Novo fim na fonte: " + formatAudioTime(sourceEnd, true));
            },
            commit(delta) {
              const sourceEnd = trimEnd(delta);
              safely(() => project.trimClip(clip2.id, { sourceStart: clip2.sourceOffset, sourceEnd }), "Fim do clipe ajustado.");
            },
            cancel() {
              node2.style.width = originalWidth + "px";
              timing.textContent = formatAudioTime(clip2.duration, true);
            }
          });
        } else {
          const selectedIds = project.snapshot().selection.clipIds || [clip2.id];
          const entries = current.project.tracks.flatMap((track2, index) => track2.clips.filter((item) => selectedIds.includes(item.id)).map((item) => ({ clip: item, index, track: track2 })));
          const entryMap = new Map(entries.map((entry) => [entry.clip.id, entry]));
          const movementSnap = snapOptions(selectedIds);
          const nodes = [...scroller.querySelectorAll(".audio-clip")].filter((item) => selectedIds.includes(item.dataset.clipId));
          const lanes = [...scroller.querySelectorAll(".audio-track-lane")].filter((lane) => lane.dataset.trackId);
          let changed = false;
          const positionFor = (delta, pointer) => {
            const snapped = snapAudioMove(entries.map((item) => item.clip), delta, movementSnap);
            const timeDelta = Math.max(-Math.min(...entries.map((item) => item.clip.startTime)), Math.min(
              snapped,
              (project.limits?.maxProjectDuration || 14400) - Math.max(...entries.map((item) => item.clip.startTime + item.clip.duration))
            ));
            let vertical = 0;
            if (Number.isFinite(pointer?.clientY)) {
              const destination = lanes.findIndex((lane) => {
                const rect2 = lane.getBoundingClientRect();
                return pointer.clientY >= rect2.top && pointer.clientY < rect2.top + rect2.height;
              });
              if (destination >= 0) vertical = destination - current.project.tracks.findIndex((item) => item.id === track.id);
            }
            vertical = Math.max(-Math.min(...entries.map((item) => item.index)), Math.min(vertical, current.project.tracks.length - 1 - Math.max(...entries.map((item) => item.index))));
            return { timeDelta, vertical };
          };
          const reset = () => {
            for (const item of nodes) {
              const entry = entryMap.get(item.dataset.clipId);
              item.style.left = entry.clip.startTime * pixelsPerSecond + "px";
              item.style.transform = "";
            }
            for (const lane of lanes) lane.classList.remove("is-dragging");
          };
          startPointerSession(event, {
            preview(delta, pointer) {
              const { timeDelta, vertical } = positionFor(delta, pointer);
              changed ||= Math.abs(delta * pixelsPerSecond) > 2 || vertical !== 0;
              for (const item of nodes) {
                const entry = entryMap.get(item.dataset.clipId);
                item.style.left = (entry.clip.startTime + timeDelta) * pixelsPerSecond + "px";
                item.style.transform = "translateY(" + ((lanes[entry.index + vertical]?.getBoundingClientRect().top || 0) - (lanes[entry.index]?.getBoundingClientRect().top || 0)) + "px)";
                lanes[entry.index]?.classList.add("is-dragging");
              }
              report(entries.length + " clipe(s): deslocamento " + timeDelta.toFixed(3) + " s");
            },
            commit(delta, pointer) {
              const { timeDelta, vertical } = positionFor(delta, pointer);
              reset();
              if (!changed && Math.abs(delta * pixelsPerSecond) <= 2 && !vertical) return;
              safely(() => project.moveClips ? project.moveClips(selectedIds, timeDelta, vertical) : project.moveClip(clip2.id, clip2.startTime + timeDelta), "Clipes movidos.");
            },
            cancel: reset
          });
        }
        if (node2.style.left === "") node2.style.left = originalLeft + "px";
        if (node2.style.width === "") node2.style.width = originalWidth + "px";
      });
      const color2 = TRACK_COLORS[snapshot.project.tracks.findIndex((item) => item.id === track.id) % TRACK_COLORS.length];
      node2.style.setProperty("--track-color", color2);
      requestAnimationFrame(() => {
        if (!disposed && node2.isConnected) drawWaveform(canvas, project, clip2, width, color2);
      });
      return node2;
    }
    function trackControls(track, index) {
      const name = element("input", "audio-track-name");
      name.type = "text";
      name.maxLength = 120;
      name.value = track.name;
      name.setAttribute("aria-label", "Nome da faixa " + (index + 1));
      name.addEventListener("change", () => safely(() => project.setTrackName(track.id, name.value), "Faixa renomeada."));
      const gainValue = element("span", "audio-control-value", gainLabel(track.gain));
      const gain = range2("Volume de " + track.name, Math.max(-60, gainToDb(track.gain)), -60, 12, 0.5, (value) => {
        const nextGain = value <= -60 ? 0 : dbToGain(value);
        safely(() => project.setTrackGain(track.id, nextGain), "", { live: true });
        gainValue.textContent = gainLabel(nextGain);
      });
      const panValue = element("span", "audio-control-value", track.pan === 0 ? "C" : track.pan < 0 ? "L " + Math.round(Math.abs(track.pan) * 100) : "R " + Math.round(track.pan * 100));
      const pan = range2("Pan de " + track.name, track.pan, -1, 1, 0.01, (value) => {
        safely(() => project.setTrackPan(track.id, value), "", { live: true });
        panValue.textContent = value === 0 ? "C" : value < 0 ? "L " + Math.round(Math.abs(value) * 100) : "R " + Math.round(value * 100);
      });
      gain.addEventListener("change", () => callbacks.onEdit?.({ live: false }));
      pan.addEventListener("change", () => callbacks.onEdit?.({ live: false }));
      const mute = button("Silenciar " + track.name, "audio-toggle", "M", () => {
        safely(() => project.setTrackMute(track.id, !track.mute), !track.mute ? "Faixa silenciada." : "Mute desativado.");
      });
      const solo = button("Ouvir somente " + track.name, "audio-toggle", "S", () => {
        safely(() => project.setTrackSolo(track.id, !track.solo), !track.solo ? "Solo ativado." : "Solo desativado.");
      });
      setPressed(mute, track.mute);
      setPressed(solo, track.solo);
      const select = button("Selecionar " + track.name, "audio-track-select", "●", () => {
        project.selectTrack(track.id);
        callbacks.onSelection?.();
      });
      select.classList.toggle("is-selected", snapshot.selection.trackId === track.id);
      const moveUp = button("Mover " + track.name + " para cima", "audio-track-order", "↑", () => {
        safely(() => project.moveTrack(track.id, -1), "Faixa movida para cima.");
      });
      const moveDown = button("Mover " + track.name + " para baixo", "audio-track-order", "↓", () => {
        safely(() => project.moveTrack(track.id, 1), "Faixa movida para baixo.");
      });
      moveUp.disabled = index === 0;
      moveDown.disabled = index === snapshot.project.tracks.length - 1;
      moveUp.append(element("span", "", "Subir faixa"));
      moveDown.append(element("span", "", "Descer faixa"));
      const more = audioMenu("Opções de " + track.name, [moveUp, moveDown, element("label", "audio-mini-control", [element("span", "", "Pan"), pan, panValue])], {
        compact: true,
        signal: menuEvents.signal,
        onOpen: () => {
          trackMenus.forEach((menu) => menu.close());
          callbacks.onMenuOpen?.();
        }
      });
      more.root.classList.add("audio-track-more");
      trackMenus.push(more);
      const meter = element("output", "audio-track-meter", "−∞ dBFS");
      meter.dataset.trackId = track.id;
      meter.setAttribute("aria-label", "Pico da faixa " + track.name);
      meter.setAttribute("aria-live", "off");
      return element("div", "audio-track-controls", [
        select,
        element("div", "audio-track-title-row", [element("span", "audio-track-number", String(index + 1)), name, more.root]),
        element("div", "audio-track-switches", [mute, solo, meter]),
        element("label", "audio-mini-control", [icon("audio"), gain, gainValue])
      ]);
    }
    function automationOverlay(track, width) {
      const parameter = automationViews.get(track.id), lane = track.automation?.[parameter];
      if (!lane) return null;
      const svg = document.createElementNS("http://www.w3.org/2000/svg", "svg");
      svg.setAttribute("class", "audio-automation-overlay");
      svg.setAttribute("width", String(width));
      svg.setAttribute("height", "36");
      svg.setAttribute("aria-label", "Automação de " + parameter + " da faixa " + track.name);
      const span = parameter === "volume" ? 4 : 2, minimum2 = parameter === "volume" ? 0 : -1;
      const y = (value) => 32 - (value - minimum2) * 28 / span;
      const line = document.createElementNS("http://www.w3.org/2000/svg", "polyline");
      const coordinates = [];
      for (const [index, point] of lane.points.entries()) {
        const previous = lane.points[index - 1];
        if (previous?.interpolation === "step") coordinates.push(point.time * pixelsPerSecond + "," + y(previous.value));
        coordinates.push(point.time * pixelsPerSecond + "," + y(point.value));
      }
      if (lane.points.length) coordinates.push(width + "," + y(lane.points.at(-1).value));
      line.setAttribute("points", coordinates.join(" "));
      line.setAttribute("fill", "none");
      line.setAttribute("stroke", "var(--audio-accent)");
      line.setAttribute("stroke-width", "1.5");
      svg.append(line);
      for (const point of lane.points) {
        const circle = document.createElementNS("http://www.w3.org/2000/svg", "circle");
        circle.setAttribute("cx", String(point.time * pixelsPerSecond));
        circle.setAttribute("cy", String(y(point.value)));
        circle.setAttribute("r", "4");
        circle.setAttribute("tabindex", "0");
        circle.setAttribute("role", "slider");
        circle.setAttribute("aria-label", "Ponto " + point.time.toFixed(3) + " s, " + point.value);
        circle.setAttribute("aria-valuemin", String(minimum2));
        circle.setAttribute("aria-valuemax", String(minimum2 + span));
        circle.setAttribute("aria-valuenow", String(point.value));
        circle.addEventListener("pointerdown", (event) => {
          const position = (delta, pointer) => ({ time: Math.max(0, Math.min(
            project.limits?.maxProjectDuration || 14400,
            snapAudioTime(point.time + delta, snapOptions())
          )), value: Math.max(minimum2, Math.min(minimum2 + span, point.value - ((pointer?.clientY ?? event.clientY) - event.clientY) * span / 28)) });
          startPointerSession(event, {
            preview(delta, pointer) {
              const next = position(delta, pointer);
              circle.setAttribute("cx", String(next.time * pixelsPerSecond));
              circle.setAttribute("cy", String(y(next.value)));
            },
            commit(delta, pointer) {
              safely(() => project.updateAutomationPoint(track.id, parameter, point.id, position(delta, pointer)), "Ponto de automação movido.");
            },
            cancel() {
              circle.setAttribute("cx", String(point.time * pixelsPerSecond));
              circle.setAttribute("cy", String(y(point.value)));
            }
          });
        });
        circle.addEventListener("keydown", (event) => {
          const values3 = {};
          if (event.key === "ArrowLeft" || event.key === "ArrowRight") values3.time = Math.max(0, point.time + (event.key === "ArrowLeft" ? -1 : 1) * (event.ctrlKey ? 1 : 1 / snapshot.project.sampleRate));
          else if (event.key === "ArrowUp" || event.key === "ArrowDown") values3.value = Math.max(minimum2, Math.min(minimum2 + span, point.value + (event.key === "ArrowUp" ? 0.05 : -0.05)));
          else if (event.key === "Delete" || event.key === "Backspace") {
            event.preventDefault();
            event.stopPropagation();
            safely(() => project.deleteAutomationPoint(track.id, parameter, point.id), "Ponto excluído.");
            return;
          } else return;
          event.preventDefault();
          event.stopPropagation();
          safely(() => project.updateAutomationPoint(track.id, parameter, point.id, values3), "Ponto atualizado.");
        });
        svg.append(circle);
      }
      return svg;
    }
    function render() {
      trackMenus.forEach((menu) => menu.close());
      trackMenus.length = 0;
      menuEvents.abort();
      menuEvents = new AbortController();
      snapshot = project.snapshot();
      playheadNodes.clear();
      const duration = Math.max(15, snapshot.duration + 5);
      const width = Math.max(900, Math.ceil(duration * pixelsPerSecond));
      const step = rulerStep(duration, pixelsPerSecond);
      const ruler = element("div", "audio-ruler-lane");
      ruler.style.width = width + "px";
      const gridWidth = Math.max(1, step * pixelsPerSecond) + "px";
      ruler.style.setProperty("--audio-grid-width", gridWidth);
      ruler.tabIndex = snapshot.duration > 0 ? 0 : -1;
      ruler.setAttribute("role", "slider");
      ruler.setAttribute("aria-label", "Posição do cursor na timeline");
      ruler.setAttribute("aria-valuemin", "0");
      ruler.setAttribute("aria-valuemax", String(snapshot.duration));
      ruler.setAttribute("aria-valuenow", String(Math.min(playhead, snapshot.duration)));
      ruler.setAttribute("aria-disabled", String(snapshot.duration <= 0));
      ruler.addEventListener("pointerdown", (event) => startPlayheadSession(event, ruler));
      ruler.addEventListener("keydown", (event) => {
        let next;
        if (event.key === "Home") next = 0;
        else if (event.key === "End") next = snapshot.duration;
        else if (event.key === "ArrowLeft" || event.key === "ArrowDown") next = playhead - Math.min(step, 1);
        else if (event.key === "ArrowRight" || event.key === "ArrowUp") next = playhead + Math.min(step, 1);
        else return;
        event.preventDefault();
        callbacks.onSeek?.(Math.max(0, Math.min(snapshot.duration, next)));
      });
      for (let time = 0, count = 0; time <= duration + 1e-7 && count < 500; time += step, count++) {
        const tick = element("span", "audio-ruler-tick", formatAudioTime(time));
        tick.style.left = time * pixelsPerSecond + "px";
        ruler.append(tick);
      }
      const loop = snapshot.project.transport.loop;
      for (const marker of snapshot.project.markers || []) {
        let markerDragged = false;
        const control = button("Ir ao marcador " + marker.name, "audio-timeline-marker", marker.name, () => {
          if (!markerDragged) callbacks.onSeek?.(Math.min(snapshot.duration, marker.time));
          markerDragged = false;
        });
        control.style.left = marker.time * pixelsPerSecond + "px";
        control.title = marker.name + " · " + formatAudioTime(marker.time, true);
        control.addEventListener("pointerdown", (event) => {
          markerDragged = false;
          startPointerSession(event, {
            preview(delta) {
              markerDragged ||= Math.abs(delta * pixelsPerSecond) > 2;
              control.style.left = Math.max(0, marker.time + delta) * pixelsPerSecond + "px";
            },
            commit(delta) {
              if (markerDragged) safely(() => project.updateMarker(marker.id, { time: Math.max(0, marker.time + delta) }), "Marcador movido.");
            },
            cancel() {
              control.style.left = marker.time * pixelsPerSecond + "px";
            }
          });
        });
        ruler.append(control);
      }
      for (const region of snapshot.project.regions || []) {
        const control = button("Ir à região " + region.name, "audio-timeline-region", region.name, () => callbacks.onSeek?.(Math.min(snapshot.duration, region.start)));
        control.style.left = region.start * pixelsPerSecond + "px";
        control.style.width = (region.end - region.start) * pixelsPerSecond + "px";
        control.addEventListener("pointerdown", (event) => event.stopPropagation());
        ruler.append(control);
      }
      if (loop.enabled && snapshot.duration > 0) {
        const loopStart = loop.mode === "region" ? Math.min(snapshot.duration, loop.start) : 0;
        const loopEnd = loop.mode === "region" ? Math.min(snapshot.duration, loop.end) : snapshot.duration;
        if (loopEnd > loopStart) {
          const loopRegion = element("span", "audio-loop-region", loop.mode === "project" ? "LOOP" : "LOOP REGIÃO");
          loopRegion.style.left = loopStart * pixelsPerSecond + "px";
          loopRegion.style.width = (loopEnd - loopStart) * pixelsPerSecond + "px";
          ruler.append(loopRegion);
        }
      }
      const rulerPlayhead = element("span", "audio-playhead is-ruler");
      rulerPlayhead.addEventListener("pointerdown", (event) => startPlayheadSession(event, ruler));
      ruler.append(rulerPlayhead);
      playheadNodes.add(rulerPlayhead);
      const rulerRow = element("div", "audio-ruler-row", [
        element("div", "audio-ruler-corner", "FAIXAS"),
        ruler
      ]);
      const rows = snapshot.project.tracks.map((track, index) => {
        const lane = element("div", "audio-track-lane");
        lane.style.width = width + "px";
        lane.style.setProperty("--audio-grid-width", gridWidth);
        lane.dataset.trackId = track.id;
        lane.addEventListener("pointerdown", (event) => {
          if (event.target === lane && event.button === 0 && event.shiftKey && project.selectClips) {
            startMarquee(event);
            return;
          }
          if (event.target === lane && event.button === 0) {
            project.clearSelection?.();
            syncSelection();
          }
          startPlayheadSession(event, lane);
        });
        for (const clip2 of track.clips) lane.append(clipNode(track, clip2));
        lane.append(...[automationOverlay(track, width)].filter(Boolean));
        const lanePlayhead = element("span", "audio-playhead");
        lanePlayhead.addEventListener("pointerdown", (event) => startPlayheadSession(event, lane));
        lane.append(lanePlayhead);
        playheadNodes.add(lanePlayhead);
        const row = element("div", "audio-track-row", [trackControls(track, index), lane]);
        row.classList.toggle("has-automation", Boolean(automationViews.get(track.id)));
        row.style.setProperty("--track-color", TRACK_COLORS[index % TRACK_COLORS.length]);
        return row;
      });
      if (!rows.length) {
        rows.push(element("div", "audio-empty-timeline", [
          element("strong", "", "Adicione um áudio para começar"),
          element("span", "", "Cada arquivo importado entra em uma faixa e permanece local no navegador."),
          callbacks.onAddAudio ? button("Adicionar áudio à timeline", "audio-secondary-button", [icon("plus"), "Adicionar áudio"], callbacks.onAddAudio) : null
        ]));
      }
      const previousLeft = scroller.scrollLeft, previousTop = scroller.scrollTop;
      const addLane = element("div", "audio-track-lane");
      addLane.style.width = width + "px";
      addLane.style.setProperty("--audio-grid-width", gridWidth);
      const addRow = callbacks.onAddTrack ? element("div", "audio-add-track-row", [button("Adicionar faixa", "audio-add-lane-button", [icon("plus"), "Adicionar faixa"], callbacks.onAddTrack), addLane]) : null;
      scroller.replaceChildren(rulerRow, ...rows, ...addRow ? [addRow] : []);
      scroller.scrollLeft = previousLeft;
      scroller.scrollTop = previousTop;
      updatePlayhead(playhead);
    }
    function updatePlayhead(seconds, force = false) {
      if (playheadDragging && !force) return;
      playhead = Number.isFinite(seconds) ? Math.max(0, seconds) : 0;
      const left = playhead * pixelsPerSecond + "px";
      for (const node2 of playheadNodes) node2.style.left = left;
      const ruler = scroller.querySelector(".audio-ruler-lane");
      if (ruler) ruler.setAttribute("aria-valuenow", String(Math.min(playhead, snapshot.duration)));
    }
    root.render = render;
    root.setZoom = (value) => {
      pixelsPerSecond = Math.max(4, Math.min(240, Number(value) || 64));
      render();
    };
    root.updatePlayhead = updatePlayhead;
    root.updateTrackLevels = (levels) => {
      for (const meter of scroller.querySelectorAll(".audio-track-meter")) {
        const level = levels.get(meter.dataset.trackId);
        const text2 = level && !level.supported ? "—" : Number.isFinite(level?.peakDb) ? level.peakDb.toFixed(1) + " dBFS" : "−∞ dBFS";
        if (meter.textContent !== text2) meter.textContent = text2;
        meter.style.setProperty("--track-level", Math.max(0, Math.min(100, ((level?.peakDb ?? -Infinity) + 60) / 60 * 100)) + "%");
        meter.classList.toggle("is-hot", (level?.peak || 0) >= 1);
        meter.title = "Pico: " + text2 + " · RMS: " + (Number.isFinite(level?.rmsDb) ? level.rmsDb.toFixed(1) : "−∞") + " dBFS";
      }
    };
    root.setSnap = (value) => {
      snapEnabled = Boolean(value);
    };
    root.closeMenus = () => trackMenus.forEach((menu) => menu.close());
    root.hasOpenMenu = () => trackMenus.some((menu) => !menu.panel.hidden);
    root.setAutomationView = (trackId, parameter) => {
      if (parameter) automationViews.set(trackId, parameter);
      else automationViews.delete(trackId);
      render();
    };
    root.setWaveformZoom = (value) => root.style.setProperty("--waveform-scale", String(Math.max(1, Math.min(8, Number(value) || 1))));
    root.setTrackHeight = (value) => {
      const heights = { compact: 84, normal: 104, expanded: 156 };
      root.dataset.trackHeight = Object.hasOwn(heights, value) ? value : "normal";
      root.style.setProperty("--audio-track-height", heights[root.dataset.trackHeight] + "px");
    };
    root.dispose = () => {
      disposed = true;
      root.closeMenus();
      menuEvents.abort();
      dragCleanup();
    };
    render();
    return root;
  }

  // src/components/audio-automation-controls.js
  function audioAutomationControls(project, track, view2, callbacks) {
    const root = element("section", "audio-inspector-section");
    function field3(label, value, min, max, step) {
      const input2 = element("input", "audio-number-input");
      input2.type = "number";
      input2.value = String(value);
      input2.min = String(min);
      input2.max = String(max);
      input2.step = String(step);
      input2.setAttribute("aria-label", label);
      const node2 = element("label", "audio-number-field", [element("span", "", label), input2]);
      return { input: input2, node: node2 };
    }
    function render() {
      const parameter = view2.parameter, lane = track.automation?.[parameter] || { enabled: false, points: [] };
      const option3 = (value2, text2) => Object.assign(element("option", "", text2), { value: value2 });
      const choice3 = element("select", "audio-select", [option3("volume", "Volume (multiplicador)"), option3("pan", "Panorama (−1 a +1)")]);
      choice3.value = parameter;
      choice3.setAttribute("aria-label", "Parâmetro de automação");
      choice3.addEventListener("change", () => {
        view2.parameter = choice3.value;
        view2.pointId = null;
        render();
        callbacks.onView?.(view2.show ? view2.parameter : null);
      });
      const enabled = element("input", "");
      enabled.type = "checkbox";
      enabled.checked = lane.enabled;
      enabled.setAttribute("aria-label", "Ativar automação de " + parameter);
      enabled.addEventListener("change", () => callbacks.apply(() => project.setTrackAutomation(track.id, parameter, { enabled: enabled.checked }), "Automação atualizada."));
      const points = element("select", "audio-select", [option3("", "Novo ponto"), ...lane.points.map((point2) => option3(point2.id, point2.time.toFixed(3) + " s · " + point2.value))]);
      points.value = lane.points.some((point2) => point2.id === view2.pointId) ? view2.pointId : "";
      points.setAttribute("aria-label", "Ponto de automação");
      points.addEventListener("change", () => {
        view2.pointId = points.value;
        render();
      });
      const point = lane.points.find((item) => item.id === points.value);
      const time = field3("Tempo do ponto (s)", point?.time ?? callbacks.currentTime?.() ?? 0, 0, project.limits?.maxProjectDuration || 14400, 1 / (callbacks.sampleRate || 48e3));
      const value = field3("Valor do ponto", point?.value ?? (parameter === "volume" ? 1 : track.pan), parameter === "volume" ? 0 : -1, parameter === "volume" ? 4 : 1, 0.01);
      const interpolation = element("select", "audio-select", [option3("linear", "Linear"), option3("step", "Degrau")]);
      interpolation.value = point?.interpolation || "linear";
      interpolation.setAttribute("aria-label", "Interpolação após o ponto");
      const save = button(point ? "Aplicar ponto de automação" : "Criar ponto de automação", "audio-secondary-button", point ? "Aplicar ponto" : "Criar ponto", () => callbacks.apply(() => {
        const values3 = { time: Number(time.input.value), value: Number(value.input.value), interpolation: interpolation.value };
        if (point) project.updateAutomationPoint(track.id, parameter, point.id, values3);
        else view2.pointId = project.addAutomationPoint(track.id, parameter, values3);
      }, "Ponto de automação salvo."));
      const remove = button("Excluir ponto de automação", "audio-secondary-button", "Excluir ponto", () => callbacks.apply(() => {
        project.deleteAutomationPoint(track.id, parameter, point.id);
        view2.pointId = null;
      }, "Ponto excluído."));
      remove.disabled = !point;
      const show = element("input", "");
      show.type = "checkbox";
      show.checked = Boolean(view2.show);
      show.setAttribute("aria-label", "Mostrar automação na timeline");
      show.addEventListener("change", () => {
        view2.show = show.checked;
        callbacks.onView?.(view2.show ? parameter : null);
      });
      root.replaceChildren(
        element("h3", "", "Automação da faixa"),
        element("label", "audio-inline-field", [element("span", "", "Parâmetro"), choice3]),
        element("label", "audio-checkbox", [enabled, "Ativar automação"]),
        element("label", "audio-checkbox", [show, "Mostrar curva na timeline"]),
        element("label", "audio-inline-field", [element("span", "", "Ponto"), points]),
        element("div", "audio-trim-fields", [time.node, value.node]),
        element("label", "audio-inline-field", [element("span", "", "Interpolação"), interpolation]),
        element("div", "audio-inspector-actions", [save, remove, button("Limpar automação", "audio-secondary-button", "Limpar", () => callbacks.apply(() => {
          project.setTrackAutomation(track.id, parameter, { enabled: false, points: [] });
          view2.pointId = null;
        }, "Automação limpa."))]),
        element("p", "audio-help", "Volume multiplica o volume fixo da faixa: 1 = 100%, 0,3 = 30%. Panorama automatizado substitui a posição fixa.")
      );
    }
    render();
    return root;
  }

  // src/components/audio-organization-controls.js
  function audioOrganizationControls(project, snapshot, view2, callbacks) {
    const root = element("section", "audio-inspector-section");
    const option3 = (value, text2) => Object.assign(element("option", "", text2), { value });
    function field3(label, type, value) {
      const input2 = element("input", "audio-number-input");
      input2.type = type;
      input2.value = String(value);
      input2.setAttribute("aria-label", label);
      if (type === "number") {
        input2.min = "0";
        input2.max = String(project.limits?.maxProjectDuration || 14400);
        input2.step = String(1 / snapshot.project.sampleRate);
      } else input2.maxLength = 120;
      return { input: input2, node: element("label", "audio-number-field", [element("span", "", label), input2]) };
    }
    function render() {
      const isRegion = view2.mode === "region", items = snapshot.project[isRegion ? "regions" : "markers"] || [];
      const mode = element("select", "audio-select", [option3("marker", "Marcadores"), option3("region", "Regiões")]);
      mode.value = view2.mode;
      mode.setAttribute("aria-label", "Organização da timeline");
      mode.addEventListener("change", () => {
        view2.mode = mode.value;
        view2.id = "";
        render();
      });
      const selection = element("select", "audio-select", [option3("", isRegion ? "Nova região" : "Novo marcador"), ...items.map((item2) => option3(item2.id, item2.name))]);
      selection.value = items.some((item2) => item2.id === view2.id) ? view2.id : "";
      selection.setAttribute("aria-label", "Marcador ou região");
      selection.addEventListener("change", () => {
        view2.id = selection.value;
        render();
      });
      const item = items.find((item2) => item2.id === selection.value);
      const name = field3("Nome", "text", item?.name || (isRegion ? "Região" : "Marcador"));
      const start = field3(isRegion ? "Início (s)" : "Tempo (s)", "number", item?.[isRegion ? "start" : "time"] ?? callbacks.currentTime?.() ?? 0);
      const end = isRegion ? field3("Fim (s)", "number", item?.end ?? Math.min(snapshot.duration, Number(start.input.value) + 5)) : null;
      const save = button("Salvar marcador ou região", "audio-secondary-button", item ? "Aplicar alteração" : "Criar", () => callbacks.apply(() => {
        const values3 = isRegion ? { name: name.input.value, start: Number(start.input.value), end: Number(end.input.value) } : { name: name.input.value, time: Number(start.input.value) };
        if (item) isRegion ? project.updateRegion(item.id, values3) : project.updateMarker(item.id, values3);
        else view2.id = isRegion ? project.addRegion(values3) : project.addMarker(values3);
      }, "Organização da timeline atualizada."));
      const remove = button("Excluir marcador ou região", "audio-secondary-button", "Excluir", () => callbacks.apply(() => {
        isRegion ? project.deleteRegion(item.id) : project.deleteMarker(item.id);
        view2.id = "";
      }, "Item excluído."));
      remove.disabled = !item;
      const go = button("Ir ao marcador ou região", "audio-secondary-button", "Ir ao início", () => callbacks.onSeek?.(Math.min(snapshot.duration, item[isRegion ? "start" : "time"])));
      go.disabled = !item;
      const actions = [save, remove, go];
      if (isRegion) {
        const loop = button("Repetir região", "audio-secondary-button", "Loop da região", () => callbacks.apply(() => project.loopRegion(item.id), "Loop da região ativado."));
        loop.disabled = !item;
        const select = button("Selecionar clipes da região", "audio-secondary-button", "Selecionar clipes", () => callbacks.apply(() => project.selectRegion(item.id), "Clipes da região selecionados."));
        select.disabled = !item;
        actions.push(loop, select);
      }
      root.replaceChildren(
        element("h3", "", "Marcadores e regiões"),
        mode,
        selection,
        name.node,
        element("div", "audio-trim-fields", [start.node, end?.node]),
        element("div", "audio-inspector-actions", actions)
      );
    }
    render();
    return root;
  }

  // src/components/audio-inspector.js
  function selected(snapshot) {
    const track = snapshot.project.tracks.find((item) => item.id === snapshot.selection.trackId) || snapshot.project.tracks.find((item) => item.clips.some((clip3) => clip3.id === snapshot.selection.clipId));
    const clip2 = track?.clips.find((item) => item.id === snapshot.selection.clipId);
    return { track, clip: clip2 };
  }
  function outputText(value, suffix = "") {
    return element("output", "audio-inspector-value", String(value) + suffix);
  }
  function slider(label, { value, min, max, step, suffix = "", format, onInput }) {
    const input2 = element("input", "audio-inspector-range");
    input2.type = "range";
    input2.min = String(min);
    input2.max = String(max);
    input2.step = String(step);
    input2.value = String(value);
    input2.setAttribute("aria-label", label);
    updateAudioRangeFill(input2);
    const formatted = (next) => format ? format(next) : String(next) + suffix;
    const output = outputText(formatted(value));
    input2.addEventListener("input", () => {
      const next = Number(input2.value);
      updateAudioRangeFill(input2);
      output.textContent = formatted(next);
      onInput(next);
    });
    return element("label", "audio-inspector-control", [
      element("span", "audio-inspector-label", label),
      input2,
      output
    ]);
  }
  function numberField(label, value, min, max, step = 0.01) {
    const input2 = element("input", "audio-number-input");
    input2.type = "number";
    input2.value = String(value);
    input2.min = String(min);
    input2.max = String(max);
    input2.step = String(step);
    input2.setAttribute("aria-label", label);
    const field3 = element("label", "audio-number-field", [element("span", "", label), input2]);
    field3.control = input2;
    return field3;
  }
  function checkbox(label, checked, onChange) {
    const input2 = element("input", "");
    input2.type = "checkbox";
    input2.checked = checked;
    input2.setAttribute("aria-label", label);
    input2.addEventListener("change", () => onChange(input2.checked));
    return element("label", "audio-checkbox", [input2, element("span", "", label)]);
  }
  function selectField2(label, options2, value, onChange) {
    const select = element("select", "audio-select", options2.map(([id, text2]) => {
      const option3 = element("option", "", text2);
      option3.value = id;
      return option3;
    }));
    select.value = value;
    select.setAttribute("aria-label", label);
    select.addEventListener("change", () => onChange(select.value));
    return element("label", "audio-inline-field", [element("span", "", label), select]);
  }
  function audioInspector(project, callbacks = {}) {
    const root = element("aside", "audio-inspector");
    root.setAttribute("aria-label", "Propriedades e efeitos");
    root.addEventListener("change", (event) => {
      if (event.target?.type === "range") callbacks.onEdit?.({ live: false });
    });
    let panel = "clip";
    let previousSelection = "";
    const automationViews = /* @__PURE__ */ new Map();
    const organizationView = { mode: "marker", id: "" };
    const disclosures = /* @__PURE__ */ new Map();
    const scrollPositions = /* @__PURE__ */ new Map();
    let previousFocus;
    function apply2(action, message, live = false) {
      try {
        const result = action();
        callbacks.onStatus?.(message);
        callbacks.onEdit?.({ live });
        return result;
      } catch (error3) {
        callbacks.onError?.(error3 instanceof Error ? error3.message : "Não foi possível alterar o áudio.");
        return void 0;
      }
    }
    function section2(title, children) {
      return element("section", "audio-inspector-section", [element("h3", "", title), ...children]);
    }
    function render(snapshot = project.snapshot()) {
      previousFocus = root.contains(document.activeElement) ? { label: document.activeElement.getAttribute("aria-label"), tag: document.activeElement.tagName } : null;
      for (const disclosure of root.querySelectorAll(".audio-section-disclosure")) disclosures.set(disclosure.dataset.key, Boolean(disclosure.open));
      const oldContent = root.querySelector(".audio-inspector-content");
      if (oldContent) scrollPositions.set(oldContent.dataset.panel, oldContent.scrollTop || 0);
      for (const id of automationViews.keys()) if (!snapshot.project.tracks.some((track2) => track2.id === id)) automationViews.delete(id);
      const { track, clip: clip2 } = selected(snapshot);
      const selectionKey = (clip2?.id || "") + ":" + (track?.id || "");
      if (selectionKey !== previousSelection) {
        panel = clip2 ? "clip" : track ? "track" : "clip";
        previousSelection = selectionKey;
      }
      const selectedAsset = clip2 ? snapshot.assets.find((item) => item.id === clip2.assetId) : null;
      const content = [element("header", "audio-inspector-header", [
        element("span", "audio-panel-kicker", "PROPRIEDADES"),
        element("h2", "", clip2 ? selectedAsset?.name || "Clipe selecionado" : track ? track.name : "Nenhuma seleção")
      ])];
      const limiter = snapshot.project.master.limiter;
      content.push(section2("Saída master", [
        checkbox("Limiter de pico", limiter.enabled, (enabled) => apply2(
          () => project.setMasterLimiter({ enabled }),
          enabled ? "Limiter ativado." : "Limiter em bypass."
        )),
        slider("Ceiling", {
          value: limiter.ceilingDb,
          min: -12,
          max: 0,
          step: 0.1,
          suffix: " dBFS",
          onInput: (value) => apply2(() => project.setMasterLimiter({ ceilingDb: value }), "Ceiling atualizado.", true)
        }),
        element("p", "audio-help", "O limiter é um estágio de teto de pico no master e não substitui a normalização."),
        checkbox("Normalizar pico na exportação", snapshot.project.master.normalizePeak, (enabled) => apply2(
          () => project.setMasterPeakNormalization({ enabled }),
          "Normalização da exportação atualizada."
        )),
        slider("Pico alvo", {
          value: snapshot.project.master.targetPeak,
          min: 0.01,
          max: 1,
          step: 0.01,
          format: (value) => Math.round(value * 100) + "%",
          onInput: (value) => apply2(() => project.setMasterPeakNormalization({ targetPeak: value }), "Pico alvo atualizado.", true)
        })
      ]));
      content.push(audioOrganizationControls(project, snapshot, organizationView, { apply: apply2, currentTime: callbacks.currentTime, onSeek: callbacks.onSeek }));
      if (!track) {
        content.push(element("p", "audio-inspector-empty", "Selecione uma faixa ou um clipe para ajustar volume, pan e efeitos."));
        organize(content, snapshot, track, clip2, selectedAsset);
        return;
      }
      content.push(section2("Mix da faixa", [
        (() => {
          const input2 = element("input", "audio-number-input");
          input2.value = track.name;
          input2.maxLength = 120;
          input2.setAttribute("aria-label", "Nome da faixa selecionada");
          input2.addEventListener("change", () => apply2(() => project.setTrackName(track.id, input2.value), "Faixa renomeada."));
          return element("label", "audio-number-field", [element("span", "", "Nome"), input2]);
        })(),
        slider("Volume", {
          value: Math.max(-60, gainToDb(track.gain)),
          min: -60,
          max: 12,
          step: 0.5,
          format: (value) => value <= -60 ? "−∞ dB" : Number(value.toFixed(1)) + " dB",
          onInput: (value) => apply2(() => project.setTrackGain(track.id, value <= -60 ? 0 : dbToGain(value)), "Volume atualizado.", true)
        }),
        slider("Pan", {
          value: track.pan,
          min: -1,
          max: 1,
          step: 0.01,
          format: (value) => value === 0 ? "Centro" : value < 0 ? "E " + Math.round(Math.abs(value) * 100) : "D " + Math.round(value * 100),
          onInput: (value) => apply2(() => project.setTrackPan(track.id, value), "Pan atualizado.", true)
        }),
        checkbox("Mute", track.mute, (enabled) => apply2(() => project.setTrackMute(track.id, enabled), "Mute atualizado.")),
        checkbox("Solo", track.solo, (enabled) => apply2(() => project.setTrackSolo(track.id, enabled), "Solo atualizado."))
      ]));
      const eq = track.effects.eq;
      content.push(section2("Equalizador", [
        slider("Graves", {
          value: eq.lowDb,
          min: -12,
          max: 12,
          step: 0.5,
          suffix: " dB",
          onInput: (value) => apply2(() => project.setTrackEq(track.id, { lowDb: value }), "Graves atualizados.", true)
        }),
        slider("Médios", {
          value: eq.midDb,
          min: -12,
          max: 12,
          step: 0.5,
          suffix: " dB",
          onInput: (value) => apply2(() => project.setTrackEq(track.id, { midDb: value }), "Médios atualizados.", true)
        }),
        slider("Agudos", {
          value: eq.highDb,
          min: -12,
          max: 12,
          step: 0.5,
          suffix: " dB",
          onInput: (value) => apply2(() => project.setTrackEq(track.id, { highDb: value }), "Agudos atualizados.", true)
        })
      ]));
      content.push(section2("Bypass do equalizador", [checkbox("Ativar equalizador", eq.enabled !== false, (enabled) => apply2(
        () => project.setTrackEq(track.id, { enabled }),
        "Bypass do equalizador atualizado."
      ))]));
      if (!automationViews.has(track.id)) automationViews.set(track.id, { parameter: "volume", pointId: null, show: false });
      content.push(audioAutomationControls(project, track, automationViews.get(track.id), {
        apply: apply2,
        currentTime: callbacks.currentTime,
        sampleRate: snapshot.project.sampleRate,
        onView: (parameter) => callbacks.onAutomationView?.(track.id, parameter)
      }));
      const compressor = track.effects.compressor;
      content.push(section2("Compressor", [
        checkbox("Compressor", compressor.enabled, (enabled) => apply2(
          () => project.setTrackCompressor(track.id, { enabled }),
          enabled ? "Compressor ativado." : "Compressor em bypass."
        )),
        slider("Threshold", {
          value: compressor.thresholdDb,
          min: -60,
          max: 0,
          step: 0.5,
          suffix: " dB",
          onInput: (value) => apply2(() => project.setTrackCompressor(track.id, { thresholdDb: value }), "Threshold atualizado.", true)
        }),
        slider("Ratio", {
          value: compressor.ratio,
          min: 1,
          max: 20,
          step: 0.1,
          format: (value) => Number(value).toFixed(1) + ":1",
          onInput: (value) => apply2(() => project.setTrackCompressor(track.id, { ratio: value }), "Ratio atualizado.", true)
        }),
        slider("Attack", {
          value: compressor.attack,
          min: 0,
          max: 1,
          step: 1e-3,
          format: (value) => Math.round(value * 1e3) + " ms",
          onInput: (value) => apply2(() => project.setTrackCompressor(track.id, { attack: value }), "Attack atualizado.", true)
        }),
        slider("Release", {
          value: compressor.release,
          min: 0.01,
          max: 1,
          step: 0.01,
          format: (value) => Math.round(value * 1e3) + " ms",
          onInput: (value) => apply2(() => project.setTrackCompressor(track.id, { release: value }), "Release atualizado.", true)
        }),
        slider("Knee", {
          value: compressor.kneeDb,
          min: 0,
          max: 40,
          step: 0.5,
          suffix: " dB",
          onInput: (value) => apply2(() => project.setTrackCompressor(track.id, { kneeDb: value }), "Knee atualizado.", true)
        }),
        slider("Makeup", {
          value: compressor.makeupDb,
          min: -12,
          max: 12,
          step: 0.5,
          suffix: " dB",
          onInput: (value) => apply2(() => project.setTrackCompressor(track.id, { makeupDb: value }), "Makeup gain atualizado.", true)
        })
      ]));
      const highpass = track.effects.highpass;
      const nyquistMaximum = Math.max(40, Math.floor(snapshot.project.sampleRate / 2) - 1);
      const highpassMaximum = Math.max(20, Math.min(4e3, nyquistMaximum));
      const highFrequency = slider("Passa-altas", {
        value: highpass.frequency,
        min: 20,
        max: highpassMaximum,
        step: 1,
        suffix: " Hz",
        onInput: (value) => apply2(() => project.setTrackFilter(track.id, "highpass", { frequency: value }), "Passa-altas atualizado.", true)
      });
      highFrequency.hidden = !highpass.enabled;
      const lowpass = track.effects.lowpass;
      const lowpassMaximum = nyquistMaximum;
      const lowFrequency = slider("Passa-baixas", {
        value: lowpass.frequency,
        min: 40,
        max: lowpassMaximum,
        step: 10,
        suffix: " Hz",
        onInput: (value) => apply2(() => project.setTrackFilter(track.id, "lowpass", { frequency: value }), "Passa-baixas atualizado.", true)
      });
      lowFrequency.hidden = !lowpass.enabled;
      const notch = track.effects.notch;
      const notchFrequency = element("select", "audio-select", [
        Object.assign(element("option", "", "50 Hz"), { value: "50" }),
        Object.assign(element("option", "", "60 Hz"), { value: "60" })
      ]);
      notchFrequency.value = String(notch.frequency);
      notchFrequency.setAttribute("aria-label", "Frequência do filtro contra hum");
      notchFrequency.addEventListener("change", () => apply2(() => project.setTrackFilter(track.id, "notch", {
        frequency: Number(notchFrequency.value)
      }), "Filtro contra hum atualizado."));
      const notchOptions = element("label", "audio-inline-field", [element("span", "", "Hum elétrico"), notchFrequency]);
      notchOptions.hidden = !notch.enabled;
      content.push(section2("Passa-altas", [
        checkbox("Ativar passa-altas", highpass.enabled, (enabled) => apply2(() => project.setTrackFilter(track.id, "highpass", {
          enabled,
          frequency: enabled ? Math.min(highpass.frequency, highpassMaximum) : highpass.frequency
        }), enabled ? "Passa-altas ativado." : "Passa-altas desativado.")),
        highFrequency
      ]));
      content.push(section2("Passa-baixas", [
        checkbox("Ativar passa-baixas", lowpass.enabled, (enabled) => apply2(() => project.setTrackFilter(track.id, "lowpass", {
          enabled,
          frequency: enabled ? Math.min(lowpass.frequency, lowpassMaximum) : lowpass.frequency
        }), enabled ? "Passa-baixas ativado." : "Passa-baixas desativado.")),
        lowFrequency
      ]));
      content.push(section2("Filtro 50/60 Hz", [
        checkbox("Reduzir hum de 50/60 Hz", notch.enabled, (enabled) => apply2(() => project.setTrackFilter(track.id, "notch", { enabled }), enabled ? "Filtro contra hum ativado." : "Filtro contra hum desativado.")),
        notchOptions
      ]));
      const gate = track.effects.noiseGate;
      const gateThreshold = slider("Limiar", {
        value: gate.thresholdDb,
        min: -80,
        max: -6,
        step: 1,
        suffix: " dB",
        onInput: (value) => apply2(() => project.setTrackNoiseGate(track.id, { thresholdDb: value }), "Limiar do gate atualizado.", true)
      });
      gateThreshold.hidden = !gate.enabled;
      content.push(section2("Noise gate", [
        checkbox("Noise gate", gate.enabled, (enabled) => apply2(() => project.setTrackNoiseGate(track.id, { enabled }), enabled ? "Noise gate ativado." : "Noise gate desativado.")),
        gateThreshold,
        element("p", "audio-help", "O gate reduz trechos abaixo do limiar; não remove ruído complexo.")
      ]));
      if (clip2) {
        const asset = selectedAsset;
        const sourceEnd = clip2.sourceOffset + clip2.duration;
        const startField = numberField("Início na fonte (s)", clip2.sourceOffset, 0, Math.max(0, sourceEnd - 0.01));
        const endField = numberField("Fim na fonte (s)", sourceEnd, clip2.sourceOffset + 0.01, asset?.duration || sourceEnd);
        const selectedIds = snapshot.selection.clipIds || [clip2.id];
        const selectedClips = snapshot.project.tracks.flatMap((item) => item.clips).filter((item) => selectedIds.includes(item.id));
        const firstPosition = Math.min(...selectedClips.map((item) => item.startTime));
        const positionField = numberField("Posição na timeline (s)", firstPosition, 0, project.limits?.maxProjectDuration || 14400, 1 / snapshot.project.sampleRate);
        const positionButton = button("Posicionar clipes selecionados", "audio-secondary-button", "Aplicar posição à seleção", () => apply2(
          () => project.moveClips(selectedIds, Number(positionField.control.value) - firstPosition),
          "Posição da seleção atualizada."
        ));
        const trim = button("Aplicar corte", "audio-secondary-button", "Aplicar corte", () => apply2(() => project.trimClip(clip2.id, {
          sourceStart: Number(startField.control.value),
          sourceEnd: Number(endField.control.value)
        }), "Corte aplicado sem alterar o original."));
        content.push(section2("Clipe", [
          element("p", "audio-clip-metadata", `Timeline ${formatAudioTime(clip2.startTime, true)} · fonte ${formatAudioTime(clip2.sourceOffset, true)}–${formatAudioTime(sourceEnd, true)}`),
          slider("Ganho", {
            value: Math.max(-60, gainToDb(clip2.gain)),
            min: -60,
            max: 12,
            step: 0.5,
            format: (value) => value <= -60 ? "−∞ dB" : (value > 0 ? "+" : "") + Number(value).toFixed(1) + " dB",
            onInput: (value) => apply2(() => project.setClipGain(clip2.id, value <= -60 ? 0 : dbToGain(value)), "Ganho do clipe atualizado.", true)
          }),
          element("div", "audio-trim-fields", [startField, endField]),
          trim,
          positionField,
          positionButton,
          slider("Fade in", {
            value: clip2.fadeIn,
            min: 0,
            max: Math.max(0, clip2.duration - clip2.fadeOut),
            step: 0.01,
            suffix: " s",
            onInput: (value) => apply2(() => project.setClipFades(clip2.id, { fadeIn: value }), "Fade in atualizado.", true)
          }),
          slider("Fade out", {
            value: clip2.fadeOut,
            min: 0,
            max: Math.max(0, clip2.duration - clip2.fadeIn),
            step: 0.01,
            suffix: " s",
            onInput: (value) => apply2(() => project.setClipFades(clip2.id, { fadeOut: value }), "Fade out atualizado.", true)
          }),
          selectField2("Curva de entrada", [
            ["linear", "Linear"],
            ["equalPower", "Equal Power"],
            ["easeIn", "Ease In"],
            ["easeOut", "Ease Out"]
          ], clip2.fadeInCurve, (value) => apply2(() => project.setClipFades(clip2.id, { fadeInCurve: value }), "Curva de entrada atualizada.")),
          selectField2("Curva de saída", [
            ["linear", "Linear"],
            ["equalPower", "Equal Power"],
            ["easeIn", "Ease In"],
            ["easeOut", "Ease Out"]
          ], clip2.fadeOutCurve, (value) => apply2(() => project.setClipFades(clip2.id, { fadeOutCurve: value }), "Curva de saída atualizada.")),
          ...crossfadeControls(track, clip2),
          element("div", "audio-inspector-actions", [
            button("Dividir no cursor", "audio-secondary-button", "Dividir no cursor", () => apply2(() => project.splitClip(clip2.id, callbacks.currentTime?.() || 0), "Clipe dividido no cursor.")),
            button("Normalizar pico", "audio-secondary-button", "Normalizar pico", () => {
              const result = apply2(() => project.normalizeClipPeak(clip2.id), "Pico do clipe normalizado.");
              if (result?.silent) callbacks.onStatus?.("O clipe é silencioso; nenhum ganho foi alterado.");
            }),
            button("Excluir clipe", "audio-danger-button", "Excluir", () => apply2(() => project.deleteClip(clip2.id), "Clipe removido da sessão."))
          ])
        ]));
      }
      organize(content, snapshot, track, clip2, selectedAsset);
    }
    function organize(content, snapshot, track, clip2, asset) {
      const header2 = element("header", "audio-inspector-header", [
        element("h2", "", "Propriedades"),
        button("Fechar propriedades", "audio-inspector-close", icon("close"), () => {
          if (callbacks.onClose) callbacks.onClose();
          else root.hidden = true;
        })
      ]);
      const tabs = [["clip", "Clipe"], ["track", "Faixa"], ["effects", "Efeitos"], ["master", "Master"]];
      const tabBar = element("div", "audio-inspector-tabs");
      tabBar.setAttribute("role", "tablist");
      tabBar.setAttribute("aria-label", "Categorias de propriedades");
      for (const [id, label] of tabs) {
        const control = button(label, "audio-inspector-tab", label, () => {
          panel = id;
          render();
          root.querySelectorAll(".audio-inspector-tab")[tabs.findIndex((item) => item[0] === id)]?.focus();
        });
        control.setAttribute("role", "tab");
        control.tabIndex = panel === id ? 0 : -1;
        control.setAttribute("aria-selected", String(panel === id));
        control.classList.toggle("is-active", panel === id);
        tabBar.append(control);
        control.addEventListener("keydown", (event) => {
          const index = tabs.findIndex((item) => item[0] === id);
          let next;
          if (event.key === "ArrowRight") next = (index + 1) % tabs.length;
          else if (event.key === "ArrowLeft") next = (index + tabs.length - 1) % tabs.length;
          else if (event.key === "Home") next = 0;
          else if (event.key === "End") next = tabs.length - 1;
          else return;
          event.preventDefault();
          panel = tabs[next][0];
          render();
          root.querySelectorAll(".audio-inspector-tab")[next]?.focus();
        });
      }
      const sections = content.filter((node2) => node2.tagName === "SECTION");
      const findSection = (title) => sections.find((node2) => node2.querySelector("h3")?.textContent === title);
      const mix = findSection("Mix da faixa"), eq = findSection("Equalizador"), clipSection = findSection("Clipe");
      const primary = element("div", "audio-inspector-content");
      primary.dataset.panel = panel;
      primary.setAttribute("role", "tabpanel");
      primary.setAttribute("aria-label", tabs.find((item) => item[0] === panel)[1]);
      function disclose(title, sectionNode, open = false) {
        if (!sectionNode) return null;
        const key2 = (panel === "master" ? "project" : track?.id || "") + ":" + title;
        const node2 = element("details", "audio-section-disclosure", [element("summary", "", title), sectionNode]);
        node2.dataset.key = key2;
        node2.open = disclosures.has(key2) ? disclosures.get(key2) : open;
        return node2;
      }
      const empty = (text2) => primary.append(element("p", "audio-inspector-empty", text2));
      if (panel === "clip") {
        if (!clip2) empty("Selecione um clipe para editar.");
        else {
          primary.append(element("div", "audio-selected-card", [icon("audio"), element("div", "", [element("strong", "", asset?.name || "Clipe de áudio"), element("span", "", "Duração: " + formatAudioTime(clip2.duration, true))])]), clipSection);
          if ((snapshot.selection.clipIds?.length || 1) > 1) primary.append(element("p", "audio-help", "Ganho e fades editam o clipe principal. A posição numérica e a barra de edição atuam na seleção."));
        }
      } else if (panel === "track") {
        if (!track) empty("Selecione uma faixa para editar.");
        else {
          const pan = [...mix.querySelectorAll(".audio-inspector-control")].find((node2) => node2.querySelector("input")?.getAttribute("aria-label") === "Pan");
          if (pan) pan.querySelector(".audio-inspector-label").textContent = "Panorama";
          primary.append(mix, disclose("Automação", findSection("Automação da faixa")));
        }
      } else if (panel === "effects") {
        if (!track) empty("Selecione uma faixa para ajustar os efeitos.");
        else {
          eq.classList.add("audio-eq-section");
          eq.setAttribute("title", "Equalização aplicada à faixa " + track.name);
          const reset = button("Redefinir equalização", "audio-eq-reset", "Redefinir", () => apply2(() => project.setTrackEq(track.id, { lowDb: 0, midDb: 0, highDb: 0 }), "Equalização redefinida."));
          const heading = eq.querySelector("h3");
          heading.textContent = "";
          heading.append(reset);
          for (const field3 of eq.querySelectorAll(".audio-inspector-control")) {
            field3.classList.add("audio-eq-control");
            field3.append(element("span", "audio-eq-dial"));
            const input2 = field3.querySelector("input");
            const update = () => {
              const value = Math.max(-12, Math.min(12, Number(input2.value) || 0));
              field3.style.setProperty("--eq-angle", value * 135 / 12 + "deg");
              field3.style.setProperty("--eq-sweep", (value + 12) * 270 / 24 + "deg");
            };
            update();
            input2.addEventListener("input", update);
          }
          const eqBody = element("div", "audio-eq-body", [findSection("Bypass do equalizador"), eq]);
          primary.append(
            element("p", "audio-effects-track", track.name),
            element("h3", "audio-effects-group", "Equalização e filtros"),
            disclose("Equalizador (EQ)", eqBody, true),
            disclose("Passa-altas", findSection("Passa-altas")),
            disclose("Passa-baixas", findSection("Passa-baixas")),
            disclose("Filtro 50/60 Hz", findSection("Filtro 50/60 Hz")),
            element("h3", "audio-effects-group", "Dinâmica"),
            disclose("Compressor", findSection("Compressor")),
            disclose("Noise gate", findSection("Noise gate"))
          );
        }
      } else {
        if (callbacks.masterControl) primary.append(callbacks.masterControl);
        primary.append(findSection("Saída master"), disclose("Marcadores e regiões", findSection("Marcadores e regiões")));
      }
      root.dataset.panel = panel;
      root.replaceChildren(header2, tabBar, primary);
      primary.scrollTop = scrollPositions.get(panel) || 0;
      root.updatePosition(callbacks.currentTime?.() || 0, snapshot);
      if (previousFocus?.label) [...root.querySelectorAll("button, input, select")].find((node2) => node2.tagName === previousFocus.tag && node2.getAttribute("aria-label") === previousFocus.label)?.focus();
    }
    function crossfadeControls(track, clip2) {
      const partner = track.clips.filter((item) => item.id !== clip2.id).map((item) => ({ item, overlap: Math.min(clip2.startTime + clip2.duration, item.startTime + item.duration) - Math.max(clip2.startTime, item.startTime) })).filter((value) => value.overlap > 0).sort((left, right) => right.overlap - left.overlap)[0]?.item;
      if (!partner) return [element("p", "audio-help", "Sobreponha dois clipes na mesma faixa para habilitar o crossfade.")];
      let type = "linear";
      const mode = selectField2(
        "Crossfade",
        [["linear", "Linear"], ["equalPower", "Equal Power"]],
        type,
        (value) => {
          type = value;
        }
      );
      const applyButton = button("Aplicar crossfade", "audio-secondary-button", "Aplicar crossfade", () => apply2(
        () => project.applyCrossfade(clip2.id, partner.id, type),
        "Crossfade aplicado aos clipes sobrepostos."
      ));
      return [mode, applyButton];
    }
    root.render = render;
    root.updatePosition = (time, snapshot = project.snapshot()) => {
      const { clip: clip2 } = selected(snapshot);
      const split = [...root.querySelectorAll("button")].find((node2) => node2.getAttribute("aria-label") === "Dividir no cursor");
      if (split) split.disabled = !clip2 || (snapshot.selection.clipIds?.length || 1) > 1 || time <= clip2.startTime || time >= clip2.startTime + clip2.duration;
    };
    root.activateTab = (name, reveal) => {
      if (!["clip", "track", "effects", "master"].includes(name)) return;
      panel = name;
      render();
      if (reveal) {
        for (const node2 of root.querySelectorAll(".audio-section-disclosure")) if (node2.dataset.key.endsWith(":" + reveal)) {
          node2.open = true;
          node2.scrollIntoView?.({ block: "nearest" });
        }
      }
    };
    render();
    return root;
  }

  // src/tools/audio/project-file.js
  var UBAUDIO_FORMAT_VERSION = 2;
  var FORMAT = "unibox-audio";
  var SOURCE_KEYS = /* @__PURE__ */ new Set([
    "id",
    "fileName",
    "size",
    "type",
    "duration",
    "sampleRate",
    "channels",
    "length",
    "decodedBytes",
    "lastModified"
  ]);
  var EDITOR_KEYS = /* @__PURE__ */ new Set(["zoom", "selection"]);
  var SELECTION_KEYS = /* @__PURE__ */ new Set(["trackId", "clipId"]);
  function plainObject3(value) {
    if (!value || typeof value !== "object" || Array.isArray(value)) return false;
    const prototype = Object.getPrototypeOf(value);
    return prototype === Object.prototype || prototype === null;
  }
  function exactKeys2(value, keys) {
    return plainObject3(value) && Object.keys(value).every((key2) => keys.has(key2));
  }
  function validId2(value) {
    return typeof value === "string" && value.length > 0 && value.length <= 160 && !/[\u0000-\u001f\u007f]/.test(value);
  }
  function validateSource(source, limits) {
    if (!exactKeys2(source, SOURCE_KEYS) || !validId2(source.id) || typeof source.fileName !== "string" || !source.fileName || source.fileName.length > limits.maxNameChars || typeof source.type !== "string" || !/^audio\/[a-z0-9.+-]+$/i.test(source.type) || !Number.isSafeInteger(source.size) || source.size < 0 || source.size > limits.maxFileBytes || !Number.isFinite(source.duration) || source.duration <= 0 || source.duration > limits.maxAssetDuration || !Number.isSafeInteger(source.sampleRate) || source.sampleRate < limits.minSampleRate || source.sampleRate > limits.maxSampleRate || !Number.isSafeInteger(source.channels) || source.channels < 1 || source.channels > limits.maxChannels || !Number.isSafeInteger(source.length) || source.length < 1 || !Number.isSafeInteger(source.decodedBytes) || source.decodedBytes !== source.length * source.channels * Float32Array.BYTES_PER_ELEMENT || !Number.isSafeInteger(source.lastModified) || source.lastModified < 0) {
      throw new AudioEngineError("audio_project_source", "O projeto contém metadados de fonte inválidos.");
    }
    const expectedDuration = source.length / source.sampleRate;
    if (Math.abs(expectedDuration - source.duration) > Math.max(1 / source.sampleRate, 1e-6)) {
      throw new AudioEngineError("audio_project_source", "A duração de uma fonte não corresponde aos seus frames.");
    }
    return source;
  }
  function editorState(value, project) {
    const fallback = { zoom: 64, selection: { trackId: null, clipId: null } };
    if (value === void 0) return fallback;
    if (!exactKeys2(value, EDITOR_KEYS) || !exactKeys2(value.selection, SELECTION_KEYS) || !Number.isFinite(value.zoom) || value.zoom < 4 || value.zoom > 240 || value.selection.trackId !== null && !validId2(value.selection.trackId) || value.selection.clipId !== null && !validId2(value.selection.clipId)) {
      throw new AudioEngineError("audio_project_editor", "As configurações do editor no projeto são inválidas.");
    }
    if (value.selection.trackId !== null && !project.tracks.some((track) => track.id === value.selection.trackId)) {
      throw new AudioEngineError("audio_project_editor", "A faixa selecionada no projeto não existe.");
    }
    if (value.selection.clipId !== null && !project.tracks.some((track) => track.clips.some((clip2) => clip2.id === value.selection.clipId))) {
      throw new AudioEngineError("audio_project_editor", "O clipe selecionado no projeto não existe.");
    }
    return { zoom: value.zoom, selection: { ...value.selection } };
  }
  function outputName2(value) {
    const base = safeAudioLabel(value, "projeto-de-audio").replace(/[<>:"/\\|?*]+/g, "-").replace(/[. ]+$/g, "");
    return base.toLowerCase().endsWith(".ubaudio") ? base : base + ".ubaudio";
  }
  function exportAudioProjectFile(snapshot, editor = {}, limits = AUDIO_LIMITS) {
    if (!snapshot || !snapshot.project || !Array.isArray(snapshot.assets)) {
      throw new AudioEngineError("audio_project", "Não foi possível preparar o projeto de áudio para salvar.");
    }
    const sourceMap = new Map(snapshot.assets.map((source) => [source.id, source]));
    validateAudioProject(snapshot.project, sourceMap, limits);
    const metadata = {
      format: FORMAT,
      formatVersion: UBAUDIO_FORMAT_VERSION,
      project: snapshot.project,
      sources: snapshot.assets.map((source) => ({
        id: source.id,
        fileName: safeAudioLabel(source.name, "Áudio", limits.maxNameChars),
        size: source.size,
        type: source.mime,
        duration: source.duration,
        sampleRate: source.sampleRate,
        channels: source.numberOfChannels,
        length: source.length,
        decodedBytes: source.decodedBytes,
        lastModified: Number.isSafeInteger(source.lastModified) && source.lastModified >= 0 ? source.lastModified : 0
      })),
      editor: {
        zoom: Number.isFinite(editor.zoom) ? editor.zoom : 64,
        selection: {
          trackId: editor.selection?.trackId ?? snapshot.selection?.trackId ?? null,
          clipId: editor.selection?.clipId ?? snapshot.selection?.clipId ?? null
        }
      },
      future: { embeddedMedia: null }
    };
    const normalizedEditor = editorState(metadata.editor, snapshot.project);
    metadata.editor = normalizedEditor;
    const bytes2 = new TextEncoder().encode(JSON.stringify(metadata));
    if (bytes2.byteLength > limits.maxProjectFileBytes) {
      throw new AudioEngineError("audio_project_size", "Os metadados do projeto ultrapassam o limite do formato .ubaudio.");
    }
    const name = outputName2(snapshot.project.name);
    const blob = new Blob([bytes2], { type: "application/x-unibox-audio" });
    const file = typeof File === "function" ? new File([blob], name, { type: blob.type }) : blob;
    return Object.freeze({
      id: "audio-project-export",
      source: "output",
      kind: "file",
      mime: blob.type,
      file,
      name,
      size: file.size,
      valid: true,
      verification: "ubaudio-v2",
      warnings: [],
      notice: "Projeto de áudio salvo sem incorporar as mídias originais."
    });
  }
  async function importAudioProjectFile(file, limits = AUDIO_LIMITS, signal) {
    if (!(file instanceof Blob) || file.size < 2 || file.size > limits.maxProjectFileBytes) {
      throw new AudioEngineError("audio_project_size", "O arquivo .ubaudio é vazio, inválido ou grande demais.");
    }
    signal?.throwIfAborted?.();
    let metadata;
    try {
      const bytes2 = new Uint8Array(await file.arrayBuffer());
      signal?.throwIfAborted?.();
      metadata = JSON.parse(new TextDecoder("utf-8", { fatal: true }).decode(bytes2));
    } catch (error3) {
      if (signal?.aborted) throw signal.reason || error3;
      throw new AudioEngineError("audio_project_parse", "Não foi possível ler os metadados do projeto .ubaudio.", error3);
    }
    if (!plainObject3(metadata) || metadata.format !== FORMAT || ![1, UBAUDIO_FORMAT_VERSION].includes(metadata.formatVersion) || !plainObject3(metadata.project) || !Array.isArray(metadata.sources)) {
      throw new AudioEngineError("audio_project_version", "O formato ou a versão deste projeto de áudio não é compatível.");
    }
    if (metadata.sources.length > limits.maxAssets) {
      throw new AudioEngineError("audio_asset_limit", "O projeto possui fontes de áudio demais.");
    }
    const sources = [];
    const sourceMap = /* @__PURE__ */ new Map();
    for (const value of metadata.sources) {
      const source = validateSource(value, limits);
      if (sourceMap.has(source.id)) throw new AudioEngineError("audio_project_source", "O projeto contém IDs de fonte duplicados.");
      const frozen = Object.freeze({ ...source });
      sources.push(frozen);
      sourceMap.set(source.id, frozen);
    }
    const sourceFileBytes = sources.reduce((sum2, source) => sum2 + source.size, 0);
    const decodedBytes = sources.reduce((sum2, source) => sum2 + source.decodedBytes, 0);
    if (!Number.isSafeInteger(sourceFileBytes) || sourceFileBytes > limits.maxTotalFileBytes) {
      throw new AudioEngineError("audio_memory", "As fontes descritas no projeto ultrapassam o limite seguro.");
    }
    assertAudioMemoryBudget(estimateAudioWorkingSet({ sourceFileBytes, decodedBytes }, limits), limits);
    validateAudioProject(metadata.project, sourceMap, limits);
    metadata.project = upgradeAudioProject(metadata.project);
    validateAudioProject(metadata.project, sourceMap, limits);
    const editor = editorState(metadata.editor, metadata.project);
    return Object.freeze({
      project: freezeAudioState(structuredClone(metadata.project)),
      sources: Object.freeze(sources),
      editor: freezeAudioState(editor)
    });
  }
  function validateRelinkedAudioSource(source, decoded, limits = AUDIO_LIMITS) {
    validateSource(source, limits);
    if (!decoded || typeof decoded !== "object") {
      throw new AudioEngineError("audio_relink", "O arquivo escolhido não pôde ser decodificado.");
    }
    const metadata = inspectAudioBuffer(decoded.buffer, limits);
    const size = decoded.size ?? decoded.file?.size;
    if (size !== source.size || metadata.sampleRate !== source.sampleRate || metadata.numberOfChannels !== source.channels || metadata.length !== source.length || Math.abs(metadata.duration - source.duration) > Math.max(1 / source.sampleRate, 1e-6)) {
      throw new AudioEngineError(
        "audio_relink",
        `O arquivo escolhido não corresponde à fonte “${source.fileName}” em tamanho, duração, canais ou sample rate.`
      );
    }
    const warnings = [];
    const actualName = safeAudioLabel(decoded.name || decoded.file?.name, "Áudio", limits.maxNameChars);
    if (actualName !== source.fileName) warnings.push("O nome mudou, mas os dados técnicos correspondem à fonte esperada.");
    return Object.freeze({
      linked: {
        ...decoded,
        id: source.id,
        name: actualName,
        mime: decoded.mime || decoded.file?.type || source.type,
        size,
        lastModified: Number.isSafeInteger(decoded.file?.lastModified) ? decoded.file.lastModified : source.lastModified
      },
      warnings: Object.freeze(warnings)
    });
  }

  // src/tools/audio/session.js
  function firstMessage(interpretation, fallback) {
    return interpretation?.clarification?.find((value) => typeof value === "string" && value.trim()) || interpretation?.message || fallback;
  }
  async function importAudioFiles(files, options2 = {}) {
    const selected2 = Array.from(files || []);
    if (!selected2.length) throw new AudioEngineError("audio_input", "Selecione ao menos um arquivo de áudio.");
    const detected = await detectInput({ files: selected2 }, {
      registry: capabilityRegistry,
      limits: resolveLimits(options2.limits),
      signal: options2.signal
    });
    const rejected = detected.items.find((item) => item.kind !== "audio" || item.valid !== true);
    if (rejected) {
      throw new AudioEngineError("audio_input", rejected.warnings?.[0] || "Este formato de áudio não é suportado pelo seu navegador.");
    }
    return importVerifiedAudioItems(detected.items, options2);
  }
  var exportAudioWav = (options2) => renderAudioWav(options2);
  async function executeAudioCommand(command, options2 = {}) {
    const value = String(command || "").trim();
    if (!value) throw new CoreError("command", "Digite um comando para o editor de áudio.");
    const registry = options2.registry || capabilityRegistry;
    const limits = resolveLimits(options2.limits);
    const input2 = collection([]);
    const session2 = Object.freeze({
      audioProject: audioCommandContext(options2.playhead),
      lastOperationPlan: options2.lastOperationPlan,
      operations: Array.isArray(options2.operations) ? [...options2.operations] : []
    });
    const interpretation = parseCommand(value, { registry, limits, input: input2, session: session2 });
    const plan = createPlan(interpretation, registry);
    if (plan.steps.length !== 1 || !plan.steps[0].capabilityId.startsWith("audio.")) {
      throw new CoreError("audio_command", firstMessage(
        interpretation,
        "Não reconheci uma ação de áudio nesse pedido. Tente mencionar a faixa, o clipe ou a mixagem."
      ));
    }
    const validation = validatePlan(plan, input2, { registry, limits, session: session2 });
    if (!validation.valid) {
      throw new CoreError("audio_command", validation.errors[0]?.message || firstMessage(interpretation, "O comando de áudio precisa de mais detalhes."), validation.errors);
    }
    if (validation.requiresConfirmation) {
      throw new CoreError("audio_confirmation", validation.confirmationReasons.join(" "));
    }
    const result = await executePlan(plan, input2, {
      registry,
      limits,
      signal: options2.signal,
      session: session2
    });
    const item = result.items[0];
    return Object.freeze({
      interpretation,
      result,
      item,
      message: item?.notice || result.notices?.at(-1)?.text || "Comando de áudio aplicado."
    });
  }

  // src/components/audio-editor.js
  function iconButton(label, iconName, onClick, className = "") {
    return button(label, ("audio-toolbar-button " + className).trim(), icon(iconName), onClick);
  }
  function editableTarget(target) {
    return ["INPUT", "TEXTAREA", "SELECT"].includes(target?.tagName) || target?.isContentEditable;
  }
  function audioEditor(project = audioProject, { assistantEnabled = features.assistantEnabled } = {}) {
    const events = new AbortController();
    let engine;
    let disposed = false;
    let playing = false;
    let busy = false;
    let frame = 0;
    let position = 0;
    let scrubbing = false;
    let renderPending = false;
    let peakHoldDb = -Infinity;
    let peakHoldAt = 0;
    let lastMeterText = "";
    let lastTrackMeterAt = 0;
    let lastProjectState = "";
    let savedProjectState = JSON.stringify(project.snapshot().project);
    let hasSavedProject = false;
    let lastChangedTime = null;
    let exportDialog = null;
    const menus = [];
    const menuOptions = { signal: events.signal, onOpen: () => {
      menus.forEach((menu) => menu.close());
      timeline.closeMenus();
    } };
    const status = element("p", "audio-status", "Editor pronto. Adicione um áudio para começar.");
    status.setAttribute("role", "status");
    status.setAttribute("aria-live", "polite");
    const time = element("output", "audio-time", "00:00.000 / 00:00.000");
    const currentTimeLabel = element("span", "audio-time-current", "00:00.000");
    const durationLabel = element("span", "audio-time-duration", "00:00.000");
    time.replaceChildren(currentTimeLabel, element("span", "", " / "), durationLabel);
    time.setAttribute("aria-label", "Posição e duração do projeto");
    const meterFill = element("span", "audio-meter-fill");
    const meterTicks = [
      ["−∞", -60],
      ["−48", -48],
      ["−36", -36],
      ["−24", -24],
      ["−18", -18],
      ["−12", -12],
      ["−6", -6],
      ["−3", -3],
      ["0", 0]
    ];
    const meterScale = element("span", "audio-meter-scale", meterTicks.map(([label, db], index) => {
      const tick2 = element("i", index === 0 ? "is-start" : index === meterTicks.length - 1 ? "is-end" : "", label);
      tick2.style.left = (db + 60) / 60 * 100 + "%";
      return tick2;
    }));
    const meterPeak = element("output", "audio-meter-value", "−∞ dBFS");
    const meterHold = element("output", "audio-meter-hold", "hold −∞");
    const meter = element("span", "audio-master-meter", [meterFill, meterScale]);
    meter.setAttribute("aria-label", "Nível master");
    meter.setAttribute("role", "meter");
    meter.setAttribute("aria-valuemin", "-60");
    meter.setAttribute("aria-valuemax", "0");
    meter.setAttribute("aria-valuenow", "-60");
    const fileInput = element("input", "sr-only");
    fileInput.type = "file";
    fileInput.multiple = true;
    fileInput.accept = "audio/*,.wav,.mp3,.flac,.ogg,.m4a";
    fileInput.setAttribute("aria-label", "Selecionar arquivos de áudio");
    const projectInput = element("input", "sr-only");
    projectInput.type = "file";
    projectInput.accept = ".ubaudio,application/x-unibox-audio,application/json";
    projectInput.setAttribute("aria-label", "Abrir projeto de áudio " + brand.name);
    const playButton = iconButton("Reproduzir", "play", () => playing ? pause() : play(), "audio-play-button");
    const previousButton = iconButton("Ir ao início do projeto", "skipStart", () => seek(0));
    const nextButton = iconButton("Ir ao fim do projeto", "skipEnd", () => seek(project.snapshot().duration));
    const stopButton = iconButton("Parar e voltar ao início", "stop", stop);
    const undoButton = iconButton("Desfazer (Ctrl+Z)", "undo", undo);
    const redoButton = iconButton("Refazer (Ctrl+Y)", "redo", redo);
    const compactUndo = button("Desfazer no menu (Ctrl+Z)", "", [icon("undo"), "Desfazer"], undo);
    const compactRedo = button("Refazer no menu (Ctrl+Y)", "", [icon("redo"), "Refazer"], redo);
    const splitButton = iconButton("Dividir clipe no cursor", "scissors", splitSelected);
    const addButton = button("Adicionar áudio", "audio-primary-button", [icon("plus"), element("span", "", "Adicionar áudio")], () => fileInput.click());
    const addTrackButton = button("Adicionar faixa vazia", "audio-secondary-button audio-add-track", [icon("plus"), element("span", "", "Faixa")], addEmptyTrack);
    const saveProjectButton = button("Salvar projeto de áudio", "audio-secondary-button audio-project-button", [icon("download"), element("span", "", "Salvar projeto")], saveProject);
    const openProjectButton = button("Abrir projeto de áudio", "audio-secondary-button audio-project-button", [icon("folder"), element("span", "", "Abrir projeto")], () => projectInput.click());
    const exportButton = button("Exportar mixagem WAV", "audio-export-button", [documentIcon("export"), element("span", "", "Exportar…")], exportMix);
    const exportFormat = element("select", "audio-select", Object.assign(element("option", "", "WAV (PCM estéreo)"), { value: "wav" }));
    exportFormat.setAttribute("aria-label", "Formato de exportação");
    const exportRate = element("select", "audio-select", [
      Object.assign(element("option", "", "16 bits · taxa do projeto"), { value: "project" }),
      Object.assign(element("option", "", "16 bits · 44.100 Hz"), { value: "44100" }),
      Object.assign(element("option", "", "16 bits · 48.000 Hz"), { value: "48000" })
    ]);
    exportRate.setAttribute("aria-label", "Qualidade de exportação WAV");
    exportRate.value = "project";
    exportFormat.value = "wav";
    const exportSettings = element("section", "audio-export-settings", [
      element("h3", "", "Exportar áudio"),
      element("label", "audio-inline-field", [element("span", "", "Formato"), exportFormat]),
      element("label", "audio-inline-field", [element("span", "", "Qualidade"), exportRate]),
      exportButton
    ]);
    const exportMenuButton = button("Exportar áudio", "", [documentIcon("export"), "Exportar áudio"], () => {
      exportDialog = showDialog("Exportar áudio", element("div", "dialog-body audio-export-dialog", [element("p", "audio-help", "Mixagem completa em WAV PCM estéreo de 16 bits."), exportSettings]));
    });
    const fileMenu = audioMenu("Arquivo", [openProjectButton, saveProjectButton, exportMenuButton], menuOptions);
    menus.push(fileMenu);
    const zoom = element("input", "audio-zoom");
    let zoomPixels = 8;
    zoom.type = "range";
    zoom.min = "0";
    zoom.max = "100";
    zoom.step = "1";
    zoom.value = "50";
    zoom.setAttribute("aria-label", "Zoom horizontal da timeline");
    const compactZoom = element("input", "audio-zoom");
    compactZoom.type = "range";
    compactZoom.min = "0";
    compactZoom.max = "100";
    compactZoom.step = "1";
    compactZoom.value = "50";
    compactZoom.setAttribute("aria-label", "Zoom horizontal no menu");
    const zoomLabel = element("span", "audio-zoom-value", "100%");
    function updateZoomVisual() {
      zoomLabel.textContent = Math.round(zoomPixels / 8 * 100) + "%";
      zoom.style.setProperty("--zoom-progress", zoom.value + "%");
      compactZoom.value = zoom.value;
      compactZoom.style.setProperty("--zoom-progress", zoom.value + "%");
    }
    updateZoomVisual();
    function applyZoom() {
      const value = Number(zoom.value);
      zoomPixels = value <= 50 ? 4 * 2 ** (value / 50) : 8 * 30 ** ((value - 50) / 50);
      updateZoomVisual();
      timeline.setZoom(zoomPixels);
      timeline.updatePlayhead(currentPosition());
    }
    zoom.addEventListener("input", applyZoom, { signal: events.signal });
    compactZoom.addEventListener("input", () => {
      zoom.value = compactZoom.value;
      applyZoom();
    }, { signal: events.signal });
    const master = element("input", "audio-master-volume");
    master.type = "range";
    master.min = "0";
    master.max = "2";
    master.step = ".01";
    master.setAttribute("aria-label", "Volume master");
    const masterValue = element("span", "audio-control-value");
    master.addEventListener("input", () => {
      updateAudioRangeFill(master);
      try {
        project.setMasterGain(Number(master.value));
        masterValue.textContent = Math.round(Number(master.value) * 100) + "%";
        refreshControls();
      } catch (error3) {
        setError(error3);
      }
    }, { signal: events.signal });
    const loopMode = element("select", "audio-loop-mode", [
      Object.assign(element("option", "", "Sem loop"), { value: "off" }),
      Object.assign(element("option", "", "Loop projeto"), { value: "project" }),
      Object.assign(element("option", "", "Loop região"), { value: "region" })
    ]);
    loopMode.setAttribute("aria-label", "Modo de loop");
    const loopStart = element("input", "audio-loop-time");
    loopStart.type = "number";
    loopStart.min = "0";
    loopStart.step = ".01";
    loopStart.value = "0";
    loopStart.setAttribute("aria-label", "Início do loop em segundos");
    const loopEnd = element("input", "audio-loop-time");
    loopEnd.type = "number";
    loopEnd.min = "0";
    loopEnd.step = ".01";
    loopEnd.value = "0";
    loopEnd.setAttribute("aria-label", "Fim do loop em segundos");
    const updateLoop = () => {
      try {
        const mode = loopMode.value;
        let start = mode === "region" ? Number(loopStart.value) : 0;
        let end = mode === "region" ? Number(loopEnd.value) : 0;
        if (mode === "region" && end <= start) {
          const duration = project.snapshot().duration;
          start = Math.max(0, Math.min(start, Math.max(0, duration - 0.01)));
          end = duration;
          loopStart.value = String(start);
          loopEnd.value = String(end);
        }
        project.setLoop({
          enabled: mode !== "off",
          mode: mode === "region" ? "region" : "project",
          start,
          end
        });
        setStatus(mode === "off" ? "Loop desativado." : mode === "project" ? "Loop do projeto ativado." : "Loop de região ativado.");
        refresh();
      } catch (error3) {
        setError(error3);
        refreshControls();
      }
    };
    loopMode.addEventListener("change", updateLoop, { signal: events.signal });
    loopStart.addEventListener("change", updateLoop, { signal: events.signal });
    loopEnd.addEventListener("change", updateLoop, { signal: events.signal });
    const loopControl = element("div", "audio-loop-control", [loopMode, loopStart, loopEnd]);
    const viewGroup = element("div", "audio-view-group");
    const toolbar = element("header", "audio-toolbar", [
      element("div", "audio-toolbar-group audio-project-group", [fileMenu.root, addButton, addTrackButton]),
      element("div", "audio-transport", [previousButton, playButton, stopButton, nextButton, time, loopControl]),
      viewGroup,
      fileInput,
      projectInput
    ]);
    const timeline = audioTimeline(project, {
      isBusy: () => busy,
      onClipContextMenu: ({ x, y, anchor }) => {
        if (!busy) clipContextMenu.openAt(x, y, anchor);
      },
      onMenuOpen: () => menus.forEach((menu) => menu.close()),
      initialZoom: zoomPixels,
      onAddTrack: addEmptyTrack,
      onAddAudio: () => fileInput.click(),
      onSeek: seek,
      onScrub: previewSeek,
      onScrubCancel: cancelPreviewSeek,
      onStatus: setStatus,
      onError: (message) => setError(message),
      onEdit: editFinished,
      onSelection: (options2) => {
        if (options2?.render === false) {
          inspector.render(project.snapshot());
          refreshControls();
          return;
        }
        refresh();
      }
    });
    const inspector = audioInspector(project, {
      onStatus: setStatus,
      onError: (message) => setError(message),
      onEdit: editFinished,
      currentTime: currentPosition,
      onSeek: seek,
      onAutomationView: (trackId, parameter) => timeline.setAutomationView(trackId, parameter),
      masterControl: element("label", "audio-master-control", [element("span", "", "Master"), master, masterValue, meter, meterPeak, meterHold]),
      onClose() {
        setInspectorVisible(false);
      }
    });
    const arrangement = element("div", "audio-arrangement", timeline);
    const workspace2 = element("div", "audio-workspace", [arrangement, inspector]);
    const propertiesButton = iconButton("Mostrar propriedades", "settings", () => setInspectorVisible(inspector.hidden), "audio-properties-toggle");
    propertiesButton.setAttribute("aria-expanded", "true");
    function setInspectorVisible(visible) {
      inspector.hidden = !visible;
      workspace2.classList.toggle("is-inspector-hidden", !visible);
      propertiesButton.setAttribute("aria-expanded", String(visible));
      propertiesButton.title = visible ? "Recolher propriedades" : "Mostrar propriedades";
      propertiesButton.setAttribute("aria-label", propertiesButton.title);
    }
    function showProperties(tab, reveal) {
      setInspectorVisible(true);
      if (tab) inspector.activateTab(tab, reveal);
    }
    const selectedIds = () => {
      const selection = project.snapshot().selection;
      return selection.clipIds || (selection.clipId ? [selection.clipId] : []);
    };
    const editClips = (action, message) => {
      if (busy) return;
      try {
        action();
        setStatus(message);
        refresh();
      } catch (error3) {
        setError(error3);
      }
    };
    const clipButtons = [
      button("Copiar clipes (Ctrl+C)", "", "Copiar clipes", () => editClips(() => project.copyClips(selectedIds()), "Clipes copiados para o clipboard interno.")),
      button("Recortar clipes (Ctrl+X)", "", "Recortar clipes", () => editClips(() => project.cutClips(selectedIds()), "Clipes recortados.")),
      button("Duplicar clipes (Ctrl+D)", "audio-toolbar-button", icon("copy"), () => editClips(() => project.duplicateClips(selectedIds()), "Clipes duplicados após a seleção.")),
      button("Duplicar clipes no cursor", "", "Duplicar no cursor", () => editClips(() => project.duplicateClips(selectedIds(), currentPosition()), "Clipes duplicados no cursor."))
    ];
    const pasteButton = button("Colar clipes no cursor (Ctrl+V)", "", "Colar no cursor", () => editClips(() => project.pasteClips(currentPosition()), "Clipes colados no cursor."));
    let snapEnabled = false;
    const snapButton = button("Ativar/desativar Snap", "audio-edit-toggle", "Snap", () => {
      snapEnabled = !snapEnabled;
      timeline.setSnap(snapEnabled);
      snapButton.classList.toggle("is-active", snapEnabled);
      snapButton.setAttribute("aria-pressed", String(snapEnabled));
    });
    snapButton.setAttribute("aria-pressed", "false");
    const clearSelectionButton = button("Limpar seleção de clipes", "", "Limpar seleção", () => {
      project.clearSelection();
      refresh();
    });
    const selectAllButton = button("Selecionar todos os clipes", "", "Selecionar todos os clipes", () => {
      project.selectClips(project.snapshot().project.tracks.flatMap((track) => track.clips.map((clip2) => clip2.id)));
      refresh();
    });
    const selectionMenu = audioMenu("Selecionar", [selectAllButton, clearSelectionButton], menuOptions);
    menus.push(selectionMenu);
    const editMenu = audioMenu("Editar", [clipButtons[0], clipButtons[1], pasteButton, clipButtons[3]], menuOptions);
    menus.push(editMenu);
    const deleteButton = iconButton("Excluir clipes selecionados", "trash", () => editClips(() => project.deleteClips(selectedIds()), "Clipes excluídos."));
    const clipTools = element("div", "audio-edit-actions", [splitButton, clipButtons[2], deleteButton]);
    const trackTools = element("div", "audio-edit-actions", [button("Abrir automação da faixa", "audio-edit-toggle", "Automação", () => showProperties("track", "Automação")), button("Abrir efeitos da faixa", "audio-edit-toggle", "Efeitos", () => showProperties("effects"))]);
    const contextLabel = element("span", "audio-selection-label");
    const markerButton = button("Marcadores e regiões", "audio-edit-toggle", [icon("clock"), "Marcadores"], () => showProperties("master", "Marcadores e regiões"));
    const editToolbar = element("div", "audio-edit-toolbar", [selectionMenu.root, editMenu.root, clipTools, trackTools, snapButton, markerButton, contextLabel]);
    editToolbar.setAttribute("role", "toolbar");
    editToolbar.setAttribute("aria-label", "Edição da timeline");
    const waveformZoom = element("select", "audio-select", [1, 2, 4, 8].map((value) => Object.assign(element("option", "", "Waveform " + value + "×"), { value: String(value) })));
    waveformZoom.value = "1";
    waveformZoom.setAttribute("aria-label", "Zoom vertical da waveform");
    waveformZoom.addEventListener("change", () => timeline.setWaveformZoom(Number(waveformZoom.value)), { signal: events.signal });
    const trackHeight = element("select", "audio-select", [["compact", "Compacta"], ["normal", "Normal"], ["expanded", "Expandida"]].map(([value, label]) => Object.assign(element("option", "", label), { value })));
    trackHeight.value = "normal";
    trackHeight.setAttribute("aria-label", "Altura das faixas");
    trackHeight.addEventListener("change", () => timeline.setTrackHeight(trackHeight.value), { signal: events.signal });
    const viewMenu = audioMenu("Mais opções de visualização", [element("label", "audio-inline-field audio-view-compact-zoom", ["Zoom", compactZoom]), element("div", "audio-view-compact-history", [compactUndo, compactRedo]), element("label", "audio-inline-field", ["Altura das faixas", trackHeight]), element("label", "audio-inline-field", ["Zoom da waveform", waveformZoom])], { ...menuOptions, compact: true });
    menus.push(viewMenu);
    viewGroup.append(element("label", "audio-zoom-control", [element("span", "", "Zoom"), zoom, zoomLabel]), element("div", "audio-toolbar-actions", [undoButton, redoButton]), propertiesButton, viewMenu.root);
    const contextAction = (label, glyph, shortcut, action) => {
      const control = button(label, "", [icon(glyph), element("span", "", label), shortcut ? element("kbd", "", shortcut) : null], () => {
        if (busy || control.disabled) return;
        clipContextMenu.close(true);
        action();
      });
      return control;
    };
    const contextSplit = contextAction("Dividir no cursor", "scissors", "", splitSelected);
    const contextCopy = contextAction("Copiar", "copy", "Ctrl+C", () => clipButtons[0].click());
    const contextCut = contextAction("Recortar", "scissors", "Ctrl+X", () => clipButtons[1].click());
    const contextPaste = contextAction("Colar no cursor", "copy", "Ctrl+V", () => pasteButton.click());
    const contextDuplicate = contextAction("Duplicar", "copy", "Ctrl+D", () => clipButtons[2].click());
    const contextDelete = contextAction("Excluir", "trash", "Del", () => deleteButton.click());
    contextDelete.classList.add("audio-context-delete");
    const contextProperties = contextAction("Propriedades do clipe", "settings", "", () => showProperties("clip"));
    const contextEffects = contextAction("Efeitos da faixa", "audio", "", () => showProperties("effects"));
    const clipContextMenu = audioMenu("Ações do clipe de áudio", [contextSplit, contextCopy, contextCut, contextPaste, contextDuplicate, contextDelete, contextProperties, contextEffects], menuOptions);
    clipContextMenu.trigger.hidden = true;
    clipContextMenu.root.classList.add("audio-clip-context-menu");
    menus.push(clipContextMenu);
    const commandInput = element("input", "audio-command-input");
    commandInput.type = "text";
    commandInput.maxLength = 2e3;
    commandInput.placeholder = "Ex.: dividir clipe na posição atual";
    commandInput.setAttribute("aria-label", "Comando para o editor de áudio");
    const commandButton = button("Executar comando", "audio-command-submit", icon("arrow"), submitCommand);
    const commandForm = element("form", "audio-command-bar", [
      element("span", "audio-command-label", "Comando"),
      commandInput,
      element("kbd", "audio-command-shortcut", "Ctrl K"),
      commandButton
    ]);
    commandForm.addEventListener("submit", (event) => {
      event.preventDefault();
      submitCommand();
    }, { signal: events.signal });
    const projectName = element("input", "audio-project-name");
    projectName.maxLength = 120;
    projectName.setAttribute("aria-label", "Nome do projeto de áudio");
    const changedLabel = element("span", "audio-project-changed", "Sem alterações");
    const projectBar = element("div", "audio-project-bar", [element("label", "", [element("span", "", "Projeto:"), projectName, icon("pen")]), element("span", "", [icon("clock"), changedLabel])]);
    projectName.addEventListener("change", () => {
      try {
        project.setProjectName(projectName.value);
        markChanged();
        setStatus("Projeto renomeado.");
        refresh();
      } catch (error3) {
        setError(error3);
      }
    }, { signal: events.signal });
    const footer = element("footer", "audio-footer", [projectBar, status, assistantEnabled ? commandForm : null]);
    arrangement.append(footer);
    setInspectorVisible(!globalThis.matchMedia?.("(max-width: 820px)").matches);
    const root = element("section", "audio-editor", [toolbar, editToolbar, workspace2, clipContextMenu.root]);
    root.classList.toggle("audio-without-assistant", !assistantEnabled);
    root.dataset.dropActive = "false";
    function markChanged() {
      lastChangedTime = (/* @__PURE__ */ new Date()).toLocaleTimeString("pt-BR", { hour: "2-digit", minute: "2-digit", timeZone: "America/Sao_Paulo" });
    }
    function setStatus(message) {
      status.textContent = String(message || "Editor pronto.");
      status.title = status.textContent;
      status.classList.remove("is-error");
    }
    function setError(error3) {
      status.textContent = error3 instanceof Error ? error3.message : String(error3 || "Não foi possível concluir a ação.");
      status.title = status.textContent;
      status.classList.add("is-error");
    }
    function currentPosition() {
      if (scrubbing) return position;
      if (playing && engine) {
        const next = engine.position();
        if (Number.isFinite(next)) position = next;
      }
      return position;
    }
    function updateTime(snapshot = project.snapshot()) {
      const current = Math.min(currentPosition(), snapshot.duration || 0);
      currentTimeLabel.textContent = formatAudioTime(current, true);
      durationLabel.textContent = formatAudioTime(snapshot.duration, true);
      timeline.updatePlayhead(current);
      inspector.updatePosition(current, snapshot);
      const ids = snapshot.selection.clipIds || (snapshot.selection.clipId ? [snapshot.selection.clipId] : []);
      const clip2 = snapshot.project.tracks.flatMap((track) => track.clips).find((clip3) => clip3.id === snapshot.selection.clipId);
      splitButton.disabled = busy || ids.length !== 1 || !clip2 || current <= clip2.startTime || current >= clip2.startTime + clip2.duration;
      contextSplit.disabled = splitButton.disabled;
      splitButton.title = ids.length !== 1 ? "Selecione um clipe para dividir" : splitButton.disabled ? "Posicione o cursor dentro do clipe" : "Dividir clipe no cursor";
    }
    function updateMeter(reset = false) {
      if (reset) {
        timeline.updateTrackLevels(/* @__PURE__ */ new Map());
        lastTrackMeterAt = 0;
      } else if (Date.now() - lastTrackMeterAt >= 100) {
        timeline.updateTrackLevels(engine?.trackLevels?.() || /* @__PURE__ */ new Map());
        lastTrackMeterAt = Date.now();
      }
      const measurement = !reset && playing && engine?.masterLevel ? engine.masterLevel() : null;
      const peak = Number.isFinite(measurement?.peak) ? Math.max(0, measurement.peak) : 0;
      const peakDb = peak > 0 ? 20 * Math.log10(peak) : -Infinity;
      const now = Date.now();
      if (reset) {
        peakHoldDb = -Infinity;
        peakHoldAt = 0;
      } else if (peakDb >= peakHoldDb || now - peakHoldAt > 1500) {
        peakHoldDb = peakDb;
        peakHoldAt = now;
      }
      const meterDb = Number.isFinite(peakDb) ? Math.max(-60, Math.min(0, peakDb)) : -60;
      const scale2 = (meterDb + 60) / 60;
      meterFill.style.transform = `scaleX(${scale2})`;
      meter.classList.toggle("is-hot", peak >= 1);
      meter.setAttribute("aria-valuenow", String(Number.isFinite(peakDb) ? peakDb.toFixed(1) : -60));
      const peakText = Number.isFinite(peakDb) ? peakDb.toFixed(1) + " dBFS" : "−∞ dBFS";
      const holdText = "hold " + (Number.isFinite(peakHoldDb) ? peakHoldDb.toFixed(1) + " dBFS" : "−∞");
      const combined = peakText + "|" + holdText;
      if (combined !== lastMeterText) {
        meterPeak.textContent = peakText;
        meterHold.textContent = holdText;
        lastMeterText = combined;
      }
    }
    function tick() {
      frame = 0;
      if (disposed) return;
      const snapshot = project.snapshot();
      updateTime(snapshot);
      updateMeter();
      if (playing && snapshot.duration && !snapshot.project.transport.loop.enabled && currentPosition() >= snapshot.duration) {
        stop();
        setStatus("Reprodução concluída.");
        return;
      }
      if (playing) frame = requestAnimationFrame(tick);
    }
    function startTicking() {
      if (!disposed && playing && !frame) frame = requestAnimationFrame(tick);
    }
    function stopTicking() {
      if (frame) cancelAnimationFrame(frame);
      frame = 0;
    }
    function ensureEngine() {
      engine ||= getAudioEngine();
      return engine;
    }
    async function play() {
      if (busy || playing) return;
      const snapshot = project.snapshot();
      if (!snapshot.duration) {
        setError("Adicione um áudio antes de reproduzir.");
        return;
      }
      try {
        const audio = ensureEngine();
        if (position >= snapshot.duration) position = 0;
        audio.seek(position);
        await audio.play();
        playing = true;
        setStatus("Reproduzindo a mixagem sincronizada.");
        refreshControls();
        startTicking();
      } catch (error3) {
        playing = false;
        setError(error3);
        refreshControls();
      }
    }
    function pause() {
      if (!engine || !playing) return;
      try {
        engine.pause();
        position = engine.position();
        playing = false;
        scrubbing = false;
        stopTicking();
        setStatus("Reprodução pausada em " + formatAudioTime(position, true) + ".");
        refreshControls();
        updateTime();
        updateMeter(true);
      } catch (error3) {
        setError(error3);
      }
    }
    function stop() {
      try {
        engine?.stop();
      } catch {
      }
      playing = false;
      scrubbing = false;
      position = 0;
      stopTicking();
      refreshControls();
      updateTime();
      updateMeter(true);
      setStatus("Reprodução parada. O cursor voltou ao início.");
    }
    async function seek(seconds) {
      const duration = project.snapshot().duration;
      position = Math.max(0, Math.min(duration, Number(seconds) || 0));
      try {
        if (playing) await ensureEngine().seek(position);
        else engine?.seek?.(position);
        scrubbing = false;
        updateTime();
        setStatus("Cursor em " + formatAudioTime(position, true) + ".");
      } catch (error3) {
        scrubbing = false;
        setError(error3);
        updateTime();
      }
    }
    function previewSeek(seconds) {
      const duration = project.snapshot().duration;
      position = Math.max(0, Math.min(duration, Number(seconds) || 0));
      scrubbing = true;
      updateTime();
    }
    function cancelPreviewSeek(original) {
      scrubbing = false;
      position = playing && engine ? engine.position() : Math.max(0, Number(original) || 0);
      updateTime();
    }
    function editFinished({ live = false } = {}) {
      if (live) {
        refreshControls();
        return;
      }
      scheduleRender();
    }
    function scheduleRender() {
      if (renderPending || disposed) return;
      renderPending = true;
      queueMicrotask(() => {
        renderPending = false;
        if (!disposed) refresh();
      });
    }
    function refreshControls() {
      const snapshot = project.snapshot();
      const projectState = JSON.stringify(snapshot.project);
      if (lastProjectState && projectState !== lastProjectState) markChanged();
      lastProjectState = projectState;
      const dirty = projectState !== savedProjectState;
      changedLabel.textContent = (dirty ? "Alterado" : hasSavedProject ? "Salvo" : "Sem alterações") + (lastChangedTime ? " · " + lastChangedTime : "");
      changedLabel.title = dirty ? "Alterações ainda não salvas em .ubaudio" : hasSavedProject ? "Estado igual ao último projeto salvo ou aberto" : "Sem alterações nesta sessão";
      projectBar.dataset.dirty = String(dirty);
      const hasClip = Boolean(snapshot.selection.clipId);
      playButton.disabled = busy || !snapshot.duration;
      playButton.setAttribute("aria-label", playing ? "Pausar" : "Reproduzir");
      playButton.title = playing ? "Pausar" : "Reproduzir";
      playButton.replaceChildren(icon(playing ? "pause" : "play"));
      playButton.classList.toggle("is-playing", playing);
      previousButton.disabled = busy || !snapshot.duration;
      nextButton.disabled = busy || !snapshot.duration;
      stopButton.disabled = busy || !playing && position === 0;
      undoButton.disabled = busy || !snapshot.canUndo;
      redoButton.disabled = busy || !snapshot.canRedo;
      compactUndo.disabled = undoButton.disabled;
      compactRedo.disabled = redoButton.disabled;
      zoom.disabled = busy;
      compactZoom.disabled = busy;
      waveformZoom.disabled = busy;
      trackHeight.disabled = busy;
      for (const control of clipButtons) control.disabled = busy || !selectedIds().length;
      deleteButton.disabled = busy || !hasClip;
      clipTools.hidden = !hasClip;
      trackTools.hidden = hasClip || !snapshot.selection.trackId;
      const hasClips = snapshot.project.tracks.some((track) => track.clips.length);
      selectAllButton.disabled = busy || !hasClips;
      clearSelectionButton.disabled = busy || !snapshot.selection.trackId && !hasClip;
      editMenu.trigger.disabled = busy || !hasClip && !project.hasClipboard?.();
      selectionMenu.trigger.disabled = busy || !hasClips;
      markerButton.disabled = busy;
      editToolbar.hidden = !snapshot.project.tracks.length;
      contextLabel.textContent = hasClip ? selectedIds().length + " clipe(s) selecionado(s)" : snapshot.selection.trackId ? "Faixa selecionada" : "Timeline";
      pasteButton.disabled = busy || !project.hasClipboard?.();
      snapButton.disabled = busy;
      for (const control of [contextCopy, contextCut, contextDuplicate, contextDelete, contextProperties, contextEffects]) control.disabled = busy || !hasClip;
      contextPaste.disabled = pasteButton.disabled;
      if (busy) clipContextMenu.close();
      exportButton.disabled = busy || !snapshot.duration;
      exportMenuButton.disabled = exportButton.disabled;
      addButton.disabled = busy;
      fileMenu.trigger.disabled = busy;
      viewMenu.trigger.disabled = busy;
      addTrackButton.disabled = busy;
      openProjectButton.disabled = busy;
      saveProjectButton.disabled = busy;
      commandInput.disabled = busy;
      commandButton.disabled = busy;
      projectName.disabled = busy;
      propertiesButton.disabled = busy;
      exportFormat.disabled = busy;
      exportRate.disabled = busy;
      projectName.value = snapshot.project.name || "Projeto de áudio";
      master.disabled = busy;
      loopMode.disabled = busy || !snapshot.duration;
      loopStart.disabled = busy || loopMode.value !== "region";
      loopEnd.disabled = busy || loopMode.value !== "region";
      workspace2.inert = busy;
      workspace2.setAttribute("aria-busy", String(busy));
      root.dataset.busy = String(busy);
      master.value = String(snapshot.project.master.gain);
      updateAudioRangeFill(master);
      masterValue.textContent = Math.round(snapshot.project.master.gain * 100) + "%";
      const loop = snapshot.project.transport.loop;
      root.dataset.loopMode = loop.enabled ? loop.mode : "off";
      loopMode.value = loop.enabled ? loop.mode : "off";
      loopStart.value = String(loop.start);
      loopEnd.value = String(loop.end);
      loopStart.hidden = loopMode.value !== "region";
      loopEnd.hidden = loopMode.value !== "region";
      loopStart.disabled = busy || loopMode.value !== "region";
      loopEnd.disabled = busy || loopMode.value !== "region";
      updateTime(snapshot);
    }
    function refresh() {
      const snapshot = project.snapshot();
      if (position > snapshot.duration) position = snapshot.duration;
      timeline.render();
      inspector.render(snapshot);
      refreshControls();
    }
    async function withBusy(work) {
      if (busy) return;
      busy = true;
      refreshControls();
      try {
        await work();
      } catch (error3) {
        setError(error3);
      } finally {
        busy = false;
        if (!disposed) refresh();
      }
    }
    async function importFiles(files) {
      const selected2 = [...files];
      if (!selected2.length) return;
      await withBusy(async () => {
        setStatus("Conferindo e decodificando os áudios localmente…");
        const result = await importAudioFiles(selected2, {
          signal: events.signal,
          onProgress: (progress) => setStatus(`Importando áudio ${progress.completed} de ${progress.total}…`)
        });
        setStatus(result.imported === 1 ? "Áudio adicionado em uma nova faixa." : result.imported + " áudios adicionados em faixas separadas.");
      });
    }
    function addEmptyTrack() {
      try {
        const count = project.snapshot().project.tracks.length + 1;
        project.addTrack({ name: "Faixa " + count });
        setStatus("Faixa vazia adicionada.");
        refresh();
      } catch (error3) {
        setError(error3);
      }
    }
    function undo() {
      if (!project.undo()) return;
      setStatus("Última edição desfeita.");
      refresh();
    }
    function redo() {
      if (!project.redo()) return;
      setStatus("Edição refeita.");
      refresh();
    }
    function splitSelected() {
      const selected2 = project.snapshot().selection.clipId;
      if (!selected2) {
        setError("Selecione um clipe para dividir.");
        return;
      }
      try {
        project.splitClip(selected2, currentPosition());
        setStatus("Clipe dividido em " + formatAudioTime(currentPosition(), true) + ".");
        refresh();
      } catch (error3) {
        setError(error3);
      }
    }
    function saveProject() {
      try {
        const snapshot = project.snapshot();
        const item = exportAudioProjectFile(snapshot, {
          zoom: zoomPixels,
          selection: snapshot.selection
        }, project.limits);
        downloadResultFile(item);
        savedProjectState = JSON.stringify(snapshot.project);
        hasSavedProject = true;
        refreshControls();
        setStatus("Projeto .ubaudio salvo. As mídias originais deverão ser localizadas ao reabrir.");
      } catch (error3) {
        setError(error3);
      }
    }
    async function decodeProjectSource(file, source) {
      const AudioContextClass = globalThis.AudioContext || globalThis.webkitAudioContext;
      if (typeof AudioContextClass !== "function") throw new Error("Este navegador não oferece decodificação local de áudio.");
      let context2;
      try {
        context2 = new AudioContextClass({ sampleRate: source.sampleRate });
      } catch {
        context2 = new AudioContextClass();
      }
      try {
        return await decodeAudioFile(file, context2, project.limits, events.signal);
      } finally {
        try {
          await context2.close?.();
        } catch {
        }
      }
    }
    async function applyOpenedProject(descriptor, decodedSources) {
      try {
        engine?.pause?.();
      } catch {
      }
      await releaseAudioEngine();
      engine = void 0;
      playing = false;
      scrubbing = false;
      stopTicking();
      position = 0;
      project.replaceProject(descriptor.project, decodedSources, descriptor.editor.selection);
      savedProjectState = JSON.stringify(project.snapshot().project);
      hasSavedProject = true;
      lastProjectState = savedProjectState;
      lastChangedTime = null;
      zoomPixels = descriptor.editor.zoom;
      zoom.value = String(zoomPixels <= 8 ? 50 * Math.log2(zoomPixels / 4) : 50 + 50 * Math.log(zoomPixels / 8) / Math.log(30));
      updateZoomVisual();
      timeline.setZoom(zoomPixels);
      updateMeter(true);
      refresh();
      setStatus("Projeto .ubaudio aberto e fontes religadas com segurança.");
    }
    function showRelinkDialog(descriptor) {
      const linked = /* @__PURE__ */ new Map();
      const rows = /* @__PURE__ */ new Map();
      let requestedSource = null;
      const sourceInput = element("input", "sr-only");
      sourceInput.type = "file";
      sourceInput.accept = "audio/*,.wav,.mp3,.flac,.ogg,.m4a,.webm";
      const list = element("div", "audio-relink-list");
      const openButton = button("Abrir projeto religado", "audio-primary-button", "Abrir projeto", () => {
        if (linked.size !== descriptor.sources.length) return;
        void applyOpenedProject(descriptor, [...linked.values()]).then(() => closeDialog(), setError);
      });
      openButton.disabled = descriptor.sources.length > 0;
      for (const source of descriptor.sources) {
        const state = element("span", "audio-relink-status", "Pendente");
        const locate = button("Localizar " + source.fileName, "audio-secondary-button", "Localizar arquivo", () => {
          requestedSource = source;
          sourceInput.value = "";
          sourceInput.click();
        });
        const row = element("div", "audio-relink-row", [
          element("div", "", [
            element("strong", "", source.fileName),
            element("small", "", `${source.channels} canal(is) · ${source.sampleRate} Hz · ${formatAudioTime(source.duration, true)}`)
          ]),
          state,
          locate
        ]);
        rows.set(source.id, { state, locate });
        list.append(row);
      }
      const body = element("div", "dialog-body audio-relink-dialog", [
        element("p", "", "O projeto contém apenas metadados. Localize cada mídia original para reconstruir a sessão."),
        list,
        sourceInput,
        openButton
      ]);
      const dialog = showDialog("Religar fontes do projeto", body);
      dialog.addEventListener("close", () => linked.clear(), { once: true });
      sourceInput.addEventListener("change", () => {
        const source = requestedSource;
        const file = sourceInput.files?.[0];
        if (!source || !file) return;
        const row = rows.get(source.id);
        row.locate.disabled = true;
        row.state.textContent = "Validando…";
        void decodeProjectSource(file, source).then((decoded) => {
          const result = validateRelinkedAudioSource(source, decoded, project.limits);
          linked.set(source.id, result.linked);
          row.state.textContent = result.warnings[0] || "Vinculado";
          row.state.classList.add("is-linked");
          openButton.disabled = linked.size !== descriptor.sources.length;
        }).catch((error3) => {
          linked.delete(source.id);
          row.state.textContent = error3.message || "Arquivo incompatível";
          row.state.classList.remove("is-linked");
          setError(error3);
        }).finally(() => {
          row.locate.disabled = false;
        });
      });
      if (!descriptor.sources.length) void applyOpenedProject(descriptor, []).then(() => closeDialog(), setError);
    }
    async function openProjectFile(file) {
      if (!file) return;
      await withBusy(async () => {
        pause();
        setStatus("Validando o projeto .ubaudio…");
        const descriptor = await importAudioProjectFile(file, project.limits, events.signal);
        showRelinkDialog(descriptor);
        setStatus("Projeto validado. Religue as mídias originais para concluir.");
      });
    }
    async function exportMix() {
      await withBusy(async () => {
        pause();
        setStatus("Renderizando a mixagem WAV localmente…");
        const item = await exportAudioWav({ signal: events.signal, sampleRate: exportRate.value === "project" ? void 0 : Number(exportRate.value) });
        downloadResultFile(item);
        if (exportDialog?.isConnected) exportDialog.close();
        const warning = item.warnings?.[0];
        setStatus(warning || "Mixagem WAV exportada com sucesso.");
      });
    }
    async function submitCommand() {
      if (!assistantEnabled) return;
      const command = commandInput.value.trim();
      if (!command || busy) return;
      await withBusy(async () => {
        setStatus("Interpretando o comando localmente…");
        const result = await executeAudioCommand(command, {
          playhead: currentPosition(),
          signal: events.signal
        });
        if (result.item?.file instanceof Blob) downloadResultFile(result.item);
        commandInput.value = "";
        setStatus(result.message || "Comando aplicado.");
      });
    }
    function keydown(event) {
      if (event.defaultPrevented || event.target?.closest?.("dialog") || menus.some((menu) => !menu.panel.hidden) || timeline.hasOpenMenu()) return;
      if (assistantEnabled && (event.ctrlKey || event.metaKey) && event.key.toLowerCase() === "k") {
        event.preventDefault();
        commandInput.focus();
        return;
      }
      if (editableTarget(event.target)) return;
      if ((event.ctrlKey || event.metaKey) && ["c", "x", "v", "d"].includes(event.key.toLowerCase())) {
        const key2 = event.key.toLowerCase();
        if (key2 !== "v" && !selectedIds().length) return;
        event.preventDefault();
        const actions = {
          c: () => project.copyClips(selectedIds()),
          x: () => project.cutClips(selectedIds()),
          v: () => project.pasteClips(currentPosition()),
          d: () => project.duplicateClips(selectedIds())
        };
        editClips(actions[key2], { c: "Clipes copiados.", x: "Clipes recortados.", v: "Clipes colados no cursor.", d: "Clipes duplicados." }[key2]);
        return;
      }
      if (event.key === "Escape") {
        project.clearSelection?.();
        refresh();
        return;
      }
      if ((event.ctrlKey || event.metaKey) && event.key.toLowerCase() === "z") {
        event.preventDefault();
        event.shiftKey ? redo() : undo();
        return;
      }
      if ((event.ctrlKey || event.metaKey) && event.key.toLowerCase() === "y") {
        event.preventDefault();
        redo();
        return;
      }
      if (event.key === "Delete" || event.key === "Backspace") {
        const clipId = project.snapshot().selection.clipId;
        if (clipId) {
          event.preventDefault();
          try {
            project.deleteClips ? project.deleteClips(selectedIds()) : project.deleteClip(clipId);
            setStatus("Clipes removidos da sessão.");
            refresh();
          } catch (error3) {
            setError(error3);
          }
        }
        return;
      }
      if (event.code === "Space") {
        event.preventDefault();
        playing ? pause() : play();
      }
    }
    fileInput.addEventListener("change", () => {
      importFiles(fileInput.files || []);
      fileInput.value = "";
    }, { signal: events.signal });
    projectInput.addEventListener("change", () => {
      openProjectFile(projectInput.files?.[0]);
      projectInput.value = "";
    }, { signal: events.signal });
    root.addEventListener("dragover", (event) => {
      if (!event.dataTransfer?.types.includes("Files")) return;
      event.preventDefault();
      root.dataset.dropActive = "true";
    }, { signal: events.signal });
    root.addEventListener("dragleave", (event) => {
      if (!root.contains(event.relatedTarget)) root.dataset.dropActive = "false";
    }, { signal: events.signal });
    root.addEventListener("drop", (event) => {
      if (!event.dataTransfer?.files?.length) return;
      event.preventDefault();
      root.dataset.dropActive = "false";
      const dropped = [...event.dataTransfer.files];
      const projects = dropped.filter((file) => /\.ubaudio$/i.test(file.name || "") || file.type === "application/x-unibox-audio");
      if (projects.length) {
        if (dropped.length !== 1) {
          setError("Abra um projeto .ubaudio por vez, sem misturá-lo com mídias.");
          return;
        }
        void openProjectFile(projects[0]);
        return;
      }
      void importFiles(dropped);
    }, { signal: events.signal });
    document.addEventListener("keydown", keydown, { signal: events.signal });
    refresh();
    root.dispose = () => {
      menus.forEach((menu) => menu.close());
      if (exportDialog?.isConnected) exportDialog.close();
      disposed = true;
      events.abort();
      stopTicking();
      timeline.dispose();
      try {
        engine?.pause();
      } catch {
      }
      void Promise.resolve(releaseAudioEngine()).catch(() => {
      });
    };
    return root;
  }

  // src/pages/audio-page.js
  function audioPage() {
    const heading = element("h1", "sr-only", "Editor de áudio");
    heading.tabIndex = -1;
    const editor = audioEditor();
    const root = element("div", "environment-page audio-page", [heading, editor]);
    root.dispose = () => editor.dispose();
    return root;
  }

  // src/components/studio-icon.js
  var paths3 = {
    cursor: "M5 3v18l5-6 8-2Z",
    marquee: "M3 8V3h5m3 0h2m3 0h5v5m0 3v2m0 3v5h-5m-3 0h-2m-3 0H3v-5m0-3v-2",
    merge: "m4 3 8 5 8-5M12 8v9m-4-4 4 4 4-4M4 21h16",
    brush: "M10 13 19 3a1.4 1.4 0 0 1 2 2L12 15M8 14c-3 0-4 3-5 7 4 0 7-2 7-5 0-1-1-2-2-2Z",
    pencil: "M15 3a1.5 1.5 0 0 1 2 0l4 4a1.5 1.5 0 0 1 0 2L9 21l-6 1 1-6ZM13 5l6 6M4 16l5 5",
    marker: "m14 3 7 7-9 9H5v-7ZM5 12l7 7M5 19l-2 2h7",
    charcoal: "m14 3 7 7-11 11H3v-7ZM11 6l7 7M3 14l7 7M5 15l4 4",
    shapes: "M10 3h10a1 1 0 0 1 1 1v15a2 2 0 0 1-2 2H5a2 2 0 0 1-2-2v-9ZM21 14h-4a3 3 0 0 0-3 3v4M14 21l7-7",
    circle: "M21 12a9 9 0 1 1-18 0 9 9 0 0 1 18 0Z",
    sliders: "M4 6h16M4 12h16M4 18h16M8 3v6m8 0v6m-6 0v6",
    more: "M5 12h.01M12 12h.01M19 12h.01",
    previousFrame: "M6 5v14M18 5l-9 7 9 7Z",
    nextFrame: "M18 5v14M6 5l9 7-9 7Z",
    stop: "M5 5h14v14H5Z",
    layers: "m12 3 9 5-9 5-9-5Zm-9 9 9 5 9-5M3 16l9 5 9-5",
    onion: "M8 3H3v13h5M8 8h13v13H8ZM12 12h5v5h-5Z",
    fullscreen: "M8 3H3v5m13-5h5v5M3 16v5h5m13-5v5h-5",
    lock: "M6 10h12v11H6Zm2 0V7a4 4 0 0 1 8 0v3",
    unlock: "M6 10h12v11H6Zm2 0V7a4 4 0 0 1 7-3",
    clipboard: "M9 4H5v17h14V4h-4M9 2h6v5H9Z",
    chevronUp: "m6 15 6-6 6 6",
    chevronDown: "m6 9 6 6 6-6",
    chevronLeft: "m15 6-6 6 6 6",
    chevronRight: "m9 6 6 6-6 6",
    flipHorizontal: "M12 2v20M3 5l6 7-6 7Zm18 0-6 7 6 7Z",
    flipVertical: "M2 12h20M5 3l7 6 7-6Zm0 18 7-6 7 6Z",
    rotate: "M4 9V3m0 6h6M4 9a8 8 0 1 1-1 8"
  };
  function studioIcon(name) {
    if (!Object.hasOwn(paths3, name)) return icon(name);
    const svg = document.createElementNS("http://www.w3.org/2000/svg", "svg");
    for (const [k, v] of Object.entries({ viewBox: "0 0 24 24", fill: "none", stroke: "currentColor", "stroke-width": "1.7", "stroke-linecap": "round", "stroke-linejoin": "round", "aria-hidden": "true", focusable: "false", class: "icon" })) svg.setAttribute(k, v);
    const path2 = document.createElementNS("http://www.w3.org/2000/svg", "path");
    path2.setAttribute("d", paths3[name]);
    svg.append(path2);
    if (name === "brush") {
      const tip = document.createElementNS("http://www.w3.org/2000/svg", "path");
      tip.setAttribute("d", "M8 14c-3 0-4 3-5 7 4 0 7-2 7-5 0-1-1-2-2-2Z");
      tip.setAttribute("fill", "currentColor");
      svg.append(tip);
    }
    return svg;
  }

  // src/components/studio-layout.js
  function studioLayout() {
    const canvas = element("canvas", "s2-canvas");
    canvas.tabIndex = 0;
    canvas.setAttribute("aria-label", "Área de desenho do Studio 2D");
    const stage = element("div", "s2-stage", [canvas]), panelBody = element("div", "s2-panel-body"), timelineBody = element("div", "s2-timeline-body");
    const header2 = element("div", "s2-header"), toolbar = element("div", "s2-toolbar"), topActions = element("div", "s2-top-actions"), options2 = element("div", "s2-options");
    const topbar = element("header", "s2-topbar", [header2, toolbar, topActions]);
    toolbar.setAttribute("role", "toolbar");
    toolbar.setAttribute("aria-label", "Ferramentas de desenho do Studio");
    options2.hidden = true;
    options2.setAttribute("aria-label", "Opções da ferramenta");
    const status = element("p", "s2-status", "Studio 2D · tudo permanece neste navegador.");
    status.setAttribute("role", "status");
    const panel = element("aside", "s2-panel"), timeline = element("section", "s2-timeline");
    timeline.setAttribute("aria-label", "Timeline de animação");
    const panelToggle = button("Recolher painel", "s2-button", studioIcon("layers"), () => togglePanel());
    const timelineToggle = button("Recolher timeline", "s2-button", studioIcon("chevronDown"), () => toggleTimeline());
    const focus = button("Modo foco", "s2-button s2-text-button", [studioIcon("fullscreen"), element("span", "", "Modo foco")], () => toggleFocus());
    const panelTabs = element("div", "s2-panel-tabs");
    panel.append(element("div", "s2-panel-heading", [panelTabs, panelToggle]), panelBody);
    const transport = element("div", "s2-transport"), timelineActions = element("div", "s2-timeline-actions");
    timeline.append(element("div", "s2-timeline-head", [transport, timelineBody, timelineActions]));
    const workspace2 = element("div", "s2-workspace", [stage, panel]), pixelContext = element("div", "s2-pixel-context"), drawContext = element("div", "s2-draw-context");
    pixelContext.hidden = true;
    pixelContext.setAttribute("aria-label", "Contexto de edição de pixels");
    drawContext.hidden = true;
    drawContext.setAttribute("aria-label", "Controles do traço e da animação");
    const root = element("section", "studio2d", [topbar, pixelContext, drawContext, options2, workspace2, timeline, status]);
    const life = new AbortController();
    let panelOpen = true, timelineOpen = true, inFocus = false, fullscreenPending = false, disposed = false;
    function refresh() {
      root.classList.toggle("s2-panel-closed", !panelOpen);
      root.classList.toggle("s2-timeline-closed", !timelineOpen);
      root.classList.toggle("s2-focus", inFocus);
      panelBody.hidden = !panelOpen;
      panelTabs.hidden = !panelOpen;
      timelineBody.hidden = !timelineOpen;
      panelToggle.setAttribute("aria-label", panelOpen ? "Recolher painel" : "Abrir painel");
      panelToggle.title = panelOpen ? "Recolher painel" : "Abrir painel";
      panelToggle.setAttribute("aria-expanded", String(panelOpen));
      timelineToggle.setAttribute("aria-label", timelineOpen ? "Recolher timeline" : "Expandir timeline");
      timelineToggle.title = timelineOpen ? "Recolher timeline" : "Expandir timeline";
      timelineToggle.setAttribute("aria-expanded", String(timelineOpen));
      focus.setAttribute("aria-pressed", String(inFocus));
      focus.querySelector("span").textContent = inFocus ? "Sair da tela cheia" : "Modo foco";
      focus.title = inFocus ? "Sair da tela cheia (Esc)" : "Abrir editor em tela cheia";
      focus.disabled = fullscreenPending;
    }
    function togglePanel() {
      panelOpen = !panelOpen;
      refresh();
    }
    function toggleTimeline() {
      timelineOpen = !timelineOpen;
      refresh();
    }
    function syncFullscreen() {
      inFocus = document.fullscreenElement === root;
      refresh();
    }
    async function toggleFocus() {
      if (disposed || fullscreenPending) return;
      if (typeof root.requestFullscreen !== "function" || typeof document.exitFullscreen !== "function" || document.fullscreenEnabled === false) {
        status.textContent = "Tela cheia não está disponível neste navegador.";
        return;
      }
      fullscreenPending = true;
      refresh();
      try {
        if (document.fullscreenElement === root) await document.exitFullscreen();
        else await root.requestFullscreen();
      } catch {
        if (!disposed) status.textContent = "Não foi possível abrir a tela cheia. Tente novamente pelo botão Modo foco.";
      } finally {
        fullscreenPending = false;
        if (!disposed) syncFullscreen();
        else if (document.fullscreenElement === root) void document.exitFullscreen().catch(() => {
        });
      }
    }
    document.addEventListener("fullscreenchange", syncFullscreen, { signal: life.signal });
    function dispose() {
      disposed = true;
      life.abort();
      if (document.fullscreenElement === root) void document.exitFullscreen().catch(() => {
      });
    }
    refresh();
    return { root, canvas, stage, header: header2, toolbar, topbar, topActions, options: options2, pixelContext, drawContext, status, panel, panelBody, panelTabs, timeline, timelineBody, timelineActions, timelineToggle, transport, focus, togglePanel, toggleTimeline, toggleFocus, dispose };
  }

  // src/components/studio-cel-grid.js
  function studioCelGrid(onSelect) {
    const root = element("div", "s2-cel-grid");
    root.setAttribute("aria-label", "Camadas e quadros");
    const ink = /* @__PURE__ */ new WeakMap();
    let signature = "", project = null, cells = [];
    function select(layerId, frameId, focus = false) {
      if (project.layerId !== layerId || project.frameId !== frameId) onSelect(layerId, frameId);
      if (focus) cells.find((cell) => cell.layerId === layerId && cell.frameId === frameId)?.node.focus({ preventScroll: true });
    }
    function update(p) {
      project = p;
      const active = p.frames.findIndex((frame) => frame.id === p.frameId), start = Math.floor(active / 24) * 24;
      const frames = p.frames.slice(start, start + 24), layers = [...p.layers].reverse();
      const key2 = JSON.stringify([start, p.frames.map((frame) => [frame.id, frame.duration]), layers.map((layer) => [layer.id, layer.name])]);
      if (key2 !== signature) {
        signature = key2;
        cells = [];
        root.replaceChildren();
        const table = element("table", "s2-cel-table"), header2 = element("tr", "", element("th", "", "Camada / quadro"));
        for (const [at, frame] of frames.entries()) {
          const frameId = frame.id, node2 = button("Ir ao quadro " + (start + at + 1), "s2-cel-frame", String(start + at + 1), () => select(project.layerId, frameId));
          node2.title = `Quadro ${start + at + 1} · ${frame.duration} ms`;
          header2.append(element("th", "", node2));
        }
        table.append(element("thead", "", header2));
        const body = element("tbody");
        for (const layer of layers) {
          const label = element("th", "s2-cel-layer", layer.name);
          label.setAttribute("scope", "row");
          const row = element("tr", "", label);
          for (const [at, frame] of frames.entries()) {
            const layerId = layer.id, frameId = frame.id, node2 = button(layer.name + " · quadro " + (start + at + 1), "s2-cel", element("span", "s2-cel-dot"), () => select(layerId, frameId));
            node2.setAttribute("aria-pressed", "false");
            node2.addEventListener("keydown", (event) => {
              const direction = { ArrowLeft: [-1, 0], ArrowRight: [1, 0], ArrowUp: [0, -1], ArrowDown: [0, 1] }[event.key];
              if (!direction) return;
              event.preventDefault();
              event.stopPropagation();
              const fi = project.frames.findIndex((f) => f.id === frameId), li = [...project.layers].reverse().findIndex((l) => l.id === layerId);
              const nextFrame = project.frames[Math.max(0, Math.min(project.frames.length - 1, fi + direction[0]))];
              const nextLayer = [...project.layers].reverse()[Math.max(0, Math.min(project.layers.length - 1, li + direction[1]))];
              select(nextLayer.id, nextFrame.id, true);
            });
            cells.push({ node: node2, layerId: layer.id, frameId: frame.id });
            row.append(element("td", "", node2));
          }
          body.append(row);
        }
        table.append(body);
        root.append(table);
        if (p.frames.length > 24) root.append(element("p", "s2-hint", `Quadros ${start + 1}–${start + frames.length} de ${p.frames.length}. Use as miniaturas ou as setas para navegar.`));
      }
      const frameMap = new Map(p.frames.map((frame) => [frame.id, frame]));
      for (const cell of cells) {
        const pixels = frameMap.get(cell.frameId).cels[cell.layerId];
        if (!ink.has(pixels)) {
          let occupied = false;
          for (let i = 3; i < pixels.length; i += 4) if (pixels[i]) {
            occupied = true;
            break;
          }
          ink.set(pixels, occupied);
        }
        const active2 = cell.layerId === p.layerId && cell.frameId === p.frameId;
        cell.node.classList.toggle("has-pixels", ink.get(pixels));
        cell.node.setAttribute("aria-pressed", String(active2));
        cell.node.tabIndex = active2 ? 0 : -1;
        cell.node.title = cell.node.getAttribute("aria-label") + (ink.get(pixels) ? " · com desenho" : " · vazia");
      }
    }
    return { root, update };
  }

  // src/tools/studio/model.js
  var LIMITS = Object.freeze({ dimension: 2048, pixels: 2097152, layers: 16, frames: 120, bytes: 64 * 1024 * 1024, history: 48 * 1024 * 1024, steps: 60, file: 90 * 1024 * 1024 });
  var studioId = () => crypto.randomUUID();
  var PALETTE = ["#172638ff", "#ffffffff", "#00a494ff", "#fa7069ff", "#f9c95fff", "#567cf5ff", "#a478e8ff"];
  function dimensions(width, height) {
    if (![width, height].every((v) => Number.isSafeInteger(v) && v >= 1 && v <= LIMITS.dimension) || width * height > LIMITS.pixels) throw Error("Documento: até 2048 px por lado e 2 megapixels.");
  }
  function createStudioProject({ mode = "pixel", width = mode === "pixel" ? 64 : 960, height = mode === "pixel" ? 64 : 540, name = "Sem título" } = {}) {
    dimensions(width, height);
    if (!["pixel", "draw"].includes(mode)) throw Error("Modo inválido.");
    const layer = { id: studioId(), name: "Camada 1", visible: true, locked: false, opacity: 1 };
    const frame = { id: studioId(), duration: 100, cels: { [layer.id]: new Uint8ClampedArray(width * height * 4) } };
    return { version: 1, mode, name: String(name).slice(0, 100), width, height, layers: [layer], frames: [frame], layerId: layer.id, frameId: frame.id, palette: [...PALETTE], foreground: PALETTE[0], background: PALETTE[1], loop: true };
  }
  var studioFrame = (p) => p.frames.find((f) => f.id === p.frameId);
  var studioLayer = (p) => p.layers.find((l) => l.id === p.layerId);
  var studioCel = (p) => studioFrame(p).cels[p.layerId];
  function cloneStructure(p) {
    return { ...p, palette: [...p.palette], layers: p.layers.map((l) => ({ ...l })), frames: p.frames.map((f) => ({ ...f, cels: { ...f.cels } })) };
  }
  function projectBytes(p) {
    return p.frames.reduce((n, f) => n + Object.values(f.cels).reduce((s, c) => s + c.byteLength, 0), 0);
  }
  function validateStudio(p) {
    if (!p || p.version !== 1 || !["pixel", "draw"].includes(p.mode)) throw Error("Projeto Studio inválido.");
    dimensions(p.width, p.height);
    if (typeof p.name !== "string" || p.name.length > 100 || typeof p.loop !== "boolean") throw Error("Metadados inválidos.");
    if (!Array.isArray(p.layers) || !p.layers.length || p.layers.length > LIMITS.layers || !Array.isArray(p.frames) || !p.frames.length || p.frames.length > LIMITS.frames) throw Error("Limite: 16 camadas e 120 quadros.");
    const ids = /* @__PURE__ */ new Set();
    for (const item of [...p.layers, ...p.frames]) {
      if (typeof item.id !== "string" || !item.id || item.id.length > 80 || ids.has(item.id)) throw Error("Identificadores inválidos.");
      ids.add(item.id);
    }
    for (const l of p.layers) if (typeof l.name !== "string" || l.name.length > 80 || typeof l.visible !== "boolean" || typeof l.locked !== "boolean" || !Number.isFinite(l.opacity) || l.opacity < 0 || l.opacity > 1) throw Error("Camada inválida.");
    for (const f of p.frames) {
      if (!Number.isSafeInteger(f.duration) || f.duration < 20 || f.duration > 1e4 || !f.cels || Object.keys(f.cels).length !== p.layers.length) throw Error("Quadro inválido (20 a 10000 ms).");
      for (const l of p.layers) if (!(f.cels[l.id] instanceof Uint8ClampedArray) || f.cels[l.id].length !== p.width * p.height * 4) throw Error("Pixels incompatíveis com o documento.");
    }
    if (!p.layers.some((l) => l.id === p.layerId) || !p.frames.some((f) => f.id === p.frameId)) throw Error("Camada ou quadro ativo ausente.");
    if (!Array.isArray(p.palette) || p.palette.length > 64 || ![...p.palette, p.foreground, p.background].every((c) => /^#[\da-f]{8}$/i.test(c))) throw Error("Cores inválidas. Use HEX RGBA.");
    if (projectBytes(p) > LIMITS.bytes) throw Error("Projeto ultrapassa 64 MiB de pixels. Reduza camadas, quadros ou resolução.");
    return p;
  }

  // src/tools/studio/history.js
  function createStudioStore(initial) {
    let project = validateStudio(initial), past = [], future = [], revision = 0, dirty = false;
    const listeners = /* @__PURE__ */ new Set(), announce = () => {
      revision++;
      listeners.forEach((fn) => fn(project));
    };
    function memory() {
      const buffers = /* @__PURE__ */ new Set();
      for (const p of [project, ...past, ...future]) for (const f of p.frames) for (const c of Object.values(f.cels)) buffers.add(c.buffer);
      return [...buffers].reduce((n, b) => n + b.byteLength, 0);
    }
    function trim() {
      while (past.length && (past.length > LIMITS.steps || memory() > LIMITS.bytes + LIMITS.history)) past.shift();
    }
    return {
      get project() {
        return project;
      },
      get revision() {
        return revision;
      },
      get dirty() {
        return dirty;
      },
      get canUndo() {
        return past.length > 0;
      },
      get canRedo() {
        return future.length > 0;
      },
      memory,
      subscribe(fn) {
        listeners.add(fn);
        return () => listeners.delete(fn);
      },
      change(operation) {
        const next = cloneStructure(project);
        if (operation(next) === false) return false;
        validateStudio(next);
        past.push(project);
        future = [];
        project = next;
        dirty = true;
        trim();
        announce();
        return true;
      },
      view(operation) {
        const next = cloneStructure(project);
        operation(next);
        validateStudio(next);
        project = next;
        announce();
      },
      undo() {
        if (!past.length) return;
        future.push(project);
        project = past.pop();
        dirty = true;
        announce();
      },
      redo() {
        if (!future.length) return;
        past.push(project);
        project = future.pop();
        dirty = true;
        trim();
        announce();
      },
      load(next) {
        validateStudio(next);
        project = next;
        past = [];
        future = [];
        dirty = false;
        announce();
      },
      saved() {
        dirty = false;
      }
    };
  }

  // src/tools/studio/session.js
  var studioSession = createStudioStore(createStudioProject());
  var studioModes = /* @__PURE__ */ new Map([["pixel", studioSession]]);

  // src/tools/studio/coordinates.js
  var clamp2 = (n, a, b) => Math.min(b, Math.max(a, n));
  function fitStudio(p, width, height) {
    const margin = p.mode === "draw" ? 16 : 64;
    const zoom = clamp2(Math.min(Math.max(1, width - margin) / p.width, Math.max(1, height - margin) / p.height), 0.05, 48);
    return { zoom, x: (width - p.width * zoom) / 2, y: (height - p.height * zoom) / 2 };
  }
  function studioPoint(client, rect2, view2) {
    return { x: (client.clientX - rect2.left - view2.x) / view2.zoom, y: (client.clientY - rect2.top - view2.y) / view2.zoom, p: client.pointerType === "pen" ? client.pressure ?? 0.5 : 0.5 };
  }
  function zoomStudio(view2, zoom, point) {
    zoom = clamp2(zoom, 0.05, 48);
    return { zoom, x: point.x - (point.x - view2.x) * zoom / view2.zoom, y: point.y - (point.y - view2.y) * zoom / view2.zoom };
  }

  // src/tools/studio/render.js
  function compositeStudio(p, frame = studioFrame(p), override) {
    const out = new Uint8ClampedArray(p.width * p.height * 4);
    for (const layer of p.layers) {
      if (!layer.visible || !layer.opacity) continue;
      const source = override?.layerId === layer.id ? override.pixels : frame.cels[layer.id];
      for (let i = 0; i < out.length; i += 4) {
        const a = source[i + 3] / 255 * layer.opacity, b = out[i + 3] / 255, alpha = a + b * (1 - a);
        if (!a) continue;
        for (let c = 0; c < 3; c++) out[i + c] = (source[i + c] * a + out[i + c] * b * (1 - a)) / alpha;
        out[i + 3] = alpha * 255;
      }
    }
    return out;
  }
  function putStudioPixels(canvas, pixels, width, height) {
    if (canvas.width !== width) canvas.width = width;
    if (canvas.height !== height) canvas.height = height;
    const ctx = canvas.getContext("2d"), data = ctx.createImageData(width, height);
    data.data.set(pixels);
    ctx.putImageData(data, 0, 0);
    return canvas;
  }
  function studioOnionFrames(p, { count = 1, opacity = 0.25 } = {}) {
    const current = p.frames.findIndex((f) => f.id === p.frameId), out = [];
    for (let distance = Math.min(2, Math.max(1, Math.round(count))); distance >= 1; distance--) {
      const frame = p.frames[current - distance];
      if (!frame) continue;
      const pixels = compositeStudio(p, frame);
      for (let i = 0; i < pixels.length; i += 4) {
        pixels[i] = 71;
        pixels[i + 1] = 149;
        pixels[i + 2] = 238;
        pixels[i + 3] *= Math.min(0.6, Math.max(0.05, opacity)) / distance;
      }
      out.push({ frameId: frame.id, pixels });
    }
    return out;
  }
  function createStudioRenderer(canvas, getScene) {
    const bitmap = document.createElement("canvas");
    let frame = 0, disposed = false, key2, cached, onionKey = [], ghosts = [];
    function draw() {
      frame = 0;
      if (disposed) return;
      const s = getScene(), p = s.project, view2 = s.view, rect2 = canvas.getBoundingClientRect(), ratio = Math.min(2, window.devicePixelRatio || 1);
      const w = Math.max(1, Math.round(rect2.width * ratio)), h = Math.max(1, Math.round(rect2.height * ratio));
      if (canvas.width !== w) canvas.width = w;
      if (canvas.height !== h) canvas.height = h;
      const ctx = canvas.getContext("2d");
      ctx.setTransform(ratio, 0, 0, ratio, 0, 0);
      ctx.clearRect(0, 0, rect2.width, rect2.height);
      ctx.save();
      ctx.translate(view2.x, view2.y);
      ctx.scale(view2.zoom, view2.zoom);
      ctx.imageSmoothingEnabled = p.mode !== "pixel";
      ctx.fillStyle = "#ffffff";
      ctx.fillRect(0, 0, p.width, p.height);
      if (p.mode === "pixel") {
        ctx.fillStyle = "#edf1f4";
        const step = 12 / view2.zoom;
        const left = Math.max(0, Math.floor(-view2.x / view2.zoom / step) * step), top = Math.max(0, Math.floor(-view2.y / view2.zoom / step) * step);
        for (let y = top; y < Math.min(p.height, (rect2.height - view2.y) / view2.zoom); y += step) for (let x = left; x < Math.min(p.width, (rect2.width - view2.x) / view2.zoom); x += step) if ((Math.round(x / step) + Math.round(y / step)) % 2 === 0) ctx.fillRect(x, y, Math.min(step, p.width - x), Math.min(step, p.height - y));
      }
      if (key2 !== s.key || s.preview) {
        cached = compositeStudio(p, studioFrame(p), s.preview);
        key2 = s.preview ? void 0 : s.key;
        putStudioPixels(bitmap, cached, p.width, p.height);
      }
      if (s.onion?.enabled) {
        const current = p.frames.findIndex((f) => f.id === p.frameId), count = Math.min(2, Math.max(1, Math.round(s.onion.count || 1)));
        const previous = p.frames.slice(Math.max(0, current - count), current);
        const signature = [p.width, p.height, p.frameId, count, s.onion.opacity, ...p.layers.flatMap((l) => [l.id, l.visible, l.opacity]), ...previous.flatMap((f) => [f.id, ...p.layers.map((l) => f.cels[l.id])])];
        if (signature.length !== onionKey.length || signature.some((value, index) => value !== onionKey[index])) {
          for (const ghost of ghosts) ghost.width = ghost.height = 1;
          ghosts = studioOnionFrames(p, s.onion).map(({ pixels }) => putStudioPixels(document.createElement("canvas"), pixels, p.width, p.height));
          onionKey = signature;
        }
        for (const ghost of ghosts) ctx.drawImage(ghost, 0, 0);
      } else if (ghosts.length) {
        for (const ghost of ghosts) ghost.width = ghost.height = 1;
        ghosts = [];
        onionKey = [];
      }
      ctx.drawImage(bitmap, 0, 0);
      if (s.grid && p.mode === "pixel" && view2.zoom >= 6) {
        ctx.beginPath();
        ctx.strokeStyle = "#657b9438";
        ctx.lineWidth = 1 / view2.zoom;
        const x0 = Math.max(0, Math.floor(-view2.x / view2.zoom)), x1 = Math.min(p.width, Math.ceil((rect2.width - view2.x) / view2.zoom)), y0 = Math.max(0, Math.floor(-view2.y / view2.zoom)), y1 = Math.min(p.height, Math.ceil((rect2.height - view2.y) / view2.zoom));
        for (let x = x0; x <= x1; x++) {
          ctx.moveTo(x, y0);
          ctx.lineTo(x, y1);
        }
        for (let y = y0; y <= y1; y++) {
          ctx.moveTo(x0, y);
          ctx.lineTo(x1, y);
        }
        ctx.stroke();
      }
      ctx.strokeStyle = "#b9c8d5";
      ctx.lineWidth = 1 / view2.zoom;
      ctx.strokeRect(0, 0, p.width, p.height);
      if (s.selection) {
        const r = s.selection;
        ctx.setLineDash([5 / view2.zoom, 3 / view2.zoom]);
        ctx.strokeStyle = p.mode === "pixel" ? "#007596" : "#00a494";
        ctx.strokeRect(r.x, r.y, r.width, r.height);
      }
      ctx.restore();
      s.afterDraw?.(ctx);
    }
    return { request() {
      if (!frame && !disposed) frame = requestAnimationFrame(draw);
    }, dispose() {
      disposed = true;
      cancelAnimationFrame(frame);
      bitmap.width = bitmap.height = canvas.width = canvas.height = 1;
      for (const ghost of ghosts) ghost.width = ghost.height = 1;
      ghosts = [];
      onionKey = [];
      cached = null;
    } };
  }

  // src/tools/studio/layers.js
  function writableStudio(p) {
    const l = studioLayer(p);
    if (l.locked || !l.visible) throw Error("Mostre e desbloqueie a camada para editar.");
    return studioCel(p);
  }
  function replaceStudioCel(p, pixels) {
    writableStudio(p);
    if (pixels.length !== p.width * p.height * 4) throw Error("Tamanho de pixels inválido.");
    studioFrame(p).cels[p.layerId] = pixels;
  }
  function addStudioLayer(p, duplicate = false) {
    if (p.layers.length >= LIMITS.layers || projectBytes(p) + p.width * p.height * 4 * p.frames.length > LIMITS.bytes) throw Error("Sem memória para mais camadas (limite de 16 e 64 MiB).");
    const active = studioLayer(p), layer = { id: studioId(), name: duplicate ? (active.name + " cópia").slice(0, 80) : "Camada " + (p.layers.length + 1), visible: true, locked: false, opacity: duplicate ? active.opacity : 1 };
    p.layers.splice(p.layers.findIndex((l) => l.id === p.layerId) + 1, 0, layer);
    for (const f of p.frames) f.cels[layer.id] = duplicate ? f.cels[p.layerId].slice() : new Uint8ClampedArray(p.width * p.height * 4);
    p.layerId = layer.id;
  }
  function deleteStudioLayer(p) {
    if (p.layers.length === 1) throw Error("Mantenha pelo menos uma camada.");
    const at = p.layers.findIndex((l) => l.id === p.layerId);
    for (const f of p.frames) delete f.cels[p.layerId];
    p.layers.splice(at, 1);
    p.layerId = p.layers[Math.min(at, p.layers.length - 1)].id;
  }
  function orderStudioLayer(p, delta) {
    const i = p.layers.findIndex((l) => l.id === p.layerId), j = i + delta;
    if (j >= 0 && j < p.layers.length) [p.layers[i], p.layers[j]] = [p.layers[j], p.layers[i]];
    else return false;
  }
  function mergeStudioLayerDown(p) {
    const index = p.layers.findIndex((layer) => layer.id === p.layerId);
    if (index <= 0) throw Error("Selecione uma camada que tenha outra abaixo para mesclar.");
    const upper = p.layers[index], lower = p.layers[index - 1];
    if ([upper, lower].some((layer) => layer.locked || !layer.visible)) throw Error("Mostre e desbloqueie as duas camadas antes de mesclar.");
    const merged = p.frames.map((frame) => compositeStudio({ ...p, layers: [lower, upper] }, frame));
    for (let i = 0; i < p.frames.length; i++) {
      p.frames[i].cels[lower.id] = merged[i];
      delete p.frames[i].cels[upper.id];
    }
    lower.opacity = 1;
    p.layers.splice(index, 1);
    p.layerId = lower.id;
  }

  // src/tools/studio/raster.js
  var inStudioSelection = (rect2, x, y) => !rect2 || x >= rect2.x && y >= rect2.y && x < rect2.x + rect2.width && y < rect2.y + rect2.height;
  function rgba(hex) {
    if (!/^#[\da-f]{6}([\da-f]{2})?$/i.test(hex)) throw Error("Cor HEX inválida.");
    return (hex.length === 7 ? hex + "ff" : hex).slice(1).match(/../g).map((v) => parseInt(v, 16));
  }
  var hexColor = (color2) => "#" + Array.from(color2, (n) => Math.round(n).toString(16).padStart(2, "0")).join("");
  function blendPixel(pixels, offset, color2, coverage = 1, erase = false, source = pixels) {
    const a = color2[3] / 255 * coverage, b = source[offset + 3] / 255;
    if (erase) {
      pixels[offset + 3] = source[offset + 3] * (1 - coverage);
      if (!pixels[offset + 3]) pixels.fill(0, offset, offset + 4);
      return;
    }
    const alpha = a + b * (1 - a);
    for (let c = 0; c < 3; c++) pixels[offset + c] = alpha ? (color2[c] * a + source[offset + c] * b * (1 - a)) / alpha : 0;
    pixels[offset + 3] = alpha * 255;
  }
  function studioLine(a, b, visit) {
    let x = Math.floor(a.x), y = Math.floor(a.y);
    const tx = Math.floor(b.x), ty = Math.floor(b.y), dx = Math.abs(tx - x), dy = -Math.abs(ty - y), sx2 = x < tx ? 1 : -1, sy2 = y < ty ? 1 : -1;
    let error3 = dx + dy;
    if (Math.max(dx, -dy) > 8192) throw Error("Traço fora dos limites.");
    for (; ; ) {
      visit(x, y);
      if (x === tx && y === ty) break;
      const e = 2 * error3;
      if (e >= dy) {
        error3 += dy;
        x += sx2;
      }
      if (e <= dx) {
        error3 += dx;
        y += sy2;
      }
    }
  }
  function paintStudioLine(pixels, w, h, a, b, settings, mask = new Uint8Array(w * h), source = pixels) {
    const size = clamp2(Math.round(settings.size), 1, 128), color2 = rgba(settings.color), half = Math.floor(size / 2);
    function stamp(cx2, cy2) {
      for (let y = cy2 - half; y < cy2 - half + size; y++) for (let x = cx2 - half; x < cx2 - half + size; x++) if (x >= 0 && y >= 0 && x < w && y < h && inStudioSelection(settings.selection, x, y)) {
        const i = y * w + x;
        if (mask[i]) continue;
        mask[i] = 255;
        blendPixel(pixels, i * 4, color2, settings.opacity ?? 1, settings.erase, source);
      }
    }
    studioLine(a, b, (x, y) => {
      stamp(x, y);
      if (settings.mirrorX) stamp(w - 1 - x, y);
      if (settings.mirrorY) stamp(x, h - 1 - y);
      if (settings.mirrorX && settings.mirrorY) stamp(w - 1 - x, h - 1 - y);
    });
    return pixels;
  }
  function fillStudio(pixels, w, h, x, y, color2, tolerance = 0, selection = null) {
    x = Math.floor(x);
    y = Math.floor(y);
    if (x < 0 || y < 0 || x >= w || y >= h || !inStudioSelection(selection, x, y)) return false;
    const expected = pixels.slice((y * w + x) * 4, (y * w + x) * 4 + 4), next = rgba(color2);
    if (expected.every((c, i) => c === next[i])) return false;
    const visited = new Uint8Array(w * h), queue = new Uint32Array(w * h);
    let head = 0, tail = 1;
    queue[0] = y * w + x;
    visited[queue[0]] = 1;
    const accept = (i) => {
      if (visited[i] || !inStudioSelection(selection, i % w, Math.floor(i / w))) return;
      visited[i] = 1;
      const offset = i * 4;
      if (expected.every((c, k) => Math.abs(c - pixels[offset + k]) <= tolerance)) queue[tail++] = i;
    };
    while (head < tail) {
      const i = queue[head++];
      pixels.set(next, i * 4);
      const px2 = i % w;
      if (px2) accept(i - 1);
      if (px2 < w - 1) accept(i + 1);
      if (i >= w) accept(i - w);
      if (i < w * (h - 1)) accept(i + w);
    }
    return true;
  }
  function studioRect(a, b, w, h) {
    const x = clamp2(Math.floor(Math.min(a.x, b.x)), 0, w - 1), y = clamp2(Math.floor(Math.min(a.y, b.y)), 0, h - 1);
    return { x, y, width: clamp2(Math.floor(Math.max(a.x, b.x)), x, w - 1) - x + 1, height: clamp2(Math.floor(Math.max(a.y, b.y)), y, h - 1) - y + 1 };
  }
  function shapeStudio(pixels, w, h, a, b, settings) {
    const mask = new Uint8Array(w * h), source = pixels.slice(), paint = (x, y) => paintStudioLine(pixels, w, h, { x, y }, { x, y }, settings, mask, source);
    const color2 = rgba(settings.color);
    function fillPixel(x, y) {
      const points = [[x, y]];
      if (settings.mirrorX) points.push([w - 1 - x, y]);
      if (settings.mirrorY) points.push([x, h - 1 - y]);
      if (settings.mirrorX && settings.mirrorY) points.push([w - 1 - x, h - 1 - y]);
      for (const [px2, py2] of points) {
        if (!inStudioSelection(settings.selection, px2, py2)) continue;
        const i = py2 * w + px2;
        if (mask[i]) continue;
        mask[i] = 255;
        blendPixel(pixels, i * 4, color2, settings.opacity ?? 1, false, source);
      }
    }
    if (settings.tool === "line") {
      paintStudioLine(pixels, w, h, a, b, settings, mask, source);
      return;
    }
    const r = studioRect(a, b, w, h), right = r.x + r.width - 1, bottom = r.y + r.height - 1;
    if (settings.tool === "rectangle") {
      if (settings.filled) {
        for (let y = r.y; y <= bottom; y++) for (let x = r.x; x <= right; x++) fillPixel(x, y);
      } else for (const [c, d] of [[{ x: r.x, y: r.y }, { x: right, y: r.y }], [{ x: right, y: r.y }, { x: right, y: bottom }], [{ x: right, y: bottom }, { x: r.x, y: bottom }], [{ x: r.x, y: bottom }, { x: r.x, y: r.y }]]) paintStudioLine(pixels, w, h, c, d, settings, mask, source);
    } else {
      const rx = r.width / 2, ry = r.height / 2, cx2 = r.x + (r.width - 1) / 2, cy2 = r.y + (r.height - 1) / 2;
      for (let y = r.y; y <= bottom; y++) for (let x = r.x; x <= right; x++) {
        const dx = x - cx2, dy = y - cy2, outer = (dx / rx) ** 2 + (dy / ry) ** 2, inner = rx > 1 && ry > 1 ? (dx / Math.max(0.1, rx - 1)) ** 2 + (dy / Math.max(0.1, ry - 1)) ** 2 : Infinity;
        if (outer <= 1 && (settings.filled || inner >= 1)) {
          if (settings.filled) fillPixel(x, y);
          else paint(x, y);
        }
      }
    }
  }

  // src/tools/studio/selection.js
  function extractStudio(pixels, w, rect2) {
    const result = new Uint8ClampedArray(rect2.width * rect2.height * 4);
    for (let y = 0; y < rect2.height; y++) result.set(pixels.subarray(((rect2.y + y) * w + rect2.x) * 4, ((rect2.y + y) * w + rect2.x + rect2.width) * 4), y * rect2.width * 4);
    return { pixels: result, width: rect2.width, height: rect2.height };
  }
  function clearStudio(pixels, w, rect2) {
    for (let y = rect2.y; y < rect2.y + rect2.height; y++) pixels.fill(0, (y * w + rect2.x) * 4, (y * w + rect2.x + rect2.width) * 4);
  }
  function moveStudioSelection(source, w, h, rect2, dx, dy) {
    const x = Math.min(Math.max(0, rect2.x + dx), w - rect2.width), y = Math.min(Math.max(0, rect2.y + dy), h - rect2.height);
    if (x === rect2.x && y === rect2.y) return null;
    const pixels = source.slice(), clip2 = extractStudio(source, w, rect2);
    clearStudio(pixels, w, rect2);
    pasteStudio(pixels, w, h, clip2, x, y);
    return { pixels, selection: { ...rect2, x, y } };
  }
  function pasteStudio(pixels, w, h, clip2, x, y) {
    for (let row = 0; row < clip2.height; row++) for (let col = 0; col < clip2.width; col++) {
      const px2 = x + col, py2 = y + row;
      if (px2 < 0 || py2 < 0 || px2 >= w || py2 >= h) continue;
      const a = (row * clip2.width + col) * 4, b = (py2 * w + px2) * 4, alpha = clip2.pixels[a + 3] / 255;
      if (!alpha) continue;
      const base = pixels[b + 3] / 255, out = alpha + base * (1 - alpha);
      for (let c = 0; c < 3; c++) pixels[b + c] = (clip2.pixels[a + c] * alpha + pixels[b + c] * base * (1 - alpha)) / out;
      pixels[b + 3] = out * 255;
    }
  }
  function transformStudio(clip2, kind) {
    const width = kind === "rotate" ? clip2.height : clip2.width, height = kind === "rotate" ? clip2.width : clip2.height, pixels = new Uint8ClampedArray(width * height * 4);
    for (let y = 0; y < clip2.height; y++) for (let x = 0; x < clip2.width; x++) {
      const nx = kind === "flipX" ? width - 1 - x : kind === "rotate" ? clip2.height - 1 - y : x, ny = kind === "flipY" ? height - 1 - y : kind === "rotate" ? x : y;
      pixels.set(clip2.pixels.subarray((y * clip2.width + x) * 4, (y * clip2.width + x) * 4 + 4), (ny * width + nx) * 4);
    }
    return { pixels, width, height };
  }

  // src/tools/studio/freehand.js
  var PENCIL_PRESETS = Object.freeze({
    "2h": Object.freeze({ size: 2, name: "2H · desenho técnico", group: "Grafite", icon: "pencil", tint: "#7f9eb6", opacity: 0.4, softness: 0.12, grain: 0.85 }),
    hb: Object.freeze({ size: 3, name: "HB · traço fino", group: "Grafite", icon: "pencil", tint: "#dfb349", opacity: 0.6, softness: 0.18, grain: 0.7 }),
    "2b": Object.freeze({ size: 5, name: "2B · esboço", group: "Grafite", icon: "pencil", tint: "#5a9c7e", opacity: 0.8, softness: 0.42, grain: 0.55 }),
    "4b": Object.freeze({ size: 8, name: "4B · grafite macio", group: "Grafite", icon: "pencil", tint: "#5c78b4", opacity: 0.95, softness: 0.7, grain: 0.4 }),
    "6b": Object.freeze({ size: 12, name: "6B · grafite intenso", group: "Grafite", icon: "pencil", tint: "#535468", opacity: 1, softness: 0.8, grain: 0.2 }),
    charcoal: Object.freeze({ size: 24, name: "Carvão de esboço", group: "Materiais secos", icon: "charcoal", tint: "#41424a", opacity: 0.9, softness: 0.85, grain: 0.55, textureScale: 3 }),
    chalk: Object.freeze({ size: 18, name: "Giz seco", group: "Materiais secos", icon: "chalk", tint: "#abb4c8", opacity: 0.7, softness: 0.18, grain: 0.85, textureScale: 2, shape: "rectangle", ratio: 0.85, angle: -Math.PI / 12 }),
    pastel: Object.freeze({ size: 16, name: "Pastel seco", group: "Materiais secos", icon: "pastel", tint: "#be7c9a", opacity: 0.85, softness: 0.5, grain: 0.35, textureScale: 2, shape: "rectangle", ratio: 0.65, angle: Math.PI / 6 })
  });
  var BRUSH_PRESETS = Object.freeze({
    round: Object.freeze({ size: 12, name: "Pincel redondo", group: "Pincéis", icon: "brush", tint: "#b98752" }),
    ink: Object.freeze({ size: 4, name: "Caneta de tinta", group: "Canetas", icon: "pen", tint: "#41556e", kind: "ink" }),
    fineliner: Object.freeze({ size: 6, name: "Caneta fina", group: "Canetas", icon: "pen", tint: "#64536e", kind: "ink", width: 0.4 }),
    marker: Object.freeze({ size: 20, name: "Marcador", group: "Marcadores", icon: "marker", tint: "#699297", opacity: 0.55 }),
    markerDry: Object.freeze({ size: 18, name: "Marcador seco", group: "Marcadores", icon: "marker", tint: "#a18563", kind: "dry", opacity: 0.6, shape: "rectangle", ratio: 0.5 }),
    highlighter: Object.freeze({ size: 24, name: "Marca-texto", group: "Marcadores", icon: "marker", tint: "#c0b65d", kind: "flat", shape: "rectangle", angle: Math.PI / 4, ratio: 0.5, opacity: 0.22 }),
    chisel: Object.freeze({ size: 16, name: "Caneta de caligrafia", group: "Canetas", icon: "marker", tint: "#5a659a", kind: "flat", shape: "rectangle", angle: Math.PI / 4, ratio: 0.28 }),
    flat: Object.freeze({ size: 28, name: "Pincel chato", group: "Pincéis", icon: "flat", tint: "#bc8c58", kind: "flat", shape: "rectangle", angle: 0, ratio: 0.42 }),
    soft: Object.freeze({ size: 36, name: "Pincel suave", group: "Pincéis", icon: "brush", tint: "#ae838c", kind: "soft" }),
    wash: Object.freeze({ size: 48, name: "Lavagem leve", group: "Pincéis", icon: "brush", tint: "#769db4", kind: "soft", opacity: 0.3 }),
    dry: Object.freeze({ size: 28, name: "Pincel seco", group: "Texturas", icon: "flat", tint: "#7e8e61", kind: "dry" }),
    spray: Object.freeze({ size: 40, name: "Spray pontilhado", group: "Texturas", icon: "spray", tint: "#8c7fab", kind: "spray" })
  });
  function studioTip(settings, contact = 1) {
    const pencil = settings.tool === "pencil" && !settings.erase;
    const profile = pencil ? PENCIL_PRESETS[settings.pencilPreset] || PENCIL_PRESETS["2b"] : settings.tool === "brush" && !settings.erase ? BRUSH_PRESETS[settings.brushPreset] || BRUSH_PRESETS.round : BRUSH_PRESETS.round;
    return { profile, pencil, shape: profile.shape || "ellipse", ratio: profile.ratio || 1, angle: profile.angle || 0, radius: studioTipRadius(settings, contact, profile, pencil) };
  }
  function studioTipRadius(settings, contact, profile, pencil) {
    contact = clamp2(contact, 0, 1);
    const pressure = settings.pressure ? pencil ? 0.25 + 0.75 * contact : profile.kind === "ink" ? 0.15 + 0.85 * contact : 0.35 + contact * 1.1 : 1;
    return Math.max(0.4, settings.size / 2 * pressure * (profile.width || 1));
  }
  function rectangleProjection(x, y, dx, dy) {
    let t = 0, distance = Math.max(Math.abs(x), Math.abs(y));
    for (const candidate2 of [1, dx !== dy ? (x - y) / (dx - dy) : 0, dx !== -dy ? (x + y) / (dx + dy) : 0]) {
      const next = clamp2(candidate2, 0, 1), d = Math.max(Math.abs(x - next * dx), Math.abs(y - next * dy));
      if (d < distance) {
        distance = d;
        t = next;
      }
    }
    return t;
  }
  function grain(x, y) {
    let n = Math.imul(x, 374761393) ^ Math.imul(y, 668265263);
    n = Math.imul(n ^ n >>> 13, 1274126177);
    return ((n ^ n >>> 16) >>> 0) / 4294967295;
  }
  function graphite(x, y, distance, radius, pressure, settings) {
    const profile = PENCIL_PRESETS[settings.pencilPreset] || PENCIL_PRESETS["2b"];
    const texture = clamp2(settings.pencilTexture ?? 0.65, 0, 1);
    const scale2 = profile.textureScale || 1;
    const tooth = grain(Math.floor(x / scale2), Math.floor(y / scale2)) * 0.72 + grain(x >> 1, y >> 1) * 0.28;
    const contact = clamp2(pressure, 0, 1), edge = clamp2((radius + 0.5 - distance) / Math.max(1, radius * profile.softness), 0, 1);
    const deposit = clamp2((tooth - (1 - contact) * 0.42 - profile.grain * 0.24) * 2, 0, 1);
    return edge * profile.opacity * (0.18 + 0.82 * contact) * (1 - texture + texture * deposit);
  }
  function paintFreeStudio(pixels, w, h, a, b, settings, coverage, source) {
    const tip = studioTip(settings), { pencil, profile: brush } = tip;
    const color2 = rgba(settings.color), dx = b.x - a.x, dy = b.y - a.y, length2 = dx * dx + dy * dy, maxRadius = tip.radius * (tip.shape === "rectangle" ? Math.hypot(1, tip.ratio) : 1) + 1;
    const cosine = Math.cos(tip.angle), sine = Math.sin(tip.angle), ratio = tip.ratio;
    const metric = (x, y) => ({ x: x * cosine + y * sine, y: (-x * sine + y * cosine) / ratio });
    const direction = tip.shape === "rectangle" || ratio !== 1 || tip.angle !== 0 ? metric(dx, dy) : null;
    const left = Math.max(0, Math.floor(Math.min(a.x, b.x) - maxRadius)), right = Math.min(w - 1, Math.ceil(Math.max(a.x, b.x) + maxRadius)), top = Math.max(0, Math.floor(Math.min(a.y, b.y) - maxRadius)), bottom = Math.min(h - 1, Math.ceil(Math.max(a.y, b.y) + maxRadius));
    for (let y = top; y <= bottom; y++) for (let x = left; x <= right; x++) {
      if (!inStudioSelection(settings.selection, x, y)) continue;
      const offsetX = x + 0.5 - a.x, offsetY = y + 0.5 - a.y, local2 = direction ? metric(offsetX, offsetY) : null;
      const denominator = direction ? direction.x ** 2 + direction.y ** 2 : length2;
      const t = tip.shape === "rectangle" ? rectangleProjection(local2.x, local2.y, direction.x, direction.y) : denominator ? clamp2(direction ? (local2.x * direction.x + local2.y * direction.y) / denominator : (offsetX * dx + offsetY * dy) / denominator, 0, 1) : 0;
      const contact = settings.pressure ? clamp2((a.p ?? 0.5) + ((b.p ?? 0.5) - (a.p ?? 0.5)) * t, 0, 1) : 1;
      const radius = studioTipRadius(settings, contact, brush, pencil), lx = local2?.x - t * (direction?.x || 0), ly = local2?.y - t * (direction?.y || 0);
      const distance = tip.shape === "rectangle" ? Math.max(Math.abs(lx), Math.abs(ly)) : direction ? Math.hypot(lx, ly) : Math.hypot(offsetX - t * dx, offsetY - t * dy);
      const edge = clamp2(radius + 0.5 - distance, 0, 1);
      let strength = pencil ? graphite(x, y, distance, radius, contact, settings) : brush.kind === "soft" ? Math.pow(clamp2(1 - distance / radius, 0, 1), 1.3) : edge;
      if (!pencil && edge) {
        if (brush.kind === "dry") strength *= 0.15 + 0.85 * grain(x, y) * grain(x >> 1, y >> 1);
        if (brush.kind === "spray") strength *= grain(x, y) > 0.75 + clamp2(distance / radius, 0, 1) * 0.2 ? 0.8 : 0;
        strength *= brush.opacity ?? 1;
      }
      const alpha = Math.round(strength * 255), i = y * w + x;
      if (alpha <= coverage[i]) continue;
      coverage[i] = alpha;
      blendPixel(pixels, i * 4, color2, alpha / 255 * (settings.opacity ?? 1), settings.erase, source);
    }
    return pixels;
  }

  // src/tools/studio/pointer.js
  function attachStudioPointer(canvas, api) {
    const life = new AbortController(), touches = /* @__PURE__ */ new Set();
    let g = null, space = false;
    const on = (target, type, fn, extra = {}) => target.addEventListener(type, fn, { ...extra, signal: life.signal });
    const point = (e) => {
      const p = studioPoint(e, canvas.getBoundingClientRect(), api.view()), doc = api.project();
      return { ...p, x: clamp2(p.x, -256, doc.width + 256), y: clamp2(p.y, -256, doc.height + 256) };
    };
    function finish(cancel = false) {
      if (!g) return;
      const saved = g;
      g = null;
      if (canvas.hasPointerCapture(saved.id)) canvas.releasePointerCapture(saved.id);
      if (!cancel) {
        if (saved.pixels) api.commit(saved.pixels, saved.nextSelection);
        else if (saved.area) api.select(saved.area);
      }
      api.preview(null);
    }
    function update(e) {
      if (!g || e.pointerId !== g.id) return;
      const p = point(e), doc = api.project();
      if (g.pan) {
        api.setView({ ...g.view, x: g.view.x + e.clientX - g.screen.x, y: g.view.y + e.clientY - g.screen.y });
        return;
      }
      if (g.select) {
        if (g.clip) {
          const x = clamp2(g.rect.x + Math.round(p.x - g.start.x), 0, doc.width - g.rect.width), y = clamp2(g.rect.y + Math.round(p.y - g.start.y), 0, doc.height - g.rect.height);
          g.pixels = g.source.slice();
          clearStudio(g.pixels, doc.width, g.rect);
          pasteStudio(g.pixels, doc.width, doc.height, g.clip, x, y);
          g.nextSelection = { ...g.rect, x, y };
          api.preview({ pixels: g.pixels, selection: g.nextSelection });
        } else {
          g.area = studioRect(g.start, p, doc.width, doc.height);
          api.preview({ selection: g.area });
        }
        return;
      }
      if (g.shape) {
        g.pixels = g.source.slice();
        shapeStudio(g.pixels, doc.width, doc.height, g.start, p, g.settings);
      } else {
        const samples = e.getCoalescedEvents?.() || [e];
        for (const sample of samples.length ? samples : [e]) {
          let next = point(sample);
          if (doc.mode === "draw") {
            const smoothing = g.final ? 0 : g.settings.smoothing ?? 0.15;
            next = { ...next, x: g.last.x + (next.x - g.last.x) * (1 - smoothing), y: g.last.y + (next.y - g.last.y) * (1 - smoothing) };
            paintFreeStudio(g.pixels, doc.width, doc.height, g.last, next, g.settings, g.mask, g.source);
          } else paintStudioLine(g.pixels, doc.width, doc.height, g.last, next, g.settings, g.mask, g.source);
          g.last = next;
        }
      }
      api.preview({ pixels: g.pixels });
    }
    on(canvas, "pointerdown", (e) => {
      if (e.pointerType === "touch") {
        touches.add(e.pointerId);
        if (touches.size > 1) {
          finish(true);
          return;
        }
      }
      if (g || api.busy() || ![0, 1, 2].includes(e.button)) return;
      e.preventDefault();
      canvas.focus({ preventScroll: true });
      try {
        const p = point(e), doc = api.project(), tool = api.tool();
        if (tool === "pan" || space || e.button === 1) {
          g = { id: e.pointerId, pan: true, view: { ...api.view() }, screen: { x: e.clientX, y: e.clientY } };
          canvas.setPointerCapture(e.pointerId);
          return;
        }
        if (p.x < 0 || p.y < 0 || p.x >= doc.width || p.y >= doc.height) return;
        if (tool === "eyedropper") {
          const pixels = api.sampleLayer() ? studioCel(doc) : compositeStudio(doc), i = (Math.floor(p.y) * doc.width + Math.floor(p.x)) * 4;
          api.color(hexColor(pixels.slice(i, i + 4)));
          return;
        }
        if (tool === "select") {
          const r = api.selection(), inside = r && p.x >= r.x && p.y >= r.y && p.x < r.x + r.width && p.y < r.y + r.height;
          if (inside) writableStudio(doc);
          g = { id: e.pointerId, select: true, start: p, rect: r, clip: inside ? extractStudio(studioCel(doc), doc.width, r) : null, source: studioCel(doc) };
          canvas.setPointerCapture(e.pointerId);
          update(e);
          return;
        }
        const source = writableStudio(doc), settings = { ...api.settings(), selection: api.selection() ? { ...api.selection() } : null, tool, color: e.button === 2 ? doc.background : doc.foreground, erase: tool === "eraser" };
        if (doc.mode === "draw") settings.pressure = settings.pressure && e.pointerType === "pen";
        if (tool === "fill") {
          const pixels = source.slice();
          if (fillStudio(pixels, doc.width, doc.height, p.x, p.y, settings.color, settings.tolerance || 0, settings.selection)) api.commit(pixels);
          return;
        }
        g = { id: e.pointerId, start: p, last: p, source, pixels: source.slice(), settings, shape: ["line", "rectangle", "ellipse"].includes(tool), mask: new Uint8Array(doc.width * doc.height) };
        canvas.setPointerCapture(e.pointerId);
        update(e);
      } catch (error3) {
        finish(true);
        api.message(error3.message);
      }
    });
    on(canvas, "pointermove", (e) => {
      try {
        update(e);
      } catch (error3) {
        finish(true);
        api.message(error3.message);
      }
    });
    on(canvas, "pointerup", (e) => {
      touches.delete(e.pointerId);
      if (g?.id !== e.pointerId) return;
      try {
        g.final = true;
        update(e);
        finish();
      } catch (error3) {
        finish(true);
        api.message(error3.message);
      }
    });
    on(canvas, "pointercancel", (e) => {
      touches.delete(e.pointerId);
      finish(true);
    });
    on(canvas, "lostpointercapture", () => finish(true));
    on(canvas, "contextmenu", (e) => e.preventDefault());
    on(window, "blur", () => {
      space = false;
      touches.clear();
      finish(true);
    });
    return { cancel: () => finish(true), space(value) {
      space = value;
    }, dispose() {
      finish(true);
      touches.clear();
      life.abort();
    } };
  }

  // src/tools/studio/export.js
  function studioExportPixels(p, { sheet = false, scale: scale2 = 1, frameId = p.frameId } = {}) {
    if (![1, 2, 4, 8].includes(scale2)) throw Error("Escala inválida.");
    const frames = sheet ? p.frames : [p.frames.find((f) => f.id === frameId)];
    if (frames.some((f) => !f)) throw Error("Quadro não encontrado.");
    const columns = sheet ? Math.ceil(Math.sqrt(frames.length)) : 1, rows = Math.ceil(frames.length / columns), width = p.width * columns * scale2, height = p.height * rows * scale2;
    if (width > 12e3 || height > 12e3 || width * height > 16e6) throw Error("Exportação: limite de 16 megapixels / 12000 px por lado. Reduza a escala.");
    const pixels = new Uint8ClampedArray(width * height * 4);
    frames.forEach((frame, index) => {
      const composed = compositeStudio(p, frame), ox = index % columns * p.width * scale2, oy = Math.floor(index / columns) * p.height * scale2;
      for (let y = 0; y < p.height * scale2; y++) for (let x = 0; x < p.width * scale2; x++) {
        const a = (Math.floor(y / scale2) * p.width + Math.floor(x / scale2)) * 4;
        pixels.set(composed.subarray(a, a + 4), ((oy + y) * width + ox + x) * 4);
      }
    });
    return { pixels, width, height, columns, rows };
  }
  async function studioPng(p, options2 = {}, factory = () => document.createElement("canvas")) {
    const { pixels, width, height } = studioExportPixels(p, options2), canvas = factory();
    try {
      putStudioPixels(canvas, pixels, width, height);
      return await new Promise((resolve, reject) => canvas.toBlob((blob) => blob ? resolve(blob) : reject(Error("Não foi possível criar PNG.")), "image/png"));
    } finally {
      canvas.width = canvas.height = 1;
    }
  }

  // src/tools/studio/frames.js
  function addStudioFrame(p, duplicate = false) {
    const cost = p.width * p.height * 4 * p.layers.length;
    if (p.frames.length >= LIMITS.frames || projectBytes(p) + cost > LIMITS.bytes) throw Error("Sem memória para outro quadro (limite de 120 e 64 MiB).");
    const source = studioFrame(p), f = { id: studioId(), duration: source.duration, cels: {} };
    for (const l of p.layers) f.cels[l.id] = duplicate ? source.cels[l.id] : new Uint8ClampedArray(p.width * p.height * 4);
    p.frames.splice(p.frames.indexOf(source) + 1, 0, f);
    p.frameId = f.id;
  }
  function deleteStudioFrame(p) {
    if (p.frames.length === 1) throw Error("Mantenha pelo menos um quadro.");
    const i = p.frames.findIndex((f) => f.id === p.frameId);
    p.frames.splice(i, 1);
    p.frameId = p.frames[Math.min(i, p.frames.length - 1)].id;
  }
  function orderStudioFrame(p, delta) {
    const i = p.frames.findIndex((f) => f.id === p.frameId), j = i + delta;
    if (j < 0 || j >= p.frames.length) return false;
    [p.frames[i], p.frames[j]] = [p.frames[j], p.frames[i]];
  }
  function studioPlaybackPosition(project, start, elapsed) {
    const frames = project.frames, total = frames.reduce((n, f) => n + f.duration, 0);
    let time = Math.max(0, elapsed) + frames.slice(0, start).reduce((n, f) => n + f.duration, 0);
    if (!project.loop && time >= total) return { index: frames.length - 1, done: true };
    time %= total;
    for (let i = 0; i < frames.length; i++) {
      if (time < frames[i].duration) return { index: i, done: false };
      time -= frames[i].duration;
    }
    return { index: 0, done: false };
  }
  function studioPlayback(api) {
    let running = false, handle = 0, start = 0, time = 0;
    function pause() {
      if (!running) return;
      running = false;
      api.cancel(handle);
      handle = 0;
      api.state(false);
    }
    function tick(now) {
      handle = 0;
      if (!running) return;
      const pos = studioPlaybackPosition(api.project(), start, now - time), frame = api.project().frames[pos.index];
      if (frame.id !== api.project().frameId) api.select(frame.id);
      if (pos.done) {
        pause();
        return;
      }
      handle = api.request(tick);
    }
    return { get running() {
      return running;
    }, play() {
      if (running) return;
      const p = api.project();
      start = p.frames.findIndex((f) => f.id === p.frameId);
      time = api.now();
      running = true;
      api.state(true);
      handle = api.request(tick);
    }, pause, dispose: pause };
  }

  // src/tools/studio/project.js
  var MAGIC = new TextEncoder().encode("UBSTUDIO");
  var HEADER_LIMIT = 256 * 1024;
  function preferences(value = {}) {
    const result = {};
    for (const mode of ["pixel", "draw"]) {
      const s = value[mode];
      if (!s) continue;
      const clean = {};
      for (const [key2, min, max] of [["size", 1, 128], ["opacity", 0, 1], ["tolerance", 0, 255], ["smoothing", 0, 0.5], ["pencilTexture", 0, 1]]) if (s[key2] !== void 0) {
        if (!Number.isFinite(s[key2]) || s[key2] < min || s[key2] > max) throw Error("Preferências de pincel inválidas.");
        clean[key2] = s[key2];
      }
      if (s.pencilPreset !== void 0) {
        if (typeof s.pencilPreset !== "string" || !Object.hasOwn(PENCIL_PRESETS, s.pencilPreset)) throw Error("Tipo de lápis inválido.");
        clean.pencilPreset = s.pencilPreset;
      }
      if (s.brushPreset !== void 0) {
        if (typeof s.brushPreset !== "string" || !Object.hasOwn(BRUSH_PRESETS, s.brushPreset)) throw Error("Tipo de pincel inválido.");
        clean.brushPreset = s.brushPreset;
      }
      for (const key2 of ["filled", "mirrorX", "mirrorY", "pressure"]) if (s[key2] !== void 0) {
        if (typeof s[key2] !== "boolean") throw Error("Preferência inválida.");
        clean[key2] = s[key2];
      }
      result[mode] = clean;
    }
    return result;
  }
  function writeStudioProject(p, settings = {}) {
    validateStudio(p);
    const header2 = { format: "unibox-studio", project: { ...p, frames: p.frames.map((f) => ({ id: f.id, duration: f.duration })) }, preferences: preferences(settings) };
    const json = new TextEncoder().encode(JSON.stringify(header2));
    if (json.length > HEADER_LIMIT) throw Error("Metadados grandes demais.");
    const prefix = new Uint8Array(12);
    prefix.set(MAGIC);
    new DataView(prefix.buffer).setUint32(8, json.length, true);
    return new Blob([prefix, json, ...p.frames.flatMap((f) => p.layers.map((l) => f.cels[l.id]))], { type: "application/x-unibox-studio" });
  }
  async function readStudioProject(file) {
    if (!(file instanceof Blob) || file.size < 12 || file.size > LIMITS.file) throw Error("Arquivo Studio inválido ou maior que 90 MiB.");
    const prefix = new Uint8Array(await file.slice(0, 12).arrayBuffer());
    if (!MAGIC.every((b, i) => b === prefix[i])) throw Error("Este arquivo não é .ubstudio. Projetos .ubpixel antigos não são compatíveis.");
    const length = new DataView(prefix.buffer).getUint32(8, true);
    if (length < 2 || length > HEADER_LIMIT || 12 + length > file.size) throw Error("Cabeçalho Studio inválido.");
    let parsed;
    try {
      parsed = JSON.parse(new TextDecoder("utf-8", { fatal: true }).decode(await file.slice(12, 12 + length).arrayBuffer()));
    } catch {
      throw Error("Metadados Studio corrompidos.");
    }
    const p = parsed.project;
    if (parsed.format !== "unibox-studio" || !p || p.version !== 1) throw Error("Versão Studio não suportada.");
    dimensions(p.width, p.height);
    if (!Array.isArray(p.layers) || p.layers.length < 1 || p.layers.length > LIMITS.layers || !Array.isArray(p.frames) || p.frames.length < 1 || p.frames.length > LIMITS.frames) throw Error("Quantidade de camadas ou quadros inválida.");
    const celBytes = p.width * p.height * 4, bytes2 = celBytes * p.frames.length * p.layers.length;
    if (bytes2 > LIMITS.bytes || file.size !== 12 + length + bytes2) throw Error("Tamanho de pixels incompatível ou acima de 64 MiB.");
    const settings = preferences(parsed.preferences), buffer = await file.arrayBuffer();
    let offset = 12 + length;
    const project = {
      version: p.version,
      mode: p.mode,
      name: p.name,
      width: p.width,
      height: p.height,
      layerId: p.layerId,
      frameId: p.frameId,
      palette: p.palette,
      foreground: p.foreground,
      background: p.background,
      loop: p.loop,
      layers: p.layers.map((l) => ({ id: l.id, name: l.name, visible: l.visible, locked: l.locked, opacity: l.opacity })),
      frames: p.frames.map((f) => {
        const cels = Object.fromEntries(p.layers.map((l) => {
          const pixels = new Uint8ClampedArray(buffer, offset, celBytes);
          offset += celBytes;
          return [l.id, pixels];
        }));
        return { id: f.id, duration: f.duration, cels };
      })
    };
    return { project: validateStudio(project), preferences: settings };
  }

  // src/components/studio-preset-icon.js
  function studioPresetIcon(kind = "brush", tint2 = "#b98752") {
    const ns2 = "http://www.w3.org/2000/svg";
    const node2 = (tag, attrs = {}) => {
      const n = document.createElementNS(ns2, tag);
      for (const [key2, value] of Object.entries(attrs)) n.setAttribute(key2, String(value));
      return n;
    };
    const svg = node2("svg", { viewBox: "0 0 48 48", class: "s2-preset-thumbnail", "aria-hidden": "true", focusable: "false" });
    svg.append(node2("rect", { x: 1, y: 1, width: 46, height: 46, rx: 9, fill: "#f1eef6" }));
    const body = node2("g", { transform: "rotate(38 24 24)", stroke: "#34303e", "stroke-width": 1, "stroke-linejoin": "round" });
    if (kind === "pencil") {
      body.append(node2("path", { d: "M20 5h8v24l-4 11-4-11Z", fill: tint2 }), node2("path", { d: "M20 29h8l-4 11Z", fill: "#e4c597" }), node2("path", { d: "m22.5 36 1.5 4 1.5-4Z", fill: "#33313a" }), node2("path", { d: "M22 6v22", stroke: "#ffffff88", "stroke-width": 2 }));
    } else if (["chalk", "pastel", "charcoal"].includes(kind)) {
      body.append(node2("rect", { x: 19, y: 7, width: 10, height: 31, rx: 2, fill: tint2 }), node2("path", { d: "M20 13h8v16h-8Z", fill: kind === "charcoal" ? "#66636c" : "#e6dfd3", stroke: "none" }), node2("path", { d: "M22 9v3m3 21v3", stroke: "#ffffff80" }));
    } else if (kind === "pen") {
      body.append(node2("rect", { x: 20, y: 5, width: 8, height: 24, rx: 2, fill: tint2 }), node2("path", { d: "m20 29 4 10 4-10Zm4 2v7", fill: "#d6d5df" }), node2("path", { d: "M26 7v12", stroke: "#d4c9b3", "stroke-width": 2 }));
    } else if (kind === "marker") {
      body.append(node2("rect", { x: 18, y: 5, width: 12, height: 25, rx: 3, fill: tint2 }), node2("path", { d: "M20 30h8v6l-8 4Z", fill: "#3d3b46" }), node2("path", { d: "M21 8v17", stroke: "#ffffff70", "stroke-width": 2 }));
    } else if (kind === "spray") {
      body.append(node2("rect", { x: 17, y: 15, width: 14, height: 24, rx: 3, fill: tint2 }), node2("path", { d: "M20 15V9h8v6Zm2-6V6h4v3", fill: "#d6d5df" }), node2("path", { d: "M20 24h8v7h-8Z", fill: "#ede8f6", stroke: "none" }));
      for (const [x, y] of [[10, 8], [15, 5], [8, 14], [12, 17]]) svg.append(node2("circle", { cx: x, cy: y, r: 0.8, fill: tint2 }));
    } else {
      const flat = kind === "flat";
      body.append(node2("path", { d: flat ? "M21 4h6l1 22h-8Z" : "M23 4h2l2 23h-6Z", fill: tint2 }), node2("path", { d: flat ? "M19 24h10v5H19Z" : "M20 24h8v5h-8Z", fill: "#bfc0ca" }), node2("path", { d: flat ? "M19 29h10v11H19Zm3 1v9m4-9v9" : "M20 29h8c0 6-2 9-8 12 2-6-3-7 0-12Z", fill: "#534139", stroke: "#3b3030" }));
    }
    svg.append(body);
    return svg;
  }

  // src/components/studio-cursor.js
  var STUDIO_DRAW_CURSOR = "none";
  function studioCursor(tool) {
    return tool === "pan" ? "grab" : tool === "select" ? "default" : STUDIO_DRAW_CURSOR;
  }
  function studioCursorGeometry({ mode, tool, settings, view: view2 }, pointer = {}) {
    if (["pan", "select"].includes(tool)) return null;
    if (["fill", "eyedropper"].includes(tool)) return { shape: "cross", width: 5, height: 5, angle: 0 };
    if (mode === "pixel" || ["line", "rectangle", "ellipse"].includes(tool)) {
      const size = Math.max(1, Math.round(settings.size));
      return { shape: "rectangle", width: size * view2.zoom, height: size * view2.zoom, angle: 0, pixelSize: size };
    }
    const pressure = settings.pressure && pointer.pointerType === "pen" && pointer.down;
    const tip = studioTip({ ...settings, tool, erase: tool === "eraser", pressure }, pressure ? pointer.pressure ?? 0 : 1);
    const width = tip.radius * 2 * view2.zoom, height = width * tip.ratio;
    return { shape: Math.max(width, height) < 4 ? "point" : tip.shape, width, height, angle: tip.angle };
  }
  function attachStudioCursor(canvas, host, state) {
    const layer = element("div", "s2-cursor-layer"), cursor = element("div", "s2-drawing-cursor"), life = new AbortController();
    const svg = document.createElementNS("http://www.w3.org/2000/svg", "svg");
    const halo = document.createElementNS("http://www.w3.org/2000/svg", "path"), outline = document.createElementNS("http://www.w3.org/2000/svg", "path");
    halo.setAttribute("class", "s2-cursor-halo");
    outline.setAttribute("class", "s2-cursor-outline");
    svg.append(halo, outline);
    cursor.append(svg);
    layer.append(cursor);
    host.append(layer);
    layer.setAttribute("aria-hidden", "true");
    cursor.hidden = true;
    let last2 = null, down = false, signature = "";
    function sync() {
      const current = state(), geometry = studioCursorGeometry(current, last2 || {}), canvasRect = canvas.getBoundingClientRect(), rect2 = host.getBoundingClientRect();
      cursor.hidden = !last2 || !geometry || canvas.style.cursor !== STUDIO_DRAW_CURSOR || last2.x < canvasRect.left || last2.y < canvasRect.top || last2.x >= canvasRect.left + canvasRect.width || last2.y >= canvasRect.top + canvasRect.height;
      if (cursor.hidden) return;
      let x = last2.x - rect2.left, y = last2.y - rect2.top;
      if (geometry.pixelSize) {
        const { view: view2 } = current, size = geometry.pixelSize;
        x = canvasRect.left - rect2.left + view2.x + (Math.floor((last2.x - canvasRect.left - view2.x) / view2.zoom) - Math.floor(size / 2) + size / 2) * view2.zoom;
        y = canvasRect.top - rect2.top + view2.y + (Math.floor((last2.y - canvasRect.top - view2.y) / view2.zoom) - Math.floor(size / 2) + size / 2) * view2.zoom;
      }
      cursor.style.left = x + "px";
      cursor.style.top = y + "px";
      const key2 = JSON.stringify(geometry);
      if (key2 === signature) return;
      signature = key2;
      cursor.dataset.shape = geometry.shape;
      const width = geometry.shape === "point" ? 2 : geometry.width, height = geometry.shape === "point" ? 2 : geometry.height, pad = 2;
      const cosine = Math.abs(Math.cos(geometry.angle)), sine = Math.abs(Math.sin(geometry.angle));
      const boxWidth = width * cosine + height * sine + pad * 2, boxHeight = width * sine + height * cosine + pad * 2;
      cursor.style.width = boxWidth + "px";
      cursor.style.height = boxHeight + "px";
      svg.setAttribute("width", String(boxWidth));
      svg.setAttribute("height", String(boxHeight));
      svg.setAttribute("viewBox", `${-boxWidth / 2} ${-boxHeight / 2} ${boxWidth} ${boxHeight}`);
      const rx = width / 2, ry = height / 2;
      const path2 = geometry.shape === "cross" ? "M -2.5 0 H 2.5 M 0 -2.5 V 2.5" : geometry.shape === "rectangle" ? `M ${-rx} ${-ry} H ${rx} V ${ry} H ${-rx} Z` : `M ${-rx} 0 A ${rx} ${ry} 0 1 0 ${rx} 0 A ${rx} ${ry} 0 1 0 ${-rx} 0 Z`;
      for (const node2 of [halo, outline]) {
        node2.setAttribute("d", path2);
        node2.setAttribute("transform", `rotate(${geometry.angle * 180 / Math.PI})`);
      }
    }
    function move(event) {
      if (typeof event.buttons === "number" && !event.buttons) down = false;
      last2 = event.pointerType === "touch" ? null : { x: event.clientX, y: event.clientY, pointerType: event.pointerType, pressure: event.pressure, down };
      sync();
    }
    function hide() {
      last2 = null;
      down = false;
      cursor.hidden = true;
    }
    for (const name of ["pointermove", "pointerenter"]) canvas.addEventListener(name, move, { signal: life.signal });
    canvas.addEventListener("pointerdown", (event) => {
      down = event.button !== 1;
      move(event);
    }, { signal: life.signal });
    canvas.addEventListener("pointerup", (event) => {
      down = false;
      move(event);
    }, { signal: life.signal });
    for (const name of ["pointerleave", "pointercancel", "lostpointercapture"]) canvas.addEventListener(name, hide, { signal: life.signal });
    return { sync, hide, dispose() {
      life.abort();
      layer.remove();
    } };
  }

  // src/tools/studio/preset-groups.js
  var subset = (presets, ids) => Object.fromEntries(ids.map((id) => [id, presets[id]]));
  var STUDIO_PRESET_GROUPS = {
    brush: { family: "brush", name: "Pincéis", menu: "Tipos de pincel", search: "Pesquisar pincéis", presets: subset(BRUSH_PRESETS, ["round", "flat", "soft", "wash", "dry", "spray"]) },
    pen: { family: "brush", name: "Canetas", menu: "Tipos de caneta", search: "Pesquisar canetas", presets: subset(BRUSH_PRESETS, ["ink", "fineliner", "chisel"]) },
    marker: { family: "brush", name: "Marcadores", menu: "Tipos de marcador", search: "Pesquisar marcadores", presets: subset(BRUSH_PRESETS, ["marker", "markerDry", "highlighter"]) },
    pencil: { family: "pencil", name: "Lápis de grafite", menu: "Tipos de lápis", search: "Pesquisar lápis", presets: subset(PENCIL_PRESETS, ["2h", "hb", "2b", "4b", "6b"]) },
    materials: { family: "pencil", name: "Materiais secos", menu: "Tipos de material seco", search: "Pesquisar materiais secos", presets: subset(PENCIL_PRESETS, ["charcoal", "chalk", "pastel"]) }
  };

  // src/components/studio-editor.js
  function studioEditor(store = studioSession) {
    const ui = studioLayout(), life = new AbortController(), urls = /* @__PURE__ */ new Map(), dialogs = /* @__PURE__ */ new Set();
    const drawingCursor = attachStudioCursor(ui.canvas, ui.stage, () => ({ mode: p().mode, tool, settings, view: view2 }));
    const modeSettings = { pixel: { size: 1, opacity: 1, filled: false, mirrorX: false, mirrorY: false, tolerance: 0 }, draw: { size: 12, opacity: 1, filled: false, mirrorX: false, mirrorY: false, tolerance: 24, pressure: true, smoothing: 0.15, pencilPreset: "2b", pencilTexture: 0.65, brushPreset: "round" } };
    let settings = modeSettings[store.project.mode];
    const sessions = store === studioSession ? studioModes : /* @__PURE__ */ new Map([[store.project.mode, store]]), modeViews = /* @__PURE__ */ new Map();
    let unsubscribe;
    let tool = "pencil", view2 = { x: 0, y: 0, zoom: 8 }, selection = null, preview = null, clipboard = null, panelTab = "layers", busy = false, disposed = false, renderer, pointer, playback, previewCanvas, activeControl, lastWidth = 0, lastHeight = 0;
    const onion = { enabled: true, count: 1, opacity: 0.25 }, thumbCache = /* @__PURE__ */ new Map();
    const p = () => store.project;
    const message = (text2) => {
      ui.status.textContent = text2;
    };
    const action = (label, glyph, fn, css = "") => button(label, "s2-button " + css, studioIcon(glyph), () => {
      if (!busy && !disposed) safe(fn);
    });
    const textAction = (label, fn, css = "") => button(label, "s2-button s2-text-button " + css, label, () => {
      if (!busy && !disposed) safe(fn);
    });
    const on = (target, event, fn, opts = {}) => {
      const callback = event === "change" ? (e) => {
        const previous = activeControl;
        activeControl = target;
        try {
          fn(e);
        } finally {
          activeControl = previous;
          refreshDrawContext();
        }
      } : fn;
      target.addEventListener(event, callback, target === document || target === window || target === ui.canvas ? { ...opts, signal: life.signal } : opts);
    };
    function safe(fn) {
      try {
        return fn();
      } catch (error3) {
        message(error3.message);
        return false;
      }
    }
    function change(fn) {
      playback?.pause();
      return safe(() => store.change(fn));
    }
    function field3(label, type, value, fn, min, max) {
      const input2 = element("input");
      input2.type = type;
      input2.value = String(value);
      input2.setAttribute("aria-label", label);
      if (min !== void 0) input2.min = min;
      if (max !== void 0) input2.max = max;
      input2.dataset.lastValidValue = input2.value;
      on(input2, "focus", () => {
        input2.dataset.lastValidValue = input2.value;
      });
      on(input2, "change", () => safe(() => {
        const numeric2 = type === "number" || type === "range", next = numeric2 ? Number(input2.value) : input2.value;
        if (numeric2 && (!String(input2.value).trim() || !Number.isFinite(next) || next < min || next > max)) {
          input2.value = input2.dataset.lastValidValue;
          throw Error("Valor fora do intervalo.");
        }
        try {
          fn(next);
          input2.dataset.lastValidValue = input2.value;
        } catch (error3) {
          input2.value = input2.dataset.lastValidValue;
          throw error3;
        }
      }));
      return element("label", "s2-field", [element("span", "", label), input2]);
    }
    function check(label, value, fn) {
      const input2 = element("input");
      input2.type = "checkbox";
      input2.checked = value;
      input2.setAttribute("aria-label", label);
      on(input2, "change", () => safe(() => fn(input2.checked)));
      return element("label", "s2-field", [input2, element("span", "", label)]);
    }
    function select(label, value, choices, fn) {
      const input2 = element("select");
      input2.setAttribute("aria-label", label);
      for (const [key2, name] of choices) {
        const o = element("option", "", name);
        o.value = key2;
        input2.append(o);
      }
      input2.value = String(value);
      on(input2, "change", () => safe(() => fn(input2.value)));
      return input2;
    }
    function setView(next) {
      view2 = next;
      drawingCursor.sync();
      const value = String(Number((view2.zoom * 100).toFixed(1)));
      if (customZoom) {
        customZoom.remove();
        customZoom = null;
      }
      if (!Array.from(zoom.children).some((o) => o.value === value)) {
        customZoom = element("option", "", value + "%");
        customZoom.value = value;
        zoom.append(customZoom);
      }
      zoom.value = value;
      renderer?.request();
    }
    function fit() {
      pointer?.cancel();
      const r = ui.stage.getBoundingClientRect();
      setView(fitStudio(p(), r.width, r.height));
    }
    function setTool(next) {
      playback?.pause();
      pointer?.cancel();
      closeTopMenus();
      tool = next;
      ui.canvas.style.cursor = studioCursor(tool);
      refreshTools();
      renderOptions();
      refreshPixelContext();
    }
    function setColor(color2) {
      if (color2 !== p().foreground) change((doc) => {
        doc.foreground = color2;
      });
    }
    const title = element("input", "s2-project-name");
    title.setAttribute("aria-label", "Nome do projeto");
    title.value = p().name;
    on(title, "change", () => change((doc) => {
      doc.name = title.value.trim().slice(0, 100) || "Sem título";
    }));
    const mode = select("Modo de criação", p().mode, [["pixel", "Pixel Art"], ["draw", "Animação 2D"]], switchMode);
    function switchMode(next) {
      if (next === p().mode) return;
      closeTopMenus();
      playback.pause();
      pointer.cancel();
      modeViews.set(p().mode, { view: { ...view2 }, selection, tool, gridOn });
      unsubscribe?.();
      if (!sessions.has(next)) sessions.set(next, createStudioStore(createStudioProject({ mode: next })));
      store = sessions.get(next);
      settings = modeSettings[next];
      const remembered = modeViews.get(next);
      view2 = remembered?.view || fitStudio(p(), ui.stage.clientWidth, ui.stage.clientHeight);
      selection = remembered?.selection || null;
      tool = remembered?.tool || (next === "draw" ? "brush" : "pencil");
      gridOn = remembered?.gridOn ?? next === "pixel";
      thumbCache.clear();
      unsubscribe = store.subscribe(storeUpdated);
      refreshTools();
      refresh();
      setView(view2);
      message(next === "pixel" ? "Pixel Art: pixels nítidos e tamanhos inteiros." : "Animação 2D: desenho livre com suavização e pressão opcional.");
    }
    let customZoom;
    const zoom = select("Zoom", "800", [["25", "25%"], ["50", "50%"], ["100", "100%"], ["200", "200%"], ["400", "400%"], ["800", "800%"], ["1600", "1600%"], ["3200", "3200%"]], (value) => zoomTo(Number(value) / 100));
    function zoomTo(value) {
      pointer?.cancel();
      const r = ui.stage.getBoundingClientRect();
      setView(zoomStudio(view2, value, { x: r.width / 2, y: r.height / 2 }));
    }
    const grid = action("Grade de pixels", "grid", () => {
      gridOn = !gridOn;
      grid.setAttribute("aria-pressed", String(gridOn));
      renderer.request();
    });
    let gridOn = true;
    grid.setAttribute("aria-pressed", "true");
    const undo = action("Desfazer (Ctrl+Z)", "undo", () => {
      playback.pause();
      pointer.cancel();
      selection = null;
      store.undo();
    }), redo = action("Refazer (Ctrl+Y)", "redo", () => {
      playback.pause();
      pointer.cancel();
      selection = null;
      store.redo();
    });
    const tools2 = /* @__PURE__ */ new Map(), toolGroup = element("div", "s2-tool-group");
    const definitions = [["select", "Seleção (M)", "cursor"], ["brush", "Pincel (B)", "brush"], ["pencil", "Lápis (P)", "pencil"], ["eraser", "Borracha (E)", "eraser"], ["fill", "Balde (G)", "bucket"], ["line", "Linha (L)", "line"], ["rectangle", "Retângulo (R)", "rectangle"], ["ellipse", "Elipse (O)", "circle"], ["eyedropper", "Conta-gotas (I)", "eyedropper"], ["pan", "Mão (H)", "hand"]];
    definitions.push(["pen", "Caneta (N)", "pen"], ["marker", "Marcador (J)", "marker"], ["materials", "Materiais secos (C)", "charcoal"]);
    for (const [id, label, glyph] of definitions) {
      const b = action(label, glyph, () => {
        if (p().mode === "draw" && STUDIO_PRESET_GROUPS[id]) selectPresetGroup(id);
        else setTool(id);
      });
      tools2.set(id, b);
      toolGroup.append(b);
    }
    const shapesButton = action("Formas de desenho", "shapes", () => toggleTopMenu(shapeMenu, shapesButton), "s2-shapes-button");
    toolGroup.append(shapesButton);
    const shapeMenu = element("div", "s2-top-popover s2-shape-menu");
    shapeMenu.hidden = true;
    shapeMenu.setAttribute("aria-label", "Formas de desenho");
    for (const [id, label, glyph] of [["line", "Linha", "line"], ["rectangle", "Retângulo", "rectangle"], ["ellipse", "Elipse", "circle"], ["pencil", "Lápis", "pencil"], ["eraser", "Borracha", "eraser"], ["fill", "Preenchimento", "bucket"], ["eyedropper", "Conta-gotas", "eyedropper"]]) {
      const choice3 = action(label, glyph, () => {
        if (id === "pencil" && p().mode === "draw") selectPresetGroup("pencil", false);
        else setTool(id);
      }, "s2-shape-choice");
      choice3.append(element("span", "", label));
      shapeMenu.append(choice3);
    }
    toolGroup.append(tools2.get("select"), tools2.get("brush"), tools2.get("pen"), tools2.get("marker"), tools2.get("pencil"), tools2.get("materials"), shapesButton, tools2.get("ellipse"), tools2.get("pan"));
    const swatches = element("div", "s2-palette s2-quick-colors"), currentColor = element("div", "s2-current-color s2-color-slot");
    let colorControlsKey = "", colorControls = [];
    function refreshColors() {
      const preferred = p().mode === "pixel" ? [0, 3, 4, 5, 6] : [0, 3, 5, 6];
      const slots = [.../* @__PURE__ */ new Set([0, ...preferred.filter((index) => index < p().palette.length), ...p().palette.map((_, index) => index)])].slice(0, p().mode === "pixel" ? 5 : 4);
      const key2 = p().mode + ":" + slots.join(",");
      if (key2 !== colorControlsKey) {
        colorControlsKey = key2;
        currentColor.replaceChildren();
        swatches.replaceChildren();
        colorControls = slots.map((index, position) => {
          const slot = position ? element("div", "s2-color-slot") : currentColor;
          const picker = field3(position ? "Editar cor " + (position + 1) : "Cor", "color", (p().palette[index] || "#172638ff").slice(0, 7), (value) => change((doc) => {
            const alpha = (doc.palette[index] || "#172638ff").slice(7);
            doc.palette[index] = value + alpha;
            doc.foreground = doc.palette[index];
          }));
          picker.classList.add("s2-swatch-picker");
          const input2 = picker.querySelector("input");
          input2.tabIndex = -1;
          const choice3 = button("", "s2-button s2-swatch", [], () => {
            if (!busy && !disposed) setColor(p().palette[index] || "#172638ff");
          });
          const edit = () => {
            if (busy || disposed) return;
            if (typeof input2.showPicker === "function") input2.showPicker();
            else input2.click();
          };
          on(choice3, "dblclick", edit);
          on(choice3, "keydown", (event) => {
            if (event.key === "F2") {
              event.preventDefault();
              edit();
            }
          });
          slot.append(choice3, picker);
          if (position) swatches.append(slot);
          return { index, choice: choice3, input: input2 };
        });
      }
      for (const { index, choice: choice3, input: input2 } of colorControls) {
        const color2 = p().palette[index] || "#172638ff";
        input2.value = color2.slice(0, 7);
        choice3.style.backgroundColor = color2;
        choice3.setAttribute("aria-label", "Cor rápida " + color2);
        choice3.setAttribute("aria-pressed", String(color2 === p().foreground));
        choice3.title = "Selecionar " + color2.slice(0, 7) + " · clique duplo ou F2 para editar esta cor";
      }
    }
    const sizeLabel2 = element("span", "s2-size-label", "Tamanho"), sizeSlider = element("input"), sizeNumber = element("input"), sizeOutput = element("span", "s2-size-output", [sizeNumber, element("span", "", "px")]);
    sizeSlider.type = "range";
    sizeSlider.min = "1";
    sizeSlider.max = "128";
    sizeSlider.step = "1";
    sizeSlider.setAttribute("aria-label", "Tamanho");
    sizeNumber.type = "number";
    sizeNumber.min = "1";
    sizeNumber.max = "128";
    sizeNumber.step = "1";
    sizeNumber.setAttribute("aria-label", "Tamanho em pixels");
    const sizeControl = element("div", "s2-brush-size", [sizeLabel2, sizeSlider, sizeOutput]);
    sizeControl.setAttribute("role", "group");
    sizeControl.setAttribute("aria-label", "Tamanho da ferramenta");
    function setBrushSize(control) {
      const n = Number(control.value);
      if (!Number.isFinite(n) || n < 1 || n > 128) {
        syncTopControls();
        return;
      }
      settings.size = Math.round(n);
      syncTopControls();
    }
    on(sizeSlider, "input", () => setBrushSize(sizeSlider));
    on(sizeSlider, "change", () => setBrushSize(sizeSlider));
    on(sizeNumber, "change", () => setBrushSize(sizeNumber));
    const optionsButton = action("Opções da ferramenta", "sliders", () => toggleTopMenu(ui.options, optionsButton), "s2-tool-options");
    grid.classList.add("s2-text-button");
    grid.classList.add("s2-grid-toggle");
    grid.append(element("span", "", "Grade"));
    zoom.classList.add("s2-top-zoom");
    ui.toolbar.append(toolGroup, element("span", "s2-divider"), currentColor, swatches, element("span", "s2-divider"), sizeControl, element("div", "s2-history-controls", [undo, redo]), optionsButton);
    const fileMenu = element("div", "s2-top-popover s2-file-menu");
    fileMenu.hidden = true;
    fileMenu.setAttribute("aria-label", "Menu de arquivo do Studio");
    const renameButton = action("Renomear projeto", "pencil", () => {
      if (fileMenu.hidden) toggleTopMenu(fileMenu, renameButton);
      title.focus();
      title.select();
    });
    const topMenus = [[fileMenu, renameButton], [shapeMenu, shapesButton], [ui.options, optionsButton]];
    for (const [menu, trigger] of topMenus) {
      menu.setAttribute("role", "group");
      trigger.setAttribute("aria-expanded", "false");
    }
    let presetCloseTimer;
    function closeTopMenus() {
      clearTimeout(presetCloseTimer);
      for (const [menu, trigger] of topMenus) {
        menu.hidden = true;
        trigger.setAttribute("aria-expanded", "false");
      }
    }
    function toggleTopMenu(menu, trigger) {
      const show = menu.hidden;
      closeTopMenus();
      menu.hidden = !show;
      trigger.setAttribute("aria-expanded", String(show));
    }
    const presetMenus = /* @__PURE__ */ new Map();
    const rememberedPresets = /* @__PURE__ */ new Map();
    for (const [category, definition] of Object.entries(STUDIO_PRESET_GROUPS)) {
      const { family, presets } = definition, trigger = tools2.get(category), menu = element("div", "s2-preset-menu");
      menu.hidden = true;
      menu.setAttribute("role", "group");
      menu.setAttribute("aria-label", definition.menu);
      const choices = [], headings = [], list = element("div", "s2-preset-list"), search = element("input", "s2-preset-search"), empty = element("p", "s2-preset-empty", "Nenhuma ferramenta encontrada.");
      empty.hidden = true;
      list.setAttribute("role", "menu");
      list.setAttribute("aria-label", "Escolher " + definition.name.toLowerCase());
      search.type = "search";
      search.placeholder = "Pesquisar ferramentas";
      search.setAttribute("aria-label", definition.search);
      menu.append(element("div", "s2-preset-header", [element("span", "s2-preset-heading", definition.name), element("span", "s2-preset-count", String(Object.keys(presets).length))]), search, list, empty);
      for (const group of new Set(Object.values(presets).map((preset) => preset.group))) {
        const heading = element("span", "s2-preset-category", group);
        list.append(heading);
        const members = [];
        headings.push([heading, members]);
        for (const [id, preset] of Object.entries(presets).filter(([, preset2]) => preset2.group === group)) {
          const sample = element("canvas", "s2-preset-sample"), pixels = new Uint8ClampedArray(112 * 28 * 4), source = pixels.slice(), mask = new Uint8Array(112 * 28);
          let a = { x: 5, y: 15, p: 0.25 };
          for (let n = 1; n <= 34; n++) {
            const b = { x: 5 + n * 3, y: 15 + Math.sin(n / 6) * 3, p: 0.25 + 0.75 * n / 34 };
            paintFreeStudio(pixels, 112, 28, a, b, { tool: family, size: 13, color: "#393047ff", opacity: 1, pressure: true, pencilPreset: id, brushPreset: id, pencilTexture: 0.65 }, mask, source);
            a = b;
          }
          putStudioPixels(sample, pixels, 112, 28);
          const choice3 = action(preset.name, preset.icon, () => {
            rememberedPresets.set(category, id);
            settings[family + "Preset"] = id;
            settings.size = preset.size;
            setTool(family);
            message(preset.name + " selecionado.");
          }, "s2-preset-choice");
          choice3.replaceChildren(studioPresetIcon(preset.icon, preset.tint), element("span", "s2-preset-label", preset.name), sample);
          choice3.setAttribute("role", "menuitemradio");
          choices.push([id, choice3]);
          members.push(choice3);
          list.append(choice3);
        }
      }
      const normalize2 = (value) => value.normalize("NFD").replace(/[\u0300-\u036f]/g, "").toLowerCase();
      const filter = () => {
        const query = normalize2(search.value);
        for (const [id, choice3] of choices) choice3.hidden = !normalize2(presets[id].name + " " + presets[id].group).includes(query);
        for (const [heading, members] of headings) heading.hidden = members.every((choice3) => choice3.hidden);
        empty.hidden = choices.some(([, choice3]) => !choice3.hidden);
      };
      on(search, "input", filter);
      presetMenus.set(category, { menu, trigger, choices, search, filter, list, family });
      topMenus.push([menu, trigger]);
      ui.root.append(menu);
      trigger.setAttribute("aria-haspopup", "menu");
      trigger.setAttribute("aria-expanded", "false");
      const cancelClose = () => clearTimeout(presetCloseTimer);
      const leave = (e) => {
        if (menu.contains(e.relatedTarget) || trigger.contains(e.relatedTarget)) return;
        clearTimeout(presetCloseTimer);
        presetCloseTimer = setTimeout(() => {
          if (!menu.contains(document.activeElement) && document.activeElement !== trigger) {
            menu.hidden = true;
            trigger.setAttribute("aria-expanded", "false");
          }
        }, 180);
      };
      on(trigger, "pointerenter", (e) => {
        if (e.pointerType !== "touch") openPresetMenu(category);
      });
      on(trigger, "pointerleave", leave);
      on(menu, "pointerenter", cancelClose);
      on(menu, "pointerleave", leave);
      on(trigger, "keydown", (e) => {
        if (e.key === "ArrowDown" && p().mode === "draw") {
          e.preventDefault();
          openPresetMenu(category);
          choices[0][1].focus();
        }
      });
      on(menu, "keydown", (e) => {
        if (!["ArrowDown", "ArrowUp", "Home", "End"].includes(e.key) || e.target === search && ["Home", "End"].includes(e.key)) return;
        const visible = choices.filter(([, choice3]) => !choice3.hidden);
        if (!visible.length) return;
        e.preventDefault();
        const i = visible.findIndex(([, choice3]) => choice3 === document.activeElement);
        const next = visible[e.key === "Home" ? 0 : e.key === "End" ? visible.length - 1 : (i + (e.key === "ArrowDown" ? 1 : visible.length - 1)) % visible.length][1];
        next.focus();
        next.scrollIntoView?.({ block: "nearest" });
      });
      on(menu, "focusout", leave);
    }
    function selectPresetGroup(category, open = true) {
      const { family, presets } = STUDIO_PRESET_GROUPS[category];
      if (!Object.hasOwn(presets, settings[family + "Preset"])) {
        const selected2 = rememberedPresets.get(category) || Object.keys(presets)[0];
        settings[family + "Preset"] = selected2;
        settings.size = presets[selected2].size;
      }
      setTool(family);
      if (open) openPresetMenu(category);
    }
    function openPresetMenu(category) {
      if (busy || disposed || p().mode !== "draw") return;
      const { menu, trigger, choices, search, filter, list, family } = presetMenus.get(category);
      closeTopMenus();
      search.value = "";
      filter();
      list.scrollTop = 0;
      for (const [id, choice3] of choices) choice3.setAttribute("aria-checked", String(tool === family && settings[family + "Preset"] === id));
      const r = trigger.getBoundingClientRect(), root = ui.root.getBoundingClientRect();
      menu.style.left = Math.max(8, Math.min(r.left - root.left, root.width - 280)) + "px";
      menu.style.top = r.top + r.height - root.top + "px";
      menu.hidden = false;
      trigger.setAttribute("aria-expanded", "true");
    }
    function syncTopControls() {
      drawingCursor.sync();
      const sized = ["brush", "pencil", "eraser", "line", "rectangle", "ellipse"].includes(tool);
      sizeControl.hidden = !sized;
      sizeSlider.value = String(settings.size);
      sizeNumber.value = String(settings.size);
      const progress = (settings.size - 1) / 127 * 100;
      sizeSlider.style.background = `linear-gradient(to right, #007596 ${progress}%, #e1e3ed ${progress}%)`;
      sizeLabel2.textContent = tool === "eraser" ? "Borracha" : p().mode === "pixel" ? "Tamanho" : tool === "pencil" ? { charcoal: "Carvão", chalk: "Giz", pastel: "Pastel" }[settings.pencilPreset] || "Lápis" : ["marker", "markerDry", "highlighter"].includes(settings.brushPreset) ? "Marcador" : ["ink", "fineliner", "chisel"].includes(settings.brushPreset) ? "Caneta" : "Pincel";
      const colored = !["eraser", "pan", "select"].includes(tool);
      currentColor.hidden = !colored;
      swatches.hidden = !colored;
      refreshColors();
      optionsButton.disabled = tool === "pan";
      renameButton.title = "Renomear projeto: " + p().name;
      refreshPixelContext();
      refreshDrawContext();
    }
    const fileInput = element("input");
    fileInput.type = "file";
    fileInput.accept = ".ubstudio";
    fileInput.hidden = true;
    fileInput.setAttribute("aria-label", "Abrir projeto .ubstudio");
    on(fileInput, "change", () => {
      const file = fileInput.files?.[0];
      if (file) void openProject(file);
      fileInput.value = "";
    });
    const back = routeLink("/", "Voltar ao início", "s2-button s2-back", studioIcon("chevronLeft"));
    ui.header.append(back, mode, renameButton, fileInput);
    ui.header.setAttribute("aria-label", "Studio 2D · projeto e modo");
    fileMenu.append(element("span", "s2-menu-heading", "Projeto"), title, textAction("Novo", () => {
      closeTopMenus();
      newDialog();
    }), textAction("Abrir", () => {
      closeTopMenus();
      fileInput.click();
    }), textAction("Salvar", () => {
      closeTopMenus();
      saveProject();
    }));
    const exportButton = action("Exportar", "upload", exportDialog, "s2-primary s2-text-button s2-export-button");
    exportButton.append(element("span", "", "Exportar"));
    ui.topActions.append(zoom, ui.focus, exportButton);
    ui.root.append(fileMenu, shapeMenu);
    function refreshTools() {
      ui.root.classList.toggle("s2-pixel-mode", p().mode === "pixel");
      ui.root.classList.toggle("s2-draw-mode", p().mode === "draw");
      const selectButton = tools2.get("select");
      if (selectButton.dataset.mode !== p().mode) {
        selectButton.dataset.mode = p().mode;
        selectButton.replaceChildren(studioIcon(p().mode === "pixel" ? "marquee" : "cursor"));
      }
      ui.canvas.style.cursor = studioCursor(tool);
      drawingCursor.sync();
      for (const [id, b] of tools2) {
        b.setAttribute("aria-pressed", String(id === tool));
        b.hidden = p().mode === "pixel" && ["brush", "pan", "pen", "marker", "materials"].includes(id) || p().mode === "draw" && ["line", "rectangle", "eraser", "fill", "eyedropper"].includes(id);
      }
      if (p().mode === "draw") for (const [id, group] of Object.entries(STUDIO_PRESET_GROUPS)) tools2.get(id).setAttribute("aria-pressed", String(tool === group.family && Object.hasOwn(group.presets, settings[group.family + "Preset"])));
      shapesButton.hidden = p().mode !== "draw";
      shapesButton.setAttribute("aria-pressed", String(["line", "rectangle", "eraser", "fill", "eyedropper"].includes(tool)));
      grid.hidden = p().mode !== "pixel";
      grid.setAttribute("aria-pressed", String(gridOn));
      syncTopControls();
    }
    function renderOptions() {
      refreshPixelContext();
      refreshDrawContext();
      ui.options.replaceChildren();
      if (tool === "select") {
        for (const [label, glyph, fn] of [["Selecionar tudo", "grid", () => {
          selection = { x: 0, y: 0, width: p().width, height: p().height };
          renderOptions();
          renderer.request();
        }], ["Copiar seleção", "copy", copy3], ["Recortar seleção", "scissors", cut], ["Colar seleção", "clipboard", paste], ["Duplicar seleção", "copy", () => {
          copy3();
          paste(8);
        }], ["Espelhar horizontal", "flipHorizontal", () => transform("flipX")], ["Espelhar vertical", "flipVertical", () => transform("flipY")], ["Girar 90°", "rotate", () => transform("rotate")], ["Excluir seleção", "trash", removeSelection]]) {
          const b = action(label, glyph, fn);
          b.disabled = label === "Colar seleção" ? !clipboard : label !== "Selecionar tudo" && !selection;
          ui.options.append(b);
        }
        return;
      }
      if (tool === "pan") return;
      if (tool === "eraser") ui.options.append(element("span", "s2-hint", "Ajuste o tamanho na barra. Apaga com transparência real."));
      if (["brush", "pencil", "line", "rectangle", "ellipse", "eraser"].includes(tool)) ui.options.append(field3("Opacidade %", "number", Math.round(settings.opacity * 100), (v) => {
        settings.opacity = v / 100;
        refreshPixelContext();
      }, 1, 100));
      if (["rectangle", "ellipse"].includes(tool)) ui.options.append(check("Preenchida", settings.filled, (v) => {
        settings.filled = v;
      }));
      if (tool === "pencil" && p().mode === "pixel") ui.options.append(check("Simetria horizontal", settings.mirrorX, (v) => {
        settings.mirrorX = v;
        refreshPixelContext();
      }), check("Simetria vertical", settings.mirrorY, (v) => {
        settings.mirrorY = v;
        refreshPixelContext();
      }));
      if (tool === "pencil" && p().mode === "draw") ui.options.append(
        select("Tipo de lápis", settings.pencilPreset, Object.entries(PENCIL_PRESETS).map(([id, preset]) => [id, preset.name]), (value) => {
          settings.pencilPreset = value;
          settings.size = PENCIL_PRESETS[value].size;
          refreshTools();
        }),
        field3("Textura do grafite %", "number", Math.round(settings.pencilTexture * 100), (value) => {
          settings.pencilTexture = value / 100;
        }, 0, 100)
      );
      if (p().mode === "draw" && ["brush", "pencil", "eraser"].includes(tool)) ui.options.append(check("Pressão da caneta", settings.pressure, (v) => {
        settings.pressure = v;
      }), field3("Suavização %", "number", Math.round(settings.smoothing * 100), (v) => {
        settings.smoothing = v / 100;
      }, 0, 50));
      if (tool === "fill") ui.options.append(field3("Tolerância", "number", settings.tolerance, (v) => {
        settings.tolerance = Math.round(v);
      }, 0, 255));
      if (tool === "eyedropper") ui.options.append(check("Somente camada ativa", sampleLayer, (v) => {
        sampleLayer = v;
      }));
    }
    let sampleLayer = false;
    const pixelToolName = element("span", "s2-active-tool"), pixelDocument = element("span", "s2-pixel-document");
    const pixelOpacity = field3("Opacidade do traço %", "number", 100, (value) => {
      settings.opacity = value / 100;
      renderOptions();
    }, 1, 100);
    const mirrorHorizontal = action("Simetria horizontal de pixels", "flipHorizontal", () => {
      settings.mirrorX = !settings.mirrorX;
      renderOptions();
    });
    const mirrorVertical = action("Simetria vertical de pixels", "flipVertical", () => {
      settings.mirrorY = !settings.mirrorY;
      renderOptions();
    });
    const deselectButton = textAction("Desmarcar seleção", () => {
      pointer.cancel();
      selection = null;
      renderOptions();
      refreshPixelContext();
      renderer.request();
    });
    ui.pixelContext.append(pixelToolName, pixelDocument, pixelOpacity, grid, mirrorHorizontal, mirrorVertical, deselectButton);
    function refreshPixelContext() {
      ui.pixelContext.hidden = p().mode !== "pixel";
      if (p().mode !== "pixel" || !pixelToolName) return;
      const names2 = { select: "Seleção", pencil: "Lápis", eraser: "Borracha", fill: "Balde", line: "Linha", rectangle: "Retângulo", ellipse: "Elipse", eyedropper: "Conta-gotas", pan: "Mão" };
      pixelToolName.textContent = names2[tool] || tool;
      pixelDocument.textContent = selection ? `${selection.width} × ${selection.height} px selecionados` : `${p().width} × ${p().height} px`;
      pixelOpacity.hidden = !["pencil", "line", "rectangle", "ellipse"].includes(tool);
      if (activeControl !== pixelOpacity.querySelector("input")) pixelOpacity.querySelector("input").value = String(Math.round(settings.opacity * 100));
      mirrorHorizontal.setAttribute("aria-pressed", String(settings.mirrorX));
      mirrorVertical.setAttribute("aria-pressed", String(settings.mirrorY));
      mirrorHorizontal.hidden = mirrorVertical.hidden = !["pencil", "eraser", "line", "rectangle", "ellipse"].includes(tool);
      deselectButton.hidden = !selection;
    }
    const drawToolName = element("span", "s2-draw-tool"), drawFrame = element("span", "s2-draw-frame");
    const drawOpacity = field3("Opacidade da ferramenta %", "number", 100, (value) => {
      settings.opacity = value / 100;
      renderOptions();
    }, 1, 100);
    const drawPressure = check("Usar pressão da caneta", true, (value) => {
      settings.pressure = value;
      renderOptions();
      drawingCursor.sync();
    });
    const drawSmoothing = field3("Suavização do traço %", "number", 15, (value) => {
      settings.smoothing = value / 100;
      renderOptions();
    }, 0, 50);
    drawOpacity.querySelector("span").textContent = "Opacidade";
    drawPressure.querySelector("span").textContent = "Pressão";
    drawSmoothing.querySelector("span").textContent = "Suavização";
    ui.drawContext.append(drawToolName, drawOpacity, drawPressure, drawSmoothing, drawFrame);
    function refreshDrawContext() {
      ui.drawContext.hidden = p().mode !== "draw";
      if (p().mode !== "draw") return;
      const names2 = { select: "Seleção", eraser: "Borracha", fill: "Balde", line: "Linha", rectangle: "Retângulo", ellipse: "Elipse", eyedropper: "Conta-gotas", pan: "Mão" };
      drawToolName.textContent = tool === "pencil" ? PENCIL_PRESETS[settings.pencilPreset]?.name || "Lápis" : tool === "brush" ? BRUSH_PRESETS[settings.brushPreset]?.name || "Pincel" : names2[tool] || tool;
      drawToolName.title = drawToolName.textContent;
      drawFrame.textContent = `Quadro ${p().frames.findIndex((frame) => frame.id === p().frameId) + 1} / ${p().frames.length}`;
      drawOpacity.hidden = !["brush", "pencil", "eraser", "line", "rectangle", "ellipse"].includes(tool);
      drawPressure.hidden = drawSmoothing.hidden = !["brush", "pencil", "eraser"].includes(tool);
      for (const [field4, value] of [[drawOpacity, Math.round(settings.opacity * 100)], [drawSmoothing, Math.round(settings.smoothing * 100)]]) {
        const control = field4.querySelector("input");
        if (activeControl !== control) {
          control.value = String(value);
          control.dataset.lastValidValue = control.value;
        }
      }
      drawPressure.querySelector("input").checked = settings.pressure;
    }
    function thumbnail(key2, pixels, signature) {
      const cached = thumbCache.get(key2);
      if (cached && cached.signature.length === signature.length && signature.every((v, i) => v === cached.signature[i])) return cached.canvas;
      const full = element("canvas"), canvas = element("canvas", "s2-thumb"), scale2 = Math.min(60 / p().width, 44 / p().height);
      canvas.width = Math.max(1, Math.round(p().width * scale2));
      canvas.height = Math.max(1, Math.round(p().height * scale2));
      putStudioPixels(full, typeof pixels === "function" ? pixels() : pixels, p().width, p().height);
      const ctx = canvas.getContext("2d");
      ctx.imageSmoothingEnabled = p().mode !== "pixel";
      ctx.drawImage(full, 0, 0, canvas.width, canvas.height);
      full.width = full.height = 1;
      thumbCache.set(key2, { signature, canvas });
      return canvas;
    }
    function copy3() {
      if (!selection) return;
      clipboard = extractStudio(studioCel(p()), p().width, selection);
      renderOptions();
      message("Seleção copiada internamente.");
    }
    function removeSelection() {
      if (!selection) return;
      const pixels = writableStudio(p()).slice();
      clearStudio(pixels, p().width, selection);
      change((doc) => replaceStudioCel(doc, pixels));
    }
    function cut() {
      copy3();
      removeSelection();
    }
    function paste(offset = 0) {
      if (!clipboard) return;
      const pixels = writableStudio(p()).slice(), x = Math.min((selection?.x ?? 0) + offset, Math.max(0, p().width - clipboard.width)), y = Math.min((selection?.y ?? 0) + offset, Math.max(0, p().height - clipboard.height));
      pasteStudio(pixels, p().width, p().height, clipboard, x, y);
      if (change((doc) => replaceStudioCel(doc, pixels))) {
        selection = { x, y, width: Math.min(clipboard.width, p().width - x), height: Math.min(clipboard.height, p().height - y) };
        setTool("select");
        renderer.request();
      }
    }
    function transform(kind) {
      if (!selection) return;
      const source = writableStudio(p()), clip2 = transformStudio(extractStudio(source, p().width, selection), kind);
      if (selection.x + clip2.width > p().width || selection.y + clip2.height > p().height) throw Error("A transformação não cabe neste local do documento. Mova a seleção.");
      const pixels = source.slice();
      clearStudio(pixels, p().width, selection);
      pasteStudio(pixels, p().width, p().height, clip2, selection.x, selection.y);
      if (change((doc) => replaceStudioCel(doc, pixels))) {
        selection = { ...selection, width: clip2.width, height: clip2.height };
        renderOptions();
        renderer.request();
      }
    }
    function nudgeSelection(dx, dy) {
      const moved = moveStudioSelection(writableStudio(p()), p().width, p().height, selection, dx, dy);
      if (!moved) return;
      if (change((doc) => replaceStudioCel(doc, moved.pixels))) {
        selection = moved.selection;
        refreshPixelContext();
        renderer.request();
      }
    }
    function renderPanel() {
      ui.panelTabs.replaceChildren(...[["layers", "Camadas"], ["properties", "Ajustes"]].map(([id, label]) => {
        const b = textAction(label, () => {
          panelTab = id;
          renderPanel();
        });
        b.setAttribute("aria-pressed", String(panelTab === id));
        return b;
      }));
      ui.panelBody.replaceChildren();
      if (panelTab === "layers") {
        ui.panelBody.append(element("div", "s2-layer-actions", [action("Adicionar camada", "plus", () => change(addStudioLayer)), action("Duplicar camada", "copy", () => change((doc) => addStudioLayer(doc, true))), action("Excluir camada", "trash", () => change(deleteStudioLayer)), action("Subir camada", "chevronUp", () => change((doc) => orderStudioLayer(doc, 1))), action("Descer camada", "chevronDown", () => change((doc) => orderStudioLayer(doc, -1)))]));
        for (const layer of [...p().layers].reverse()) {
          const cel = studioFrame(p()).cels[layer.id], thumb = thumbnail("layer-" + layer.id, cel, [cel, p().width, p().height]);
          const name = element("input");
          name.value = layer.name;
          name.setAttribute("aria-label", "Nome da camada " + layer.name);
          on(name, "change", () => change((doc) => {
            doc.layers.find((l) => l.id === layer.id).name = name.value.slice(0, 80);
          }));
          const row = element("div", "s2-layer" + (p().layerId === layer.id ? " is-active" : ""), [action((layer.visible ? "Ocultar " : "Mostrar ") + layer.name, layer.visible ? "eye" : "eyeOff", () => change((doc) => {
            const l = doc.layers.find((l2) => l2.id === layer.id);
            l.visible = !l.visible;
          })), button("Selecionar " + layer.name, "s2-button", thumb, () => {
            playback.pause();
            pointer.cancel();
            selection = null;
            store.view((doc) => {
              doc.layerId = layer.id;
            });
          }), name, action((layer.locked ? "Desbloquear " : "Bloquear ") + layer.name, layer.locked ? "lock" : "unlock", () => change((doc) => {
            const l = doc.layers.find((l2) => l2.id === layer.id);
            l.locked = !l.locked;
          }))]);
          ui.panelBody.append(row);
        }
        const merge = action("Mesclar com a camada abaixo", "merge", () => {
          pointer.cancel();
          selection = null;
          change(mergeStudioLayerDown);
        }, "s2-text-button s2-merge-layer");
        merge.append(element("span", "", "Mesclar abaixo"));
        const activeIndex = p().layers.findIndex((layer) => layer.id === p().layerId);
        merge.disabled = activeIndex <= 0 || [p().layers[activeIndex], p().layers[activeIndex - 1]].some((layer) => layer && (layer.locked || !layer.visible));
        ui.panelBody.append(field3("Opacidade da camada %", "number", Math.round(studioLayer(p()).opacity * 100), (v) => change((doc) => {
          studioLayer(doc).opacity = v / 100;
        }), 0, 100), merge);
      } else if (panelTab === "properties") {
        ui.panelBody.append(element("h3", "s2-section-label", "Documento"), element("p", "", p().width + " × " + p().height + " px"), element("p", "s2-hint", "RGBA transparente. Tamanho de desenho independente do zoom."), element("p", "s2-hint", p().layers.length + " camadas · " + (projectBytes(p()) / 1048576).toFixed(1) + " MiB de pixels · " + (store.memory() / 1048576).toFixed(1) + " MiB com histórico."), element("h3", "s2-section-label", "Referência do quadro anterior"), element("p", "s2-hint", "O desenho anterior aparece em azul claro para alinhar o movimento. Ative ou oculte pelo botão Ver anterior na faixa de animação."), field3("Quadros anteriores", "number", onion.count, (value) => {
          onion.count = Math.round(value);
          renderer.request();
        }, 1, 2), field3("Opacidade do quadro anterior %", "number", onion.opacity * 100, (value) => {
          onion.opacity = value / 100;
          renderer.request();
        }, 5, 60));
      }
    }
    function swapColors() {
      change((doc) => {
        [doc.foreground, doc.background] = [doc.background, doc.foreground];
      });
    }
    function modal(title2, body) {
      const dialog = element("dialog", "s2-dialog", [element("h2", "", title2), body]);
      dialogs.add(dialog);
      ui.root.append(dialog);
      on(dialog, "close", () => {
        dialogs.delete(dialog);
        dialog.remove();
        ui.canvas.focus();
      });
      dialog.showModal();
      return dialog;
    }
    function selectFrame(id) {
      playback.pause();
      pointer.cancel();
      selection = null;
      store.view((doc) => {
        doc.frameId = id;
      });
    }
    const playButton = action("Reproduzir animação", "play", () => {
      pointer.cancel();
      if (playback.running) playback.pause();
      else playback.play();
    });
    const frameInfo = element("span", "s2-hint");
    const celGrid = studioCelGrid((layerId, frameId) => {
      if (busy || playback.running) return;
      playback.pause();
      pointer.cancel();
      selection = null;
      store.view((doc) => {
        doc.layerId = layerId;
        doc.frameId = frameId;
      });
    });
    ui.timeline.append(celGrid.root);
    const duration = field3("Duração ms", "number", 100, (value) => change((doc) => {
      studioFrame(doc).duration = Math.round(value);
    }), 20, 1e4);
    const loop = check("Loop", p().loop, (value) => change((doc) => {
      doc.loop = value;
    }));
    const fps = field3("FPS", "number", 10, (value) => change((doc) => {
      doc.frames.forEach((f) => {
        f.duration = Math.round(1e3 / value);
      });
    }), 1, 50);
    const drawDuration = field3("Duração do quadro atual (ms)", "number", 100, (value) => change((doc) => {
      studioFrame(doc).duration = Math.round(value);
    }), 20, 1e4);
    drawDuration.querySelector("span").textContent = "ms";
    drawDuration.classList.add("s2-draw-duration");
    const stopButton = action("Parar e voltar ao primeiro quadro", "stop", () => {
      playback.pause();
      selectFrame(p().frames[0].id);
    });
    stopButton.classList.add("s2-stop-button");
    const duplicateFrameButton = action("Duplicar quadro atual", "copy", () => {
      pointer.cancel();
      selection = null;
      change((doc) => addStudioFrame(doc, true));
    }, "s2-draw-duplicate");
    const drawTimelineToggle = action("Mostrar ou ocultar quadros da animação", "chevronDown", () => ui.toggleTimeline(), "s2-draw-collapse");
    const previousFrameButton = action("Quadro anterior", "previousFrame", () => {
      const i = p().frames.findIndex((f) => f.id === p().frameId);
      if (i > 0) selectFrame(p().frames[i - 1].id);
    });
    const nextFrameButton = action("Próximo quadro", "nextFrame", () => {
      const i = p().frames.findIndex((f) => f.id === p().frameId);
      if (i < p().frames.length - 1) selectFrame(p().frames[i + 1].id);
    });
    playButton.classList.add("s2-play-button");
    ui.transport.append(playButton, stopButton, previousFrameButton, nextFrameButton, frameInfo);
    const addFrameButton = action("Adicionar quadro vazio", "plus", () => {
      pointer.cancel();
      selection = null;
      change(addStudioFrame);
    }, "s2-text-button s2-add-frame");
    addFrameButton.append(element("span", "", "Adicionar quadro"));
    const onionToggle = action("Ver quadro anterior", "onion", () => {
      onion.enabled = !onion.enabled;
      refreshOnionControl();
      renderer.request();
      message(onion.enabled ? p().frames[0].id === p().frameId ? "Referência ativada. A partir do segundo quadro, o desenho anterior aparece em azul claro." : "Quadro anterior visível em azul claro. Continue desenhando no quadro atual." : "Referência do quadro anterior ocultada.");
    }, "s2-text-button s2-onion-toggle");
    onionToggle.append(element("span", "", "Ver anterior"));
    function refreshOnionControl() {
      onionToggle.setAttribute("aria-pressed", String(onion.enabled));
      onionToggle.disabled = Boolean(playback?.running);
      onionToggle.title = playback?.running ? "Referência oculta durante a reprodução" : !onion.enabled ? "Mostrar o desenho anterior em azul claro" : p().frames[0].id === p().frameId ? "Ativo: adicione outro quadro para ver o desenho anterior" : "Ocultar referência do quadro anterior";
    }
    loop.classList.add("s2-loop-switch");
    loop.querySelector("input").setAttribute("role", "switch");
    const timelineMenu = element("div", "s2-timeline-menu");
    timelineMenu.hidden = true;
    timelineMenu.setAttribute("aria-label", "Opções dos quadros");
    const timelineMore = action("Opções dos quadros", "more", () => toggleTopMenu(timelineMenu, timelineMore));
    timelineMore.setAttribute("aria-expanded", "false");
    topMenus.push([timelineMenu, timelineMore]);
    timelineMenu.append(duration, fps, element("div", "s2-frame-actions", [
      action("Duplicar quadro", "copy", () => {
        pointer.cancel();
        selection = null;
        change((doc) => addStudioFrame(doc, true));
      }),
      action("Excluir quadro", "trash", () => {
        pointer.cancel();
        selection = null;
        change(deleteStudioFrame);
      }),
      action("Mover quadro antes", "chevronLeft", () => change((doc) => orderStudioFrame(doc, -1))),
      action("Mover quadro depois", "chevronRight", () => change((doc) => orderStudioFrame(doc, 1))),
      action("Abrir prévia de animação", "image", previewDialog),
      ui.timelineToggle
    ]));
    ui.timelineActions.append(drawDuration, duplicateFrameButton, onionToggle, addFrameButton, loop, timelineMore, drawTimelineToggle);
    ui.timeline.append(timelineMenu);
    playback = studioPlayback({ project: p, request: (fn) => requestAnimationFrame(fn), cancel: (id) => cancelAnimationFrame(id), now: () => performance.now(), select: (id) => {
      selection = null;
      store.view((doc) => {
        doc.frameId = id;
      });
    }, state: (running) => {
      playButton.setAttribute("aria-label", running ? "Pausar animação" : "Reproduzir animação");
      playButton.title = running ? "Pausar animação" : "Reproduzir animação";
      playButton.replaceChildren(studioIcon(running ? "pause" : "play"));
      stopButton.disabled = !running && p().frameId === p().frames[0].id;
      refreshOnionControl();
      renderer?.request();
      if (!running && !disposed) refresh();
    } });
    const frameCards = /* @__PURE__ */ new Map();
    let frameOrder = "", scrolledFrame = "";
    function renderTimeline() {
      celGrid.root.hidden = p().mode !== "pixel";
      if (p().mode === "pixel") celGrid.update(p());
      stopButton.hidden = drawDuration.hidden = duplicateFrameButton.hidden = drawTimelineToggle.hidden = p().mode !== "draw";
      const activeFrameIndex = p().frames.findIndex((frame) => frame.id === p().frameId);
      previousFrameButton.disabled = activeFrameIndex <= 0;
      nextFrameButton.disabled = activeFrameIndex >= p().frames.length - 1;
      stopButton.disabled = !playback.running && activeFrameIndex === 0;
      if (activeControl !== drawDuration.querySelector("input")) {
        drawDuration.querySelector("input").value = String(studioFrame(p()).duration);
        drawDuration.querySelector("input").dataset.lastValidValue = String(studioFrame(p()).duration);
      }
      duplicateFrameButton.disabled = p().frames.length >= LIMITS.frames || projectBytes(p()) + p().width * p().height * 4 * p().layers.length > LIMITS.bytes;
      refreshOnionControl();
      const ids = /* @__PURE__ */ new Set([...p().frames.map((f) => "frame-" + f.id), ...p().layers.map((l) => "layer-" + l.id)]);
      for (const key2 of thumbCache.keys()) if (!ids.has(key2)) thumbCache.delete(key2);
      const frameIds = new Set(p().frames.map((frame) => frame.id));
      for (const id of frameCards.keys()) if (!frameIds.has(id)) frameCards.delete(id);
      const cards = p().frames.map((frame, index) => {
        const signature = [p().width, p().height, ...p().layers.flatMap((l) => [l.id, l.visible, l.opacity, frame.cels[l.id]])];
        const thumb = thumbnail("frame-" + frame.id, () => compositeStudio(p(), frame), signature);
        let card = frameCards.get(frame.id);
        if (!card) {
          const frameId = frame.id, control = button("Abrir quadro " + (index + 1), "s2-button", thumb, () => selectFrame(frameId)), caption = element("span", "", String(index + 1));
          card = { node: element("div", "s2-frame", [control, caption]), control, caption, thumb };
          frameCards.set(frame.id, card);
          control.addEventListener("keydown", (event) => {
            if (!["ArrowLeft", "ArrowRight", "Home", "End"].includes(event.key)) return;
            event.preventDefault();
            event.stopPropagation();
            const current = p().frames.findIndex((item) => item.id === frameId), next = event.key === "Home" ? 0 : event.key === "End" ? p().frames.length - 1 : Math.max(0, Math.min(p().frames.length - 1, current + (event.key === "ArrowRight" ? 1 : -1)));
            selectFrame(p().frames[next].id);
            frameCards.get(p().frames[next].id)?.control.focus({ preventScroll: true });
          });
        }
        if (card.thumb !== thumb) {
          card.control.replaceChildren(thumb);
          card.thumb = thumb;
        }
        card.node.classList.toggle("is-active", frame.id === p().frameId);
        card.control.setAttribute("aria-pressed", String(frame.id === p().frameId));
        const label = "Abrir quadro " + (index + 1), tip = `Quadro ${index + 1} · ${frame.duration} ms`;
        if (card.control.getAttribute("aria-label") !== label) card.control.setAttribute("aria-label", label);
        if (card.control.title !== tip) card.control.title = tip;
        if (card.caption.textContent !== String(index + 1)) card.caption.textContent = String(index + 1);
        return card.node;
      });
      const order = JSON.stringify([p().mode, p().frames.map((frame) => frame.id)]);
      if (order !== frameOrder) {
        frameOrder = order;
        scrolledFrame = "";
        ui.timelineBody.replaceChildren(...cards);
      }
      if (scrolledFrame !== p().frameId) {
        scrolledFrame = p().frameId;
        if (ui.timelineBody.scrollWidth > ui.timelineBody.clientWidth) {
          const bounds2 = ui.timelineBody.getBoundingClientRect(), active = frameCards.get(p().frameId).control.getBoundingClientRect();
          if (active.left < bounds2.left) ui.timelineBody.scrollLeft += active.left - bounds2.left;
          else if (active.left + active.width > bounds2.left + bounds2.width) ui.timelineBody.scrollLeft += active.left + active.width - bounds2.left - bounds2.width;
        }
      }
      const durations = new Set(p().frames.map((f) => f.duration));
      fps.querySelector("input").value = durations.size === 1 ? Number((1e3 / studioFrame(p()).duration).toFixed(1)) : "";
      frameInfo.textContent = p().frames.length + (p().frames.length === 1 ? " quadro" : " quadros") + " · " + (durations.size === 1 ? Number((1e3 / studioFrame(p()).duration).toFixed(1)) + " fps" : "fps variável") + " · " + (p().frames.reduce((n, f) => n + f.duration, 0) / 1e3).toFixed(1) + "s";
      duration.querySelector("input").value = studioFrame(p()).duration;
      loop.querySelector("input").checked = p().loop;
      if (previewCanvas) putStudioPixels(previewCanvas, compositeStudio(p()), p().width, p().height);
    }
    function previewDialog() {
      playback.pause();
      const canvas = element("canvas", "s2-preview");
      previewCanvas = canvas;
      canvas.style.imageRendering = p().mode === "pixel" ? "pixelated" : "auto";
      putStudioPixels(canvas, compositeStudio(p()), p().width, p().height);
      const body = element("div", "", [canvas]);
      let dialog;
      body.append(field3("Escala da prévia %", "number", 100, (value) => {
        canvas.style.width = p().width * value / 100 + "px";
      }, 25, 400), textAction("Reproduzir / pausar", () => {
        if (playback.running) playback.pause();
        else playback.play();
      }), textAction("Fechar prévia", () => dialog.close()));
      dialog = modal("Prévia da animação", body);
      on(dialog, "close", () => {
        playback.pause();
        previewCanvas = null;
        canvas.width = canvas.height = 1;
      });
    }
    function newDialog() {
      pointer.cancel();
      let width = p().mode === "pixel" ? 64 : 960, height = p().mode === "pixel" ? 64 : 540;
      const body = element("div"), feedback = element("p", "s2-hint");
      let dialog;
      body.append(field3("Largura", "number", width, (v) => {
        width = v;
      }, 1, LIMITS.dimension), field3("Altura", "number", height, (v) => {
        height = v;
      }, 1, LIMITS.dimension), element("p", "s2-hint", "Novo documento transparente. Salve o projeto atual antes de substituir."), feedback, element("div", "s2-dialog-actions", [textAction("Cancelar", () => dialog.close()), textAction("Criar documento", () => {
        try {
          const next = createStudioProject({ mode: p().mode, width, height });
          if (store.dirty && !window.confirm("Substituir o projeto não salvo?")) return;
          pointer.cancel();
          selection = null;
          store.load(next);
          thumbCache.clear();
          fit();
          dialog.close();
        } catch (error3) {
          feedback.textContent = error3.message;
        }
      }, "s2-primary")]));
      dialog = modal("Novo Studio 2D", body);
    }
    function download(blob, name) {
      if (disposed) return;
      const url = URL.createObjectURL(blob);
      const a = element("a");
      a.href = url;
      a.download = name;
      document.body.append(a);
      a.click();
      a.remove();
      urls.set(url, setTimeout(() => {
        URL.revokeObjectURL(url);
        urls.delete(url);
      }, 3e4));
    }
    const filename = () => p().name.replace(/[\\/:*?"<>|]/g, "-") || "studio";
    async function task(operation) {
      if (busy) return;
      pointer.cancel();
      playback.pause();
      closeTopMenus();
      busy = true;
      ui.root.setAttribute("aria-busy", "true");
      for (const node2 of [ui.header, ui.toolbar, ui.topActions, ui.options, ui.panel, ui.timeline]) node2.inert = true;
      try {
        await operation();
      } catch (error3) {
        if (!disposed) message(error3.message);
      } finally {
        busy = false;
        if (!disposed) {
          ui.root.setAttribute("aria-busy", "false");
          for (const node2 of [ui.header, ui.toolbar, ui.topActions, ui.options, ui.panel, ui.timeline]) node2.inert = false;
        }
      }
    }
    function saveProject() {
      safe(() => {
        pointer.cancel();
        playback.pause();
        const blob = writeStudioProject(p(), modeSettings);
        download(blob, filename() + ".ubstudio");
        store.saved();
        message("Projeto editável preparado para baixar. Guarde o arquivo .ubstudio.");
      });
    }
    async function openProject(file) {
      if (store.dirty && !window.confirm("Abrir outro projeto? Salve o atual para não perder alterações.")) return;
      await task(async () => {
        const loaded = await readStudioProject(file);
        if (disposed) return;
        if (loaded.project.mode !== p().mode) {
          if (sessions.get(loaded.project.mode)?.dirty && !window.confirm("Substituir também o projeto não salvo do outro modo?")) return;
          switchMode(loaded.project.mode);
        }
        for (const key2 of ["pixel", "draw"]) if (loaded.preferences[key2]) Object.assign(modeSettings[key2], loaded.preferences[key2]);
        settings = modeSettings[loaded.project.mode];
        selection = null;
        clipboard = null;
        thumbCache.clear();
        store.load(loaded.project);
        setTool(p().mode === "pixel" ? "pencil" : "brush");
        fit();
        message("Projeto reaberto com camadas e quadros editáveis.");
      });
    }
    function exportDialog() {
      closeTopMenus();
      pointer.cancel();
      playback.pause();
      let format = "png", scale2 = 1, dialog;
      const body = element("div"), feedback = element("p", "s2-hint");
      body.append(select("Formato de exportação", "png", [["png", "PNG · quadro atual"], ["sheet", "Spritesheet PNG"], ["sequence", "Sequência PNG (ZIP)"]], (v) => {
        format = v;
      }), select("Escala de exportação", "1", [["1", "1× · original"], ["2", "2×"], ["4", "4×"], ["8", "8×"]], (v) => {
        scale2 = Number(v);
      }), element("p", "s2-hint", "Transparência real, sem grade, onion skin ou seleção. Spritesheet: quadros em linhas, da esquerda para a direita."), feedback, element("div", "s2-dialog-actions", [textAction("Cancelar", () => dialog.close()), textAction("Baixar exportação", () => void task(async () => {
        feedback.textContent = "Preparando…";
        try {
          const doc = p(), base = filename();
          let blob, name;
          if (format === "sequence" && doc.frames.length > 1) {
            if (doc.width * doc.height * scale2 * scale2 * doc.frames.length > 32e6) throw Error("Sequência acima de 32 megapixels. Reduza a escala ou exporte separadamente.");
            const files = [];
            for (const [index, frame] of doc.frames.entries()) {
              if (disposed) return;
              const file = await studioPng(doc, { frameId: frame.id, scale: scale2 });
              files.push({ source: "output", file, size: file.size, name: base + "-" + String(index + 1).padStart(3, "0") + ".png" });
            }
            const result = await createResultZip(files, { signal: life.signal, limits: { maxFiles: 120, maxArchiveEntries: 120, maxTotalBytes: 64 * 1024 * 1024, maxArchiveExpandedBytes: 64 * 1024 * 1024 } });
            blob = result.blob;
            name = base + "-frames.zip";
          } else {
            blob = await studioPng(doc, { sheet: format === "sheet", scale: scale2 });
            name = base + (format === "sheet" ? "-spritesheet" : "") + ".png";
          }
          if (disposed) return;
          download(blob, name);
          dialog.close();
          message("Exportação concluída. Durações e camadas permanecem no projeto .ubstudio.");
        } catch (error3) {
          feedback.textContent = error3.message;
        }
      }), "s2-primary")]));
      dialog = modal("Exportar Studio 2D", body);
    }
    function refresh() {
      title.value = p().name;
      mode.value = p().mode;
      undo.disabled = !store.canUndo;
      redo.disabled = !store.canRedo;
      refreshTools();
      if (!activeControl || !ui.options.contains(activeControl)) renderOptions();
      if (!activeControl || !ui.panelBody.contains(activeControl)) renderPanel();
      renderTimeline();
      renderer?.request();
    }
    function storeUpdated() {
      preview = null;
      if (playback?.running) {
        renderTimeline();
        refreshDrawContext();
        renderer?.request();
      } else refresh();
    }
    renderer = createStudioRenderer(ui.canvas, () => ({ project: p(), view: view2, key: store.revision, preview: preview?.pixels ? { layerId: p().layerId, pixels: preview.pixels } : null, grid: gridOn, selection: preview?.selection || selection, onion: { ...onion, enabled: onion.enabled && !playback.running } }));
    pointer = attachStudioPointer(ui.canvas, {
      project: p,
      view: () => view2,
      setView,
      tool: () => tool,
      settings: () => settings,
      selection: () => selection,
      sampleLayer: () => sampleLayer,
      color: setColor,
      busy: () => busy || playback.running,
      message,
      select: (r) => {
        selection = r;
        renderOptions();
        refreshPixelContext();
        renderer.request();
      },
      preview: (value) => {
        preview = value;
        renderer.request();
      },
      commit: (pixels, r) => {
        if (!pixels.some((v, i) => v !== studioCel(p())[i])) return;
        if (change((doc) => replaceStudioCel(doc, pixels))) {
          if (r) selection = r;
          renderOptions();
          refreshPixelContext();
          message("Desenho atualizado.");
        }
      }
    });
    on(ui.canvas, "wheel", (e) => {
      e.preventDefault();
      if (busy) return;
      pointer.cancel();
      const r = ui.canvas.getBoundingClientRect();
      setView(zoomStudio(view2, view2.zoom * Math.exp(-e.deltaY * 15e-4), { x: e.clientX - r.left, y: e.clientY - r.top }));
    }, { passive: false });
    on(document, "pointerdown", (e) => {
      if (!topMenus.some(([menu, trigger]) => menu.contains(e.target) || trigger.contains(e.target))) closeTopMenus();
    });
    on(document, "keydown", (e) => {
      if (busy || dialogs.size || e.isComposing) return;
      if (e.key === "Escape" && topMenus.some(([menu]) => !menu.hidden)) {
        e.preventDefault();
        const focus = topMenus.find(([menu]) => !menu.hidden)?.[1];
        closeTopMenus();
        focus?.focus();
        return;
      }
      if (e.target.closest('input,select,textarea,[contenteditable="true"]')) return;
      const key2 = e.key.toLowerCase(), mod = e.ctrlKey || e.metaKey;
      if (key2 === "escape") {
        e.preventDefault();
        pointer.cancel();
        selection = null;
        setTool(p().mode === "pixel" ? "pencil" : "brush");
        return;
      }
      if (mod && key2 === "z") {
        e.preventDefault();
        playback.pause();
        pointer.cancel();
        selection = null;
        e.shiftKey ? store.redo() : store.undo();
      } else if (mod && key2 === "y") {
        e.preventDefault();
        playback.pause();
        pointer.cancel();
        selection = null;
        store.redo();
      } else if (mod && key2 === "s") {
        e.preventDefault();
        saveProject();
      } else if (mod && ["a", "c", "x", "v", "d"].includes(key2)) {
        e.preventDefault();
        safe(() => {
          if (key2 === "a") {
            selection = { x: 0, y: 0, width: p().width, height: p().height };
            setTool("select");
            renderer.request();
          } else if (key2 === "c") copy3();
          else if (key2 === "x") cut();
          else if (key2 === "v") paste();
          else {
            copy3();
            paste(8);
          }
        });
      } else if (key2 === "delete" || key2 === "backspace") {
        e.preventDefault();
        safe(removeSelection);
      } else if (selection && !mod && { ArrowLeft: [-1, 0], ArrowRight: [1, 0], ArrowUp: [0, -1], ArrowDown: [0, 1] }[e.key]) {
        e.preventDefault();
        const [dx, dy] = { ArrowLeft: [-1, 0], ArrowRight: [1, 0], ArrowUp: [0, -1], ArrowDown: [0, 1] }[e.key], step = e.shiftKey ? 10 : 1;
        pointer.cancel();
        safe(() => nudgeSelection(dx * step, dy * step));
      } else if (e.code === "Space") {
        e.preventDefault();
        pointer.space(true);
        ui.canvas.style.cursor = "grab";
        drawingCursor.sync();
      } else if (!mod && key2 === "x") swapColors();
      else if (!mod && p().mode === "draw" && { b: "brush", p: "pencil", n: "pen", j: "marker", c: "materials" }[key2]) selectPresetGroup({ b: "brush", p: "pencil", n: "pen", j: "marker", c: "materials" }[key2], false);
      else if (!mod && { m: "select", p: "pencil", e: "eraser", g: "fill", l: "line", r: "rectangle", o: "ellipse", i: "eyedropper", h: "pan" }[key2]) setTool({ m: "select", p: "pencil", e: "eraser", g: "fill", l: "line", r: "rectangle", o: "ellipse", i: "eyedropper", h: "pan" }[key2]);
    });
    on(document, "keyup", (e) => {
      if (e.code === "Space") {
        pointer.space(false);
        ui.canvas.style.cursor = studioCursor(tool);
        drawingCursor.sync();
      }
    });
    on(window, "blur", () => {
      ui.canvas.style.cursor = studioCursor(tool);
      drawingCursor.hide();
    });
    on(window, "beforeunload", (e) => {
      if ([...sessions.values()].some((s) => s.dirty)) {
        e.preventDefault();
        e.returnValue = "";
      }
    });
    unsubscribe = store.subscribe(storeUpdated);
    const observer = new ResizeObserver(() => {
      const r = ui.stage.getBoundingClientRect();
      if (!lastWidth) {
        fit();
      } else setView({ ...view2, x: view2.x + (r.width - lastWidth) / 2, y: view2.y + (r.height - lastHeight) / 2 });
      lastWidth = r.width;
      lastHeight = r.height;
      renderer.request();
    });
    observer.observe(ui.stage);
    refreshTools();
    refresh();
    fit();
    ui.root.dispose = () => {
      if (disposed) return;
      disposed = true;
      drawingCursor.dispose();
      closeTopMenus();
      ui.dispose();
      playback.dispose();
      pointer.dispose();
      renderer.dispose();
      observer.disconnect();
      unsubscribe();
      life.abort();
      for (const d of dialogs) d.close();
      for (const [url, timer] of urls) {
        clearTimeout(timer);
        URL.revokeObjectURL(url);
      }
      urls.clear();
      thumbCache.clear();
      frameCards.clear();
      clipboard = null;
      preview = null;
    };
    return ui.root;
  }

  // src/pages/pixel-page.js
  function pixelPage() {
    const heading = element("h1", "sr-only", "Studio 2D — Pixel Art e Animação");
    heading.tabIndex = -1;
    const editor = studioEditor();
    const root = element("div", "environment-page pixel-page", [heading, editor]);
    root.dispose = () => editor.dispose();
    return root;
  }

  // src/tools/document/constants.js
  var DOCUMENT_FORMAT = "unibox-document";
  var DOCUMENT_FORMAT_VERSION = 1;
  var DOCUMENT_LIMITS = Object.freeze({
    maxProjectBytes: 50 * 1024 * 1024,
    maxCharacters: 5e5,
    maxNodes: 12e3,
    maxDepth: 14,
    maxHistory: 80,
    maxImages: 24,
    maxImageBytes: 10 * 1024 * 1024,
    maxTotalImageBytes: 40 * 1024 * 1024,
    maxImageDimension: 8e3,
    maxImagePixels: 24e6,
    maxTableRows: 50,
    maxTableColumns: 20,
    maxNameLength: 120
  });
  var DOCUMENT_FONTS = Object.freeze([
    Object.freeze({ value: "Arial, sans-serif", label: "Arial" }),
    Object.freeze({ value: "Calibri, Candara, Arial, sans-serif", label: "Calibri" }),
    Object.freeze({ value: "Georgia, serif", label: "Georgia" }),
    Object.freeze({ value: '"Times New Roman", Times, serif', label: "Times New Roman" }),
    Object.freeze({ value: "Verdana, sans-serif", label: "Verdana" }),
    Object.freeze({ value: '"Courier New", monospace', label: "Courier New" }),
    Object.freeze({ value: "sans-serif", label: "Sans-serif" }),
    Object.freeze({ value: "serif", label: "Serif" }),
    Object.freeze({ value: "monospace", label: "Monospace" })
  ]);
  var DOCUMENT_FONT_SIZES = Object.freeze([8, 9, 10, 11, 12, 14, 16, 18, 20, 24, 28, 32, 36, 48]);
  var DOCUMENT_ZOOMS = Object.freeze([50, 75, 100, 125, 150, 200]);
  var DOCUMENT_PAGE_SIZES = Object.freeze({
    A4: Object.freeze({ label: "A4", widthMm: 210, heightMm: 297 }),
    Letter: Object.freeze({ label: "Carta", widthMm: 215.9, heightMm: 279.4 })
  });
  var DOCUMENT_DEFAULT_PAGE = Object.freeze({
    size: "A4",
    orientation: "portrait",
    margins: Object.freeze({ top: 25, right: 25, bottom: 25, left: 25 })
  });
  var DOCUMENT_ALLOWED_TAGS = Object.freeze([
    "p",
    "h1",
    "h2",
    "h3",
    "h4",
    "blockquote",
    "ul",
    "ol",
    "li",
    "strong",
    "em",
    "u",
    "s",
    "span",
    "br",
    "hr",
    "table",
    "thead",
    "tbody",
    "tr",
    "th",
    "td",
    "figure",
    "img",
    "figcaption"
  ]);
  var DOCUMENT_ALLOWED_STYLES = Object.freeze([
    "fontFamily",
    "fontSize",
    "color",
    "backgroundColor",
    "textAlign",
    "lineHeight",
    "marginLeft",
    "marginRight",
    "textIndent",
    "marginTop",
    "marginBottom",
    "width",
    "borderColor",
    "borderStyle",
    "borderWidth"
  ]);
  var DOCUMENT_STYLES = Object.freeze([
    Object.freeze({ value: "p", label: "Texto normal" }),
    Object.freeze({ value: "h1", label: "Título principal" }),
    Object.freeze({ value: "h2", label: "Título 1" }),
    Object.freeze({ value: "h3", label: "Título 2" }),
    Object.freeze({ value: "h4", label: "Título 3" }),
    Object.freeze({ value: "blockquote", label: "Citação" })
  ]);

  // src/tools/document/ruler-model.js
  var DOCUMENT_PX_PER_MM = 96 / 25.4;
  var DOCUMENT_MIN_TEXT_MM = 20;
  function rulerGeometry(page) {
    const size = DOCUMENT_PAGE_SIZES[page.size];
    const widthMm = page.orientation === "landscape" ? size.heightMm : size.widthMm;
    return {
      widthMm,
      leftMm: page.margins.left,
      rightMm: page.margins.right,
      textWidthMm: widthMm - page.margins.left - page.margins.right
    };
  }
  function cssLengthMm(value) {
    const match = String(value || "0").trim().match(/^(-?\d+(?:\.\d+)?)(px|pt|mm|cm)?$/u);
    if (!match) return 0;
    const number2 = Number(match[1]);
    return number2 * ({ px: 1 / DOCUMENT_PX_PER_MM, pt: 25.4 / 72, mm: 1, cm: 10 }[match[2]] || 1);
  }
  function clientToRulerMm(clientX, rect2, widthMm) {
    if (!Number.isFinite(clientX) || !Number.isFinite(rect2.left) || !Number.isFinite(rect2.width) || rect2.width <= 0) throw new RangeError("Geometria da régua inválida.");
    return (clientX - rect2.left) * widthMm / rect2.width;
  }
  function rulerParagraphState(style, geometry, baseLeftMm = 0, baseRightMm = 0) {
    return {
      leftMm: cssLengthMm(style.marginLeft),
      rightMm: cssLengthMm(style.marginRight),
      firstLineMm: cssLengthMm(style.textIndent),
      baseLeftMm,
      baseRightMm,
      availableMm: geometry.textWidthMm - baseLeftMm - baseRightMm
    };
  }
  var close = (left, right, tolerance = 1e-3) => Math.abs(left - right) < tolerance;
  function summarizeRulerSelection(states) {
    const common = (key2) => states.length && states.every((state) => close(key2(state), key2(states[0]))) ? key2(states[0]) : null;
    const compatible = Boolean(states.length && states.every((state) => close(state.baseLeftMm, states[0].baseLeftMm, 0.02) && close(state.baseRightMm, states[0].baseRightMm, 0.02) && state.availableMm >= DOCUMENT_MIN_TEXT_MM));
    const values3 = {
      first: common((state) => state.leftMm + state.firstLineMm),
      left: common((state) => state.leftMm),
      hanging: common((state) => state.leftMm),
      right: common((state) => state.availableMm - state.rightMm)
    };
    return { compatible, values: values3, mixed: Object.values(values3).some((value) => value === null) };
  }
  function rulerDragBounds(states, kind) {
    if (!summarizeRulerSelection(states).compatible || !["first", "left", "hanging", "right"].includes(kind)) throw new RangeError("Seleção incompatível com a régua.");
    const bounds2 = states.map((state) => {
      const { leftMm: left, rightMm: right, firstLineMm: first, availableMm: width } = state;
      if (kind === "first") return { min: 0, max: width - right - DOCUMENT_MIN_TEXT_MM };
      if (kind === "hanging") return { min: 0, max: width - right - DOCUMENT_MIN_TEXT_MM };
      if (kind === "left") return { min: Math.max(0, -first), max: width - right - Math.max(0, first) - DOCUMENT_MIN_TEXT_MM };
      return { min: left + Math.max(0, first) + DOCUMENT_MIN_TEXT_MM, max: width };
    });
    const result = { min: Math.max(...bounds2.map((bound) => bound.min)), max: Math.min(...bounds2.map((bound) => bound.max)) };
    if (result.max < result.min) throw new RangeError("Não há espaço suficiente para este recuo.");
    return result;
  }
  function changeRulerIndent(states, kind, requested) {
    if (!Number.isFinite(requested)) throw new RangeError("Posição de recuo inválida.");
    const bounds2 = rulerDragBounds(states, kind);
    const position = Math.max(bounds2.min, Math.min(bounds2.max, Math.round(requested * 2) / 2));
    return { position, states: states.map((state) => {
      const next = { ...state };
      if (kind === "first") next.firstLineMm = position - state.leftMm;
      else if (kind === "right") next.rightMm = state.availableMm - position;
      else {
        next.leftMm = position;
        if (kind === "hanging") next.firstLineMm = state.leftMm + state.firstLineMm - position;
      }
      return next;
    }) };
  }
  function rulerIndentStyle(state) {
    const length = (value) => Number(value.toFixed(3)) + "mm";
    return { marginLeft: length(state.leftMm), marginRight: length(state.rightMm), textIndent: length(state.firstLineMm) };
  }
  function rulerMarginBounds(page, kind, requiredTextMm = DOCUMENT_MIN_TEXT_MM) {
    if (!["marginLeft", "marginRight"].includes(kind) || !Number.isFinite(requiredTextMm) || requiredTextMm < DOCUMENT_MIN_TEXT_MM) throw new RangeError("Margem inválida.");
    const geometry = rulerGeometry(page);
    const other = kind === "marginLeft" ? geometry.rightMm : geometry.leftMm;
    const maximum = Math.min(60, geometry.widthMm - other - requiredTextMm);
    if (maximum < 5) throw new RangeError("Os recuos existentes não deixam espaço para essa margem.");
    return kind === "marginLeft" ? { min: 5, max: maximum } : { min: geometry.widthMm - maximum, max: geometry.widthMm - 5 };
  }
  function changeRulerMargin(page, kind, requested, requiredTextMm) {
    if (!Number.isFinite(requested)) throw new RangeError("Posição de margem inválida.");
    const bounds2 = rulerMarginBounds(page, kind, requiredTextMm);
    const position = Math.max(bounds2.min, Math.min(bounds2.max, Math.round(requested * 2) / 2));
    const next = structuredClone(page);
    next.margins[kind === "marginLeft" ? "left" : "right"] = Number((kind === "marginLeft" ? position : rulerGeometry(page).widthMm - position).toFixed(3));
    return { page: next, position };
  }

  // src/tools/document/formatting.js
  var BLOCK_SELECTOR = "p,h1,h2,h3,h4,blockquote,li,td,th";
  function textNodes(root) {
    const output = [];
    const visit = (node2) => {
      if (node2.nodeType === 3) output.push(node2);
      else for (const child of node2.childNodes || []) visit(child);
    };
    visit(root);
    return output;
  }
  function selectionBelongsTo(root, selection = root.ownerDocument.getSelection()) {
    return Boolean(selection?.rangeCount && root.contains(selection.anchorNode) && root.contains(selection.focusNode));
  }
  function captureDocumentSelection(root, selection = root.ownerDocument.getSelection()) {
    if (!selectionBelongsTo(root, selection)) return null;
    const range3 = selection.getRangeAt(0);
    const beforeStart = root.ownerDocument.createRange();
    beforeStart.selectNodeContents(root);
    beforeStart.setEnd(range3.startContainer, range3.startOffset);
    const beforeEnd = root.ownerDocument.createRange();
    beforeEnd.selectNodeContents(root);
    beforeEnd.setEnd(range3.endContainer, range3.endOffset);
    return Object.freeze({ start: beforeStart.toString().length, end: beforeEnd.toString().length });
  }
  function positionAtOffset(root, offset) {
    let remaining = Math.max(0, offset);
    const nodes = textNodes(root);
    for (const node2 of nodes) {
      if (remaining <= node2.data.length) return { node: node2, offset: remaining };
      remaining -= node2.data.length;
    }
    const last2 = nodes.at(-1);
    return last2 ? { node: last2, offset: last2.data.length } : { node: root, offset: root.childNodes.length };
  }
  function restoreDocumentSelection(root, saved) {
    if (!saved) return false;
    const start = positionAtOffset(root, saved.start);
    const end = positionAtOffset(root, Math.max(saved.start, saved.end));
    const range3 = root.ownerDocument.createRange();
    try {
      range3.setStart(start.node, start.offset);
      range3.setEnd(end.node, end.offset);
    } catch {
      return false;
    }
    const selection = root.ownerDocument.getSelection();
    selection.removeAllRanges();
    selection.addRange(range3);
    return true;
  }
  function matchingAncestor(node2, root, format) {
    let current = node2.nodeType === 1 ? node2 : node2.parentElement;
    while (current && current !== root) {
      if (format.tag && current.tagName?.toLowerCase() === format.tag) return current;
      if (format.style && Object.entries(format.style).every(([key2, value]) => current.style?.[key2] === value)) return current;
      current = current.parentElement;
    }
    return null;
  }
  function unwrap(node2) {
    const parent = node2.parentNode;
    if (!parent) return;
    while (node2.firstChild) parent.insertBefore(node2.firstChild, node2);
    node2.remove();
    parent.normalize?.();
  }
  function formatElement(owner, format) {
    const wrapper = owner.createElement(format.tag || "span");
    for (const [key2, value] of Object.entries(format.style || {})) wrapper.style[key2] = value;
    return wrapper;
  }
  function rangeTextSegments(root, range3) {
    const output = [];
    for (const node2 of textNodes(root)) {
      let intersects = false;
      try {
        intersects = range3.intersectsNode(node2);
      } catch {
      }
      if (!intersects || !node2.data.length) continue;
      const start = node2 === range3.startContainer ? range3.startOffset : 0;
      const end = node2 === range3.endContainer ? range3.endOffset : node2.data.length;
      if (end > start) output.push({ node: node2, start, end });
    }
    return output;
  }
  function applyInlineFormat(root, format) {
    const selection = root.ownerDocument.getSelection();
    if (!selectionBelongsTo(root, selection)) return false;
    const saved = captureDocumentSelection(root, selection);
    const range3 = selection.getRangeAt(0);
    if (range3.collapsed) {
      const active2 = matchingAncestor(range3.startContainer, root, format);
      if (active2) {
        if (format.toggle === false) return false;
        unwrap(active2);
        restoreDocumentSelection(root, saved);
        return true;
      }
      const wrapper = formatElement(root.ownerDocument, format);
      const marker = root.ownerDocument.createTextNode("​");
      wrapper.append(marker);
      range3.insertNode(wrapper);
      range3.setStart(marker, 1);
      range3.collapse(true);
      selection.removeAllRanges();
      selection.addRange(range3);
      return true;
    }
    const segments = rangeTextSegments(root, range3);
    if (!segments.length) return false;
    const active = segments.map((item) => matchingAncestor(item.node, root, format));
    if (active.every(Boolean)) {
      if (format.toggle === false) return false;
      for (const node2 of [...new Set(active)]) unwrap(node2);
      restoreDocumentSelection(root, saved);
      return true;
    }
    for (const { node: node2, start, end } of [...segments].reverse()) {
      let target = node2;
      if (end < target.data.length) target.splitText(end);
      if (start > 0) target = target.splitText(start);
      const wrapper = formatElement(root.ownerDocument, format);
      target.parentNode.insertBefore(wrapper, target);
      wrapper.append(target);
    }
    restoreDocumentSelection(root, saved);
    return true;
  }
  function selectedBlocks(root) {
    const selection = root.ownerDocument.getSelection();
    if (!selectionBelongsTo(root, selection)) return [];
    const range3 = selection.getRangeAt(0);
    const blocks = [];
    for (const item of root.querySelectorAll(BLOCK_SELECTOR)) {
      try {
        if (range3.intersectsNode(item) && !blocks.some((parent) => parent.contains(item))) blocks.push(item);
      } catch {
      }
    }
    if (!blocks.length) {
      const current = (range3.startContainer.nodeType === 1 ? range3.startContainer : range3.startContainer.parentElement)?.closest?.(BLOCK_SELECTOR);
      if (current && root.contains(current)) blocks.push(current);
    }
    return blocks;
  }
  function selectedRulerParagraphs(root, selection = root.ownerDocument.getSelection()) {
    if (!selectionBelongsTo(root, selection)) return [];
    const selector = "p,h1,h2,h3,h4,blockquote,li";
    const all = [...root.querySelectorAll(selector)];
    const range3 = selection.getRangeAt(0);
    let selected2;
    if (range3.collapsed) {
      const anchor = range3.startContainer.nodeType === 1 ? range3.startContainer : range3.startContainer.parentElement;
      selected2 = [anchor?.closest(selector)].filter((node2) => node2 && root.contains(node2));
    } else {
      const start = range3.cloneRange();
      start.collapse(true);
      const end = range3.cloneRange();
      end.collapse(false);
      selected2 = all.filter((node2) => {
        const nodeStart = root.ownerDocument.createRange();
        nodeStart.selectNodeContents(node2);
        nodeStart.collapse(true);
        const nodeEnd = root.ownerDocument.createRange();
        nodeEnd.selectNodeContents(node2);
        nodeEnd.collapse(false);
        return start.compareBoundaryPoints(0, nodeEnd) < 0 && end.compareBoundaryPoints(0, nodeStart) > 0;
      });
      selected2 = selected2.filter((node2) => !selected2.some((other) => other !== node2 && node2.contains(other)));
    }
    const target = new Set(selected2);
    for (const node2 of selected2) {
      if (!node2.dataset.documentFlow) continue;
      const index = all.indexOf(node2);
      const matches = (other) => other?.dataset.documentFlow === node2.dataset.documentFlow && other.tagName === node2.tagName && other.style.cssText === node2.style.cssText;
      for (let cursor = index - 1; cursor >= 0 && matches(all[cursor]); cursor--) target.add(all[cursor]);
      for (let cursor = index + 1; cursor < all.length && matches(all[cursor]); cursor++) target.add(all[cursor]);
    }
    return all.filter((node2) => target.has(node2));
  }
  function applyBlockTag(root, tag) {
    const saved = captureDocumentSelection(root);
    const blocks = selectedBlocks(root);
    if (!blocks.length) return false;
    for (const block of blocks) {
      if (["li", "td", "th"].includes(block.tagName.toLowerCase())) continue;
      const replacement = root.ownerDocument.createElement(tag);
      replacement.style.cssText = block.style.cssText;
      while (block.firstChild) replacement.append(block.firstChild);
      block.replaceWith(replacement);
    }
    restoreDocumentSelection(root, saved);
    return true;
  }
  function applyBlockStyle(root, key2, value) {
    const saved = captureDocumentSelection(root);
    const blocks = selectedBlocks(root);
    if (!blocks.length) return false;
    for (const block of blocks) block.style[key2] = value;
    restoreDocumentSelection(root, saved);
    return true;
  }
  function changeIndent(root, direction) {
    const blocks = selectedBlocks(root);
    if (!blocks.length) return false;
    const saved = captureDocumentSelection(root);
    for (const block of blocks) {
      const current = cssLengthMm(block.style.marginLeft) * DOCUMENT_PX_PER_MM;
      const right = cssLengthMm(block.style.marginRight) * DOCUMENT_PX_PER_MM;
      const first = cssLengthMm(block.style.textIndent) * DOCUMENT_PX_PER_MM;
      const width = block.clientWidth ? block.clientWidth + current + right : block.closest?.("[data-document-page-body]")?.clientWidth || root.clientWidth || 600;
      const minimum2 = Math.max(0, -first);
      const maximum = Math.max(minimum2, width - right - Math.max(0, first) - DOCUMENT_MIN_TEXT_MM * DOCUMENT_PX_PER_MM);
      block.style.marginLeft = Math.max(minimum2, Math.min(maximum, current + direction * 24)) + "px";
    }
    restoreDocumentSelection(root, saved);
    return true;
  }
  function toggleList(root, tag) {
    const saved = captureDocumentSelection(root);
    const blocks = selectedBlocks(root);
    if (!blocks.length) return false;
    const listItem = blocks[0].closest?.("li");
    const existingList = listItem?.parentElement;
    if (existingList && existingList.tagName.toLowerCase() === tag) {
      const fragment = root.ownerDocument.createDocumentFragment();
      for (const item of [...existingList.children]) {
        const paragraph = root.ownerDocument.createElement("p");
        while (item.firstChild) paragraph.append(item.firstChild);
        fragment.append(paragraph);
      }
      existingList.replaceWith(fragment);
      restoreDocumentSelection(root, saved);
      return true;
    }
    if (existingList && ["ul", "ol"].includes(existingList.tagName.toLowerCase())) {
      const replacement = root.ownerDocument.createElement(tag);
      while (existingList.firstChild) replacement.append(existingList.firstChild);
      existingList.replaceWith(replacement);
      restoreDocumentSelection(root, saved);
      return true;
    }
    const list = root.ownerDocument.createElement(tag);
    blocks[0].parentNode.insertBefore(list, blocks[0]);
    for (const block of blocks) {
      const item = root.ownerDocument.createElement("li");
      while (block.firstChild) item.append(block.firstChild);
      list.append(item);
      block.remove();
    }
    restoreDocumentSelection(root, saved);
    return true;
  }
  function insertAtSelection(root, node2, savedSelection) {
    if (savedSelection) restoreDocumentSelection(root, savedSelection);
    const selection = root.ownerDocument.getSelection();
    const range3 = selectionBelongsTo(root, selection) ? selection.getRangeAt(0) : null;
    if (!range3) {
      root.append(node2);
      return true;
    }
    const anchor = range3.startContainer.nodeType === 1 ? range3.startContainer : range3.startContainer.parentElement;
    const block = anchor?.closest?.("p,h1,h2,h3,h4,blockquote");
    if (["TABLE", "FIGURE", "HR"].includes(node2.tagName) && block && root.contains(block) && block.contains(range3.endContainer)) {
      const trailing = range3.cloneRange();
      trailing.selectNodeContents(block);
      trailing.setStart(range3.endContainer, range3.endOffset);
      const suffix = block.cloneNode(false);
      suffix.removeAttribute("data-document-flow");
      suffix.append(trailing.extractContents());
      range3.deleteContents();
      block.after(node2);
      if (suffix.childNodes.length) node2.after(suffix);
      range3.setStartAfter(node2);
      range3.collapse(true);
      selection.removeAllRanges();
      selection.addRange(range3);
      return true;
    }
    range3.deleteContents();
    range3.insertNode(node2);
    range3.setStartAfter(node2);
    range3.collapse(true);
    selection.removeAllRanges();
    selection.addRange(range3);
    return true;
  }
  function insertPlainText(root, text2) {
    const selection = root.ownerDocument.getSelection();
    if (!selectionBelongsTo(root, selection)) return false;
    const range3 = selection.getRangeAt(0);
    const fragment = root.ownerDocument.createDocumentFragment();
    const parts = String(text2 || "").replace(/\r\n?/gu, "\n").split("\n");
    parts.forEach((part, index) => {
      if (index) fragment.append(root.ownerDocument.createElement("br"));
      fragment.append(root.ownerDocument.createTextNode(part));
    });
    range3.deleteContents();
    range3.insertNode(fragment);
    range3.collapse(false);
    selection.removeAllRanges();
    selection.addRange(range3);
    return true;
  }
  function rangeFromTextOffsets(root, start, end) {
    const first = positionAtOffset(root, start);
    const last2 = positionAtOffset(root, end);
    const range3 = root.ownerDocument.createRange();
    range3.setStart(first.node, first.offset);
    range3.setEnd(last2.node, last2.offset);
    return range3;
  }

  // src/components/document-ruler.js
  var LABELS = {
    first: "Recuo da primeira linha",
    hanging: "Recuo deslocado",
    left: "Recuo esquerdo",
    right: "Recuo direito",
    marginLeft: "Margem esquerda do documento",
    marginRight: "Margem direita do documento"
  };
  var isMargin = (kind) => kind === "marginLeft" || kind === "marginRight";
  var PREFERENCE_KEY = "unibox:document:ruler";
  function documentRuler({ editor, viewport, getPage, onBegin, onCommit, onMarginsCommit, onCancel, onVisibility }) {
    const events = new AbortController();
    const row = element("div", "document-ruler-row");
    const track = element("div", "document-ruler");
    const scale2 = element("canvas", "document-ruler-scale");
    scale2.setAttribute("aria-hidden", "true");
    const caption = element("span", "document-ruler-caption", "cm");
    const message = element("span", "sr-only");
    message.setAttribute("role", "status");
    const guide = element("div", "document-ruler-guide");
    guide.hidden = true;
    track.append(scale2, caption);
    row.append(track, message);
    row.setAttribute("aria-label", "Régua horizontal em centímetros");
    let visible = !window.matchMedia("(max-width: 680px)").matches;
    try {
      const preference = localStorage.getItem(PREFERENCE_KEY);
      if (preference === "shown" || preference === "hidden") visible = preference === "shown";
    } catch {
    }
    let frame = null;
    let measurement = { paragraphs: [], states: [] };
    let drag = null;
    const markers = /* @__PURE__ */ new Map();
    function paragraphStates(paragraphs, geometry) {
      const rootRect = editor.getBoundingClientRect();
      const zoom = rootRect.width / (geometry.widthMm * DOCUMENT_PX_PER_MM) || 1;
      return paragraphs.map((paragraph) => {
        const style = getComputedStyle(paragraph);
        const body = paragraph.closest("[data-document-page-body]");
        const rect2 = paragraph.getBoundingClientRect(), bodyRect = body?.getBoundingClientRect();
        const left = cssLengthMm(style.marginLeft), right = cssLengthMm(style.marginRight);
        const baseLeft = bodyRect ? (rect2.left - bodyRect.left) / zoom / DOCUMENT_PX_PER_MM - left + cssLengthMm(style.paddingLeft) + cssLengthMm(style.borderLeftWidth) : 0;
        const baseRight = bodyRect ? (bodyRect.right - rect2.right) / zoom / DOCUMENT_PX_PER_MM - right + cssLengthMm(style.paddingRight) + cssLengthMm(style.borderRightWidth) : 0;
        return rulerParagraphState({
          marginLeft: style.marginLeft,
          marginRight: style.marginRight,
          textIndent: paragraph.style.textIndent || style.textIndent
        }, geometry, Math.max(0, baseLeft), Math.max(0, baseRight));
      });
    }
    function readSelection() {
      const paragraphs = selectedRulerParagraphs(editor);
      if (!paragraphs.length) return { paragraphs: [], states: [] };
      if (paragraphs.some((paragraph) => paragraph.closest("table"))) return { paragraphs: [], states: [], note: "Nesta etapa, os marcadores de recuo ajustam parágrafos fora de tabelas." };
      return { paragraphs, states: paragraphStates(paragraphs, rulerGeometry(getPage())) };
    }
    function requiredTextWidth() {
      const paragraphs = [...editor.querySelectorAll("p,h1,h2,h3,h4,blockquote,li")].filter((node2) => !node2.closest("table"));
      return Math.max(DOCUMENT_MIN_TEXT_MM, ...paragraphStates(paragraphs, rulerGeometry(getPage())).map((state) => state.baseLeftMm + state.baseRightMm + state.leftMm + state.rightMm + Math.max(0, state.firstLineMm) + DOCUMENT_MIN_TEXT_MM));
    }
    function draw(states = measurement.states, geometry = rulerGeometry(getPage())) {
      if (!visible || !editor.isConnected) return;
      const paper2 = editor.getBoundingClientRect();
      if (paper2.width <= 0) return;
      const rowRect = row.getBoundingClientRect();
      track.style.left = paper2.left - rowRect.left + "px";
      track.style.width = paper2.width + "px";
      const px2 = paper2.width / geometry.widthMm;
      const height = 28;
      const ratio = Math.min(3, window.devicePixelRatio || 1);
      scale2.width = Math.ceil(paper2.width * ratio);
      scale2.height = height * ratio;
      const context2 = scale2.getContext("2d");
      if (context2) {
        context2.setTransform(ratio, 0, 0, ratio, 0, 0);
        context2.fillStyle = "#ffffff";
        context2.fillRect(0, 0, paper2.width, height);
        context2.fillStyle = "#e8edf2";
        context2.fillRect(0, 0, geometry.leftMm * px2, height);
        context2.fillRect((geometry.widthMm - geometry.rightMm) * px2, 0, geometry.rightMm * px2, height);
        context2.strokeStyle = "#a4afbd";
        context2.lineWidth = 1;
        context2.beginPath();
        context2.font = "9px Arial, sans-serif";
        context2.textAlign = "center";
        for (let mm = Math.ceil(-geometry.leftMm); mm <= Math.floor(geometry.widthMm - geometry.leftMm); mm++) {
          const x = (geometry.leftMm + mm) * px2;
          const major = mm % 10 === 0, half = mm % 5 === 0;
          if (px2 < 2.5 && !half) continue;
          context2.moveTo(x, height - 1);
          context2.lineTo(x, height - (major ? 10 : half ? 6 : 3));
          if (major) {
            context2.fillStyle = mm < 0 || mm > geometry.textWidthMm ? "#8894a3" : "#566579";
            context2.fillText(String(mm / 10), x, 12);
          }
        }
        context2.stroke();
        context2.strokeStyle = "#c2ccd6";
        context2.beginPath();
        for (const mm of [geometry.leftMm, geometry.widthMm - geometry.rightMm]) {
          context2.moveTo(mm * px2, 0);
          context2.lineTo(mm * px2, height);
        }
        context2.stroke();
      }
      const summary = summarizeRulerSelection(states);
      caption.textContent = summary.compatible && summary.mixed ? "Recuos variados" : "cm";
      caption.style.maxWidth = Math.max(0, geometry.leftMm * px2 - 10) + "px";
      caption.title = "Centímetros a partir do início da área de texto. Margens: " + geometry.leftMm / 10 + " cm e " + geometry.rightMm / 10 + " cm. Arraste o limite entre as áreas cinza e branca para ajustar as margens.";
      message.textContent = !states.length ? measurement.note || "Posicione o cursor em um parágrafo para ajustar seus recuos." : !summary.compatible ? "A seleção contém áreas de texto diferentes. Ajuste esses parágrafos separadamente." : summary.mixed ? "A seleção possui recuos diferentes. Marcadores sem valor comum ficam ocultos." : "";
      track.title = message.textContent || "Arraste os marcadores para ajustar os recuos do parágrafo. A escala usa centímetros.";
      for (const [kind, marker] of markers) {
        if (isMargin(kind)) {
          marker.hidden = !onMarginsCommit;
          const margin = kind === "marginLeft" ? geometry.leftMm : geometry.rightMm;
          marker.style.left = (kind === "marginLeft" ? margin : geometry.widthMm - margin) * px2 + "px";
          marker.setAttribute("aria-valuenow", String(margin / 10));
          marker.setAttribute("aria-valuemin", ".5");
          marker.setAttribute("aria-valuemax", "6");
          marker.setAttribute("aria-valuetext", (margin / 10).toLocaleString("pt-BR") + " centímetros");
          marker.title = LABELS[kind] + " — arraste para ampliar ou reduzir a área de escrita";
          continue;
        }
        const position = summary.values[kind];
        marker.hidden = !summary.compatible || position === null;
        if (marker.hidden) continue;
        const x = geometry.leftMm + states[0].baseLeftMm + position;
        marker.style.left = x * px2 + "px";
        marker.setAttribute("aria-valuenow", String(Number((position / 10).toFixed(2))));
        marker.setAttribute("aria-valuetext", Number((position / 10).toFixed(2)).toLocaleString("pt-BR") + " centímetros a partir da área de texto");
        marker.title = LABELS[kind] + " — arraste ou use as setas do teclado";
        try {
          const bounds2 = rulerDragBounds(states, kind);
          marker.setAttribute("aria-valuemin", String(bounds2.min / 10));
          marker.setAttribute("aria-valuemax", String(bounds2.max / 10));
        } catch {
          marker.hidden = true;
        }
      }
    }
    function update() {
      if (events.signal.aborted || drag || !visible || frame !== null) return;
      frame = requestAnimationFrame(() => {
        frame = null;
        if (drag) return;
        measurement = readSelection();
        draw();
      });
    }
    function begin(kind) {
      measurement = readSelection();
      if (isMargin(kind)) {
        if (!onMarginsCommit) return false;
        const initialPage = structuredClone(getPage());
        const required = requiredTextWidth();
        try {
          rulerMarginBounds(initialPage, kind, required);
        } catch {
          return false;
        }
        const selection2 = editor.ownerDocument.getSelection();
        const geometry = rulerGeometry(initialPage);
        drag = {
          kind,
          initialPage,
          previewPage: initialPage,
          required,
          initial: measurement.states,
          range: selection2?.rangeCount ? selection2.getRangeAt(0).cloneRange() : null,
          position: kind === "marginLeft" ? geometry.leftMm : geometry.widthMm - geometry.rightMm
        };
        onBegin();
        return true;
      }
      const summary = summarizeRulerSelection(measurement.states);
      if (!summary.compatible || summary.values[kind] === null) return false;
      try {
        rulerDragBounds(measurement.states, kind);
      } catch {
        return false;
      }
      const selection = editor.ownerDocument.getSelection();
      drag = {
        kind,
        initial: measurement.states,
        paragraphs: measurement.paragraphs,
        range: selection.getRangeAt(0).cloneRange(),
        preview: measurement.states,
        position: summary.values[kind]
      };
      onBegin();
      return true;
    }
    function preview(position) {
      if (isMargin(drag.kind)) {
        const result2 = changeRulerMargin(drag.initialPage, drag.kind, position, drag.required);
        drag.previewPage = result2.page;
        drag.position = result2.position;
        const geometry2 = rulerGeometry(result2.page);
        const difference = geometry2.textWidthMm - rulerGeometry(drag.initialPage).textWidthMm;
        draw(drag.initial.map((state) => ({ ...state, availableMm: state.availableMm + difference })), geometry2);
        showGuide(result2.position, geometry2);
        const value = drag.kind === "marginLeft" ? geometry2.leftMm : geometry2.rightMm;
        message.textContent = LABELS[drag.kind] + ": " + (value / 10).toLocaleString("pt-BR") + " cm";
        return;
      }
      const result = changeRulerIndent(drag.initial, drag.kind, position);
      drag.preview = result.states;
      drag.position = result.position;
      draw(drag.preview);
      const geometry = rulerGeometry(getPage());
      const x = geometry.leftMm + drag.initial[0].baseLeftMm + result.position;
      showGuide(x, geometry);
      message.textContent = LABELS[drag.kind] + ": " + (result.position / 10).toLocaleString("pt-BR") + " cm";
    }
    function showGuide(x, geometry) {
      const rect2 = track.getBoundingClientRect();
      guide.hidden = false;
      guide.style.left = rect2.left - row.parentElement.getBoundingClientRect().left + x * rect2.width / geometry.widthMm + "px";
      guide.style.top = viewport.offsetTop + "px";
      guide.style.height = viewport.clientHeight + "px";
    }
    function finish(cancelled = false) {
      if (!drag) return;
      const current = drag;
      drag = null;
      guide.hidden = true;
      const selection = editor.ownerDocument.getSelection();
      if (current.range && selection) {
        selection.removeAllRanges();
        selection.addRange(current.range);
      }
      if (isMargin(current.kind)) {
        if (cancelled || JSON.stringify(current.initialPage) === JSON.stringify(current.previewPage)) onCancel();
        else onMarginsCommit(current.previewPage);
      } else if (cancelled || JSON.stringify(current.initial) === JSON.stringify(current.preview)) onCancel();
      else onCommit(current.paragraphs, current.preview);
      update();
    }
    for (const kind of Object.keys(LABELS)) {
      const marker = button(LABELS[kind], "document-ruler-marker is-" + kind, []);
      marker.setAttribute("role", "slider");
      marker.setAttribute("aria-orientation", "horizontal");
      marker.hidden = true;
      marker.addEventListener("pointerdown", (event) => {
        if (event.button !== 0) return;
        event.preventDefault();
        event.stopPropagation();
        if (!begin(kind)) return;
        marker.setPointerCapture(event.pointerId);
      }, { signal: events.signal });
      marker.addEventListener("pointermove", (event) => {
        if (!drag || drag.kind !== kind || !marker.hasPointerCapture(event.pointerId)) return;
        const geometry = rulerGeometry(getPage());
        const position = clientToRulerMm(event.clientX, track.getBoundingClientRect(), geometry.widthMm);
        preview(isMargin(kind) ? position : position - geometry.leftMm - drag.initial[0].baseLeftMm);
      }, { signal: events.signal });
      marker.addEventListener("pointerup", () => finish(), { signal: events.signal });
      marker.addEventListener("pointercancel", () => finish(true), { signal: events.signal });
      marker.addEventListener("lostpointercapture", () => finish(true), { signal: events.signal });
      marker.addEventListener("keydown", (event) => {
        if (event.key === "Escape") {
          event.preventDefault();
          finish(true);
          return;
        }
        if (!["ArrowLeft", "ArrowRight", "Home", "End"].includes(event.key)) return;
        event.preventDefault();
        if (!begin(kind)) return;
        const bounds2 = isMargin(kind) ? rulerMarginBounds(drag.initialPage, kind, drag.required) : rulerDragBounds(drag.initial, kind);
        preview(event.key === "Home" ? bounds2.min : event.key === "End" ? bounds2.max : drag.position + (event.key === "ArrowLeft" ? -1 : 1) * (event.shiftKey ? 5 : 0.5));
        finish();
      }, { signal: events.signal });
      markers.set(kind, marker);
      track.append(marker);
    }
    function setVisible(value, persist = true) {
      visible = Boolean(value);
      row.hidden = !visible;
      if (!visible) finish(true);
      if (persist) try {
        localStorage.setItem(PREFERENCE_KEY, visible ? "shown" : "hidden");
      } catch {
      }
      onVisibility(visible);
      update();
    }
    viewport.addEventListener("scroll", update, { passive: true, signal: events.signal });
    window.addEventListener("resize", update, { signal: events.signal });
    window.addEventListener("blur", () => finish(true), { signal: events.signal });
    editor.ownerDocument.addEventListener("keydown", (event) => {
      if (event.key === "Escape" && drag) {
        event.preventDefault();
        finish(true);
      }
    }, { signal: events.signal });
    setVisible(visible, false);
    return {
      row,
      guide,
      update,
      setVisible,
      visible: () => visible,
      dispose() {
        finish(true);
        events.abort();
        if (frame !== null) cancelAnimationFrame(frame);
      }
    };
  }

  // src/components/document-context-menu.js
  function documentContextMenu({ editor, viewport, getItems, onOpen, onClose }) {
    const events = new AbortController();
    const menu = element("nav", "document-context-menu");
    menu.hidden = true;
    menu.setAttribute("role", "menu");
    menu.setAttribute("aria-label", "Ações do documento");
    editor.ownerDocument.body.append(menu);
    let range3 = null;
    let open = false;
    let protectedSelection = null;
    let backToParent = null;
    function renderItems(items, parent = null) {
      backToParent = parent;
      menu.replaceChildren();
      const entries = parent ? [{ label: "‹ Voltar", action: parent, navigation: true }, { separator: true }, ...items] : items;
      for (const item of entries) {
        if (item.separator) {
          const separator = element("div", "document-context-divider");
          separator.setAttribute("role", "separator");
          menu.append(separator);
          continue;
        }
        const control = button(item.label, "document-context-item", [element("span", "", item.label), element("span", "document-context-shortcut", item.children ? "›" : item.shortcut || "")]);
        if (item.previewStyle) Object.assign(control.firstChild.style, item.previewStyle);
        control.setAttribute("role", "menuitem");
        control.disabled = Boolean(item.disabled);
        if (item.children) {
          control.setAttribute("aria-haspopup", "menu");
          control.setAttribute("aria-expanded", "false");
        }
        control.addEventListener("mousedown", (input2) => input2.preventDefault(), { signal: events.signal });
        const activate = () => {
          if (item.children) {
            renderItems(item.children, () => renderItems(items, parent));
            const dimensions2 = menu.getBoundingClientRect();
            menu.style.top = Math.max(8, Math.min(dimensions2.top, window.innerHeight - dimensions2.height - 8)) + "px";
          } else if (item.navigation) item.action();
          else {
            close2(true);
            item.action();
          }
        };
        control.addEventListener("click", activate, { signal: events.signal });
        if (item.children) control.addEventListener("keydown", (input2) => {
          if (input2.key === "ArrowRight") {
            input2.preventDefault();
            activate();
          }
        }, { signal: events.signal });
        menu.append(control);
      }
      menu.querySelector("button:not(:disabled)")?.focus({ preventScroll: true });
    }
    function close2(restore = false) {
      if (!open) return;
      open = false;
      menu.hidden = true;
      if (restore && range3 && editor.contains(range3.startContainer) && editor.contains(range3.endContainer)) {
        editor.focus({ preventScroll: true });
        const selection = editor.ownerDocument.getSelection();
        selection.removeAllRanges();
        selection.addRange(range3);
      }
      onClose();
    }
    function insideSelection(selection, x, y) {
      if (!selectionBelongsTo(editor, selection) || selection.isCollapsed) return false;
      return [...selection.getRangeAt(0).getClientRects()].some((rect2) => x >= rect2.left && x <= rect2.right && y >= rect2.top && y <= rect2.bottom);
    }
    function show(event) {
      event.preventDefault();
      close2();
      const owner = editor.ownerDocument, selection = owner.getSelection();
      const keyboard = !event.clientX && !event.clientY;
      if (protectedSelection) {
        selection.removeAllRanges();
        selection.addRange(protectedSelection);
        protectedSelection = null;
      }
      if (!keyboard && !insideSelection(selection, event.clientX, event.clientY)) {
        const position = owner.caretPositionFromPoint?.(event.clientX, event.clientY);
        let caret = null;
        if (position && editor.contains(position.offsetNode)) {
          caret = owner.createRange();
          caret.setStart(position.offsetNode, position.offset);
          caret.collapse(true);
        } else caret = owner.caretRangeFromPoint?.(event.clientX, event.clientY);
        if (caret && editor.contains(caret.startContainer)) {
          selection.removeAllRanges();
          selection.addRange(caret);
        }
      }
      range3 = selectionBelongsTo(editor, selection) ? selection.getRangeAt(0).cloneRange() : null;
      onOpen();
      open = true;
      renderItems(getItems(event.target));
      menu.hidden = false;
      menu.style.left = "0px";
      menu.style.top = "0px";
      const dimensions2 = menu.getBoundingClientRect();
      const anchor = keyboard && range3 ? range3.getBoundingClientRect() : null;
      const x = keyboard ? anchor?.left || editor.getBoundingClientRect().left + 16 : event.clientX;
      const y = keyboard ? anchor?.bottom || editor.getBoundingClientRect().top + 16 : event.clientY;
      menu.style.left = Math.max(8, Math.min(x, window.innerWidth - dimensions2.width - 8)) + "px";
      menu.style.top = Math.max(8, Math.min(y, window.innerHeight - dimensions2.height - 8)) + "px";
      menu.querySelector("button:not(:disabled)")?.focus({ preventScroll: true });
    }
    editor.addEventListener("pointerdown", (event) => {
      if (event.button !== 2) {
        protectedSelection = null;
        return;
      }
      const selection = editor.ownerDocument.getSelection();
      if (insideSelection(selection, event.clientX, event.clientY)) {
        protectedSelection = selection.getRangeAt(0).cloneRange();
        event.preventDefault();
      }
    }, { signal: events.signal });
    editor.addEventListener("contextmenu", show, { signal: events.signal });
    editor.addEventListener("keydown", (event) => {
      if (event.key === "ContextMenu" || event.shiftKey && event.key === "F10") {
        show({ target: event.target, clientX: 0, clientY: 0, preventDefault: () => event.preventDefault() });
      }
    }, { signal: events.signal });
    menu.addEventListener("keydown", (event) => {
      const controls = [...menu.querySelectorAll("button:not(:disabled)")];
      const index = controls.indexOf(editor.ownerDocument.activeElement);
      if (["ArrowDown", "ArrowUp", "Home", "End"].includes(event.key)) {
        event.preventDefault();
        const next = event.key === "Home" ? 0 : event.key === "End" ? controls.length - 1 : (index + (event.key === "ArrowDown" ? 1 : -1) + controls.length) % controls.length;
        controls[next]?.focus();
      } else if (event.key === "ArrowLeft" && backToParent) {
        event.preventDefault();
        backToParent();
      } else if (event.key === "Escape") {
        event.preventDefault();
        if (backToParent) backToParent();
        else close2(true);
      } else if (event.key === "Tab") close2();
    }, { signal: events.signal });
    editor.ownerDocument.addEventListener("pointerdown", (event) => {
      if (!menu.contains(event.target)) close2();
    }, { signal: events.signal });
    viewport.addEventListener("scroll", () => close2(), { passive: true, signal: events.signal });
    window.addEventListener("resize", () => close2(), { signal: events.signal });
    window.addEventListener("blur", () => close2(), { signal: events.signal });
    return { close: close2, dispose() {
      close2();
      events.abort();
      menu.remove();
    } };
  }

  // src/tools/document/dom-model.js
  var TAGS = new Set(DOCUMENT_ALLOWED_TAGS);
  var STYLES = new Set(DOCUMENT_ALLOWED_STYLES);
  var TAG_ALIASES = Object.freeze({ b: "strong", i: "em", strike: "s", div: "p" });
  function safeTag(node2) {
    const value = String(node2?.tagName || "").toLowerCase();
    return TAG_ALIASES[value] || value;
  }
  function serializeStyle(node2) {
    const output = {};
    for (const key2 of STYLES) {
      const value = node2.style?.[key2];
      if (value) output[key2] = String(value).slice(0, 100);
    }
    return output;
  }
  function serializeNode(node2) {
    if (node2.nodeType === 3) return [{ type: "text", text: node2.data || "" }];
    if (node2.nodeType !== 1) return [];
    const tag = safeTag(node2);
    const children = [...node2.childNodes].flatMap(serializeNode);
    if (!TAGS.has(tag)) return children;
    const style = serializeStyle(node2);
    const attrs = {};
    if (tag === "img") {
      attrs.assetId = String(node2.dataset?.assetId || "");
      attrs.alt = String(node2.alt || "").slice(0, 300);
      attrs.width = Math.round(Number(node2.dataset?.documentWidth || node2.width || 320));
      attrs.align = ["left", "center", "right"].includes(node2.dataset?.align) ? node2.dataset.align : "center";
    } else if (tag === "td" || tag === "th") {
      if (node2.colSpan > 1) attrs.colspan = node2.colSpan;
      if (node2.rowSpan > 1) attrs.rowspan = node2.rowSpan;
    }
    return [{
      type: "element",
      tag,
      ...Object.keys(style).length ? { style } : {},
      ...Object.keys(attrs).length ? { attrs } : {},
      children: ["br", "hr", "img"].includes(tag) ? [] : children
    }];
  }
  function serializeDocument(root) {
    const blocks = [];
    function collect(node2) {
      if (node2.nodeType === 1 && (node2.dataset.documentPage !== void 0 || node2.dataset.documentPageBody !== void 0)) {
        for (const child of node2.childNodes) collect(child);
      } else blocks.push(node2);
    }
    for (const child of root.childNodes) collect(child);
    const output = [];
    let previousFlow = null;
    for (const block of blocks) {
      const nodes = serializeNode(block);
      const previous = output.at(-1);
      const next = nodes[0];
      const flow = block.dataset?.documentFlow;
      if (flow && flow === previousFlow && nodes.length === 1 && previous?.tag === next.tag && JSON.stringify(previous.style || {}) === JSON.stringify(next.style || {})) {
        if (next.tag === "table") {
          for (const section2 of next.children) {
            const target = previous.children.find((item) => item.tag === section2.tag && ["thead", "tbody"].includes(item.tag));
            if (target) target.children.push(...section2.children);
            else previous.children.push(section2);
          }
        } else previous.children.push(...next.children);
      } else output.push(...nodes);
      previousFlow = flow || null;
    }
    return output;
  }
  function createNode(owner, node2, resolveAsset) {
    if (node2.type === "text") return owner.createTextNode(node2.text);
    const element2 = owner.createElement(node2.tag);
    if (node2.tag === "table") element2.className = "document-table";
    if (node2.tag === "figure") element2.className = "document-image-block";
    for (const [key2, value] of Object.entries(node2.style || {})) {
      if (STYLES.has(key2)) element2.style[key2] = value;
    }
    if (node2.tag === "img") {
      element2.alt = node2.attrs.alt || "";
      element2.dataset.assetId = node2.attrs.assetId;
      element2.dataset.documentWidth = String(node2.attrs.width);
      element2.dataset.align = node2.attrs.align;
      element2.width = node2.attrs.width;
      element2.draggable = false;
      const source = resolveAsset?.(node2.attrs.assetId);
      if (source) element2.src = source;
    } else if (node2.tag === "td" || node2.tag === "th") {
      if (node2.attrs?.colspan) element2.colSpan = node2.attrs.colspan;
      if (node2.attrs?.rowspan) element2.rowSpan = node2.attrs.rowspan;
    }
    for (const child of node2.children || []) element2.append(createNode(owner, child, resolveAsset));
    if (node2.tag === "figure") {
      const image = element2.querySelector("img[data-asset-id]");
      if (image) element2.style.textAlign = image.dataset.align || "center";
    }
    return element2;
  }
  function renderDocument(root, nodes, resolveAsset) {
    const fragment = root.ownerDocument.createDocumentFragment();
    for (const node2 of nodes) fragment.append(createNode(root.ownerDocument, node2, resolveAsset));
    root.replaceChildren(fragment);
  }
  function documentPlainText(nodes) {
    let output = "";
    const blocks = /* @__PURE__ */ new Set(["p", "h1", "h2", "h3", "h4", "blockquote", "li", "tr", "figure", "hr"]);
    function visit(node2) {
      if (node2.type === "text") {
        output += node2.text;
        return;
      }
      if (node2.tag === "br") {
        output += "\n";
        return;
      }
      for (const child of node2.children || []) visit(child);
      if (blocks.has(node2.tag)) output += "\n";
      if (node2.tag === "td" || node2.tag === "th") output += "	";
    }
    for (const node2 of nodes) visit(node2);
    return output.replace(/[\t ]+\n/gu, "\n").replace(/\n{3,}/gu, "\n\n").trimEnd();
  }

  // src/tools/document/pagination.js
  var flowSequence = 0;
  var TEXT_BLOCKS = /* @__PURE__ */ new Set(["P", "DIV", "H1", "H2", "H3", "H4", "BLOCKQUOTE"]);
  var INLINE_TAGS = /* @__PURE__ */ new Set(["STRONG", "EM", "U", "S", "SPAN"]);
  function normalizeInline(node2) {
    for (const child of [...node2.children]) normalizeInline(child);
    let previous = null;
    for (const child of [...node2.childNodes]) {
      if (child.nodeType === 1 && INLINE_TAGS.has(child.tagName) && !child.childNodes.length) {
        child.remove();
        continue;
      }
      if (previous?.nodeType === 1 && child.nodeType === 1 && INLINE_TAGS.has(child.tagName) && previous.tagName === child.tagName && previous.style.cssText === child.style.cssText) {
        previous.append(...child.childNodes);
        child.remove();
        normalizeInline(previous);
      } else previous = child;
    }
    node2.normalize();
  }
  function mergeDocumentFragments(previous, next) {
    if (!previous?.dataset?.documentFlow || previous.dataset.documentFlow !== next?.dataset?.documentFlow || previous.tagName !== next.tagName || previous.style.cssText !== next.style.cssText) return false;
    if (previous.tagName === "TABLE") {
      for (const section2 of [...next.children]) {
        const target = [...previous.children].find((item) => item.tagName === section2.tagName && item.style.cssText === section2.style.cssText);
        if (target && ["THEAD", "TBODY", "TFOOT"].includes(section2.tagName)) target.append(...section2.childNodes);
        else previous.append(section2);
      }
    } else previous.append(...next.childNodes);
    normalizeInline(previous);
    next.remove();
    return true;
  }
  function collectBlocks(root) {
    const output = [];
    function visit(node2) {
      if (node2.nodeType === 1 && (node2.dataset.documentPage !== void 0 || node2.dataset.documentPageBody !== void 0)) {
        for (const child of [...node2.childNodes]) visit(child);
      } else if (node2.nodeType === 3 && !node2.data) node2.remove();
      else if (node2.nodeType === 3 || node2.nodeType === 1 && INLINE_TAGS.has(node2.tagName)) {
        let paragraph = output.at(-1);
        if (!paragraph?.dataset?.documentInlineBlock) {
          paragraph = root.ownerDocument.createElement("p");
          paragraph.dataset.documentInlineBlock = "true";
          output.push(paragraph);
        }
        paragraph.append(node2);
      } else if (!mergeDocumentFragments(output.at(-1), node2)) output.push(node2);
    }
    for (const child of [...root.childNodes]) visit(child);
    return output;
  }
  function continueBlock(block) {
    if (!block.dataset.documentFlow) block.dataset.documentFlow = "flow-" + ++flowSequence;
    const continuation = block.cloneNode(false);
    continuation.removeAttribute("id");
    if (TEXT_BLOCKS.has(block.tagName)) continuation.dataset.documentFlowContinuation = "true";
    return continuation;
  }
  function splitTextBlock(block, bottom, scale2) {
    const length = (block.textContent || "").length;
    if (length < 2 || block.querySelector("table,figure,img,ul,ol")) return null;
    let low = 0, high = length - 1;
    while (low < high) {
      const middle = Math.ceil((low + high) / 2);
      const rect2 = rangeFromTextOffsets(block, middle - 1, middle).getBoundingClientRect();
      if (rect2.height > 0 && rect2.bottom <= bottom + scale2 * 0.5) low = middle;
      else high = middle - 1;
    }
    let offset = low;
    if (offset < 1 || offset >= length) return null;
    const text2 = block.textContent;
    if (/[\uD800-\uDBFF]/u.test(text2[offset - 1])) offset--;
    const space = text2.slice(0, offset).search(/\s+\S*$/u);
    if (space > 0 && offset - space < 80) offset = space + 1;
    if (offset < 1) return null;
    const range3 = rangeFromTextOffsets(block, offset, length);
    range3.setEnd(block, block.childNodes.length);
    const continuation = continueBlock(block);
    continuation.append(range3.extractContents());
    return continuation;
  }
  function splitList(block, bottom) {
    const items = [...block.children];
    const split = items.findIndex((item) => item.getBoundingClientRect().bottom > bottom + 0.5);
    if (split < 1) return null;
    const continuation = continueBlock(block);
    if (block.tagName === "OL") continuation.start = (block.start || 1) + split;
    continuation.append(...items.slice(split));
    return continuation;
  }
  function splitTable(block, bottom) {
    if (block.querySelector("[rowspan]")) return null;
    const rows = [...block.rows];
    const split = rows.findIndex((row) => row.getBoundingClientRect().bottom > bottom + 0.5);
    if (split < 1) return null;
    const continuation = continueBlock(block);
    const sections = /* @__PURE__ */ new Map();
    for (const row of rows.slice(split)) {
      const parent = row.parentElement;
      if (parent === block) {
        continuation.append(row);
        continue;
      }
      if (!sections.has(parent)) {
        const section2 = parent.cloneNode(false);
        sections.set(parent, section2);
        continuation.append(section2);
      }
      sections.get(parent).append(row);
    }
    return continuation;
  }
  function createDocumentPagination(root, { onPageCount = () => {
  } } = {}) {
    let timer = null;
    let disposed = false;
    let composing = false;
    let running = false;
    let holds = 0;
    function newPage() {
      const sheet = root.ownerDocument.createElement("div");
      sheet.className = "document-sheet";
      sheet.dataset.documentPage = "";
      const body = root.ownerDocument.createElement("div");
      body.className = "document-page-body";
      body.dataset.documentPageBody = "";
      sheet.append(body);
      root.append(sheet);
      return body;
    }
    function schedule() {
      if (disposed || composing || holds) return;
      if (timer) clearTimeout(timer);
      timer = setTimeout(() => {
        timer = null;
        reflow();
      }, 180);
    }
    function reflow() {
      if (disposed || composing || running || holds) return;
      if (!root.isConnected || !root.getBoundingClientRect().width) return;
      if (timer) {
        clearTimeout(timer);
        timer = null;
      }
      running = true;
      const viewport = root.parentElement;
      const scroll = viewport ? { top: viewport.scrollTop, left: viewport.scrollLeft } : null;
      const selection = root.ownerDocument.getSelection();
      const saved = captureDocumentSelection(root, selection);
      const native = saved ? {
        anchor: selection.anchorNode,
        anchorOffset: selection.anchorOffset,
        focus: selection.focusNode,
        focusOffset: selection.focusOffset
      } : null;
      try {
        const blocks = collectBlocks(root);
        for (const block of blocks) if (block.dataset) delete block.dataset.documentFlowContinuation;
        root.replaceChildren();
        let body = newPage();
        let pages = 1;
        if (!blocks.length) {
          const paragraph = root.ownerDocument.createElement("p");
          paragraph.append(root.ownerDocument.createElement("br"));
          blocks.push(paragraph);
        }
        const queue = [...blocks];
        for (let index = 0; index < queue.length; index++) {
          const block = queue[index];
          body.append(block);
          const rect2 = body.getBoundingClientRect();
          const scale2 = rect2.width / body.clientWidth || 1;
          const bottom = rect2.top + body.clientHeight * scale2;
          const blockBottom = block.nodeType === 1 ? block.getBoundingClientRect().bottom : rangeFromTextOffsets(body, 0, body.textContent.length).getBoundingClientRect().bottom;
          if (blockBottom <= bottom + scale2) continue;
          let continuation = null;
          if (block.nodeType === 1) {
            if (TEXT_BLOCKS.has(block.tagName)) continuation = splitTextBlock(block, bottom, scale2);
            else if (["UL", "OL"].includes(block.tagName)) continuation = splitList(block, bottom);
            else if (block.tagName === "TABLE") continuation = splitTable(block, bottom);
          }
          if (continuation) {
            queue.splice(index + 1, 0, continuation);
            body = newPage();
            pages++;
          } else if (body.childNodes.length > 1) {
            block.remove();
            body = newPage();
            pages++;
            index--;
          } else {
            body.parentElement.classList.add("is-oversized");
            if (index < queue.length - 1) {
              body = newPage();
              pages++;
            }
          }
        }
        if (native && root.contains(native.anchor) && root.contains(native.focus) && native.anchorOffset <= (native.anchor.nodeType === 3 ? native.anchor.length : native.anchor.childNodes.length) && native.focusOffset <= (native.focus.nodeType === 3 ? native.focus.length : native.focus.childNodes.length)) {
          selection.setBaseAndExtent(native.anchor, native.anchorOffset, native.focus, native.focusOffset);
        } else if (saved) restoreDocumentSelection(root, saved);
        if (scroll) {
          viewport.scrollTop = scroll.top;
          viewport.scrollLeft = scroll.left;
          if (saved && saved.start === saved.end && root.ownerDocument.activeElement === root && selection.rangeCount) {
            const caret = selection.getRangeAt(0).getBoundingClientRect();
            const visible = viewport.getBoundingClientRect();
            if (caret.height > 0 && caret.bottom > visible.bottom - 16) viewport.scrollTop += caret.bottom - visible.bottom + 16;
            else if (caret.height > 0 && caret.top < visible.top + 16) viewport.scrollTop -= visible.top + 16 - caret.top;
          }
        }
        onPageCount(pages);
      } finally {
        running = false;
      }
    }
    function insertParagraph() {
      if (composing) return false;
      const selection = root.ownerDocument.getSelection();
      const saved = captureDocumentSelection(root, selection);
      if (!saved) return false;
      const anchor = selection.anchorNode.nodeType === 1 ? selection.anchorNode : selection.anchorNode.parentElement;
      const block = anchor?.closest("p,h1,h2,h3,h4,blockquote");
      if (!block?.dataset.documentFlow || !block.contains(selection.focusNode)) return false;
      const blocks = [];
      const visit = (node2) => {
        if (node2.nodeType === 1 && (node2.dataset.documentPage !== void 0 || node2.dataset.documentPageBody !== void 0)) {
          for (const child of node2.childNodes) visit(child);
        } else blocks.push(node2);
      };
      for (const node2 of root.childNodes) visit(node2);
      const index = blocks.indexOf(block);
      if (index < 0) return false;
      const matches = (node2) => node2?.dataset?.documentFlow === block.dataset.documentFlow && node2.tagName === block.tagName && node2.style.cssText === block.style.cssText;
      let start = index, end = index;
      while (start > 0 && matches(blocks[start - 1])) start--;
      while (end < blocks.length - 1 && matches(blocks[end + 1])) end++;
      const first = blocks[start];
      for (const fragment of blocks.slice(start + 1, end + 1)) mergeDocumentFragments(first, fragment);
      restoreDocumentSelection(root, saved);
      const range3 = selection.getRangeAt(0);
      if (!first.contains(range3.startContainer)) range3.setStart(first, 0);
      if (!first.contains(range3.endContainer)) range3.setEnd(first, first.childNodes.length);
      const trailing = range3.cloneRange();
      trailing.selectNodeContents(first);
      trailing.setStart(range3.endContainer, range3.endOffset);
      const next = root.ownerDocument.createElement("p");
      next.style.cssText = first.style.cssText;
      next.append(trailing.extractContents());
      range3.deleteContents();
      first.removeAttribute("data-document-flow");
      if (!first.childNodes.length) first.append(root.ownerDocument.createElement("br"));
      if (!next.childNodes.length) next.append(root.ownerDocument.createElement("br"));
      first.after(next);
      range3.selectNodeContents(next);
      range3.collapse(true);
      selection.removeAllRanges();
      selection.addRange(range3);
      reflow();
      return true;
    }
    const initial = [...root.childNodes];
    newPage().append(...initial);
    onPageCount(1);
    const frame = requestAnimationFrame(reflow);
    return Object.freeze({
      schedule,
      reflow,
      insertParagraph,
      hold() {
        holds++;
        if (timer) {
          clearTimeout(timer);
          timer = null;
        }
      },
      resume() {
        holds = Math.max(0, holds - 1);
        schedule();
      },
      compositionStart() {
        composing = true;
        if (timer) {
          clearTimeout(timer);
          timer = null;
        }
      },
      compositionEnd() {
        composing = false;
        schedule();
      },
      dispose() {
        disposed = true;
        if (timer) clearTimeout(timer);
        cancelAnimationFrame(frame);
      }
    });
  }

  // src/tools/document/clipboard.js
  function captureClipboardSelection(editor) {
    const selection = editor.ownerDocument.getSelection();
    if (!selectionBelongsTo(editor, selection) || selection.isCollapsed) return null;
    return { range: selection.getRangeAt(0).cloneRange(), text: selection.toString() };
  }
  function cutClipboardSelection(editor, captured, { beforeChange = () => {
  }, afterChange = () => {
  } } = {}) {
    if (!captured || !editor.contains(captured.range.startContainer) || !editor.contains(captured.range.endContainer) || captured.range.toString() !== captured.text) throw new Error("A seleção mudou. Selecione o trecho novamente para recortar.");
    beforeChange();
    captured.range.deleteContents();
    captured.range.collapse(true);
    const selection = editor.ownerDocument.getSelection();
    selection.removeAllRanges();
    selection.addRange(captured.range);
    afterChange();
  }
  async function writeClipboardSelection(editor, captured, {
    cut = false,
    clipboard = globalThis.navigator?.clipboard,
    beforeChange,
    afterChange,
    signal
  } = {}) {
    if (!captured?.text) throw new Error("Selecione um trecho de texto primeiro.");
    if (!clipboard?.writeText) throw new Error("Use Ctrl+C para copiar ou Ctrl+X para recortar neste navegador.");
    await clipboard.writeText(captured.text);
    if (signal?.aborted) return;
    if (cut) cutClipboardSelection(editor, captured, { beforeChange, afterChange });
  }

  // src/tools/document/history.js
  function copy(value) {
    return structuredClone(value);
  }
  function createDocumentHistory(initialState, maximum = 80) {
    if (!Number.isInteger(maximum) || maximum < 1 || maximum > 200) throw new RangeError("Limite de histórico inválido.");
    let current = copy(initialState);
    let past = [];
    let future = [];
    function same(left, right) {
      return JSON.stringify(left) === JSON.stringify(right);
    }
    return Object.freeze({
      push(nextState) {
        const next = copy(nextState);
        if (same(current, next)) return false;
        past.push(current);
        if (past.length > maximum) past.splice(0, past.length - maximum);
        current = next;
        future = [];
        return true;
      },
      undo() {
        if (!past.length) return null;
        future.push(current);
        current = past.pop();
        return copy(current);
      },
      redo() {
        if (!future.length) return null;
        past.push(current);
        current = future.pop();
        return copy(current);
      },
      reset(nextState) {
        current = copy(nextState);
        past = [];
        future = [];
      },
      state: () => copy(current),
      canUndo: () => past.length > 0,
      canRedo: () => future.length > 0,
      sizes: () => Object.freeze({ past: past.length, future: future.length })
    });
  }

  // src/tools/document/operations.js
  function documentTextStats(value) {
    const text2 = String(value || "").replace(/\r\n?/g, "\n");
    const trimmed = text2.trim();
    return Object.freeze({
      words: trimmed ? (trimmed.match(/[\p{L}\p{N}]+(?:['’.-][\p{L}\p{N}]+)*/gu) || []).length : 0,
      characters: text2.length,
      charactersNoSpaces: text2.replace(/\s/gu, "").length,
      paragraphs: trimmed ? text2.split(/\n+/u).filter((part) => part.trim()).length : 0
    });
  }
  function safeDocumentName(value) {
    const normalized2 = String(value || "Documento sem título").replace(/[<>:"/\\|?*\u0000-\u001f]/gu, " ").replace(/\s+/gu, " ").trim().slice(0, DOCUMENT_LIMITS.maxNameLength);
    return normalized2 || "Documento sem título";
  }
  function documentFileName(value, extension = "ubdoc") {
    const base = safeDocumentName(value).replace(/\.+$/u, "").trim() || "documento";
    return base + "." + String(extension).replace(/[^a-z0-9]/giu, "").toLowerCase();
  }
  function nextLiteralMatch(text2, query, from = 0) {
    const source = String(text2 || "");
    const needle = String(query || "");
    if (!needle) return null;
    const start = Math.max(0, Math.min(source.length, Number(from) || 0));
    let index = source.toLocaleLowerCase("pt-BR").indexOf(needle.toLocaleLowerCase("pt-BR"), start);
    if (index < 0 && start > 0) index = source.toLocaleLowerCase("pt-BR").indexOf(needle.toLocaleLowerCase("pt-BR"));
    return index < 0 ? null : Object.freeze({ start: index, end: index + needle.length });
  }

  // src/tools/document/project-file.js
  var TAGS2 = new Set(DOCUMENT_ALLOWED_TAGS);
  var STYLES2 = new Set(DOCUMENT_ALLOWED_STYLES);
  var IMAGE_TYPES = /* @__PURE__ */ new Set(["image/png", "image/jpeg", "image/webp"]);
  var DocumentProjectError = class extends Error {
    constructor(message) {
      super(message);
      this.name = "DocumentProjectError";
    }
  };
  function exactKeys3(value, allowed, label) {
    const keys = Object.keys(value);
    if (keys.some((key2) => !allowed.includes(key2))) throw new DocumentProjectError(label + " contém campos desconhecidos.");
  }
  function validString(value, maximum, label, allowEmpty = true) {
    if (typeof value !== "string" || value.length > maximum || !allowEmpty && !value.length) {
      throw new DocumentProjectError(label + " inválido.");
    }
  }
  function validatePage(page) {
    if (!page || typeof page !== "object" || Array.isArray(page)) throw new DocumentProjectError("Configuração de página inválida.");
    exactKeys3(page, ["size", "orientation", "margins"], "Configuração de página");
    if (!Object.hasOwn(DOCUMENT_PAGE_SIZES, page.size) || !["portrait", "landscape"].includes(page.orientation)) {
      throw new DocumentProjectError("Formato ou orientação de página inválido.");
    }
    if (!page.margins || typeof page.margins !== "object" || Array.isArray(page.margins)) throw new DocumentProjectError("Margens inválidas.");
    exactKeys3(page.margins, ["top", "right", "bottom", "left"], "Margens");
    for (const value of Object.values(page.margins)) {
      if (!Number.isFinite(value) || value < 5 || value > 60) throw new DocumentProjectError("Margens fora do limite seguro.");
    }
  }
  function validateStyle(style) {
    if (style === void 0) return;
    if (!style || typeof style !== "object" || Array.isArray(style)) throw new DocumentProjectError("Estilo inválido.");
    for (const [key2, value] of Object.entries(style)) {
      if (!STYLES2.has(key2) || typeof value !== "string" || value.length > 100 || /url\s*\(|expression\s*\(|javascript:|@import|[\u0000-\u0008\u000b\u000c\u000e-\u001f]/iu.test(value)) {
        throw new DocumentProjectError("Estilo não permitido no documento.");
      }
      if (["marginLeft", "marginRight", "textIndent"].includes(key2) && (!/^-?\d+(?:\.\d+)?(?:px|pt|mm|cm)$/u.test(value) && value !== "0" || Math.abs(cssLengthMm(value)) > 300 || key2 !== "textIndent" && cssLengthMm(value) < 0)) {
        throw new DocumentProjectError("Recuo fora do limite seguro.");
      }
    }
  }
  function validateNode(node2, context2, depth = 0) {
    if (!node2 || typeof node2 !== "object" || Array.isArray(node2) || depth > DOCUMENT_LIMITS.maxDepth) {
      throw new DocumentProjectError("Estrutura do documento inválida ou profunda demais.");
    }
    context2.nodes++;
    if (context2.nodes > DOCUMENT_LIMITS.maxNodes) throw new DocumentProjectError("O documento possui elementos demais.");
    if (node2.type === "text") {
      exactKeys3(node2, ["type", "text"], "Nó de texto");
      validString(node2.text, DOCUMENT_LIMITS.maxCharacters, "Texto");
      context2.characters += node2.text.length;
      if (context2.characters > DOCUMENT_LIMITS.maxCharacters) throw new DocumentProjectError("O documento excede o limite de caracteres.");
      return;
    }
    if (node2.type !== "element") throw new DocumentProjectError("Tipo de conteúdo desconhecido.");
    exactKeys3(node2, ["type", "tag", "style", "attrs", "children"], "Elemento");
    if (!TAGS2.has(node2.tag)) throw new DocumentProjectError("Elemento não permitido: " + String(node2.tag) + ".");
    validateStyle(node2.style);
    const attrs = node2.attrs ?? {};
    if (!attrs || typeof attrs !== "object" || Array.isArray(attrs)) throw new DocumentProjectError("Atributos inválidos.");
    const allowedAttrs = node2.tag === "img" ? ["assetId", "alt", "width", "align"] : node2.tag === "td" || node2.tag === "th" ? ["colspan", "rowspan"] : [];
    exactKeys3(attrs, allowedAttrs, "Atributos");
    if (node2.tag === "img") {
      validString(attrs.assetId, 100, "Referência de imagem", false);
      validString(attrs.alt || "", 300, "Descrição da imagem");
      if (!Number.isFinite(attrs.width) || attrs.width < 40 || attrs.width > 2e3 || !["left", "center", "right"].includes(attrs.align)) {
        throw new DocumentProjectError("Propriedades de imagem inválidas.");
      }
      context2.imageRefs.add(attrs.assetId);
    }
    for (const key2 of ["colspan", "rowspan"]) {
      if (attrs[key2] !== void 0 && (!Number.isInteger(attrs[key2]) || attrs[key2] < 1 || attrs[key2] > 20)) {
        throw new DocumentProjectError("Dimensão de célula inválida.");
      }
    }
    if (!Array.isArray(node2.children)) throw new DocumentProjectError("Filhos do elemento inválidos.");
    if (["br", "hr", "img"].includes(node2.tag) && node2.children.length) throw new DocumentProjectError("Elemento vazio contém conteúdo inesperado.");
    for (const child of node2.children) validateNode(child, context2, depth + 1);
    if (node2.tag === "table") {
      const sections = node2.children.filter((child) => child.type === "element" && ["thead", "tbody", "tfoot"].includes(child.tag));
      const directRows = node2.children.filter((child) => child.type === "element" && child.tag === "tr");
      const rows = [...directRows, ...sections.flatMap((section2) => section2.children.filter((child) => child.type === "element" && child.tag === "tr"))];
      if (!rows.length || rows.length > DOCUMENT_LIMITS.maxTableRows) throw new DocumentProjectError("Quantidade de linhas da tabela inválida.");
      for (const row of rows) {
        const cells = row.children.filter((child) => child.type === "element" && ["td", "th"].includes(child.tag));
        if (!cells.length || cells.length > DOCUMENT_LIMITS.maxTableColumns) throw new DocumentProjectError("Quantidade de colunas da tabela inválida.");
      }
    }
  }
  function approximateBase64Bytes(value) {
    return Math.floor(value.length * 3 / 4) - (value.endsWith("==") ? 2 : value.endsWith("=") ? 1 : 0);
  }
  function base64Prefix(value, length = 16) {
    try {
      const binary = atob(value.slice(0, Math.ceil(length / 3) * 4));
      return Uint8Array.from(binary, (character) => character.charCodeAt(0));
    } catch {
      return new Uint8Array();
    }
  }
  function imageSignatureMatches(asset) {
    const bytes2 = base64Prefix(asset.data, 16);
    if (asset.type === "image/png") return bytes2.length >= 8 && [137, 80, 78, 71, 13, 10, 26, 10].every((value, index) => bytes2[index] === value);
    if (asset.type === "image/jpeg") return bytes2.length >= 3 && bytes2[0] === 255 && bytes2[1] === 216 && bytes2[2] === 255;
    if (asset.type === "image/webp") return bytes2.length >= 12 && String.fromCharCode(...bytes2.slice(0, 4)) === "RIFF" && String.fromCharCode(...bytes2.slice(8, 12)) === "WEBP";
    return false;
  }
  function validateAssets(assets, references2) {
    if (!Array.isArray(assets) || assets.length > DOCUMENT_LIMITS.maxImages) throw new DocumentProjectError("Quantidade de imagens inválida.");
    const ids = /* @__PURE__ */ new Set();
    let total = 0;
    for (const asset of assets) {
      if (!asset || typeof asset !== "object" || Array.isArray(asset)) throw new DocumentProjectError("Imagem incorporada inválida.");
      exactKeys3(asset, ["id", "name", "type", "width", "height", "data"], "Imagem incorporada");
      validString(asset.id, 100, "ID da imagem", false);
      validString(asset.name, 240, "Nome da imagem", false);
      if (ids.has(asset.id) || !IMAGE_TYPES.has(asset.type) || !Number.isInteger(asset.width) || !Number.isInteger(asset.height) || asset.width < 1 || asset.height < 1 || asset.width > DOCUMENT_LIMITS.maxImageDimension || asset.height > DOCUMENT_LIMITS.maxImageDimension || asset.width * asset.height > DOCUMENT_LIMITS.maxImagePixels || typeof asset.data !== "string" || !/^[a-zA-Z0-9+/]*={0,2}$/u.test(asset.data) || !imageSignatureMatches(asset)) {
        throw new DocumentProjectError("Imagem incorporada inválida.");
      }
      const size = approximateBase64Bytes(asset.data);
      if (size > DOCUMENT_LIMITS.maxImageBytes) throw new DocumentProjectError("Uma imagem excede o limite permitido.");
      total += size;
      ids.add(asset.id);
    }
    if (total > DOCUMENT_LIMITS.maxTotalImageBytes) throw new DocumentProjectError("As imagens excedem o limite total permitido.");
    if ([...references2].some((id) => !ids.has(id)) || assets.some((asset) => !references2.has(asset.id))) {
      throw new DocumentProjectError("As referências de imagem do documento são inconsistentes.");
    }
  }
  function validateDocumentProject(project) {
    if (!project || typeof project !== "object" || Array.isArray(project)) throw new DocumentProjectError("Projeto de documento inválido.");
    exactKeys3(project, ["format", "formatVersion", "name", "page", "content", "assets", "createdAt", "updatedAt"], "Projeto");
    if (project.format !== DOCUMENT_FORMAT || project.formatVersion !== DOCUMENT_FORMAT_VERSION) {
      throw new DocumentProjectError("Versão de projeto não suportada.");
    }
    validString(project.name, DOCUMENT_LIMITS.maxNameLength, "Nome do documento", false);
    validatePage(project.page);
    if (!Array.isArray(project.content)) throw new DocumentProjectError("Conteúdo do documento inválido.");
    const context2 = { nodes: 0, characters: 0, imageRefs: /* @__PURE__ */ new Set() };
    for (const node2 of project.content) validateNode(node2, context2);
    validateAssets(project.assets, context2.imageRefs);
    for (const key2 of ["createdAt", "updatedAt"]) {
      if (typeof project[key2] !== "string" || !Number.isFinite(Date.parse(project[key2]))) throw new DocumentProjectError("Data do projeto inválida.");
    }
    return true;
  }
  function createDocumentProject(values3 = {}) {
    const now = (/* @__PURE__ */ new Date()).toISOString();
    const project = {
      format: DOCUMENT_FORMAT,
      formatVersion: DOCUMENT_FORMAT_VERSION,
      name: safeDocumentName(values3.name),
      page: structuredClone(values3.page || DOCUMENT_DEFAULT_PAGE),
      content: structuredClone(values3.content || []),
      assets: structuredClone(values3.assets || []),
      createdAt: values3.createdAt || now,
      updatedAt: now
    };
    validateDocumentProject(project);
    return project;
  }
  function exportDocumentProject(project) {
    validateDocumentProject(project);
    const blob = new Blob([JSON.stringify(project)], { type: "application/x-unibox-document+json" });
    if (blob.size > DOCUMENT_LIMITS.maxProjectBytes) throw new DocumentProjectError("O projeto excede o limite de tamanho.");
    return { name: documentFileName(project.name), file: blob, mime: blob.type, size: blob.size };
  }
  async function importDocumentProject(file, signal) {
    if (!(file instanceof Blob) || file.size < 2 || file.size > DOCUMENT_LIMITS.maxProjectBytes) {
      throw new DocumentProjectError("Arquivo .ubdoc inválido ou grande demais.");
    }
    if (typeof file.name === "string" && file.name && !file.name.toLocaleLowerCase("pt-BR").endsWith(".ubdoc")) {
      throw new DocumentProjectError("Selecione um arquivo com extensão .ubdoc.");
    }
    if (signal?.aborted) throw new DOMException("Operação cancelada.", "AbortError");
    let project;
    try {
      project = JSON.parse(await file.text());
    } catch {
      throw new DocumentProjectError("O arquivo .ubdoc não contém JSON válido.");
    }
    if (signal?.aborted) throw new DOMException("Operação cancelada.", "AbortError");
    validateDocumentProject(project);
    return structuredClone(project);
  }

  // src/tools/document/draft-store.js
  function createDocumentDraftStore(factory = globalThis.indexedDB) {
    let databasePromise = null;
    function database() {
      if (!factory) return Promise.reject(new Error("O navegador não permite salvar rascunhos locais."));
      if (!databasePromise) databasePromise = new Promise((resolve, reject) => {
        const request = factory.open("unibox-document-drafts", 1);
        let finished = false;
        const timeout = setTimeout(() => {
          finished = true;
          reject(new Error("O armazenamento local não respondeu."));
        }, 5e3);
        request.onupgradeneeded = () => {
          if (!request.result.objectStoreNames.contains("drafts")) request.result.createObjectStore("drafts");
        };
        request.onsuccess = () => {
          clearTimeout(timeout);
          if (finished) {
            request.result.close();
            return;
          }
          finished = true;
          request.result.onversionchange = () => request.result.close();
          resolve(request.result);
        };
        request.onerror = () => {
          clearTimeout(timeout);
          finished = true;
          reject(request.error || new Error("Armazenamento local indisponível."));
        };
      });
      return databasePromise;
    }
    async function transaction(mode, action) {
      const db = await database();
      return new Promise((resolve, reject) => {
        const tx = db.transaction("drafts", mode);
        const request = action(tx.objectStore("drafts"));
        const timeout = setTimeout(() => {
          try {
            tx.abort();
          } catch {
          }
          reject(new Error("O armazenamento local não respondeu."));
        }, 5e3);
        tx.oncomplete = () => {
          clearTimeout(timeout);
          resolve(request.result);
        };
        tx.onerror = tx.onabort = () => {
          clearTimeout(timeout);
          reject(tx.error || new Error("Não foi possível guardar o rascunho."));
        };
      });
    }
    return Object.freeze({
      async write(project) {
        const { file } = exportDocumentProject(project);
        await transaction("readwrite", (store) => store.put(file, "current"));
        return project.updatedAt;
      },
      async read() {
        const blob = await transaction("readonly", (store) => store.get("current"));
        return blob ? importDocumentProject(blob) : null;
      },
      async clear() {
        await transaction("readwrite", (store) => store.delete("current"));
      }
    });
  }

  // src/components/document-editor.js
  var MIME_EXTENSIONS = Object.freeze({ "image/png": "png", "image/jpeg": "jpg", "image/webp": "webp" });
  function option2(value, label) {
    const node2 = element("option", "", label);
    node2.value = String(value);
    return node2;
  }
  function input(type, className, label) {
    const node2 = element("input", className);
    node2.type = type;
    if (label) node2.setAttribute("aria-label", label);
    return node2;
  }
  function field2(label, control) {
    return element("label", "document-dialog-field", [element("span", "", label), control]);
  }
  function encodeBase64(bytes2) {
    let binary = "";
    const chunk = 32768;
    for (let index = 0; index < bytes2.length; index += chunk) {
      binary += String.fromCharCode(...bytes2.subarray(index, Math.min(bytes2.length, index + chunk)));
    }
    return btoa(binary);
  }
  function decodeBase64(value, type) {
    const binary = atob(value);
    const bytes2 = new Uint8Array(binary.length);
    for (let index = 0; index < binary.length; index++) bytes2[index] = binary.charCodeAt(index);
    return new Blob([bytes2], { type });
  }
  function escapeHtml(value) {
    return String(value).replace(/[&<>"']/gu, (character) => ({ "&": "&amp;", "<": "&lt;", ">": "&gt;", '"': "&quot;", "'": "&#39;" })[character]);
  }
  function staticDocumentHtml(project) {
    const assets = new Map(project.assets.map((asset) => [asset.id, asset]));
    const renderNode = (node2) => {
      if (node2.type === "text") return escapeHtml(node2.text);
      const style = Object.entries(node2.style || {}).map(([key2, value]) => `${key2.replace(/[A-Z]/gu, (letter) => "-" + letter.toLowerCase())}:${value}`).join(";");
      const styleAttribute = style ? ` style="${escapeHtml(style)}"` : "";
      if (node2.tag === "img") {
        const asset = assets.get(node2.attrs.assetId);
        const source = asset ? `data:${asset.type};base64,${asset.data}` : "";
        return `<img src="${source}" alt="${escapeHtml(node2.attrs.alt)}" width="${node2.attrs.width}">`;
      }
      if (node2.tag === "br" || node2.tag === "hr") return `<${node2.tag}${styleAttribute}>`;
      const cell = node2.tag === "td" || node2.tag === "th" ? `${node2.attrs?.colspan ? ` colspan="${node2.attrs.colspan}"` : ""}${node2.attrs?.rowspan ? ` rowspan="${node2.attrs.rowspan}"` : ""}` : "";
      return `<${node2.tag}${styleAttribute}${cell}>${(node2.children || []).map(renderNode).join("")}</${node2.tag}>`;
    };
    const size = DOCUMENT_PAGE_SIZES[project.page.size];
    const landscape = project.page.orientation === "landscape";
    const width = landscape ? size.heightMm : size.widthMm;
    const height = landscape ? size.widthMm : size.heightMm;
    const margins = project.page.margins;
    return `<!doctype html><html lang="pt-BR"><head><meta charset="utf-8"><title>${escapeHtml(project.name)}</title><style>@page{size:${width}mm ${height}mm;margin:0}body{margin:0;background:#eef1f5;color:#111827;font-family:Arial,sans-serif}.document{box-sizing:border-box;width:${width}mm;min-height:${height}mm;margin:20px auto;padding:${margins.top}mm ${margins.right}mm ${margins.bottom}mm ${margins.left}mm;background:#fff}table{width:100%;border-collapse:collapse}td,th{border:1px solid #b8c0cc;padding:6px}img{max-width:100%;height:auto}figure{margin:14px 0}@media print{body{background:#fff}.document{margin:0}}</style></head><body><main class="document">${project.content.map(renderNode).join("")}</main></body></html>`;
  }
  async function imageDimensions(blob) {
    if (typeof createImageBitmap === "function") {
      const bitmap = await createImageBitmap(blob);
      const dimensions2 = { width: bitmap.width, height: bitmap.height };
      bitmap.close();
      return dimensions2;
    }
    return new Promise((resolve, reject) => {
      const source = URL.createObjectURL(blob);
      const image = new Image();
      image.onload = () => {
        URL.revokeObjectURL(source);
        resolve({ width: image.naturalWidth, height: image.naturalHeight });
      };
      image.onerror = () => {
        URL.revokeObjectURL(source);
        reject(new Error("A imagem não pôde ser decodificada."));
      };
      image.src = source;
    });
  }
  function documentEditor() {
    const events = new AbortController();
    const assets = /* @__PURE__ */ new Map();
    let assetSequence = 0;
    let page = structuredClone(DOCUMENT_DEFAULT_PAGE);
    let createdAt = (/* @__PURE__ */ new Date()).toISOString();
    let dirty = false;
    let zoom = 100;
    let savedSelection = null;
    let historyTimer = null;
    let statsTimer = null;
    let searchCursor = 0;
    let selectedImage = null;
    let ruler = null;
    const draftStore = createDocumentDraftStore();
    let draftTimer = null;
    let draftRevision = 0;
    let draftQueue = Promise.resolve();
    const root = element("section", "document-editor");
    const status = element("span", "document-status", "Documento pronto. Tudo fica neste navegador.");
    status.setAttribute("role", "status");
    status.setAttribute("aria-live", "polite");
    const wordStatus = element("span", "document-word-status", "0 palavras · 0 caracteres");
    const pageStatus = element("span", "document-page-status", "A4 · Retrato");
    const pageCount = element("span", "document-page-count", "1 página");
    const zoomStatus = element("span", "document-zoom-status", "100%");
    const documentName = input("text", "document-name-input", "Nome do documento");
    documentName.value = "Documento sem título";
    documentName.maxLength = DOCUMENT_LIMITS.maxNameLength;
    const draftLabel = element("span", "", "Rascunho local");
    const draftStatus = element("span", "document-draft-status", [documentIcon("draft"), draftLabel]);
    draftStatus.setAttribute("role", "status");
    draftStatus.setAttribute("aria-live", "polite");
    draftStatus.title = "O rascunho é guardado apenas neste navegador. Salvar baixa uma cópia .ubdoc.";
    const editor = element("article", "document-content");
    editor.contentEditable = "true";
    editor.spellcheck = true;
    editor.lang = "pt-BR";
    editor.setAttribute("role", "textbox");
    editor.setAttribute("aria-multiline", "true");
    editor.dataset.placeholder = "Comece a escrever…";
    const paragraph = element("p", "", element("br"));
    editor.append(paragraph);
    const canvas = element("div", "document-canvas", editor);
    const pagination = createDocumentPagination(editor, { onPageCount: (count) => {
      pageCount.textContent = `${count} ${count === 1 ? "página" : "páginas"}`;
      ruler?.update();
    } });
    const projectInput = input("file", "sr-only", "Abrir projeto de documento");
    projectInput.accept = ".ubdoc,application/x-unibox-document+json,application/json";
    const imageInput = input("file", "sr-only", "Inserir imagem local");
    imageInput.accept = "image/png,image/jpeg,image/webp";
    const printStyle = element("style", "document-print-settings");
    function toolbarButton(label, children, action, className = "") {
      const control = button(label, ("document-tool-button " + className).trim(), children, action);
      control.addEventListener("mousedown", (event) => event.preventDefault(), { signal: events.signal });
      return control;
    }
    const toolbarMenus = [];
    function menuChevron() {
      const arrow = documentIcon("chevron");
      arrow.classList.add("document-menu-chevron");
      return arrow;
    }
    function toolbarMenu(label, controls, className = "", accessibleLabel) {
      const content = Array.isArray(label) ? [...label] : [label];
      if (!className.split(/\s+/u).includes("is-more-menu")) content.push(menuChevron());
      const summary = element("summary", "document-menu-trigger", content);
      if (accessibleLabel) {
        summary.setAttribute("aria-label", accessibleLabel);
        summary.title = accessibleLabel;
      }
      const menu = element("details", ("document-toolbar-menu " + className).trim(), [
        summary,
        element("div", "document-menu-panel", controls)
      ]);
      toolbarMenus.push(menu);
      summary.addEventListener("mousedown", rememberSelection, { signal: events.signal });
      menu.addEventListener("toggle", () => {
        if (menu.open) {
          for (const other of toolbarMenus) if (other !== menu) other.open = false;
        }
      }, { signal: events.signal });
      menu.addEventListener("click", (event) => {
        if (event.target.closest("button")) menu.open = false;
      }, { signal: events.signal });
      return menu;
    }
    const newButton = toolbarButton("Novo documento", [icon("plus"), "Novo"], openNewDialog, "is-primary");
    const openButton = toolbarButton("Abrir projeto .ubdoc", [icon("folder"), "Abrir"], () => projectInput.click());
    const saveButton = toolbarButton("Salvar projeto .ubdoc", [documentIcon("save"), "Salvar"], saveProject, "is-primary document-save-button");
    const printButton = toolbarButton("Imprimir ou salvar como PDF", [documentIcon("print"), "Imprimir / PDF"], printDocument);
    const undoButton = toolbarButton("Desfazer", documentIcon("undo"), undo, "is-icon-only");
    const redoButton = toolbarButton("Refazer", documentIcon("redo"), redo, "is-icon-only");
    const findButton = toolbarButton("Localizar e substituir", [documentIcon("search"), "Localizar e substituir"], openFindDialog);
    function previewPicker(label, items, initialValue, className = "") {
      const caption = element("span", "document-picker-caption");
      const controls = items.map((item) => {
        const preview = element("span", "document-option-preview", item.sample || item.label);
        Object.assign(preview.style, item.preview || {});
        const control = toolbarButton(item.label, [
          preview,
          item.sample ? element("span", "document-option-size", item.label) : null,
          element("span", "document-option-check", "✓")
        ], () => {
          picker.value = item.value;
          picker.dispatchEvent(new Event("change"));
        }, "document-preview-option");
        control.setAttribute("role", "menuitemradio");
        return control;
      });
      const picker = toolbarMenu(caption, controls, "document-preview-picker " + className, label);
      const panel = picker.querySelector(".document-menu-panel");
      panel.setAttribute("role", "menu");
      panel.setAttribute("aria-label", label);
      let value;
      Object.defineProperty(picker, "value", {
        get: () => value,
        set(next) {
          const index = items.findIndex((item) => String(item.value) === String(next));
          if (index < 0) return;
          value = String(items[index].value);
          caption.textContent = items[index].caption || items[index].label;
          controls.forEach((control, position) => control.setAttribute("aria-checked", String(position === index)));
        }
      });
      picker.value = initialValue;
      picker.addEventListener("keydown", (event) => {
        if (!["ArrowDown", "ArrowUp", "Home", "End"].includes(event.key)) return;
        event.preventDefault();
        picker.open = true;
        const active = controls.indexOf(document.activeElement);
        const next = event.key === "Home" ? 0 : event.key === "End" ? controls.length - 1 : active < 0 ? items.findIndex((item) => String(item.value) === value) : (active + (event.key === "ArrowDown" ? 1 : -1) + controls.length) % controls.length;
        controls[next]?.focus({ preventScroll: true });
        controls[next]?.scrollIntoView({ block: "nearest" });
      }, { signal: events.signal });
      return picker;
    }
    const styleSelect = previewPicker("Estilo do parágrafo", DOCUMENT_STYLES.map((item) => ({
      ...item,
      preview: {
        fontSize: { p: 14, h1: 28, h2: 24, h3: 20, h4: 16, blockquote: 14 }[item.value] + "px",
        fontWeight: item.value.startsWith("h") ? "700" : "400",
        fontStyle: item.value === "blockquote" ? "italic" : "normal"
      }
    })), "p", "document-style-picker");
    const fontSelect = previewPicker("Fonte", DOCUMENT_FONTS.map((item) => ({
      ...item,
      preview: { fontFamily: item.value, fontSize: "17px" }
    })), DOCUMENT_FONTS[0].value, "document-font-picker");
    const sizeSelect = previewPicker("Tamanho da fonte", DOCUMENT_FONT_SIZES.map((size) => ({
      value: size,
      label: `${size} pt`,
      caption: String(size)
    })), "11", "document-size-picker");
    const textColor = input("color", "document-color-input", "Cor do texto");
    textColor.value = "#111827";
    const highlightColor = input("color", "document-color-input", "Cor de destaque");
    highlightColor.value = "#fff2a8";
    const bold = toolbarButton("Negrito (Ctrl+B)", documentIcon("bold"), () => formatInline({ tag: "strong" }), "is-icon-only");
    const italic = toolbarButton("Itálico (Ctrl+I)", documentIcon("italic"), () => formatInline({ tag: "em" }), "is-icon-only");
    const underline = toolbarButton("Sublinhado (Ctrl+U)", documentIcon("underline"), () => formatInline({ tag: "u" }), "is-icon-only");
    const strike = toolbarButton("Tachado", [documentIcon("strike"), "Tachado"], () => formatInline({ tag: "s" }));
    const alignmentButtons = [];
    function alignmentButton(label, value, glyph) {
      const control = toolbarButton(label, documentIcon(glyph), () => formatBlock("textAlign", value), "is-icon-only");
      control.dataset.alignment = value;
      alignmentButtons.push(control);
      return control;
    }
    const alignLeft = alignmentButton("Alinhar à esquerda", "left", "left");
    const alignCenter = alignmentButton("Centralizar", "center", "center");
    const alignRight = alignmentButton("Alinhar à direita", "right", "right");
    const justify = alignmentButton("Justificar", "justify", "justify");
    const bullets = toolbarButton("Lista com marcadores", documentIcon("bullets"), () => formatAction(() => toggleList(editor, "ul")), "is-icon-only");
    const numbering = toolbarButton("Lista numerada", documentIcon("numbering"), () => formatAction(() => toggleList(editor, "ol")), "is-icon-only");
    const indentLess = toolbarButton("Diminuir recuo", [documentIcon("indentLess"), "Diminuir recuo"], () => formatAction(() => changeIndent(editor, -1)));
    const indentMore = toolbarButton("Aumentar recuo", [documentIcon("indentMore"), "Aumentar recuo"], () => formatAction(() => changeIndent(editor, 1)));
    const lineSpacing = element("select", "document-format-select document-spacing-select", [
      option2("1", "Simples"),
      option2("1.15", "1,15"),
      option2("1.5", "1,5"),
      option2("2", "Duplo")
    ]);
    lineSpacing.setAttribute("aria-label", "Espaçamento entre linhas");
    const tableButton = toolbarButton("Inserir tabela", [documentIcon("table"), "Tabela"], openTableDialog);
    const imageButton = toolbarButton("Inserir imagem local", [icon("image"), "Imagem"], () => imageInput.click());
    const ruleButton = toolbarButton("Inserir linha horizontal", [documentIcon("rule"), "Linha horizontal"], insertHorizontalRule);
    const settingsButton = toolbarButton("Configurar página", [documentIcon("page"), "Configurar página"], openPageDialog);
    const recoverDraft = toolbarButton("Recuperar rascunho local", "Recuperar rascunho", recoverLocalDraft);
    const discardDraft = toolbarButton("Descartar rascunho local", "Descartar rascunho", discardLocalDraft);
    const fileMenu = toolbarMenu("Arquivo", [
      field2("Nome do documento", documentName),
      draftStatus,
      element("div", "document-menu-divider"),
      newButton,
      openButton,
      saveButton,
      toolbarButton("Exportar HTML seguro", [documentIcon("export"), "Exportar HTML"], exportHtml),
      printButton,
      element("div", "document-menu-divider"),
      recoverDraft,
      discardDraft
    ], "document-file-menu");
    const indentMenu = toolbarMenu(documentIcon("indentLess"), [indentLess, indentMore], "is-icon-menu", "Recuo");
    const spacingMenu = toolbarMenu(documentIcon("spacing"), [field2("Espaçamento entre linhas", lineSpacing)], "is-icon-menu", "Espaçamento");
    const beforeSpacing = input("number", "document-dialog-input", "Espaço antes do parágrafo");
    beforeSpacing.min = "0";
    beforeSpacing.max = "72";
    beforeSpacing.value = "0";
    const afterSpacing = input("number", "document-dialog-input", "Espaço depois do parágrafo");
    afterSpacing.min = "0";
    afterSpacing.max = "72";
    afterSpacing.value = "8";
    const paragraphMenu = toolbarMenu(documentIcon("paragraph"), [field2("Antes (pt)", beforeSpacing), field2("Depois (pt)", afterSpacing)], "is-icon-menu", "Espaço entre parágrafos");
    const insertMenu = toolbarMenu([documentIcon("insert"), "Inserir"], [tableButton, imageButton, ruleButton], "is-end");
    const rulerCheck = element("span", "", "Régua");
    const rulerToggle = toolbarButton("Mostrar ou ocultar régua horizontal", [documentIcon("ruler"), rulerCheck], () => ruler.setVisible(!ruler.visible()));
    rulerToggle.setAttribute("role", "menuitemcheckbox");
    ruler = documentRuler({
      editor,
      viewport: canvas,
      getPage: () => page,
      onBegin() {
        flushHistory();
        pagination.hold();
      },
      onCommit(paragraphs, states) {
        for (let index = 0; index < paragraphs.length; index++) {
          if (!editor.contains(paragraphs[index])) continue;
          Object.assign(paragraphs[index].style, rulerIndentStyle(states[index]));
        }
        flushHistory();
        pagination.resume();
        ruler.update();
        setStatus("Recuos do parágrafo atualizados.");
      },
      onMarginsCommit(nextPage) {
        page = structuredClone(nextPage);
        updatePagePresentation();
        flushHistory();
        pagination.resume();
        ruler.update();
        setStatus("Margens atualizadas. A área de escrita foi ajustada em todas as páginas.");
      },
      onCancel() {
        pagination.resume();
      },
      onVisibility(visible) {
        rulerToggle.setAttribute("aria-checked", String(visible));
        rulerCheck.textContent = (visible ? "✓ " : "") + "Régua";
      }
    });
    const moreMenu = toolbarMenu(documentIcon("more"), [
      findButton,
      strike,
      settingsButton,
      element("div", "document-menu-divider"),
      element("span", "document-menu-heading", "Exibir"),
      rulerToggle
    ], "is-end is-icon-menu is-more-menu", "Mais opções");
    function colorControl(control, label, className) {
      const swatch = element("span", "document-color-glyph", documentIcon(className === "is-highlight-color" ? "highlight" : "textColor"));
      const wrapper = element("label", "document-color-control " + className, [swatch, menuChevron(), control]);
      wrapper.title = label;
      wrapper.style.setProperty("--document-ink", control.value);
      control.addEventListener("input", () => wrapper.style.setProperty("--document-ink", control.value), { signal: events.signal });
      return wrapper;
    }
    const formatBar = element("div", "document-formatbar", [
      fileMenu,
      undoButton,
      redoButton,
      element("span", "document-toolbar-separator"),
      styleSelect,
      fontSelect,
      sizeSelect,
      element("span", "document-toolbar-separator"),
      bold,
      italic,
      underline,
      colorControl(textColor, "Cor do texto", "is-text-color"),
      colorControl(highlightColor, "Cor de destaque", "is-highlight-color"),
      element("span", "document-toolbar-separator"),
      alignLeft,
      alignCenter,
      alignRight,
      justify,
      element("span", "document-toolbar-separator"),
      bullets,
      numbering,
      indentMenu,
      spacingMenu,
      element("span", "document-toolbar-separator"),
      paragraphMenu,
      element("span", "document-toolbar-separator"),
      insertMenu,
      moreMenu
    ]);
    formatBar.setAttribute("role", "region");
    formatBar.setAttribute("aria-label", "Ferramentas de edição");
    const addRow = toolbarButton("Adicionar linha à tabela", "+ linha", () => editTable("add-row"));
    const removeRow = toolbarButton("Remover linha da tabela", "− linha", () => editTable("remove-row"));
    const addColumn = toolbarButton("Adicionar coluna à tabela", "+ coluna", () => editTable("add-column"));
    const removeColumn = toolbarButton("Remover coluna da tabela", "− coluna", () => editTable("remove-column"));
    const cellColor = input("color", "document-color-input", "Cor de fundo da célula");
    cellColor.value = "#ffffff";
    const tableContext = element("div", "document-contextbar", [element("strong", "", "Tabela"), addRow, removeRow, addColumn, removeColumn, cellColor]);
    tableContext.hidden = true;
    const imageWidth = input("range", "document-image-width", "Largura da imagem");
    imageWidth.min = "80";
    imageWidth.max = "700";
    imageWidth.step = "10";
    const imageAlign = element("select", "document-format-select", [option2("left", "Esquerda"), option2("center", "Centro"), option2("right", "Direita")]);
    const deleteImage = toolbarButton("Excluir imagem", [icon("trash"), "Excluir"], removeSelectedImage);
    const imageContext = element("div", "document-contextbar", [element("strong", "", "Imagem"), element("span", "", "Largura"), imageWidth, imageAlign, deleteImage]);
    imageContext.hidden = true;
    const footer = element("footer", "document-footer", [
      element("div", "", [icon("document"), pageCount, pageStatus, element("span", "document-footer-divider"), wordStatus]),
      status,
      element("div", "document-zoom-controls", [
        toolbarButton("Diminuir zoom", documentIcon("minus"), () => setZoom(zoom <= 50 ? 50 : DOCUMENT_ZOOMS.filter((value) => value < zoom).at(-1) || 50)),
        zoomStatus,
        toolbarButton("Aumentar zoom", documentIcon("plus"), () => setZoom(DOCUMENT_ZOOMS.find((value) => value > zoom) || 200))
      ])
    ]);
    root.append(formatBar, tableContext, imageContext, ruler.row, canvas, footer, projectInput, imageInput, printStyle, ruler.guide);
    document.addEventListener("pointerdown", (event) => {
      for (const menu of toolbarMenus) if (!menu.contains(event.target)) menu.open = false;
    }, { signal: events.signal });
    root.addEventListener("keydown", (event) => {
      if (event.key !== "Escape") return;
      for (const menu of toolbarMenus) if (menu.open) {
        menu.open = false;
        menu.querySelector("summary").focus();
      }
    }, { signal: events.signal });
    let history = createDocumentHistory(snapshot(), DOCUMENT_LIMITS.maxHistory);
    const contextMenu = documentContextMenu({
      editor,
      viewport: canvas,
      onOpen() {
        flushHistory();
        rememberSelection();
        pagination.hold();
        for (const menu of toolbarMenus) menu.open = false;
      },
      onClose() {
        pagination.resume();
      },
      getItems() {
        const selected2 = Boolean(captureClipboardSelection(editor)?.text);
        return [
          { label: "Desfazer", shortcut: "Ctrl+Z", action: undo, disabled: !history.canUndo() },
          { label: "Refazer", shortcut: "Ctrl+Y", action: redo, disabled: !history.canRedo() },
          { separator: true },
          { label: "Recortar", shortcut: "Ctrl+X", action: () => copySelectedText(true), disabled: !selected2 },
          { label: "Copiar", shortcut: "Ctrl+C", action: () => copySelectedText(false), disabled: !selected2 },
          { label: "Colar", shortcut: "Ctrl+V", action: pasteClipboardText },
          { label: "Selecionar tudo", shortcut: "Ctrl+A", action: selectAllText },
          { separator: true },
          { label: "Tamanho da letra", children: DOCUMENT_FONT_SIZES.map((size) => ({
            label: `${size} pt`,
            action: () => {
              formatInline({ style: { fontSize: size + "pt" }, toggle: false });
              sizeSelect.value = String(size);
            }
          })) },
          { label: "Negrito", shortcut: "Ctrl+B", action: () => formatInline({ tag: "strong" }) },
          { label: "Itálico", shortcut: "Ctrl+I", action: () => formatInline({ tag: "em" }) },
          { label: "Sublinhado", shortcut: "Ctrl+U", action: () => formatInline({ tag: "u" }) },
          { separator: true },
          { label: "Alinhar à esquerda", action: () => formatBlock("textAlign", "left") },
          { label: "Centralizar", action: () => formatBlock("textAlign", "center") },
          { label: "Localizar e substituir", action: openFindDialog },
          { label: "Configurar página", action: openPageDialog }
        ];
      }
    });
    function setStatus(message) {
      status.textContent = message;
    }
    function selectAllText() {
      editor.focus({ preventScroll: true });
      const range3 = editor.ownerDocument.createRange();
      range3.selectNodeContents(editor);
      const selection = editor.ownerDocument.getSelection();
      selection.removeAllRanges();
      selection.addRange(range3);
      rememberSelection();
    }
    async function copySelectedText(cut) {
      const captured = captureClipboardSelection(editor);
      if (!captured?.text) {
        setStatus("Selecione um trecho de texto primeiro.");
        return;
      }
      pagination.hold();
      try {
        await writeClipboardSelection(editor, captured, {
          cut,
          signal: events.signal,
          beforeChange: () => flushHistory(),
          afterChange: scheduleHistory
        });
        if (!events.signal.aborted) setStatus(cut ? "Texto recortado." : "Texto copiado.");
      } catch {
        if (events.signal.aborted) return;
        if (cut) {
          setStatus("Use Ctrl+X para recortar o trecho selecionado neste navegador.");
          return;
        }
        const text2 = element("textarea", "document-dialog-input");
        text2.value = captured.text;
        text2.readOnly = true;
        text2.rows = 6;
        showDialog("Copiar texto", element("div", "dialog-body document-dialog-form", [element("p", "", "Pressione Ctrl+C para copiar o texto selecionado."), text2]));
        text2.focus();
        text2.select();
      } finally {
        pagination.resume();
      }
    }
    async function pasteClipboardText() {
      const selection = editor.ownerDocument.getSelection();
      const range3 = selectionBelongsTo(editor, selection) ? selection.getRangeAt(0).cloneRange() : null;
      const revision = draftRevision;
      function insert(text2) {
        if (events.signal.aborted) return false;
        if (revision !== draftRevision || !range3 || !editor.contains(range3.startContainer) || !editor.contains(range3.endContainer)) {
          setStatus("O documento mudou. Posicione o cursor e tente colar novamente.");
          return false;
        }
        editor.focus({ preventScroll: true });
        selection.removeAllRanges();
        selection.addRange(range3);
        flushHistory();
        const remaining = Math.max(0, DOCUMENT_LIMITS.maxCharacters - (editor.textContent || "").length + range3.toString().length);
        insertPlainText(editor, String(text2).slice(0, remaining));
        scheduleHistory();
        rememberSelection();
        setStatus(String(text2).length > remaining ? "Texto colado até o limite de caracteres do documento." : "Texto colado com segurança.");
        return true;
      }
      pagination.hold();
      try {
        if (!navigator.clipboard?.readText) throw new Error("Colagem manual");
        insert(await navigator.clipboard.readText());
      } catch {
        if (events.signal.aborted) return;
        const text2 = element("textarea", "document-dialog-input");
        text2.rows = 6;
        text2.maxLength = DOCUMENT_LIMITS.maxCharacters;
        const apply2 = button("Colar texto no documento", "primary-action", "Colar texto");
        const dialog = showDialog("Colar texto", element("div", "dialog-body document-dialog-form", [
          element("p", "", "Pressione Ctrl+V neste campo e clique em Colar texto."),
          text2,
          element("div", "dialog-actions", apply2)
        ]));
        pagination.hold();
        dialog.addEventListener("close", () => pagination.resume(), { once: true });
        apply2.addEventListener("click", () => {
          if (insert(text2.value)) dialog.close();
        }, { signal: events.signal });
        text2.focus();
      } finally {
        pagination.resume();
      }
    }
    function showDraftSaved(date) {
      draftLabel.textContent = "Salvo automaticamente às " + new Date(date).toLocaleTimeString("pt-BR", { hour: "2-digit", minute: "2-digit" });
      draftStatus.classList.remove("is-pending", "is-unavailable");
    }
    function scheduleDraft() {
      draftRevision++;
      if (draftTimer) clearTimeout(draftTimer);
      draftLabel.textContent = "Alterações pendentes";
      draftStatus.classList.add("is-pending");
      draftTimer = setTimeout(() => {
        draftTimer = null;
        queueDraftSave();
      }, 1200);
    }
    function queueDraftSave() {
      const revision = draftRevision;
      const projectPromise = projectFromEditor();
      projectPromise.catch(() => {
      });
      draftQueue = draftQueue.catch(() => {
      }).then(async () => {
        const project = await projectPromise;
        if (revision !== draftRevision) return;
        if (!events.signal.aborted) draftLabel.textContent = "Salvando rascunho…";
        const date = await draftStore.write(project);
        if (!events.signal.aborted && revision === draftRevision) showDraftSaved(date);
      }).catch(() => {
        if (events.signal.aborted || revision !== draftRevision) return;
        draftLabel.textContent = "Rascunho não salvo";
        draftStatus.classList.add("is-unavailable");
        setStatus("Não foi possível salvar automaticamente. Use Salvar para baixar uma cópia .ubdoc.");
      });
      return draftQueue;
    }
    async function recoverLocalDraft() {
      try {
        await draftQueue;
        const project = await draftStore.read();
        if (events.signal.aborted) return;
        if (!project) {
          setStatus("Nenhum rascunho local disponível.");
          return;
        }
        await openProject(exportDocumentProject(project).file);
      } catch (error3) {
        setStatus(error3 instanceof Error ? error3.message : "Não foi possível recuperar o rascunho.");
      }
    }
    async function discardLocalDraft() {
      if (!window.confirm("Apagar o rascunho salvo neste navegador? O documento aberto continuará na tela.")) return;
      draftRevision++;
      if (draftTimer) {
        clearTimeout(draftTimer);
        draftTimer = null;
      }
      try {
        await draftQueue;
        await draftStore.clear();
        draftLabel.textContent = "Rascunho descartado";
        setStatus("Rascunho local apagado. A próxima edição inicia um novo salvamento automático.");
      } catch {
        setStatus("Não foi possível descartar o rascunho local.");
      }
    }
    async function restoreInitialDraft() {
      const revision = draftRevision;
      try {
        const project = await draftStore.read();
        if (events.signal.aborted || dirty || draftRevision !== revision) return;
        if (project) {
          if (await openProject(exportDocumentProject(project).file, revision)) {
            setStatus("Rascunho local recuperado.");
            showDraftSaved(project.updatedAt);
          }
        }
      } catch {
        if (!events.signal.aborted && draftRevision === revision) {
          draftLabel.textContent = "Autosave indisponível";
          draftStatus.classList.add("is-unavailable");
        }
      }
    }
    function updatePagePresentation() {
      const definition = DOCUMENT_PAGE_SIZES[page.size];
      const landscape = page.orientation === "landscape";
      const width = landscape ? definition.heightMm : definition.widthMm;
      const height = landscape ? definition.widthMm : definition.heightMm;
      editor.style.setProperty("--document-page-width", width + "mm");
      editor.style.setProperty("--document-page-height", height + "mm");
      editor.style.setProperty("--document-margin-top", page.margins.top + "mm");
      editor.style.setProperty("--document-margin-right", page.margins.right + "mm");
      editor.style.setProperty("--document-margin-bottom", page.margins.bottom + "mm");
      editor.style.setProperty("--document-margin-left", page.margins.left + "mm");
      pageStatus.textContent = `${definition.label} · ${landscape ? "Paisagem" : "Retrato"}`;
      printStyle.textContent = `@page { size: ${width}mm ${height}mm; margin: 0; }`;
      pagination.reflow();
      pagination.schedule();
      ruler?.update();
    }
    function snapshot() {
      return { content: serializeDocument(editor), page: structuredClone(page), selection: captureDocumentSelection(editor) };
    }
    function applySnapshot(state) {
      selectImage(null);
      page = structuredClone(state.page);
      renderDocument(editor, state.content, (id) => assets.get(id)?.url || "");
      if (!editor.childNodes.length) editor.append(element("p", "", element("br")));
      updatePagePresentation();
      restoreDocumentSelection(editor, state.selection);
      updateStats();
      updateHistoryControls();
    }
    function flushHistory(markDirty = true) {
      if (historyTimer) {
        clearTimeout(historyTimer);
        historyTimer = null;
      }
      const changed = history.push(snapshot());
      if (changed && markDirty) {
        dirty = true;
        scheduleDraft();
      }
      updateHistoryControls();
      pagination.schedule();
      return changed;
    }
    function scheduleHistory() {
      dirty = true;
      scheduleDraft();
      if (historyTimer) clearTimeout(historyTimer);
      historyTimer = setTimeout(() => flushHistory(), 320);
      scheduleStats();
      pagination.schedule();
    }
    function updateHistoryControls() {
      undoButton.disabled = !history.canUndo();
      redoButton.disabled = !history.canRedo();
    }
    function undo() {
      if (historyTimer) flushHistory();
      const state = history.undo();
      if (!state) return;
      applySnapshot(state);
      dirty = true;
      scheduleDraft();
      setStatus("Alteração desfeita.");
      editor.focus();
    }
    function redo() {
      const state = history.redo();
      if (!state) return;
      applySnapshot(state);
      dirty = true;
      scheduleDraft();
      setStatus("Alteração refeita.");
      editor.focus();
    }
    function scheduleStats() {
      if (statsTimer) clearTimeout(statsTimer);
      statsTimer = setTimeout(updateStats, 120);
    }
    function updateStats() {
      statsTimer = null;
      const stats = documentTextStats(documentPlainText(serializeDocument(editor)));
      wordStatus.textContent = `${stats.words} ${stats.words === 1 ? "palavra" : "palavras"} · ${stats.characters} caracteres`;
    }
    function cleanMarkers() {
      const visit = (node2) => {
        if (node2.nodeType === 3 && node2.data.includes("​") && node2.data.length > 1) node2.data = node2.data.replaceAll("​", "");
        else for (const child of node2.childNodes || []) visit(child);
      };
      visit(editor);
    }
    function rememberSelection() {
      const selection = captureDocumentSelection(editor);
      if (selection) savedSelection = selection;
      const nativeSelection = editor.ownerDocument.getSelection();
      const anchor = nativeSelection?.anchorNode?.nodeType === 1 ? nativeSelection.anchorNode : nativeSelection?.anchorNode?.parentElement;
      tableContext.hidden = !anchor || !editor.contains(anchor) || !anchor.closest?.("table");
      if (!anchor || !editor.contains(anchor)) return;
      const block = anchor.closest?.("p,h1,h2,h3,h4,blockquote,li,td,th");
      ruler?.update();
      const alignment = block ? getComputedStyle(block).textAlign : "left";
      for (const control of alignmentButtons) {
        const active = control.dataset.alignment === (alignment === "start" ? "left" : alignment);
        control.classList.toggle("is-active", active);
        control.setAttribute("aria-pressed", String(active));
      }
      for (const [control, tag] of [[bold, "strong"], [italic, "em"], [underline, "u"]]) {
        const active = Boolean(anchor.closest?.(tag));
        control.classList.toggle("is-active", active);
        control.setAttribute("aria-pressed", String(active));
      }
      for (const [control, tag] of [[bullets, "ul"], [numbering, "ol"]]) {
        const active = Boolean(anchor.closest?.(tag));
        control.classList.toggle("is-active", active);
        control.setAttribute("aria-pressed", String(active));
      }
    }
    function restoreToolbarSelection() {
      if (savedSelection) restoreDocumentSelection(editor, savedSelection);
      editor.focus({ preventScroll: true });
    }
    function formatAction(action, message = "Formatação aplicada.") {
      flushHistory();
      restoreToolbarSelection();
      if (action() !== false) {
        cleanMarkers();
        flushHistory();
        setStatus(message);
      }
    }
    function formatInline(format) {
      formatAction(() => applyInlineFormat(editor, format));
    }
    function formatBlock(key2, value) {
      formatAction(() => applyBlockStyle(editor, key2, value));
    }
    function insertHorizontalRule() {
      restoreToolbarSelection();
      const rule = element("hr");
      insertAtSelection(editor, rule, savedSelection);
      flushHistory();
      setStatus("Linha horizontal inserida.");
    }
    function confirmDiscard() {
      return !dirty || window.confirm("Este documento possui alterações não salvas. Deseja descartá-las?");
    }
    function clearAssets() {
      for (const asset of assets.values()) URL.revokeObjectURL(asset.url);
      assets.clear();
      assetSequence = 0;
    }
    function resetDocument(values3 = {}) {
      if (historyTimer) {
        clearTimeout(historyTimer);
        historyTimer = null;
      }
      selectImage(null);
      clearAssets();
      page = structuredClone(values3.page || DOCUMENT_DEFAULT_PAGE);
      documentName.value = safeDocumentName(values3.name || "Documento sem título");
      createdAt = (/* @__PURE__ */ new Date()).toISOString();
      editor.replaceChildren(element("p", "", element("br")));
      updatePagePresentation();
      updateStats();
      history = createDocumentHistory(snapshot(), DOCUMENT_LIMITS.maxHistory);
      dirty = false;
      updateHistoryControls();
      editor.focus();
      scheduleDraft();
      setStatus("Novo documento criado.");
    }
    function openNewDialog() {
      if (!confirmDiscard()) return;
      const name = input("text", "document-dialog-input", "Nome do novo documento");
      name.value = "Documento sem título";
      name.maxLength = DOCUMENT_LIMITS.maxNameLength;
      const size = element("select", "document-dialog-input", [option2("A4", "A4"), option2("Letter", "Carta")]);
      const orientation = element("select", "document-dialog-input", [option2("portrait", "Retrato"), option2("landscape", "Paisagem")]);
      const margins = element("select", "document-dialog-input", [option2("normal", "Normais — 25 mm"), option2("narrow", "Estreitas — 12,7 mm"), option2("wide", "Largas — 32 mm")]);
      const create = button("Criar documento", "primary-action", "Criar documento");
      const body = element("div", "dialog-body document-dialog-form", [field2("Nome", name), field2("Formato", size), field2("Orientação", orientation), field2("Margens", margins), element("div", "dialog-actions", create)]);
      const dialog = showDialog("Novo documento", body);
      create.addEventListener("click", () => {
        const margin = margins.value === "narrow" ? 12.7 : margins.value === "wide" ? 32 : 25;
        resetDocument({ name: name.value, page: {
          size: size.value,
          orientation: orientation.value,
          margins: { top: margin, right: margin, bottom: margin, left: margin }
        } });
        dialog.close();
      }, { once: true });
      name.focus();
      name.select();
    }
    function openPageDialog() {
      const size = element("select", "document-dialog-input", [option2("A4", "A4"), option2("Letter", "Carta")]);
      size.value = page.size;
      const orientation = element("select", "document-dialog-input", [option2("portrait", "Retrato"), option2("landscape", "Paisagem")]);
      orientation.value = page.orientation;
      const marginInputs = ["top", "right", "bottom", "left"].map((key2, index) => {
        const labels = ["Superior (mm)", "Direita (mm)", "Inferior (mm)", "Esquerda (mm)"];
        const control = input("number", "document-dialog-input", labels[index]);
        control.min = "5";
        control.max = "60";
        control.step = "1";
        control.value = String(page.margins[key2]);
        return { key: key2, control, field: field2(labels[index], control) };
      });
      const apply2 = button("Aplicar configuração de página", "primary-action", "Aplicar");
      const dialog = showDialog("Configurar página", element("div", "dialog-body document-dialog-form", [field2("Formato", size), field2("Orientação", orientation), ...marginInputs.map((item) => item.field), element("div", "dialog-actions", apply2)]));
      apply2.addEventListener("click", () => {
        const nextMargins = Object.fromEntries(marginInputs.map((item) => [item.key, Math.max(5, Math.min(60, Number(item.control.value) || 25))]));
        flushHistory();
        page = { size: size.value, orientation: orientation.value, margins: nextMargins };
        updatePagePresentation();
        flushHistory();
        dirty = true;
        dialog.close();
        setStatus("Configuração de página atualizada.");
      }, { once: true });
    }
    function openTableDialog() {
      rememberSelection();
      const rows = input("number", "document-dialog-input", "Linhas");
      rows.min = "1";
      rows.max = String(DOCUMENT_LIMITS.maxTableRows);
      rows.value = "3";
      const columns = input("number", "document-dialog-input", "Colunas");
      columns.min = "1";
      columns.max = String(DOCUMENT_LIMITS.maxTableColumns);
      columns.value = "3";
      const insert = button("Inserir tabela", "primary-action", "Inserir");
      const dialog = showDialog("Inserir tabela", element("div", "dialog-body document-dialog-form", [field2("Linhas", rows), field2("Colunas", columns), element("div", "dialog-actions", insert)]));
      insert.addEventListener("click", () => {
        const rowCount = Math.max(1, Math.min(DOCUMENT_LIMITS.maxTableRows, Number(rows.value) || 1));
        const columnCount = Math.max(1, Math.min(DOCUMENT_LIMITS.maxTableColumns, Number(columns.value) || 1));
        const table = element("table", "document-table");
        const body = element("tbody");
        table.append(body);
        for (let rowIndex = 0; rowIndex < rowCount; rowIndex++) {
          const row = element("tr");
          for (let columnIndex = 0; columnIndex < columnCount; columnIndex++) row.append(element("td", "", element("br")));
          body.append(row);
        }
        restoreToolbarSelection();
        insertAtSelection(editor, table, savedSelection);
        table.after(element("p", "", element("br")));
        flushHistory();
        dialog.close();
        setStatus(`Tabela ${rowCount} × ${columnCount} inserida.`);
      }, { once: true });
    }
    function currentCell() {
      const selection = editor.ownerDocument.getSelection();
      const node2 = selection?.anchorNode?.nodeType === 1 ? selection.anchorNode : selection?.anchorNode?.parentElement;
      const cell = node2?.closest?.("td,th");
      return cell && editor.contains(cell) ? cell : null;
    }
    function editTable(action) {
      const cell = currentCell();
      const row = cell?.parentElement;
      const table = cell?.closest("table");
      if (!cell || !row || !table) {
        setStatus("Posicione o cursor dentro de uma tabela.");
        return;
      }
      flushHistory();
      if (action === "add-row") {
        if (table.rows.length >= DOCUMENT_LIMITS.maxTableRows) {
          setStatus(`A tabela aceita até ${DOCUMENT_LIMITS.maxTableRows} linhas.`);
          return;
        }
        const next = element("tr");
        for (let index = 0; index < row.cells.length; index++) next.append(element("td", "", element("br")));
        row.after(next);
      } else if (action === "remove-row") {
        if (table.rows.length === 1) table.remove();
        else row.remove();
      } else {
        const index = cell.cellIndex;
        if (action === "add-column" && row.cells.length < DOCUMENT_LIMITS.maxTableColumns) {
          for (const currentRow of table.rows) currentRow.cells[index]?.after(element("td", "", element("br")));
        } else if (action === "remove-column") {
          if (row.cells.length === 1) table.remove();
          else for (const currentRow of table.rows) currentRow.cells[index]?.remove();
        }
      }
      flushHistory();
      setStatus("Tabela atualizada.");
      editor.focus();
    }
    async function insertImage(file) {
      if (!file || !MIME_EXTENSIONS[file.type] || file.size < 1 || file.size > DOCUMENT_LIMITS.maxImageBytes) throw new Error("Use uma imagem PNG, JPG ou WebP de até 10 MB.");
      if (assets.size >= DOCUMENT_LIMITS.maxImages || [...assets.values()].reduce((sum2, asset) => sum2 + asset.blob.size, 0) + file.size > DOCUMENT_LIMITS.maxTotalImageBytes) {
        throw new Error("O documento atingiu o limite seguro de imagens.");
      }
      const dimensions2 = await imageDimensions(file);
      if (Math.max(dimensions2.width, dimensions2.height) > DOCUMENT_LIMITS.maxImageDimension || dimensions2.width * dimensions2.height > DOCUMENT_LIMITS.maxImagePixels) throw new Error("A imagem possui dimensões ou uso estimado de memória grandes demais.");
      const id = "image-" + Date.now().toString(36) + "-" + ++assetSequence;
      const url = URL.createObjectURL(file);
      assets.set(id, { id, name: file.name || `imagem.${MIME_EXTENSIONS[file.type]}`, type: file.type, blob: file, url, ...dimensions2 });
      const image = element("img");
      image.src = url;
      image.alt = file.name || "Imagem";
      image.dataset.assetId = id;
      image.dataset.align = "center";
      image.dataset.documentWidth = String(Math.min(560, dimensions2.width));
      image.width = Math.min(560, dimensions2.width);
      image.draggable = false;
      const figure = element("figure", "document-image-block", image);
      figure.style.textAlign = "center";
      restoreToolbarSelection();
      insertAtSelection(editor, figure, savedSelection);
      figure.after(element("p", "", element("br")));
      flushHistory();
      selectImage(image);
      setStatus("Imagem local inserida.");
    }
    function selectImage(image) {
      selectedImage?.classList.remove("is-selected");
      selectedImage = image;
      if (!selectedImage) {
        imageContext.hidden = true;
        return;
      }
      selectedImage.classList.add("is-selected");
      imageContext.hidden = false;
      imageWidth.value = selectedImage.dataset.documentWidth || String(selectedImage.width || 320);
      imageAlign.value = selectedImage.dataset.align || "center";
    }
    function removeSelectedImage() {
      if (!selectedImage) return;
      flushHistory();
      const figure = selectedImage.closest("figure");
      (figure || selectedImage).remove();
      selectedImage = null;
      imageContext.hidden = true;
      flushHistory();
      setStatus("Imagem removida.");
    }
    async function projectFromEditor() {
      cleanMarkers();
      const content = serializeDocument(editor);
      const referenced = /* @__PURE__ */ new Set();
      const visit = (node2) => {
        if (node2.tag === "img") referenced.add(node2.attrs.assetId);
        for (const child of node2.children || []) visit(child);
      };
      content.forEach(visit);
      const metadata = { name: documentName.value, page: structuredClone(page), createdAt };
      const sources = [...referenced].map((id) => {
        const asset = assets.get(id);
        if (!asset) throw new Error("Uma imagem do documento não está mais disponível.");
        return asset;
      });
      const projectAssets = [];
      for (const asset of sources) {
        const bytes2 = new Uint8Array(await asset.blob.arrayBuffer());
        projectAssets.push({ id: asset.id, name: asset.name, type: asset.type, width: asset.width, height: asset.height, data: encodeBase64(bytes2) });
      }
      return createDocumentProject({ ...metadata, content, assets: projectAssets });
    }
    async function saveProject() {
      saveButton.disabled = true;
      setStatus("Preparando projeto .ubdoc…");
      try {
        flushHistory(false);
        const project = await projectFromEditor();
        downloadResultFile(exportDocumentProject(project));
        documentName.value = project.name;
        dirty = false;
        setStatus("Projeto .ubdoc salvo localmente.");
      } catch (error3) {
        setStatus(error3 instanceof Error ? error3.message : "Não foi possível salvar o documento.");
      } finally {
        saveButton.disabled = false;
      }
    }
    async function openProject(file, expectedRevision) {
      if (!file || !confirmDiscard()) return;
      openButton.disabled = true;
      setStatus("Validando projeto .ubdoc…");
      try {
        const project = await importDocumentProject(file, events.signal);
        const incomingAssets = /* @__PURE__ */ new Map();
        try {
          for (const asset of project.assets) {
            const blob = decodeBase64(asset.data, asset.type);
            const dimensions2 = await imageDimensions(blob);
            if (dimensions2.width !== asset.width || dimensions2.height !== asset.height) throw new Error("Uma imagem incorporada possui dimensões inconsistentes.");
            const url = URL.createObjectURL(blob);
            incomingAssets.set(asset.id, { ...asset, blob, url });
          }
        } catch (error3) {
          for (const asset of incomingAssets.values()) URL.revokeObjectURL(asset.url);
          throw error3;
        }
        if (events.signal.aborted || expectedRevision !== void 0 && (draftRevision !== expectedRevision || dirty)) {
          for (const asset of incomingAssets.values()) URL.revokeObjectURL(asset.url);
          return false;
        }
        if (historyTimer) {
          clearTimeout(historyTimer);
          historyTimer = null;
        }
        selectImage(null);
        clearAssets();
        for (const [id, asset] of incomingAssets) assets.set(id, asset);
        page = structuredClone(project.page);
        createdAt = project.createdAt;
        documentName.value = project.name;
        renderDocument(editor, project.content, (id) => assets.get(id)?.url || "");
        if (!editor.childNodes.length) editor.append(element("p", "", element("br")));
        updatePagePresentation();
        updateStats();
        history = createDocumentHistory(snapshot(), DOCUMENT_LIMITS.maxHistory);
        dirty = false;
        updateHistoryControls();
        setStatus("Projeto aberto e validado.");
        editor.focus();
        scheduleDraft();
        return true;
      } catch (error3) {
        setStatus(error3 instanceof Error ? error3.message : "Não foi possível abrir o projeto.");
      } finally {
        openButton.disabled = false;
      }
    }
    async function exportHtml() {
      try {
        const project = await projectFromEditor();
        const blob = new Blob([staticDocumentHtml(project)], { type: "text/html;charset=utf-8" });
        downloadResultFile({ name: documentFileName(project.name, "html"), file: blob });
        setStatus("HTML seguro exportado localmente.");
      } catch (error3) {
        setStatus(error3 instanceof Error ? error3.message : "Não foi possível exportar o HTML.");
      }
    }
    function printDocument() {
      cleanMarkers();
      pagination.reflow();
      setStatus("A janela de impressão permite imprimir ou salvar como PDF.");
      window.print();
    }
    function setZoom(value) {
      zoom = Math.max(50, Math.min(200, Number(value) || 100));
      editor.style.zoom = String(zoom / 100);
      zoomStatus.textContent = zoom + "%";
      ruler?.update();
    }
    function selectTextMatch(match) {
      const range3 = rangeFromTextOffsets(editor, match.start, match.end);
      const selection = editor.ownerDocument.getSelection();
      selection.removeAllRanges();
      selection.addRange(range3);
      editor.focus();
      searchCursor = match.end;
    }
    function openFindDialog() {
      const query = input("text", "document-dialog-input", "Localizar");
      const replacement = input("text", "document-dialog-input", "Substituir por");
      const result = element("p", "document-find-result", "Digite uma palavra ou frase.");
      const previous = button("Ocorrência anterior", "text-button", "Anterior");
      const next = button("Próxima ocorrência", "text-button", "Próxima");
      const replace = button("Substituir ocorrência selecionada", "text-button", "Substituir");
      const replaceAll = button("Substituir todas as ocorrências", "primary-action", "Substituir tudo");
      const dialog = showDialog("Localizar e substituir", element("div", "dialog-body document-dialog-form", [
        field2("Localizar", query),
        field2("Substituir por", replacement),
        result,
        element("div", "dialog-actions document-find-actions", [previous, next, replace, replaceAll])
      ]));
      const find = (direction) => {
        const text2 = editor.textContent || "";
        const needle = query.value;
        if (!needle) {
          result.textContent = "Informe o texto que deseja localizar.";
          return;
        }
        let match;
        if (direction > 0) match = nextLiteralMatch(text2, needle, searchCursor);
        else {
          const source = text2.toLocaleLowerCase("pt-BR");
          const target = needle.toLocaleLowerCase("pt-BR");
          const before = Math.max(0, searchCursor - target.length - 1);
          let index = source.lastIndexOf(target, before);
          if (index < 0) index = source.lastIndexOf(target);
          match = index < 0 ? null : { start: index, end: index + needle.length };
        }
        if (!match) {
          result.textContent = "Nenhuma ocorrência encontrada.";
          return;
        }
        selectTextMatch(match);
        result.textContent = `Ocorrência na posição ${match.start + 1}.`;
      };
      next.addEventListener("click", () => find(1));
      previous.addEventListener("click", () => find(-1));
      replace.addEventListener("click", () => {
        const selection = editor.ownerDocument.getSelection();
        if (!selectionBelongsTo(editor, selection) || !selection.toString()) {
          find(1);
          return;
        }
        const range3 = selection.getRangeAt(0);
        range3.deleteContents();
        range3.insertNode(editor.ownerDocument.createTextNode(replacement.value));
        flushHistory();
        result.textContent = "Ocorrência substituída.";
      });
      replaceAll.addEventListener("click", () => {
        if (!query.value) return;
        flushHistory();
        let count = 0;
        const escaped2 = query.value.replace(/[.*+?^${}()|[\]\\]/gu, "\\$&");
        const pattern = new RegExp(escaped2, "giu");
        const visit = (node2) => {
          if (node2.nodeType === 3) node2.data = node2.data.replace(pattern, () => {
            count++;
            return replacement.value;
          });
          else for (const child of node2.childNodes || []) visit(child);
        };
        visit(editor);
        flushHistory();
        result.textContent = `${count} ${count === 1 ? "ocorrência substituída" : "ocorrências substituídas"}.`;
      });
      dialog.addEventListener("close", () => editor.focus(), { once: true });
      query.focus();
    }
    editor.addEventListener("beforeinput", (event) => {
      if (event.inputType?.startsWith("insert") && (editor.textContent || "").length >= DOCUMENT_LIMITS.maxCharacters) {
        event.preventDefault();
        setStatus("O documento atingiu o limite de caracteres desta versão.");
        return;
      }
      if (event.inputType === "insertParagraph" && !event.isComposing && pagination.insertParagraph()) {
        event.preventDefault();
        cleanMarkers();
        scheduleHistory();
      }
    }, { signal: events.signal });
    editor.addEventListener("input", () => {
      cleanMarkers();
      scheduleHistory();
    }, { signal: events.signal });
    editor.addEventListener("compositionstart", pagination.compositionStart, { signal: events.signal });
    editor.addEventListener("compositionend", pagination.compositionEnd, { signal: events.signal });
    editor.addEventListener("load", pagination.schedule, { capture: true, signal: events.signal });
    window.addEventListener("resize", pagination.schedule, { signal: events.signal });
    document.fonts?.ready.then(() => {
      if (!events.signal.aborted) pagination.schedule();
    });
    editor.addEventListener("paste", (event) => {
      event.preventDefault();
      const text2 = event.clipboardData?.getData("text/plain") || "";
      const remaining = DOCUMENT_LIMITS.maxCharacters - (editor.textContent || "").length;
      insertPlainText(editor, text2.slice(0, Math.max(0, remaining)));
      scheduleHistory();
      setStatus("Conteúdo colado como texto simples e seguro.");
    }, { signal: events.signal });
    editor.addEventListener("drop", (event) => {
      event.preventDefault();
      setStatus("Use o botão Imagem para inserir arquivos locais.");
    }, { signal: events.signal });
    editor.addEventListener("click", (event) => {
      const image = event.target?.closest?.("img[data-asset-id]");
      if (image && editor.contains(image)) selectImage(image);
      else if (selectedImage) selectImage(null);
    }, { signal: events.signal });
    editor.addEventListener("keydown", (event) => {
      const key2 = event.key.toLowerCase();
      if ((event.ctrlKey || event.metaKey) && key2 === "b") {
        event.preventDefault();
        formatInline({ tag: "strong" });
      } else if ((event.ctrlKey || event.metaKey) && key2 === "i") {
        event.preventDefault();
        formatInline({ tag: "em" });
      } else if ((event.ctrlKey || event.metaKey) && key2 === "u") {
        event.preventDefault();
        formatInline({ tag: "u" });
      } else if ((event.ctrlKey || event.metaKey) && key2 === "z" && event.shiftKey) {
        event.preventDefault();
        redo();
      } else if ((event.ctrlKey || event.metaKey) && key2 === "z") {
        event.preventDefault();
        undo();
      } else if ((event.ctrlKey || event.metaKey) && key2 === "y") {
        event.preventDefault();
        redo();
      } else if ((event.ctrlKey || event.metaKey) && key2 === "f") {
        event.preventDefault();
        openFindDialog();
      }
    }, { signal: events.signal });
    document.addEventListener("selectionchange", rememberSelection, { signal: events.signal });
    window.addEventListener("beforeunload", (event) => {
      if (dirty) {
        event.preventDefault();
        event.returnValue = "";
      }
    }, { signal: events.signal });
    styleSelect.addEventListener("change", () => formatAction(() => applyBlockTag(editor, styleSelect.value)), { signal: events.signal });
    fontSelect.addEventListener("change", () => formatInline({ style: { fontFamily: fontSelect.value }, toggle: false }), { signal: events.signal });
    sizeSelect.addEventListener("change", () => formatInline({ style: { fontSize: sizeSelect.value + "pt" }, toggle: false }), { signal: events.signal });
    textColor.addEventListener("change", () => formatInline({ style: { color: textColor.value } }), { signal: events.signal });
    highlightColor.addEventListener("change", () => formatInline({ style: { backgroundColor: highlightColor.value } }), { signal: events.signal });
    lineSpacing.addEventListener("change", () => formatBlock("lineHeight", lineSpacing.value), { signal: events.signal });
    for (const [control, key2] of [[beforeSpacing, "marginTop"], [afterSpacing, "marginBottom"]]) {
      control.addEventListener("change", () => {
        const value = Math.max(0, Math.min(72, Number(control.value) || 0));
        control.value = String(value);
        formatBlock(key2, value + "pt");
      }, { signal: events.signal });
    }
    cellColor.addEventListener("change", () => {
      const cell = currentCell();
      if (cell) {
        flushHistory();
        cell.style.backgroundColor = cellColor.value;
        flushHistory();
      }
    }, { signal: events.signal });
    imageWidth.addEventListener("input", () => {
      if (!selectedImage) return;
      const width = Math.max(80, Math.min(700, Number(imageWidth.value) || 320));
      selectedImage.width = width;
      selectedImage.dataset.documentWidth = String(width);
      dirty = true;
    }, { signal: events.signal });
    imageWidth.addEventListener("change", () => flushHistory(), { signal: events.signal });
    imageAlign.addEventListener("change", () => {
      if (!selectedImage) return;
      flushHistory();
      selectedImage.dataset.align = imageAlign.value;
      const figure = selectedImage.closest("figure");
      if (figure) figure.style.textAlign = imageAlign.value;
      flushHistory();
    }, { signal: events.signal });
    documentName.addEventListener("input", () => {
      dirty = true;
      scheduleDraft();
    }, { signal: events.signal });
    documentName.addEventListener("change", () => {
      documentName.value = safeDocumentName(documentName.value);
      dirty = true;
      scheduleDraft();
    }, { signal: events.signal });
    projectInput.addEventListener("change", () => {
      openProject(projectInput.files?.[0]);
      projectInput.value = "";
    }, { signal: events.signal });
    imageInput.addEventListener("change", async () => {
      try {
        await insertImage(imageInput.files?.[0]);
      } catch (error3) {
        setStatus(error3 instanceof Error ? error3.message : "Não foi possível inserir a imagem.");
      }
      imageInput.value = "";
    }, { signal: events.signal });
    updatePagePresentation();
    updateStats();
    updateHistoryControls();
    setZoom(100);
    alignLeft.classList.add("is-active");
    alignLeft.setAttribute("aria-pressed", "true");
    restoreInitialDraft();
    root.dispose = () => {
      if (draftTimer) {
        clearTimeout(draftTimer);
        draftTimer = null;
        queueDraftSave();
      }
      if (historyTimer) clearTimeout(historyTimer);
      if (statsTimer) clearTimeout(statsTimer);
      contextMenu.dispose();
      ruler.dispose();
      pagination.dispose();
      events.abort();
      clearAssets();
    };
    return root;
  }

  // src/pages/document-page.js
  function documentPage() {
    const heading = element("h1", "sr-only", "Editor de documentos");
    heading.tabIndex = -1;
    const editor = documentEditor();
    const root = element("div", "environment-page document-page", [heading, editor]);
    root.dispose = () => editor.dispose();
    return root;
  }

  // src/components/spreadsheet-icon.js
  var paths4 = Object.freeze({
    search: ["M10 3a7 7 0 1 0 0 14 7 7 0 0 0 0-14Zm5 12 6 6"],
    paste: ["M8 5H5v16h14V5h-3", "M9 3h6v4H9zM8 11h8M8 15h6"],
    cut: ["M9 8 20 3M9 16 20 21M10 12l10-9", "M6 6a3 3 0 1 0 0 6 3 3 0 0 0 0-6Zm0 6a3 3 0 1 0 0 6 3 3 0 0 0 0-6Z"],
    brush: ["M15 3 5 13l6 6L21 9l-6-6ZM3 21l5-1 2-2", "m10 8 6 6"],
    borders: ["M3 3h18v18H3zM3 12h18M12 3v18"],
    table: ["M3 4h18v16H3zM3 9h18M3 14h18M9 4v16M15 4v16", "m14 20 2-6 3-3 3 3-3 3-5 3Z"],
    conditional: ["M3 4h18v16H3zM3 9h18M3 14h18M9 4v16M15 4v16", "M3 9h6v5H3zM15 14h6v6h-6z"],
    cells: ["M3 4h18v16H3zM3 9h18M3 14h18M9 4v16M15 4v16", "M9 9h6v5H9z"],
    insert: ["M3 5h18v14H3zM3 12h18M9 5v14M15 5v14", "M12 2v6M9 5h6"],
    delete: ["M3 5h18v14H3zM9 5v14M15 5v14", "m16 14 6 6m0-6-6 6"],
    format: ["M3 4h18v16H3zM3 10h18M9 4v16M15 4v16", "M6 1v6M18 1v6"],
    top: ["M4 4h16M4 9h13M4 14h10"],
    middle: ["M4 6h10M4 11h16M4 16h10"],
    bottom: ["M4 8h10M4 13h13M4 18h16"],
    merge: ["M3 5h18v14H3zM8 5v4m0 6v4M16 5v4m0 6v4", "M4 12h6m-3-3 3 3-3 3M20 12h-6m3-3-3 3 3 3"],
    wrap: ["M3 5h18M3 10h13a4 4 0 0 1 0 8h-4m3-3-3 3 3 3M3 15h5"]
  });
  function spreadsheetIcon(name) {
    const svg = document.createElementNS("http://www.w3.org/2000/svg", "svg");
    for (const [key2, value] of Object.entries({ viewBox: "0 0 24 24", fill: "none", stroke: "currentColor", "stroke-width": "1.6", "stroke-linecap": "round", "stroke-linejoin": "round", "aria-hidden": "true", class: "icon sheet-icon sheet-icon-" + name })) svg.setAttribute(key2, value);
    (paths4[name] || paths4.cells).forEach((value, index) => {
      const path2 = document.createElementNS("http://www.w3.org/2000/svg", "path");
      path2.setAttribute("d", value);
      if (index) path2.setAttribute("class", "sheet-icon-accent");
      svg.append(path2);
    });
    return svg;
  }

  // src/tools/spreadsheet/model.js
  var SHEET_LIMITS = Object.freeze({ rows: 500, columns: 52, sheets: 12, cells: 1e4, text: 2e3, bytes: 5 * 1024 * 1024 });
  var CELL_FONTS = Object.freeze(["Arial", "Calibri", "Georgia", "Times New Roman", "Verdana", "Courier New"]);
  function columnLabel(index) {
    let label = "";
    let value = index + 1;
    while (value > 0) {
      value--;
      label = String.fromCharCode(65 + value % 26) + label;
      value = Math.floor(value / 26);
    }
    return label;
  }
  function address(row, column) {
    return columnLabel(column) + (row + 1);
  }
  function parseAddress(value) {
    const match = /^\$?([A-Z]{1,2})\$?([1-9]\d{0,2})$/iu.exec(String(value).trim());
    if (!match) return null;
    const column = [...match[1].toUpperCase()].reduce((total, letter) => total * 26 + letter.charCodeAt(0) - 64, 0) - 1;
    const row = Number(match[2]) - 1;
    return row < SHEET_LIMITS.rows && column < SHEET_LIMITS.columns ? { row, column } : null;
  }
  function bounds(a, b = a) {
    return { top: Math.min(a.row, b.row), bottom: Math.max(a.row, b.row), left: Math.min(a.column, b.column), right: Math.max(a.column, b.column) };
  }
  function rangeAddresses(range3) {
    const output = [];
    for (let row = range3.top; row <= range3.bottom; row++) for (let col = range3.left; col <= range3.right; col++) output.push(address(row, col));
    return output;
  }
  function newSheet(index = 1) {
    return { id: globalThis.crypto.randomUUID(), name: "Planilha" + index, rows: 100, columns: 26, cells: {} };
  }
  function newWorkbook() {
    return { format: "unibox-spreadsheet", version: 1, name: "Planilha sem título", sheets: [newSheet(1), newSheet(2), newSheet(3)] };
  }
  function setCell(sheet, key2, raw) {
    if (!parseAddress(key2)) throw new Error("Endereço inválido.");
    const value = String(raw);
    if (value.length > SHEET_LIMITS.text) throw new Error("Cada célula aceita até 2.000 caracteres.");
    if (!sheet.cells[key2] && Object.keys(sheet.cells).length >= SHEET_LIMITS.cells) throw new Error("Limite de células preenchidas atingido.");
    const style = sheet.cells[key2]?.style || {};
    if (!value && !Object.keys(style).length) delete sheet.cells[key2];
    else sheet.cells[key2] = { raw: value, style };
  }
  function validateWorkbook(book) {
    const fail3 = () => {
      throw new Error("Arquivo de planilha inválido ou incompatível.");
    };
    if (!book || book.format !== "unibox-spreadsheet" || book.version !== 1 || typeof book.name !== "string" || book.name.length > 120 || !Array.isArray(book.sheets) || !book.sheets.length || book.sheets.length > SHEET_LIMITS.sheets || Object.keys(book).some((key2) => !["format", "version", "name", "sheets"].includes(key2))) fail3();
    const ids = /* @__PURE__ */ new Set();
    for (const sheet of book.sheets) {
      if (!sheet || typeof sheet.id !== "string" || sheet.id.length > 80 || ids.has(sheet.id) || typeof sheet.name !== "string" || !sheet.name.trim() || sheet.name.length > 40 || !Number.isInteger(sheet.rows) || sheet.rows < 1 || sheet.rows > SHEET_LIMITS.rows || !Number.isInteger(sheet.columns) || sheet.columns < 1 || sheet.columns > SHEET_LIMITS.columns || !sheet.cells || Array.isArray(sheet.cells) || typeof sheet.cells !== "object" || Object.keys(sheet.cells).length > SHEET_LIMITS.cells || Object.keys(sheet).some((key2) => !["id", "name", "rows", "columns", "cells"].includes(key2))) fail3();
      ids.add(sheet.id);
      for (const [key2, cell] of Object.entries(sheet.cells)) {
        const position = parseAddress(key2);
        if (!position || key2 !== address(position.row, position.column) || position.row >= sheet.rows || position.column >= sheet.columns || !cell || typeof cell.raw !== "string" || cell.raw.length > SHEET_LIMITS.text || !cell.style || typeof cell.style !== "object" || Array.isArray(cell.style) || Object.keys(cell).some((field3) => !["raw", "style"].includes(field3))) fail3();
        for (const [prop, value] of Object.entries(cell.style)) {
          if (["bold", "italic", "underline", "border", "wrap"].includes(prop)) {
            if (typeof value !== "boolean") fail3();
          } else if (prop === "font") {
            if (!CELL_FONTS.includes(value)) fail3();
          } else if (prop === "size") {
            if (!Number.isInteger(value) || value < 8 || value > 48) fail3();
          } else if (["color", "fill"].includes(prop)) {
            if (typeof value !== "string" || !/^#[0-9a-f]{6}$/iu.test(value)) fail3();
          } else if (prop === "align") {
            if (!["left", "center", "right"].includes(value)) fail3();
          } else if (prop === "vertical") {
            if (!["top", "middle", "bottom"].includes(value)) fail3();
          } else if (prop === "format") {
            if (!["general", "number", "currency", "percent"].includes(value)) fail3();
          } else fail3();
        }
      }
    }
    if (new TextEncoder().encode(JSON.stringify(book)).byteLength > SHEET_LIMITS.bytes) throw new Error("A planilha ultrapassa o limite de 5 MB.");
    return book;
  }
  async function importWorkbook(file) {
    if (file.size > SHEET_LIMITS.bytes) throw new Error("O arquivo ultrapassa 5 MB.");
    return validateWorkbook(JSON.parse(await file.text()));
  }
  function exportWorkbook(book) {
    validateWorkbook(book);
    return new Blob([JSON.stringify(book)], { type: "application/x-unibox-spreadsheet+json" });
  }
  function parseDelimited(text2, delimiter = "	") {
    if (typeof text2 !== "string" || text2.length > SHEET_LIMITS.bytes) throw new Error("O texto ultrapassa o limite de 5 MB.");
    const rows = [];
    let row = [];
    let field3 = "";
    let quoted = false;
    function pushField() {
      if (field3.length > SHEET_LIMITS.text) throw new Error("Uma célula ultrapassa 2.000 caracteres.");
      row.push(field3);
      field3 = "";
    }
    function pushRow() {
      pushField();
      if (row.length > SHEET_LIMITS.columns || rows.length >= SHEET_LIMITS.rows) throw new Error("A tabela ultrapassa os limites de linhas ou colunas.");
      rows.push(row);
      row = [];
    }
    for (let i = 0; i < text2.length; i++) {
      const char = text2[i];
      if (char === '"') {
        if (quoted && text2[i + 1] === '"') {
          field3 += '"';
          i++;
        } else if (quoted || !field3) quoted = !quoted;
        else field3 += char;
      } else if (!quoted && char === delimiter) pushField();
      else if (!quoted && (char === "\n" || char === "\r")) {
        if (char === "\r" && text2[i + 1] === "\n") i++;
        pushRow();
      } else field3 += char;
    }
    if (quoted) throw new Error("Aspas não fechadas no arquivo.");
    if (field3 || row.length || !rows.length) pushRow();
    return rows;
  }
  function quoteField(value, delimiter = ";") {
    const text2 = String(value);
    return text2.includes(delimiter) || /["\r\n]/u.test(text2) ? '"' + text2.replaceAll('"', '""') + '"' : text2;
  }
  function csvDelimiter(text2) {
    let quoted = false;
    for (let i = 0; i < text2.length; i++) {
      const char = text2[i];
      if (char === '"') {
        if (quoted && text2[i + 1] === '"') i++;
        else quoted = !quoted;
      } else if (!quoted && char === ";") return ";";
      else if (!quoted && (char === "\n" || char === "\r")) break;
    }
    return ",";
  }

  // src/tools/spreadsheet/formulas.js
  var FormulaError = class extends Error {
  };
  function numeric(value) {
    if (typeof value === "number") return value;
    if (value === "") return 0;
    const parsed = Number(String(value).replace(",", "."));
    if (!Number.isFinite(parsed)) throw new FormulaError("#VALOR!");
    return parsed;
  }
  function expression(source, resolve) {
    const tokens = [];
    let position = 0;
    while (position < source.length) {
      const token = /^\s*(#REF!|\d+(?:\.\d+)?(?:e[+-]?\d+)?|\$?[a-z]{1,2}\$?[1-9]\d*|[a-z_À-ÿ][a-z_À-ÿ0-9.]*|[+\-*/^%():,;])/iu.exec(source.slice(position));
      if (!token) {
        if (!source.slice(position).trim()) break;
        throw new FormulaError("#FÓRMULA!");
      }
      tokens.push(token[1].toUpperCase());
      position += token[0].length;
    }
    if (tokens.length > 256) throw new FormulaError("#LIMITE!");
    let cursor = 0;
    const take = (expected) => {
      if (tokens[cursor++] !== expected) throw new FormulaError("#FÓRMULA!");
    };
    function atom() {
      const token = tokens[cursor++];
      if (token === "#REF!") throw new FormulaError("#REF!");
      if (token === "+") return numeric(atom());
      if (token === "-") return -numeric(atom());
      if (token === "(") {
        const value2 = sum2();
        take(")");
        return value2;
      }
      if (/^\d/u.test(token || "")) return Number(token);
      if (/^\$?[A-Z]{1,2}\$?\d+$/u.test(token || "")) {
        const start = parseAddress(token);
        if (!start) throw new FormulaError("#REF!");
        if (tokens[cursor] === ":") {
          cursor++;
          const end = parseAddress(tokens[cursor++]);
          if (!end) throw new FormulaError("#REF!");
          return rangeAddresses(bounds(start, end)).map(resolve);
        }
        return resolve(address(start.row, start.column));
      }
      if (tokens[cursor] === "(") {
        cursor++;
        const args = [];
        if (tokens[cursor] !== ")") {
          args.push(sum2());
          while ([",", ";"].includes(tokens[cursor])) {
            cursor++;
            args.push(sum2());
          }
        }
        take(")");
        const values3 = args.flat();
        const numbers = values3.filter((value2) => typeof value2 === "number");
        if (["SOMA", "SUM"].includes(token)) return numbers.reduce((total, value2) => total + value2, 0);
        if (["MÉDIA", "MEDIA", "AVERAGE"].includes(token)) {
          if (!numbers.length) throw new FormulaError("#DIV/0!");
          return numbers.reduce((total, value2) => total + value2, 0) / numbers.length;
        }
        if (["MÍNIMO", "MINIMO", "MIN"].includes(token)) return numbers.length ? Math.min(...numbers) : 0;
        if (["MÁXIMO", "MAXIMO", "MAX"].includes(token)) return numbers.length ? Math.max(...numbers) : 0;
        if (["CONT.NÚM", "CONT.NUM", "COUNT"].includes(token)) return numbers.length;
        if (["ABS"].includes(token) && values3.length === 1) return Math.abs(numeric(values3[0]));
        throw new FormulaError("#NOME?");
      }
      throw new FormulaError("#FÓRMULA!");
    }
    function power() {
      let value2 = atom();
      if (tokens[cursor] === "^") {
        cursor++;
        value2 = numeric(value2) ** numeric(power());
      }
      if (tokens[cursor] === "%") {
        cursor++;
        value2 = numeric(value2) / 100;
      }
      return value2;
    }
    function product() {
      let value2 = power();
      while (["*", "/"].includes(tokens[cursor])) {
        const op = tokens[cursor++];
        const next = numeric(power());
        if (op === "/" && next === 0) throw new FormulaError("#DIV/0!");
        value2 = op === "*" ? numeric(value2) * next : numeric(value2) / next;
      }
      return value2;
    }
    function sum2() {
      let value2 = product();
      while (["+", "-"].includes(tokens[cursor])) {
        const op = tokens[cursor++];
        const next = numeric(product());
        value2 = op === "+" ? numeric(value2) + next : numeric(value2) - next;
      }
      return value2;
    }
    const value = sum2();
    if (cursor !== tokens.length || Array.isArray(value)) throw new FormulaError("#FÓRMULA!");
    if (typeof value === "number" && !Number.isFinite(value)) throw new FormulaError("#NÚM!");
    return value;
  }
  function createSheetCalculator(sheet) {
    const cache = /* @__PURE__ */ new Map();
    const visiting = /* @__PURE__ */ new Set();
    let steps = 0;
    function resolve(key2) {
      if (cache.has(key2)) return cache.get(key2);
      if (++steps > 6e4 || visiting.size >= 150) throw new FormulaError("#LIMITE!");
      const point = parseAddress(key2);
      if (!point || point.row >= sheet.rows || point.column >= sheet.columns) throw new FormulaError("#REF!");
      if (visiting.has(key2)) throw new FormulaError("#CICLO!");
      const raw = sheet.cells[key2]?.raw || "";
      let value = raw;
      if (raw.startsWith("=")) {
        visiting.add(key2);
        try {
          value = expression(raw.slice(1), resolve);
        } finally {
          visiting.delete(key2);
        }
      } else if (raw.startsWith("'")) value = raw.slice(1);
      else if (/^[+-]?(?:\d+(?:[.,]\d*)?|[.,]\d+)(?:e[+-]?\d+)?$/iu.test(raw.trim()) && Number.isFinite(Number(raw.replace(",", ".")))) value = Number(raw.replace(",", "."));
      cache.set(key2, value);
      return value;
    }
    return (key2) => {
      try {
        return resolve(key2);
      } catch (error3) {
        return error3 instanceof FormulaError ? error3.message : "#FÓRMULA!";
      }
    };
  }
  function displayCell(value, format = "general") {
    if (typeof value !== "number") return String(value);
    if (format === "currency") return value.toLocaleString("pt-BR", { style: "currency", currency: "BRL" });
    if (format === "percent") return value.toLocaleString("pt-BR", { style: "percent", maximumFractionDigits: 2 });
    return value.toLocaleString("pt-BR", { maximumFractionDigits: format === "number" ? 2 : 10, minimumFractionDigits: format === "number" ? 2 : 0, useGrouping: format !== "general" });
  }

  // src/tools/spreadsheet/draft-store.js
  function spreadsheetDraftStore(factory = globalThis.indexedDB) {
    let connection;
    function database() {
      if (!factory) return Promise.reject(new Error("Armazenamento local indisponível."));
      if (!connection) connection = new Promise((resolve, reject) => {
        const request = factory.open("unibox-spreadsheet-drafts", 1);
        let expired = false;
        const timer = setTimeout(() => {
          expired = true;
          reject(new Error("O armazenamento não respondeu."));
        }, 5e3);
        request.onupgradeneeded = () => request.result.createObjectStore("drafts");
        request.onsuccess = () => {
          clearTimeout(timer);
          if (expired) {
            request.result.close();
            return;
          }
          request.result.onversionchange = () => request.result.close();
          resolve(request.result);
        };
        request.onerror = () => {
          clearTimeout(timer);
          reject(request.error);
        };
      });
      return connection;
    }
    async function run(mode, action) {
      const db = await database();
      return new Promise((resolve, reject) => {
        const tx = db.transaction("drafts", mode);
        const request = action(tx.objectStore("drafts"));
        const timer = setTimeout(() => {
          try {
            tx.abort();
          } catch {
          }
          reject(new Error("O armazenamento não respondeu."));
        }, 5e3);
        tx.oncomplete = () => {
          clearTimeout(timer);
          resolve(request.result);
        };
        tx.onerror = tx.onabort = () => {
          clearTimeout(timer);
          reject(tx.error || new Error("Não foi possível salvar o rascunho."));
        };
      });
    }
    return {
      async read() {
        const value = await run("readonly", (store) => store.get("current"));
        return value ? validateWorkbook(value) : null;
      },
      async write(book) {
        validateWorkbook(book);
        await run("readwrite", (store) => store.put(structuredClone(book), "current"));
      }
    };
  }

  // src/tools/spreadsheet/fill.js
  function translateFillFormula(raw, rowDelta, columnDelta) {
    if (!raw.startsWith("=")) return raw;
    return raw.replace(
      /("(?:""|[^"])*")|(?<![\wÀ-ÿ.])(\$?)([a-z]{1,2})(\$?)([1-9]\d{0,2})(?![\wÀ-ÿ.])/giu,
      (match, literal, fixedColumn, letters, fixedRow, digits) => {
        if (literal) return literal;
        const oldColumn = [...letters.toUpperCase()].reduce((sum2, letter) => sum2 * 26 + letter.charCodeAt(0) - 64, 0) - 1;
        if (oldColumn >= SHEET_LIMITS.columns || Number(digits) > SHEET_LIMITS.rows) return match;
        const row = Number(digits) - 1 + (fixedRow ? 0 : rowDelta), column = oldColumn + (fixedColumn ? 0 : columnDelta);
        if (row < 0 || column < 0 || row >= SHEET_LIMITS.rows || column >= SHEET_LIMITS.columns) return "#REF!";
        return fixedColumn + address(0, column).replace(/1$/, "") + fixedRow + (row + 1);
      }
    );
  }
  function fillSheetRange(sheet, source, target) {
    const valid = (range3) => range3 && ["top", "bottom", "left", "right"].every((key2) => Number.isInteger(range3[key2])) && range3.top >= 0 && range3.left >= 0 && range3.bottom >= range3.top && range3.right >= range3.left && range3.bottom < sheet.rows && range3.right < sheet.columns;
    if (!valid(source) || !valid(target) || target.top > source.top || target.left > source.left || target.bottom < source.bottom || target.right < source.right) throw new Error("Intervalo de preenchimento inválido.");
    const height = source.bottom - source.top + 1, width = source.right - source.left + 1;
    const updates = /* @__PURE__ */ new Map();
    let stored = Object.keys(sheet.cells).length;
    const mod = (value, size) => (value % size + size) % size;
    for (let row = target.top; row <= target.bottom; row++) {
      for (let column = target.left; column <= target.right; column++) {
        if (row >= source.top && row <= source.bottom && column >= source.left && column <= source.right) continue;
        const fromRow = source.top + mod(row - source.top, height), fromColumn = source.left + mod(column - source.left, width);
        const from = sheet.cells[address(fromRow, fromColumn)], key2 = address(row, column);
        let copy3 = null;
        if (from) {
          copy3 = { raw: translateFillFormula(from.raw, row - fromRow, column - fromColumn), style: structuredClone(from.style) };
          if (copy3.raw.length > SHEET_LIMITS.text) throw new Error("Uma fórmula preenchida ultrapassa o limite de 2.000 caracteres.");
          if (!copy3.raw && !Object.keys(copy3.style).length) copy3 = null;
        }
        stored += Number(Boolean(copy3)) - Number(Object.hasOwn(sheet.cells, key2));
        updates.set(key2, copy3);
      }
    }
    if (stored > SHEET_LIMITS.cells) throw new Error("O preenchimento ultrapassa o limite de 10.000 células preenchidas por aba.");
    for (const [key2, copy3] of updates) {
      if (copy3) sheet.cells[key2] = copy3;
      else delete sheet.cells[key2];
    }
    return updates.size;
  }

  // src/components/spreadsheet-editor.js
  function spreadsheetEditor() {
    const events = new AbortController();
    const { signal } = events;
    let book = newWorkbook();
    let activeIndex = 0;
    let anchor = { row: 0, column: 0 };
    let extent = { ...anchor };
    let editing = null;
    let dragging = false;
    let revision = 0;
    let dirty = false;
    let saveTimer;
    let saveQueue = Promise.resolve();
    let formulaTarget = null;
    let copiedFormat = null;
    let renderedRibbonTab = null;
    const tabControls = /* @__PURE__ */ new Map();
    const gridCells = /* @__PURE__ */ new Map();
    let gridShape = "";
    let additionalKeys = /* @__PURE__ */ new Set(), paintedKeys = /* @__PURE__ */ new Set(), paintedCurrent = null;
    let selectionMode = "normal", dragPointer = null, dragAxis = "cell", dragFrame = null, dragPosition = null;
    let fillDrag = null, handleCell = null;
    let past = [];
    let future = [];
    let activeTab = "Início";
    let zoom = 100;
    const store = spreadsheetDraftStore();
    const root = element("section", "spreadsheet-editor");
    const name = element("input", "sheet-name");
    name.value = book.name;
    name.maxLength = 120;
    name.setAttribute("aria-label", "Nome da planilha");
    const saved = element("span", "sheet-saved-label", "Rascunho local");
    const status = element("span", "sheet-status", "Arraste para selecionar · Shift amplia o intervalo · Ctrl adiciona células");
    status.setAttribute("role", "status");
    const selectionStats = element("span", "sheet-selection-stats");
    const viewport = element("div", "sheet-viewport");
    viewport.tabIndex = 0;
    viewport.setAttribute("aria-label", "Grade de células. Use as setas para navegar, F2 para editar.");
    const table = element("table", "sheet-grid");
    table.setAttribute("role", "grid");
    viewport.append(table);
    const fillHandle = button("Arrastar para preencher células", "sheet-fill-handle", []);
    fillHandle.tabIndex = -1;
    fillHandle.title = "Arraste para repetir o conteúdo ou copiar fórmulas para as outras células";
    fillHandle.addEventListener("click", (event) => event.preventDefault(), { signal });
    const tabs = element("div", "sheet-tabs");
    tabs.setAttribute("role", "tablist");
    tabs.setAttribute("aria-label", "Planilhas");
    const ribbon = element("div", "sheet-ribbon");
    const navigation = element("div", "sheet-ribbon-tabs");
    navigation.setAttribute("role", "tablist");
    navigation.setAttribute("aria-label", "Ferramentas da planilha");
    ribbon.id = "sheet-ribbon";
    const collapseRibbon = action("Recolher ferramentas", icon("chevronUp"), () => {
      finishEdit();
      setRibbonCollapsed(!ribbon.hidden);
      viewport.focus();
    }, "sheet-collapse");
    collapseRibbon.setAttribute("aria-controls", ribbon.id);
    collapseRibbon.setAttribute("aria-expanded", "true");
    const location = element("input", "sheet-address");
    location.setAttribute("aria-label", "Ir para célula ou intervalo, por exemplo A1:B5");
    const formula = element("input", "sheet-formula");
    formula.maxLength = SHEET_LIMITS.text;
    formula.setAttribute("aria-label", "Valor ou fórmula da célula selecionada");
    formula.placeholder = "Digite um valor ou uma fórmula, como =SOMA(A1:A5)";
    const projectInput = element("input");
    projectInput.type = "file";
    projectInput.accept = ".ubplanilha,.csv";
    projectInput.hidden = true;
    const search = element("input", "sheet-search");
    search.type = "search";
    search.placeholder = "Pesquisar (Ctrl + F)";
    search.setAttribute("aria-label", "Pesquisar valores na planilha");
    const undoButton = action("Desfazer", icon("undo"), () => history(false));
    const redoButton = action("Refazer", icon("redo"), () => history(true));
    const zoomLabel = element("span", "sheet-zoom-label", "100%");
    const nameField = element("label", "sheet-project-name", [element("span", "sheet-name-label", "Nome da planilha"), name]);
    const searchField = element("label", "sheet-search-wrap", [spreadsheetIcon("search"), search]);
    root.append(
      navigation,
      ribbon,
      element("div", "sheet-formula-bar", [
        location,
        action("Cancelar edição", "×", cancelEdit),
        action("Confirmar edição", "✓", () => {
          commitFormula();
          viewport.focus();
        }),
        element("span", "sheet-fx", "fx"),
        formula
      ]),
      viewport,
      element("footer", "sheet-footer", [
        tabs,
        action("Adicionar planilha", icon("plus"), addSheet),
        action("Alternar modo de seleção", "Seleção: Normal", (event) => {
          selectionMode = selectionMode === "normal" ? "extend" : selectionMode === "extend" ? "add" : "normal";
          event.currentTarget.textContent = "Seleção: " + { normal: "Normal", extend: "Intervalo", add: "Adicionar" }[selectionMode];
          event.currentTarget.setAttribute("aria-pressed", String(selectionMode !== "normal"));
          notice({ normal: "Clique e arraste para selecionar um intervalo.", extend: "Clique na última célula para ampliar o intervalo.", add: "Clique para adicionar ou remover células da seleção." }[selectionMode]);
          viewport.focus();
        }, "sheet-selection-mode"),
        selectionStats,
        action("Diminuir zoom", "−", () => setZoom(zoom - 10)),
        zoomLabel,
        action("Aumentar zoom", "+", () => setZoom(zoom + 10))
      ]),
      element("div", "sheet-statusbar", status),
      projectInput
    );
    function sheet() {
      return book.sheets[activeIndex];
    }
    function area() {
      return bounds(anchor, extent);
    }
    function setRibbonCollapsed(collapsed) {
      ribbon.hidden = collapsed;
      collapseRibbon.setAttribute("aria-expanded", String(!collapsed));
      const label = collapsed ? "Expandir ferramentas" : "Recolher ferramentas";
      collapseRibbon.setAttribute("aria-label", label);
      collapseRibbon.title = label;
      collapseRibbon.replaceChildren(icon(collapsed ? "chevronDown" : "chevronUp"));
    }
    function keys() {
      return [.../* @__PURE__ */ new Set([...additionalKeys, ...rangeAddresses(area())])];
    }
    function disjointSelection() {
      const range3 = new Set(rangeAddresses(area()));
      return [...additionalKeys].some((key2) => !range3.has(key2));
    }
    function activeKey() {
      return address(anchor.row, anchor.column);
    }
    function action(label, content, handler, extra = "") {
      const control = button(label, ("sheet-button " + extra).trim(), content, handler);
      control.addEventListener("mousedown", (event) => event.preventDefault(), { signal });
      return control;
    }
    function selectControl(label, items, change2) {
      const control = element("select", "sheet-select", items.map((item) => {
        const option3 = element("option", "", item.label || item);
        option3.value = item.value || item;
        return option3;
      }));
      control.setAttribute("aria-label", label);
      control.addEventListener("change", () => change2(control.value), { signal });
      return control;
    }
    function colorControl(label, key2, initial) {
      const input2 = element("input", "sheet-color");
      input2.type = "color";
      input2.value = initial;
      input2.setAttribute("aria-label", label);
      input2.title = label;
      input2.addEventListener("change", () => style({ [key2]: input2.value }), { signal });
      const glyph = key2 === "color" ? element("span", "sheet-text-color", "A") : icon("bucket");
      const wrapper = element("label", "sheet-color-button", [glyph, input2]);
      wrapper.title = label;
      wrapper.style.setProperty("--swatch", initial);
      return wrapper;
    }
    function row(controls) {
      return element("div", "sheet-ribbon-row", controls);
    }
    function large(label, glyph, handler) {
      return action(label, [spreadsheetIcon(glyph), element("span", "", label)], handler, "sheet-large-button");
    }
    function ribbonMenu(label, glyph, controls, className = "sheet-ribbon-menu") {
      const summary = element("summary", "sheet-menu-trigger", [glyph, element("span", "", label === "Mais opções de arquivo" ? "" : label), documentIcon("chevron")]);
      summary.setAttribute("aria-label", label);
      const menu = element("details", className, [summary, element("div", "sheet-menu-panel", controls)]);
      menu.addEventListener("click", (event) => {
        if (event.target.closest("button")) menu.open = false;
      }, { signal });
      menu.addEventListener("keydown", (event) => {
        if (event.key === "Escape") {
          menu.open = false;
          summary.focus();
        }
      }, { signal });
      menu.addEventListener("toggle", () => {
        if (!menu.open) return;
        for (const other of root.querySelectorAll("details")) if (other !== menu) other.open = false;
        const panel = menu.querySelector(".sheet-menu-panel"), anchorRect = summary.getBoundingClientRect();
        const panelRect = panel.getBoundingClientRect();
        panel.style.left = Math.max(8, Math.min(anchorRect.left, window.innerWidth - panelRect.width - 8)) + "px";
        panel.style.top = Math.max(8, Math.min(anchorRect.bottom + 4, window.innerHeight - panelRect.height - 8)) + "px";
      }, { signal });
      return menu;
    }
    function clearFormat() {
      finishEdit();
      const selected2 = keys();
      change((target) => {
        for (const key2 of selected2) if (target.cells[key2]) target.cells[key2].style = {};
      });
    }
    function formatPainter() {
      finishEdit();
      if (!copiedFormat) {
        copiedFormat = structuredClone(sheet().cells[activeKey()]?.style || {});
        notice("Formato copiado. Selecione o destino e clique no pincel novamente para aplicar.");
      } else {
        const look = copiedFormat, selected2 = keys();
        copiedFormat = null;
        change((target) => {
          for (const key2 of selected2) {
            target.cells[key2] ||= { raw: "", style: {} };
            target.cells[key2].style = structuredClone(look);
          }
        }, "Formato copiado aplicado.");
      }
    }
    function formatTable() {
      finishEdit();
      if (!requireRectangle()) return;
      const range3 = area();
      change((target) => {
        for (const key2 of keys()) {
          const point = parseAddress(key2);
          target.cells[key2] ||= { raw: "", style: {} };
          Object.assign(target.cells[key2].style, { border: true, bold: point.row === range3.top, fill: point.row === range3.top ? "#007596" : (point.row - range3.top) % 2 ? "#edf7fc" : "#ffffff", color: point.row === range3.top ? "#ffffff" : "#111827" });
        }
      }, "Estilo de tabela aplicado ao intervalo.");
    }
    function layoutControls() {
      const columns = selectControl("Largura das colunas nesta visualização", [{ value: "90", label: "Colunas estreitas" }, { value: "112", label: "Colunas padrão" }, { value: "150", label: "Colunas largas" }], (value) => table.style.setProperty("--sheet-column-width", value + "px"));
      const rows = selectControl("Altura das linhas nesta visualização", [{ value: "29", label: "Linhas padrão" }, { value: "24", label: "Linhas compactas" }, { value: "38", label: "Linhas altas" }], (value) => table.style.setProperty("--sheet-row-height", value + "px"));
      columns.value = table.style.getPropertyValue("--sheet-column-width").replace("px", "") || "112";
      rows.value = table.style.getPropertyValue("--sheet-row-height").replace("px", "") || "29";
      return [columns, rows];
    }
    document.addEventListener("pointerdown", (event) => {
      for (const menu of root.querySelectorAll("details")) if (!menu.contains(event.target)) menu.open = false;
    }, { signal });
    viewport.addEventListener("scroll", () => {
      for (const menu of root.querySelectorAll("details")) menu.open = false;
    }, { signal, passive: true });
    window.addEventListener("resize", () => {
      for (const menu of root.querySelectorAll("details")) menu.open = false;
    }, { signal });
    function group(label, controls) {
      return element("div", "sheet-ribbon-group", [element("div", "sheet-ribbon-controls", controls), element("span", "sheet-group-label", label)]);
    }
    function notice(text2) {
      status.textContent = text2;
    }
    function scheduleSave() {
      dirty = true;
      saved.textContent = "Alterações pendentes";
      clearTimeout(saveTimer);
      saveTimer = setTimeout(() => {
        const snapshot = structuredClone(book), currentRevision = revision;
        saveQueue = saveQueue.catch(() => {
        }).then(() => store.write(snapshot)).then(() => {
          if (!signal.aborted && revision === currentRevision) {
            dirty = false;
            saved.textContent = "Salvo localmente às " + (/* @__PURE__ */ new Date()).toLocaleTimeString("pt-BR", { hour: "2-digit", minute: "2-digit" });
          }
        }).catch(() => {
          if (!signal.aborted) {
            saved.textContent = "Rascunho indisponível";
            notice("Não foi possível salvar localmente. Use Salvar para baixar uma cópia.");
          }
        });
      }, 800);
    }
    function change(mutator, message = "Planilha atualizada.") {
      try {
        const previous = historyState();
        const next = structuredClone(book);
        mutator(next.sheets[activeIndex], next);
        validateWorkbook(next);
        if (JSON.stringify(previous.book) === JSON.stringify(next)) return false;
        past.push(previous);
        if (past.length > 60) past.shift();
        future = [];
        book = next;
        revision++;
        scheduleSave();
        render();
        notice(message);
        return true;
      } catch (error3) {
        notice(error3.message || "Não foi possível aplicar a alteração.");
        return false;
      }
    }
    function historyState() {
      return { book: structuredClone(book), activeId: sheet().id, anchor: { ...anchor }, extent: { ...extent }, additional: [...additionalKeys] };
    }
    function history(forward) {
      finishEdit();
      const source = forward ? future : past, target = forward ? past : future;
      if (!source.length) return;
      target.push(historyState());
      const state = source.pop();
      book = state.book;
      activeIndex = Math.max(0, book.sheets.findIndex((item) => item.id === state.activeId));
      anchor = state.anchor;
      extent = state.extent;
      additionalKeys = new Set(state.additional || []);
      revision++;
      scheduleSave();
      render();
      notice(forward ? "Alteração refeita." : "Alteração desfeita.");
    }
    function style(properties) {
      finishEdit();
      const selected2 = keys();
      change((target) => {
        for (const key2 of selected2) {
          setCell(target, key2, target.cells[key2]?.raw || "");
          target.cells[key2] ||= { raw: "", style: {} };
          Object.assign(target.cells[key2].style, properties);
        }
      }, "Formatação aplicada.");
    }
    function toggleStyle(key2) {
      style({ [key2]: !sheet().cells[activeKey()]?.style[key2] });
    }
    function clearCells() {
      finishEdit();
      const selected2 = keys();
      change((target) => {
        for (const key2 of selected2) setCell(target, key2, "");
      }, "Conteúdo apagado.");
    }
    function setZoom(value) {
      zoom = Math.max(50, Math.min(150, value));
      table.style.zoom = String(zoom / 100);
      zoomLabel.textContent = zoom + "%";
    }
    function renderSelection() {
      fillHandle.remove();
      handleCell?.classList.toggle("sheet-fill-anchor", false);
      handleCell = null;
      const selectedKeys = new Set(keys()), selectedRows = /* @__PURE__ */ new Set(), selectedColumns = /* @__PURE__ */ new Set();
      for (const key2 of /* @__PURE__ */ new Set([...paintedKeys, ...selectedKeys])) {
        const cell = gridCells.get(key2);
        if (!cell) continue;
        const selected2 = selectedKeys.has(key2);
        if (paintedKeys.has(key2) !== selected2) {
          cell.classList.toggle("is-selected", selected2);
          cell.setAttribute("aria-selected", String(selected2));
        }
      }
      for (const key2 of selectedKeys) {
        const point = parseAddress(key2);
        if (point) {
          selectedRows.add(point.row);
          selectedColumns.add(point.column);
        }
      }
      if (paintedCurrent !== activeKey()) {
        gridCells.get(paintedCurrent)?.classList.toggle("is-current", false);
        gridCells.get(activeKey())?.classList.add("is-current");
      }
      paintedCurrent = activeKey();
      paintedKeys = selectedKeys;
      for (const head of table.querySelectorAll("th[data-row]")) head.classList.toggle("is-selected", selectedRows.has(Number(head.dataset.row)));
      for (const head of table.querySelectorAll("th[data-column]")) head.classList.toggle("is-selected", selectedColumns.has(Number(head.dataset.column)));
      location.value = activeKey() + (anchor.row !== extent.row || anchor.column !== extent.column ? ":" + address(extent.row, extent.column) : "");
      location.title = selectedKeys.size + " célula(s) selecionada(s)";
      if (document.activeElement !== formula && !editing) formula.value = sheet().cells[activeKey()]?.raw || "";
      viewport.setAttribute("aria-activedescendant", "sheet-cell-" + activeKey());
      const calc = createSheetCalculator(sheet());
      const values3 = [...selectedKeys].map(calc).filter((value) => typeof value === "number");
      selectionStats.textContent = selectedKeys.size > 1 ? selectedKeys.size + " células selecionadas" : "";
      if (values3.length) selectionStats.textContent += (selectionStats.textContent ? " · " : "") + `Soma: ${displayCell(values3.reduce((sum2, value) => sum2 + value, 0))} · Contagem: ${values3.length}`;
      if (!editing && !fillDrag && !disjointSelection()) {
        const range3 = area();
        handleCell = gridCells.get(address(range3.bottom, range3.right));
        if (handleCell) {
          handleCell.classList.add("sheet-fill-anchor");
          handleCell.append(fillHandle);
        }
      }
    }
    function renderGrid() {
      const current = sheet();
      const calc = createSheetCalculator(current);
      const restoreFocus = document.activeElement?.className === "sheet-cell-input";
      const shape = current.id + ":" + current.rows + ":" + current.columns;
      if (gridShape !== shape) {
        gridShape = shape;
        gridCells.clear();
        paintedKeys.clear();
        paintedCurrent = null;
        table.replaceChildren();
        table.setAttribute("aria-rowcount", String(current.rows + 1));
        table.setAttribute("aria-colcount", String(current.columns + 1));
        const corner = element("th", "sheet-corner");
        corner.setAttribute("aria-label", "Selecionar toda a planilha");
        const heading = element("tr", "", corner);
        for (let col = 0; col < current.columns; col++) {
          const head = element("th", "", columnLabel(col));
          head.dataset.column = col;
          head.scope = "col";
          heading.append(head);
        }
        table.append(element("thead", "", heading));
        const body = element("tbody");
        for (let row2 = 0; row2 < current.rows; row2++) {
          const head = element("th", "sheet-row-heading", row2 + 1);
          head.dataset.row = row2;
          head.scope = "row";
          const line = element("tr", "", head);
          for (let col = 0; col < current.columns; col++) {
            const key2 = address(row2, col);
            const td = element("td");
            td.dataset.row = row2;
            td.dataset.column = col;
            td.id = "sheet-cell-" + key2;
            td.setAttribute("role", "gridcell");
            td.setAttribute("aria-selected", "false");
            td.setAttribute("aria-label", key2);
            gridCells.set(key2, td);
            line.append(td);
          }
          body.append(line);
        }
        table.append(body);
      }
      for (const [key2, td] of gridCells) {
        const cell = current.cells[key2], look = cell?.style || {}, result = calc(key2);
        if (editing?.key !== key2) {
          const text2 = displayCell(result, look.format);
          if (td.textContent !== text2 || td.querySelector(".sheet-cell-input")) td.textContent = text2;
        }
        td.title = cell?.raw || key2;
        td.style.fontFamily = look.font || "Arial";
        td.style.fontSize = (look.size || 11) + "pt";
        td.style.fontWeight = look.bold ? "700" : "400";
        td.style.fontStyle = look.italic ? "italic" : "normal";
        td.style.textDecoration = look.underline ? "underline" : "none";
        td.style.textAlign = look.align || (typeof result === "number" ? "right" : "left");
        td.style.verticalAlign = look.vertical || "middle";
        td.style.color = look.color || "";
        td.style.backgroundColor = look.fill || "";
        td.classList.toggle("has-border", Boolean(look.border));
        td.classList.toggle("is-wrapped", Boolean(look.wrap));
        td.classList.toggle("has-error", String(result).startsWith("#") && Boolean(cell?.raw.startsWith("=")));
      }
      renderSelection();
      if (restoreFocus && !editing) viewport.focus({ preventScroll: true });
    }
    function render() {
      anchor.row = Math.min(anchor.row, sheet().rows - 1);
      anchor.column = Math.min(anchor.column, sheet().columns - 1);
      extent.row = Math.min(extent.row, sheet().rows - 1);
      extent.column = Math.min(extent.column, sheet().columns - 1);
      name.value = book.name;
      undoButton.disabled = !past.length;
      redoButton.disabled = !future.length;
      const controls = book.sheets.map((item, index) => {
        let control = tabControls.get(item.id);
        if (!control) {
          control = action(item.name, item.name, () => {
            finishEdit();
            const nextIndex = book.sheets.findIndex((target) => target.id === item.id);
            if (nextIndex < 0 || nextIndex === activeIndex) return;
            activeIndex = nextIndex;
            additionalKeys.clear();
            anchor = { row: 0, column: 0 };
            extent = { ...anchor };
            render();
            viewport.scrollTo(0, 0);
          });
          control.setAttribute("role", "tab");
          control.addEventListener("dblclick", renameSheet, { signal });
          tabControls.set(item.id, control);
        }
        control.textContent = item.name;
        control.setAttribute("aria-label", item.name);
        control.title = item.name;
        control.setAttribute("aria-selected", String(index === activeIndex));
        control.classList.toggle("is-active", index === activeIndex);
        return control;
      });
      for (const [id] of tabControls) if (!book.sheets.some((item) => item.id === id)) tabControls.delete(id);
      if (controls.length !== tabs.children.length || controls.some((control, index) => tabs.children[index] !== control)) tabs.replaceChildren(...controls);
      renderGrid();
      renderRibbon();
    }
    function pick(point, extend = false, keepAdditional = false) {
      const next = { row: Math.max(0, Math.min(sheet().rows - 1, point.row)), column: Math.max(0, Math.min(sheet().columns - 1, point.column)) };
      if (!extend) {
        if (!keepAdditional) additionalKeys.clear();
        anchor = next;
      }
      extent = next;
      renderSelection();
    }
    function move(row2, col, extend = false) {
      pick({ row: (extend ? extent : anchor).row + row2, column: (extend ? extent : anchor).column + col }, extend);
      document.getElementById("sheet-cell-" + address(extent.row, extent.column))?.scrollIntoView({ block: "nearest", inline: "nearest" });
      renderRibbon();
    }
    function startEdit(initial) {
      if (editing) return;
      const key2 = activeKey(), cell = document.getElementById("sheet-cell-" + key2);
      if (!cell) return;
      const input2 = element("input", "sheet-cell-input");
      input2.maxLength = SHEET_LIMITS.text;
      input2.value = initial ?? sheet().cells[key2]?.raw ?? "";
      input2.setAttribute("aria-label", "Editar " + key2);
      fillHandle.remove();
      handleCell?.classList.toggle("sheet-fill-anchor", false);
      handleCell = null;
      formulaTarget = null;
      editing = { key: key2, input: input2 };
      root.classList.add("is-editing");
      cell.classList.add("is-editing");
      formula.value = input2.value;
      cell.replaceChildren(input2);
      input2.focus();
      function sizeInput() {
        input2.style.width = Math.min(520, Math.max(112, (input2.value.length + 3) * (sheet().cells[key2]?.style.size || 11) * 0.8)) + "px";
      }
      sizeInput();
      if (initial === void 0) input2.setSelectionRange(input2.value.length, input2.value.length);
      input2.addEventListener("input", () => {
        formula.value = input2.value;
        sizeInput();
      }, { signal });
      input2.addEventListener("blur", finishEdit, { signal });
      input2.addEventListener("keydown", (event) => {
        if (event.isComposing || event.keyCode === 229) {
          event.stopPropagation();
          return;
        }
        if (!((event.ctrlKey || event.metaKey) && ["s", "f"].includes(event.key.toLowerCase()))) event.stopPropagation();
        if (event.key === "Escape") {
          event.preventDefault();
          cancelEdit();
          viewport.focus();
        } else if (event.key === "Enter" && (event.ctrlKey || event.metaKey)) {
          event.preventDefault();
          fillSelection(input2.value);
        } else if (["Enter", "Tab"].includes(event.key)) {
          event.preventDefault();
          finishEdit();
          move(event.key === "Enter" ? event.shiftKey ? -1 : 1 : 0, event.key === "Tab" ? event.shiftKey ? -1 : 1 : 0);
          viewport.focus();
        }
      }, { signal });
    }
    function finishEdit() {
      if (!editing) {
        if (formulaTarget) commitFormula();
        return;
      }
      const { key: key2, input: input2 } = editing;
      editing = null;
      root.classList.toggle("is-editing", false);
      gridCells.get(key2)?.classList.toggle("is-editing", false);
      if (!change((target) => setCell(target, key2, input2.value), "Célula atualizada.")) renderGrid();
    }
    function fillSelection(value) {
      const selected2 = keys();
      if (editing) gridCells.get(editing.key)?.classList.toggle("is-editing", false);
      editing = null;
      formulaTarget = null;
      root.classList.toggle("is-editing", false);
      if (!change((target) => {
        for (const key2 of selected2) setCell(target, key2, value);
      }, "Conteúdo aplicado às " + selected2.length + " células selecionadas.")) renderGrid();
      viewport.focus();
    }
    function cancelEdit() {
      if (editing) gridCells.get(editing.key)?.classList.toggle("is-editing", false);
      editing = null;
      root.classList.toggle("is-editing", false);
      formulaTarget = null;
      formula.value = sheet().cells[activeKey()]?.raw || "";
      renderGrid();
      notice("Edição cancelada.");
    }
    function commitFormula() {
      if (editing) {
        editing.input.value = formula.value;
        finishEdit();
        return;
      }
      const target = formulaTarget || { id: sheet().id, key: activeKey() }, value = formula.value;
      formulaTarget = null;
      change((_sheet, next) => {
        const current = next.sheets.find((item) => item.id === target.id);
        if (current) setCell(current, target.key, value);
      }, "Célula atualizada.");
    }
    function textDialog(title, label, value, apply2) {
      const input2 = element("input", "document-dialog-input");
      input2.value = value;
      input2.maxLength = 120;
      input2.setAttribute("aria-label", label);
      const confirm = action("Confirmar", "Confirmar", () => {
        if (apply2(input2.value)) dialog.close();
      }, "is-primary");
      const dialog = showDialog(title, element("div", "dialog-body document-dialog-form", [element("label", "", label), input2, confirm]));
      input2.focus();
      input2.select();
      input2.addEventListener("keydown", (event) => {
        if (event.key === "Enter") confirm.click();
      }, { signal });
    }
    function renameSheet() {
      textDialog("Renomear aba", "Nome da planilha", sheet().name, (value) => {
        if (!value.trim() || value.trim().length > 40) {
          notice("Use um nome entre 1 e 40 caracteres.");
          return false;
        }
        change((target) => {
          target.name = value.trim();
        });
        return true;
      });
    }
    function addSheet() {
      finishEdit();
      if (book.sheets.length >= SHEET_LIMITS.sheets) {
        notice("Limite de 12 planilhas atingido.");
        return;
      }
      change((_target, next) => {
        next.sheets.push(newSheet(next.sheets.length + 1));
      });
      activeIndex = book.sheets.length - 1;
      additionalKeys.clear();
      anchor = { row: 0, column: 0 };
      extent = { ...anchor };
      render();
    }
    function deleteSheet() {
      if (book.sheets.length === 1) {
        notice("Mantenha pelo menos uma planilha.");
        return;
      }
      if (!window.confirm("Excluir a aba " + sheet().name + "? Você pode desfazer.")) return;
      finishEdit();
      change((_target, next) => {
        next.sheets.splice(activeIndex, 1);
        activeIndex = Math.min(activeIndex, next.sheets.length - 1);
        additionalKeys.clear();
      });
    }
    function saveProject() {
      finishEdit();
      try {
        downloadResultFile({ file: exportWorkbook(book), name: fileName(".ubplanilha") });
        notice("Arquivo .ubplanilha salvo.");
      } catch (error3) {
        notice(error3.message);
      }
    }
    function fileName(extension) {
      return (book.name.replace(/[<>:"/\\|?*\u0000-\u001f]/gu, "").trim() || "planilha") + extension;
    }
    function hasContent() {
      return book.sheets.some((item) => Object.keys(item.cells).length > 0);
    }
    function newProject() {
      finishEdit();
      if ((dirty || hasContent()) && !window.confirm("Criar uma nova planilha? Salve uma cópia antes de continuar.")) return;
      editing = null;
      formulaTarget = null;
      additionalKeys.clear();
      change((_target, next) => {
        Object.assign(next, newWorkbook());
        activeIndex = 0;
      });
      anchor = { row: 0, column: 0 };
      extent = { ...anchor };
      render();
    }
    async function openProject(file) {
      if (!file) return;
      const started = revision;
      try {
        if (file.size > SHEET_LIMITS.bytes) throw new Error("O arquivo ultrapassa 5 MB.");
        let incoming;
        if (/\.csv$/iu.test(file.name)) {
          const text2 = (await file.text()).replace(/^\uFEFF/u, "");
          const delimiter = csvDelimiter(text2);
          const rows = parseDelimited(text2, delimiter);
          incoming = newWorkbook();
          incoming.sheets = [newSheet()];
          const target = incoming.sheets[0];
          target.rows = Math.max(100, rows.length);
          target.columns = Math.max(26, ...rows.map((row2) => row2.length));
          rows.forEach((row2, r) => row2.forEach((value, c) => {
            if (value) setCell(target, address(r, c), /^[=+\-@]/u.test(value.trimStart()) && !Number.isFinite(Number(value)) ? "'" + value : value);
          }));
          incoming.name = file.name.replace(/\.csv$/iu, "").slice(0, 120);
        } else incoming = await importWorkbook(file);
        if (signal.aborted || started !== revision) {
          notice("O documento mudou durante a abertura. Tente novamente.");
          return;
        }
        if ((dirty || hasContent()) && !window.confirm("Substituir a planilha aberta? Salve uma cópia antes de continuar.")) return;
        editing = null;
        formulaTarget = null;
        additionalKeys.clear();
        change((_target, next) => {
          Object.assign(next, incoming);
          activeIndex = 0;
        }, "Planilha aberta.");
        anchor = { row: 0, column: 0 };
        extent = { ...anchor };
        render();
      } catch (error3) {
        notice(error3.message || "Não foi possível abrir o arquivo.");
      }
    }
    function exportCsv() {
      finishEdit();
      const current = sheet(), calc = createSheetCalculator(current);
      const used = Object.keys(current.cells).filter((key2) => current.cells[key2].raw).map(parseAddress);
      const lastRow = Math.max(0, ...used.map((point) => point.row)), lastCol = Math.max(0, ...used.map((point) => point.column));
      const lines = [];
      for (let row2 = 0; row2 <= lastRow; row2++) {
        const values3 = [];
        for (let col = 0; col <= lastCol; col++) {
          const value = calc(address(row2, col));
          const text2 = typeof value === "number" ? String(value).replace(".", ",") : String(value);
          values3.push(quoteField(typeof value !== "number" && /^[=+\-@]/u.test(text2.trimStart()) ? "'" + text2 : text2));
        }
        lines.push(values3.join(";"));
      }
      downloadResultFile({ file: new Blob(["\uFEFF" + lines.join("\r\n")], { type: "text/csv;charset=utf-8" }), name: fileName(".csv") });
      notice("CSV da aba atual exportado com valores calculados, sem formatação.");
    }
    function clipboardText() {
      const selected2 = area(), rows = [];
      for (let r = selected2.top; r <= selected2.bottom; r++) {
        const values3 = [];
        for (let c = selected2.left; c <= selected2.right; c++) values3.push(quoteField(sheet().cells[address(r, c)]?.raw || "", "	"));
        rows.push(values3.join("	"));
      }
      return rows.join("\n");
    }
    function requireRectangle() {
      if (!disjointSelection()) return true;
      notice("Para esta ação, selecione um único intervalo contínuo. Formatação, Delete e Ctrl+Enter aceitam células separadas.");
      return false;
    }
    async function copy3(cut = false) {
      finishEdit();
      if (!requireRectangle()) return;
      const text2 = clipboardText(), originalRevision = revision, selected2 = keys(), sheetId = sheet().id;
      try {
        if (!navigator.clipboard?.writeText) throw new Error("Clipboard indisponível");
        await navigator.clipboard.writeText(text2);
        if (signal.aborted) return;
        if (cut && revision !== originalRevision) {
          notice("Texto copiado, mas o recorte foi cancelado porque a planilha mudou.");
          return;
        }
        if (cut) change((_target, next) => {
          const target = next.sheets.find((item) => item.id === sheetId);
          if (target) for (const key2 of selected2) setCell(target, key2, "");
        }, "Seleção recortada.");
        notice(cut ? "Seleção recortada." : "Seleção copiada.");
      } catch {
        if (signal.aborted) return;
        if (cut) {
          notice("Use Ctrl+X para recortar neste navegador.");
          return;
        }
        clipboardDialog("Copiar seleção", "Pressione Ctrl+C para copiar.", text2, null);
      }
    }
    function pasteText(text2, at = { ...anchor }) {
      if (!requireRectangle()) return false;
      if (!text2) {
        notice("A área de transferência não contém texto para colar.");
        return false;
      }
      try {
        const rows = parseDelimited(text2);
        if (at.row + rows.length > sheet().rows || at.column + Math.max(...rows.map((row2) => row2.length)) > sheet().columns) throw new Error("A colagem ultrapassa a grade. Adicione linhas ou colunas primeiro.");
        return change((target) => rows.forEach((row2, r) => row2.forEach((value, c) => setCell(target, address(at.row + r, at.column + c), value))), "Células coladas.");
      } catch (error3) {
        notice(error3.message);
        return false;
      }
    }
    function clipboardDialog(title, hint, value, apply2) {
      const input2 = element("textarea", "document-dialog-input");
      input2.rows = 6;
      input2.value = value;
      input2.readOnly = !apply2;
      input2.maxLength = SHEET_LIMITS.bytes;
      const dialog = showDialog(title, element("div", "dialog-body document-dialog-form", [
        element("p", "", hint),
        input2,
        apply2 ? action("Colar nas células", "Colar", () => {
          if (apply2(input2.value) !== false) dialog.close();
        }, "is-primary") : null
      ]));
      input2.focus();
      if (!apply2) input2.select();
    }
    async function paste() {
      finishEdit();
      const at = { ...anchor }, originalRevision = revision, sheetId = sheet().id;
      const apply2 = (text2) => {
        if (!signal.aborted && revision === originalRevision && sheet().id === sheetId) return pasteText(text2, at);
        notice("A planilha mudou. Selecione a célula e tente colar novamente.");
        return false;
      };
      try {
        if (!navigator.clipboard?.readText) throw new Error("Clipboard indisponível");
        apply2(await navigator.clipboard.readText());
      } catch {
        if (!signal.aborted) clipboardDialog("Colar células", "Pressione Ctrl+V neste campo e confirme. Tabulações separam as colunas.", "", apply2);
      }
    }
    function sort(descending) {
      finishEdit();
      if (!requireRectangle()) return;
      const selected2 = area();
      if (selected2.top === selected2.bottom) {
        notice("Selecione um intervalo com pelo menos duas linhas para ordenar.");
        return;
      }
      const calc = createSheetCalculator(sheet());
      const order = [];
      for (let row2 = selected2.top; row2 <= selected2.bottom; row2++) order.push({ value: calc(address(row2, selected2.left)), cells: Array.from({ length: selected2.right - selected2.left + 1 }, (_, col) => structuredClone(sheet().cells[address(row2, selected2.left + col)] || null)) });
      order.sort((a, b) => (typeof a.value === "number" && typeof b.value === "number" ? a.value - b.value : String(a.value).localeCompare(String(b.value), "pt-BR", { numeric: true })) * (descending ? -1 : 1));
      change((target) => order.forEach((row2, r) => row2.cells.forEach((cell, c) => {
        const key2 = address(selected2.top + r, selected2.left + c);
        if (cell) target.cells[key2] = cell;
        else delete target.cells[key2];
      })), "Intervalo ordenado pela primeira coluna. Referências de fórmulas permanecem como digitadas.");
    }
    function insertSum(fn) {
      finishEdit();
      if (!requireRectangle()) return;
      const selected2 = area();
      if (keys().length > 1) {
        const row2 = selected2.bottom + 1;
        if (row2 >= sheet().rows || sheet().cells[address(row2, selected2.left)]?.raw) {
          notice("Deixe uma célula vazia abaixo do intervalo para receber o resultado.");
          return;
        }
        change((target) => setCell(target, address(row2, selected2.left), `=${fn}(${address(selected2.top, selected2.left)}:${address(selected2.bottom, selected2.right)})`), "Fórmula inserida abaixo da seleção.");
        pick({ row: row2, column: selected2.left });
      } else {
        startEdit(`=${fn}()`);
        editing.input.setSelectionRange(fn.length + 2, fn.length + 2);
      }
    }
    function find() {
      const query = search.value.trim().toLocaleLowerCase("pt-BR");
      if (!query) return;
      const calc = createSheetCalculator(sheet()), matches = Object.keys(sheet().cells).filter((key3) => String(calc(key3)).toLocaleLowerCase("pt-BR").includes(query));
      const index = matches.indexOf(activeKey());
      const key2 = matches[(index + 1) % matches.length];
      if (!key2) {
        notice("Nenhum resultado encontrado.");
        return;
      }
      pick(parseAddress(key2));
      document.getElementById("sheet-cell-" + key2)?.scrollIntoView({ block: "nearest", inline: "nearest" });
      notice("Resultado em " + key2 + ". Enter avança para o próximo.");
    }
    function renderRibbon() {
      if (renderedRibbonTab === activeTab) {
        syncRibbon();
        return;
      }
      renderedRibbonTab = activeTab;
      ribbon.replaceChildren();
      if (activeTab === "Arquivo") ribbon.append(group("Nome", [nameField]), group("Arquivo local", [action("Nova planilha", [icon("plus"), "Novo"], newProject), action("Abrir .ubplanilha ou CSV", [icon("folder"), "Abrir"], () => projectInput.click()), action("Salvar projeto", [documentIcon("save"), "Salvar"], saveProject), action("Exportar CSV", [documentIcon("export"), "Exportar CSV"], exportCsv)]), group("Histórico", [undoButton, redoButton]), group("Rascunho", [saved]));
      else if (activeTab === "Início") {
        const look = sheet().cells[activeKey()]?.style || {};
        const fonts = selectControl("Fonte", CELL_FONTS, (value) => style({ font: value }));
        fonts.value = look.font || "Arial";
        const sizes = selectControl("Tamanho da fonte", [8, 9, 10, 11, 12, 14, 16, 18, 20, 24, 28, 32, 36, 48].map((value) => ({ value: String(value), label: String(value) })), (value) => style({ size: Number(value) }));
        sizes.value = String(look.size || 11);
        sizes.classList.add("sheet-size");
        const formats2 = selectControl("Formato numérico", [{ value: "general", label: "Geral" }, { value: "number", label: "Número" }, { value: "currency", label: "Moeda (R$)" }, { value: "percent", label: "Porcentagem" }], (value) => style({ format: value }));
        formats2.value = look.format || "general";
        const bold = action("Negrito", "B", () => toggleStyle("bold"), "sheet-bold");
        const italic = action("Itálico", "I", () => toggleStyle("italic"));
        const underline = action("Sublinhado", "U", () => toggleStyle("underline"));
        for (const [control, key2] of [[bold, "bold"], [italic, "italic"], [underline, "underline"]]) {
          control.classList.toggle("is-active", Boolean(look[key2]));
          control.setAttribute("aria-pressed", String(Boolean(look[key2])));
        }
        ribbon.append(
          group("Histórico", [undoButton, redoButton]),
          group("Área de transferência", [
            action("Colar", spreadsheetIcon("paste"), paste),
            action("Recortar", spreadsheetIcon("cut"), () => copy3(true)),
            action("Copiar", icon("copy"), () => copy3(false)),
            action("Pincel de formatação", spreadsheetIcon("brush"), formatPainter)
          ]),
          group("Fonte", [fonts, sizes, row([
            bold,
            italic,
            underline,
            action("Alternar bordas", spreadsheetIcon("borders"), () => toggleStyle("border")),
            colorControl("Cor de preenchimento", "fill", look.fill || "#fff2a8"),
            colorControl("Cor do texto", "color", look.color || "#111827")
          ])]),
          group("Alinhamento", [row([
            action("Alinhar à esquerda", documentIcon("left"), () => style({ align: "left" })),
            action("Centralizar", documentIcon("center"), () => style({ align: "center" })),
            action("Alinhar à direita", documentIcon("right"), () => style({ align: "right" })),
            action("Quebrar texto na célula", spreadsheetIcon("wrap"), () => toggleStyle("wrap")),
            action("Alinhar no topo", spreadsheetIcon("top"), () => style({ vertical: "top" })),
            action("Alinhar no meio", spreadsheetIcon("middle"), () => style({ vertical: "middle" })),
            action("Alinhar na base", spreadsheetIcon("bottom"), () => style({ vertical: "bottom" }))
          ])]),
          group("Número", [formats2, row([
            action("Moeda", "R$", () => style({ format: "currency" })),
            action("Porcentagem", "%", () => style({ format: "percent" })),
            action("Duas casas decimais", "0,00", () => style({ format: "number" }))
          ])]),
          group("Estilos", [
            action("Formatar como tabela", spreadsheetIcon("table"), formatTable),
            ribbonMenu("Estilos de célula", spreadsheetIcon("cells"), [
              action("Estilo normal", "Normal", clearFormat),
              action("Estilo de título", "Título", () => style({ bold: true, fill: "#e2f5fc", color: "#00627f" })),
              action("Estilo de destaque", "Destaque", () => style({ bold: true, fill: "#fff2a8", color: "#713f12" }))
            ])
          ]),
          group("Células", [
            ribbonMenu("Inserir", spreadsheetIcon("insert"), [
              action("Adicionar dez linhas", "+ 10 linhas", () => change((target) => {
                target.rows = Math.min(SHEET_LIMITS.rows, target.rows + 10);
              })),
              action("Adicionar uma coluna", "+ Coluna", () => change((target) => {
                target.columns = Math.min(SHEET_LIMITS.columns, target.columns + 1);
              })),
              action("Adicionar aba", "+ Planilha", addSheet)
            ]),
            ribbonMenu("Excluir", spreadsheetIcon("delete"), [action("Limpar conteúdo", "Limpar conteúdo", clearCells), action("Excluir aba", "Excluir aba", deleteSheet)]),
            ribbonMenu("Formatar", spreadsheetIcon("format"), [action("Alternar bordas", "Bordas", () => toggleStyle("border")), action("Remover formatação", "Limpar formato", clearFormat), ...layoutControls()])
          ])
        );
      } else if (activeTab === "Inserir") ribbon.append(group("Grade", [action("Adicionar dez linhas", "+ 10 linhas", () => change((target) => {
        target.rows = Math.min(SHEET_LIMITS.rows, target.rows + 10);
      })), action("Adicionar uma coluna", "+ Coluna", () => change((target) => {
        target.columns = Math.min(SHEET_LIMITS.columns, target.columns + 1);
      })), action("Adicionar aba", "+ Planilha", addSheet), action("Renomear aba", "Renomear aba", renameSheet), action("Excluir aba", "Excluir aba", deleteSheet)]));
      else if (activeTab === "Layout") ribbon.append(group("Dimensões da grade", layoutControls()), group("Intervalo", [large("Formatar como tabela", "table", formatTable), action("Quebrar texto na célula", [spreadsheetIcon("wrap"), "Quebrar texto"], () => toggleStyle("wrap"))]));
      else if (activeTab === "Fórmulas") ribbon.append(group("Funções", ["SOMA", "MEDIA", "MIN", "MAX", "COUNT"].map((fn) => action("Inserir " + fn, fn === "SOMA" ? "Σ Soma" : fn, () => insertSum(fn)))), group("Exemplo", [element("span", "sheet-hint", "=SOMA(A1:A5) · =A1*B1 · =MEDIA(A1:A5)")]));
      else if (activeTab === "Dados") ribbon.append(group("Dados locais", [action("Importar CSV ou projeto", "Importar arquivo", () => projectInput.click()), action("Exportar CSV da aba", "Exportar CSV", exportCsv), action("Ordenar intervalo crescente", "A → Z", () => sort(false)), action("Ordenar intervalo decrescente", "Z → A", () => sort(true))]));
      else if (activeTab === "Revisão") ribbon.append(group("Revisão de fórmulas", [action("Verificar fórmulas", [icon("calculator"), "Verificar fórmulas"], () => {
        finishEdit();
        const calc = createSheetCalculator(sheet());
        const errors = Object.keys(sheet().cells).filter((key2) => sheet().cells[key2].raw.startsWith("=") && String(calc(key2)).startsWith("#"));
        if (errors.length) {
          pick(parseAddress(errors[0]));
          document.getElementById("sheet-cell-" + errors[0])?.scrollIntoView({ block: "nearest", inline: "nearest" });
        }
        notice(errors.length ? `${errors.length} fórmula(s) com erro. Primeiro erro em ${errors[0]}.` : "Nenhum erro de fórmula encontrado na aba.");
      })]));
      else if (activeTab === "Exibir") ribbon.append(group("Pesquisar", [searchField]), group("Visualização", [action("Diminuir zoom", "− Zoom", () => setZoom(zoom - 10)), action("Zoom 100%", "100%", () => setZoom(100)), action("Aumentar zoom", "+ Zoom", () => setZoom(zoom + 10)), action("Mostrar ou ocultar linhas de grade", "Linhas de grade", () => table.classList.toggle("hide-grid")), collapseRibbon]));
      else ribbon.append(group("Ajuda", [element("span", "sheet-hint", "Clique para selecionar · Duplo clique ou F2 para editar · Shift + setas para intervalo · Ctrl+C/V/X · Ctrl+Z/Y"), action("Limites e formatos", "Sobre esta versão", () => showDialog("Planilha — primeira versão", element("div", "dialog-body", [element("p", "", "Editor local com até 12 abas, 500 linhas, 52 colunas e 10.000 células preenchidas por aba. Projetos .ubplanilha preservam dados e formatação; CSV inclui apenas a aba atual. Não há suporte XLSX, colaboração online, gráficos, mesclagem, filtros, impressão ou fórmulas entre abas nesta etapa.")])))]));
      syncRibbon();
    }
    function syncRibbon() {
      const look = sheet().cells[activeKey()]?.style || {};
      for (const control of ribbon.querySelectorAll("select")) {
        const label = control.getAttribute("aria-label");
        if (label === "Fonte") control.value = look.font || "Arial";
        else if (label === "Tamanho da fonte") control.value = String(look.size || 11);
        else if (label === "Formato numérico") control.value = look.format || "general";
      }
      for (const control of ribbon.querySelectorAll("input")) {
        if (control.type !== "color") continue;
        const label = control.getAttribute("aria-label");
        const value = label === "Cor do texto" ? look.color || "#111827" : look.fill || "#fff2a8";
        control.value = value;
        control.parentElement?.style.setProperty("--swatch", value);
      }
      const marks = {
        Negrito: Boolean(look.bold),
        "Itálico": Boolean(look.italic),
        Sublinhado: Boolean(look.underline),
        "Alternar bordas": Boolean(look.border),
        "Quebrar texto na célula": Boolean(look.wrap),
        "Alinhar no topo": look.vertical === "top",
        "Alinhar no meio": !look.vertical || look.vertical === "middle",
        "Alinhar na base": look.vertical === "bottom",
        "Alinhar à esquerda": (look.align || (typeof createSheetCalculator(sheet())(activeKey()) === "number" ? "right" : "left")) === "left",
        Centralizar: look.align === "center",
        "Alinhar à direita": (look.align || (typeof createSheetCalculator(sheet())(activeKey()) === "number" ? "right" : "left")) === "right"
      };
      for (const control of ribbon.querySelectorAll("button")) {
        const label = control.getAttribute("aria-label");
        if (Object.hasOwn(marks, label)) {
          control.classList.toggle("is-active", marks[label]);
          control.setAttribute("aria-pressed", String(marks[label]));
        } else if (label === "Adicionar dez linhas") control.disabled = sheet().rows >= SHEET_LIMITS.rows;
        else if (label === "Adicionar uma coluna") control.disabled = sheet().columns >= SHEET_LIMITS.columns;
        else if (label === "Adicionar aba") control.disabled = book.sheets.length >= SHEET_LIMITS.sheets;
        else if (label === "Excluir aba") control.disabled = book.sheets.length === 1;
      }
    }
    function selectTab(label) {
      finishEdit();
      setRibbonCollapsed(false);
      activeTab = label;
      for (const item of navigation.children) {
        const selected2 = item.textContent === label;
        item.classList.toggle("is-active", selected2);
        item.setAttribute("aria-selected", String(selected2));
      }
      renderRibbon();
    }
    for (const label of ["Arquivo", "Início", "Inserir", "Layout", "Fórmulas", "Dados", "Revisão", "Exibir", "Ajuda"]) {
      const tab = action(label, label, () => selectTab(label));
      tab.setAttribute("role", "tab");
      tab.setAttribute("aria-selected", String(label === activeTab));
      tab.classList.toggle("is-active", label === activeTab);
      navigation.append(tab);
    }
    function hitCell(event, clamp4 = false) {
      let x = event.clientX, y = event.clientY;
      if (clamp4) {
        const rect2 = viewport.getBoundingClientRect();
        x = Math.max(rect2.left + 48, Math.min(rect2.right - 18, x));
        y = Math.max(rect2.top + 34, Math.min(rect2.bottom - 18, y));
      }
      const hit = document.elementFromPoint?.(x, y)?.closest("td[data-row],th");
      if (hit && viewport.contains(hit)) return hit;
      const fallback = event.target?.closest?.("td[data-row],th");
      return fallback && viewport.contains(fallback) ? fallback : null;
    }
    function updateDrag(event) {
      const cell = hitCell(event, true);
      if (!cell) return;
      if (fillDrag && cell.matches("td")) {
        const row2 = Number(cell.dataset.row), column = Number(cell.dataset.column), source = fillDrag.source;
        const next = { top: Math.min(source.top, row2), left: Math.min(source.left, column), bottom: Math.max(source.bottom, row2), right: Math.max(source.right, column) };
        if (JSON.stringify(next) !== JSON.stringify(fillDrag.target)) {
          fillDrag.target = next;
          anchor = { row: next.top, column: next.left };
          extent = { row: next.bottom, column: next.right };
          renderSelection();
          notice("Solte para preencher " + address(next.top, next.left) + ":" + address(next.bottom, next.right) + " · Esc cancela");
        }
        return;
      }
      if (dragAxis === "row" && cell.dataset.row !== void 0) {
        extent = { row: Number(cell.dataset.row), column: sheet().columns - 1 };
        renderSelection();
      } else if (dragAxis === "column" && cell.dataset.column !== void 0) {
        extent = { row: sheet().rows - 1, column: Number(cell.dataset.column) };
        renderSelection();
      } else if (cell.matches("td") && (Number(cell.dataset.row) !== extent.row || Number(cell.dataset.column) !== extent.column)) pick({ row: Number(cell.dataset.row), column: Number(cell.dataset.column) }, true);
    }
    function scrollDrag() {
      dragFrame = null;
      if (!dragging || !dragPosition) return;
      const rect2 = viewport.getBoundingClientRect(), { clientX: x, clientY: y } = dragPosition;
      const dx = dragAxis === "row" ? 0 : x < rect2.left + 48 ? -18 : x > rect2.right - 22 ? 18 : 0;
      const dy = dragAxis === "column" ? 0 : y < rect2.top + 34 ? -18 : y > rect2.bottom - 22 ? 18 : 0;
      const beforeX = viewport.scrollLeft || 0, beforeY = viewport.scrollTop || 0;
      if (dx) viewport.scrollLeft = beforeX + dx;
      if (dy) viewport.scrollTop = beforeY + dy;
      if (dx || dy) updateDrag(dragPosition);
      if ((viewport.scrollLeft !== beforeX && dx || viewport.scrollTop !== beforeY && dy) && typeof requestAnimationFrame === "function") dragFrame = requestAnimationFrame(scrollDrag);
    }
    function stopDrag() {
      const pointer = dragPointer;
      dragging = false;
      dragPointer = null;
      dragPosition = null;
      if (dragFrame !== null && typeof cancelAnimationFrame === "function") cancelAnimationFrame(dragFrame);
      dragFrame = null;
      try {
        if (pointer !== null && viewport.hasPointerCapture?.(pointer)) viewport.releasePointerCapture(pointer);
      } catch {
      }
      if (fillDrag) {
        anchor = fillDrag.anchor;
        extent = fillDrag.extent;
        fillDrag = null;
        root.classList.toggle("is-filling", false);
        renderSelection();
      }
    }
    function finishDrag(event) {
      if (dragPointer !== null && event.pointerId !== void 0 && event.pointerId !== dragPointer) return;
      if (fillDrag && Number.isFinite(event.clientX) && Number.isFinite(event.clientY)) updateDrag(event);
      if (fillDrag && (dragPointer === null || event.pointerId === dragPointer)) {
        const { source, target, anchor: originalAnchor, extent: originalExtent } = fillDrag;
        fillDrag = null;
        root.classList.toggle("is-filling", false);
        anchor = originalAnchor;
        extent = originalExtent;
        const result = change((current) => fillSheetRange(current, source, target), "Intervalo preenchido por arraste. Ctrl+Z desfaz.");
        if (result) {
          anchor = { row: target.top, column: target.left };
          extent = { row: target.bottom, column: target.right };
        }
        renderSelection();
        viewport.focus();
      }
      stopDrag();
    }
    viewport.addEventListener("pointerdown", (event) => {
      if (event.button !== 0 || event.target.closest(".sheet-cell-input")) return;
      if (event.target.closest(".sheet-fill-handle")) {
        event.preventDefault();
        event.stopPropagation();
        finishEdit();
        if (!requireRectangle()) return;
        const source = { ...area() };
        fillDrag = { source, target: { ...source }, anchor: { ...anchor }, extent: { ...extent } };
        dragging = true;
        dragAxis = "cell";
        dragPointer = event.pointerId ?? null;
        root.classList.add("is-filling");
        renderSelection();
        try {
          if (dragPointer !== null) viewport.setPointerCapture?.(dragPointer);
        } catch {
        }
        viewport.focus({ preventScroll: true });
        return;
      }
      const cell = event.target.closest("td[data-row],th");
      if (!cell) return;
      event.preventDefault();
      finishEdit();
      const add = event.ctrlKey || event.metaKey || selectionMode === "add";
      if (add) {
        const previous = new Set(keys()), clicked = cell.matches("td") ? address(Number(cell.dataset.row), Number(cell.dataset.column)) : null;
        if (clicked && previous.has(clicked) && previous.size > 1) {
          previous.delete(clicked);
          const next = [...previous].at(-1);
          previous.delete(next);
          additionalKeys = previous;
          anchor = parseAddress(next);
          extent = { ...anchor };
          stopDrag();
          renderSelection();
          viewport.focus();
          return;
        }
        additionalKeys = previous;
      } else if (!event.shiftKey && selectionMode !== "extend") additionalKeys.clear();
      dragAxis = cell.matches("td") ? "cell" : cell.dataset.row !== void 0 ? "row" : "column";
      if (cell.matches("td")) pick({ row: Number(cell.dataset.row), column: Number(cell.dataset.column) }, !add && (event.shiftKey || selectionMode === "extend"), add);
      else if (cell.dataset.row !== void 0) {
        anchor = { row: event.shiftKey ? anchor.row : Number(cell.dataset.row), column: 0 };
        extent = { row: Number(cell.dataset.row), column: sheet().columns - 1 };
        renderSelection();
      } else if (cell.dataset.column !== void 0) {
        anchor = { row: 0, column: event.shiftKey ? anchor.column : Number(cell.dataset.column) };
        extent = { row: sheet().rows - 1, column: Number(cell.dataset.column) };
        renderSelection();
      } else {
        additionalKeys.clear();
        anchor = { row: 0, column: 0 };
        extent = { row: sheet().rows - 1, column: sheet().columns - 1 };
        renderSelection();
      }
      dragging = true;
      dragPointer = event.pointerId ?? null;
      try {
        if (dragPointer !== null) viewport.setPointerCapture?.(dragPointer);
      } catch {
      }
      viewport.focus({ preventScroll: true });
      renderSelection();
      renderRibbon();
    }, { signal });
    viewport.addEventListener("pointermove", (event) => {
      if (!dragging || dragPointer !== null && event.pointerId !== dragPointer) return;
      if (event.buttons === 0) {
        stopDrag();
        return;
      }
      event.preventDefault();
      updateDrag(event);
      dragPosition = { clientX: event.clientX, clientY: event.clientY, target: event.target };
      if (dragFrame === null) scrollDrag();
    }, { signal });
    viewport.addEventListener("pointerup", finishDrag, { signal });
    viewport.addEventListener("pointercancel", stopDrag, { signal });
    viewport.addEventListener("lostpointercapture", stopDrag, { signal });
    window.addEventListener("pointerup", finishDrag, { signal });
    window.addEventListener("blur", stopDrag, { signal });
    viewport.addEventListener("dblclick", (event) => {
      const cell = hitCell(event);
      if (!cell?.matches("td")) return;
      pick({ row: Number(cell.dataset.row), column: Number(cell.dataset.column) });
      startEdit();
    }, { signal });
    viewport.addEventListener("keydown", (event) => {
      if (event.target.matches("input")) return;
      if (fillDrag) {
        event.preventDefault();
        event.stopPropagation();
        if (event.key === "Escape") stopDrag();
        return;
      }
      if (event.isComposing || event.key === "Dead" || event.key === "Process" || event.keyCode === 229) {
        startEdit("");
        return;
      }
      if ((event.ctrlKey || event.metaKey) && event.key.toLowerCase() === "a") {
        event.preventDefault();
        additionalKeys.clear();
        anchor = { row: 0, column: 0 };
        extent = { row: sheet().rows - 1, column: sheet().columns - 1 };
        renderSelection();
      } else if ((event.ctrlKey || event.metaKey) && event.key === "Enter") {
        event.preventDefault();
        fillSelection(sheet().cells[activeKey()]?.raw || "");
      } else if (["ArrowUp", "ArrowDown", "ArrowLeft", "ArrowRight", "Tab", "Enter"].includes(event.key)) {
        event.preventDefault();
        move(event.key === "ArrowUp" || event.key === "Enter" && event.shiftKey ? -1 : ["ArrowDown", "Enter"].includes(event.key) ? 1 : 0, event.key === "ArrowLeft" || event.key === "Tab" && event.shiftKey ? -1 : ["ArrowRight", "Tab"].includes(event.key) ? 1 : 0, event.shiftKey && !["Tab", "Enter"].includes(event.key));
        renderRibbon();
      } else if (["Delete", "Backspace"].includes(event.key)) {
        event.preventDefault();
        clearCells();
      } else if (event.key === "F2") {
        event.preventDefault();
        startEdit();
      } else if (event.key.length === 1 && !event.ctrlKey && !event.metaKey && !event.altKey) {
        event.preventDefault();
        startEdit(event.key);
      }
    }, { signal });
    root.addEventListener("keydown", (event) => {
      if (!(event.ctrlKey || event.metaKey)) return;
      const key2 = event.key.toLowerCase();
      if (key2 === "s") {
        event.preventDefault();
        saveProject();
      } else if (key2 === "f") {
        event.preventDefault();
        selectTab("Exibir");
        search.focus();
      } else if (!event.target.matches("input,textarea") && ["z", "y", "b", "i", "u"].includes(key2)) {
        event.preventDefault();
        if (key2 === "z") history(event.shiftKey);
        else if (key2 === "y") history(true);
        else toggleStyle({ b: "bold", i: "italic", u: "underline" }[key2]);
      }
    }, { signal });
    viewport.addEventListener("copy", (event) => {
      if (editing) return;
      event.preventDefault();
      if (!requireRectangle()) return;
      event.clipboardData?.setData("text/plain", clipboardText());
      notice("Seleção copiada.");
    }, { signal });
    viewport.addEventListener("cut", (event) => {
      if (editing || !event.clipboardData) return;
      event.preventDefault();
      if (!requireRectangle()) return;
      event.clipboardData.setData("text/plain", clipboardText());
      clearCells();
    }, { signal });
    viewport.addEventListener("paste", (event) => {
      if (editing) return;
      event.preventDefault();
      pasteText(event.clipboardData?.getData("text/plain") || "");
    }, { signal });
    formula.addEventListener("keydown", (event) => {
      if (event.isComposing || event.keyCode === 229) return;
      if (event.key === "Enter" && (event.ctrlKey || event.metaKey)) {
        event.preventDefault();
        fillSelection(formula.value);
        return;
      }
      if (["Enter", "Tab"].includes(event.key)) {
        event.preventDefault();
        commitFormula();
        viewport.focus();
        move(event.key === "Enter" ? event.shiftKey ? -1 : 1 : 0, event.key === "Tab" ? event.shiftKey ? -1 : 1 : 0);
      } else if (event.key === "Escape") {
        event.preventDefault();
        cancelEdit();
        viewport.focus();
      }
    }, { signal });
    formula.addEventListener("change", () => {
      if (formulaTarget) commitFormula();
    }, { signal });
    formula.addEventListener("focus", () => {
      formulaTarget = { id: sheet().id, key: activeKey() };
    }, { signal });
    formula.addEventListener("input", () => {
      formulaTarget ||= { id: sheet().id, key: activeKey() };
    }, { signal });
    location.addEventListener("keydown", (event) => {
      if (event.key !== "Enter") return;
      const points = location.value.split(":").map(parseAddress);
      if (points.length > 2 || points.some((point) => !point || point.row >= sheet().rows || point.column >= sheet().columns)) {
        notice("Endereço fora da grade.");
        return;
      }
      additionalKeys.clear();
      anchor = points[0];
      extent = points[1] || { ...anchor };
      renderSelection();
      document.getElementById("sheet-cell-" + activeKey())?.scrollIntoView({ block: "nearest", inline: "nearest" });
      viewport.focus();
    }, { signal });
    name.addEventListener("change", () => change((_target, next) => {
      next.name = name.value.trim() || "Planilha sem título";
    }), { signal });
    search.addEventListener("keydown", (event) => {
      if (event.key === "Enter") find();
    }, { signal });
    projectInput.addEventListener("change", () => {
      openProject(projectInput.files[0]);
      projectInput.value = "";
    }, { signal });
    window.addEventListener("beforeunload", (event) => {
      if (dirty || editing) {
        event.preventDefault();
        event.returnValue = "";
      }
    }, { signal });
    const initialRevision = revision;
    store.read().then((draft2) => {
      if (draft2 && !signal.aborted && revision === initialRevision && !editing && document.activeElement !== name && document.activeElement !== formula) {
        book = draft2;
        render();
        saved.textContent = "Rascunho local recuperado";
        notice("Planilha recuperada deste navegador.");
      }
    }).catch(() => {
      if (!signal.aborted) saved.textContent = "Rascunho indisponível";
    });
    render();
    root.dispose = () => {
      stopDrag();
      finishEdit();
      clearTimeout(saveTimer);
      if (dirty) {
        const snapshot = structuredClone(book);
        saveQueue = saveQueue.catch(() => {
        }).then(() => store.write(snapshot)).catch(() => {
        });
      }
      events.abort();
    };
    return root;
  }

  // src/pages/spreadsheet-page.js
  function spreadsheetPage() {
    const heading = element("h1", "sr-only", "Editor de planilhas");
    heading.tabIndex = -1;
    const editor = spreadsheetEditor();
    const page = element("div", "environment-page spreadsheet-page", [heading, editor]);
    page.dispose = () => editor.dispose();
    return page;
  }

  // src/components/image-icon.js
  function imageIcon(name) {
    const paths6 = {
      convert: "M4 7h15M15 3l4 4-4 4M20 17H5M9 13l-4 4 4 4",
      compress: "M3 3l6 6M9 4v5H4M21 3l-6 6M15 4v5h5M3 21l6-6M4 15h5v5M21 21l-6-6M20 15h-5v5",
      resize: "M15 3h6v6M21 3l-7 7M9 21H3v-6M3 21l7-7"
    };
    if (!paths6[name]) return icon(name);
    const svg = document.createElementNS("http://www.w3.org/2000/svg", "svg");
    for (const [key2, value] of Object.entries({ viewBox: "0 0 24 24", fill: "none", stroke: "currentColor", "stroke-width": "1.8", "stroke-linecap": "round", "stroke-linejoin": "round", "aria-hidden": "true", focusable: "false", class: "icon" })) svg.setAttribute(key2, value);
    const path2 = document.createElementNS("http://www.w3.org/2000/svg", "path");
    path2.setAttribute("d", paths6[name]);
    svg.append(path2);
    return svg;
  }

  // src/components/image-size-picker.js
  function imageSizePicker({ options: options2, value, onChange }) {
    const events = new AbortController();
    let selected2 = options2.find((option3) => option3.id === value) || options2[0], disabled = false;
    const shape = (option3) => {
      const ratio = option3.width / option3.height, frame = element("span", "im-preset-shape");
      const paper2 = element("span", "im-preset-paper");
      paper2.style.width = Math.max(7, Math.round(20 * Math.min(1, ratio))) + "px";
      paper2.style.height = Math.max(7, Math.round(20 * Math.min(1, 1 / ratio))) + "px";
      frame.setAttribute("aria-hidden", "true");
      frame.append(paper2);
      return frame;
    };
    const dimensions2 = (option3) => option3.width + " × " + option3.height + " px";
    const selectedName = element("span", "im-preset-name"), selectedSize = element("span", "im-preset-size");
    const currentShape = element("span", "im-preset-current-shape");
    const trigger = button("Dimensões predefinidas", "im-preset-trigger", [currentShape, element("span", "im-preset-copy", [selectedName, selectedSize]), imageIcon("chevronDown")], () => {
      if (!disabled) menu.hidden ? open() : close2();
    });
    trigger.setAttribute("aria-haspopup", "listbox");
    trigger.setAttribute("aria-controls", "image-size-options");
    const menu = element("div", "im-preset-menu");
    menu.id = "image-size-options";
    menu.hidden = true;
    menu.setAttribute("role", "listbox");
    menu.setAttribute("aria-label", "Formatos de imagem");
    const choices = options2.map((option3) => {
      const mark = element("span", "im-preset-mark", "✓");
      mark.setAttribute("aria-hidden", "true");
      const choice3 = button(option3.name + " · " + dimensions2(option3), "im-preset-option", [shape(option3), element("span", "im-preset-name", option3.name), element("span", "im-preset-size", dimensions2(option3)), mark], () => choose(option3));
      choice3.setAttribute("role", "option");
      choice3.dataset.preset = option3.id;
      choice3.tabIndex = -1;
      choice3.addEventListener("keydown", (event) => {
        const index = choices.indexOf(choice3);
        let next;
        if (event.key === "ArrowDown") next = (index + 1) % choices.length;
        if (event.key === "ArrowUp") next = (index + choices.length - 1) % choices.length;
        if (event.key === "Home") next = 0;
        if (event.key === "End") next = choices.length - 1;
        if (next !== void 0) {
          event.preventDefault();
          choices[next].focus();
        }
        if (event.key === "Enter" || event.key === " ") {
          event.preventDefault();
          choose(option3);
        }
      }, { signal: events.signal });
      return choice3;
    });
    menu.append(...choices);
    const root = element("div", "im-preset-picker", [trigger, menu]);
    function sync() {
      selectedName.textContent = selected2.name;
      selectedSize.textContent = dimensions2(selected2);
      currentShape.replaceChildren(shape(selected2));
      trigger.setAttribute("aria-expanded", String(!menu.hidden));
      choices.forEach((choice3, index) => choice3.setAttribute("aria-selected", String(options2[index] === selected2)));
    }
    function open(index = options2.indexOf(selected2)) {
      if (disabled) return;
      menu.hidden = false;
      const rect2 = root.getBoundingClientRect?.(), viewport = globalThis.window?.innerHeight;
      if (rect2 && viewport) {
        const below = viewport - rect2.bottom - 12, above = rect2.top - 12, flip = below < 280 && above > below;
        root.classList.toggle("is-above", flip);
        menu.style.maxHeight = Math.max(96, Math.min(320, flip ? above : below)) + "px";
      }
      sync();
      choices[index].focus();
    }
    function close2(focus = false) {
      menu.hidden = true;
      trigger.setAttribute("aria-expanded", "false");
      if (focus) trigger.focus();
    }
    function choose(option3) {
      if (disabled) return;
      selected2 = option3;
      sync();
      close2(true);
      onChange(option3.id);
    }
    trigger.addEventListener("keydown", (event) => {
      if (["ArrowDown", "ArrowUp", "Home", "End"].includes(event.key)) {
        event.preventDefault();
        open(event.key === "Home" ? 0 : event.key === "End" ? choices.length - 1 : options2.indexOf(selected2));
      }
    }, { signal: events.signal });
    root.addEventListener("keydown", (event) => {
      if (event.key === "Escape" && !menu.hidden) {
        event.preventDefault();
        close2(true);
      }
      if (event.key === "Tab") close2();
    }, { signal: events.signal });
    root.addEventListener("focusout", (event) => {
      if (!root.contains(event.relatedTarget)) close2();
    }, { signal: events.signal });
    document.addEventListener?.("pointerdown", (event) => {
      if (!root.contains(event.target)) close2();
    }, { signal: events.signal });
    root.setDisabled = (locked) => {
      disabled = locked;
      trigger.disabled = locked;
      choices.forEach((choice3) => {
        choice3.disabled = locked;
      });
      if (locked) close2();
    };
    root.dispose = () => {
      close2();
      events.abort();
    };
    sync();
    return root;
  }

  // src/components/image-batch-compression.js
  var mimes = ["image/jpeg", "image/png", "image/webp"];
  var bytes = (size) => new Intl.NumberFormat("pt-BR", { maximumFractionDigits: 1 }).format(size / (size < 1048576 ? 1024 : 1048576)) + (size < 1048576 ? " KB" : " MB");
  function imageBatchCompression({
    limits,
    onBusy = () => {
    },
    onChange = () => {
    },
    onAdd = () => {
    },
    detect = detectInput,
    compress = compressImage,
    download = downloadResultFile,
    zip = createResultZip
  } = {}) {
    const lifetime = new AbortController();
    let entries = [], working = false, disposed = false, operation;
    const root = element("section", "im-batch");
    root.setAttribute("aria-label", "Compressão de várias imagens");
    const summary = element("p", "im-batch-summary"), list = element("div", "im-batch-list");
    const status = element("p", "im-status image-workspace-status");
    status.setAttribute("role", "status");
    status.setAttribute("aria-live", "polite");
    const add = button("Adicionar imagens", "im-download", [imageIcon("upload"), "Adicionar imagens"], () => {
      if (!working) onAdd();
    });
    const clear = button("Limpar imagens", "im-cancel", "Limpar", () => {
      if (!working) {
        release(entries);
        entries = [];
        status.textContent = "";
        render();
        onChange();
      }
    });
    const start = button("Comprimir todas as imagens", "im-primary", "Comprimir todas", () => void execute());
    const all = button("Baixar todas as imagens em ZIP", "im-download", [imageIcon("download"), "Baixar tudo (.zip)"], () => void downloadAll());
    const cancel = button("Cancelar compressão em lote", "im-cancel", "Cancelar", () => operation?.abort());
    root.append(
      element("div", "im-batch-toolbar", [summary, add, clear]),
      list,
      element("div", "im-batch-actions", [start, all, cancel]),
      status
    );
    function busy(value) {
      working = value;
      root.setAttribute("aria-busy", String(value));
      onBusy(value);
    }
    function release(items) {
      for (const entry of items) if (entry.previewUrl) {
        URL.revokeObjectURL(entry.previewUrl);
        entry.previewUrl = void 0;
      }
    }
    async function thumbnail(entry, signal) {
      if (typeof createImageBitmap !== "function" && typeof Image === "undefined") return;
      const context2 = { limits, signal }, decoded = await decodeImage(entry.item, context2);
      try {
        const scale2 = Math.min(1, 240 / decoded.width, 160 / decoded.height);
        const blob = await encodeImage(decoded, { width: Math.max(1, Math.round(decoded.width * scale2)), height: Math.max(1, Math.round(decoded.height * scale2)), mime: "image/png" }, context2);
        signal.throwIfAborted();
        entry.previewUrl = URL.createObjectURL(blob);
        entry.thumbnail = element("img", "im-batch-thumbnail");
        entry.thumbnail.src = entry.previewUrl;
        entry.thumbnail.alt = entry.item.name;
        entry.thumbnail.loading = "lazy";
        entry.thumbnail.decoding = "async";
      } finally {
        decoded.close();
      }
    }
    function results() {
      return entries.filter((entry) => entry.output).map((entry) => entry.output);
    }
    function render() {
      if (disposed) return;
      const completed = entries.filter((entry) => entry.output), before = completed.reduce((sum2, entry) => sum2 + entry.item.size, 0), after = completed.reduce((sum2, entry) => sum2 + entry.output.size, 0);
      summary.textContent = entries.length + (entries.length === 1 ? " imagem" : " imagens") + (completed.length ? " · " + completed.length + " pronta(s) · " + bytes(before) + " → " + bytes(after) : " · " + bytes(entries.reduce((sum2, entry) => sum2 + entry.item.size, 0)));
      list.replaceChildren(...entries.map((entry) => {
        const detail = entry.output ? bytes(entry.item.size) + " → " + bytes(entry.output.size) : bytes(entry.item.size) + " · " + entry.item.width + " × " + entry.item.height + " px";
        const state = entry.state === "done" ? Math.round((1 - entry.output.size / entry.item.size) * 100) + "% menor" : entry.state === "unchanged" ? "Original mantido · sem redução" : entry.state === "error" ? entry.error : entry.state === "running" ? "Comprimindo…" : "Pendente";
        const save = button("Baixar " + entry.item.name, "im-batch-icon", imageIcon("download"), () => {
          if (!working && entry.output) download(entry.output);
        });
        save.hidden = !entry.output;
        save.disabled = working;
        const remove = button("Remover " + entry.item.name, "im-batch-icon", imageIcon("close"), () => {
          if (!working) {
            release([entry]);
            entries = entries.filter((item) => item !== entry);
            render();
            onChange();
          }
        });
        remove.disabled = working;
        const name = element("span", "im-batch-name", entry.item.name);
        name.title = entry.item.name;
        const badge = element("span", "im-batch-state", state);
        badge.classList.toggle("is-error", entry.state === "error");
        const preview = element("div", "im-batch-preview", entry.thumbnail || imageIcon("image"));
        preview.title = detail;
        if (entry.thumbnail) entry.thumbnail.title = detail;
        return element("div", "im-batch-row", [
          preview,
          element("div", "im-batch-file", name),
          element("div", "im-batch-card-footer", [badge, save]),
          element("div", "im-batch-remove", remove)
        ]);
      }));
      add.disabled = clear.disabled = working;
      start.disabled = working || !entries.some((entry) => !entry.output);
      all.hidden = results().length < 2;
      all.disabled = working;
      cancel.hidden = !working;
    }
    async function receive(files, { append = false } = {}) {
      if (disposed || working || !files.length) return false;
      const additions = [...new Set(files)].filter((file) => !append || !entries.some((entry) => entry.item.file === file));
      if (!additions.length) return true;
      const scope = createAbortScope(lifetime.signal, limits.maxDetectionMs * 2, "A seleção demorou demais. Tente novamente.");
      operation = scope.controller;
      const staged = [];
      let committed = false;
      try {
        checkSelection(
          [...append ? entries.map((entry) => entry.item.file) : [], ...additions],
          "",
          { ...limits, maxTotalBytes: Math.min(limits.maxTotalBytes, limits.maxArchiveExpandedBytes) }
        );
        busy(true);
        render();
        status.textContent = "Conferindo imagens…";
        const detected = await abortable(detect({ files: additions }, { limits, signal: scope.signal }), scope.signal);
        scope.signal.throwIfAborted();
        if (detected.items.length !== additions.length) throw new Error("Não foi possível conferir todas as imagens.");
        for (const item of detected.items) {
          if (!item.valid || item.kind !== "image" || !mimes.includes(item.mime)) throw new Error("Arquivo inválido: " + item.name + ". Use JPG, PNG ou WebP.");
          ensureImageDimensions(item.width, item.height, limits);
        }
        for (const item of detected.items) {
          const entry = { item, state: "pending" };
          staged.push(entry);
          try {
            await thumbnail(entry, scope.signal);
          } catch (error3) {
            scope.signal.throwIfAborted();
          }
        }
        scope.signal.throwIfAborted();
        if (!append) release(entries);
        entries = [...append ? entries : [], ...staged];
        committed = true;
        status.textContent = "Seleção pronta para comprimir.";
        onChange();
        return true;
      } catch (error3) {
        if (!disposed) status.textContent = scope.signal.aborted ? "Seleção cancelada." : error3.message;
        return false;
      } finally {
        if (!committed) release(staged);
        scope.dispose();
        operation = void 0;
        if (!disposed) {
          busy(false);
          render();
        }
      }
    }
    async function execute() {
      if (disposed || working) return;
      const pending = entries.filter((entry) => !entry.output);
      if (!pending.length) return;
      operation = new AbortController();
      const batch = operation;
      busy(true);
      render();
      try {
        for (const [index, entry] of pending.entries()) {
          if (disposed || batch.signal.aborted) break;
          entry.state = "running";
          status.textContent = "Comprimindo " + (index + 1) + " de " + pending.length + "…";
          render();
          const scope = createAbortScope(batch.signal, limits.maxExecutionMs, "Esta imagem demorou demais para comprimir.");
          try {
            const output = (await abortable(compress({ items: [entry.item], parameters: {}, limits, signal: scope.signal }), scope.signal))[0];
            scope.signal.throwIfAborted();
            if (!(output?.file instanceof Blob) || output.size !== output.file.size || !output.size || output.mime !== entry.item.mime || output.width !== entry.item.width || output.height !== entry.item.height) throw new Error("Não foi gerada uma imagem válida.");
            if (output.size >= entry.item.size) throw Object.assign(new Error("Sem redução."), { code: "image_compress" });
            entry.output = output;
            entry.state = "done";
          } catch (error3) {
            if (batch.signal.aborted || disposed) {
              entry.state = "pending";
              break;
            }
            if (error3.code === "image_compress") {
              entry.output = { ...entry.item, source: "output" };
              entry.state = "unchanged";
            } else {
              entry.state = "error";
              entry.error = error3.message;
            }
          } finally {
            scope.dispose();
          }
          render();
          await yieldTask();
        }
        if (!disposed) status.textContent = batch.signal.aborted ? "Compressão cancelada. Os arquivos já prontos continuam disponíveis." : "Concluído: " + results().length + " de " + entries.length + " arquivo(s) disponível(is).";
      } finally {
        operation = void 0;
        if (!disposed) {
          busy(false);
          render();
        }
      }
    }
    async function downloadAll() {
      if (disposed || working || results().length < 2) return;
      operation = new AbortController();
      const scope = operation;
      busy(true);
      render();
      status.textContent = "Preparando ZIP…";
      try {
        const archive = await zip(results(), { signal: scope.signal, limits });
        scope.signal.throwIfAborted();
        if (!disposed) {
          download({ file: archive.blob, name: "imagens-comprimidas.zip" });
          status.textContent = "ZIP pronto.";
        }
      } catch (error3) {
        if (!disposed) status.textContent = scope.signal.aborted ? "Preparação do ZIP cancelada." : error3.message;
      } finally {
        operation = void 0;
        if (!disposed) {
          busy(false);
          render();
        }
      }
    }
    root.receive = receive;
    root.getCount = () => entries.length;
    root.getMessage = () => status.textContent;
    root.dispose = () => {
      disposed = true;
      lifetime.abort();
      operation?.abort();
      release(entries);
      entries = [];
    };
    render();
    return root;
  }

  // src/tools/image/workspace-limits.js
  var IMAGE_WORKSPACE_LIMITS = resolveLimits({
    maxFileBytes: 64 * 1024 * 1024,
    maxTotalBytes: 256 * 1024 * 1024,
    maxArchiveExpandedBytes: 256 * 1024 * 1024,
    maxExecutionMs: 3e4,
    maxDetectionMs: 2e4
  });

  // src/components/image-workspace.js
  var OPERATIONS = [
    { id: "image.compress", name: "Comprimir imagem", icon: "compress", description: "Reduza o tamanho do arquivo automaticamente." },
    { id: "image.convert", name: "Converter imagem", icon: "convert", description: "Escolha um novo formato para sua imagem." },
    { id: "image.resize", name: "Redimensionar imagem", icon: "resize", description: "Ajuste as dimensões da imagem em pixels." }
  ];
  var MIMES = ["image/jpeg", "image/png", "image/webp"];
  var RESIZE_PRESETS = [
    { id: "small", name: "Pequena", width: 800, height: 600 },
    { id: "hd", name: "HD", width: 1280, height: 720 },
    { id: "full-hd", name: "Full HD", width: 1920, height: 1080 },
    { id: "square", name: "Quadrado", width: 1080, height: 1080 },
    { id: "portrait", name: "Retrato", width: 1080, height: 1350 },
    { id: "story", name: "Stories", width: 1080, height: 1920 }
  ];
  var formatName = (mime) => ({ "image/jpeg": "JPG", "image/png": "PNG", "image/webp": "WebP" })[mime] || "—";
  var formatBytes3 = (value) => value < 1024 ? value + " B" : new Intl.NumberFormat("pt-BR", { maximumFractionDigits: 1 }).format(value / (value < 1048576 ? 1024 : 1048576)) + (value < 1048576 ? " KB" : " MB");
  async function createImagePreview(item, { limits, signal }) {
    const context2 = { limits, signal }, decoded = await decodeImage(item, context2);
    try {
      const scale2 = Math.min(1, 1280 / decoded.width, 800 / decoded.height);
      const blob = await encodeImage(decoded, {
        width: Math.max(1, Math.round(decoded.width * scale2)),
        height: Math.max(1, Math.round(decoded.height * scale2)),
        mime: "image/png"
      }, context2);
      return { blob, width: decoded.width, height: decoded.height };
    } finally {
      decoded.close();
    }
  }
  async function supportedImageFormats() {
    const canvas = document.createElement("canvas");
    canvas.width = canvas.height = 1;
    try {
      const formats2 = [];
      for (const [format, mime] of [["jpg", "image/jpeg"], ["png", "image/png"], ["webp", "image/webp"]]) {
        const blob = await new Promise((resolve) => canvas.toBlob(resolve, mime));
        if (blob?.type === mime && blob.size) formats2.push(format);
      }
      return formats2;
    } finally {
      canvas.width = canvas.height = 1;
    }
  }
  function imageWorkspace({
    onBusy = () => {
    },
    controller = createTaskController({ limits: IMAGE_WORKSPACE_LIMITS }),
    detect = detectInput,
    preview = createImagePreview,
    formats: formats2 = supportedImageFormats,
    download = downloadResultFile
  } = {}) {
    const events = new AbortController();
    let original, result, originalUrl, resultUrl, importScope, disposed = false, importing = false, processing = false;
    let active = OPERATIONS[0], dragDepth = 0, supported = [], formatPending = true, confirmation = false;
    let resizePreset = "original", outputFormat = "jpg", sizePicker, batch, batchBusy = false, appendImport = false;
    const root = element("section", "image-workspace im-studio");
    root.setAttribute("aria-label", "Área de imagens");
    const tabs = element("div", "im-operations");
    tabs.setAttribute("role", "tablist");
    tabs.setAttribute("aria-label", "Operação de imagem");
    const tabButtons = OPERATIONS.map((operation) => {
      const tab = button(operation.name, "im-tab", [imageIcon(operation.icon), element("span", "", operation.name)], () => selectOperation(operation.id));
      tab.id = operation.id.replace(".", "-") + "-tab";
      tab.setAttribute("role", "tab");
      tab.setAttribute("aria-controls", "image-operation-panel");
      tab.addEventListener("keydown", (event) => {
        let next;
        const index = OPERATIONS.indexOf(operation);
        if (event.key === "ArrowRight") next = (index + 1) % OPERATIONS.length;
        if (event.key === "ArrowLeft") next = (index + OPERATIONS.length - 1) % OPERATIONS.length;
        if (event.key === "Home") next = 0;
        if (event.key === "End") next = OPERATIONS.length - 1;
        if (next !== void 0 && !busy()) {
          event.preventDefault();
          selectOperation(OPERATIONS[next].id);
          tabButtons[next].focus();
        }
      });
      return tab;
    });
    tabs.append(...tabButtons);
    const input2 = element("input", "sr-only");
    input2.type = "file";
    input2.tabIndex = -1;
    input2.accept = ".jpg,.jpeg,.png,.webp,image/jpeg,image/png,image/webp";
    input2.setAttribute("aria-label", "Selecionar imagem do dispositivo");
    const choose = () => {
      if (!busy()) {
        appendImport = false;
        input2.click();
      }
    };
    const chooseLabel = element("span", "", "Escolher imagem");
    const chooseButton = button("Escolher imagem", "im-primary im-upload", [imageIcon("upload"), chooseLabel], choose);
    const addImages = button("Adicionar mais imagens", "im-download im-add-images", "Adicionar imagens", () => {
      if (!busy()) {
        appendImport = true;
        input2.click();
      }
    });
    const removeButton = button("Remover imagem", "im-remove", imageIcon("close"), () => {
      if (busy()) return;
      invalidate();
      releaseOriginal();
      original = void 0;
      resizePreset = "original";
      render();
      message("Imagem removida. O arquivo original não foi alterado.");
      chooseButton.focus();
    });
    const picture = element("img", "im-preview");
    picture.decoding = "async";
    const previewLabel = element("span", "im-preview-label", "Original");
    const previewArea = element("div", "im-preview-area", [picture, previewLabel, removeButton]);
    previewArea.hidden = true;
    const selectionHeading = element("h2", "im-upload-heading", "Selecionar imagem");
    const dropZone = element("div", "im-drop", [
      imageIcon("image"),
      element("p", "im-drop-hint", "Arraste e solte aqui ou escolha uma imagem do seu dispositivo."),
      chooseButton,
      addImages,
      element("small", "", "JPG, PNG ou WebP · até " + formatBytes3(controller.limits.maxFileBytes))
    ]);
    const filename = element("p", "im-filename");
    const stats = element("div", "im-stats");
    stats.setAttribute("aria-label", "Dados do arquivo");
    const imageColumn = element("section", "im-image-column", [selectionHeading, previewArea, filename, dropZone, stats]);
    imageColumn.setAttribute("aria-label", "Imagem e prévia");
    const title = element("h2", "sr-only");
    const settings = element("div", "im-settings");
    const process2 = button(active.name, "im-primary im-process", [], () => void execute());
    const downloadButton = button("Baixar imagem", "im-download", [imageIcon("download"), "Baixar imagem"], () => {
      if (!busy() && result?.file instanceof Blob && result.file.size) download(result);
    });
    const cancel = button("Cancelar operação", "im-cancel", "Cancelar operação", () => {
      importScope?.controller.abort();
      controller.cancel();
      confirmation = false;
      render();
    });
    cancel.hidden = true;
    const status = element("p", "image-workspace-status im-status");
    status.setAttribute("role", "status");
    status.setAttribute("aria-live", "polite");
    const panel = element("section", "im-operation-panel", [title, settings, element("div", "im-action-area", [process2, downloadButton])]);
    panel.id = "image-operation-panel";
    panel.setAttribute("role", "tabpanel");
    const columns = element("div", "im-columns", [imageColumn, panel]), batchHost = element("div", "im-batch-host");
    batchHost.hidden = true;
    const feedback = element("div", "im-feedback", [status, cancel]);
    root.append(tabs, columns, batchHost, feedback, input2);
    function busy() {
      return disposed || importing || processing || batchBusy;
    }
    function message(text2, error3 = false) {
      status.textContent = text2;
      status.classList.toggle("is-error", error3);
    }
    function releaseOriginal() {
      if (originalUrl) URL.revokeObjectURL(originalUrl);
      originalUrl = void 0;
    }
    function invalidate() {
      result = void 0;
      confirmation = false;
      if (resultUrl) URL.revokeObjectURL(resultUrl);
      resultUrl = void 0;
      controller.reset();
      message("");
    }
    function syncBusy() {
      const locked = busy();
      root.setAttribute("aria-busy", String(locked));
      onBusy(locked);
      chooseButton.disabled = addImages.disabled = removeButton.disabled = input2.disabled = locked;
      for (const tab of tabButtons) tab.disabled = locked;
      for (const field3 of settings.querySelectorAll("input, select")) field3.disabled = locked;
      sizePicker?.setDisabled(locked);
      process2.disabled = locked || !original || active.id === "image.convert" && (formatPending || !supported.length);
      downloadButton.disabled = locked || !result;
      cancel.hidden = !importing && !processing && !confirmation;
      cancel.textContent = importing ? "Cancelar importação" : "Cancelar operação";
      process2.textContent = processing ? "Processando…" : confirmation ? "Confirmar e continuar" : active.name;
      process2.setAttribute("aria-label", confirmation ? "Confirmar e continuar" : active.name);
    }
    function statistic(label, item) {
      return element("div", "im-stat", [imageIcon("document"), element("div", "", [
        element("strong", "", label + ": " + formatBytes3(item.size)),
        element("small", "", item.width + " × " + item.height + " px · " + formatName(item.mime))
      ])]);
    }
    function updatePreview() {
      const hasImage = Boolean(original), compressing = active.id === "image.compress";
      const hasBatch = compressing && Boolean(batch?.getCount());
      columns.hidden = hasBatch;
      batchHost.hidden = !hasBatch;
      feedback.hidden = hasBatch;
      root.classList.toggle("has-batch", hasBatch);
      input2.multiple = compressing;
      selectionHeading.textContent = compressing ? "Selecionar imagens" : "Selecionar imagem";
      dropZone.querySelector(".im-drop-hint").textContent = compressing ? "Arraste e solte aqui ou escolha suas imagens." : "Arraste e solte aqui ou escolha uma imagem do seu dispositivo.";
      dropZone.querySelector("small").textContent = compressing ? "JPG, PNG ou WebP · até " + controller.limits.maxFiles + " imagens · " + formatBytes3(controller.limits.maxFileBytes) + " cada · " + formatBytes3(Math.min(controller.limits.maxTotalBytes, controller.limits.maxArchiveExpandedBytes)) + " no total" : "JPG, PNG ou WebP · até " + formatBytes3(controller.limits.maxFileBytes);
      addImages.hidden = !compressing || !hasImage;
      root.classList.toggle("has-image", hasImage);
      panel.hidden = !hasImage;
      selectionHeading.hidden = hasImage;
      previewArea.hidden = !hasImage;
      filename.hidden = !hasImage;
      stats.hidden = !hasImage;
      chooseLabel.textContent = hasImage ? "Trocar imagem" : compressing ? "Escolher imagens" : "Escolher imagem";
      chooseButton.setAttribute("aria-label", chooseLabel.textContent);
      chooseButton.title = chooseLabel.textContent;
      if (!original) {
        picture.src = "";
        picture.alt = "";
        filename.textContent = "";
        stats.replaceChildren();
        return;
      }
      picture.src = resultUrl || originalUrl;
      picture.alt = (result ? "Resultado: " : "Original: ") + original.name;
      previewLabel.textContent = result ? "Resultado" : "Original";
      filename.textContent = original.name;
      filename.title = original.name;
      stats.replaceChildren(statistic("Original", original), ...result ? [imageIcon("arrow"), statistic("Resultado", result)] : []);
      if (result && active.id === "image.compress" && result.size < original.size) {
        stats.append(element("p", "im-savings", "Arquivo " + new Intl.NumberFormat("pt-BR", { maximumFractionDigits: 1 }).format((1 - result.size / original.size) * 100) + "% menor"));
      }
    }
    function changed() {
      if (busy()) return;
      invalidate();
      updatePreview();
      syncBusy();
    }
    function labelField(label, field3) {
      field3.setAttribute("aria-label", label);
      return element("label", "im-field", [element("span", "", label), field3]);
    }
    function resizeDimensions2() {
      if (!original) return null;
      if (resizePreset === "original") return { width: original.width, height: original.height };
      const preset = RESIZE_PRESETS.find((item) => item.id === resizePreset);
      if (!preset) throw new Error("Escolha uma dimensão predefinida.");
      return { width: preset.width, height: preset.height };
    }
    function renderSettings() {
      sizePicker?.dispose();
      sizePicker = void 0;
      settings.replaceChildren();
      if (active.id === "image.compress") {
        settings.append(element("p", "im-help", "Reduza o tamanho da imagem automaticamente, mantendo o arquivo original."));
      } else if (active.id === "image.convert") {
        const choices = element("div", "im-format-options");
        choices.setAttribute("role", "radiogroup");
        choices.setAttribute("aria-label", "Formato de saída");
        const helpText = () => formatPending ? "Verificando os formatos suportados…" : !supported.length ? "Este navegador não oferece um formato de saída compatível." : outputFormat === "jpg" ? "JPG não permite transparência. As áreas transparentes receberão fundo branco." : "A transparência será preservada quando existir.";
        const help = element("p", "im-help", helpText());
        const descriptions2 = { jpg: "Fotos", png: "Transparência", webp: "Formato compacto" };
        for (const format of supported) {
          const name = format === "webp" ? "WebP" : format.toUpperCase();
          const radio = element("input", "im-format-radio sr-only");
          radio.type = "radio";
          radio.name = "image-output-format";
          radio.value = format;
          radio.checked = format === outputFormat;
          radio.setAttribute("aria-label", "Converter para " + name);
          radio.addEventListener("change", () => {
            if (busy() || !radio.checked) return;
            outputFormat = format;
            for (const field3 of choices.querySelectorAll("input")) field3.checked = field3 === radio;
            changed();
            help.textContent = helpText();
          });
          choices.append(element("label", "im-format-option", [radio, element("span", "im-format-card", [imageIcon("image"), element("strong", "", name), element("small", "", descriptions2[format])])]));
        }
        settings.append(
          element("p", "im-source-format", "Formato original: " + (original ? formatName(original.mime) : "—")),
          element("div", "im-field", [element("span", "", "Formato de saída"), choices]),
          help
        );
      } else {
        const output = element("p", "im-help im-size-output");
        output.setAttribute("aria-live", "polite");
        const showSize = () => {
          const size = resizeDimensions2();
          output.textContent = size ? "Tamanho final: " + size.width + " × " + size.height + " px" + (resizePreset !== "original" ? " · Imagem inteira, sem deformar. Margens quando necessário." : "") : "";
        };
        sizePicker = imageSizePicker({
          options: [{ id: "original", name: "Original", width: original?.width || 1, height: original?.height || 1 }, ...RESIZE_PRESETS],
          value: resizePreset,
          onChange: (id) => {
            if (!busy()) {
              resizePreset = id;
              changed();
              showSize();
            }
          }
        });
        showSize();
        settings.append(element("div", "im-field", [element("span", "", "Dimensões predefinidas"), sizePicker]), output);
      }
      syncBusy();
    }
    function render() {
      tabButtons.forEach((tab, index) => {
        const selected2 = OPERATIONS[index] === active;
        tab.setAttribute("aria-selected", String(selected2));
        tab.tabIndex = selected2 ? 0 : -1;
      });
      panel.setAttribute("aria-labelledby", tabButtons[OPERATIONS.indexOf(active)].id);
      title.textContent = active.name;
      renderSettings();
      updatePreview();
      syncBusy();
    }
    function selectOperation(id) {
      if (busy()) return;
      const next = OPERATIONS.find((operation) => operation.id === id);
      if (!next) return;
      if (next !== active) {
        invalidate();
        active = next;
        render();
      }
    }
    async function receive(files, { append = false } = {}) {
      if (busy() || !files.length) return;
      if (active.id === "image.compress" && (files.length > 1 || batch?.getCount() || append && original)) {
        if (!batch) {
          batch = imageBatchCompression({
            limits: controller.limits,
            detect,
            download,
            onBusy: (locked) => {
              batchBusy = locked;
              syncBusy();
            },
            onChange: () => {
              updatePreview();
              syncBusy();
            },
            onAdd: () => {
              appendImport = true;
              input2.click();
            }
          });
          batchHost.replaceChildren(batch);
        }
        const incoming = append && !batch.getCount() && original ? [original.file, ...files] : files;
        const accepted = await batch.receive(incoming, { append: append && batch.getCount() > 0 });
        if (disposed) return;
        if (accepted) {
          invalidate();
          releaseOriginal();
          original = void 0;
          updatePreview();
          syncBusy();
        } else message(batch.getMessage(), true);
        return;
      }
      if (files.length !== 1) {
        message("Escolha uma imagem por vez. O arquivo atual foi mantido.", true);
        return;
      }
      let stagedUrl;
      try {
        checkSelection(files, "", controller.limits);
        importing = true;
        syncBusy();
        message("Conferindo a imagem e preparando a prévia…");
        importScope = createAbortScope(events.signal, controller.limits.maxDetectionMs * 2, "A importação demorou demais. Tente uma imagem menor.");
        const detected = await detect({ files }, { limits: controller.limits, signal: importScope.signal });
        importScope.signal.throwIfAborted();
        const item = detected.items[0];
        if (!item?.valid || item.kind !== "image" || !MIMES.includes(item.mime)) throw new Error(item?.warnings?.[0] || "Arquivo inválido. Escolha uma imagem JPG, PNG ou WebP.");
        const thumbnail = await preview(item, { signal: importScope.signal, limits: controller.limits });
        importScope.signal.throwIfAborted();
        if (disposed) return;
        stagedUrl = URL.createObjectURL(thumbnail.blob);
        batch?.dispose();
        batch = void 0;
        batchHost.replaceChildren();
        invalidate();
        releaseOriginal();
        originalUrl = stagedUrl;
        stagedUrl = void 0;
        original = { ...item, width: thumbnail.width, height: thumbnail.height };
        resizePreset = "original";
        message("Imagem pronta. Escolha a operação e processe.");
      } catch (error3) {
        if (!disposed) message(error3.name === "AbortError" ? "Importação cancelada. A imagem anterior foi mantida." : error3.message, error3.name !== "AbortError");
      } finally {
        if (stagedUrl) URL.revokeObjectURL(stagedUrl);
        importScope?.dispose();
        importScope = void 0;
        importing = false;
        if (!disposed) render();
      }
    }
    async function execute() {
      if (busy() || !original) return;
      let parameters2 = {};
      try {
        if (active.id === "image.convert") {
          if (formatPending || !supported.includes(outputFormat)) throw new Error("Escolha um formato suportado.");
          parameters2 = { outputFormat };
        }
        if (active.id === "image.resize") {
          parameters2 = { ...resizeDimensions2(), fit: "contain" };
          ensureImageDimensions(parameters2.width, parameters2.height, controller.limits);
        }
        const confirmed = confirmation;
        if (!confirmed) invalidate();
        processing = true;
        syncBusy();
        message("Processando localmente…");
        if (confirmed) {
          confirmation = false;
          await controller.execute({ confirmed: true });
        } else {
          const prepared = await controller.prepare({ actionId: active.id, files: [original.file], parameters: parameters2 });
          if (prepared.validation?.canExecute && !prepared.validation.requiresConfirmation && !disposed) await controller.execute();
        }
      } catch (error3) {
        if (!disposed) message(error3.message, true);
      } finally {
        processing = false;
        if (!disposed) {
          updatePreview();
          syncBusy();
        }
      }
    }
    const unsubscribe = controller.subscribe((state) => {
      if (disposed) return;
      if (state.status === "waiting_confirmation") {
        confirmation = true;
        message(state.validation.confirmationReasons.join(" ") + " Seu original não será alterado.");
      } else if (state.status === "error" || state.status === "cancelled") {
        confirmation = false;
        message(state.message || "Operação não concluída.", state.status === "error");
      } else if (state.validation?.valid === false) {
        message(state.validation.errors.map((error3) => error3.message).join(" "), true);
      } else if (state.status === "success") {
        const item = state.result?.items?.[0];
        if (!(item?.file instanceof Blob) || !item.file.size || !MIMES.includes(item.mime)) {
          message("Não foi gerada uma imagem válida.", true);
          return;
        }
        if (active.id === "image.compress" && item.size >= original.size) {
          message("Não foi possível reduzir esta imagem. O arquivo original foi mantido.", true);
          return;
        }
        result = item;
        if (resultUrl) URL.revokeObjectURL(resultUrl);
        resultUrl = URL.createObjectURL(item.file);
        confirmation = false;
        message((active.id === "image.compress" ? "Imagem comprimida." : active.id === "image.convert" ? "Imagem convertida." : "Imagem redimensionada.") + (item.notice ? " " + item.notice : "") + " Pronta para baixar.");
      }
      syncBusy();
    });
    input2.addEventListener("change", () => {
      const append = appendImport;
      appendImport = false;
      void receive([...input2.files || []], { append });
      input2.value = "";
    }, { signal: events.signal });
    root.addEventListener("paste", (event) => {
      if (event.clipboardData?.files.length) {
        event.preventDefault();
        void receive([...event.clipboardData.files], { append: Boolean(batch?.getCount()) });
      }
    }, { signal: events.signal });
    root.addEventListener("dragenter", (event) => {
      if (!event.dataTransfer?.types.includes("Files")) return;
      event.preventDefault();
      dragDepth++;
      root.classList.add("is-dragging");
    }, { signal: events.signal });
    root.addEventListener("dragover", (event) => {
      if (!event.dataTransfer?.types.includes("Files")) return;
      event.preventDefault();
      event.dataTransfer.dropEffect = busy() ? "none" : "copy";
    }, { signal: events.signal });
    root.addEventListener("dragleave", () => {
      dragDepth = Math.max(0, dragDepth - 1);
      if (!dragDepth) root.classList.remove("is-dragging");
    }, { signal: events.signal });
    root.addEventListener("drop", (event) => {
      event.preventDefault();
      dragDepth = 0;
      root.classList.remove("is-dragging");
      if (event.dataTransfer?.files.length) void receive([...event.dataTransfer.files], { append: Boolean(batch?.getCount()) });
    }, { signal: events.signal });
    root.runAction = selectOperation;
    root.dispose = () => {
      if (disposed) return;
      disposed = true;
      events.abort();
      batch?.dispose();
      sizePicker?.dispose();
      importScope?.controller.abort();
      unsubscribe();
      controller.dispose();
      releaseOriginal();
      if (resultUrl) URL.revokeObjectURL(resultUrl);
      resultUrl = void 0;
      original = result = void 0;
      picture.src = "";
    };
    render();
    Promise.resolve().then(formats2).then((values3) => {
      if (disposed) return;
      supported = [...new Set(values3)].filter((format) => ["jpg", "png", "webp"].includes(format));
      if (!supported.includes(outputFormat)) outputFormat = supported[0] || "";
    }).catch(() => {
      supported = [];
    }).finally(() => {
      formatPending = false;
      if (!disposed && active.id === "image.convert") renderSettings();
    });
    return root;
  }

  // src/pages/image-page.js
  function imagePage() {
    const body = document.body;
    body.classList.add("image-studio-active");
    const heading = element("h1", "sr-only", "Imagem");
    heading.tabIndex = -1;
    const area = imageWorkspace();
    const page = element("div", "environment-page image-page im-page", [
      heading,
      area
    ]);
    page.dispose = () => {
      area.dispose();
      body.classList.remove("image-studio-active");
    };
    return page;
  }

  // src/components/pdf-workspace.js
  var ACTIONS = ["pdf.merge", "pdf.extractPages", "pdf.split", "pdf.reorder", "pdf.rotate"];
  var formatBytes4 = (bytes2) => new Intl.NumberFormat("pt-BR", { maximumFractionDigits: 1 }).format(bytes2 / 1024 / 1024) + " MB";
  var sameFile2 = (a, b) => a.name === b.name && a.size === b.size && a.lastModified === b.lastModified;
  function pdfWorkspace({ onBusy = () => {
  }, onFilesChange = () => {
  }, onMessage = () => {
  }, onPreview, persistentPicker = false, controller = createTaskController(), detect = detectInput } = {}) {
    const events = new AbortController(), records = [], selected2 = /* @__PURE__ */ new Set(), limits = controller.limits;
    let serial = 0, disposed = false, importing = false, processing = false, dragDepth = 0, importScope, actionDialog;
    const root = element("section", "image-workspace pdf-workspace");
    root.setAttribute("aria-label", "Área de PDFs");
    const input2 = element("input", "sr-only");
    input2.type = "file";
    input2.multiple = true;
    input2.tabIndex = -1;
    input2.accept = ".pdf,application/pdf";
    input2.setAttribute("aria-label", "Selecionar PDFs do dispositivo");
    const status = element("p", "image-workspace-status");
    status.setAttribute("role", "status");
    status.setAttribute("aria-live", "polite");
    const results = element("section", "task-results image-workspace-results");
    results.hidden = true;
    results.setAttribute("aria-label", "Resultados dos PDFs");
    results.setAttribute("aria-live", "polite");
    const count = element("span", "image-workspace-count");
    const choose = () => {
      if (!busy()) input2.click();
    };
    const add = button("Adicionar PDFs", "primary-action", [icon("plus"), "Adicionar PDFs"], choose);
    const selectAll = button("Selecionar todos os PDFs", "text-button pdf-bulk-control", "Selecionar todos", () => {
      if (busy()) return;
      if (selected2.size === records.length) selected2.clear();
      else records.forEach((record) => selected2.add(record.id));
      controller.reset();
      renderList();
    });
    const removeSelected = button("Remover PDFs selecionados", "text-button pdf-bulk-control", [icon("trash"), "Remover selecionados"], () => {
      if (!busy()) remove(records.filter((record) => selected2.has(record.id)));
    });
    const clear = button("Limpar todos os PDFs", "text-button pdf-bulk-control", "Limpar tudo", () => {
      if (!busy()) remove([...records]);
    });
    const cancel = button("Cancelar importação de PDFs", "text-button", "Cancelar importação", () => importScope?.controller.abort());
    cancel.hidden = true;
    const title = element("h2", "", "Adicione seus PDFs");
    const pick = button("Escolher PDFs", "image-upload-button", [icon("upload"), "Escolher PDFs"], choose);
    const drop = element("div", "image-drop-zone", [
      icon("pdf", "color-red"),
      title,
      element("p", "", "Arraste e solte aqui ou escolha os arquivos do seu dispositivo."),
      pick,
      element("small", "", "Até " + limits.maxPdfFiles + " PDFs · " + formatBytes4(limits.maxPdfFileBytes) + " por arquivo · processamento local")
    ]);
    drop.setAttribute("aria-label", "Solte PDFs aqui");
    const list = element("div", "pdf-file-list");
    list.setAttribute("aria-label", "PDFs adicionados");
    root.append(
      element("div", "image-workspace-toolbar", [add, count, selectAll, removeSelected, clear, cancel]),
      drop,
      element("p", "image-workspace-hint", "Selecione os arquivos e escolha uma ação acima. Para juntar, use as setas para definir a ordem dos PDFs; as outras ações usam um arquivo por vez. Os originais não são alterados."),
      status,
      list,
      results,
      input2
    );
    function busy() {
      return disposed || importing || processing;
    }
    function message(text2, error3 = false, kind = "info") {
      status.textContent = text2;
      status.classList.toggle("is-error", error3);
      onMessage(text2, error3, kind);
    }
    function setBusy() {
      const active = busy();
      root.setAttribute("aria-busy", String(active));
      onBusy(active);
      for (const control of [add, pick, selectAll, removeSelected, clear]) control.disabled = active;
      if (!active) {
        selectAll.disabled = !records.length;
        removeSelected.disabled = !selected2.size;
        clear.disabled = !records.length;
      }
      list.inert = active;
      cancel.hidden = !importing;
      for (const control of list.querySelectorAll("input, button")) control.disabled = active || control.dataset.unavailable === "true";
    }
    function remove(items) {
      controller.reset();
      for (const record of items) {
        const index = records.indexOf(record);
        if (index < 0) continue;
        selected2.delete(record.id);
        records.splice(index, 1);
      }
      renderList();
      message("Seleção atualizada. Os arquivos originais foram preservados.", false, "success");
    }
    function move(record, offset) {
      if (busy()) return;
      const from = records.indexOf(record), to = from + offset;
      if (from < 0 || to < 0 || to >= records.length) return;
      controller.reset();
      [records[from], records[to]] = [records[to], records[from]];
      renderList();
      message("Ordem dos PDFs atualizada.", false, "success");
    }
    function renderList() {
      const previous = list.contains(document.activeElement) ? document.activeElement.getAttribute("aria-label") : null;
      root.classList.toggle("has-images", Boolean(records.length));
      count.textContent = records.length ? records.length + " PDF(s) · " + selected2.size + " selecionado(s) · " + records.reduce((sum2, record) => sum2 + record.pages, 0) + " página(s)" : "Nenhum PDF adicionado";
      selectAll.textContent = records.length && selected2.size === records.length ? "Desmarcar todos" : "Selecionar todos";
      title.textContent = records.length ? "Adicione mais PDFs" : "Adicione seus PDFs";
      pick.hidden = Boolean(records.length) && !persistentPicker;
      list.replaceChildren(...records.map((record, index) => {
        const check = element("input");
        check.type = "checkbox";
        check.checked = selected2.has(record.id);
        check.setAttribute("aria-label", "Selecionar " + record.file.name);
        check.addEventListener("change", () => {
          if (busy()) return;
          check.checked ? selected2.add(record.id) : selected2.delete(record.id);
          controller.reset();
          renderList();
        });
        const name = element("span", "pdf-file-name", record.file.name);
        name.title = record.file.name;
        const up = button("Subir " + record.file.name, "pdf-order-button pdf-file-move", "↑", () => move(record, -1));
        up.dataset.unavailable = String(index === 0);
        const down = button("Descer " + record.file.name, "pdf-order-button pdf-file-move", "↓", () => move(record, 1));
        down.dataset.unavailable = String(index === records.length - 1);
        const row = element("article", "pdf-file-row", [
          element("label", "pdf-file-label", [
            check,
            element("span", "pdf-file-number", String(index + 1)),
            icon("pdf", "color-red"),
            element("span", "pdf-file-info", [name, element("small", "", record.pages + " página(s) · " + formatBytes4(record.file.size))])
          ]),
          element("div", "pdf-file-controls", [onPreview ? button("Visualizar " + record.file.name, "pdf-order-button pdf-file-preview", icon("eye"), () => onPreview(record)) : null, up, down, button("Remover " + record.file.name, "pdf-order-button", icon("close"), () => {
            if (!busy()) remove([record]);
          })])
        ]);
        row.classList.toggle("is-selected", selected2.has(record.id));
        return row;
      }));
      setBusy();
      onFilesChange(records.map((record) => ({ ...record, selected: selected2.has(record.id) })));
      if (previous) [...list.querySelectorAll("input, button")].find((node2) => node2.getAttribute("aria-label") === previous && !node2.disabled)?.focus();
    }
    async function receive(files) {
      if (busy()) return;
      const incoming = [...files].filter((file, index, all) => !records.some((record) => sameFile2(record.file, file)) && all.findIndex((other) => sameFile2(file, other)) === index);
      if (!incoming.length) {
        message(files.length ? "Esses PDFs já foram adicionados." : "Nenhum PDF selecionado.");
        return;
      }
      try {
        const combined = [...records.map((record) => record.file), ...incoming];
        checkSelection(combined, "", limits);
        if (combined.length > limits.maxPdfFiles || combined.some((file) => file.size > limits.maxPdfFileBytes) || combined.reduce((sum2, file) => sum2 + file.size, 0) > limits.maxPdfTotalBytes) {
          throw new Error("A seleção ultrapassa os limites: " + limits.maxPdfFiles + " PDFs, " + formatBytes4(limits.maxPdfFileBytes) + " por arquivo e " + formatBytes4(limits.maxPdfTotalBytes) + " no total.");
        }
        controller.reset();
        importing = true;
        setBusy();
        message("Conferindo os PDFs e contando as páginas…");
        importScope = createAbortScope(events.signal, limits.maxDetectionMs * Math.min(incoming.length + 1, 6), "A importação demorou demais. Tente adicionar menos PDFs.");
        const detected = await detect({ files: incoming }, { limits, signal: importScope.signal });
        importScope.signal.throwIfAborted();
        if (disposed) return;
        const valid = detected.items.filter((item) => item.valid && item.kind === "pdf" && item.pageCount > 0);
        const rejected = detected.items.filter((item) => !valid.includes(item));
        if (records.reduce((sum2, record) => sum2 + record.pages, 0) + valid.reduce((sum2, item) => sum2 + item.pageCount, 0) > limits.maxPdfTotalPages) {
          throw new Error("O total ultrapassa " + limits.maxPdfTotalPages + " páginas. Remova alguns PDFs antes de adicionar mais.");
        }
        for (const item of valid) {
          const record = { id: ++serial, file: item.file, pages: item.pageCount };
          records.push(record);
          selected2.add(record.id);
        }
        message((valid.length ? valid.length + " PDF(s) adicionado(s). Escolha uma ação acima." : "Nenhum PDF compatível foi adicionado.") + (rejected.length ? " Não adicionados: " + rejected.slice(0, 3).map((item) => item.name + ": " + (item.warnings?.[0] || "use um PDF válido.")).join(" · ") : ""), Boolean(rejected.length), rejected.length ? "info" : "success");
      } catch (error3) {
        if (!disposed) message(error3.name === "AbortError" ? "Importação cancelada. Os PDFs anteriores foram mantidos." : error3.message, error3.name !== "AbortError");
      } finally {
        importScope?.dispose();
        importScope = void 0;
        importing = false;
        if (!disposed) renderList();
      }
    }
    async function execute(id, parameters2 = {}) {
      if (busy()) return;
      const files = records.filter((record) => selected2.has(record.id)).map((record) => record.file);
      message("");
      const prepared = await controller.prepare({ actionId: id, files, parameters: parameters2 });
      if (!disposed && prepared.validation?.canExecute && !prepared.validation.requiresConfirmation) await controller.execute();
    }
    function runAction(id) {
      if (busy() || !ACTIONS.includes(id)) return;
      if (!selected2.size) {
        message(records.length ? "Selecione um PDF antes de escolher a ação." : "Adicione os PDFs primeiro; depois escolha uma ação acima.");
        if (!records.length) choose();
        else list.querySelector("input")?.focus();
        return;
      }
      if (id === "pdf.merge" && selected2.size < 2) {
        message("Selecione pelo menos dois PDFs para juntar.");
        return;
      }
      if (id !== "pdf.merge" && selected2.size !== 1) {
        message("Para esta ação, selecione apenas um PDF.");
        return;
      }
      if (id === "pdf.merge") void execute(id);
      else actionDialog = openPdfActionDialog(id, (parameters2) => {
        if (!disposed) void execute(id, parameters2);
      });
    }
    const unsubscribe = controller.subscribe((state) => {
      processing = ["detecting", "planning", "validating", "running"].includes(state.status);
      setBusy();
      renderTaskResults(results, state, { onSelect: runAction, onConfirm: () => {
        if (!disposed) void controller.execute({ confirmed: true });
      }, onCancel: () => controller.cancel() });
    });
    input2.addEventListener("change", () => {
      void receive([...input2.files || []]);
      input2.value = "";
    }, { signal: events.signal });
    root.addEventListener("dragenter", (event) => {
      if (!event.dataTransfer?.types.includes("Files")) return;
      event.preventDefault();
      dragDepth++;
      root.classList.add("is-dragging");
    }, { signal: events.signal });
    root.addEventListener("dragover", (event) => {
      if (!event.dataTransfer?.types.includes("Files")) return;
      event.preventDefault();
      event.dataTransfer.dropEffect = busy() ? "none" : "copy";
    }, { signal: events.signal });
    root.addEventListener("dragleave", () => {
      dragDepth = Math.max(0, dragDepth - 1);
      if (!dragDepth) root.classList.remove("is-dragging");
    }, { signal: events.signal });
    root.addEventListener("drop", (event) => {
      event.preventDefault();
      dragDepth = 0;
      root.classList.remove("is-dragging");
      if (event.dataTransfer?.files.length) void receive([...event.dataTransfer.files]);
    }, { signal: events.signal });
    root.runAction = runAction;
    root.receive = receive;
    root.getFiles = () => records.map((record) => ({ ...record, selected: selected2.has(record.id) }));
    root.selectFile = (file) => {
      if (busy()) return false;
      const record = records.find((record2) => record2.file === file);
      if (!record) return false;
      selected2.clear();
      selected2.add(record.id);
      controller.reset();
      renderList();
      return true;
    };
    root.dispose = () => {
      disposed = true;
      events.abort();
      importScope?.controller.abort();
      unsubscribe();
      controller.dispose();
      if (actionDialog?.isConnected) actionDialog.close();
      records.length = 0;
      selected2.clear();
    };
    renderList();
    return root;
  }

  // node_modules/pdfjs-dist/legacy/build/pdf.mjs
  var import_meta = {};
  var __webpack_modules__ = {
    /***/
    463(module) {
      var $TypeError = TypeError;
      module.exports = function(argument) {
        if (typeof argument == "string") return argument;
        throw new $TypeError("Argument is not a string");
      };
    },
    /***/
    804(module) {
      var commonAlphabet = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789";
      var base64Alphabet = commonAlphabet + "+/";
      var base64UrlAlphabet = commonAlphabet + "-_";
      var inverse = function(characters) {
        var result = {};
        var index = 0;
        for (; index < 64; index++) result[characters.charAt(index)] = index;
        return result;
      };
      module.exports = {
        i2c: base64Alphabet,
        c2i: inverse(base64Alphabet),
        i2cUrl: base64UrlAlphabet,
        c2iUrl: inverse(base64UrlAlphabet)
      };
    },
    /***/
    529(module) {
      module.exports = function(value, done) {
        return { value, done };
      };
    },
    /***/
    837(module) {
      var $TypeError = TypeError;
      var MAX_SAFE_INTEGER = 9007199254740991;
      module.exports = function(it) {
        if (it > MAX_SAFE_INTEGER) throw new $TypeError("Maximum allowed index exceeded");
        return it;
      };
    },
    /***/
    2(module) {
      module.exports = {
        IndexSizeError: { s: "INDEX_SIZE_ERR", c: 1, m: 1 },
        DOMStringSizeError: { s: "DOMSTRING_SIZE_ERR", c: 2, m: 0 },
        HierarchyRequestError: { s: "HIERARCHY_REQUEST_ERR", c: 3, m: 1 },
        WrongDocumentError: { s: "WRONG_DOCUMENT_ERR", c: 4, m: 1 },
        InvalidCharacterError: { s: "INVALID_CHARACTER_ERR", c: 5, m: 1 },
        NoDataAllowedError: { s: "NO_DATA_ALLOWED_ERR", c: 6, m: 0 },
        NoModificationAllowedError: { s: "NO_MODIFICATION_ALLOWED_ERR", c: 7, m: 1 },
        NotFoundError: { s: "NOT_FOUND_ERR", c: 8, m: 1 },
        NotSupportedError: { s: "NOT_SUPPORTED_ERR", c: 9, m: 1 },
        InUseAttributeError: { s: "INUSE_ATTRIBUTE_ERR", c: 10, m: 1 },
        InvalidStateError: { s: "INVALID_STATE_ERR", c: 11, m: 1 },
        SyntaxError: { s: "SYNTAX_ERR", c: 12, m: 1 },
        InvalidModificationError: { s: "INVALID_MODIFICATION_ERR", c: 13, m: 1 },
        NamespaceError: { s: "NAMESPACE_ERR", c: 14, m: 1 },
        InvalidAccessError: { s: "INVALID_ACCESS_ERR", c: 15, m: 1 },
        ValidationError: { s: "VALIDATION_ERR", c: 16, m: 0 },
        TypeMismatchError: { s: "TYPE_MISMATCH_ERR", c: 17, m: 1 },
        SecurityError: { s: "SECURITY_ERR", c: 18, m: 1 },
        NetworkError: { s: "NETWORK_ERR", c: 19, m: 1 },
        AbortError: { s: "ABORT_ERR", c: 20, m: 1 },
        URLMismatchError: { s: "URL_MISMATCH_ERR", c: 21, m: 1 },
        QuotaExceededError: { s: "QUOTA_EXCEEDED_ERR", c: 22, m: 1 },
        TimeoutError: { s: "TIMEOUT_ERR", c: 23, m: 1 },
        InvalidNodeTypeError: { s: "INVALID_NODE_TYPE_ERR", c: 24, m: 1 },
        DataCloneError: { s: "DATA_CLONE_ERR", c: 25, m: 1 }
      };
    },
    /***/
    944(module) {
      var $TypeError = TypeError;
      module.exports = function(options2) {
        var alphabet = options2 && options2.alphabet;
        if (alphabet === void 0 || alphabet === "base64" || alphabet === "base64url") return alphabet || "base64";
        throw new $TypeError("Incorrect `alphabet` option");
      };
    },
    /***/
    767(module) {
      module.exports = function(obj) {
        return {
          iterator: obj,
          next: obj.next,
          done: false
        };
      };
    },
    /***/
    117(module) {
      module.exports = function(it) {
        return it === null || it === void 0;
      };
    },
    /***/
    859(module) {
      module.exports = function(state) {
        state.iterator = state.next = state.nextHandler = state.mapper = state.predicate = state.inner = state.iterables = state.iters = state.openIters = state.padding = state.finishResults = state.buffer = null;
      };
    },
    /***/
    684(module) {
      module.exports = function(methodName, argument) {
        var method = typeof Iterator == "function" && Iterator.prototype[methodName];
        if (method) try {
          method.call({ next: null }, argument).next();
        } catch (error3) {
          return true;
        }
      };
    },
    /***/
    269(module) {
      module.exports = Object.create ? /* @__PURE__ */ Object.create(null) : {};
    },
    /***/
    741(module) {
      var ceil2 = Math.ceil;
      var floor = Math.floor;
      module.exports = Math.trunc || function trunc(x) {
        var n = +x;
        return (n > 0 ? floor : ceil2)(n);
      };
    },
    /***/
    149(module) {
      var $RangeError = RangeError;
      module.exports = function(it) {
        if (it === it) return it;
        throw new $RangeError("NaN is not allowed");
      };
    },
    /***/
    717(__unused_webpack_module, exports) {
      exports.f = Object.getOwnPropertySymbols;
    },
    /***/
    103(module) {
      module.exports = function(exec) {
        try {
          return { error: false, value: exec() };
        } catch (error3) {
          return { error: true, value: error3 };
        }
      };
    },
    /***/
    750(module, __unused_webpack_exports, __webpack_require__3) {
      var isNullOrUndefined = __webpack_require__3(117);
      var $TypeError = TypeError;
      module.exports = function(it) {
        if (isNullOrUndefined(it)) throw new $TypeError("Can't call method on " + it);
        return it;
      };
    },
    /***/
    835(module) {
      module.exports = function(METHOD_NAME) {
        try {
          var baseSet = /* @__PURE__ */ new Set();
          var setLike = {
            size: 0,
            has: function() {
              return true;
            },
            keys: function() {
              return Object.defineProperty({}, "next", {
                get: function() {
                  baseSet.clear();
                  baseSet.add(4);
                  return function() {
                    return { done: true };
                  };
                }
              });
            }
          };
          var result = baseSet[METHOD_NAME](setLike);
          return result.size === 1 && result.values().next().value === 4;
        } catch (error3) {
          return false;
        }
      };
    },
    /***/
    291(module, __unused_webpack_exports, __webpack_require__3) {
      var trunc = __webpack_require__3(741);
      module.exports = function(argument) {
        var number2 = +argument;
        return number2 !== number2 || number2 === 0 ? 0 : trunc(number2);
      };
    },
    /***/
    14(module, __unused_webpack_exports, __webpack_require__3) {
      var toIntegerOrInfinity = __webpack_require__3(291);
      var min = Math.min;
      module.exports = function(argument) {
        var len = toIntegerOrInfinity(argument);
        return len > 0 ? min(len, 9007199254740991) : 0;
      };
    },
    /***/
    981(module, __unused_webpack_exports, __webpack_require__3) {
      var requireObjectCoercible = __webpack_require__3(750);
      var $Object = Object;
      module.exports = function(argument) {
        return $Object(requireObjectCoercible(argument));
      };
    },
    /***/
    590(module, __unused_webpack_exports, __webpack_require__3) {
      var toIntegerOrInfinity = __webpack_require__3(291);
      var $RangeError = RangeError;
      module.exports = function(it) {
        var result = toIntegerOrInfinity(it);
        if (result < 0) throw new $RangeError("The argument can't be less than 0");
        return result;
      };
    },
    /***/
    812(module) {
      var $TypeError = TypeError;
      module.exports = function(passed, required) {
        if (passed < required) throw new $TypeError("Not enough arguments");
        return passed;
      };
    }
    /******/
  };
  var __webpack_module_cache__ = {};
  function __webpack_require__(moduleId) {
    const cachedModule = __webpack_module_cache__[moduleId];
    if (cachedModule !== void 0) {
      return cachedModule.exports;
    }
    const module = __webpack_module_cache__[moduleId] = {
      /******/
      // no module.id needed
      /******/
      // no module.loaded needed
      /******/
      exports: {}
      /******/
    };
    __webpack_modules__[moduleId](module, module.exports, __webpack_require__);
    return module.exports;
  }
  __webpack_require__.cw = (body) => {
    var mod;
    return () => {
      if (body) {
        var fn = body;
        body = 0;
        mod = { exports: {} };
        fn.call(mod.exports, mod, mod.exports);
      }
      return mod.exports;
    };
  };
  __webpack_require__.d = (exports, definition) => {
    for (var key2 in definition) {
      if (__webpack_require__.o(definition, key2) && !__webpack_require__.o(exports, key2)) {
        Object.defineProperty(exports, key2, { enumerable: true, get: definition[key2] });
      }
    }
  };
  __webpack_require__.o = (obj, prop) => Object.prototype.hasOwnProperty.call(obj, prop);
  var a_callable_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var isCallable = is_callable_namespaceFn();
    var tryToString = try_to_string_namespaceFn();
    var $TypeError = TypeError;
    module.exports = function(argument) {
      if (isCallable(argument)) return argument;
      throw new $TypeError(tryToString(argument) + " is not a function");
    };
  });
  var a_possible_prototype_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var isPossiblePrototype = is_possible_prototype_namespaceFn();
    var $String = String;
    var $TypeError = TypeError;
    module.exports = function(argument) {
      if (isPossiblePrototype(argument)) return argument;
      throw new $TypeError("Can't set " + $String(argument) + " as a prototype");
    };
  });
  var a_set_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var has = set_helpers_namespaceFn().has;
    module.exports = function(it) {
      has(it);
      return it;
    };
  });
  var a_string_namespaceFn = () => {
    return __webpack_require__(463);
  };
  var a_weak_key_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var WeakMapHelpers = weak_map_helpers_namespaceFn();
    var weakmap = new WeakMapHelpers.WeakMap();
    var set = WeakMapHelpers.set;
    var remove = WeakMapHelpers.remove;
    module.exports = function(key2) {
      set(weakmap, key2, 1);
      remove(weakmap, key2);
      return key2;
    };
  });
  var a_weak_map_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var has = weak_map_helpers_namespaceFn().has;
    module.exports = function(it) {
      has(it);
      return it;
    };
  });
  var add_to_unscopables_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var wellKnownSymbol = well_known_symbol_namespaceFn();
    var create = object_create_namespaceFn();
    var defineProperty = object_define_property_namespaceFn().f;
    var UNSCOPABLES = wellKnownSymbol("unscopables");
    var ArrayPrototype = Array.prototype;
    if (ArrayPrototype[UNSCOPABLES] === void 0) {
      defineProperty(ArrayPrototype, UNSCOPABLES, {
        configurable: true,
        value: create(null)
      });
    }
    module.exports = function(key2) {
      ArrayPrototype[UNSCOPABLES][key2] = true;
    };
  });
  var an_instance_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var isPrototypeOf = object_is_prototype_of_namespaceFn();
    var $TypeError = TypeError;
    module.exports = function(it, Prototype) {
      if (isPrototypeOf(Prototype, it)) return it;
      throw new $TypeError("Incorrect invocation");
    };
  });
  var an_object_or_undefined_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var isObject = is_object_namespaceFn();
    var $String = String;
    var $TypeError = TypeError;
    module.exports = function(argument) {
      if (argument === void 0 || isObject(argument)) return argument;
      throw new $TypeError($String(argument) + " is not an object or undefined");
    };
  });
  var an_object_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var isObject = is_object_namespaceFn();
    var $String = String;
    var $TypeError = TypeError;
    module.exports = function(argument) {
      if (isObject(argument)) return argument;
      throw new $TypeError($String(argument) + " is not an object");
    };
  });
  var an_uint8_array_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var classof = classof_namespaceFn();
    var $TypeError = TypeError;
    module.exports = function(argument) {
      if (classof(argument) === "Uint8Array") return argument;
      throw new $TypeError("Argument is not an Uint8Array");
    };
  });
  var array_buffer_basic_detection_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    module.exports = typeof ArrayBuffer != "undefined" && typeof DataView != "undefined";
  });
  var array_buffer_byte_length_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var uncurryThisAccessor = function_uncurry_this_accessor_namespaceFn();
    var classof = classof_raw_namespaceFn();
    var ArrayBuffer2 = globalThis2.ArrayBuffer;
    var TypeError2 = globalThis2.TypeError;
    module.exports = ArrayBuffer2 && uncurryThisAccessor(ArrayBuffer2.prototype, "byteLength", "get") || function(O) {
      if (classof(O) !== "ArrayBuffer") throw new TypeError2("ArrayBuffer expected");
      return O.byteLength;
    };
  });
  var array_buffer_is_detached_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var NATIVE_ARRAY_BUFFER = array_buffer_basic_detection_namespaceFn();
    var arrayBufferByteLength = array_buffer_byte_length_namespaceFn();
    var DataView2 = globalThis2.DataView;
    module.exports = function(O) {
      if (!NATIVE_ARRAY_BUFFER || arrayBufferByteLength(O) !== 0) return false;
      try {
        new DataView2(O);
        return false;
      } catch (error3) {
        return true;
      }
    };
  });
  var array_buffer_not_detached_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var isDetached = array_buffer_is_detached_namespaceFn();
    var $TypeError = TypeError;
    module.exports = function(it) {
      if (isDetached(it)) throw new $TypeError("ArrayBuffer is detached");
      return it;
    };
  });
  var array_buffer_view_core_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var NATIVE_ARRAY_BUFFER = array_buffer_basic_detection_namespaceFn();
    var DESCRIPTORS = descriptors_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var isObject = is_object_namespaceFn();
    var hasOwn = has_own_property_namespaceFn();
    var classof = classof_namespaceFn();
    var tryToString = try_to_string_namespaceFn();
    var createNonEnumerableProperty = create_non_enumerable_property_namespaceFn();
    var defineBuiltIn = define_built_in_namespaceFn();
    var defineBuiltInAccessor = define_built_in_accessor_namespaceFn();
    var isPrototypeOf = object_is_prototype_of_namespaceFn();
    var getPrototypeOf = object_get_prototype_of_namespaceFn();
    var setPrototypeOf = object_set_prototype_of_namespaceFn();
    var wellKnownSymbol = well_known_symbol_namespaceFn();
    var uid2 = uid_namespaceFn();
    var InternalStateModule = internal_state_namespaceFn();
    var enforceInternalState = InternalStateModule.enforce;
    var getInternalState = InternalStateModule.get;
    var Int8Array2 = globalThis2.Int8Array;
    var Int8ArrayPrototype = Int8Array2 && Int8Array2.prototype;
    var Uint8ClampedArray2 = globalThis2.Uint8ClampedArray;
    var Uint8ClampedArrayPrototype = Uint8ClampedArray2 && Uint8ClampedArray2.prototype;
    var TypedArray = Int8Array2 && getPrototypeOf(Int8Array2);
    var TypedArrayPrototype = Int8ArrayPrototype && getPrototypeOf(Int8ArrayPrototype);
    var ObjectPrototype = Object.prototype;
    var TypeError2 = globalThis2.TypeError;
    var TO_STRING_TAG = wellKnownSymbol("toStringTag");
    var TYPED_ARRAY_TAG = uid2("TYPED_ARRAY_TAG");
    var TYPED_ARRAY_CONSTRUCTOR = "TypedArrayConstructor";
    var NATIVE_ARRAY_BUFFER_VIEWS = NATIVE_ARRAY_BUFFER && !!setPrototypeOf && classof(globalThis2.opera) !== "Opera";
    var TYPED_ARRAY_TAG_REQUIRED = false;
    var NAME, Constructor, Prototype;
    var TypedArrayConstructorsList = {
      Int8Array: 1,
      Uint8Array: 1,
      Uint8ClampedArray: 1,
      Int16Array: 2,
      Uint16Array: 2,
      Int32Array: 4,
      Uint32Array: 4,
      Float32Array: 4,
      Float64Array: 8
    };
    var BigIntArrayConstructorsList = {
      BigInt64Array: 8,
      BigUint64Array: 8
    };
    var isView = function isView2(it) {
      if (!isObject(it)) return false;
      var klass = classof(it);
      return klass === "DataView" || hasOwn(TypedArrayConstructorsList, klass) || hasOwn(BigIntArrayConstructorsList, klass);
    };
    var getTypedArrayConstructor = function(it) {
      var proto = getPrototypeOf(it);
      if (!isObject(proto)) return;
      var state = getInternalState(proto);
      return state && hasOwn(state, TYPED_ARRAY_CONSTRUCTOR) ? state[TYPED_ARRAY_CONSTRUCTOR] : getTypedArrayConstructor(proto);
    };
    var isTypedArray = function(it) {
      if (!isObject(it)) return false;
      var klass = classof(it);
      return hasOwn(TypedArrayConstructorsList, klass) || hasOwn(BigIntArrayConstructorsList, klass);
    };
    var aTypedArray = function(it) {
      if (isTypedArray(it)) return it;
      throw new TypeError2("Target is not a typed array");
    };
    var aTypedArrayConstructor = function(C) {
      if (isCallable(C) && (!setPrototypeOf || isPrototypeOf(TypedArray, C))) return C;
      throw new TypeError2(tryToString(C) + " is not a typed array constructor");
    };
    var exportTypedArrayMethod = function(KEY, property, forced, options2) {
      if (!DESCRIPTORS) return;
      if (forced) for (var ARRAY in TypedArrayConstructorsList) {
        var TypedArrayConstructor = globalThis2[ARRAY];
        if (TypedArrayConstructor && hasOwn(TypedArrayConstructor.prototype, KEY)) try {
          delete TypedArrayConstructor.prototype[KEY];
        } catch (error3) {
          try {
            TypedArrayConstructor.prototype[KEY] = property;
          } catch (error22) {
          }
        }
      }
      if (!TypedArrayPrototype[KEY] || forced) {
        defineBuiltIn(TypedArrayPrototype, KEY, forced ? property : NATIVE_ARRAY_BUFFER_VIEWS && Int8ArrayPrototype[KEY] || property, options2);
      }
    };
    var exportTypedArrayStaticMethod = function(KEY, property, forced) {
      var ARRAY, TypedArrayConstructor;
      if (!DESCRIPTORS) return;
      if (setPrototypeOf) {
        if (forced) for (ARRAY in TypedArrayConstructorsList) {
          TypedArrayConstructor = globalThis2[ARRAY];
          if (TypedArrayConstructor && hasOwn(TypedArrayConstructor, KEY)) try {
            delete TypedArrayConstructor[KEY];
          } catch (error3) {
          }
        }
        if (!TypedArray[KEY] || forced) {
          try {
            return defineBuiltIn(TypedArray, KEY, forced ? property : NATIVE_ARRAY_BUFFER_VIEWS && TypedArray[KEY] || property);
          } catch (error3) {
          }
        } else return;
      }
      for (ARRAY in TypedArrayConstructorsList) {
        TypedArrayConstructor = globalThis2[ARRAY];
        if (TypedArrayConstructor && (!TypedArrayConstructor[KEY] || forced)) {
          defineBuiltIn(TypedArrayConstructor, KEY, property);
        }
      }
    };
    for (NAME in TypedArrayConstructorsList) {
      Constructor = globalThis2[NAME];
      Prototype = Constructor && Constructor.prototype;
      if (Prototype) enforceInternalState(Prototype)[TYPED_ARRAY_CONSTRUCTOR] = Constructor;
      else NATIVE_ARRAY_BUFFER_VIEWS = false;
    }
    for (NAME in BigIntArrayConstructorsList) {
      Constructor = globalThis2[NAME];
      Prototype = Constructor && Constructor.prototype;
      if (Prototype) enforceInternalState(Prototype)[TYPED_ARRAY_CONSTRUCTOR] = Constructor;
    }
    if (!NATIVE_ARRAY_BUFFER_VIEWS || !isCallable(TypedArray) || TypedArray === Function.prototype) {
      TypedArray = function TypedArray2() {
        throw new TypeError2("Incorrect invocation");
      };
      if (NATIVE_ARRAY_BUFFER_VIEWS) for (NAME in TypedArrayConstructorsList) {
        if (globalThis2[NAME]) setPrototypeOf(globalThis2[NAME], TypedArray);
      }
    }
    if (!NATIVE_ARRAY_BUFFER_VIEWS || !TypedArrayPrototype || TypedArrayPrototype === ObjectPrototype) {
      TypedArrayPrototype = TypedArray.prototype;
      if (NATIVE_ARRAY_BUFFER_VIEWS) for (NAME in TypedArrayConstructorsList) {
        if (globalThis2[NAME]) setPrototypeOf(globalThis2[NAME].prototype, TypedArrayPrototype);
      }
    }
    if (NATIVE_ARRAY_BUFFER_VIEWS && getPrototypeOf(Uint8ClampedArrayPrototype) !== TypedArrayPrototype) {
      setPrototypeOf(Uint8ClampedArrayPrototype, TypedArrayPrototype);
    }
    if (DESCRIPTORS && !hasOwn(TypedArrayPrototype, TO_STRING_TAG)) {
      TYPED_ARRAY_TAG_REQUIRED = true;
      defineBuiltInAccessor(TypedArrayPrototype, TO_STRING_TAG, {
        configurable: true,
        get: function() {
          return isObject(this) ? this[TYPED_ARRAY_TAG] : void 0;
        }
      });
      for (NAME in TypedArrayConstructorsList) if (globalThis2[NAME]) {
        createNonEnumerableProperty(globalThis2[NAME].prototype, TYPED_ARRAY_TAG, NAME);
      }
    }
    module.exports = {
      NATIVE_ARRAY_BUFFER_VIEWS,
      TYPED_ARRAY_TAG: TYPED_ARRAY_TAG_REQUIRED && TYPED_ARRAY_TAG,
      aTypedArray,
      aTypedArrayConstructor,
      exportTypedArrayMethod,
      exportTypedArrayStaticMethod,
      getTypedArrayConstructor,
      isView,
      isTypedArray,
      TypedArray,
      TypedArrayPrototype
    };
  });
  var array_from_constructor_and_list_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var lengthOfArrayLike = length_of_array_like_namespaceFn();
    module.exports = function(Constructor, list, $length) {
      var index = 0;
      var length = arguments.length > 2 ? $length : lengthOfArrayLike(list);
      var result = new Constructor(length);
      while (length > index) result[index] = list[index++];
      return result;
    };
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  var array_includes_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var toIndexedObject = to_indexed_object_namespaceFn();
    var toAbsoluteIndex = to_absolute_index_namespaceFn();
    var lengthOfArrayLike = length_of_array_like_namespaceFn();
    var createMethod = function(IS_INCLUDES) {
      return function($this, el, fromIndex) {
        var O = toIndexedObject($this);
        var length = lengthOfArrayLike(O);
        if (length === 0) return !IS_INCLUDES && -1;
        var index = toAbsoluteIndex(fromIndex, length);
        var value;
        if (IS_INCLUDES && el !== el) while (length > index) {
          value = O[index++];
          if (value !== value) return true;
        }
        else for (; length > index; index++) {
          if ((IS_INCLUDES || index in O) && O[index] === el) return IS_INCLUDES || index || 0;
        }
        return !IS_INCLUDES && -1;
      };
    };
    module.exports = {
      // `Array.prototype.includes` method
      // https://tc39.es/ecma262/#sec-array.prototype.includes
      includes: createMethod(true),
      // `Array.prototype.indexOf` method
      // https://tc39.es/ecma262/#sec-array.prototype.indexof
      indexOf: createMethod(false)
    };
  });
  var array_set_length_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn();
    var isArray = is_array_namespaceFn();
    var $TypeError = TypeError;
    var getOwnPropertyDescriptor = Object.getOwnPropertyDescriptor;
    var SILENT_ON_NON_WRITABLE_LENGTH_SET = DESCRIPTORS && !(function() {
      if (this !== void 0) return true;
      try {
        Object.defineProperty([], "length", { writable: false }).length = 1;
      } catch (error3) {
        return error3 instanceof TypeError;
      }
    })();
    module.exports = SILENT_ON_NON_WRITABLE_LENGTH_SET ? function(O, length) {
      if (isArray(O) && !getOwnPropertyDescriptor(O, "length").writable) {
        throw new $TypeError("Cannot set read only .length");
      }
      return O.length = length;
    } : function(O, length) {
      return O.length = length;
    };
  });
  var array_slice_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    module.exports = uncurryThis([].slice);
  });
  var base64_map_namespaceFn = () => {
    return __webpack_require__(804);
  };
  var call_with_safe_iteration_closing_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var anObject = an_object_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    module.exports = function(iterator, fn, value, ENTRIES) {
      try {
        return ENTRIES ? fn(anObject(value)[0], value[1]) : fn(value);
      } catch (error3) {
        iteratorClose(iterator, "throw", error3);
      }
    };
  });
  var classof_raw_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var toString = uncurryThis({}.toString);
    var stringSlice = uncurryThis("".slice);
    module.exports = function(it) {
      return stringSlice(toString(it), 8, -1);
    };
  });
  var classof_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var TO_STRING_TAG_SUPPORT = to_string_tag_support_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var classofRaw = classof_raw_namespaceFn();
    var wellKnownSymbol = well_known_symbol_namespaceFn();
    var TO_STRING_TAG = wellKnownSymbol("toStringTag");
    var $Object = Object;
    var CORRECT_ARGUMENTS = classofRaw(/* @__PURE__ */ (function() {
      return arguments;
    })()) === "Arguments";
    var tryGet = function(it, key2) {
      try {
        return it[key2];
      } catch (error3) {
      }
    };
    module.exports = TO_STRING_TAG_SUPPORT ? classofRaw : function(it) {
      var O, tag, result;
      return it === void 0 ? "Undefined" : it === null ? "Null" : typeof (tag = tryGet(O = $Object(it), TO_STRING_TAG)) == "string" ? tag : CORRECT_ARGUMENTS ? classofRaw(O) : (result = classofRaw(O)) === "Object" && isCallable(O.callee) ? "Arguments" : result;
    };
  });
  var copy_constructor_properties_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var hasOwn = has_own_property_namespaceFn();
    var ownKeys = own_keys_namespaceFn();
    var getOwnPropertyDescriptorModule = object_get_own_property_descriptor_namespaceFn();
    var definePropertyModule = object_define_property_namespaceFn();
    module.exports = function(target, source, exceptions) {
      var keys = ownKeys(source);
      var defineProperty = definePropertyModule.f;
      var getOwnPropertyDescriptor = getOwnPropertyDescriptorModule.f;
      for (var i = 0; i < keys.length; i++) {
        var key2 = keys[i];
        if (!hasOwn(target, key2) && !(exceptions && hasOwn(exceptions, key2))) {
          defineProperty(target, key2, getOwnPropertyDescriptor(source, key2));
        }
      }
    };
  });
  var correct_prototype_getter_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var fails = fails_namespaceFn();
    module.exports = !fails(function() {
      function F() {
      }
      F.prototype.constructor = null;
      return Object.getPrototypeOf(new F()) !== F.prototype;
    });
  });
  var create_iter_result_object_namespaceFn = () => {
    return __webpack_require__(529);
  };
  var create_non_enumerable_property_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn();
    var definePropertyModule = object_define_property_namespaceFn();
    var createPropertyDescriptor = create_property_descriptor_namespaceFn();
    module.exports = DESCRIPTORS ? function(object, key2, value) {
      return definePropertyModule.f(object, key2, createPropertyDescriptor(1, value));
    } : function(object, key2, value) {
      object[key2] = value;
      return object;
    };
  });
  var create_property_descriptor_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    module.exports = function(bitmap, value) {
      return {
        enumerable: !(bitmap & 1),
        configurable: !(bitmap & 2),
        writable: !(bitmap & 4),
        value
      };
    };
  });
  var create_property_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn();
    var definePropertyModule = object_define_property_namespaceFn();
    var createPropertyDescriptor = create_property_descriptor_namespaceFn();
    module.exports = function(object, key2, value) {
      if (DESCRIPTORS) definePropertyModule.f(object, key2, createPropertyDescriptor(0, value));
      else object[key2] = value;
    };
  });
  var define_built_in_accessor_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var makeBuiltIn = make_built_in_namespaceFn();
    var defineProperty = object_define_property_namespaceFn();
    module.exports = function(target, name, descriptor) {
      if (descriptor.get) makeBuiltIn(descriptor.get, name, { getter: true });
      if (descriptor.set) makeBuiltIn(descriptor.set, name, { setter: true });
      return defineProperty.f(target, name, descriptor);
    };
  });
  var define_built_in_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var isCallable = is_callable_namespaceFn();
    var definePropertyModule = object_define_property_namespaceFn();
    var makeBuiltIn = make_built_in_namespaceFn();
    var defineGlobalProperty = define_global_property_namespaceFn();
    module.exports = function(O, key2, value, options2) {
      if (!options2) options2 = {};
      var simple = options2.enumerable;
      var name = options2.name !== void 0 ? options2.name : key2;
      if (isCallable(value)) makeBuiltIn(value, name, options2);
      if (options2.global) {
        if (simple) O[key2] = value;
        else defineGlobalProperty(key2, value);
      } else {
        try {
          if (!options2.unsafe) delete O[key2];
          else if (O[key2]) simple = true;
        } catch (error3) {
        }
        if (simple) O[key2] = value;
        else definePropertyModule.f(O, key2, {
          value,
          enumerable: false,
          configurable: !options2.nonConfigurable,
          writable: !options2.nonWritable
        });
      }
      return O;
    };
  });
  var define_built_ins_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var defineBuiltIn = define_built_in_namespaceFn();
    module.exports = function(target, src, options2) {
      for (var key2 in src) defineBuiltIn(target, key2, src[key2], options2);
      return target;
    };
  });
  var define_global_property_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var defineProperty = Object.defineProperty;
    module.exports = function(key2, value) {
      try {
        defineProperty(globalThis2, key2, { value, configurable: true, writable: true });
      } catch (error3) {
        globalThis2[key2] = value;
      }
      return value;
    };
  });
  var descriptors_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var fails = fails_namespaceFn();
    module.exports = !fails(function() {
      return Object.defineProperty({}, 1, { get: function() {
        return 7;
      } })[1] !== 7;
    });
  });
  var document_create_element_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var isObject = is_object_namespaceFn();
    var document2 = globalThis2.document;
    var EXISTS = isObject(document2) && isObject(document2.createElement);
    module.exports = function(it) {
      return EXISTS ? document2.createElement(it) : {};
    };
  });
  var does_not_exceed_safe_integer_namespaceFn = () => {
    return __webpack_require__(837);
  };
  var dom_exception_constants_namespaceFn = () => {
    return __webpack_require__(2);
  };
  var enum_bug_keys_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    module.exports = [
      "constructor",
      "hasOwnProperty",
      "isPrototypeOf",
      "propertyIsEnumerable",
      "toLocaleString",
      "toString",
      "valueOf"
    ];
  });
  var environment_user_agent_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var navigator2 = globalThis2.navigator;
    var userAgent = navigator2 && navigator2.userAgent;
    module.exports = userAgent ? String(userAgent) : "";
  });
  var environment_v8_version_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var userAgent = environment_user_agent_namespaceFn();
    var process2 = globalThis2.process;
    var Deno = globalThis2.Deno;
    var versions = process2 && process2.versions || Deno && Deno.version;
    var v8 = versions && versions.v8;
    var match, version;
    if (v8) {
      match = v8.split(".");
      version = match[0] > 0 && match[0] < 4 ? 1 : +(match[0] + match[1]);
    }
    if (!version && userAgent) {
      match = userAgent.match(/Edge\/(\d+)/);
      if (!match || match[1] >= 74) {
        match = userAgent.match(/Chrome\/(\d+)/);
        if (match) version = +match[1];
      }
    }
    module.exports = version;
  });
  var error_stack_clear_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var $Error = Error;
    var replace = uncurryThis("".replace);
    var TEST = (function(arg) {
      return String(new $Error(arg).stack);
    })("zxcasd");
    var V8_OR_CHAKRA_STACK_ENTRY = /\n\s*at [^:]*:[^\n]*/;
    var IS_V8_OR_CHAKRA_STACK = V8_OR_CHAKRA_STACK_ENTRY.test(TEST);
    module.exports = function(stack, dropEntries) {
      if (IS_V8_OR_CHAKRA_STACK && typeof stack == "string" && !$Error.prepareStackTrace) {
        while (dropEntries--) stack = replace(stack, V8_OR_CHAKRA_STACK_ENTRY, "");
      }
      return stack;
    };
  });
  var export_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var getOwnPropertyDescriptor = object_get_own_property_descriptor_namespaceFn().f;
    var createNonEnumerableProperty = create_non_enumerable_property_namespaceFn();
    var defineBuiltIn = define_built_in_namespaceFn();
    var defineGlobalProperty = define_global_property_namespaceFn();
    var copyConstructorProperties = copy_constructor_properties_namespaceFn();
    var isForced = is_forced_namespaceFn();
    module.exports = function(options2, source) {
      var TARGET = options2.target;
      var GLOBAL = options2.global;
      var STATIC = options2.stat;
      var FORCED, target, key2, targetProperty, sourceProperty, descriptor;
      if (GLOBAL) {
        target = globalThis2;
      } else if (STATIC) {
        target = globalThis2[TARGET] || defineGlobalProperty(TARGET, {});
      } else {
        target = globalThis2[TARGET] && globalThis2[TARGET].prototype;
      }
      if (target) for (key2 in source) {
        sourceProperty = source[key2];
        if (options2.dontCallGetSet) {
          descriptor = getOwnPropertyDescriptor(target, key2);
          targetProperty = descriptor && descriptor.value;
        } else targetProperty = target[key2];
        FORCED = isForced(GLOBAL ? key2 : TARGET + (STATIC ? "." : "#") + key2, options2.forced);
        if (!FORCED && targetProperty !== void 0) {
          if (typeof sourceProperty == typeof targetProperty) continue;
          copyConstructorProperties(sourceProperty, targetProperty);
        }
        if (options2.sham || targetProperty && targetProperty.sham) {
          createNonEnumerableProperty(sourceProperty, "sham", true);
        }
        defineBuiltIn(target, key2, sourceProperty, options2);
      }
    };
  });
  var fails_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    module.exports = function(exec) {
      try {
        return !!exec();
      } catch (error3) {
        return true;
      }
    };
  });
  var function_apply_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var NATIVE_BIND = function_bind_native_namespaceFn();
    var FunctionPrototype = Function.prototype;
    var apply2 = FunctionPrototype.apply;
    var call = FunctionPrototype.call;
    module.exports = typeof Reflect == "object" && Reflect.apply || (NATIVE_BIND ? call.bind(apply2) : function() {
      return call.apply(apply2, arguments);
    });
  });
  var function_bind_context_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_clause_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    var NATIVE_BIND = function_bind_native_namespaceFn();
    var bind = uncurryThis(uncurryThis.bind);
    module.exports = function(fn, that) {
      aCallable(fn);
      return that === void 0 ? fn : NATIVE_BIND ? bind(fn, that) : function() {
        return fn.apply(that, arguments);
      };
    };
  });
  var function_bind_native_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var fails = fails_namespaceFn();
    module.exports = !fails(function() {
      var test = function() {
      }.bind();
      return typeof test != "function" || test.hasOwnProperty("prototype");
    });
  });
  var function_call_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var NATIVE_BIND = function_bind_native_namespaceFn();
    var call = Function.prototype.call;
    module.exports = NATIVE_BIND ? call.bind(call) : function() {
      return call.apply(call, arguments);
    };
  });
  var function_name_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn();
    var hasOwn = has_own_property_namespaceFn();
    var FunctionPrototype = Function.prototype;
    var getDescriptor = DESCRIPTORS && Object.getOwnPropertyDescriptor;
    var EXISTS = hasOwn(FunctionPrototype, "name");
    var PROPER = EXISTS && function something() {
    }.name === "something";
    var CONFIGURABLE = EXISTS && (!DESCRIPTORS || DESCRIPTORS && getDescriptor(FunctionPrototype, "name").configurable);
    module.exports = {
      .../* unused pure expression */
      null,
      .../* unused pure expression */
      null,
      CONFIGURABLE
    };
  });
  var function_uncurry_this_accessor_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    module.exports = function(object, key2, method) {
      try {
        return uncurryThis(aCallable(Object.getOwnPropertyDescriptor(object, key2)[method]));
      } catch (error3) {
      }
    };
  });
  var function_uncurry_this_clause_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var classofRaw = classof_raw_namespaceFn();
    var uncurryThis = function_uncurry_this_namespaceFn();
    module.exports = function(fn) {
      if (classofRaw(fn) === "Function") return uncurryThis(fn);
    };
  });
  var function_uncurry_this_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var NATIVE_BIND = function_bind_native_namespaceFn();
    var FunctionPrototype = Function.prototype;
    var call = FunctionPrototype.call;
    var uncurryThisWithBind = NATIVE_BIND && FunctionPrototype.bind.bind(call, call);
    module.exports = NATIVE_BIND ? uncurryThisWithBind : function(fn) {
      return function() {
        return call.apply(fn, arguments);
      };
    };
  });
  var get_alphabet_option_namespaceFn = () => {
    return __webpack_require__(944);
  };
  var get_built_in_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var aFunction = function(argument) {
      return isCallable(argument) ? argument : void 0;
    };
    module.exports = function(namespace, method) {
      return arguments.length < 2 ? aFunction(globalThis2[namespace]) : globalThis2[namespace] && globalThis2[namespace][method];
    };
  });
  var get_iterator_direct_namespaceFn = () => {
    return __webpack_require__(767);
  };
  var get_iterator_flattenable_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var call = function_call_namespaceFn();
    var anObject = an_object_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    var getIteratorMethod = get_iterator_method_internal_namespaceFn();
    module.exports = function(obj, stringHandling) {
      if (!stringHandling || typeof obj !== "string") anObject(obj);
      var method = getIteratorMethod(obj);
      return getIteratorDirect(anObject(method !== void 0 ? call(method, obj) : obj));
    };
  });
  var get_iterator_internal_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var call = function_call_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var anObject = an_object_namespaceFn();
    var tryToString = try_to_string_namespaceFn();
    var getIteratorMethod = get_iterator_method_internal_namespaceFn();
    var $TypeError = TypeError;
    module.exports = function(argument, usingIterator) {
      var iteratorMethod = arguments.length < 2 ? getIteratorMethod(argument) : usingIterator;
      if (isCallable(iteratorMethod)) return anObject(call(iteratorMethod, argument));
      throw new $TypeError(tryToString(argument) + " is not iterable");
    };
  });
  var get_iterator_method_internal_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var classof = classof_raw_namespaceFn();
    var isNullOrUndefined = is_null_or_undefined_namespaceFn();
    var getMethod = get_method_namespaceFn();
    var wellKnownSymbol = well_known_symbol_namespaceFn();
    var ITERATOR = wellKnownSymbol("iterator");
    var ArrayPrototype = Array.prototype;
    module.exports = function(it) {
      if (!isNullOrUndefined(it)) return getMethod(it, ITERATOR) || getMethod(it, "@@iterator") || (classof(it) === "Arguments" ? ArrayPrototype[ITERATOR] : void 0);
    };
  });
  var get_method_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var aCallable = a_callable_namespaceFn();
    var isNullOrUndefined = is_null_or_undefined_namespaceFn();
    module.exports = function(V, P) {
      var func = V[P];
      return isNullOrUndefined(func) ? void 0 : aCallable(func);
    };
  });
  var get_set_record_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var aCallable = a_callable_namespaceFn();
    var anObject = an_object_namespaceFn();
    var call = function_call_namespaceFn();
    var toIntegerOrInfinity = to_integer_or_infinity_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    var INVALID_SIZE = "Invalid size";
    var $RangeError = RangeError;
    var $TypeError = TypeError;
    var max = Math.max;
    var SetRecord = function(set, intSize) {
      this.set = set;
      this.size = max(intSize, 0);
      this.has = aCallable(set.has);
      this.keys = aCallable(set.keys);
    };
    SetRecord.prototype = {
      getIterator: function() {
        return getIteratorDirect(anObject(call(this.keys, this.set)));
      },
      includes: function(it) {
        return call(this.has, this.set, it);
      }
    };
    module.exports = function(obj) {
      anObject(obj);
      var numSize = +obj.size;
      if (numSize !== numSize) throw new $TypeError(INVALID_SIZE);
      var intSize = toIntegerOrInfinity(numSize);
      if (intSize < 0) throw new $RangeError(INVALID_SIZE);
      return new SetRecord(obj, intSize);
    };
  });
  var global_this_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var check = function(it) {
      return it && it.Math === Math && it;
    };
    module.exports = // eslint-disable-next-line es/no-global-this -- safe
    check(typeof globalThis == "object" && globalThis) || check(typeof window == "object" && window) || // eslint-disable-next-line no-restricted-globals -- safe
    check(typeof self == "object" && self) || check(typeof global == "object" && global) || check(typeof this == "object" && this) || // eslint-disable-next-line no-new-func -- fallback
    /* @__PURE__ */ (function() {
      return this;
    })() || Function("return this")();
  });
  var has_own_property_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var toObject = to_object_namespaceFn();
    var hasOwnProperty = uncurryThis({}.hasOwnProperty);
    module.exports = Object.hasOwn || function hasOwn(it, key2) {
      return hasOwnProperty(toObject(it), key2);
    };
  });
  var hidden_keys_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    module.exports = {};
  });
  var html_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var getBuiltIn = get_built_in_namespaceFn();
    module.exports = getBuiltIn("document", "documentElement");
  });
  var ie8_dom_define_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn();
    var fails = fails_namespaceFn();
    var createElement = document_create_element_namespaceFn();
    module.exports = !DESCRIPTORS && !fails(function() {
      return Object.defineProperty(createElement("div"), "a", {
        get: function() {
          return 7;
        }
      }).a !== 7;
    });
  });
  var indexed_object_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var fails = fails_namespaceFn();
    var classof = classof_raw_namespaceFn();
    var $Object = Object;
    var split = uncurryThis("".split);
    module.exports = fails(function() {
      return !$Object("z").propertyIsEnumerable(0);
    }) ? function(it) {
      return classof(it) === "String" ? split(it, "") : $Object(it);
    } : $Object;
  });
  var inherit_if_required_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var isCallable = is_callable_namespaceFn();
    var isObject = is_object_namespaceFn();
    var setPrototypeOf = object_set_prototype_of_namespaceFn();
    module.exports = function($this, dummy, Wrapper) {
      var NewTarget, NewTargetPrototype;
      if (
        // it can work only with native `setPrototypeOf`
        setPrototypeOf && // we haven't completely correct pre-ES6 way for getting `new.target`, so use this
        isCallable(NewTarget = dummy.constructor) && NewTarget !== Wrapper && isObject(NewTargetPrototype = NewTarget.prototype) && NewTargetPrototype !== Wrapper.prototype
      ) setPrototypeOf($this, NewTargetPrototype);
      return $this;
    };
  });
  var inspect_source_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var store = shared_store_namespaceFn();
    var functionToString = uncurryThis(Function.toString);
    if (!isCallable(store.inspectSource)) {
      store.inspectSource = function(it) {
        return functionToString(it);
      };
    }
    module.exports = store.inspectSource;
  });
  var internal_state_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var NATIVE_WEAK_MAP = weak_map_basic_detection_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var isObject = is_object_namespaceFn();
    var createNonEnumerableProperty = create_non_enumerable_property_namespaceFn();
    var hasOwn = has_own_property_namespaceFn();
    var shared = shared_store_namespaceFn();
    var sharedKey = shared_key_namespaceFn();
    var hiddenKeys = hidden_keys_namespaceFn();
    var OBJECT_ALREADY_INITIALIZED = "Object already initialized";
    var TypeError2 = globalThis2.TypeError;
    var WeakMap2 = globalThis2.WeakMap;
    var set, get, has;
    var enforce = function(it) {
      return has(it) ? get(it) : set(it, {});
    };
    var getterFor = function(TYPE) {
      return function(it) {
        var state;
        if (!isObject(it) || (state = get(it)).type !== TYPE) {
          throw new TypeError2("Incompatible receiver, " + TYPE + " required");
        }
        return state;
      };
    };
    if (NATIVE_WEAK_MAP || shared.state) {
      var store = shared.state || (shared.state = new WeakMap2());
      store.get = store.get;
      store.has = store.has;
      store.set = store.set;
      set = function(it, metadata) {
        if (store.has(it)) throw new TypeError2(OBJECT_ALREADY_INITIALIZED);
        metadata.facade = it;
        store.set(it, metadata);
        return metadata;
      };
      get = function(it) {
        return store.get(it) || {};
      };
      has = function(it) {
        return store.has(it);
      };
    } else {
      var STATE = sharedKey("state");
      hiddenKeys[STATE] = true;
      set = function(it, metadata) {
        if (hasOwn(it, STATE)) throw new TypeError2(OBJECT_ALREADY_INITIALIZED);
        metadata.facade = it;
        createNonEnumerableProperty(it, STATE, metadata);
        return metadata;
      };
      get = function(it) {
        return hasOwn(it, STATE) ? it[STATE] : {};
      };
      has = function(it) {
        return hasOwn(it, STATE);
      };
    }
    module.exports = {
      set,
      get,
      has,
      enforce,
      getterFor
    };
  });
  var is_array_iterator_method_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var wellKnownSymbol = well_known_symbol_namespaceFn();
    var Iterators = iterators_namespaceFn();
    var ITERATOR = wellKnownSymbol("iterator");
    var ArrayPrototype = Array.prototype;
    module.exports = function(it) {
      return it !== void 0 && (Iterators.Array === it || ArrayPrototype[ITERATOR] === it);
    };
  });
  var is_array_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var classof = classof_raw_namespaceFn();
    module.exports = Array.isArray || function isArray(argument) {
      return classof(argument) === "Array";
    };
  });
  var is_big_int_array_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var classof = classof_namespaceFn();
    module.exports = function(it) {
      var klass = classof(it);
      return klass === "BigInt64Array" || klass === "BigUint64Array";
    };
  });
  var is_callable_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var documentAll = typeof document == "object" && document.all;
    module.exports = typeof documentAll == "undefined" && documentAll !== void 0 ? function(argument) {
      return typeof argument == "function" || argument === documentAll;
    } : function(argument) {
      return typeof argument == "function";
    };
  });
  var is_forced_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var fails = fails_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var replacement = /#|\.prototype\./;
    var isForced = function(feature, detection) {
      var value = data[normalize2(feature)];
      return value === POLYFILL ? true : value === NATIVE ? false : isCallable(detection) ? fails(detection) : !!detection;
    };
    var normalize2 = isForced.normalize = function(string) {
      return String(string).replace(replacement, ".").toLowerCase();
    };
    var data = isForced.data = {};
    var NATIVE = isForced.NATIVE = "N";
    var POLYFILL = isForced.POLYFILL = "P";
    module.exports = isForced;
  });
  var is_null_or_undefined_namespaceFn = () => {
    return __webpack_require__(117);
  };
  var is_object_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var isCallable = is_callable_namespaceFn();
    module.exports = function(it) {
      return typeof it == "object" ? it !== null : isCallable(it);
    };
  });
  var is_possible_prototype_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var isObject = is_object_namespaceFn();
    module.exports = function(argument) {
      return isObject(argument) || argument === null;
    };
  });
  var is_pure_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    module.exports = false;
  });
  var is_raw_json_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var isObject = is_object_namespaceFn();
    var getInternalState = internal_state_namespaceFn().get;
    module.exports = function isRawJSON(O) {
      if (!isObject(O)) return false;
      var state = getInternalState(O);
      return !!state && state.type === "RawJSON";
    };
  });
  var is_symbol_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var getBuiltIn = get_built_in_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var isPrototypeOf = object_is_prototype_of_namespaceFn();
    var USE_SYMBOL_AS_UID = use_symbol_as_uid_namespaceFn();
    var $Object = Object;
    module.exports = USE_SYMBOL_AS_UID ? function(it) {
      return typeof it == "symbol";
    } : function(it) {
      var $Symbol = getBuiltIn("Symbol");
      return isCallable($Symbol) && isPrototypeOf($Symbol.prototype, $Object(it));
    };
  });
  var iterate_simple_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var call = function_call_namespaceFn();
    module.exports = function(record, fn, ITERATOR_INSTEAD_OF_RECORD) {
      var iterator = ITERATOR_INSTEAD_OF_RECORD ? record : record.iterator;
      var next = record.next;
      var step, result;
      while (!(step = call(next, iterator)).done) {
        result = fn(step.value);
        if (result !== void 0) return result;
      }
    };
  });
  var iterate_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var bind = function_bind_context_namespaceFn();
    var call = function_call_namespaceFn();
    var anObject = an_object_namespaceFn();
    var tryToString = try_to_string_namespaceFn();
    var isArrayIteratorMethod = is_array_iterator_method_namespaceFn();
    var lengthOfArrayLike = length_of_array_like_namespaceFn();
    var isPrototypeOf = object_is_prototype_of_namespaceFn();
    var getIterator = get_iterator_internal_namespaceFn();
    var getIteratorMethod = get_iterator_method_internal_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    var $TypeError = TypeError;
    var Result = function(stopped, result) {
      this.stopped = stopped;
      this.result = result;
    };
    var ResultPrototype = Result.prototype;
    module.exports = function(iterable, unboundFunction, options2) {
      var that = options2 && options2.that;
      var AS_ENTRIES = !!(options2 && options2.AS_ENTRIES);
      var IS_RECORD = !!(options2 && options2.IS_RECORD);
      var IS_ITERATOR = !!(options2 && options2.IS_ITERATOR);
      var INTERRUPTED = !!(options2 && options2.INTERRUPTED);
      var fn = bind(unboundFunction, that);
      var iterator, iterFn, index, length, result, next, step;
      var stop = function(condition) {
        var $iterator = iterator;
        iterator = void 0;
        if ($iterator) iteratorClose($iterator, "normal");
        return new Result(true, condition);
      };
      var callFn = function(value2) {
        if (AS_ENTRIES) {
          anObject(value2);
          return INTERRUPTED ? fn(value2[0], value2[1], stop) : fn(value2[0], value2[1]);
        }
        return INTERRUPTED ? fn(value2, stop) : fn(value2);
      };
      if (IS_RECORD) {
        iterator = iterable.iterator;
      } else if (IS_ITERATOR) {
        iterator = iterable;
      } else {
        iterFn = getIteratorMethod(iterable);
        if (!iterFn) throw new $TypeError(tryToString(iterable) + " is not iterable");
        if (isArrayIteratorMethod(iterFn)) {
          for (index = 0, length = lengthOfArrayLike(iterable); length > index; index++) {
            result = callFn(iterable[index]);
            if (result && isPrototypeOf(ResultPrototype, result)) return result;
          }
          return new Result(false);
        }
        iterator = getIterator(iterable, iterFn);
      }
      next = IS_RECORD ? iterable.next : iterator.next;
      while (!(step = call(next, iterator)).done) {
        var value = step.value;
        try {
          result = callFn(value);
        } catch (error3) {
          if (iterator) iteratorClose(iterator, "throw", error3);
          else throw error3;
        }
        if (typeof result == "object" && result && isPrototypeOf(ResultPrototype, result)) return result;
      }
      return new Result(false);
    };
  });
  var iterator_cleanup_state_namespaceFn = () => {
    return __webpack_require__(859);
  };
  var iterator_close_all_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var iteratorClose = iterator_close_namespaceFn();
    module.exports = function(iters, kind, value) {
      for (var i = iters.length - 1; i >= 0; i--) {
        if (iters[i] === void 0) continue;
        try {
          value = iteratorClose(iters[i].iterator, kind, value);
        } catch (error3) {
          kind = "throw";
          value = error3;
        }
      }
      if (kind === "throw") throw value;
      return value;
    };
  });
  var iterator_close_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var call = function_call_namespaceFn();
    var anObject = an_object_namespaceFn();
    var getMethod = get_method_namespaceFn();
    module.exports = function(iterator, kind, value) {
      var innerResult, innerError;
      anObject(iterator);
      try {
        innerResult = getMethod(iterator, "return");
        if (!innerResult) {
          if (kind === "throw") throw value;
          return value;
        }
        innerResult = call(innerResult, iterator);
      } catch (error3) {
        innerError = true;
        innerResult = error3;
      }
      if (kind === "throw") throw value;
      if (innerError) throw innerResult;
      anObject(innerResult);
      return value;
    };
  });
  var iterator_create_proxy_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var call = function_call_namespaceFn();
    var create = object_create_namespaceFn();
    var createNonEnumerableProperty = create_non_enumerable_property_namespaceFn();
    var defineBuiltIns = define_built_ins_namespaceFn();
    var wellKnownSymbol = well_known_symbol_namespaceFn();
    var InternalStateModule = internal_state_namespaceFn();
    var getMethod = get_method_namespaceFn();
    var IteratorPrototype = iterators_core_namespaceFn().IteratorPrototype;
    var createIterResultObject = create_iter_result_object_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    var iteratorCloseAll = iterator_close_all_namespaceFn();
    var cleanupState = iterator_cleanup_state_namespaceFn();
    var TO_STRING_TAG = wellKnownSymbol("toStringTag");
    var ITERATOR_HELPER = "IteratorHelper";
    var WRAP_FOR_VALID_ITERATOR = "WrapForValidIterator";
    var NORMAL = "normal";
    var THROW = "throw";
    var setInternalState = InternalStateModule.set;
    var createIteratorProxyPrototype = function(IS_ITERATOR) {
      var getInternalState = InternalStateModule.getterFor(IS_ITERATOR ? WRAP_FOR_VALID_ITERATOR : ITERATOR_HELPER);
      return defineBuiltIns(create(IteratorPrototype), {
        next: function next() {
          var state = getInternalState(this);
          if (IS_ITERATOR) return state.nextHandler();
          if (state.done) return createIterResultObject(void 0, true);
          try {
            var result = state.nextHandler();
            if (state.done) cleanupState(state);
            return state.returnHandlerResult ? result : createIterResultObject(result, state.done);
          } catch (error3) {
            state.done = true;
            cleanupState(state);
            throw error3;
          }
        },
        "return": function() {
          var state = getInternalState(this);
          var iterator = state.iterator;
          var inner = state.inner;
          var openIters = state.openIters;
          var done = state.done;
          state.done = true;
          if (IS_ITERATOR) {
            var returnMethod = getMethod(iterator, "return");
            return returnMethod ? call(returnMethod, iterator) : createIterResultObject(void 0, true);
          }
          cleanupState(state);
          if (done) return createIterResultObject(void 0, true);
          if (inner) try {
            iteratorClose(inner.iterator, NORMAL);
          } catch (error3) {
            return iteratorClose(iterator, THROW, error3);
          }
          if (openIters) try {
            iteratorCloseAll(openIters, NORMAL);
          } catch (error3) {
            if (iterator) return iteratorClose(iterator, THROW, error3);
            throw error3;
          }
          if (iterator) iteratorClose(iterator, NORMAL);
          return createIterResultObject(void 0, true);
        }
      });
    };
    var WrapForValidIteratorPrototype = createIteratorProxyPrototype(true);
    var IteratorHelperPrototype = createIteratorProxyPrototype(false);
    createNonEnumerableProperty(IteratorHelperPrototype, TO_STRING_TAG, "Iterator Helper");
    module.exports = function(nextHandler, IS_ITERATOR, RETURN_HANDLER_RESULT) {
      var IteratorProxy = function Iterator2(record, state) {
        if (state) {
          state.iterator = record.iterator;
          state.next = record.next;
        } else state = record;
        state.type = IS_ITERATOR ? WRAP_FOR_VALID_ITERATOR : ITERATOR_HELPER;
        state.returnHandlerResult = !!RETURN_HANDLER_RESULT;
        state.nextHandler = nextHandler;
        state.counter = 0;
        state.done = false;
        setInternalState(this, state);
      };
      IteratorProxy.prototype = IS_ITERATOR ? WrapForValidIteratorPrototype : IteratorHelperPrototype;
      return IteratorProxy;
    };
  });
  var iterator_helper_throws_on_invalid_iterator_namespaceFn = () => {
    return __webpack_require__(684);
  };
  var iterator_helper_without_closing_on_early_error_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    module.exports = function(METHOD_NAME, ExpectedError) {
      var Iterator2 = globalThis2.Iterator;
      var IteratorPrototype = Iterator2 && Iterator2.prototype;
      var method = IteratorPrototype && IteratorPrototype[METHOD_NAME];
      var CLOSED = false;
      if (method) try {
        method.call({
          next: function() {
            return { done: true };
          },
          "return": function() {
            CLOSED = true;
          }
        }, -1);
      } catch (error3) {
        if (!(error3 instanceof ExpectedError)) CLOSED = false;
      }
      if (!CLOSED) return method;
    };
  });
  var iterators_core_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var fails = fails_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var isObject = is_object_namespaceFn();
    var create = object_create_namespaceFn();
    var getPrototypeOf = object_get_prototype_of_namespaceFn();
    var defineBuiltIn = define_built_in_namespaceFn();
    var wellKnownSymbol = well_known_symbol_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var ITERATOR = wellKnownSymbol("iterator");
    var BUGGY_SAFARI_ITERATORS = false;
    var IteratorPrototype, PrototypeOfArrayIteratorPrototype, arrayIterator;
    if ([].keys) {
      arrayIterator = [].keys();
      if (!("next" in arrayIterator)) BUGGY_SAFARI_ITERATORS = true;
      else {
        PrototypeOfArrayIteratorPrototype = getPrototypeOf(getPrototypeOf(arrayIterator));
        if (PrototypeOfArrayIteratorPrototype !== Object.prototype) IteratorPrototype = PrototypeOfArrayIteratorPrototype;
      }
    }
    var NEW_ITERATOR_PROTOTYPE = !isObject(IteratorPrototype) || fails(function() {
      var test = {};
      return IteratorPrototype[ITERATOR].call(test) !== test;
    });
    if (NEW_ITERATOR_PROTOTYPE) IteratorPrototype = {};
    else if (IS_PURE) IteratorPrototype = create(IteratorPrototype);
    if (!isCallable(IteratorPrototype[ITERATOR])) {
      defineBuiltIn(IteratorPrototype, ITERATOR, function() {
        return this;
      });
    }
    module.exports = {
      IteratorPrototype,
      .../* unused pure expression */
      null
    };
  });
  var iterators_namespaceFn = () => {
    return __webpack_require__(269);
  };
  var length_of_array_like_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var toLength = to_length_namespaceFn();
    module.exports = function(obj) {
      return toLength(obj.length);
    };
  });
  var make_built_in_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var fails = fails_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var hasOwn = has_own_property_namespaceFn();
    var DESCRIPTORS = descriptors_namespaceFn();
    var CONFIGURABLE_FUNCTION_NAME = function_name_namespaceFn().CONFIGURABLE;
    var inspectSource = inspect_source_namespaceFn();
    var InternalStateModule = internal_state_namespaceFn();
    var enforceInternalState = InternalStateModule.enforce;
    var getInternalState = InternalStateModule.get;
    var $String = String;
    var defineProperty = Object.defineProperty;
    var stringSlice = uncurryThis("".slice);
    var replace = uncurryThis("".replace);
    var join = uncurryThis([].join);
    var CONFIGURABLE_LENGTH = DESCRIPTORS && !fails(function() {
      return defineProperty(function() {
      }, "length", { value: 8 }).length !== 8;
    });
    var TEMPLATE = String(String).split("String");
    var makeBuiltIn = module.exports = function(value, name, options2) {
      if (stringSlice($String(name), 0, 7) === "Symbol(") {
        name = "[" + replace($String(name), /^Symbol\(([^)]*)\).*$/, "$1") + "]";
      }
      if (options2 && options2.getter) name = "get " + name;
      if (options2 && options2.setter) name = "set " + name;
      if (!hasOwn(value, "name") || CONFIGURABLE_FUNCTION_NAME && value.name !== name) {
        if (DESCRIPTORS) defineProperty(value, "name", { value: name, configurable: true });
        else value.name = name;
      }
      if (CONFIGURABLE_LENGTH && options2 && hasOwn(options2, "arity") && value.length !== options2.arity) {
        defineProperty(value, "length", { value: options2.arity });
      }
      try {
        if (options2 && hasOwn(options2, "constructor") && options2.constructor) {
          if (DESCRIPTORS) defineProperty(value, "prototype", { writable: false });
        } else if (value.prototype) value.prototype = void 0;
      } catch (error3) {
      }
      var state = enforceInternalState(value);
      if (!hasOwn(state, "source")) {
        state.source = join(TEMPLATE, typeof name == "string" ? name : "");
      }
      return value;
    };
    Function.prototype.toString = makeBuiltIn(function toString() {
      return isCallable(this) && getInternalState(this).source || inspectSource(this);
    }, "toString");
  });
  var map_helpers_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var MapPrototype = Map.prototype;
    module.exports = {
      // eslint-disable-next-line es/no-map -- safe
      Map,
      set: uncurryThis(MapPrototype.set),
      get: uncurryThis(MapPrototype.get),
      has: uncurryThis(MapPrototype.has),
      remove: uncurryThis(MapPrototype["delete"]),
      proto: MapPrototype
    };
  });
  var native_raw_json_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var fails = fails_namespaceFn();
    module.exports = !fails(function() {
      var unsafeInt = "9007199254740993";
      var raw = JSON.rawJSON(unsafeInt);
      return !JSON.isRawJSON(raw) || JSON.stringify(raw) !== unsafeInt;
    });
  });
  var new_promise_capability_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var aCallable = a_callable_namespaceFn();
    var $TypeError = TypeError;
    var PromiseCapability = function(C) {
      var resolve, reject;
      this.promise = new C(function($$resolve, $$reject) {
        if (resolve !== void 0 || reject !== void 0) throw new $TypeError("Bad Promise constructor");
        resolve = $$resolve;
        reject = $$reject;
      });
      this.resolve = aCallable(resolve);
      this.reject = aCallable(reject);
    };
    module.exports.f = function(C) {
      return new PromiseCapability(C);
    };
  });
  var normalize_string_argument_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var toString = to_string_namespaceFn();
    module.exports = function(argument, $default) {
      return argument === void 0 ? arguments.length < 2 ? "" : $default : toString(argument);
    };
  });
  var not_a_nan_namespaceFn = () => {
    return __webpack_require__(149);
  };
  var object_create_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var anObject = an_object_namespaceFn();
    var definePropertiesModule = object_define_properties_namespaceFn();
    var enumBugKeys = enum_bug_keys_namespaceFn();
    var hiddenKeys = hidden_keys_namespaceFn();
    var html = html_namespaceFn();
    var documentCreateElement = document_create_element_namespaceFn();
    var sharedKey = shared_key_namespaceFn();
    var GT = ">";
    var LT = "<";
    var PROTOTYPE = "prototype";
    var SCRIPT = "script";
    var IE_PROTO = sharedKey("IE_PROTO");
    var EmptyConstructor = function() {
    };
    var scriptTag = function(content) {
      return LT + SCRIPT + GT + content + LT + "/" + SCRIPT + GT;
    };
    var NullProtoObjectViaActiveX = function(activeXDocument2) {
      activeXDocument2.write(scriptTag(""));
      activeXDocument2.close();
      var temp = activeXDocument2.parentWindow.Object;
      activeXDocument2 = null;
      return temp;
    };
    var NullProtoObjectViaIFrame = function() {
      var iframe = documentCreateElement("iframe");
      var JS = "java" + SCRIPT + ":";
      var iframeDocument;
      iframe.style.display = "none";
      html.appendChild(iframe);
      iframe.src = String(JS);
      iframeDocument = iframe.contentWindow.document;
      iframeDocument.open();
      iframeDocument.write(scriptTag("document.F=Object"));
      iframeDocument.close();
      return iframeDocument.F;
    };
    var activeXDocument;
    var NullProtoObject = function() {
      try {
        activeXDocument = new ActiveXObject("htmlfile");
      } catch (error3) {
      }
      NullProtoObject = typeof document != "undefined" ? document.domain && activeXDocument ? NullProtoObjectViaActiveX(activeXDocument) : NullProtoObjectViaIFrame() : NullProtoObjectViaActiveX(activeXDocument);
      var length = enumBugKeys.length;
      while (length--) delete NullProtoObject[PROTOTYPE][enumBugKeys[length]];
      return NullProtoObject();
    };
    hiddenKeys[IE_PROTO] = true;
    module.exports = Object.create || function create(O, Properties) {
      var result;
      if (O !== null) {
        EmptyConstructor[PROTOTYPE] = anObject(O);
        result = new EmptyConstructor();
        EmptyConstructor[PROTOTYPE] = null;
        result[IE_PROTO] = O;
      } else result = NullProtoObject();
      return Properties === void 0 ? result : definePropertiesModule.f(result, Properties);
    };
  });
  var object_define_properties_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn();
    var V8_PROTOTYPE_DEFINE_BUG = v8_prototype_define_bug_namespaceFn();
    var definePropertyModule = object_define_property_namespaceFn();
    var anObject = an_object_namespaceFn();
    var toIndexedObject = to_indexed_object_namespaceFn();
    var objectKeys = object_keys_namespaceFn();
    exports.f = DESCRIPTORS && !V8_PROTOTYPE_DEFINE_BUG ? Object.defineProperties : function defineProperties(O, Properties) {
      anObject(O);
      var props = toIndexedObject(Properties);
      var keys = objectKeys(Properties);
      var length = keys.length;
      var index = 0;
      var key2;
      while (length > index) definePropertyModule.f(O, key2 = keys[index++], props[key2]);
      return O;
    };
  });
  var object_define_property_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn();
    var IE8_DOM_DEFINE = ie8_dom_define_namespaceFn();
    var V8_PROTOTYPE_DEFINE_BUG = v8_prototype_define_bug_namespaceFn();
    var anObject = an_object_namespaceFn();
    var toPropertyKey = to_property_key_namespaceFn();
    var $TypeError = TypeError;
    var $defineProperty = Object.defineProperty;
    var $getOwnPropertyDescriptor = Object.getOwnPropertyDescriptor;
    var ENUMERABLE = "enumerable";
    var CONFIGURABLE = "configurable";
    var WRITABLE = "writable";
    exports.f = DESCRIPTORS ? V8_PROTOTYPE_DEFINE_BUG ? function defineProperty(O, P, Attributes) {
      anObject(O);
      P = toPropertyKey(P);
      anObject(Attributes);
      if (typeof O === "function" && P === "prototype" && "value" in Attributes && WRITABLE in Attributes && !Attributes[WRITABLE]) {
        var current = $getOwnPropertyDescriptor(O, P);
        if (current && current[WRITABLE]) {
          O[P] = Attributes.value;
          Attributes = {
            configurable: CONFIGURABLE in Attributes ? Attributes[CONFIGURABLE] : current[CONFIGURABLE],
            enumerable: ENUMERABLE in Attributes ? Attributes[ENUMERABLE] : current[ENUMERABLE],
            writable: false
          };
        }
      }
      return $defineProperty(O, P, Attributes);
    } : $defineProperty : function defineProperty(O, P, Attributes) {
      anObject(O);
      P = toPropertyKey(P);
      anObject(Attributes);
      if (IE8_DOM_DEFINE) try {
        return $defineProperty(O, P, Attributes);
      } catch (error3) {
      }
      if ("get" in Attributes || "set" in Attributes) throw new $TypeError("Accessors not supported");
      if ("value" in Attributes) O[P] = Attributes.value;
      return O;
    };
  });
  var object_get_own_property_descriptor_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn();
    var call = function_call_namespaceFn();
    var propertyIsEnumerableModule = object_property_is_enumerable_namespaceFn();
    var createPropertyDescriptor = create_property_descriptor_namespaceFn();
    var toIndexedObject = to_indexed_object_namespaceFn();
    var toPropertyKey = to_property_key_namespaceFn();
    var hasOwn = has_own_property_namespaceFn();
    var IE8_DOM_DEFINE = ie8_dom_define_namespaceFn();
    var $getOwnPropertyDescriptor = Object.getOwnPropertyDescriptor;
    exports.f = DESCRIPTORS ? $getOwnPropertyDescriptor : function getOwnPropertyDescriptor(O, P) {
      O = toIndexedObject(O);
      P = toPropertyKey(P);
      if (IE8_DOM_DEFINE) try {
        return $getOwnPropertyDescriptor(O, P);
      } catch (error3) {
      }
      if (hasOwn(O, P)) return createPropertyDescriptor(!call(propertyIsEnumerableModule.f, O, P), O[P]);
    };
  });
  var object_get_own_property_names_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var internalObjectKeys = object_keys_internal_namespaceFn();
    var enumBugKeys = enum_bug_keys_namespaceFn();
    var hiddenKeys = enumBugKeys.concat("length", "prototype");
    exports.f = Object.getOwnPropertyNames || function getOwnPropertyNames(O) {
      return internalObjectKeys(O, hiddenKeys);
    };
  });
  var object_get_own_property_symbols_namespaceFn = () => {
    return __webpack_require__(717);
  };
  var object_get_prototype_of_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var hasOwn = has_own_property_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var toObject = to_object_namespaceFn();
    var sharedKey = shared_key_namespaceFn();
    var CORRECT_PROTOTYPE_GETTER = correct_prototype_getter_namespaceFn();
    var IE_PROTO = sharedKey("IE_PROTO");
    var $Object = Object;
    var ObjectPrototype = $Object.prototype;
    module.exports = CORRECT_PROTOTYPE_GETTER ? $Object.getPrototypeOf : function(O) {
      var object = toObject(O);
      if (hasOwn(object, IE_PROTO)) return object[IE_PROTO];
      var constructor = object.constructor;
      if (isCallable(constructor) && object instanceof constructor) {
        return constructor.prototype;
      }
      return object instanceof $Object ? ObjectPrototype : null;
    };
  });
  var object_is_prototype_of_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    module.exports = uncurryThis({}.isPrototypeOf);
  });
  var object_keys_internal_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var hasOwn = has_own_property_namespaceFn();
    var toIndexedObject = to_indexed_object_namespaceFn();
    var indexOf = array_includes_namespaceFn().indexOf;
    var hiddenKeys = hidden_keys_namespaceFn();
    var push = uncurryThis([].push);
    module.exports = function(object, names2) {
      var O = toIndexedObject(object);
      var i = 0;
      var result = [];
      var key2;
      for (key2 in O) !hasOwn(hiddenKeys, key2) && hasOwn(O, key2) && push(result, key2);
      while (names2.length > i) if (hasOwn(O, key2 = names2[i++])) {
        ~indexOf(result, key2) || push(result, key2);
      }
      return result;
    };
  });
  var object_keys_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var internalObjectKeys = object_keys_internal_namespaceFn();
    var enumBugKeys = enum_bug_keys_namespaceFn();
    module.exports = Object.keys || function keys(O) {
      return internalObjectKeys(O, enumBugKeys);
    };
  });
  var object_property_is_enumerable_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $propertyIsEnumerable = {}.propertyIsEnumerable;
    var getOwnPropertyDescriptor = Object.getOwnPropertyDescriptor;
    var NASHORN_BUG = getOwnPropertyDescriptor && !$propertyIsEnumerable.call({ 1: 2 }, 1);
    exports.f = NASHORN_BUG ? function propertyIsEnumerable(V) {
      var descriptor = getOwnPropertyDescriptor(this, V);
      return !!descriptor && descriptor.enumerable;
    } : $propertyIsEnumerable;
  });
  var object_set_prototype_of_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThisAccessor = function_uncurry_this_accessor_namespaceFn();
    var isObject = is_object_namespaceFn();
    var requireObjectCoercible = require_object_coercible_namespaceFn();
    var aPossiblePrototype = a_possible_prototype_namespaceFn();
    module.exports = Object.setPrototypeOf || ("__proto__" in {} ? (function() {
      var CORRECT_SETTER = false;
      var test = {};
      var setter;
      try {
        setter = uncurryThisAccessor(Object.prototype, "__proto__", "set");
        setter(test, []);
        CORRECT_SETTER = test instanceof Array;
      } catch (error3) {
      }
      return function setPrototypeOf(O, proto) {
        requireObjectCoercible(O);
        aPossiblePrototype(proto);
        if (!isObject(O)) return O;
        if (CORRECT_SETTER) setter(O, proto);
        else O.__proto__ = proto;
        return O;
      };
    })() : void 0);
  });
  var ordinary_to_primitive_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var call = function_call_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var isObject = is_object_namespaceFn();
    var $TypeError = TypeError;
    module.exports = function(input2, pref) {
      var fn, val;
      if (pref === "string" && isCallable(fn = input2.toString) && !isObject(val = call(fn, input2))) return val;
      if (isCallable(fn = input2.valueOf) && !isObject(val = call(fn, input2))) return val;
      if (pref !== "string" && isCallable(fn = input2.toString) && !isObject(val = call(fn, input2))) return val;
      throw new $TypeError("Can't convert object to primitive value");
    };
  });
  var own_keys_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var getBuiltIn = get_built_in_namespaceFn();
    var uncurryThis = function_uncurry_this_namespaceFn();
    var getOwnPropertyNamesModule = object_get_own_property_names_namespaceFn();
    var getOwnPropertySymbolsModule = object_get_own_property_symbols_namespaceFn();
    var anObject = an_object_namespaceFn();
    var concat = uncurryThis([].concat);
    module.exports = getBuiltIn("Reflect", "ownKeys") || function ownKeys(it) {
      var keys = getOwnPropertyNamesModule.f(anObject(it));
      var getOwnPropertySymbols = getOwnPropertySymbolsModule.f;
      return getOwnPropertySymbols ? concat(keys, getOwnPropertySymbols(it)) : keys;
    };
  });
  var parse_json_string_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var hasOwn = has_own_property_namespaceFn();
    var $SyntaxError = SyntaxError;
    var $parseInt = parseInt;
    var fromCharCode = String.fromCharCode;
    var at = uncurryThis("".charAt);
    var slice = uncurryThis("".slice);
    var exec = uncurryThis(/./.exec);
    var codePoints = {
      '\\"': '"',
      "\\\\": "\\",
      "\\/": "/",
      "\\b": "\b",
      "\\f": "\f",
      "\\n": "\n",
      "\\r": "\r",
      "\\t": "	"
    };
    var IS_4_HEX_DIGITS = /^[\da-f]{4}$/i;
    var IS_C0_CONTROL_CODE = /^[\u0000-\u001F]$/;
    module.exports = function(source, i) {
      var unterminated = true;
      var value = "";
      while (i < source.length) {
        var chr = at(source, i);
        if (chr === "\\") {
          var twoChars = slice(source, i, i + 2);
          if (hasOwn(codePoints, twoChars)) {
            value += codePoints[twoChars];
            i += 2;
          } else if (twoChars === "\\u") {
            i += 2;
            var fourHexDigits = slice(source, i, i + 4);
            if (!exec(IS_4_HEX_DIGITS, fourHexDigits)) throw new $SyntaxError("Bad Unicode escape at: " + i);
            value += fromCharCode($parseInt(fourHexDigits, 16));
            i += 4;
          } else throw new $SyntaxError('Unknown escape sequence: "' + twoChars + '"');
        } else if (chr === '"') {
          unterminated = false;
          i++;
          break;
        } else {
          if (exec(IS_C0_CONTROL_CODE, chr)) throw new $SyntaxError("Bad control character in string literal at: " + i);
          value += chr;
          i++;
        }
      }
      if (unterminated) throw new $SyntaxError("Unterminated string at: " + i);
      return { value, end: i };
    };
  });
  var perform_namespaceFn = () => {
    return __webpack_require__(103);
  };
  var promise_resolve_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var anObject = an_object_namespaceFn();
    var isObject = is_object_namespaceFn();
    var newPromiseCapability = new_promise_capability_namespaceFn();
    module.exports = function(C, x) {
      anObject(C);
      if (isObject(x) && x.constructor === C) return x;
      var promiseCapability = newPromiseCapability.f(C);
      var resolve = promiseCapability.resolve;
      resolve(x);
      return promiseCapability.promise;
    };
  });
  var require_object_coercible_namespaceFn = () => {
    return __webpack_require__(750);
  };
  var set_clone_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var SetHelpers = set_helpers_namespaceFn();
    var iterate = set_iterate_namespaceFn();
    var Set2 = SetHelpers.Set;
    var add = SetHelpers.add;
    module.exports = function(set) {
      var result = new Set2();
      iterate(set, function(it) {
        add(result, it);
      });
      return result;
    };
  });
  var set_difference_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var aSet = a_set_namespaceFn();
    var SetHelpers = set_helpers_namespaceFn();
    var clone = set_clone_namespaceFn();
    var size = set_size_namespaceFn();
    var getSetRecord = get_set_record_namespaceFn();
    var iterateSet = set_iterate_namespaceFn();
    var iterateSimple = iterate_simple_namespaceFn();
    var has = SetHelpers.has;
    var remove = SetHelpers.remove;
    module.exports = function difference(other) {
      var O = aSet(this);
      var otherRec = getSetRecord(other);
      var result = clone(O);
      if (size(result) <= otherRec.size) iterateSet(result, function(e) {
        if (otherRec.includes(e)) remove(result, e);
      });
      else iterateSimple(otherRec.getIterator(), function(e) {
        if (has(result, e)) remove(result, e);
      });
      return result;
    };
  });
  var set_helpers_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var SetPrototype = Set.prototype;
    module.exports = {
      // eslint-disable-next-line es/no-set -- safe
      Set,
      add: uncurryThis(SetPrototype.add),
      has: uncurryThis(SetPrototype.has),
      remove: uncurryThis(SetPrototype["delete"]),
      proto: SetPrototype
    };
  });
  var set_intersection_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var aSet = a_set_namespaceFn();
    var SetHelpers = set_helpers_namespaceFn();
    var size = set_size_namespaceFn();
    var getSetRecord = get_set_record_namespaceFn();
    var iterateSet = set_iterate_namespaceFn();
    var iterateSimple = iterate_simple_namespaceFn();
    var Set2 = SetHelpers.Set;
    var add = SetHelpers.add;
    var has = SetHelpers.has;
    module.exports = function intersection(other) {
      var O = aSet(this);
      var otherRec = getSetRecord(other);
      var result = new Set2();
      if (size(O) > otherRec.size) {
        iterateSimple(otherRec.getIterator(), function(e) {
          if (has(O, e)) add(result, e);
        });
      } else {
        iterateSet(O, function(e) {
          if (otherRec.includes(e)) add(result, e);
        });
      }
      return result;
    };
  });
  var set_is_disjoint_from_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var aSet = a_set_namespaceFn();
    var has = set_helpers_namespaceFn().has;
    var size = set_size_namespaceFn();
    var getSetRecord = get_set_record_namespaceFn();
    var iterateSet = set_iterate_namespaceFn();
    var iterateSimple = iterate_simple_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    module.exports = function isDisjointFrom(other) {
      var O = aSet(this);
      var otherRec = getSetRecord(other);
      if (size(O) <= otherRec.size) return iterateSet(O, function(e) {
        if (otherRec.includes(e)) return false;
      }, true) !== false;
      var iterator = otherRec.getIterator();
      return iterateSimple(iterator, function(e) {
        if (has(O, e)) return iteratorClose(iterator.iterator, "normal", false);
      }) !== false;
    };
  });
  var set_is_subset_of_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var aSet = a_set_namespaceFn();
    var size = set_size_namespaceFn();
    var iterate = set_iterate_namespaceFn();
    var getSetRecord = get_set_record_namespaceFn();
    module.exports = function isSubsetOf(other) {
      var O = aSet(this);
      var otherRec = getSetRecord(other);
      if (size(O) > otherRec.size) return false;
      return iterate(O, function(e) {
        if (!otherRec.includes(e)) return false;
      }, true) !== false;
    };
  });
  var set_is_superset_of_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var aSet = a_set_namespaceFn();
    var has = set_helpers_namespaceFn().has;
    var size = set_size_namespaceFn();
    var getSetRecord = get_set_record_namespaceFn();
    var iterateSimple = iterate_simple_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    module.exports = function isSupersetOf(other) {
      var O = aSet(this);
      var otherRec = getSetRecord(other);
      if (size(O) < otherRec.size) return false;
      var iterator = otherRec.getIterator();
      return iterateSimple(iterator, function(e) {
        if (!has(O, e)) return iteratorClose(iterator.iterator, "normal", false);
      }) !== false;
    };
  });
  var set_iterate_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var iterateSimple = iterate_simple_namespaceFn();
    var SetHelpers = set_helpers_namespaceFn();
    var Set2 = SetHelpers.Set;
    var SetPrototype = SetHelpers.proto;
    var forEach = uncurryThis(SetPrototype.forEach);
    var keys = uncurryThis(SetPrototype.keys);
    var next = keys(new Set2()).next;
    module.exports = function(set, fn, interruptible) {
      return interruptible ? iterateSimple({ iterator: keys(set), next }, fn) : forEach(set, fn);
    };
  });
  var set_method_accept_set_like_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var getBuiltIn = get_built_in_namespaceFn();
    var createSetLike = function(size) {
      return {
        size,
        has: function() {
          return false;
        },
        keys: function() {
          return {
            next: function() {
              return { done: true };
            }
          };
        }
      };
    };
    var createSetLikeWithInfinitySize = function(size) {
      return {
        size,
        has: function() {
          return true;
        },
        keys: function() {
          throw new Error("e");
        }
      };
    };
    module.exports = function(name, callback) {
      var Set2 = getBuiltIn("Set");
      try {
        new Set2()[name](createSetLike(0));
        try {
          new Set2()[name](createSetLike(-1));
          return false;
        } catch (error22) {
          if (!callback) return true;
          try {
            new Set2()[name](createSetLikeWithInfinitySize(-Infinity));
            return false;
          } catch (error3) {
            var set = new Set2([1, 2]);
            return callback(set[name](createSetLikeWithInfinitySize(Infinity)));
          }
        }
      } catch (error3) {
        return false;
      }
    };
  });
  var set_method_get_keys_before_cloning_detection_namespaceFn = () => {
    return __webpack_require__(835);
  };
  var set_size_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThisAccessor = function_uncurry_this_accessor_namespaceFn();
    var SetHelpers = set_helpers_namespaceFn();
    module.exports = uncurryThisAccessor(SetHelpers.proto, "size", "get") || function(set) {
      return set.size;
    };
  });
  var set_symmetric_difference_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var aSet = a_set_namespaceFn();
    var SetHelpers = set_helpers_namespaceFn();
    var clone = set_clone_namespaceFn();
    var getSetRecord = get_set_record_namespaceFn();
    var iterateSimple = iterate_simple_namespaceFn();
    var add = SetHelpers.add;
    var has = SetHelpers.has;
    var remove = SetHelpers.remove;
    module.exports = function symmetricDifference(other) {
      var O = aSet(this);
      var keysIter = getSetRecord(other).getIterator();
      var result = clone(O);
      iterateSimple(keysIter, function(e) {
        if (has(O, e)) remove(result, e);
        else add(result, e);
      });
      return result;
    };
  });
  var set_union_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var aSet = a_set_namespaceFn();
    var add = set_helpers_namespaceFn().add;
    var clone = set_clone_namespaceFn();
    var getSetRecord = get_set_record_namespaceFn();
    var iterateSimple = iterate_simple_namespaceFn();
    module.exports = function union(other) {
      var O = aSet(this);
      var keysIter = getSetRecord(other).getIterator();
      var result = clone(O);
      iterateSimple(keysIter, function(it) {
        add(result, it);
      });
      return result;
    };
  });
  var shared_key_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var shared = shared_namespaceFn();
    var uid2 = uid_namespaceFn();
    var keys = shared("keys");
    module.exports = function(key2) {
      return keys[key2] || (keys[key2] = uid2(key2));
    };
  });
  var shared_store_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var IS_PURE = is_pure_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var defineGlobalProperty = define_global_property_namespaceFn();
    var SHARED = "__core-js_shared__";
    var store = module.exports = globalThis2[SHARED] || defineGlobalProperty(SHARED, {});
    (store.versions || (store.versions = [])).push({
      version: "3.50.0",
      mode: IS_PURE ? "pure" : "global",
      copyright: "© 2013–2025 Denis Pushkarev (zloirock.ru), 2025–2026 CoreJS Company (core-js.io). All rights reserved.",
      license: "https://github.com/zloirock/core-js/blob/v3.50.0/LICENSE",
      source: "https://github.com/zloirock/core-js"
    });
  });
  var shared_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var store = shared_store_namespaceFn();
    var create = Object.create || Object;
    module.exports = function(key2, value) {
      return store[key2] || (store[key2] = value || create(null));
    };
  });
  var symbol_constructor_detection_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var V8_VERSION = environment_v8_version_namespaceFn();
    var fails = fails_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var $String = globalThis2.String;
    module.exports = !!Object.getOwnPropertySymbols && !fails(function() {
      var symbol = Symbol("symbol detection");
      return !$String(symbol) || !(Object(symbol) instanceof Symbol) || // Chrome 38-40 symbols are not inherited from DOM collections prototypes to instances
      !Symbol.sham && V8_VERSION && V8_VERSION < 41;
    });
  });
  var this_number_value_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    module.exports = uncurryThis(1.1.valueOf);
  });
  var to_absolute_index_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var toIntegerOrInfinity = to_integer_or_infinity_namespaceFn();
    var max = Math.max;
    var min = Math.min;
    module.exports = function(index, length) {
      var integer = toIntegerOrInfinity(index);
      return integer < 0 ? max(integer + length, 0) : min(integer, length);
    };
  });
  var to_big_int_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var toPrimitive = to_primitive_namespaceFn();
    var $TypeError = TypeError;
    module.exports = function(argument) {
      var prim = toPrimitive(argument, "number");
      if (typeof prim == "number") throw new $TypeError("Can't convert number to bigint");
      return BigInt(prim);
    };
  });
  var to_indexed_object_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var IndexedObject = indexed_object_namespaceFn();
    var requireObjectCoercible = require_object_coercible_namespaceFn();
    module.exports = function(it) {
      return IndexedObject(requireObjectCoercible(it));
    };
  });
  var to_integer_or_infinity_namespaceFn = () => {
    return __webpack_require__(291);
  };
  var to_length_namespaceFn = () => {
    return __webpack_require__(14);
  };
  var to_object_namespaceFn = () => {
    return __webpack_require__(981);
  };
  var to_positive_integer_namespaceFn = () => {
    return __webpack_require__(590);
  };
  var to_primitive_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var call = function_call_namespaceFn();
    var isObject = is_object_namespaceFn();
    var isSymbol = is_symbol_namespaceFn();
    var getMethod = get_method_namespaceFn();
    var ordinaryToPrimitive = ordinary_to_primitive_namespaceFn();
    var wellKnownSymbol = well_known_symbol_namespaceFn();
    var $TypeError = TypeError;
    var TO_PRIMITIVE = wellKnownSymbol("toPrimitive");
    module.exports = function(input2, pref) {
      if (!isObject(input2) || isSymbol(input2)) return input2;
      var exoticToPrim = getMethod(input2, TO_PRIMITIVE);
      var result;
      if (exoticToPrim) {
        if (pref === void 0) pref = "default";
        result = call(exoticToPrim, input2, pref);
        if (!isObject(result) || isSymbol(result)) return result;
        throw new $TypeError("Can't convert object to primitive value");
      }
      if (pref === void 0) pref = "number";
      return ordinaryToPrimitive(input2, pref);
    };
  });
  var to_property_key_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var toPrimitive = to_primitive_namespaceFn();
    var isSymbol = is_symbol_namespaceFn();
    module.exports = function(argument) {
      var key2 = toPrimitive(argument, "string");
      return isSymbol(key2) ? key2 : key2 + "";
    };
  });
  var to_string_tag_support_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var wellKnownSymbol = well_known_symbol_namespaceFn();
    var TO_STRING_TAG = wellKnownSymbol("toStringTag");
    var test = {};
    test[TO_STRING_TAG] = "z";
    module.exports = String(test) === "[object z]";
  });
  var to_string_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var classof = classof_namespaceFn();
    var $String = String;
    module.exports = function(argument) {
      if (classof(argument) === "Symbol") throw new TypeError("Cannot convert a Symbol value to a string");
      return $String(argument);
    };
  });
  var try_to_string_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $String = String;
    module.exports = function(argument) {
      try {
        return $String(argument);
      } catch (error3) {
        return "Object";
      }
    };
  });
  var uid_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var id = 0;
    var postfix = Math.random();
    var toString = uncurryThis(1.1.toString);
    module.exports = function(key2) {
      return "Symbol(" + (key2 === void 0 ? "" : key2) + ")_" + toString(++id + postfix, 36);
    };
  });
  var uint8_from_base64_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var uncurryThis = function_uncurry_this_namespaceFn();
    var anObjectOrUndefined = an_object_or_undefined_namespaceFn();
    var aString = a_string_namespaceFn();
    var hasOwn = has_own_property_namespaceFn();
    var base64Map = base64_map_namespaceFn();
    var getAlphabetOption = get_alphabet_option_namespaceFn();
    var notDetached = array_buffer_not_detached_namespaceFn();
    var base64Alphabet = base64Map.c2i;
    var base64UrlAlphabet = base64Map.c2iUrl;
    var SyntaxError2 = globalThis2.SyntaxError;
    var TypeError2 = globalThis2.TypeError;
    var $Array = globalThis2.Array;
    var at = uncurryThis("".charAt);
    var floor = Math.floor;
    var skipAsciiWhitespace = function(string, index) {
      var length = string.length;
      for (; index < length; index++) {
        var chr = at(string, index);
        if (chr !== " " && chr !== "	" && chr !== "\n" && chr !== "\f" && chr !== "\r") break;
      }
      return index;
    };
    var decodeBase64Chunk = function(chunk, alphabet, throwOnExtraBits) {
      var chunkLength = chunk.length;
      if (chunkLength < 4) {
        chunk += chunkLength === 2 ? "AA" : "A";
      }
      var triplet = (alphabet[at(chunk, 0)] << 18) + (alphabet[at(chunk, 1)] << 12) + (alphabet[at(chunk, 2)] << 6) + alphabet[at(chunk, 3)];
      var chunkBytes = [
        triplet >> 16 & 255,
        triplet >> 8 & 255,
        triplet & 255
      ];
      if (chunkLength === 2) {
        if (throwOnExtraBits && chunkBytes[1] !== 0) {
          throw new SyntaxError2("Extra bits");
        }
        return [chunkBytes[0]];
      }
      if (chunkLength === 3) {
        if (throwOnExtraBits && chunkBytes[2] !== 0) {
          throw new SyntaxError2("Extra bits");
        }
        return [chunkBytes[0], chunkBytes[1]];
      }
      return chunkBytes;
    };
    var writeBytes = function(bytes2, elements, written) {
      var elementsLength = elements.length;
      for (var index = 0; index < elementsLength; index++) {
        bytes2[written + index] = elements[index];
      }
      return written + elementsLength;
    };
    module.exports = function(string, options2, into, maxLength) {
      aString(string);
      anObjectOrUndefined(options2);
      var alphabet = getAlphabetOption(options2) === "base64" ? base64Alphabet : base64UrlAlphabet;
      var lastChunkHandling = options2 ? options2.lastChunkHandling : void 0;
      if (lastChunkHandling === void 0) lastChunkHandling = "loose";
      if (lastChunkHandling !== "loose" && lastChunkHandling !== "strict" && lastChunkHandling !== "stop-before-partial") {
        throw new TypeError2("Incorrect `lastChunkHandling` option");
      }
      if (into) notDetached(into.buffer);
      var stringLength = string.length;
      var bytes2 = into || $Array(floor(stringLength * 3 / 4));
      var written = 0;
      var read = 0;
      var chunk = "";
      var index = 0;
      if (maxLength) while (true) {
        index = skipAsciiWhitespace(string, index);
        if (index === stringLength) {
          if (chunk.length > 0) {
            if (lastChunkHandling === "stop-before-partial") {
              break;
            }
            if (lastChunkHandling === "loose") {
              if (chunk.length === 1) {
                throw new SyntaxError2("Malformed padding: exactly one additional character");
              }
              written = writeBytes(bytes2, decodeBase64Chunk(chunk, alphabet, false), written);
            } else {
              throw new SyntaxError2("Missing padding");
            }
          }
          read = stringLength;
          break;
        }
        var chr = at(string, index);
        ++index;
        if (chr === "=") {
          if (chunk.length < 2) {
            throw new SyntaxError2("Padding is too early");
          }
          index = skipAsciiWhitespace(string, index);
          if (chunk.length === 2) {
            if (index === stringLength) {
              if (lastChunkHandling === "stop-before-partial") {
                break;
              }
              throw new SyntaxError2("Malformed padding: only one =");
            }
            if (at(string, index) === "=") {
              ++index;
              index = skipAsciiWhitespace(string, index);
            }
          }
          if (index < stringLength) {
            throw new SyntaxError2("Unexpected character after padding");
          }
          written = writeBytes(bytes2, decodeBase64Chunk(chunk, alphabet, lastChunkHandling === "strict"), written);
          read = stringLength;
          break;
        }
        if (!hasOwn(alphabet, chr)) {
          throw new SyntaxError2("Unexpected character");
        }
        var remainingBytes = maxLength - written;
        if (remainingBytes === 1 && chunk.length === 2 || remainingBytes === 2 && chunk.length === 3) {
          break;
        }
        chunk += chr;
        if (chunk.length === 4) {
          written = writeBytes(bytes2, decodeBase64Chunk(chunk, alphabet, false), written);
          chunk = "";
          read = index;
          if (written === maxLength) {
            break;
          }
        }
      }
      if (!into) bytes2.length = written;
      return { bytes: bytes2, read, written };
    };
  });
  var uint8_from_hex_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var uncurryThis = function_uncurry_this_namespaceFn();
    var Uint8Array2 = globalThis2.Uint8Array;
    var SyntaxError2 = globalThis2.SyntaxError;
    var min = Math.min;
    var stringMatch = uncurryThis("".match);
    module.exports = function(string, into) {
      var stringLength = string.length;
      if (stringLength % 2 !== 0) throw new SyntaxError2("String should be an even number of characters");
      var maxLength = into ? min(into.length, stringLength / 2) : stringLength / 2;
      var bytes2 = into || new Uint8Array2(maxLength);
      var segments = stringMatch(string, /[\S\s]{2}/g);
      var written = 0;
      for (; written < maxLength; written++) {
        var result = +("0x" + segments[written] + "0");
        if (result !== result) {
          throw new SyntaxError2("String should only contain hex characters");
        }
        bytes2[written] = result >> 4;
      }
      return { bytes: bytes2, read: written << 1 };
    };
  });
  var url_constructor_detection_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var fails = fails_namespaceFn();
    var wellKnownSymbol = well_known_symbol_namespaceFn();
    var DESCRIPTORS = descriptors_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var ITERATOR = wellKnownSymbol("iterator");
    module.exports = !fails(function() {
      var url = new URL("b?a=1&b=2&c=3", "https://a");
      var params = url.searchParams;
      var params2 = new URLSearchParams("a=1&a=2&b=3");
      var result = "";
      url.pathname = "c%20d";
      params.forEach(function(value, key2) {
        params["delete"]("b");
        result += key2 + value;
      });
      params2["delete"]("a", 2);
      params2["delete"]("b", void 0);
      return IS_PURE && (!url.toJSON || !params2.has("a", 1) || params2.has("a", 2) || !params2.has("a", void 0) || params2.has("b")) || !params.size && (IS_PURE || !DESCRIPTORS) || !params.sort || url.href !== "https://a/c%20d?a=1&c=3" || params.get("c") !== "3" || String(new URLSearchParams("?a=1")) !== "a=1" || !params[ITERATOR] || new URL("https://a@b").username !== "a" || new URLSearchParams(new URLSearchParams("a=b")).get("a") !== "b" || new URL("https://тест").host !== "xn--e1aybc" || new URL("https://a#б").hash !== "#%D0%B1" || result !== "a1c3" || new URL("https://x", void 0).host !== "x";
    });
  });
  var use_symbol_as_uid_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var NATIVE_SYMBOL = symbol_constructor_detection_namespaceFn();
    module.exports = NATIVE_SYMBOL && !Symbol.sham && typeof Symbol.iterator == "symbol";
  });
  var v8_prototype_define_bug_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn();
    var fails = fails_namespaceFn();
    module.exports = DESCRIPTORS && fails(function() {
      return Object.defineProperty(function() {
      }, "prototype", {
        value: 42,
        writable: false
      }).prototype !== 42;
    });
  });
  var validate_arguments_length_namespaceFn = () => {
    return __webpack_require__(812);
  };
  var weak_map_basic_detection_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var WeakMap2 = globalThis2.WeakMap;
    module.exports = isCallable(WeakMap2) && /native code/.test(String(WeakMap2));
  });
  var weak_map_helpers_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn();
    var WeakMapPrototype = WeakMap.prototype;
    module.exports = {
      // eslint-disable-next-line es/no-weak-map -- safe
      WeakMap,
      set: uncurryThis(WeakMapPrototype.set),
      get: uncurryThis(WeakMapPrototype.get),
      has: uncurryThis(WeakMapPrototype.has),
      remove: uncurryThis(WeakMapPrototype["delete"])
    };
  });
  var well_known_symbol_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn();
    var shared = shared_namespaceFn();
    var hasOwn = has_own_property_namespaceFn();
    var uid2 = uid_namespaceFn();
    var NATIVE_SYMBOL = symbol_constructor_detection_namespaceFn();
    var USE_SYMBOL_AS_UID = use_symbol_as_uid_namespaceFn();
    var Symbol2 = globalThis2.Symbol;
    var WellKnownSymbolsStore = shared("wks");
    var createWellKnownSymbol = USE_SYMBOL_AS_UID ? Symbol2["for"] || Symbol2 : Symbol2 && Symbol2.withoutSetter || uid2;
    module.exports = function(name) {
      if (!hasOwn(WellKnownSymbolsStore, name)) {
        WellKnownSymbolsStore[name] = NATIVE_SYMBOL && hasOwn(Symbol2, name) ? Symbol2[name] : createWellKnownSymbol("Symbol." + name);
      }
      return WellKnownSymbolsStore[name];
    };
  });
  var es_array_includes_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var $includes = array_includes_namespaceFn().includes;
    var fails = fails_namespaceFn();
    var addToUnscopables = add_to_unscopables_namespaceFn();
    var BROKEN_ON_SPARSE = fails(function() {
      return !Array(1).includes();
    });
    var BROKEN_ON_SPARSE_WITH_FROM_INDEX = fails(function() {
      return [, 1].includes(void 0, 1);
    });
    $({ target: "Array", proto: true, forced: BROKEN_ON_SPARSE || BROKEN_ON_SPARSE_WITH_FROM_INDEX }, {
      includes: function includes(el) {
        return $includes(this, el, arguments.length > 1 ? arguments[1] : void 0);
      }
    });
    addToUnscopables("includes");
  });
  var es_array_push_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var toObject = to_object_namespaceFn();
    var lengthOfArrayLike = length_of_array_like_namespaceFn();
    var setArrayLength = array_set_length_namespaceFn();
    var doesNotExceedSafeInteger = does_not_exceed_safe_integer_namespaceFn();
    var fails = fails_namespaceFn();
    var INCORRECT_TO_LENGTH = fails(function() {
      return [].push.call({ length: 4294967296 }, 1) !== 4294967297;
    });
    var properErrorOnNonWritableLength = function() {
      try {
        Object.defineProperty([], "length", { writable: false }).push();
      } catch (error3) {
        return error3 instanceof TypeError;
      }
    };
    var FORCED = INCORRECT_TO_LENGTH || !properErrorOnNonWritableLength();
    $({ target: "Array", proto: true, arity: 1, forced: FORCED }, {
      // eslint-disable-next-line no-unused-vars -- required for `.length`
      push: function push(item) {
        var O = toObject(this);
        var len = lengthOfArrayLike(O);
        var argCount = arguments.length;
        doesNotExceedSafeInteger(len + argCount);
        for (var i = 0; i < argCount; i++) {
          O[len] = arguments[i];
          len++;
        }
        setArrayLength(O, len);
        return len;
      }
    });
  });
  var es_iterator_constructor_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var anInstance = an_instance_namespaceFn();
    var anObject = an_object_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var getPrototypeOf = object_get_prototype_of_namespaceFn();
    var defineBuiltInAccessor = define_built_in_accessor_namespaceFn();
    var createProperty = create_property_namespaceFn();
    var fails = fails_namespaceFn();
    var hasOwn = has_own_property_namespaceFn();
    var wellKnownSymbol = well_known_symbol_namespaceFn();
    var IteratorPrototype = iterators_core_namespaceFn().IteratorPrototype;
    var DESCRIPTORS = descriptors_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var CONSTRUCTOR = "constructor";
    var ITERATOR = "Iterator";
    var TO_STRING_TAG = wellKnownSymbol("toStringTag");
    var $TypeError = TypeError;
    var NativeIterator = globalThis2[ITERATOR];
    var FORCED = IS_PURE || !isCallable(NativeIterator) || NativeIterator.prototype !== IteratorPrototype || !fails(function() {
      NativeIterator({});
    });
    var IteratorConstructor = function Iterator2() {
      anInstance(this, IteratorPrototype);
      if (getPrototypeOf(this) === IteratorPrototype) throw new $TypeError("Abstract class Iterator not directly constructable");
    };
    var defineIteratorPrototypeAccessor = function(key2, value) {
      if (DESCRIPTORS) {
        defineBuiltInAccessor(IteratorPrototype, key2, {
          configurable: true,
          get: function() {
            return value;
          },
          set: function(replacement) {
            anObject(this);
            if (this === IteratorPrototype) throw new $TypeError("You can't redefine this property");
            if (hasOwn(this, key2)) this[key2] = replacement;
            else createProperty(this, key2, replacement);
          }
        });
      } else IteratorPrototype[key2] = value;
    };
    if (!hasOwn(IteratorPrototype, TO_STRING_TAG)) defineIteratorPrototypeAccessor(TO_STRING_TAG, ITERATOR);
    if (FORCED || !hasOwn(IteratorPrototype, CONSTRUCTOR) || IteratorPrototype[CONSTRUCTOR] === Object) {
      defineIteratorPrototypeAccessor(CONSTRUCTOR, IteratorConstructor);
    }
    IteratorConstructor.prototype = IteratorPrototype;
    $({ global: true, constructor: true, forced: FORCED }, {
      Iterator: IteratorConstructor
    });
  });
  var es_iterator_drop_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var call = function_call_namespaceFn();
    var anObject = an_object_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    var notANaN = not_a_nan_namespaceFn();
    var toPositiveInteger = to_positive_integer_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    var createIteratorProxy = iterator_create_proxy_namespaceFn();
    var iteratorHelperThrowsOnInvalidIterator = iterator_helper_throws_on_invalid_iterator_namespaceFn();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var $RangeError = RangeError;
    var $Infinity = Infinity;
    var DROP_WITHOUT_THROWING_ON_INVALID_ITERATOR = !IS_PURE && !iteratorHelperThrowsOnInvalidIterator("drop", 0);
    var dropWithoutClosingOnEarlyError = !IS_PURE && !DROP_WITHOUT_THROWING_ON_INVALID_ITERATOR && iteratorHelperWithoutClosingOnEarlyError("drop", RangeError);
    var FORCED = IS_PURE || DROP_WITHOUT_THROWING_ON_INVALID_ITERATOR || dropWithoutClosingOnEarlyError || !(function() {
      try {
        Iterator.prototype.drop.call({
          next: function() {
            return { done: true };
          }
        }, 9007199254740992);
      } catch (error3) {
        return error3 instanceof $RangeError;
      }
    })();
    var IteratorProxy = createIteratorProxy(function() {
      var iterator = this.iterator;
      var next = this.next;
      var result, done;
      while (this.remaining) {
        this.remaining--;
        result = anObject(call(next, iterator));
        done = this.done = !!result.done;
        if (done) return;
      }
      result = anObject(call(next, iterator));
      done = this.done = !!result.done;
      if (!done) return result.value;
    });
    $({ target: "Iterator", proto: true, real: true, forced: FORCED }, {
      drop: function drop(limit) {
        anObject(this);
        var remaining;
        try {
          remaining = toPositiveInteger(notANaN(+limit));
          if (remaining > 9007199254740991 && remaining !== $Infinity) {
            throw new $RangeError("The argument should be a safe integer");
          }
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (dropWithoutClosingOnEarlyError) return call(dropWithoutClosingOnEarlyError, this, remaining);
        return new IteratorProxy(getIteratorDirect(this), {
          remaining
        });
      }
    });
  });
  var es_iterator_every_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var call = function_call_namespaceFn();
    var iterate = iterate_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    var anObject = an_object_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn();
    var everyWithoutClosingOnEarlyError = iteratorHelperWithoutClosingOnEarlyError("every", TypeError);
    $({ target: "Iterator", proto: true, real: true, forced: everyWithoutClosingOnEarlyError }, {
      every: function every(predicate) {
        anObject(this);
        try {
          aCallable(predicate);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (everyWithoutClosingOnEarlyError) return call(everyWithoutClosingOnEarlyError, this, predicate);
        var record = getIteratorDirect(this);
        var counter = 0;
        return !iterate(record, function(value, stop) {
          if (!predicate(value, counter++)) return stop();
        }, { IS_RECORD: true, INTERRUPTED: true }).stopped;
      }
    });
  });
  var es_iterator_filter_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var call = function_call_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    var anObject = an_object_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    var createIteratorProxy = iterator_create_proxy_namespaceFn();
    var callWithSafeIterationClosing = call_with_safe_iteration_closing_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    var iteratorHelperThrowsOnInvalidIterator = iterator_helper_throws_on_invalid_iterator_namespaceFn();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn();
    var FILTER_WITHOUT_THROWING_ON_INVALID_ITERATOR = !IS_PURE && !iteratorHelperThrowsOnInvalidIterator("filter", function() {
    });
    var filterWithoutClosingOnEarlyError = !IS_PURE && !FILTER_WITHOUT_THROWING_ON_INVALID_ITERATOR && iteratorHelperWithoutClosingOnEarlyError("filter", TypeError);
    var FORCED = IS_PURE || FILTER_WITHOUT_THROWING_ON_INVALID_ITERATOR || filterWithoutClosingOnEarlyError;
    var IteratorProxy = createIteratorProxy(function() {
      var iterator = this.iterator;
      var predicate = this.predicate;
      var next = this.next;
      var result, done, value;
      while (true) {
        result = anObject(call(next, iterator));
        done = this.done = !!result.done;
        if (done) return;
        value = result.value;
        if (callWithSafeIterationClosing(iterator, predicate, [value, this.counter++], true)) return value;
      }
    });
    $({ target: "Iterator", proto: true, real: true, forced: FORCED }, {
      filter: function filter(predicate) {
        anObject(this);
        try {
          aCallable(predicate);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (filterWithoutClosingOnEarlyError) return call(filterWithoutClosingOnEarlyError, this, predicate);
        return new IteratorProxy(getIteratorDirect(this), {
          predicate
        });
      }
    });
  });
  var es_iterator_find_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var call = function_call_namespaceFn();
    var iterate = iterate_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    var anObject = an_object_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn();
    var findWithoutClosingOnEarlyError = iteratorHelperWithoutClosingOnEarlyError("find", TypeError);
    $({ target: "Iterator", proto: true, real: true, forced: findWithoutClosingOnEarlyError }, {
      find: function find(predicate) {
        anObject(this);
        try {
          aCallable(predicate);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (findWithoutClosingOnEarlyError) return call(findWithoutClosingOnEarlyError, this, predicate);
        var record = getIteratorDirect(this);
        var counter = 0;
        return iterate(record, function(value, stop) {
          if (predicate(value, counter++)) return stop(value);
        }, { IS_RECORD: true, INTERRUPTED: true }).result;
      }
    });
  });
  var es_iterator_flat_map_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var call = function_call_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    var anObject = an_object_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    var getIteratorFlattenable = get_iterator_flattenable_namespaceFn();
    var createIteratorProxy = iterator_create_proxy_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    var fails = fails_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var iteratorHelperThrowsOnInvalidIterator = iterator_helper_throws_on_invalid_iterator_namespaceFn();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn();
    var THROWS_ON_ITERATOR_WITHOUT_RETURN = !IS_PURE && fails(function() {
      return [1].values().flatMap(function() {
        return [1];
      }).find(function() {
        return true;
      }) !== 1;
    });
    var FLAT_MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR = !IS_PURE && !THROWS_ON_ITERATOR_WITHOUT_RETURN && !iteratorHelperThrowsOnInvalidIterator("flatMap", function() {
    });
    var flatMapWithoutClosingOnEarlyError = !IS_PURE && !THROWS_ON_ITERATOR_WITHOUT_RETURN && !FLAT_MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR && iteratorHelperWithoutClosingOnEarlyError("flatMap", TypeError);
    var FORCED = IS_PURE || THROWS_ON_ITERATOR_WITHOUT_RETURN || FLAT_MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR || flatMapWithoutClosingOnEarlyError;
    var IteratorProxy = createIteratorProxy(function() {
      var iterator = this.iterator;
      var mapper = this.mapper;
      var result, inner;
      while (true) {
        if (inner = this.inner) try {
          result = anObject(call(inner.next, inner.iterator));
          if (!result.done) return result.value;
          this.inner = null;
        } catch (error3) {
          iteratorClose(iterator, "throw", error3);
        }
        result = anObject(call(this.next, iterator));
        if (this.done = !!result.done) return;
        try {
          this.inner = getIteratorFlattenable(mapper(result.value, this.counter++), false);
        } catch (error3) {
          iteratorClose(iterator, "throw", error3);
        }
      }
    });
    $({ target: "Iterator", proto: true, real: true, forced: FORCED }, {
      flatMap: function flatMap(mapper) {
        anObject(this);
        try {
          aCallable(mapper);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (flatMapWithoutClosingOnEarlyError) return call(flatMapWithoutClosingOnEarlyError, this, mapper);
        return new IteratorProxy(getIteratorDirect(this), {
          mapper,
          inner: null
        });
      }
    });
  });
  var es_iterator_for_each_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var call = function_call_namespaceFn();
    var iterate = iterate_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    var anObject = an_object_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn();
    var forEachWithoutClosingOnEarlyError = iteratorHelperWithoutClosingOnEarlyError("forEach", TypeError);
    $({ target: "Iterator", proto: true, real: true, forced: forEachWithoutClosingOnEarlyError }, {
      forEach: function forEach(fn) {
        anObject(this);
        try {
          aCallable(fn);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (forEachWithoutClosingOnEarlyError) return call(forEachWithoutClosingOnEarlyError, this, fn);
        var record = getIteratorDirect(this);
        var counter = 0;
        iterate(record, function(value) {
          fn(value, counter++);
        }, { IS_RECORD: true });
      }
    });
  });
  var es_iterator_map_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var call = function_call_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    var anObject = an_object_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    var createIteratorProxy = iterator_create_proxy_namespaceFn();
    var callWithSafeIterationClosing = call_with_safe_iteration_closing_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    var iteratorHelperThrowsOnInvalidIterator = iterator_helper_throws_on_invalid_iterator_namespaceFn();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR = !IS_PURE && !iteratorHelperThrowsOnInvalidIterator("map", function() {
    });
    var mapWithoutClosingOnEarlyError = !IS_PURE && !MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR && iteratorHelperWithoutClosingOnEarlyError("map", TypeError);
    var FORCED = IS_PURE || MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR || mapWithoutClosingOnEarlyError;
    var IteratorProxy = createIteratorProxy(function() {
      var iterator = this.iterator;
      var result = anObject(call(this.next, iterator));
      var done = this.done = !!result.done;
      if (!done) return callWithSafeIterationClosing(iterator, this.mapper, [result.value, this.counter++], true);
    });
    $({ target: "Iterator", proto: true, real: true, forced: FORCED }, {
      map: function map(mapper) {
        anObject(this);
        try {
          aCallable(mapper);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (mapWithoutClosingOnEarlyError) return call(mapWithoutClosingOnEarlyError, this, mapper);
        return new IteratorProxy(getIteratorDirect(this), {
          mapper
        });
      }
    });
  });
  var es_iterator_some_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var call = function_call_namespaceFn();
    var iterate = iterate_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    var anObject = an_object_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn();
    var someWithoutClosingOnEarlyError = iteratorHelperWithoutClosingOnEarlyError("some", TypeError);
    $({ target: "Iterator", proto: true, real: true, forced: someWithoutClosingOnEarlyError }, {
      some: function some(predicate) {
        anObject(this);
        try {
          aCallable(predicate);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (someWithoutClosingOnEarlyError) return call(someWithoutClosingOnEarlyError, this, predicate);
        var record = getIteratorDirect(this);
        var counter = 0;
        return iterate(record, function(value, stop) {
          if (predicate(value, counter++)) return stop();
        }, { IS_RECORD: true, INTERRUPTED: true }).stopped;
      }
    });
  });
  var es_iterator_take_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var call = function_call_namespaceFn();
    var anObject = an_object_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    var notANaN = not_a_nan_namespaceFn();
    var toPositiveInteger = to_positive_integer_namespaceFn();
    var createIteratorProxy = iterator_create_proxy_namespaceFn();
    var iteratorClose = iterator_close_namespaceFn();
    var iteratorHelperThrowsOnInvalidIterator = iterator_helper_throws_on_invalid_iterator_namespaceFn();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var $RangeError = RangeError;
    var $Infinity = Infinity;
    var TAKE_WITHOUT_THROWING_ON_INVALID_ITERATOR = !IS_PURE && !iteratorHelperThrowsOnInvalidIterator("take", 1);
    var takeWithoutClosingOnEarlyError = !IS_PURE && !TAKE_WITHOUT_THROWING_ON_INVALID_ITERATOR && iteratorHelperWithoutClosingOnEarlyError("take", RangeError);
    var FORCED = IS_PURE || TAKE_WITHOUT_THROWING_ON_INVALID_ITERATOR || takeWithoutClosingOnEarlyError || !(function() {
      try {
        Iterator.prototype.take.call({
          next: function() {
            return { done: true };
          }
        }, 9007199254740992);
      } catch (error3) {
        return error3 instanceof $RangeError;
      }
    })();
    var IteratorProxy = createIteratorProxy(function() {
      var iterator = this.iterator;
      if (!this.remaining--) {
        this.done = true;
        return iteratorClose(iterator, "normal", void 0);
      }
      var result = anObject(call(this.next, iterator));
      var done = this.done = !!result.done;
      if (!done) return result.value;
    });
    $({ target: "Iterator", proto: true, real: true, forced: FORCED }, {
      take: function take(limit) {
        anObject(this);
        var remaining;
        try {
          remaining = toPositiveInteger(notANaN(+limit));
          if (remaining > 9007199254740991 && remaining !== $Infinity) {
            throw new $RangeError("The argument should be a safe integer");
          }
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (takeWithoutClosingOnEarlyError) return call(takeWithoutClosingOnEarlyError, this, remaining);
        return new IteratorProxy(getIteratorDirect(this), {
          remaining
        });
      }
    });
  });
  var es_iterator_to_array_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var anObject = an_object_namespaceFn();
    var createProperty = create_property_namespaceFn();
    var iterate = iterate_namespaceFn();
    var getIteratorDirect = get_iterator_direct_namespaceFn();
    $({ target: "Iterator", proto: true, real: true }, {
      toArray: function toArray() {
        var result = [];
        var index = 0;
        iterate(getIteratorDirect(anObject(this)), function(element2) {
          createProperty(result, index++, element2);
        }, { IS_RECORD: true });
        return result;
      }
    });
  });
  var es_json_parse_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var DESCRIPTORS = descriptors_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var getBuiltIn = get_built_in_namespaceFn();
    var uncurryThis = function_uncurry_this_namespaceFn();
    var call = function_call_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var isObject = is_object_namespaceFn();
    var isArray = is_array_namespaceFn();
    var hasOwn = has_own_property_namespaceFn();
    var toString = to_string_namespaceFn();
    var lengthOfArrayLike = length_of_array_like_namespaceFn();
    var createProperty = create_property_namespaceFn();
    var fails = fails_namespaceFn();
    var parseJSONString = parse_json_string_namespaceFn();
    var NATIVE_SYMBOL = symbol_constructor_detection_namespaceFn();
    var JSON2 = globalThis2.JSON;
    var Number2 = globalThis2.Number;
    var SyntaxError2 = globalThis2.SyntaxError;
    var nativeParse = JSON2 && JSON2.parse;
    var enumerableOwnProperties = getBuiltIn("Object", "keys");
    var getOwnPropertyDescriptor = Object.getOwnPropertyDescriptor;
    var at = uncurryThis("".charAt);
    var slice = uncurryThis("".slice);
    var exec = uncurryThis(/./.exec);
    var push = uncurryThis([].push);
    var IS_DIGIT = /^\d$/;
    var IS_NON_ZERO_DIGIT = /^[1-9]$/;
    var IS_NUMBER_START = /^[\d-]$/;
    var IS_WHITESPACE = /^[\t\n\r ]$/;
    var PRIMITIVE = 0;
    var OBJECT = 1;
    var $parse = function(source, reviver) {
      source = toString(source);
      var context2 = new Context(source, 0);
      var root = context2.parse();
      var value = root.value;
      var endIndex = context2.skip(IS_WHITESPACE, root.end);
      if (endIndex < source.length) {
        throw new SyntaxError2('Unexpected extra character: "' + at(source, endIndex) + '" after the parsed data at: ' + endIndex);
      }
      return isCallable(reviver) ? internalize({ "": value }, "", reviver, root) : value;
    };
    var internalize = function(holder, name, reviver, node2) {
      var val = holder[name];
      var unmodified = node2 && val === node2.value;
      var context2 = unmodified && typeof node2.source == "string" ? { source: node2.source } : {};
      var elementRecordsLen, keys, len, i, P;
      if (isObject(val)) {
        var nodeIsArray = isArray(val);
        var nodes = unmodified ? node2.nodes : nodeIsArray ? [] : {};
        if (nodeIsArray) {
          elementRecordsLen = nodes.length;
          len = lengthOfArrayLike(val);
          for (i = 0; i < len; i++) {
            internalizeProperty(val, i, internalize(val, "" + i, reviver, i < elementRecordsLen ? nodes[i] : void 0));
          }
        } else {
          keys = enumerableOwnProperties(val);
          len = lengthOfArrayLike(keys);
          for (i = 0; i < len; i++) {
            P = keys[i];
            internalizeProperty(val, P, internalize(val, P, reviver, hasOwn(nodes, P) ? nodes[P] : void 0));
          }
        }
      }
      return call(reviver, holder, name, val, context2);
    };
    var internalizeProperty = function(object, key2, value) {
      if (DESCRIPTORS) {
        var descriptor = getOwnPropertyDescriptor(object, key2);
        if (descriptor && !descriptor.configurable) return;
      }
      if (value === void 0) delete object[key2];
      else createProperty(object, key2, value);
    };
    var Node2 = function(value, end, source, nodes) {
      this.value = value;
      this.end = end;
      this.source = source;
      this.nodes = nodes;
    };
    var Context = function(source, index) {
      this.source = source;
      this.index = index;
    };
    Context.prototype = {
      fork: function(nextIndex) {
        return new Context(this.source, nextIndex);
      },
      parse: function() {
        var source = this.source;
        var i = this.skip(IS_WHITESPACE, this.index);
        var fork = this.fork(i);
        var chr = at(source, i);
        if (exec(IS_NUMBER_START, chr)) return fork.number();
        switch (chr) {
          case "{":
            return fork.object();
          case "[":
            return fork.array();
          case '"':
            return fork.string();
          case "t":
            return fork.keyword(true);
          case "f":
            return fork.keyword(false);
          case "n":
            return fork.keyword(null);
        }
        throw new SyntaxError2('Unexpected character: "' + chr + '" at: ' + i);
      },
      node: function(type, value, start, end, nodes) {
        return new Node2(value, end, type ? null : slice(this.source, start, end), nodes);
      },
      object: function() {
        var source = this.source;
        var i = this.index + 1;
        var expectKeypair = false;
        var object = {};
        var nodes = {};
        var closed = false;
        while (i < source.length) {
          i = this.until(['"', "}"], i);
          if (at(source, i) === "}" && !expectKeypair) {
            i++;
            closed = true;
            break;
          }
          var result = this.fork(i).string();
          var key2 = result.value;
          i = result.end;
          i = this.until([":"], i) + 1;
          i = this.skip(IS_WHITESPACE, i);
          result = this.fork(i).parse();
          createProperty(nodes, key2, result);
          createProperty(object, key2, result.value);
          i = this.until([",", "}"], result.end);
          var chr = at(source, i);
          if (chr === ",") {
            expectKeypair = true;
            i++;
          } else if (chr === "}") {
            i++;
            closed = true;
            break;
          }
        }
        if (!closed) throw new SyntaxError2("Unterminated object at: " + i);
        return this.node(OBJECT, object, this.index, i, nodes);
      },
      array: function() {
        var source = this.source;
        var i = this.index + 1;
        var expectElement = false;
        var array = [];
        var nodes = [];
        var closed = false;
        while (i < source.length) {
          i = this.skip(IS_WHITESPACE, i);
          if (at(source, i) === "]" && !expectElement) {
            i++;
            closed = true;
            break;
          }
          var result = this.fork(i).parse();
          push(nodes, result);
          push(array, result.value);
          i = this.until([",", "]"], result.end);
          if (at(source, i) === ",") {
            expectElement = true;
            i++;
          } else if (at(source, i) === "]") {
            i++;
            closed = true;
            break;
          }
        }
        if (!closed) throw new SyntaxError2("Unterminated array at: " + i);
        return this.node(OBJECT, array, this.index, i, nodes);
      },
      string: function() {
        var index = this.index;
        var parsed = parseJSONString(this.source, this.index + 1);
        return this.node(PRIMITIVE, parsed.value, index, parsed.end);
      },
      number: function() {
        var source = this.source;
        var startIndex = this.index;
        var i = startIndex;
        if (at(source, i) === "-") i++;
        if (at(source, i) === "0") i++;
        else if (exec(IS_NON_ZERO_DIGIT, at(source, i))) i = this.skip(IS_DIGIT, i + 1);
        else throw new SyntaxError2("Failed to parse number at: " + i);
        if (at(source, i) === ".") {
          var fractionStartIndex = i + 1;
          i = this.skip(IS_DIGIT, fractionStartIndex);
          if (fractionStartIndex === i) throw new SyntaxError2("Failed to parse number's fraction at: " + i);
        }
        if (at(source, i) === "e" || at(source, i) === "E") {
          i++;
          if (at(source, i) === "+" || at(source, i) === "-") i++;
          var exponentStartIndex = i;
          i = this.skip(IS_DIGIT, i);
          if (exponentStartIndex === i) throw new SyntaxError2("Failed to parse number's exponent value at: " + i);
        }
        return this.node(PRIMITIVE, Number2(slice(source, startIndex, i)), startIndex, i);
      },
      keyword: function(value) {
        var keyword = "" + value;
        var index = this.index;
        var endIndex = index + keyword.length;
        if (slice(this.source, index, endIndex) !== keyword) throw new SyntaxError2("Failed to parse value at: " + index);
        return this.node(PRIMITIVE, value, index, endIndex);
      },
      skip: function(regex, i) {
        var source = this.source;
        for (; i < source.length; i++) if (!exec(regex, at(source, i))) break;
        return i;
      },
      until: function(array, i) {
        i = this.skip(IS_WHITESPACE, i);
        var chr = at(this.source, i);
        for (var j = 0; j < array.length; j++) if (array[j] === chr) return i;
        throw new SyntaxError2('Unexpected character: "' + chr + '" at: ' + i);
      }
    };
    var NO_SOURCE_SUPPORT = fails(function() {
      var unsafeInt = "9007199254740993";
      var source;
      nativeParse(unsafeInt, function(key2, value, context2) {
        source = context2.source;
      });
      return source !== unsafeInt;
    });
    var PROPER_BASE_PARSE = NATIVE_SYMBOL && !fails(function() {
      return 1 / nativeParse("-0 	") !== -Infinity;
    });
    $({ target: "JSON", stat: true, forced: NO_SOURCE_SUPPORT }, {
      parse: function parse2(text2, reviver) {
        return PROPER_BASE_PARSE && !isCallable(reviver) ? nativeParse(text2) : $parse(text2, reviver);
      }
    });
  });
  var es_json_stringify_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var getBuiltIn = get_built_in_namespaceFn();
    var call = function_call_namespaceFn();
    var uncurryThis = function_uncurry_this_namespaceFn();
    var fails = fails_namespaceFn();
    var isArray = is_array_namespaceFn();
    var isCallable = is_callable_namespaceFn();
    var isObject = is_object_namespaceFn();
    var create = object_create_namespaceFn();
    var isRawJSON = is_raw_json_namespaceFn();
    var isSymbol = is_symbol_namespaceFn();
    var classof = classof_raw_namespaceFn();
    var thisNumberValue = this_number_value_namespaceFn();
    var includes = array_includes_namespaceFn().includes;
    var hasOwn = has_own_property_namespaceFn();
    var toString = to_string_namespaceFn();
    var parseJSONString = parse_json_string_namespaceFn();
    var uid2 = uid_namespaceFn();
    var NATIVE_SYMBOL = symbol_constructor_detection_namespaceFn();
    var NATIVE_RAW_JSON = native_raw_json_namespaceFn();
    var $String = String;
    var $TypeError = TypeError;
    var $stringify = getBuiltIn("JSON", "stringify");
    var $BigInt = getBuiltIn("BigInt");
    var stringValueOf = uncurryThis("".valueOf);
    var booleanValueOf = uncurryThis(true.valueOf);
    var bigIntValueOf = $BigInt && uncurryThis($BigInt.prototype.valueOf);
    var exec = uncurryThis(/./.exec);
    var charAt = uncurryThis("".charAt);
    var charCodeAt = uncurryThis("".charCodeAt);
    var replace = uncurryThis("".replace);
    var slice = uncurryThis("".slice);
    var push = uncurryThis([].push);
    var pop = uncurryThis([].pop);
    var numberToString2 = uncurryThis(1.1.toString);
    var surrogates = /[\uD800-\uDFFF]/g;
    var leadingSurrogates = /^[\uD800-\uDBFF]$/;
    var trailingSurrogates = /^[\uDC00-\uDFFF]$/;
    var digits = /^\d+$/;
    var RAW_MARK = uid2();
    var KEY_MARK = uid2();
    var END_MARK = uid2();
    var RAW_MARK_LENGTH = RAW_MARK.length;
    var KEY_MARK_LENGTH = KEY_MARK.length;
    var WRONG_SYMBOLS_CONVERSION = !NATIVE_SYMBOL || fails(function() {
      var symbol = getBuiltIn("Symbol")("stringify detection");
      return $stringify([symbol]) !== "[null]" || $stringify({ a: symbol }) !== "{}" || $stringify(Object(symbol)) !== "{}";
    });
    var ILL_FORMED_UNICODE = fails(function() {
      return $stringify("\uDF06\uD834") !== '"\\udf06\\ud834"' || $stringify("\uDEAD") !== '"\\udead"';
    });
    var isRawJSONValue = NATIVE_RAW_JSON ? getBuiltIn("JSON", "isRawJSON") : isRawJSON;
    var stringifyWithProperSymbolsConversion = WRONG_SYMBOLS_CONVERSION ? function(it, replacer, space) {
      return $stringify(it, function(key2, value) {
        var replaced = call(replacer, this, key2, value);
        if (!isSymbol(replaced)) return replaced;
      }, space);
    } : $stringify;
    var fixIllFormedJSON = function(match, offset, string) {
      var prev = charAt(string, offset - 1);
      var next = charAt(string, offset + 1);
      if (exec(leadingSurrogates, match) && !exec(trailingSurrogates, next) || exec(trailingSurrogates, match) && !exec(leadingSurrogates, prev)) {
        return "\\u" + numberToString2(charCodeAt(match, 0), 16);
      }
      return match;
    };
    var getPropertyList = function(replacer) {
      if (!isArray(replacer)) return;
      var rawLength = replacer.length;
      var propertyList = [];
      var addedKeys = create(null);
      for (var i = 0; i < rawLength; i++) {
        var element2 = replacer[i];
        var key2;
        if (typeof element2 == "string") key2 = element2;
        else if (typeof element2 == "number" || classof(element2) === "Number" || classof(element2) === "String") key2 = toString(element2);
        else continue;
        if (!hasOwn(addedKeys, key2)) {
          addedKeys[key2] = true;
          push(propertyList, key2);
        }
      }
      return propertyList;
    };
    var hasInternalSlot = function(valueOf, it) {
      try {
        valueOf(it);
        return true;
      } catch (error3) {
        return false;
      }
    };
    var isBoxedPrimitive = function(it) {
      var kind = classof(it);
      return kind === "Number" && hasInternalSlot(thisNumberValue, it) || kind === "String" && hasInternalSlot(stringValueOf, it) || kind === "Boolean" && hasInternalSlot(booleanValueOf, it) || !!bigIntValueOf && kind === "BigInt" && hasInternalSlot(bigIntValueOf, it);
    };
    var isSerializedAsObject = function(it) {
      if (!isObject(it) || isCallable(it) || isArray(it)) return false;
      try {
        return !isBoxedPrimitive(it);
      } catch (error3) {
        return true;
      }
    };
    var createElementHolder = function(holder, key2) {
      return {
        toJSON: function() {
          var element2 = holder[key2];
          if (isObject(element2) || typeof element2 == "bigint") {
            var elementToJSON = element2.toJSON;
            if (isCallable(elementToJSON)) element2 = call(elementToJSON, element2, key2);
          }
          return element2;
        }
      };
    };
    var getKeyPrefix = function(propertyList) {
      for (var i = 0, length = propertyList.length; i < length; i++) {
        if (exec(digits, propertyList[i])) return KEY_MARK;
      }
      return "";
    };
    var createOrderedObject = function(value, propertyList, keyPrefix) {
      var ordered = create(null);
      for (var i = 0, length = propertyList.length; i < length; i++) {
        var key2 = propertyList[i];
        ordered[keyPrefix + key2] = createElementHolder(value, key2);
      }
      ordered[END_MARK] = null;
      return ordered;
    };
    if ($stringify) $({ target: "JSON", stat: true, arity: 3, forced: WRONG_SYMBOLS_CONVERSION || ILL_FORMED_UNICODE || !NATIVE_RAW_JSON }, {
      stringify: function stringify(text2, replacer, space) {
        var replacerFunction = isCallable(replacer) ? replacer : void 0;
        var propertyList = replacerFunction ? void 0 : getPropertyList(replacer);
        var keyPrefix = propertyList && getKeyPrefix(propertyList);
        var rawStrings = [];
        var openObjects = [];
        var parentOrdered = [];
        var currentOrdered;
        var marked = false;
        var root = true;
        var json = stringifyWithProperSymbolsConversion(text2, function(key2, value) {
          key2 = $String(key2);
          if (propertyList) {
            if (key2 === END_MARK) {
              pop(openObjects);
              currentOrdered = pop(parentOrdered);
              return;
            }
            if (root) root = false;
            else if (this !== currentOrdered && !isArray(this) && !includes(propertyList, key2)) return;
          } else if (replacerFunction) value = call(replacerFunction, this, key2, value);
          if (isRawJSONValue(value)) {
            if (NATIVE_RAW_JSON) return value;
            marked = true;
            return RAW_MARK + (push(rawStrings, value.rawJSON) - 1);
          }
          if (propertyList && isSerializedAsObject(value)) {
            if (includes(openObjects, value)) throw new $TypeError("Converting circular structure to JSON");
            var ordered = createOrderedObject(value, propertyList, keyPrefix);
            push(openObjects, value);
            push(parentOrdered, currentOrdered);
            currentOrdered = ordered;
            if (keyPrefix) marked = true;
            return ordered;
          }
          return value;
        }, space);
        if (typeof json != "string") return json;
        if (ILL_FORMED_UNICODE) json = replace(json, surrogates, fixIllFormedJSON);
        if (!marked) return json;
        var result = "";
        var length = json.length;
        for (var i = 0; i < length; i++) {
          var chr = charAt(json, i);
          if (chr === '"') {
            var end = parseJSONString(json, ++i).end - 1;
            var string = slice(json, i, end);
            if (slice(string, 0, RAW_MARK_LENGTH) === RAW_MARK) result += rawStrings[slice(string, RAW_MARK_LENGTH)];
            else if (slice(string, 0, KEY_MARK_LENGTH) === KEY_MARK) result += '"' + slice(string, KEY_MARK_LENGTH) + '"';
            else result += '"' + string + '"';
            i = end;
          } else result += chr;
        }
        return result;
      }
    });
  });
  var es_map_get_or_insert_computed_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    var MapHelpers = map_helpers_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var get = MapHelpers.get;
    var has = MapHelpers.has;
    var set = MapHelpers.set;
    $({ target: "Map", proto: true, real: true, forced: IS_PURE }, {
      getOrInsertComputed: function getOrInsertComputed(key2, callbackfn) {
        var hasKey = has(this, key2);
        aCallable(callbackfn);
        if (hasKey) return get(this, key2);
        if (key2 === 0 && 1 / key2 === -Infinity) key2 = 0;
        var value = callbackfn(key2);
        set(this, key2, value);
        return value;
      }
    });
  });
  var es_map_get_or_insert_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var MapHelpers = map_helpers_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var get = MapHelpers.get;
    var has = MapHelpers.has;
    var set = MapHelpers.set;
    $({ target: "Map", proto: true, real: true, forced: IS_PURE }, {
      getOrInsert: function getOrInsert(key2, value) {
        if (has(this, key2)) return get(this, key2);
        set(this, key2, value);
        return value;
      }
    });
  });
  var es_math_sum_precise_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var uncurryThis = function_uncurry_this_namespaceFn();
    var iterate = iterate_namespaceFn();
    var $RangeError = RangeError;
    var $TypeError = TypeError;
    var $Infinity = Infinity;
    var $NaN = NaN;
    var abs = Math.abs;
    var pow = Math.pow;
    var push = uncurryThis([].push);
    var POW_2_1023 = pow(2, 1023);
    var MAX_SAFE_INTEGER = pow(2, 53) - 1;
    var MAX_DOUBLE = Number.MAX_VALUE;
    var MAX_ULP = pow(2, 971);
    var NOT_A_NUMBER = {};
    var MINUS_INFINITY = {};
    var PLUS_INFINITY = {};
    var MINUS_ZERO = {};
    var FINITE = {};
    var twosum = function(x, y) {
      var hi = x + y;
      var lo = y - (hi - x);
      return { hi, lo };
    };
    $({ target: "Math", stat: true }, {
      // eslint-disable-next-line max-statements -- ok
      sumPrecise: function sumPrecise(items) {
        var numbers = [];
        var count = 0;
        var state = MINUS_ZERO;
        iterate(items, function(n2) {
          if (++count > MAX_SAFE_INTEGER) throw new $RangeError("Maximum allowed index exceeded");
          if (typeof n2 != "number") throw new $TypeError("Value is not a number");
          if (state !== NOT_A_NUMBER) {
            if (n2 !== n2) state = NOT_A_NUMBER;
            else if (n2 === $Infinity) state = state === MINUS_INFINITY ? NOT_A_NUMBER : PLUS_INFINITY;
            else if (n2 === -$Infinity) state = state === PLUS_INFINITY ? NOT_A_NUMBER : MINUS_INFINITY;
            else if ((n2 !== 0 || 1 / n2 === $Infinity) && (state === MINUS_ZERO || state === FINITE)) {
              state = FINITE;
              push(numbers, n2);
            }
          }
        });
        switch (state) {
          case NOT_A_NUMBER:
            return $NaN;
          case MINUS_INFINITY:
            return -$Infinity;
          case PLUS_INFINITY:
            return $Infinity;
          case MINUS_ZERO:
            return -0;
        }
        var partials = [];
        var overflow = 0;
        var x, y, sum2, hi, lo, tmp;
        for (var i = 0; i < numbers.length; i++) {
          x = numbers[i];
          var actuallyUsedPartials = 0;
          for (var j = 0; j < partials.length; j++) {
            y = partials[j];
            if (abs(x) < abs(y)) {
              tmp = x;
              x = y;
              y = tmp;
            }
            sum2 = twosum(x, y);
            hi = sum2.hi;
            lo = sum2.lo;
            if (abs(hi) === $Infinity) {
              var sign = hi === $Infinity ? 1 : -1;
              overflow += sign;
              x = x - sign * POW_2_1023 - sign * POW_2_1023;
              if (abs(x) < abs(y)) {
                tmp = x;
                x = y;
                y = tmp;
              }
              sum2 = twosum(x, y);
              hi = sum2.hi;
              lo = sum2.lo;
            }
            if (lo !== 0) partials[actuallyUsedPartials++] = lo;
            x = hi;
          }
          partials.length = actuallyUsedPartials;
          if (x !== 0) push(partials, x);
        }
        var n = partials.length - 1;
        hi = 0;
        lo = 0;
        if (overflow !== 0) {
          var next = n >= 0 ? partials[n] : 0;
          n--;
          if (abs(overflow) > 1 || overflow > 0 && next > 0 || overflow < 0 && next < 0) {
            return overflow > 0 ? $Infinity : -$Infinity;
          }
          sum2 = twosum(overflow * POW_2_1023, next / 2);
          hi = sum2.hi;
          lo = sum2.lo;
          lo *= 2;
          if (abs(2 * hi) === $Infinity) {
            if (hi > 0) {
              return hi === POW_2_1023 && lo === -(MAX_ULP / 2) && n >= 0 && partials[n] < 0 ? MAX_DOUBLE : $Infinity;
            }
            return hi === -POW_2_1023 && lo === MAX_ULP / 2 && n >= 0 && partials[n] > 0 ? -MAX_DOUBLE : -$Infinity;
          }
          if (lo !== 0) {
            partials[++n] = lo;
            lo = 0;
          }
          hi *= 2;
        }
        while (n >= 0) {
          sum2 = twosum(hi, partials[n--]);
          hi = sum2.hi;
          lo = sum2.lo;
          if (lo !== 0) break;
        }
        if (n >= 0 && (lo < 0 && partials[n] < 0 || lo > 0 && partials[n] > 0)) {
          y = lo * 2;
          x = hi + y;
          if (y === x - hi) hi = x;
        }
        return hi;
      }
    });
  });
  var es_promise_try_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var apply2 = function_apply_namespaceFn();
    var slice = array_slice_namespaceFn();
    var promiseResolve = promise_resolve_namespaceFn();
    var newPromiseCapabilityModule = new_promise_capability_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    var perform = perform_namespaceFn();
    var fails = fails_namespaceFn();
    var Promise2 = globalThis2.Promise;
    var ACCEPT_ARGUMENTS = false;
    var FORCED = !Promise2 || !Promise2["try"] || fails(function() {
      var p = Promise2.resolve();
      return Promise2["try"](function(argument) {
        ACCEPT_ARGUMENTS = argument === 8;
        return p;
      }, 8) !== p;
    }) || !ACCEPT_ARGUMENTS;
    $({ target: "Promise", stat: true, forced: FORCED }, {
      "try": function(callbackfn) {
        var args = arguments.length > 1 ? slice(arguments, 1) : [];
        var result = perform(function() {
          return apply2(aCallable(callbackfn), void 0, args);
        });
        if (!result.error) return promiseResolve(this, result.value);
        var promiseCapability = newPromiseCapabilityModule.f(this);
        var reject = promiseCapability.reject;
        reject(result.value);
        return promiseCapability.promise;
      }
    });
  });
  var es_set_difference_v2_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var difference = set_difference_namespaceFn();
    var fails = fails_namespaceFn();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn();
    var SET_LIKE_INCORRECT_BEHAVIOR = !setMethodAcceptSetLike("difference", function(result) {
      return result.size === 0;
    });
    var FORCED = SET_LIKE_INCORRECT_BEHAVIOR || fails(function() {
      var setLike = {
        size: 1,
        has: function() {
          return true;
        },
        keys: function() {
          var index = 0;
          return {
            next: function() {
              var done = index++ > 1;
              if (baseSet.has(1)) baseSet.clear();
              return { done, value: 2 };
            }
          };
        }
      };
      var baseSet = /* @__PURE__ */ new Set([1, 2, 3, 4]);
      return baseSet.difference(setLike).size !== 3;
    });
    $({ target: "Set", proto: true, real: true, forced: FORCED }, {
      difference
    });
  });
  var es_set_intersection_v2_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var fails = fails_namespaceFn();
    var intersection = set_intersection_namespaceFn();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn();
    var INCORRECT = !setMethodAcceptSetLike("intersection", function(result) {
      return result.size === 2 && result.has(1) && result.has(2);
    }) || fails(function() {
      return String(Array.from((/* @__PURE__ */ new Set([1, 2, 3])).intersection(/* @__PURE__ */ new Set([3, 2])))) !== "3,2";
    });
    $({ target: "Set", proto: true, real: true, forced: INCORRECT }, {
      intersection
    });
  });
  var es_set_is_disjoint_from_v2_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var isDisjointFrom = set_is_disjoint_from_namespaceFn();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn();
    var INCORRECT = !setMethodAcceptSetLike("isDisjointFrom", function(result) {
      return !result;
    });
    $({ target: "Set", proto: true, real: true, forced: INCORRECT }, {
      isDisjointFrom
    });
  });
  var es_set_is_subset_of_v2_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var isSubsetOf = set_is_subset_of_namespaceFn();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn();
    var INCORRECT = !setMethodAcceptSetLike("isSubsetOf", function(result) {
      return result;
    });
    $({ target: "Set", proto: true, real: true, forced: INCORRECT }, {
      isSubsetOf
    });
  });
  var es_set_is_superset_of_v2_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var isSupersetOf = set_is_superset_of_namespaceFn();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn();
    var INCORRECT = !setMethodAcceptSetLike("isSupersetOf", function(result) {
      return !result;
    });
    $({ target: "Set", proto: true, real: true, forced: INCORRECT }, {
      isSupersetOf
    });
  });
  var es_set_symmetric_difference_v2_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var symmetricDifference = set_symmetric_difference_namespaceFn();
    var setMethodGetKeysBeforeCloning = set_method_get_keys_before_cloning_detection_namespaceFn();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn();
    var FORCED = !setMethodAcceptSetLike("symmetricDifference") || !setMethodGetKeysBeforeCloning("symmetricDifference");
    $({ target: "Set", proto: true, real: true, forced: FORCED }, {
      symmetricDifference
    });
  });
  var es_set_union_v2_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var union = set_union_namespaceFn();
    var setMethodGetKeysBeforeCloning = set_method_get_keys_before_cloning_detection_namespaceFn();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn();
    var FORCED = !setMethodAcceptSetLike("union") || !setMethodGetKeysBeforeCloning("union");
    $({ target: "Set", proto: true, real: true, forced: FORCED }, {
      union
    });
  });
  var es_typed_array_with_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var ArrayBufferViewCore = array_buffer_view_core_namespaceFn();
    var isBigIntArray = is_big_int_array_namespaceFn();
    var lengthOfArrayLike = length_of_array_like_namespaceFn();
    var toIntegerOrInfinity = to_integer_or_infinity_namespaceFn();
    var toBigInt = to_big_int_namespaceFn();
    var aTypedArray = ArrayBufferViewCore.aTypedArray;
    var getTypedArrayConstructor = ArrayBufferViewCore.getTypedArrayConstructor;
    var exportTypedArrayMethod = ArrayBufferViewCore.exportTypedArrayMethod;
    var $RangeError = RangeError;
    var PROPER_ORDER = (function() {
      try {
        new Int8Array(1)["with"](2, { valueOf: function() {
          throw 8;
        } });
      } catch (error3) {
        return error3 === 8;
      }
    })();
    var THROW_ON_NEGATIVE_FRACTIONAL_INDEX = PROPER_ORDER && (function() {
      try {
        new Int8Array(1)["with"](-0.5, 1);
      } catch (error3) {
        return true;
      }
    })();
    exportTypedArrayMethod("with", { "with": function(index, value) {
      var O = aTypedArray(this);
      var len = lengthOfArrayLike(O);
      var relativeIndex = toIntegerOrInfinity(index);
      var actualIndex = relativeIndex < 0 ? len + relativeIndex : relativeIndex;
      var numericValue2 = isBigIntArray(O) ? toBigInt(value) : +value;
      if (actualIndex >= len || actualIndex < 0) throw new $RangeError("Incorrect index");
      var A = new (getTypedArrayConstructor(O))(len);
      var k = 0;
      for (; k < len; k++) A[k] = k === actualIndex ? numericValue2 : O[k];
      return A;
    } }["with"], !PROPER_ORDER || THROW_ON_NEGATIVE_FRACTIONAL_INDEX);
  });
  var es_uint8_array_from_base64_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var arrayFromConstructorAndList = array_from_constructor_and_list_namespaceFn();
    var $fromBase64 = uint8_from_base64_namespaceFn();
    var Uint8Array2 = globalThis2.Uint8Array;
    var INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS = !Uint8Array2 || !Uint8Array2.fromBase64 || !(function() {
      try {
        Uint8Array2.fromBase64("a");
        return;
      } catch (error3) {
      }
      try {
        Uint8Array2.fromBase64("", null);
      } catch (error3) {
        return true;
      }
    })();
    if (Uint8Array2) $({ target: "Uint8Array", stat: true, forced: INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS }, {
      fromBase64: function fromBase64(string) {
        var result = $fromBase64(string, arguments.length > 1 ? arguments[1] : void 0, null, 9007199254740991);
        return arrayFromConstructorAndList(Uint8Array2, result.bytes);
      }
    });
  });
  var es_uint8_array_set_from_base64_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var $fromBase64 = uint8_from_base64_namespaceFn();
    var anUint8Array = an_uint8_array_namespaceFn();
    var Uint8Array2 = globalThis2.Uint8Array;
    var INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS = !Uint8Array2 || !Uint8Array2.prototype.setFromBase64 || !(function() {
      var target = new Uint8Array2([255, 255, 255, 255, 255]);
      try {
        target.setFromBase64("", null);
        return;
      } catch (error3) {
      }
      try {
        target.setFromBase64("a");
        return;
      } catch (error3) {
      }
      try {
        target.setFromBase64("MjYyZg===");
      } catch (error3) {
        return target[0] === 50 && target[1] === 54 && target[2] === 50 && target[3] === 255 && target[4] === 255;
      }
    })();
    if (Uint8Array2) $({ target: "Uint8Array", proto: true, forced: INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS }, {
      setFromBase64: function setFromBase64(string) {
        anUint8Array(this);
        var result = $fromBase64(string, arguments.length > 1 ? arguments[1] : void 0, this, this.length);
        return { read: result.read, written: result.written };
      }
    });
  });
  var es_uint8_array_set_from_hex_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var aString = a_string_namespaceFn();
    var anUint8Array = an_uint8_array_namespaceFn();
    var notDetached = array_buffer_not_detached_namespaceFn();
    var $fromHex = uint8_from_hex_namespaceFn();
    function throwsOnLengthTrackingView() {
      try {
        var rab = new ArrayBuffer(16, { maxByteLength: 1024 });
        new Uint8Array(rab).setFromHex("cafed00d");
      } catch (error3) {
        return true;
      }
    }
    if (globalThis2.Uint8Array) $({ target: "Uint8Array", proto: true, forced: throwsOnLengthTrackingView() }, {
      setFromHex: function setFromHex(string) {
        anUint8Array(this);
        aString(string);
        notDetached(this.buffer);
        var read = $fromHex(string, this).read;
        return { read, written: read / 2 };
      }
    });
  });
  var es_uint8_array_to_base64_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var uncurryThis = function_uncurry_this_namespaceFn();
    var anObjectOrUndefined = an_object_or_undefined_namespaceFn();
    var anUint8Array = an_uint8_array_namespaceFn();
    var notDetached = array_buffer_not_detached_namespaceFn();
    var base64Map = base64_map_namespaceFn();
    var getAlphabetOption = get_alphabet_option_namespaceFn();
    var base64Alphabet = base64Map.i2c;
    var base64UrlAlphabet = base64Map.i2cUrl;
    var $floor = Math.floor;
    var $ceil = Math.ceil;
    var charAt = uncurryThis("".charAt);
    var Uint8Array2 = globalThis2.Uint8Array;
    var $Array = globalThis2.Array;
    var join = uncurryThis([].join);
    var INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS = !Uint8Array2 || !Uint8Array2.prototype.toBase64 || !(function() {
      try {
        var target = new Uint8Array2();
        target.toBase64(null);
      } catch (error3) {
        return true;
      }
    })();
    if (Uint8Array2) $({ target: "Uint8Array", proto: true, forced: INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS }, {
      toBase64: function toBase64() {
        var array = anUint8Array(this);
        var options2 = arguments.length ? anObjectOrUndefined(arguments[0]) : void 0;
        var alphabet = getAlphabetOption(options2) === "base64" ? base64Alphabet : base64UrlAlphabet;
        var omitPadding = !!options2 && !!options2.omitPadding;
        notDetached(this.buffer);
        var i = 0;
        var length = array.length;
        var result = $Array(omitPadding ? $floor(length / 3) * 4 + (length % 3 ? length % 3 + 1 : 0) : $ceil(length / 3) * 4);
        var written = 0;
        var triplet;
        var at = function(shift) {
          return charAt(alphabet, triplet >> 6 * shift & 63);
        };
        for (; i + 2 < length; i += 3) {
          triplet = (array[i] << 16) + (array[i + 1] << 8) + array[i + 2];
          result[written++] = at(3);
          result[written++] = at(2);
          result[written++] = at(1);
          result[written++] = at(0);
        }
        if (i + 2 === length) {
          triplet = (array[i] << 16) + (array[i + 1] << 8);
          result[written++] = at(3);
          result[written++] = at(2);
          result[written++] = at(1);
          if (!omitPadding) result[written++] = "=";
        } else if (i + 1 === length) {
          triplet = array[i] << 16;
          result[written++] = at(3);
          result[written++] = at(2);
          if (!omitPadding) {
            result[written++] = "=";
            result[written++] = "=";
          }
        }
        return join(result, "");
      }
    });
  });
  var es_uint8_array_to_hex_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var uncurryThis = function_uncurry_this_namespaceFn();
    var anUint8Array = an_uint8_array_namespaceFn();
    var notDetached = array_buffer_not_detached_namespaceFn();
    var numberToString2 = uncurryThis(1.1.toString);
    var join = uncurryThis([].join);
    var $Array = Array;
    var Uint8Array2 = globalThis2.Uint8Array;
    var INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS = !Uint8Array2 || !Uint8Array2.prototype.toHex || !(function() {
      try {
        var target = new Uint8Array2([255, 255, 255, 255, 255, 255, 255, 255]);
        return target.toHex() === "ffffffffffffffff";
      } catch (error3) {
        return false;
      }
    })();
    if (Uint8Array2) $({ target: "Uint8Array", proto: true, forced: INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS }, {
      toHex: function toHex() {
        anUint8Array(this);
        notDetached(this.buffer);
        var result = $Array(this.length);
        for (var i = 0, length = this.length; i < length; i++) {
          var hex = numberToString2(this[i], 16);
          result[i] = hex.length === 1 ? "0" + hex : hex;
        }
        return join(result, "");
      }
    });
  });
  var es_weak_map_get_or_insert_computed_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var aCallable = a_callable_namespaceFn();
    var aWeakMap = a_weak_map_namespaceFn();
    var aWeakKey = a_weak_key_namespaceFn();
    var WeakMapHelpers = weak_map_helpers_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var get = WeakMapHelpers.get;
    var has = WeakMapHelpers.has;
    var set = WeakMapHelpers.set;
    var FORCED = IS_PURE || !(function() {
      try {
        if (WeakMap.prototype.getOrInsertComputed) (/* @__PURE__ */ new WeakMap()).getOrInsertComputed(1, function() {
          throw 1;
        });
      } catch (error3) {
        return error3 instanceof TypeError;
      }
    })();
    $({ target: "WeakMap", proto: true, real: true, forced: FORCED }, {
      getOrInsertComputed: function getOrInsertComputed(key2, callbackfn) {
        if (!IS_PURE) aWeakMap(this);
        aWeakKey(key2);
        aCallable(callbackfn);
        if (has(this, key2)) return get(this, key2);
        var value = callbackfn(key2);
        set(this, key2, value);
        return value;
      }
    });
  });
  var es_weak_map_get_or_insert_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var WeakMapHelpers = weak_map_helpers_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var get = WeakMapHelpers.get;
    var has = WeakMapHelpers.has;
    var set = WeakMapHelpers.set;
    $({ target: "WeakMap", proto: true, real: true, forced: IS_PURE }, {
      getOrInsert: function getOrInsert(key2, value) {
        if (has(this, key2)) return get(this, key2);
        set(this, key2, value);
        return value;
      }
    });
  });
  var web_dom_exception_stack_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var globalThis2 = global_this_namespaceFn();
    var getBuiltIn = get_built_in_namespaceFn();
    var createPropertyDescriptor = create_property_descriptor_namespaceFn();
    var defineProperty = object_define_property_namespaceFn().f;
    var hasOwn = has_own_property_namespaceFn();
    var anInstance = an_instance_namespaceFn();
    var inheritIfRequired = inherit_if_required_namespaceFn();
    var normalizeStringArgument = normalize_string_argument_namespaceFn();
    var DOMExceptionConstants = dom_exception_constants_namespaceFn();
    var clearErrorStack = error_stack_clear_namespaceFn();
    var DESCRIPTORS = descriptors_namespaceFn();
    var IS_PURE = is_pure_namespaceFn();
    var DOM_EXCEPTION = "DOMException";
    var Error2 = getBuiltIn("Error");
    var NativeDOMException = getBuiltIn(DOM_EXCEPTION);
    var $DOMException = function DOMException2() {
      anInstance(this, DOMExceptionPrototype);
      var argumentsLength = arguments.length;
      var message = normalizeStringArgument(argumentsLength < 1 ? void 0 : arguments[0]);
      var name = normalizeStringArgument(argumentsLength < 2 ? void 0 : arguments[1], "Error");
      var that = new NativeDOMException(message, name);
      var error3 = new Error2(message);
      error3.name = DOM_EXCEPTION;
      defineProperty(that, "stack", createPropertyDescriptor(1, clearErrorStack(error3.stack, 1)));
      inheritIfRequired(that, this, $DOMException);
      return that;
    };
    var DOMExceptionPrototype = $DOMException.prototype = NativeDOMException.prototype;
    var ERROR_HAS_STACK = "stack" in new Error2(DOM_EXCEPTION);
    var DOM_EXCEPTION_HAS_STACK = "stack" in new NativeDOMException(1, 2);
    var descriptor = NativeDOMException && DESCRIPTORS && Object.getOwnPropertyDescriptor(globalThis2, DOM_EXCEPTION);
    var BUGGY_DESCRIPTOR = !!descriptor && !(descriptor.writable && descriptor.configurable);
    var FORCED_CONSTRUCTOR = ERROR_HAS_STACK && !BUGGY_DESCRIPTOR && !DOM_EXCEPTION_HAS_STACK;
    $({ global: true, constructor: true, forced: IS_PURE || FORCED_CONSTRUCTOR }, {
      // TODO: fix export logic
      DOMException: FORCED_CONSTRUCTOR ? $DOMException : NativeDOMException
    });
    var PolyfilledDOMException = getBuiltIn(DOM_EXCEPTION);
    var PolyfilledDOMExceptionPrototype = PolyfilledDOMException.prototype;
    if (PolyfilledDOMExceptionPrototype.constructor !== PolyfilledDOMException) {
      if (!IS_PURE) {
        defineProperty(PolyfilledDOMExceptionPrototype, "constructor", createPropertyDescriptor(1, PolyfilledDOMException));
      }
      for (var key2 in DOMExceptionConstants) if (hasOwn(DOMExceptionConstants, key2)) {
        var constant = DOMExceptionConstants[key2];
        var constantName = constant.s;
        if (!hasOwn(PolyfilledDOMException, constantName)) {
          defineProperty(PolyfilledDOMException, constantName, createPropertyDescriptor(6, constant.c));
        }
      }
    }
  });
  var web_url_parse_namespaceFn = /* @__PURE__ */ __webpack_require__.cw(function(module, exports) {
    var $ = export_namespaceFn();
    var getBuiltIn = get_built_in_namespaceFn();
    var validateArgumentsLength = validate_arguments_length_namespaceFn();
    var toString = to_string_namespaceFn();
    var USE_NATIVE_URL = url_constructor_detection_namespaceFn();
    var URL2 = getBuiltIn("URL");
    $({ target: "URL", stat: true, forced: !USE_NATIVE_URL }, {
      parse: function parse2(url) {
        var length = validateArgumentsLength(arguments.length, 1);
        var urlString = toString(url);
        var base = length < 2 || arguments[1] === void 0 ? void 0 : toString(arguments[1]);
        try {
          return new URL2(urlString, base);
        } catch (error3) {
          return null;
        }
      }
    });
  });
  es_array_includes_namespaceFn();
  es_array_push_namespaceFn();
  es_iterator_constructor_namespaceFn();
  es_iterator_filter_namespaceFn();
  es_map_get_or_insert_namespaceFn();
  es_map_get_or_insert_computed_namespaceFn();
  es_set_difference_v2_namespaceFn();
  es_set_intersection_v2_namespaceFn();
  es_set_is_disjoint_from_v2_namespaceFn();
  es_set_is_subset_of_v2_namespaceFn();
  es_set_is_superset_of_v2_namespaceFn();
  es_set_symmetric_difference_v2_namespaceFn();
  es_set_union_v2_namespaceFn();
  es_typed_array_with_namespaceFn();
  es_uint8_array_set_from_base64_namespaceFn();
  es_uint8_array_set_from_hex_namespaceFn();
  es_uint8_array_to_base64_namespaceFn();
  es_uint8_array_to_hex_namespaceFn();
  web_url_parse_namespaceFn();
  var isNodeJS = typeof process === "object" && process + "" === "[object process]" && !process.versions.nw && !(process.versions.electron && process.type && process.type !== "browser");
  var BBOX_INIT = [Infinity, Infinity, -Infinity, -Infinity];
  var F32_BBOX_INIT = new Float32Array(BBOX_INIT);
  var FONT_IDENTITY_MATRIX = [1e-3, 0, 0, 1e-3, 0, 0];
  var SVG_NS = "http://www.w3.org/2000/svg";
  var RenderingIntentFlag = {
    ANY: 1,
    DISPLAY: 2,
    PRINT: 4,
    SAVE: 8,
    ANNOTATIONS_FORMS: 16,
    ANNOTATIONS_STORAGE: 32,
    ANNOTATIONS_DISABLE: 64,
    IS_EDITING: 128,
    OPLIST: 256
  };
  var AnnotationMode = {
    DISABLE: 0,
    ENABLE: 1,
    ENABLE_FORMS: 2,
    ENABLE_STORAGE: 3
  };
  var AnnotationPrefix = "pdfjs_internal_id_";
  var AnnotationEditorPrefix = "pdfjs_internal_editor_";
  var AnnotationEditorType = {
    DISABLE: -1,
    NONE: 0,
    FREETEXT: 3,
    HIGHLIGHT: 9,
    STAMP: 13,
    INK: 15,
    POPUP: 16,
    SIGNATURE: 101,
    COMMENT: 102
  };
  var AnnotationEditorParamsType = {
    RESIZE: 1,
    CREATE: 2,
    FREETEXT_SIZE: 11,
    FREETEXT_COLOR: 12,
    FREETEXT_OPACITY: 13,
    INK_COLOR: 21,
    INK_THICKNESS: 22,
    INK_OPACITY: 23,
    INK_COLOR_AND_OPACITY: 24,
    HIGHLIGHT_COLOR: 31,
    HIGHLIGHT_THICKNESS: 32,
    HIGHLIGHT_FREE: 33,
    HIGHLIGHT_SHOW_ALL: 34,
    DRAW_STEP: 41
  };
  var PermissionFlag = {
    PRINT: 4,
    MODIFY_CONTENTS: 8,
    COPY: 16,
    MODIFY_ANNOTATIONS: 32,
    FILL_INTERACTIVE_FORMS: 256,
    COPY_FOR_ACCESSIBILITY: 512,
    ASSEMBLE: 1024,
    PRINT_HIGH_QUALITY: 2048
  };
  var TextRenderingMode2 = {
    FILL: 0,
    STROKE: 1,
    FILL_STROKE: 2,
    INVISIBLE: 3,
    FILL_ADD_TO_PATH: 4,
    STROKE_ADD_TO_PATH: 5,
    FILL_STROKE_ADD_TO_PATH: 6,
    ADD_TO_PATH: 7,
    FILL_STROKE_MASK: 3,
    ADD_TO_PATH_FLAG: 4
  };
  var ImageKind = {
    GRAYSCALE_1BPP: 1,
    RGB_24BPP: 2,
    RGBA_32BPP: 3
  };
  var AnnotationType = {
    TEXT: 1,
    LINK: 2,
    FREETEXT: 3,
    LINE: 4,
    SQUARE: 5,
    CIRCLE: 6,
    POLYGON: 7,
    POLYLINE: 8,
    HIGHLIGHT: 9,
    UNDERLINE: 10,
    SQUIGGLY: 11,
    STRIKEOUT: 12,
    STAMP: 13,
    CARET: 14,
    INK: 15,
    POPUP: 16,
    FILEATTACHMENT: 17,
    SOUND: 18,
    MOVIE: 19,
    WIDGET: 20,
    SCREEN: 21,
    PRINTERMARK: 22,
    TRAPNET: 23,
    WATERMARK: 24,
    THREED: 25,
    REDACT: 26,
    RICHMEDIA: 27
  };
  var AnnotationBorderStyleType = {
    SOLID: 1,
    DASHED: 2,
    BEVELED: 3,
    INSET: 4,
    UNDERLINE: 5
  };
  var VerbosityLevel = {
    ERRORS: 0,
    WARNINGS: 1,
    INFOS: 5
  };
  var OPS = {
    dependency: 1,
    setLineWidth: 2,
    setLineCap: 3,
    setLineJoin: 4,
    setMiterLimit: 5,
    setDash: 6,
    setRenderingIntent: 7,
    setFlatness: 8,
    setGState: 9,
    save: 10,
    restore: 11,
    transform: 12,
    moveTo: 13,
    lineTo: 14,
    curveTo: 15,
    curveTo2: 16,
    curveTo3: 17,
    closePath: 18,
    rectangle: 19,
    stroke: 20,
    closeStroke: 21,
    fill: 22,
    eoFill: 23,
    fillStroke: 24,
    eoFillStroke: 25,
    closeFillStroke: 26,
    closeEOFillStroke: 27,
    endPath: 28,
    clip: 29,
    eoClip: 30,
    beginText: 31,
    endText: 32,
    setCharSpacing: 33,
    setWordSpacing: 34,
    setHScale: 35,
    setLeading: 36,
    setFont: 37,
    setTextRenderingMode: 38,
    setTextRise: 39,
    moveText: 40,
    setLeadingMoveText: 41,
    setTextMatrix: 42,
    nextLine: 43,
    showText: 44,
    showSpacedText: 45,
    nextLineShowText: 46,
    nextLineSetSpacingShowText: 47,
    setCharWidth: 48,
    setCharWidthAndBounds: 49,
    setStrokeColorSpace: 50,
    setFillColorSpace: 51,
    setStrokeColor: 52,
    setStrokeColorN: 53,
    setFillColor: 54,
    setFillColorN: 55,
    setStrokeGray: 56,
    setFillGray: 57,
    setStrokeRGBColor: 58,
    setFillRGBColor: 59,
    setStrokeCMYKColor: 60,
    setFillCMYKColor: 61,
    shadingFill: 62,
    beginInlineImage: 63,
    beginImageData: 64,
    endInlineImage: 65,
    paintXObject: 66,
    markPoint: 67,
    markPointProps: 68,
    beginMarkedContent: 69,
    beginMarkedContentProps: 70,
    endMarkedContent: 71,
    beginCompat: 72,
    endCompat: 73,
    paintFormXObjectBegin: 74,
    paintFormXObjectEnd: 75,
    beginGroup: 76,
    endGroup: 77,
    beginAnnotation: 80,
    endAnnotation: 81,
    paintImageMaskXObject: 83,
    paintImageMaskXObjectGroup: 84,
    paintImageXObject: 85,
    paintInlineImageXObject: 86,
    paintInlineImageXObjectGroup: 87,
    paintImageXObjectRepeat: 88,
    paintImageMaskXObjectRepeat: 89,
    paintSolidColorImageMask: 90,
    constructPath: 91,
    setStrokeTransparent: 92,
    setFillTransparent: 93,
    rawFillPath: 94
  };
  var DrawOPS = {
    moveTo: 0,
    lineTo: 1,
    curveTo: 2,
    quadraticCurveTo: 3,
    closePath: 4
  };
  var PasswordResponses = {
    NEED_PASSWORD: 1,
    INCORRECT_PASSWORD: 2
  };
  var verbosity = VerbosityLevel.WARNINGS;
  function setVerbosityLevel(level) {
    if (Number.isInteger(level)) {
      verbosity = level;
    }
  }
  function getVerbosityLevel() {
    return verbosity;
  }
  function info(msg) {
    if (verbosity >= VerbosityLevel.INFOS) {
      console.info(`Info: ${msg}`);
    }
  }
  function warn(msg) {
    if (verbosity >= VerbosityLevel.WARNINGS) {
      console.warn(`Warning: ${msg}`);
    }
  }
  function unreachable(msg) {
    throw new Error(msg);
  }
  function util_assert(cond, msg) {
    if (!cond) {
      unreachable(msg);
    }
  }
  function _isValidProtocol(url) {
    switch (url?.protocol) {
      case "http:":
      case "https:":
      case "ftp:":
      case "mailto:":
      case "tel:":
        return true;
      default:
        return false;
    }
  }
  function createValidAbsoluteUrl(url, baseUrl = null, options2 = null) {
    if (!url) {
      return null;
    }
    if (options2 && typeof url === "string") {
      if (options2.addDefaultProtocol && url.startsWith("www.")) {
        const dots = url.match(/\./g);
        if (dots?.length >= 2) {
          url = `http://${url}`;
        }
      }
      if (options2.tryConvertEncoding) {
        try {
          url = stringToUTF8String(url);
        } catch {
        }
      }
    }
    const absoluteUrl = baseUrl ? URL.parse(url, baseUrl) : URL.parse(url);
    return _isValidProtocol(absoluteUrl) ? absoluteUrl : null;
  }
  function updateUrlHash(url, hash, allowRel = false) {
    const res = URL.parse(url);
    if (res) {
      res.hash = hash;
      return res.href;
    }
    if (allowRel && createValidAbsoluteUrl(url, "http://example.com")) {
      return url.split("#", 1)[0] + `${hash ? `#${hash}` : ""}`;
    }
    return "";
  }
  function stripPath(str) {
    return str.substring(str.lastIndexOf("/") + 1);
  }
  function util_shadow(obj, prop, value, nonSerializable2 = false) {
    Object.defineProperty(obj, prop, {
      value,
      enumerable: !nonSerializable2,
      configurable: true,
      writable: false
    });
    return value;
  }
  var BaseException = (function BaseExceptionClosure() {
    function BaseException3(message, name) {
      this.message = message;
      this.name = name;
    }
    BaseException3.prototype = new Error();
    BaseException3.constructor = BaseException3;
    return BaseException3;
  })();
  var PasswordException = class extends BaseException {
    constructor(msg, code) {
      super(msg, "PasswordException");
      this.code = code;
    }
  };
  var UnknownErrorException = class extends BaseException {
    constructor(msg, details) {
      super(msg, "UnknownErrorException");
      this.details = details;
    }
  };
  var InvalidPDFException = class extends BaseException {
    constructor(msg) {
      super(msg, "InvalidPDFException");
    }
  };
  var ResponseException = class extends BaseException {
    constructor(msg, status, missing) {
      super(msg, "ResponseException");
      this.status = status;
      this.missing = missing;
    }
  };
  var FormatError = class extends BaseException {
    constructor(msg) {
      super(msg, "FormatError");
    }
  };
  var AbortException = class extends BaseException {
    constructor(msg) {
      super(msg, "AbortException");
    }
  };
  function bytesToString(bytes2) {
    if (typeof bytes2 !== "object" || bytes2?.length === void 0) {
      unreachable("Invalid argument for bytesToString");
    }
    const length = bytes2.length;
    const MAX_ARGUMENT_COUNT = 8192;
    if (length < MAX_ARGUMENT_COUNT) {
      return String.fromCharCode.apply(null, bytes2);
    }
    const strBuf = [];
    for (let i = 0; i < length; i += MAX_ARGUMENT_COUNT) {
      const chunkEnd = Math.min(i + MAX_ARGUMENT_COUNT, length);
      const chunk = bytes2.subarray(i, chunkEnd);
      strBuf.push(String.fromCharCode.apply(null, chunk));
    }
    return strBuf.join("");
  }
  function stringToBytes(str) {
    if (typeof str !== "string") {
      unreachable("Invalid argument for stringToBytes");
    }
    const length = str.length;
    const bytes2 = new Uint8Array(length);
    for (let i = 0; i < length; ++i) {
      bytes2[i] = str.charCodeAt(i) & 255;
    }
    return bytes2;
  }
  var FeatureTest = class {
    static get isLittleEndian() {
      const buffer8 = new Uint8Array(4);
      buffer8[0] = 1;
      const view32 = new Uint32Array(buffer8.buffer, 0, 1);
      return util_shadow(this, "isLittleEndian", view32[0] === 1);
    }
    static get isOffscreenCanvasSupported() {
      return util_shadow(this, "isOffscreenCanvasSupported", typeof OffscreenCanvas !== "undefined");
    }
    static get isImageDecoderSupported() {
      return util_shadow(this, "isImageDecoderSupported", typeof ImageDecoder !== "undefined");
    }
    static get isFloat16ArraySupported() {
      return util_shadow(this, "isFloat16ArraySupported", typeof Float16Array !== "undefined");
    }
    static get isSanitizerSupported() {
      return util_shadow(this, "isSanitizerSupported", typeof Sanitizer !== "undefined");
    }
    static get platform() {
      const {
        platform,
        userAgent
      } = navigator;
      return util_shadow(this, "platform", {
        isAndroid: userAgent.includes("Android"),
        isLinux: platform.includes("Linux"),
        isMac: platform.includes("Mac"),
        isWindows: platform.includes("Win"),
        isFirefox: userAgent.includes("Firefox")
      });
    }
    static get isCanvasFilterSupported() {
      let ctx;
      if (this.isOffscreenCanvasSupported) {
        ctx = new OffscreenCanvas(1, 1).getContext("2d");
      } else if (typeof document !== "undefined") {
        ctx = document.createElement("canvas").getContext("2d");
      }
      return util_shadow(this, "isCanvasFilterSupported", ctx?.filter !== void 0);
    }
    static get isAlphaColorInputSupported() {
      if (typeof document === "undefined") {
        return util_shadow(this, "isAlphaColorInputSupported", false);
      }
      const input2 = document.createElement("input");
      input2.type = "color";
      input2.setAttribute("alpha", "");
      input2.value = "#ff000080";
      return util_shadow(this, "isAlphaColorInputSupported", input2.value !== "#ff0000");
    }
    static get isBackdropFilterSupported() {
      return util_shadow(this, "isBackdropFilterSupported", typeof CSS !== "undefined" && CSS.supports("backdrop-filter", "blur(1px)"));
    }
  };
  var Util = class {
    static get hexNums() {
      return util_shadow(this, "hexNums", Array.from({
        length: 256
      }, (_, n) => n.toString(16).padStart(2, "0")));
    }
    static makeHexColor(r, g, b) {
      return `#${this.hexNums[r]}${this.hexNums[g]}${this.hexNums[b]}`;
    }
    static transform(m1, m2) {
      return [m1[0] * m2[0] + m1[2] * m2[1], m1[1] * m2[0] + m1[3] * m2[1], m1[0] * m2[2] + m1[2] * m2[3], m1[1] * m2[2] + m1[3] * m2[3], m1[0] * m2[4] + m1[2] * m2[5] + m1[4], m1[1] * m2[4] + m1[3] * m2[5] + m1[5]];
    }
    static multiplyByDOMMatrix(m, md) {
      return [m[0] * md.a + m[2] * md.b, m[1] * md.a + m[3] * md.b, m[0] * md.c + m[2] * md.d, m[1] * md.c + m[3] * md.d, m[0] * md.e + m[2] * md.f + m[4], m[1] * md.e + m[3] * md.f + m[5]];
    }
    static applyTransform(p, m, pos = 0) {
      const p0 = p[pos];
      const p1 = p[pos + 1];
      p[pos] = p0 * m[0] + p1 * m[2] + m[4];
      p[pos + 1] = p0 * m[1] + p1 * m[3] + m[5];
    }
    static applyTransformToBezier(p, transform, pos = 0) {
      const m0 = transform[0];
      const m1 = transform[1];
      const m2 = transform[2];
      const m3 = transform[3];
      const m4 = transform[4];
      const m5 = transform[5];
      for (let i = 0; i < 6; i += 2) {
        const pI = p[pos + i];
        const pI1 = p[pos + i + 1];
        p[pos + i] = pI * m0 + pI1 * m2 + m4;
        p[pos + i + 1] = pI * m1 + pI1 * m3 + m5;
      }
    }
    static applyInverseTransform(p, m) {
      const p0 = p[0];
      const p1 = p[1];
      const d = m[0] * m[3] - m[1] * m[2];
      p[0] = (p0 * m[3] - p1 * m[2] + m[2] * m[5] - m[4] * m[3]) / d;
      p[1] = (-p0 * m[1] + p1 * m[0] + m[4] * m[1] - m[5] * m[0]) / d;
    }
    static axialAlignedBoundingBox(rect2, transform, output) {
      const m0 = transform[0];
      const m1 = transform[1];
      const m2 = transform[2];
      const m3 = transform[3];
      const m4 = transform[4];
      const m5 = transform[5];
      const r0 = rect2[0];
      const r1 = rect2[1];
      const r2 = rect2[2];
      const r3 = rect2[3];
      let a0 = m0 * r0 + m4;
      let a2 = a0;
      let a1 = m0 * r2 + m4;
      let a3 = a1;
      let b0 = m3 * r1 + m5;
      let b2 = b0;
      let b1 = m3 * r3 + m5;
      let b3 = b1;
      if (m1 !== 0 || m2 !== 0) {
        const m1r0 = m1 * r0;
        const m1r2 = m1 * r2;
        const m2r1 = m2 * r1;
        const m2r3 = m2 * r3;
        a0 += m2r1;
        a3 += m2r1;
        a1 += m2r3;
        a2 += m2r3;
        b0 += m1r0;
        b3 += m1r0;
        b1 += m1r2;
        b2 += m1r2;
      }
      output[0] = Math.min(output[0], a0, a1, a2, a3);
      output[1] = Math.min(output[1], b0, b1, b2, b3);
      output[2] = Math.max(output[2], a0, a1, a2, a3);
      output[3] = Math.max(output[3], b0, b1, b2, b3);
    }
    static inverseTransform(m) {
      const d = m[0] * m[3] - m[1] * m[2];
      return [m[3] / d, -m[1] / d, -m[2] / d, m[0] / d, (m[2] * m[5] - m[4] * m[3]) / d, (m[4] * m[1] - m[5] * m[0]) / d];
    }
    static singularValueDecompose2dScale(matrix, output) {
      const m0 = matrix[0];
      const m1 = matrix[1];
      const m2 = matrix[2];
      const m3 = matrix[3];
      const a = m0 ** 2 + m1 ** 2;
      const b = m0 * m2 + m1 * m3;
      const c = m2 ** 2 + m3 ** 2;
      const first = (a + c) / 2;
      const second = Math.sqrt(first ** 2 - (a * c - b ** 2));
      output[0] = Math.sqrt(first + second || 1);
      output[1] = Math.sqrt(first - second || 1);
    }
    static normalizeRect(rect2) {
      const r = rect2.slice(0);
      if (rect2[0] > rect2[2]) {
        r[0] = rect2[2];
        r[2] = rect2[0];
      }
      if (rect2[1] > rect2[3]) {
        r[1] = rect2[3];
        r[3] = rect2[1];
      }
      return r;
    }
    static intersect(rect1, rect2) {
      const xLow = Math.max(Math.min(rect1[0], rect1[2]), Math.min(rect2[0], rect2[2]));
      const xHigh = Math.min(Math.max(rect1[0], rect1[2]), Math.max(rect2[0], rect2[2]));
      if (xLow > xHigh) {
        return null;
      }
      const yLow = Math.max(Math.min(rect1[1], rect1[3]), Math.min(rect2[1], rect2[3]));
      const yHigh = Math.min(Math.max(rect1[1], rect1[3]), Math.max(rect2[1], rect2[3]));
      return yLow > yHigh ? null : [xLow, yLow, xHigh, yHigh];
    }
    static pointBoundingBox(x, y, minMax) {
      minMax[0] = Math.min(minMax[0], x);
      minMax[1] = Math.min(minMax[1], y);
      minMax[2] = Math.max(minMax[2], x);
      minMax[3] = Math.max(minMax[3], y);
    }
    static rectBoundingBox(x0, y0, x1, y1, minMax) {
      minMax[0] = Math.min(minMax[0], x0, x1);
      minMax[1] = Math.min(minMax[1], y0, y1);
      minMax[2] = Math.max(minMax[2], x0, x1);
      minMax[3] = Math.max(minMax[3], y0, y1);
    }
    static #getExtremumOnCurve(x0, x1, x2, x3, y0, y1, y2, y3, t, minMax) {
      if (t <= 0 || t >= 1) {
        return;
      }
      const mt = 1 - t;
      const tt = t * t;
      const ttt = tt * t;
      const x = mt * (mt * (mt * x0 + 3 * t * x1) + 3 * tt * x2) + ttt * x3;
      const y = mt * (mt * (mt * y0 + 3 * t * y1) + 3 * tt * y2) + ttt * y3;
      minMax[0] = Math.min(minMax[0], x);
      minMax[1] = Math.min(minMax[1], y);
      minMax[2] = Math.max(minMax[2], x);
      minMax[3] = Math.max(minMax[3], y);
    }
    static #getExtremum(x0, x1, x2, x3, y0, y1, y2, y3, a, b, c, minMax) {
      if (Math.abs(a) < 1e-12) {
        if (Math.abs(b) >= 1e-12) {
          this.#getExtremumOnCurve(x0, x1, x2, x3, y0, y1, y2, y3, -c / b, minMax);
        }
        return;
      }
      const delta = b ** 2 - 4 * c * a;
      if (delta < 0) {
        return;
      }
      const sqrtDelta = Math.sqrt(delta);
      const a2 = 2 * a;
      this.#getExtremumOnCurve(x0, x1, x2, x3, y0, y1, y2, y3, (-b + sqrtDelta) / a2, minMax);
      this.#getExtremumOnCurve(x0, x1, x2, x3, y0, y1, y2, y3, (-b - sqrtDelta) / a2, minMax);
    }
    static bezierBoundingBox(x0, y0, x1, y1, x2, y2, x3, y3, minMax) {
      minMax[0] = Math.min(minMax[0], x0, x3);
      minMax[1] = Math.min(minMax[1], y0, y3);
      minMax[2] = Math.max(minMax[2], x0, x3);
      minMax[3] = Math.max(minMax[3], y0, y3);
      this.#getExtremum(x0, x1, x2, x3, y0, y1, y2, y3, 3 * (-x0 + 3 * (x1 - x2) + x3), 6 * (x0 - 2 * x1 + x2), 3 * (x1 - x0), minMax);
      this.#getExtremum(x0, x1, x2, x3, y0, y1, y2, y3, 3 * (-y0 + 3 * (y1 - y2) + y3), 6 * (y0 - 2 * y1 + y2), 3 * (y1 - y0), minMax);
    }
  };
  function stringToUTF8String(str) {
    return decodeURIComponent(escape(str));
  }
  var NormalizeRegex = null;
  var NormalizationMap = null;
  function normalizeUnicode(str) {
    if (!NormalizeRegex) {
      NormalizeRegex = /([\u00a0\u00b5\u037e\u0eb3\u2000-\u200a\u202f\u2126\ufb00-\ufb04\ufb06\ufb20-\ufb36\ufb38-\ufb3c\ufb3e\ufb40\ufb41\ufb43\ufb44\ufb46-\ufba1\ufba4-\ufba9\ufbae-\ufbb1\ufbd3-\ufbdc\ufbde-\ufbe7\ufbea-\ufbf8\ufbfc\ufbfd\ufc00-\ufc5d\ufc64-\ufcf1\ufcf5-\ufd3d\ufd88\ufdf4\ufdfa\ufdfb\ufe71\ufe77\ufe79\ufe7b\ufe7d]+)|(\ufb05+)/gu;
      NormalizationMap = /* @__PURE__ */ new Map([["ﬅ", "ſt"]]);
    }
    return str.replaceAll(NormalizeRegex, (_, p1, p2) => p1 ? p1.normalize("NFKC") : NormalizationMap.get(p2));
  }
  function getUuid() {
    if (typeof crypto.randomUUID === "function") {
      return crypto.randomUUID();
    }
    const buf = new Uint8Array(32);
    crypto.getRandomValues(buf);
    return bytesToString(buf);
  }
  function _isValidExplicitDest(validRef, validName, dest) {
    if (!Array.isArray(dest) || dest.length < 2) {
      return false;
    }
    const [page, zoom, ...args] = dest;
    if (!validRef(page) && !Number.isInteger(page)) {
      return false;
    }
    if (!validName(zoom)) {
      return false;
    }
    const argsLen = args.length;
    let allowNull = true;
    switch (zoom.name) {
      case "XYZ":
        if (argsLen < 2 || argsLen > 3) {
          return false;
        }
        break;
      case "Fit":
      case "FitB":
        return argsLen === 0;
      case "FitH":
      case "FitBH":
      case "FitV":
      case "FitBV":
        if (argsLen > 1) {
          return false;
        }
        break;
      case "FitR":
        if (argsLen !== 4) {
          return false;
        }
        allowNull = false;
        break;
      default:
        return false;
    }
    for (const arg of args) {
      if (typeof arg === "number" || allowNull && arg === null) {
        continue;
      }
      return false;
    }
    return true;
  }
  var makeArr = () => [];
  var makeMap = () => /* @__PURE__ */ new Map();
  var makeObj = () => /* @__PURE__ */ Object.create(null);
  var makeSet = () => /* @__PURE__ */ new Set();
  if (typeof Blob.prototype.bytes !== "function") {
    Blob.prototype.bytes = async function() {
      return new Uint8Array(await this.arrayBuffer());
    };
  }
  if (typeof Response.prototype.bytes !== "function") {
    Response.prototype.bytes = async function() {
      return new Uint8Array(await this.arrayBuffer());
    };
  }
  if (typeof Iterator.prototype.join !== "function") {
    Iterator.prototype.join = function(separator) {
      return [...this].join(separator);
    };
  }
  es_iterator_map_namespaceFn();
  function MathClamp(v, min, max) {
    return Math.min(Math.max(v, min), max);
  }
  var PageViewport = class _PageViewport {
    constructor({
      viewBox,
      userUnit,
      scale: scale2,
      rotation,
      offsetX = 0,
      offsetY = 0,
      dontFlip = false
    }) {
      this.viewBox = viewBox;
      this.userUnit = userUnit;
      this.scale = scale2;
      this.rotation = rotation;
      this.offsetX = offsetX;
      this.offsetY = offsetY;
      scale2 *= userUnit;
      const centerX = (viewBox[2] + viewBox[0]) / 2;
      const centerY = (viewBox[3] + viewBox[1]) / 2;
      let rotateA, rotateB, rotateC, rotateD;
      rotation %= 360;
      if (rotation < 0) {
        rotation += 360;
      }
      switch (rotation) {
        case 180:
          rotateA = -1;
          rotateB = 0;
          rotateC = 0;
          rotateD = 1;
          break;
        case 90:
          rotateA = 0;
          rotateB = 1;
          rotateC = 1;
          rotateD = 0;
          break;
        case 270:
          rotateA = 0;
          rotateB = -1;
          rotateC = -1;
          rotateD = 0;
          break;
        case 0:
          rotateA = 1;
          rotateB = 0;
          rotateC = 0;
          rotateD = -1;
          break;
        default:
          throw new Error("PageViewport: Invalid rotation, must be a multiple of 90 degrees.");
      }
      if (dontFlip) {
        rotateC = -rotateC;
        rotateD = -rotateD;
      }
      let offsetCanvasX, offsetCanvasY;
      let width, height;
      if (rotateA === 0) {
        offsetCanvasX = Math.abs(centerY - viewBox[1]) * scale2 + offsetX;
        offsetCanvasY = Math.abs(centerX - viewBox[0]) * scale2 + offsetY;
        width = (viewBox[3] - viewBox[1]) * scale2;
        height = (viewBox[2] - viewBox[0]) * scale2;
      } else {
        offsetCanvasX = Math.abs(centerX - viewBox[0]) * scale2 + offsetX;
        offsetCanvasY = Math.abs(centerY - viewBox[1]) * scale2 + offsetY;
        width = (viewBox[2] - viewBox[0]) * scale2;
        height = (viewBox[3] - viewBox[1]) * scale2;
      }
      this.transform = [rotateA * scale2, rotateB * scale2, rotateC * scale2, rotateD * scale2, offsetCanvasX - rotateA * scale2 * centerX - rotateC * scale2 * centerY, offsetCanvasY - rotateB * scale2 * centerX - rotateD * scale2 * centerY];
      this.width = width;
      this.height = height;
    }
    get rawDims() {
      const dims = this.viewBox;
      return util_shadow(this, "rawDims", {
        pageWidth: dims[2] - dims[0],
        pageHeight: dims[3] - dims[1],
        pageX: dims[0],
        pageY: dims[1]
      });
    }
    clone({
      scale: scale2 = this.scale,
      rotation = this.rotation,
      offsetX = this.offsetX,
      offsetY = this.offsetY,
      dontFlip = false
    } = {}) {
      return new _PageViewport({
        viewBox: this.viewBox.slice(),
        userUnit: this.userUnit,
        scale: scale2,
        rotation,
        offsetX,
        offsetY,
        dontFlip
      });
    }
    convertToViewportPoint(x, y) {
      const p = [x, y];
      Util.applyTransform(p, this.transform);
      return p;
    }
    convertToPdfPoint(x, y) {
      const p = [x, y];
      Util.applyInverseTransform(p, this.transform);
      return p;
    }
  };
  var XfaText = class _XfaText {
    static textContent(xfa) {
      const items = [];
      const output = {
        items,
        styles: /* @__PURE__ */ Object.create(null)
      };
      function walk(node2) {
        if (!node2) {
          return;
        }
        let str = null;
        const name = node2.name;
        if (name === "#text") {
          str = node2.value;
        } else if (!_XfaText.shouldBuildText(name)) {
          return;
        } else if (node2?.attributes?.textContent) {
          str = node2.attributes.textContent;
        } else if (node2.value) {
          str = node2.value;
        }
        if (str !== null) {
          items.push({
            str
          });
        }
        if (!node2.children) {
          return;
        }
        for (const child of node2.children) {
          walk(child);
        }
      }
      walk(xfa);
      return output;
    }
    static shouldBuildText(name) {
      return !(name === "textarea" || name === "input" || name === "option" || name === "select");
    }
  };
  var disallowedRichTextStyleRegExp = /url\(|image-set\(/i;
  var disallowedEventHandlerAttrRegExp = /^on/i;
  var XfaLayer = class {
    static get _allowedHtmlElements() {
      return util_shadow(this, "_allowedHtmlElements", /* @__PURE__ */ new Set(["a", "b", "br", "button", "div", "i", "img", "input", "label", "li", "ol", "option", "p", "select", "span", "sub", "sup", "textarea", "ul"]));
    }
    static get _allowedSvgElements() {
      return util_shadow(this, "_allowedSvgElements", /* @__PURE__ */ new Set(["ellipse", "line", "path", "rect", "svg"]));
    }
    static get _allowedRichTextElements() {
      return util_shadow(this, "_allowedRichTextElements", /* @__PURE__ */ new Set(["a", "b", "br", "div", "i", "li", "ol", "p", "span", "sub", "sup", "ul"]));
    }
    static get _allowedRichTextAttributes() {
      return util_shadow(this, "_allowedRichTextAttributes", /* @__PURE__ */ new Set(["class", "dir", "style"]));
    }
    static get _allowedRichTextStyles() {
      return util_shadow(this, "_allowedRichTextStyles", /* @__PURE__ */ new Set(["color", "font", "fontFamily", "fontSize", "fontStretch", "fontStyle", "fontWeight", "kerningMode", "letterSpacing", "lineHeight", "margin", "marginBottom", "marginLeft", "marginRight", "marginTop", "orphans", "paddingLeft", "paddingRight", "breakAfter", "breakBefore", "breakInside", "tabInterval", "tabStop", "textAlign", "textDecoration", "textIndent", "transform", "verticalAlign", "widows"]));
    }
    static setupStorage(html, id, element2, storage, intent) {
      const storedData = storage.getValue(id, {
        value: null
      });
      switch (element2.name) {
        case "textarea":
          if (storedData.value !== null) {
            html.textContent = storedData.value;
          }
          if (intent === "print") {
            break;
          }
          html.addEventListener("input", (event) => {
            storage.setValue(id, {
              value: event.target.value
            });
          });
          break;
        case "input":
          if (element2.attributes.type === "radio" || element2.attributes.type === "checkbox") {
            if (storedData.value === element2.attributes.xfaOn) {
              html.setAttribute("checked", true);
            } else if (storedData.value === element2.attributes.xfaOff) {
              html.removeAttribute("checked");
            }
            if (intent === "print") {
              break;
            }
            html.addEventListener("change", (event) => {
              storage.setValue(id, {
                value: event.target.checked ? event.target.getAttribute("xfaOn") : event.target.getAttribute("xfaOff")
              });
            });
          } else {
            if (storedData.value !== null) {
              html.setAttribute("value", storedData.value);
            }
            if (intent === "print") {
              break;
            }
            html.addEventListener("input", (event) => {
              storage.setValue(id, {
                value: event.target.value
              });
            });
          }
          break;
        case "select":
          if (storedData.value !== null) {
            html.setAttribute("value", storedData.value);
            for (const option3 of element2.children) {
              if (option3.attributes.value === storedData.value) {
                option3.attributes.selected = true;
              } else if (Object.hasOwn(option3.attributes, "selected")) {
                delete option3.attributes.selected;
              }
            }
          }
          html.addEventListener("input", (event) => {
            const options2 = event.target.options;
            const value = options2.selectedIndex === -1 ? "" : options2[options2.selectedIndex].value;
            storage.setValue(id, {
              value
            });
          });
          break;
      }
    }
    static setAttributes({
      html,
      element: element2,
      storage = null,
      intent,
      linkService
    }) {
      const {
        attributes
      } = element2;
      const isHTMLAnchorElement = html instanceof HTMLAnchorElement;
      if (attributes.type === "radio") {
        attributes.name = `${attributes.name}-${intent}`;
      }
      for (const [key2, value] of Object.entries(attributes)) {
        if (value === null || value === void 0 || disallowedEventHandlerAttrRegExp.test(key2)) {
          continue;
        }
        if (intent === "richText" && !this._allowedRichTextAttributes.has(key2)) {
          continue;
        }
        switch (key2) {
          case "class":
            if (value.length) {
              html.setAttribute(key2, value.join(" "));
            }
            break;
          case "dataId":
            break;
          case "id":
            html.setAttribute("data-element-id", value);
            break;
          case "style":
            if (intent === "richText") {
              const allowedStyles = this._allowedRichTextStyles;
              for (const [styleName, styleValue] of Object.entries(value)) {
                if (allowedStyles.has(styleName) && !disallowedRichTextStyleRegExp.test(styleValue)) {
                  html.style[styleName] = styleValue;
                }
              }
            } else {
              Object.assign(html.style, value);
            }
            break;
          case "textContent":
            html.textContent = value;
            break;
          default:
            if (!isHTMLAnchorElement || key2 !== "href" && key2 !== "newWindow") {
              html.setAttribute(key2, value);
            }
        }
      }
      if (isHTMLAnchorElement) {
        linkService?.addLinkAttributes(html, attributes.href, attributes.newWindow);
      }
      if (storage && attributes.dataId) {
        this.setupStorage(html, attributes.dataId, element2, storage);
      }
    }
    static #createElement(name, xmlns, intent) {
      if (intent === "richText") {
        return !xmlns && this._allowedRichTextElements.has(name) ? document.createElement(name) : null;
      }
      if (xmlns) {
        return xmlns === SVG_NS && this._allowedSvgElements.has(name) ? document.createElementNS(SVG_NS, name) : null;
      }
      return this._allowedHtmlElements.has(name) ? document.createElement(name) : null;
    }
    static render(parameters2) {
      const storage = parameters2.annotationStorage;
      const linkService = parameters2.linkService;
      const root = parameters2.xfaHtml;
      const intent = parameters2.intent || "display";
      const rootHtml = this.#createElement(root.name, root.attributes?.xmlns, intent) ?? document.createElement("div");
      if (root.attributes) {
        this.setAttributes({
          html: rootHtml,
          element: root,
          intent,
          linkService
        });
      }
      const isNotForRichText = intent !== "richText";
      const rootDiv = parameters2.div;
      rootDiv.append(rootHtml);
      if (parameters2.viewport) {
        const transform = `matrix(${parameters2.viewport.transform.join(",")})`;
        rootDiv.style.transform = transform;
      }
      if (isNotForRichText) {
        rootDiv.setAttribute("class", "xfaLayer xfaFont");
      }
      const textDivs = [];
      if (root.children.length === 0) {
        if (root.value) {
          const node2 = document.createTextNode(root.value);
          rootHtml.append(node2);
          if (isNotForRichText && XfaText.shouldBuildText(root.name)) {
            textDivs.push(node2);
          }
        }
        return {
          textDivs
        };
      }
      const stack = [[root, -1, rootHtml]];
      while (stack.length > 0) {
        const [parent, i, html] = stack.at(-1);
        if (i + 1 === parent.children.length) {
          stack.pop();
          continue;
        }
        const child = parent.children[++stack.at(-1)[1]];
        if (child === null) {
          continue;
        }
        const {
          name
        } = child;
        if (name === "#text") {
          const node2 = document.createTextNode(child.value);
          textDivs.push(node2);
          html.append(node2);
          continue;
        }
        const childHtml = this.#createElement(name, child.attributes?.xmlns, intent);
        if (!childHtml) {
          continue;
        }
        html.append(childHtml);
        if (child.attributes) {
          this.setAttributes({
            html: childHtml,
            element: child,
            storage,
            intent,
            linkService
          });
        }
        if (child.children?.length > 0) {
          stack.push([child, -1, childHtml]);
        } else if (child.value) {
          const node2 = document.createTextNode(child.value);
          if (isNotForRichText && XfaText.shouldBuildText(name)) {
            textDivs.push(node2);
          }
          childHtml.append(node2);
        }
      }
      for (const el of rootDiv.querySelectorAll(".xfaNonInteractive input, .xfaNonInteractive textarea")) {
        el.setAttribute("readOnly", true);
      }
      return {
        textDivs
      };
    }
    static update(parameters2) {
      const transform = `matrix(${parameters2.viewport.transform.join(",")})`;
      parameters2.div.style.transform = transform;
      parameters2.div.hidden = false;
    }
    static getPageViewport(xfaPage, {
      scale: scale2 = 1,
      rotation = 0
    }) {
      const {
        width,
        height
      } = xfaPage.attributes.style;
      return new PageViewport({
        viewBox: [0, 0, parseInt(width, 10), parseInt(height, 10)],
        userUnit: 1,
        scale: scale2,
        rotation
      });
    }
  };
  var PixelsPerInch = class {
    static CSS = 96;
    static PDF = 72;
    static PDF_TO_CSS_UNITS = this.CSS / this.PDF;
  };
  async function fetchData(url, type = "text") {
    if (isValidFetchUrl(url, document.baseURI)) {
      const response = await fetch(url);
      if (!response.ok) {
        throw new Error(response.statusText);
      }
      switch (type) {
        case "blob":
          return response.blob();
        case "bytes":
          return response.bytes();
        case "json":
          return response.json();
      }
      return response.text();
    }
    return new Promise((resolve, reject) => {
      const request = new XMLHttpRequest();
      request.open("GET", url, true);
      request.responseType = type === "bytes" ? "arraybuffer" : type;
      request.onreadystatechange = () => {
        if (request.readyState !== XMLHttpRequest.DONE) {
          return;
        }
        if (request.status === 200 || request.status === 0) {
          switch (type) {
            case "bytes":
              resolve(new Uint8Array(request.response));
              return;
            case "blob":
            case "json":
              resolve(request.response);
              return;
          }
          resolve(request.responseText);
          return;
        }
        reject(new Error(request.statusText));
      };
      request.send(null);
    });
  }
  var RenderingCancelledException = class extends BaseException {
    constructor(msg, extraDelay = 0) {
      super(msg, "RenderingCancelledException");
      this.extraDelay = extraDelay;
    }
  };
  function isDataScheme(url) {
    const ii = url.length;
    let i = 0;
    while (i < ii && url[i].trim() === "") {
      i++;
    }
    return url.substring(i, i + 5).toLowerCase() === "data:";
  }
  function isPdfFile(filename) {
    return typeof filename === "string" && /\.pdf$/i.test(filename);
  }
  function getFilenameFromUrl(url) {
    [url] = url.split(/[#?]/, 1);
    return stripPath(url);
  }
  function getPdfFilenameFromUrl(url, defaultFilename = "document.pdf") {
    if (typeof url !== "string") {
      return defaultFilename;
    }
    if (isDataScheme(url)) {
      warn('getPdfFilenameFromUrl: ignore "data:"-URL for performance reasons.');
      return defaultFilename;
    }
    const getURL = (urlString) => {
      try {
        return new URL(urlString);
      } catch {
      }
      try {
        return new URL(decodeURIComponent(urlString));
      } catch {
      }
      try {
        return new URL(urlString, "https://foo.bar");
      } catch {
      }
      try {
        return new URL(decodeURIComponent(urlString), "https://foo.bar");
      } catch {
      }
      return null;
    };
    const newURL = getURL(url);
    if (!newURL) {
      return defaultFilename;
    }
    const decode = (name) => {
      try {
        let decoded = decodeURIComponent(name);
        if (decoded.includes("/")) {
          decoded = stripPath(decoded);
          if (decoded.length === 4 && pdfRegex.test(decoded)) {
            return name;
          }
        }
        return decoded;
      } catch {
        return name;
      }
    };
    const pdfRegex = /\.pdf$/i;
    const filename = stripPath(newURL.pathname);
    if (pdfRegex.test(filename)) {
      return decode(filename);
    }
    if (newURL.searchParams.size > 0) {
      const getLast = (iterator) => [...iterator].findLast((v) => pdfRegex.test(v));
      const name = getLast(newURL.searchParams.values()) ?? getLast(newURL.searchParams.keys());
      if (name) {
        return decode(name);
      }
    }
    if (newURL.hash) {
      const {
        hash
      } = newURL;
      let extensionStart = -1;
      for (const {
        index
      } of hash.matchAll(/\.pdf\b/gi)) {
        extensionStart = index;
      }
      if (extensionStart > 0) {
        let filenameStart = extensionStart;
        while (filenameStart > 0 && !"/?#=".includes(hash[filenameStart - 1])) {
          filenameStart--;
        }
        if (filenameStart < extensionStart) {
          return decode(hash.slice(filenameStart, extensionStart + 4));
        }
      }
    }
    return defaultFilename;
  }
  var StatTimer = class {
    #started = /* @__PURE__ */ new Map();
    times = [];
    time(name) {
      if (this.#started.has(name)) {
        warn(`Timer is already running for ${name}`);
      }
      this.#started.set(name, Date.now());
    }
    timeEnd(name) {
      if (!this.#started.has(name)) {
        warn(`Timer has not been started for ${name}`);
      }
      this.times.push({
        name,
        start: this.#started.get(name),
        end: Date.now()
      });
      this.#started.delete(name);
    }
    toString() {
      const longest = Math.max(...this.times.map((t) => t.name.length));
      return this.times.map((t) => `${t.name.padEnd(longest)} ${t.end - t.start}ms
`).join("");
    }
  };
  function isValidFetchUrl(url, baseUrl) {
    const res = baseUrl ? URL.parse(url, baseUrl) : URL.parse(url);
    return /https?:/.test(res?.protocol ?? "");
  }
  function noContextMenu(e) {
    e.preventDefault();
  }
  function stopEvent(e) {
    e.preventDefault();
    e.stopPropagation();
  }
  var PDFDateString = class {
    static #regex;
    static toDateObject(input2) {
      if (input2 instanceof Date) {
        return input2;
      }
      if (!input2 || typeof input2 !== "string") {
        return null;
      }
      this.#regex ||= new RegExp("^D:(\\d{4})(\\d{2})?(\\d{2})?(\\d{2})?(\\d{2})?(\\d{2})?([Z|+\\-])?(\\d{2})?'?(\\d{2})?'?");
      const matches = this.#regex.exec(input2);
      if (!matches) {
        return null;
      }
      const year = parseInt(matches[1], 10);
      let month = parseInt(matches[2], 10);
      month = month >= 1 && month <= 12 ? month - 1 : 0;
      let day = parseInt(matches[3], 10);
      day = day >= 1 && day <= 31 ? day : 1;
      let hour = parseInt(matches[4], 10);
      hour = hour >= 0 && hour <= 23 ? hour : 0;
      let minute = parseInt(matches[5], 10);
      minute = minute >= 0 && minute <= 59 ? minute : 0;
      let second = parseInt(matches[6], 10);
      second = second >= 0 && second <= 59 ? second : 0;
      const universalTimeRelation = matches[7] || "Z";
      let offsetHour = parseInt(matches[8], 10);
      offsetHour = offsetHour >= 0 && offsetHour <= 23 ? offsetHour : 0;
      let offsetMinute = parseInt(matches[9], 10) || 0;
      offsetMinute = offsetMinute >= 0 && offsetMinute <= 59 ? offsetMinute : 0;
      if (universalTimeRelation === "-") {
        hour += offsetHour;
        minute += offsetMinute;
      } else if (universalTimeRelation === "+") {
        hour -= offsetHour;
        minute -= offsetMinute;
      }
      return new Date(Date.UTC(year, month, day, hour, minute, second));
    }
  };
  function getRGBA(color2) {
    if (color2.startsWith("#")) {
      const hex = color2.slice(1);
      return [parseInt(hex.slice(0, 2), 16), parseInt(hex.slice(2, 4), 16), parseInt(hex.slice(4, 6), 16), hex.length >= 8 ? parseInt(hex.slice(6, 8), 16) / 255 : 1];
    }
    if (color2.startsWith("rgb(")) {
      const [r, g, b] = color2.slice(4, -1).split(",").map((x) => parseInt(x, 10));
      return [r, g, b, 1];
    }
    if (color2.startsWith("rgba(")) {
      const parts = color2.slice(5, -1).split(",");
      return [parseInt(parts[0], 10), parseInt(parts[1], 10), parseInt(parts[2], 10), parseFloat(parts[3])];
    }
    const m = color2.match(/^color\(srgb\s+([\d.]+)\s+([\d.]+)\s+([\d.]+)(?:\s*\/\s*([\d.]+|none))?\)$/);
    if (m) {
      return [Math.round(parseFloat(m[1]) * 255), Math.round(parseFloat(m[2]) * 255), Math.round(parseFloat(m[3]) * 255), m[4] !== void 0 && m[4] !== "none" ? parseFloat(m[4]) : 1];
    }
    return null;
  }
  function getRGB(color2) {
    const rgba2 = getRGBA(color2);
    if (!rgba2) {
      warn(`Not a valid color format: "${color2}"`);
      return [0, 0, 0];
    }
    return rgba2.slice(0, 3);
  }
  function getColorValues(colors) {
    const span = document.createElement("span");
    span.style.visibility = "hidden";
    span.style.colorScheme = "only light";
    document.body.append(span);
    for (const name of colors.keys()) {
      span.style.color = name;
      const computedColor = window.getComputedStyle(span).color;
      colors.set(name, getRGB(computedColor));
    }
    span.remove();
  }
  function getCurrentTransform(ctx) {
    const {
      a,
      b,
      c,
      d,
      e,
      f
    } = ctx.getTransform();
    return [a, b, c, d, e, f];
  }
  function getCurrentTransformInverse(ctx) {
    const {
      a,
      b,
      c,
      d,
      e,
      f
    } = ctx.getTransform().invertSelf();
    return [a, b, c, d, e, f];
  }
  function setLayerDimensions(div, viewport, mustFlip = false, mustRotate = true) {
    if (viewport instanceof PageViewport) {
      const {
        pageWidth,
        pageHeight
      } = viewport.rawDims;
      const {
        style
      } = div;
      const widthStr = `round(down, var(--total-scale-factor) * ${pageWidth}px, var(--scale-round-x))`, heightStr = `round(down, var(--total-scale-factor) * ${pageHeight}px, var(--scale-round-y))`;
      if (!mustFlip || viewport.rotation % 180 === 0) {
        style.width = widthStr;
        style.height = heightStr;
      } else {
        style.width = heightStr;
        style.height = widthStr;
      }
    }
    if (mustRotate) {
      div.setAttribute("data-main-rotation", viewport.rotation);
    }
  }
  var OutputScale = class _OutputScale {
    constructor() {
      const {
        pixelRatio
      } = _OutputScale;
      this.sx = pixelRatio;
      this.sy = pixelRatio;
    }
    get scaled() {
      return this.sx !== 1 || this.sy !== 1;
    }
    get symmetric() {
      return this.sx === this.sy;
    }
    limitCanvas(width, height, maxPixels, maxDim, capAreaFactor = -1) {
      let maxAreaScale = Infinity, maxWidthScale = Infinity, maxHeightScale = Infinity;
      maxPixels = _OutputScale.capPixels(maxPixels, capAreaFactor);
      if (maxPixels > 0) {
        maxAreaScale = Math.sqrt(maxPixels / (width * height));
      }
      if (maxDim !== -1) {
        maxWidthScale = maxDim / width;
        maxHeightScale = maxDim / height;
      }
      const maxScale = Math.min(maxAreaScale, maxWidthScale, maxHeightScale);
      if (this.sx > maxScale || this.sy > maxScale) {
        this.sx = maxScale;
        this.sy = maxScale;
        return true;
      }
      return false;
    }
    static get pixelRatio() {
      return globalThis.devicePixelRatio || 1;
    }
    static capPixels(maxPixels, capAreaFactor) {
      if (capAreaFactor >= 0) {
        const winPixels = Math.ceil(window.screen.availWidth * window.screen.availHeight * this.pixelRatio ** 2 * (1 + capAreaFactor / 100));
        return maxPixels > 0 ? Math.min(maxPixels, winPixels) : winPixels;
      }
      return maxPixels;
    }
  };
  var SupportedImageMimeTypes = /* @__PURE__ */ new Set(["image/apng", "image/avif", "image/bmp", "image/gif", "image/jpeg", "image/png", "image/svg+xml", "image/webp", "image/x-icon"]);
  var ColorScheme = class {
    static get isDarkMode() {
      return util_shadow(this, "isDarkMode", !!window?.matchMedia?.("(prefers-color-scheme: dark)").matches);
    }
  };
  var CSSConstants = class {
    static get commentForegroundColor() {
      const element2 = document.createElement("span");
      element2.classList.add("comment", "sidebar");
      const {
        style
      } = element2;
      style.width = style.height = "0";
      style.display = "none";
      style.color = "var(--comment-fg-color)";
      document.body.append(element2);
      const {
        color: color2
      } = window.getComputedStyle(element2);
      element2.remove();
      return util_shadow(this, "commentForegroundColor", getRGB(color2));
    }
  };
  function applyOpacity(color2, opacity) {
    opacity = MathClamp(opacity ?? 1, 0, 1);
    const white = 255 * (1 - opacity);
    return color2.map((c) => Math.round(c * opacity + white));
  }
  function RGBToHSL(rgb2, output) {
    const r = rgb2[0] / 255;
    const g = rgb2[1] / 255;
    const b = rgb2[2] / 255;
    const max = Math.max(r, g, b);
    const min = Math.min(r, g, b);
    const l = (max + min) / 2;
    if (max === min) {
      output[0] = output[1] = 0;
    } else {
      const d = max - min;
      output[1] = l < 0.5 ? d / (max + min) : d / (2 - max - min);
      switch (max) {
        case r:
          output[0] = ((g - b) / d + (g < b ? 6 : 0)) * 60;
          break;
        case g:
          output[0] = ((b - r) / d + 2) * 60;
          break;
        case b:
          output[0] = ((r - g) / d + 4) * 60;
          break;
      }
    }
    output[2] = l;
  }
  function HSLToRGB(hsl, output) {
    const h = hsl[0];
    const s = hsl[1];
    const l = hsl[2];
    const c = (1 - Math.abs(2 * l - 1)) * s;
    const x = c * (1 - Math.abs(h / 60 % 2 - 1));
    const m = l - c / 2;
    switch (Math.floor(h / 60)) {
      case 0:
        output[0] = c + m;
        output[1] = x + m;
        output[2] = m;
        break;
      case 1:
        output[0] = x + m;
        output[1] = c + m;
        output[2] = m;
        break;
      case 2:
        output[0] = m;
        output[1] = c + m;
        output[2] = x + m;
        break;
      case 3:
        output[0] = m;
        output[1] = x + m;
        output[2] = c + m;
        break;
      case 4:
        output[0] = x + m;
        output[1] = m;
        output[2] = c + m;
        break;
      case 5:
      case 6:
        output[0] = c + m;
        output[1] = m;
        output[2] = x + m;
        break;
    }
  }
  function computeLuminance(x) {
    return x <= 0.03928 ? x / 12.92 : ((x + 0.055) / 1.055) ** 2.4;
  }
  function contrastRatio(hsl1, hsl2, output) {
    HSLToRGB(hsl1, output);
    output.map(computeLuminance);
    const lum1 = 0.2126 * output[0] + 0.7152 * output[1] + 0.0722 * output[2];
    HSLToRGB(hsl2, output);
    output.map(computeLuminance);
    const lum2 = 0.2126 * output[0] + 0.7152 * output[1] + 0.0722 * output[2];
    return lum1 > lum2 ? (lum1 + 0.05) / (lum2 + 0.05) : (lum2 + 0.05) / (lum1 + 0.05);
  }
  var contrastCache = /* @__PURE__ */ new Map();
  function findContrastColor(baseColor, fixedColor) {
    const key2 = baseColor[0] + baseColor[1] * 256 + baseColor[2] * 65536 + fixedColor[0] * 16777216 + fixedColor[1] * 4294967296 + fixedColor[2] * 1099511627776;
    let cachedValue = contrastCache.get(key2);
    if (cachedValue) {
      return cachedValue;
    }
    const array = new Float32Array(9);
    const output = array.subarray(0, 3);
    const baseHSL = array.subarray(3, 6);
    RGBToHSL(baseColor, baseHSL);
    const fixedHSL = array.subarray(6, 9);
    RGBToHSL(fixedColor, fixedHSL);
    const isFixedColorDark = fixedHSL[2] < 0.5;
    const minContrast = isFixedColorDark ? 12 : 4.5;
    baseHSL[2] = isFixedColorDark ? Math.sqrt(baseHSL[2]) : 1 - Math.sqrt(1 - baseHSL[2]);
    if (contrastRatio(baseHSL, fixedHSL, output) < minContrast) {
      let start, end;
      if (isFixedColorDark) {
        start = baseHSL[2];
        end = 1;
      } else {
        start = 0;
        end = baseHSL[2];
      }
      const PRECISION = 5e-3;
      while (end - start > PRECISION) {
        const mid = baseHSL[2] = (start + end) / 2;
        if (isFixedColorDark === contrastRatio(baseHSL, fixedHSL, output) < minContrast) {
          start = mid;
        } else {
          end = mid;
        }
      }
      baseHSL[2] = isFixedColorDark ? end : start;
    }
    HSLToRGB(baseHSL, output);
    cachedValue = Util.makeHexColor(Math.round(output[0] * 255), Math.round(output[1] * 255), Math.round(output[2] * 255));
    contrastCache.set(key2, cachedValue);
    return cachedValue;
  }
  function renderRichText({
    html,
    dir,
    className
  }, container) {
    const fragment = document.createDocumentFragment();
    if (typeof html === "string") {
      const p = document.createElement("p");
      p.dir = dir || "auto";
      const lines = html.split(/\r\n?|\n/);
      for (let i = 0, ii = lines.length; i < ii; ++i) {
        const line = lines[i];
        p.append(document.createTextNode(line));
        if (i < ii - 1) {
          p.append(document.createElement("br"));
        }
      }
      fragment.append(p);
    } else {
      XfaLayer.render({
        xfaHtml: html,
        div: fragment,
        intent: "richText"
      });
    }
    fragment.firstElementChild.classList.add("richText", className);
    container.append(fragment);
  }
  function makePathFromDrawOPS(data) {
    const path2 = new Path2D();
    if (!data) {
      return path2;
    }
    for (let i = 0, ii = data.length; i < ii; ) {
      switch (data[i++]) {
        case DrawOPS.moveTo:
          path2.moveTo(data[i++], data[i++]);
          break;
        case DrawOPS.lineTo:
          path2.lineTo(data[i++], data[i++]);
          break;
        case DrawOPS.curveTo:
          path2.bezierCurveTo(data[i++], data[i++], data[i++], data[i++], data[i++], data[i++]);
          break;
        case DrawOPS.quadraticCurveTo:
          path2.quadraticCurveTo(data[i++], data[i++], data[i++], data[i++]);
          break;
        case DrawOPS.closePath:
          path2.closePath();
          break;
        default:
          warn(`Unrecognized drawing path operator: ${data[i - 1]}`);
          break;
      }
    }
    return path2;
  }
  es_iterator_take_namespaceFn();
  es_weak_map_get_or_insert_namespaceFn();
  es_weak_map_get_or_insert_computed_namespaceFn();
  web_dom_exception_stack_namespaceFn();
  es_iterator_some_namespaceFn();
  es_json_stringify_namespaceFn();
  es_iterator_drop_namespaceFn();
  es_iterator_every_namespaceFn();
  es_iterator_find_namespaceFn();
  es_json_parse_namespaceFn();
  var EditorToolbar = class _EditorToolbar {
    #toolbar = null;
    #colorPicker = null;
    #editor;
    #buttons = null;
    #altText = null;
    #comment = null;
    #commentButtonDivider = null;
    #signatureDescriptionButton = null;
    static #l10nRemove = null;
    constructor(editor) {
      this.#editor = editor;
      _EditorToolbar.#l10nRemove ||= Object.freeze({
        freetext: "pdfjs-editor-remove-freetext-button",
        highlight: "pdfjs-editor-remove-highlight-button",
        ink: "pdfjs-editor-remove-ink-button",
        stamp: "pdfjs-editor-remove-stamp-button",
        signature: "pdfjs-editor-remove-signature-button"
      });
    }
    render() {
      const editToolbar = this.#toolbar = document.createElement("div");
      editToolbar.classList.add("editToolbar", "hidden");
      editToolbar.setAttribute("role", "toolbar");
      const signal = this.#editor._uiManager._signal;
      if (signal instanceof AbortSignal && !signal.aborted) {
        editToolbar.addEventListener("contextmenu", noContextMenu, {
          signal
        });
        editToolbar.addEventListener("pointerdown", _EditorToolbar.#pointerDown, {
          signal
        });
      }
      const buttons = this.#buttons = document.createElement("div");
      buttons.className = "buttons";
      editToolbar.append(buttons);
      const position = this.#editor.toolbarPosition;
      if (position) {
        const {
          style
        } = editToolbar;
        const x = this.#editor._uiManager.direction === "ltr" ? 1 - position[0] : position[0];
        style.insetInlineEnd = `${100 * x}%`;
        style.top = `calc(${100 * position[1]}% + var(--editor-toolbar-vert-offset))`;
      }
      return editToolbar;
    }
    get div() {
      return this.#toolbar;
    }
    static #pointerDown(e) {
      e.stopPropagation();
    }
    #focusIn(e) {
      this.#editor._focusEventsAllowed = false;
      stopEvent(e);
    }
    #focusOut(e) {
      this.#editor._focusEventsAllowed = true;
      stopEvent(e);
    }
    #addListenersToElement(element2) {
      const signal = this.#editor._uiManager._signal;
      if (!(signal instanceof AbortSignal) || signal.aborted) {
        return false;
      }
      element2.addEventListener("focusin", this.#focusIn.bind(this), {
        capture: true,
        signal
      });
      element2.addEventListener("focusout", this.#focusOut.bind(this), {
        capture: true,
        signal
      });
      element2.addEventListener("contextmenu", noContextMenu, {
        signal
      });
      return true;
    }
    hide() {
      this.#toolbar.classList.add("hidden");
      this.#colorPicker?.hideDropdown();
    }
    show() {
      this.#toolbar.classList.remove("hidden");
      this.#altText?.shown();
      this.#comment?.shown();
    }
    addDeleteButton() {
      const {
        editorType,
        _uiManager
      } = this.#editor;
      const button2 = document.createElement("button");
      button2.classList.add("basic", "deleteButton");
      button2.tabIndex = 0;
      button2.setAttribute("data-l10n-id", _EditorToolbar.#l10nRemove[editorType]);
      if (this.#addListenersToElement(button2)) {
        button2.addEventListener("click", (e) => {
          _uiManager.delete();
        }, {
          signal: _uiManager._signal
        });
      }
      this.#buttons.append(button2);
    }
    get #divider() {
      const divider = document.createElement("div");
      divider.className = "divider";
      return divider;
    }
    async addAltText(altText) {
      const button2 = await altText.render();
      this.#addListenersToElement(button2);
      this.#buttons.append(button2, this.#divider);
      this.#altText = altText;
    }
    addComment(comment, beforeElement = null) {
      if (this.#comment) {
        return;
      }
      const button2 = comment.renderForToolbar();
      if (!button2) {
        return;
      }
      this.#addListenersToElement(button2);
      const divider = this.#commentButtonDivider = this.#divider;
      if (!beforeElement) {
        this.#buttons.append(button2, divider);
      } else {
        this.#buttons.insertBefore(button2, beforeElement);
        this.#buttons.insertBefore(divider, beforeElement);
      }
      this.#comment = comment;
      comment.toolbar = this;
    }
    addColorPicker(colorPicker) {
      if (this.#colorPicker) {
        return;
      }
      this.#colorPicker = colorPicker;
      const button2 = colorPicker.renderButton();
      this.#addListenersToElement(button2);
      this.#buttons.append(button2, this.#divider);
    }
    async addEditSignatureButton(signatureManager) {
      const button2 = this.#signatureDescriptionButton = await signatureManager.renderEditButton(this.#editor);
      if (!button2) {
        return;
      }
      this.#addListenersToElement(button2);
      this.#buttons.append(button2, this.#divider);
    }
    removeButton(name) {
      switch (name) {
        case "comment":
          this.#comment?.removeToolbarCommentButton();
          this.#comment = null;
          this.#commentButtonDivider?.remove();
          this.#commentButtonDivider = null;
          break;
      }
    }
    async addButton(name, tool) {
      switch (name) {
        case "colorPicker":
          if (tool) {
            this.addColorPicker(tool);
          }
          break;
        case "altText":
          if (tool) {
            await this.addAltText(tool);
          }
          break;
        case "editSignature":
          if (tool) {
            await this.addEditSignatureButton(tool);
          }
          break;
        case "delete":
          this.addDeleteButton();
          break;
        case "comment":
          if (tool) {
            this.addComment(tool);
          }
          break;
      }
    }
    async addButtonBefore(name, tool, beforeSelector) {
      if (!tool && name === "comment") {
        return;
      }
      const beforeElement = this.#buttons.querySelector(beforeSelector);
      if (!beforeElement) {
        return;
      }
      if (name === "comment") {
        this.addComment(tool, beforeElement);
      }
    }
    updateEditSignatureButton(description) {
      if (this.#signatureDescriptionButton) {
        this.#signatureDescriptionButton.title = description;
      }
    }
    remove() {
      this.#toolbar.remove();
      this.#colorPicker?.destroy();
      this.#colorPicker = null;
    }
  };
  var FloatingToolbar = class {
    #buttons = null;
    #toolbar = null;
    #uiManager;
    constructor(uiManager) {
      this.#uiManager = uiManager;
    }
    #render() {
      const editToolbar = this.#toolbar = document.createElement("div");
      editToolbar.className = "editToolbar";
      editToolbar.setAttribute("role", "toolbar");
      editToolbar.dir = this.#uiManager.direction;
      const signal = this.#uiManager._signal;
      if (signal instanceof AbortSignal && !signal.aborted) {
        editToolbar.addEventListener("contextmenu", noContextMenu, {
          signal
        });
      }
      const buttons = this.#buttons = document.createElement("div");
      buttons.className = "buttons";
      editToolbar.append(buttons);
      if (this.#uiManager.hasCommentManager()) {
        this.#makeButton("commentButton", `pdfjs-comment-floating-button`, "pdfjs-comment-floating-button-label", () => {
          this.#uiManager.commentSelection("floating_button");
        });
      }
      this.#makeButton("highlightButton", `pdfjs-highlight-floating-button1`, "pdfjs-highlight-floating-button-label", () => {
        this.#uiManager.highlightSelection("floating_button");
      });
      return editToolbar;
    }
    #getLastPoint(boxes, isLTR) {
      let lastY = 0;
      let lastX = 0;
      for (const box of boxes) {
        const y = box.y + box.height;
        if (y < lastY) {
          continue;
        }
        const x = box.x + (isLTR ? box.width : 0);
        if (y > lastY) {
          lastX = x;
          lastY = y;
          continue;
        }
        if (isLTR) {
          if (x > lastX) {
            lastX = x;
          }
        } else if (x < lastX) {
          lastX = x;
        }
      }
      return [isLTR ? 1 - lastX : lastX, lastY];
    }
    show(parent, boxes, isLTR) {
      const [x, y] = this.#getLastPoint(boxes, isLTR);
      const {
        style
      } = this.#toolbar ||= this.#render();
      parent.append(this.#toolbar);
      style.insetInlineEnd = `${100 * x}%`;
      style.top = `calc(${100 * y}% + var(--editor-toolbar-vert-offset))`;
    }
    hide() {
      this.#toolbar.remove();
    }
    #makeButton(buttonClass, l10nId, labelL10nId, clickHandler) {
      const button2 = document.createElement("button");
      button2.classList.add("basic", buttonClass);
      button2.tabIndex = 0;
      button2.setAttribute("data-l10n-id", l10nId);
      const span = document.createElement("span");
      button2.append(span);
      span.className = "visuallyHidden";
      span.setAttribute("data-l10n-id", labelL10nId);
      const signal = this.#uiManager._signal;
      if (signal instanceof AbortSignal && !signal.aborted) {
        button2.addEventListener("contextmenu", noContextMenu, {
          signal
        });
        button2.addEventListener("click", clickHandler, {
          signal
        });
      }
      this.#buttons.append(button2);
    }
  };
  var INTERNAL_EVT = "2837668c-d334-48d1-ba74-aa7deba483da";
  var internalOpt = Object.freeze({
    internal: INTERNAL_EVT
  });
  function bindEvents(obj, element2, names2) {
    for (const name of names2) {
      element2.addEventListener(name, obj[name].bind(obj));
    }
  }
  var CurrentPointers = class _CurrentPointers {
    static #pointerId = NaN;
    static #pointerIds = null;
    static #moveTimestamp = NaN;
    static #pointerType = null;
    static initializeAndAddPointerId(pointerId) {
      (_CurrentPointers.#pointerIds ||= /* @__PURE__ */ new Set()).add(pointerId);
    }
    static setPointer(pointerType, pointerId) {
      _CurrentPointers.#pointerId ||= pointerId;
      _CurrentPointers.#pointerType ??= pointerType;
    }
    static setTimeStamp(timeStamp) {
      _CurrentPointers.#moveTimestamp = timeStamp;
    }
    static isSamePointerId(pointerId) {
      return _CurrentPointers.#pointerId === pointerId;
    }
    static isSamePointerIdOrRemove(pointerId) {
      if (_CurrentPointers.#pointerId === pointerId) {
        return true;
      }
      _CurrentPointers.#pointerIds?.delete(pointerId);
      return false;
    }
    static isSamePointerType(pointerType) {
      return _CurrentPointers.#pointerType === pointerType;
    }
    static isInitializedAndDifferentPointerType(pointerType) {
      return _CurrentPointers.#pointerType !== null && !_CurrentPointers.isSamePointerType(pointerType);
    }
    static isSameTimeStamp(timeStamp) {
      return _CurrentPointers.#moveTimestamp === timeStamp;
    }
    static isUsingMultiplePointers() {
      return _CurrentPointers.#pointerIds?.size >= 1;
    }
    static clearPointerType() {
      _CurrentPointers.#pointerType = null;
    }
    static clearPointerIds() {
      _CurrentPointers.#pointerId = NaN;
      _CurrentPointers.#pointerIds = null;
    }
    static clearTimeStamp() {
      _CurrentPointers.#moveTimestamp = NaN;
    }
  };
  var IdManager = class {
    #id = 0;
    get id() {
      return `${AnnotationEditorPrefix}${this.#id++}`;
    }
  };
  var ImageManager = class _ImageManager {
    #baseId = getUuid();
    #id = 0;
    #cache = null;
    static get _isSVGFittingCanvas() {
      const svg = `data:image/svg+xml;charset=UTF-8,<svg viewBox="0 0 1 1" width="1" height="1" xmlns="${SVG_NS}"><rect width="1" height="1" style="fill:red;"/></svg>`;
      const canvas = new OffscreenCanvas(1, 3);
      const ctx = canvas.getContext("2d", {
        willReadFrequently: true
      });
      const image = new Image();
      image.src = svg;
      const promise = image.decode().then(() => {
        ctx.drawImage(image, 0, 0, 1, 1, 0, 0, 1, 3);
        return new Uint32Array(ctx.getImageData(0, 0, 1, 1).data.buffer)[0] === 0;
      });
      return util_shadow(this, "_isSVGFittingCanvas", promise);
    }
    async #get(key2, rawData) {
      this.#cache ||= /* @__PURE__ */ new Map();
      let data = this.#cache.get(key2);
      if (data === null) {
        return null;
      }
      if (data?.bitmap) {
        data.refCounter += 1;
        return data;
      }
      try {
        data ||= {
          bitmap: null,
          id: `image_${this.#baseId}_${this.#id++}`,
          refCounter: 0,
          isSvg: false
        };
        let image;
        if (typeof rawData === "string") {
          data.url = rawData;
          image = await fetchData(rawData, "blob");
        } else if (rawData instanceof File) {
          image = data.file = rawData;
        } else if (rawData instanceof Blob) {
          image = rawData;
        }
        if (image.type === "image/svg+xml") {
          const mustRemoveAspectRatioPromise = _ImageManager._isSVGFittingCanvas;
          const fileReader = new FileReader();
          const imageElement = new Image();
          const imagePromise = new Promise((resolve, reject) => {
            imageElement.onload = () => {
              data.bitmap = imageElement;
              data.isSvg = true;
              resolve();
            };
            fileReader.onload = async () => {
              const url = data.svgUrl = fileReader.result;
              imageElement.src = await mustRemoveAspectRatioPromise ? `${url}#svgView(preserveAspectRatio(none))` : url;
            };
            imageElement.onerror = fileReader.onerror = reject;
          });
          fileReader.readAsDataURL(image);
          await imagePromise;
        } else {
          data.bitmap = await createImageBitmap(image);
        }
        data.refCounter = 1;
      } catch (e) {
        warn(e);
        data = null;
      }
      this.#cache.set(key2, data);
      if (data) {
        this.#cache.set(data.id, data);
      }
      return data;
    }
    async getFromFile(file) {
      const {
        lastModified,
        name,
        size,
        type
      } = file;
      return this.#get(`${lastModified}_${name}_${size}_${type}`, file);
    }
    async getFromUrl(url) {
      return this.#get(url, url);
    }
    async getFromBlob(id, blobPromise) {
      const blob = await blobPromise;
      return this.#get(id, blob);
    }
    async getFromId(id) {
      this.#cache ||= /* @__PURE__ */ new Map();
      const data = this.#cache.get(id);
      if (!data) {
        return null;
      }
      if (data.bitmap) {
        data.refCounter += 1;
        return data;
      }
      if (data.file) {
        return this.getFromFile(data.file);
      }
      if (data.blobPromise) {
        const {
          blobPromise
        } = data;
        delete data.blobPromise;
        return this.getFromBlob(data.id, blobPromise);
      }
      return this.getFromUrl(data.url);
    }
    getFromCanvas(id, canvas) {
      this.#cache ||= /* @__PURE__ */ new Map();
      let data = this.#cache.get(id);
      if (data?.bitmap) {
        data.refCounter += 1;
        return data;
      }
      const offscreen = new OffscreenCanvas(canvas.width, canvas.height);
      const ctx = offscreen.getContext("2d");
      ctx.drawImage(canvas, 0, 0);
      data = {
        bitmap: offscreen.transferToImageBitmap(),
        id: `image_${this.#baseId}_${this.#id++}`,
        refCounter: 1,
        isSvg: false
      };
      this.#cache.set(id, data);
      this.#cache.set(data.id, data);
      return data;
    }
    getSvgUrl(id) {
      const data = this.#cache.get(id);
      return !data?.isSvg ? null : data.svgUrl;
    }
    deleteId(id) {
      this.#cache ||= /* @__PURE__ */ new Map();
      const data = this.#cache.get(id);
      if (!data) {
        return;
      }
      data.refCounter -= 1;
      if (data.refCounter !== 0) {
        return;
      }
      const {
        bitmap
      } = data;
      if (!data.url && !data.file) {
        const canvas = new OffscreenCanvas(bitmap.width, bitmap.height);
        const ctx = canvas.getContext("bitmaprenderer");
        ctx.transferFromImageBitmap(bitmap);
        data.blobPromise = canvas.convertToBlob();
      }
      bitmap.close?.();
      data.bitmap = null;
    }
    isValidId(id) {
      return id.startsWith(`image_${this.#baseId}_`);
    }
  };
  var CommandManager = class {
    #commands = [];
    #locked = false;
    #maxSize;
    #position = -1;
    constructor(maxSize = 128) {
      this.#maxSize = maxSize;
    }
    add({
      cmd,
      undo,
      post,
      mustExec,
      type = NaN,
      overwriteIfSameType = false,
      keepUndo = false
    }) {
      if (mustExec) {
        cmd();
      }
      if (this.#locked) {
        return;
      }
      const save = {
        cmd,
        undo,
        post,
        type
      };
      if (this.#position === -1) {
        if (this.#commands.length > 0) {
          this.#commands.length = 0;
        }
        this.#position = 0;
        this.#commands.push(save);
        return;
      }
      if (overwriteIfSameType && this.#commands[this.#position].type === type) {
        if (keepUndo) {
          save.undo = this.#commands[this.#position].undo;
        }
        this.#commands[this.#position] = save;
        return;
      }
      const next = this.#position + 1;
      if (next === this.#maxSize) {
        this.#commands.splice(0, 1);
      } else {
        this.#position = next;
        if (next < this.#commands.length) {
          this.#commands.splice(next);
        }
      }
      this.#commands.push(save);
    }
    undo() {
      if (this.#position === -1) {
        return;
      }
      this.#locked = true;
      const {
        undo,
        post
      } = this.#commands[this.#position];
      undo();
      post?.();
      this.#locked = false;
      this.#position -= 1;
    }
    redo() {
      if (this.#position < this.#commands.length - 1) {
        this.#position += 1;
        this.#locked = true;
        const {
          cmd,
          post
        } = this.#commands[this.#position];
        cmd();
        post?.();
        this.#locked = false;
      }
    }
    hasSomethingToUndo() {
      return this.#position !== -1;
    }
    hasSomethingToRedo() {
      return this.#position < this.#commands.length - 1;
    }
    cleanType(type) {
      if (this.#position === -1) {
        return;
      }
      for (let i = this.#position; i >= 0; i--) {
        if (this.#commands[i].type !== type) {
          this.#commands.splice(i + 1, this.#position - i);
          this.#position = i;
          return;
        }
      }
      this.#commands.length = 0;
      this.#position = -1;
    }
    destroy() {
      this.#commands = null;
    }
  };
  var KeyboardManager = class _KeyboardManager {
    static ALT = 1;
    static CTRL = 2;
    static META = 4;
    static SHIFT = 8;
    constructor(callbacks) {
      this.callbacks = /* @__PURE__ */ new Map();
      const {
        isMac
      } = FeatureTest.platform;
      for (const [keys, callback, options2 = {}] of callbacks) {
        const hasMacOverride = keys.some((k) => k.startsWith("mac+"));
        for (const key2 of keys) {
          let shortcut = key2;
          if (hasMacOverride) {
            const isMacKey = key2.startsWith("mac+");
            if (isMac !== isMacKey) {
              continue;
            }
            if (isMacKey) {
              shortcut = key2.slice(4);
            }
          }
          const [keyName, modifiers] = _KeyboardManager.#parseShortcut(shortcut);
          if (keyName === null) {
            continue;
          }
          this.callbacks.getOrInsertComputed(keyName, makeArr).push({
            callback,
            options: options2,
            modifiers
          });
        }
      }
    }
    static #parseShortcut(value) {
      let keyPart = null;
      let modifiers = 0;
      for (let part of value.split("+")) {
        part = part.trim();
        if (!part) {
          continue;
        }
        const upper = part.toUpperCase();
        const modifier = _KeyboardManager[upper];
        if (modifier) {
          modifiers |= modifier;
          continue;
        }
        if (keyPart !== null) {
          warn(`KeyboardManager: multiple keys in shortcut "${value}"`);
          break;
        }
        keyPart = upper === "SPACE" ? " " : part;
      }
      if (keyPart === null) {
        warn(`KeyboardManager: no key found in shortcut "${value}"`);
      }
      return [keyPart, modifiers];
    }
    static #codeToKey(code) {
      const match = /^(?:Key([A-Z])|(?:Digit|Numpad)(\d))$/.exec(code);
      return !match ? null : match[1]?.toLowerCase() ?? match[2];
    }
    exec(self2, event) {
      let shortcuts2 = this.callbacks.get(event.key);
      if (!shortcuts2) {
        if (/^[a-z]$/i.test(event.key)) {
          return;
        }
        const fallback = _KeyboardManager.#codeToKey(event.code);
        if (fallback === null || fallback === event.key) {
          return;
        }
        shortcuts2 = this.callbacks.get(fallback);
        if (!shortcuts2) {
          return;
        }
      }
      const eventModifiers = (event.altKey ? _KeyboardManager.ALT : 0) | (event.ctrlKey ? _KeyboardManager.CTRL : 0) | (event.metaKey ? _KeyboardManager.META : 0) | (event.shiftKey ? _KeyboardManager.SHIFT : 0);
      const info3 = shortcuts2.find((shortcut) => shortcut.modifiers === eventModifiers);
      if (!info3) {
        return;
      }
      const {
        callback,
        options: {
          bubbles = false,
          args = [],
          checker = null
        }
      } = info3;
      if (checker && !checker(self2, event)) {
        return;
      }
      callback.bind(self2, ...args, event)();
      if (!bubbles) {
        stopEvent(event);
      }
    }
  };
  var ColorManager = class _ColorManager {
    static _colorsMapping = /* @__PURE__ */ new Map([["CanvasText", [0, 0, 0]], ["Canvas", [255, 255, 255]]]);
    get _colors() {
      const colors = /* @__PURE__ */ new Map([["CanvasText", null], ["Canvas", null]]);
      getColorValues(colors);
      return util_shadow(this, "_colors", colors);
    }
    convert(color2) {
      const rgb2 = getRGB(color2);
      if (!window.matchMedia("(forced-colors: active)").matches) {
        return rgb2;
      }
      for (const [name, RGB2] of this._colors) {
        if (RGB2.every((x, i) => x === rgb2[i])) {
          return _ColorManager._colorsMapping.get(name);
        }
      }
      return rgb2;
    }
    getHexCode(name) {
      const rgb2 = this._colors.get(name);
      return !rgb2 ? name : Util.makeHexColor(...rgb2);
    }
  };
  var AnnotationEditorUIManager = class _AnnotationEditorUIManager {
    #abortController = new AbortController();
    #activeEditor = null;
    #allEditableAnnotations = null;
    #allEditors = /* @__PURE__ */ new Map();
    #allLayers = /* @__PURE__ */ new Map();
    #savedAllLayers = null;
    #savedEditorsByPage = null;
    #altTextManager = null;
    #annotationStorage = null;
    #changedExistingAnnotations = null;
    #commandManager = new CommandManager();
    #commentManager = null;
    #copyPasteAC = null;
    #currentDrawingSession = null;
    #currentPageIndex = 0;
    #deletedAnnotationsElementIds = /* @__PURE__ */ new Set();
    #draggingEditors = null;
    #editorTypes = null;
    #editorsToRescale = /* @__PURE__ */ new Set();
    _editorUndoBar = null;
    #enableHighlightFloatingButton = false;
    #enableUpdatedAddImage = false;
    #enableNewAltTextWhenAddingImage = false;
    #filterFactory = null;
    #focusMainContainerTimeoutId = null;
    #focusManagerAC = null;
    #highlightColors = null;
    #highlightWhenShiftUp = false;
    #floatingToolbar = null;
    #idManager = new IdManager();
    #isEnabled = false;
    #isPointerDown = false;
    #isWaiting = false;
    #keyboardManagerAC = null;
    #lastActiveElement = null;
    #mainHighlightColorPicker = null;
    #missingCanvases = null;
    #mlManager = null;
    #mode = AnnotationEditorType.NONE;
    #selectedEditors = /* @__PURE__ */ new Set();
    #selectedTextNode = null;
    #signatureManager = null;
    #pageColors = null;
    #showAllStates = null;
    #pdfDocument = null;
    #previousStates = {
      isEditing: false,
      isEmpty: true,
      hasSomethingToUndo: false,
      hasSomethingToRedo: false,
      hasSelectedEditor: false,
      hasSelectedText: false
    };
    #translation = [0, 0];
    #translationTimeoutId = null;
    #container = null;
    #viewer = null;
    #viewerAlert = null;
    #updateModeCapability = null;
    static TRANSLATE_SMALL = 1;
    static TRANSLATE_BIG = 10;
    static get _keyboardManager() {
      const proto = _AnnotationEditorUIManager.prototype;
      const arrowChecker = (self2) => self2.#container.contains(document.activeElement) && document.activeElement.tagName !== "BUTTON" && self2.hasSomethingToControl();
      const textInputChecker = (_self, {
        target: el
      }) => {
        if (el instanceof HTMLInputElement) {
          const {
            type
          } = el;
          return type !== "text" && type !== "number";
        }
        return true;
      };
      const small = this.TRANSLATE_SMALL;
      const big = this.TRANSLATE_BIG;
      return util_shadow(this, "_keyboardManager", new KeyboardManager([[["ctrl+a", "mac+meta+a"], proto.selectAll, {
        checker: textInputChecker
      }], [["ctrl+z", "mac+meta+z"], proto.undo, {
        checker: textInputChecker
      }], [["ctrl+y", "ctrl+shift+z", "mac+meta+shift+z", "ctrl+shift+Z", "mac+meta+shift+Z"], proto.redo, {
        checker: textInputChecker
      }], [["Backspace", "alt+Backspace", "ctrl+Backspace", "shift+Backspace", "mac+Backspace", "mac+alt+Backspace", "mac+ctrl+Backspace", "Delete", "ctrl+Delete", "shift+Delete", "mac+Delete"], proto.delete, {
        checker: textInputChecker
      }], [["Enter"], proto.addNewEditorFromKeyboard, {
        checker: (self2, {
          target: el
        }) => !(el instanceof HTMLButtonElement) && self2.#container.contains(el) && !self2.isEnterHandled
      }], [["Space"], proto.addNewEditorFromKeyboard, {
        checker: (self2, {
          target: el
        }) => !(el instanceof HTMLButtonElement) && self2.#container.contains(document.activeElement)
      }], [["Escape"], proto.unselectAll], [["ArrowLeft"], proto.translateSelectedEditors, {
        args: [-small, 0],
        checker: arrowChecker
      }], [["ctrl+ArrowLeft", "mac+shift+ArrowLeft"], proto.translateSelectedEditors, {
        args: [-big, 0],
        checker: arrowChecker
      }], [["ArrowRight"], proto.translateSelectedEditors, {
        args: [small, 0],
        checker: arrowChecker
      }], [["ctrl+ArrowRight", "mac+shift+ArrowRight"], proto.translateSelectedEditors, {
        args: [big, 0],
        checker: arrowChecker
      }], [["ArrowUp"], proto.translateSelectedEditors, {
        args: [0, -small],
        checker: arrowChecker
      }], [["ctrl+ArrowUp", "mac+shift+ArrowUp"], proto.translateSelectedEditors, {
        args: [0, -big],
        checker: arrowChecker
      }], [["ArrowDown"], proto.translateSelectedEditors, {
        args: [0, small],
        checker: arrowChecker
      }], [["ctrl+ArrowDown", "mac+shift+ArrowDown"], proto.translateSelectedEditors, {
        args: [0, big],
        checker: arrowChecker
      }]]));
    }
    constructor(container, viewer, viewerAlert, altTextManager, commentManager, signatureManager, eventBus, pdfDocument, pageColors, highlightColors, enableHighlightFloatingButton, enableUpdatedAddImage, enableNewAltTextWhenAddingImage, mlManager, editorUndoBar, supportsPinchToZoom) {
      const signal = this._signal = this.#abortController.signal;
      this.#container = container;
      this.#viewer = viewer;
      this.#viewerAlert = viewerAlert;
      this.#altTextManager = altTextManager;
      this.#commentManager = commentManager;
      this.#signatureManager = signatureManager;
      this.#pdfDocument = pdfDocument;
      this._eventBus = eventBus;
      const evtOpts = {
        signal,
        ...internalOpt
      };
      eventBus.on("editingaction", this.onEditingAction.bind(this), evtOpts);
      eventBus.on("pagechanging", this.onPageChanging.bind(this), evtOpts);
      eventBus.on("scalechanging", this.onScaleChanging.bind(this), evtOpts);
      eventBus.on("rotationchanging", this.onRotationChanging.bind(this), evtOpts);
      eventBus.on("setpreference", this.onSetPreference.bind(this), evtOpts);
      eventBus.on("switchannotationeditorparams", (evt) => this.updateParams(evt.type, evt.value), evtOpts);
      window.addEventListener("pointerdown", () => {
        this.#isPointerDown = true;
      }, {
        capture: true,
        signal
      });
      window.addEventListener("pointerup", () => {
        this.#isPointerDown = false;
      }, {
        capture: true,
        signal
      });
      window.addEventListener("beforeunload", this.endCurrentEditing.bind(this), {
        capture: true,
        signal
      });
      this.#addSelectionListener();
      this.#addDragAndDropListeners();
      this.#addKeyboardManager();
      this.#annotationStorage = pdfDocument.annotationStorage;
      this.#filterFactory = pdfDocument.filterFactory;
      this.#pageColors = pageColors;
      this.#highlightColors = highlightColors || null;
      this.#enableHighlightFloatingButton = enableHighlightFloatingButton;
      this.#enableUpdatedAddImage = enableUpdatedAddImage;
      this.#enableNewAltTextWhenAddingImage = enableNewAltTextWhenAddingImage;
      this.#mlManager = mlManager || null;
      this.viewParameters = {
        realScale: PixelsPerInch.PDF_TO_CSS_UNITS,
        rotation: 0
      };
      this.isShiftKeyDown = false;
      this._editorUndoBar = editorUndoBar || null;
      this._supportsPinchToZoom = supportsPinchToZoom !== false;
      commentManager?.setSidebarUiManager(this);
    }
    destroy() {
      this.#updateModeCapability?.resolve();
      this.#updateModeCapability = null;
      this.#abortController?.abort();
      this.#abortController = null;
      this._signal = null;
      for (const layer of this.#allLayers.values()) {
        layer.destroy();
      }
      this.#allLayers.clear();
      this.#allEditors.clear();
      this.#editorsToRescale.clear();
      this.#missingCanvases?.clear();
      this.#activeEditor = null;
      this.#selectedEditors.clear();
      this.#commandManager.destroy();
      this.#altTextManager?.destroy();
      this.#commentManager?.destroy();
      this.#signatureManager?.destroy();
      this.#floatingToolbar?.hide();
      this.#floatingToolbar = null;
      this.#mainHighlightColorPicker?.destroy();
      this.#mainHighlightColorPicker = null;
      this.#allEditableAnnotations = null;
      if (this.#focusMainContainerTimeoutId) {
        clearTimeout(this.#focusMainContainerTimeoutId);
        this.#focusMainContainerTimeoutId = null;
      }
      if (this.#translationTimeoutId) {
        clearTimeout(this.#translationTimeoutId);
        this.#translationTimeoutId = null;
      }
      this._editorUndoBar?.destroy();
      this.#pdfDocument = null;
    }
    combinedSignal(ac) {
      return AbortSignal.any([this._signal, ac.signal]);
    }
    get mlManager() {
      return this.#mlManager;
    }
    get useNewAltTextFlow() {
      return this.#enableUpdatedAddImage;
    }
    get useNewAltTextWhenAddingImage() {
      return this.#enableNewAltTextWhenAddingImage;
    }
    get hcmFilter() {
      return util_shadow(this, "hcmFilter", this.#pageColors ? this.#filterFactory.addHCMFilter(this.#pageColors.foreground, this.#pageColors.background) : "none");
    }
    get direction() {
      return util_shadow(this, "direction", getComputedStyle(this.#container).direction);
    }
    get _highlightColors() {
      return util_shadow(this, "_highlightColors", this.#highlightColors ? new Map(this.#highlightColors.split(",").map((pair) => {
        pair = pair.split("=").map((x) => x.trim());
        pair[1] = pair[1].toUpperCase();
        return pair;
      })) : null);
    }
    get highlightColors() {
      const {
        _highlightColors
      } = this;
      if (!_highlightColors) {
        return util_shadow(this, "highlightColors", null);
      }
      const map = /* @__PURE__ */ new Map();
      const hasHCM = !!this.#pageColors;
      for (const [name, color2] of _highlightColors) {
        const isNameForHCM = name.endsWith("_HCM");
        if (hasHCM && isNameForHCM) {
          map.set(name.replace("_HCM", ""), color2);
          continue;
        }
        if (!hasHCM && !isNameForHCM) {
          map.set(name, color2);
        }
      }
      return util_shadow(this, "highlightColors", map);
    }
    get highlightColorNames() {
      return util_shadow(this, "highlightColorNames", this.highlightColors ? new Map(Array.from(this.highlightColors, (e) => e.reverse())) : null);
    }
    getNonHCMColor(color2) {
      if (!this._highlightColors) {
        return color2;
      }
      const colorName = this.highlightColorNames.get(color2);
      return this._highlightColors.get(colorName) || color2;
    }
    getNonHCMColorName(color2) {
      return this.highlightColorNames.get(color2) || color2;
    }
    setCurrentDrawingSession(layer) {
      if (layer) {
        this.unselectAll();
        this.disableUserSelect(true);
      } else {
        this.disableUserSelect(false);
      }
      this.#currentDrawingSession = layer;
    }
    setMainHighlightColorPicker(colorPicker) {
      this.#mainHighlightColorPicker = colorPicker;
    }
    editAltText(editor, firstTime = false) {
      this.#altTextManager?.editAltText(this, editor, firstTime);
    }
    hasCommentManager() {
      return !!this.#commentManager;
    }
    editComment(editor, posX, posY, options2) {
      this.#commentManager?.showDialog(this, editor, posX, posY, options2);
    }
    selectComment(pageIndex, uid2) {
      const layer = this.#allLayers.get(pageIndex);
      const editor = layer?.getEditorByUID(uid2);
      editor?.toggleComment(true, true);
    }
    updateComment(editor) {
      this.#commentManager?.updateComment(editor.getData());
    }
    updatePopupColor(editor) {
      this.#commentManager?.updatePopupColor(editor);
    }
    removeComment(editor) {
      this.#commentManager?.removeComments([editor.uid]);
    }
    deleteComment(editor, savedData) {
      const undo = () => {
        editor.comment = savedData;
      };
      const cmd = () => {
        this._editorUndoBar?.show(undo, "comment");
        this.toggleComment(null);
        editor.comment = null;
      };
      this.addCommands({
        cmd,
        undo,
        mustExec: true
      });
    }
    toggleComment(editor, isSelected, visibility = void 0) {
      this.#commentManager?.toggleCommentPopup(editor, isSelected, visibility);
    }
    makeCommentColor(color2, opacity) {
      return color2 && this.#commentManager?.makeCommentColor(color2, opacity) || null;
    }
    getCommentDialogElement() {
      return this.#commentManager?.dialogElement || null;
    }
    async waitForEditorsRendered(pageNumber) {
      if (this.#allLayers.has(pageNumber - 1)) {
        return;
      }
      const {
        resolve,
        promise
      } = Promise.withResolvers();
      const onEditorsRendered = (evt) => {
        if (evt.pageNumber === pageNumber) {
          this._eventBus.off("editorsrendered", onEditorsRendered);
          resolve();
        }
      };
      this._eventBus.on("editorsrendered", onEditorsRendered, internalOpt);
      await promise;
    }
    getSignature(editor) {
      this.#signatureManager?.getSignature({
        uiManager: this,
        editor
      });
    }
    get signatureManager() {
      return this.#signatureManager;
    }
    switchToMode(mode, callback) {
      this._eventBus.on("annotationeditormodechanged", callback, {
        once: true,
        signal: this._signal,
        ...internalOpt
      });
      this._eventBus.dispatch("showannotationeditorui", {
        source: this,
        mode
      });
    }
    setPreference(name, value) {
      this._eventBus.dispatch("setpreference", {
        source: this,
        name,
        value
      });
    }
    onSetPreference({
      name,
      value
    }) {
      switch (name) {
        case "enableNewAltTextWhenAddingImage":
          this.#enableNewAltTextWhenAddingImage = value;
          break;
      }
    }
    onPageChanging({
      pageNumber
    }) {
      this.#currentPageIndex = pageNumber - 1;
    }
    deletePage(id) {
      for (const editor of this.getEditors(id)) {
        editor.remove();
      }
      this.#allLayers.delete(id);
      if (this.#currentPageIndex === id) {
        this.#currentPageIndex = 0;
      }
    }
    focusMainContainer() {
      this.#container.focus();
    }
    findParent(x, y) {
      for (const layer of this.#allLayers.values()) {
        const {
          x: layerX,
          y: layerY,
          width,
          height
        } = layer.div.getBoundingClientRect();
        if (x >= layerX && x <= layerX + width && y >= layerY && y <= layerY + height) {
          return layer;
        }
      }
      return null;
    }
    disableUserSelect(value = false) {
      this.#viewer.classList.toggle("noUserSelect", value);
    }
    addShouldRescale(editor) {
      this.#editorsToRescale.add(editor);
    }
    removeShouldRescale(editor) {
      this.#editorsToRescale.delete(editor);
    }
    onScaleChanging({
      scale: scale2
    }) {
      this.commitOrRemove();
      this.viewParameters.realScale = scale2 * PixelsPerInch.PDF_TO_CSS_UNITS;
      for (const editor of this.#editorsToRescale) {
        editor.onScaleChanging();
      }
      this.#currentDrawingSession?.onScaleChanging();
    }
    onRotationChanging({
      pagesRotation
    }) {
      this.commitOrRemove();
      this.viewParameters.rotation = pagesRotation;
    }
    #getAnchorElementForSelection({
      anchorNode
    }) {
      return anchorNode.nodeType === Node.TEXT_NODE ? anchorNode.parentElement : anchorNode;
    }
    #getLayerForTextLayer(textLayer) {
      const {
        currentLayer
      } = this;
      if (currentLayer.hasTextLayer(textLayer)) {
        return currentLayer;
      }
      for (const layer of this.#allLayers.values()) {
        if (layer.hasTextLayer(textLayer)) {
          return layer;
        }
      }
      return null;
    }
    highlightSelection(methodOfCreation = "", comment = false) {
      const selection = document.getSelection();
      if (!selection || selection.isCollapsed) {
        return;
      }
      const {
        anchorNode,
        anchorOffset,
        focusNode,
        focusOffset
      } = selection;
      const text2 = selection.toString();
      const anchorElement = this.#getAnchorElementForSelection(selection);
      const textLayer = anchorElement.closest(".textLayer");
      const boxes = this.getSelectionBoxes(textLayer);
      if (!boxes) {
        return;
      }
      selection.empty();
      const layer = this.#getLayerForTextLayer(textLayer);
      const isNoneMode = this.#mode === AnnotationEditorType.NONE;
      const callback = () => {
        const editor = layer?.createAndAddNewEditor({
          x: 0,
          y: 0
        }, false, {
          methodOfCreation,
          boxes,
          anchorNode,
          anchorOffset,
          focusNode,
          focusOffset,
          text: text2
        });
        if (isNoneMode) {
          this.showAllEditors("highlight", true, true);
        }
        if (comment) {
          editor?.editComment();
        }
      };
      if (isNoneMode) {
        this.switchToMode(AnnotationEditorType.HIGHLIGHT, callback);
        return;
      }
      callback();
    }
    commentSelection(methodOfCreation = "") {
      this.highlightSelection(methodOfCreation, true);
    }
    endCurrentEditing() {
      this.commitOrRemove();
      this.currentLayer?.endDrawingSession(false);
    }
    #displayFloatingToolbar() {
      const selection = document.getSelection();
      if (!selection || selection.isCollapsed) {
        return;
      }
      const anchorElement = this.#getAnchorElementForSelection(selection);
      const textLayer = anchorElement.closest(".textLayer");
      const boxes = this.getSelectionBoxes(textLayer);
      if (!boxes) {
        return;
      }
      this.#floatingToolbar ||= new FloatingToolbar(this);
      this.#floatingToolbar.show(textLayer, boxes, this.direction === "ltr");
    }
    getAndRemoveDataFromAnnotationStorage(annotationId) {
      if (!this.#annotationStorage) {
        return null;
      }
      const key2 = `${AnnotationEditorPrefix}${annotationId}`;
      const storedValue = this.#annotationStorage.getRawValue(key2);
      if (storedValue) {
        this.#annotationStorage.remove(key2);
      }
      return storedValue;
    }
    addToAnnotationStorage(editor) {
      if (!editor.isEmpty() && this.#annotationStorage && !this.#annotationStorage.has(editor.id)) {
        this.#annotationStorage.setValue(editor.id, editor);
      }
    }
    a11yAlert(messageId, args = null) {
      const viewerAlert = this.#viewerAlert;
      if (!viewerAlert) {
        return;
      }
      viewerAlert.setAttribute("data-l10n-id", messageId);
      if (args) {
        viewerAlert.setAttribute("data-l10n-args", JSON.stringify(args));
      } else {
        viewerAlert.removeAttribute("data-l10n-args");
      }
    }
    #selectionChange() {
      const selection = document.getSelection();
      if (!selection || selection.isCollapsed) {
        if (this.#selectedTextNode) {
          this.#floatingToolbar?.hide();
          this.#selectedTextNode = null;
          this.#dispatchUpdateStates({
            hasSelectedText: false
          });
        }
        return;
      }
      const {
        anchorNode
      } = selection;
      if (anchorNode === this.#selectedTextNode) {
        return;
      }
      const anchorElement = this.#getAnchorElementForSelection(selection);
      const textLayer = anchorElement.closest(".textLayer");
      if (!textLayer) {
        if (this.#selectedTextNode) {
          this.#floatingToolbar?.hide();
          this.#selectedTextNode = null;
          this.#dispatchUpdateStates({
            hasSelectedText: false
          });
        }
        return;
      }
      this.#floatingToolbar?.hide();
      this.#selectedTextNode = anchorNode;
      this.#dispatchUpdateStates({
        hasSelectedText: true
      });
      if (this.#mode !== AnnotationEditorType.HIGHLIGHT && this.#mode !== AnnotationEditorType.NONE) {
        return;
      }
      if (this.#mode === AnnotationEditorType.HIGHLIGHT) {
        this.showAllEditors("highlight", true, true);
      }
      this.#highlightWhenShiftUp = this.isShiftKeyDown;
      if (!this.isShiftKeyDown) {
        const activeLayer = this.#mode === AnnotationEditorType.HIGHLIGHT ? this.#getLayerForTextLayer(textLayer) : null;
        activeLayer?.toggleDrawing();
        if (this.#isPointerDown) {
          const ac = new AbortController();
          const signal = this.combinedSignal(ac);
          const pointerup = (e) => {
            if (e.type === "pointerup" && e.button !== 0) {
              return;
            }
            ac.abort();
            activeLayer?.toggleDrawing(true);
            if (e.type === "pointerup") {
              this.#onSelectEnd("main_toolbar");
            }
          };
          window.addEventListener("pointerup", pointerup, {
            signal
          });
          window.addEventListener("blur", pointerup, {
            signal
          });
        } else {
          activeLayer?.toggleDrawing(true);
          this.#onSelectEnd("main_toolbar");
        }
      }
    }
    #onSelectEnd(methodOfCreation = "") {
      if (this.#mode === AnnotationEditorType.HIGHLIGHT) {
        this.highlightSelection(methodOfCreation);
      } else if (this.#enableHighlightFloatingButton) {
        this.#displayFloatingToolbar();
      }
    }
    #addSelectionListener() {
      document.addEventListener("selectionchange", this.#selectionChange.bind(this), {
        signal: this._signal
      });
    }
    #addFocusManager() {
      if (this.#focusManagerAC) {
        return;
      }
      this.#focusManagerAC = new AbortController();
      const signal = this.combinedSignal(this.#focusManagerAC);
      window.addEventListener("focus", this.focus.bind(this), {
        signal
      });
      window.addEventListener("blur", this.blur.bind(this), {
        signal
      });
    }
    #removeFocusManager() {
      this.#focusManagerAC?.abort();
      this.#focusManagerAC = null;
    }
    blur() {
      this.isShiftKeyDown = false;
      if (this.#highlightWhenShiftUp) {
        this.#highlightWhenShiftUp = false;
        this.#onSelectEnd("main_toolbar");
      }
      if (!this.hasSelection) {
        return;
      }
      const {
        activeElement
      } = document;
      for (const editor of this.#selectedEditors) {
        if (editor.div.contains(activeElement)) {
          this.#lastActiveElement = [editor, activeElement];
          editor._focusEventsAllowed = false;
          break;
        }
      }
    }
    focus() {
      if (!this.#lastActiveElement) {
        return;
      }
      const [lastEditor, lastActiveElement] = this.#lastActiveElement;
      this.#lastActiveElement = null;
      lastActiveElement.addEventListener("focusin", () => {
        lastEditor._focusEventsAllowed = true;
      }, {
        once: true,
        signal: this._signal
      });
      lastActiveElement.focus();
    }
    #addKeyboardManager() {
      if (this.#keyboardManagerAC) {
        return;
      }
      this.#keyboardManagerAC = new AbortController();
      const signal = this.combinedSignal(this.#keyboardManagerAC);
      window.addEventListener("keydown", this.keydown.bind(this), {
        signal
      });
      window.addEventListener("keyup", this.keyup.bind(this), {
        signal
      });
    }
    #removeKeyboardManager() {
      this.#keyboardManagerAC?.abort();
      this.#keyboardManagerAC = null;
    }
    #addCopyPasteListeners() {
      if (this.#copyPasteAC) {
        return;
      }
      this.#copyPasteAC = new AbortController();
      const signal = this.combinedSignal(this.#copyPasteAC);
      document.addEventListener("copy", this.copy.bind(this), {
        signal
      });
      document.addEventListener("cut", this.cut.bind(this), {
        signal
      });
      document.addEventListener("paste", this.paste.bind(this), {
        signal
      });
    }
    #removeCopyPasteListeners() {
      this.#copyPasteAC?.abort();
      this.#copyPasteAC = null;
    }
    #addDragAndDropListeners() {
      const signal = this._signal;
      document.addEventListener("dragover", this.dragOver.bind(this), {
        signal
      });
      document.addEventListener("drop", this.drop.bind(this), {
        signal
      });
    }
    addEditListeners() {
      this.#addKeyboardManager();
      this.setEditingState(true);
    }
    removeEditListeners() {
      this.#removeKeyboardManager();
      this.setEditingState(false);
    }
    dragOver(event) {
      for (const {
        type
      } of event.dataTransfer.items) {
        for (const editorType of this.#editorTypes) {
          if (editorType.isHandlingMimeForPasting(type)) {
            event.dataTransfer.dropEffect = "copy";
            event.preventDefault();
            return;
          }
        }
      }
    }
    drop(event) {
      for (const item of event.dataTransfer.items) {
        for (const editorType of this.#editorTypes) {
          if (editorType.isHandlingMimeForPasting(item.type)) {
            editorType.paste(item, this.currentLayer);
            event.preventDefault();
            return;
          }
        }
      }
    }
    copy(event) {
      event.preventDefault();
      this.#activeEditor?.commitOrRemove();
      if (!this.hasSelection) {
        return;
      }
      const editors = [];
      for (const editor of this.#selectedEditors) {
        const serialized = editor.serialize(true);
        if (serialized) {
          editors.push(serialized);
        }
      }
      if (editors.length === 0) {
        return;
      }
      event.clipboardData.setData("application/pdfjs", JSON.stringify(editors));
    }
    cut(event) {
      this.copy(event);
      this.delete();
    }
    async paste(event) {
      event.preventDefault();
      const {
        clipboardData
      } = event;
      for (const item of clipboardData.items) {
        for (const editorType of this.#editorTypes) {
          if (editorType.isHandlingMimeForPasting(item.type)) {
            editorType.paste(item, this.currentLayer);
            return;
          }
        }
      }
      let data = clipboardData.getData("application/pdfjs");
      if (!data) {
        return;
      }
      try {
        data = JSON.parse(data);
      } catch (ex) {
        warn(`paste: "${ex.message}".`);
        return;
      }
      if (!Array.isArray(data)) {
        return;
      }
      this.unselectAll();
      const layer = this.currentLayer;
      try {
        const newEditors = [];
        for (const editor of data) {
          const deserializedEditor = await layer.deserialize(editor);
          if (!deserializedEditor) {
            return;
          }
          newEditors.push(deserializedEditor);
        }
        const cmd = () => {
          for (const editor of newEditors) {
            this.#addEditorToLayer(editor);
          }
          this.#selectEditors(newEditors);
        };
        const undo = () => {
          for (const editor of newEditors) {
            editor.remove();
          }
        };
        this.addCommands({
          cmd,
          undo,
          mustExec: true
        });
      } catch (ex) {
        warn(`paste: "${ex.message}".`);
      }
    }
    keydown(event) {
      if (!this.isShiftKeyDown && event.key === "Shift") {
        this.isShiftKeyDown = true;
      }
      if (this.#mode !== AnnotationEditorType.NONE && !this.isEditorHandlingKeyboard) {
        _AnnotationEditorUIManager._keyboardManager.exec(this, event);
      }
    }
    keyup(event) {
      if (this.isShiftKeyDown && event.key === "Shift") {
        this.isShiftKeyDown = false;
        if (this.#highlightWhenShiftUp) {
          this.#highlightWhenShiftUp = false;
          this.#onSelectEnd("main_toolbar");
        }
      }
    }
    onEditingAction({
      name
    }) {
      switch (name) {
        case "undo":
        case "redo":
        case "delete":
        case "selectAll":
          this[name]();
          break;
        case "highlightSelection":
          this.highlightSelection("context_menu");
          break;
        case "commentSelection":
          this.commentSelection("context_menu");
          break;
      }
    }
    updatePageIndex(oldPageIndex, newPageIndex) {
      for (const editor of this.#savedEditorsByPage.get(oldPageIndex) || []) {
        editor.pageIndex = newPageIndex;
      }
      const layer = this.#savedAllLayers.get(oldPageIndex);
      if (layer) {
        layer.pageIndex = newPageIndex;
        this.#allLayers.set(newPageIndex, layer);
        if (this.#isEnabled) {
          layer.enable();
        } else {
          layer.disable();
        }
      }
    }
    startUpdatePages() {
      this.#savedAllLayers = new Map(this.#allLayers);
      this.#allLayers.clear();
      const savedEditorsByPage = this.#savedEditorsByPage = /* @__PURE__ */ new Map();
      const saveEditor = (editor) => {
        savedEditorsByPage.getOrInsertComputed(editor.pageIndex, makeArr).push(editor);
      };
      for (const editor of this.#allEditors.values()) {
        saveEditor(editor);
      }
      for (const [id, editor] of this.#annotationStorage) {
        if (id.startsWith(AnnotationEditorPrefix) && !this.#allEditors.has(id) && Number.isInteger(editor?.pageIndex)) {
          saveEditor(editor);
        }
      }
    }
    endUpdatePages() {
      this.#savedAllLayers = null;
      this.#savedEditorsByPage = null;
    }
    clonePage(pageIndex, newPageIndex) {
      for (const editor of this.getEditors(pageIndex)) {
        const serialized = editor.serialize(editor.mode !== AnnotationEditorType.HIGHLIGHT);
        if (!serialized) {
          continue;
        }
        serialized.pageIndex = newPageIndex;
        serialized.id = this.getId();
        serialized.isClone = true;
        delete serialized.popupRef;
        this.#annotationStorage.setValue(serialized.id, serialized);
      }
    }
    findClonesForPage(layer) {
      const promises = [];
      const {
        pageIndex
      } = layer;
      for (const [id, editor] of this.#annotationStorage) {
        if (editor.pageIndex === pageIndex && editor.isClone) {
          this.#annotationStorage.remove(id);
          promises.push(layer.deserialize(editor).then((deserializedEditor) => {
            if (deserializedEditor) {
              deserializedEditor.isClone = true;
              layer.addOrRebuild(deserializedEditor);
            }
          }));
        }
      }
      return Promise.all(promises);
    }
    #dispatchUpdateStates(details) {
      const hasChanged = Object.entries(details).some(([key2, value]) => this.#previousStates[key2] !== value);
      if (hasChanged) {
        this._eventBus.dispatch("editingstateschanged", {
          source: this,
          details: Object.assign(this.#previousStates, details)
        });
        if (this.#mode === AnnotationEditorType.HIGHLIGHT && details.hasSelectedEditor === false) {
          this.#dispatchUpdateUI([[AnnotationEditorParamsType.HIGHLIGHT_FREE, true]]);
        }
      }
    }
    #dispatchUpdateUI(details) {
      this._eventBus.dispatch("annotationeditorparamschanged", {
        source: this,
        details
      });
    }
    setEditingState(isEditing) {
      if (isEditing) {
        this.#addFocusManager();
        this.#addCopyPasteListeners();
        this.#dispatchUpdateStates({
          isEditing: this.#mode !== AnnotationEditorType.NONE,
          isEmpty: this.#isEmpty(),
          hasSomethingToUndo: this.#commandManager.hasSomethingToUndo(),
          hasSomethingToRedo: this.#commandManager.hasSomethingToRedo(),
          hasSelectedEditor: false
        });
      } else {
        this.#removeFocusManager();
        this.#removeCopyPasteListeners();
        this.#dispatchUpdateStates({
          isEditing: false
        });
        this.disableUserSelect(false);
      }
    }
    registerEditorTypes(types2) {
      if (this.#editorTypes) {
        return;
      }
      this.#editorTypes = types2;
      for (const editorType of this.#editorTypes) {
        this.#dispatchUpdateUI(editorType.defaultPropertiesToUpdate);
      }
    }
    getId() {
      return this.#idManager.id;
    }
    get currentLayer() {
      return this.#allLayers.get(this.#currentPageIndex);
    }
    getLayer(pageIndex) {
      return this.#allLayers.get(pageIndex);
    }
    get currentPageIndex() {
      return this.#currentPageIndex;
    }
    addLayer(layer) {
      this.#allLayers.set(layer.pageIndex, layer);
      if (this.#isEnabled) {
        layer.enable();
      } else {
        layer.disable();
      }
    }
    removeLayer(layer) {
      this.#allLayers.delete(layer.pageIndex);
    }
    async updateMode(mode, editId = null, isFromUser = false, isFromKeyboard = false, mustEnterInEditMode = false, editComment = false) {
      if (this.#mode === mode) {
        return;
      }
      if (this.#updateModeCapability) {
        await this.#updateModeCapability.promise;
        if (!this.#updateModeCapability) {
          return;
        }
      }
      this.#updateModeCapability = Promise.withResolvers();
      this.#currentDrawingSession?.commitOrRemove();
      if (this.#mode === AnnotationEditorType.POPUP) {
        this.#commentManager?.hideSidebar();
      }
      this.#commentManager?.destroyPopup();
      this.#mode = mode;
      if (mode === AnnotationEditorType.NONE) {
        this.setEditingState(false);
        this.#disableAll();
        for (const editor of this.#allEditors.values()) {
          editor.hideStandaloneCommentButton();
        }
        this._editorUndoBar?.hide();
        this.toggleComment(null);
        this.#updateModeCapability.resolve();
        return;
      }
      for (const editor of this.#allEditors.values()) {
        editor.addStandaloneCommentButton();
      }
      if (mode === AnnotationEditorType.SIGNATURE) {
        await this.#signatureManager?.loadSignatures();
      }
      if (isFromUser) {
        CurrentPointers.clearPointerType();
      }
      this.setEditingState(true);
      await this.#enableAll();
      this.unselectAll();
      for (const layer of this.#allLayers.values()) {
        layer.updateMode(mode);
      }
      if (mode === AnnotationEditorType.POPUP) {
        this.#allEditableAnnotations ||= await this.#pdfDocument.getAnnotationsByType(new Set(this.#editorTypes.map((editorClass) => editorClass._editorType)));
        const elementIds = /* @__PURE__ */ new Set();
        const allComments = [];
        for (const editor of this.#allEditors.values()) {
          const {
            annotationElementId,
            hasComment,
            deleted
          } = editor;
          if (annotationElementId) {
            elementIds.add(annotationElementId);
          }
          if (hasComment && !deleted) {
            allComments.push(editor.getData());
          }
        }
        for (const annotation of this.#allEditableAnnotations) {
          const {
            id,
            popupRef,
            contentsObj
          } = annotation;
          if (popupRef && contentsObj?.str && !elementIds.has(id) && !this.#deletedAnnotationsElementIds.has(id)) {
            allComments.push(annotation);
          }
        }
        this.#commentManager?.showSidebar(allComments);
      }
      if (!editId) {
        if (isFromKeyboard) {
          this.addNewEditorFromKeyboard();
        }
        this.#updateModeCapability.resolve();
        return;
      }
      for (const editor of this.#allEditors.values()) {
        if (editor.uid === editId) {
          this.setSelected(editor);
          if (editComment) {
            editor.editComment();
          } else if (mustEnterInEditMode) {
            editor.enterInEditMode();
          } else {
            editor.focus();
          }
        } else {
          editor.unselect();
        }
      }
      this.#updateModeCapability.resolve();
    }
    addNewEditorFromKeyboard() {
      if (this.currentLayer.canCreateNewEmptyEditor()) {
        this.currentLayer.addNewEditor();
      }
    }
    updateToolbar(options2) {
      if (options2.mode === this.#mode) {
        return;
      }
      this._eventBus.dispatch("switchannotationeditormode", {
        source: this,
        ...options2
      });
    }
    updateParams(type, value) {
      if (!this.#editorTypes) {
        return;
      }
      switch (type) {
        case AnnotationEditorParamsType.CREATE:
          this.currentLayer.addNewEditor(value);
          return;
        case AnnotationEditorParamsType.HIGHLIGHT_SHOW_ALL:
          this._eventBus.dispatch("reporttelemetry", {
            source: this,
            details: {
              type: "editing",
              data: {
                type: "highlight",
                action: "toggle_visibility"
              }
            }
          });
          (this.#showAllStates ||= /* @__PURE__ */ new Map()).set(type, value);
          this.showAllEditors("highlight", value);
          break;
      }
      if (this.hasSelection) {
        for (const editor of this.#selectedEditors) {
          editor.updateParams(type, value);
        }
      } else {
        for (const editorType of this.#editorTypes) {
          editorType.updateDefaultParams(type, value);
        }
      }
    }
    showAllEditors(type, visible, updateButton = false) {
      for (const editor of this.#allEditors.values()) {
        if (editor.editorType === type) {
          editor.show(visible);
        }
      }
      const state = this.#showAllStates?.get(AnnotationEditorParamsType.HIGHLIGHT_SHOW_ALL) ?? true;
      if (state !== visible) {
        this.#dispatchUpdateUI([[AnnotationEditorParamsType.HIGHLIGHT_SHOW_ALL, visible]]);
      }
    }
    enableWaiting(mustWait = false) {
      if (this.#isWaiting === mustWait) {
        return;
      }
      this.#isWaiting = mustWait;
      for (const layer of this.#allLayers.values()) {
        if (mustWait) {
          layer.disableClick();
        } else {
          layer.enableClick();
        }
        layer.div.classList.toggle("waiting", mustWait);
      }
    }
    async #enableAll() {
      if (!this.#isEnabled) {
        this.#isEnabled = true;
        const promises = [];
        for (const layer of this.#allLayers.values()) {
          promises.push(layer.enable());
        }
        await Promise.all(promises);
        for (const editor of this.#allEditors.values()) {
          editor.enable();
        }
      }
    }
    #disableAll() {
      this.unselectAll();
      if (this.#isEnabled) {
        this.#isEnabled = false;
        for (const layer of this.#allLayers.values()) {
          layer.disable();
        }
        for (const editor of this.#allEditors.values()) {
          editor.disable();
        }
      }
    }
    *getEditors(pageIndex) {
      for (const editor of this.#allEditors.values()) {
        if (editor.pageIndex === pageIndex) {
          yield editor;
        }
      }
    }
    getEditor(id) {
      return this.#allEditors.get(id);
    }
    addEditor(editor) {
      this.#allEditors.set(editor.id, editor);
    }
    removeEditor(editor) {
      if (editor.div.contains(document.activeElement)) {
        if (this.#focusMainContainerTimeoutId) {
          clearTimeout(this.#focusMainContainerTimeoutId);
        }
        this.#focusMainContainerTimeoutId = setTimeout(() => {
          this.focusMainContainer();
          this.#focusMainContainerTimeoutId = null;
        }, 0);
      }
      this.#allEditors.delete(editor.id);
      if (editor.annotationElementId) {
        this.#missingCanvases?.delete(editor.annotationElementId);
      }
      this.unselect(editor);
      if (!editor.annotationElementId || !this.#deletedAnnotationsElementIds.has(editor.annotationElementId)) {
        this.#annotationStorage?.remove(editor.id);
      }
    }
    addDeletedAnnotationElement(editor) {
      this.#deletedAnnotationsElementIds.add(editor.annotationElementId);
      this.addChangedExistingAnnotation(editor);
      editor.deleted = true;
    }
    isDeletedAnnotationElement(annotationElementId) {
      return this.#deletedAnnotationsElementIds.has(annotationElementId);
    }
    removeDeletedAnnotationElement(editor) {
      this.#deletedAnnotationsElementIds.delete(editor.annotationElementId);
      this.removeChangedExistingAnnotation(editor);
      editor.deleted = false;
    }
    #addEditorToLayer(editor) {
      const layer = this.#allLayers.get(editor.pageIndex);
      if (layer) {
        layer.addOrRebuild(editor);
      } else {
        this.addEditor(editor);
        this.addToAnnotationStorage(editor);
      }
    }
    setActiveEditor(editor) {
      if (this.#activeEditor === editor) {
        return;
      }
      this.#activeEditor = editor;
      if (editor) {
        this.#dispatchUpdateUI(editor.propertiesToUpdate);
      }
    }
    get #lastSelectedEditor() {
      let ed = null;
      for (ed of this.#selectedEditors) {
      }
      return ed;
    }
    updateUI(editor) {
      if (this.#lastSelectedEditor === editor) {
        this.#dispatchUpdateUI(editor.propertiesToUpdate);
      }
    }
    updateUIForDefaultProperties(editorType) {
      this.#dispatchUpdateUI(editorType.defaultPropertiesToUpdate);
    }
    toggleSelected(editor) {
      if (this.#selectedEditors.has(editor)) {
        this.#selectedEditors.delete(editor);
        editor.unselect();
        this.#dispatchUpdateStates({
          hasSelectedEditor: this.hasSelection
        });
        return;
      }
      this.#selectedEditors.add(editor);
      editor.select();
      this.#dispatchUpdateUI(editor.propertiesToUpdate);
      this.#dispatchUpdateStates({
        hasSelectedEditor: true
      });
    }
    setSelected(editor) {
      this.updateToolbar({
        mode: editor.mode,
        editId: editor.uid
      });
      this.#currentDrawingSession?.commitOrRemove();
      for (const ed of this.#selectedEditors) {
        if (ed !== editor) {
          ed.unselect();
        }
      }
      this.#commentManager?.destroyPopup();
      this.#selectedEditors.clear();
      this.#selectedEditors.add(editor);
      editor.select();
      this.#dispatchUpdateUI(editor.propertiesToUpdate);
      this.#dispatchUpdateStates({
        hasSelectedEditor: true
      });
    }
    get firstSelectedEditor() {
      return this.#selectedEditors.values().next().value;
    }
    unselect(editor) {
      editor.unselect();
      this.#selectedEditors.delete(editor);
      this.#dispatchUpdateStates({
        hasSelectedEditor: this.hasSelection
      });
    }
    get hasSelection() {
      return this.#selectedEditors.size !== 0;
    }
    get isEnterHandled() {
      return this.#selectedEditors.size === 1 && this.firstSelectedEditor.isEnterHandled;
    }
    undo() {
      this.#commandManager.undo();
      this.#dispatchUpdateStates({
        hasSomethingToUndo: this.#commandManager.hasSomethingToUndo(),
        hasSomethingToRedo: true,
        isEmpty: this.#isEmpty()
      });
      this._editorUndoBar?.hide();
    }
    redo() {
      this.#commandManager.redo();
      this.#dispatchUpdateStates({
        hasSomethingToUndo: true,
        hasSomethingToRedo: this.#commandManager.hasSomethingToRedo(),
        isEmpty: this.#isEmpty()
      });
    }
    addCommands(params) {
      this.#commandManager.add(params);
      this.#dispatchUpdateStates({
        hasSomethingToUndo: true,
        hasSomethingToRedo: false,
        isEmpty: this.#isEmpty()
      });
    }
    cleanUndoStack(type) {
      this.#commandManager.cleanType(type);
    }
    #isEmpty() {
      if (this.#allEditors.size === 0) {
        return true;
      }
      if (this.#allEditors.size === 1) {
        for (const editor of this.#allEditors.values()) {
          return editor.isEmpty();
        }
      }
      return false;
    }
    delete() {
      this.commitOrRemove();
      const drawingEditor = this.currentLayer?.endDrawingSession(true);
      if (!this.hasSelection && !drawingEditor) {
        return;
      }
      const editors = drawingEditor ? [drawingEditor] : [...this.#selectedEditors];
      const cmd = () => {
        this._editorUndoBar?.show(undo, editors.length === 1 ? editors[0].editorType : editors.length);
        for (const editor of editors) {
          editor.remove();
        }
      };
      const undo = () => {
        for (const editor of editors) {
          this.#addEditorToLayer(editor);
        }
      };
      this.addCommands({
        cmd,
        undo,
        mustExec: true
      });
    }
    commitOrRemove() {
      this.#activeEditor?.commitOrRemove();
    }
    hasSomethingToControl() {
      return this.#activeEditor || this.hasSelection;
    }
    #selectEditors(editors) {
      for (const editor of this.#selectedEditors) {
        editor.unselect();
      }
      this.#selectedEditors.clear();
      for (const editor of editors) {
        if (editor.isEmpty()) {
          continue;
        }
        this.#selectedEditors.add(editor);
        editor.select();
      }
      this.#dispatchUpdateStates({
        hasSelectedEditor: this.hasSelection
      });
    }
    selectAll() {
      for (const editor of this.#selectedEditors) {
        editor.commit();
      }
      this.#selectEditors(this.#allEditors.values());
    }
    unselectAll() {
      if (this.#activeEditor) {
        this.#activeEditor.commitOrRemove();
        if (this.#mode !== AnnotationEditorType.NONE) {
          return;
        }
      }
      if (this.#currentDrawingSession?.commitOrRemove()) {
        return;
      }
      this.#commentManager?.destroyPopup();
      if (!this.hasSelection) {
        return;
      }
      for (const editor of this.#selectedEditors) {
        editor.unselect();
      }
      this.#selectedEditors.clear();
      this.#dispatchUpdateStates({
        hasSelectedEditor: false
      });
    }
    translateSelectedEditors(x, y, noCommit = false) {
      if (!noCommit) {
        this.commitOrRemove();
      }
      if (!this.hasSelection) {
        return;
      }
      this.#translation[0] += x;
      this.#translation[1] += y;
      const [totalX, totalY] = this.#translation;
      const editors = [...this.#selectedEditors];
      const TIME_TO_WAIT = 1e3;
      if (this.#translationTimeoutId) {
        clearTimeout(this.#translationTimeoutId);
      }
      this.#translationTimeoutId = setTimeout(() => {
        this.#translationTimeoutId = null;
        this.#translation[0] = this.#translation[1] = 0;
        this.addCommands({
          cmd: () => {
            for (const editor of editors) {
              if (this.#allEditors.has(editor.id)) {
                editor.translateInPage(totalX, totalY);
                editor.translationDone();
              }
            }
          },
          undo: () => {
            for (const editor of editors) {
              if (this.#allEditors.has(editor.id)) {
                editor.translateInPage(-totalX, -totalY);
                editor.translationDone();
              }
            }
          },
          mustExec: false
        });
      }, TIME_TO_WAIT);
      for (const editor of editors) {
        editor.translateInPage(x, y);
        editor.translationDone();
      }
    }
    setUpDragSession() {
      if (!this.hasSelection) {
        return;
      }
      this.disableUserSelect(true);
      this.#draggingEditors = /* @__PURE__ */ new Map();
      for (const editor of this.#selectedEditors) {
        this.#draggingEditors.set(editor, {
          savedX: editor.x,
          savedY: editor.y,
          savedPageIndex: editor.pageIndex,
          newX: 0,
          newY: 0,
          newPageIndex: -1
        });
      }
    }
    endDragSession() {
      if (!this.#draggingEditors) {
        return false;
      }
      this.disableUserSelect(false);
      const map = this.#draggingEditors;
      this.#draggingEditors = null;
      let mustBeAddedInUndoStack = false;
      for (const [{
        x,
        y,
        pageIndex
      }, value] of map) {
        value.newX = x;
        value.newY = y;
        value.newPageIndex = pageIndex;
        mustBeAddedInUndoStack ||= x !== value.savedX || y !== value.savedY || pageIndex !== value.savedPageIndex;
      }
      if (!mustBeAddedInUndoStack) {
        return false;
      }
      const move = (editor, x, y, pageIndex) => {
        if (this.#allEditors.has(editor.id)) {
          const parent = this.#allLayers.get(pageIndex);
          if (parent) {
            editor._setParentAndPosition(parent, x, y);
          } else {
            editor.pageIndex = pageIndex;
            editor.x = x;
            editor.y = y;
          }
        }
      };
      this.addCommands({
        cmd: () => {
          for (const [editor, {
            newX,
            newY,
            newPageIndex
          }] of map) {
            move(editor, newX, newY, newPageIndex);
          }
        },
        undo: () => {
          for (const [editor, {
            savedX,
            savedY,
            savedPageIndex
          }] of map) {
            move(editor, savedX, savedY, savedPageIndex);
          }
        },
        mustExec: true
      });
      return true;
    }
    dragSelectedEditors(tx, ty) {
      if (!this.#draggingEditors) {
        return;
      }
      for (const editor of this.#draggingEditors.keys()) {
        editor.drag(tx, ty);
      }
    }
    rebuild(editor) {
      if (editor.parent === null) {
        const parent = this.getLayer(editor.pageIndex);
        if (parent) {
          parent.changeParent(editor);
          parent.addOrRebuild(editor);
        } else {
          this.addEditor(editor);
          this.addToAnnotationStorage(editor);
          editor.rebuild();
        }
      } else {
        editor.parent.addOrRebuild(editor);
      }
    }
    get isEditorHandlingKeyboard() {
      return this.getActive()?.shouldGetKeyboardEvents() || this.#selectedEditors.size === 1 && this.firstSelectedEditor.shouldGetKeyboardEvents();
    }
    isActive(editor) {
      return this.#activeEditor === editor;
    }
    getActive() {
      return this.#activeEditor;
    }
    getMode() {
      return this.#mode;
    }
    isEditingMode() {
      return this.#mode !== AnnotationEditorType.NONE;
    }
    get imageManager() {
      return util_shadow(this, "imageManager", new ImageManager());
    }
    getSelectionBoxes(textLayer) {
      if (!textLayer) {
        return null;
      }
      const selection = document.getSelection();
      for (let i = 0, ii = selection.rangeCount; i < ii; i++) {
        if (!textLayer.contains(selection.getRangeAt(i).commonAncestorContainer)) {
          return null;
        }
      }
      const {
        x: layerX,
        y: layerY,
        width: parentWidth,
        height: parentHeight
      } = textLayer.getBoundingClientRect();
      let rotator;
      switch (textLayer.getAttribute("data-main-rotation")) {
        case "90":
          rotator = (x, y, w, h) => ({
            x: (y - layerY) / parentHeight,
            y: 1 - (x + w - layerX) / parentWidth,
            width: h / parentHeight,
            height: w / parentWidth
          });
          break;
        case "180":
          rotator = (x, y, w, h) => ({
            x: 1 - (x + w - layerX) / parentWidth,
            y: 1 - (y + h - layerY) / parentHeight,
            width: w / parentWidth,
            height: h / parentHeight
          });
          break;
        case "270":
          rotator = (x, y, w, h) => ({
            x: 1 - (y + h - layerY) / parentHeight,
            y: (x - layerX) / parentWidth,
            width: h / parentHeight,
            height: w / parentWidth
          });
          break;
        default:
          rotator = (x, y, w, h) => ({
            x: (x - layerX) / parentWidth,
            y: (y - layerY) / parentHeight,
            width: w / parentWidth,
            height: h / parentHeight
          });
          break;
      }
      const boxes = [];
      for (let i = 0, ii = selection.rangeCount; i < ii; i++) {
        const range3 = selection.getRangeAt(i);
        if (range3.collapsed) {
          continue;
        }
        for (const {
          x,
          y,
          width,
          height
        } of range3.getClientRects()) {
          if (width === 0 || height === 0) {
            continue;
          }
          boxes.push(rotator(x, y, width, height));
        }
      }
      return boxes.length === 0 ? null : boxes;
    }
    addChangedExistingAnnotation({
      annotationElementId,
      id
    }) {
      (this.#changedExistingAnnotations ||= /* @__PURE__ */ new Map()).set(annotationElementId, id);
    }
    removeChangedExistingAnnotation({
      annotationElementId
    }) {
      this.#changedExistingAnnotations?.delete(annotationElementId);
    }
    renderAnnotationElement(annotation) {
      const editorId = this.#changedExistingAnnotations?.get(annotation.data.id);
      if (!editorId) {
        return;
      }
      const editor = this.#annotationStorage.getRawValue(editorId);
      if (!editor) {
        return;
      }
      if (this.#mode === AnnotationEditorType.NONE && !editor.hasBeenModified) {
        return;
      }
      editor.renderAnnotationElement(annotation);
    }
    setMissingCanvas(annotationId, annotationElementId, canvas) {
      const editor = this.#missingCanvases?.get(annotationId);
      if (!editor) {
        return;
      }
      editor.setCanvas(annotationElementId, canvas);
      this.#missingCanvases.delete(annotationId);
    }
    addMissingCanvas(annotationId, editor) {
      (this.#missingCanvases ||= /* @__PURE__ */ new Map()).set(annotationId, editor);
    }
  };
  var AltText = class _AltText {
    #altText = null;
    #altTextDecorative = false;
    #altTextButton = null;
    #altTextButtonLabel = null;
    #altTextTooltip = null;
    #altTextTooltipTimeout = null;
    #altTextWasFromKeyBoard = false;
    #badge = null;
    #editor = null;
    #guessedText = null;
    #textWithDisclaimer = null;
    #useNewAltTextFlow = false;
    static #l10nNewButton = null;
    static _l10n = null;
    constructor(editor) {
      this.#editor = editor;
      this.#useNewAltTextFlow = editor._uiManager.useNewAltTextFlow;
      _AltText.#l10nNewButton ||= Object.freeze({
        added: "pdfjs-editor-new-alt-text-added-button",
        "added-label": "pdfjs-editor-new-alt-text-added-button-label",
        missing: "pdfjs-editor-new-alt-text-missing-button",
        "missing-label": "pdfjs-editor-new-alt-text-missing-button-label",
        review: "pdfjs-editor-new-alt-text-to-review-button",
        "review-label": "pdfjs-editor-new-alt-text-to-review-button-label"
      });
    }
    static initialize(l10n) {
      _AltText._l10n ??= l10n;
    }
    async render() {
      const altText = this.#altTextButton = document.createElement("button");
      altText.className = "altText";
      altText.tabIndex = "0";
      const label = this.#altTextButtonLabel = document.createElement("span");
      altText.append(label);
      if (this.#useNewAltTextFlow) {
        altText.classList.add("new");
        altText.setAttribute("data-l10n-id", _AltText.#l10nNewButton.missing);
        label.setAttribute("data-l10n-id", _AltText.#l10nNewButton["missing-label"]);
      } else {
        altText.setAttribute("data-l10n-id", "pdfjs-editor-alt-text-button");
        label.setAttribute("data-l10n-id", "pdfjs-editor-alt-text-button-label");
      }
      const signal = this.#editor._uiManager._signal;
      altText.addEventListener("contextmenu", noContextMenu, {
        signal
      });
      altText.addEventListener("pointerdown", (event) => event.stopPropagation(), {
        signal
      });
      const onClick = (event) => {
        event.preventDefault();
        this.#editor._uiManager.editAltText(this.#editor);
        if (this.#useNewAltTextFlow) {
          this.#editor._reportTelemetry({
            action: "pdfjs.image.alt_text.image_status_label_clicked",
            data: {
              label: this.#label
            }
          });
        }
      };
      altText.addEventListener("click", onClick, {
        capture: true,
        signal
      });
      altText.addEventListener("keydown", (event) => {
        if (event.target === altText && event.key === "Enter") {
          this.#altTextWasFromKeyBoard = true;
          onClick(event);
        }
      }, {
        signal
      });
      await this.#setState();
      return altText;
    }
    get #label() {
      return this.#altText && "added" || this.#altText === null && this.guessedText && "review" || "missing";
    }
    finish() {
      if (!this.#altTextButton) {
        return;
      }
      this.#altTextButton.focus({
        focusVisible: this.#altTextWasFromKeyBoard
      });
      this.#altTextWasFromKeyBoard = false;
    }
    isEmpty() {
      return this.#useNewAltTextFlow ? this.#altText === null : !this.#altText && !this.#altTextDecorative;
    }
    hasData() {
      return this.#useNewAltTextFlow ? this.#altText !== null || !!this.#guessedText : this.isEmpty();
    }
    get guessedText() {
      return this.#guessedText;
    }
    async setGuessedText(guessedText) {
      if (this.#altText !== null) {
        return;
      }
      this.#guessedText = guessedText;
      this.#textWithDisclaimer = await _AltText._l10n.get("pdfjs-editor-new-alt-text-generated-alt-text-with-disclaimer", {
        generatedAltText: guessedText
      });
      this.#setState();
    }
    toggleAltTextBadge(visibility = false) {
      if (!this.#useNewAltTextFlow || this.#altText) {
        this.#badge?.remove();
        this.#badge = null;
        return;
      }
      if (!this.#badge) {
        const badge = this.#badge = document.createElement("div");
        badge.className = "noAltTextBadge";
        this.#editor.div.append(badge);
      }
      this.#badge.classList.toggle("hidden", !visibility);
    }
    serialize(isForCopying) {
      let altText = this.#altText;
      if (!isForCopying && this.#guessedText === altText) {
        altText = this.#textWithDisclaimer;
      }
      return {
        altText,
        decorative: this.#altTextDecorative,
        guessedText: this.#guessedText,
        textWithDisclaimer: this.#textWithDisclaimer
      };
    }
    get data() {
      return {
        altText: this.#altText,
        decorative: this.#altTextDecorative
      };
    }
    set data({
      altText,
      decorative,
      guessedText,
      textWithDisclaimer,
      cancel = false
    }) {
      if (guessedText) {
        this.#guessedText = guessedText;
        this.#textWithDisclaimer = textWithDisclaimer;
      }
      if (this.#altText === altText && this.#altTextDecorative === decorative) {
        return;
      }
      if (!cancel) {
        this.#altText = altText;
        this.#altTextDecorative = decorative;
      }
      this.#setState();
    }
    toggle(enabled = false) {
      if (!this.#altTextButton) {
        return;
      }
      if (!enabled && this.#altTextTooltipTimeout) {
        clearTimeout(this.#altTextTooltipTimeout);
        this.#altTextTooltipTimeout = null;
      }
      this.#altTextButton.disabled = !enabled;
    }
    shown() {
      this.#editor._reportTelemetry({
        action: "pdfjs.image.alt_text.image_status_label_displayed",
        data: {
          label: this.#label
        }
      });
    }
    destroy() {
      this.#altTextButton?.remove();
      this.#altTextButton = null;
      this.#altTextButtonLabel = null;
      this.#altTextTooltip = null;
      this.#badge?.remove();
      this.#badge = null;
    }
    async #setState() {
      const button2 = this.#altTextButton;
      if (!button2) {
        return;
      }
      if (this.#useNewAltTextFlow) {
        button2.classList.toggle("done", !!this.#altText);
        button2.setAttribute("data-l10n-id", _AltText.#l10nNewButton[this.#label]);
        this.#altTextButtonLabel?.setAttribute("data-l10n-id", _AltText.#l10nNewButton[`${this.#label}-label`]);
        if (!this.#altText) {
          this.#altTextTooltip?.remove();
          return;
        }
      } else {
        if (!this.#altText && !this.#altTextDecorative) {
          button2.classList.remove("done");
          this.#altTextTooltip?.remove();
          return;
        }
        button2.classList.add("done");
        button2.setAttribute("data-l10n-id", "pdfjs-editor-alt-text-edit-button");
      }
      let tooltip = this.#altTextTooltip;
      if (!tooltip) {
        this.#altTextTooltip = tooltip = document.createElement("span");
        tooltip.className = "tooltip";
        tooltip.setAttribute("role", "tooltip");
        tooltip.id = `alt-text-tooltip-${this.#editor.id}`;
        const DELAY_TO_SHOW_TOOLTIP = 100;
        const signal = this.#editor._uiManager._signal;
        signal.addEventListener("abort", () => {
          clearTimeout(this.#altTextTooltipTimeout);
          this.#altTextTooltipTimeout = null;
        }, {
          once: true
        });
        button2.addEventListener("mouseenter", () => {
          this.#altTextTooltipTimeout = setTimeout(() => {
            this.#altTextTooltipTimeout = null;
            this.#altTextTooltip.classList.add("show");
            this.#editor._reportTelemetry({
              action: "alt_text_tooltip"
            });
          }, DELAY_TO_SHOW_TOOLTIP);
        }, {
          signal
        });
        button2.addEventListener("mouseleave", () => {
          if (this.#altTextTooltipTimeout) {
            clearTimeout(this.#altTextTooltipTimeout);
            this.#altTextTooltipTimeout = null;
          }
          this.#altTextTooltip?.classList.remove("show");
        }, {
          signal
        });
      }
      if (this.#altTextDecorative) {
        tooltip.setAttribute("data-l10n-id", "pdfjs-editor-alt-text-decorative-tooltip");
      } else {
        tooltip.removeAttribute("data-l10n-id");
        tooltip.textContent = this.#altText;
      }
      if (!tooltip.parentNode) {
        button2.append(tooltip);
      }
      const element2 = this.#editor.getElementForAltText();
      element2?.setAttribute("aria-describedby", tooltip.id);
    }
  };
  var Comment = class {
    #commentStandaloneButton = null;
    #commentToolbarButton = null;
    #commentWasFromKeyBoard = false;
    #editor = null;
    #initialText = null;
    #richText = null;
    #text = null;
    #date = null;
    #deleted = false;
    #popupPosition = null;
    constructor(editor) {
      this.#editor = editor;
    }
    renderForToolbar() {
      const button2 = this.#commentToolbarButton = document.createElement("button");
      button2.className = "comment";
      return this.#render(button2, false);
    }
    renderForStandalone() {
      const button2 = this.#commentStandaloneButton = document.createElement("button");
      button2.className = "annotationCommentButton";
      const position = this.#editor.commentButtonPosition;
      if (position) {
        const {
          style
        } = button2;
        style.insetInlineEnd = `calc(${100 * (this.#editor._uiManager.direction === "ltr" ? 1 - position[0] : position[0])}% - var(--comment-button-dim))`;
        style.top = `calc(${100 * position[1]}% - var(--comment-button-dim))`;
        const color2 = this.#editor.commentButtonColor;
        if (color2) {
          style.backgroundColor = color2;
        }
      }
      return this.#render(button2, true);
    }
    focusButton() {
      setTimeout(() => {
        (this.#commentStandaloneButton ?? this.#commentToolbarButton)?.focus();
      }, 0);
    }
    onUpdatedColor() {
      if (!this.#commentStandaloneButton) {
        return;
      }
      const color2 = this.#editor.commentButtonColor;
      if (color2) {
        this.#commentStandaloneButton.style.backgroundColor = color2;
      }
      this.#editor._uiManager.updatePopupColor(this.#editor);
    }
    get commentButtonWidth() {
      return (this.#commentStandaloneButton?.getBoundingClientRect().width ?? 0) / this.#editor.parent.boundingClientRect.width;
    }
    get commentPopupPositionInLayer() {
      if (this.#popupPosition) {
        return this.#popupPosition;
      }
      if (!this.#commentStandaloneButton) {
        return null;
      }
      const {
        x,
        y,
        height
      } = this.#commentStandaloneButton.getBoundingClientRect();
      const {
        x: parentX,
        y: parentY,
        width: parentWidth,
        height: parentHeight
      } = this.#editor.parent.boundingClientRect;
      return [(x - parentX) / parentWidth, (y + height - parentY) / parentHeight];
    }
    set commentPopupPositionInLayer(pos) {
      this.#popupPosition = pos;
    }
    hasDefaultPopupPosition() {
      return this.#popupPosition === null;
    }
    removeStandaloneCommentButton() {
      this.#commentStandaloneButton?.remove();
      this.#commentStandaloneButton = null;
    }
    removeToolbarCommentButton() {
      this.#commentToolbarButton?.remove();
      this.#commentToolbarButton = null;
    }
    setCommentButtonStates({
      selected: selected2,
      hasPopup
    }) {
      if (!this.#commentStandaloneButton) {
        return;
      }
      this.#commentStandaloneButton.classList.toggle("selected", selected2);
      this.#commentStandaloneButton.ariaExpanded = hasPopup;
    }
    #render(comment, isStandalone) {
      if (!this.#editor._uiManager.hasCommentManager()) {
        return null;
      }
      comment.tabIndex = "0";
      comment.ariaHasPopup = "dialog";
      if (isStandalone) {
        comment.ariaControls = "commentPopup";
        comment.setAttribute("data-l10n-id", "pdfjs-show-comment-button");
      } else {
        comment.ariaControlsElements = [this.#editor._uiManager.getCommentDialogElement()];
        comment.setAttribute("data-l10n-id", "pdfjs-editor-add-comment-button");
      }
      const signal = this.#editor._uiManager._signal;
      if (!(signal instanceof AbortSignal) || signal.aborted) {
        return comment;
      }
      comment.addEventListener("contextmenu", noContextMenu, {
        signal
      });
      if (isStandalone) {
        comment.addEventListener("focusin", (e) => {
          this.#editor._focusEventsAllowed = false;
          stopEvent(e);
        }, {
          capture: true,
          signal
        });
        comment.addEventListener("focusout", (e) => {
          this.#editor._focusEventsAllowed = true;
          stopEvent(e);
        }, {
          capture: true,
          signal
        });
      }
      comment.addEventListener("pointerdown", (event) => event.stopPropagation(), {
        signal
      });
      const onClick = (event) => {
        event.preventDefault();
        if (comment === this.#commentToolbarButton) {
          this.edit();
        } else {
          this.#editor.toggleComment(true);
        }
      };
      comment.addEventListener("click", onClick, {
        capture: true,
        signal
      });
      comment.addEventListener("keydown", (event) => {
        if (event.target === comment && event.key === "Enter") {
          this.#commentWasFromKeyBoard = true;
          onClick(event);
        }
      }, {
        signal
      });
      comment.addEventListener("pointerenter", () => {
        this.#editor.toggleComment(false, true);
      }, {
        signal
      });
      comment.addEventListener("pointerleave", () => {
        this.#editor.toggleComment(false, false);
      }, {
        signal
      });
      return comment;
    }
    edit(options2) {
      const position = this.commentPopupPositionInLayer;
      let posX, posY;
      if (position) {
        [posX, posY] = position;
      } else {
        [posX, posY] = this.#editor.commentButtonPosition;
        const {
          width,
          height,
          x,
          y
        } = this.#editor;
        posX = x + posX * width;
        posY = y + posY * height;
      }
      const parentDimensions = this.#editor.parent.boundingClientRect;
      const {
        x: parentX,
        y: parentY,
        width: parentWidth,
        height: parentHeight
      } = parentDimensions;
      this.#editor._uiManager.editComment(this.#editor, parentX + posX * parentWidth, parentY + posY * parentHeight, {
        ...options2,
        parentDimensions
      });
    }
    finish() {
      if (!this.#commentToolbarButton) {
        return;
      }
      this.#commentToolbarButton.focus({
        focusVisible: this.#commentWasFromKeyBoard
      });
      this.#commentWasFromKeyBoard = false;
    }
    isDeleted() {
      return this.#deleted || this.#text === "";
    }
    isEmpty() {
      return this.#text === null;
    }
    hasBeenEdited() {
      return this.isDeleted() || this.#text !== this.#initialText;
    }
    serialize() {
      return this.data;
    }
    get data() {
      return {
        text: this.#text,
        richText: this.#richText,
        date: this.#date,
        deleted: this.isDeleted()
      };
    }
    set data(text2) {
      if (text2 !== this.#text) {
        this.#richText = null;
      }
      if (text2 === null) {
        this.#text = "";
        this.#deleted = true;
        return;
      }
      this.#text = text2;
      this.#date = /* @__PURE__ */ new Date();
      this.#deleted = false;
    }
    restoreData({
      text: text2,
      richText,
      date
    }) {
      this.#text = text2;
      this.#richText = richText;
      this.#date = date;
      this.#deleted = false;
    }
    setInitialText(text2, richText = null) {
      this.#initialText = text2;
      this.data = text2;
      this.#date = null;
      this.#richText = richText;
    }
    shown() {
    }
    destroy() {
      this.#commentToolbarButton?.remove();
      this.#commentToolbarButton = null;
      this.#commentStandaloneButton?.remove();
      this.#commentStandaloneButton = null;
      this.#text = "";
      this.#richText = null;
      this.#date = null;
      this.#editor = null;
      this.#commentWasFromKeyBoard = false;
      this.#deleted = false;
    }
  };
  function preventDefault(evt) {
    evt.preventDefault();
  }
  var MIN_TOUCH_SPAN = 1e-4;
  function stopTouchEvent(evt) {
    if (evt.cancelable) {
      stopEvent(evt);
      return true;
    }
    evt.stopPropagation();
    return false;
  }
  var TouchManager = class {
    #container;
    #isPinching = false;
    #isPinchingStopped = null;
    #isPinchingDisabled;
    #onPinchStart;
    #onPinching;
    #onPinchEnd;
    #onPanning;
    #ownsGesture = false;
    #pointerDownAC = null;
    #signal;
    #touchIds = /* @__PURE__ */ new Set();
    #touchInfo = null;
    #touchManagerAC;
    #touchMoveAC = null;
    #unconfirmedPinch = 0;
    constructor({
      container,
      isPinchingDisabled = null,
      isPinchingStopped = null,
      onPinchStart = null,
      onPinching = null,
      onPinchEnd = null,
      onPanning = null,
      signal
    }) {
      this.#container = container;
      this.#isPinchingStopped = isPinchingStopped;
      this.#isPinchingDisabled = isPinchingDisabled;
      this.#onPinchStart = onPinchStart;
      this.#onPinching = onPinching;
      this.#onPinchEnd = onPinchEnd;
      this.#onPanning = onPanning;
      this.#touchManagerAC = new AbortController();
      this.#signal = AbortSignal.any([signal, this.#touchManagerAC.signal]);
      container.addEventListener("touchstart", this.#onTouchStart.bind(this), {
        passive: false,
        signal: this.#signal
      });
    }
    get MIN_TOUCH_DISTANCE_TO_PINCH() {
      return 35 / OutputScale.pixelRatio;
    }
    get MIN_TOUCH_DISTANCE_TO_SCALE() {
      return 4 / OutputScale.pixelRatio;
    }
    #onTouchStart(evt) {
      if (this.#isPinchingDisabled?.()) {
        return;
      }
      this.#pruneTouchIds(evt);
      const touchIds = this.#touchIds;
      for (const {
        identifier
      } of evt.changedTouches) {
        touchIds.add(identifier);
      }
      if (touchIds.size === 1) {
        this.#armPointerDown();
        return;
      }
      if (!this.#touchMoveAC) {
        this.#touchMoveAC = new AbortController();
        const signal = AbortSignal.any([this.#signal, this.#touchMoveAC.signal]);
        const container = this.#container;
        const opt = {
          signal,
          capture: false,
          passive: false
        };
        container.addEventListener("touchmove", this.#onTouchMove.bind(this), opt);
        const onTouchEnd = this.#onTouchEnd.bind(this);
        container.addEventListener("touchend", onTouchEnd, opt);
        container.addEventListener("touchcancel", onTouchEnd, opt);
        opt.capture = true;
        container.addEventListener("pointerdown", stopEvent, opt);
        container.addEventListener("pointermove", stopEvent, opt);
        container.addEventListener("pointercancel", preventDefault, opt);
        container.addEventListener("pointerup", preventDefault, opt);
        this.#onPinchStart?.();
      }
      this.#ownsGesture = stopTouchEvent(evt);
      this.#setTouchInfo(evt);
    }
    #armPointerDown() {
      if (this.#pointerDownAC) {
        return;
      }
      const pointerDownAC = this.#pointerDownAC = new AbortController();
      const signal = AbortSignal.any([this.#signal, pointerDownAC.signal]);
      const container = this.#container;
      const opts = {
        capture: true,
        signal,
        passive: false
      };
      const cancelPointerDown = (e) => {
        if (e.pointerType === "touch") {
          this.#pointerDownAC?.abort();
          this.#pointerDownAC = null;
        }
      };
      container.addEventListener("pointerdown", (e) => {
        if (e.pointerType === "touch") {
          stopEvent(e);
          cancelPointerDown(e);
        }
      }, opts);
      container.addEventListener("pointerup", cancelPointerDown, opts);
      container.addEventListener("pointercancel", cancelPointerDown, opts);
    }
    #pruneTouchIds(evt) {
      const previous = this.#touchIds;
      if (previous.size === 0) {
        return;
      }
      const touchIds = this.#touchIds = /* @__PURE__ */ new Set();
      for (const {
        identifier
      } of evt.touches) {
        if (previous.has(identifier)) {
          touchIds.add(identifier);
        }
      }
    }
    #getTrackedTouches(evt) {
      const touchIds = this.#touchIds;
      const touches = [];
      for (const touch of evt.touches) {
        if (touchIds.has(touch.identifier)) {
          touches.push(touch);
        }
      }
      return touches;
    }
    #setTouchInfo(evt) {
      const touches = this.#getTrackedTouches(evt);
      if (touches.length !== 2 || this.#isPinchingStopped?.()) {
        this.#touchInfo = null;
        return;
      }
      const [touch0, touch1] = touches;
      this.#touchInfo = {
        touch0X: touch0.screenX,
        touch0Y: touch0.screenY,
        touch1X: touch1.screenX,
        touch1Y: touch1.screenY,
        panX: (touch0.clientX + touch1.clientX) / 2,
        panY: (touch0.clientY + touch1.clientY) / 2,
        screenPanX: (touch0.screenX + touch1.screenX) / 2,
        screenPanY: (touch0.screenY + touch1.screenY) / 2
      };
    }
    #onTouchMove(evt) {
      if (!this.#touchInfo) {
        return;
      }
      const touches = this.#getTrackedTouches(evt);
      if (touches.length !== 2) {
        return;
      }
      const wasOwned = this.#ownsGesture;
      this.#ownsGesture = stopTouchEvent(evt);
      if (!this.#ownsGesture) {
        return;
      }
      if (!wasOwned) {
        this.#setTouchInfo(evt);
        return;
      }
      const [touch0, touch1] = touches;
      const {
        screenX: screen0X,
        screenY: screen0Y
      } = touch0;
      const {
        screenX: screen1X,
        screenY: screen1Y
      } = touch1;
      const touchInfo = this.#touchInfo;
      const {
        touch0X: pTouch0X,
        touch0Y: pTouch0Y,
        touch1X: pTouch1X,
        touch1Y: pTouch1Y,
        panX: pPanX,
        panY: pPanY
      } = touchInfo;
      const prevGapX = pTouch1X - pTouch0X;
      const prevGapY = pTouch1Y - pTouch0Y;
      const currGapX = screen1X - screen0X;
      const currGapY = screen1Y - screen0Y;
      const panX = (touch0.clientX + touch1.clientX) / 2;
      const panY = (touch0.clientY + touch1.clientY) / 2;
      touchInfo.panX = panX;
      touchInfo.panY = panY;
      const dx = panX - pPanX;
      const dy = panY - pPanY;
      const screenPanX = (screen0X + screen1X) / 2;
      const screenPanY = (screen0Y + screen1Y) / 2;
      const translation = Math.hypot(screenPanX - touchInfo.screenPanX, screenPanY - touchInfo.screenPanY);
      touchInfo.screenPanX = screenPanX;
      touchInfo.screenPanY = screenPanY;
      const distance = Math.hypot(currGapX, currGapY);
      const pDistance = Math.hypot(prevGapX, prevGapY);
      const minDistance = this.#isPinching ? this.MIN_TOUCH_DISTANCE_TO_SCALE : this.MIN_TOUCH_DISTANCE_TO_PINCH + 2 * translation;
      if (distance < MIN_TOUCH_SPAN || pDistance < MIN_TOUCH_SPAN || Math.abs(pDistance - distance) <= minDistance) {
        if (dx || dy) {
          this.#onPanning?.(dx, dy);
        }
        return;
      }
      touchInfo.touch0X = screen0X;
      touchInfo.touch0Y = screen0Y;
      touchInfo.touch1X = screen1X;
      touchInfo.touch1Y = screen1Y;
      const direction = Math.sign(distance - pDistance);
      if (!this.#isPinching) {
        this.#isPinching = true;
        this.#unconfirmedPinch = direction;
        if (dx || dy) {
          this.#onPanning?.(dx, dy);
        }
        return;
      }
      if (this.#unconfirmedPinch) {
        const unconfirmed = this.#unconfirmedPinch;
        this.#unconfirmedPinch = 0;
        if (direction !== unconfirmed && Math.abs(distance - pDistance) <= 2 * translation) {
          this.#isPinching = false;
          if (dx || dy) {
            this.#onPanning?.(dx, dy);
          }
          return;
        }
      }
      this.#onPinching?.([pPanX, pPanY], pDistance, distance, dx, dy);
    }
    #onTouchEnd(evt) {
      this.#pruneTouchIds(evt);
      if (this.#touchIds.size >= 2) {
        this.#setTouchInfo(evt);
        return;
      }
      const wasTracking = !!this.#touchInfo;
      this.#endGesture();
      if (this.#touchIds.size === 1) {
        this.#armPointerDown();
      }
      if (wasTracking) {
        stopTouchEvent(evt);
      }
    }
    #endGesture() {
      this.#touchInfo = null;
      this.#isPinching = false;
      this.#unconfirmedPinch = 0;
      this.#ownsGesture = false;
      if (this.#touchMoveAC) {
        this.#touchMoveAC.abort();
        this.#touchMoveAC = null;
        this.#onPinchEnd?.();
      }
    }
    destroy() {
      this.#endGesture();
      this.#touchIds.clear();
      this.#touchManagerAC?.abort();
      this.#touchManagerAC = null;
      this.#pointerDownAC?.abort();
      this.#pointerDownAC = null;
    }
  };
  var AnnotationEditor = class _AnnotationEditor {
    #accessibilityData = null;
    #allResizerDivs = null;
    #altText = null;
    #comment = null;
    #commentStandaloneButton = null;
    #disabled = false;
    #dragPointerId = null;
    #dragPointerType = "";
    #resizersDiv = null;
    #lastPointerCoords = null;
    #savedDimensions = null;
    #fakeAnnotation = null;
    #focusAC = null;
    #focusedResizerName = "";
    #hasBeenClicked = false;
    #initialRect = null;
    #isEditing = false;
    #isInEditMode = false;
    #isResizerEnabledForKeyboard = false;
    #moveInDOMTimeout = null;
    #prevDragX = 0;
    #prevDragY = 0;
    #telemetryTimeouts = null;
    #touchManager = null;
    isSelected = false;
    _isCopy = false;
    _editToolbar = null;
    _initialOptions = /* @__PURE__ */ Object.create(null);
    _initialData = null;
    _isVisible = true;
    _uiManager = null;
    _focusEventsAllowed = true;
    static _l10n = null;
    static _l10nAlert = null;
    static _l10nResizer = null;
    #isDraggable = false;
    #zIndex = _AnnotationEditor._zIndex++;
    static _borderLineWidth = -1;
    static _colorManager = new ColorManager();
    static _zIndex = 1;
    static _telemetryTimeout = 1e3;
    static get _resizerKeyboardManager() {
      const resize = _AnnotationEditor.prototype._resizeWithKeyboard;
      const small = AnnotationEditorUIManager.TRANSLATE_SMALL;
      const big = AnnotationEditorUIManager.TRANSLATE_BIG;
      return util_shadow(this, "_resizerKeyboardManager", new KeyboardManager([[["ArrowLeft"], resize, {
        args: [-small, 0]
      }], [["ctrl+ArrowLeft", "mac+shift+ArrowLeft"], resize, {
        args: [-big, 0]
      }], [["ArrowRight"], resize, {
        args: [small, 0]
      }], [["ctrl+ArrowRight", "mac+shift+ArrowRight"], resize, {
        args: [big, 0]
      }], [["ArrowUp"], resize, {
        args: [0, -small]
      }], [["ctrl+ArrowUp", "mac+shift+ArrowUp"], resize, {
        args: [0, -big]
      }], [["ArrowDown"], resize, {
        args: [0, small]
      }], [["ctrl+ArrowDown", "mac+shift+ArrowDown"], resize, {
        args: [0, big]
      }], [["Escape"], _AnnotationEditor.prototype._stopResizingWithKeyboard]]));
    }
    constructor(parameters2) {
      this.parent = parameters2.parent;
      this.id = parameters2.id;
      this.width = this.height = null;
      this.pageIndex = parameters2.parent.pageIndex;
      this.name = parameters2.name;
      this.div = null;
      this._uiManager = parameters2.uiManager;
      this.annotationElementId = null;
      this._willKeepAspectRatio = false;
      this._initialOptions.isCentered = parameters2.isCentered;
      this._structTreeParentId = null;
      this.annotationElementId = parameters2.annotationElementId || null;
      this.creationDate = parameters2.creationDate || /* @__PURE__ */ new Date();
      this.modificationDate = parameters2.modificationDate || null;
      this.canAddComment = true;
      const {
        rotation,
        rawDims: {
          pageWidth,
          pageHeight,
          pageX,
          pageY
        }
      } = this.parent.viewport;
      this.rotation = rotation;
      this.pageRotation = (360 + rotation - this._uiManager.viewParameters.rotation) % 360;
      this.pageDimensions = [pageWidth, pageHeight];
      this.pageTranslation = [pageX, pageY];
      const [width, height] = this.parentDimensions;
      this.x = parameters2.x / width;
      this.y = parameters2.y / height;
      this.isAttachedToDOM = false;
      this.deleted = false;
    }
    updatePageIndex(newPageIndex) {
      this.pageIndex = newPageIndex;
    }
    get editorType() {
      return Object.getPrototypeOf(this).constructor._type;
    }
    get mode() {
      return Object.getPrototypeOf(this).constructor._editorType;
    }
    static get isDrawer() {
      return false;
    }
    static get _defaultLineColor() {
      return util_shadow(this, "_defaultLineColor", this._colorManager.getHexCode("CanvasText"));
    }
    static deleteAnnotationElement(editor) {
      const fakeEditor = new FakeEditor({
        id: editor._uiManager.getId(),
        parent: editor.parent,
        uiManager: editor._uiManager
      });
      fakeEditor.annotationElementId = editor.annotationElementId;
      fakeEditor.deleted = true;
      fakeEditor._uiManager.addToAnnotationStorage(fakeEditor);
    }
    static initialize(l10n, _uiManager) {
      _AnnotationEditor._l10n ??= l10n;
      _AnnotationEditor._l10nAlert ??= Object.freeze({
        highlight: "pdfjs-editor-highlight-added-alert",
        freetext: "pdfjs-editor-freetext-added-alert",
        ink: "pdfjs-editor-ink-added-alert",
        stamp: "pdfjs-editor-stamp-added-alert",
        signature: "pdfjs-editor-signature-added-alert"
      });
      _AnnotationEditor._l10nResizer ??= Object.freeze({
        topLeft: "pdfjs-editor-resizer-top-left",
        topMiddle: "pdfjs-editor-resizer-top-middle",
        topRight: "pdfjs-editor-resizer-top-right",
        middleRight: "pdfjs-editor-resizer-middle-right",
        bottomRight: "pdfjs-editor-resizer-bottom-right",
        bottomMiddle: "pdfjs-editor-resizer-bottom-middle",
        bottomLeft: "pdfjs-editor-resizer-bottom-left",
        middleLeft: "pdfjs-editor-resizer-middle-left"
      });
      if (_AnnotationEditor._borderLineWidth !== -1) {
        return;
      }
      const style = getComputedStyle(document.documentElement);
      _AnnotationEditor._borderLineWidth = parseFloat(style.getPropertyValue("--outline-width")) || 0;
    }
    static updateDefaultParams(_type, _value) {
    }
    static get defaultPropertiesToUpdate() {
      return [];
    }
    static isHandlingMimeForPasting(mime) {
      return false;
    }
    static paste(item, parent) {
      unreachable("Not implemented");
    }
    get propertiesToUpdate() {
      return [];
    }
    get _isDraggable() {
      return this.#isDraggable;
    }
    set _isDraggable(value) {
      this.#isDraggable = value;
      this.div?.classList.toggle("draggable", value);
    }
    get uid() {
      return this.annotationElementId || this.id;
    }
    get isEnterHandled() {
      return true;
    }
    center() {
      const [pageWidth, pageHeight] = this.pageDimensions;
      switch (this.parentRotation) {
        case 90:
          this.x -= this.height * pageHeight / (pageWidth * 2);
          this.y += this.width * pageWidth / (pageHeight * 2);
          break;
        case 180:
          this.x += this.width / 2;
          this.y += this.height / 2;
          break;
        case 270:
          this.x += this.height * pageHeight / (pageWidth * 2);
          this.y -= this.width * pageWidth / (pageHeight * 2);
          break;
        default:
          this.x -= this.width / 2;
          this.y -= this.height / 2;
          break;
      }
      this.fixAndSetPosition();
    }
    addCommands(params) {
      this._uiManager.addCommands(params);
    }
    get currentLayer() {
      return this._uiManager.currentLayer;
    }
    setInBackground() {
      this.div.style.zIndex = 0;
    }
    setInForeground() {
      this.div.style.zIndex = this.#zIndex;
    }
    setParent(parent) {
      if (parent !== null) {
        this.pageIndex = parent.pageIndex;
        this.pageDimensions = parent.pageDimensions;
      } else {
        this.#stopResizing();
        this.#fakeAnnotation?.remove();
        this.#fakeAnnotation = null;
      }
      this.parent = parent;
    }
    focusin(event) {
      if (!this._focusEventsAllowed) {
        return;
      }
      if (!this.#hasBeenClicked) {
        this.parent.setSelected(this);
      } else {
        this.#hasBeenClicked = false;
      }
    }
    focusout(event) {
      if (!this._focusEventsAllowed || !this.isAttachedToDOM) {
        return;
      }
      const target = event.relatedTarget;
      if (target?.closest(`#${this.id}`)) {
        return;
      }
      event.preventDefault();
      if (!this.parent?.isMultipleSelection) {
        this.commitOrRemove();
      }
    }
    commitOrRemove() {
      if (this.isEmpty()) {
        this.remove();
      } else {
        this.commit();
      }
    }
    commit() {
      if (!this.isInEditMode()) {
        return;
      }
      this.addToAnnotationStorage();
    }
    addToAnnotationStorage() {
      this._uiManager.addToAnnotationStorage(this);
    }
    setAt(x, y, tx, ty) {
      const [width, height] = this.parentDimensions;
      [tx, ty] = this.screenToPageTranslation(tx, ty);
      this.x = (x + tx) / width;
      this.y = (y + ty) / height;
      this.fixAndSetPosition();
    }
    _moveAfterPaste(baseX, baseY) {
      if (this.isClone) {
        delete this.isClone;
        return;
      }
      const [parentWidth, parentHeight] = this.parentDimensions;
      this.setAt(baseX * parentWidth, baseY * parentHeight, this.width * parentWidth, this.height * parentHeight);
      this._onTranslated();
    }
    #translate([width, height], x, y) {
      [x, y] = this.screenToPageTranslation(x, y);
      this.x += x / width;
      this.y += y / height;
      this._onTranslating(this.x, this.y);
      this.fixAndSetPosition();
    }
    translate(x, y) {
      this.#translate(this.parentDimensions, x, y);
    }
    translateInPage(x, y) {
      this.#initialRect ||= [this.x, this.y, this.width, this.height];
      this.#translate(this.pageDimensions, x, y);
      this.div.scrollIntoView({
        block: "nearest"
      });
    }
    translationDone() {
      this._onTranslated(this.x, this.y);
    }
    drag(tx, ty) {
      this.#initialRect ||= [this.x, this.y, this.width, this.height];
      const {
        div,
        parentDimensions: [parentWidth, parentHeight]
      } = this;
      this.x += tx / parentWidth;
      this.y += ty / parentHeight;
      if (this.parent && (this.x < 0 || this.x > 1 || this.y < 0 || this.y > 1)) {
        const {
          x: x2,
          y: y2
        } = this.div.getBoundingClientRect();
        if (this.parent.findNewParent(this, x2, y2)) {
          this.x -= Math.floor(this.x);
          this.y -= Math.floor(this.y);
        }
      }
      let {
        x,
        y
      } = this;
      const [bx, by] = this.getBaseTranslation();
      x += bx;
      y += by;
      const {
        style
      } = div;
      style.left = `${(100 * x).toFixed(2)}%`;
      style.top = `${(100 * y).toFixed(2)}%`;
      this._onTranslating(x, y);
    }
    _onTranslating(x, y) {
    }
    _onTranslated(x, y) {
    }
    get _hasBeenMoved() {
      return !!this.#initialRect && (this.#initialRect[0] !== this.x || this.#initialRect[1] !== this.y);
    }
    get _hasBeenResized() {
      return !!this.#initialRect && (this.#initialRect[2] !== this.width || this.#initialRect[3] !== this.height);
    }
    getBaseTranslation() {
      const [parentWidth, parentHeight] = this.parentDimensions;
      const {
        _borderLineWidth
      } = _AnnotationEditor;
      const x = _borderLineWidth / parentWidth;
      const y = _borderLineWidth / parentHeight;
      switch (this.rotation) {
        case 90:
          return [-x, y];
        case 180:
          return [x, y];
        case 270:
          return [x, -y];
        default:
          return [-x, -y];
      }
    }
    get _mustFixPosition() {
      return true;
    }
    fixAndSetPosition(rotation = this.rotation) {
      const {
        div: {
          style
        },
        pageDimensions: [pageWidth, pageHeight]
      } = this;
      let {
        x,
        y,
        width,
        height
      } = this;
      width *= pageWidth;
      height *= pageHeight;
      x *= pageWidth;
      y *= pageHeight;
      if (this._mustFixPosition) {
        switch (rotation) {
          case 0:
            x = MathClamp(x, 0, pageWidth - width);
            y = MathClamp(y, 0, pageHeight - height);
            break;
          case 90:
            x = MathClamp(x, 0, pageWidth - height);
            y = MathClamp(y, width, pageHeight);
            break;
          case 180:
            x = MathClamp(x, width, pageWidth);
            y = MathClamp(y, height, pageHeight);
            break;
          case 270:
            x = MathClamp(x, height, pageWidth);
            y = MathClamp(y, 0, pageHeight - width);
            break;
        }
      }
      this.x = x /= pageWidth;
      this.y = y /= pageHeight;
      const [bx, by] = this.getBaseTranslation();
      x += bx;
      y += by;
      style.left = `${(100 * x).toFixed(2)}%`;
      style.top = `${(100 * y).toFixed(2)}%`;
      this.moveInDOM();
    }
    static #rotatePoint(x, y, angle) {
      switch (angle) {
        case 90:
          return [y, -x];
        case 180:
          return [-x, -y];
        case 270:
          return [-y, x];
        default:
          return [x, y];
      }
    }
    screenToPageTranslation(x, y) {
      return _AnnotationEditor.#rotatePoint(x, y, this.parentRotation);
    }
    pageTranslationToScreen(x, y) {
      return _AnnotationEditor.#rotatePoint(x, y, 360 - this.parentRotation);
    }
    #getRotationMatrix(rotation) {
      switch (rotation) {
        case 90: {
          const [pageWidth, pageHeight] = this.pageDimensions;
          return [0, -pageWidth / pageHeight, pageHeight / pageWidth, 0];
        }
        case 180:
          return [-1, 0, 0, -1];
        case 270: {
          const [pageWidth, pageHeight] = this.pageDimensions;
          return [0, pageWidth / pageHeight, -pageHeight / pageWidth, 0];
        }
        default:
          return [1, 0, 0, 1];
      }
    }
    get parentScale() {
      return this._uiManager.viewParameters.realScale;
    }
    get parentRotation() {
      return (this._uiManager.viewParameters.rotation + this.pageRotation) % 360;
    }
    get parentDimensions() {
      const {
        parentScale,
        pageDimensions: [pageWidth, pageHeight]
      } = this;
      return [pageWidth * parentScale, pageHeight * parentScale];
    }
    setDims() {
      const {
        div: {
          style
        },
        width,
        height
      } = this;
      style.width = `${(100 * width).toFixed(2)}%`;
      style.height = `${(100 * height).toFixed(2)}%`;
    }
    getInitialTranslation() {
      return [0, 0];
    }
    #createResizers() {
      if (this.#resizersDiv) {
        return;
      }
      this.#resizersDiv = document.createElement("div");
      this.#resizersDiv.classList.add("resizers");
      const classes = this._willKeepAspectRatio ? ["topLeft", "topRight", "bottomRight", "bottomLeft"] : ["topLeft", "topMiddle", "topRight", "middleRight", "bottomRight", "bottomMiddle", "bottomLeft", "middleLeft"];
      const signal = this._uiManager._signal;
      for (const name of classes) {
        const div = document.createElement("div");
        this.#resizersDiv.append(div);
        div.classList.add("resizer", name);
        div.setAttribute("data-resizer-name", name);
        div.addEventListener("pointerdown", this.#resizerPointerdown.bind(this, name), {
          signal
        });
        div.addEventListener("contextmenu", noContextMenu, {
          signal
        });
        div.tabIndex = -1;
      }
      this.div.prepend(this.#resizersDiv);
    }
    #resizerPointerdown(name, event) {
      event.preventDefault();
      const {
        isMac
      } = FeatureTest.platform;
      if (event.button !== 0 || event.ctrlKey && isMac) {
        return;
      }
      this.#altText?.toggle(false);
      const savedDraggable = this._isDraggable;
      this._isDraggable = false;
      this.#lastPointerCoords = [event.screenX, event.screenY];
      const ac = new AbortController();
      const signal = this._uiManager.combinedSignal(ac);
      this.parent.togglePointerEvents(false);
      window.addEventListener("pointermove", this.#resizerPointermove.bind(this, name), {
        passive: true,
        capture: true,
        signal
      });
      window.addEventListener("touchmove", stopEvent, {
        passive: false,
        signal
      });
      window.addEventListener("contextmenu", noContextMenu, {
        signal
      });
      this.#savedDimensions = {
        savedX: this.x,
        savedY: this.y,
        savedWidth: this.width,
        savedHeight: this.height
      };
      const savedParentCursor = this.parent.div.style.cursor;
      const savedCursor = this.div.style.cursor;
      this.div.style.cursor = this.parent.div.style.cursor = window.getComputedStyle(event.target).cursor;
      const pointerUpCallback = () => {
        ac.abort();
        this.parent.togglePointerEvents(true);
        this.#altText?.toggle(true);
        this._isDraggable = savedDraggable;
        this.parent.div.style.cursor = savedParentCursor;
        this.div.style.cursor = savedCursor;
        this.#addResizeToUndoStack();
      };
      window.addEventListener("pointerup", pointerUpCallback, {
        signal
      });
      window.addEventListener("blur", pointerUpCallback, {
        signal
      });
    }
    #resize(x, y, width, height) {
      this.width = width;
      this.height = height;
      this.x = x;
      this.y = y;
      this.setDims();
      this.fixAndSetPosition();
      this._onResized();
    }
    _onResized() {
    }
    #addResizeToUndoStack() {
      if (!this.#savedDimensions) {
        return;
      }
      const {
        savedX,
        savedY,
        savedWidth,
        savedHeight
      } = this.#savedDimensions;
      this.#savedDimensions = null;
      const newX = this.x;
      const newY = this.y;
      const newWidth = this.width;
      const newHeight = this.height;
      if (newX === savedX && newY === savedY && newWidth === savedWidth && newHeight === savedHeight) {
        return;
      }
      this.addCommands({
        cmd: this.#resize.bind(this, newX, newY, newWidth, newHeight),
        undo: this.#resize.bind(this, savedX, savedY, savedWidth, savedHeight),
        mustExec: true
      });
    }
    static _round(x) {
      return Math.round(x * 1e4) / 1e4;
    }
    #resizerPointermove(name, event) {
      const [parentWidth, parentHeight] = this.parentDimensions;
      const savedX = this.x;
      const savedY = this.y;
      const savedWidth = this.width;
      const savedHeight = this.height;
      const minWidth = _AnnotationEditor.MIN_SIZE / parentWidth;
      const minHeight = _AnnotationEditor.MIN_SIZE / parentHeight;
      const rotationMatrix = this.#getRotationMatrix(this.rotation);
      const transf = (x, y) => [rotationMatrix[0] * x + rotationMatrix[2] * y, rotationMatrix[1] * x + rotationMatrix[3] * y];
      const invRotationMatrix = this.#getRotationMatrix(360 - this.rotation);
      const invTransf = (x, y) => [invRotationMatrix[0] * x + invRotationMatrix[2] * y, invRotationMatrix[1] * x + invRotationMatrix[3] * y];
      let getPoint;
      let getOpposite;
      let isDiagonal = false;
      let isHorizontal = false;
      switch (name) {
        case "topLeft":
          isDiagonal = true;
          getPoint = (w, h) => [0, 0];
          getOpposite = (w, h) => [w, h];
          break;
        case "topMiddle":
          getPoint = (w, h) => [w / 2, 0];
          getOpposite = (w, h) => [w / 2, h];
          break;
        case "topRight":
          isDiagonal = true;
          getPoint = (w, h) => [w, 0];
          getOpposite = (w, h) => [0, h];
          break;
        case "middleRight":
          isHorizontal = true;
          getPoint = (w, h) => [w, h / 2];
          getOpposite = (w, h) => [0, h / 2];
          break;
        case "bottomRight":
          isDiagonal = true;
          getPoint = (w, h) => [w, h];
          getOpposite = (w, h) => [0, 0];
          break;
        case "bottomMiddle":
          getPoint = (w, h) => [w / 2, h];
          getOpposite = (w, h) => [w / 2, 0];
          break;
        case "bottomLeft":
          isDiagonal = true;
          getPoint = (w, h) => [0, h];
          getOpposite = (w, h) => [w, 0];
          break;
        case "middleLeft":
          isHorizontal = true;
          getPoint = (w, h) => [0, h / 2];
          getOpposite = (w, h) => [w, h / 2];
          break;
      }
      const point = getPoint(savedWidth, savedHeight);
      const oppositePoint = getOpposite(savedWidth, savedHeight);
      let transfOppositePoint = transf(...oppositePoint);
      const oppositeX = _AnnotationEditor._round(savedX + transfOppositePoint[0]);
      const oppositeY = _AnnotationEditor._round(savedY + transfOppositePoint[1]);
      let ratioX = 1;
      let ratioY = 1;
      let deltaX, deltaY;
      if (!event.fromKeyboard) {
        const {
          screenX,
          screenY
        } = event;
        const [lastScreenX, lastScreenY] = this.#lastPointerCoords;
        [deltaX, deltaY] = this.screenToPageTranslation(screenX - lastScreenX, screenY - lastScreenY);
        this.#lastPointerCoords[0] = screenX;
        this.#lastPointerCoords[1] = screenY;
      } else {
        ({
          deltaX,
          deltaY
        } = event);
      }
      [deltaX, deltaY] = invTransf(deltaX / parentWidth, deltaY / parentHeight);
      if (isDiagonal) {
        const oldDiag = Math.hypot(savedWidth, savedHeight);
        ratioX = ratioY = Math.max(Math.min(Math.hypot(oppositePoint[0] - point[0] - deltaX, oppositePoint[1] - point[1] - deltaY) / oldDiag, 1 / savedWidth, 1 / savedHeight), minWidth / savedWidth, minHeight / savedHeight);
      } else if (isHorizontal) {
        ratioX = MathClamp(Math.abs(oppositePoint[0] - point[0] - deltaX), minWidth, 1) / savedWidth;
      } else {
        ratioY = MathClamp(Math.abs(oppositePoint[1] - point[1] - deltaY), minHeight, 1) / savedHeight;
      }
      const newWidth = _AnnotationEditor._round(savedWidth * ratioX);
      const newHeight = _AnnotationEditor._round(savedHeight * ratioY);
      transfOppositePoint = transf(...getOpposite(newWidth, newHeight));
      const newX = oppositeX - transfOppositePoint[0];
      const newY = oppositeY - transfOppositePoint[1];
      this.#initialRect ||= [this.x, this.y, this.width, this.height];
      this.width = newWidth;
      this.height = newHeight;
      this.x = newX;
      this.y = newY;
      this.setDims();
      this.fixAndSetPosition();
      this._onResizing();
    }
    _onResizing() {
    }
    altTextFinish() {
      this.#altText?.finish();
    }
    get toolbarButtons() {
      return null;
    }
    async addEditToolbar() {
      if (this._editToolbar || this.#isInEditMode) {
        return this._editToolbar;
      }
      this._editToolbar = new EditorToolbar(this);
      this.div.append(this._editToolbar.render());
      const {
        toolbarButtons
      } = this;
      if (toolbarButtons) {
        for (const [name, tool] of toolbarButtons) {
          await this._editToolbar.addButton(name, tool);
        }
      }
      if (!this.hasComment) {
        this._editToolbar.addButton("comment", this.addCommentButton());
      }
      this._editToolbar.addButton("delete");
      return this._editToolbar;
    }
    addCommentButtonInToolbar() {
      this._editToolbar?.addButtonBefore("comment", this.addCommentButton(), ".deleteButton");
    }
    removeCommentButtonFromToolbar() {
      this._editToolbar?.removeButton("comment");
    }
    removeEditToolbar() {
      this._editToolbar?.remove();
      this._editToolbar = null;
      this.#altText?.destroy();
    }
    addContainer(container) {
      const editToolbarDiv = this._editToolbar?.div;
      if (editToolbarDiv) {
        editToolbarDiv.before(container);
      } else {
        this.div.append(container);
      }
    }
    getClientDimensions() {
      return this.div.getBoundingClientRect();
    }
    createAltText() {
      if (!this.#altText) {
        AltText.initialize(_AnnotationEditor._l10n);
        this.#altText = new AltText(this);
        if (this.#accessibilityData) {
          this.#altText.data = this.#accessibilityData;
          this.#accessibilityData = null;
        }
      }
      return this.#altText;
    }
    get altTextData() {
      return this.#altText?.data;
    }
    set altTextData(data) {
      if (!this.#altText) {
        return;
      }
      this.#altText.data = data;
    }
    get guessedAltText() {
      return this.#altText?.guessedText;
    }
    async setGuessedAltText(text2) {
      await this.#altText?.setGuessedText(text2);
    }
    serializeAltText(isForCopying) {
      return this.#altText?.serialize(isForCopying);
    }
    hasAltText() {
      return !!this.#altText && !this.#altText.isEmpty();
    }
    hasAltTextData() {
      return this.#altText?.hasData() ?? false;
    }
    focusCommentButton() {
      this.#comment?.focusButton();
    }
    addCommentButton() {
      return this.canAddComment ? this.#comment ||= new Comment(this) : null;
    }
    addStandaloneCommentButton() {
      if (!this._uiManager.hasCommentManager()) {
        return;
      }
      if (this.#commentStandaloneButton) {
        if (this._uiManager.isEditingMode()) {
          this.#commentStandaloneButton.classList.remove("hidden");
        }
        return;
      }
      if (!this.hasComment) {
        return;
      }
      this.#commentStandaloneButton = this.#comment.renderForStandalone();
      this.div.append(this.#commentStandaloneButton);
    }
    removeStandaloneCommentButton() {
      this.#comment.removeStandaloneCommentButton();
      this.#commentStandaloneButton = null;
    }
    hideStandaloneCommentButton() {
      this.#commentStandaloneButton?.classList.add("hidden");
    }
    get comment() {
      if (!this.#comment) {
        return null;
      }
      const {
        data: {
          richText,
          text: text2,
          date,
          deleted
        }
      } = this.#comment;
      return {
        text: text2,
        richText,
        date,
        deleted,
        color: this.getNonHCMColor(),
        opacity: this.opacity ?? 1
      };
    }
    set comment(value) {
      this.#comment ||= new Comment(this);
      if (typeof value === "object" && value !== null) {
        this.#comment.restoreData(value);
      } else {
        this.#comment.data = value;
      }
      if (this.hasComment) {
        this.removeCommentButtonFromToolbar();
        this.addStandaloneCommentButton();
        this._uiManager.updateComment(this);
      } else {
        this.addCommentButtonInToolbar();
        this.removeStandaloneCommentButton();
        this._uiManager.removeComment(this);
      }
    }
    setCommentData({
      comment,
      popupRef,
      richText
    }) {
      if (!popupRef) {
        return;
      }
      this.#comment ||= new Comment(this);
      this.#comment.setInitialText(comment, richText);
      if (!this.annotationElementId) {
        return;
      }
      const storedData = this._uiManager.getAndRemoveDataFromAnnotationStorage(this.annotationElementId);
      if (storedData) {
        this.updateFromAnnotationLayer(storedData);
      }
    }
    get hasEditedComment() {
      return this.#comment?.hasBeenEdited();
    }
    get hasDeletedComment() {
      return this.#comment?.isDeleted();
    }
    get hasComment() {
      return !!this.#comment && !this.#comment.isEmpty() && !this.#comment.isDeleted();
    }
    async editComment(options2) {
      this.#comment ||= new Comment(this);
      this.#comment.edit(options2);
    }
    toggleComment(isSelected, visibility = void 0) {
      if (this.hasComment) {
        this._uiManager.toggleComment(this, isSelected, visibility);
      }
    }
    setSelectedCommentButton(selected2) {
      this.#comment.setSelectedButton(selected2);
    }
    addComment(serialized) {
      if (this.hasEditedComment) {
        const DEFAULT_POPUP_WIDTH = 180;
        const DEFAULT_POPUP_HEIGHT = 100;
        const [, , , trY] = serialized.rect;
        const [pageWidth] = this.pageDimensions;
        const [pageX] = this.pageTranslation;
        const blX = pageX + pageWidth + 1;
        const blY = trY - DEFAULT_POPUP_HEIGHT;
        const trX = blX + DEFAULT_POPUP_WIDTH;
        serialized.popup = {
          contents: this.comment.text,
          deleted: this.comment.deleted,
          rect: [blX, blY, trX, trY]
        };
      }
    }
    updateFromAnnotationLayer({
      popup: {
        contents,
        deleted
      }
    }) {
      this.#comment.data = deleted ? null : contents;
    }
    get parentBoundingClientRect() {
      return this.parent.boundingClientRect;
    }
    render() {
      const div = this.div = document.createElement("div");
      div.setAttribute("data-editor-rotation", (360 - this.rotation) % 360);
      div.className = this.name;
      div.setAttribute("id", this.id);
      div.tabIndex = this.#disabled ? -1 : 0;
      div.setAttribute("role", "application");
      if (this.defaultL10nId) {
        div.setAttribute("data-l10n-id", this.defaultL10nId);
      }
      if (!this._isVisible) {
        div.classList.add("hidden");
      }
      this.setInForeground();
      this.#addFocusListeners();
      const [parentWidth, parentHeight] = this.parentDimensions;
      if (this.parentRotation % 180 !== 0) {
        div.style.maxWidth = `${(100 * parentHeight / parentWidth).toFixed(2)}%`;
        div.style.maxHeight = `${(100 * parentWidth / parentHeight).toFixed(2)}%`;
      }
      const [tx, ty] = this.getInitialTranslation();
      this.translate(tx, ty);
      bindEvents(this, div, ["keydown", "pointerdown", "dblclick"]);
      this.#addTouchManager();
      this.addStandaloneCommentButton();
      this._uiManager._editorUndoBar?.hide();
      return div;
    }
    #touchPinchStartCallback() {
      this.#savedDimensions = {
        savedX: this.x,
        savedY: this.y,
        savedWidth: this.width,
        savedHeight: this.height
      };
      this.#altText?.toggle(false);
      this.parent.togglePointerEvents(false);
    }
    #touchPinchCallback(_origin, prevDistance, distance) {
      const slowDownFactor = 0.7;
      let factor = slowDownFactor * (distance / prevDistance) + 1 - slowDownFactor;
      if (factor === 1) {
        return;
      }
      const rotationMatrix = this.#getRotationMatrix(this.rotation);
      const transf = (x, y) => [rotationMatrix[0] * x + rotationMatrix[2] * y, rotationMatrix[1] * x + rotationMatrix[3] * y];
      const [parentWidth, parentHeight] = this.parentDimensions;
      const savedX = this.x;
      const savedY = this.y;
      const savedWidth = this.width;
      const savedHeight = this.height;
      const minWidth = _AnnotationEditor.MIN_SIZE / parentWidth;
      const minHeight = _AnnotationEditor.MIN_SIZE / parentHeight;
      factor = Math.max(Math.min(factor, 1 / savedWidth, 1 / savedHeight), minWidth / savedWidth, minHeight / savedHeight);
      const newWidth = _AnnotationEditor._round(savedWidth * factor);
      const newHeight = _AnnotationEditor._round(savedHeight * factor);
      if (newWidth === savedWidth && newHeight === savedHeight) {
        return;
      }
      this.#initialRect ||= [savedX, savedY, savedWidth, savedHeight];
      const transfCenterPoint = transf(savedWidth / 2, savedHeight / 2);
      const centerX = _AnnotationEditor._round(savedX + transfCenterPoint[0]);
      const centerY = _AnnotationEditor._round(savedY + transfCenterPoint[1]);
      const newTransfCenterPoint = transf(newWidth / 2, newHeight / 2);
      this.x = centerX - newTransfCenterPoint[0];
      this.y = centerY - newTransfCenterPoint[1];
      this.width = newWidth;
      this.height = newHeight;
      this.setDims();
      this.fixAndSetPosition();
      this._onResizing();
    }
    #touchPinchEndCallback() {
      this.#altText?.toggle(true);
      this.parent.togglePointerEvents(true);
      this.#addResizeToUndoStack();
    }
    pointerdown(event) {
      const {
        isMac
      } = FeatureTest.platform;
      if (event.button !== 0 || event.ctrlKey && isMac) {
        event.preventDefault();
        return;
      }
      this.#hasBeenClicked = true;
      if (this._isDraggable) {
        this.#setUpDragSession(event);
        return;
      }
      this.#selectOnPointerEvent(event);
    }
    #selectOnPointerEvent(event) {
      const {
        isMac
      } = FeatureTest.platform;
      if (event.ctrlKey && !isMac || event.shiftKey || event.metaKey && isMac) {
        this.parent.toggleSelected(this);
      } else {
        this.parent.setSelected(this);
      }
    }
    #setUpDragSession(event) {
      const {
        isSelected
      } = this;
      this._uiManager.setUpDragSession();
      let hasDraggingStarted = false;
      const ac = new AbortController();
      const signal = this._uiManager.combinedSignal(ac);
      const opts = {
        capture: true,
        passive: false,
        signal
      };
      const cancelDrag = (e) => {
        ac.abort();
        this.#dragPointerId = null;
        this.#hasBeenClicked = false;
        if (!this._uiManager.endDragSession()) {
          this.#selectOnPointerEvent(e);
        }
        if (hasDraggingStarted) {
          this._onStopDragging();
        }
      };
      if (isSelected) {
        this.#prevDragX = event.clientX;
        this.#prevDragY = event.clientY;
        this.#dragPointerId = event.pointerId;
        this.#dragPointerType = event.pointerType;
        window.addEventListener("pointermove", (e) => {
          if (!hasDraggingStarted) {
            hasDraggingStarted = true;
            this._uiManager.toggleComment(this, true, false);
            this._onStartDragging();
          }
          const {
            clientX: x,
            clientY: y,
            pointerId
          } = e;
          if (pointerId !== this.#dragPointerId) {
            stopEvent(e);
            return;
          }
          const [tx, ty] = this.screenToPageTranslation(x - this.#prevDragX, y - this.#prevDragY);
          this.#prevDragX = x;
          this.#prevDragY = y;
          this._uiManager.dragSelectedEditors(tx, ty);
          this.div.scrollIntoView({
            block: "nearest"
          });
        }, opts);
        window.addEventListener("touchmove", stopEvent, opts);
        window.addEventListener("pointerdown", (e) => {
          if (e.pointerType === this.#dragPointerType) {
            if (this.#touchManager || e.isPrimary) {
              cancelDrag(e);
            }
          }
          stopEvent(e);
        }, opts);
      }
      const pointerUpCallback = (e) => {
        if (!this.#dragPointerId || this.#dragPointerId === e.pointerId) {
          cancelDrag(e);
          return;
        }
        stopEvent(e);
      };
      window.addEventListener("pointerup", pointerUpCallback, {
        signal
      });
      window.addEventListener("blur", pointerUpCallback, {
        signal
      });
    }
    _onStartDragging() {
    }
    _onStopDragging() {
    }
    moveInDOM() {
      if (this.#moveInDOMTimeout) {
        clearTimeout(this.#moveInDOMTimeout);
      }
      this.#moveInDOMTimeout = setTimeout(() => {
        this.#moveInDOMTimeout = null;
        this.parent?.moveEditorInDOM(this);
      }, 0);
    }
    _setParentAndPosition(parent, x, y) {
      parent.changeParent(this);
      this.x = x;
      this.y = y;
      this.fixAndSetPosition();
      this._onTranslated();
    }
    getRect(tx, ty, rotation = this.rotation) {
      const scale2 = this.parentScale;
      const [pageWidth, pageHeight] = this.pageDimensions;
      const [pageX, pageY] = this.pageTranslation;
      const shiftX = tx / scale2;
      const shiftY = ty / scale2;
      const x = this.x * pageWidth;
      const y = this.y * pageHeight;
      const width = this.width * pageWidth;
      const height = this.height * pageHeight;
      switch (rotation) {
        case 0:
          return [x + shiftX + pageX, pageHeight - y - shiftY - height + pageY, x + shiftX + width + pageX, pageHeight - y - shiftY + pageY];
        case 90:
          return [x + shiftY + pageX, pageHeight - y + shiftX + pageY, x + shiftY + height + pageX, pageHeight - y + shiftX + width + pageY];
        case 180:
          return [x - shiftX - width + pageX, pageHeight - y + shiftY + pageY, x - shiftX + pageX, pageHeight - y + shiftY + height + pageY];
        case 270:
          return [x - shiftY - height + pageX, pageHeight - y - shiftX - width + pageY, x - shiftY + pageX, pageHeight - y - shiftX + pageY];
        default:
          throw new Error("Invalid rotation");
      }
    }
    getRectInCurrentCoords(rect2, pageHeight) {
      const [x1, y1, x2, y2] = rect2;
      const width = x2 - x1;
      const height = y2 - y1;
      switch (this.rotation) {
        case 0:
          return [x1, pageHeight - y2, width, height];
        case 90:
          return [x1, pageHeight - y1, height, width];
        case 180:
          return [x2, pageHeight - y1, width, height];
        case 270:
          return [x2, pageHeight - y2, height, width];
        default:
          throw new Error("Invalid rotation");
      }
    }
    getPDFRect() {
      return this.getRect(0, 0);
    }
    getNonHCMColor() {
      return this.color && _AnnotationEditor._colorManager.convert(this._uiManager.getNonHCMColor(this.color));
    }
    onUpdatedColor() {
      this.#comment?.onUpdatedColor();
    }
    getData() {
      const {
        comment: {
          text: str,
          color: color2,
          date,
          opacity,
          deleted,
          richText
        },
        uid: id,
        pageIndex,
        creationDate,
        modificationDate
      } = this;
      return {
        id,
        pageIndex,
        rect: this.getPDFRect(),
        richText,
        contentsObj: {
          str
        },
        creationDate,
        modificationDate: date || modificationDate,
        popupRef: !deleted,
        color: color2,
        opacity
      };
    }
    onceAdded(focus) {
    }
    isEmpty() {
      return false;
    }
    enableEditMode() {
      if (this.isInEditMode()) {
        return false;
      }
      this.parent.setEditingState(false);
      this.#isInEditMode = true;
      return true;
    }
    disableEditMode() {
      if (!this.isInEditMode()) {
        return false;
      }
      this.parent.setEditingState(true);
      this.#isInEditMode = false;
      return true;
    }
    isInEditMode() {
      return this.#isInEditMode;
    }
    shouldGetKeyboardEvents() {
      return this.#isResizerEnabledForKeyboard;
    }
    needsToBeRebuilt() {
      return this.div && !this.isAttachedToDOM;
    }
    get isOnScreen() {
      const {
        top,
        left,
        bottom,
        right
      } = this.getClientDimensions();
      const {
        innerHeight,
        innerWidth
      } = window;
      return left < innerWidth && right > 0 && top < innerHeight && bottom > 0;
    }
    #addFocusListeners() {
      if (this.#focusAC || !this.div) {
        return;
      }
      this.#focusAC = new AbortController();
      const signal = this._uiManager.combinedSignal(this.#focusAC);
      this.div.addEventListener("focusin", this.focusin.bind(this), {
        signal
      });
      this.div.addEventListener("focusout", this.focusout.bind(this), {
        signal
      });
    }
    #addTouchManager() {
      if (this.#touchManager || !this.div || !this.isResizable || !this._uiManager._supportsPinchToZoom) {
        return;
      }
      this.#touchManager = new TouchManager({
        container: this.div,
        isPinchingDisabled: () => !this.isSelected,
        onPinchStart: this.#touchPinchStartCallback.bind(this),
        onPinching: this.#touchPinchCallback.bind(this),
        onPinchEnd: this.#touchPinchEndCallback.bind(this),
        signal: this._uiManager._signal
      });
    }
    rebuild() {
      this.#addFocusListeners();
      this.#addTouchManager();
    }
    rotate(_angle) {
    }
    resize() {
    }
    serializeDeleted() {
      return {
        id: this.annotationElementId,
        deleted: true,
        pageIndex: this.pageIndex,
        popupRef: this._initialData?.popupRef || ""
      };
    }
    serialize(isForCopying = false, context2 = null) {
      return {
        annotationType: this.mode,
        pageIndex: this.pageIndex,
        rect: this.getPDFRect(),
        rotation: this.rotation,
        structTreeParentId: this._structTreeParentId,
        popupRef: this._initialData?.popupRef || ""
      };
    }
    static async deserialize(data, parent, uiManager) {
      const editor = new this.prototype.constructor({
        parent,
        id: uiManager.getId(),
        uiManager,
        annotationElementId: data.annotationElementId,
        creationDate: data.creationDate,
        modificationDate: data.modificationDate
      });
      editor.rotation = data.rotation;
      editor.#accessibilityData = data.accessibilityData;
      editor._isCopy = data.isCopy || false;
      const [pageWidth, pageHeight] = editor.pageDimensions;
      const [x, y, width, height] = editor.getRectInCurrentCoords(data.rect, pageHeight);
      editor.x = x / pageWidth;
      editor.y = y / pageHeight;
      editor.width = width / pageWidth;
      editor.height = height / pageHeight;
      return editor;
    }
    get hasBeenModified() {
      return !!this.annotationElementId && (this.deleted || this.serialize() !== null);
    }
    remove() {
      this.#focusAC?.abort();
      this.#focusAC = null;
      if (!this.isEmpty()) {
        this.commit();
      }
      this.#touchManager?.destroy();
      this.#touchManager = null;
      if (this.parent) {
        this.parent.remove(this);
      } else {
        this._uiManager.removeEditor(this);
      }
      this.hideCommentPopup();
      if (this.#moveInDOMTimeout) {
        clearTimeout(this.#moveInDOMTimeout);
        this.#moveInDOMTimeout = null;
      }
      this.#stopResizing();
      this.removeEditToolbar();
      if (this.#telemetryTimeouts) {
        for (const timeout of this.#telemetryTimeouts.values()) {
          clearTimeout(timeout);
        }
        this.#telemetryTimeouts = null;
      }
      this.parent = null;
      this.#fakeAnnotation?.remove();
      this.#fakeAnnotation = null;
    }
    get isResizable() {
      return false;
    }
    makeResizable() {
      if (this.isResizable) {
        this.#createResizers();
        this.#resizersDiv.classList.remove("hidden");
      }
    }
    get toolbarPosition() {
      return null;
    }
    get commentButtonPosition() {
      return this._uiManager.direction === "ltr" ? [1, 0] : [0, 0];
    }
    get commentButtonPositionInPage() {
      const {
        commentButtonPosition: [posX, posY]
      } = this;
      const [blX, blY, trX, trY] = this.getPDFRect();
      return [_AnnotationEditor._round(blX + (trX - blX) * posX), _AnnotationEditor._round(blY + (trY - blY) * (1 - posY))];
    }
    get commentButtonColor() {
      return this._uiManager.makeCommentColor(this.getNonHCMColor(), this.opacity);
    }
    get commentPopupPosition() {
      return this.#comment.commentPopupPositionInLayer;
    }
    set commentPopupPosition(pos) {
      this.#comment.commentPopupPositionInLayer = pos;
    }
    hasDefaultPopupPosition() {
      return this.#comment.hasDefaultPopupPosition();
    }
    get commentButtonWidth() {
      return this.#comment.commentButtonWidth;
    }
    get elementBeforePopup() {
      return this.div;
    }
    setCommentButtonStates(options2) {
      this.#comment?.setCommentButtonStates(options2);
    }
    keydown(event) {
      if (!this.isResizable || event.target !== this.div || event.key !== "Enter") {
        return;
      }
      this._uiManager.setSelected(this);
      this.#savedDimensions = {
        savedX: this.x,
        savedY: this.y,
        savedWidth: this.width,
        savedHeight: this.height
      };
      const children = this.#resizersDiv.children;
      if (!this.#allResizerDivs) {
        this.#allResizerDivs = Array.from(children);
        const boundResizerKeydown = this.#resizerKeydown.bind(this);
        const boundResizerBlur = this.#resizerBlur.bind(this);
        const signal = this._uiManager._signal;
        for (const div of this.#allResizerDivs) {
          const name = div.getAttribute("data-resizer-name");
          div.setAttribute("role", "spinbutton");
          div.addEventListener("keydown", boundResizerKeydown, {
            signal
          });
          div.addEventListener("blur", boundResizerBlur, {
            signal
          });
          div.addEventListener("focus", this.#resizerFocus.bind(this, name), {
            signal
          });
          div.setAttribute("data-l10n-id", _AnnotationEditor._l10nResizer[name]);
        }
      }
      const first = this.#allResizerDivs[0];
      let firstPosition = 0;
      for (const div of children) {
        if (div === first) {
          break;
        }
        firstPosition++;
      }
      const nextFirstPosition = (360 - this.rotation + this.parentRotation) % 360 / 90 * (this.#allResizerDivs.length / 4);
      if (nextFirstPosition !== firstPosition) {
        if (nextFirstPosition < firstPosition) {
          for (let i2 = 0; i2 < firstPosition - nextFirstPosition; i2++) {
            this.#resizersDiv.append(this.#resizersDiv.firstElementChild);
          }
        } else if (nextFirstPosition > firstPosition) {
          for (let i2 = 0; i2 < nextFirstPosition - firstPosition; i2++) {
            this.#resizersDiv.firstElementChild.before(this.#resizersDiv.lastElementChild);
          }
        }
        let i = 0;
        for (const child of children) {
          const div = this.#allResizerDivs[i++];
          const name = div.getAttribute("data-resizer-name");
          child.setAttribute("data-l10n-id", _AnnotationEditor._l10nResizer[name]);
        }
      }
      this.#setResizerTabIndex(0);
      this.#isResizerEnabledForKeyboard = true;
      this.#resizersDiv.firstElementChild.focus({
        focusVisible: true
      });
      event.preventDefault();
      event.stopImmediatePropagation();
    }
    #resizerKeydown(event) {
      _AnnotationEditor._resizerKeyboardManager.exec(this, event);
    }
    #resizerBlur(event) {
      if (this.#isResizerEnabledForKeyboard && event.relatedTarget?.parentNode !== this.#resizersDiv) {
        this.#stopResizing();
      }
    }
    #resizerFocus(name) {
      this.#focusedResizerName = this.#isResizerEnabledForKeyboard ? name : "";
    }
    #setResizerTabIndex(value) {
      if (!this.#allResizerDivs) {
        return;
      }
      for (const div of this.#allResizerDivs) {
        div.tabIndex = value;
      }
    }
    _resizeWithKeyboard(x, y) {
      if (!this.#isResizerEnabledForKeyboard) {
        return;
      }
      this.#resizerPointermove(this.#focusedResizerName, {
        deltaX: x,
        deltaY: y,
        fromKeyboard: true
      });
    }
    #stopResizing() {
      this.#isResizerEnabledForKeyboard = false;
      this.#setResizerTabIndex(-1);
      this.#addResizeToUndoStack();
    }
    _stopResizingWithKeyboard() {
      this.#stopResizing();
      this.div.focus();
    }
    select() {
      if (this.isSelected && this._editToolbar) {
        this._editToolbar.show();
        return;
      }
      this.isSelected = true;
      this.makeResizable();
      this.div?.classList.add("selectedEditor");
      if (!this._editToolbar) {
        this.addEditToolbar().then(() => {
          if (this.div?.classList.contains("selectedEditor")) {
            this._editToolbar?.show();
          }
        });
        return;
      }
      this._editToolbar?.show();
      this.#altText?.toggleAltTextBadge(false);
    }
    focus() {
      if (this.div && !this.div.contains(document.activeElement)) {
        setTimeout(() => this.div?.focus({
          preventScroll: true
        }), 0);
      }
    }
    unselect() {
      if (!this.isSelected) {
        return;
      }
      this.isSelected = false;
      this.#resizersDiv?.classList.add("hidden");
      this.div?.classList.remove("selectedEditor");
      if (this.div?.contains(document.activeElement)) {
        this._uiManager.currentLayer.div.focus({
          preventScroll: true
        });
      }
      this._editToolbar?.hide();
      this.#altText?.toggleAltTextBadge(true);
      this.hideCommentPopup();
    }
    hideCommentPopup() {
      if (this.hasComment) {
        this._uiManager.toggleComment(null);
      }
    }
    updateParams(type, value) {
    }
    disableEditing() {
    }
    enableEditing() {
    }
    get canChangeContent() {
      return false;
    }
    enterInEditMode() {
      if (!this.canChangeContent) {
        return;
      }
      this.enableEditMode();
      this.div.focus();
    }
    dblclick(event) {
      if (event.target.nodeName === "BUTTON") {
        return;
      }
      this.enterInEditMode();
      this.parent.updateToolbar({
        mode: this.constructor._editorType,
        editId: this.uid
      });
    }
    getElementForAltText() {
      return this.div;
    }
    get contentDiv() {
      return this.div;
    }
    get isEditing() {
      return this.#isEditing;
    }
    set isEditing(value) {
      this.#isEditing = value;
      if (!this.parent) {
        return;
      }
      if (value) {
        this.parent.setSelected(this);
        this.parent.setActiveEditor(this);
      } else {
        this.parent.setActiveEditor(null);
      }
    }
    static get MIN_SIZE() {
      return 16;
    }
    static canCreateNewEmptyEditor() {
      return true;
    }
    get telemetryInitialData() {
      return {
        action: "added"
      };
    }
    get telemetryFinalData() {
      return null;
    }
    _reportTelemetry(data, mustWait = false) {
      if (mustWait) {
        this.#telemetryTimeouts ||= /* @__PURE__ */ new Map();
        const {
          action
        } = data;
        let timeout = this.#telemetryTimeouts.get(action);
        if (timeout) {
          clearTimeout(timeout);
        }
        timeout = setTimeout(() => {
          this._reportTelemetry(data);
          this.#telemetryTimeouts.delete(action);
          if (this.#telemetryTimeouts.size === 0) {
            this.#telemetryTimeouts = null;
          }
        }, _AnnotationEditor._telemetryTimeout);
        this.#telemetryTimeouts.set(action, timeout);
        return;
      }
      data.type ||= this.editorType;
      this._uiManager._eventBus.dispatch("reporttelemetry", {
        source: this,
        details: {
          type: "editing",
          data
        }
      });
    }
    show(visible = this._isVisible) {
      this.div.classList.toggle("hidden", !visible);
      this._isVisible = visible;
    }
    enable() {
      if (this.div) {
        this.div.tabIndex = 0;
      }
      this.#disabled = false;
    }
    disable() {
      if (this.div) {
        this.div.tabIndex = -1;
      }
      this.#disabled = true;
    }
    updateFakeAnnotationElement(annotationLayer) {
      if (!this.#fakeAnnotation && !this.deleted) {
        this.#fakeAnnotation = annotationLayer.addFakeAnnotation(this);
        return;
      }
      if (this.deleted) {
        this.#fakeAnnotation.remove();
        this.#fakeAnnotation = null;
        return;
      }
      if (this.hasEditedComment || this._hasBeenMoved || this._hasBeenResized) {
        this.#fakeAnnotation.updateEdited({
          rect: this.getPDFRect(),
          popup: this.comment
        });
      }
    }
    renderAnnotationElement(annotation) {
      if (this.deleted) {
        annotation.hide();
        return null;
      }
      let content = annotation.container.querySelector(".annotationContent");
      if (!content) {
        content = document.createElement("div");
        content.classList.add("annotationContent", this.editorType);
        annotation.container.prepend(content);
      } else if (content.nodeName === "CANVAS") {
        const canvas = content;
        content = document.createElement("div");
        content.classList.add("annotationContent", this.editorType);
        canvas.before(content);
      }
      return content;
    }
    resetAnnotationElement(annotation) {
      const {
        firstElementChild
      } = annotation.container;
      if (firstElementChild?.nodeName === "DIV" && firstElementChild.classList.contains("annotationContent")) {
        firstElementChild.remove();
      }
    }
  };
  var FakeEditor = class extends AnnotationEditor {
    constructor(params) {
      super(params);
      this.annotationElementId = params.annotationElementId;
      this.deleted = true;
    }
    serialize() {
      return this.serializeDeleted();
    }
  };
  var SEED = 3285377520;
  var MASK_HIGH = 4294901760;
  var MASK_LOW = 65535;
  var MurmurHash3_64 = class {
    constructor(seed) {
      this.h1 = seed ? seed & 4294967295 : SEED;
      this.h2 = seed ? seed & 4294967295 : SEED;
    }
    update(input2) {
      let data, length;
      if (typeof input2 === "string") {
        data = new Uint8Array(input2.length * 2);
        length = 0;
        for (let i = 0, ii = input2.length; i < ii; i++) {
          const code = input2.charCodeAt(i);
          if (code <= 255) {
            data[length++] = code;
          } else {
            data[length++] = code >>> 8;
            data[length++] = code & 255;
          }
        }
      } else if (ArrayBuffer.isView(input2)) {
        data = input2.slice();
        length = data.byteLength;
      } else {
        throw new Error("Invalid data format, must be a string or TypedArray.");
      }
      const blockCounts = length >> 2;
      const tailLength = length - blockCounts * 4;
      const dataUint32 = new Uint32Array(data.buffer, 0, blockCounts);
      let k1 = 0, k2 = 0;
      let h1 = this.h1, h2 = this.h2;
      const C1 = 3432918353, C2 = 461845907;
      const C1_LOW = C1 & MASK_LOW, C2_LOW = C2 & MASK_LOW;
      for (let i = 0; i < blockCounts; i++) {
        if (i & 1) {
          k1 = dataUint32[i];
          k1 = k1 * C1 & MASK_HIGH | k1 * C1_LOW & MASK_LOW;
          k1 = k1 << 15 | k1 >>> 17;
          k1 = k1 * C2 & MASK_HIGH | k1 * C2_LOW & MASK_LOW;
          h1 ^= k1;
          h1 = h1 << 13 | h1 >>> 19;
          h1 = h1 * 5 + 3864292196;
        } else {
          k2 = dataUint32[i];
          k2 = k2 * C1 & MASK_HIGH | k2 * C1_LOW & MASK_LOW;
          k2 = k2 << 15 | k2 >>> 17;
          k2 = k2 * C2 & MASK_HIGH | k2 * C2_LOW & MASK_LOW;
          h2 ^= k2;
          h2 = h2 << 13 | h2 >>> 19;
          h2 = h2 * 5 + 3864292196;
        }
      }
      k1 = 0;
      switch (tailLength) {
        case 3:
          k1 ^= data[blockCounts * 4 + 2] << 16;
        case 2:
          k1 ^= data[blockCounts * 4 + 1] << 8;
        case 1:
          k1 ^= data[blockCounts * 4];
          k1 = k1 * C1 & MASK_HIGH | k1 * C1_LOW & MASK_LOW;
          k1 = k1 << 15 | k1 >>> 17;
          k1 = k1 * C2 & MASK_HIGH | k1 * C2_LOW & MASK_LOW;
          if (blockCounts & 1) {
            h1 ^= k1;
          } else {
            h2 ^= k1;
          }
      }
      this.h1 = h1;
      this.h2 = h2;
    }
    hexdigest() {
      let h1 = this.h1, h2 = this.h2;
      h1 ^= h2 >>> 1;
      h1 = h1 * 3981806797 & MASK_HIGH | h1 * 36045 & MASK_LOW;
      h2 = h2 * 4283543511 & MASK_HIGH | ((h2 << 16 | h1 >>> 16) * 2950163797 & MASK_HIGH) >>> 16;
      h1 ^= h2 >>> 1;
      h1 = h1 * 444984403 & MASK_HIGH | h1 * 60499 & MASK_LOW;
      h2 = h2 * 3301882366 & MASK_HIGH | ((h2 << 16 | h1 >>> 16) * 3120437893 & MASK_HIGH) >>> 16;
      h1 ^= h2 >>> 1;
      return (h1 >>> 0).toString(16).padStart(8, "0") + (h2 >>> 0).toString(16).padStart(8, "0");
    }
  };
  var SerializableEmpty = Object.freeze({
    map: null,
    hash: "",
    transfer: void 0
  });
  var AnnotationStorage = class {
    #modified = false;
    #modifiedIds = null;
    #editorsMap = null;
    #storage = /* @__PURE__ */ new Map();
    onSetModified = null;
    onResetModified = null;
    onAnnotationEditor = null;
    getValue(key2, defaultValue) {
      const value = this.#storage.get(key2);
      return value === void 0 ? defaultValue : Object.assign(defaultValue, value);
    }
    getRawValue(key2) {
      return this.#storage.get(key2);
    }
    remove(key2) {
      const storedValue = this.#storage.get(key2);
      if (storedValue === void 0) {
        return;
      }
      if (storedValue instanceof AnnotationEditor) {
        this.#editorsMap.delete(storedValue.annotationElementId);
      }
      this.#storage.delete(key2);
      if (this.#storage.size === 0) {
        this.resetModified();
      }
      if (this.#storage.values().some((v) => v instanceof AnnotationEditor)) {
        return;
      }
      this.onAnnotationEditor?.(null);
    }
    setValue(key2, value) {
      const obj = this.#storage.get(key2);
      let modified = false;
      if (obj !== void 0) {
        for (const [entry, val] of Object.entries(value)) {
          if (obj[entry] !== val) {
            modified = true;
            obj[entry] = val;
          }
        }
      } else {
        modified = true;
        this.#storage.set(key2, value);
      }
      if (modified) {
        this.#setModified();
      }
      if (value instanceof AnnotationEditor) {
        (this.#editorsMap ||= /* @__PURE__ */ new Map()).set(value.annotationElementId, value);
        this.onAnnotationEditor?.(value.constructor._type);
      }
    }
    has(key2) {
      return this.#storage.has(key2);
    }
    get size() {
      return this.#storage.size;
    }
    #setModified() {
      if (!this.#modified) {
        this.#modified = true;
        this.onSetModified?.();
      }
    }
    resetModified() {
      if (this.#modified) {
        this.#modified = false;
        this.onResetModified?.();
      }
    }
    get print() {
      return new PrintAnnotationStorage(this);
    }
    get serializable() {
      if (this.#storage.size === 0) {
        return SerializableEmpty;
      }
      const map = /* @__PURE__ */ new Map(), hash = new MurmurHash3_64(), transfer = [];
      const context2 = /* @__PURE__ */ Object.create(null);
      let hasBitmap = false;
      for (const [key2, val] of this.#storage) {
        const serialized = val instanceof AnnotationEditor ? val.serialize(false, context2) : val;
        if (val.page) {
          val.pageIndex = val.page._pageIndex;
          delete val.page;
        }
        if (serialized) {
          map.set(key2, serialized);
          hash.update(`${key2}:${JSON.stringify(serialized)}`);
          hasBitmap ||= !!serialized.bitmap;
        }
      }
      if (hasBitmap) {
        for (const value of map.values()) {
          if (value.bitmap) {
            transfer.push(value.bitmap);
          }
        }
      }
      return map.size > 0 ? {
        map,
        hash: hash.hexdigest(),
        transfer
      } : SerializableEmpty;
    }
    get editorStats() {
      let stats = null;
      const typeToEditor = /* @__PURE__ */ new Map();
      let numberOfEditedComments = 0;
      let numberOfDeletedComments = 0;
      for (const value of this.#storage.values()) {
        if (!(value instanceof AnnotationEditor)) {
          if (value.popup) {
            if (value.popup.deleted) {
              numberOfDeletedComments += 1;
            } else {
              numberOfEditedComments += 1;
            }
          }
          continue;
        }
        if (value.isCommentDeleted) {
          numberOfDeletedComments += 1;
        } else if (value.hasEditedComment) {
          numberOfEditedComments += 1;
        }
        const editorStats = value.telemetryFinalData;
        if (!editorStats) {
          continue;
        }
        const {
          type
        } = editorStats;
        typeToEditor.getOrInsertComputed(type, () => Object.getPrototypeOf(value).constructor);
        stats ||= /* @__PURE__ */ Object.create(null);
        const map = stats[type] ||= /* @__PURE__ */ new Map();
        for (const [key2, val] of Object.entries(editorStats)) {
          if (key2 === "type") {
            continue;
          }
          const counters = map.getOrInsertComputed(key2, makeMap);
          counters.set(val, (counters.get(val) ?? 0) + 1);
        }
      }
      if (numberOfDeletedComments > 0 || numberOfEditedComments > 0) {
        stats ||= /* @__PURE__ */ Object.create(null);
        stats.comments = {
          deleted: numberOfDeletedComments,
          edited: numberOfEditedComments
        };
      }
      if (!stats) {
        return null;
      }
      for (const [type, editor] of typeToEditor) {
        stats[type] = editor.computeTelemetryFinalData(stats[type]);
      }
      return stats;
    }
    resetModifiedIds() {
      this.#modifiedIds = null;
    }
    updateEditor(annotationId, data) {
      const value = this.#editorsMap?.get(annotationId);
      if (value) {
        value.updateFromAnnotationLayer(data);
        return true;
      }
      return false;
    }
    getEditor(annotationId) {
      return this.#editorsMap?.get(annotationId) || null;
    }
    get modifiedIds() {
      if (this.#modifiedIds) {
        return this.#modifiedIds;
      }
      const ids = [];
      if (this.#editorsMap) {
        for (const value of this.#editorsMap.values()) {
          if (!value.serialize()) {
            continue;
          }
          ids.push(value.annotationElementId);
        }
      }
      let hash = "";
      if (ids.length) {
        const h = new MurmurHash3_64();
        h.update(ids.join(","));
        hash = h.hexdigest();
      }
      return this.#modifiedIds = {
        ids: new Set(ids),
        hash
      };
    }
    [Symbol.iterator]() {
      return this.#storage.entries();
    }
  };
  var PrintAnnotationStorage = class extends AnnotationStorage {
    #serializable = SerializableEmpty;
    constructor(parent) {
      super();
      const {
        serializable
      } = parent;
      if (serializable === SerializableEmpty) {
        return;
      }
      const {
        map,
        hash,
        transfer
      } = serializable;
      const clone = structuredClone(map, transfer ? {
        transfer
      } : null);
      this.#serializable = {
        map: clone,
        hash,
        transfer: []
      };
    }
    get print() {
      unreachable("Should not call PrintAnnotationStorage.print");
    }
    get serializable() {
      return this.#serializable;
    }
    get modifiedIds() {
      return util_shadow(this, "modifiedIds", {
        ids: /* @__PURE__ */ new Set(),
        hash: ""
      });
    }
  };
  es_iterator_for_each_namespaceFn();
  var FORCED_DEPENDENCY_LABEL = "__forcedDependency";
  var {
    floor: canvas_dependency_tracker_floor,
    ceil
  } = Math;
  function expandBBox(array, index, minX, minY, maxX, maxY) {
    array[index * 4 + 0] = Math.min(array[index * 4 + 0], minX);
    array[index * 4 + 1] = Math.min(array[index * 4 + 1], minY);
    array[index * 4 + 2] = Math.max(array[index * 4 + 2], maxX);
    array[index * 4 + 3] = Math.max(array[index * 4 + 3], maxY);
  }
  function scaleCharBBox(scaleX, scaleY, x, y, bbox) {
    let temp;
    if (scaleX) {
      if (scaleX < 0) {
        temp = bbox[0];
        bbox[0] = bbox[2];
        bbox[2] = temp;
      }
      bbox[0] *= scaleX;
      bbox[2] *= scaleX;
      if (scaleY < 0) {
        temp = bbox[1];
        bbox[1] = bbox[3];
        bbox[3] = temp;
      }
      bbox[1] *= scaleY;
      bbox[3] *= scaleY;
    } else {
      bbox.fill(0);
    }
    bbox[0] += x;
    bbox[1] += y;
    bbox[2] += x;
    bbox[3] += y;
  }
  var EMPTY_BBOX = new Uint32Array(new Uint8Array([255, 255, 0, 0]).buffer)[0];
  var BBoxReader = class {
    #bboxes;
    #coords;
    constructor(bboxes, coords) {
      this.#bboxes = bboxes;
      this.#coords = coords;
    }
    get length() {
      return this.#bboxes.length;
    }
    isEmpty(i) {
      return this.#bboxes[i] === EMPTY_BBOX;
    }
    minX(i) {
      return this.#coords[i * 4 + 0] / 256;
    }
    minY(i) {
      return this.#coords[i * 4 + 1] / 256;
    }
    maxX(i) {
      return (this.#coords[i * 4 + 2] + 1) / 256;
    }
    maxY(i) {
      return (this.#coords[i * 4 + 3] + 1) / 256;
    }
  };
  var ensureDebugMetadata = (map, key2) => map?.getOrInsertComputed(key2, () => ({
    dependencies: /* @__PURE__ */ new Set(),
    isRenderingOperation: false
  }));
  var CanvasBBoxTracker = class {
    #baseTransformStack = [[1, 0, 0, 1, 0, 0]];
    #clipBox = [-Infinity, -Infinity, Infinity, Infinity];
    #pendingBBox = new Float64Array(BBOX_INIT);
    _pendingBBoxIdx = -1;
    #canvasWidth;
    #canvasHeight;
    #bboxesCoords;
    #bboxes;
    _savesStack = [];
    _markedContentStack = [];
    constructor(canvas, operationsCount) {
      this.#canvasWidth = canvas.width;
      this.#canvasHeight = canvas.height;
      this.#initializeBBoxes(operationsCount);
    }
    growOperationsCount(operationsCount) {
      if (operationsCount >= this.#bboxes.length) {
        this.#initializeBBoxes(operationsCount, this.#bboxes);
      }
    }
    #initializeBBoxes(operationsCount, oldBBoxes) {
      const buffer = new ArrayBuffer(operationsCount * 4);
      this.#bboxesCoords = new Uint8ClampedArray(buffer);
      this.#bboxes = new Uint32Array(buffer);
      if (oldBBoxes && oldBBoxes.length > 0) {
        this.#bboxes.set(oldBBoxes);
        this.#bboxes.fill(EMPTY_BBOX, oldBBoxes.length);
      } else {
        this.#bboxes.fill(EMPTY_BBOX);
      }
    }
    get clipBox() {
      return this.#clipBox;
    }
    save(opIdx) {
      this.#clipBox = {
        __proto__: this.#clipBox
      };
      this._savesStack.push(opIdx);
      return this;
    }
    restore(opIdx, onSavePopped) {
      const previous = Object.getPrototypeOf(this.#clipBox);
      if (previous === null) {
        return this;
      }
      this.#clipBox = previous;
      const lastSave = this._savesStack.pop();
      if (lastSave !== void 0) {
        onSavePopped?.(lastSave, opIdx);
        this.#bboxes[opIdx] = this.#bboxes[lastSave];
      }
      return this;
    }
    recordOpenMarker(idx) {
      this._savesStack.push(idx);
      return this;
    }
    getOpenMarker() {
      return this._savesStack.length === 0 ? null : this._savesStack.at(-1);
    }
    recordCloseMarker(opIdx, onSavePopped) {
      const lastSave = this._savesStack.pop();
      if (lastSave !== void 0) {
        onSavePopped?.(lastSave, opIdx);
        this.#bboxes[opIdx] = this.#bboxes[lastSave];
      }
      return this;
    }
    beginMarkedContent(opIdx) {
      this._markedContentStack.push(opIdx);
      return this;
    }
    endMarkedContent(opIdx, onSavePopped) {
      const lastSave = this._markedContentStack.pop();
      if (lastSave !== void 0) {
        onSavePopped?.(lastSave, opIdx);
        this.#bboxes[opIdx] = this.#bboxes[lastSave];
      }
      return this;
    }
    pushBaseTransform(ctx) {
      this.#baseTransformStack.push(Util.multiplyByDOMMatrix(this.#baseTransformStack.at(-1), ctx.getTransform()));
      return this;
    }
    popBaseTransform() {
      if (this.#baseTransformStack.length > 1) {
        this.#baseTransformStack.pop();
      }
      return this;
    }
    resetBBox(idx) {
      if (this._pendingBBoxIdx !== idx) {
        this._pendingBBoxIdx = idx;
        this.#pendingBBox.set(BBOX_INIT, 0);
      }
      return this;
    }
    recordClipBox(idx, ctx, minX, maxX, minY, maxY) {
      const transform = Util.multiplyByDOMMatrix(this.#baseTransformStack.at(-1), ctx.getTransform());
      const clipBox = BBOX_INIT.slice();
      Util.axialAlignedBoundingBox([minX, minY, maxX, maxY], transform, clipBox);
      const intersection = Util.intersect(this.#clipBox, clipBox);
      if (intersection) {
        this.#clipBox[0] = intersection[0];
        this.#clipBox[1] = intersection[1];
        this.#clipBox[2] = intersection[2];
        this.#clipBox[3] = intersection[3];
      } else {
        this.#clipBox[0] = this.#clipBox[1] = Infinity;
        this.#clipBox[2] = this.#clipBox[3] = -Infinity;
      }
      return this;
    }
    recordBBox(idx, ctx, minX, maxX, minY, maxY) {
      const clipBox = this.#clipBox;
      if (clipBox[0] === Infinity) {
        return this;
      }
      const transform = Util.multiplyByDOMMatrix(this.#baseTransformStack.at(-1), ctx.getTransform());
      if (clipBox[0] === -Infinity) {
        Util.axialAlignedBoundingBox([minX, minY, maxX, maxY], transform, this.#pendingBBox);
        return this;
      }
      const bbox = BBOX_INIT.slice();
      Util.axialAlignedBoundingBox([minX, minY, maxX, maxY], transform, bbox);
      this.#pendingBBox[0] = MathClamp(bbox[0], clipBox[0], this.#pendingBBox[0]);
      this.#pendingBBox[1] = MathClamp(bbox[1], clipBox[1], this.#pendingBBox[1]);
      this.#pendingBBox[2] = MathClamp(bbox[2], this.#pendingBBox[2], clipBox[2]);
      this.#pendingBBox[3] = MathClamp(bbox[3], this.#pendingBBox[3], clipBox[3]);
      return this;
    }
    recordFullPageBBox(idx) {
      this.#pendingBBox[0] = Math.max(0, this.#clipBox[0]);
      this.#pendingBBox[1] = Math.max(0, this.#clipBox[1]);
      this.#pendingBBox[2] = Math.min(this.#canvasWidth, this.#clipBox[2]);
      this.#pendingBBox[3] = Math.min(this.#canvasHeight, this.#clipBox[3]);
      return this;
    }
    recordOperation(idx, preserve = false, dependencyLists) {
      if (this._pendingBBoxIdx !== idx) {
        return this;
      }
      const minX = canvas_dependency_tracker_floor(this.#pendingBBox[0] * 256 / this.#canvasWidth);
      const minY = canvas_dependency_tracker_floor(this.#pendingBBox[1] * 256 / this.#canvasHeight);
      const maxX = ceil(this.#pendingBBox[2] * 256 / this.#canvasWidth);
      const maxY = ceil(this.#pendingBBox[3] * 256 / this.#canvasHeight);
      expandBBox(this.#bboxesCoords, idx, minX, minY, maxX, maxY);
      if (dependencyLists) {
        for (const dependencies of dependencyLists) {
          for (const depIdx of dependencies) {
            if (depIdx !== idx) {
              expandBBox(this.#bboxesCoords, depIdx, minX, minY, maxX, maxY);
            }
          }
        }
      }
      if (!preserve) {
        this._pendingBBoxIdx = -1;
      }
      return this;
    }
    bboxToClipBoxDropOperation(idx) {
      if (this._pendingBBoxIdx === idx) {
        this._pendingBBoxIdx = -1;
        this.#clipBox[0] = Math.max(this.#clipBox[0], this.#pendingBBox[0]);
        this.#clipBox[1] = Math.max(this.#clipBox[1], this.#pendingBBox[1]);
        this.#clipBox[2] = Math.min(this.#clipBox[2], this.#pendingBBox[2]);
        this.#clipBox[3] = Math.min(this.#clipBox[3], this.#pendingBBox[3]);
      }
      return this;
    }
    take() {
      return new BBoxReader(this.#bboxes, this.#bboxesCoords);
    }
    takeDebugMetadata() {
      throw new Error("Unreachable");
    }
    recordSimpleData(name, idx) {
      return this;
    }
    recordIncrementalData(name, idx) {
      return this;
    }
    resetIncrementalData(name, idx) {
      return this;
    }
    recordNamedData(name, idx) {
      return this;
    }
    recordSimpleDataFromNamed(name, depName, fallbackIdx) {
      return this;
    }
    recordFutureForcedDependency(name, idx) {
      return this;
    }
    inheritSimpleDataAsFutureForcedDependencies(names2) {
      return this;
    }
    inheritPendingDependenciesAsFutureForcedDependencies() {
      return this;
    }
    recordCharacterBBox(idx, ctx, font, scale2 = 1, x = 0, y = 0, getMeasure) {
      return this;
    }
    getSimpleIndex(dependencyName) {
      return void 0;
    }
    recordDependencies(idx, dependencyNames) {
      return this;
    }
    recordNamedDependency(idx, name) {
      return this;
    }
    recordShowTextOperation(idx, preserve = false) {
      return this;
    }
  };
  var CanvasDependencyTracker = class {
    #simple = {
      __proto__: null
    };
    #incremental = {
      __proto__: null,
      transform: [],
      moveText: [],
      sameLineText: [],
      [FORCED_DEPENDENCY_LABEL]: []
    };
    #namedDependencies = /* @__PURE__ */ new Map();
    #pendingDependencies = /* @__PURE__ */ new Set();
    #fontBBoxTrustworthy = /* @__PURE__ */ new Map();
    #debugMetadata;
    #recordDebugMetadataDepenencyAfterRestore;
    #bboxTracker;
    constructor(bboxTracker, recordDebugMetadata = false) {
      this.#bboxTracker = bboxTracker;
      if (recordDebugMetadata) {
        this.#debugMetadata = /* @__PURE__ */ new Map();
        this.#recordDebugMetadataDepenencyAfterRestore = (lastSave, opIdx) => {
          ensureDebugMetadata(this.#debugMetadata, opIdx).dependencies.add(lastSave);
        };
      }
    }
    get clipBox() {
      return this.#bboxTracker.clipBox;
    }
    growOperationsCount(operationsCount) {
      this.#bboxTracker.growOperationsCount(operationsCount);
    }
    save(opIdx) {
      this.#simple = {
        __proto__: this.#simple
      };
      this.#incremental = {
        __proto__: this.#incremental,
        transform: {
          __proto__: this.#incremental.transform
        },
        moveText: {
          __proto__: this.#incremental.moveText
        },
        sameLineText: {
          __proto__: this.#incremental.sameLineText
        },
        [FORCED_DEPENDENCY_LABEL]: {
          __proto__: this.#incremental[FORCED_DEPENDENCY_LABEL]
        }
      };
      this.#bboxTracker.save(opIdx);
      return this;
    }
    restore(opIdx) {
      this.#bboxTracker.restore(opIdx, this.#recordDebugMetadataDepenencyAfterRestore);
      const previous = Object.getPrototypeOf(this.#simple);
      if (previous === null) {
        return this;
      }
      this.#simple = previous;
      this.#incremental = Object.getPrototypeOf(this.#incremental);
      return this;
    }
    recordOpenMarker(opIdx) {
      this.#bboxTracker.recordOpenMarker(opIdx, this.#recordDebugMetadataDepenencyAfterRestore);
      return this;
    }
    getOpenMarker() {
      return this.#bboxTracker.getOpenMarker();
    }
    recordCloseMarker(opIdx) {
      this.#bboxTracker.recordCloseMarker(opIdx, this.#recordDebugMetadataDepenencyAfterRestore);
      return this;
    }
    beginMarkedContent(opIdx) {
      this.#bboxTracker.beginMarkedContent(opIdx);
      return this;
    }
    endMarkedContent(opIdx) {
      this.#bboxTracker.endMarkedContent(opIdx, this.#recordDebugMetadataDepenencyAfterRestore);
      return this;
    }
    pushBaseTransform(ctx) {
      this.#bboxTracker.pushBaseTransform(ctx);
      return this;
    }
    popBaseTransform() {
      this.#bboxTracker.popBaseTransform();
      return this;
    }
    recordSimpleData(name, idx) {
      this.#simple[name] = idx;
      return this;
    }
    recordIncrementalData(name, idx) {
      this.#incremental[name].push(idx);
      return this;
    }
    resetIncrementalData(name, idx) {
      this.#incremental[name].length = 0;
      return this;
    }
    recordNamedData(name, idx) {
      this.#namedDependencies.set(name, idx);
      return this;
    }
    recordSimpleDataFromNamed(name, depName, fallbackIdx) {
      this.#simple[name] = this.#namedDependencies.get(depName) ?? fallbackIdx;
    }
    recordFutureForcedDependency(name, idx) {
      this.recordIncrementalData(FORCED_DEPENDENCY_LABEL, idx);
      return this;
    }
    inheritSimpleDataAsFutureForcedDependencies(names2) {
      for (const name of names2) {
        if (name in this.#simple) {
          this.recordFutureForcedDependency(name, this.#simple[name]);
        }
      }
      return this;
    }
    inheritPendingDependenciesAsFutureForcedDependencies() {
      for (const dep of this.#pendingDependencies) {
        this.recordFutureForcedDependency(FORCED_DEPENDENCY_LABEL, dep);
      }
      return this;
    }
    resetBBox(idx) {
      this.#bboxTracker.resetBBox(idx);
      return this;
    }
    recordClipBox(idx, ctx, minX, maxX, minY, maxY) {
      this.#bboxTracker.recordClipBox(idx, ctx, minX, maxX, minY, maxY);
      return this;
    }
    recordBBox(idx, ctx, minX, maxX, minY, maxY) {
      this.#bboxTracker.recordBBox(idx, ctx, minX, maxX, minY, maxY);
      return this;
    }
    recordCharacterBBox(idx, ctx, font, scale2 = 1, x = 0, y = 0, getMeasure) {
      const fontBBox = font.bbox;
      let isBBoxTrustworthy;
      let computedBBox;
      if (fontBBox) {
        isBBoxTrustworthy = fontBBox[2] !== fontBBox[0] && fontBBox[3] !== fontBBox[1] && this.#fontBBoxTrustworthy.get(font);
        if (isBBoxTrustworthy !== false) {
          computedBBox = [0, 0, 0, 0];
          Util.axialAlignedBoundingBox(fontBBox, font.fontMatrix, computedBBox);
          if (scale2 !== 1 || x !== 0 || y !== 0) {
            scaleCharBBox(scale2, -scale2, x, y, computedBBox);
          }
          if (isBBoxTrustworthy) {
            return this.recordBBox(idx, ctx, computedBBox[0], computedBBox[2], computedBBox[1], computedBBox[3]);
          }
        }
      }
      if (!getMeasure) {
        return this.recordFullPageBBox(idx);
      }
      const measure = getMeasure();
      if (fontBBox && computedBBox && isBBoxTrustworthy === void 0) {
        isBBoxTrustworthy = computedBBox[0] <= x - measure.actualBoundingBoxLeft && computedBBox[2] >= x + measure.actualBoundingBoxRight && computedBBox[1] <= y - measure.actualBoundingBoxAscent && computedBBox[3] >= y + measure.actualBoundingBoxDescent;
        this.#fontBBoxTrustworthy.set(font, isBBoxTrustworthy);
        if (isBBoxTrustworthy) {
          return this.recordBBox(idx, ctx, computedBBox[0], computedBBox[2], computedBBox[1], computedBBox[3]);
        }
      }
      return this.recordBBox(idx, ctx, x - measure.actualBoundingBoxLeft, x + measure.actualBoundingBoxRight, y - measure.actualBoundingBoxAscent, y + measure.actualBoundingBoxDescent);
    }
    recordFullPageBBox(idx) {
      this.#bboxTracker.recordFullPageBBox(idx);
      return this;
    }
    getSimpleIndex(dependencyName) {
      return this.#simple[dependencyName];
    }
    recordDependencies(idx, dependencyNames) {
      const pendingDependencies = this.#pendingDependencies;
      const simple = this.#simple;
      const incremental = this.#incremental;
      for (const name of dependencyNames) {
        if (name in this.#simple) {
          pendingDependencies.add(simple[name]);
        } else if (name in incremental) {
          incremental[name].forEach(pendingDependencies.add, pendingDependencies);
        }
      }
      return this;
    }
    recordNamedDependency(idx, name) {
      if (this.#namedDependencies.has(name)) {
        this.#pendingDependencies.add(this.#namedDependencies.get(name));
      }
      return this;
    }
    recordOperation(idx, preserve = false) {
      this.recordDependencies(idx, [FORCED_DEPENDENCY_LABEL]);
      if (this.#debugMetadata) {
        const metadata = ensureDebugMetadata(this.#debugMetadata, idx);
        const {
          dependencies
        } = metadata;
        this.#pendingDependencies.forEach(dependencies.add, dependencies);
        this.#bboxTracker._savesStack.forEach(dependencies.add, dependencies);
        this.#bboxTracker._markedContentStack.forEach(dependencies.add, dependencies);
        dependencies.delete(idx);
        metadata.isRenderingOperation = true;
      }
      const needsCleanup = !preserve && idx === this.#bboxTracker._pendingBBoxIdx;
      this.#bboxTracker.recordOperation(idx, preserve, [this.#pendingDependencies, this.#bboxTracker._savesStack, this.#bboxTracker._markedContentStack]);
      if (needsCleanup) {
        this.#pendingDependencies.clear();
      }
      return this;
    }
    recordShowTextOperation(idx, preserve = false) {
      const deps = Array.from(this.#pendingDependencies);
      this.recordOperation(idx, preserve);
      this.recordIncrementalData("sameLineText", idx);
      for (const dep of deps) {
        this.recordIncrementalData("sameLineText", dep);
      }
      return this;
    }
    bboxToClipBoxDropOperation(idx, preserve = false) {
      const needsCleanup = !preserve && idx === this.#bboxTracker._pendingBBoxIdx;
      this.#bboxTracker.bboxToClipBoxDropOperation(idx);
      if (needsCleanup) {
        this.#pendingDependencies.clear();
      }
      return this;
    }
    take() {
      this.#fontBBoxTrustworthy.clear();
      return this.#bboxTracker.take();
    }
    takeDebugMetadata() {
      return this.#debugMetadata;
    }
  };
  var CanvasNestedDependencyTracker = class _CanvasNestedDependencyTracker {
    #dependencyTracker;
    #opIdx;
    #ignoreBBoxes;
    #nestingLevel = 0;
    #savesLevel = 0;
    constructor(dependencyTracker, opIdx, ignoreBBoxes) {
      if (dependencyTracker instanceof _CanvasNestedDependencyTracker && dependencyTracker.#ignoreBBoxes === !!ignoreBBoxes) {
        return dependencyTracker;
      }
      this.#dependencyTracker = dependencyTracker;
      this.#opIdx = opIdx;
      this.#ignoreBBoxes = !!ignoreBBoxes;
    }
    get clipBox() {
      return this.#dependencyTracker.clipBox;
    }
    growOperationsCount() {
      throw new Error("Unreachable");
    }
    save(opIdx) {
      this.#savesLevel++;
      this.#dependencyTracker.save(this.#opIdx);
      return this;
    }
    restore(opIdx) {
      if (this.#savesLevel > 0) {
        this.#dependencyTracker.restore(this.#opIdx);
        this.#savesLevel--;
      }
      return this;
    }
    recordOpenMarker(idx) {
      this.#nestingLevel++;
      return this;
    }
    getOpenMarker() {
      return this.#nestingLevel > 0 ? this.#opIdx : this.#dependencyTracker.getOpenMarker();
    }
    recordCloseMarker(idx) {
      this.#nestingLevel--;
      return this;
    }
    beginMarkedContent(opIdx) {
      return this;
    }
    endMarkedContent(opIdx) {
      return this;
    }
    pushBaseTransform(ctx) {
      this.#dependencyTracker.pushBaseTransform(ctx);
      return this;
    }
    popBaseTransform() {
      this.#dependencyTracker.popBaseTransform();
      return this;
    }
    recordSimpleData(name, idx) {
      this.#dependencyTracker.recordSimpleData(name, this.#opIdx);
      return this;
    }
    recordIncrementalData(name, idx) {
      this.#dependencyTracker.recordIncrementalData(name, this.#opIdx);
      return this;
    }
    resetIncrementalData(name, idx) {
      this.#dependencyTracker.resetIncrementalData(name, this.#opIdx);
      return this;
    }
    recordNamedData(name, idx) {
      return this;
    }
    recordSimpleDataFromNamed(name, depName, fallbackIdx) {
      this.#dependencyTracker.recordSimpleDataFromNamed(name, depName, this.#opIdx);
      return this;
    }
    recordFutureForcedDependency(name, idx) {
      this.#dependencyTracker.recordFutureForcedDependency(name, this.#opIdx);
      return this;
    }
    inheritSimpleDataAsFutureForcedDependencies(names2) {
      this.#dependencyTracker.inheritSimpleDataAsFutureForcedDependencies(names2);
      return this;
    }
    inheritPendingDependenciesAsFutureForcedDependencies() {
      this.#dependencyTracker.inheritPendingDependenciesAsFutureForcedDependencies();
      return this;
    }
    resetBBox(idx) {
      if (!this.#ignoreBBoxes) {
        this.#dependencyTracker.resetBBox(this.#opIdx);
      }
      return this;
    }
    recordClipBox(idx, ctx, minX, maxX, minY, maxY) {
      if (!this.#ignoreBBoxes) {
        this.#dependencyTracker.recordClipBox(this.#opIdx, ctx, minX, maxX, minY, maxY);
      }
      return this;
    }
    recordBBox(idx, ctx, minX, maxX, minY, maxY) {
      if (!this.#ignoreBBoxes) {
        this.#dependencyTracker.recordBBox(this.#opIdx, ctx, minX, maxX, minY, maxY);
      }
      return this;
    }
    recordCharacterBBox(idx, ctx, font, scale2, x, y, getMeasure) {
      if (!this.#ignoreBBoxes) {
        this.#dependencyTracker.recordCharacterBBox(this.#opIdx, ctx, font, scale2, x, y, getMeasure);
      }
      return this;
    }
    recordFullPageBBox(idx) {
      if (!this.#ignoreBBoxes) {
        this.#dependencyTracker.recordFullPageBBox(this.#opIdx);
      }
      return this;
    }
    getSimpleIndex(dependencyName) {
      return this.#dependencyTracker.getSimpleIndex(dependencyName);
    }
    recordDependencies(idx, dependencyNames) {
      this.#dependencyTracker.recordDependencies(this.#opIdx, dependencyNames);
      return this;
    }
    recordNamedDependency(idx, name) {
      this.#dependencyTracker.recordNamedDependency(this.#opIdx, name);
      return this;
    }
    recordOperation(idx) {
      this.#dependencyTracker.recordOperation(this.#opIdx, true);
      return this;
    }
    recordShowTextOperation(idx) {
      this.#dependencyTracker.recordShowTextOperation(this.#opIdx, true);
      return this;
    }
    bboxToClipBoxDropOperation(idx) {
      if (!this.#ignoreBBoxes) {
        this.#dependencyTracker.bboxToClipBoxDropOperation(this.#opIdx, true);
      }
      return this;
    }
    take() {
      throw new Error("Unreachable");
    }
    takeDebugMetadata() {
      throw new Error("Unreachable");
    }
  };
  var Dependencies = {
    stroke: ["path", "transform", "filter", "strokeColor", "strokeAlpha", "lineWidth", "lineCap", "lineJoin", "miterLimit", "dash"],
    fill: ["path", "transform", "filter", "fillColor", "fillAlpha", "globalCompositeOperation", "SMask"],
    imageXObject: ["transform", "SMask", "filter", "fillAlpha", "strokeAlpha", "globalCompositeOperation"],
    rawFillPath: ["filter", "fillColor", "fillAlpha"],
    showText: ["transform", "leading", "charSpacing", "wordSpacing", "hScale", "textRise", "moveText", "textMatrix", "font", "fontObj", "filter", "fillColor", "textRenderingMode", "SMask", "fillAlpha", "strokeAlpha", "globalCompositeOperation", "sameLineText"],
    transform: ["transform"],
    transformAndFill: ["transform", "filter", "fillColor"]
  };
  var CanvasImagesTracker = class _CanvasImagesTracker {
    #canvasWidth;
    #canvasHeight;
    #capacity = 4;
    #count = 0;
    #coords = new _CanvasImagesTracker.#CoordsArray(this.#capacity * 6);
    static #CoordsArray = FeatureTest.isFloat16ArraySupported ? Float16Array : Float32Array;
    constructor(canvas) {
      this.#canvasWidth = canvas.width;
      this.#canvasHeight = canvas.height;
    }
    record(ctx, width, height, clipBox) {
      if (this.#count === this.#capacity) {
        this.#capacity *= 2;
        const newCoords = new _CanvasImagesTracker.#CoordsArray(this.#capacity * 6);
        newCoords.set(this.#coords);
        this.#coords = newCoords;
      }
      const transform = getCurrentTransform(ctx);
      let coords;
      if (clipBox[0] !== Infinity) {
        const bbox = BBOX_INIT.slice();
        Util.axialAlignedBoundingBox([0, -height, width, 0], transform, bbox);
        const finalBBox = Util.intersect(clipBox, bbox);
        if (!finalBBox) {
          return;
        }
        const [minX, minY, maxX, maxY] = finalBBox;
        if (minX !== bbox[0] || minY !== bbox[1] || maxX !== bbox[2] || maxY !== bbox[3]) {
          const rotationAngle = Math.atan2(transform[1], transform[0]);
          const sin2 = Math.abs(Math.sin(rotationAngle));
          const cos2 = Math.abs(Math.cos(rotationAngle));
          if (sin2 < 1e-6 || cos2 < 1e-6 || Math.abs(sin2 - cos2) < 1e-6) {
            coords = [minX, minY, minX, maxY, maxX, minY];
          } else {
            const finalBBoxWidth = maxX - minX;
            const finalBBoxHeight = maxY - minY;
            const sin22 = sin2 * sin2;
            const cos22 = cos2 * cos2;
            const cosSin = cos2 * sin2;
            const denom = cos22 - sin22;
            const a = (finalBBoxHeight * cos22 - finalBBoxWidth * cosSin) / denom;
            const b = (finalBBoxHeight * cosSin - finalBBoxWidth * sin22) / denom;
            coords = [minX + b, minY, minX, minY + a, maxX, maxY - a];
          }
        }
      }
      if (!coords) {
        coords = [0, -height, 0, 0, width, -height];
        Util.applyTransform(coords, transform, 0);
        Util.applyTransform(coords, transform, 2);
        Util.applyTransform(coords, transform, 4);
      }
      coords[0] /= this.#canvasWidth;
      coords[1] /= this.#canvasHeight;
      coords[2] /= this.#canvasWidth;
      coords[3] /= this.#canvasHeight;
      coords[4] /= this.#canvasWidth;
      coords[5] /= this.#canvasHeight;
      this.#coords.set(coords, this.#count * 6);
      this.#count++;
    }
    take() {
      return this.#coords.subarray(0, this.#count * 6);
    }
  };
  var CONTROL_CHAR_REGEXP = /\p{Cc}/u;
  function isCSSString(str) {
    const quote = str[0];
    if (str.length < 2 || quote !== `"` && quote !== `'` || str.at(-1) !== quote) {
      return false;
    }
    const end = str.length - 1;
    for (let i = 1; i < end; i++) {
      const char = str[i];
      if (char === quote || CONTROL_CHAR_REGEXP.test(char)) {
        return false;
      }
      if (char === "\\") {
        if (++i >= end || CONTROL_CHAR_REGEXP.test(str[i])) {
          return false;
        }
      }
    }
    return true;
  }
  function serializeFontFamily(fontFamily) {
    if (isCSSString(fontFamily)) {
      return fontFamily;
    }
    const escaped2 = fontFamily.replaceAll(/["\\\p{Cc}]/gu, (char) => char === `"` || char === "\\" ? `\\${char}` : `\\${char.codePointAt(0).toString(16)} `);
    return `"${escaped2}"`;
  }
  var FontLoader = class {
    #nativeFontFaces = /* @__PURE__ */ new Set();
    #systemFonts = /* @__PURE__ */ new Set();
    #styleSheet = null;
    constructor({
      ownerDocument = globalThis.document,
      styleElement = null
    }) {
      this._document = ownerDocument;
      this.styleElement = null;
      this.loadingRequests = [];
      this.loadTestFontId = 0;
    }
    addNativeFontFace(nativeFontFace) {
      this.#nativeFontFaces.add(nativeFontFace);
      this._document.fonts.add(nativeFontFace);
    }
    removeNativeFontFace(nativeFontFace) {
      this.#nativeFontFaces.delete(nativeFontFace);
      this._document.fonts.delete(nativeFontFace);
    }
    insertRule(rule) {
      const styleSheet = this.#getStyleSheet();
      styleSheet.insertRule(rule, styleSheet.cssRules.length);
    }
    #getStyleSheet() {
      if (this.#styleSheet) {
        return this.#styleSheet;
      }
      const StyleSheet = this._document.defaultView?.CSSStyleSheet || globalThis.CSSStyleSheet;
      if (!this.styleElement && StyleSheet) {
        const {
          adoptedStyleSheets
        } = this._document;
        if (adoptedStyleSheets) {
          const styleSheet = new StyleSheet();
          adoptedStyleSheets.push(styleSheet);
          return this.#styleSheet = styleSheet;
        }
      }
      if (!this.styleElement) {
        this.styleElement = this._document.createElement("style");
        this._document.documentElement.getElementsByTagName("head")[0].append(this.styleElement);
      }
      return this.#styleSheet = this.styleElement.sheet;
    }
    clear() {
      for (const nativeFontFace of this.#nativeFontFaces) {
        this._document.fonts.delete(nativeFontFace);
      }
      this.#nativeFontFaces.clear();
      this.#systemFonts.clear();
      if (this.#styleSheet) {
        const {
          adoptedStyleSheets
        } = this._document;
        if (adoptedStyleSheets?.includes(this.#styleSheet)) {
          this._document.adoptedStyleSheets = adoptedStyleSheets.filter((styleSheet) => styleSheet !== this.#styleSheet);
        }
        this.#styleSheet = null;
      }
      this.styleElement?.remove();
      this.styleElement = null;
    }
    async loadSystemFont({
      systemFontInfo: info3,
      disableFontFace,
      _inspectFont
    }) {
      if (!info3 || this.#systemFonts.has(info3.loadedName)) {
        return;
      }
      util_assert(!disableFontFace, "loadSystemFont shouldn't be called when `disableFontFace` is set.");
      if (this.isFontLoadingAPISupported) {
        const {
          loadedName,
          src,
          style
        } = info3;
        const fontFace = new FontFace(loadedName, src, style);
        this.addNativeFontFace(fontFace);
        try {
          await fontFace.load();
          this.#systemFonts.add(loadedName);
          _inspectFont?.(info3);
        } catch {
          warn(`Cannot load system font: ${info3.baseFontName}, installing it could help to improve PDF rendering.`);
          this.removeNativeFontFace(fontFace);
        }
        return;
      }
      unreachable("Not implemented: loadSystemFont without the Font Loading API.");
    }
    async bind(font) {
      if (font.attached || font.missingFile && !font.systemFontInfo) {
        return;
      }
      font.attached = true;
      if (font.systemFontInfo) {
        await this.loadSystemFont(font);
        return;
      }
      if (this.isFontLoadingAPISupported) {
        const nativeFontFace = font.createNativeFontFace();
        if (nativeFontFace) {
          this.addNativeFontFace(nativeFontFace);
          try {
            await nativeFontFace.loaded;
          } catch (ex) {
            warn(`Failed to load font '${nativeFontFace.family}': '${ex}'.`);
            font.disableFontFace = true;
            throw ex;
          }
        }
        return;
      }
      const rule = font.createFontFaceRule();
      if (rule) {
        this.insertRule(rule);
        if (this.isSyncFontLoadingSupported) {
          return;
        }
        await this.#testFontLoaded(font);
      }
    }
    get isFontLoadingAPISupported() {
      return util_shadow(this, "isFontLoadingAPISupported", !!this._document?.fonts);
    }
    get isSyncFontLoadingSupported() {
      return util_shadow(this, "isSyncFontLoadingSupported", isNodeJS || FeatureTest.platform.isFirefox);
    }
    #testFontLoaded(font) {
      function completeRequest() {
        util_assert(!request.done, "completeRequest() cannot be called twice.");
        request.done = true;
        while (loadingRequests.length > 0 && loadingRequests[0].done) {
          const otherRequest = loadingRequests.shift();
          setTimeout(otherRequest.resolve, 0);
        }
      }
      const {
        loadingRequests
      } = this;
      const {
        promise,
        resolve
      } = Promise.withResolvers();
      const request = {
        done: false,
        resolve
      };
      loadingRequests.push(request);
      this._loadTestFont ??= atob("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");
      function int32(data2, offset) {
        return data2.charCodeAt(offset) << 24 | data2.charCodeAt(offset + 1) << 16 | data2.charCodeAt(offset + 2) << 8 | data2.charCodeAt(offset + 3) & 255;
      }
      function string32(value) {
        return String.fromCharCode(value >> 24 & 255, value >> 16 & 255, value >> 8 & 255, value & 255);
      }
      function spliceString(s, offset, remove, insert) {
        const chunk1 = s.substring(0, offset);
        const chunk2 = s.substring(offset + remove);
        return chunk1 + insert + chunk2;
      }
      let i, ii;
      const canvas = this._document.createElement("canvas");
      canvas.width = 1;
      canvas.height = 1;
      const ctx = canvas.getContext("2d");
      let called = 0;
      function isFontReady(name, callback) {
        if (++called > 30) {
          warn("Load test font never loaded.");
          callback();
          return;
        }
        ctx.font = "30px " + name;
        ctx.fillText(".", 0, 20);
        const imageData = ctx.getImageData(0, 0, 1, 1);
        if (imageData.data[3] > 0) {
          callback();
          return;
        }
        setTimeout(isFontReady.bind(null, name, callback));
      }
      const loadTestFontId = `lt${Date.now()}${this.loadTestFontId++}`;
      let data = this._loadTestFont;
      const COMMENT_OFFSET = 976;
      data = spliceString(data, COMMENT_OFFSET, loadTestFontId.length, loadTestFontId);
      const CFF_CHECKSUM_OFFSET = 16;
      const XXXX_VALUE = 1482184792;
      let checksum = int32(data, CFF_CHECKSUM_OFFSET);
      for (i = 0, ii = loadTestFontId.length - 3; i < ii; i += 4) {
        checksum = checksum - XXXX_VALUE + int32(loadTestFontId, i) | 0;
      }
      if (i < loadTestFontId.length) {
        checksum = checksum - XXXX_VALUE + int32(loadTestFontId + "XXX", i) | 0;
      }
      data = spliceString(data, CFF_CHECKSUM_OFFSET, 4, string32(checksum));
      const url = `url(data:font/opentype;base64,${btoa(data)});`;
      const rule = `@font-face {font-family:"${loadTestFontId}";src:${url}}`;
      this.insertRule(rule);
      const div = this._document.createElement("div");
      div.style.visibility = "hidden";
      div.style.width = div.style.height = "10px";
      div.style.position = "absolute";
      div.style.top = div.style.left = "0px";
      for (const name of [font.loadedName, loadTestFontId]) {
        const span = this._document.createElement("span");
        span.textContent = "Hi";
        span.style.fontFamily = name;
        div.append(span);
      }
      this._document.body.append(div);
      isFontReady(loadTestFontId, () => {
        div.remove();
        completeRequest();
      });
      return promise;
    }
  };
  var FontFaceObject = class {
    #compiledPaths = /* @__PURE__ */ new Map();
    #fontData;
    constructor(translatedData, inspectFont = null, charProcOperatorList, extra) {
      this.#fontData = translatedData;
      this._inspectFont = inspectFont;
      if (charProcOperatorList) {
        this.charProcOperatorList = charProcOperatorList;
      }
      if (extra) {
        Object.assign(this, extra);
      }
    }
    createNativeFontFace() {
      const {
        data
      } = this;
      if (!data || this.disableFontFace) {
        return null;
      }
      let nativeFontFace;
      if (!this.cssFontInfo) {
        nativeFontFace = new FontFace(this.loadedName, data, {});
      } else {
        const css = {
          weight: this.cssFontInfo.fontWeight
        };
        if (this.cssFontInfo.italicAngle) {
          css.style = `oblique ${this.cssFontInfo.italicAngle}deg`;
        }
        nativeFontFace = new FontFace(serializeFontFamily(this.cssFontInfo.fontFamily), data, css);
      }
      this._inspectFont?.(this);
      return nativeFontFace;
    }
    createFontFaceRule() {
      const {
        data
      } = this;
      if (!data || this.disableFontFace) {
        return null;
      }
      const url = `url(data:${this.mimetype};base64,${data.toBase64()});`;
      let rule;
      if (!this.cssFontInfo) {
        rule = `@font-face {font-family:"${this.loadedName}";src:${url}}`;
      } else {
        let css = `font-weight: ${this.cssFontInfo.fontWeight};`;
        if (this.cssFontInfo.italicAngle) {
          css += `font-style: oblique ${this.cssFontInfo.italicAngle}deg;`;
        }
        const fontFamily = serializeFontFamily(this.cssFontInfo.fontFamily);
        rule = `@font-face {font-family:${fontFamily};${css}src:${url}}`;
      }
      this._inspectFont?.(this, url);
      return rule;
    }
    getPathGenerator(objs, character) {
      let path2 = this.#compiledPaths.get(character);
      if (path2) {
        return path2;
      }
      const objId = `${this.loadedName}_path_${character}`;
      let cmds;
      try {
        cmds = objs.get(objId);
      } catch (ex) {
        warn(`getPathGenerator - ignoring character: "${ex}".`);
      }
      path2 = makePathFromDrawOPS(cmds?.path);
      if (!this.fontExtraProperties) {
        objs.delete(objId);
      }
      this.#compiledPaths.set(character, path2);
      return path2;
    }
    get black() {
      return this.#fontData.black;
    }
    get bold() {
      return this.#fontData.bold;
    }
    get disableFontFace() {
      return this.#fontData.disableFontFace;
    }
    set disableFontFace(value) {
      util_shadow(this, "disableFontFace", !!value);
    }
    get fontExtraProperties() {
      return this.#fontData.fontExtraProperties;
    }
    get isInvalidPDFjsFont() {
      return this.#fontData.isInvalidPDFjsFont;
    }
    get isType3Font() {
      return this.#fontData.isType3Font;
    }
    get italic() {
      return this.#fontData.italic;
    }
    get missingFile() {
      return this.#fontData.missingFile;
    }
    get remeasure() {
      return this.#fontData.remeasure;
    }
    get vertical() {
      return this.#fontData.vertical;
    }
    get bbox() {
      return this.#fontData.bbox;
    }
    get fontMatrix() {
      return this.#fontData.fontMatrix;
    }
    get fallbackName() {
      return this.#fontData.fallbackName;
    }
    get loadedName() {
      return this.#fontData.loadedName;
    }
    get mimetype() {
      return this.missingFile ? null : "font/opentype";
    }
    get data() {
      return this.#fontData.data;
    }
    clearData() {
      this.#fontData.clearData();
    }
    get cssFontInfo() {
      return this.#fontData.cssFontInfo;
    }
    get systemFontInfo() {
      return this.#fontData.systemFontInfo;
    }
  };
  var CSS_FONT_INFO = class {
    static strings = ["fontFamily", "fontWeight", "italicAngle"];
  };
  var SYSTEM_FONT_INFO = class {
    static strings = ["css", "loadedName", "baseFontName", "src"];
  };
  var FONT_INFO = class {
    static bools = ["black", "bold", "disableFontFace", "fontExtraProperties", "isInvalidPDFjsFont", "isType3Font", "italic", "missingFile", "remeasure", "vertical"];
    static strings = ["fallbackName", "loadedName"];
    static OFFSET_BBOX = Math.ceil(this.bools.length * 2 / 8);
    static OFFSET_FONT_MATRIX = this.OFFSET_BBOX + 1 + 2 * 4;
    static OFFSET_STRINGS = this.OFFSET_FONT_MATRIX + 1 + 8 * 6;
  };
  var PATTERN_INFO = class {
    static KIND = 0;
    static HAS_BBOX = 1;
    static HAS_BACKGROUND = 2;
    static SHADING_TYPE = 3;
    static N_COORD = 4;
    static N_COLOR = 8;
    static N_STOP = 12;
    static N_FIGURES = 16;
  };
  var InfoUtils = class {
    static get decoder() {
      return util_shadow(this, "decoder", new TextDecoder());
    }
    static get encoder() {
      return util_shadow(this, "encoder", new TextEncoder());
    }
  };
  function readString(buffer, view2, index, offset = 0) {
    const {
      decoder: decoder2
    } = InfoUtils;
    for (let i = 0; i < index; i++) {
      offset += view2.getUint32(offset) + 4;
    }
    const length = view2.getUint32(offset);
    return decoder2.decode(new Uint8Array(buffer, offset + 4, length));
  }
  var CssFontInfo = class {
    #buffer;
    #view;
    constructor(buffer) {
      this.#buffer = buffer;
      this.#view = new DataView(buffer);
    }
    #readString(index) {
      util_assert(index < CSS_FONT_INFO.strings.length, "Invalid string index");
      return readString(this.#buffer, this.#view, index);
    }
    get fontFamily() {
      return util_shadow(this, "fontFamily", this.#readString(0));
    }
    get fontWeight() {
      return util_shadow(this, "fontWeight", this.#readString(1));
    }
    get italicAngle() {
      return util_shadow(this, "italicAngle", this.#readString(2));
    }
  };
  var SystemFontInfo = class {
    #buffer;
    #view;
    constructor(buffer) {
      this.#buffer = buffer;
      this.#view = new DataView(buffer);
    }
    #readString(index) {
      util_assert(index < SYSTEM_FONT_INFO.strings.length, "Invalid string index");
      return readString(this.#buffer, this.#view, index, 4);
    }
    get css() {
      return util_shadow(this, "css", this.#readString(0));
    }
    get loadedName() {
      return util_shadow(this, "loadedName", this.#readString(1));
    }
    get baseFontName() {
      return util_shadow(this, "baseFontName", this.#readString(2));
    }
    get src() {
      return util_shadow(this, "src", this.#readString(3));
    }
    get style() {
      let offset = 0;
      offset += 4 + this.#view.getUint32(offset);
      const style = readString(this.#buffer, this.#view, 0, offset), weight = readString(this.#buffer, this.#view, 1, offset);
      return util_shadow(this, "style", {
        style,
        weight
      });
    }
  };
  var FontInfo = class {
    #buffer;
    #view;
    constructor(buffer) {
      this.#buffer = buffer;
      this.#view = new DataView(buffer);
    }
    #readBoolean(index) {
      util_assert(index < FONT_INFO.bools.length, "Invalid boolean index");
      const byteOffset = Math.floor(index / 4);
      const bitOffset = index * 2 % 8;
      const value = this.#view.getUint8(byteOffset) >> bitOffset & 3;
      return value === 0 ? void 0 : value === 2;
    }
    get black() {
      return util_shadow(this, "black", this.#readBoolean(0));
    }
    get bold() {
      return util_shadow(this, "bold", this.#readBoolean(1));
    }
    get disableFontFace() {
      return util_shadow(this, "disableFontFace", this.#readBoolean(2));
    }
    get fontExtraProperties() {
      return util_shadow(this, "fontExtraProperties", this.#readBoolean(3));
    }
    get isInvalidPDFjsFont() {
      return util_shadow(this, "isInvalidPDFjsFont", this.#readBoolean(4));
    }
    get isType3Font() {
      return util_shadow(this, "isType3Font", this.#readBoolean(5));
    }
    get italic() {
      return util_shadow(this, "italic", this.#readBoolean(6));
    }
    get missingFile() {
      return util_shadow(this, "missingFile", this.#readBoolean(7));
    }
    get remeasure() {
      return util_shadow(this, "remeasure", this.#readBoolean(8));
    }
    get vertical() {
      return util_shadow(this, "vertical", this.#readBoolean(9));
    }
    #readArray(offset, arrLen, lookupName, increment) {
      const len = this.#view.getUint8(offset++);
      if (len === 0) {
        return void 0;
      }
      util_assert(len === arrLen, "Invalid array length.");
      const arr = new Array(len);
      for (let i = 0; i < len; i++) {
        arr[i] = this.#view[lookupName](offset, true);
        offset += increment;
      }
      return arr;
    }
    get bbox() {
      return util_shadow(this, "bbox", this.#readArray(FONT_INFO.OFFSET_BBOX, 4, "getInt16", 2));
    }
    get fontMatrix() {
      return util_shadow(this, "fontMatrix", this.#readArray(FONT_INFO.OFFSET_FONT_MATRIX, 6, "getFloat64", 8));
    }
    #readString(index) {
      util_assert(index < FONT_INFO.strings.length, "Invalid string index");
      return readString(this.#buffer, this.#view, index, FONT_INFO.OFFSET_STRINGS + 4);
    }
    get fallbackName() {
      return util_shadow(this, "fallbackName", this.#readString(0));
    }
    get loadedName() {
      return util_shadow(this, "loadedName", this.#readString(1));
    }
    #getBufferOffset(index) {
      let offset = FONT_INFO.OFFSET_STRINGS;
      for (let i = 0; i <= index; i++) {
        offset += 4 + this.#view.getUint32(offset);
      }
      const length = this.#view.getUint32(offset);
      return {
        offset,
        length
      };
    }
    get data() {
      const {
        offset,
        length
      } = this.#getBufferOffset(2);
      return !length ? void 0 : new Uint8Array(this.#buffer, offset + 4, length);
    }
    clearData() {
      const {
        offset,
        length
      } = this.#getBufferOffset(2);
      if (!length) {
        return;
      }
      this.#view.setUint32(offset, 0);
      this.#buffer = new Uint8Array(this.#buffer, 0, offset + 4).slice().buffer;
      this.#view = new DataView(this.#buffer);
    }
    get cssFontInfo() {
      const {
        offset,
        length
      } = this.#getBufferOffset(1);
      let info3 = null;
      if (length) {
        const data = new Uint8Array(this.#buffer, offset + 4, length).slice();
        info3 = new CssFontInfo(data.buffer);
      }
      return util_shadow(this, "cssFontInfo", info3);
    }
    get systemFontInfo() {
      const {
        offset,
        length
      } = this.#getBufferOffset(0);
      let info3 = null;
      if (length) {
        const data = new Uint8Array(this.#buffer, offset + 4, length).slice();
        info3 = new SystemFontInfo(data.buffer);
      }
      return util_shadow(this, "systemFontInfo", info3);
    }
  };
  var PatternInfo = class {
    constructor(buffer) {
      this.buffer = buffer;
      this.view = new DataView(buffer);
      this.data = new Uint8Array(buffer);
    }
    getIR() {
      const dataView = this.view;
      const kind = this.data[PATTERN_INFO.KIND];
      const hasBBox = !!this.data[PATTERN_INFO.HAS_BBOX];
      const hasBackground = !!this.data[PATTERN_INFO.HAS_BACKGROUND];
      const nCoord = dataView.getUint32(PATTERN_INFO.N_COORD, true);
      const nColor = dataView.getUint32(PATTERN_INFO.N_COLOR, true);
      const nStop = dataView.getUint32(PATTERN_INFO.N_STOP, true);
      let offset = 20;
      const coords = new Float32Array(this.buffer, offset, nCoord * 2);
      offset += nCoord * 8;
      const colors = new Uint8Array(this.buffer, offset, nColor * 4);
      offset += nColor * 4;
      const stops = [];
      for (let i = 0; i < nStop; ++i) {
        const p = dataView.getFloat32(offset, true);
        offset += 4;
        const rgb2 = dataView.getUint32(offset, true);
        offset += 4;
        stops.push([p, `#${rgb2.toString(16).padStart(6, "0")}`]);
      }
      let bbox = null;
      if (hasBBox) {
        bbox = [];
        for (let i = 0; i < 4; ++i) {
          bbox.push(dataView.getFloat32(offset, true));
          offset += 4;
        }
      }
      let background = null;
      if (hasBackground) {
        background = new Uint8Array(this.buffer, offset, 3);
        offset += 3;
      }
      if (kind === 1) {
        return ["RadialAxial", "axial", bbox, stops, [coords[0], coords[1]], [coords[2], coords[3]], null, null];
      }
      if (kind === 2) {
        return ["RadialAxial", "radial", bbox, stops, [coords[0], coords[1]], [coords[3], coords[4]], coords[2], coords[5]];
      }
      if (kind === 3) {
        const shadingType = this.data[PATTERN_INFO.SHADING_TYPE];
        let bounds2 = null;
        if (coords.length > 0) {
          bounds2 = BBOX_INIT.slice();
          for (let i = 0, ii = coords.length; i < ii; i += 2) {
            Util.pointBoundingBox(coords[i], coords[i + 1], bounds2);
          }
        }
        return ["Mesh", shadingType, coords, colors, nCoord, bounds2, bbox, background];
      }
      throw new Error(`Unsupported pattern kind: ${kind}`);
    }
  };
  var FontPathInfo = class {
    #buffer;
    constructor(buffer) {
      this.#buffer = buffer;
    }
    get path() {
      if (FeatureTest.isFloat16ArraySupported) {
        return new Float16Array(this.#buffer);
      }
      return new Float32Array(this.#buffer);
    }
  };
  function getUrlProp(val) {
    if (val instanceof URL) {
      return val;
    }
    if (typeof val === "string") {
      if (isNodeJS) {
        if (/^[a-z][a-z0-9\-+.]+:/i.test(val)) {
          return new URL(val);
        }
        const url2 = process.getBuiltinModule("url");
        return new URL(url2.pathToFileURL(val));
      }
      const url = URL.parse(val, window.location);
      if (url) {
        return url;
      }
    }
    throw new Error("Invalid PDF url data: either string or URL-object is expected in the url property.");
  }
  function getDataProp(val) {
    if (isNodeJS && typeof Buffer !== "undefined" && val instanceof Buffer) {
      throw new Error("Please provide binary data as `Uint8Array`, rather than `Buffer`.");
    }
    if (val instanceof Uint8Array && val.byteLength === val.buffer.byteLength) {
      return val;
    }
    if (typeof val === "string") {
      return stringToBytes(val);
    }
    if (val instanceof ArrayBuffer || ArrayBuffer.isView(val) || typeof val === "object" && !isNaN(val?.length)) {
      return new Uint8Array(val);
    }
    throw new Error("Invalid PDF binary data: either TypedArray, string, or array-like object is expected in the data property.");
  }
  function getFactoryUrlProp(val) {
    if (typeof val !== "string") {
      return null;
    }
    if (val.endsWith("/")) {
      return val;
    }
    throw new Error(`Invalid factory url: "${val}" must include trailing slash.`);
  }
  var isRefProxy = (v) => typeof v === "object" && Number.isInteger(v?.num) && v.num >= 0 && Number.isInteger(v?.gen) && v.gen >= 0;
  var isNameProxy = (v) => typeof v === "object" && typeof v?.name === "string";
  var isValidExplicitDest = _isValidExplicitDest.bind(null, isRefProxy, isNameProxy);
  var LoopbackPort = class {
    #listeners = /* @__PURE__ */ new Map();
    #deferred = Promise.resolve();
    postMessage(obj, transfer) {
      const event = {
        data: structuredClone(obj, transfer ? {
          transfer
        } : null)
      };
      this.#deferred.then(() => {
        for (const [listener] of this.#listeners) {
          listener.call(this, event);
        }
      });
    }
    addEventListener(name, listener, options2 = null) {
      let rmAbort = null;
      if (options2?.signal instanceof AbortSignal) {
        const {
          signal
        } = options2;
        if (signal.aborted) {
          warn("LoopbackPort - cannot use an `aborted` signal.");
          return;
        }
        const onAbort = () => this.removeEventListener(name, listener);
        rmAbort = () => signal.removeEventListener("abort", onAbort);
        signal.addEventListener("abort", onAbort);
      }
      this.#listeners.set(listener, rmAbort);
    }
    removeEventListener(name, listener) {
      const rmAbort = this.#listeners.get(listener);
      rmAbort?.();
      this.#listeners.delete(listener);
    }
    terminate() {
      for (const [, rmAbort] of this.#listeners) {
        rmAbort?.();
      }
      this.#listeners.clear();
    }
  };
  es_promise_try_namespaceFn();
  var CallbackKind = {
    DATA: 1,
    ERROR: 2
  };
  var StreamKind = {
    CANCEL: 1,
    CANCEL_COMPLETE: 2,
    CLOSE: 3,
    ENQUEUE: 4,
    ERROR: 5,
    PULL: 6,
    PULL_COMPLETE: 7,
    START_COMPLETE: 8
  };
  function onFn() {
  }
  function wrapReason(ex) {
    if (ex instanceof AbortException || ex instanceof InvalidPDFException || ex instanceof PasswordException || ex instanceof ResponseException || ex instanceof UnknownErrorException) {
      return ex;
    }
    if (!(ex instanceof Error || typeof ex === "object" && ex !== null)) {
      unreachable('wrapReason: Expected "reason" to be a (possibly cloned) Error.');
    }
    switch (ex.name) {
      case "AbortException":
        return new AbortException(ex.message);
      case "InvalidPDFException":
        return new InvalidPDFException(ex.message);
      case "PasswordException":
        return new PasswordException(ex.message, ex.code);
      case "ResponseException":
        return new ResponseException(ex.message, ex.status, ex.missing);
      case "UnknownErrorException":
        return new UnknownErrorException(ex.message, ex.details);
    }
    return new UnknownErrorException(ex.message, ex.toString());
  }
  var MessageHandler = class {
    #actions = /* @__PURE__ */ new Map();
    #callbackCapabilities = /* @__PURE__ */ new Map();
    #callbackId = 1;
    #comObj;
    #messageAC = new AbortController();
    #sourceName;
    #streamControllers = /* @__PURE__ */ new Map();
    #streamId = 1;
    #streamSinks = /* @__PURE__ */ new Map();
    #targetName;
    constructor(sourceName, targetName, comObj) {
      this.#sourceName = sourceName;
      this.#targetName = targetName;
      this.#comObj = comObj;
      comObj.addEventListener("message", this.#onMessage.bind(this), {
        signal: this.#messageAC.signal
      });
    }
    #onMessage({
      data
    }) {
      if (data.targetName !== this.#sourceName) {
        return;
      }
      if (data.stream) {
        this.#processStreamMessage(data);
        return;
      }
      if (data.callback) {
        const {
          callbackId,
          callback
        } = data;
        const capability2 = this.#callbackCapabilities.get(callbackId);
        if (!capability2) {
          throw new Error(`Cannot resolve callback ${callbackId}`);
        }
        this.#callbackCapabilities.delete(callbackId);
        if (callback === CallbackKind.DATA) {
          capability2.resolve(data.data);
        } else if (callback === CallbackKind.ERROR) {
          capability2.reject(wrapReason(data.reason));
        } else {
          throw new Error("Unexpected callback case");
        }
        return;
      }
      const action = this.#actions.get(data.action);
      if (!action) {
        throw new Error(`Unknown action from worker: ${data.action}`);
      }
      if (data.callbackId) {
        const sourceName = this.#sourceName, targetName = data.sourceName, comObj = this.#comObj;
        Promise.try(action, data.data).then((result) => {
          comObj.postMessage({
            sourceName,
            targetName,
            callback: CallbackKind.DATA,
            callbackId: data.callbackId,
            data: result
          });
        }, (reason) => {
          comObj.postMessage({
            sourceName,
            targetName,
            callback: CallbackKind.ERROR,
            callbackId: data.callbackId,
            reason: wrapReason(reason)
          });
        });
        return;
      }
      if (data.streamId) {
        this.#createStreamSink(data);
        return;
      }
      action(data.data);
    }
    on(actionName, handler) {
      const ah = this.#actions;
      if (ah.has(actionName)) {
        throw new Error(`There is already a "${actionName}" handler.`);
      }
      ah.set(actionName, handler);
    }
    send(actionName, data, transfers) {
      this.#comObj.postMessage({
        sourceName: this.#sourceName,
        targetName: this.#targetName,
        action: actionName,
        data
      }, transfers);
    }
    sendWithPromise(actionName, data, transfers) {
      const callbackId = this.#callbackId++, capability2 = Promise.withResolvers();
      this.#callbackCapabilities.set(callbackId, capability2);
      try {
        this.#comObj.postMessage({
          sourceName: this.#sourceName,
          targetName: this.#targetName,
          action: actionName,
          callbackId,
          data
        }, transfers);
      } catch (ex) {
        capability2.reject(ex);
      }
      return capability2.promise;
    }
    sendWithStream(actionName, data, queueingStrategy, transfers) {
      const streamId = this.#streamId++, sourceName = this.#sourceName, targetName = this.#targetName, comObj = this.#comObj;
      return new ReadableStream({
        start: (controller) => {
          const startCapability = Promise.withResolvers();
          this.#streamControllers.set(streamId, {
            controller,
            startCall: startCapability,
            pullCall: null,
            cancelCall: null,
            isClosed: false
          });
          comObj.postMessage({
            sourceName,
            targetName,
            action: actionName,
            streamId,
            data,
            desiredSize: controller.desiredSize
          }, transfers);
          return startCapability.promise;
        },
        pull: (controller) => {
          const pullCapability = Promise.withResolvers();
          this.#streamControllers.get(streamId).pullCall = pullCapability;
          comObj.postMessage({
            sourceName,
            targetName,
            stream: StreamKind.PULL,
            streamId,
            desiredSize: controller.desiredSize
          });
          return pullCapability.promise;
        },
        cancel: (reason) => {
          util_assert(reason instanceof Error, "cancel must have a valid reason");
          const cancelCapability = Promise.withResolvers();
          this.#streamControllers.get(streamId).cancelCall = cancelCapability;
          this.#streamControllers.get(streamId).isClosed = true;
          comObj.postMessage({
            sourceName,
            targetName,
            stream: StreamKind.CANCEL,
            streamId,
            reason: wrapReason(reason)
          });
          return cancelCapability.promise;
        }
      }, queueingStrategy);
    }
    #createStreamSink(data) {
      const streamId = data.streamId, sourceName = this.#sourceName, targetName = data.sourceName, comObj = this.#comObj;
      const streamSinks = this.#streamSinks, action = this.#actions.get(data.action);
      const streamSink = {
        enqueue(chunk, size = 1, transfers) {
          if (this.isCancelled) {
            return;
          }
          const lastDesiredSize = this.desiredSize;
          this.desiredSize -= size;
          if (lastDesiredSize > 0 && this.desiredSize <= 0) {
            this.sinkCapability = Promise.withResolvers();
            this.ready = this.sinkCapability.promise;
          }
          comObj.postMessage({
            sourceName,
            targetName,
            stream: StreamKind.ENQUEUE,
            streamId,
            chunk
          }, transfers);
        },
        close() {
          if (this.isCancelled) {
            return;
          }
          this.isCancelled = true;
          comObj.postMessage({
            sourceName,
            targetName,
            stream: StreamKind.CLOSE,
            streamId
          });
          streamSinks.delete(streamId);
        },
        error(reason) {
          util_assert(reason instanceof Error, "error must have a valid reason");
          if (this.isCancelled) {
            return;
          }
          this.isCancelled = true;
          comObj.postMessage({
            sourceName,
            targetName,
            stream: StreamKind.ERROR,
            streamId,
            reason: wrapReason(reason)
          });
        },
        sinkCapability: Promise.withResolvers(),
        onPull: null,
        onCancel: null,
        isCancelled: false,
        desiredSize: data.desiredSize,
        ready: null
      };
      streamSink.sinkCapability.resolve();
      streamSink.ready = streamSink.sinkCapability.promise;
      streamSinks.set(streamId, streamSink);
      Promise.try(action, data.data, streamSink).then(() => {
        comObj.postMessage({
          sourceName,
          targetName,
          stream: StreamKind.START_COMPLETE,
          streamId,
          success: true
        });
      }, (reason) => {
        comObj.postMessage({
          sourceName,
          targetName,
          stream: StreamKind.START_COMPLETE,
          streamId,
          reason: wrapReason(reason)
        });
      });
    }
    #processStreamMessage(data) {
      const streamId = data.streamId, sourceName = this.#sourceName, targetName = data.sourceName, comObj = this.#comObj;
      const streamController = this.#streamControllers.get(streamId), streamSink = this.#streamSinks.get(streamId);
      switch (data.stream) {
        case StreamKind.START_COMPLETE:
          if (data.success) {
            streamController.startCall.resolve();
          } else {
            streamController.startCall.reject(wrapReason(data.reason));
          }
          break;
        case StreamKind.PULL_COMPLETE:
          if (data.success) {
            streamController.pullCall.resolve();
          } else {
            streamController.pullCall.reject(wrapReason(data.reason));
          }
          break;
        case StreamKind.PULL:
          if (!streamSink) {
            comObj.postMessage({
              sourceName,
              targetName,
              stream: StreamKind.PULL_COMPLETE,
              streamId,
              success: true
            });
            break;
          }
          if (streamSink.desiredSize <= 0 && data.desiredSize > 0) {
            streamSink.sinkCapability.resolve();
          }
          streamSink.desiredSize = data.desiredSize;
          Promise.try(streamSink.onPull || onFn).then(() => {
            comObj.postMessage({
              sourceName,
              targetName,
              stream: StreamKind.PULL_COMPLETE,
              streamId,
              success: true
            });
          }, (reason) => {
            comObj.postMessage({
              sourceName,
              targetName,
              stream: StreamKind.PULL_COMPLETE,
              streamId,
              reason: wrapReason(reason)
            });
          });
          break;
        case StreamKind.ENQUEUE:
          util_assert(streamController, "enqueue should have stream controller");
          if (streamController.isClosed) {
            break;
          }
          streamController.controller.enqueue(data.chunk);
          break;
        case StreamKind.CLOSE:
          util_assert(streamController, "close should have stream controller");
          if (streamController.isClosed) {
            break;
          }
          streamController.isClosed = true;
          streamController.controller.close();
          this.#deleteStreamController(streamController, streamId);
          break;
        case StreamKind.ERROR:
          util_assert(streamController, "error should have stream controller");
          streamController.controller.error(wrapReason(data.reason));
          this.#deleteStreamController(streamController, streamId);
          break;
        case StreamKind.CANCEL_COMPLETE:
          if (data.success) {
            streamController.cancelCall.resolve();
          } else {
            streamController.cancelCall.reject(wrapReason(data.reason));
          }
          this.#deleteStreamController(streamController, streamId);
          break;
        case StreamKind.CANCEL:
          if (!streamSink) {
            break;
          }
          const dataReason = wrapReason(data.reason);
          Promise.try(streamSink.onCancel || onFn, dataReason).then(() => {
            comObj.postMessage({
              sourceName,
              targetName,
              stream: StreamKind.CANCEL_COMPLETE,
              streamId,
              success: true
            });
          }, (reason) => {
            comObj.postMessage({
              sourceName,
              targetName,
              stream: StreamKind.CANCEL_COMPLETE,
              streamId,
              reason: wrapReason(reason)
            });
          });
          streamSink.sinkCapability.reject(dataReason);
          streamSink.isCancelled = true;
          this.#streamSinks.delete(streamId);
          break;
        default:
          throw new Error("Unexpected stream case");
      }
    }
    async #deleteStreamController(streamController, streamId) {
      await Promise.allSettled([streamController.startCall?.promise, streamController.pullCall?.promise, streamController.cancelCall?.promise]);
      this.#streamControllers.delete(streamId);
    }
    destroy() {
      this.#messageAC?.abort();
      this.#messageAC = null;
    }
  };
  var BaseBinaryDataFactory = class {
    #errorStr = Object.freeze({
      cMapUrl: "CMap",
      standardFontDataUrl: "font",
      wasmUrl: "wasm"
    });
    constructor({
      cMapUrl = null,
      standardFontDataUrl = null,
      wasmUrl = null
    }) {
      this.cMapUrl = cMapUrl;
      this.standardFontDataUrl = standardFontDataUrl;
      this.wasmUrl = wasmUrl;
    }
    async fetch({
      kind,
      filename
    }) {
      switch (kind) {
        case "cMapUrl":
        case "standardFontDataUrl":
        case "wasmUrl":
          break;
        default:
          unreachable(`Not implemented: ${kind}`);
      }
      const baseUrl = this[kind];
      if (!baseUrl) {
        throw new Error(`Ensure that the \`${kind}\` API parameter is provided.`);
      }
      const url = `${baseUrl}${filename}`;
      return this._fetch(url, kind).catch((reason) => {
        throw new Error(`Unable to load ${this.#errorStr[kind]} data at: ${url}`);
      });
    }
    async _fetch(url, kind) {
      unreachable("Abstract method `_fetch` called.");
    }
  };
  var DOMBinaryDataFactory = class extends BaseBinaryDataFactory {
    async _fetch(url, kind) {
      const type = kind === "cMapUrl" && !url.endsWith(".bcmap") ? "text" : "bytes";
      const data = await fetchData(url, type);
      return data instanceof Uint8Array ? data : stringToBytes(data);
    }
  };
  var BaseCanvasFactory = class {
    #enableHWA = false;
    constructor({
      enableHWA = false
    }) {
      this.#enableHWA = enableHWA;
    }
    create(width, height) {
      if (width <= 0 || height <= 0) {
        throw new Error("Invalid canvas size");
      }
      const canvas = this._createCanvas(width, height);
      return {
        canvas,
        context: canvas.getContext("2d", {
          willReadFrequently: !this.#enableHWA
        })
      };
    }
    reset({
      canvas
    }, width, height) {
      if (!canvas) {
        throw new Error("Canvas is not specified");
      }
      if (width <= 0 || height <= 0) {
        throw new Error("Invalid canvas size");
      }
      canvas.width = width;
      canvas.height = height;
    }
    destroy(canvasAndContext) {
      const {
        canvas
      } = canvasAndContext;
      if (!canvas) {
        throw new Error("Canvas is not specified");
      }
      canvas.width = canvas.height = 0;
      canvasAndContext.canvas = null;
      canvasAndContext.context = null;
    }
    _createCanvas(width, height) {
      unreachable("Abstract method `_createCanvas` called.");
    }
  };
  var DOMCanvasFactory = class extends BaseCanvasFactory {
    constructor({
      ownerDocument = globalThis.document,
      enableHWA = false
    }) {
      super({
        enableHWA
      });
      this._document = ownerDocument;
    }
    _createCanvas(width, height) {
      const canvas = this._document.createElement("canvas");
      canvas.width = width;
      canvas.height = height;
      return canvas;
    }
  };
  var BaseFilterFactory = class {
    addFilter(maps) {
      return "none";
    }
    addHCMFilter(fgColor, bgColor) {
      return "none";
    }
    addAlphaFilter(map) {
      return "none";
    }
    addLuminosityFilter(map) {
      return "none";
    }
    addKnockoutFilter(alpha = 0) {
      return "none";
    }
    addHighlightHCMFilter(filterName, fgColor, bgColor, newFgColor, newBgColor) {
      return "none";
    }
    addSelectionHCMFilter(fgColor, bgColor) {
      return "none";
    }
    addSelectionFilter() {
      return "none";
    }
    createSelectionStyle(pageColors = null) {
      return null;
    }
    destroy(keepHCM = false) {
    }
  };
  var DOMFilterFactory = class extends BaseFilterFactory {
    #baseUrl;
    #_cache;
    #_defs;
    #docId;
    #document;
    #_hcmCache;
    #id = 0;
    constructor({
      docId,
      ownerDocument = globalThis.document
    }) {
      super();
      this.#docId = docId;
      this.#document = ownerDocument;
    }
    get #cache() {
      return this.#_cache ||= /* @__PURE__ */ new Map();
    }
    get #hcmCache() {
      return this.#_hcmCache ||= /* @__PURE__ */ new Map();
    }
    get #defs() {
      if (!this.#_defs) {
        const div = this.#document.createElement("div");
        const {
          style
        } = div;
        style.colorScheme = "only light";
        style.visibility = "hidden";
        style.contain = "strict";
        style.width = style.height = 0;
        style.position = "absolute";
        style.top = style.left = 0;
        style.zIndex = -1;
        const svg = this.#document.createElementNS(SVG_NS, "svg");
        svg.setAttribute("width", 0);
        svg.setAttribute("height", 0);
        this.#_defs = this.#document.createElementNS(SVG_NS, "defs");
        div.append(svg);
        svg.append(this.#_defs);
        this.#document.body.append(div);
      }
      return this.#_defs;
    }
    #createTables(maps) {
      const toTable = (map) => map && Array.from(map, (v) => v / 255).join(",");
      if (maps.length === 1) {
        const table = toTable(maps[0]);
        return [table, table, table];
      }
      const [mapR, mapG, mapB] = maps;
      return [toTable(mapR), toTable(mapG), toTable(mapB)];
    }
    #createUrl(id) {
      if (this.#baseUrl === void 0) {
        this.#baseUrl = "";
        const url = this.#document.URL;
        if (url !== this.#document.baseURI) {
          if (isDataScheme(url)) {
            warn('#createUrl: ignore "data:"-URL for performance reasons.');
          } else {
            this.#baseUrl = updateUrlHash(url, "");
          }
        }
      }
      return `url(${this.#baseUrl}#${id})`;
    }
    addFilter(maps) {
      if (!maps) {
        return "none";
      }
      let value = this.#cache.get(maps);
      if (value) {
        return value;
      }
      const [tableR, tableG, tableB] = this.#createTables(maps);
      const key2 = maps.length === 1 ? tableR : `${tableR}${tableG}${tableB}`;
      value = this.#cache.get(key2);
      if (value) {
        this.#cache.set(maps, value);
        return value;
      }
      const id = `g_${this.#docId}_transfer_map_${this.#id++}`;
      const url = this.#createUrl(id);
      this.#cache.set(maps, url);
      this.#cache.set(key2, url);
      const filter = this.#createFilter(id);
      this.#addTransferMapConversion(tableR, tableG, tableB, filter);
      return url;
    }
    addHCMFilter(fgColor, bgColor) {
      const key2 = `${fgColor}-${bgColor}`;
      const filterName = "base";
      let info3 = this.#hcmCache.get(filterName);
      if (info3?.key === key2) {
        return info3.url;
      }
      if (info3) {
        info3.filter?.remove();
        info3.key = key2;
        info3.url = "none";
        info3.filter = null;
      } else {
        info3 = {
          key: key2,
          url: "none",
          filter: null
        };
        this.#hcmCache.set(filterName, info3);
      }
      if (!fgColor || !bgColor) {
        return info3.url;
      }
      const fgRGB = this.#getRGB(fgColor);
      fgColor = Util.makeHexColor(...fgRGB);
      const bgRGB = this.#getRGB(bgColor);
      bgColor = Util.makeHexColor(...bgRGB);
      this.#resetDefsColor();
      if (fgColor === "#000000" && bgColor === "#ffffff" || fgColor === bgColor) {
        return info3.url;
      }
      const map = Array.from({
        length: 256
      }, (_, i) => computeLuminance(i / 255));
      const table = map.join(",");
      const id = `g_${this.#docId}_hcm_filter`;
      const filter = info3.filter = this.#createFilter(id);
      this.#addTransferMapConversion(table, table, table, filter);
      this.#addGrayConversion(filter);
      const getSteps = (c, n) => {
        const start = fgRGB[c] / 255;
        const end = bgRGB[c] / 255;
        const arr = new Array(n + 1);
        for (let i = 0; i <= n; i++) {
          arr[i] = start + i / n * (end - start);
        }
        return arr.join(",");
      };
      this.#addTransferMapConversion(getSteps(0, 5), getSteps(1, 5), getSteps(2, 5), filter);
      info3.url = this.#createUrl(id);
      return info3.url;
    }
    addSelectionHCMFilter(fgColor, bgColor) {
      return this.addHighlightHCMFilter("selection", fgColor, bgColor, "HighlightText", "Highlight");
    }
    addSelectionFilter() {
      return this.addHighlightHCMFilter("selection_default", "black", "white", "HighlightText", "Highlight");
    }
    createSelectionStyle(pageColors = null) {
      const filter = pageColors ? this.addSelectionHCMFilter(pageColors.foreground, pageColors.background) : this.addSelectionFilter();
      if (filter === "none" || !FeatureTest.platform.isFirefox) {
        return null;
      }
      return {
        "backdrop-filter": filter,
        "background-color": "transparent"
      };
    }
    addAlphaFilter(map) {
      let value = this.#cache.get(map);
      if (value) {
        return value;
      }
      const [tableA] = this.#createTables([map]);
      const key2 = `alpha_${tableA}`;
      value = this.#cache.get(key2);
      if (value) {
        this.#cache.set(map, value);
        return value;
      }
      const id = `g_${this.#docId}_alpha_map_${this.#id++}`;
      const url = this.#createUrl(id);
      this.#cache.set(map, url);
      this.#cache.set(key2, url);
      const filter = this.#createFilter(id);
      this.#addTransferMapAlphaConversion(tableA, filter);
      return url;
    }
    addLuminosityFilter(map) {
      let value = this.#cache.get(map || "luminosity");
      if (value) {
        return value;
      }
      let tableA, key2;
      if (map) {
        [tableA] = this.#createTables([map]);
        key2 = `luminosity_${tableA}`;
      } else {
        key2 = "luminosity";
      }
      value = this.#cache.get(key2);
      if (value) {
        this.#cache.set(map, value);
        return value;
      }
      const id = `g_${this.#docId}_luminosity_map_${this.#id++}`;
      const url = this.#createUrl(id);
      this.#cache.set(map, url);
      this.#cache.set(key2, url);
      const filter = this.#createFilter(id);
      this.#addLuminosityConversion(filter);
      if (map) {
        this.#addTransferMapAlphaConversion(tableA, filter);
      }
      return url;
    }
    addKnockoutFilter(alpha = 0) {
      const slope = alpha > 0 ? Math.min(1 / alpha, 1e6) : 1e6;
      const key2 = `knockout_${slope}`;
      const value = this.#cache.get(key2);
      if (value) {
        return value;
      }
      const id = `g_${this.#docId}_knockout_filter_${this.#id++}`;
      const url = this.#createUrl(id);
      this.#cache.set(key2, url);
      const filter = this.#createFilter(id);
      const feComponentTransfer = this.#document.createElementNS(SVG_NS, "feComponentTransfer");
      filter.append(feComponentTransfer);
      const feFuncA = this.#document.createElementNS(SVG_NS, "feFuncA");
      feFuncA.setAttribute("type", "linear");
      feFuncA.setAttribute("slope", `${slope}`);
      feFuncA.setAttribute("intercept", "0");
      feComponentTransfer.append(feFuncA);
      return url;
    }
    addHighlightHCMFilter(filterName, fgColor, bgColor, newFgColor, newBgColor) {
      const key2 = `${fgColor}-${bgColor}-${newFgColor}-${newBgColor}`;
      let info3 = this.#hcmCache.get(filterName);
      if (info3?.key === key2) {
        return info3.url;
      }
      if (info3) {
        info3.filter?.remove();
        info3.key = key2;
        info3.url = "none";
        info3.filter = null;
      } else {
        info3 = {
          key: key2,
          url: "none",
          filter: null
        };
        this.#hcmCache.set(filterName, info3);
      }
      if (!fgColor || !bgColor) {
        return info3.url;
      }
      const [fgRGB, bgRGB] = [fgColor, bgColor].map(this.#getRGB.bind(this));
      let fgGray = Math.round(0.2126 * fgRGB[0] + 0.7152 * fgRGB[1] + 0.0722 * fgRGB[2]);
      let bgGray = Math.round(0.2126 * bgRGB[0] + 0.7152 * bgRGB[1] + 0.0722 * bgRGB[2]);
      let [newFgRGB, newBgRGB] = [newFgColor, newBgColor].map(this.#getOpaqueTextColor.bind(this));
      if (bgGray < fgGray) {
        [fgGray, bgGray, newFgRGB, newBgRGB] = [bgGray, fgGray, newBgRGB, newFgRGB];
      }
      this.#resetDefsColor();
      const getSteps = (fg, bg, n) => {
        const arr = new Array(256);
        const step = (bgGray - fgGray) / n;
        const newStart = fg / 255;
        const newStep = (bg - fg) / (255 * n);
        let prev = 0;
        for (let i = 0; i <= n; i++) {
          const k = Math.round(fgGray + i * step);
          const value = newStart + i * newStep;
          for (let j = prev; j <= k; j++) {
            arr[j] = value;
          }
          prev = k + 1;
        }
        for (let i = prev; i < 256; i++) {
          arr[i] = arr[prev - 1];
        }
        return arr.join(",");
      };
      const id = `g_${this.#docId}_hcm_${filterName}_filter`;
      const filter = info3.filter = this.#createFilter(id);
      this.#addGrayConversion(filter);
      this.#addTransferMapConversion(getSteps(newFgRGB[0], newBgRGB[0], 5), getSteps(newFgRGB[1], newBgRGB[1], 5), getSteps(newFgRGB[2], newBgRGB[2], 5), filter);
      info3.url = this.#createUrl(id);
      return info3.url;
    }
    destroy(keepHCM = false) {
      if (keepHCM && this.#_hcmCache?.size) {
        return;
      }
      this.#_defs?.parentNode.parentNode.remove();
      this.#_defs = null;
      this.#_cache?.clear();
      this.#_cache = null;
      this.#_hcmCache?.clear();
      this.#_hcmCache = null;
      this.#id = 0;
    }
    #addLuminosityConversion(filter) {
      const feColorMatrix = this.#document.createElementNS(SVG_NS, "feColorMatrix");
      feColorMatrix.setAttribute("type", "matrix");
      feColorMatrix.setAttribute("values", "0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.3 0.59 0.11 0 0");
      filter.append(feColorMatrix);
    }
    #addGrayConversion(filter) {
      const feColorMatrix = this.#document.createElementNS(SVG_NS, "feColorMatrix");
      feColorMatrix.setAttribute("type", "matrix");
      feColorMatrix.setAttribute("values", "0.2126 0.7152 0.0722 0 0 0.2126 0.7152 0.0722 0 0 0.2126 0.7152 0.0722 0 0 0 0 0 1 0");
      filter.append(feColorMatrix);
    }
    #createFilter(id) {
      const filter = this.#document.createElementNS(SVG_NS, "filter");
      filter.setAttribute("color-interpolation-filters", "sRGB");
      filter.setAttribute("id", id);
      this.#defs.append(filter);
      return filter;
    }
    #appendFeFunc(feComponentTransfer, func, table) {
      if (!table) {
        return;
      }
      const feFunc = this.#document.createElementNS(SVG_NS, func);
      feFunc.setAttribute("type", "discrete");
      feFunc.setAttribute("tableValues", table);
      feComponentTransfer.append(feFunc);
    }
    #addTransferMapConversion(rTable, gTable, bTable, filter) {
      const feComponentTransfer = this.#document.createElementNS(SVG_NS, "feComponentTransfer");
      filter.append(feComponentTransfer);
      this.#appendFeFunc(feComponentTransfer, "feFuncR", rTable);
      this.#appendFeFunc(feComponentTransfer, "feFuncG", gTable);
      this.#appendFeFunc(feComponentTransfer, "feFuncB", bTable);
    }
    #addTransferMapAlphaConversion(aTable, filter) {
      const feComponentTransfer = this.#document.createElementNS(SVG_NS, "feComponentTransfer");
      filter.append(feComponentTransfer);
      this.#appendFeFunc(feComponentTransfer, "feFuncA", aTable);
    }
    #getRGB(color2) {
      this.#defs.style.color = "CanvasText";
      this.#defs.style.backgroundColor = color2;
      return getRGB(getComputedStyle(this.#defs).getPropertyValue("background-color"));
    }
    #getRGBA(color2) {
      this.#defs.style.color = "CanvasText";
      this.#defs.style.backgroundColor = color2;
      return getRGBA(getComputedStyle(this.#defs).getPropertyValue("background-color"));
    }
    #resetDefsColor() {
      this.#defs.style.color = "";
      this.#defs.style.backgroundColor = "";
    }
    #getOpaqueTextColor(color2) {
      const [r, g, b, alpha] = this.#getRGBA(color2);
      if (alpha === 1) {
        return [r, g, b];
      }
      const [canvasR, canvasG, canvasB] = this.#getRGB("Canvas");
      return [blend(r, canvasR, alpha), blend(g, canvasG, alpha), blend(b, canvasB, alpha)];
    }
  };
  function blend(fg, bg, alpha) {
    return Math.round(alpha * fg + (1 - alpha) * bg);
  }
  if (isNodeJS) {
    let canvas;
    try {
      const require2 = process.getBuiltinModule("module").createRequire(import_meta.url);
      try {
        canvas = require2("@napi-rs/canvas");
      } catch (ex) {
        warn(`Cannot load "@napi-rs/canvas" package: "${ex}".`);
      }
    } catch (ex) {
      warn(`Cannot access the \`require\` function: "${ex}".`);
    }
    if (!globalThis.DOMMatrix) {
      if (canvas?.DOMMatrix) {
        globalThis.DOMMatrix = canvas.DOMMatrix;
      } else {
        warn("Cannot polyfill `DOMMatrix`, rendering may be broken.");
      }
    }
    if (!globalThis.Path2D) {
      if (canvas?.Path2D) {
        globalThis.Path2D = canvas.Path2D;
      } else {
        warn("Cannot polyfill `Path2D`, rendering may be broken.");
      }
    }
    if (!globalThis.navigator?.language) {
      globalThis.navigator = {
        language: "en-US",
        platform: "",
        userAgent: ""
      };
    }
  }
  async function node_utils_fetchData(url) {
    const fs = process.getBuiltinModule("fs/promises");
    const data = await fs.readFile(url);
    return new Uint8Array(data);
  }
  var NodeFilterFactory = class extends BaseFilterFactory {
  };
  var NodeCanvasFactory = class extends BaseCanvasFactory {
    _createCanvas(width, height) {
      const require2 = process.getBuiltinModule("module").createRequire(import_meta.url);
      const canvas = require2("@napi-rs/canvas");
      return canvas.createCanvas(width, height);
    }
  };
  var NodeBinaryDataFactory = class extends BaseBinaryDataFactory {
    async _fetch(url, kind) {
      return node_utils_fetchData(url);
    }
  };
  function convertBlackAndWhiteToRGBA({
    src,
    srcPos = 0,
    dest,
    width,
    height,
    nonBlackColor = 4294967295,
    inverseDecode = false
  }) {
    const black = FeatureTest.isLittleEndian ? 4278190080 : 255;
    const [zeroMapping, oneMapping] = inverseDecode ? [nonBlackColor, black] : [black, nonBlackColor];
    const widthInSource = width >> 3;
    const widthRemainder = width & 7;
    const xorMask = zeroMapping ^ oneMapping;
    const srcLength = src.length;
    dest = new Uint32Array(dest.buffer);
    let destPos = 0;
    for (let i = 0; i < height; ++i) {
      for (const max = srcPos + widthInSource; srcPos < max; ++srcPos, destPos += 8) {
        const elem2 = src[srcPos];
        dest[destPos] = zeroMapping ^ -(elem2 >> 7 & 1) & xorMask;
        dest[destPos + 1] = zeroMapping ^ -(elem2 >> 6 & 1) & xorMask;
        dest[destPos + 2] = zeroMapping ^ -(elem2 >> 5 & 1) & xorMask;
        dest[destPos + 3] = zeroMapping ^ -(elem2 >> 4 & 1) & xorMask;
        dest[destPos + 4] = zeroMapping ^ -(elem2 >> 3 & 1) & xorMask;
        dest[destPos + 5] = zeroMapping ^ -(elem2 >> 2 & 1) & xorMask;
        dest[destPos + 6] = zeroMapping ^ -(elem2 >> 1 & 1) & xorMask;
        dest[destPos + 7] = zeroMapping ^ -(elem2 & 1) & xorMask;
      }
      if (widthRemainder === 0) {
        continue;
      }
      const elem = srcPos < srcLength ? src[srcPos++] : 255;
      for (let j = 0; j < widthRemainder; ++j, ++destPos) {
        dest[destPos] = zeroMapping ^ -(elem >> 7 - j & 1) & xorMask;
      }
    }
    return {
      srcPos,
      destPos
    };
  }
  function convertRGBToRGBA({
    src,
    srcPos = 0,
    dest,
    destPos = 0,
    width,
    height
  }) {
    let i = 0;
    const len = width * height * 3;
    const len32 = len >> 2;
    const src32 = new Uint32Array(src.buffer, srcPos, len32);
    const alphaMask = FeatureTest.isLittleEndian ? 4278190080 : 255;
    if (FeatureTest.isLittleEndian) {
      for (; i < len32 - 2; i += 3, destPos += 4) {
        const s1 = src32[i], s2 = src32[i + 1], s3 = src32[i + 2];
        dest[destPos] = s1 | alphaMask;
        dest[destPos + 1] = s1 >>> 24 | s2 << 8 | alphaMask;
        dest[destPos + 2] = s2 >>> 16 | s3 << 16 | alphaMask;
        dest[destPos + 3] = s3 >>> 8 | alphaMask;
      }
      for (let j = srcPos + i * 4, jj = srcPos + len; j < jj; j += 3) {
        dest[destPos++] = src[j] | src[j + 1] << 8 | src[j + 2] << 16 | alphaMask;
      }
    } else {
      for (; i < len32 - 2; i += 3, destPos += 4) {
        const s1 = src32[i], s2 = src32[i + 1], s3 = src32[i + 2];
        dest[destPos] = s1 | alphaMask;
        dest[destPos + 1] = s1 << 24 | s2 >>> 8 | alphaMask;
        dest[destPos + 2] = s2 << 16 | s3 >>> 16 | alphaMask;
        dest[destPos + 3] = s3 << 8 | alphaMask;
      }
      for (let j = srcPos + i * 4, jj = srcPos + len; j < jj; j += 3) {
        dest[destPos++] = src[j] << 24 | src[j + 1] << 16 | src[j + 2] << 8 | alphaMask;
      }
    }
    return {
      srcPos: srcPos + len,
      destPos
    };
  }
  var MESH_WGSL = `
struct Uniforms {
  offsetX      : f32,
  offsetY      : f32,
  scaleX       : f32,
  scaleY       : f32,
  paddedWidth  : f32,
  paddedHeight : f32,
  borderSize   : f32,
  _pad         : f32,
};

@group(0) @binding(0) var<uniform> u : Uniforms;

struct VertexInput {
  @location(0) position : vec2<f32>,
  @location(1) color    : vec4<f32>,
};

struct VertexOutput {
  @builtin(position) position : vec4<f32>,
  @location(0)       color    : vec3<f32>,
};

@vertex
fn vs_main(in : VertexInput) -> VertexOutput {
  var out : VertexOutput;
  let cx = (in.position.x + u.offsetX) * u.scaleX;
  let cy = (in.position.y + u.offsetY) * u.scaleY;
  out.position = vec4<f32>(
    ((cx + u.borderSize) / u.paddedWidth) * 2.0 - 1.0,
    1.0 - ((cy + u.borderSize) / u.paddedHeight) * 2.0,
    0.0,
    1.0
  );
  out.color = in.color.rgb;
  return out;
}

@fragment
fn fs_main(in : VertexOutput) -> @location(0) vec4<f32> {
  return vec4<f32>(in.color, 1.0);
}
`;
  var WebGPU = class {
    #initPromise = null;
    #device = null;
    #meshPipeline = null;
    #preferredFormat = null;
    async #initGPU() {
      if (!globalThis.navigator?.gpu) {
        return false;
      }
      try {
        const adapter = await navigator.gpu.requestAdapter();
        if (!adapter) {
          return false;
        }
        this.#preferredFormat = navigator.gpu.getPreferredCanvasFormat();
        this.#device = await adapter.requestDevice();
        return true;
      } catch {
        return false;
      }
    }
    init() {
      return this.#initPromise ||= this.#initGPU();
    }
    get isReady() {
      return this.#device !== null;
    }
    loadMeshShader() {
      if (!this.#device || this.#meshPipeline) {
        return;
      }
      const shaderModule = this.#device.createShaderModule({
        code: MESH_WGSL
      });
      this.#meshPipeline = this.#device.createRenderPipeline({
        layout: "auto",
        vertex: {
          module: shaderModule,
          entryPoint: "vs_main",
          buffers: [{
            arrayStride: 2 * 4,
            attributes: [{
              shaderLocation: 0,
              offset: 0,
              format: "float32x2"
            }]
          }, {
            arrayStride: 4,
            attributes: [{
              shaderLocation: 1,
              offset: 0,
              format: "unorm8x4"
            }]
          }]
        },
        fragment: {
          module: shaderModule,
          entryPoint: "fs_main",
          targets: [{
            format: this.#preferredFormat
          }]
        },
        primitive: {
          topology: "triangle-list"
        }
      });
    }
    draw(posData, colData, vertexCount, context2, backgroundColor, paddedWidth, paddedHeight, borderSize) {
      this.loadMeshShader();
      const device = this.#device;
      const {
        offsetX,
        offsetY,
        scaleX,
        scaleY
      } = context2;
      const posBuffer = device.createBuffer({
        size: Math.max(posData.byteLength, 4),
        usage: GPUBufferUsage.VERTEX | GPUBufferUsage.COPY_DST
      });
      if (posData.byteLength > 0) {
        device.queue.writeBuffer(posBuffer, 0, posData);
      }
      const colBuffer = device.createBuffer({
        size: Math.max(colData.byteLength, 4),
        usage: GPUBufferUsage.VERTEX | GPUBufferUsage.COPY_DST
      });
      if (colData.byteLength > 0) {
        device.queue.writeBuffer(colBuffer, 0, colData);
      }
      const uniformBuffer = device.createBuffer({
        size: 8 * 4,
        usage: GPUBufferUsage.UNIFORM | GPUBufferUsage.COPY_DST
      });
      device.queue.writeBuffer(uniformBuffer, 0, new Float32Array([offsetX, offsetY, scaleX, scaleY, paddedWidth, paddedHeight, borderSize, 0]));
      const bindGroup = device.createBindGroup({
        layout: this.#meshPipeline.getBindGroupLayout(0),
        entries: [{
          binding: 0,
          resource: {
            buffer: uniformBuffer
          }
        }]
      });
      const offscreen = new OffscreenCanvas(paddedWidth, paddedHeight);
      const gpuCtx = offscreen.getContext("webgpu");
      gpuCtx.configure({
        device,
        format: this.#preferredFormat,
        alphaMode: backgroundColor ? "opaque" : "premultiplied"
      });
      const clearValue = backgroundColor ? {
        r: backgroundColor[0] / 255,
        g: backgroundColor[1] / 255,
        b: backgroundColor[2] / 255,
        a: 1
      } : {
        r: 0,
        g: 0,
        b: 0,
        a: 0
      };
      const commandEncoder = device.createCommandEncoder();
      const renderPass = commandEncoder.beginRenderPass({
        colorAttachments: [{
          view: gpuCtx.getCurrentTexture().createView(),
          clearValue,
          loadOp: "clear",
          storeOp: "store"
        }]
      });
      if (vertexCount > 0) {
        renderPass.setPipeline(this.#meshPipeline);
        renderPass.setBindGroup(0, bindGroup);
        renderPass.setVertexBuffer(0, posBuffer);
        renderPass.setVertexBuffer(1, colBuffer);
        renderPass.draw(vertexCount);
      }
      renderPass.end();
      device.queue.submit([commandEncoder.finish()]);
      posBuffer.destroy();
      colBuffer.destroy();
      uniformBuffer.destroy();
      return offscreen.transferToImageBitmap();
    }
  };
  var _webGPU = new WebGPU();
  function initGPU() {
    return _webGPU.init();
  }
  function isGPUReady() {
    return _webGPU.isReady;
  }
  function loadMeshShader() {
    _webGPU.loadMeshShader();
  }
  function drawMeshWithGPU(posData, colData, vertexCount, context2, backgroundColor, paddedWidth, paddedHeight, borderSize) {
    return _webGPU.draw(posData, colData, vertexCount, context2, backgroundColor, paddedWidth, paddedHeight, borderSize);
  }
  var PathType = {
    FILL: "Fill",
    STROKE: "Stroke",
    SHADING: "Shading"
  };
  function applyBoundingBox(ctx, bbox) {
    if (!bbox) {
      return;
    }
    const width = bbox[2] - bbox[0];
    const height = bbox[3] - bbox[1];
    const region = new Path2D();
    region.rect(bbox[0], bbox[1], width, height);
    ctx.clip(region);
  }
  var BaseShadingPattern = class {
    matrix = null;
    isModifyingCurrentTransform() {
      return false;
    }
    getPattern() {
      unreachable("Abstract method `getPattern` called.");
    }
  };
  var RadialAxialShadingPattern = class extends BaseShadingPattern {
    constructor(IR) {
      super();
      this._type = IR[1];
      this._bbox = IR[2];
      this._colorStops = IR[3];
      this._p0 = IR[4];
      this._p1 = IR[5];
      this._r0 = IR[6];
      this._r1 = IR[7];
    }
    isOriginBased() {
      return this._p0[0] === 0 && this._p0[1] === 0 && (!this.isRadial() || this._p1[0] === 0 && this._p1[1] === 0);
    }
    isRadial() {
      return this._type === "radial";
    }
    areConic() {
      if (!this.isRadial()) {
        return false;
      }
      const dist = Math.hypot(this._p0[0] - this._p1[0], this._p0[1] - this._p1[1]);
      return dist + this._r1 > this._r0 && dist + this._r0 > this._r1;
    }
    _createGradient(ctx, transform = null) {
      let grad;
      let firstPoint = this._p0;
      let secondPoint = this._p1;
      if (transform) {
        firstPoint = firstPoint.slice();
        secondPoint = secondPoint.slice();
        Util.applyTransform(firstPoint, transform);
        Util.applyTransform(secondPoint, transform);
      }
      if (this._type === "axial") {
        grad = ctx.createLinearGradient(firstPoint[0], firstPoint[1], secondPoint[0], secondPoint[1]);
      } else if (this._type === "radial") {
        let r0 = this._r0;
        let r1 = this._r1;
        if (transform) {
          const scale2 = new Float32Array(2);
          Util.singularValueDecompose2dScale(transform, scale2);
          r0 *= scale2[0];
          r1 *= scale2[0];
        }
        grad = ctx.createRadialGradient(firstPoint[0], firstPoint[1], r0, secondPoint[0], secondPoint[1], r1);
      }
      for (const colorStop of this._colorStops) {
        grad.addColorStop(colorStop[0], colorStop[1]);
      }
      return grad;
    }
    _createReversedGradient(ctx, transform = null) {
      let firstPoint = this._p1;
      let secondPoint = this._p0;
      if (transform) {
        firstPoint = firstPoint.slice();
        secondPoint = secondPoint.slice();
        Util.applyTransform(firstPoint, transform);
        Util.applyTransform(secondPoint, transform);
      }
      let r0 = this._r1;
      let r1 = this._r0;
      if (transform) {
        const scale2 = new Float32Array(2);
        Util.singularValueDecompose2dScale(transform, scale2);
        r0 *= scale2[0];
        r1 *= scale2[0];
      }
      const grad = ctx.createRadialGradient(firstPoint[0], firstPoint[1], r0, secondPoint[0], secondPoint[1], r1);
      const reversedStops = this._colorStops.map(([t, c]) => [1 - t, c]).reverse();
      for (const [t, c] of reversedStops) {
        grad.addColorStop(t, c);
      }
      return grad;
    }
    _createRasterPattern(ctx, owner, inverse, bbox, transform, transferMaps) {
      const width = Math.ceil(bbox[2] - bbox[0]) || 1;
      const height = Math.ceil(bbox[3] - bbox[1]) || 1;
      const tmpCanvas = owner.canvasFactory.create(width, height);
      const tmpCtx = tmpCanvas.context;
      tmpCtx.clearRect(0, 0, width, height);
      tmpCtx.beginPath();
      tmpCtx.rect(0, 0, width, height);
      tmpCtx.translate(-bbox[0], -bbox[1]);
      inverse = Util.transform(inverse, [1, 0, 0, 1, bbox[0], bbox[1]]);
      tmpCtx.transform(...transform);
      applyBoundingBox(tmpCtx, this._bbox);
      if (this.areConic()) {
        tmpCtx.fillStyle = this._createReversedGradient(tmpCtx);
        tmpCtx.fill();
      }
      tmpCtx.fillStyle = this._createGradient(tmpCtx);
      tmpCtx.fill();
      transferMaps?.applyToCanvas(tmpCtx);
      const pattern = ctx.createPattern(tmpCanvas.canvas, "no-repeat");
      owner.canvasFactory.destroy(tmpCanvas);
      pattern.setTransform(new DOMMatrix(inverse));
      return pattern;
    }
    getPattern(ctx, owner, inverse, pathType) {
      const transferMaps = owner.current.transferMapsFallback;
      if (pathType === PathType.STROKE || pathType === PathType.FILL) {
        if (this.isOriginBased() && !transferMaps) {
          let transf = Util.transform(inverse, owner.baseTransform);
          if (this.matrix) {
            transf = Util.transform(transf, this.matrix);
          }
          const precision = 1e-3;
          const n1 = Math.hypot(transf[0], transf[1]);
          const n2 = Math.hypot(transf[2], transf[3]);
          const ps = (transf[0] * transf[2] + transf[1] * transf[3]) / (n1 * n2);
          if (Math.abs(ps) < precision) {
            if (this.isRadial()) {
              if (Math.abs(n1 - n2) < precision) {
                return this._createGradient(ctx, transf);
              }
            } else {
              return this._createGradient(ctx, transf);
            }
          }
        }
        const ownerBBox = owner.current.getClippedPathBoundingBox(pathType, getCurrentTransform(ctx)) || [0, 0, 0, 0];
        const transform = this.matrix ? Util.transform(owner.baseTransform, this.matrix) : owner.baseTransform;
        return this._createRasterPattern(ctx, owner, inverse, ownerBBox, transform, transferMaps);
      }
      if (transferMaps && inverse) {
        return this._createRasterPattern(ctx, owner, inverse, owner.current.clipBox, getCurrentTransform(ctx), transferMaps);
      }
      if (this.areConic()) {
        ctx.save();
        applyBoundingBox(ctx, this._bbox);
        ctx.fillStyle = this._createReversedGradient(ctx);
        ctx.fillRect(-1e10, -1e10, 2e10, 2e10);
        ctx.restore();
      }
      applyBoundingBox(ctx, this._bbox);
      return this._createGradient(ctx);
    }
  };
  function drawTriangle(data, context2, p1, p2, p3, c1, c2, c3) {
    const coords = context2.coords, colors = context2.colors;
    const bytes2 = data.data, rowSize = data.width * 4;
    let tmp;
    if (coords[p1 * 2 + 1] > coords[p2 * 2 + 1]) {
      tmp = p1;
      p1 = p2;
      p2 = tmp;
      tmp = c1;
      c1 = c2;
      c2 = tmp;
    }
    if (coords[p2 * 2 + 1] > coords[p3 * 2 + 1]) {
      tmp = p2;
      p2 = p3;
      p3 = tmp;
      tmp = c2;
      c2 = c3;
      c3 = tmp;
    }
    if (coords[p1 * 2 + 1] > coords[p2 * 2 + 1]) {
      tmp = p1;
      p1 = p2;
      p2 = tmp;
      tmp = c1;
      c1 = c2;
      c2 = tmp;
    }
    const x1 = (coords[p1 * 2] + context2.offsetX) * context2.scaleX;
    const y1 = (coords[p1 * 2 + 1] + context2.offsetY) * context2.scaleY;
    const x2 = (coords[p2 * 2] + context2.offsetX) * context2.scaleX;
    const y2 = (coords[p2 * 2 + 1] + context2.offsetY) * context2.scaleY;
    const x3 = (coords[p3 * 2] + context2.offsetX) * context2.scaleX;
    const y3 = (coords[p3 * 2 + 1] + context2.offsetY) * context2.scaleY;
    if (y1 >= y3) {
      return;
    }
    const c1r = colors[c1 * 4], c1g = colors[c1 * 4 + 1], c1b = colors[c1 * 4 + 2];
    const c2r = colors[c2 * 4], c2g = colors[c2 * 4 + 1], c2b = colors[c2 * 4 + 2];
    const c3r = colors[c3 * 4], c3g = colors[c3 * 4 + 1], c3b = colors[c3 * 4 + 2];
    const minY = Math.round(y1), maxY = Math.round(y3);
    let xa, car, cag, cab;
    let xb, cbr, cbg, cbb;
    for (let y = minY; y <= maxY; y++) {
      if (y < y2) {
        const k2 = y < y1 ? 0 : (y1 - y) / (y1 - y2);
        xa = x1 - (x1 - x2) * k2;
        car = c1r - (c1r - c2r) * k2;
        cag = c1g - (c1g - c2g) * k2;
        cab = c1b - (c1b - c2b) * k2;
      } else {
        let k2;
        if (y > y3) {
          k2 = 1;
        } else if (y2 === y3) {
          k2 = 0;
        } else {
          k2 = (y2 - y) / (y2 - y3);
        }
        xa = x2 - (x2 - x3) * k2;
        car = c2r - (c2r - c3r) * k2;
        cag = c2g - (c2g - c3g) * k2;
        cab = c2b - (c2b - c3b) * k2;
      }
      let k;
      if (y < y1) {
        k = 0;
      } else if (y > y3) {
        k = 1;
      } else {
        k = (y1 - y) / (y1 - y3);
      }
      xb = x1 - (x1 - x3) * k;
      cbr = c1r - (c1r - c3r) * k;
      cbg = c1g - (c1g - c3g) * k;
      cbb = c1b - (c1b - c3b) * k;
      const x1_ = Math.round(Math.min(xa, xb));
      const x2_ = Math.round(Math.max(xa, xb));
      let j = rowSize * y + x1_ * 4;
      for (let x = x1_; x <= x2_; x++) {
        k = (xa - x) / (xa - xb);
        if (k < 0) {
          k = 0;
        } else if (k > 1) {
          k = 1;
        }
        bytes2[j++] = car - (car - cbr) * k | 0;
        bytes2[j++] = cag - (cag - cbg) * k | 0;
        bytes2[j++] = cab - (cab - cbb) * k | 0;
        bytes2[j++] = 255;
      }
    }
  }
  var MeshShadingPattern = class extends BaseShadingPattern {
    constructor(IR) {
      super();
      this._posData = IR[2];
      this._colData = IR[3];
      this._vertexCount = IR[4];
      this._bounds = IR[5];
      this._bbox = IR[6];
      this._background = IR[7];
      loadMeshShader();
    }
    _createMeshCanvas(combinedScale, backgroundColor, canvasFactory, transferMaps = null) {
      const EXPECTED_SCALE = 1.1;
      const MAX_PATTERN_SIZE = 3e3;
      const BORDER_SIZE = 2;
      const offsetX = Math.floor(this._bounds[0]);
      const offsetY = Math.floor(this._bounds[1]);
      const boundsWidth = Math.ceil(this._bounds[2]) - offsetX;
      const boundsHeight = Math.ceil(this._bounds[3]) - offsetY;
      const width = Math.min(Math.ceil(Math.abs(boundsWidth * combinedScale[0] * EXPECTED_SCALE)), MAX_PATTERN_SIZE) || 1;
      const height = Math.min(Math.ceil(Math.abs(boundsHeight * combinedScale[1] * EXPECTED_SCALE)), MAX_PATTERN_SIZE) || 1;
      const scaleX = boundsWidth ? boundsWidth / width : 1;
      const scaleY = boundsHeight ? boundsHeight / height : 1;
      const context2 = {
        coords: this._posData,
        colors: this._colData,
        offsetX: -offsetX,
        offsetY: -offsetY,
        scaleX: 1 / scaleX,
        scaleY: 1 / scaleY
      };
      const paddedWidth = width + BORDER_SIZE * 2;
      const paddedHeight = height + BORDER_SIZE * 2;
      const tmpCanvas = canvasFactory.create(paddedWidth, paddedHeight);
      if (isGPUReady() && this._vertexCount > 48) {
        tmpCanvas.context.drawImage(drawMeshWithGPU(this._posData, this._colData, this._vertexCount, context2, backgroundColor, paddedWidth, paddedHeight, BORDER_SIZE), 0, 0);
      } else {
        const data = tmpCanvas.context.createImageData(width, height);
        if (backgroundColor) {
          const bytes2 = data.data;
          for (let i = 0, ii = bytes2.length; i < ii; i += 4) {
            bytes2[i] = backgroundColor[0];
            bytes2[i + 1] = backgroundColor[1];
            bytes2[i + 2] = backgroundColor[2];
            bytes2[i + 3] = 255;
          }
        }
        for (let i = 0, ii = this._vertexCount; i < ii; i += 3) {
          drawTriangle(data, context2, i, i + 1, i + 2, i, i + 1, i + 2);
        }
        tmpCanvas.context.putImageData(data, BORDER_SIZE, BORDER_SIZE);
      }
      transferMaps?.applyToCanvas(tmpCanvas.context);
      return {
        canvas: tmpCanvas.canvas,
        offsetX: offsetX - BORDER_SIZE * scaleX,
        offsetY: offsetY - BORDER_SIZE * scaleY,
        scaleX,
        scaleY
      };
    }
    isModifyingCurrentTransform() {
      return true;
    }
    getPattern(ctx, owner, inverse, pathType) {
      applyBoundingBox(ctx, this._bbox);
      const scale2 = new Float32Array(2);
      if (pathType === PathType.SHADING) {
        Util.singularValueDecompose2dScale(getCurrentTransform(ctx), scale2);
      } else if (this.matrix) {
        Util.singularValueDecompose2dScale(this.matrix, scale2);
        const [matrixScaleX, matrixScaleY] = scale2;
        Util.singularValueDecompose2dScale(owner.baseTransform, scale2);
        scale2[0] *= matrixScaleX;
        scale2[1] *= matrixScaleY;
      } else {
        Util.singularValueDecompose2dScale(owner.baseTransform, scale2);
      }
      const temporaryPatternCanvas = this._createMeshCanvas(scale2, pathType === PathType.SHADING ? null : this._background, owner.canvasFactory, owner.current.transferMapsFallback);
      if (pathType !== PathType.SHADING) {
        ctx.setTransform(...owner.baseTransform);
        if (this.matrix) {
          ctx.transform(...this.matrix);
        }
      }
      ctx.translate(temporaryPatternCanvas.offsetX, temporaryPatternCanvas.offsetY);
      ctx.scale(temporaryPatternCanvas.scaleX, temporaryPatternCanvas.scaleY);
      const pattern = ctx.createPattern(temporaryPatternCanvas.canvas, "no-repeat");
      owner.canvasFactory.destroy(temporaryPatternCanvas);
      return pattern;
    }
  };
  var DummyShadingPattern = class extends BaseShadingPattern {
    getPattern() {
      return "hotpink";
    }
  };
  function getShadingPattern(IR) {
    switch (IR[0]) {
      case "RadialAxial":
        return new RadialAxialShadingPattern(IR);
      case "Mesh":
        return new MeshShadingPattern(IR);
      case "Dummy":
        return new DummyShadingPattern();
    }
    throw new Error(`Unknown IR type: ${IR[0]}`);
  }
  var PaintType = {
    COLORED: 1,
    UNCOLORED: 2
  };
  var TilingPattern = class _TilingPattern {
    static MAX_PATTERN_SIZE = 3e3;
    constructor(IR, ctx, canvasGraphicsFactory, baseTransform) {
      this.color = IR[1];
      this.operatorList = IR[2];
      this.matrix = IR[3];
      this.bbox = IR[4];
      this.xstep = IR[5];
      this.ystep = IR[6];
      this.paintType = IR[7];
      this.tilingType = IR[8];
      this.needsIsolation = IR[9] ?? true;
      this.ctx = ctx;
      this.canvasGraphicsFactory = canvasGraphicsFactory;
      this.baseTransform = baseTransform;
      this.patternBaseMatrix = this.matrix ? Util.transform(baseTransform, this.matrix) : baseTransform;
    }
    canSkipPatternCanvas([width, height, offsetX, offsetY]) {
      const [x0, y0, x1, y1] = this.bbox;
      const absXStep = Math.abs(this.xstep);
      const absYStep = Math.abs(this.ystep);
      if (width > absXStep + 1e-6 || height > absYStep + 1e-6) {
        return null;
      }
      const nXFirst = Math.floor((offsetX - x1) / absXStep) + 1;
      const nXLast = Math.ceil((offsetX + width - x0) / absXStep) - 1;
      const nYFirst = Math.floor((offsetY - y1) / absYStep) + 1;
      const nYLast = Math.ceil((offsetY + height - y0) / absYStep) - 1;
      return nXLast <= nXFirst && nYLast <= nYFirst ? [nXFirst, nYFirst] : null;
    }
    updatePatternDims(clippedBBox, dims) {
      const bbox = BBOX_INIT.slice();
      Util.axialAlignedBoundingBox(clippedBBox, Util.inverseTransform(this.patternBaseMatrix), bbox);
      dims[0] = bbox[2] - bbox[0];
      dims[1] = bbox[3] - bbox[1];
      dims[2] = bbox[0];
      dims[3] = bbox[1];
    }
    _renderTileCanvas(owner, opIdx, dimx, dimy) {
      const [x0, y0, x1, y1] = this.bbox;
      const tmpCanvas = owner.canvasFactory.create(dimx.size, dimy.size);
      const tmpCtx = tmpCanvas.context;
      const graphics = this.canvasGraphicsFactory.createCanvasGraphics(tmpCtx, opIdx);
      graphics.groupLevel = owner.groupLevel;
      graphics.current.transferMapsFallback = owner.current.transferMapsFallback;
      this.setFillAndStrokeStyleToContext(graphics, this.paintType, this.color);
      tmpCtx.translate(-dimx.scale * x0, -dimy.scale * y0);
      graphics.transform(0, dimx.scale, 0, 0, dimy.scale, 0, 0);
      tmpCtx.save();
      graphics.dependencyTracker?.save();
      this.clipBbox(graphics, x0, y0, x1, y1);
      graphics.baseTransform = getCurrentTransform(graphics.ctx);
      graphics.executeOperatorList(this.operatorList);
      graphics.endDrawing();
      graphics.dependencyTracker?.restore();
      tmpCtx.restore();
      return tmpCanvas;
    }
    _getCombinedScales() {
      const scale2 = new Float32Array(2);
      Util.singularValueDecompose2dScale(this.matrix, scale2);
      const [matrixScaleX, matrixScaleY] = scale2;
      Util.singularValueDecompose2dScale(this.baseTransform, scale2);
      return [matrixScaleX * scale2[0], matrixScaleY * scale2[1]];
    }
    drawPattern(owner, path2, useEOFill = false, [n, m], opIdx) {
      const [x0, y0, x1, y1] = this.bbox;
      const dependencyTracker = owner.dependencyTracker;
      if (dependencyTracker) {
        owner.dependencyTracker = new CanvasNestedDependencyTracker(dependencyTracker, opIdx);
      }
      owner.save();
      if (useEOFill) {
        owner.ctx.clip(path2, "evenodd");
      } else {
        owner.ctx.clip(path2);
      }
      owner.ctx.setTransform(...this.patternBaseMatrix);
      owner.ctx.translate(n * this.xstep, m * this.ystep);
      if (this.needsIsolation || owner.ctx.globalAlpha !== 1 || owner.ctx.globalCompositeOperation !== "source-over" || owner.inSMaskMode) {
        const bboxWidth = x1 - x0;
        const bboxHeight = y1 - y0;
        const [combinedScaleX, combinedScaleY] = this._getCombinedScales();
        const dimx = this.getSizeAndScale(bboxWidth, this.ctx.canvas.width, combinedScaleX);
        const dimy = this.getSizeAndScale(bboxHeight, this.ctx.canvas.height, combinedScaleY);
        const tmpCanvas = this._renderTileCanvas(owner, opIdx, dimx, dimy);
        owner.ctx.drawImage(tmpCanvas.canvas, x0, y0, bboxWidth, bboxHeight);
        owner.canvasFactory.destroy(tmpCanvas);
      } else {
        this.setFillAndStrokeStyleToContext(owner, this.paintType, this.color);
        this.clipBbox(owner, x0, y0, x1, y1);
        owner.baseTransformStack.push(owner.baseTransform);
        owner.baseTransform = getCurrentTransform(owner.ctx);
        owner.executeOperatorList(this.operatorList);
        owner.baseTransform = owner.baseTransformStack.pop();
      }
      owner.restore();
      if (dependencyTracker) {
        owner.dependencyTracker = dependencyTracker;
      }
    }
    createPatternCanvas(owner, opIdx) {
      const [x0, y0, x1, y1] = this.bbox;
      const width = x1 - x0;
      const height = y1 - y0;
      let {
        xstep,
        ystep
      } = this;
      xstep = Math.abs(xstep);
      ystep = Math.abs(ystep);
      info("TilingType: " + this.tilingType);
      const [combinedScaleX, combinedScaleY] = this._getCombinedScales();
      let canvasWidth = width, canvasHeight = height, redrawHorizontally = false, redrawVertically = false;
      if (Math.ceil(xstep * combinedScaleX) >= Math.ceil(width * combinedScaleX)) {
        canvasWidth = xstep;
      } else {
        redrawHorizontally = true;
      }
      if (Math.ceil(ystep * combinedScaleY) >= Math.ceil(height * combinedScaleY)) {
        canvasHeight = ystep;
      } else {
        redrawVertically = true;
      }
      const dimx = this.getSizeAndScale(canvasWidth, this.ctx.canvas.width, combinedScaleX);
      const dimy = this.getSizeAndScale(canvasHeight, this.ctx.canvas.height, combinedScaleY);
      const tmpCanvas = this._renderTileCanvas(owner, opIdx, dimx, dimy);
      if (redrawHorizontally || redrawVertically) {
        const image = tmpCanvas.canvas;
        if (redrawHorizontally) {
          canvasWidth = xstep;
        }
        if (redrawVertically) {
          canvasHeight = ystep;
        }
        const dimx2 = this.getSizeAndScale(canvasWidth, this.ctx.canvas.width, combinedScaleX);
        const dimy2 = this.getSizeAndScale(canvasHeight, this.ctx.canvas.height, combinedScaleY);
        const xSize = dimx2.size;
        const ySize = dimy2.size;
        const tmpCanvas2 = owner.canvasFactory.create(xSize, ySize);
        const tmpCtx2 = tmpCanvas2.context;
        const ii = redrawHorizontally ? Math.min(Math.floor(width / xstep), Math.ceil(image.width / xSize)) : 0;
        const jj = redrawVertically ? Math.min(Math.floor(height / ystep), Math.ceil(image.height / ySize)) : 0;
        let rowSource = image;
        let bandCanvas = null;
        if (redrawVertically) {
          bandCanvas = owner.canvasFactory.create(image.width, ySize);
          const bandCtx = bandCanvas.context;
          for (let j = jj; j >= 0; j--) {
            bandCtx.drawImage(image, 0, ySize * j, image.width, ySize, 0, 0, image.width, ySize);
          }
          rowSource = bandCanvas.canvas;
        }
        for (let i = ii; i >= 0; i--) {
          tmpCtx2.drawImage(rowSource, xSize * i, 0, xSize, ySize, 0, 0, xSize, ySize);
        }
        if (bandCanvas) {
          owner.canvasFactory.destroy(bandCanvas);
        }
        owner.canvasFactory.destroy(tmpCanvas);
        return {
          canvas: tmpCanvas2.canvas,
          canvasEntry: tmpCanvas2,
          scaleX: dimx2.scale,
          scaleY: dimy2.scale,
          offsetX: x0,
          offsetY: y0
        };
      }
      return {
        canvas: tmpCanvas.canvas,
        canvasEntry: tmpCanvas,
        scaleX: dimx.scale,
        scaleY: dimy.scale,
        offsetX: x0,
        offsetY: y0
      };
    }
    getSizeAndScale(step, realOutputSize, scale2) {
      const maxSize = Math.max(_TilingPattern.MAX_PATTERN_SIZE, realOutputSize);
      let size = Math.ceil(step * scale2);
      if (size >= maxSize) {
        size = maxSize;
      } else {
        scale2 = size / step;
      }
      return {
        scale: scale2,
        size
      };
    }
    clipBbox(graphics, x0, y0, x1, y1) {
      const bboxWidth = x1 - x0;
      const bboxHeight = y1 - y0;
      const clip2 = new Path2D();
      clip2.rect(x0, y0, bboxWidth, bboxHeight);
      Util.axialAlignedBoundingBox([x0, y0, x1, y1], getCurrentTransform(graphics.ctx), graphics.current.minMax);
      graphics.ctx.clip(clip2);
      graphics.current.updateClipFromPath();
    }
    setFillAndStrokeStyleToContext(graphics, paintType, color2) {
      switch (paintType) {
        case PaintType.COLORED:
          color2 = "#000000";
          break;
        case PaintType.UNCOLORED:
          break;
        default:
          throw new FormatError(`Unsupported paint type: ${paintType}`);
      }
      const {
        ctx,
        current
      } = graphics;
      current.patternFill = current.patternStroke = false;
      ctx.fillStyle = ctx.strokeStyle = current.transferMapsFallback?.applyToColor(color2) ?? color2;
      current.fillColor = current.strokeColor = color2;
    }
    isModifyingCurrentTransform() {
      return false;
    }
    getPattern(ctx, owner, inverse, pathType, opIdx) {
      const matrix = pathType !== PathType.SHADING ? Util.transform(inverse, this.patternBaseMatrix) : inverse;
      const temporaryPatternCanvas = this.createPatternCanvas(owner, opIdx);
      let domMatrix = new DOMMatrix(matrix);
      domMatrix = domMatrix.translate(temporaryPatternCanvas.offsetX, temporaryPatternCanvas.offsetY);
      domMatrix = domMatrix.scale(1 / temporaryPatternCanvas.scaleX, 1 / temporaryPatternCanvas.scaleY);
      const pattern = ctx.createPattern(temporaryPatternCanvas.canvas, "repeat");
      owner.canvasFactory.destroy(temporaryPatternCanvas.canvasEntry);
      pattern.setTransform(domMatrix);
      return pattern;
    }
  };
  var MIN_FONT_SIZE2 = 16;
  var MAX_FONT_SIZE2 = 100;
  var EXECUTION_TIME = 15;
  var EXECUTION_STEPS = 10;
  var FULL_CHUNK_HEIGHT = 16;
  var XY = new Float32Array(2);
  function mirrorContextOperations(ctx, destCtx) {
    if (ctx._removeMirroring) {
      throw new Error("Context is already forwarding operations.");
    }
    const originalMethods = /* @__PURE__ */ new Map();
    for (const name of ["save", "restore", "rotate", "scale", "translate", "transform", "setTransform", "resetTransform", "clip", "moveTo", "lineTo", "bezierCurveTo", "quadraticCurveTo", "arc", "arcTo", "ellipse", "rect", "roundRect", "closePath", "beginPath"]) {
      const original = ctx[name];
      if (typeof original !== "function" || typeof destCtx[name] !== "function") {
        continue;
      }
      originalMethods.set(name, original);
      ctx[name] = function(...args) {
        destCtx[name](...args);
        return original.apply(this, args);
      };
    }
    ctx._removeMirroring = () => {
      for (const [name, original] of originalMethods) {
        ctx[name] = original;
      }
      delete ctx._removeMirroring;
    };
  }
  function drawImageAtIntegerCoords(ctx, srcImg, srcX, srcY, srcW, srcH, destX, destY, destW, destH) {
    const [a, b, c, d, tx, ty] = getCurrentTransform(ctx);
    if (b === 0 && c === 0) {
      const tlX = destX * a + tx;
      const rTlX = Math.round(tlX);
      const tlY = destY * d + ty;
      const rTlY = Math.round(tlY);
      const brX = (destX + destW) * a + tx;
      const rWidth = Math.abs(Math.round(brX) - rTlX) || 1;
      const brY = (destY + destH) * d + ty;
      const rHeight = Math.abs(Math.round(brY) - rTlY) || 1;
      ctx.setTransform(Math.sign(a), 0, 0, Math.sign(d), rTlX, rTlY);
      ctx.drawImage(srcImg, srcX, srcY, srcW, srcH, 0, 0, rWidth, rHeight);
      ctx.setTransform(a, b, c, d, tx, ty);
      return [rWidth, rHeight];
    }
    if (a === 0 && d === 0) {
      const tlX = destY * c + tx;
      const rTlX = Math.round(tlX);
      const tlY = destX * b + ty;
      const rTlY = Math.round(tlY);
      const brX = (destY + destH) * c + tx;
      const rWidth = Math.abs(Math.round(brX) - rTlX) || 1;
      const brY = (destX + destW) * b + ty;
      const rHeight = Math.abs(Math.round(brY) - rTlY) || 1;
      ctx.setTransform(0, Math.sign(b), Math.sign(c), 0, rTlX, rTlY);
      ctx.drawImage(srcImg, srcX, srcY, srcW, srcH, 0, 0, rHeight, rWidth);
      ctx.setTransform(a, b, c, d, tx, ty);
      return [rHeight, rWidth];
    }
    ctx.drawImage(srcImg, srcX, srcY, srcW, srcH, destX, destY, destW, destH);
    const scaleX = Math.hypot(a, b);
    const scaleY = Math.hypot(c, d);
    return [scaleX * destW, scaleY * destH];
  }
  var CanvasExtraState = class {
    alphaIsShape = false;
    fontSize = 0;
    fontSizeScale = 1;
    textMatrix = null;
    textMatrixScale = 1;
    fontMatrix = FONT_IDENTITY_MATRIX;
    leading = 0;
    x = 0;
    y = 0;
    lineX = 0;
    lineY = 0;
    charSpacing = 0;
    wordSpacing = 0;
    textHScale = 1;
    textRenderingMode = TextRenderingMode2.FILL;
    textRise = 0;
    fillColor = "#000000";
    strokeColor = "#000000";
    tilingPatternDims = null;
    patternFill = false;
    patternStroke = false;
    fillAlpha = 1;
    strokeAlpha = 1;
    lineWidth = 1;
    activeSMask = null;
    transferMaps = "none";
    transferMapsFallback = null;
    minMax = F32_BBOX_INIT.slice();
    constructor(width, height) {
      this.clipBox = new Float32Array([0, 0, width, height]);
    }
    clone() {
      const clone = Object.create(this);
      clone.clipBox = this.clipBox.slice();
      clone.minMax = this.minMax.slice();
      clone.tilingPatternDims = this.tilingPatternDims?.slice();
      return clone;
    }
    getPathBoundingBox(pathType = PathType.FILL, transform = null) {
      const box = this.minMax.slice();
      if (pathType === PathType.STROKE) {
        if (!transform) {
          unreachable("Stroke bounding box must include transform.");
        }
        Util.singularValueDecompose2dScale(transform, XY);
        const xStrokePad = XY[0] * this.lineWidth / 2;
        const yStrokePad = XY[1] * this.lineWidth / 2;
        box[0] -= xStrokePad;
        box[1] -= yStrokePad;
        box[2] += xStrokePad;
        box[3] += yStrokePad;
      }
      return box;
    }
    updateClipFromPath() {
      const intersect = Util.intersect(this.clipBox, this.getPathBoundingBox());
      this.startNewPathAndClipBox(intersect || [0, 0, 0, 0]);
    }
    isEmptyClip() {
      return this.minMax[0] === Infinity;
    }
    startNewPathAndClipBox(box) {
      this.clipBox.set(box, 0);
      this.minMax.set(F32_BBOX_INIT, 0);
    }
    getClippedPathBoundingBox(pathType = PathType.FILL, transform = null) {
      return Util.intersect(this.clipBox, this.getPathBoundingBox(pathType, transform));
    }
  };
  function putBinaryImageData(ctx, imgData) {
    const {
      width,
      height,
      kind
    } = imgData;
    const partialChunkHeight = height % FULL_CHUNK_HEIGHT;
    const fullChunks = (height - partialChunkHeight) / FULL_CHUNK_HEIGHT;
    const totalChunks = partialChunkHeight === 0 ? fullChunks : fullChunks + 1;
    const chunkImgData = ctx.createImageData(width, FULL_CHUNK_HEIGHT);
    let srcPos = 0;
    const src = imgData.data;
    const dest = chunkImgData.data;
    let i;
    if (kind === ImageKind.GRAYSCALE_1BPP) {
      for (i = 0; i < totalChunks; i++) {
        ({
          srcPos
        } = convertBlackAndWhiteToRGBA({
          src,
          srcPos,
          dest,
          width,
          height: i < fullChunks ? FULL_CHUNK_HEIGHT : partialChunkHeight
        }));
        ctx.putImageData(chunkImgData, 0, i * FULL_CHUNK_HEIGHT);
      }
    } else if (kind === ImageKind.RGBA_32BPP) {
      let j = 0;
      let elemsInThisChunk = width * FULL_CHUNK_HEIGHT * 4;
      for (i = 0; i < fullChunks; i++) {
        dest.set(src.subarray(srcPos, srcPos + elemsInThisChunk));
        srcPos += elemsInThisChunk;
        ctx.putImageData(chunkImgData, 0, j);
        j += FULL_CHUNK_HEIGHT;
      }
      if (i < totalChunks) {
        elemsInThisChunk = width * partialChunkHeight * 4;
        dest.set(src.subarray(srcPos, srcPos + elemsInThisChunk));
        ctx.putImageData(chunkImgData, 0, j);
      }
    } else if (kind === ImageKind.RGB_24BPP) {
      for (i = 0; i < totalChunks; i++) {
        ({
          srcPos
        } = convertRGBToRGBA({
          src,
          srcPos,
          dest: new Uint32Array(dest.buffer),
          width,
          height: i < fullChunks ? FULL_CHUNK_HEIGHT : partialChunkHeight
        }));
        ctx.putImageData(chunkImgData, 0, i * FULL_CHUNK_HEIGHT);
      }
    } else {
      throw new Error(`bad image kind: ${kind}`);
    }
  }
  function putBinaryImageMask(ctx, imgData) {
    if (imgData.bitmap) {
      ctx.drawImage(imgData.bitmap, 0, 0);
      return;
    }
    const {
      width,
      height
    } = imgData;
    const partialChunkHeight = height % FULL_CHUNK_HEIGHT;
    const fullChunks = (height - partialChunkHeight) / FULL_CHUNK_HEIGHT;
    const totalChunks = partialChunkHeight === 0 ? fullChunks : fullChunks + 1;
    const chunkImgData = ctx.createImageData(width, FULL_CHUNK_HEIGHT);
    let srcPos = 0;
    const src = imgData.data;
    const dest = chunkImgData.data;
    for (let i = 0; i < totalChunks; i++) {
      ({
        srcPos
      } = convertBlackAndWhiteToRGBA({
        src,
        srcPos,
        dest,
        width,
        height: i < fullChunks ? FULL_CHUNK_HEIGHT : partialChunkHeight,
        nonBlackColor: 0
      }));
      ctx.putImageData(chunkImgData, 0, i * FULL_CHUNK_HEIGHT);
    }
  }
  function copyCtxState(sourceCtx, destCtx) {
    const properties = ["strokeStyle", "fillStyle", "fillRule", "globalAlpha", "lineWidth", "lineCap", "lineJoin", "miterLimit", "globalCompositeOperation", "font", "filter"];
    for (const property of properties) {
      if (sourceCtx[property] !== void 0) {
        destCtx[property] = sourceCtx[property];
      }
    }
    if (sourceCtx.setLineDash !== void 0) {
      destCtx.setLineDash(sourceCtx.getLineDash());
      destCtx.lineDashOffset = sourceCtx.lineDashOffset;
    }
  }
  function resetCtxToDefault(ctx) {
    ctx.strokeStyle = ctx.fillStyle = "#000000";
    ctx.fillRule = "nonzero";
    ctx.globalAlpha = 1;
    ctx.lineWidth = 1;
    ctx.lineCap = "butt";
    ctx.lineJoin = "miter";
    ctx.miterLimit = 10;
    ctx.globalCompositeOperation = "source-over";
    ctx.font = "10px sans-serif";
    if (ctx.setLineDash !== void 0) {
      ctx.setLineDash([]);
      ctx.lineDashOffset = 0;
    }
    const {
      filter
    } = ctx;
    if (filter !== "none" && filter !== "") {
      ctx.filter = "none";
    }
  }
  var TransferMapsFallback = class _TransferMapsFallback {
    #maps;
    constructor(maps) {
      const [mapR, mapG = mapR, mapB = mapR] = maps;
      const {
        identityMap
      } = _TransferMapsFallback;
      this.#maps = [mapR || identityMap, mapG || identityMap, mapB || identityMap];
    }
    static get identityMap() {
      return util_shadow(this, "identityMap", Uint8Array.from({
        length: 256
      }, (_, i) => i));
    }
    applyToColor(color2) {
      if (typeof color2 !== "string" || !color2.startsWith("#")) {
        return color2;
      }
      const [r, g, b] = getRGBA(color2);
      const [mapR, mapG, mapB] = this.#maps;
      return Util.makeHexColor(mapR[r], mapG[g], mapB[b]);
    }
    applyToImageData({
      data
    }) {
      const [mapR, mapG, mapB] = this.#maps;
      for (let i = 0, ii = data.length; i < ii; i += 4) {
        data[i] = mapR[data[i]];
        data[i + 1] = mapG[data[i + 1]];
        data[i + 2] = mapB[data[i + 2]];
      }
    }
    applyToCanvas(ctx) {
      const {
        width,
        height
      } = ctx.canvas;
      const imgData = ctx.getImageData(0, 0, width, height);
      this.applyToImageData(imgData);
      ctx.putImageData(imgData, 0, 0);
    }
  };
  function getImageSmoothingEnabled(transform, interpolate2) {
    if (interpolate2) {
      return true;
    }
    Util.singularValueDecompose2dScale(transform, XY);
    const actualScale = Math.fround(OutputScale.pixelRatio * PixelsPerInch.PDF_TO_CSS_UNITS);
    return XY[0] <= actualScale && XY[1] <= actualScale;
  }
  var LINE_CAP_STYLES = ["butt", "round", "square"];
  var LINE_JOIN_STYLES = ["miter", "round", "bevel"];
  var NORMAL_CLIP = {};
  var EO_CLIP = {};
  var CanvasGraphics = class _CanvasGraphics {
    static #SCALE_MATRIX = null;
    #knockoutGroupLevel = 0;
    #knockoutElementDepth = 0;
    #knockoutTempCanvasEntry = null;
    #knockoutSavedCtx = null;
    #knockoutSavedSMaskCtx = null;
    #knockoutSavedGCO = null;
    #knockoutElementAlpha = 1;
    #knockoutFilterCache;
    #knockoutElementGroupMeta = null;
    #groupStackMeta = [];
    constructor(canvasCtx, commonObjs, objs, canvasFactory, filterFactory, {
      optionalContentConfig,
      markedContentStack = null
    }, annotationCanvasMap, pageColors, dependencyTracker, imagesTracker) {
      this.ctx = canvasCtx;
      this.current = new CanvasExtraState(this.ctx.canvas.width, this.ctx.canvas.height);
      this.stateStack = [];
      this.pendingClip = null;
      this.pendingEOFill = false;
      this.commonObjs = commonObjs;
      this.objs = objs;
      this.canvasFactory = canvasFactory;
      this.filterFactory = filterFactory;
      this.groupStack = [];
      this.baseTransform = null;
      this.baseTransformStack = [];
      this.groupLevel = 0;
      this.smaskStack = [];
      this.tempSMask = null;
      this.smaskGroupCanvases = [];
      this.smaskPreparedEntry = null;
      this.smaskPreparedFor = null;
      this.smaskPreparedOffsetX = 0;
      this.smaskPreparedOffsetY = 0;
      this.smaskPreparedOOBAlpha = null;
      this.suspendedCtx = null;
      this.contentVisible = true;
      this.markedContentStack = markedContentStack || [];
      this.optionalContentConfig = optionalContentConfig;
      this.cachedPatterns = /* @__PURE__ */ new Map();
      this.annotationCanvasMap = annotationCanvasMap;
      this.viewportScale = 1;
      this.outputScaleX = 1;
      this.outputScaleY = 1;
      this.pageColors = pageColors;
      this._cachedScaleForStroking = [-1, 0];
      this._cachedBitmapsMap = /* @__PURE__ */ new Map();
      this.dependencyTracker = dependencyTracker ?? null;
      this.imagesTracker = imagesTracker ?? null;
    }
    getObject(opIdx, data, fallback = null) {
      if (typeof data === "string") {
        this.dependencyTracker?.recordNamedDependency(opIdx, data);
        return data.startsWith("g_") ? this.commonObjs.get(data) : this.objs.get(data);
      }
      return fallback;
    }
    beginDrawing({
      transform,
      viewport,
      transparency = false,
      background = null
    }) {
      const width = this.ctx.canvas.width;
      const height = this.ctx.canvas.height;
      const savedFillStyle = this.ctx.fillStyle;
      this.ctx.fillStyle = background || "#ffffff";
      this.ctx.fillRect(0, 0, width, height);
      this.ctx.fillStyle = savedFillStyle;
      if (transparency) {
        const transparentCanvas = this.transparentCanvasEntry = this.canvasFactory.create(width, height);
        this.compositeCtx = this.ctx;
        ({
          canvas: this.transparentCanvas,
          context: this.ctx
        } = transparentCanvas);
        this.ctx.save();
        this.ctx.transform(...getCurrentTransform(this.compositeCtx));
      }
      this.ctx.save();
      resetCtxToDefault(this.ctx);
      if (transform) {
        this.ctx.transform(...transform);
        this.outputScaleX = transform[0];
        this.outputScaleY = transform[3];
      }
      this.ctx.transform(...viewport.transform);
      this.viewportScale = viewport.scale;
      this.baseTransform = getCurrentTransform(this.ctx);
    }
    executeOperatorList(operatorList, executionStartIdx, continueCallback, stepper, operationsFilter) {
      const argsArray = operatorList.argsArray;
      const fnArray = operatorList.fnArray;
      let i = executionStartIdx || 0;
      const argsArrayLen = argsArray.length;
      if (argsArrayLen === i) {
        return i;
      }
      const chunkOperations = argsArrayLen - i > EXECUTION_STEPS && typeof continueCallback === "function";
      const endTime = chunkOperations ? Date.now() + EXECUTION_TIME : 0;
      let steps = 0;
      const commonObjs = this.commonObjs;
      const objs = this.objs;
      let fnId, fnArgs;
      while (true) {
        if (stepper !== void 0) {
          if (i === stepper.nextBreakPoint) {
            stepper.breakIt(i, continueCallback);
            return i;
          }
          if (stepper.shouldSkip(i)) {
            if (++i === argsArrayLen) {
              return i;
            }
            continue;
          }
        }
        if (!operationsFilter || operationsFilter(i, operatorList)) {
          fnId = fnArray[i];
          fnArgs = argsArray[i] ?? null;
          if (fnId !== OPS.dependency) {
            if (fnArgs === null) {
              this[fnId](i);
            } else {
              this[fnId](i, ...fnArgs);
            }
          } else {
            for (const depObjId of fnArgs) {
              this.dependencyTracker?.recordNamedData(depObjId, i);
              const objsPool = depObjId.startsWith("g_") ? commonObjs : objs;
              if (!objsPool.has(depObjId)) {
                objsPool.get(depObjId, continueCallback);
                return i;
              }
            }
          }
        }
        i++;
        if (i === argsArrayLen) {
          return i;
        }
        if (chunkOperations && ++steps > EXECUTION_STEPS) {
          if (Date.now() > endTime) {
            continueCallback();
            return i;
          }
          steps = 0;
        }
      }
    }
    #restoreInitialState() {
      while (this.stateStack.length || this.inSMaskMode) {
        this.restore();
      }
      this.current.activeSMask = null;
      this.ctx.restore();
      if (this.transparentCanvas) {
        this.ctx = this.compositeCtx;
        this.ctx.save();
        this.ctx.setTransform(1, 0, 0, 1, 0, 0);
        this.ctx.drawImage(this.transparentCanvas, 0, 0);
        this.ctx.restore();
        this.canvasFactory.destroy(this.transparentCanvasEntry);
        this.transparentCanvas = null;
        this.transparentCanvasEntry = null;
      }
    }
    endDrawing() {
      this.#restoreInitialState();
      for (const canvas of this.smaskGroupCanvases) {
        this.canvasFactory.destroy(canvas);
      }
      this.smaskGroupCanvases.length = 0;
      this._clearPreparedSMask();
      this.tempSMask = null;
      this.smaskStack.length = 0;
      for (const meta of this.#groupStackMeta) {
        this.#destroyKnockoutPools(meta);
      }
      this.#groupStackMeta.length = 0;
      this.#knockoutTempCanvasEntry = null;
      this.#knockoutSavedCtx = null;
      this.#knockoutSavedSMaskCtx = null;
      this.#knockoutSavedGCO = null;
      this.#knockoutElementAlpha = 1;
      this.#knockoutElementGroupMeta = null;
      this.#knockoutElementDepth = 0;
      this.#knockoutGroupLevel = 0;
      this.cachedPatterns.clear();
      for (const cache of this._cachedBitmapsMap.values()) {
        for (const canvas of cache.values()) {
          if (typeof HTMLCanvasElement !== "undefined" && canvas instanceof HTMLCanvasElement) {
            canvas.width = canvas.height = 0;
          }
        }
        cache.clear();
      }
      this._cachedBitmapsMap.clear();
      this.#drawFilter();
    }
    #drawFilter() {
      if (this.pageColors) {
        const hcmFilterId = this.filterFactory.addHCMFilter(this.pageColors.foreground, this.pageColors.background);
        if (hcmFilterId !== "none") {
          const savedFilter = this.ctx.filter;
          this.ctx.filter = hcmFilterId;
          this.ctx.drawImage(this.ctx.canvas, 0, 0);
          this.ctx.filter = savedFilter;
        }
      }
    }
    _scaleImage(img, inverseTransform) {
      const width = img.width ?? img.displayWidth;
      const height = img.height ?? img.displayHeight;
      const widthScale = Math.max(Math.hypot(inverseTransform[0], inverseTransform[1]), 1);
      const heightScale = Math.max(Math.hypot(inverseTransform[2], inverseTransform[3]), 1);
      const scaleSteps = [];
      let ws = widthScale, hs = heightScale, pw = width, ph = height;
      while (ws > 2 && pw > 1 || hs > 2 && ph > 1) {
        let nw = pw, nh = ph;
        if (ws > 2 && pw > 1) {
          nw = Math.ceil(pw / 2);
          ws /= pw / nw;
        }
        if (hs > 2 && ph > 1) {
          nh = Math.ceil(ph / 2);
          hs /= ph / nh;
        }
        scaleSteps.push({
          newWidth: nw,
          newHeight: nh
        });
        pw = nw;
        ph = nh;
      }
      if (scaleSteps.length === 0) {
        return {
          img,
          paintWidth: width,
          paintHeight: height,
          tmpCanvas: null
        };
      }
      if (scaleSteps.length === 1) {
        const {
          newWidth,
          newHeight
        } = scaleSteps[0];
        const tmpCanvas = this.canvasFactory.create(newWidth, newHeight);
        tmpCanvas.context.drawImage(img, 0, 0, width, height, 0, 0, newWidth, newHeight);
        return {
          img: tmpCanvas.canvas,
          paintWidth: newWidth,
          paintHeight: newHeight,
          tmpCanvas
        };
      }
      let readEntry = this.canvasFactory.create(1, 1);
      let writeEntry = this.canvasFactory.create(1, 1);
      let paintWidth = width, paintHeight = height;
      let source = img;
      for (const {
        newWidth,
        newHeight
      } of scaleSteps) {
        this.canvasFactory.reset(writeEntry, newWidth, newHeight);
        writeEntry.context.drawImage(source, 0, 0, paintWidth, paintHeight, 0, 0, newWidth, newHeight);
        [readEntry, writeEntry] = [writeEntry, readEntry];
        source = readEntry.canvas;
        paintWidth = newWidth;
        paintHeight = newHeight;
      }
      this.canvasFactory.destroy(writeEntry);
      return {
        img: readEntry.canvas,
        paintWidth,
        paintHeight,
        tmpCanvas: readEntry
      };
    }
    _createMaskCanvas(opIdx, img) {
      const ctx = this.ctx;
      const {
        width,
        height
      } = img;
      const isPatternFill = this.current.patternFill;
      const fillColor = isPatternFill ? this.current.fillColor : ctx.fillStyle;
      const currentTransform = getCurrentTransform(ctx);
      let cache, cacheKey, scaled, maskCanvas;
      if ((img.bitmap || img.data) && img.count > 1) {
        const mainKey = img.bitmap || img.data.buffer;
        cacheKey = JSON.stringify(isPatternFill ? currentTransform : [currentTransform.slice(0, 4), fillColor]);
        cache = this._cachedBitmapsMap.getOrInsertComputed(mainKey, makeMap);
        const cachedImage = cache.get(cacheKey);
        if (cachedImage && !isPatternFill) {
          const offsetX2 = Math.round(Math.min(currentTransform[0], currentTransform[2]) + currentTransform[4]);
          const offsetY2 = Math.round(Math.min(currentTransform[1], currentTransform[3]) + currentTransform[5]);
          this.dependencyTracker?.recordDependencies(opIdx, Dependencies.transformAndFill);
          return {
            canvas: cachedImage,
            offsetX: offsetX2,
            offsetY: offsetY2
          };
        }
        scaled = cachedImage;
      }
      if (!scaled) {
        maskCanvas = this.canvasFactory.create(width, height);
        putBinaryImageMask(maskCanvas.context, img);
      }
      let maskToCanvas = Util.transform(currentTransform, [1 / width, 0, 0, -1 / height, 0, 0]);
      maskToCanvas = Util.transform(maskToCanvas, [1, 0, 0, 1, 0, -height]);
      const minMax = F32_BBOX_INIT.slice();
      Util.axialAlignedBoundingBox([0, 0, width, height], maskToCanvas, minMax);
      const [minX, minY, maxX, maxY] = minMax;
      const drawnWidth = Math.round(maxX - minX) || 1;
      const drawnHeight = Math.round(maxY - minY) || 1;
      const fillCanvas = this.canvasFactory.create(drawnWidth, drawnHeight);
      const fillCtx = fillCanvas.context;
      const offsetX = minX;
      const offsetY = minY;
      fillCtx.translate(-offsetX, -offsetY);
      fillCtx.transform(...maskToCanvas);
      let scaledEntry = null;
      if (!scaled) {
        const scaleResult = this._scaleImage(maskCanvas.canvas, getCurrentTransformInverse(fillCtx));
        scaled = scaleResult.img;
        scaledEntry = scaleResult.tmpCanvas;
        if (scaled !== maskCanvas.canvas) {
          this.canvasFactory.destroy(maskCanvas);
          maskCanvas = null;
        }
        if (cache && isPatternFill) {
          cache.set(cacheKey, scaled);
          scaledEntry = null;
          maskCanvas = null;
        }
      }
      fillCtx.imageSmoothingEnabled = getImageSmoothingEnabled(getCurrentTransform(fillCtx), img.interpolate);
      drawImageAtIntegerCoords(fillCtx, scaled, 0, 0, scaled.width, scaled.height, 0, 0, width, height);
      if (scaledEntry) {
        this.canvasFactory.destroy(scaledEntry);
      }
      if (maskCanvas) {
        this.canvasFactory.destroy(maskCanvas);
      }
      fillCtx.globalCompositeOperation = "source-in";
      const inverse = Util.transform(getCurrentTransformInverse(fillCtx), [1, 0, 0, 1, -offsetX, -offsetY]);
      fillCtx.fillStyle = isPatternFill ? fillColor.getPattern(ctx, this, inverse, PathType.FILL, opIdx) : fillColor;
      fillCtx.fillRect(0, 0, width, height);
      if (cache && !isPatternFill) {
        cache.set(cacheKey, fillCanvas.canvas);
      }
      this.dependencyTracker?.recordDependencies(opIdx, Dependencies.transformAndFill);
      return {
        canvas: fillCanvas.canvas,
        canvasEntry: cache && !isPatternFill ? null : fillCanvas,
        offsetX: Math.round(offsetX),
        offsetY: Math.round(offsetY)
      };
    }
    setLineWidth(opIdx, width) {
      this.dependencyTracker?.recordSimpleData("lineWidth", opIdx);
      if (width !== this.current.lineWidth) {
        this._cachedScaleForStroking[0] = -1;
      }
      this.current.lineWidth = width;
      this.ctx.lineWidth = width;
    }
    setLineCap(opIdx, style) {
      this.dependencyTracker?.recordSimpleData("lineCap", opIdx);
      this.ctx.lineCap = LINE_CAP_STYLES[style];
    }
    setLineJoin(opIdx, style) {
      this.dependencyTracker?.recordSimpleData("lineJoin", opIdx);
      this.ctx.lineJoin = LINE_JOIN_STYLES[style];
    }
    setMiterLimit(opIdx, limit) {
      this.dependencyTracker?.recordSimpleData("miterLimit", opIdx);
      this.ctx.miterLimit = limit;
    }
    setDash(opIdx, dashArray, dashPhase) {
      this.dependencyTracker?.recordSimpleData("dash", opIdx);
      const ctx = this.ctx;
      if (ctx.setLineDash !== void 0) {
        ctx.setLineDash(dashArray);
        ctx.lineDashOffset = dashPhase;
      }
    }
    setRenderingIntent(opIdx, intent) {
    }
    setFlatness(opIdx, flatness) {
    }
    setGState(opIdx, states) {
      for (const [key2, value] of states) {
        switch (key2) {
          case "LW":
            this.setLineWidth(opIdx, value);
            break;
          case "LC":
            this.setLineCap(opIdx, value);
            break;
          case "LJ":
            this.setLineJoin(opIdx, value);
            break;
          case "ML":
            this.setMiterLimit(opIdx, value);
            break;
          case "D":
            this.setDash(opIdx, value[0], value[1]);
            break;
          case "RI":
            this.setRenderingIntent(opIdx, value);
            break;
          case "FL":
            this.setFlatness(opIdx, value);
            break;
          case "Font":
            this.setFont(opIdx, value[0], value[1]);
            break;
          case "CA":
            this.dependencyTracker?.recordSimpleData("strokeAlpha", opIdx);
            this.current.strokeAlpha = value;
            break;
          case "ca":
            this.dependencyTracker?.recordSimpleData("fillAlpha", opIdx);
            this.ctx.globalAlpha = this.current.fillAlpha = value;
            break;
          case "BM":
            this.dependencyTracker?.recordSimpleData("globalCompositeOperation", opIdx);
            this.ctx.globalCompositeOperation = value;
            break;
          case "SMask":
            this.dependencyTracker?.recordSimpleData("SMask", opIdx);
            this.current.activeSMask = value ? this.tempSMask : null;
            if (this.current.activeSMask) {
              this.current.activeSMask.blendMode = this.ctx.globalCompositeOperation;
            }
            this.tempSMask = null;
            this.checkSMaskState(opIdx);
            break;
          case "TR": {
            this.dependencyTracker?.recordSimpleData("filter", opIdx);
            let filter = this.filterFactory.addFilter(value);
            this.ctx.filter = filter;
            let fallback = null;
            if (value && (filter === "none" || !FeatureTest.isCanvasFilterSupported || this.ctx.filter === "none" || this.ctx.filter === "")) {
              this.ctx.filter = filter = "none";
              fallback = new TransferMapsFallback(value);
            }
            this.current.transferMaps = filter;
            if (fallback || this.current.transferMapsFallback) {
              this.current.transferMapsFallback = fallback;
              if (!this.current.patternFill) {
                this.ctx.fillStyle = this.#transferColor(this.current.fillColor);
              }
              if (!this.current.patternStroke) {
                this.ctx.strokeStyle = this.#transferColor(this.current.strokeColor);
              }
            }
            break;
          }
        }
      }
    }
    get inSMaskMode() {
      return !!this.suspendedCtx;
    }
    _clearPreparedSMask() {
      if (this.smaskPreparedEntry) {
        this.canvasFactory.destroy(this.smaskPreparedEntry);
        this.smaskPreparedEntry = null;
      }
      this.smaskPreparedFor = null;
      this.smaskPreparedOffsetX = 0;
      this.smaskPreparedOffsetY = 0;
      this.smaskPreparedOOBAlpha = null;
    }
    _ensurePreparedSMask(smask) {
      if (smask === this.smaskPreparedFor) {
        return;
      }
      this._clearPreparedSMask();
      this._prepareSMaskCanvas(smask);
    }
    checkSMaskState(opIdx) {
      const inSMaskMode = this.inSMaskMode;
      if (this.current.activeSMask && !inSMaskMode) {
        this.beginSMaskMode(opIdx);
      } else if (!this.current.activeSMask && inSMaskMode) {
        this.endSMaskMode();
      } else if (this.current.activeSMask && inSMaskMode) {
        this._ensurePreparedSMask(this.current.activeSMask);
      }
    }
    _prepareSMaskCanvas(smask) {
      const {
        canvas: maskCanvas,
        subtype,
        backdrop,
        transferMap
      } = smask;
      const hasFilter = subtype === "Luminosity" || subtype === "Alpha" && transferMap;
      if (!hasFilter && !(subtype === "Luminosity" && backdrop)) {
        this.smaskPreparedFor = smask;
        return;
      }
      let filteredOOBAlpha;
      if (subtype === "Luminosity" && backdrop) {
        const [r, g, b] = getRGBA(backdrop);
        const inputAlpha = Math.round(0.3 * r + 0.59 * g + 0.11 * b);
        filteredOOBAlpha = transferMap?.[inputAlpha] ?? inputAlpha;
      } else {
        filteredOOBAlpha = transferMap?.[0] ?? 0;
      }
      const SMASK_LAYER_TO_MASK_AREA_RATIO = 4;
      const {
        width: layerW,
        height: layerH
      } = this.ctx.canvas;
      const maskArea = maskCanvas.width * maskCanvas.height;
      const useLayerSize = layerW * layerH < SMASK_LAYER_TO_MASK_AREA_RATIO * maskArea;
      const filterSpec = hasFilter ? {
        url: subtype === "Alpha" ? this.filterFactory.addAlphaFilter(transferMap) : this.filterFactory.addLuminosityFilter(transferMap),
        subtype,
        transferMap
      } : null;
      const bakedBackdrop = subtype === "Luminosity" ? backdrop : null;
      let preparedEntry, offsetX, offsetY;
      if (useLayerSize) {
        preparedEntry = this._bakeSMaskCanvas(maskCanvas, smask.offsetX, smask.offsetY, layerW, layerH, bakedBackdrop, filterSpec);
        offsetX = 0;
        offsetY = 0;
      } else {
        preparedEntry = this._bakeSMaskCanvas(maskCanvas, 0, 0, maskCanvas.width, maskCanvas.height, bakedBackdrop, filterSpec);
        offsetX = smask.offsetX;
        offsetY = smask.offsetY;
      }
      this.smaskPreparedEntry = preparedEntry;
      this.smaskPreparedFor = smask;
      this.smaskPreparedOffsetX = offsetX;
      this.smaskPreparedOffsetY = offsetY;
      this.smaskPreparedOOBAlpha = !useLayerSize && filteredOOBAlpha !== 0 ? filteredOOBAlpha : null;
    }
    _bakeSMaskCanvas(maskCanvas, drawX, drawY, w, h, backdrop, filterSpec) {
      if (!backdrop && !filterSpec) {
        unreachable("_bakeSMaskCanvas with neither backdrop nor filter");
      }
      const srcEntry = this.canvasFactory.create(w, h);
      const sCtx = srcEntry.context;
      sCtx.drawImage(maskCanvas, drawX, drawY);
      if (backdrop) {
        sCtx.globalCompositeOperation = "destination-atop";
        sCtx.fillStyle = backdrop;
        sCtx.fillRect(0, 0, w, h);
      }
      if (!filterSpec) {
        return srcEntry;
      }
      const preparedEntry = this.canvasFactory.create(w, h);
      const pCtx = preparedEntry.context;
      pCtx.filter = filterSpec.url;
      const filterApplied = FeatureTest.isCanvasFilterSupported && pCtx.filter !== "none" && pCtx.filter !== "";
      pCtx.drawImage(srcEntry.canvas, 0, 0);
      if (FeatureTest.isCanvasFilterSupported) {
        pCtx.filter = "none";
      }
      if (!filterApplied) {
        const img = pCtx.getImageData(0, 0, w, h);
        const {
          data
        } = img;
        const {
          transferMap
        } = filterSpec;
        if (filterSpec.subtype === "Luminosity") {
          for (let i = 0, ii = data.length; i < ii; i += 4) {
            const a = 0.3 * data[i] + 0.59 * data[i + 1] + 0.11 * data[i + 2] + 0.5 | 0;
            data[i] = data[i + 1] = data[i + 2] = 0;
            data[i + 3] = transferMap?.[a] ?? a;
          }
        } else {
          for (let i = 3, ii = data.length; i < ii; i += 4) {
            data[i] = transferMap[data[i]];
          }
        }
        pCtx.putImageData(img, 0, 0);
      }
      this.canvasFactory.destroy(srcEntry);
      return preparedEntry;
    }
    beginSMaskMode(opIdx) {
      if (this.inSMaskMode) {
        throw new Error("beginSMaskMode called while already in smask mode");
      }
      const {
        width: drawnWidth,
        height: drawnHeight
      } = this.ctx.canvas;
      const scratchCanvas = this.canvasFactory.create(drawnWidth, drawnHeight);
      this.smaskScratchCanvas = scratchCanvas;
      this.suspendedCtx = this.ctx;
      const ctx = this.ctx = scratchCanvas.context;
      ctx.setTransform(this.suspendedCtx.getTransform());
      copyCtxState(this.suspendedCtx, ctx);
      mirrorContextOperations(ctx, this.suspendedCtx);
      this._ensurePreparedSMask(this.current.activeSMask);
      this.setGState(opIdx, [["BM", "source-over"]]);
    }
    endSMaskMode() {
      if (!this.inSMaskMode) {
        throw new Error("endSMaskMode called while not in smask mode");
      }
      this.ctx._removeMirroring();
      copyCtxState(this.ctx, this.suspendedCtx);
      this.ctx = this.suspendedCtx;
      this.suspendedCtx = null;
      this.canvasFactory.destroy(this.smaskScratchCanvas);
      this.smaskScratchCanvas = null;
      this._clearPreparedSMask();
    }
    #createKnockoutMaskCanvas(sourceCanvas, reuseEntry = null, alpha = 1) {
      const {
        width,
        height
      } = sourceCanvas;
      const maskEntry = reuseEntry ?? this.canvasFactory.create(width, height);
      const maskCtx = maskEntry.context;
      alpha = Math.round(alpha * 255) / 255;
      const needsAlphaScaling = alpha < 1;
      if (needsAlphaScaling && this.#knockoutFilterCache === void 0) {
        this.#knockoutFilterCache = FeatureTest.isCanvasFilterSupported ? /* @__PURE__ */ new Map() : "none";
      }
      let knockoutFilter = "none";
      if (needsAlphaScaling && this.#knockoutFilterCache instanceof Map) {
        knockoutFilter = this.#knockoutFilterCache.getOrInsertComputed(alpha, () => this.filterFactory.addKnockoutFilter(alpha));
      }
      if (!needsAlphaScaling || knockoutFilter !== "none") {
        if (reuseEntry) {
          maskCtx.save();
          maskCtx.setTransform(1, 0, 0, 1, 0, 0);
          maskCtx.clearRect(0, 0, width, height);
          maskCtx.restore();
        }
        maskCtx.filter = knockoutFilter;
        maskCtx.drawImage(sourceCanvas, 0, 0);
        maskCtx.filter = "none";
        return maskEntry;
      }
      const sourceData = sourceCanvas.getContext("2d", {
        willReadFrequently: true
      }).getImageData(0, 0, width, height);
      const maskData = maskCtx.createImageData(width, height);
      const sourcePixels = sourceData.data, maskPixels = maskData.data;
      const alphaScale = alpha > 0 ? 1 / alpha : 1e6;
      for (let i = 3, ii = sourcePixels.length; i < ii; i += 4) {
        maskPixels[i] = Math.min(Math.round(sourcePixels[i] * alphaScale), 255);
      }
      maskCtx.putImageData(maskData, 0, 0);
      return maskEntry;
    }
    #getOrCreatePooledEntry(meta, key2, width, height) {
      let entry = meta?.[key2] ?? null;
      if (entry && (entry.canvas.width !== width || entry.canvas.height !== height)) {
        this.canvasFactory.destroy(entry);
        entry = null;
      }
      if (!entry) {
        entry = this.canvasFactory.create(width, height);
        if (meta) {
          meta[key2] = entry;
        }
        return entry;
      }
      const ctx = entry.context;
      ctx.save();
      ctx.setTransform(1, 0, 0, 1, 0, 0);
      ctx.clearRect(0, 0, width, height);
      ctx.restore();
      return entry;
    }
    #compositeKnockoutSurface(destCtx, surfaceCanvas, options2 = {}) {
      const {
        backdropCanvas = null,
        destTransform = [1, 0, 0, 1, 0, 0],
        backdropOffset = [0, 0],
        reuseMaskEntry = null,
        poolMeta = null,
        sourceAlpha = 1,
        sourceFilter = "none",
        knockoutAlpha = 1
      } = options2;
      const {
        width,
        height
      } = surfaceCanvas;
      const knockoutMaskEntry = this.#createKnockoutMaskCanvas(surfaceCanvas, reuseMaskEntry, knockoutAlpha);
      const sourceCompositeOperation = destCtx.globalCompositeOperation;
      destCtx.save();
      destCtx.setTransform(...destTransform);
      destCtx.globalAlpha = 1;
      if (FeatureTest.isCanvasFilterSupported) {
        destCtx.filter = "none";
      }
      destCtx.globalCompositeOperation = "destination-out";
      destCtx.drawImage(knockoutMaskEntry.canvas, 0, 0);
      if (backdropCanvas) {
        const [bx, by] = backdropOffset;
        const backdropEntry = this.#getOrCreatePooledEntry(poolMeta, "knockoutBackdropEntry", width, height);
        const backdropCtx = backdropEntry.context;
        backdropCtx.drawImage(backdropCanvas, bx, by, width, height, 0, 0, width, height);
        backdropCtx.globalCompositeOperation = "destination-in";
        backdropCtx.drawImage(knockoutMaskEntry.canvas, 0, 0);
        backdropCtx.globalCompositeOperation = "source-over";
        destCtx.globalCompositeOperation = "destination-over";
        destCtx.drawImage(backdropEntry.canvas, 0, 0);
        if (!poolMeta) {
          this.canvasFactory.destroy(backdropEntry);
        }
      }
      destCtx.globalCompositeOperation = sourceCompositeOperation;
      destCtx.globalAlpha = sourceAlpha;
      if (FeatureTest.isCanvasFilterSupported) {
        destCtx.filter = sourceFilter ?? "none";
      }
      destCtx.drawImage(surfaceCanvas, 0, 0);
      destCtx.restore();
      if (!reuseMaskEntry) {
        this.canvasFactory.destroy(knockoutMaskEntry);
      }
    }
    #beginKnockoutElement(alpha = 1) {
      if (this.#knockoutGroupLevel === 0 || this.#knockoutElementDepth > 0 || !this.contentVisible) {
        return false;
      }
      this.#knockoutElementDepth++;
      this.#knockoutElementAlpha = alpha;
      const groupMeta = this.#groupStackMeta.at(-1);
      const {
        canvas
      } = this.ctx;
      const tempEntry = this.#getOrCreatePooledEntry(groupMeta, "knockoutTempEntry", canvas.width, canvas.height);
      this.#knockoutTempCanvasEntry = tempEntry;
      const tempCtx = tempEntry.context;
      tempCtx.save();
      tempCtx.setTransform(this.ctx.getTransform());
      copyCtxState(this.ctx, tempCtx);
      this.#knockoutSavedGCO = tempCtx.globalCompositeOperation;
      tempCtx.globalCompositeOperation = "source-over";
      mirrorContextOperations(tempCtx, this.ctx);
      this.#knockoutElementGroupMeta = groupMeta;
      this.#knockoutSavedCtx = this.ctx;
      this.#knockoutSavedSMaskCtx = this.suspendedCtx;
      this.ctx = tempCtx;
      if (this.inSMaskMode) {
        this.suspendedCtx = tempCtx;
      }
      return true;
    }
    #endKnockoutElement(started) {
      if (!started) {
        return;
      }
      const tempEntry = this.#knockoutTempCanvasEntry;
      const savedCtx = this.#knockoutSavedCtx;
      const savedSMaskCtx = this.#knockoutSavedSMaskCtx;
      const tempCtx = tempEntry.context;
      this.#knockoutTempCanvasEntry = null;
      this.#knockoutSavedCtx = null;
      this.#knockoutSavedSMaskCtx = null;
      if (this.inSMaskMode && this.suspendedCtx === tempCtx && this.ctx !== tempCtx) {
        this.endSMaskMode();
      }
      if (this.inSMaskMode) {
        this.suspendedCtx = savedSMaskCtx;
      }
      this.ctx._removeMirroring();
      this.ctx.globalCompositeOperation = this.#knockoutSavedGCO;
      this.#knockoutSavedGCO = null;
      copyCtxState(this.ctx, savedCtx);
      this.ctx = savedCtx;
      const groupMeta = this.#knockoutElementGroupMeta;
      this.#knockoutElementGroupMeta = null;
      const knockoutAlpha = this.#knockoutElementAlpha;
      this.#knockoutElementAlpha = 1;
      try {
        this.#compositeKnockoutSurface(savedSMaskCtx ?? savedCtx, tempEntry.canvas, {
          backdropCanvas: groupMeta?.backdropCtx?.canvas ?? null,
          backdropOffset: groupMeta?.backdropCtx ? [groupMeta.offsetX, groupMeta.offsetY] : [0, 0],
          reuseMaskEntry: groupMeta?.knockoutMaskEntry ?? null,
          poolMeta: groupMeta,
          knockoutAlpha
        });
      } finally {
        tempCtx.restore();
        this.#knockoutElementDepth--;
        if (!groupMeta) {
          this.canvasFactory.destroy(tempEntry);
        }
      }
    }
    compose(dirtyBox) {
      if (!this.current.activeSMask) {
        return;
      }
      dirtyBox = dirtyBox ? [Math.floor(dirtyBox[0]), Math.floor(dirtyBox[1]), Math.ceil(dirtyBox[2]), Math.ceil(dirtyBox[3])] : [0, 0, this.ctx.canvas.width, this.ctx.canvas.height];
      const smask = this.current.activeSMask;
      const suspendedCtx = this.suspendedCtx;
      const applySMaskInPlace = this.#knockoutElementDepth > 0 && suspendedCtx === this.ctx;
      this.composeSMask(applySMaskInPlace ? null : suspendedCtx, smask, this.ctx, dirtyBox);
      if (applySMaskInPlace) {
        return;
      }
      this.ctx.save();
      this.ctx.setTransform(1, 0, 0, 1, 0, 0);
      this.ctx.clearRect(0, 0, this.ctx.canvas.width, this.ctx.canvas.height);
      this.ctx.restore();
    }
    composeSMask(ctx, smask, layerCtx, layerBox) {
      const layerOffsetX = layerBox[0];
      const layerOffsetY = layerBox[1];
      const layerWidth = layerBox[2] - layerOffsetX;
      const layerHeight = layerBox[3] - layerOffsetY;
      if (layerWidth === 0 || layerHeight === 0) {
        return;
      }
      const preparedEntry = this.smaskPreparedEntry;
      if (preparedEntry) {
        let clipX = layerOffsetX;
        let clipY = layerOffsetY;
        let clipW = layerWidth;
        let clipH = layerHeight;
        const oobAlpha = this.smaskPreparedOOBAlpha;
        const hasOOBAlpha = oobAlpha !== null;
        if (hasOOBAlpha) {
          clipX = Math.max(layerOffsetX, smask.offsetX);
          clipY = Math.max(layerOffsetY, smask.offsetY);
          const x1 = Math.min(layerOffsetX + layerWidth, smask.offsetX + smask.canvas.width);
          const y1 = Math.min(layerOffsetY + layerHeight, smask.offsetY + smask.canvas.height);
          clipW = x1 - clipX;
          clipH = y1 - clipY;
        }
        if (clipW > 0 && clipH > 0) {
          const srcX = clipX - this.smaskPreparedOffsetX;
          const srcY = clipY - this.smaskPreparedOffsetY;
          layerCtx.save();
          layerCtx.globalAlpha = 1;
          layerCtx.setTransform(1, 0, 0, 1, 0, 0);
          const clip2 = new Path2D();
          clip2.rect(clipX, clipY, clipW, clipH);
          layerCtx.clip(clip2);
          layerCtx.globalCompositeOperation = "destination-in";
          layerCtx.drawImage(preparedEntry.canvas, srcX, srcY, clipW, clipH, clipX, clipY, clipW, clipH);
          layerCtx.restore();
        }
        if (hasOOBAlpha && oobAlpha < 255) {
          this._applySMaskOOBAlpha(layerCtx, layerOffsetX, layerOffsetY, layerWidth, layerHeight, clipX, clipY, clipX + clipW, clipY + clipH, oobAlpha);
        }
      } else {
        this.genericComposeSMask(smask, layerCtx, layerWidth, layerHeight, layerOffsetX, layerOffsetY);
      }
      if (!ctx) {
        return;
      }
      ctx.save();
      ctx.globalAlpha = 1;
      ctx.globalCompositeOperation = smask.blendMode || "source-over";
      ctx.setTransform(1, 0, 0, 1, 0, 0);
      ctx.drawImage(layerCtx.canvas, layerOffsetX, layerOffsetY, layerWidth, layerHeight, layerOffsetX, layerOffsetY, layerWidth, layerHeight);
      ctx.restore();
    }
    _applySMaskOOBAlpha(layerCtx, layerOffsetX, layerOffsetY, layerWidth, layerHeight, maskX0, maskY0, maskX1, maskY1, alpha) {
      const hasInnerCutout = maskX0 < maskX1 && maskY0 < maskY1;
      if (hasInnerCutout && maskX0 === layerOffsetX && maskY0 === layerOffsetY && maskX1 === layerOffsetX + layerWidth && maskY1 === layerOffsetY + layerHeight) {
        return;
      }
      const path2 = new Path2D();
      path2.rect(layerOffsetX, layerOffsetY, layerWidth, layerHeight);
      if (hasInnerCutout) {
        path2.rect(maskX0, maskY0, maskX1 - maskX0, maskY1 - maskY0);
      }
      layerCtx.save();
      layerCtx.globalAlpha = alpha / 255;
      layerCtx.setTransform(1, 0, 0, 1, 0, 0);
      layerCtx.clip(path2, "evenodd");
      layerCtx.globalCompositeOperation = "destination-in";
      layerCtx.fillStyle = "#000000";
      layerCtx.fillRect(layerOffsetX, layerOffsetY, layerWidth, layerHeight);
      layerCtx.restore();
    }
    genericComposeSMask(smask, layerCtx, width, height, layerOffsetX, layerOffsetY) {
      const {
        context: maskCtx,
        offsetX: maskOffsetX,
        offsetY: maskOffsetY
      } = smask;
      layerCtx.save();
      layerCtx.globalAlpha = 1;
      layerCtx.setTransform(1, 0, 0, 1, 0, 0);
      const clip2 = new Path2D();
      clip2.rect(layerOffsetX, layerOffsetY, width, height);
      layerCtx.clip(clip2);
      layerCtx.globalCompositeOperation = "destination-in";
      layerCtx.drawImage(maskCtx.canvas, layerOffsetX - maskOffsetX, layerOffsetY - maskOffsetY, width, height, layerOffsetX, layerOffsetY, width, height);
      layerCtx.restore();
    }
    save(opIdx) {
      if (this.inSMaskMode) {
        copyCtxState(this.ctx, this.suspendedCtx);
      }
      this.ctx.save();
      const old = this.current;
      this.stateStack.push(old);
      this.current = old.clone();
      this.dependencyTracker?.save(opIdx);
    }
    restore(opIdx) {
      this.dependencyTracker?.restore(opIdx);
      if (this.stateStack.length === 0) {
        if (this.inSMaskMode) {
          this.endSMaskMode();
        }
        return;
      }
      this.current = this.stateStack.pop();
      this.ctx.restore();
      if (this.inSMaskMode) {
        copyCtxState(this.suspendedCtx, this.ctx);
        this.ctx.setTransform(this.suspendedCtx.getTransform());
      }
      this.checkSMaskState(opIdx);
      this.pendingClip = null;
      this._cachedScaleForStroking[0] = -1;
    }
    transform(opIdx, a, b, c, d, e, f) {
      this.dependencyTracker?.recordIncrementalData("transform", opIdx);
      this.ctx.transform(a, b, c, d, e, f);
      this._cachedScaleForStroking[0] = -1;
    }
    constructPath(opIdx, op, data, minMax) {
      let [path2] = data;
      if (!minMax) {
        path2 ||= data[0] = new Path2D();
        if (op !== OPS.stroke && op !== OPS.closeStroke) {
          this.current.tilingPatternDims = null;
        }
        this[op](opIdx, path2);
        return;
      }
      if (this.dependencyTracker !== null) {
        const outerExtraSize = op === OPS.stroke ? this.current.lineWidth / 2 : 0;
        this.dependencyTracker.resetBBox(opIdx).recordBBox(opIdx, this.ctx, minMax[0] - outerExtraSize, minMax[2] + outerExtraSize, minMax[1] - outerExtraSize, minMax[3] + outerExtraSize).recordDependencies(opIdx, ["transform"]);
      }
      if (!(path2 instanceof Path2D)) {
        path2 = data[0] = makePathFromDrawOPS(path2);
      }
      Util.axialAlignedBoundingBox(minMax, getCurrentTransform(this.ctx), this.current.minMax);
      const tilingDims = this.current.tilingPatternDims;
      if (tilingDims && op !== OPS.stroke && op !== OPS.closeStroke && this.current.fillColor instanceof TilingPattern) {
        const clippedBBox = Util.intersect(this.current.clipBox, this.current.minMax);
        if (!clippedBBox) {
          this.current.tilingPatternDims = null;
        } else {
          this.current.fillColor.updatePatternDims(clippedBBox, tilingDims);
        }
      }
      this[op](opIdx, path2);
      this._pathStartIdx = opIdx;
    }
    closePath(opIdx) {
      this.ctx.closePath();
    }
    stroke(opIdx, path2, consumePath = true) {
      const started = consumePath && this.#beginKnockoutElement(this.current.strokeAlpha);
      const ctx = this.ctx;
      const strokeColor = this.current.strokeColor;
      ctx.globalAlpha = this.current.strokeAlpha;
      if (this.contentVisible) {
        if (typeof strokeColor === "object" && strokeColor?.getPattern) {
          const baseTransform = strokeColor.isModifyingCurrentTransform() ? ctx.getTransform() : null;
          ctx.save();
          ctx.strokeStyle = strokeColor.getPattern(ctx, this, getCurrentTransformInverse(ctx), PathType.STROKE, opIdx);
          if (baseTransform) {
            const newPath = new Path2D();
            newPath.addPath(path2, ctx.getTransform().invertSelf().multiplySelf(baseTransform));
            path2 = newPath;
          }
          this.rescaleAndStroke(path2, false);
          ctx.restore();
        } else {
          this.rescaleAndStroke(path2, true);
        }
      }
      this.dependencyTracker?.recordDependencies(opIdx, Dependencies.stroke);
      if (consumePath) {
        this.consumePath(opIdx, path2, this.current.getClippedPathBoundingBox(PathType.STROKE, getCurrentTransform(this.ctx)));
      }
      ctx.globalAlpha = this.current.fillAlpha;
      this.#endKnockoutElement(started);
    }
    closeStroke(opIdx, path2) {
      this.stroke(opIdx, path2);
    }
    fill(opIdx, path2, consumePath = true) {
      const started = consumePath && this.#beginKnockoutElement(this.current.fillAlpha);
      const ctx = this.ctx;
      const fillColor = this.current.fillColor;
      const isPatternFill = this.current.patternFill;
      let needRestore = false;
      const intersect = this.current.getClippedPathBoundingBox();
      this.dependencyTracker?.recordDependencies(opIdx, Dependencies.fill);
      if (isPatternFill) {
        const dims = this.current.tilingPatternDims;
        const tileIdx = dims && fillColor.canSkipPatternCanvas(dims);
        if (tileIdx) {
          fillColor.drawPattern(this, path2, this.pendingEOFill, tileIdx, opIdx);
          this.pendingEOFill = false;
          if (consumePath) {
            this.consumePath(opIdx, path2, intersect);
          }
          this.current.tilingPatternDims = null;
          this.#endKnockoutElement(started);
          return;
        }
        const baseTransform = fillColor.isModifyingCurrentTransform() ? ctx.getTransform() : null;
        this.dependencyTracker?.save(opIdx);
        ctx.save();
        ctx.fillStyle = fillColor.getPattern(ctx, this, getCurrentTransformInverse(ctx), PathType.FILL, opIdx);
        if (baseTransform) {
          const newPath = new Path2D();
          newPath.addPath(path2, ctx.getTransform().invertSelf().multiplySelf(baseTransform));
          path2 = newPath;
        }
        needRestore = true;
      }
      if (this.contentVisible && intersect !== null) {
        if (this.pendingEOFill) {
          ctx.fill(path2, "evenodd");
          this.pendingEOFill = false;
        } else {
          ctx.fill(path2);
        }
      }
      if (needRestore) {
        ctx.restore();
        this.dependencyTracker?.restore(opIdx);
      }
      if (consumePath) {
        this.consumePath(opIdx, path2, intersect);
      }
      this.#endKnockoutElement(started);
    }
    eoFill(opIdx, path2) {
      this.pendingEOFill = true;
      this.fill(opIdx, path2);
    }
    fillStroke(opIdx, path2) {
      const started = this.#beginKnockoutElement(Math.min(this.current.fillAlpha, this.current.strokeAlpha));
      this.fill(opIdx, path2, false);
      this.stroke(opIdx, path2, false);
      this.consumePath(opIdx, path2);
      this.#endKnockoutElement(started);
    }
    eoFillStroke(opIdx, path2) {
      this.pendingEOFill = true;
      this.fillStroke(opIdx, path2);
    }
    closeFillStroke(opIdx, path2) {
      this.fillStroke(opIdx, path2);
    }
    closeEOFillStroke(opIdx, path2) {
      this.pendingEOFill = true;
      this.fillStroke(opIdx, path2);
    }
    endPath(opIdx, path2) {
      this.consumePath(opIdx, path2);
    }
    rawFillPath(opIdx, path2) {
      const started = this.#beginKnockoutElement(this.current.fillAlpha);
      this.ctx.fill(path2);
      this.dependencyTracker?.recordDependencies(opIdx, Dependencies.rawFillPath).recordOperation(opIdx);
      this.#endKnockoutElement(started);
    }
    clip(opIdx) {
      this.dependencyTracker?.recordFutureForcedDependency("clipMode", opIdx);
      this.pendingClip = NORMAL_CLIP;
    }
    eoClip(opIdx) {
      this.dependencyTracker?.recordFutureForcedDependency("clipMode", opIdx);
      this.pendingClip = EO_CLIP;
    }
    beginText(opIdx) {
      this.current.textMatrix = null;
      this.current.textMatrixScale = 1;
      this.current.x = this.current.lineX = 0;
      this.current.y = this.current.lineY = 0;
      this.dependencyTracker?.recordOpenMarker(opIdx).resetIncrementalData("sameLineText").resetIncrementalData("moveText", opIdx);
    }
    endText(opIdx) {
      const paths6 = this.pendingTextPaths;
      const ctx = this.ctx;
      if (this.dependencyTracker) {
        const {
          dependencyTracker
        } = this;
        if (paths6 !== void 0) {
          dependencyTracker.recordFutureForcedDependency("textClip", dependencyTracker.getOpenMarker()).recordFutureForcedDependency("textClip", opIdx);
        }
        dependencyTracker.recordCloseMarker(opIdx);
      }
      if (paths6 !== void 0) {
        const newPath = new Path2D();
        const invTransf = ctx.getTransform().invertSelf();
        for (const {
          transform,
          x,
          y,
          fontSize,
          path: path2
        } of paths6) {
          if (!path2) {
            continue;
          }
          newPath.addPath(path2, new DOMMatrix(transform).preMultiplySelf(invTransf).translate(x, y).scale(fontSize, -fontSize));
        }
        ctx.clip(newPath);
      }
      delete this.pendingTextPaths;
    }
    setCharSpacing(opIdx, spacing) {
      this.dependencyTracker?.recordSimpleData("charSpacing", opIdx);
      this.current.charSpacing = spacing;
    }
    setWordSpacing(opIdx, spacing) {
      this.dependencyTracker?.recordSimpleData("wordSpacing", opIdx);
      this.current.wordSpacing = spacing;
    }
    setHScale(opIdx, scale2) {
      this.dependencyTracker?.recordSimpleData("hScale", opIdx);
      this.current.textHScale = scale2 / 100;
    }
    setLeading(opIdx, leading) {
      this.dependencyTracker?.recordSimpleData("leading", opIdx);
      this.current.leading = -leading;
    }
    setFont(opIdx, fontRefName, size) {
      this.dependencyTracker?.recordSimpleData("font", opIdx).recordSimpleDataFromNamed("fontObj", fontRefName, opIdx);
      const fontObj = this.commonObjs.get(fontRefName);
      const current = this.current;
      if (!fontObj) {
        throw new Error(`Can't find font for ${fontRefName}`);
      }
      current.fontMatrix = fontObj.fontMatrix || FONT_IDENTITY_MATRIX;
      if (current.fontMatrix[0] === 0 || current.fontMatrix[3] === 0) {
        warn("Invalid font matrix for font " + fontRefName);
      }
      if (size < 0) {
        size = -size;
        current.fontDirection = -1;
      } else {
        current.fontDirection = 1;
      }
      this.current.font = fontObj;
      this.current.fontSize = size;
      if (fontObj.isType3Font) {
        return;
      }
      const name = fontObj.loadedName || "sans-serif";
      const typeface = fontObj.systemFontInfo?.css || `"${name}", ${fontObj.fallbackName}`;
      let bold = "normal";
      if (fontObj.black) {
        bold = "900";
      } else if (fontObj.bold) {
        bold = "bold";
      }
      const italic = fontObj.italic ? "italic" : "normal";
      const browserFontSize = MathClamp(size, MIN_FONT_SIZE2, MAX_FONT_SIZE2);
      this.current.fontSizeScale = size / browserFontSize;
      this.ctx.font = `${italic} ${bold} ${browserFontSize}px ${typeface}`;
    }
    setTextRenderingMode(opIdx, mode) {
      this.dependencyTracker?.recordSimpleData("textRenderingMode", opIdx);
      this.current.textRenderingMode = mode;
    }
    setTextRise(opIdx, rise) {
      this.dependencyTracker?.recordSimpleData("textRise", opIdx);
      this.current.textRise = rise;
    }
    moveText(opIdx, x, y) {
      this.dependencyTracker?.resetIncrementalData("sameLineText").recordIncrementalData("moveText", opIdx);
      this.current.x = this.current.lineX += x;
      this.current.y = this.current.lineY += y;
    }
    setLeadingMoveText(opIdx, x, y) {
      this.setLeading(opIdx, -y);
      this.moveText(opIdx, x, y);
    }
    setTextMatrix(opIdx, matrix) {
      this.dependencyTracker?.resetIncrementalData("sameLineText").recordSimpleData("textMatrix", opIdx);
      const {
        current
      } = this;
      current.textMatrix = matrix;
      current.textMatrixScale = Math.hypot(matrix[0], matrix[1]);
      current.x = current.lineX = 0;
      current.y = current.lineY = 0;
    }
    nextLine(opIdx) {
      this.moveText(opIdx, 0, this.current.leading);
      this.dependencyTracker?.recordIncrementalData("moveText", this.dependencyTracker.getSimpleIndex("leading") ?? opIdx);
    }
    #getScaledPath(path2, currentTransform, transform) {
      const newPath = new Path2D();
      newPath.addPath(path2, new DOMMatrix(transform).invertSelf().multiplySelf(currentTransform));
      return newPath;
    }
    paintChar(opIdx, character, x, y, patternFillTransform, patternStrokeTransform) {
      const ctx = this.ctx;
      const current = this.current;
      const font = current.font;
      const textRenderingMode = current.textRenderingMode;
      const fontSize = current.fontSize / current.fontSizeScale;
      const fillStrokeMode = textRenderingMode & TextRenderingMode2.FILL_STROKE_MASK;
      const isAddToPathSet = !!(textRenderingMode & TextRenderingMode2.ADD_TO_PATH_FLAG);
      const patternFill = current.patternFill && !font.missingFile;
      const patternStroke = current.patternStroke && !font.missingFile;
      let path2;
      if ((font.disableFontFace || isAddToPathSet || patternFill || patternStroke) && !font.missingFile) {
        path2 = font.getPathGenerator(this.commonObjs, character);
      }
      if (path2 && (font.disableFontFace || patternFill || patternStroke)) {
        ctx.save();
        ctx.translate(x, y);
        ctx.scale(fontSize, -fontSize);
        this.dependencyTracker?.recordCharacterBBox(opIdx, ctx, font);
        let currentTransform;
        if (fillStrokeMode === TextRenderingMode2.FILL || fillStrokeMode === TextRenderingMode2.FILL_STROKE) {
          if (patternFillTransform) {
            currentTransform = ctx.getTransform();
            ctx.setTransform(...patternFillTransform);
            const scaledPath = this.#getScaledPath(path2, currentTransform, patternFillTransform);
            ctx.fill(scaledPath);
          } else {
            ctx.fill(path2);
          }
        }
        if (fillStrokeMode === TextRenderingMode2.STROKE || fillStrokeMode === TextRenderingMode2.FILL_STROKE) {
          if (patternStrokeTransform) {
            currentTransform ||= ctx.getTransform();
            ctx.setTransform(...patternStrokeTransform);
            const {
              a,
              b,
              c,
              d
            } = currentTransform;
            const invPatternTransform = Util.inverseTransform(patternStrokeTransform);
            const transf = Util.transform([a, b, c, d, 0, 0], invPatternTransform);
            Util.singularValueDecompose2dScale(transf, XY);
            ctx.lineWidth *= Math.max(XY[0], XY[1]) / fontSize;
            ctx.stroke(this.#getScaledPath(path2, currentTransform, patternStrokeTransform));
          } else {
            ctx.lineWidth /= fontSize;
            ctx.stroke(path2);
          }
        }
        ctx.restore();
      } else {
        if (fillStrokeMode === TextRenderingMode2.FILL || fillStrokeMode === TextRenderingMode2.FILL_STROKE) {
          ctx.fillText(character, x, y);
          this.dependencyTracker?.recordCharacterBBox(opIdx, ctx, font, fontSize, x, y, () => ctx.measureText(character));
        }
        if (fillStrokeMode === TextRenderingMode2.STROKE || fillStrokeMode === TextRenderingMode2.FILL_STROKE) {
          if (this.dependencyTracker) {
            this.dependencyTracker?.recordCharacterBBox(opIdx, ctx, font, fontSize, x, y, () => ctx.measureText(character)).recordDependencies(opIdx, Dependencies.stroke);
          }
          ctx.strokeText(character, x, y);
        }
      }
      if (isAddToPathSet) {
        const paths6 = this.pendingTextPaths ||= [];
        paths6.push({
          transform: getCurrentTransform(ctx),
          x,
          y,
          fontSize,
          path: path2
        });
        this.dependencyTracker?.recordCharacterBBox(opIdx, ctx, font, fontSize, x, y);
      }
    }
    get isFontSubpixelAAEnabled() {
      const tmpCanvas = this.canvasFactory.create(10, 10);
      const ctx = tmpCanvas.context;
      ctx.scale(1.5, 1);
      ctx.fillText("I", 0, 10);
      const data = ctx.getImageData(0, 0, 10, 10).data;
      this.canvasFactory.destroy(tmpCanvas);
      let enabled = false;
      for (let i = 3; i < data.length; i += 4) {
        if (data[i] > 0 && data[i] < 255) {
          enabled = true;
          break;
        }
      }
      return util_shadow(this, "isFontSubpixelAAEnabled", enabled);
    }
    showText(opIdx, glyphs) {
      if (this.dependencyTracker) {
        this.dependencyTracker.recordDependencies(opIdx, Dependencies.showText).resetBBox(opIdx);
        if (this.current.textRenderingMode & TextRenderingMode2.ADD_TO_PATH_FLAG) {
          this.dependencyTracker.recordFutureForcedDependency("textClip", opIdx).inheritPendingDependenciesAsFutureForcedDependencies();
        }
      }
      const current = this.current;
      const font = current.font;
      if (font.isType3Font) {
        const started2 = this.#beginKnockoutElement(current.fillAlpha);
        this.showType3Text(opIdx, glyphs);
        this.dependencyTracker?.recordShowTextOperation(opIdx);
        this.#endKnockoutElement(started2);
        return;
      }
      const fontSize = current.fontSize;
      if (fontSize === 0) {
        this.dependencyTracker?.recordOperation(opIdx);
        return;
      }
      const started = this.#beginKnockoutElement(current.fillAlpha);
      const ctx = this.ctx;
      const fontSizeScale = current.fontSizeScale;
      const charSpacing = current.charSpacing;
      const wordSpacing = current.wordSpacing;
      const fontDirection = current.fontDirection;
      const textHScale = current.textHScale * fontDirection;
      const glyphsLength = glyphs.length;
      const vertical = font.vertical;
      const spacingDir = vertical ? 1 : -1;
      const widthAdvanceScale = fontSize * current.fontMatrix[0];
      const simpleFillText = current.textRenderingMode === TextRenderingMode2.FILL && !font.disableFontFace && !current.patternFill;
      ctx.save();
      if (current.textMatrix) {
        ctx.transform(...current.textMatrix);
      }
      ctx.translate(current.x, current.y + current.textRise);
      if (fontDirection > 0) {
        ctx.scale(textHScale, -1);
      } else {
        ctx.scale(textHScale, 1);
      }
      let patternFillTransform, patternStrokeTransform;
      const fillStrokeMode = current.textRenderingMode & TextRenderingMode2.FILL_STROKE_MASK;
      const needsFill = fillStrokeMode === TextRenderingMode2.FILL || fillStrokeMode === TextRenderingMode2.FILL_STROKE;
      const needsStroke = fillStrokeMode === TextRenderingMode2.STROKE || fillStrokeMode === TextRenderingMode2.FILL_STROKE;
      let lineWidth = current.lineWidth;
      const scale2 = current.textMatrixScale;
      if (scale2 === 0 || lineWidth === 0) {
        if (needsStroke) {
          lineWidth = this.getSinglePixelWidth();
        }
      } else {
        lineWidth /= scale2;
      }
      if (fontSizeScale !== 1) {
        ctx.scale(fontSizeScale, fontSizeScale);
        lineWidth /= fontSizeScale;
      }
      ctx.lineWidth = lineWidth;
      if (needsFill && current.patternFill) {
        ctx.save();
        const pattern = current.fillColor.getPattern(ctx, this, getCurrentTransformInverse(ctx), PathType.FILL, opIdx);
        patternFillTransform = getCurrentTransform(ctx);
        ctx.restore();
        ctx.fillStyle = pattern;
      }
      if (needsStroke && current.patternStroke) {
        ctx.save();
        const pattern = current.strokeColor.getPattern(ctx, this, getCurrentTransformInverse(ctx), PathType.STROKE, opIdx);
        patternStrokeTransform = getCurrentTransform(ctx);
        ctx.restore();
        ctx.strokeStyle = pattern;
      }
      if (font.isInvalidPDFjsFont) {
        const chars4 = [];
        let width = 0;
        for (const glyph of glyphs) {
          chars4.push(glyph.unicode);
          width += glyph.width;
        }
        const joinedChars = chars4.join("");
        ctx.fillText(joinedChars, 0, 0);
        if (this.dependencyTracker !== null) {
          const measure = ctx.measureText(joinedChars);
          this.dependencyTracker.recordBBox(opIdx, this.ctx, -measure.actualBoundingBoxLeft, measure.actualBoundingBoxRight, -measure.actualBoundingBoxAscent, measure.actualBoundingBoxDescent).recordShowTextOperation(opIdx);
        }
        current.x += width * widthAdvanceScale * textHScale;
        ctx.restore();
        this.compose();
        this.#endKnockoutElement(started);
        return;
      }
      let x = 0, i;
      for (i = 0; i < glyphsLength; ++i) {
        const glyph = glyphs[i];
        if (typeof glyph === "number") {
          x += spacingDir * glyph * fontSize / 1e3;
          continue;
        }
        let restoreNeeded = false;
        const spacing = (glyph.isSpace ? wordSpacing : 0) + charSpacing;
        const character = glyph.fontChar;
        const accent = glyph.accent;
        let scaledX, scaledY;
        let width = glyph.width;
        if (vertical) {
          const vmetric = glyph.vmetric;
          const vx = -vmetric[1] * widthAdvanceScale;
          const vy = vmetric[2] * widthAdvanceScale;
          width = -vmetric[0];
          scaledX = vx / fontSizeScale;
          scaledY = (x + vy) / fontSizeScale;
        } else {
          scaledX = x / fontSizeScale;
          scaledY = 0;
        }
        let measure;
        if (font.remeasure && width > 0) {
          measure = ctx.measureText(character);
          const measuredWidth = measure.width * 1e3 / fontSize * fontSizeScale;
          if (width < measuredWidth && this.isFontSubpixelAAEnabled) {
            const characterScaleX = width / measuredWidth;
            restoreNeeded = true;
            ctx.save();
            ctx.scale(characterScaleX, 1);
            scaledX /= characterScaleX;
          } else if (width !== measuredWidth) {
            scaledX += (width - measuredWidth) / 2e3 * fontSize / fontSizeScale;
          }
        }
        if (this.contentVisible && (glyph.isInFont || font.missingFile)) {
          if (simpleFillText && !accent) {
            ctx.fillText(character, scaledX, scaledY);
            this.dependencyTracker?.recordCharacterBBox(opIdx, ctx, measure ? {
              bbox: null
            } : font, fontSize / fontSizeScale, scaledX, scaledY, () => measure ?? ctx.measureText(character));
          } else {
            this.paintChar(opIdx, character, scaledX, scaledY, patternFillTransform, patternStrokeTransform);
            if (accent) {
              const scaledAccentX = scaledX + fontSize * accent.offset.x / fontSizeScale;
              const scaledAccentY = scaledY - fontSize * accent.offset.y / fontSizeScale;
              this.paintChar(opIdx, accent.fontChar, scaledAccentX, scaledAccentY, patternFillTransform, patternStrokeTransform);
            }
          }
        }
        const charWidth = vertical ? width * widthAdvanceScale - spacing * fontDirection : width * widthAdvanceScale + spacing * fontDirection;
        x += charWidth;
        if (restoreNeeded) {
          ctx.restore();
        }
      }
      if (vertical) {
        current.y -= x;
      } else {
        current.x += x * textHScale;
      }
      ctx.restore();
      this.compose();
      this.dependencyTracker?.recordShowTextOperation(opIdx);
      this.#endKnockoutElement(started);
    }
    showType3Text(opIdx, glyphs) {
      const ctx = this.ctx;
      const current = this.current;
      const font = current.font;
      const fontSize = current.fontSize;
      const fontDirection = current.fontDirection;
      const spacingDir = font.vertical ? 1 : -1;
      const charSpacing = current.charSpacing;
      const wordSpacing = current.wordSpacing;
      const textHScale = current.textHScale * fontDirection;
      const fontMatrix = current.fontMatrix || FONT_IDENTITY_MATRIX;
      const glyphsLength = glyphs.length;
      const isTextInvisible = current.textRenderingMode === TextRenderingMode2.INVISIBLE;
      let i, glyph, width, spacingLength;
      if (isTextInvisible || fontSize === 0) {
        return;
      }
      this._cachedScaleForStroking[0] = -1;
      ctx.save();
      if (current.textMatrix) {
        ctx.transform(...current.textMatrix);
      }
      ctx.translate(current.x, current.y + current.textRise);
      ctx.scale(textHScale, fontDirection);
      const dependencyTracker = this.dependencyTracker;
      this.dependencyTracker = dependencyTracker ? new CanvasNestedDependencyTracker(dependencyTracker, opIdx) : null;
      for (i = 0; i < glyphsLength; ++i) {
        glyph = glyphs[i];
        if (typeof glyph === "number") {
          spacingLength = spacingDir * glyph * fontSize / 1e3;
          this.ctx.translate(spacingLength, 0);
          current.x += spacingLength * textHScale;
          continue;
        }
        const spacing = (glyph.isSpace ? wordSpacing : 0) + charSpacing;
        const operatorList = font.charProcOperatorList.get(glyph.operatorListId);
        if (!operatorList) {
          warn(`Type3 character "${glyph.operatorListId}" is not available.`);
        } else if (this.contentVisible) {
          this.save();
          if (operatorList.fnArray[0] === OPS.setCharWidth) {
            current.fillAlpha = current.strokeAlpha = 1;
            ctx.globalAlpha = 1;
          }
          ctx.scale(fontSize, fontSize);
          ctx.transform(...fontMatrix);
          this.executeOperatorList(operatorList);
          this.restore();
        }
        const p = [glyph.width, 0];
        Util.applyTransform(p, fontMatrix);
        width = p[0] * fontSize + spacing;
        ctx.translate(width, 0);
        current.x += width * textHScale;
      }
      ctx.restore();
      if (dependencyTracker) {
        this.dependencyTracker = dependencyTracker;
      }
    }
    setCharWidth(opIdx, xWidth, yWidth) {
    }
    setCharWidthAndBounds(opIdx, xWidth, yWidth, llx, lly, urx, ury) {
      const clip2 = new Path2D();
      clip2.rect(llx, lly, urx - llx, ury - lly);
      this.ctx.clip(clip2);
      this.dependencyTracker?.recordBBox(opIdx, this.ctx, llx, urx, lly, ury).recordClipBox(opIdx, this.ctx, llx, urx, lly, ury);
      this.endPath(opIdx);
    }
    getColorN_Pattern(opIdx, IR) {
      let pattern;
      if (IR[0] === "TilingPattern") {
        const baseTransform = this.baseTransform || getCurrentTransform(this.ctx);
        const canvasGraphicsFactory = {
          createCanvasGraphics: (ctx, renderingOpIdx) => new _CanvasGraphics(ctx, this.commonObjs, this.objs, this.canvasFactory, this.filterFactory, {
            optionalContentConfig: this.optionalContentConfig,
            markedContentStack: this.markedContentStack
          }, void 0, void 0, this.dependencyTracker ? new CanvasNestedDependencyTracker(this.dependencyTracker, renderingOpIdx, true) : null)
        };
        pattern = new TilingPattern(IR, this.ctx, canvasGraphicsFactory, baseTransform);
      } else {
        pattern = this._getPattern(opIdx, IR[1], IR[2]);
      }
      return pattern;
    }
    setStrokeColorN(opIdx, ...args) {
      this.dependencyTracker?.recordSimpleData("strokeColor", opIdx);
      this.current.strokeColor = this.getColorN_Pattern(opIdx, args);
      this.current.patternStroke = true;
    }
    setFillColorN(opIdx, ...args) {
      this.dependencyTracker?.recordSimpleData("fillColor", opIdx);
      const pattern = this.current.fillColor = this.getColorN_Pattern(opIdx, args);
      this.current.patternFill = true;
      this.current.tilingPatternDims = pattern instanceof TilingPattern ? [0, 0, 0, 0] : null;
    }
    #transferColor(color2) {
      return this.current.transferMapsFallback?.applyToColor(color2) ?? color2;
    }
    setStrokeRGBColor(opIdx, color2) {
      this.dependencyTracker?.recordSimpleData("strokeColor", opIdx);
      this.current.strokeColor = color2;
      this.ctx.strokeStyle = this.#transferColor(color2);
      this.current.patternStroke = false;
    }
    setStrokeTransparent(opIdx) {
      this.dependencyTracker?.recordSimpleData("strokeColor", opIdx);
      this.ctx.strokeStyle = this.current.strokeColor = "transparent";
      this.current.patternStroke = false;
    }
    setFillRGBColor(opIdx, color2) {
      this.dependencyTracker?.recordSimpleData("fillColor", opIdx);
      this.current.fillColor = color2;
      this.ctx.fillStyle = this.#transferColor(color2);
      this.current.patternFill = false;
      this.current.tilingPatternDims = null;
    }
    setFillTransparent(opIdx) {
      this.dependencyTracker?.recordSimpleData("fillColor", opIdx);
      this.ctx.fillStyle = this.current.fillColor = "transparent";
      this.current.patternFill = false;
      this.current.tilingPatternDims = null;
    }
    _getPattern(opIdx, objId, matrix = null) {
      const pattern = this.cachedPatterns.getOrInsertComputed(objId, () => getShadingPattern(this.getObject(opIdx, objId)));
      if (matrix) {
        pattern.matrix = matrix;
      }
      return pattern;
    }
    shadingFill(opIdx, objId) {
      if (!this.contentVisible) {
        return;
      }
      const started = this.#beginKnockoutElement(this.current.fillAlpha);
      const ctx = this.ctx;
      this.save(opIdx);
      const pattern = this._getPattern(opIdx, objId);
      ctx.fillStyle = pattern.getPattern(ctx, this, getCurrentTransformInverse(ctx), PathType.SHADING, opIdx);
      const inv = getCurrentTransformInverse(ctx);
      if (inv) {
        const {
          width,
          height
        } = ctx.canvas;
        const minMax = F32_BBOX_INIT.slice();
        Util.axialAlignedBoundingBox([0, 0, width, height], inv, minMax);
        const [x0, y0, x1, y1] = minMax;
        this.ctx.fillRect(x0, y0, x1 - x0, y1 - y0);
      } else {
        this.ctx.fillRect(-1e10, -1e10, 2e10, 2e10);
      }
      this.dependencyTracker?.resetBBox(opIdx).recordFullPageBBox(opIdx).recordDependencies(opIdx, Dependencies.transform).recordDependencies(opIdx, Dependencies.fill).recordOperation(opIdx);
      this.compose(this.current.getClippedPathBoundingBox());
      this.restore(opIdx);
      this.#endKnockoutElement(started);
    }
    beginInlineImage() {
      unreachable("Should not call beginInlineImage");
    }
    beginImageData() {
      unreachable("Should not call beginImageData");
    }
    paintFormXObjectBegin(opIdx, matrix, bbox) {
      if (!this.contentVisible) {
        return;
      }
      this.save(opIdx);
      this.baseTransformStack.push(this.baseTransform);
      if (matrix) {
        this.transform(opIdx, ...matrix);
      }
      this.baseTransform = getCurrentTransform(this.ctx);
      if (bbox) {
        Util.axialAlignedBoundingBox(bbox, this.baseTransform, this.current.minMax);
        const [x0, y0, x1, y1] = bbox;
        const clip2 = new Path2D();
        clip2.rect(x0, y0, x1 - x0, y1 - y0);
        this.ctx.clip(clip2);
        this.dependencyTracker?.recordClipBox(opIdx, this.ctx, x0, x1, y0, y1);
        this.endPath(opIdx);
      }
    }
    paintFormXObjectEnd(opIdx) {
      if (!this.contentVisible) {
        return;
      }
      this.restore(opIdx);
      this.baseTransform = this.baseTransformStack.pop();
    }
    beginGroup(opIdx, group) {
      if (!this.contentVisible) {
        return;
      }
      this.save(opIdx);
      const {
        inSMaskMode
      } = this;
      if (inSMaskMode) {
        this.endSMaskMode();
        this.current.activeSMask = null;
      }
      const currentCtx = this.ctx;
      if ((!group.needsIsolation || !group.isolated && !group.hasSoftMask) && !group.knockout && !group.isGray && this.#knockoutGroupLevel === 0 && currentCtx.globalAlpha === 1 && currentCtx.globalCompositeOperation === "source-over" && !inSMaskMode) {
        if (group.bbox) {
          let clip2 = new Path2D();
          const [x0, y0, x1, y1] = group.bbox;
          clip2.rect(x0, y0, x1 - x0, y1 - y0);
          if (group.matrix) {
            const path2 = new Path2D();
            path2.addPath(clip2, new DOMMatrix(group.matrix));
            clip2 = path2;
          }
          currentCtx.clip(clip2);
        }
        this.groupStack.push(null);
        this.#groupStackMeta.push(null);
        this.groupLevel++;
        return;
      }
      if (!group.isolated && !group.knockout && this.#knockoutGroupLevel === 0) {
        info("TODO: Fully support non-isolated non-knockout groups.");
      }
      const currentTransform = getCurrentTransform(currentCtx);
      if (group.matrix) {
        currentCtx.transform(...group.matrix);
      }
      const canvasBounds = [0, 0, currentCtx.canvas.width, currentCtx.canvas.height];
      let bounds2;
      if (group.bbox) {
        bounds2 = F32_BBOX_INIT.slice();
        Util.axialAlignedBoundingBox(group.bbox, getCurrentTransform(currentCtx), bounds2);
        bounds2 = Util.intersect(bounds2, canvasBounds) || [0, 0, 0, 0];
      } else {
        bounds2 = canvasBounds;
      }
      const offsetX = Math.floor(bounds2[0]);
      const offsetY = Math.floor(bounds2[1]);
      const drawnWidth = Math.max(Math.ceil(bounds2[2]) - offsetX, 1);
      const drawnHeight = Math.max(Math.ceil(bounds2[3]) - offsetY, 1);
      this.current.startNewPathAndClipBox([0, 0, drawnWidth, drawnHeight]);
      const scratchCanvas = this.canvasFactory.create(drawnWidth, drawnHeight);
      if (group.smask) {
        this.smaskGroupCanvases.push(scratchCanvas);
      }
      const groupCtx = scratchCanvas.context;
      const backdropCtx = group.knockout && !group.isolated ? currentCtx : null;
      const hasInnerBackdrop = !group.isolated && !group.knockout && !group.smask && group.needsIsolation && this.#knockoutGroupLevel > 0;
      const knockoutMaskEntry = group.knockout ? this.canvasFactory.create(drawnWidth, drawnHeight) : null;
      const savedKnockoutLevel = this.#knockoutGroupLevel;
      if (group.knockout) {
        this.#knockoutGroupLevel++;
      } else {
        this.#knockoutGroupLevel = 0;
      }
      groupCtx.translate(-offsetX, -offsetY);
      groupCtx.transform(...currentTransform);
      const needsBackdropCopy = !group.isolated && !group.smask && group.needsIsolation;
      const replaceBackdrop = needsBackdropCopy && !inSMaskMode && savedKnockoutLevel === 0 && !group.knockout && !group.isGray && group.hasSoftMask && currentCtx.globalAlpha === 1 && currentCtx.globalCompositeOperation === "source-over" && this.current.transferMaps === "none" && !this.current.transferMapsFallback;
      if (needsBackdropCopy && (inSMaskMode || replaceBackdrop)) {
        groupCtx.save();
        groupCtx.setTransform(1, 0, 0, 1, 0, 0);
        groupCtx.drawImage(currentCtx.canvas, -offsetX, -offsetY);
        groupCtx.restore();
      }
      if (group.bbox) {
        let clip2 = new Path2D();
        const [x0, y0, x1, y1] = group.bbox;
        clip2.rect(x0, y0, x1 - x0, y1 - y0);
        if (group.matrix) {
          const path2 = new Path2D();
          path2.addPath(clip2, new DOMMatrix(group.matrix));
          clip2 = path2;
        }
        groupCtx.clip(clip2);
      }
      if (group.smask) {
        this.smaskStack.push({
          canvas: scratchCanvas.canvas,
          context: groupCtx,
          offsetX,
          offsetY,
          subtype: group.smask.subtype,
          backdrop: group.smask.backdrop,
          transferMap: group.smask.transferMap || null
        });
      }
      if (!group.smask || this.dependencyTracker) {
        currentCtx.setTransform(1, 0, 0, 1, 0, 0);
        currentCtx.translate(offsetX, offsetY);
        currentCtx.save();
      }
      copyCtxState(currentCtx, groupCtx);
      this.ctx = groupCtx;
      this.dependencyTracker?.inheritSimpleDataAsFutureForcedDependencies(["fillAlpha", "strokeAlpha", "globalCompositeOperation"]).pushBaseTransform(currentCtx);
      this.setGState(opIdx, [["BM", "source-over"], ["ca", 1], ["CA", 1], ["TR", null]]);
      this.groupStack.push(currentCtx);
      this.#groupStackMeta.push({
        backdropCtx,
        savedKnockoutLevel,
        offsetX,
        offsetY,
        hasInnerBackdrop,
        replaceBackdrop,
        knockoutMaskEntry,
        knockoutTempEntry: null,
        knockoutBackdropEntry: null
      });
      this.groupLevel++;
    }
    endGroup(opIdx, group) {
      if (!this.contentVisible) {
        return;
      }
      this.groupLevel--;
      const groupCtx = this.ctx;
      const ctx = this.groupStack.pop();
      const groupMeta = this.#groupStackMeta.pop();
      if (groupMeta) {
        this.#knockoutGroupLevel = groupMeta.savedKnockoutLevel;
      }
      if (ctx === null) {
        this.restore(opIdx);
        return;
      }
      if (group.isGray) {
        this.#convertGroupToGray(groupCtx);
      }
      this.ctx = ctx;
      this.ctx.imageSmoothingEnabled = false;
      this.dependencyTracker?.popBaseTransform();
      if (group.smask) {
        this.tempSMask = this.smaskStack.pop();
        this.restore(opIdx);
        if (this.dependencyTracker) {
          this.ctx.restore();
          if (this.inSMaskMode) {
            this.ctx.setTransform(this.suspendedCtx.getTransform());
          }
        }
        this.#destroyKnockoutPools(groupMeta);
      } else {
        this.ctx.restore();
        const currentMtx = getCurrentTransform(this.ctx);
        this.restore(opIdx);
        this.current.transferMapsFallback?.applyToCanvas(groupCtx);
        this.ctx.save();
        this.ctx.setTransform(...currentMtx);
        const dirtyBox = F32_BBOX_INIT.slice();
        Util.axialAlignedBoundingBox([0, 0, groupCtx.canvas.width, groupCtx.canvas.height], currentMtx, dirtyBox);
        const parentGroupMeta = this.#groupStackMeta.at(-1);
        if (this.#knockoutGroupLevel > 0) {
          if (groupMeta.hasInnerBackdrop) {
            const {
              width,
              height
            } = groupCtx.canvas;
            const colorEntry = this.canvasFactory.create(width, height);
            const colorCtx = colorEntry.context;
            colorCtx.drawImage(ctx.canvas, groupMeta.offsetX, groupMeta.offsetY, width, height, 0, 0, width, height);
            colorCtx.globalCompositeOperation = "source-over";
            colorCtx.drawImage(groupCtx.canvas, 0, 0);
            const shapeMaskEntry = this.#createKnockoutMaskCanvas(groupCtx.canvas);
            colorCtx.globalCompositeOperation = "destination-in";
            colorCtx.drawImage(shapeMaskEntry.canvas, 0, 0);
            const sourceCompositeOperation = this.ctx.globalCompositeOperation;
            const sourceAlpha = this.ctx.globalAlpha;
            const sourceFilter = this.ctx.filter;
            this.ctx.save();
            this.ctx.setTransform(...currentMtx);
            this.ctx.globalAlpha = 1;
            if (FeatureTest.isCanvasFilterSupported) {
              this.ctx.filter = "none";
            }
            this.ctx.globalCompositeOperation = "destination-out";
            this.ctx.drawImage(shapeMaskEntry.canvas, 0, 0);
            this.ctx.globalCompositeOperation = sourceCompositeOperation;
            this.ctx.globalAlpha = sourceAlpha;
            if (FeatureTest.isCanvasFilterSupported) {
              this.ctx.filter = sourceFilter ?? "none";
            }
            this.ctx.drawImage(colorEntry.canvas, 0, 0);
            this.ctx.restore();
            this.canvasFactory.destroy(shapeMaskEntry);
            this.canvasFactory.destroy(colorEntry);
          } else {
            const backdropCtx = parentGroupMeta?.backdropCtx ?? null;
            this.#compositeKnockoutSurface(this.ctx, groupCtx.canvas, {
              backdropCanvas: backdropCtx?.canvas ?? null,
              destTransform: currentMtx,
              backdropOffset: backdropCtx ? [parentGroupMeta.offsetX + groupMeta.offsetX, parentGroupMeta.offsetY + groupMeta.offsetY] : [0, 0],
              sourceAlpha: this.ctx.globalAlpha,
              sourceFilter: this.ctx.filter
            });
          }
        } else {
          if (groupMeta.replaceBackdrop) {
            const clip2 = new Path2D();
            clip2.rect(0, 0, groupCtx.canvas.width, groupCtx.canvas.height);
            this.ctx.clip(clip2);
            this.ctx.globalCompositeOperation = "copy";
          }
          this.ctx.drawImage(groupCtx.canvas, 0, 0);
        }
        this.ctx.restore();
        this.canvasFactory.destroy({
          canvas: groupCtx.canvas,
          context: groupCtx
        });
        this.#destroyKnockoutPools(groupMeta);
        this.compose(dirtyBox);
      }
    }
    #convertGroupToGray(groupCtx) {
      const {
        canvas
      } = groupCtx;
      const {
        width,
        height
      } = canvas;
      if (FeatureTest.isCanvasFilterSupported) {
        groupCtx.save();
        groupCtx.setTransform(1, 0, 0, 1, 0, 0);
        groupCtx.filter = "grayscale(1)";
        groupCtx.globalAlpha = 1;
        groupCtx.globalCompositeOperation = "copy";
        groupCtx.drawImage(canvas, 0, 0);
        groupCtx.restore();
        return;
      }
      const imageData = groupCtx.getImageData(0, 0, width, height);
      const {
        data
      } = imageData;
      for (let i = 0, ii = data.length; i < ii; i += 4) {
        const gray = data[i] * 0.2126 + data[i + 1] * 0.7152 + data[i + 2] * 0.0722 + 0.5 | 0;
        data[i] = data[i + 1] = data[i + 2] = gray;
      }
      groupCtx.putImageData(imageData, 0, 0);
    }
    #destroyKnockoutPools(groupMeta) {
      if (!groupMeta) {
        return;
      }
      if (groupMeta.knockoutMaskEntry) {
        this.canvasFactory.destroy(groupMeta.knockoutMaskEntry);
        groupMeta.knockoutMaskEntry = null;
      }
      if (groupMeta.knockoutTempEntry) {
        this.canvasFactory.destroy(groupMeta.knockoutTempEntry);
        groupMeta.knockoutTempEntry = null;
      }
      if (groupMeta.knockoutBackdropEntry) {
        this.canvasFactory.destroy(groupMeta.knockoutBackdropEntry);
        groupMeta.knockoutBackdropEntry = null;
      }
    }
    beginAnnotation(opIdx, id, rect2, transform, matrix, hasOwnCanvas, canvasName) {
      this.#restoreInitialState();
      resetCtxToDefault(this.ctx);
      this.ctx.save();
      this.save(opIdx);
      if (this.baseTransform) {
        this.ctx.setTransform(...this.baseTransform);
      }
      if (rect2) {
        const width = rect2[2] - rect2[0];
        const height = rect2[3] - rect2[1];
        if (hasOwnCanvas && this.annotationCanvasMap) {
          transform = transform.slice();
          transform[4] -= rect2[0];
          transform[5] -= rect2[1];
          Util.singularValueDecompose2dScale(getCurrentTransform(this.ctx), XY);
          const {
            viewportScale
          } = this;
          const canvasWidth = Math.ceil(width * this.outputScaleX * viewportScale);
          const canvasHeight = Math.ceil(height * this.outputScaleY * viewportScale);
          this.annotationCanvas = this.canvasFactory.create(canvasWidth, canvasHeight);
          const {
            canvas,
            context: context2
          } = this.annotationCanvas;
          if (canvasName) {
            const canvases = this.annotationCanvasMap.getOrInsertComputed(id, makeArr);
            canvas.setAttribute("data-canvas-name", canvasName);
            const index = canvases.findIndex((c) => c.getAttribute("data-canvas-name") === canvasName);
            if (index === -1) {
              canvases.push(canvas);
            } else {
              canvases[index] = canvas;
            }
          } else {
            this.annotationCanvasMap.set(id, canvas);
          }
          this.annotationCanvas.savedCtx = this.ctx;
          this.ctx = context2;
          this.ctx.save();
          this.ctx.setTransform(XY[0], 0, 0, -XY[1], 0, height * XY[1]);
          resetCtxToDefault(this.ctx);
        } else {
          resetCtxToDefault(this.ctx);
          this.endPath(opIdx);
          const clip2 = new Path2D();
          clip2.rect(rect2[0], rect2[1], width, height);
          this.ctx.clip(clip2);
        }
      }
      this.current = new CanvasExtraState(this.ctx.canvas.width, this.ctx.canvas.height);
      this.baseTransformStack.push(this.baseTransform);
      this.transform(opIdx, ...transform);
      this.transform(opIdx, ...matrix);
      this.baseTransform = getCurrentTransform(this.ctx);
    }
    endAnnotation(opIdx) {
      if (this.annotationCanvas) {
        this.ctx.restore();
        this.#drawFilter();
        this.ctx = this.annotationCanvas.savedCtx;
        delete this.annotationCanvas.savedCtx;
        delete this.annotationCanvas;
      }
      this.baseTransform = this.baseTransformStack.pop();
    }
    paintImageMaskXObject(opIdx, img) {
      if (!this.contentVisible) {
        return;
      }
      const count = img.count;
      img = this.getObject(opIdx, img.data, img);
      img.count = count;
      const started = this.#beginKnockoutElement(this.current.fillAlpha);
      const ctx = this.ctx;
      const mask = this._createMaskCanvas(opIdx, img);
      const maskCanvas = mask.canvas;
      ctx.save();
      ctx.setTransform(1, 0, 0, 1, 0, 0);
      ctx.drawImage(maskCanvas, mask.offsetX, mask.offsetY);
      this.dependencyTracker?.resetBBox(opIdx).recordBBox(opIdx, this.ctx, mask.offsetX, mask.offsetX + maskCanvas.width, mask.offsetY, mask.offsetY + maskCanvas.height).recordOperation(opIdx);
      ctx.restore();
      if (mask.canvasEntry) {
        this.canvasFactory.destroy(mask.canvasEntry);
      }
      this.compose();
      this.#endKnockoutElement(started);
    }
    paintImageMaskXObjectRepeat(opIdx, img, scaleX, skewX = 0, skewY = 0, scaleY, positions) {
      if (!this.contentVisible) {
        return;
      }
      img = this.getObject(opIdx, img.data, img);
      const started = this.#beginKnockoutElement(this.current.fillAlpha);
      const ctx = this.ctx;
      ctx.save();
      const currentTransform = getCurrentTransform(ctx);
      ctx.transform(scaleX, skewX, skewY, scaleY, 0, 0);
      const mask = this._createMaskCanvas(opIdx, img);
      ctx.setTransform(1, 0, 0, 1, mask.offsetX - currentTransform[4], mask.offsetY - currentTransform[5]);
      this.dependencyTracker?.resetBBox(opIdx);
      for (let i = 0, ii = positions.length; i < ii; i += 2) {
        const trans = Util.transform(currentTransform, [scaleX, skewX, skewY, scaleY, positions[i], positions[i + 1]]);
        ctx.drawImage(mask.canvas, trans[4], trans[5]);
        this.dependencyTracker?.recordBBox(opIdx, this.ctx, trans[4], trans[4] + mask.canvas.width, trans[5], trans[5] + mask.canvas.height);
      }
      ctx.restore();
      if (mask.canvasEntry) {
        this.canvasFactory.destroy(mask.canvasEntry);
      }
      this.compose();
      this.dependencyTracker?.recordOperation(opIdx);
      this.#endKnockoutElement(started);
    }
    paintImageMaskXObjectGroup(opIdx, images) {
      if (!this.contentVisible) {
        return;
      }
      const started = this.#beginKnockoutElement(this.current.fillAlpha);
      const ctx = this.ctx;
      const isPatternFill = this.current.patternFill;
      const fillColor = isPatternFill ? this.current.fillColor : ctx.fillStyle;
      this.dependencyTracker?.resetBBox(opIdx).recordDependencies(opIdx, Dependencies.transformAndFill);
      for (const image of images) {
        const {
          data,
          width,
          height,
          transform
        } = image;
        const maskCanvas = this.canvasFactory.create(width, height);
        const maskCtx = maskCanvas.context;
        maskCtx.save();
        const img = this.getObject(opIdx, data, image);
        putBinaryImageMask(maskCtx, img);
        maskCtx.globalCompositeOperation = "source-in";
        maskCtx.fillStyle = isPatternFill ? fillColor.getPattern(maskCtx, this, getCurrentTransformInverse(ctx), PathType.FILL, opIdx) : fillColor;
        maskCtx.fillRect(0, 0, width, height);
        maskCtx.restore();
        ctx.save();
        ctx.transform(...transform);
        ctx.scale(1, -1);
        drawImageAtIntegerCoords(ctx, maskCanvas.canvas, 0, 0, width, height, 0, -1, 1, 1);
        this.canvasFactory.destroy(maskCanvas);
        this.dependencyTracker?.recordBBox(opIdx, ctx, 0, width, 0, height);
        ctx.restore();
      }
      this.compose();
      this.dependencyTracker?.recordOperation(opIdx);
      this.#endKnockoutElement(started);
    }
    paintImageXObject(opIdx, objId) {
      if (!this.contentVisible) {
        return;
      }
      const imgData = this.getObject(opIdx, objId);
      if (!imgData) {
        warn("Dependent image isn't ready yet");
        return;
      }
      this.paintInlineImageXObject(opIdx, imgData);
    }
    paintImageXObjectRepeat(opIdx, objId, scaleX, scaleY, positions) {
      if (!this.contentVisible) {
        return;
      }
      const imgData = this.getObject(opIdx, objId);
      if (!imgData) {
        warn("Dependent image isn't ready yet");
        return;
      }
      const width = imgData.width;
      const height = imgData.height;
      const map = [];
      for (let i = 0, ii = positions.length; i < ii; i += 2) {
        map.push({
          transform: [scaleX, 0, 0, scaleY, positions[i], positions[i + 1]],
          x: 0,
          y: 0,
          w: width,
          h: height
        });
      }
      this.paintInlineImageXObjectGroup(opIdx, imgData, map);
    }
    applyTransferMapsToCanvas(ctx) {
      if (this.current.transferMaps !== "none") {
        ctx.filter = this.current.transferMaps;
        ctx.drawImage(ctx.canvas, 0, 0);
        ctx.filter = "none";
      } else {
        this.current.transferMapsFallback?.applyToCanvas(ctx);
      }
      return ctx.canvas;
    }
    applyTransferMapsToBitmap(imgData) {
      const {
        transferMaps,
        transferMapsFallback
      } = this.current;
      if (transferMaps === "none" && !transferMapsFallback) {
        return {
          img: imgData.bitmap,
          canvasEntry: null
        };
      }
      const {
        bitmap,
        width,
        height
      } = imgData;
      const tmpCanvas = this.canvasFactory.create(width, height);
      const tmpCtx = tmpCanvas.context;
      tmpCtx.filter = transferMaps;
      tmpCtx.drawImage(bitmap, 0, 0);
      tmpCtx.filter = "none";
      transferMapsFallback?.applyToCanvas(tmpCtx);
      return {
        img: tmpCanvas.canvas,
        canvasEntry: tmpCanvas
      };
    }
    paintInlineImageXObject(opIdx, imgData) {
      if (!this.contentVisible) {
        return;
      }
      const width = imgData.width;
      const height = imgData.height;
      const started = this.#beginKnockoutElement(this.current.fillAlpha);
      const ctx = this.ctx;
      this.save(opIdx);
      const {
        filter
      } = ctx;
      if (filter !== "none" && filter !== "") {
        ctx.filter = "none";
      }
      ctx.scale(1 / width, -1 / height);
      let imgToPaint;
      let inlineImgCanvas = null;
      if (imgData.bitmap) {
        const result = this.applyTransferMapsToBitmap(imgData);
        imgToPaint = result.img;
        inlineImgCanvas = result.canvasEntry;
      } else {
        const tmpCanvas = this.canvasFactory.create(width, height);
        putBinaryImageData(tmpCanvas.context, imgData);
        imgToPaint = this.applyTransferMapsToCanvas(tmpCanvas.context);
        inlineImgCanvas = tmpCanvas;
      }
      const scaled = this._scaleImage(imgToPaint, getCurrentTransformInverse(ctx));
      ctx.imageSmoothingEnabled = getImageSmoothingEnabled(getCurrentTransform(ctx), imgData.interpolate);
      if (this.dependencyTracker) {
        this.dependencyTracker.resetBBox(opIdx).recordBBox(opIdx, ctx, 0, width, -height, 0).recordDependencies(opIdx, Dependencies.imageXObject).recordOperation(opIdx);
        this.imagesTracker?.record(ctx, width, height, this.dependencyTracker.clipBox);
      }
      drawImageAtIntegerCoords(ctx, scaled.img, 0, 0, scaled.paintWidth, scaled.paintHeight, 0, -height, width, height);
      if (scaled.tmpCanvas) {
        this.canvasFactory.destroy(scaled.tmpCanvas);
      }
      if (inlineImgCanvas) {
        this.canvasFactory.destroy(inlineImgCanvas);
      }
      this.compose();
      this.restore(opIdx);
      this.#endKnockoutElement(started);
    }
    paintInlineImageXObjectGroup(opIdx, imgData, map) {
      if (!this.contentVisible) {
        return;
      }
      const started = this.#beginKnockoutElement(this.current.fillAlpha);
      const ctx = this.ctx;
      let imgToPaint;
      let inlineImgCanvas = null;
      if (imgData.bitmap && !this.current.transferMapsFallback) {
        imgToPaint = imgData.bitmap;
      } else if (imgData.bitmap) {
        ({
          img: imgToPaint,
          canvasEntry: inlineImgCanvas
        } = this.applyTransferMapsToBitmap(imgData));
      } else {
        const w = imgData.width;
        const h = imgData.height;
        const tmpCanvas = this.canvasFactory.create(w, h);
        putBinaryImageData(tmpCanvas.context, imgData);
        imgToPaint = this.applyTransferMapsToCanvas(tmpCanvas.context);
        inlineImgCanvas = tmpCanvas;
      }
      this.dependencyTracker?.resetBBox(opIdx);
      for (const entry of map) {
        ctx.save();
        ctx.transform(...entry.transform);
        ctx.scale(1, -1);
        drawImageAtIntegerCoords(ctx, imgToPaint, entry.x, entry.y, entry.w, entry.h, 0, -1, 1, 1);
        this.dependencyTracker?.recordBBox(opIdx, ctx, 0, 1, -1, 0);
        ctx.restore();
      }
      if (inlineImgCanvas) {
        this.canvasFactory.destroy(inlineImgCanvas);
      }
      this.dependencyTracker?.recordOperation(opIdx);
      this.compose();
      this.#endKnockoutElement(started);
    }
    paintSolidColorImageMask(opIdx) {
      if (!this.contentVisible) {
        return;
      }
      const started = this.#beginKnockoutElement(this.current.fillAlpha);
      this.dependencyTracker?.resetBBox(opIdx).recordBBox(opIdx, this.ctx, 0, 1, 0, 1).recordDependencies(opIdx, Dependencies.fill).recordOperation(opIdx);
      this.ctx.fillRect(0, 0, 1, 1);
      this.compose();
      this.#endKnockoutElement(started);
    }
    markPoint(opIdx, tag) {
    }
    markPointProps(opIdx, tag, properties) {
    }
    beginMarkedContent(opIdx, tag) {
      this.dependencyTracker?.beginMarkedContent(opIdx);
      this.markedContentStack.push({
        visible: true
      });
    }
    beginMarkedContentProps(opIdx, tag, properties) {
      this.dependencyTracker?.beginMarkedContent(opIdx);
      if (tag === "OC") {
        this.markedContentStack.push({
          visible: this.optionalContentConfig.isVisible(properties)
        });
      } else {
        this.markedContentStack.push({
          visible: true
        });
      }
      this.contentVisible = this.isContentVisible();
    }
    endMarkedContent(opIdx) {
      this.dependencyTracker?.endMarkedContent(opIdx);
      this.markedContentStack.pop();
      this.contentVisible = this.isContentVisible();
    }
    beginCompat(opIdx) {
    }
    endCompat(opIdx) {
    }
    consumePath(opIdx, path2, clipBox) {
      const isEmpty = this.current.isEmptyClip();
      if (this.pendingClip) {
        this.current.updateClipFromPath();
      }
      if (!this.pendingClip) {
        this.compose(clipBox);
      }
      const ctx = this.ctx;
      if (this.pendingClip) {
        if (!isEmpty) {
          if (this.pendingClip === EO_CLIP) {
            ctx.clip(path2, "evenodd");
          } else {
            ctx.clip(path2);
          }
        }
        this.pendingClip = null;
        this.dependencyTracker?.bboxToClipBoxDropOperation(opIdx).recordFutureForcedDependency("clipPath", opIdx);
      } else {
        this.dependencyTracker?.recordOperation(opIdx);
      }
      this.current.startNewPathAndClipBox(this.current.clipBox);
    }
    getSinglePixelWidth() {
      const m = getCurrentTransform(this.ctx);
      if (m[1] === 0 && m[2] === 0) {
        return 1 / Math.min(Math.abs(m[0]), Math.abs(m[3]));
      }
      const absDet = Math.abs(m[0] * m[3] - m[2] * m[1]);
      const normX = Math.hypot(m[0], m[2]);
      const normY = Math.hypot(m[1], m[3]);
      return Math.max(normX, normY) / absDet;
    }
    getScaleForStroking() {
      if (this._cachedScaleForStroking[0] === -1) {
        const {
          lineWidth
        } = this.current;
        const {
          a,
          b,
          c,
          d
        } = this.ctx.getTransform();
        let scaleX, scaleY;
        if (b === 0 && c === 0) {
          const normX = Math.abs(a);
          const normY = Math.abs(d);
          if (normX === normY) {
            if (lineWidth === 0) {
              scaleX = scaleY = 1 / normX;
            } else {
              const scaledLineWidth = normX * lineWidth;
              scaleX = scaleY = scaledLineWidth < 1 ? 1 / scaledLineWidth : 1;
            }
          } else if (lineWidth === 0) {
            scaleX = 1 / normX;
            scaleY = 1 / normY;
          } else {
            const scaledXLineWidth = normX * lineWidth;
            const scaledYLineWidth = normY * lineWidth;
            scaleX = scaledXLineWidth < 1 ? 1 / scaledXLineWidth : 1;
            scaleY = scaledYLineWidth < 1 ? 1 / scaledYLineWidth : 1;
          }
        } else {
          const absDet = Math.abs(a * d - b * c);
          const normX = Math.hypot(a, b);
          const normY = Math.hypot(c, d);
          if (lineWidth === 0) {
            scaleX = normY / absDet;
            scaleY = normX / absDet;
          } else {
            const baseArea = lineWidth * absDet;
            scaleX = normY > baseArea ? normY / baseArea : 1;
            scaleY = normX > baseArea ? normX / baseArea : 1;
          }
        }
        this._cachedScaleForStroking[0] = scaleX;
        this._cachedScaleForStroking[1] = scaleY;
      }
      return this._cachedScaleForStroking;
    }
    rescaleAndStroke(path2, saveRestore) {
      const {
        ctx,
        current: {
          lineWidth
        }
      } = this;
      const [scaleX, scaleY] = this.getScaleForStroking();
      if (scaleX === scaleY) {
        ctx.lineWidth = (lineWidth || 1) * scaleX;
        ctx.stroke(path2);
        return;
      }
      const SCALE_MATRIX = _CanvasGraphics.#SCALE_MATRIX ??= new DOMMatrix();
      const dashes = ctx.getLineDash();
      if (saveRestore) {
        ctx.save();
      }
      ctx.scale(scaleX, scaleY);
      SCALE_MATRIX.a = 1 / scaleX;
      SCALE_MATRIX.d = 1 / scaleY;
      const newPath = new Path2D();
      newPath.addPath(path2, SCALE_MATRIX);
      if (dashes.length > 0) {
        const scale2 = Math.max(scaleX, scaleY);
        ctx.setLineDash(dashes.map((x) => x / scale2));
        ctx.lineDashOffset /= scale2;
      }
      ctx.lineWidth = lineWidth || 1;
      ctx.stroke(newPath);
      if (saveRestore) {
        ctx.restore();
      }
    }
    isContentVisible() {
      for (let i = this.markedContentStack.length - 1; i >= 0; i--) {
        if (!this.markedContentStack[i].visible) {
          return false;
        }
      }
      return true;
    }
  };
  for (const op in OPS) {
    if (CanvasGraphics.prototype[op] !== void 0) {
      CanvasGraphics.prototype[OPS[op]] = CanvasGraphics.prototype[op];
    }
  }
  var BasePDFStream = class {
    #PDFStreamReader = null;
    #PDFStreamRangeReader = null;
    _fullReader = null;
    _rangeReaders = /* @__PURE__ */ new Set();
    _source = null;
    constructor(source, PDFStreamReader, PDFStreamRangeReader) {
      this._source = source;
      this.#PDFStreamReader = PDFStreamReader;
      this.#PDFStreamRangeReader = PDFStreamRangeReader;
    }
    get _progressiveDataLength() {
      return this._fullReader?._loaded ?? 0;
    }
    getFullReader() {
      util_assert(!this._fullReader, "BasePDFStream.getFullReader can only be called once.");
      return this._fullReader = new this.#PDFStreamReader(this);
    }
    getRangeReader(begin, end) {
      if (end <= this._progressiveDataLength) {
        return null;
      }
      const reader = new this.#PDFStreamRangeReader(this, begin, end);
      this._rangeReaders.add(reader);
      return reader;
    }
    cancelAllRequests(reason) {
      this._fullReader?.cancel(reason);
      for (const reader of new Set(this._rangeReaders)) {
        reader.cancel(reason);
      }
    }
  };
  var BasePDFStreamReader = class {
    onProgress = null;
    _contentLength = 0;
    _filename = null;
    _headersCapability = Promise.withResolvers();
    _isRangeSupported = false;
    _isStreamingSupported = false;
    _loaded = 0;
    _stream = null;
    constructor(stream2) {
      this._stream = stream2;
    }
    _callOnProgress() {
      this.onProgress?.({
        loaded: this._loaded,
        total: this._contentLength
      });
    }
    get headersReady() {
      return this._headersCapability.promise;
    }
    get filename() {
      return this._filename;
    }
    get contentLength() {
      return this._contentLength;
    }
    get isRangeSupported() {
      return this._isRangeSupported;
    }
    get isStreamingSupported() {
      return this._isStreamingSupported;
    }
    async read() {
      unreachable("Abstract method `read` called");
    }
    cancel(reason) {
      unreachable("Abstract method `cancel` called");
    }
  };
  var BasePDFStreamRangeReader = class {
    _stream = null;
    constructor(stream2, begin, end) {
      this._stream = stream2;
    }
    async read() {
      unreachable("Abstract method `read` called");
    }
    cancel(reason) {
      unreachable("Abstract method `cancel` called");
    }
  };
  function getFilenameFromContentDispositionHeader(contentDisposition) {
    let needsEncodingFixup = true;
    let tmp = toParamRegExp("filename\\*", "i").exec(contentDisposition);
    if (tmp) {
      tmp = tmp[1];
      let filename = rfc2616unquote(tmp);
      filename = unescape(filename);
      filename = rfc5987decode(filename);
      filename = rfc2047decode(filename);
      return fixupEncoding(filename);
    }
    tmp = rfc2231getparam(contentDisposition);
    if (tmp) {
      const filename = rfc2047decode(tmp);
      return fixupEncoding(filename);
    }
    tmp = toParamRegExp("filename", "i").exec(contentDisposition);
    if (tmp) {
      tmp = tmp[1];
      let filename = rfc2616unquote(tmp);
      filename = rfc2047decode(filename);
      return fixupEncoding(filename);
    }
    function toParamRegExp(attributePattern, flags) {
      return new RegExp("(?:^|;)\\s*" + attributePattern + '\\s*=\\s*([^";\\s][^;\\s]*|"(?:[^"\\\\]|\\\\"?)+"?)', flags);
    }
    function textdecode(encoding, value) {
      if (encoding) {
        if (!/^[\x00-\xFF]+$/.test(value)) {
          return value;
        }
        try {
          const decoder2 = new TextDecoder(encoding, {
            fatal: true
          });
          const buffer = stringToBytes(value);
          value = decoder2.decode(buffer);
          needsEncodingFixup = false;
        } catch {
        }
      }
      return value;
    }
    function fixupEncoding(value) {
      if (needsEncodingFixup && /[\x80-\xff]/.test(value)) {
        value = textdecode("utf-8", value);
        if (needsEncodingFixup) {
          value = textdecode("iso-8859-1", value);
        }
      }
      return value;
    }
    function rfc2231getparam(contentDispositionStr) {
      const matches = [];
      let match;
      const iter = toParamRegExp("filename\\*((?!0\\d)\\d+)(\\*?)", "ig");
      while ((match = iter.exec(contentDispositionStr)) !== null) {
        let [, n, quot, part] = match;
        n = parseInt(n, 10);
        if (n in matches) {
          if (n === 0) {
            break;
          }
          continue;
        }
        matches[n] = [quot, part];
      }
      const parts = [];
      for (let n = 0; n < matches.length; ++n) {
        if (!(n in matches)) {
          break;
        }
        let [quot, part] = matches[n];
        part = rfc2616unquote(part);
        if (quot) {
          part = unescape(part);
          if (n === 0) {
            part = rfc5987decode(part);
          }
        }
        parts.push(part);
      }
      return parts.join("");
    }
    function rfc2616unquote(value) {
      if (value.startsWith('"')) {
        const parts = value.slice(1).split('\\"');
        for (let i = 0; i < parts.length; ++i) {
          const quotindex = parts[i].indexOf('"');
          if (quotindex !== -1) {
            parts[i] = parts[i].slice(0, quotindex);
            parts.length = i + 1;
          }
          parts[i] = parts[i].replaceAll(/\\(.)/g, "$1");
        }
        value = parts.join('"');
      }
      return value;
    }
    function rfc5987decode(extvalue) {
      const encodingend = extvalue.indexOf("'");
      if (encodingend === -1) {
        return extvalue;
      }
      const encoding = extvalue.slice(0, encodingend);
      const langvalue = extvalue.slice(encodingend + 1);
      const value = langvalue.replace(/^[^']*'/, "");
      return textdecode(encoding, value);
    }
    function rfc2047decode(value) {
      if (!value.startsWith("=?") || /[\x00-\x19\x80-\xff]/.test(value)) {
        return value;
      }
      return value.replaceAll(/=\?([\w-]*)\?([QB])\?((?:[^?]|\?(?!=))*)\?=/gi, function(matches, charset, encoding, text2) {
        if (encoding === "q" || encoding === "Q") {
          text2 = text2.replaceAll("_", " ").replaceAll(/=([0-9a-f]{2})/gi, (_, hex) => String.fromCharCode(parseInt(hex, 16)));
          return textdecode(charset, text2);
        }
        try {
          text2 = atob(text2);
        } catch {
        }
        return textdecode(charset, text2);
      });
    }
    return "";
  }
  function createHeaders(isHttp, httpHeaders) {
    const headers = new Headers();
    if (!isHttp || !httpHeaders || typeof httpHeaders !== "object") {
      return headers;
    }
    for (const key2 in httpHeaders) {
      const val = httpHeaders[key2];
      if (val !== void 0) {
        headers.append(key2, val);
      }
    }
    return headers;
  }
  function trimHeadersEnd(str) {
    let end = str.length;
    while (end > 0 && str[end - 1] !== " " && /\s/.test(str[end - 1])) {
      end--;
    }
    return str.slice(0, end);
  }
  function getResponseOrigin(url) {
    return URL.parse(url)?.origin ?? null;
  }
  function validateRangeRequestCapabilities({
    responseHeaders,
    isHttp,
    rangeChunkSize,
    disableRange
  }) {
    const rv = {
      contentLength: 0,
      isRangeSupported: false
    };
    const length = parseInt(responseHeaders.get("Content-Length"), 10);
    if (!Number.isInteger(length)) {
      return rv;
    }
    rv.contentLength = length;
    if (length <= 2 * rangeChunkSize) {
      return rv;
    }
    if (disableRange || !isHttp || responseHeaders.get("Accept-Ranges") !== "bytes") {
      return rv;
    }
    const contentEncoding = responseHeaders.get("Content-Encoding") || "identity";
    if (contentEncoding === "identity") {
      rv.isRangeSupported = true;
    }
    return rv;
  }
  function extractFilenameFromHeader(responseHeaders) {
    const contentDisposition = responseHeaders.get("Content-Disposition");
    if (contentDisposition) {
      let filename = getFilenameFromContentDispositionHeader(contentDisposition);
      if (filename.includes("%")) {
        try {
          filename = decodeURIComponent(filename);
        } catch {
        }
      }
      if (isPdfFile(filename)) {
        return filename;
      }
    }
    return null;
  }
  function createResponseError(status, url) {
    return new ResponseException(`Unexpected server response (${status}) while retrieving PDF "${url.href}".`, status, status === 404 || status === 0 && url.protocol === "file:");
  }
  function ensureResponseOrigin(rangeOrigin, origin) {
    if (rangeOrigin !== origin) {
      throw new Error(`Expected range response-origin "${rangeOrigin}" to match "${origin}".`);
    }
  }
  function fetchUrl(url, headers, withCredentials, abortController) {
    return fetch(url, {
      method: "GET",
      headers,
      signal: abortController.signal,
      mode: "cors",
      credentials: withCredentials ? "include" : "same-origin",
      redirect: "follow"
    });
  }
  function ensureResponseStatus(status, url) {
    if (status !== 200 && status !== 206) {
      throw createResponseError(status, url);
    }
  }
  function getArrayBuffer(val) {
    if (val instanceof Uint8Array) {
      return val.buffer;
    }
    if (val instanceof ArrayBuffer) {
      return val;
    }
    throw new Error(`getArrayBuffer - unexpected data: ${val}`);
  }
  var PDFFetchStream = class extends BasePDFStream {
    _responseOrigin = null;
    constructor(source) {
      super(source, PDFFetchStreamReader, PDFFetchStreamRangeReader);
      const {
        httpHeaders,
        url
      } = source;
      util_assert(/https?:/.test(url.protocol), "PDFFetchStream only supports http(s):// URLs.");
      this.headers = createHeaders(true, httpHeaders);
    }
  };
  var PDFFetchStreamReader = class extends BasePDFStreamReader {
    _abortController = new AbortController();
    _reader = null;
    constructor(stream2) {
      super(stream2);
      const {
        disableRange,
        disableStream,
        rangeChunkSize,
        url,
        withCredentials
      } = stream2._source;
      this._isStreamingSupported = !disableStream;
      const headers = new Headers(stream2.headers);
      fetchUrl(url, headers, withCredentials, this._abortController).then((response) => {
        stream2._responseOrigin = getResponseOrigin(response.url);
        ensureResponseStatus(response.status, url);
        this._reader = response.body.getReader();
        const responseHeaders = response.headers;
        const {
          contentLength,
          isRangeSupported
        } = validateRangeRequestCapabilities({
          responseHeaders,
          isHttp: true,
          rangeChunkSize,
          disableRange
        });
        this._contentLength = contentLength;
        this._isRangeSupported = isRangeSupported;
        this._filename = extractFilenameFromHeader(responseHeaders);
        if (!this._isStreamingSupported && this._isRangeSupported) {
          this.cancel(new AbortException("Streaming is disabled."));
        }
        this._headersCapability.resolve();
      }).catch(this._headersCapability.reject);
    }
    async read() {
      await this._headersCapability.promise;
      const {
        value,
        done
      } = await this._reader.read();
      if (done) {
        return {
          value,
          done
        };
      }
      this._loaded += value.byteLength;
      this._callOnProgress();
      return {
        value: getArrayBuffer(value),
        done: false
      };
    }
    cancel(reason) {
      this._reader?.cancel(reason);
      this._abortController.abort();
    }
  };
  var PDFFetchStreamRangeReader = class extends BasePDFStreamRangeReader {
    _abortController = new AbortController();
    _readCapability = Promise.withResolvers();
    _reader = null;
    constructor(stream2, begin, end) {
      super(stream2, begin, end);
      const {
        url,
        withCredentials
      } = stream2._source;
      const headers = new Headers(stream2.headers);
      headers.append("Range", `bytes=${begin}-${end - 1}`);
      fetchUrl(url, headers, withCredentials, this._abortController).then((response) => {
        const responseOrigin = getResponseOrigin(response.url);
        ensureResponseOrigin(responseOrigin, stream2._responseOrigin);
        ensureResponseStatus(response.status, url);
        this._reader = response.body.getReader();
        this._readCapability.resolve();
      }).catch(this._readCapability.reject);
    }
    async read() {
      await this._readCapability.promise;
      const {
        value,
        done
      } = await this._reader.read();
      return done ? {
        value,
        done
      } : {
        value: getArrayBuffer(value),
        done: false
      };
    }
    cancel(reason) {
      this._reader?.cancel(reason);
      this._abortController.abort();
    }
  };
  function transport_stream_getArrayBuffer(val) {
    return val instanceof Uint8Array && val.byteLength === val.buffer.byteLength ? val.buffer : new Uint8Array(val).buffer;
  }
  function endRequests() {
    for (const capability2 of this._requests) {
      capability2.resolve({
        value: void 0,
        done: true
      });
    }
    this._requests.length = 0;
  }
  var PDFDataTransportStream = class extends BasePDFStream {
    _progressiveDone = false;
    _queuedChunks = [];
    constructor(source) {
      super(source, PDFDataTransportStreamReader, PDFDataTransportStreamRangeReader);
      const {
        pdfDataRangeTransport
      } = source;
      const {
        initialData,
        progressiveDone
      } = pdfDataRangeTransport;
      if (initialData?.length > 0) {
        const buffer = transport_stream_getArrayBuffer(initialData);
        this._queuedChunks.push(buffer);
      }
      this._progressiveDone = progressiveDone;
      const listener = (args) => {
        switch (args.type) {
          case "range":
          case "progressiveRead":
            this.#onReceiveData(args.begin, args.chunk);
            break;
          case "progressiveDone":
            this._fullReader?.progressiveDone();
            this._progressiveDone = true;
            break;
        }
      };
      pdfDataRangeTransport.transportReady(listener);
    }
    #onReceiveData(begin, chunk) {
      const buffer = transport_stream_getArrayBuffer(chunk);
      if (begin === void 0) {
        if (this._fullReader) {
          this._fullReader._enqueue(buffer);
        } else {
          this._queuedChunks.push(buffer);
        }
      } else {
        const rangeReader = this._rangeReaders.keys().find((r) => r._begin === begin);
        util_assert(rangeReader, "#onReceiveData - no `PDFDataTransportStreamRangeReader` instance found.");
        rangeReader._enqueue(buffer);
      }
    }
    getFullReader() {
      const reader = super.getFullReader();
      this._queuedChunks = null;
      return reader;
    }
    getRangeReader(begin, end) {
      const reader = super.getRangeReader(begin, end);
      if (reader) {
        reader.onDone = () => this._rangeReaders.delete(reader);
        this._source.pdfDataRangeTransport.requestDataRange(begin, end);
      }
      return reader;
    }
    cancelAllRequests(reason) {
      super.cancelAllRequests(reason);
      this._source.pdfDataRangeTransport.abort();
    }
  };
  var PDFDataTransportStreamReader = class extends BasePDFStreamReader {
    #endRequests = endRequests.bind(this);
    _done = false;
    _queuedChunks = null;
    _requests = [];
    constructor(stream2) {
      super(stream2);
      const {
        pdfDataRangeTransport,
        disableRange,
        disableStream
      } = stream2._source;
      const {
        length,
        contentDispositionFilename
      } = pdfDataRangeTransport;
      this._queuedChunks = stream2._queuedChunks || [];
      for (const chunk of this._queuedChunks) {
        this._loaded += chunk.byteLength;
      }
      this._done = stream2._progressiveDone;
      this._contentLength = length;
      this._isStreamingSupported = !disableStream;
      this._isRangeSupported = !disableRange;
      if (isPdfFile(contentDispositionFilename)) {
        this._filename = contentDispositionFilename;
      }
      this._headersCapability.resolve();
      const loaded = this._loaded;
      Promise.resolve().then(() => {
        if (loaded > 0 && this._loaded === loaded) {
          this._callOnProgress();
        }
      });
    }
    _enqueue(chunk) {
      if (this._done) {
        return;
      }
      if (this._requests.length > 0) {
        const capability2 = this._requests.shift();
        capability2.resolve({
          value: chunk,
          done: false
        });
      } else {
        this._queuedChunks.push(chunk);
      }
      this._loaded += chunk.byteLength;
      this._callOnProgress();
    }
    async read() {
      if (this._queuedChunks.length > 0) {
        const chunk = this._queuedChunks.shift();
        return {
          value: chunk,
          done: false
        };
      }
      if (this._done) {
        return {
          value: void 0,
          done: true
        };
      }
      const capability2 = Promise.withResolvers();
      this._requests.push(capability2);
      return capability2.promise;
    }
    cancel(reason) {
      this._done = true;
      this.#endRequests();
    }
    progressiveDone() {
      this._done ||= true;
      if (this._queuedChunks.length === 0) {
        this.#endRequests();
      }
    }
  };
  var PDFDataTransportStreamRangeReader = class extends BasePDFStreamRangeReader {
    #endRequests = endRequests.bind(this);
    onDone = null;
    _begin = -1;
    _done = false;
    _queuedChunk = null;
    _requests = [];
    constructor(stream2, begin, end) {
      super(stream2, begin, end);
      this._begin = begin;
    }
    _enqueue(chunk) {
      if (this._done) {
        return;
      }
      if (this._requests.length === 0) {
        this._queuedChunk = chunk;
      } else {
        const capability2 = this._requests.shift();
        capability2.resolve({
          value: chunk,
          done: false
        });
        this.#endRequests();
      }
      this._done = true;
      this.onDone?.();
    }
    async read() {
      if (this._queuedChunk) {
        const chunk = this._queuedChunk;
        this._queuedChunk = null;
        return {
          value: chunk,
          done: false
        };
      }
      if (this._done) {
        return {
          value: void 0,
          done: true
        };
      }
      const capability2 = Promise.withResolvers();
      this._requests.push(capability2);
      return capability2.promise;
    }
    cancel(reason) {
      this._done = true;
      this.#endRequests();
      this.onDone?.();
    }
  };
  var OK_RESPONSE = 200;
  var PARTIAL_CONTENT_RESPONSE = 206;
  function network_getArrayBuffer(val) {
    return typeof val !== "string" ? val : stringToBytes(val).buffer;
  }
  var PDFNetworkStream = class extends BasePDFStream {
    #pendingRequests = /* @__PURE__ */ new WeakMap();
    _responseOrigin = null;
    constructor(source) {
      super(source, PDFNetworkStreamReader, PDFNetworkStreamRangeReader);
      const {
        httpHeaders,
        url
      } = source;
      this.url = url;
      this.isHttp = /https?:/.test(url.protocol);
      this.headers = createHeaders(this.isHttp, httpHeaders);
    }
    _request(args) {
      const xhr = new XMLHttpRequest();
      const pendingRequest = {
        validateStatus: null,
        onHeadersReceived: args.onHeadersReceived,
        onDone: args.onDone,
        onError: args.onError,
        onProgress: args.onProgress
      };
      this.#pendingRequests.set(xhr, pendingRequest);
      xhr.open("GET", this.url);
      xhr.withCredentials = this._source.withCredentials;
      for (const [key2, val] of this.headers) {
        xhr.setRequestHeader(key2, val);
      }
      if (this.isHttp && "begin" in args && "end" in args) {
        xhr.setRequestHeader("Range", `bytes=${args.begin}-${args.end - 1}`);
        pendingRequest.validateStatus = (status) => status === PARTIAL_CONTENT_RESPONSE || status === OK_RESPONSE;
      } else {
        pendingRequest.validateStatus = (status) => status === OK_RESPONSE;
      }
      xhr.responseType = "arraybuffer";
      util_assert(args.onError, "Expected `onError` callback to be provided.");
      xhr.onerror = () => args.onError(xhr.status);
      xhr.onreadystatechange = this.#onStateChange.bind(this, xhr);
      xhr.onprogress = this.#onProgress.bind(this, xhr);
      xhr.send(null);
      return xhr;
    }
    #onProgress(xhr, evt) {
      const pendingRequest = this.#pendingRequests.get(xhr);
      pendingRequest?.onProgress?.(evt);
    }
    #onStateChange(xhr, evt) {
      const pendingRequest = this.#pendingRequests.get(xhr);
      if (!pendingRequest) {
        return;
      }
      if (xhr.readyState >= 2 && pendingRequest.onHeadersReceived) {
        pendingRequest.onHeadersReceived();
        delete pendingRequest.onHeadersReceived;
      }
      if (xhr.readyState !== 4) {
        return;
      }
      if (!this.#pendingRequests.has(xhr)) {
        return;
      }
      this.#pendingRequests.delete(xhr);
      if (xhr.status === 0 && this.isHttp) {
        pendingRequest.onError(xhr.status);
        return;
      }
      const xhrStatus = xhr.status || OK_RESPONSE;
      if (!pendingRequest.validateStatus(xhrStatus)) {
        pendingRequest.onError(xhr.status);
        return;
      }
      const chunk = network_getArrayBuffer(xhr.response);
      if (xhrStatus === PARTIAL_CONTENT_RESPONSE) {
        const rangeHeader = xhr.getResponseHeader("Content-Range");
        if (/bytes \d+-\d+\/\d+/.test(rangeHeader)) {
          pendingRequest.onDone(chunk);
        } else {
          warn(`Missing or invalid "Content-Range" header.`);
          pendingRequest.onError(0);
        }
      } else if (chunk) {
        pendingRequest.onDone(chunk);
      } else {
        pendingRequest.onError(xhr.status);
      }
    }
    _abortRequest(xhr) {
      if (this.#pendingRequests.has(xhr)) {
        this.#pendingRequests.delete(xhr);
        xhr.abort();
      }
    }
    getRangeReader(begin, end) {
      const reader = super.getRangeReader(begin, end);
      if (reader) {
        reader.onClosed = () => this._rangeReaders.delete(reader);
      }
      return reader;
    }
  };
  var PDFNetworkStreamReader = class extends BasePDFStreamReader {
    #endRequests = endRequests.bind(this);
    _cachedChunks = [];
    _done = false;
    _requests = [];
    _storedError = null;
    constructor(stream2) {
      super(stream2);
      this._fullRequestXhr = stream2._request({
        onHeadersReceived: this.#onHeadersReceived.bind(this),
        onDone: this.#onDone.bind(this),
        onError: this.#onError.bind(this),
        onProgress: this.#onProgress.bind(this)
      });
    }
    #onHeadersReceived() {
      const stream2 = this._stream;
      const {
        disableRange,
        rangeChunkSize
      } = stream2._source;
      const fullRequestXhr = this._fullRequestXhr;
      stream2._responseOrigin = getResponseOrigin(fullRequestXhr.responseURL);
      const rawResponseHeaders = fullRequestXhr.getAllResponseHeaders();
      const responseHeaders = new Headers(rawResponseHeaders ? trimHeadersEnd(rawResponseHeaders.trimStart()).split(/[\r\n]+/).map((x) => {
        const [key2, ...val] = x.split(": ");
        return [key2, val.join(": ")];
      }) : []);
      const {
        contentLength,
        isRangeSupported
      } = validateRangeRequestCapabilities({
        responseHeaders,
        isHttp: stream2.isHttp,
        rangeChunkSize,
        disableRange
      });
      this._contentLength = contentLength;
      this._isRangeSupported = isRangeSupported;
      this._filename = extractFilenameFromHeader(responseHeaders);
      if (this._isRangeSupported) {
        stream2._abortRequest(fullRequestXhr);
      }
      this._headersCapability.resolve();
    }
    #onDone(chunk) {
      if (this._requests.length > 0) {
        const capability2 = this._requests.shift();
        capability2.resolve({
          value: chunk,
          done: false
        });
      } else {
        this._cachedChunks.push(chunk);
      }
      this._done = true;
      if (this._cachedChunks.length === 0) {
        this.#endRequests();
      }
    }
    #onError(status) {
      this._storedError = createResponseError(status, this._stream.url);
      this._headersCapability.reject(this._storedError);
      for (const capability2 of this._requests) {
        capability2.reject(this._storedError);
      }
      this._requests.length = 0;
      this._cachedChunks.length = 0;
    }
    #onProgress(evt) {
      this.onProgress?.({
        loaded: evt.loaded,
        total: evt.lengthComputable ? evt.total : this._contentLength
      });
    }
    async read() {
      await this._headersCapability.promise;
      if (this._storedError) {
        throw this._storedError;
      }
      if (this._cachedChunks.length > 0) {
        const chunk = this._cachedChunks.shift();
        return {
          value: chunk,
          done: false
        };
      }
      if (this._done) {
        return {
          value: void 0,
          done: true
        };
      }
      const capability2 = Promise.withResolvers();
      this._requests.push(capability2);
      return capability2.promise;
    }
    cancel(reason) {
      this._done = true;
      this._headersCapability.reject(reason);
      this.#endRequests();
      this._stream._abortRequest(this._fullRequestXhr);
      this._fullRequestXhr = null;
    }
  };
  var PDFNetworkStreamRangeReader = class extends BasePDFStreamRangeReader {
    #endRequests = endRequests.bind(this);
    onClosed = null;
    _done = false;
    _queuedChunk = null;
    _requests = [];
    _storedError = null;
    constructor(stream2, begin, end) {
      super(stream2, begin, end);
      this._requestXhr = stream2._request({
        begin,
        end,
        onHeadersReceived: this.#onHeadersReceived.bind(this),
        onDone: this.#onDone.bind(this),
        onError: this.#onError.bind(this),
        onProgress: null
      });
    }
    #onHeadersReceived() {
      const responseOrigin = getResponseOrigin(this._requestXhr?.responseURL);
      try {
        ensureResponseOrigin(responseOrigin, this._stream._responseOrigin);
      } catch (ex) {
        this._storedError = ex;
        this.#onError(0);
      }
    }
    #onDone(chunk) {
      if (this._requests.length > 0) {
        const capability2 = this._requests.shift();
        capability2.resolve({
          value: chunk,
          done: false
        });
      } else {
        this._queuedChunk = chunk;
      }
      this._done = true;
      this.#endRequests();
      this.onClosed?.();
    }
    #onError(status) {
      this._storedError ??= createResponseError(status, this._stream.url);
      for (const capability2 of this._requests) {
        capability2.reject(this._storedError);
      }
      this._requests.length = 0;
      this._queuedChunk = null;
    }
    async read() {
      if (this._storedError) {
        throw this._storedError;
      }
      if (this._queuedChunk !== null) {
        const chunk = this._queuedChunk;
        this._queuedChunk = null;
        return {
          value: chunk,
          done: false
        };
      }
      if (this._done) {
        return {
          value: void 0,
          done: true
        };
      }
      const capability2 = Promise.withResolvers();
      this._requests.push(capability2);
      return capability2.promise;
    }
    cancel(reason) {
      this._done = true;
      this.#endRequests();
      this._stream._abortRequest(this._requestXhr);
      this.onClosed?.();
    }
  };
  function getReadableStream(url, opts = null) {
    const fs = process.getBuiltinModule("fs");
    const {
      Readable
    } = process.getBuiltinModule("stream");
    const readStream = fs.createReadStream(url, opts);
    return Readable.toWeb(readStream);
  }
  var PDFNodeStream = class extends BasePDFStream {
    constructor(source) {
      super(source, PDFNodeStreamReader, PDFNodeStreamRangeReader);
      const {
        url
      } = source;
      util_assert(url.protocol === "file:", "PDFNodeStream only supports file:// URLs.");
    }
  };
  var PDFNodeStreamReader = class extends BasePDFStreamReader {
    _reader = null;
    constructor(stream2) {
      super(stream2);
      const {
        disableRange,
        disableStream,
        rangeChunkSize,
        url
      } = stream2._source;
      this._isStreamingSupported = !disableStream;
      const fs = process.getBuiltinModule("fs/promises");
      fs.lstat(url).then((stat) => {
        const readableStream = getReadableStream(url);
        this._reader = readableStream.getReader();
        const {
          size
        } = stat;
        this._contentLength = size;
        this._isRangeSupported = !disableRange && size > 2 * rangeChunkSize;
        if (!this._isStreamingSupported && this._isRangeSupported) {
          this.cancel(new AbortException("Streaming is disabled."));
        }
        this._headersCapability.resolve();
      }).catch((error3) => {
        if (error3.code === "ENOENT") {
          error3 = createResponseError(0, url);
        }
        this._headersCapability.reject(error3);
      });
    }
    async read() {
      await this._headersCapability.promise;
      const {
        value,
        done
      } = await this._reader.read();
      if (done) {
        return {
          value,
          done
        };
      }
      this._loaded += value.byteLength;
      this._callOnProgress();
      return {
        value: getArrayBuffer(value),
        done: false
      };
    }
    cancel(reason) {
      this._reader?.cancel(reason);
    }
  };
  var PDFNodeStreamRangeReader = class extends BasePDFStreamRangeReader {
    _readCapability = Promise.withResolvers();
    _reader = null;
    constructor(stream2, begin, end) {
      super(stream2, begin, end);
      const {
        url
      } = stream2._source;
      try {
        const readableStream = getReadableStream(url, {
          start: begin,
          end: end - 1
        });
        this._reader = readableStream.getReader();
        this._readCapability.resolve();
      } catch (error3) {
        this._readCapability.reject(error3);
      }
    }
    async read() {
      await this._readCapability.promise;
      const {
        value,
        done
      } = await this._reader.read();
      return done ? {
        value,
        done
      } : {
        value: getArrayBuffer(value),
        done: false
      };
    }
    cancel(reason) {
      this._reader?.cancel(reason);
    }
  };
  function getNetworkStream(url) {
    return isValidFetchUrl(url) ? PDFFetchStream : isNodeJS ? PDFNodeStream : PDFNetworkStream;
  }
  var GlobalWorkerOptions = class {
    static #port = null;
    static #src = "";
    static get workerPort() {
      return this.#port;
    }
    static set workerPort(val) {
      if (!(typeof Worker !== "undefined" && val instanceof Worker) && val !== null) {
        throw new Error("Invalid `workerPort` type.");
      }
      this.#port = val;
    }
    static get workerSrc() {
      return this.#src;
    }
    static set workerSrc(val) {
      if (typeof val !== "string") {
        throw new Error("Invalid `workerSrc` type.");
      }
      this.#src = val;
    }
  };
  var Metadata = class {
    #map;
    #data;
    constructor({
      parsedData,
      rawData
    }) {
      this.#map = parsedData;
      this.#data = rawData;
    }
    getRaw() {
      return this.#data;
    }
    get(name) {
      return this.#map.get(name) ?? null;
    }
    [Symbol.iterator]() {
      return this.#map.entries();
    }
  };
  var INTERNAL = Symbol("INTERNAL");
  var OptionalContentGroup = class {
    #isDisplay = false;
    #isPrint = false;
    #userSet = false;
    #visible = true;
    constructor(renderingIntent, {
      name,
      intent,
      usage,
      rbGroups
    }) {
      this.#isDisplay = !!(renderingIntent & RenderingIntentFlag.DISPLAY);
      this.#isPrint = !!(renderingIntent & RenderingIntentFlag.PRINT);
      this.name = name;
      this.intent = intent;
      this.usage = usage;
      this.rbGroups = rbGroups;
    }
    get visible() {
      if (this.#userSet) {
        return this.#visible;
      }
      if (!this.#visible) {
        return false;
      }
      const {
        print,
        view: view2
      } = this.usage;
      if (this.#isDisplay) {
        return view2?.viewState !== "OFF";
      } else if (this.#isPrint) {
        return print?.printState !== "OFF";
      }
      return true;
    }
    _setVisible(internal, visible, userSet = false) {
      if (internal !== INTERNAL) {
        unreachable("Internal method `_setVisible` called.");
      }
      this.#userSet = userSet;
      this.#visible = visible;
    }
    get serializable() {
      return {
        userSet: this.#userSet,
        visible: this.#visible
      };
    }
  };
  var OptionalContentConfig = class _OptionalContentConfig {
    #cachedGetHash = null;
    #groups = /* @__PURE__ */ new Map();
    #initialHash = null;
    #order = null;
    #rawData;
    creator = null;
    name = null;
    constructor(data, renderingIntent = RenderingIntentFlag.DISPLAY, groupState = null) {
      this.#rawData = data;
      this.renderingIntent = renderingIntent;
      if (data === null) {
        return;
      }
      this.name = data.name;
      this.creator = data.creator;
      this.#order = data.order;
      for (const group of data.groups) {
        this.#groups.set(group.id, new OptionalContentGroup(renderingIntent, group));
      }
      if (groupState) {
        if (groupState.size !== this.#groups.size) {
          unreachable("Incorrect serialized groupState.");
        }
        for (const [id, group] of groupState) {
          this.#groups.get(id)._setVisible(INTERNAL, group.visible, group.userSet);
        }
      } else {
        if (data.baseState === "OFF") {
          for (const group of this.#groups.values()) {
            group._setVisible(INTERNAL, false);
          }
        }
        for (const on of data.on) {
          this.#groups.get(on)._setVisible(INTERNAL, true);
        }
        for (const off of data.off) {
          this.#groups.get(off)._setVisible(INTERNAL, false);
        }
      }
      this.#initialHash = this.getHash();
    }
    #evaluateVisibilityExpression(array) {
      const length = array.length;
      if (length < 2) {
        return true;
      }
      const operator = array[0];
      for (let i = 1; i < length; i++) {
        const element2 = array[i];
        let state;
        if (Array.isArray(element2)) {
          state = this.#evaluateVisibilityExpression(element2);
        } else if (this.#groups.has(element2)) {
          state = this.#groups.get(element2).visible;
        } else {
          warn(`Optional content group not found: ${element2}`);
          return true;
        }
        switch (operator) {
          case "And":
            if (!state) {
              return false;
            }
            break;
          case "Or":
            if (state) {
              return true;
            }
            break;
          case "Not":
            return !state;
          default:
            return true;
        }
      }
      return operator === "And";
    }
    isVisible(group) {
      if (this.#groups.size === 0) {
        return true;
      }
      if (!group) {
        info("Optional content group not defined.");
        return true;
      }
      if (group.type === "OCG") {
        if (!this.#groups.has(group.id)) {
          warn(`Optional content group not found: ${group.id}`);
          return true;
        }
        return this.#groups.get(group.id).visible;
      } else if (group.type === "OCMD") {
        if (group.expression) {
          return this.#evaluateVisibilityExpression(group.expression);
        }
        if (!group.policy || group.policy === "AnyOn") {
          for (const id of group.ids) {
            if (!this.#groups.has(id)) {
              warn(`Optional content group not found: ${id}`);
              return true;
            }
            if (this.#groups.get(id).visible) {
              return true;
            }
          }
          return false;
        } else if (group.policy === "AllOn") {
          for (const id of group.ids) {
            if (!this.#groups.has(id)) {
              warn(`Optional content group not found: ${id}`);
              return true;
            }
            if (!this.#groups.get(id).visible) {
              return false;
            }
          }
          return true;
        } else if (group.policy === "AnyOff") {
          for (const id of group.ids) {
            if (!this.#groups.has(id)) {
              warn(`Optional content group not found: ${id}`);
              return true;
            }
            if (!this.#groups.get(id).visible) {
              return true;
            }
          }
          return false;
        } else if (group.policy === "AllOff") {
          for (const id of group.ids) {
            if (!this.#groups.has(id)) {
              warn(`Optional content group not found: ${id}`);
              return true;
            }
            if (this.#groups.get(id).visible) {
              return false;
            }
          }
          return true;
        }
        warn(`Unknown optional content policy ${group.policy}.`);
        return true;
      }
      warn(`Unknown group type ${group.type}.`);
      return true;
    }
    setVisibility(id, visible = true, preserveRB = true) {
      const group = this.#groups.get(id);
      if (!group) {
        warn(`Optional content group not found: ${id}`);
        return;
      }
      if (preserveRB && visible && group.rbGroups.length) {
        for (const rbGroup of group.rbGroups) {
          for (const otherId of rbGroup) {
            if (otherId !== id) {
              this.#groups.get(otherId)?._setVisible(INTERNAL, false, true);
            }
          }
        }
      }
      group._setVisible(INTERNAL, !!visible, true);
      this.#cachedGetHash = null;
    }
    setOCGState({
      state,
      preserveRB
    }) {
      let operator;
      for (const elem of state) {
        switch (elem) {
          case "ON":
          case "OFF":
          case "Toggle":
            operator = elem;
            continue;
        }
        const group = this.#groups.get(elem);
        if (!group) {
          continue;
        }
        switch (operator) {
          case "ON":
            this.setVisibility(elem, true, preserveRB);
            break;
          case "OFF":
            this.setVisibility(elem, false, preserveRB);
            break;
          case "Toggle":
            this.setVisibility(elem, !group.visible, preserveRB);
            break;
        }
      }
      this.#cachedGetHash = null;
    }
    get hasInitialVisibility() {
      return this.#initialHash === null || this.getHash() === this.#initialHash;
    }
    getOrder() {
      if (!this.#groups.size) {
        return null;
      }
      return this.#order ? this.#order.slice() : [...this.#groups.keys()];
    }
    getGroup(id) {
      return this.#groups.get(id) || null;
    }
    getHash() {
      if (this.#cachedGetHash !== null) {
        return this.#cachedGetHash;
      }
      const hash = new MurmurHash3_64();
      for (const [id, group] of this.#groups) {
        hash.update(`${id}:${group.visible}`);
      }
      return this.#cachedGetHash = hash.hexdigest();
    }
    [Symbol.iterator]() {
      return this.#groups.entries();
    }
    get serializable() {
      const groupState = /* @__PURE__ */ new Map();
      for (const [id, group] of this.#groups) {
        groupState.set(id, group.serializable);
      }
      return {
        data: this.#rawData,
        renderingIntent: this.renderingIntent,
        groupState
      };
    }
    static fromSerializable({
      data,
      renderingIntent,
      groupState
    }) {
      return new _OptionalContentConfig(data, renderingIntent, groupState);
    }
  };
  var PagesMapper = class {
    #pageNumberToId = null;
    #prevPageNumbers = null;
    #pagesNumber = 0;
    #clipboard = null;
    #savedData = null;
    get pagesNumber() {
      return this.#pagesNumber;
    }
    set pagesNumber(n) {
      if (this.#pagesNumber === n) {
        return;
      }
      this.#pagesNumber = n;
      this.#pageNumberToId = null;
      this.#prevPageNumbers = null;
    }
    #ensureInit() {
      if (this.#pageNumberToId) {
        return;
      }
      const n = this.#pagesNumber;
      const pageNumberToId = this.#pageNumberToId = new Uint32Array(n);
      for (let i = 0; i < n; i++) {
        pageNumberToId[i] = i + 1;
      }
      this.#prevPageNumbers = new Int32Array(pageNumberToId);
    }
    #buildIdToPageNumber() {
      const idToPageNumber = /* @__PURE__ */ new Map();
      const pageNumberToId = this.#pageNumberToId;
      for (let i = 0, ii = this.#pagesNumber; i < ii; i++) {
        const id = pageNumberToId[i];
        const pageNumbers = idToPageNumber.get(id);
        if (pageNumbers) {
          pageNumbers.push(i + 1);
        } else {
          idToPageNumber.set(id, [i + 1]);
        }
      }
      return idToPageNumber;
    }
    movePages(selectedPages, pagesToMove, index) {
      this.#ensureInit();
      const pageNumberToId = this.#pageNumberToId;
      const movedCount = pagesToMove.length;
      const mappedPagesToMove = new Uint32Array(movedCount);
      let removedBeforeTarget = 0;
      for (let i = 0; i < movedCount; i++) {
        const pageIndex = pagesToMove[i] - 1;
        mappedPagesToMove[i] = pageNumberToId[pageIndex];
        if (pageIndex < index) {
          removedBeforeTarget++;
        }
      }
      const pagesNumber = this.#pagesNumber;
      const remainingLen = pagesNumber - movedCount;
      const prevPageNumbers = new Int32Array(pagesNumber);
      const adjustedTarget = MathClamp(index - removedBeforeTarget, 0, remainingLen);
      for (let i = 0, r = 0; i < pagesNumber; i++) {
        if (!selectedPages.has(i + 1)) {
          pageNumberToId[r] = pageNumberToId[i];
          prevPageNumbers[r++] = i + 1;
        }
      }
      pageNumberToId.copyWithin(adjustedTarget + movedCount, adjustedTarget, remainingLen);
      pageNumberToId.set(mappedPagesToMove, adjustedTarget);
      prevPageNumbers.copyWithin(adjustedTarget + movedCount, adjustedTarget, remainingLen);
      prevPageNumbers.set(pagesToMove, adjustedTarget);
      this.#prevPageNumbers = prevPageNumbers;
      if (pageNumberToId.every((id, i) => id === i + 1)) {
        this.#pageNumberToId = null;
      }
    }
    deletePages(pagesToDelete) {
      this.#ensureInit();
      const pageNumberToId = this.#pageNumberToId;
      const prevIdToPageNumber = this.#buildIdToPageNumber();
      this.#savedData = {
        pageNumberToId: pageNumberToId.slice(),
        pagesNumber: this.#pagesNumber,
        prevPageNumbers: this.#prevPageNumbers.slice()
      };
      const newN = this.#pagesNumber - pagesToDelete.length;
      this.#pagesNumber = newN;
      const newPageNumberToId = this.#pageNumberToId = new Uint32Array(newN);
      this.#prevPageNumbers = new Int32Array(newN);
      let sourceIndex = 0;
      let destIndex = 0;
      for (const pageNumber of pagesToDelete) {
        const pageIndex = pageNumber - 1;
        if (pageIndex !== sourceIndex) {
          newPageNumberToId.set(pageNumberToId.subarray(sourceIndex, pageIndex), destIndex);
          destIndex += pageIndex - sourceIndex;
        }
        sourceIndex = pageIndex + 1;
      }
      if (sourceIndex < pageNumberToId.length) {
        newPageNumberToId.set(pageNumberToId.subarray(sourceIndex), destIndex);
      }
      this.#updatePrevPageNumbers(prevIdToPageNumber, new Set(pagesToDelete));
    }
    cancelDelete() {
      if (this.#savedData) {
        this.#pageNumberToId = this.#savedData.pageNumberToId;
        this.#pagesNumber = this.#savedData.pagesNumber;
        this.#prevPageNumbers = this.#savedData.prevPageNumbers;
        this.#savedData = null;
      }
    }
    cleanSavedData() {
      this.#savedData = null;
    }
    copyPages(pagesToCopy) {
      this.#ensureInit();
      this.#clipboard = {
        pageNumbers: pagesToCopy,
        pageIds: pagesToCopy.map((n) => this.#pageNumberToId[n - 1])
      };
    }
    cancelCopy() {
      this.#clipboard = null;
    }
    pastePages(index) {
      this.#ensureInit();
      const pageNumberToId = this.#pageNumberToId;
      const prevIdToPageNumber = this.#buildIdToPageNumber();
      const {
        pageNumbers: copiedPageNumbers,
        pageIds: copiedPageIds
      } = this.#clipboard;
      const newN = this.#pagesNumber + copiedPageNumbers.length;
      this.#pagesNumber = newN;
      const newPageNumberToId = this.#pageNumberToId = new Uint32Array(newN);
      this.#prevPageNumbers = new Int32Array(newN);
      newPageNumberToId.set(pageNumberToId.subarray(0, index), 0);
      newPageNumberToId.set(copiedPageIds, index);
      newPageNumberToId.set(pageNumberToId.subarray(index), index + copiedPageNumbers.length);
      this.#updatePrevPageNumbers(prevIdToPageNumber, null, index, copiedPageNumbers);
      this.#clipboard = null;
    }
    #updatePrevPageNumbers(prevIdToPageNumber, deletedPageNumbers = null, pasteIndex = -1, copiedPageNumbers = null) {
      const prevPageNumbers = this.#prevPageNumbers;
      const newPageNumberToId = this.#pageNumberToId;
      const pasteEnd = pasteIndex + (copiedPageNumbers?.length ?? 0);
      const idsIndices = /* @__PURE__ */ new Map();
      for (let i = 0, ii = this.#pagesNumber; i < ii; i++) {
        if (i >= pasteIndex && i < pasteEnd) {
          prevPageNumbers[i] = -copiedPageNumbers[i - pasteIndex];
          continue;
        }
        const id = newPageNumberToId[i];
        const oldPositions = prevIdToPageNumber.get(id);
        let j = idsIndices.get(id) || 0;
        if (deletedPageNumbers && oldPositions) {
          while (j < oldPositions.length && deletedPageNumbers.has(oldPositions[j])) {
            j++;
          }
        }
        prevPageNumbers[i] = oldPositions?.[j];
        idsIndices.set(id, j + 1);
      }
    }
    hasBeenAltered() {
      return this.#pageNumberToId !== null;
    }
    #buildCopyLevels(extractedPageNumbers = null) {
      if (!this.#pageNumberToId) {
        return null;
      }
      const copyLevels = new Int32Array(this.#pagesNumber).fill(-1);
      const counts = /* @__PURE__ */ new Map();
      if (extractedPageNumbers) {
        for (const pageNumber of extractedPageNumbers) {
          const id = this.getPageId(pageNumber);
          const level = counts.get(id) ?? 0;
          counts.set(id, level + 1);
          copyLevels[pageNumber - 1] = level;
        }
      } else {
        for (let i = 0, ii = this.#pagesNumber; i < ii; i++) {
          const id = this.#pageNumberToId[i];
          const level = counts.get(id) ?? 0;
          counts.set(id, level + 1);
          copyLevels[i] = level;
        }
      }
      return copyLevels;
    }
    getPageMappingForSaving(idToPageNumber = null, copyLevels = this.#buildCopyLevels()) {
      idToPageNumber ??= this.#buildIdToPageNumber();
      let nCopy = 0;
      for (const pageNumbers of idToPageNumber.values()) {
        nCopy = Math.max(nCopy, pageNumbers.length);
      }
      const extractParams = new Array(nCopy);
      for (let i = 0; i < nCopy; i++) {
        extractParams[i] = {
          document: null,
          pageIndices: [],
          includePages: []
        };
      }
      for (const [id, pageNumbers] of idToPageNumber) {
        for (let i = 0, ii = pageNumbers.length; i < ii; i++) {
          extractParams[i].includePages.push([id - 1, pageNumbers[i] - 1]);
        }
      }
      for (const {
        includePages,
        pageIndices
      } of extractParams) {
        includePages.sort((a, b) => a[0] - b[0]);
        for (let i = 0, ii = includePages.length; i < ii; i++) {
          pageIndices.push(includePages[i][1]);
          includePages[i] = includePages[i][0];
        }
      }
      return {
        pageInfos: extractParams,
        copyLevels
      };
    }
    extractPages(extractedPageNumbers) {
      extractedPageNumbers = Array.from(extractedPageNumbers).sort((a, b) => a - b);
      const usedIds = /* @__PURE__ */ new Map();
      for (let i = 0, ii = extractedPageNumbers.length; i < ii; i++) {
        const id = this.getPageId(extractedPageNumbers[i]);
        const usedPageNumbers = usedIds.getOrInsertComputed(id, makeArr);
        usedPageNumbers.push(i + 1);
      }
      return this.getPageMappingForSaving(usedIds, this.#buildCopyLevels(extractedPageNumbers));
    }
    getPrevPageNumber(pageNumber) {
      return this.#prevPageNumbers?.[pageNumber - 1] ?? 0;
    }
    getPageNumber(id) {
      if (!this.#pageNumberToId) {
        return id;
      }
      const pageNumberToId = this.#pageNumberToId;
      for (let i = 0, ii = this.#pagesNumber; i < ii; i++) {
        if (pageNumberToId[i] === id) {
          return i + 1;
        }
      }
      return 0;
    }
    getPageId(pageNumber) {
      return this.#pageNumberToId?.[pageNumber - 1] ?? pageNumber;
    }
    getMapping() {
      return this.#pageNumberToId?.subarray(0, this.pagesNumber);
    }
  };
  var INITIAL_DATA = Symbol("INITIAL_DATA");
  var dataObj = () => ({
    ...Promise.withResolvers(),
    data: INITIAL_DATA
  });
  var PDFObjects = class {
    #objs = /* @__PURE__ */ new Map();
    get(objId, callback = null) {
      if (callback) {
        const obj2 = this.#objs.getOrInsertComputed(objId, dataObj);
        obj2.promise.then(() => callback(obj2.data));
        return null;
      }
      const obj = this.#objs.get(objId);
      if (!obj || obj.data === INITIAL_DATA) {
        throw new Error(`Requesting object that isn't resolved yet ${objId}.`);
      }
      return obj.data;
    }
    has(objId) {
      const obj = this.#objs.get(objId);
      return !!obj && obj.data !== INITIAL_DATA;
    }
    delete(objId) {
      const obj = this.#objs.get(objId);
      if (!obj || obj.data === INITIAL_DATA) {
        return false;
      }
      this.#objs.delete(objId);
      return true;
    }
    resolve(objId, data = null) {
      const obj = this.#objs.getOrInsertComputed(objId, dataObj);
      if (obj.data !== INITIAL_DATA) {
        throw new Error(`Object already resolved ${objId}.`);
      }
      obj.data = data;
      obj.resolve();
    }
    clear() {
      for (const {
        data
      } of this.#objs.values()) {
        data?.bitmap?.close();
      }
      this.#objs.clear();
    }
    *[Symbol.iterator]() {
      for (const [objId, {
        data
      }] of this.#objs) {
        if (data !== INITIAL_DATA) {
          yield [objId, data];
        }
      }
    }
  };
  var MAX_TEXT_DIVS_TO_RENDER = 1e5;
  var DEFAULT_FONT_SIZE = 30;
  var TextLayer = class _TextLayer {
    #capability = Promise.withResolvers();
    #container = null;
    #disableProcessItems = false;
    #fontInspectorEnabled = !!globalThis.FontInspector?.enabled;
    #imagesHandler = null;
    #lang = null;
    #layoutTextParams = null;
    #pageHeight = 0;
    #pageWidth = 0;
    #pixelRatio = OutputScale.pixelRatio;
    #reader = null;
    #rootContainer = null;
    #rotation = 0;
    #scale = 0;
    #styleCache = /* @__PURE__ */ Object.create(null);
    #textContentItemsStr = [];
    #textContentSource = null;
    #textDivs = [];
    #textDivProperties = /* @__PURE__ */ new WeakMap();
    #transform = null;
    static #ascentCache = /* @__PURE__ */ new Map();
    static #canvasContexts = /* @__PURE__ */ new Map();
    static #canvasCtxFonts = /* @__PURE__ */ new WeakMap();
    static #minFontSize = null;
    static #pendingTextLayers = /* @__PURE__ */ new Set();
    constructor({
      textContentSource,
      images,
      container,
      viewport
    }) {
      if (textContentSource instanceof ReadableStream) {
        this.#textContentSource = textContentSource;
      } else if (typeof textContentSource === "object") {
        this.#textContentSource = new ReadableStream({
          start(controller) {
            controller.enqueue(textContentSource);
            controller.close();
          }
        });
      } else {
        throw new Error('No "textContentSource" parameter specified.');
      }
      this.#container = this.#rootContainer = container;
      this.#imagesHandler = images;
      this.#scale = viewport.scale * this.#pixelRatio;
      this.#rotation = viewport.rotation;
      this.#layoutTextParams = {
        div: null,
        properties: null,
        ctx: null
      };
      const {
        pageWidth,
        pageHeight,
        pageX,
        pageY
      } = viewport.rawDims;
      this.#transform = [1, 0, 0, -1, -pageX, pageY + pageHeight];
      this.#pageWidth = pageWidth;
      this.#pageHeight = pageHeight;
      _TextLayer.#ensureMinFontSizeComputed();
      container.style.setProperty("--min-font-size", _TextLayer.#minFontSize);
      setLayerDimensions(container, viewport);
      this.#capability.promise.finally(() => {
        _TextLayer.#pendingTextLayers.delete(this);
        this.#layoutTextParams = null;
        this.#styleCache = null;
      }).catch(() => {
      });
    }
    static get fontFamilyMap() {
      const {
        isWindows,
        isFirefox
      } = FeatureTest.platform;
      return util_shadow(this, "fontFamilyMap", /* @__PURE__ */ new Map([["sans-serif", `${isWindows && isFirefox ? "Calibri, " : ""}sans-serif`], ["monospace", `${isWindows && isFirefox ? "Lucida Console, " : ""}monospace`]]));
    }
    render() {
      if (this.#imagesHandler) {
        this.#container.append(this.#imagesHandler.render());
      }
      const pump = () => {
        this.#reader.read().then(({
          value,
          done
        }) => {
          if (done) {
            this.#capability.resolve();
            return;
          }
          this.#lang ??= value.lang;
          Object.assign(this.#styleCache, value.styles);
          this.#processItems(value.items);
          pump();
        }, this.#capability.reject);
      };
      this.#reader = this.#textContentSource.getReader();
      _TextLayer.#pendingTextLayers.add(this);
      pump();
      return this.#capability.promise;
    }
    update({
      viewport,
      onBefore = null
    }) {
      const scale2 = viewport.scale * OutputScale.pixelRatio;
      const rotation = viewport.rotation;
      if (rotation !== this.#rotation) {
        onBefore?.();
        this.#rotation = rotation;
        setLayerDimensions(this.#rootContainer, {
          rotation
        });
      }
      if (scale2 !== this.#scale) {
        onBefore?.();
        this.#scale = scale2;
        this.#pixelRatio = OutputScale.pixelRatio;
        const params = {
          div: null,
          properties: null,
          ctx: _TextLayer.#getCtx(this.#lang)
        };
        for (const div of this.#textDivs) {
          params.properties = this.#textDivProperties.get(div);
          params.div = div;
          this.#layout(params);
        }
      }
    }
    cancel() {
      const abortEx = new AbortException("TextLayer task cancelled.");
      this.#reader?.cancel(abortEx).catch(() => {
      });
      this.#reader = null;
      this.#capability.reject(abortEx);
    }
    get textDivs() {
      return this.#textDivs;
    }
    get textContentItemsStr() {
      return this.#textContentItemsStr;
    }
    #processItems(items) {
      if (this.#disableProcessItems) {
        return;
      }
      this.#layoutTextParams.ctx ??= _TextLayer.#getCtx(this.#lang);
      const textDivs = this.#textDivs, textContentItemsStr = this.#textContentItemsStr;
      for (const item of items) {
        if (textDivs.length > MAX_TEXT_DIVS_TO_RENDER) {
          warn("Ignoring additional textDivs for performance reasons.");
          this.#disableProcessItems = true;
          return;
        }
        if (item.str === void 0) {
          if (item.type === "beginMarkedContentProps" || item.type === "beginMarkedContent") {
            const parent = this.#container;
            this.#container = document.createElement("span");
            this.#container.classList.add("markedContent");
            if (item.id) {
              this.#container.setAttribute("id", item.id);
            }
            if (item.tag === "Artifact") {
              this.#container.ariaHidden = true;
            }
            parent.append(this.#container);
          } else if (item.type === "endMarkedContent") {
            this.#container = this.#container.parentNode;
          }
          continue;
        }
        textContentItemsStr.push(item.str);
        this.#appendText(item);
      }
    }
    #appendText(geom) {
      const textDiv = document.createElement("span");
      const textDivProperties = {
        angle: 0,
        canvasWidth: 0,
        hasText: geom.str !== "",
        hasEOL: geom.hasEOL,
        fontSize: 0
      };
      this.#textDivs.push(textDiv);
      const tx = Util.transform(this.#transform, geom.transform);
      let angle = Math.atan2(tx[1], tx[0]);
      const style = this.#styleCache[geom.fontName];
      if (style.vertical) {
        angle += Math.PI / 2;
      }
      let fontFamily = this.#fontInspectorEnabled && style.fontSubstitution || style.fontFamily;
      fontFamily = _TextLayer.fontFamilyMap.get(fontFamily) || fontFamily;
      const fontHeight = Math.hypot(tx[2], tx[3]);
      const fontAscent = fontHeight * _TextLayer.#getAscent(fontFamily, style, this.#lang);
      let left, top;
      if (angle === 0) {
        left = tx[4];
        top = tx[5] - fontAscent;
      } else {
        left = tx[4] + fontAscent * Math.sin(angle);
        top = tx[5] - fontAscent * Math.cos(angle);
      }
      const divStyle = textDiv.style;
      divStyle.left = `${(100 * left / this.#pageWidth).toFixed(2)}%`;
      divStyle.top = `${(100 * top / this.#pageHeight).toFixed(2)}%`;
      const roundedFontHeight = Math.round(fontHeight * 100) / 100;
      divStyle.setProperty("--font-height", `${roundedFontHeight}px`);
      divStyle.fontFamily = fontFamily;
      textDivProperties.fontSize = roundedFontHeight;
      textDiv.setAttribute("role", "presentation");
      textDiv.textContent = geom.str;
      textDiv.dir = geom.dir;
      if (this.#fontInspectorEnabled) {
        textDiv.dataset.fontName = style.fontSubstitutionLoadedName || geom.fontName;
      }
      if (angle !== 0) {
        textDivProperties.angle = angle * (180 / Math.PI);
      }
      let shouldScaleText = false;
      if (geom.str.length > 1) {
        shouldScaleText = true;
      } else if (geom.str !== " " && geom.transform[0] !== geom.transform[3]) {
        const absScaleX = Math.abs(geom.transform[0]), absScaleY = Math.abs(geom.transform[3]);
        if (absScaleX !== absScaleY && Math.max(absScaleX, absScaleY) / Math.min(absScaleX, absScaleY) > 1.5) {
          shouldScaleText = true;
        }
      }
      if (shouldScaleText) {
        textDivProperties.canvasWidth = style.vertical ? geom.height : geom.width;
      }
      this.#textDivProperties.set(textDiv, textDivProperties);
      this.#layoutTextParams.div = textDiv;
      this.#layoutTextParams.properties = textDivProperties;
      this.#layout(this.#layoutTextParams);
      if (textDivProperties.hasText) {
        this.#container.append(textDiv);
      }
      if (textDivProperties.hasEOL) {
        const br = document.createElement("br");
        br.setAttribute("role", "presentation");
        this.#container.append(br);
      }
    }
    #layout(params) {
      const {
        div,
        properties,
        ctx
      } = params;
      const {
        style
      } = div;
      const {
        canvasWidth,
        fontSize
      } = properties;
      if (canvasWidth !== 0 && fontSize !== 0 && properties.hasText) {
        const {
          fontFamily
        } = style;
        const pixelRatio = this.#pixelRatio;
        const measuredSize = _TextLayer.#quantizeFontSize(fontSize * this.#scale / pixelRatio) * pixelRatio;
        _TextLayer.#ensureCtxFont(ctx, measuredSize, fontFamily);
        const {
          width
        } = ctx.measureText(div.textContent);
        if (width > 0) {
          style.setProperty("--scale-x", canvasWidth * measuredSize / (width * fontSize));
        }
      }
      if (properties.angle !== 0) {
        style.setProperty("--rotate", `${properties.angle}deg`);
      }
    }
    static cleanup() {
      if (this.#pendingTextLayers.size > 0) {
        return;
      }
      this.#ascentCache.clear();
      for (const {
        canvas
      } of this.#canvasContexts.values()) {
        canvas.remove();
      }
      this.#canvasContexts.clear();
    }
    static #getCtx(lang = null) {
      let ctx = this.#canvasContexts.get(lang ||= "");
      if (!ctx) {
        const canvas = document.createElement("canvas");
        canvas.style.cssText = "position:absolute;top:0;left:0;width:0;height:0;display:none;letter-spacing:normal;word-spacing:normal";
        canvas.lang = lang;
        document.body.append(canvas);
        ctx = canvas.getContext("2d", {
          alpha: false,
          willReadFrequently: true
        });
        this.#canvasContexts.set(lang, ctx);
        this.#canvasCtxFonts.set(ctx, {
          size: 0,
          family: ""
        });
      }
      return ctx;
    }
    static #quantizeFontSize(size) {
      size = Math.fround(size);
      const d = Math.fround(size * ((1 << 17) + 1));
      return Math.fround(d - Math.fround(d - size));
    }
    static #ensureCtxFont(ctx, size, family) {
      const cached = this.#canvasCtxFonts.get(ctx);
      if (size === cached.size && family === cached.family) {
        return;
      }
      ctx.font = `${size}px ${family}`;
      cached.size = size;
      cached.family = family;
    }
    static #ensureMinFontSizeComputed() {
      if (this.#minFontSize !== null) {
        return;
      }
      const div = document.createElement("div");
      div.style.opacity = 0;
      div.style.lineHeight = 1;
      div.style.fontSize = "1px";
      div.style.position = "absolute";
      div.textContent = "X";
      document.body.append(div);
      this.#minFontSize = div.getBoundingClientRect().height;
      div.remove();
    }
    static #getAscent(fontFamily, style, lang) {
      const cachedAscent = this.#ascentCache.get(fontFamily);
      if (cachedAscent) {
        return cachedAscent;
      }
      const ctx = this.#getCtx(lang);
      this.#ensureCtxFont(ctx, DEFAULT_FONT_SIZE, fontFamily);
      const metrics = ctx.measureText("");
      const ascent = metrics.fontBoundingBoxAscent;
      const descent = Math.abs(metrics.fontBoundingBoxDescent);
      let ratio = 0.8;
      if (ascent) {
        ratio = ascent / (ascent + descent);
      } else {
        if (FeatureTest.platform.isFirefox) {
          warn("Enable the `dom.textMetrics.fontBoundingBox.enabled` preference in `about:config` to improve TextLayer rendering.");
        }
        if (style.ascent) {
          ratio = style.ascent;
        } else if (style.descent) {
          ratio = 1 + style.descent;
        }
      }
      this.#ascentCache.set(fontFamily, ratio);
      return ratio;
    }
  };
  var RENDERING_CANCELLED_TIMEOUT = 100;
  function getDocument(src = {}) {
    const task = new PDFDocumentLoadingTask();
    const {
      docId
    } = task;
    const url = src.url ? getUrlProp(src.url) : null;
    const data = src.data ? getDataProp(src.data) : null;
    const httpHeaders = src.httpHeaders || null;
    const withCredentials = src.withCredentials === true;
    const password = src.password ?? null;
    const rangeTransport = src.range instanceof PDFDataRangeTransport ? src.range : null;
    const rangeChunkSize = Number.isInteger(src.rangeChunkSize) && src.rangeChunkSize > 0 ? src.rangeChunkSize : 2 ** 16;
    let worker = src.worker instanceof PDFWorker ? src.worker : null;
    const verbosity3 = src.verbosity;
    const docBaseUrl = typeof src.docBaseUrl === "string" && !isDataScheme(src.docBaseUrl) ? src.docBaseUrl : null;
    const cMapUrl = getFactoryUrlProp(src.cMapUrl);
    const cMapPacked = src.cMapPacked !== false;
    const iccUrl = getFactoryUrlProp(src.iccUrl);
    const standardFontDataUrl = getFactoryUrlProp(src.standardFontDataUrl);
    const wasmUrl = getFactoryUrlProp(src.wasmUrl);
    const ignoreErrors = src.stopAtErrors !== true;
    const maxImageSize = Number.isInteger(src.maxImageSize) && src.maxImageSize > -1 ? src.maxImageSize : -1;
    const isOffscreenCanvasSupported = typeof src.isOffscreenCanvasSupported === "boolean" ? src.isOffscreenCanvasSupported : !isNodeJS;
    const isImageDecoderSupported = typeof src.isImageDecoderSupported === "boolean" ? src.isImageDecoderSupported : !isNodeJS;
    const canvasMaxAreaInBytes = Number.isInteger(src.canvasMaxAreaInBytes) ? src.canvasMaxAreaInBytes : -1;
    const disableFontFace = typeof src.disableFontFace === "boolean" ? src.disableFontFace : isNodeJS;
    const fontExtraProperties = src.fontExtraProperties === true;
    const enableXfa = src.enableXfa === true;
    const ownerDocument = src.ownerDocument || globalThis.document;
    const disableRange = src.disableRange === true;
    const disableStream = src.disableStream === true;
    const disableAutoFetch = src.disableAutoFetch === true;
    const pdfBug = src.pdfBug === true;
    const CanvasFactory = src.CanvasFactory || (isNodeJS ? NodeCanvasFactory : DOMCanvasFactory);
    const FilterFactory = src.FilterFactory || (isNodeJS ? NodeFilterFactory : DOMFilterFactory);
    const BinaryDataFactory = src.BinaryDataFactory || (isNodeJS ? NodeBinaryDataFactory : DOMBinaryDataFactory);
    const enableHWA = src.enableHWA === true;
    const enableWebGPU = src.enableWebGPU === true;
    const gpuPromise = enableWebGPU ? initGPU() : Promise.resolve(false);
    const useWasm = src.useWasm !== false;
    const pagesMapper = src.pagesMapper || new PagesMapper();
    const useSystemFonts = typeof src.useSystemFonts === "boolean" ? src.useSystemFonts : !isNodeJS && !disableFontFace;
    const useWorkerFetch = typeof src.useWorkerFetch === "boolean" ? src.useWorkerFetch : !!(BinaryDataFactory === DOMBinaryDataFactory && cMapUrl && cMapPacked && standardFontDataUrl && wasmUrl && isValidFetchUrl(cMapUrl, document.baseURI) && isValidFetchUrl(standardFontDataUrl, document.baseURI) && isValidFetchUrl(wasmUrl, document.baseURI));
    const styleElement = null;
    setVerbosityLevel(verbosity3);
    const transportFactory = {
      canvasFactory: new CanvasFactory({
        ownerDocument,
        enableHWA
      }),
      filterFactory: new FilterFactory({
        docId,
        ownerDocument
      }),
      binaryDataFactory: useWorkerFetch ? null : new BinaryDataFactory({
        cMapUrl,
        standardFontDataUrl,
        wasmUrl
      })
    };
    if (!worker) {
      worker = PDFWorker.create({
        verbosity: verbosity3,
        port: GlobalWorkerOptions.workerPort
      });
      task._worker = worker;
    }
    const docParams = {
      docId,
      apiVersion: "6.4.299",
      data,
      password,
      disableAutoFetch,
      rangeChunkSize,
      docBaseUrl,
      enableXfa,
      evaluatorOptions: {
        maxImageSize,
        disableFontFace,
        ignoreErrors,
        isOffscreenCanvasSupported,
        isImageDecoderSupported,
        canvasMaxAreaInBytes,
        fontExtraProperties,
        useSystemFonts,
        useWasm,
        useWorkerFetch,
        cMapUrl,
        cMapPacked,
        iccUrl,
        standardFontDataUrl,
        wasmUrl,
        hasGPU: false
      }
    };
    const transportParams = {
      ownerDocument,
      pdfBug,
      styleElement,
      enableHWA,
      loadingParams: {
        disableAutoFetch,
        enableXfa
      }
    };
    Promise.all([worker.promise, gpuPromise]).then(function([, hasGPU]) {
      if (worker.destroyed) {
        throw new Error("Worker was destroyed");
      }
      docParams.evaluatorOptions.hasGPU = hasGPU;
      const workerIdPromise = worker.messageHandler.sendWithPromise("GetDocRequest", docParams, data ? [data.buffer] : null);
      let networkStream;
      if (data) {
      } else if (rangeTransport) {
        networkStream = new PDFDataTransportStream({
          pdfDataRangeTransport: rangeTransport,
          disableRange,
          disableStream
        });
      } else if (url) {
        const NetworkStream = getNetworkStream(url);
        networkStream = new NetworkStream({
          url,
          httpHeaders,
          withCredentials,
          rangeChunkSize,
          disableRange,
          disableStream
        });
      } else {
        throw new Error("getDocument - expected either `data`, `range`, or `url` parameter.");
      }
      return workerIdPromise.then((workerId) => {
        if (worker.destroyed) {
          throw new Error("Worker was destroyed");
        }
        const messageHandler = new MessageHandler(docId, workerId, worker.port);
        const transport = new WorkerTransport(messageHandler, task, networkStream, transportParams, transportFactory, pagesMapper);
        task._transport = transport;
        if (task.destroyed) {
          throw new Error("Loading aborted");
        }
        messageHandler.send("Ready", null);
      });
    }).catch(task._capability.reject).finally(task._setupCapability.resolve);
    return task;
  }
  var PDFDocumentLoadingTask = class _PDFDocumentLoadingTask {
    static #docId = 0;
    _capability = Promise.withResolvers();
    _setupCapability = Promise.withResolvers();
    _transport = null;
    _worker = null;
    docId = `d${_PDFDocumentLoadingTask.#docId++}`;
    destroyed = false;
    onPassword = null;
    onProgress = null;
    get promise() {
      return this._capability.promise;
    }
    async destroy() {
      this.destroyed = true;
      this._capability.promise.catch(() => {
      });
      try {
        if (this._worker?.port) {
          this._worker._pendingDestroy = true;
        }
        await this._setupCapability.promise;
        await this._transport?.destroy();
      } catch (ex) {
        if (this._worker?.port) {
          delete this._worker._pendingDestroy;
        }
        throw ex;
      }
      this._transport = null;
      this._worker?.destroy();
      this._worker = null;
    }
    async getData() {
      return this._transport.getData();
    }
  };
  var PDFDataRangeTransport = class {
    #capability = Promise.withResolvers();
    #listener = null;
    constructor(length, initialData, progressiveDone = false, contentDispositionFilename = null) {
      this.length = length;
      this.initialData = initialData;
      this.progressiveDone = progressiveDone;
      this.contentDispositionFilename = contentDispositionFilename;
    }
    onDataRange(begin, chunk) {
      this.#listener({
        type: "range",
        begin,
        chunk
      });
    }
    onDataProgressiveRead(chunk) {
      this.#capability.promise.then(() => {
        this.#listener({
          type: "progressiveRead",
          chunk
        });
      });
    }
    onDataProgressiveDone() {
      this.#capability.promise.then(() => {
        this.#listener({
          type: "progressiveDone"
        });
      });
    }
    transportReady(listener) {
      this.#listener = listener;
      this.#capability.resolve();
    }
    requestDataRange(begin, end) {
      unreachable("Abstract method PDFDataRangeTransport.requestDataRange");
    }
    abort() {
    }
  };
  var PDFDocumentProxy = class {
    constructor(pdfInfo, transport) {
      this._pdfInfo = pdfInfo;
      this._transport = transport;
    }
    get pagesMapper() {
      return this._transport.pagesMapper;
    }
    get annotationStorage() {
      return this._transport.annotationStorage;
    }
    get canvasFactory() {
      return this._transport.canvasFactory;
    }
    get filterFactory() {
      return this._transport.filterFactory;
    }
    get numPages() {
      return this._pdfInfo.numPages;
    }
    get fingerprints() {
      return this._pdfInfo.fingerprints;
    }
    get isPureXfa() {
      return util_shadow(this, "isPureXfa", !!this._transport._htmlForXfa);
    }
    get allXfaHtml() {
      return this._transport._htmlForXfa;
    }
    getPage(pageNumber) {
      return this._transport.getPage(pageNumber);
    }
    getPageIndex(ref) {
      return this._transport.getPageIndex(ref);
    }
    getDestinations() {
      return this._transport.getDestinations();
    }
    getDestination(id) {
      return this._transport.getDestination(id);
    }
    getPageLabels() {
      return this._transport.getPageLabels();
    }
    getPageLayout() {
      return this._transport.getPageLayout();
    }
    getPageMode() {
      return this._transport.getPageMode();
    }
    getViewerPreferences() {
      return this._transport.getViewerPreferences();
    }
    getOpenAction() {
      return this._transport.getOpenAction();
    }
    getAttachments() {
      return this._transport.getAttachments();
    }
    getAttachmentContent(id) {
      return this._transport.getAttachmentContent(id);
    }
    getAnnotationsByType(types2, pageIndexesToSkip) {
      return this._transport.getAnnotationsByType(types2, pageIndexesToSkip);
    }
    getJSActions() {
      return this._transport.getDocJSActions();
    }
    getOutline() {
      return this._transport.getOutline();
    }
    getOptionalContentConfig({
      intent = "display"
    } = {}) {
      const {
        renderingIntent
      } = this._transport.getRenderingIntent(intent);
      return this._transport.getOptionalContentConfig(renderingIntent);
    }
    getPermissions() {
      return this._transport.getPermissions();
    }
    getMetadata() {
      return this._transport.getMetadata();
    }
    getMarkInfo() {
      return this._transport.getMarkInfo();
    }
    getData() {
      return this._transport.getData();
    }
    saveDocument(printToPDF) {
      return this._transport.saveDocument(printToPDF);
    }
    extractPages(pageInfos, copyLevels = null) {
      return this._transport.extractPages(pageInfos, copyLevels);
    }
    getDownloadInfo() {
      return this._transport.downloadInfoCapability.promise;
    }
    cleanup(keepLoadedFonts = false) {
      return this._transport.startCleanup(keepLoadedFonts || this.isPureXfa);
    }
    cachedPageNumber(ref) {
      return this._transport.cachedPageNumber(ref);
    }
    get loadingParams() {
      return this._transport.loadingParams;
    }
    get loadingTask() {
      return this._transport.loadingTask;
    }
    getFieldObjects() {
      return this._transport.getFieldObjects();
    }
    getSignatures() {
      return this._transport.getSignatures();
    }
    getSignatureData(id) {
      return this._transport.getSignatureData(id);
    }
    hasJSActions() {
      return this._transport.hasJSActions();
    }
    getCalculationOrderIds() {
      return this._transport.getCalculationOrderIds();
    }
  };
  var PDFPageProxy = class _PDFPageProxy {
    #pendingCleanup = false;
    #pagesMapper = null;
    static #idCounter = 0;
    constructor(pageIndex, pageInfo, transport, pagesMapper, pdfBug = false) {
      this._pageIndex = pageIndex;
      this._id = _PDFPageProxy.#idCounter++;
      this._pageInfo = pageInfo;
      this._transport = transport;
      this._stats = pdfBug ? new StatTimer() : null;
      this._pdfBug = pdfBug;
      this.commonObjs = transport.commonObjs;
      this.objs = new PDFObjects();
      this._intentStates = /* @__PURE__ */ new Map();
      this.destroyed = false;
      this.recordedBBoxes = null;
      this.#pagesMapper = pagesMapper;
      this.imageCoordinates = null;
    }
    clone(id) {
      const clone = new _PDFPageProxy(id, this._pageInfo, this._transport, this.#pagesMapper, this._pdfBug);
      clone.clonedFromIndex = this.clonedFromIndex ?? this._pageIndex;
      this._transport.updatePage(clone);
      return clone;
    }
    get pageNumber() {
      return this._pageIndex + 1;
    }
    set pageNumber(value) {
      this._pageIndex = value - 1;
      this._transport.updatePage(this);
    }
    get rotate() {
      return this._pageInfo.rotate;
    }
    get ref() {
      return this._pageInfo.ref;
    }
    get userUnit() {
      return this._pageInfo.userUnit;
    }
    get view() {
      return this._pageInfo.view;
    }
    getViewport({
      scale: scale2,
      rotation = this.rotate,
      offsetX = 0,
      offsetY = 0,
      dontFlip = false
    } = {}) {
      return new PageViewport({
        viewBox: this.view,
        userUnit: this.userUnit,
        scale: scale2,
        rotation,
        offsetX,
        offsetY,
        dontFlip
      });
    }
    getAnnotations({
      intent = "display"
    } = {}) {
      const {
        renderingIntent
      } = this._transport.getRenderingIntent(intent);
      return this._transport.getAnnotations(this._pageIndex, renderingIntent);
    }
    getJSActions() {
      return this._transport.getPageJSActions(this._pageIndex);
    }
    get filterFactory() {
      return this._transport.filterFactory;
    }
    get isPureXfa() {
      return util_shadow(this, "isPureXfa", !!this._transport._htmlForXfa);
    }
    async getXfa() {
      return this._transport._htmlForXfa?.children[this._pageIndex] || null;
    }
    render({
      canvasContext,
      canvas = canvasContext.canvas,
      viewport,
      intent = "display",
      annotationMode = AnnotationMode.ENABLE,
      transform = null,
      background = null,
      optionalContentConfigPromise = null,
      annotationCanvasMap = null,
      pageColors = null,
      printAnnotationStorage = null,
      isEditing = false,
      recordImages = false,
      recordOperations = false,
      operationsFilter = null
    }) {
      this._stats?.time("Overall");
      const intentArgs = this._transport.getRenderingIntent(intent, annotationMode, printAnnotationStorage, isEditing);
      const {
        renderingIntent,
        cacheKey
      } = intentArgs;
      this.#pendingCleanup = false;
      optionalContentConfigPromise ||= this._transport.getOptionalContentConfig(renderingIntent);
      const intentState = this._intentStates.getOrInsertComputed(cacheKey, makeObj);
      if (intentState.streamReaderCancelTimeout) {
        clearTimeout(intentState.streamReaderCancelTimeout);
        intentState.streamReaderCancelTimeout = null;
      }
      const intentPrint = !!(renderingIntent & RenderingIntentFlag.PRINT);
      if (!intentState.displayReadyCapability) {
        intentState.displayReadyCapability = Promise.withResolvers();
        intentState.operatorList = {
          fnArray: [],
          argsArray: [],
          lastChunk: false,
          separateAnnots: null
        };
        this._stats?.time("Page Request");
        this._pumpOperatorList(intentArgs);
      }
      const recordForDebugger = !!(this._pdfBug && globalThis.StepperManager?.enabled);
      const shouldRecordOperations = !!canvas && !this.recordedBBoxes && (recordOperations || recordForDebugger);
      const shouldRecordImages = !!canvas && !this.imageCoordinates && recordImages;
      const complete = (error3) => {
        intentState.renderTasks.delete(internalRenderTask);
        if (shouldRecordOperations) {
          const recordedBBoxes = internalRenderTask.gfx?.dependencyTracker.take();
          if (recordedBBoxes) {
            internalRenderTask.stepper?.setOperatorBBoxes(recordedBBoxes, internalRenderTask.gfx.dependencyTracker.takeDebugMetadata());
            if (recordOperations) {
              this.recordedBBoxes = recordedBBoxes;
            }
          }
        }
        if (shouldRecordImages && !error3) {
          this.imageCoordinates = internalRenderTask.gfx?.imagesTracker.take();
        }
        if (intentPrint) {
          this.#pendingCleanup = true;
        }
        this.#tryCleanup();
        if (error3) {
          internalRenderTask.capability.reject(error3);
          this._abortOperatorList({
            intentState,
            reason: error3 instanceof Error ? error3 : new Error(error3)
          });
        } else {
          internalRenderTask.capability.resolve();
        }
        if (this._stats) {
          this._stats.timeEnd("Rendering");
          this._stats.timeEnd("Overall");
          if (globalThis.Stats?.enabled) {
            globalThis.Stats.add(this.pageNumber, this._stats);
          }
        }
      };
      let dependencyTracker = null;
      let bboxTracker = null;
      if (shouldRecordOperations || shouldRecordImages) {
        bboxTracker = new CanvasBBoxTracker(canvas, intentState.operatorList.length);
      }
      if (shouldRecordOperations) {
        dependencyTracker = new CanvasDependencyTracker(bboxTracker, recordForDebugger);
      }
      const internalRenderTask = new InternalRenderTask({
        callback: complete,
        params: {
          canvas,
          canvasContext,
          dependencyTracker: dependencyTracker ?? bboxTracker,
          imagesTracker: shouldRecordImages ? new CanvasImagesTracker(canvas) : null,
          viewport,
          transform,
          background
        },
        objs: this.objs,
        commonObjs: this.commonObjs,
        annotationCanvasMap,
        operatorList: intentState.operatorList,
        pageIndex: this._pageIndex,
        canvasFactory: this._transport.canvasFactory,
        filterFactory: this._transport.filterFactory,
        useRequestAnimationFrame: !intentPrint,
        pdfBug: this._pdfBug,
        pageColors,
        enableHWA: this._transport.enableHWA,
        operationsFilter
      });
      (intentState.renderTasks ||= /* @__PURE__ */ new Set()).add(internalRenderTask);
      const renderTask = internalRenderTask.task;
      Promise.all([intentState.displayReadyCapability.promise, optionalContentConfigPromise]).then(([transparency, optionalContentConfig]) => {
        if (this.destroyed) {
          complete();
          return;
        }
        this._stats?.time("Rendering");
        if (!(optionalContentConfig.renderingIntent & renderingIntent)) {
          throw new Error("Must use the same `intent`-argument when calling the `PDFPageProxy.render` and `PDFDocumentProxy.getOptionalContentConfig` methods.");
        }
        internalRenderTask.initializeGraphics({
          transparency,
          optionalContentConfig
        });
        internalRenderTask.operatorListChanged();
      }).catch(complete);
      return renderTask;
    }
    getOperatorList({
      intent = "display",
      annotationMode = AnnotationMode.ENABLE,
      printAnnotationStorage = null,
      isEditing = false
    } = {}) {
      function operatorListChanged() {
        if (intentState.operatorList.lastChunk) {
          intentState.opListReadCapability.resolve(intentState.operatorList);
          intentState.renderTasks.delete(opListTask);
        }
      }
      const intentArgs = this._transport.getRenderingIntent(intent, annotationMode, printAnnotationStorage, isEditing, true);
      const intentState = this._intentStates.getOrInsertComputed(intentArgs.cacheKey, makeObj);
      let opListTask;
      if (!intentState.opListReadCapability) {
        opListTask = /* @__PURE__ */ Object.create(null);
        opListTask.operatorListChanged = operatorListChanged;
        intentState.opListReadCapability = Promise.withResolvers();
        (intentState.renderTasks ||= /* @__PURE__ */ new Set()).add(opListTask);
        intentState.operatorList = {
          fnArray: [],
          argsArray: [],
          lastChunk: false,
          separateAnnots: null
        };
        this._stats?.time("Page Request");
        this._pumpOperatorList(intentArgs);
      }
      return intentState.opListReadCapability.promise;
    }
    streamTextContent({
      includeMarkedContent = false,
      disableNormalization = false
    } = {}) {
      const TEXT_CONTENT_CHUNK_SIZE = 100;
      return this._transport.messageHandler.sendWithStream("GetTextContent", {
        pageId: this.#pagesMapper.getPageId(this._pageIndex + 1) - 1,
        pageIndex: this._pageIndex,
        includeMarkedContent: includeMarkedContent === true,
        disableNormalization: disableNormalization === true
      }, {
        highWaterMark: TEXT_CONTENT_CHUNK_SIZE,
        size: (textContent) => textContent.items.length
      });
    }
    async getTextContent(params = {}) {
      if (this._transport._htmlForXfa) {
        return this.getXfa().then((xfa) => XfaText.textContent(xfa));
      }
      const readableStream = this.streamTextContent(params);
      const textContent = {
        items: [],
        styles: /* @__PURE__ */ Object.create(null),
        lang: null
      };
      for await (const value of readableStream) {
        textContent.lang ??= value.lang;
        Object.assign(textContent.styles, value.styles);
        textContent.items.push(...value.items);
      }
      return textContent;
    }
    getStructTree() {
      return this._transport.getStructTree(this._pageIndex);
    }
    _destroy() {
      this.destroyed = true;
      const waitOn = [];
      for (const intentState of this._intentStates.values()) {
        this._abortOperatorList({
          intentState,
          reason: new Error("Page was destroyed."),
          force: true
        });
        if (intentState.opListReadCapability) {
          continue;
        }
        for (const internalRenderTask of intentState.renderTasks) {
          waitOn.push(internalRenderTask.completed);
          internalRenderTask.cancel();
        }
      }
      this.objs.clear();
      this.#pendingCleanup = false;
      return Promise.all(waitOn);
    }
    cleanup(resetStats = false) {
      this.#pendingCleanup = true;
      const success = this.#tryCleanup();
      if (resetStats && success) {
        this._stats &&= new StatTimer();
      }
      return success;
    }
    #tryCleanup() {
      if (!this.#pendingCleanup || this.destroyed) {
        return false;
      }
      for (const {
        renderTasks,
        operatorList
      } of this._intentStates.values()) {
        if (renderTasks.size > 0 || !operatorList.lastChunk) {
          return false;
        }
      }
      this._intentStates.clear();
      this.objs.clear();
      this.#pendingCleanup = false;
      return true;
    }
    _startRenderPage(transparency, cacheKey) {
      const intentState = this._intentStates.get(cacheKey);
      if (!intentState) {
        return;
      }
      this._stats?.timeEnd("Page Request");
      intentState.displayReadyCapability?.resolve(transparency);
    }
    _renderPageChunk(operatorListChunk, intentState) {
      for (let i = 0, ii = operatorListChunk.length; i < ii; i++) {
        intentState.operatorList.fnArray.push(operatorListChunk.fnArray[i]);
        intentState.operatorList.argsArray.push(operatorListChunk.argsArray[i]);
      }
      intentState.operatorList.lastChunk = operatorListChunk.lastChunk;
      intentState.operatorList.separateAnnots = operatorListChunk.separateAnnots;
      for (const internalRenderTask of intentState.renderTasks) {
        internalRenderTask.operatorListChanged();
      }
      if (operatorListChunk.lastChunk) {
        this.#tryCleanup();
      }
    }
    _pumpOperatorList({
      renderingIntent,
      cacheKey,
      annotationStorageSerializable,
      modifiedIds
    }) {
      const {
        map,
        transfer
      } = annotationStorageSerializable;
      const readableStream = this._transport.messageHandler.sendWithStream("GetOperatorList", {
        pageId: this.#pagesMapper.getPageId(this._pageIndex + 1) - 1,
        pageIndex: this._pageIndex,
        pageProxyId: this._id,
        intent: renderingIntent,
        cacheKey,
        annotationStorage: map,
        modifiedIds
      }, void 0, transfer);
      const reader = readableStream.getReader();
      const intentState = this._intentStates.get(cacheKey);
      intentState.streamReader = reader;
      const pump = () => {
        reader.read().then(({
          value,
          done
        }) => {
          if (done) {
            intentState.streamReader = null;
            return;
          }
          if (this._transport.destroyed) {
            return;
          }
          this._renderPageChunk(value, intentState);
          pump();
        }, (reason) => {
          intentState.streamReader = null;
          if (this._transport.destroyed) {
            return;
          }
          if (intentState.operatorList) {
            intentState.operatorList.lastChunk = true;
            for (const internalRenderTask of intentState.renderTasks) {
              internalRenderTask.operatorListChanged();
            }
            this.#tryCleanup();
          }
          if (intentState.displayReadyCapability) {
            intentState.displayReadyCapability.reject(reason);
          } else if (intentState.opListReadCapability) {
            intentState.opListReadCapability.reject(reason);
          } else {
            throw reason;
          }
        });
      };
      pump();
    }
    _abortOperatorList({
      intentState,
      reason,
      force = false
    }) {
      if (!intentState.streamReader) {
        return;
      }
      if (intentState.streamReaderCancelTimeout) {
        clearTimeout(intentState.streamReaderCancelTimeout);
        intentState.streamReaderCancelTimeout = null;
      }
      if (!force) {
        if (intentState.renderTasks.size > 0) {
          return;
        }
        if (reason instanceof RenderingCancelledException) {
          let delay = RENDERING_CANCELLED_TIMEOUT;
          if (reason.extraDelay > 0 && reason.extraDelay < 1e3) {
            delay += reason.extraDelay;
          }
          intentState.streamReaderCancelTimeout = setTimeout(() => {
            intentState.streamReaderCancelTimeout = null;
            this._abortOperatorList({
              intentState,
              reason,
              force: true
            });
          }, delay);
          return;
        }
      }
      intentState.streamReader.cancel(new AbortException(reason.message)).catch(() => {
      });
      intentState.streamReader = null;
      if (this._transport.destroyed) {
        return;
      }
      for (const [curCacheKey, curIntentState] of this._intentStates) {
        if (curIntentState === intentState) {
          this._intentStates.delete(curCacheKey);
          break;
        }
      }
      this.cleanup();
    }
    get stats() {
      return this._stats;
    }
  };
  var PDFWorker = class _PDFWorker {
    #capability = Promise.withResolvers();
    #messageHandler = null;
    #port = null;
    #webWorker = null;
    static #fakeWorkerId = 0;
    static #isWorkerDisabled = false;
    static #workerPorts = /* @__PURE__ */ new WeakMap();
    static {
      if (isNodeJS) {
        this.#isWorkerDisabled = true;
        GlobalWorkerOptions.workerSrc ||= "./pdf.worker.mjs";
      }
      this._isSameOrigin = (baseUrl, otherUrl) => {
        const base = URL.parse(baseUrl);
        if (!base?.origin || base.origin === "null") {
          return false;
        }
        const other = new URL(otherUrl, base);
        return base.origin === other.origin;
      };
      this._createCDNWrapper = (url) => {
        const wrapper = `await import("${url}");`;
        return URL.createObjectURL(new Blob([wrapper], {
          type: "text/javascript"
        }));
      };
    }
    constructor({
      name = null,
      port = null,
      verbosity: verbosity3 = getVerbosityLevel()
    } = {}) {
      this.name = name;
      this.destroyed = false;
      this.verbosity = verbosity3;
      if (port) {
        if (_PDFWorker.#workerPorts.has(port)) {
          throw new Error("Cannot use more than one PDFWorker per port.");
        }
        _PDFWorker.#workerPorts.set(port, this);
        this.#initializeFromPort(port);
      } else {
        this.#initialize();
      }
    }
    get promise() {
      return this.#capability.promise;
    }
    #resolve() {
      this.#capability.resolve();
      this.#messageHandler.send("configure", {
        verbosity: this.verbosity
      });
    }
    get port() {
      return this.#port;
    }
    get messageHandler() {
      return this.#messageHandler;
    }
    #initializeFromPort(port) {
      this.#port = port;
      this.#messageHandler = new MessageHandler("main", "worker", port);
      this.#messageHandler.on("ready", () => {
      });
      this.#resolve();
    }
    #initialize() {
      if (_PDFWorker.#isWorkerDisabled || _PDFWorker.#mainThreadWorkerMessageHandler) {
        this.#setupFakeWorker();
        return;
      }
      let {
        workerSrc
      } = _PDFWorker;
      try {
        if (!_PDFWorker._isSameOrigin(window.location, workerSrc)) {
          workerSrc = _PDFWorker._createCDNWrapper(new URL(workerSrc, window.location).href);
        }
        const worker = new Worker(workerSrc, {
          type: "module"
        });
        const messageHandler = new MessageHandler("main", "worker", worker);
        const terminateEarly = () => {
          ac.abort();
          messageHandler.destroy();
          worker.terminate();
          if (this.destroyed) {
            this.#capability.reject(new Error("Worker was destroyed"));
          } else {
            this.#setupFakeWorker();
          }
        };
        const ac = new AbortController();
        worker.addEventListener("error", () => {
          if (!this.#webWorker) {
            terminateEarly();
          }
        }, {
          signal: ac.signal
        });
        messageHandler.on("ready", (data) => {
          ac.abort();
          if (this.destroyed || !(data instanceof Uint8Array)) {
            terminateEarly();
            return;
          }
          this.#messageHandler = messageHandler;
          this.#port = worker;
          this.#webWorker = worker;
          this.#resolve();
        });
      } catch {
        info("The worker has been disabled.");
        this.#setupFakeWorker();
      }
    }
    #setupFakeWorker() {
      if (!_PDFWorker.#isWorkerDisabled) {
        warn("Setting up fake worker.");
        _PDFWorker.#isWorkerDisabled = true;
      }
      _PDFWorker._setupFakeWorkerGlobal.then((WorkerMessageHandler2) => {
        if (this.destroyed) {
          this.#capability.reject(new Error("Worker was destroyed"));
          return;
        }
        const port = new LoopbackPort();
        this.#port = port;
        const id = `fake${_PDFWorker.#fakeWorkerId++}`;
        const workerHandler = new MessageHandler(id + "_worker", id, port);
        WorkerMessageHandler2.setup(workerHandler, port);
        this.#messageHandler = new MessageHandler(id, id + "_worker", port);
        this.#resolve();
      }).catch((reason) => {
        this.#capability.reject(new Error(`Setting up fake worker failed: "${reason.message}".`));
      });
    }
    destroy() {
      this.destroyed = true;
      this.#webWorker?.terminate();
      this.#webWorker = null;
      _PDFWorker.#workerPorts.delete(this.#port);
      this.#port = null;
      this.#messageHandler?.destroy();
      this.#messageHandler = null;
    }
    static create(params) {
      const cachedPort = this.#workerPorts.get(params?.port);
      if (cachedPort) {
        if (cachedPort._pendingDestroy) {
          throw new Error("PDFWorker.create - the worker is being destroyed.\nPlease remember to await `PDFDocumentLoadingTask.destroy()`-calls.");
        }
        return cachedPort;
      }
      return new _PDFWorker(params);
    }
    static get workerSrc() {
      if (GlobalWorkerOptions.workerSrc) {
        return GlobalWorkerOptions.workerSrc;
      }
      throw new Error('No "GlobalWorkerOptions.workerSrc" specified.');
    }
    static get #mainThreadWorkerMessageHandler() {
      try {
        return globalThis.pdfjsWorker?.WorkerMessageHandler || null;
      } catch {
        return null;
      }
    }
    static get _setupFakeWorkerGlobal() {
      const loader = async () => {
        if (this.#mainThreadWorkerMessageHandler) {
          return this.#mainThreadWorkerMessageHandler;
        }
        const worker = await import(
          /*webpackIgnore: true*/
          /*@vite-ignore*/
          this.workerSrc
        );
        return worker.WorkerMessageHandler;
      };
      return util_shadow(this, "_setupFakeWorkerGlobal", loader());
    }
  };
  var WorkerTransport = class {
    downloadInfoCapability = Promise.withResolvers();
    #fullReader = null;
    #methodPromises = /* @__PURE__ */ new Map();
    #networkStream = null;
    #pageCache = /* @__PURE__ */ new Map();
    #pagePromises = /* @__PURE__ */ new Map();
    #pageRefCache = /* @__PURE__ */ new Map();
    #passwordCapability = null;
    #printToPDF = null;
    constructor(messageHandler, loadingTask, networkStream, params, factory, pagesMapper) {
      this.messageHandler = messageHandler;
      this.loadingTask = loadingTask;
      this.#networkStream = networkStream;
      this.commonObjs = new PDFObjects();
      this.fontLoader = new FontLoader({
        ownerDocument: params.ownerDocument,
        styleElement: params.styleElement
      });
      this.enableHWA = params.enableHWA;
      this.loadingParams = params.loadingParams;
      this._params = params;
      this.canvasFactory = factory.canvasFactory;
      this.filterFactory = factory.filterFactory;
      this.binaryDataFactory = factory.binaryDataFactory;
      this.pagesMapper = pagesMapper;
      this.destroyed = false;
      this.destroyCapability = null;
      this.setupMessageHandler();
    }
    updatePage(page) {
      this.#pageCache.set(page._id, page);
      this.#pagePromises.set(page._pageIndex, Promise.resolve(page));
    }
    #cacheSimpleMethod(name, data = null) {
      return this.#methodPromises.getOrInsertComputed(name, () => this.messageHandler.sendWithPromise(name, data));
    }
    #onProgress({
      loaded,
      total
    }) {
      this.loadingTask.onProgress?.({
        loaded,
        total,
        percent: total ? MathClamp(Math.round(loaded / total * 100), 0, 100) : NaN
      });
    }
    get annotationStorage() {
      return util_shadow(this, "annotationStorage", new AnnotationStorage());
    }
    getRenderingIntent(intent, annotationMode = AnnotationMode.ENABLE, printAnnotationStorage = null, isEditing = false, isOpList = false) {
      let renderingIntent = RenderingIntentFlag.DISPLAY;
      let annotationStorageSerializable = SerializableEmpty;
      switch (intent) {
        case "any":
          renderingIntent = RenderingIntentFlag.ANY;
          break;
        case "display":
          break;
        case "print":
          renderingIntent = RenderingIntentFlag.PRINT;
          break;
        default:
          warn(`getRenderingIntent - invalid intent: ${intent}`);
      }
      const annotationStorage = renderingIntent & RenderingIntentFlag.PRINT && printAnnotationStorage instanceof PrintAnnotationStorage ? printAnnotationStorage : this.annotationStorage;
      switch (annotationMode) {
        case AnnotationMode.DISABLE:
          renderingIntent += RenderingIntentFlag.ANNOTATIONS_DISABLE;
          break;
        case AnnotationMode.ENABLE:
          break;
        case AnnotationMode.ENABLE_FORMS:
          renderingIntent += RenderingIntentFlag.ANNOTATIONS_FORMS;
          break;
        case AnnotationMode.ENABLE_STORAGE:
          renderingIntent += RenderingIntentFlag.ANNOTATIONS_STORAGE;
          annotationStorageSerializable = annotationStorage.serializable;
          break;
        default:
          warn(`getRenderingIntent - invalid annotationMode: ${annotationMode}`);
      }
      if (isEditing) {
        renderingIntent += RenderingIntentFlag.IS_EDITING;
      }
      if (isOpList) {
        renderingIntent += RenderingIntentFlag.OPLIST;
      }
      const {
        ids: modifiedIds,
        hash: modifiedIdsHash
      } = annotationStorage.modifiedIds;
      const cacheKeyBuf = [renderingIntent, annotationStorageSerializable.hash, modifiedIdsHash];
      return {
        renderingIntent,
        cacheKey: cacheKeyBuf.join("_"),
        annotationStorageSerializable,
        modifiedIds
      };
    }
    destroy() {
      if (this.destroyCapability) {
        return this.destroyCapability.promise;
      }
      this.destroyed = true;
      this.destroyCapability = Promise.withResolvers();
      this.#passwordCapability?.reject(new Error("Worker was destroyed during onPassword callback"));
      const waitOn = [];
      for (const page of this.#pageCache.values()) {
        waitOn.push(page._destroy());
      }
      this.#pageCache.clear();
      this.#pagePromises.clear();
      this.#pageRefCache.clear();
      if (Object.hasOwn(this, "annotationStorage")) {
        this.annotationStorage.resetModified();
      }
      const terminated = this.messageHandler.sendWithPromise("Terminate", null);
      waitOn.push(terminated);
      Promise.all(waitOn).then(() => {
        this.commonObjs.clear();
        this.fontLoader.clear();
        this.#methodPromises.clear();
        this.filterFactory.destroy();
        TextLayer.cleanup();
        this.#networkStream?.cancelAllRequests(new AbortException("Worker was terminated."));
        this.messageHandler?.destroy();
        this.messageHandler = null;
        this.destroyCapability.resolve();
      }, this.destroyCapability.reject);
      return this.destroyCapability.promise;
    }
    setupMessageHandler() {
      const {
        messageHandler,
        loadingTask
      } = this;
      messageHandler.on("GetReader", (data, sink) => {
        util_assert(this.#networkStream, "GetReader - no `BasePDFStream` instance available.");
        this.#fullReader = this.#networkStream.getFullReader();
        this.#fullReader.onProgress = (evt) => this.#onProgress(evt);
        sink.onPull = () => {
          this.#fullReader.read().then(function({
            value,
            done
          }) {
            if (done) {
              sink.close();
              return;
            }
            util_assert(value instanceof ArrayBuffer, "GetReader - expected an ArrayBuffer.");
            sink.enqueue(new Uint8Array(value), 1, [value]);
          }).catch((reason) => {
            sink.error(reason);
          });
        };
        sink.onCancel = (reason) => {
          this.#fullReader.cancel(reason);
          sink.ready.catch((readyReason) => {
            if (this.destroyed) {
              return;
            }
            throw readyReason;
          });
        };
      });
      messageHandler.on("ReaderHeadersReady", async (data) => {
        await this.#fullReader.headersReady;
        const {
          isStreamingSupported,
          isRangeSupported,
          contentLength
        } = this.#fullReader;
        if (isStreamingSupported && isRangeSupported) {
          this.#fullReader.onProgress = null;
        }
        return {
          isStreamingSupported,
          isRangeSupported,
          contentLength
        };
      });
      messageHandler.on("GetRangeReader", (data, sink) => {
        util_assert(this.#networkStream, "GetRangeReader - no `BasePDFStream` instance available.");
        const rangeReader = this.#networkStream.getRangeReader(data.begin, data.end);
        if (!rangeReader) {
          sink.close();
          return;
        }
        sink.onPull = () => {
          rangeReader.read().then(function({
            value,
            done
          }) {
            if (done) {
              sink.close();
              return;
            }
            util_assert(value instanceof ArrayBuffer, "GetRangeReader - expected an ArrayBuffer.");
            sink.enqueue(new Uint8Array(value), 1, [value]);
          }).catch((reason) => {
            sink.error(reason);
          });
        };
        sink.onCancel = (reason) => {
          rangeReader.cancel(reason);
          sink.ready.catch((readyReason) => {
            if (this.destroyed) {
              return;
            }
            throw readyReason;
          });
        };
      });
      messageHandler.on("GetDoc", ({
        pdfInfo
      }) => {
        this.pagesMapper.pagesNumber = pdfInfo.numPages;
        this._numPages = pdfInfo.numPages;
        this._htmlForXfa = pdfInfo.htmlForXfa;
        delete pdfInfo.htmlForXfa;
        loadingTask._capability.resolve(new PDFDocumentProxy(pdfInfo, this));
      });
      messageHandler.on("DocException", (ex) => {
        loadingTask._capability.reject(wrapReason(ex));
      });
      messageHandler.on("PasswordRequest", (ex) => {
        this.#passwordCapability = Promise.withResolvers();
        try {
          if (!loadingTask.onPassword) {
            throw wrapReason(ex);
          }
          const updatePassword = (password) => {
            if (password instanceof Error) {
              this.#passwordCapability.reject(password);
            } else {
              this.#passwordCapability.resolve({
                password
              });
            }
          };
          loadingTask.onPassword(updatePassword, ex.code);
        } catch (err) {
          this.#passwordCapability.reject(err);
        }
        return this.#passwordCapability.promise;
      });
      messageHandler.on("DataLoaded", (data) => {
        this.#onProgress({
          loaded: data.length,
          total: data.length
        });
        this.downloadInfoCapability.resolve(data);
      });
      messageHandler.on("StartRenderPage", (data) => {
        if (this.destroyed) {
          return;
        }
        const page = this.#pageCache.get(data.pageProxyId);
        page._startRenderPage(data.transparency, data.cacheKey);
      });
      messageHandler.on("commonobj", ([id, type, exportedData]) => {
        if (this.destroyed) {
          return null;
        }
        if (this.commonObjs.has(id)) {
          return null;
        }
        switch (type) {
          case "Font":
            if ("error" in exportedData) {
              const exportedError = exportedData.error;
              warn(`Error during font loading: ${exportedError}`);
              this.commonObjs.resolve(id, exportedError);
              break;
            }
            const fontData = new FontInfo(exportedData.buffer);
            const inspectFont = this._params.pdfBug && globalThis.FontInspector?.enabled ? (font2, url) => globalThis.FontInspector.fontAdded(font2, url) : null;
            const font = new FontFaceObject(fontData, inspectFont, exportedData.charProcOperatorList, exportedData.extra);
            this.fontLoader.bind(font).catch(() => messageHandler.sendWithPromise("FontFallback", {
              id
            })).finally(() => {
              if (!font.fontExtraProperties) {
                font.clearData();
              }
              this.commonObjs.resolve(id, font);
            });
            break;
          case "CopyLocalImage":
            const {
              imageRef
            } = exportedData;
            util_assert(imageRef, "The imageRef must be defined.");
            for (const pageProxy of this.#pageCache.values()) {
              for (const [, data] of pageProxy.objs) {
                if (data?.ref !== imageRef) {
                  continue;
                }
                if (!data.dataLen) {
                  return null;
                }
                const copy3 = structuredClone(data);
                this.commonObjs.resolve(id, copy3);
                return data.dataLen;
              }
            }
            break;
          case "FontPath":
            this.commonObjs.resolve(id, new FontPathInfo(exportedData));
            break;
          case "Image":
            this.commonObjs.resolve(id, exportedData);
            break;
          case "Pattern":
            const pattern = new PatternInfo(exportedData);
            this.commonObjs.resolve(id, pattern.getIR());
            break;
          default:
            throw new Error(`Got unknown common object type ${type}`);
        }
        return null;
      });
      messageHandler.on("obj", ([id, pageProxyId, type, imageData]) => {
        if (this.destroyed) {
          return;
        }
        const pageProxy = this.#pageCache.get(pageProxyId);
        if (pageProxy.objs.has(id)) {
          return;
        }
        if (pageProxy._intentStates.size === 0) {
          imageData?.bitmap?.close();
          return;
        }
        switch (type) {
          case "Image":
          case "Pattern":
            pageProxy.objs.resolve(id, imageData);
            break;
          default:
            throw new Error(`Got unknown object type ${type}`);
        }
      });
      messageHandler.on("DocProgress", (data) => {
        if (this.destroyed) {
          return;
        }
        this.#onProgress(data);
      });
      messageHandler.on("FetchBinaryData", async (data) => {
        if (this.destroyed) {
          throw new Error("Worker was destroyed.");
        }
        if (!this.binaryDataFactory) {
          throw new Error("`BinaryDataFactory` not initialized, see the `useWorkerFetch` parameter.");
        }
        return this.binaryDataFactory.fetch(data);
      });
    }
    getData() {
      return this.messageHandler.sendWithPromise("GetData", null);
    }
    saveDocument(printToPDF = null) {
      if (this.annotationStorage.size <= 0) {
        warn("saveDocument called while `annotationStorage` is empty, please use the getData-method instead.");
      }
      const {
        map,
        transfer
      } = this.annotationStorage.serializable;
      return this.messageHandler.sendWithPromise("SaveDocument", {
        isPureXfa: !!this._htmlForXfa,
        numPages: this._numPages,
        annotationStorage: map,
        supportsPrintToPDF: this.#printToPDF !== null,
        filename: this.#fullReader?.filename ?? null
      }, transfer).finally(() => {
        this.#printToPDF = null;
        this.annotationStorage.resetModified();
      });
    }
    extractPages(pageInfos, copyLevels = null) {
      const params = {
        pageInfos
      };
      let transfer;
      const ImageBitmapCtor = globalThis.ImageBitmap;
      if (typeof ImageBitmapCtor === "function") {
        const infos = Array.isArray(pageInfos) ? pageInfos : [pageInfos];
        for (const pageInfo of infos) {
          if (pageInfo?.image instanceof ImageBitmapCtor) {
            (transfer ||= []).push(pageInfo.image);
          }
        }
      }
      if (this.annotationStorage.size > 0) {
        const serialized = this.annotationStorage.serializable;
        let {
          map
        } = serialized;
        if (serialized.transfer?.length) {
          if (transfer) {
            transfer.push(...serialized.transfer);
          } else {
            transfer = serialized.transfer;
          }
        }
        const mapping = this.pagesMapper.getMapping();
        if (mapping) {
          const remapped = /* @__PURE__ */ new Map();
          for (const [k, v] of map) {
            if (v?.pageIndex !== void 0 && v.pageIndex >= 0 && v.pageIndex < mapping.length) {
              const copyLevel = copyLevels?.[v.pageIndex] ?? 0;
              const sourceIdx = mapping[v.pageIndex] - 1;
              if (sourceIdx !== v.pageIndex || copyLevel !== 0) {
                remapped.set(k, {
                  ...v,
                  pageIndex: sourceIdx,
                  copyLevel
                });
                continue;
              }
            }
            remapped.set(k, v);
          }
          map = remapped;
        }
        params.annotationStorage = map;
      }
      return this.messageHandler.sendWithPromise("ExtractPages", params, transfer).finally(() => {
        this.annotationStorage.resetModified();
      });
    }
    getPage(pageNumber) {
      if (!Number.isInteger(pageNumber) || pageNumber <= 0 || pageNumber > this.pagesMapper.pagesNumber) {
        return Promise.reject(new Error("Invalid page request."));
      }
      const pageIndex = pageNumber - 1;
      const newPageIndex = this.pagesMapper.getPageId(pageNumber) - 1;
      const cachedPromise = this.#pagePromises.get(pageIndex);
      if (cachedPromise) {
        return cachedPromise;
      }
      const promise = this.messageHandler.sendWithPromise("GetPage", {
        pageIndex: newPageIndex
      }).then((pageInfo) => {
        if (this.destroyed) {
          throw new Error("Transport destroyed");
        }
        if (pageInfo.refStr) {
          this.#pageRefCache.set(pageInfo.refStr, newPageIndex);
        }
        const page = new PDFPageProxy(pageIndex, pageInfo, this, this.pagesMapper, this._params.pdfBug);
        this.#pageCache.set(page._id, page);
        return page;
      });
      this.#pagePromises.set(pageIndex, promise);
      return promise;
    }
    async getPageIndex(ref) {
      if (!isRefProxy(ref)) {
        throw new Error("Invalid pageIndex request.");
      }
      const index = await this.messageHandler.sendWithPromise("GetPageIndex", {
        num: ref.num,
        gen: ref.gen
      });
      const pageNumber = this.pagesMapper.getPageNumber(index + 1);
      if (pageNumber === 0) {
        throw new Error("GetPageIndex: page has been removed.");
      }
      return pageNumber - 1;
    }
    getAnnotations(pageIndex, intent) {
      return this.messageHandler.sendWithPromise("GetAnnotations", {
        pageIndex: this.pagesMapper.getPageId(pageIndex + 1) - 1,
        intent
      });
    }
    getFieldObjects() {
      return this.#cacheSimpleMethod("GetFieldObjects");
    }
    getSignatures() {
      return this.#cacheSimpleMethod("GetSignatures");
    }
    getSignatureData(id) {
      return this.messageHandler.sendWithPromise("GetSignatureData", id);
    }
    hasJSActions() {
      return this.#cacheSimpleMethod("HasJSActions");
    }
    getCalculationOrderIds() {
      return this.messageHandler.sendWithPromise("GetCalculationOrderIds", null);
    }
    getDestinations() {
      return this.messageHandler.sendWithPromise("GetDestinations", null);
    }
    getDestination(id) {
      return typeof id !== "string" ? Promise.reject(new Error("Invalid destination request.")) : this.messageHandler.sendWithPromise("GetDestination", {
        id
      });
    }
    getPageLabels() {
      return this.messageHandler.sendWithPromise("GetPageLabels", null);
    }
    getPageLayout() {
      return this.messageHandler.sendWithPromise("GetPageLayout", null);
    }
    getPageMode() {
      return this.messageHandler.sendWithPromise("GetPageMode", null);
    }
    getViewerPreferences() {
      return this.messageHandler.sendWithPromise("GetViewerPreferences", null);
    }
    getOpenAction() {
      return this.messageHandler.sendWithPromise("GetOpenAction", null);
    }
    getAttachments() {
      return this.messageHandler.sendWithPromise("GetAttachments", null);
    }
    getAttachmentContent(id) {
      return this.messageHandler.sendWithPromise("GetAttachmentContent", id);
    }
    getAnnotationsByType(types2, pageIndexesToSkip) {
      return this.messageHandler.sendWithPromise("GetAnnotationsByType", {
        types: types2,
        pageIndexesToSkip
      });
    }
    getDocJSActions() {
      return this.#cacheSimpleMethod("GetDocJSActions");
    }
    getPageJSActions(pageIndex) {
      return this.messageHandler.sendWithPromise("GetPageJSActions", {
        pageIndex: this.pagesMapper.getPageId(pageIndex + 1) - 1
      });
    }
    getStructTree(pageIndex) {
      return this.messageHandler.sendWithPromise("GetStructTree", {
        pageIndex: this.pagesMapper.getPageId(pageIndex + 1) - 1
      });
    }
    getOutline() {
      return this.messageHandler.sendWithPromise("GetOutline", null);
    }
    getOptionalContentConfig(renderingIntent) {
      return this.#cacheSimpleMethod("GetOptionalContentConfig").then((data) => new OptionalContentConfig(data, renderingIntent));
    }
    getPermissions() {
      return this.messageHandler.sendWithPromise("GetPermissions", null);
    }
    getMetadata() {
      const name = "GetMetadata";
      return this.#methodPromises.getOrInsertComputed(name, () => this.messageHandler.sendWithPromise(name, null).then((results) => ({
        info: results[0],
        metadata: results[1] ? new Metadata(results[1]) : null,
        contentDispositionFilename: this.#fullReader?.filename ?? null,
        contentLength: this.#fullReader?.contentLength ?? null,
        hasStructTree: results[2]
      })));
    }
    getMarkInfo() {
      return this.messageHandler.sendWithPromise("GetMarkInfo", null);
    }
    async startCleanup(keepLoadedFonts = false) {
      if (this.destroyed) {
        return;
      }
      await this.messageHandler.sendWithPromise("Cleanup", null);
      for (const page of this.#pageCache.values()) {
        const cleanupSuccessful = page.cleanup();
        if (!cleanupSuccessful) {
          throw new Error(`startCleanup: Page ${page.pageNumber} is currently rendering.`);
        }
      }
      this.commonObjs.clear();
      if (!keepLoadedFonts) {
        this.fontLoader.clear();
      }
      this.#methodPromises.clear();
      this.filterFactory.destroy(true);
      TextLayer.cleanup();
    }
    cachedPageNumber(ref) {
      if (!isRefProxy(ref)) {
        return null;
      }
      const refStr = ref.gen === 0 ? `${ref.num}R` : `${ref.num}R${ref.gen}`;
      const pageIndex = this.#pageRefCache.get(refStr);
      if (pageIndex >= 0) {
        const pageNumber = this.pagesMapper.getPageNumber(pageIndex + 1);
        if (pageNumber !== 0) {
          return pageNumber;
        }
      }
      return null;
    }
  };
  var RenderTask = class {
    _internalRenderTask = null;
    onContinue = null;
    onError = null;
    constructor(internalRenderTask) {
      this._internalRenderTask = internalRenderTask;
    }
    get promise() {
      return this._internalRenderTask.capability.promise;
    }
    cancel(extraDelay = 0) {
      this._internalRenderTask.cancel(null, extraDelay);
    }
    get separateAnnots() {
      const {
        separateAnnots
      } = this._internalRenderTask.operatorList;
      if (!separateAnnots) {
        return false;
      }
      const {
        annotationCanvasMap
      } = this._internalRenderTask;
      return separateAnnots.form || separateAnnots.canvas && annotationCanvasMap?.size > 0;
    }
    get imageCoordinates() {
      return this._internalRenderTask.imageCoordinates || null;
    }
  };
  var InternalRenderTask = class _InternalRenderTask {
    #rAF = null;
    static #canvasInUse = /* @__PURE__ */ new WeakSet();
    constructor({
      callback,
      params,
      objs,
      commonObjs,
      annotationCanvasMap,
      operatorList,
      pageIndex,
      canvasFactory,
      filterFactory,
      useRequestAnimationFrame = false,
      pdfBug = false,
      pageColors = null,
      enableHWA = false,
      operationsFilter = null
    }) {
      this.callback = callback;
      this.params = params;
      this.objs = objs;
      this.commonObjs = commonObjs;
      this.annotationCanvasMap = annotationCanvasMap;
      this.operatorListIdx = null;
      this.operatorList = operatorList;
      this._pageIndex = pageIndex;
      this.canvasFactory = canvasFactory;
      this.filterFactory = filterFactory;
      this._pdfBug = pdfBug;
      this.pageColors = pageColors;
      this.running = false;
      this.graphicsReadyCallback = null;
      this.graphicsReady = false;
      this._useRequestAnimationFrame = useRequestAnimationFrame === true && typeof window !== "undefined";
      this.cancelled = false;
      this.capability = Promise.withResolvers();
      this.task = new RenderTask(this);
      this._cancelBound = this.cancel.bind(this);
      this._continueBound = this._continue.bind(this);
      this._scheduleNextBound = this._scheduleNext.bind(this);
      this._nextBound = this._next.bind(this);
      this._canvas = params.canvas;
      this._canvasContext = params.canvas ? null : params.canvasContext;
      this._enableHWA = enableHWA;
      this._dependencyTracker = params.dependencyTracker;
      this._imagesTracker = params.imagesTracker;
      this._operationsFilter = operationsFilter;
    }
    get completed() {
      return this.capability.promise.catch(() => {
      });
    }
    initializeGraphics({
      transparency = false,
      optionalContentConfig
    }) {
      if (this.cancelled) {
        return;
      }
      if (this._canvas) {
        if (_InternalRenderTask.#canvasInUse.has(this._canvas)) {
          throw new Error("Cannot use the same canvas during multiple render() operations. Use different canvas or ensure previous operations were cancelled or completed.");
        }
        _InternalRenderTask.#canvasInUse.add(this._canvas);
      }
      if (this._pdfBug && globalThis.StepperManager?.enabled) {
        this.stepper = globalThis.StepperManager.create(this._pageIndex);
        this.stepper.init(this.operatorList);
        this.stepper.nextBreakPoint = this.stepper.getNextBreakPoint();
      }
      const {
        viewport,
        transform,
        background,
        dependencyTracker,
        imagesTracker
      } = this.params;
      const canvasContext = this._canvasContext || this._canvas.getContext("2d", {
        alpha: false,
        willReadFrequently: !this._enableHWA
      });
      this.gfx = new CanvasGraphics(canvasContext, this.commonObjs, this.objs, this.canvasFactory, this.filterFactory, {
        optionalContentConfig
      }, this.annotationCanvasMap, this.pageColors, dependencyTracker, imagesTracker);
      this.gfx.beginDrawing({
        transform,
        viewport,
        transparency,
        background
      });
      this.operatorListIdx = 0;
      this.graphicsReady = true;
      this.graphicsReadyCallback?.();
    }
    cancel(error3 = null, extraDelay = 0) {
      this.running = false;
      this.cancelled = true;
      this.gfx?.endDrawing();
      if (this.#rAF) {
        window.cancelAnimationFrame(this.#rAF);
        this.#rAF = null;
      }
      _InternalRenderTask.#canvasInUse.delete(this._canvas);
      error3 ||= new RenderingCancelledException(`Rendering cancelled, page ${this._pageIndex + 1}`, extraDelay);
      this.callback(error3);
      this.task.onError?.(error3);
    }
    operatorListChanged() {
      if (!this.graphicsReady) {
        this.graphicsReadyCallback ||= this._continueBound;
        return;
      }
      this.gfx.dependencyTracker?.growOperationsCount(this.operatorList.fnArray.length);
      this.stepper?.updateOperatorList(this.operatorList);
      if (this.running) {
        return;
      }
      this._continue();
    }
    _continue() {
      this.running = true;
      if (this.cancelled) {
        return;
      }
      if (this.task.onContinue) {
        this.task.onContinue(this._scheduleNextBound);
      } else {
        this._scheduleNext();
      }
    }
    _scheduleNext() {
      if (this._useRequestAnimationFrame) {
        this.#rAF = window.requestAnimationFrame(() => {
          this.#rAF = null;
          this._nextBound().catch(this._cancelBound);
        });
      } else {
        Promise.resolve().then(this._nextBound).catch(this._cancelBound);
      }
    }
    async _next() {
      if (this.cancelled) {
        return;
      }
      this.operatorListIdx = this.gfx.executeOperatorList(this.operatorList, this.operatorListIdx, this._continueBound, this.stepper, this._operationsFilter);
      if (this.operatorListIdx === this.operatorList.argsArray.length) {
        this.running = false;
        if (this.operatorList.lastChunk) {
          this.gfx.endDrawing();
          _InternalRenderTask.#canvasInUse.delete(this._canvas);
          this.callback();
        }
      }
    }
  };
  var api_version = "6.4.299";
  var build = "d0991a0d5";
  es_math_sum_precise_namespaceFn();
  var ColorPicker = class _ColorPicker {
    #button = null;
    #buttonSwatch = null;
    #defaultColor;
    #dropdown = null;
    #dropdownWasFromKeyboard = false;
    #isMainColorPicker = false;
    #editor = null;
    #eventBus;
    #openDropdownAC = null;
    #uiManager = null;
    static #l10nColor = null;
    static get _keyboardManager() {
      return util_shadow(this, "_keyboardManager", new KeyboardManager([[["Escape"], _ColorPicker.prototype._hideDropdownFromKeyboard], [["Space"], _ColorPicker.prototype._colorSelectFromKeyboard], [["ArrowDown", "ArrowRight"], _ColorPicker.prototype._moveToNext], [["ArrowUp", "ArrowLeft"], _ColorPicker.prototype._moveToPrevious], [["Home"], _ColorPicker.prototype._moveToBeginning], [["End"], _ColorPicker.prototype._moveToEnd]]));
    }
    constructor({
      editor = null,
      uiManager = null
    }) {
      if (editor) {
        this.#isMainColorPicker = false;
        this.#editor = editor;
      } else {
        this.#isMainColorPicker = true;
      }
      this.#uiManager = editor?._uiManager || uiManager;
      this.#eventBus = this.#uiManager._eventBus;
      this.#defaultColor = editor?.color?.toUpperCase() || this.#uiManager?.highlightColors.values().next().value || "#FFFF98";
      _ColorPicker.#l10nColor ||= Object.freeze({
        blue: "pdfjs-editor-colorpicker-blue",
        green: "pdfjs-editor-colorpicker-green",
        pink: "pdfjs-editor-colorpicker-pink",
        red: "pdfjs-editor-colorpicker-red",
        yellow: "pdfjs-editor-colorpicker-yellow"
      });
    }
    renderButton() {
      const button2 = this.#button = document.createElement("button");
      button2.className = "colorPicker";
      button2.tabIndex = "0";
      button2.setAttribute("data-l10n-id", "pdfjs-editor-colorpicker-button");
      button2.ariaHasPopup = "true";
      if (this.#editor) {
        button2.ariaControls = `${this.#editor.id}_colorpicker_dropdown`;
      }
      const signal = this.#uiManager._signal;
      button2.addEventListener("click", this.#openDropdown.bind(this), {
        signal
      });
      button2.addEventListener("keydown", this.#keyDown.bind(this), {
        signal
      });
      const swatch = this.#buttonSwatch = document.createElement("span");
      swatch.className = "swatch";
      swatch.ariaHidden = "true";
      swatch.style.backgroundColor = this.#defaultColor;
      button2.append(swatch);
      return button2;
    }
    renderMainDropdown() {
      const dropdown = this.#dropdown = this.#getDropdownRoot();
      dropdown.ariaOrientation = "horizontal";
      dropdown.ariaLabelledBy = "highlightColorPickerLabel";
      return dropdown;
    }
    #getDropdownRoot() {
      const div = document.createElement("div");
      const signal = this.#uiManager._signal;
      div.addEventListener("contextmenu", noContextMenu, {
        signal
      });
      div.className = "dropdown";
      div.role = "listbox";
      div.ariaMultiSelectable = "false";
      div.ariaOrientation = "vertical";
      div.setAttribute("data-l10n-id", "pdfjs-editor-colorpicker-dropdown");
      if (this.#editor) {
        div.id = `${this.#editor.id}_colorpicker_dropdown`;
      }
      for (const [name, color2] of this.#uiManager.highlightColors) {
        const button2 = document.createElement("button");
        button2.tabIndex = "0";
        button2.role = "option";
        button2.setAttribute("data-color", color2);
        button2.title = name;
        button2.setAttribute("data-l10n-id", _ColorPicker.#l10nColor[name]);
        const swatch = document.createElement("span");
        button2.append(swatch);
        swatch.className = "swatch";
        swatch.style.backgroundColor = color2;
        button2.ariaSelected = color2 === this.#defaultColor;
        button2.addEventListener("click", this.#colorSelect.bind(this, color2), {
          signal
        });
        div.append(button2);
      }
      div.addEventListener("keydown", this.#keyDown.bind(this), {
        signal
      });
      return div;
    }
    #colorSelect(color2, event) {
      event.stopPropagation();
      this.#eventBus.dispatch("switchannotationeditorparams", {
        source: this,
        type: AnnotationEditorParamsType.HIGHLIGHT_COLOR,
        value: color2
      });
      this.update(color2);
    }
    _colorSelectFromKeyboard(event) {
      if (event.target === this.#button) {
        this.#openDropdown(event);
        return;
      }
      const color2 = event.target.getAttribute("data-color");
      if (!color2) {
        return;
      }
      this.#colorSelect(color2, event);
    }
    _moveToNext(event) {
      if (!this.#isDropdownVisible) {
        this.#openDropdown(event);
        return;
      }
      if (event.target === this.#button) {
        this.#dropdown.firstElementChild?.focus();
        return;
      }
      event.target.nextSibling?.focus();
    }
    _moveToPrevious(event) {
      if (event.target === this.#dropdown?.firstElementChild || event.target === this.#button) {
        if (this.#isDropdownVisible) {
          this._hideDropdownFromKeyboard();
        }
        return;
      }
      if (!this.#isDropdownVisible) {
        this.#openDropdown(event);
      }
      event.target.previousSibling?.focus();
    }
    _moveToBeginning(event) {
      if (!this.#isDropdownVisible) {
        this.#openDropdown(event);
        return;
      }
      this.#dropdown.firstElementChild?.focus();
    }
    _moveToEnd(event) {
      if (!this.#isDropdownVisible) {
        this.#openDropdown(event);
        return;
      }
      this.#dropdown.lastElementChild?.focus();
    }
    #keyDown(event) {
      _ColorPicker._keyboardManager.exec(this, event);
    }
    #openDropdown(event) {
      if (this.#isDropdownVisible) {
        this.hideDropdown();
        return;
      }
      this.#dropdownWasFromKeyboard = event.detail === 0;
      if (!this.#openDropdownAC) {
        this.#openDropdownAC = new AbortController();
        window.addEventListener("pointerdown", this.#pointerDown.bind(this), {
          signal: this.#uiManager.combinedSignal(this.#openDropdownAC)
        });
      }
      this.#button.ariaExpanded = "true";
      if (this.#dropdown) {
        this.#dropdown.classList.remove("hidden");
        return;
      }
      const root = this.#dropdown = this.#getDropdownRoot();
      this.#button.append(root);
    }
    #pointerDown(event) {
      if (this.#dropdown?.contains(event.target)) {
        return;
      }
      this.hideDropdown();
    }
    hideDropdown() {
      this.#dropdown?.classList.add("hidden");
      this.#button.ariaExpanded = "false";
      this.#openDropdownAC?.abort();
      this.#openDropdownAC = null;
    }
    get #isDropdownVisible() {
      return this.#dropdown && !this.#dropdown.classList.contains("hidden");
    }
    _hideDropdownFromKeyboard() {
      if (this.#isMainColorPicker) {
        return;
      }
      if (!this.#isDropdownVisible) {
        this.#editor?.unselect();
        return;
      }
      this.hideDropdown();
      this.#button.focus({
        preventScroll: true,
        focusVisible: this.#dropdownWasFromKeyboard
      });
    }
    update(color2) {
      if (this.#buttonSwatch) {
        this.#buttonSwatch.style.backgroundColor = color2;
      }
      if (!this.#dropdown) {
        return;
      }
      const i = this.#uiManager.highlightColors.values();
      for (const child of this.#dropdown.children) {
        child.ariaSelected = i.next().value === color2.toUpperCase();
      }
    }
    destroy() {
      this.#button?.remove();
      this.#button = null;
      this.#buttonSwatch = null;
      this.#dropdown?.remove();
      this.#dropdown = null;
    }
  };
  var BasicColorPicker = class _BasicColorPicker {
    #input = null;
    #hasAlpha = false;
    #editor = null;
    #uiManager = null;
    static #l10nColor = null;
    constructor(editor) {
      this.#editor = editor;
      this.#uiManager = editor._uiManager;
      _BasicColorPicker.#l10nColor ||= Object.freeze({
        freetext: "pdfjs-editor-color-picker-free-text-input",
        ink: "pdfjs-editor-color-picker-ink-input"
      });
    }
    renderButton() {
      if (this.#input) {
        return this.#input;
      }
      const {
        editorType,
        colorType,
        colorAndOpacityType,
        opacityType,
        color: color2,
        opacity
      } = this.#editor;
      const hasAlpha = this.#hasAlpha = FeatureTest.isAlphaColorInputSupported && opacityType !== void 0;
      const input2 = this.#input = document.createElement("input");
      input2.type = "color";
      if (hasAlpha) {
        input2.setAttribute("alpha", "");
        const alphaHex = Util.hexNums[Math.round((opacity ?? 1) * 255)];
        input2.value = (color2 || "#000000") + alphaHex;
      } else {
        input2.value = color2 || "#000000";
      }
      input2.className = "basicColorPicker";
      input2.tabIndex = 0;
      input2.setAttribute("data-l10n-id", _BasicColorPicker.#l10nColor[editorType]);
      input2.addEventListener("input", () => {
        if (hasAlpha) {
          const rgba2 = getRGBA(input2.value);
          if (!rgba2) {
            return;
          }
          const [r, g, b, op] = rgba2;
          const hex = Util.makeHexColor(r, g, b);
          if (colorAndOpacityType !== void 0) {
            this.#uiManager.updateParams(colorAndOpacityType, {
              color: hex,
              opacity: op
            });
          } else {
            this.#uiManager.updateParams(colorType, hex);
            this.#uiManager.updateParams(opacityType, op);
          }
        } else {
          this.#uiManager.updateParams(colorType, input2.value);
        }
      }, {
        signal: this.#uiManager._signal
      });
      return input2;
    }
    update(value) {
      if (!this.#input) {
        return;
      }
      if (this.#hasAlpha) {
        const alphaHex = Util.hexNums[Math.round(this.#editor.opacity * 255)];
        this.#input.value = value + alphaHex;
      } else {
        this.#input.value = value;
      }
    }
    updateOpacity(value) {
      if (!this.#input || !this.#hasAlpha) {
        return;
      }
      const alphaHex = Util.hexNums[Math.round(value * 255)];
      this.#input.value = this.#editor.color + alphaHex;
    }
    destroy() {
      this.#input?.remove();
      this.#input = null;
    }
    hideDropdown() {
    }
  };
  es_iterator_flat_map_namespaceFn();
  function makeColorComp(n) {
    return Math.floor(MathClamp(n, 0, 1) * 255).toString(16).padStart(2, "0");
  }
  function scaleAndClamp(x) {
    return MathClamp(x, 0, 1) * 255;
  }
  var ColorConverters = class {
    static CMYK_G([c, y, m, k]) {
      return ["G", 1 - Math.min(1, 0.3 * c + 0.59 * m + 0.11 * y + k)];
    }
    static G_CMYK([g]) {
      return ["CMYK", 0, 0, 0, 1 - g];
    }
    static G_RGB([g]) {
      return ["RGB", g, g, g];
    }
    static G_rgb([g]) {
      g = scaleAndClamp(g);
      return [g, g, g];
    }
    static G_HTML([g]) {
      const G = makeColorComp(g);
      return `#${G}${G}${G}`;
    }
    static RGB_G([r, g, b]) {
      return ["G", 0.3 * r + 0.59 * g + 0.11 * b];
    }
    static RGB_rgb(color2) {
      return color2.map(scaleAndClamp);
    }
    static RGB_HTML(color2) {
      return `#${color2.map(makeColorComp).join("")}`;
    }
    static T_HTML() {
      return "#00000000";
    }
    static T_rgb() {
      return [null];
    }
    static CMYK_RGB([c, y, m, k]) {
      return ["RGB", 1 - Math.min(1, c + k), 1 - Math.min(1, m + k), 1 - Math.min(1, y + k)];
    }
    static CMYK_rgb([c, y, m, k]) {
      return [scaleAndClamp(1 - Math.min(1, c + k)), scaleAndClamp(1 - Math.min(1, m + k)), scaleAndClamp(1 - Math.min(1, y + k))];
    }
    static CMYK_HTML(components) {
      const rgb2 = this.CMYK_RGB(components).slice(1);
      return this.RGB_HTML(rgb2);
    }
    static RGB_CMYK([r, g, b]) {
      const c = 1 - r;
      const m = 1 - g;
      const y = 1 - b;
      const k = Math.min(c, m, y);
      return ["CMYK", c, m, y, k];
    }
  };
  var BaseSVGFactory = class {
    create(width, height, skipDimensions = false) {
      if (width <= 0 || height <= 0) {
        throw new Error("Invalid SVG dimensions");
      }
      const svg = this._createSVG("svg:svg");
      svg.setAttribute("version", "1.1");
      if (!skipDimensions) {
        svg.setAttribute("width", `${width}px`);
        svg.setAttribute("height", `${height}px`);
      }
      svg.setAttribute("preserveAspectRatio", "none");
      svg.setAttribute("viewBox", `0 0 ${width} ${height}`);
      return svg;
    }
    createElement(type) {
      if (typeof type !== "string") {
        throw new Error("Invalid SVG element type");
      }
      return this._createSVG(type);
    }
    _createSVG(type) {
      unreachable("Abstract method `_createSVG` called.");
    }
  };
  var DOMSVGFactory = class extends BaseSVGFactory {
    _createSVG(type) {
      return document.createElementNS(SVG_NS, type);
    }
  };
  var annotation_layer_DEFAULT_FONT_SIZE = 9;
  var GetElementsByNameSet = /* @__PURE__ */ new WeakSet();
  var TIMEZONE_OFFSET = (/* @__PURE__ */ new Date()).getTimezoneOffset() * 60 * 1e3;
  var AnnotationElementFactory = class {
    static create(parameters2) {
      const subtype = parameters2.data.annotationType;
      switch (subtype) {
        case AnnotationType.LINK:
          return new LinkAnnotationElement(parameters2);
        case AnnotationType.TEXT:
          return new TextAnnotationElement(parameters2);
        case AnnotationType.WIDGET:
          const fieldType = parameters2.data.fieldType;
          switch (fieldType) {
            case "Tx":
              return new TextWidgetAnnotationElement(parameters2);
            case "Btn":
              if (parameters2.data.radioButton) {
                return new RadioButtonWidgetAnnotationElement(parameters2);
              } else if (parameters2.data.checkBox) {
                return new CheckboxWidgetAnnotationElement(parameters2);
              }
              return new PushButtonWidgetAnnotationElement(parameters2);
            case "Ch":
              return new ChoiceWidgetAnnotationElement(parameters2);
            case "Sig":
              return new SignatureWidgetAnnotationElement(parameters2);
          }
          return new WidgetAnnotationElement(parameters2);
        case AnnotationType.POPUP:
          return new PopupAnnotationElement(parameters2);
        case AnnotationType.FREETEXT:
          return new FreeTextAnnotationElement(parameters2);
        case AnnotationType.LINE:
          return new LineAnnotationElement(parameters2);
        case AnnotationType.SQUARE:
          return new SquareAnnotationElement(parameters2);
        case AnnotationType.CIRCLE:
          return new CircleAnnotationElement(parameters2);
        case AnnotationType.POLYLINE:
          return new PolylineAnnotationElement(parameters2);
        case AnnotationType.CARET:
          return new CaretAnnotationElement(parameters2);
        case AnnotationType.INK:
          return new InkAnnotationElement(parameters2);
        case AnnotationType.POLYGON:
          return new PolygonAnnotationElement(parameters2);
        case AnnotationType.HIGHLIGHT:
          return new HighlightAnnotationElement(parameters2);
        case AnnotationType.UNDERLINE:
          return new UnderlineAnnotationElement(parameters2);
        case AnnotationType.SQUIGGLY:
          return new SquigglyAnnotationElement(parameters2);
        case AnnotationType.STRIKEOUT:
          return new StrikeOutAnnotationElement(parameters2);
        case AnnotationType.STAMP:
          return new StampAnnotationElement(parameters2);
        case AnnotationType.FILEATTACHMENT:
          return new FileAttachmentAnnotationElement(parameters2);
        case AnnotationType.RICHMEDIA:
        case AnnotationType.SCREEN:
        case AnnotationType.SOUND:
          return new MediaAnnotationElement(parameters2);
        default:
          return new AnnotationElement(parameters2);
      }
    }
  };
  var AnnotationElement = class _AnnotationElement {
    #updates = null;
    #hasBorder = false;
    #popupElement = null;
    constructor(parameters2, {
      isRenderable = false,
      ignoreBorder = false,
      createQuadrilaterals = false
    } = {}) {
      this.isRenderable = isRenderable;
      this.data = parameters2.data;
      this.layer = parameters2.layer;
      this.linkService = parameters2.linkService;
      this.downloadManager = parameters2.downloadManager;
      this.imageResourcesPath = parameters2.imageResourcesPath;
      this.renderForms = parameters2.renderForms;
      this.svgFactory = parameters2.svgFactory;
      this.annotationStorage = parameters2.annotationStorage;
      this.enableComment = parameters2.enableComment;
      this.enableScripting = parameters2.enableScripting;
      this.hasJSActions = parameters2.hasJSActions;
      this._fieldObjects = parameters2.fieldObjects;
      this.parent = parameters2.parent;
      this.hasOwnCommentButton = false;
      if (isRenderable) {
        this.contentElement = this.container = this._createContainer(ignoreBorder);
      }
      if (createQuadrilaterals) {
        this._createQuadrilaterals();
      }
    }
    static _hasPopupData({
      contentsObj,
      richText
    }) {
      return !!(contentsObj?.str || richText?.str);
    }
    get _isEditable() {
      return this.data.isEditable;
    }
    get hasPopupData() {
      return _AnnotationElement._hasPopupData(this.data) || this.enableComment && !!this.commentText;
    }
    get commentData() {
      const {
        data
      } = this;
      const editor = this.annotationStorage?.getEditor(data.id);
      return editor ? editor.getData() : data;
    }
    get hasCommentButton() {
      return this.enableComment && this.hasPopupElement;
    }
    get commentButtonPosition() {
      const editor = this.annotationStorage?.getEditor(this.data.id);
      if (editor) {
        return editor.commentButtonPositionInPage;
      }
      const {
        quadPoints,
        inkLists,
        rect: rect2
      } = this.data;
      let maxX = -Infinity;
      let maxY = -Infinity;
      if (quadPoints?.length >= 8) {
        for (let i = 0; i < quadPoints.length; i += 8) {
          if (quadPoints[i + 1] > maxY) {
            maxY = quadPoints[i + 1];
            maxX = quadPoints[i + 2];
          } else if (quadPoints[i + 1] === maxY) {
            maxX = Math.max(maxX, quadPoints[i + 2]);
          }
        }
        return [maxX, maxY];
      }
      if (inkLists?.length >= 1) {
        for (const inkList of inkLists) {
          for (let i = 0, ii = inkList.length; i < ii; i += 2) {
            if (inkList[i + 1] > maxY) {
              maxY = inkList[i + 1];
              maxX = inkList[i];
            } else if (inkList[i + 1] === maxY) {
              maxX = Math.max(maxX, inkList[i]);
            }
          }
        }
        if (maxX !== Infinity) {
          return [maxX, maxY];
        }
      }
      return rect2 ? [rect2[2], rect2[3]] : null;
    }
    _normalizePoint(point) {
      const {
        page: {
          view: view2
        },
        viewport: {
          rawDims: {
            pageWidth,
            pageHeight,
            pageX,
            pageY
          }
        }
      } = this.parent;
      point[1] = view2[3] - point[1] + view2[1];
      point[0] = 100 * (point[0] - pageX) / pageWidth;
      point[1] = 100 * (point[1] - pageY) / pageHeight;
      return point;
    }
    get commentText() {
      const {
        data
      } = this;
      return this.annotationStorage.getRawValue(`${AnnotationEditorPrefix}${data.id}`)?.popup?.contents || data.contentsObj?.str || "";
    }
    set commentText(text2) {
      const {
        data
      } = this;
      const popup = {
        deleted: !text2,
        contents: text2 || ""
      };
      if (!this.annotationStorage.updateEditor(data.id, {
        popup
      })) {
        this.annotationStorage.setValue(`${AnnotationEditorPrefix}${data.id}`, {
          id: data.id,
          annotationType: data.annotationType,
          page: this.parent.page,
          popup,
          popupRef: data.popupRef,
          modificationDate: /* @__PURE__ */ new Date()
        });
      }
      if (!text2) {
        this.removePopup();
      }
    }
    removePopup() {
      (this.#popupElement?.popup || this.popup)?.remove();
      this.#popupElement = this.popup = null;
    }
    updateEdited(params) {
      if (!this.container) {
        return;
      }
      if (params.rect) {
        this.#updates ||= {
          rect: this.data.rect.slice(0)
        };
      }
      const {
        rect: rect2,
        popup: newPopup
      } = params;
      if (rect2) {
        this.#setRectEdited(rect2);
      }
      let popup = this.#popupElement?.popup || this.popup;
      if (!popup && newPopup?.text) {
        this._createPopup(newPopup);
        popup = this.#popupElement.popup;
      }
      if (!popup) {
        return;
      }
      popup.updateEdited(params);
      if (newPopup?.deleted) {
        popup.remove();
        this.#popupElement = null;
        this.popup = null;
      }
    }
    resetEdited() {
      if (!this.#updates) {
        return;
      }
      this.#setRectEdited(this.#updates.rect);
      this.#popupElement?.popup.resetEdited();
      this.#updates = null;
    }
    #setRectEdited(rect2) {
      const {
        container: {
          style
        },
        data: {
          rect: currentRect,
          rotation
        },
        parent: {
          viewport: {
            rawDims: {
              pageWidth,
              pageHeight,
              pageX,
              pageY
            }
          }
        }
      } = this;
      currentRect?.splice(0, 4, ...rect2);
      style.left = `${100 * (rect2[0] - pageX) / pageWidth}%`;
      style.top = `${100 * (pageHeight - rect2[3] + pageY) / pageHeight}%`;
      if (rotation === 0) {
        style.width = `${100 * (rect2[2] - rect2[0]) / pageWidth}%`;
        style.height = `${100 * (rect2[3] - rect2[1]) / pageHeight}%`;
      } else {
        this.setRotation(rotation);
      }
    }
    _createContainer(ignoreBorder) {
      const {
        data,
        parent: {
          page,
          viewport
        }
      } = this;
      const container = document.createElement("section");
      container.setAttribute("data-annotation-id", data.id);
      if (!(this instanceof WidgetAnnotationElement) && !(this instanceof LinkAnnotationElement) && !(this instanceof MediaAnnotationElement)) {
        container.tabIndex = 0;
      }
      const {
        style
      } = container;
      style.zIndex = this.parent.zIndex;
      this.parent.zIndex += 2;
      if (data.alternativeText) {
        container.title = data.alternativeText;
      }
      if (data.noRotate) {
        container.classList.add("norotate");
      }
      if (!data.rect || this instanceof PopupAnnotationElement) {
        const {
          rotation: rotation2
        } = data;
        if (!data.hasOwnCanvas && rotation2 !== 0) {
          this.setRotation(rotation2, container);
        }
        return container;
      }
      const {
        width,
        height
      } = this;
      if (!ignoreBorder && data.borderStyle.width > 0) {
        style.borderWidth = `${data.borderStyle.width}px`;
        const horizontalRadius = data.borderStyle.horizontalCornerRadius;
        const verticalRadius = data.borderStyle.verticalCornerRadius;
        if (horizontalRadius > 0 || verticalRadius > 0) {
          const radius = `calc(${horizontalRadius}px * var(--total-scale-factor)) / calc(${verticalRadius}px * var(--total-scale-factor))`;
          style.borderRadius = radius;
        }
        switch (data.borderStyle.style) {
          case AnnotationBorderStyleType.SOLID:
            style.borderStyle = "solid";
            break;
          case AnnotationBorderStyleType.DASHED:
            style.borderStyle = "dashed";
            break;
          case AnnotationBorderStyleType.BEVELED:
            warn("Unimplemented border style: beveled");
            break;
          case AnnotationBorderStyleType.INSET:
            warn("Unimplemented border style: inset");
            break;
          case AnnotationBorderStyleType.UNDERLINE:
            style.borderBottomStyle = "solid";
            break;
          default:
            break;
        }
        const borderColor = data.borderColor || null;
        if (borderColor) {
          this.#hasBorder = true;
          style.borderColor = Util.makeHexColor(...borderColor);
        } else {
          style.borderWidth = 0;
        }
      }
      const rect2 = Util.normalizeRect([data.rect[0], page.view[3] - data.rect[1] + page.view[1], data.rect[2], page.view[3] - data.rect[3] + page.view[1]]);
      const {
        pageWidth,
        pageHeight,
        pageX,
        pageY
      } = viewport.rawDims;
      style.left = `${100 * (rect2[0] - pageX) / pageWidth}%`;
      style.top = `${100 * (rect2[1] - pageY) / pageHeight}%`;
      const {
        rotation
      } = data;
      if (data.hasOwnCanvas || rotation === 0) {
        style.width = `${100 * width / pageWidth}%`;
        style.height = `${100 * height / pageHeight}%`;
      } else {
        this.setRotation(rotation, container);
      }
      return container;
    }
    setRotation(angle, container = this.container) {
      if (!this.data.rect) {
        return;
      }
      const {
        pageWidth,
        pageHeight
      } = this.parent.viewport.rawDims;
      let {
        width,
        height
      } = this;
      if (angle % 180 !== 0) {
        [width, height] = [height, width];
      }
      container.style.width = `${100 * width / pageWidth}%`;
      container.style.height = `${100 * height / pageHeight}%`;
      container.setAttribute("data-main-rotation", (360 - angle) % 360);
    }
    get _commonActions() {
      const setColor = (jsName, styleName, event) => {
        const color2 = event.detail[jsName];
        const colorType = color2[0];
        const colorArray = color2.slice(1);
        event.target.style[styleName] = ColorConverters[`${colorType}_HTML`](colorArray);
        this.annotationStorage.setValue(this.data.id, {
          [styleName]: ColorConverters[`${colorType}_rgb`](colorArray)
        });
      };
      return util_shadow(this, "_commonActions", {
        display: (event) => {
          const {
            display
          } = event.detail;
          const hidden = display % 2 === 1;
          this.container.style.visibility = hidden ? "hidden" : "visible";
          this.annotationStorage.setValue(this.data.id, {
            noView: hidden,
            noPrint: display === 1 || display === 2
          });
        },
        print: (event) => {
          this.annotationStorage.setValue(this.data.id, {
            noPrint: !event.detail.print
          });
        },
        hidden: (event) => {
          const {
            hidden
          } = event.detail;
          this.container.style.visibility = hidden ? "hidden" : "visible";
          this.annotationStorage.setValue(this.data.id, {
            noPrint: hidden,
            noView: hidden
          });
        },
        focus: (event) => {
          setTimeout(() => event.target.focus({
            preventScroll: false
          }), 0);
        },
        userName: (event) => {
          event.target.title = event.detail.userName;
        },
        readonly: (event) => {
          event.target.disabled = event.detail.readonly;
        },
        required: (event) => {
          this._setRequired(event.target, event.detail.required);
        },
        bgColor: (event) => {
          setColor("bgColor", "backgroundColor", event);
        },
        fillColor: (event) => {
          setColor("fillColor", "backgroundColor", event);
        },
        fgColor: (event) => {
          setColor("fgColor", "color", event);
        },
        textColor: (event) => {
          setColor("textColor", "color", event);
        },
        borderColor: (event) => {
          setColor("borderColor", "borderColor", event);
        },
        strokeColor: (event) => {
          setColor("strokeColor", "borderColor", event);
        },
        rotation: (event) => {
          const angle = event.detail.rotation;
          this.setRotation(angle);
          this.annotationStorage.setValue(this.data.id, {
            rotation: angle
          });
        }
      });
    }
    _dispatchEventFromSandbox(actions, jsEvent) {
      const commonActions = this._commonActions;
      for (const name of Object.keys(jsEvent.detail)) {
        const action = actions[name] || commonActions[name];
        action?.(jsEvent);
      }
    }
    _setDefaultPropertiesFromJS(element2) {
      if (!this.enableScripting) {
        return;
      }
      const storedData = this.annotationStorage.getRawValue(this.data.id);
      if (!storedData) {
        return;
      }
      const commonActions = this._commonActions;
      for (const [actionName, detail] of Object.entries(storedData)) {
        const action = commonActions[actionName];
        if (action) {
          const eventProxy = {
            detail: {
              [actionName]: detail
            },
            target: element2
          };
          action(eventProxy);
          delete storedData[actionName];
        }
      }
    }
    _createQuadrilaterals() {
      if (!this.container) {
        return;
      }
      const {
        quadPoints
      } = this.data;
      if (!quadPoints) {
        return;
      }
      const [rectBlX, rectBlY, rectTrX, rectTrY] = this.data.rect.map(Math.fround);
      if (quadPoints.length === 8) {
        const [trX, trY, blX, blY] = quadPoints.subarray(2, 6);
        if (rectTrX === trX && rectTrY === trY && rectBlX === blX && rectBlY === blY) {
          return;
        }
      }
      const {
        style
      } = this.container;
      let svgBuffer;
      if (this.#hasBorder) {
        const {
          borderColor,
          borderWidth
        } = style;
        style.borderWidth = 0;
        svgBuffer = ["url('data:image/svg+xml;utf8,", `<svg xmlns="${SVG_NS}" preserveAspectRatio="none" viewBox="0 0 1 1">`, `<g fill="transparent" stroke="${borderColor}" stroke-width="${borderWidth}">`];
        this.container.classList.add("hasBorder");
      }
      const width = rectTrX - rectBlX;
      const height = rectTrY - rectBlY;
      const {
        svgFactory
      } = this;
      const svg = svgFactory.createElement("svg");
      svg.classList.add("quadrilateralsContainer");
      svg.setAttribute("width", 0);
      svg.setAttribute("height", 0);
      svg.role = "none";
      const defs = svgFactory.createElement("defs");
      svg.append(defs);
      const clipPath = svgFactory.createElement("clipPath");
      const id = `clippath_${this.data.id}`;
      clipPath.setAttribute("id", id);
      clipPath.setAttribute("clipPathUnits", "objectBoundingBox");
      defs.append(clipPath);
      for (let i = 2, ii = quadPoints.length; i < ii; i += 8) {
        const trX = quadPoints[i];
        const trY = quadPoints[i + 1];
        const blX = quadPoints[i + 2];
        const blY = quadPoints[i + 3];
        const rect2 = svgFactory.createElement("rect");
        const x = (blX - rectBlX) / width;
        const y = (rectTrY - trY) / height;
        const rectWidth = (trX - blX) / width;
        const rectHeight = (trY - blY) / height;
        rect2.setAttribute("x", x);
        rect2.setAttribute("y", y);
        rect2.setAttribute("width", rectWidth);
        rect2.setAttribute("height", rectHeight);
        clipPath.append(rect2);
        svgBuffer?.push(`<rect vector-effect="non-scaling-stroke" x="${x}" y="${y}" width="${rectWidth}" height="${rectHeight}"/>`);
      }
      if (this.#hasBorder) {
        svgBuffer.push(`</g></svg>')`);
        style.backgroundImage = svgBuffer.join("");
      }
      this.container.append(svg);
      this.container.style.clipPath = `url(#${id})`;
    }
    _createPopup(popupData = null) {
      const {
        data
      } = this;
      let contentsObj, modificationDate;
      if (popupData) {
        contentsObj = {
          str: popupData.text
        };
        modificationDate = popupData.date;
      } else {
        contentsObj = data.contentsObj;
        modificationDate = data.modificationDate;
      }
      this.#popupElement = new PopupAnnotationElement({
        data: {
          color: data.color,
          titleObj: data.titleObj,
          modificationDate,
          contentsObj,
          richText: data.richText,
          parentRect: data.rect,
          borderStyle: 0,
          id: `popup_${data.id}`,
          rotation: data.rotation,
          noRotate: true
        },
        linkService: this.linkService,
        parent: this.parent,
        elements: [this]
      });
    }
    get hasPopupElement() {
      return !!(this.#popupElement || this.popup || this.data.popupRef);
    }
    get extraPopupElement() {
      return this.#popupElement;
    }
    render() {
      unreachable("Abstract method `AnnotationElement.render` called");
    }
    _getElementsByName(name, skipId = null) {
      const fields = [];
      if (this._fieldObjects) {
        const fieldObj = this._fieldObjects.get(name) || [];
        for (const {
          page,
          id,
          exportValues
        } of fieldObj) {
          if (page === -1 || id === skipId) {
            continue;
          }
          const exportValue = typeof exportValues === "string" ? exportValues : null;
          const domElement = document.querySelector(`[data-element-id="${id}"]`);
          if (domElement && !GetElementsByNameSet.has(domElement)) {
            warn(`_getElementsByName - element not allowed: ${id}`);
            continue;
          }
          fields.push({
            id,
            exportValue,
            domElement
          });
        }
        return fields;
      }
      for (const domElement of document.getElementsByName(name)) {
        const {
          exportValue
        } = domElement;
        const id = domElement.getAttribute("data-element-id");
        if (id === skipId || !GetElementsByNameSet.has(domElement)) {
          continue;
        }
        fields.push({
          id,
          exportValue,
          domElement
        });
      }
      return fields;
    }
    show() {
      if (this.container) {
        this.container.hidden = false;
      }
      this.popup?.maybeShow();
    }
    hide() {
      if (this.container) {
        this.container.hidden = true;
      }
      this.popup?.forceHide();
    }
    getElementsToTriggerPopup() {
      return this.container;
    }
    addHighlightArea() {
      const triggers = this.getElementsToTriggerPopup();
      if (Array.isArray(triggers)) {
        for (const element2 of triggers) {
          element2.classList.add("highlightArea");
        }
      } else {
        triggers.classList.add("highlightArea");
      }
    }
    _editOnDoubleClick() {
      if (!this._isEditable) {
        return;
      }
      const {
        annotationEditorType: mode,
        data: {
          id: editId
        }
      } = this;
      this.container.addEventListener("dblclick", () => {
        this.linkService.eventBus?.dispatch("switchannotationeditormode", {
          source: this,
          mode,
          editId,
          mustEnterInEditMode: true
        });
      });
    }
    updateOC(optionalContentConfig) {
      if (!this.data.oc || !optionalContentConfig) {
        return;
      }
      const isVisible = optionalContentConfig.isVisible(this.data.oc);
      if (isVisible) {
        this.show();
      } else {
        this.hide();
      }
    }
    get width() {
      return this.data.rect[2] - this.data.rect[0];
    }
    get height() {
      return this.data.rect[3] - this.data.rect[1];
    }
    _setBackgroundColor(element2) {
      const color2 = this.data.backgroundColor || null;
      element2.style.backgroundColor = color2 === null ? "transparent" : Util.makeHexColor(...color2);
    }
  };
  var EditorAnnotationElement = class extends AnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true
      });
      this.editor = parameters2.editor;
    }
    render() {
      this.container.className = "editorAnnotation";
      return this.container;
    }
    createOrUpdatePopup() {
      const {
        editor
      } = this;
      if (!editor.hasComment) {
        return;
      }
      this._createPopup(editor.comment);
    }
    get hasCommentButton() {
      return this.enableComment && this.editor.hasComment;
    }
    get commentButtonPosition() {
      return this.editor.commentButtonPositionInPage;
    }
    get commentText() {
      return this.editor.comment.text;
    }
    set commentText(text2) {
      this.editor.comment = text2;
      if (!text2) {
        this.removePopup();
      }
    }
    get commentData() {
      return this.editor.getData();
    }
    remove() {
      this.parent.removeAnnotation(this.data.id);
      this.container.remove();
      this.container = null;
      this.removePopup();
    }
  };
  var LinkAnnotationElement = class extends AnnotationElement {
    constructor(parameters2, options2 = null) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: !!options2?.ignoreBorder,
        createQuadrilaterals: true
      });
      this.isTooltipOnly = parameters2.data.isTooltipOnly;
    }
    render() {
      const {
        data,
        linkService
      } = this;
      const link = document.createElement("a");
      link.setAttribute("data-element-id", data.id);
      let isBound = false;
      if (data.url) {
        linkService.addLinkAttributes(link, data.url, data.newWindow);
        isBound = true;
      } else if (data.action) {
        this._bindNamedAction(link, data.action, data.overlaidText);
        isBound = true;
      } else if (data.attachment) {
        this.#bindAttachment(link, data.attachmentId, data.attachment, data.overlaidText, data.attachmentDest);
        isBound = true;
      } else if (data.setOCGState) {
        this.#bindSetOCGState(link, data.setOCGState, data.overlaidText);
        isBound = true;
      } else if (data.dest) {
        this._bindLink(link, data.dest, data.overlaidText);
        isBound = true;
      } else {
        if (data.actions && (data.actions.has("Action") || data.actions.has("Mouse Up") || data.actions.has("Mouse Down")) && this.enableScripting && this.hasJSActions) {
          this._bindJSAction(link, data);
          isBound = true;
        }
        if (data.resetForm) {
          this._bindResetFormAction(link, data.resetForm);
          isBound = true;
        } else if (this.isTooltipOnly && !isBound) {
          this._bindLink(link, "");
          isBound = true;
        }
      }
      this.container.classList.add("linkAnnotation");
      if (isBound) {
        this.contentElement = link;
        this.container.append(link);
      }
      return this.container;
    }
    #setInternalLink() {
      this.container.setAttribute("data-internal-link", "");
    }
    _bindLink(link, destination, overlaidText = "") {
      link.href = this.linkService.getDestinationHash(destination);
      link.onclick = () => {
        if (destination) {
          this.linkService.goToDestination(destination);
        }
        return false;
      };
      if (destination || destination === "") {
        this.#setInternalLink();
      }
      if (overlaidText) {
        link.title = overlaidText;
      }
    }
    _bindNamedAction(link, action, overlaidText = "") {
      link.href = this.linkService.getAnchorUrl("");
      link.onclick = () => {
        this.linkService.executeNamedAction(action);
        return false;
      };
      if (overlaidText) {
        link.title = overlaidText;
      }
      this.#setInternalLink();
    }
    #bindAttachment(link, attachmentId, attachment, overlaidText = "", dest = null) {
      link.href = this.linkService.getAnchorUrl("");
      if (attachment.description) {
        link.title = attachment.description;
      } else if (overlaidText) {
        link.title = overlaidText;
      }
      const openAttachment = async () => {
        const content = await this.linkService.getAttachmentContent(attachmentId);
        if (content) {
          this.downloadManager?.openOrDownloadData(content, attachment.filename, dest);
        }
      };
      link.onclick = () => {
        openAttachment();
        return false;
      };
      this.#setInternalLink();
    }
    #bindSetOCGState(link, action, overlaidText = "") {
      link.href = this.linkService.getAnchorUrl("");
      link.onclick = () => {
        this.linkService.executeSetOCGState(action);
        return false;
      };
      if (overlaidText) {
        link.title = overlaidText;
      }
      this.#setInternalLink();
    }
    _bindJSAction(link, {
      actions,
      id,
      overlaidText
    }) {
      link.href = this.linkService.getAnchorUrl("");
      const map = /* @__PURE__ */ new Map([["Action", "onclick"], ["Mouse Up", "onmouseup"], ["Mouse Down", "onmousedown"]]);
      for (const name of actions.keys()) {
        const jsName = map.get(name);
        if (!jsName) {
          continue;
        }
        link[jsName] = () => {
          this.linkService.eventBus?.dispatch("dispatcheventinsandbox", {
            source: this,
            detail: {
              id,
              name
            }
          });
          return false;
        };
      }
      if (overlaidText) {
        link.title = overlaidText;
      }
      link.onclick ||= () => false;
      this.#setInternalLink();
    }
    _bindResetFormAction(link, resetForm) {
      const otherClickAction = link.onclick;
      if (!otherClickAction) {
        link.href = this.linkService.getAnchorUrl("");
      }
      this.#setInternalLink();
      if (!this._fieldObjects) {
        warn(`_bindResetFormAction - "resetForm" action not supported, ensure that the \`fieldObjects\` parameter is provided.`);
        if (!otherClickAction) {
          link.onclick = () => false;
        }
        return;
      }
      link.onclick = () => {
        otherClickAction?.();
        const {
          fields: resetFormFields,
          refs: resetFormRefs,
          include
        } = resetForm;
        const allFields = [];
        if (resetFormFields.length !== 0 || resetFormRefs.length !== 0) {
          const fieldIds = new Set(resetFormRefs);
          for (const fieldName of resetFormFields) {
            const fields = this._fieldObjects.get(fieldName) || [];
            for (const {
              id
            } of fields) {
              fieldIds.add(id);
            }
          }
          const kidIdsById = /* @__PURE__ */ new Map();
          for (const fields of this._fieldObjects.values()) {
            for (const {
              id,
              kidIds
            } of fields) {
              if (kidIds) {
                kidIdsById.set(id, kidIds);
              }
            }
          }
          for (const id of fieldIds) {
            for (const kidId of kidIdsById.get(id) || []) {
              fieldIds.add(kidId);
            }
          }
          for (const fields of this._fieldObjects.values()) {
            for (const field3 of fields) {
              if (fieldIds.has(field3.id) === include) {
                allFields.push(field3);
              }
            }
          }
        } else {
          for (const fields of this._fieldObjects.values()) {
            allFields.push(...fields);
          }
        }
        const storage = this.annotationStorage;
        const allIds = [];
        for (const field3 of allFields) {
          const {
            id
          } = field3;
          allIds.push(id);
          switch (field3.type) {
            case "text": {
              const value = field3.defaultValue || "";
              storage.setValue(id, {
                value
              });
              break;
            }
            case "checkbox":
            case "radiobutton": {
              const value = field3.defaultValue === field3.exportValues;
              storage.setValue(id, {
                value
              });
              break;
            }
            case "combobox":
            case "listbox": {
              const value = field3.defaultValue || "";
              storage.setValue(id, {
                value
              });
              break;
            }
            default:
              continue;
          }
          const domElement = document.querySelector(`[data-element-id="${id}"]`);
          if (!domElement) {
            continue;
          } else if (!GetElementsByNameSet.has(domElement)) {
            warn(`_bindResetFormAction - element not allowed: ${id}`);
            continue;
          }
          domElement.dispatchEvent(new Event("resetform"));
        }
        if (this.enableScripting) {
          this.linkService.eventBus?.dispatch("dispatcheventinsandbox", {
            source: this,
            detail: {
              id: "app",
              ids: allIds,
              name: "ResetForm"
            }
          });
        }
        return false;
      };
    }
  };
  var TextAnnotationElement = class extends AnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true
      });
    }
    render() {
      this.container.classList.add("textAnnotation");
      const image = document.createElement("img");
      image.src = this.imageResourcesPath + "annotation-" + this.data.name.toLowerCase() + ".svg";
      image.setAttribute("data-l10n-id", "pdfjs-text-annotation-type");
      image.setAttribute("data-l10n-args", JSON.stringify({
        type: this.data.name
      }));
      if (!this.data.popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      this.container.append(image);
      return this.container;
    }
  };
  var WidgetAnnotationElement = class extends AnnotationElement {
    render() {
      return this.container;
    }
    _getKeyModifier(event) {
      return FeatureTest.platform.isMac ? event.metaKey : event.ctrlKey;
    }
    _setEventListener(element2, elementData, baseName2, eventName, valueGetter) {
      if (baseName2.includes("mouse")) {
        element2.addEventListener(baseName2, (event) => {
          this.linkService.eventBus?.dispatch("dispatcheventinsandbox", {
            source: this,
            detail: {
              id: this.data.id,
              name: eventName,
              value: valueGetter(event),
              shift: event.shiftKey,
              modifier: this._getKeyModifier(event)
            }
          });
        });
      } else {
        element2.addEventListener(baseName2, (event) => {
          if (baseName2 === "blur") {
            if (!elementData.focused || !event.relatedTarget) {
              return;
            }
            elementData.focused = false;
          } else if (baseName2 === "focus") {
            if (elementData.focused) {
              return;
            }
            elementData.focused = true;
          }
          if (!valueGetter) {
            return;
          }
          this.linkService.eventBus?.dispatch("dispatcheventinsandbox", {
            source: this,
            detail: {
              id: this.data.id,
              name: eventName,
              value: valueGetter(event)
            }
          });
        });
      }
    }
    _setEventListeners(element2, elementData, names2, getter) {
      const {
        actions
      } = this.data;
      for (const [baseName2, eventName] of names2) {
        if (eventName === "Action" || actions?.has(eventName)) {
          if (eventName === "Focus" || eventName === "Blur") {
            elementData ||= {
              focused: false
            };
          }
          this._setEventListener(element2, elementData, baseName2, eventName, getter);
          if (eventName === "Focus" && !actions?.has("Blur")) {
            this._setEventListener(element2, elementData, "blur", "Blur", null);
          } else if (eventName === "Blur" && !actions?.has("Focus")) {
            this._setEventListener(element2, elementData, "focus", "Focus", null);
          }
        }
      }
    }
    _setTextStyle(element2) {
      const TEXT_ALIGNMENT = ["left", "center", "right"];
      const {
        fontColor
      } = this.data.defaultAppearanceData;
      const fontSize = this.data.defaultAppearanceData.fontSize || annotation_layer_DEFAULT_FONT_SIZE;
      const style = element2.style;
      let computedFontSize;
      const BORDER_SIZE = 2;
      const roundToOneDecimal = (x) => Math.round(10 * x) / 10;
      if (this.data.multiLine) {
        const height = Math.abs(this.data.rect[3] - this.data.rect[1] - BORDER_SIZE);
        const numberOfLines = Math.round(height / /* inlined export .LINE_FACTOR */
        (1.35 * fontSize)) || 1;
        const lineHeight = height / numberOfLines;
        computedFontSize = Math.min(fontSize, roundToOneDecimal(lineHeight / /* inlined export .LINE_FACTOR */
        1.35));
      } else {
        const height = Math.abs(this.data.rect[3] - this.data.rect[1] - BORDER_SIZE);
        computedFontSize = Math.min(fontSize, roundToOneDecimal(height / /* inlined export .LINE_FACTOR */
        1.35));
      }
      style.fontSize = `calc(${computedFontSize}px * var(--total-scale-factor))`;
      style.color = Util.makeHexColor(...fontColor);
      if (this.data.textAlignment !== null && !this.data.comb) {
        style.textAlign = TEXT_ALIGNMENT[this.data.textAlignment];
      }
    }
    _setRequired(element2, isRequired2) {
      if (isRequired2) {
        element2.setAttribute("required", true);
      } else {
        element2.removeAttribute("required");
      }
      element2.setAttribute("aria-required", isRequired2);
    }
  };
  var TextWidgetAnnotationElement = class extends WidgetAnnotationElement {
    constructor(parameters2) {
      const isRenderable = parameters2.renderForms || parameters2.data.hasOwnCanvas || !parameters2.data.hasAppearance && !!parameters2.data.fieldValue;
      super(parameters2, {
        isRenderable
      });
    }
    setPropertyOnSiblings(base, key2, value, keyInStorage) {
      const storage = this.annotationStorage;
      for (const element2 of this._getElementsByName(base.name, base.id)) {
        if (element2.domElement) {
          element2.domElement[key2] = value;
        }
        storage.setValue(element2.id, {
          [keyInStorage]: value
        });
      }
    }
    render() {
      const storage = this.annotationStorage;
      const id = this.data.id;
      this.container.classList.add("textWidgetAnnotation");
      let element2 = null;
      if (this.renderForms) {
        const storedData = storage.getValue(id, {
          value: this.data.fieldValue
        });
        let textContent = storedData.value || "";
        const maxLen = storage.getValue(id, {
          charLimit: this.data.maxLen
        }).charLimit;
        if (maxLen && textContent.length > maxLen) {
          textContent = textContent.slice(0, maxLen);
        }
        let fieldFormattedValues = storedData.formattedValue || this.data.textContent?.join("\n") || null;
        if (fieldFormattedValues && this.data.comb) {
          fieldFormattedValues = fieldFormattedValues.replaceAll(/\s+/g, "");
        }
        const elementData = {
          userValue: textContent,
          formattedValue: fieldFormattedValues,
          lastCommittedValue: null,
          commitKey: 1,
          focused: false
        };
        if (this.data.multiLine) {
          element2 = document.createElement("textarea");
          element2.textContent = fieldFormattedValues ?? textContent;
          if (this.data.doNotScroll) {
            element2.style.overflowY = "hidden";
          }
        } else {
          element2 = document.createElement("input");
          element2.type = this.data.password ? "password" : "text";
          element2.setAttribute("value", fieldFormattedValues ?? textContent);
          if (this.data.doNotScroll) {
            element2.style.overflowX = "hidden";
          }
        }
        if (this.data.hasOwnCanvas) {
          this.container.classList.add("hasOwnCanvas");
          if (storage.has(id)) {
            this.container.classList.add("sandboxModified");
          }
        }
        GetElementsByNameSet.add(element2);
        this.contentElement = element2;
        element2.setAttribute("data-element-id", id);
        element2.disabled = this.data.readOnly;
        element2.name = this.data.fieldName;
        element2.tabIndex = 0;
        const {
          datetimeFormat,
          datetimeType,
          timeStep
        } = this.data;
        const hasDateOrTime = !!datetimeType && this.enableScripting;
        if (datetimeFormat) {
          element2.title = datetimeFormat;
        }
        this._setRequired(element2, this.data.required);
        if (maxLen) {
          element2.maxLength = maxLen;
        }
        element2.addEventListener("input", (event) => {
          storage.setValue(id, {
            value: event.target.value
          });
          this.setPropertyOnSiblings(element2, "value", event.target.value, "value");
          elementData.formattedValue = null;
        });
        element2.addEventListener("resetform", (event) => {
          const defaultValue = this.data.defaultFieldValue ?? "";
          element2.value = elementData.userValue = defaultValue;
          elementData.formattedValue = null;
        });
        let blurListener = (event) => {
          const {
            formattedValue
          } = elementData;
          if (formattedValue !== null && formattedValue !== void 0) {
            event.target.value = formattedValue;
          }
          event.target.scrollLeft = 0;
        };
        if (this.enableScripting && this.hasJSActions) {
          element2.addEventListener("focus", (event) => {
            if (elementData.focused) {
              return;
            }
            const {
              target
            } = event;
            if (hasDateOrTime) {
              target.type = datetimeType;
              if (timeStep) {
                target.step = timeStep;
              }
            }
            if (elementData.userValue) {
              const value = elementData.userValue;
              if (hasDateOrTime) {
                if (datetimeType === "time") {
                  const date = new Date(value);
                  const parts = [date.getHours(), date.getMinutes(), date.getSeconds()];
                  target.value = parts.map((v) => v.toString().padStart(2, "0")).join(":");
                } else {
                  target.value = new Date(value - TIMEZONE_OFFSET).toISOString().split(datetimeType === "date" ? "T" : ".", 1)[0];
                }
              } else {
                target.value = value;
              }
            }
            elementData.lastCommittedValue = target.value;
            elementData.commitKey = 1;
            if (!this.data.actions?.has("Focus")) {
              elementData.focused = true;
            }
          });
          element2.addEventListener("updatefromsandbox", (jsEvent) => {
            this.container.classList.add("sandboxModified");
            const actions = {
              value(event) {
                elementData.userValue = event.detail.value ?? "";
                if (!hasDateOrTime) {
                  storage.setValue(id, {
                    value: elementData.userValue.toString()
                  });
                }
                event.target.value = elementData.userValue;
              },
              formattedValue(event) {
                const {
                  formattedValue
                } = event.detail;
                elementData.formattedValue = formattedValue;
                if (formattedValue !== null && formattedValue !== void 0 && event.target !== document.activeElement) {
                  event.target.value = formattedValue;
                }
                const data = {
                  formattedValue
                };
                if (hasDateOrTime) {
                  data.value = formattedValue;
                }
                storage.setValue(id, data);
              },
              selRange(event) {
                event.target.setSelectionRange(...event.detail.selRange);
              },
              charLimit: (event) => {
                const {
                  charLimit
                } = event.detail;
                const {
                  target
                } = event;
                if (charLimit === 0) {
                  target.removeAttribute("maxLength");
                  return;
                }
                target.setAttribute("maxLength", charLimit);
                let value = elementData.userValue;
                if (!value || value.length <= charLimit) {
                  return;
                }
                value = value.slice(0, charLimit);
                target.value = elementData.userValue = value;
                storage.setValue(id, {
                  value
                });
                this.linkService.eventBus?.dispatch("dispatcheventinsandbox", {
                  source: this,
                  detail: {
                    id,
                    name: "Keystroke",
                    value,
                    willCommit: true,
                    commitKey: 1,
                    selStart: target.selectionStart,
                    selEnd: target.selectionEnd
                  }
                });
              }
            };
            this._dispatchEventFromSandbox(actions, jsEvent);
          });
          element2.addEventListener("keydown", (event) => {
            elementData.commitKey = 1;
            let commitKey = -1;
            if (event.key === "Escape") {
              commitKey = 0;
            } else if (event.key === "Enter" && !this.data.multiLine) {
              commitKey = 2;
            } else if (event.key === "Tab") {
              elementData.commitKey = 3;
            }
            if (commitKey === -1) {
              return;
            }
            const {
              value
            } = event.target;
            if (elementData.lastCommittedValue === value) {
              return;
            }
            elementData.lastCommittedValue = value;
            elementData.userValue = value;
            this.linkService.eventBus?.dispatch("dispatcheventinsandbox", {
              source: this,
              detail: {
                id,
                name: "Keystroke",
                value,
                willCommit: true,
                commitKey,
                selStart: event.target.selectionStart,
                selEnd: event.target.selectionEnd
              }
            });
          });
          const _blurListener = blurListener;
          blurListener = null;
          element2.addEventListener("blur", (event) => {
            if (!elementData.focused || !event.relatedTarget) {
              return;
            }
            if (!this.data.actions?.has("Blur")) {
              elementData.focused = false;
            }
            const {
              target
            } = event;
            let {
              value
            } = target;
            if (hasDateOrTime) {
              if (value && datetimeType === "time") {
                const parts = value.split(":").map((v) => parseInt(v, 10));
                value = new Date(2e3, 0, 1, parts[0], parts[1], parts[2] || 0).valueOf();
                target.step = "";
              } else {
                if (!value.includes("T")) {
                  value = `${value}T00:00`;
                }
                value = new Date(value).valueOf();
              }
              target.type = "text";
            }
            elementData.userValue = value;
            if (elementData.lastCommittedValue !== value) {
              this.linkService.eventBus?.dispatch("dispatcheventinsandbox", {
                source: this,
                detail: {
                  id,
                  name: "Keystroke",
                  value,
                  willCommit: true,
                  commitKey: elementData.commitKey,
                  selStart: event.target.selectionStart,
                  selEnd: event.target.selectionEnd
                }
              });
            }
            _blurListener(event);
          });
          if (this.data.actions?.has("Keystroke")) {
            element2.addEventListener("beforeinput", (event) => {
              elementData.lastCommittedValue = null;
              const {
                data,
                target
              } = event;
              const {
                value,
                selectionStart,
                selectionEnd
              } = target;
              let selStart = selectionStart, selEnd = selectionEnd;
              switch (event.inputType) {
                case "deleteWordBackward": {
                  const wordCharPattern = /\w/;
                  while (selStart > 0 && !wordCharPattern.test(value[selStart - 1])) {
                    selStart--;
                  }
                  while (selStart > 0 && wordCharPattern.test(value[selStart - 1])) {
                    selStart--;
                  }
                  break;
                }
                case "deleteWordForward": {
                  const match = value.substring(selectionStart).match(/^\W*\w*/);
                  if (match) {
                    selEnd += match[0].length;
                  }
                  break;
                }
                case "deleteContentBackward":
                  if (selectionStart === selectionEnd) {
                    selStart -= 1;
                  }
                  break;
                case "deleteContentForward":
                  if (selectionStart === selectionEnd) {
                    selEnd += 1;
                  }
                  break;
              }
              event.preventDefault();
              this.linkService.eventBus?.dispatch("dispatcheventinsandbox", {
                source: this,
                detail: {
                  id,
                  name: "Keystroke",
                  value,
                  change: data || "",
                  willCommit: false,
                  selStart,
                  selEnd
                }
              });
            });
          }
          this._setEventListeners(element2, elementData, [["focus", "Focus"], ["blur", "Blur"], ["mousedown", "Mouse Down"], ["mouseenter", "Mouse Enter"], ["mouseleave", "Mouse Exit"], ["mouseup", "Mouse Up"]], (event) => event.target.value);
        }
        if (blurListener) {
          element2.addEventListener("blur", blurListener);
        }
        if (this.data.comb) {
          const fieldWidth = this.data.rect[2] - this.data.rect[0];
          const combWidth = fieldWidth / maxLen;
          element2.classList.add("comb");
          element2.style.setProperty("--comb-width", `calc(${combWidth}px * var(--total-scale-factor))`);
          const alignment = this.data.textAlignment;
          if (alignment === 1 || alignment === 2) {
            const setCombOffset = () => {
              const free = maxLen - element2.value.length;
              element2.style.setProperty("--comb-offset", `${alignment === 1 ? free >> 1 : free}`);
            };
            setCombOffset();
            for (const evt of ["input", "blur", "resetform", "updatefromsandbox"]) {
              element2.addEventListener(evt, setCombOffset);
            }
          }
        }
      } else {
        element2 = document.createElement("div");
        element2.textContent = this.data.fieldValue;
        element2.style.verticalAlign = "middle";
        element2.style.display = "table-cell";
        if (this.data.hasOwnCanvas) {
          element2.hidden = true;
        }
      }
      this._setTextStyle(element2);
      this._setBackgroundColor(element2);
      this._setDefaultPropertiesFromJS(element2);
      this.container.append(element2);
      return this.container;
    }
  };
  var SignatureWidgetAnnotationElement = class extends WidgetAnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: !!parameters2.data.hasOwnCanvas
      });
    }
  };
  var CheckboxWidgetAnnotationElement = class extends WidgetAnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: parameters2.renderForms
      });
    }
    render() {
      const storage = this.annotationStorage;
      const data = this.data;
      const id = data.id;
      let value = storage.getValue(id, {
        value: data.exportValue === data.fieldValue
      }).value;
      if (typeof value === "string") {
        value = value !== "Off";
        storage.setValue(id, {
          value
        });
      }
      this.container.classList.add("buttonWidgetAnnotation", "checkBox");
      const element2 = document.createElement("input");
      GetElementsByNameSet.add(element2);
      element2.setAttribute("data-element-id", id);
      element2.disabled = data.readOnly;
      this._setRequired(element2, this.data.required);
      element2.type = "checkbox";
      element2.name = data.fieldName;
      if (value) {
        element2.setAttribute("checked", true);
      }
      element2.setAttribute("exportValue", data.exportValue);
      element2.tabIndex = 0;
      element2.addEventListener("change", (event) => {
        const {
          name,
          checked
        } = event.target;
        for (const checkbox2 of this._getElementsByName(name, id)) {
          const curChecked = checked && checkbox2.exportValue === data.exportValue;
          if (checkbox2.domElement) {
            checkbox2.domElement.checked = curChecked;
          }
          storage.setValue(checkbox2.id, {
            value: curChecked
          });
        }
        storage.setValue(id, {
          value: checked
        });
      });
      element2.addEventListener("resetform", (event) => {
        const defaultValue = data.defaultFieldValue || "Off";
        event.target.checked = defaultValue === data.exportValue;
      });
      if (this.enableScripting && this.hasJSActions) {
        element2.addEventListener("updatefromsandbox", (jsEvent) => {
          const actions = {
            value(event) {
              event.target.checked = event.detail.value !== "Off";
              storage.setValue(id, {
                value: event.target.checked
              });
            }
          };
          this._dispatchEventFromSandbox(actions, jsEvent);
        });
        this._setEventListeners(element2, null, [["change", "Validate"], ["change", "Action"], ["focus", "Focus"], ["blur", "Blur"], ["mousedown", "Mouse Down"], ["mouseenter", "Mouse Enter"], ["mouseleave", "Mouse Exit"], ["mouseup", "Mouse Up"]], (event) => event.target.checked);
      }
      this._setDefaultPropertiesFromJS(element2);
      this.container.append(element2);
      return this.container;
    }
  };
  var RadioButtonWidgetAnnotationElement = class extends WidgetAnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: parameters2.renderForms
      });
    }
    render() {
      this.container.classList.add("buttonWidgetAnnotation", "radioButton");
      const storage = this.annotationStorage;
      const data = this.data;
      const id = data.id;
      let value = storage.getValue(id, {
        value: data.buttonValue !== null && data.fieldValue === data.buttonValue
      }).value;
      if (typeof value === "string") {
        value = value !== data.buttonValue;
        storage.setValue(id, {
          value
        });
      }
      if (value) {
        for (const radio of this._getElementsByName(data.fieldName, id)) {
          storage.setValue(radio.id, {
            value: false
          });
        }
      }
      const element2 = document.createElement("input");
      GetElementsByNameSet.add(element2);
      element2.setAttribute("data-element-id", id);
      element2.disabled = data.readOnly;
      this._setRequired(element2, this.data.required);
      element2.type = "radio";
      element2.name = data.fieldName;
      if (value) {
        element2.setAttribute("checked", true);
      }
      element2.tabIndex = 0;
      element2.addEventListener("change", (event) => {
        const {
          name,
          checked
        } = event.target;
        for (const radio of this._getElementsByName(name, id)) {
          storage.setValue(radio.id, {
            value: false
          });
        }
        storage.setValue(id, {
          value: checked
        });
      });
      element2.addEventListener("resetform", (event) => {
        const defaultValue = data.defaultFieldValue;
        event.target.checked = defaultValue !== null && defaultValue !== void 0 && defaultValue === data.buttonValue;
      });
      if (this.enableScripting && this.hasJSActions) {
        const pdfButtonValue = data.buttonValue;
        element2.addEventListener("updatefromsandbox", (jsEvent) => {
          const actions = {
            value: (event) => {
              const checked = pdfButtonValue === event.detail.value;
              for (const radio of this._getElementsByName(event.target.name)) {
                const curChecked = checked && radio.id === id;
                if (radio.domElement) {
                  radio.domElement.checked = curChecked;
                }
                storage.setValue(radio.id, {
                  value: curChecked
                });
              }
            }
          };
          this._dispatchEventFromSandbox(actions, jsEvent);
        });
        this._setEventListeners(element2, null, [["change", "Validate"], ["change", "Action"], ["focus", "Focus"], ["blur", "Blur"], ["mousedown", "Mouse Down"], ["mouseenter", "Mouse Enter"], ["mouseleave", "Mouse Exit"], ["mouseup", "Mouse Up"]], (event) => event.target.checked);
      }
      this._setDefaultPropertiesFromJS(element2);
      this.container.append(element2);
      return this.container;
    }
  };
  var PushButtonWidgetAnnotationElement = class extends LinkAnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        ignoreBorder: parameters2.data.hasAppearance
      });
    }
    render() {
      const container = super.render();
      container.classList.add("buttonWidgetAnnotation", "pushButton");
      const linkElement = container.lastChild;
      if (this.enableScripting && this.hasJSActions && linkElement) {
        this._setDefaultPropertiesFromJS(linkElement);
        linkElement.addEventListener("updatefromsandbox", (jsEvent) => {
          this._dispatchEventFromSandbox({}, jsEvent);
        });
      }
      return container;
    }
  };
  var ChoiceWidgetAnnotationElement = class extends WidgetAnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: parameters2.renderForms
      });
    }
    render() {
      this.container.classList.add("choiceWidgetAnnotation");
      const storage = this.annotationStorage;
      const id = this.data.id;
      const storedData = storage.getValue(id, {
        value: this.data.fieldValue
      });
      const selectElement = document.createElement("select");
      GetElementsByNameSet.add(selectElement);
      selectElement.setAttribute("data-element-id", id);
      selectElement.disabled = this.data.readOnly;
      this._setRequired(selectElement, this.data.required);
      selectElement.name = this.data.fieldName;
      selectElement.tabIndex = 0;
      let addAnEmptyEntry = this.data.combo && this.data.options.length > 0;
      if (!this.data.combo) {
        selectElement.size = this.data.options.length;
        if (this.data.multiSelect) {
          selectElement.multiple = true;
        }
      }
      selectElement.addEventListener("resetform", (event) => {
        const defaultValue = this.data.defaultFieldValue;
        for (const option3 of selectElement.options) {
          option3.selected = option3.value === defaultValue;
        }
      });
      const fixDisplayValue = (option3, value) => {
        const newValue = value.replaceAll(" ", " ");
        option3.textContent = newValue;
        if (newValue !== value) {
          option3.setAttribute("display-value", value);
        }
      };
      for (const option3 of this.data.options) {
        const optionElement = document.createElement("option");
        fixDisplayValue(optionElement, option3.displayValue);
        optionElement.value = option3.exportValue;
        if (storedData.value.includes(option3.exportValue)) {
          optionElement.setAttribute("selected", true);
          addAnEmptyEntry = false;
        }
        selectElement.append(optionElement);
      }
      let removeEmptyEntry = null;
      if (addAnEmptyEntry) {
        const noneOptionElement = document.createElement("option");
        noneOptionElement.value = " ";
        noneOptionElement.setAttribute("hidden", true);
        noneOptionElement.setAttribute("selected", true);
        selectElement.prepend(noneOptionElement);
        removeEmptyEntry = () => {
          noneOptionElement.remove();
          selectElement.removeEventListener("input", removeEmptyEntry);
          removeEmptyEntry = null;
        };
        selectElement.addEventListener("input", removeEmptyEntry);
      }
      const getValue = (isExport) => {
        const name = isExport ? "value" : "textContent";
        const {
          options: options2,
          multiple
        } = selectElement;
        if (!multiple) {
          return options2.selectedIndex === -1 ? null : options2[options2.selectedIndex][name];
        }
        return Array.prototype.filter.call(options2, (option3) => option3.selected).map((option3) => option3[name]);
      };
      let selectedValues = getValue(false);
      const getItems = (event) => {
        const options2 = event.target.options;
        return Array.prototype.map.call(options2, (option3) => ({
          displayValue: option3.getAttribute("display-value") || option3.textContent,
          exportValue: option3.value
        }));
      };
      if (this.enableScripting && this.hasJSActions) {
        selectElement.addEventListener("updatefromsandbox", (jsEvent) => {
          const actions = {
            value(event) {
              removeEmptyEntry?.();
              const value = event.detail.value;
              const values3 = new Set(Array.isArray(value) ? value : [value]);
              for (const option3 of selectElement.options) {
                option3.selected = values3.has(option3.value);
              }
              storage.setValue(id, {
                value: getValue(true)
              });
              selectedValues = getValue(false);
            },
            multipleSelection(event) {
              selectElement.multiple = true;
            },
            remove(event) {
              const options2 = selectElement.options;
              const index = event.detail.remove;
              options2[index].selected = false;
              selectElement.remove(index);
              if (options2.length > 0) {
                const i = Array.prototype.findIndex.call(options2, (option3) => option3.selected);
                if (i === -1) {
                  options2[0].selected = true;
                }
              }
              storage.setValue(id, {
                value: getValue(true),
                items: getItems(event)
              });
              selectedValues = getValue(false);
            },
            clear(event) {
              while (selectElement.length !== 0) {
                selectElement.remove(0);
              }
              storage.setValue(id, {
                value: null,
                items: []
              });
              selectedValues = getValue(false);
            },
            insert(event) {
              const {
                index,
                displayValue,
                exportValue
              } = event.detail.insert;
              const selectChild = selectElement.children[index];
              const optionElement = document.createElement("option");
              fixDisplayValue(optionElement, displayValue);
              optionElement.value = exportValue;
              if (selectChild) {
                selectChild.before(optionElement);
              } else {
                selectElement.append(optionElement);
              }
              storage.setValue(id, {
                value: getValue(true),
                items: getItems(event)
              });
              selectedValues = getValue(false);
            },
            items(event) {
              const {
                items
              } = event.detail;
              while (selectElement.length !== 0) {
                selectElement.remove(0);
              }
              for (const item of items) {
                const {
                  displayValue,
                  exportValue
                } = item;
                const optionElement = document.createElement("option");
                fixDisplayValue(optionElement, displayValue);
                optionElement.value = exportValue;
                selectElement.append(optionElement);
              }
              if (selectElement.options.length > 0) {
                selectElement.options[0].selected = true;
              }
              storage.setValue(id, {
                value: getValue(true),
                items: getItems(event)
              });
              selectedValues = getValue(false);
            },
            indices(event) {
              const indices = new Set(event.detail.indices);
              for (const option3 of event.target.options) {
                option3.selected = indices.has(option3.index);
              }
              storage.setValue(id, {
                value: getValue(true)
              });
              selectedValues = getValue(false);
            },
            editable(event) {
              event.target.disabled = !event.detail.editable;
            }
          };
          this._dispatchEventFromSandbox(actions, jsEvent);
        });
        selectElement.addEventListener("input", (event) => {
          const exportValue = getValue(true);
          const change = getValue(false);
          storage.setValue(id, {
            value: exportValue
          });
          event.preventDefault();
          this.linkService.eventBus?.dispatch("dispatcheventinsandbox", {
            source: this,
            detail: {
              id,
              name: "Keystroke",
              value: selectedValues,
              change,
              changeEx: exportValue,
              willCommit: false,
              commitKey: 1,
              keyDown: false
            }
          });
        });
        this._setEventListeners(selectElement, null, [["focus", "Focus"], ["blur", "Blur"], ["mousedown", "Mouse Down"], ["mouseenter", "Mouse Enter"], ["mouseleave", "Mouse Exit"], ["mouseup", "Mouse Up"], ["input", "Action"], ["input", "Validate"]], (event) => event.target.value);
      } else {
        selectElement.addEventListener("input", function(event) {
          storage.setValue(id, {
            value: getValue(true)
          });
        });
      }
      if (this.data.combo) {
        this._setTextStyle(selectElement);
      } else {
      }
      this._setBackgroundColor(selectElement);
      this._setDefaultPropertiesFromJS(selectElement);
      this.container.append(selectElement);
      return this.container;
    }
  };
  var PopupAnnotationElement = class extends AnnotationElement {
    constructor(parameters2) {
      const {
        data,
        elements,
        parent
      } = parameters2;
      const hasCommentManager = !!parent._commentManager;
      super(parameters2, {
        isRenderable: !hasCommentManager && AnnotationElement._hasPopupData(data)
      });
      this.elements = elements;
      if (hasCommentManager && AnnotationElement._hasPopupData(data)) {
        const popup = this.popup = this.#createPopup();
        for (const element2 of elements) {
          element2.popup = popup;
        }
      } else {
        this.popup = null;
      }
    }
    #createPopup() {
      return new PopupElement({
        container: this.container,
        color: this.data.color,
        titleObj: this.data.titleObj,
        modificationDate: this.data.modificationDate || this.data.creationDate,
        contentsObj: this.data.contentsObj,
        richText: this.data.richText,
        rect: this.data.rect,
        parentRect: this.data.parentRect || null,
        parent: this.parent,
        elements: this.elements,
        open: this.data.open,
        commentManager: this.parent._commentManager
      });
    }
    render() {
      const {
        container
      } = this;
      container.classList.add("popupAnnotation");
      container.role = "comment";
      const popup = this.popup = this.#createPopup();
      const elementIds = [];
      for (const element2 of this.elements) {
        element2.popup = popup;
        element2.container.ariaHasPopup = "dialog";
        elementIds.push(element2.data.id);
        element2.addHighlightArea();
      }
      this.container.setAttribute("aria-controls", elementIds.map((id) => `${AnnotationPrefix}${id}`).join(","));
      return this.container;
    }
  };
  var PopupElement = class {
    #commentManager = null;
    #boundKeyDown = this.#keyDown.bind(this);
    #boundHide = this.#hide.bind(this);
    #boundShow = this.#show.bind(this);
    #boundToggle = this.#toggle.bind(this);
    #color = null;
    #container = null;
    #contentsObj = null;
    #dateObj = null;
    #elements = null;
    #parent = null;
    #parentRect = null;
    #pinned = false;
    #popup = null;
    #popupAbortController = null;
    #position = null;
    #commentButton = null;
    #commentButtonPosition = null;
    #popupPosition = null;
    #rect = null;
    #richText = null;
    #titleObj = null;
    #updates = null;
    #wasVisible = false;
    #firstElement = null;
    #commentText = null;
    constructor({
      container,
      color: color2,
      elements,
      titleObj,
      modificationDate,
      contentsObj,
      richText,
      parent,
      rect: rect2,
      parentRect,
      open,
      commentManager = null
    }) {
      this.#container = container;
      this.#titleObj = titleObj;
      this.#contentsObj = contentsObj;
      this.#richText = richText;
      this.#parent = parent;
      this.#color = color2;
      this.#rect = rect2;
      this.#parentRect = parentRect;
      this.#elements = elements;
      this.#commentManager = commentManager;
      this.#firstElement = elements[0];
      this.#dateObj = PDFDateString.toDateObject(modificationDate);
      this.trigger = elements.flatMap((e) => e.getElementsToTriggerPopup());
      if (!commentManager) {
        this.#addEventListeners();
        this.#container.hidden = true;
        if (open) {
          this.#toggle();
        }
      }
    }
    #addEventListeners() {
      if (this.#popupAbortController) {
        return;
      }
      this.#popupAbortController = new AbortController();
      const {
        signal
      } = this.#popupAbortController;
      for (const element2 of this.trigger) {
        element2.addEventListener("click", this.#boundToggle, {
          signal
        });
        element2.addEventListener("pointerenter", this.#boundShow, {
          signal
        });
        element2.addEventListener("pointerleave", this.#boundHide, {
          signal
        });
        element2.classList.add("popupTriggerArea");
      }
      for (const element2 of this.#elements) {
        element2.container?.addEventListener("keydown", this.#boundKeyDown, {
          signal
        });
      }
    }
    #setCommentButtonPosition() {
      const element2 = this.#elements.find((e) => e.hasCommentButton);
      if (!element2) {
        return;
      }
      this.#commentButtonPosition = element2._normalizePoint(element2.commentButtonPosition);
    }
    renderCommentButton() {
      if (this.#commentButton) {
        if (!this.#commentButton.parentNode) {
          this.#firstElement.container.after(this.#commentButton);
        }
        return;
      }
      if (!this.#commentButtonPosition) {
        this.#setCommentButtonPosition();
      }
      if (!this.#commentButtonPosition) {
        return;
      }
      const {
        signal
      } = this.#popupAbortController = new AbortController();
      const hasOwnButton = this.#firstElement.hasOwnCommentButton;
      const togglePopup = () => {
        this.#commentManager.toggleCommentPopup(this, true, void 0, !hasOwnButton);
      };
      const showPopup = () => {
        this.#commentManager.toggleCommentPopup(this, false, true, !hasOwnButton);
      };
      const hidePopup = () => {
        this.#commentManager.toggleCommentPopup(this, false, false);
      };
      if (!hasOwnButton) {
        const button2 = this.#commentButton = document.createElement("button");
        button2.className = "annotationCommentButton";
        const parentContainer = this.#firstElement.container;
        button2.style.zIndex = parseInt(parentContainer.style.zIndex, 10) + 1;
        button2.tabIndex = 0;
        button2.ariaHasPopup = "dialog";
        button2.ariaControls = "commentPopup";
        button2.setAttribute("data-l10n-id", "pdfjs-show-comment-button");
        this.#updateColor();
        this.#updateCommentButtonPosition();
        button2.addEventListener("keydown", this.#boundKeyDown, {
          signal
        });
        button2.addEventListener("click", togglePopup, {
          signal
        });
        button2.addEventListener("pointerenter", showPopup, {
          signal
        });
        button2.addEventListener("pointerleave", hidePopup, {
          signal
        });
        parentContainer.after(button2);
      } else {
        this.#commentButton = this.#firstElement.container;
        for (const element2 of this.trigger) {
          element2.ariaHasPopup = "dialog";
          element2.ariaControls = "commentPopup";
          element2.addEventListener("keydown", this.#boundKeyDown, {
            signal
          });
          element2.addEventListener("click", togglePopup, {
            signal
          });
          element2.addEventListener("pointerenter", showPopup, {
            signal
          });
          element2.addEventListener("pointerleave", hidePopup, {
            signal
          });
          element2.classList.add("popupTriggerArea");
        }
      }
    }
    #updateCommentButtonPosition() {
      if (this.#firstElement.extraPopupElement && !this.#firstElement.editor) {
        return;
      }
      if (!this.#commentButton) {
        this.renderCommentButton();
      }
      const [x, y] = this.#commentButtonPosition;
      const {
        style
      } = this.#commentButton;
      style.left = `calc(${x}%)`;
      style.top = `calc(${y}% - var(--comment-button-dim))`;
    }
    #updateColor() {
      if (this.#firstElement.extraPopupElement) {
        return;
      }
      if (!this.#commentButton) {
        this.renderCommentButton();
      }
      this.#commentButton.style.backgroundColor = this.commentButtonColor || "";
    }
    get commentButtonColor() {
      const {
        color: color2,
        opacity
      } = this.#firstElement.commentData;
      return !color2 ? null : this.#parent._commentManager.makeCommentColor(color2, opacity);
    }
    focusCommentButton() {
      setTimeout(() => {
        this.#commentButton?.focus();
      }, 0);
    }
    getData() {
      const {
        richText,
        color: color2,
        opacity,
        creationDate,
        modificationDate
      } = this.#firstElement.commentData;
      return {
        contentsObj: {
          str: this.comment
        },
        richText,
        color: color2,
        opacity,
        creationDate,
        modificationDate
      };
    }
    get elementBeforePopup() {
      return this.#commentButton;
    }
    get comment() {
      this.#commentText ||= this.#firstElement.commentText;
      return this.#commentText;
    }
    set comment(text2) {
      if (text2 === this.comment) {
        return;
      }
      this.#firstElement.commentText = this.#commentText = text2;
    }
    focus() {
      this.#firstElement.container?.focus();
    }
    get parentBoundingClientRect() {
      return this.#firstElement.layer.getBoundingClientRect();
    }
    setCommentButtonStates({
      selected: selected2,
      hasPopup
    }) {
      if (!this.#commentButton) {
        return;
      }
      this.#commentButton.classList.toggle("selected", selected2);
      this.#commentButton.ariaExpanded = hasPopup;
    }
    setSelectedCommentButton(selected2) {
      this.#commentButton.classList.toggle("selected", selected2);
    }
    get commentPopupPosition() {
      if (this.#popupPosition) {
        return this.#popupPosition;
      }
      const {
        x,
        y,
        height
      } = this.#commentButton.getBoundingClientRect();
      const {
        x: parentX,
        y: parentY,
        width: parentWidth,
        height: parentHeight
      } = this.#firstElement.layer.getBoundingClientRect();
      return [(x - parentX) / parentWidth, (y + height - parentY) / parentHeight];
    }
    set commentPopupPosition(pos) {
      this.#popupPosition = pos;
    }
    hasDefaultPopupPosition() {
      return this.#popupPosition === null;
    }
    get commentButtonPosition() {
      return this.#commentButtonPosition;
    }
    get commentButtonWidth() {
      return this.#commentButton.getBoundingClientRect().width / this.parentBoundingClientRect.width;
    }
    editComment(options2) {
      const [posX, posY] = this.#popupPosition || this.commentButtonPosition.map((x) => x / 100);
      const parentDimensions = this.parentBoundingClientRect;
      const {
        x: parentX,
        y: parentY,
        width: parentWidth,
        height: parentHeight
      } = parentDimensions;
      this.#commentManager.showDialog(null, this, parentX + posX * parentWidth, parentY + posY * parentHeight, {
        ...options2,
        parentDimensions
      });
    }
    render() {
      if (this.#popup) {
        return;
      }
      const popup = this.#popup = document.createElement("div");
      popup.className = "popup";
      if (this.#color) {
        const baseColor = popup.style.outlineColor = Util.makeHexColor(...this.#color);
        popup.style.backgroundColor = `color-mix(in srgb, ${baseColor} 30%, white)`;
      }
      const header2 = document.createElement("span");
      header2.className = "header";
      if (this.#titleObj?.str) {
        const title = document.createElement("span");
        title.className = "title";
        header2.append(title);
        ({
          dir: title.dir,
          str: title.textContent
        } = this.#titleObj);
      }
      popup.append(header2);
      if (this.#dateObj) {
        const modificationDate = document.createElement("time");
        modificationDate.className = "popupDate";
        modificationDate.setAttribute("data-l10n-id", "pdfjs-annotation-date-time-string");
        modificationDate.setAttribute("data-l10n-args", JSON.stringify({
          dateObj: this.#dateObj.valueOf()
        }));
        modificationDate.dateTime = this.#dateObj.toISOString();
        header2.append(modificationDate);
      }
      renderRichText({
        html: this.#html || this.#contentsObj.str,
        dir: this.#contentsObj?.dir,
        className: "popupContent"
      }, popup);
      this.#container.append(popup);
    }
    get #html() {
      const richText = this.#richText;
      const contentsObj = this.#contentsObj;
      if (richText?.str && (!contentsObj?.str || contentsObj.str === richText.str)) {
        return this.#richText.html || null;
      }
      return null;
    }
    get #fontSize() {
      return this.#html?.attributes?.style?.fontSize || 0;
    }
    get #fontColor() {
      return this.#html?.attributes?.style?.color || null;
    }
    #makePopupContent(text2) {
      const popupLines = [];
      const popupContent = {
        str: text2,
        html: {
          name: "div",
          attributes: {
            dir: "auto"
          },
          children: [{
            name: "p",
            children: popupLines
          }]
        }
      };
      const lineAttributes = {
        style: {
          color: this.#fontColor,
          fontSize: this.#fontSize ? `calc(${this.#fontSize}px * var(--total-scale-factor))` : ""
        }
      };
      for (const line of text2.split("\n")) {
        popupLines.push({
          name: "span",
          value: line,
          attributes: lineAttributes
        });
      }
      return popupContent;
    }
    #keyDown(event) {
      if (event.altKey || event.shiftKey || event.ctrlKey || event.metaKey) {
        return;
      }
      if (event.key === "Enter" || event.key === "Escape" && this.#pinned) {
        this.#toggle();
      }
    }
    updateEdited({
      rect: rect2,
      popup,
      deleted
    }) {
      if (this.#commentManager) {
        if (deleted) {
          this.remove();
          this.#commentText = null;
        } else if (popup) {
          if (popup.deleted) {
            this.remove();
          } else {
            this.#updateColor();
            this.#commentText = popup.text;
          }
        }
        if (rect2) {
          this.#commentButtonPosition = null;
          this.#setCommentButtonPosition();
          this.#updateCommentButtonPosition();
        }
        return;
      }
      if (deleted || popup?.deleted) {
        this.remove();
        return;
      }
      this.#addEventListeners();
      this.#updates ||= {
        contentsObj: this.#contentsObj,
        richText: this.#richText
      };
      if (rect2) {
        this.#position = null;
      }
      if (popup && popup.text) {
        this.#richText = this.#makePopupContent(popup.text);
        this.#dateObj = PDFDateString.toDateObject(popup.date);
        this.#contentsObj = null;
      }
      this.#popup?.remove();
      this.#popup = null;
    }
    resetEdited() {
      if (!this.#updates) {
        return;
      }
      ({
        contentsObj: this.#contentsObj,
        richText: this.#richText
      } = this.#updates);
      this.#updates = null;
      this.#popup?.remove();
      this.#popup = null;
      this.#position = null;
    }
    remove() {
      this.#popupAbortController?.abort();
      this.#popupAbortController = null;
      this.#popup?.remove();
      this.#popup = null;
      this.#wasVisible = false;
      this.#pinned = false;
      this.#commentButton?.remove();
      this.#commentButton = null;
      if (this.trigger) {
        for (const element2 of this.trigger) {
          element2.classList.remove("popupTriggerArea");
        }
      }
    }
    #setPosition() {
      if (this.#position !== null) {
        return;
      }
      const {
        page: {
          view: view2
        },
        viewport: {
          rawDims: {
            pageWidth,
            pageHeight,
            pageX,
            pageY
          }
        }
      } = this.#parent;
      let useParentRect = !!this.#parentRect;
      let rect2 = useParentRect ? this.#parentRect : this.#rect;
      for (const element2 of this.#elements) {
        if (!rect2 || Util.intersect(element2.data.rect, rect2) !== null) {
          rect2 = element2.data.rect;
          useParentRect = true;
          break;
        }
      }
      const normalizedRect = Util.normalizeRect([rect2[0], view2[3] - rect2[1] + view2[1], rect2[2], view2[3] - rect2[3] + view2[1]]);
      const HORIZONTAL_SPACE_AFTER_ANNOTATION = 5;
      const parentWidth = useParentRect ? rect2[2] - rect2[0] + HORIZONTAL_SPACE_AFTER_ANNOTATION : 0;
      const popupLeft = normalizedRect[0] + parentWidth;
      const popupTop = normalizedRect[1];
      this.#position = [100 * (popupLeft - pageX) / pageWidth, 100 * (popupTop - pageY) / pageHeight];
      const {
        style
      } = this.#container;
      style.left = `${this.#position[0]}%`;
      style.top = `${this.#position[1]}%`;
    }
    #toggle() {
      if (this.#commentManager) {
        this.#commentManager.toggleCommentPopup(this, false);
        return;
      }
      this.#pinned = !this.#pinned;
      if (this.#pinned) {
        this.#show();
        this.#container.addEventListener("click", this.#boundToggle);
        this.#container.addEventListener("keydown", this.#boundKeyDown);
      } else {
        this.#hide();
        this.#container.removeEventListener("click", this.#boundToggle);
        this.#container.removeEventListener("keydown", this.#boundKeyDown);
      }
    }
    #show() {
      if (!this.#popup) {
        this.render();
      }
      if (!this.isVisible) {
        this.#setPosition();
        this.#container.hidden = false;
        this.#container.style.zIndex = parseInt(this.#container.style.zIndex, 10) + 1e3;
      } else if (this.#pinned) {
        this.#container.classList.add("focused");
      }
    }
    #hide() {
      this.#container.classList.remove("focused");
      if (this.#pinned || !this.isVisible) {
        return;
      }
      this.#container.hidden = true;
      this.#container.style.zIndex = parseInt(this.#container.style.zIndex, 10) - 1e3;
    }
    forceHide() {
      this.#wasVisible = this.isVisible;
      if (!this.#wasVisible) {
        return;
      }
      this.#container.hidden = true;
    }
    maybeShow() {
      if (this.#commentManager) {
        return;
      }
      this.#addEventListeners();
      if (!this.#wasVisible) {
        return;
      }
      if (!this.#popup) {
        this.#show();
      }
      this.#wasVisible = false;
      this.#container.hidden = false;
    }
    get isVisible() {
      return !this.#commentManager && this.#container.hidden === false;
    }
  };
  var FreeTextAnnotationElement = class extends AnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true
      });
      this.textContent = parameters2.data.textContent;
      this.textPosition = parameters2.data.textPosition;
      this.annotationEditorType = AnnotationEditorType.FREETEXT;
    }
    render() {
      this.container.classList.add("freeTextAnnotation");
      if (this.textContent) {
        const content = this.contentElement = document.createElement("div");
        content.classList.add("annotationTextContent");
        content.setAttribute("role", "comment");
        for (const line of this.textContent) {
          const lineSpan = document.createElement("span");
          lineSpan.textContent = line;
          content.append(lineSpan);
        }
        this.container.append(content);
      }
      if (!this.data.popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      this._editOnDoubleClick();
      return this.container;
    }
  };
  var LineAnnotationElement = class extends AnnotationElement {
    #line = null;
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true
      });
    }
    render() {
      this.container.classList.add("lineAnnotation");
      const {
        data,
        width,
        height
      } = this;
      const svg = this.svgFactory.create(width, height, true);
      const line = this.#line = this.svgFactory.createElement("svg:line");
      line.setAttribute("x1", data.rect[2] - data.lineCoordinates[0]);
      line.setAttribute("y1", data.rect[3] - data.lineCoordinates[1]);
      line.setAttribute("x2", data.rect[2] - data.lineCoordinates[2]);
      line.setAttribute("y2", data.rect[3] - data.lineCoordinates[3]);
      line.setAttribute("stroke-width", data.borderStyle.width || 1);
      line.setAttribute("stroke", "transparent");
      line.setAttribute("fill", "transparent");
      svg.append(line);
      this.container.append(svg);
      if (!data.popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      return this.container;
    }
    getElementsToTriggerPopup() {
      return this.#line;
    }
    addHighlightArea() {
      this.container.classList.add("highlightArea");
    }
  };
  var SquareAnnotationElement = class extends AnnotationElement {
    #square = null;
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true
      });
    }
    render() {
      this.container.classList.add("squareAnnotation");
      const {
        data,
        width,
        height
      } = this;
      const svg = this.svgFactory.create(width, height, true);
      const borderWidth = data.borderStyle.width;
      const square = this.#square = this.svgFactory.createElement("svg:rect");
      square.setAttribute("x", borderWidth / 2);
      square.setAttribute("y", borderWidth / 2);
      square.setAttribute("width", width - borderWidth);
      square.setAttribute("height", height - borderWidth);
      square.setAttribute("stroke-width", borderWidth || 1);
      square.setAttribute("stroke", "transparent");
      square.setAttribute("fill", "transparent");
      svg.append(square);
      this.container.append(svg);
      if (!data.popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      return this.container;
    }
    getElementsToTriggerPopup() {
      return this.#square;
    }
    addHighlightArea() {
      this.container.classList.add("highlightArea");
    }
  };
  var CircleAnnotationElement = class extends AnnotationElement {
    #circle = null;
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true
      });
    }
    render() {
      this.container.classList.add("circleAnnotation");
      const {
        data,
        width,
        height
      } = this;
      const svg = this.svgFactory.create(width, height, true);
      const borderWidth = data.borderStyle.width;
      const circle = this.#circle = this.svgFactory.createElement("svg:ellipse");
      circle.setAttribute("cx", width / 2);
      circle.setAttribute("cy", height / 2);
      circle.setAttribute("rx", width / 2 - borderWidth / 2);
      circle.setAttribute("ry", height / 2 - borderWidth / 2);
      circle.setAttribute("stroke-width", borderWidth || 1);
      circle.setAttribute("stroke", "transparent");
      circle.setAttribute("fill", "transparent");
      svg.append(circle);
      this.container.append(svg);
      if (!data.popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      return this.container;
    }
    getElementsToTriggerPopup() {
      return this.#circle;
    }
    addHighlightArea() {
      this.container.classList.add("highlightArea");
    }
  };
  var PolylineAnnotationElement = class extends AnnotationElement {
    #polyline = null;
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true
      });
      this.containerClassName = "polylineAnnotation";
      this.svgElementName = "svg:polyline";
    }
    render() {
      this.container.classList.add(this.containerClassName);
      const {
        data: {
          rect: rect2,
          vertices,
          borderStyle,
          popupRef
        },
        width,
        height
      } = this;
      if (!vertices) {
        return this.container;
      }
      const svg = this.svgFactory.create(width, height, true);
      let points = [];
      for (let i = 0, ii = vertices.length; i < ii; i += 2) {
        const x = vertices[i] - rect2[0];
        const y = rect2[3] - vertices[i + 1];
        points.push(`${x},${y}`);
      }
      points = points.join(" ");
      const polyline = this.#polyline = this.svgFactory.createElement(this.svgElementName);
      polyline.setAttribute("points", points);
      polyline.setAttribute("stroke-width", borderStyle.width || 1);
      polyline.setAttribute("stroke", "transparent");
      polyline.setAttribute("fill", "transparent");
      svg.append(polyline);
      this.container.append(svg);
      if (!popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      return this.container;
    }
    getElementsToTriggerPopup() {
      return this.#polyline;
    }
    addHighlightArea() {
      this.container.classList.add("highlightArea");
    }
  };
  var PolygonAnnotationElement = class extends PolylineAnnotationElement {
    constructor(parameters2) {
      super(parameters2);
      this.containerClassName = "polygonAnnotation";
      this.svgElementName = "svg:polygon";
    }
  };
  var CaretAnnotationElement = class extends AnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true
      });
    }
    render() {
      this.container.classList.add("caretAnnotation");
      if (!this.data.popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      return this.container;
    }
  };
  var InkAnnotationElement = class extends AnnotationElement {
    #polylinesGroupElement = null;
    #polylines = [];
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true
      });
      this.containerClassName = "inkAnnotation";
      this.svgElementName = "svg:polyline";
      this.annotationEditorType = this.data.it === "InkHighlight" ? AnnotationEditorType.HIGHLIGHT : AnnotationEditorType.INK;
    }
    #getTransform(rotation, rect2) {
      switch (rotation) {
        case 90:
          return {
            transform: `rotate(90) translate(${-rect2[0]},${rect2[1]}) scale(1,-1)`,
            width: rect2[3] - rect2[1],
            height: rect2[2] - rect2[0]
          };
        case 180:
          return {
            transform: `rotate(180) translate(${-rect2[2]},${rect2[1]}) scale(1,-1)`,
            width: rect2[2] - rect2[0],
            height: rect2[3] - rect2[1]
          };
        case 270:
          return {
            transform: `rotate(270) translate(${-rect2[2]},${rect2[3]}) scale(1,-1)`,
            width: rect2[3] - rect2[1],
            height: rect2[2] - rect2[0]
          };
        default:
          return {
            transform: `translate(${-rect2[0]},${rect2[3]}) scale(1,-1)`,
            width: rect2[2] - rect2[0],
            height: rect2[3] - rect2[1]
          };
      }
    }
    render() {
      this.container.classList.add(this.containerClassName);
      const {
        data: {
          rect: rect2,
          rotation,
          inkLists,
          borderStyle,
          popupRef
        }
      } = this;
      const {
        transform,
        width,
        height
      } = this.#getTransform(rotation, rect2);
      const svg = this.svgFactory.create(width, height, true);
      const g = this.#polylinesGroupElement = this.svgFactory.createElement("svg:g");
      svg.append(g);
      g.setAttribute("stroke-width", borderStyle.width || 1);
      g.setAttribute("stroke-linecap", "round");
      g.setAttribute("stroke-linejoin", "round");
      g.setAttribute("stroke-miterlimit", 10);
      g.setAttribute("stroke", "transparent");
      g.setAttribute("fill", "transparent");
      g.setAttribute("transform", transform);
      for (const inkList of inkLists) {
        const polyline = this.svgFactory.createElement(this.svgElementName);
        this.#polylines.push(polyline);
        polyline.setAttribute("points", inkList.join(","));
        g.append(polyline);
      }
      if (!popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      this.container.append(svg);
      this._editOnDoubleClick();
      return this.container;
    }
    updateEdited(params) {
      super.updateEdited(params);
      const {
        thickness,
        points,
        rect: rect2
      } = params;
      const g = this.#polylinesGroupElement;
      if (thickness >= 0) {
        g.setAttribute("stroke-width", thickness || 1);
      }
      if (points) {
        for (let i = 0, ii = this.#polylines.length; i < ii; i++) {
          this.#polylines[i].setAttribute("points", points[i].join(","));
        }
      }
      if (rect2) {
        const {
          transform,
          width,
          height
        } = this.#getTransform(this.data.rotation, rect2);
        const root = g.parentElement;
        root.setAttribute("viewBox", `0 0 ${width} ${height}`);
        g.setAttribute("transform", transform);
      }
    }
    getElementsToTriggerPopup() {
      return this.#polylines;
    }
    addHighlightArea() {
      this.container.classList.add("highlightArea");
    }
  };
  var HighlightAnnotationElement = class extends AnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true,
        createQuadrilaterals: true
      });
      this.annotationEditorType = AnnotationEditorType.HIGHLIGHT;
    }
    render() {
      const {
        data: {
          overlaidText,
          popupRef
        }
      } = this;
      if (!popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      this.container.classList.add("highlightAnnotation");
      this._editOnDoubleClick();
      if (overlaidText) {
        const mark = document.createElement("mark");
        mark.classList.add("overlaidText");
        mark.textContent = overlaidText;
        this.container.append(mark);
      }
      return this.container;
    }
  };
  var UnderlineAnnotationElement = class extends AnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true,
        createQuadrilaterals: true
      });
    }
    render() {
      const {
        data: {
          overlaidText,
          popupRef
        }
      } = this;
      if (!popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      this.container.classList.add("underlineAnnotation");
      if (overlaidText) {
        const underline = document.createElement("u");
        underline.classList.add("overlaidText");
        underline.textContent = overlaidText;
        this.container.append(underline);
      }
      return this.container;
    }
  };
  var SquigglyAnnotationElement = class extends AnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true,
        createQuadrilaterals: true
      });
    }
    render() {
      const {
        data: {
          overlaidText,
          popupRef
        }
      } = this;
      if (!popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      this.container.classList.add("squigglyAnnotation");
      if (overlaidText) {
        const underline = document.createElement("u");
        underline.classList.add("overlaidText");
        underline.textContent = overlaidText;
        this.container.append(underline);
      }
      return this.container;
    }
  };
  var StrikeOutAnnotationElement = class extends AnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true,
        createQuadrilaterals: true
      });
    }
    render() {
      const {
        data: {
          overlaidText,
          popupRef
        }
      } = this;
      if (!popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      this.container.classList.add("strikeoutAnnotation");
      if (overlaidText) {
        const strikeout = document.createElement("s");
        strikeout.classList.add("overlaidText");
        strikeout.textContent = overlaidText;
        this.container.append(strikeout);
      }
      return this.container;
    }
  };
  var StampAnnotationElement = class extends AnnotationElement {
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true,
        ignoreBorder: true
      });
      this.annotationEditorType = AnnotationEditorType.STAMP;
    }
    render() {
      this.container.classList.add("stampAnnotation");
      this.container.setAttribute("role", "img");
      if (!this.data.popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      }
      this._editOnDoubleClick();
      return this.container;
    }
  };
  var FileAttachmentAnnotationElement = class extends AnnotationElement {
    #trigger = null;
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: true
      });
      const {
        fileId,
        file
      } = this.data;
      this.filename = file.filename;
      this.content = file.content;
      this.fileId = fileId;
      this.linkService.eventBus?.dispatch("fileattachmentannotation", {
        source: this,
        attachmentId: this.fileId,
        ...file
      });
    }
    render() {
      this.container.classList.add("fileAttachmentAnnotation");
      const {
        container,
        data
      } = this;
      let trigger;
      if (data.hasAppearance || data.fillAlpha === 0) {
        trigger = document.createElement("div");
      } else {
        trigger = document.createElement("img");
        trigger.src = `${this.imageResourcesPath}annotation-${/paperclip/i.test(data.name) ? "paperclip" : "pushpin"}.svg`;
        if (data.fillAlpha && data.fillAlpha < 1) {
          trigger.style = `filter: opacity(${Math.round(data.fillAlpha * 100)}%);`;
        }
      }
      trigger.addEventListener("dblclick", this.#download.bind(this));
      this.#trigger = trigger;
      const {
        isMac
      } = FeatureTest.platform;
      container.addEventListener("keydown", (evt) => {
        if (evt.key === "Enter" && (isMac ? evt.metaKey : evt.ctrlKey)) {
          this.#download();
        }
      });
      if (!data.popupRef && this.hasPopupData) {
        this.hasOwnCommentButton = true;
        this._createPopup();
      } else {
        trigger.classList.add("popupTriggerArea");
      }
      container.append(trigger);
      return container;
    }
    getElementsToTriggerPopup() {
      return this.#trigger;
    }
    addHighlightArea() {
      this.container.classList.add("highlightArea");
    }
    async #download() {
      const {
        fileId,
        filename,
        content: fallbackContent
      } = this;
      const content = await this.linkService.getAttachmentContent(fileId) || fallbackContent;
      if (content) {
        this.downloadManager?.openOrDownloadData(content, filename);
      }
    }
  };
  var MediaAnnotationElement = class extends AnnotationElement {
    #abortController = new AbortController();
    #contentUrl = null;
    #media = null;
    constructor(parameters2) {
      super(parameters2, {
        isRenderable: !!parameters2.data.richMedia
      });
    }
    render() {
      this.container.classList.add("mediaAnnotation");
      const {
        filename
      } = this.data.richMedia;
      const button2 = document.createElement("button");
      button2.className = "mediaPlayButton";
      button2.type = "button";
      button2.title = button2.ariaLabel = filename;
      button2.addEventListener("click", () => this.#load(button2), {
        signal: this.#abortController.signal
      });
      this.container.append(button2);
      return this.container;
    }
    async #load(button2) {
      const {
        fileId,
        filename,
        contentType
      } = this.data.richMedia;
      button2.disabled = true;
      let content;
      try {
        content = await this.linkService.getAttachmentContent(fileId);
      } catch {
        return;
      } finally {
        button2.disabled = false;
      }
      if (!content || !button2.isConnected) {
        return;
      }
      const {
        signal
      } = this.#abortController;
      const blob = new Blob([content], {
        type: contentType
      });
      if (!/^(?:video|audio)\//.test(blob.type)) {
        return;
      }
      const url = URL.createObjectURL(blob);
      this.#contentUrl = url;
      const isAudio = blob.type.startsWith("audio/");
      const media = document.createElement(isAudio ? "audio" : "video");
      this.#media = media;
      media.className = "mediaContent";
      this._setBackgroundColor(media);
      media.src = url;
      media.title = filename;
      media.controls = true;
      media.autoplay = true;
      media.tabIndex = 0;
      if (isAudio) {
        let hovered = false;
        let focused = false;
        const updateControls = () => {
          media.controls = hovered || focused;
        };
        this.container.addEventListener("pointerenter", () => {
          hovered = true;
          updateControls();
        }, {
          signal
        });
        this.container.addEventListener("pointerleave", () => {
          hovered = false;
          updateControls();
        }, {
          signal
        });
        this.container.addEventListener("focusin", () => {
          focused = true;
          updateControls();
        }, {
          signal
        });
        this.container.addEventListener("focusout", () => {
          focused = false;
          updateControls();
        }, {
          signal
        });
      }
      media.addEventListener("emptied", () => this.#revokeContentUrl(url), {
        once: true,
        signal
      });
      button2.replaceWith(media);
      media.play().catch(() => {
      });
    }
    #revokeContentUrl(url = this.#contentUrl) {
      if (url && url === this.#contentUrl) {
        URL.revokeObjectURL(url);
        this.#contentUrl = null;
      }
    }
    destroy() {
      this.#abortController.abort();
      if (this.#media) {
        this.#media.pause();
        this.#media.removeAttribute("src");
        this.#media.load();
        this.#media = null;
      }
      this.#revokeContentUrl();
    }
  };
  var AnnotationLayer = class _AnnotationLayer {
    #accessibilityManager = null;
    #annotationCanvasMap = null;
    #annotationStorage = null;
    #editableAnnotations = /* @__PURE__ */ new Map();
    #structTreeLayer = null;
    #linkService = null;
    #elements = [];
    #hasAriaAttributesFromStructTree = false;
    zIndex = 0;
    constructor({
      div,
      accessibilityManager,
      annotationCanvasMap,
      annotationEditorUIManager,
      page,
      viewport,
      structTreeLayer,
      commentManager,
      linkService,
      annotationStorage
    }) {
      this.div = div;
      this.#accessibilityManager = accessibilityManager;
      this.#annotationCanvasMap = annotationCanvasMap;
      this.#structTreeLayer = structTreeLayer || null;
      this.#linkService = linkService || null;
      this.#annotationStorage = annotationStorage || new AnnotationStorage();
      this.page = page;
      this.viewport = viewport;
      this._annotationEditorUIManager = annotationEditorUIManager;
      this._commentManager = commentManager || null;
    }
    hasEditableAnnotations() {
      return this.#editableAnnotations.size > 0;
    }
    async render(params) {
      const {
        annotations,
        optionalContentConfig
      } = params;
      const layer = this.div;
      setLayerDimensions(layer, this.viewport);
      const popupToElements = /* @__PURE__ */ new Map();
      const popupAnnotations = [];
      const elementParams = {
        data: null,
        layer,
        linkService: this.#linkService,
        downloadManager: params.downloadManager,
        imageResourcesPath: params.imageResourcesPath || "",
        renderForms: params.renderForms !== false,
        svgFactory: new DOMSVGFactory(),
        annotationStorage: this.#annotationStorage,
        enableComment: params.enableComment === true,
        enableScripting: params.enableScripting === true,
        hasJSActions: params.hasJSActions,
        fieldObjects: params.fieldObjects,
        parent: this,
        elements: null
      };
      for (const data of annotations) {
        if (data.noHTML) {
          continue;
        }
        const isPopupAnnotation = data.annotationType === AnnotationType.POPUP;
        if (!isPopupAnnotation) {
          if (data.rect[2] === data.rect[0] || data.rect[3] === data.rect[1]) {
            continue;
          }
        } else {
          const elements = popupToElements.get(data.id);
          if (!elements) {
            continue;
          }
          if (!this._commentManager) {
            popupAnnotations.push(data);
            continue;
          }
          elementParams.elements = elements;
        }
        elementParams.data = data;
        const element2 = AnnotationElementFactory.create(elementParams);
        if (!element2.isRenderable) {
          continue;
        }
        if (!isPopupAnnotation) {
          this.#elements.push(element2);
          if (data.popupRef) {
            popupToElements.getOrInsertComputed(data.popupRef, makeArr).push(element2);
          }
        }
        const rendered = element2.render();
        if (data.hidden) {
          rendered.style.visibility = "hidden";
        }
        element2.updateOC(optionalContentConfig);
        if (element2._isEditable) {
          this.#editableAnnotations.set(element2.data.id, element2);
          this._annotationEditorUIManager?.renderAnnotationElement(element2);
        }
      }
      await this.#addElementsToDOM();
      for (const data of popupAnnotations) {
        const elements = elementParams.elements = popupToElements.get(data.id);
        elementParams.data = data;
        const element2 = AnnotationElementFactory.create(elementParams);
        if (!element2.isRenderable) {
          continue;
        }
        const rendered = element2.render();
        element2.contentElement.id = `${AnnotationPrefix}${data.id}`;
        if (data.hidden) {
          rendered.style.visibility = "hidden";
        }
        elements.at(-1).container.after(rendered);
      }
      this.#setAnnotationCanvasMap();
    }
    async #addElementsToDOM() {
      if (this.#elements.length === 0) {
        return;
      }
      this.div.replaceChildren();
      const promises = [];
      if (!this.#hasAriaAttributesFromStructTree) {
        this.#hasAriaAttributesFromStructTree = true;
        for (const {
          contentElement,
          data: {
            hidden,
            id,
            oc
          }
        } of this.#elements) {
          const annotationId = contentElement.id = `${AnnotationPrefix}${id}`;
          const enableLinkOwnership = contentElement.localName === "a" && !hidden && !oc;
          promises.push(this.#structTreeLayer?.getAriaAttributes(annotationId, {
            enableLinkOwnership
          }).then((ariaAttributes) => {
            if (ariaAttributes) {
              for (const [key2, value] of ariaAttributes) {
                contentElement.setAttribute(key2, value);
              }
            }
          }));
        }
      }
      this.#elements.sort(({
        data: {
          rect: [a0, a1, a2, a3]
        }
      }, {
        data: {
          rect: [b0, b1, b2, b3]
        }
      }) => {
        if (a0 === a2 && a1 === a3) {
          return 1;
        }
        if (b0 === b2 && b1 === b3) {
          return -1;
        }
        const top1 = a3;
        const bot1 = a1;
        const mid1 = (a1 + a3) / 2;
        const top2 = b3;
        const bot2 = b1;
        const mid2 = (b1 + b3) / 2;
        if (mid1 >= top2 && mid2 <= bot1) {
          return -1;
        }
        if (mid2 >= top1 && mid1 <= bot2) {
          return 1;
        }
        const centerX1 = (a0 + a2) / 2;
        const centerX2 = (b0 + b2) / 2;
        return centerX1 - centerX2;
      });
      const fragment = document.createDocumentFragment();
      for (const element2 of this.#elements) {
        fragment.append(element2.container);
        if (this._commentManager) {
          (element2.extraPopupElement?.popup || element2.popup)?.renderCommentButton();
        } else if (element2.extraPopupElement) {
          fragment.append(element2.extraPopupElement.render());
        }
      }
      this.div.append(fragment);
      await Promise.all(promises);
      if (this.#accessibilityManager) {
        const annotationIds = await this.#structTreeLayer?.getAnnotationIds();
        for (const {
          contentElement
        } of this.#elements) {
          if (annotationIds?.has(contentElement.id)) {
            continue;
          }
          this.#accessibilityManager.addPointerInTextLayer(contentElement, false);
        }
      }
    }
    async addLinkAnnotations(annotations) {
      const elementParams = {
        data: null,
        layer: this.div,
        linkService: this.#linkService,
        svgFactory: new DOMSVGFactory(),
        parent: this
      };
      for (const data of annotations) {
        data.borderStyle ||= _AnnotationLayer._defaultBorderStyle;
        elementParams.data = data;
        const element2 = AnnotationElementFactory.create(elementParams);
        if (!element2.isRenderable) {
          continue;
        }
        element2.render();
        element2.contentElement.id = `${AnnotationPrefix}${data.id}`;
        this.#elements.push(element2);
      }
      await this.#addElementsToDOM();
    }
    update({
      viewport,
      optionalContentConfig
    }) {
      const layer = this.div;
      this.viewport = viewport;
      setLayerDimensions(layer, {
        rotation: viewport.rotation
      });
      for (const element2 of this.#elements) {
        element2.updateOC(optionalContentConfig);
      }
      this.#setAnnotationCanvasMap();
      layer.hidden = false;
    }
    destroy() {
      for (const element2 of this.#elements) {
        element2.destroy?.();
        this.#accessibilityManager?.removePointerInTextLayer(element2.contentElement);
      }
      this.#elements.length = 0;
      this.#editableAnnotations.clear();
      this.div.replaceChildren();
    }
    #setAnnotationCanvasMap() {
      if (!this.#annotationCanvasMap) {
        return;
      }
      const layer = this.div;
      for (const [id, canvas] of this.#annotationCanvasMap) {
        const element2 = layer.querySelector(`[data-annotation-id="${id}"]`);
        if (!element2) {
          continue;
        }
        if (Array.isArray(canvas)) {
          for (const cvs of canvas) {
            cvs.className = "annotationContent";
            cvs.ariaHidden = true;
          }
        } else {
          canvas.className = "annotationContent";
          canvas.ariaHidden = true;
        }
        const toRemove = [];
        for (const child of element2.children) {
          if (child.nodeName === "CANVAS") {
            toRemove.push(child);
          }
        }
        for (const child of toRemove) {
          child.remove();
        }
        const firstCanvas = Array.isArray(canvas) ? canvas[0] : canvas;
        const {
          firstChild
        } = element2;
        if (!firstChild) {
          element2.append(firstCanvas);
        } else if (!firstChild.classList.contains("annotationContent")) {
          firstChild.before(firstCanvas);
        } else {
          firstChild.after(firstCanvas);
        }
        if (Array.isArray(canvas)) {
          let lastCanvas = firstCanvas;
          for (let i = 1, ii = canvas.length; i < ii; i++) {
            lastCanvas.after(canvas[i]);
            lastCanvas = canvas[i];
          }
        }
        this.#annotationCanvasMap.delete(id);
        const editableAnnotation = this.#editableAnnotations.get(id);
        if (!editableAnnotation) {
          continue;
        }
        if (editableAnnotation._hasNoCanvas) {
          this._annotationEditorUIManager?.setMissingCanvas(id, element2.id, canvas);
          editableAnnotation._hasNoCanvas = false;
        } else {
          editableAnnotation.canvas = canvas;
        }
      }
    }
    refreshCanvases() {
      this.#setAnnotationCanvasMap();
    }
    getEditableAnnotations() {
      return this.#editableAnnotations.values();
    }
    getEditableAnnotation(id) {
      return this.#editableAnnotations.get(id);
    }
    addFakeAnnotation(editor) {
      const {
        div
      } = this;
      const {
        id,
        rotation
      } = editor;
      const element2 = new EditorAnnotationElement({
        data: {
          id,
          rect: editor.getPDFRect(),
          rotation
        },
        editor,
        layer: div,
        parent: this,
        enableComment: !!this._commentManager,
        linkService: this.#linkService,
        annotationStorage: this.#annotationStorage
      });
      element2.render();
      element2.contentElement.id = `${AnnotationPrefix}${id}`;
      element2.createOrUpdatePopup();
      this.#elements.push(element2);
      return element2;
    }
    removeAnnotation(id) {
      const index = this.#elements.findIndex((el) => el.data.id === id);
      if (index < 0) {
        return;
      }
      const [element2] = this.#elements.splice(index, 1);
      this.#accessibilityManager?.removePointerInTextLayer(element2.contentElement);
    }
    updateFakeAnnotations(editors) {
      if (editors.length === 0) {
        return;
      }
      for (const editor of editors) {
        editor.updateFakeAnnotationElement(this);
      }
      this.#addElementsToDOM();
    }
    togglePointerEvents(enabled = false) {
      this.div.classList.toggle("disabled", !enabled);
    }
    static get _defaultBorderStyle() {
      return util_shadow(this, "_defaultBorderStyle", Object.freeze({
        width: 1,
        rawWidth: 1,
        style: AnnotationBorderStyleType.SOLID,
        dashArray: [3],
        horizontalCornerRadius: 0,
        verticalCornerRadius: 0
      }));
    }
  };
  var EOL_PATTERN = /\r\n?|\n/g;
  var FreeTextEditor = class _FreeTextEditor extends AnnotationEditor {
    #content = "";
    #editorDivId = `${this.id}-editor`;
    #editModeAC = null;
    #fontSize;
    _colorPicker = null;
    static _freeTextDefaultContent = "";
    static _internalPadding = 0;
    static _defaultColor = null;
    static _defaultFontSize = 10;
    static get _keyboardManager() {
      const proto = _FreeTextEditor.prototype;
      const arrowChecker = (self2) => self2.isEmpty();
      const small = AnnotationEditorUIManager.TRANSLATE_SMALL;
      const big = AnnotationEditorUIManager.TRANSLATE_BIG;
      return util_shadow(this, "_keyboardManager", new KeyboardManager([[["ctrl+s", "mac+meta+s", "ctrl+p", "mac+meta+p"], proto.commitOrRemove, {
        bubbles: true
      }], [["ctrl+Enter", "mac+meta+Enter"], proto.commitOrRemove], [["Escape"], proto.commitOrRemove], [["ArrowLeft"], proto._translateEmpty, {
        args: [-small, 0],
        checker: arrowChecker
      }], [["ctrl+ArrowLeft", "mac+shift+ArrowLeft"], proto._translateEmpty, {
        args: [-big, 0],
        checker: arrowChecker
      }], [["ArrowRight"], proto._translateEmpty, {
        args: [small, 0],
        checker: arrowChecker
      }], [["ctrl+ArrowRight", "mac+shift+ArrowRight"], proto._translateEmpty, {
        args: [big, 0],
        checker: arrowChecker
      }], [["ArrowUp"], proto._translateEmpty, {
        args: [0, -small],
        checker: arrowChecker
      }], [["ctrl+ArrowUp", "mac+shift+ArrowUp"], proto._translateEmpty, {
        args: [0, -big],
        checker: arrowChecker
      }], [["ArrowDown"], proto._translateEmpty, {
        args: [0, small],
        checker: arrowChecker
      }], [["ctrl+ArrowDown", "mac+shift+ArrowDown"], proto._translateEmpty, {
        args: [0, big],
        checker: arrowChecker
      }]]));
    }
    static _type = "freetext";
    static _editorType = AnnotationEditorType.FREETEXT;
    constructor(params) {
      super({
        ...params,
        name: "freeTextEditor"
      });
      this.color = params.color || _FreeTextEditor._defaultColor || AnnotationEditor._defaultLineColor;
      this.#fontSize = params.fontSize || _FreeTextEditor._defaultFontSize;
      if (!this.annotationElementId) {
        this._uiManager.a11yAlert(AnnotationEditor._l10nAlert.freetext);
      }
      this.canAddComment = false;
    }
    static initialize(l10n, uiManager) {
      AnnotationEditor.initialize(l10n, uiManager);
      const style = getComputedStyle(document.documentElement);
      this._internalPadding = parseFloat(style.getPropertyValue("--freetext-padding"));
    }
    static updateDefaultParams(type, value) {
      switch (type) {
        case AnnotationEditorParamsType.FREETEXT_SIZE:
          _FreeTextEditor._defaultFontSize = value;
          break;
        case AnnotationEditorParamsType.FREETEXT_COLOR:
          _FreeTextEditor._defaultColor = value;
          break;
      }
    }
    updateParams(type, value) {
      switch (type) {
        case AnnotationEditorParamsType.FREETEXT_SIZE:
          this.#updateFontSize(value);
          break;
        case AnnotationEditorParamsType.FREETEXT_COLOR:
          this.#updateColor(value);
          break;
      }
    }
    static get defaultPropertiesToUpdate() {
      return [[AnnotationEditorParamsType.FREETEXT_SIZE, _FreeTextEditor._defaultFontSize], [AnnotationEditorParamsType.FREETEXT_COLOR, _FreeTextEditor._defaultColor || AnnotationEditor._defaultLineColor]];
    }
    get propertiesToUpdate() {
      return [[AnnotationEditorParamsType.FREETEXT_SIZE, this.#fontSize], [AnnotationEditorParamsType.FREETEXT_COLOR, this.color]];
    }
    get toolbarButtons() {
      this._colorPicker ||= new BasicColorPicker(this);
      return [["colorPicker", this._colorPicker]];
    }
    get colorType() {
      return AnnotationEditorParamsType.FREETEXT_COLOR;
    }
    #updateFontSize(fontSize) {
      const setFontsize = (size) => {
        this.editorDiv.style.fontSize = `calc(${size}px * var(--total-scale-factor))`;
        this.translate(0, -(size - this.#fontSize) * this.parentScale);
        this.#fontSize = size;
        this.#setEditorDimensions();
      };
      const savedFontsize = this.#fontSize;
      this.addCommands({
        cmd: setFontsize.bind(this, fontSize),
        undo: setFontsize.bind(this, savedFontsize),
        post: this._uiManager.updateUI.bind(this._uiManager, this),
        mustExec: true,
        type: AnnotationEditorParamsType.FREETEXT_SIZE,
        overwriteIfSameType: true,
        keepUndo: true
      });
    }
    onUpdatedColor() {
      this.editorDiv.style.color = this.color;
      this._colorPicker?.update(this.color);
      super.onUpdatedColor();
    }
    #updateColor(color2) {
      const setColor = (col) => {
        this.color = col;
        this.onUpdatedColor();
      };
      const savedColor = this.color;
      this.addCommands({
        cmd: setColor.bind(this, color2),
        undo: setColor.bind(this, savedColor),
        post: this._uiManager.updateUI.bind(this._uiManager, this),
        mustExec: true,
        type: AnnotationEditorParamsType.FREETEXT_COLOR,
        overwriteIfSameType: true,
        keepUndo: true
      });
    }
    _translateEmpty(x, y) {
      this._uiManager.translateSelectedEditors(x, y, true);
    }
    getInitialTranslation() {
      const scale2 = this.parentScale;
      return [-_FreeTextEditor._internalPadding * scale2, -(_FreeTextEditor._internalPadding + this.#fontSize) * scale2];
    }
    rebuild() {
      if (!this.parent) {
        return;
      }
      super.rebuild();
      if (this.div === null) {
        return;
      }
      if (!this.isAttachedToDOM) {
        this.parent.add(this);
      }
    }
    enableEditMode() {
      if (!super.enableEditMode()) {
        return false;
      }
      this.overlayDiv.classList.remove("enabled");
      this.editorDiv.contentEditable = true;
      this._isDraggable = false;
      this.div.removeAttribute("aria-activedescendant");
      this.#editModeAC = new AbortController();
      const signal = this._uiManager.combinedSignal(this.#editModeAC);
      this.editorDiv.addEventListener("keydown", this.editorDivKeydown.bind(this), {
        signal
      });
      this.editorDiv.addEventListener("focus", this.editorDivFocus.bind(this), {
        signal
      });
      this.editorDiv.addEventListener("blur", this.editorDivBlur.bind(this), {
        signal
      });
      this.editorDiv.addEventListener("input", this.editorDivInput.bind(this), {
        signal
      });
      this.editorDiv.addEventListener("paste", this.editorDivPaste.bind(this), {
        signal
      });
      return true;
    }
    disableEditMode() {
      if (!super.disableEditMode()) {
        return false;
      }
      this.overlayDiv.classList.add("enabled");
      this.editorDiv.contentEditable = false;
      this.div.setAttribute("aria-activedescendant", this.#editorDivId);
      this._isDraggable = true;
      this.#editModeAC?.abort();
      this.#editModeAC = null;
      this.div.focus({
        preventScroll: true
      });
      this.isEditing = false;
      this.parent.div.classList.add("freetextEditing");
      return true;
    }
    focusin(event) {
      if (!this._focusEventsAllowed) {
        return;
      }
      super.focusin(event);
      if (event.target !== this.editorDiv) {
        this.editorDiv.focus();
      }
    }
    onceAdded(focus) {
      if (this.width) {
        return;
      }
      this.enableEditMode();
      if (focus) {
        this.editorDiv.focus();
      }
      if (this._initialOptions?.isCentered) {
        this.center();
      }
      this._initialOptions = null;
    }
    isEmpty() {
      return !this.editorDiv || this.editorDiv.innerText.trim() === "";
    }
    remove() {
      this.isEditing = false;
      if (this.parent) {
        this.parent.setEditingState(true);
        this.parent.div.classList.add("freetextEditing");
      }
      super.remove();
    }
    #extractText() {
      const buffer = [];
      this.editorDiv.normalize();
      let prevChild = null;
      for (const child of this.editorDiv.childNodes) {
        if (prevChild?.nodeType === Node.TEXT_NODE && child.nodeName === "BR") {
          continue;
        }
        buffer.push(_FreeTextEditor.#getNodeContent(child));
        prevChild = child;
      }
      return buffer.join("\n");
    }
    #setEditorDimensions() {
      const [parentWidth, parentHeight] = this.parentDimensions;
      let rect2;
      if (this.isAttachedToDOM) {
        rect2 = this.div.getBoundingClientRect();
      } else {
        const {
          currentLayer,
          div
        } = this;
        const savedDisplay = div.style.display;
        const savedVisibility = div.classList.contains("hidden");
        div.classList.remove("hidden");
        div.style.display = "hidden";
        currentLayer.div.append(this.div);
        rect2 = div.getBoundingClientRect();
        div.remove();
        div.style.display = savedDisplay;
        div.classList.toggle("hidden", savedVisibility);
      }
      if (this.rotation % 180 === this.parentRotation % 180) {
        this.width = rect2.width / parentWidth;
        this.height = rect2.height / parentHeight;
      } else {
        this.width = rect2.height / parentWidth;
        this.height = rect2.width / parentHeight;
      }
      this.fixAndSetPosition();
    }
    commit() {
      if (!this.isInEditMode()) {
        return;
      }
      super.commit();
      this.disableEditMode();
      const savedText = this.#content;
      const newText = this.#content = this.#extractText().trimEnd();
      if (savedText === newText) {
        return;
      }
      const setText = (text2) => {
        this.#content = text2;
        if (!text2) {
          this.remove();
          return;
        }
        this.#setContent();
        this._uiManager.rebuild(this);
        this.#setEditorDimensions();
      };
      this.addCommands({
        cmd: () => {
          setText(newText);
        },
        undo: () => {
          setText(savedText);
        },
        mustExec: false
      });
      this.#setEditorDimensions();
    }
    shouldGetKeyboardEvents() {
      return this.isInEditMode();
    }
    enterInEditMode() {
      this.enableEditMode();
      this.editorDiv.focus();
    }
    keydown(event) {
      if (event.target === this.div && event.key === "Enter") {
        this.enterInEditMode();
        event.preventDefault();
      }
    }
    editorDivKeydown(event) {
      _FreeTextEditor._keyboardManager.exec(this, event);
    }
    editorDivFocus(event) {
      this.isEditing = true;
    }
    editorDivBlur(event) {
      this.isEditing = false;
    }
    editorDivInput(event) {
      this.parent.div.classList.toggle("freetextEditing", this.isEmpty());
    }
    disableEditing() {
      this.editorDiv.setAttribute("role", "comment");
      this.editorDiv.removeAttribute("aria-multiline");
    }
    enableEditing() {
      this.editorDiv.setAttribute("role", "textbox");
      this.editorDiv.setAttribute("aria-multiline", true);
    }
    get canChangeContent() {
      return true;
    }
    render() {
      if (this.div) {
        return this.div;
      }
      let baseX, baseY;
      if (this._isCopy || this.annotationElementId) {
        baseX = this.x;
        baseY = this.y;
      }
      super.render();
      this.editorDiv = document.createElement("div");
      this.editorDiv.className = "internal";
      this.editorDiv.setAttribute("id", this.#editorDivId);
      this.editorDiv.setAttribute("data-l10n-id", "pdfjs-free-text2");
      this.editorDiv.setAttribute("data-l10n-attrs", "default-content");
      this.enableEditing();
      this.editorDiv.contentEditable = true;
      const {
        style
      } = this.editorDiv;
      style.fontSize = `calc(${this.#fontSize}px * var(--total-scale-factor))`;
      style.color = this.color;
      this.div.append(this.editorDiv);
      this.overlayDiv = document.createElement("div");
      this.overlayDiv.classList.add("overlay", "enabled");
      this.div.append(this.overlayDiv);
      if (this._isCopy || this.annotationElementId) {
        const [parentWidth, parentHeight] = this.parentDimensions;
        if (this.annotationElementId) {
          const {
            position
          } = this._initialData;
          let [tx, ty] = this.getInitialTranslation();
          [tx, ty] = this.pageTranslationToScreen(tx, ty);
          const [pageWidth, pageHeight] = this.pageDimensions;
          const [pageX, pageY] = this.pageTranslation;
          let posX, posY;
          switch (this.rotation) {
            case 0:
              posX = baseX + (position[0] - pageX) / pageWidth;
              posY = baseY + this.height - (position[1] - pageY) / pageHeight;
              break;
            case 90:
              posX = baseX + (position[0] - pageX) / pageWidth;
              posY = baseY - (position[1] - pageY) / pageHeight;
              [tx, ty] = [ty, -tx];
              break;
            case 180:
              posX = baseX - this.width + (position[0] - pageX) / pageWidth;
              posY = baseY - (position[1] - pageY) / pageHeight;
              [tx, ty] = [-tx, -ty];
              break;
            case 270:
              posX = baseX + (position[0] - pageX - this.height * pageHeight) / pageWidth;
              posY = baseY + (position[1] - pageY - this.width * pageWidth) / pageHeight;
              [tx, ty] = [-ty, tx];
              break;
          }
          this.setAt(posX * parentWidth, posY * parentHeight, tx, ty);
        } else {
          this._moveAfterPaste(baseX, baseY);
        }
        this.#setContent();
        this._isDraggable = true;
        this.editorDiv.contentEditable = false;
      } else {
        this._isDraggable = false;
        this.editorDiv.contentEditable = true;
      }
      return this.div;
    }
    static #getNodeContent(node2) {
      return (node2.nodeType === Node.TEXT_NODE ? node2.nodeValue : node2.innerText).replaceAll(EOL_PATTERN, "");
    }
    editorDivPaste(event) {
      const clipboardData = event.clipboardData || window.clipboardData;
      const {
        types: types2
      } = clipboardData;
      if (types2.length === 1 && types2[0] === "text/plain") {
        return;
      }
      event.preventDefault();
      const paste = _FreeTextEditor.#deserializeContent(clipboardData.getData("text") || "").replaceAll(EOL_PATTERN, "\n");
      if (!paste) {
        return;
      }
      const selection = window.getSelection();
      if (!selection.rangeCount) {
        return;
      }
      this.editorDiv.normalize();
      selection.deleteFromDocument();
      const range3 = selection.getRangeAt(0);
      if (!paste.includes("\n")) {
        range3.insertNode(document.createTextNode(paste));
        this.editorDiv.normalize();
        selection.collapseToStart();
        return;
      }
      const {
        startContainer,
        startOffset
      } = range3;
      const bufferBefore = [];
      const bufferAfter = [];
      if (startContainer.nodeType === Node.TEXT_NODE) {
        const parent = startContainer.parentElement;
        bufferAfter.push(startContainer.nodeValue.slice(startOffset).replaceAll(EOL_PATTERN, ""));
        if (parent !== this.editorDiv) {
          let buffer = bufferBefore;
          for (const child of this.editorDiv.childNodes) {
            if (child === parent) {
              buffer = bufferAfter;
              continue;
            }
            buffer.push(_FreeTextEditor.#getNodeContent(child));
          }
        }
        bufferBefore.push(startContainer.nodeValue.slice(0, startOffset).replaceAll(EOL_PATTERN, ""));
      } else if (startContainer === this.editorDiv) {
        let buffer = bufferBefore;
        let i = 0;
        for (const child of this.editorDiv.childNodes) {
          if (i++ === startOffset) {
            buffer = bufferAfter;
          }
          buffer.push(_FreeTextEditor.#getNodeContent(child));
        }
      }
      this.#content = `${bufferBefore.join("\n")}${paste}${bufferAfter.join("\n")}`;
      this.#setContent();
      const newRange = new Range();
      let beforeLength = Math.sumPrecise(bufferBefore.map((line) => line.length));
      for (const {
        firstChild
      } of this.editorDiv.childNodes) {
        if (firstChild.nodeType === Node.TEXT_NODE) {
          const length = firstChild.nodeValue.length;
          if (beforeLength <= length) {
            newRange.setStart(firstChild, beforeLength);
            newRange.setEnd(firstChild, beforeLength);
            break;
          }
          beforeLength -= length;
        }
      }
      selection.removeAllRanges();
      selection.addRange(newRange);
    }
    #setContent() {
      this.editorDiv.replaceChildren();
      if (!this.#content) {
        return;
      }
      for (const line of this.#content.split("\n")) {
        const div = document.createElement("div");
        div.append(line ? document.createTextNode(line) : document.createElement("br"));
        this.editorDiv.append(div);
      }
    }
    #serializeContent() {
      return this.#content.replaceAll(" ", " ");
    }
    static #deserializeContent(content) {
      return content.replaceAll(" ", " ");
    }
    get contentDiv() {
      return this.editorDiv;
    }
    getPDFRect() {
      const padding = _FreeTextEditor._internalPadding * this.parentScale;
      return this.getRect(padding, padding);
    }
    static async deserialize(data, parent, uiManager) {
      let initialData = null;
      if (data instanceof FreeTextAnnotationElement) {
        const {
          data: {
            defaultAppearanceData: {
              fontSize,
              fontColor
            },
            rect: rect2,
            rotation,
            id,
            popupRef,
            richText,
            contentsObj,
            creationDate,
            modificationDate
          },
          textContent,
          textPosition,
          parent: {
            page: {
              pageNumber
            }
          }
        } = data;
        if (!textContent?.length) {
          return null;
        }
        initialData = data = {
          annotationType: AnnotationEditorType.FREETEXT,
          color: Array.from(fontColor),
          fontSize,
          value: textContent.join("\n"),
          position: textPosition,
          pageIndex: pageNumber - 1,
          rect: rect2.slice(0),
          rotation,
          annotationElementId: id,
          id,
          deleted: false,
          popupRef,
          comment: contentsObj?.str || null,
          richText,
          creationDate,
          modificationDate
        };
      }
      const editor = await super.deserialize(data, parent, uiManager);
      editor.#fontSize = data.fontSize;
      editor.color = Util.makeHexColor(...data.color);
      editor.#content = _FreeTextEditor.#deserializeContent(data.value);
      editor._initialData = initialData;
      if (data.comment) {
        editor.setCommentData(data);
      }
      return editor;
    }
    serialize(isForCopying = false) {
      if (this.isEmpty()) {
        return null;
      }
      if (this.deleted) {
        return this.serializeDeleted();
      }
      const color2 = AnnotationEditor._colorManager.convert(this.isAttachedToDOM ? getComputedStyle(this.editorDiv).color : this.color);
      const serialized = Object.assign(super.serialize(isForCopying), {
        color: color2,
        fontSize: this.#fontSize,
        value: this.#serializeContent()
      });
      this.addComment(serialized);
      if (isForCopying) {
        serialized.isCopy = true;
        return serialized;
      }
      if (this.annotationElementId && !this.#hasElementChanged(serialized)) {
        return null;
      }
      serialized.id = this.annotationElementId;
      return serialized;
    }
    #hasElementChanged(serialized) {
      const {
        value,
        fontSize,
        color: color2,
        pageIndex
      } = this._initialData;
      return this.hasEditedComment || this._hasBeenMoved || serialized.value !== value || serialized.fontSize !== fontSize || serialized.color.some((c, i) => c !== color2[i]) || serialized.pageIndex !== pageIndex;
    }
    renderAnnotationElement(annotation) {
      const content = super.renderAnnotationElement(annotation);
      if (!content) {
        return null;
      }
      const {
        style
      } = content;
      style.fontSize = `calc(${this.#fontSize}px * var(--total-scale-factor))`;
      style.color = this.color;
      content.replaceChildren();
      for (const line of this.#content.split("\n")) {
        const div = document.createElement("div");
        div.append(line ? document.createTextNode(line) : document.createElement("br"));
        content.append(div);
      }
      annotation.updateEdited({
        rect: this.getPDFRect(),
        popup: this._uiManager.hasCommentManager() || this.hasEditedComment ? this.comment : {
          text: this.#content
        }
      });
      return content;
    }
    resetAnnotationElement(annotation) {
      super.resetAnnotationElement(annotation);
      annotation.resetEdited();
    }
  };
  var DrawingOptions = class {
    #svgProperties = /* @__PURE__ */ Object.create(null);
    updateProperty(name, value) {
      this[name] = value;
      this.updateSVGProperty(name, value);
    }
    updateProperties(properties) {
      if (!properties) {
        return;
      }
      for (const [name, value] of Object.entries(properties)) {
        if (!name.startsWith("_")) {
          this.updateProperty(name, value);
        }
      }
    }
    updateSVGProperty(name, value) {
      this.#svgProperties[name] = value;
    }
    toSVGProperties() {
      const root = this.#svgProperties;
      this.#svgProperties = /* @__PURE__ */ Object.create(null);
      return {
        root
      };
    }
    reset() {
      this.#svgProperties = /* @__PURE__ */ Object.create(null);
    }
    updateAll(options2 = this) {
      this.updateProperties(options2);
    }
    clone() {
      unreachable("Not implemented");
    }
  };
  var DrawingEditor = class _DrawingEditor extends AnnotationEditor {
    #internalDiv = null;
    #mustBeCommitted;
    _clipPathId = null;
    _colorPicker = null;
    _drawId = null;
    _drawOutlines = null;
    _focusDrawId = null;
    static _currentDrawId = -1;
    static _currentParent = null;
    static #currentDraw = null;
    static #currentDrawingAC = null;
    static #currentDrawingOptions = null;
    static #currentClipPathId = null;
    static _INNER_MARGIN = 3;
    constructor(params) {
      super(params);
      this.#mustBeCommitted = params.mustBeCommitted || false;
      this._addOutlines(params);
    }
    onUpdatedColor() {
      this._colorPicker?.update(this.color);
      super.onUpdatedColor();
    }
    onUpdatedOpacity() {
      this._colorPicker?.updateOpacity?.(this.opacity);
    }
    _addOutlines(params) {
      if (params.drawOutlines) {
        this.#createDrawOutlines(params);
        this.#addToDrawLayer();
      }
    }
    #createDrawOutlines({
      drawOutlines,
      drawId,
      drawingOptions,
      clipPathId
    }) {
      this._drawOutlines = drawOutlines;
      this._drawingOptions ||= drawingOptions;
      if (!this.annotationElementId) {
        this._uiManager.a11yAlert(AnnotationEditor._l10nAlert[this.editorType]);
      }
      if (drawId >= 0) {
        this._drawId = drawId;
        this._clipPathId = clipPathId ?? null;
        this.parent.drawLayer.finalizeDraw(drawId, drawOutlines.defaultProperties);
        this.#createFocusOutline(this.parent);
      } else {
        this._drawId = this.#createDrawing(drawOutlines, this.parent);
      }
      this.#updateBbox(drawOutlines.box);
    }
    #createDrawing(drawOutlines, parent) {
      const {
        id,
        clipPathId
      } = parent.drawLayer.draw(_DrawingEditor._mergeSVGProperties(this._drawingOptions.toSVGProperties(), drawOutlines.defaultSVGProperties), false, this.constructor._hasClipPath);
      if (this.constructor._hasClipPath) {
        this._clipPathId = clipPathId;
      }
      this.#createFocusOutline(parent);
      return id;
    }
    #createFocusOutline(parent) {
      const properties = this._drawOutlines.getFocusSVGProperties(this.#rotationAngle);
      if (properties) {
        this._focusDrawId = parent.drawLayer.drawOutline(properties, this._drawOutlines.focusMustRemoveSelfIntersections);
      }
    }
    #updateFocusOutline(angle = this.#rotationAngle) {
      if (this._focusDrawId === null) {
        return;
      }
      this.parent?.drawLayer.updateProperties(this._focusDrawId, this._drawOutlines.getFocusSVGProperties(angle));
    }
    #toggleFocusOutlineClass(rootClass) {
      if (this._focusDrawId !== null) {
        this.parent?.drawLayer.updateProperties(this._focusDrawId, {
          rootClass
        });
      }
    }
    #updateVisibility() {
      const {
        parent,
        _drawId,
        _focusDrawId,
        _isVisible
      } = this;
      if (!parent || _drawId === null) {
        return;
      }
      const rootClass = {
        hidden: !_isVisible
      };
      parent.drawLayer.updateProperties(_drawId, {
        rootClass
      });
      if (_focusDrawId !== null) {
        parent.drawLayer.updateProperties(_focusDrawId, {
          rootClass
        });
      }
    }
    static _mergeSVGProperties(p1, p2) {
      const p1Keys = new Set(Object.keys(p1));
      for (const [key2, value] of Object.entries(p2)) {
        if (p1Keys.has(key2)) {
          Object.assign(p1[key2], value);
        } else {
          p1[key2] = value;
        }
      }
      return p1;
    }
    static getDefaultDrawingOptions(_options2) {
      unreachable("Not implemented");
    }
    static get typesMap() {
      unreachable("Not implemented");
    }
    static get isDrawer() {
      return true;
    }
    static get _hasClipPath() {
      return false;
    }
    static get _hasDrawClass() {
      return true;
    }
    static get supportMultipleDrawings() {
      return false;
    }
    get _drawRotation() {
      return this.rotation;
    }
    get _opacityName() {
      return this.constructor.typesMap.get(this.opacityType);
    }
    get #rotationAngle() {
      return (this.parentRotation - this._drawRotation + 360) % 360;
    }
    static updateDefaultParams(type, value) {
      const propertyName = this.typesMap.get(type);
      if (propertyName) {
        this._defaultDrawingOptions.updateProperty(propertyName, value);
      }
      if (this._currentParent) {
        _DrawingEditor.#currentDraw.updateProperty(propertyName, value);
        this._currentParent.drawLayer.updateProperties(this._currentDrawId, this._defaultDrawingOptions.toSVGProperties());
      }
    }
    updateParams(type, value) {
      const propertyName = this.constructor.typesMap.get(type);
      if (propertyName) {
        this._updateProperty(type, propertyName, value);
      }
    }
    static get defaultPropertiesToUpdate() {
      const properties = [];
      const options2 = this._defaultDrawingOptions;
      for (const [type, name] of this.typesMap) {
        properties.push([type, options2[name]]);
      }
      return properties;
    }
    get propertiesToUpdate() {
      const properties = [];
      const {
        _drawingOptions
      } = this;
      for (const [type, name] of this.constructor.typesMap) {
        properties.push([type, _drawingOptions[name]]);
      }
      return properties;
    }
    _updateProperty(type, name, value) {
      const options2 = this._drawingOptions;
      const savedValue = options2[name];
      const setter = (val) => {
        options2.updateProperty(name, val);
        const bbox = this._drawOutlines.updateProperty(name, val);
        if (bbox) {
          this.#updateBbox(bbox);
        }
        this.parent?.drawLayer.updateProperties(this._drawId, options2.toSVGProperties());
        if (type === this.colorType) {
          this.onUpdatedColor();
        } else if (type === this.opacityType) {
          this.onUpdatedOpacity();
        }
      };
      this.addCommands({
        cmd: setter.bind(this, value),
        undo: setter.bind(this, savedValue),
        post: this._uiManager.updateUI.bind(this._uiManager, this),
        mustExec: true,
        type,
        overwriteIfSameType: true,
        keepUndo: true
      });
    }
    _updateColorAndOpacity(color2, opacity, type = this.colorAndOpacityType) {
      const colorName = this.constructor.typesMap.get(this.colorType);
      const opacityName = this._opacityName;
      const options2 = this._drawingOptions;
      const savedColor = options2[colorName];
      const savedOpacity = options2[opacityName];
      const setter = (c, op) => {
        options2.updateProperty(colorName, c);
        options2.updateProperty(opacityName, op);
        this._drawOutlines.updateProperty(colorName, c);
        this._drawOutlines.updateProperty(opacityName, op);
        this.parent?.drawLayer.updateProperties(this._drawId, options2.toSVGProperties());
        this.onUpdatedColor();
        this.onUpdatedOpacity();
      };
      this.addCommands({
        cmd: setter.bind(this, color2, opacity),
        undo: setter.bind(this, savedColor, savedOpacity),
        post: this._uiManager.updateUI.bind(this._uiManager, this),
        mustExec: true,
        type,
        overwriteIfSameType: true,
        keepUndo: true
      });
    }
    _onResizing() {
      this.parent?.drawLayer.updateProperties(this._drawId, _DrawingEditor._mergeSVGProperties(this._drawOutlines.getPathResizingSVGProperties(this.#convertToDrawSpace()), {
        bbox: this.#rotateBox()
      }));
    }
    _onResized() {
      this.parent?.drawLayer.updateProperties(this._drawId, _DrawingEditor._mergeSVGProperties(this._drawOutlines.getPathResizedSVGProperties(this.#convertToDrawSpace()), {
        bbox: this.#rotateBox()
      }));
      this.#updateFocusOutline();
    }
    _onTranslating(_x, _y) {
      this.parent?.drawLayer.updateProperties(this._drawId, {
        bbox: this.#rotateBox()
      });
    }
    _onTranslated() {
      this.parent?.drawLayer.updateProperties(this._drawId, _DrawingEditor._mergeSVGProperties(this._drawOutlines.getPathTranslatedSVGProperties(this.#convertToDrawSpace(), this.parentDimensions), {
        bbox: this.#rotateBox()
      }));
    }
    _onStartDragging() {
      this.parent?.drawLayer.updateProperties(this._drawId, {
        rootClass: {
          moving: true
        }
      });
    }
    _onStopDragging() {
      this.parent?.drawLayer.updateProperties(this._drawId, {
        rootClass: {
          moving: false
        }
      });
    }
    get _mustBeDisabledOnCommit() {
      return true;
    }
    commit() {
      super.commit();
      if (this._mustBeDisabledOnCommit) {
        this.disableEditMode();
        this.disableEditing();
      }
    }
    disableEditing() {
      super.disableEditing();
      this.div.classList.toggle("disabled", true);
    }
    enableEditing() {
      super.enableEditing();
      this.div.classList.toggle("disabled", false);
    }
    getBaseTranslation() {
      return [0, 0];
    }
    get isResizable() {
      return true;
    }
    onceAdded(focus) {
      if (!this.annotationElementId) {
        this.parent.addUndoableEditor(this);
      }
      this._isDraggable = true;
      if (this.#mustBeCommitted) {
        this.#mustBeCommitted = false;
        this.commit();
        this.parent.setSelected(this);
        if (focus && this.isOnScreen) {
          this.div.focus();
        }
      }
    }
    remove() {
      this._uiManager.removeShouldRescale(this);
      this.#cleanDrawLayer();
      super.remove();
    }
    rebuild() {
      if (!this.parent) {
        return;
      }
      super.rebuild();
      if (this.div === null) {
        return;
      }
      this.#addToDrawLayer();
      this.#updateBbox(this._drawOutlines.box);
      if (!this.isAttachedToDOM) {
        this.parent.add(this);
      }
    }
    setParent(parent) {
      let mustBeSelected = false;
      if (this.parent && !parent) {
        this._uiManager.removeShouldRescale(this);
        this.#cleanDrawLayer();
      } else if (parent) {
        this._uiManager.addShouldRescale(this);
        this.#addToDrawLayer(parent);
        mustBeSelected = !this.parent && this.div?.classList.contains("selectedEditor");
      }
      super.setParent(parent);
      this.#updateVisibility();
      if (mustBeSelected) {
        this.select();
      }
    }
    #cleanDrawLayer() {
      if (this._drawId === null || !this.parent) {
        return;
      }
      const {
        drawLayer
      } = this.parent;
      drawLayer.remove(this._drawId);
      this._drawId = null;
      if (this._focusDrawId !== null) {
        drawLayer.remove(this._focusDrawId);
        this._focusDrawId = null;
      }
      this._drawingOptions.reset();
    }
    #addToDrawLayer(parent = this.parent) {
      if (this._drawId !== null && this.parent === parent) {
        return;
      }
      if (this._drawId !== null) {
        const {
          drawLayer
        } = this.parent;
        drawLayer.updateParent(this._drawId, parent.drawLayer);
        if (this._focusDrawId !== null) {
          drawLayer.updateParent(this._focusDrawId, parent.drawLayer);
        }
        return;
      }
      this._drawingOptions.updateAll();
      this._drawId = this.#createDrawing(this._drawOutlines, parent);
      if (this._clipPathId && this.#internalDiv) {
        this.#internalDiv.style.clipPath = this._clipPathId;
      }
    }
    #convertToParentSpace([x, y, width, height]) {
      const {
        parentDimensions: [pW, pH],
        _drawRotation: rotation
      } = this;
      switch (rotation) {
        case 90:
          return [y, 1 - x, width * (pH / pW), height * (pW / pH)];
        case 180:
          return [1 - x, 1 - y, width, height];
        case 270:
          return [1 - y, x, width * (pH / pW), height * (pW / pH)];
        default:
          return [x, y, width, height];
      }
    }
    #convertToDrawSpace() {
      const {
        x,
        y,
        width,
        height,
        parentDimensions: [pW, pH],
        _drawRotation: rotation
      } = this;
      switch (rotation) {
        case 90:
          return [1 - y, x, width * (pW / pH), height * (pH / pW)];
        case 180:
          return [1 - x, 1 - y, width, height];
        case 270:
          return [y, 1 - x, width * (pW / pH), height * (pH / pW)];
        default:
          return [x, y, width, height];
      }
    }
    #updateBbox(bbox) {
      [this.x, this.y, this.width, this.height] = this.#convertToParentSpace(bbox);
      if (this.div) {
        this.fixAndSetPosition();
        this.setDims();
      }
      this._onResized();
    }
    #rotateBox(parentRotation = this.parentRotation) {
      const {
        x,
        y,
        width,
        height,
        _drawRotation: rotation,
        parentDimensions: [pW, pH]
      } = this;
      switch ((rotation * 4 + parentRotation) / 90) {
        case 1:
          return [1 - y - height, x, height, width];
        case 2:
          return [1 - x - width, 1 - y - height, width, height];
        case 3:
          return [y, 1 - x - width, height, width];
        case 4:
          return [x, y - width * (pW / pH), height * (pH / pW), width * (pW / pH)];
        case 5:
          return [1 - y, x, width * (pW / pH), height * (pH / pW)];
        case 6:
          return [1 - x - height * (pH / pW), 1 - y, height * (pH / pW), width * (pW / pH)];
        case 7:
          return [y - width * (pW / pH), 1 - x - height * (pH / pW), width * (pW / pH), height * (pH / pW)];
        case 8:
          return [x - width, y - height, width, height];
        case 9:
          return [1 - y, x - width, height, width];
        case 10:
          return [1 - x, 1 - y, width, height];
        case 11:
          return [y - height, 1 - x, height, width];
        case 12:
          return [x - height * (pH / pW), y, height * (pH / pW), width * (pW / pH)];
        case 13:
          return [1 - y - width * (pW / pH), x - height * (pH / pW), width * (pW / pH), height * (pH / pW)];
        case 14:
          return [1 - x, 1 - y - width * (pW / pH), height * (pH / pW), width * (pW / pH)];
        case 15:
          return [y, 1 - x, width * (pW / pH), height * (pH / pW)];
        default:
          return [x, y, width, height];
      }
    }
    rotate(parentRotation = this.parentRotation) {
      if (!this.parent || this._drawId === null) {
        return;
      }
      const angle = (parentRotation - this._drawRotation + 360) % 360;
      this.parent.drawLayer.updateProperties(this._drawId, _DrawingEditor._mergeSVGProperties({
        bbox: this.#rotateBox(parentRotation)
      }, this._drawOutlines.updateRotation(angle)));
      this.#updateFocusOutline(angle);
    }
    show(visible = this._isVisible) {
      super.show(visible);
      this.#updateVisibility();
    }
    select() {
      super.select();
      this.#toggleFocusOutlineClass({
        hovered: false,
        selected: true
      });
    }
    unselect() {
      super.unselect();
      this.#toggleFocusOutlineClass({
        selected: false
      });
    }
    pointerover() {
      if (!this.isSelected) {
        this.#toggleFocusOutlineClass({
          hovered: true
        });
      }
    }
    pointerleave() {
      if (!this.isSelected) {
        this.#toggleFocusOutlineClass({
          hovered: false
        });
      }
    }
    onScaleChanging() {
      if (!this.parent) {
        return;
      }
      const bbox = this._drawOutlines.updateParentDimensions(this.parentDimensions, this.parent.scale);
      if (bbox) {
        this.#updateBbox(bbox);
      }
    }
    static onScaleChangingWhenDrawing() {
    }
    render() {
      if (this.div) {
        return this.div;
      }
      let baseX, baseY;
      if (this._isCopy) {
        baseX = this.x;
        baseY = this.y;
      }
      const div = super.render();
      if (this.constructor._hasDrawClass) {
        div.classList.add("draw");
      }
      const drawDiv = this.#internalDiv = document.createElement("div");
      div.append(drawDiv);
      drawDiv.setAttribute("aria-hidden", "true");
      drawDiv.className = "internal";
      if (this._clipPathId) {
        drawDiv.style.clipPath = this._clipPathId;
      }
      bindEvents(this, drawDiv, ["pointerover", "pointerleave"]);
      this.setDims();
      this._uiManager.addShouldRescale(this);
      this.disableEditing();
      if (this._isCopy) {
        this._moveAfterPaste(baseX, baseY);
      }
      return div;
    }
    static createDrawerInstance(_params) {
      unreachable("Not implemented");
    }
    static _getDrawingTarget(_parent2, {
      target
    }) {
      return target;
    }
    static _getPointerCoords({
      offsetX,
      offsetY,
      clientX,
      clientY
    }, referenceEvent = null) {
      if (!referenceEvent) {
        return [offsetX, offsetY];
      }
      let deltaX = clientX - referenceEvent.clientX;
      let deltaY = clientY - referenceEvent.clientY;
      switch (this._currentParent.viewport.rotation) {
        case 90:
          [deltaX, deltaY] = [deltaY, -deltaX];
          break;
        case 180:
          [deltaX, deltaY] = [-deltaX, -deltaY];
          break;
        case 270:
          [deltaX, deltaY] = [-deltaY, deltaX];
          break;
      }
      return [referenceEvent.offsetX + deltaX, referenceEvent.offsetY + deltaY];
    }
    static _addDrawingListeners(_target, _signal) {
    }
    static _endDrawingSession(isAborted = false) {
      return this._currentParent.endDrawingSession(isAborted);
    }
    static startDrawing(parent, uiManager, isLTR, event) {
      const {
        pointerId,
        pointerType
      } = event;
      if (CurrentPointers.isInitializedAndDifferentPointerType(pointerType)) {
        return;
      }
      const target = this._getDrawingTarget(parent, event);
      const [x, y] = this._getPointerCoords(event);
      const {
        viewport: {
          rotation
        }
      } = parent;
      const {
        x: boxX,
        y: boxY,
        width: parentWidth,
        height: parentHeight
      } = target.getBoundingClientRect();
      const ac = _DrawingEditor.#currentDrawingAC = new AbortController();
      const signal = parent.combinedSignal(ac);
      CurrentPointers.setPointer(pointerType, pointerId);
      window.addEventListener("pointerup", (e) => {
        if (CurrentPointers.isSamePointerIdOrRemove(e.pointerId)) {
          this._endDraw(e);
        }
      }, {
        signal
      });
      window.addEventListener("pointercancel", (e) => {
        if (CurrentPointers.isSamePointerIdOrRemove(e.pointerId)) {
          this._endDrawingSession();
        }
      }, {
        signal
      });
      window.addEventListener("pointerdown", (e) => {
        if (!CurrentPointers.isSamePointerType(e.pointerType)) {
          return;
        }
        CurrentPointers.initializeAndAddPointerId(e.pointerId);
        if (_DrawingEditor.#currentDraw.isCancellable()) {
          _DrawingEditor.#currentDraw.removeLastElement();
          if (_DrawingEditor.#currentDraw.isEmpty()) {
            this._endDrawingSession(true);
          } else {
            this._endDraw(null);
          }
        }
      }, {
        capture: true,
        passive: false,
        signal
      });
      window.addEventListener("contextmenu", noContextMenu, {
        signal
      });
      target.addEventListener("pointermove", this._drawMove.bind(this), {
        signal
      });
      target.addEventListener("touchmove", (e) => {
        if (CurrentPointers.isSameTimeStamp(e.timeStamp)) {
          stopEvent(e);
        }
      }, {
        signal
      });
      this._addDrawingListeners(target, signal);
      parent.toggleDrawing();
      uiManager._editorUndoBar?.hide();
      if (_DrawingEditor.#currentDraw) {
        parent.drawLayer.updateProperties(this._currentDrawId, _DrawingEditor.#currentDraw.startNew(x, y, parentWidth, parentHeight, rotation));
        return;
      }
      uiManager.updateUIForDefaultProperties(this);
      _DrawingEditor.#currentDraw = this.createDrawerInstance({
        x,
        y,
        box: [boxX, boxY, parentWidth, parentHeight],
        rotation,
        parent,
        isLTR
      });
      _DrawingEditor.#currentDrawingOptions = this.getDefaultDrawingOptions();
      this._currentParent = parent;
      const {
        id,
        clipPathId
      } = parent.drawLayer.draw(this._mergeSVGProperties(_DrawingEditor.#currentDrawingOptions.toSVGProperties(), _DrawingEditor.#currentDraw.defaultSVGProperties), true, this._hasClipPath);
      this._currentDrawId = id;
      _DrawingEditor.#currentClipPathId = this._hasClipPath ? clipPathId : null;
    }
    static _drawMove(event) {
      CurrentPointers.isSameTimeStamp(event.timeStamp);
      if (!_DrawingEditor.#currentDraw || !CurrentPointers.isSamePointerId(event.pointerId)) {
        return;
      }
      if (CurrentPointers.isUsingMultiplePointers()) {
        this._endDraw(event);
        return;
      }
      let properties;
      const coalesced = event.getCoalescedEvents?.();
      if (coalesced?.length) {
        const points = [];
        for (const sample of coalesced) {
          points.push(...this._getPointerCoords(sample, event));
        }
        properties = _DrawingEditor.#currentDraw.addPoints(points);
      } else {
        properties = _DrawingEditor.#currentDraw.add(...this._getPointerCoords(event));
      }
      this._currentParent.drawLayer.updateProperties(this._currentDrawId, properties);
      CurrentPointers.setTimeStamp(event.timeStamp);
      stopEvent(event);
    }
    static _cleanup(all) {
      if (all) {
        this._currentDrawId = -1;
        this._currentParent = null;
        _DrawingEditor.#currentDraw = null;
        _DrawingEditor.#currentDrawingOptions = null;
        _DrawingEditor.#currentClipPathId = null;
        CurrentPointers.clearTimeStamp();
      }
      if (_DrawingEditor.#currentDrawingAC) {
        _DrawingEditor.#currentDrawingAC.abort();
        _DrawingEditor.#currentDrawingAC = null;
        CurrentPointers.clearPointerIds();
      }
    }
    static _endDraw(event) {
      const parent = this._currentParent;
      if (!parent) {
        return;
      }
      parent.toggleDrawing(true);
      this._cleanup(false);
      parent.drawLayer.updateProperties(this._currentDrawId, event?.target === parent.div ? _DrawingEditor.#currentDraw.end(...this._getPointerCoords(event)) : _DrawingEditor.#currentDraw.end());
      if (this.supportMultipleDrawings) {
        const draw = _DrawingEditor.#currentDraw;
        const drawId = this._currentDrawId;
        const lastElement = draw.getLastElement();
        parent.addCommands({
          cmd: () => {
            parent.drawLayer.updateProperties(drawId, draw.setLastElement(lastElement));
          },
          undo: () => {
            parent.drawLayer.updateProperties(drawId, draw.removeLastElement());
          },
          mustExec: false,
          type: AnnotationEditorParamsType.DRAW_STEP
        });
        return;
      }
      this.endDrawing(false);
    }
    static endDrawing(isAborted) {
      const parent = this._currentParent;
      if (!parent) {
        return null;
      }
      parent.toggleDrawing(true);
      parent.cleanUndoStack(AnnotationEditorParamsType.DRAW_STEP);
      if (!_DrawingEditor.#currentDraw.isEmpty()) {
        const {
          pageDimensions: [pageWidth, pageHeight],
          scale: scale2
        } = parent;
        const editor = parent.createAndAddNewEditor({
          offsetX: 0,
          offsetY: 0
        }, false, {
          drawId: this._currentDrawId,
          clipPathId: _DrawingEditor.#currentClipPathId,
          drawOutlines: _DrawingEditor.#currentDraw.getOutlines(pageWidth * scale2, pageHeight * scale2, scale2, this._INNER_MARGIN),
          drawingOptions: _DrawingEditor.#currentDrawingOptions,
          mustBeCommitted: !isAborted
        });
        this._cleanup(true);
        return editor;
      }
      parent.drawLayer.remove(this._currentDrawId);
      this._cleanup(true);
      return null;
    }
    createDrawingOptions(_data) {
    }
    static deserializeDraw(_pageX, _pageY, _pageWidth, _pageHeight, _innerMargin, _data, _uiManager) {
      unreachable("Not implemented");
    }
    static async deserialize(data, parent, uiManager) {
      const {
        rawDims: {
          pageWidth,
          pageHeight,
          pageX,
          pageY
        }
      } = parent.viewport;
      const drawOutlines = this.deserializeDraw(pageX, pageY, pageWidth, pageHeight, this._INNER_MARGIN, data, uiManager);
      const editor = await super.deserialize(data, parent, uiManager);
      editor.createDrawingOptions(data);
      editor.#createDrawOutlines({
        drawOutlines
      });
      editor.#addToDrawLayer();
      editor.onScaleChanging();
      editor.rotate();
      return editor;
    }
    serializeDraw(isForCopying) {
      const [pageX, pageY] = this.pageTranslation;
      const [pageWidth, pageHeight] = this.pageDimensions;
      return this._drawOutlines.serialize([pageX, pageY, pageWidth, pageHeight], isForCopying);
    }
    renderAnnotationElement(annotation) {
      annotation.updateEdited({
        rect: this.getPDFRect()
      });
      return null;
    }
    static canCreateNewEmptyEditor() {
      return false;
    }
  };
  var Outline = class {
    static PRECISION = 1e-4;
    focusOutline = null;
    toSVGPath() {
      unreachable("Abstract method `toSVGPath` must be implemented.");
    }
    get box() {
      unreachable("Abstract getter `box` must be implemented.");
    }
    serialize(_bbox, _rotation) {
      unreachable("Abstract method `serialize` must be implemented.");
    }
    get defaultSVGProperties() {
      unreachable("Abstract getter `defaultSVGProperties` must be implemented.");
    }
    get defaultProperties() {
      return this.defaultSVGProperties;
    }
    getFocusSVGProperties(_rotation) {
      return null;
    }
    get focusMustRemoveSelfIntersections() {
      return false;
    }
    updateProperty(_name, _value) {
      return null;
    }
    updateParentDimensions(_dimensions, _scale) {
      return null;
    }
    serializeQuadPoints(_pageTranslation, _pageDimensions) {
      return null;
    }
    updateRotation(_rotation) {
      return {};
    }
    getPathResizingSVGProperties(_bbox) {
      return {};
    }
    getPathResizedSVGProperties(_bbox) {
      return {};
    }
    getPathTranslatedSVGProperties(_bbox, _parentDimensions) {
      return {};
    }
    static _rotateBox([x, y, width, height], angle) {
      switch (angle) {
        case 90:
          return [1 - y - height, x, height, width];
        case 180:
          return [1 - x - width, 1 - y - height, width, height];
        case 270:
          return [y, 1 - x - width, height, width];
      }
      return [x, y, width, height];
    }
    static _rescale(src, tx, ty, sx2, sy2, dest) {
      dest ||= new Float32Array(src.length);
      for (let i = 0, ii = src.length; i < ii; i += 2) {
        dest[i] = tx + src[i] * sx2;
        dest[i + 1] = ty + src[i + 1] * sy2;
      }
      return dest;
    }
    static _rescaleAndSwap(src, tx, ty, sx2, sy2, dest) {
      dest ||= new Float32Array(src.length);
      for (let i = 0, ii = src.length; i < ii; i += 2) {
        dest[i] = tx + src[i + 1] * sx2;
        dest[i + 1] = ty + src[i] * sy2;
      }
      return dest;
    }
    static _translate(src, tx, ty, dest) {
      dest ||= new Float32Array(src.length);
      for (let i = 0, ii = src.length; i < ii; i += 2) {
        dest[i] = tx + src[i];
        dest[i + 1] = ty + src[i + 1];
      }
      return dest;
    }
    static svgRound(x) {
      return Math.round(x * 1e4);
    }
    static _normalizePoint(x, y, parentWidth, parentHeight, rotation) {
      switch (rotation) {
        case 90:
          return [1 - y / parentWidth, x / parentHeight];
        case 180:
          return [1 - x / parentWidth, 1 - y / parentHeight];
        case 270:
          return [y / parentWidth, 1 - x / parentHeight];
        default:
          return [x / parentWidth, y / parentHeight];
      }
    }
    static createBezierPoints(x1, y1, x2, y2, x3, y3) {
      return [(x1 + 5 * x2) / 6, (y1 + 5 * y2) / 6, (5 * x2 + x3) / 6, (5 * y2 + y3) / 6, (x2 + x3) / 2, (y2 + y3) / 2];
    }
  };
  var FreeDrawOutliner = class _FreeDrawOutliner {
    #box;
    #bottom = [];
    #innerMargin;
    #isLTR;
    #top = [];
    #last = new Float32Array(18);
    #lastX;
    #lastY;
    #min;
    #min_dist;
    #scaleFactor;
    #thickness;
    #points = [];
    static #MIN_DIST = 8;
    static #MIN_DIFF = 2;
    static #MIN = _FreeDrawOutliner.#MIN_DIST + _FreeDrawOutliner.#MIN_DIFF;
    constructor(x, y, box, scaleFactor, thickness, isLTR, innerMargin = 0) {
      this.#box = box;
      this.#thickness = thickness * scaleFactor;
      this.#isLTR = isLTR;
      this.#last.set([NaN, NaN, NaN, NaN, x, y], 6);
      this.#innerMargin = innerMargin;
      this.#min_dist = _FreeDrawOutliner.#MIN_DIST * scaleFactor;
      this.#min = _FreeDrawOutliner.#MIN * scaleFactor;
      this.#scaleFactor = scaleFactor;
      this.#points.push(x, y);
    }
    isEmpty() {
      return isNaN(this.#last[8]);
    }
    isCancellable() {
      return this.#points.length <= 10;
    }
    removeLastElement() {
      this.#last.fill(NaN);
      this.#top.length = this.#bottom.length = this.#points.length = 0;
      return {
        path: {
          d: ""
        }
      };
    }
    #getLastCoords() {
      const lastTop = this.#last.subarray(4, 6);
      const lastBottom = this.#last.subarray(16, 18);
      const [x, y, width, height] = this.#box;
      return [(this.#lastX + (lastTop[0] - lastBottom[0]) / 2 - x) / width, (this.#lastY + (lastTop[1] - lastBottom[1]) / 2 - y) / height, (this.#lastX + (lastBottom[0] - lastTop[0]) / 2 - x) / width, (this.#lastY + (lastBottom[1] - lastTop[1]) / 2 - y) / height];
    }
    add(x, y) {
      this.#lastX = x;
      this.#lastY = y;
      const [layerX, layerY, layerWidth, layerHeight] = this.#box;
      let [x1, y1, x2, y2] = this.#last.subarray(8, 12);
      const diffX = x - x2;
      const diffY = y - y2;
      const d = Math.hypot(diffX, diffY);
      if (d < this.#min) {
        return false;
      }
      const diffD = d - this.#min_dist;
      const K = diffD / d;
      const shiftX = K * diffX;
      const shiftY = K * diffY;
      let x0 = x1;
      let y0 = y1;
      x1 = x2;
      y1 = y2;
      x2 += shiftX;
      y2 += shiftY;
      this.#points?.push(x, y);
      const nX = -shiftY / diffD;
      const nY = shiftX / diffD;
      const thX = nX * this.#thickness;
      const thY = nY * this.#thickness;
      this.#last.set(this.#last.subarray(2, 8), 0);
      this.#last.set([x2 + thX, y2 + thY], 4);
      this.#last.set(this.#last.subarray(14, 18), 12);
      this.#last.set([x2 - thX, y2 - thY], 16);
      if (isNaN(this.#last[6])) {
        if (this.#top.length === 0) {
          this.#last.set([x1 + thX, y1 + thY], 2);
          this.#top.push(NaN, NaN, NaN, NaN, (x1 + thX - layerX) / layerWidth, (y1 + thY - layerY) / layerHeight);
          this.#last.set([x1 - thX, y1 - thY], 14);
          this.#bottom.push(NaN, NaN, NaN, NaN, (x1 - thX - layerX) / layerWidth, (y1 - thY - layerY) / layerHeight);
        }
        this.#last.set([x0, y0, x1, y1, x2, y2], 6);
        return !this.isEmpty();
      }
      this.#last.set([x0, y0, x1, y1, x2, y2], 6);
      const angle = Math.abs(Math.atan2(y0 - y1, x0 - x1) - Math.atan2(shiftY, shiftX));
      if (angle < Math.PI / 2) {
        [x1, y1, x2, y2] = this.#last.subarray(2, 6);
        this.#top.push(NaN, NaN, NaN, NaN, ((x1 + x2) / 2 - layerX) / layerWidth, ((y1 + y2) / 2 - layerY) / layerHeight);
        [x1, y1, x0, y0] = this.#last.subarray(14, 18);
        this.#bottom.push(NaN, NaN, NaN, NaN, ((x0 + x1) / 2 - layerX) / layerWidth, ((y0 + y1) / 2 - layerY) / layerHeight);
        return true;
      }
      [x0, y0, x1, y1, x2, y2] = this.#last.subarray(0, 6);
      this.#top.push(((x0 + 5 * x1) / 6 - layerX) / layerWidth, ((y0 + 5 * y1) / 6 - layerY) / layerHeight, ((5 * x1 + x2) / 6 - layerX) / layerWidth, ((5 * y1 + y2) / 6 - layerY) / layerHeight, ((x1 + x2) / 2 - layerX) / layerWidth, ((y1 + y2) / 2 - layerY) / layerHeight);
      [x2, y2, x1, y1, x0, y0] = this.#last.subarray(12, 18);
      this.#bottom.push(((x0 + 5 * x1) / 6 - layerX) / layerWidth, ((y0 + 5 * y1) / 6 - layerY) / layerHeight, ((5 * x1 + x2) / 6 - layerX) / layerWidth, ((5 * y1 + y2) / 6 - layerY) / layerHeight, ((x1 + x2) / 2 - layerX) / layerWidth, ((y1 + y2) / 2 - layerY) / layerHeight);
      return true;
    }
    toSVGPath() {
      if (this.isEmpty()) {
        return "";
      }
      const top = this.#top;
      const bottom = this.#bottom;
      if (isNaN(this.#last[6]) && !this.isEmpty()) {
        return this.#toSVGPathTwoPoints();
      }
      const buffer = [];
      buffer.push(`M${top[4]} ${top[5]}`);
      for (let i = 6; i < top.length; i += 6) {
        if (isNaN(top[i])) {
          buffer.push(`L${top[i + 4]} ${top[i + 5]}`);
        } else {
          buffer.push(`C${top[i]} ${top[i + 1]} ${top[i + 2]} ${top[i + 3]} ${top[i + 4]} ${top[i + 5]}`);
        }
      }
      this.#toSVGPathEnd(buffer);
      for (let i = bottom.length - 6; i >= 6; i -= 6) {
        if (isNaN(bottom[i])) {
          buffer.push(`L${bottom[i + 4]} ${bottom[i + 5]}`);
        } else {
          buffer.push(`C${bottom[i]} ${bottom[i + 1]} ${bottom[i + 2]} ${bottom[i + 3]} ${bottom[i + 4]} ${bottom[i + 5]}`);
        }
      }
      this.#toSVGPathStart(buffer);
      return buffer.join(" ");
    }
    #toSVGPathTwoPoints() {
      const [x, y, width, height] = this.#box;
      const [lastTopX, lastTopY, lastBottomX, lastBottomY] = this.#getLastCoords();
      return `M${(this.#last[2] - x) / width} ${(this.#last[3] - y) / height} L${(this.#last[4] - x) / width} ${(this.#last[5] - y) / height} L${lastTopX} ${lastTopY} L${lastBottomX} ${lastBottomY} L${(this.#last[16] - x) / width} ${(this.#last[17] - y) / height} L${(this.#last[14] - x) / width} ${(this.#last[15] - y) / height} Z`;
    }
    #toSVGPathStart(buffer) {
      const bottom = this.#bottom;
      buffer.push(`L${bottom[4]} ${bottom[5]} Z`);
    }
    #toSVGPathEnd(buffer) {
      const [x, y, width, height] = this.#box;
      const lastTop = this.#last.subarray(4, 6);
      const lastBottom = this.#last.subarray(16, 18);
      const [lastTopX, lastTopY, lastBottomX, lastBottomY] = this.#getLastCoords();
      buffer.push(`L${(lastTop[0] - x) / width} ${(lastTop[1] - y) / height} L${lastTopX} ${lastTopY} L${lastBottomX} ${lastBottomY} L${(lastBottom[0] - x) / width} ${(lastBottom[1] - y) / height}`);
    }
    newFreeDrawOutline(outline, points, box, scaleFactor, innerMargin, isLTR) {
      return new FreeDrawOutline(outline, points, box, scaleFactor, innerMargin, isLTR);
    }
    getOutlines() {
      const top = this.#top;
      const bottom = this.#bottom;
      const last2 = this.#last;
      const [layerX, layerY, layerWidth, layerHeight] = this.#box;
      const points = new Float32Array((this.#points?.length ?? 0) + 2);
      for (let i = 0, ii = points.length - 2; i < ii; i += 2) {
        points[i] = (this.#points[i] - layerX) / layerWidth;
        points[i + 1] = (this.#points[i + 1] - layerY) / layerHeight;
      }
      points[points.length - 2] = (this.#lastX - layerX) / layerWidth;
      points[points.length - 1] = (this.#lastY - layerY) / layerHeight;
      if (isNaN(last2[6]) && !this.isEmpty()) {
        return this.#getOutlineTwoPoints(points);
      }
      const outline = new Float32Array(this.#top.length + 24 + this.#bottom.length);
      let N = top.length;
      for (let i = 0; i < N; i += 2) {
        if (isNaN(top[i])) {
          outline[i] = outline[i + 1] = NaN;
          continue;
        }
        outline[i] = top[i];
        outline[i + 1] = top[i + 1];
      }
      N = this.#getOutlineEnd(outline, N);
      for (let i = bottom.length - 6; i >= 6; i -= 6) {
        for (let j = 0; j < 6; j += 2) {
          if (isNaN(bottom[i + j])) {
            outline[N] = outline[N + 1] = NaN;
            N += 2;
            continue;
          }
          outline[N] = bottom[i + j];
          outline[N + 1] = bottom[i + j + 1];
          N += 2;
        }
      }
      this.#getOutlineStart(outline, N);
      return this.newFreeDrawOutline(outline, points, this.#box, this.#scaleFactor, this.#innerMargin, this.#isLTR);
    }
    #getOutlineTwoPoints(points) {
      const last2 = this.#last;
      const [layerX, layerY, layerWidth, layerHeight] = this.#box;
      const [lastTopX, lastTopY, lastBottomX, lastBottomY] = this.#getLastCoords();
      const outline = new Float32Array(36);
      outline.set([NaN, NaN, NaN, NaN, (last2[2] - layerX) / layerWidth, (last2[3] - layerY) / layerHeight, NaN, NaN, NaN, NaN, (last2[4] - layerX) / layerWidth, (last2[5] - layerY) / layerHeight, NaN, NaN, NaN, NaN, lastTopX, lastTopY, NaN, NaN, NaN, NaN, lastBottomX, lastBottomY, NaN, NaN, NaN, NaN, (last2[16] - layerX) / layerWidth, (last2[17] - layerY) / layerHeight, NaN, NaN, NaN, NaN, (last2[14] - layerX) / layerWidth, (last2[15] - layerY) / layerHeight], 0);
      return this.newFreeDrawOutline(outline, points, this.#box, this.#scaleFactor, this.#innerMargin, this.#isLTR);
    }
    #getOutlineStart(outline, pos) {
      const bottom = this.#bottom;
      outline.set([NaN, NaN, NaN, NaN, bottom[4], bottom[5]], pos);
      return pos += 6;
    }
    #getOutlineEnd(outline, pos) {
      const lastTop = this.#last.subarray(4, 6);
      const lastBottom = this.#last.subarray(16, 18);
      const [layerX, layerY, layerWidth, layerHeight] = this.#box;
      const [lastTopX, lastTopY, lastBottomX, lastBottomY] = this.#getLastCoords();
      outline.set([NaN, NaN, NaN, NaN, (lastTop[0] - layerX) / layerWidth, (lastTop[1] - layerY) / layerHeight, NaN, NaN, NaN, NaN, lastTopX, lastTopY, NaN, NaN, NaN, NaN, lastBottomX, lastBottomY, NaN, NaN, NaN, NaN, (lastBottom[0] - layerX) / layerWidth, (lastBottom[1] - layerY) / layerHeight], pos);
      return pos += 24;
    }
  };
  var FreeDrawOutline = class extends Outline {
    #box;
    #bbox = new Float32Array(4);
    #innerMargin;
    #isLTR;
    #points;
    #scaleFactor;
    #outline;
    constructor(outline, points, box, scaleFactor, innerMargin, isLTR) {
      super();
      this.#outline = outline;
      this.#points = points;
      this.#box = box;
      this.#scaleFactor = scaleFactor;
      this.#innerMargin = innerMargin;
      this.#isLTR = isLTR;
      this.firstPoint = [NaN, NaN];
      this.lastPoint = [NaN, NaN];
      this.#computeMinMax(isLTR);
      const [x, y, width, height] = this.#bbox;
      for (let i = 0, ii = outline.length; i < ii; i += 2) {
        outline[i] = (outline[i] - x) / width;
        outline[i + 1] = (outline[i + 1] - y) / height;
      }
      for (let i = 0, ii = points.length; i < ii; i += 2) {
        points[i] = (points[i] - x) / width;
        points[i + 1] = (points[i + 1] - y) / height;
      }
    }
    toSVGPath() {
      const buffer = [`M${this.#outline[4]} ${this.#outline[5]}`];
      for (let i = 6, ii = this.#outline.length; i < ii; i += 6) {
        if (isNaN(this.#outline[i])) {
          buffer.push(`L${this.#outline[i + 4]} ${this.#outline[i + 5]}`);
          continue;
        }
        buffer.push(`C${this.#outline[i]} ${this.#outline[i + 1]} ${this.#outline[i + 2]} ${this.#outline[i + 3]} ${this.#outline[i + 4]} ${this.#outline[i + 5]}`);
      }
      buffer.push("Z");
      return buffer.join(" ");
    }
    serialize([blX, blY, trX, trY], rotation) {
      const width = trX - blX;
      const height = trY - blY;
      let outline;
      let points;
      switch (rotation) {
        case 0:
          outline = Outline._rescale(this.#outline, blX, trY, width, -height);
          points = Outline._rescale(this.#points, blX, trY, width, -height);
          break;
        case 90:
          outline = Outline._rescaleAndSwap(this.#outline, blX, blY, width, height);
          points = Outline._rescaleAndSwap(this.#points, blX, blY, width, height);
          break;
        case 180:
          outline = Outline._rescale(this.#outline, trX, blY, -width, height);
          points = Outline._rescale(this.#points, trX, blY, -width, height);
          break;
        case 270:
          outline = Outline._rescaleAndSwap(this.#outline, trX, trY, -width, -height);
          points = Outline._rescaleAndSwap(this.#points, trX, trY, -width, -height);
          break;
      }
      return {
        outline: Array.from(outline),
        points: [Array.from(points)]
      };
    }
    #computeMinMax(isLTR) {
      const outline = this.#outline;
      let lastX = outline[4];
      let lastY = outline[5];
      const minMax = [lastX, lastY, lastX, lastY];
      let firstPointX = lastX;
      let firstPointY = lastY;
      let lastPointX = lastX;
      let lastPointY = lastY;
      const ltrCallback = isLTR ? Math.max : Math.min;
      const bezierBbox = new Float32Array(4);
      for (let i = 6, ii = outline.length; i < ii; i += 6) {
        const x = outline[i + 4], y = outline[i + 5];
        if (isNaN(outline[i])) {
          Util.pointBoundingBox(x, y, minMax);
          if (firstPointY > y) {
            firstPointX = x;
            firstPointY = y;
          } else if (firstPointY === y) {
            firstPointX = ltrCallback(firstPointX, x);
          }
          if (lastPointY < y) {
            lastPointX = x;
            lastPointY = y;
          } else if (lastPointY === y) {
            lastPointX = ltrCallback(lastPointX, x);
          }
        } else {
          bezierBbox.set(BBOX_INIT, 0);
          Util.bezierBoundingBox(lastX, lastY, ...outline.slice(i, i + 6), bezierBbox);
          Util.rectBoundingBox(...bezierBbox, minMax);
          if (firstPointY > bezierBbox[1]) {
            firstPointX = bezierBbox[0];
            firstPointY = bezierBbox[1];
          } else if (firstPointY === bezierBbox[1]) {
            firstPointX = ltrCallback(firstPointX, bezierBbox[0]);
          }
          if (lastPointY < bezierBbox[3]) {
            lastPointX = bezierBbox[2];
            lastPointY = bezierBbox[3];
          } else if (lastPointY === bezierBbox[3]) {
            lastPointX = ltrCallback(lastPointX, bezierBbox[2]);
          }
        }
        lastX = x;
        lastY = y;
      }
      const bbox = this.#bbox;
      bbox[0] = minMax[0] - this.#innerMargin;
      bbox[1] = minMax[1] - this.#innerMargin;
      bbox[2] = minMax[2] - minMax[0] + 2 * this.#innerMargin;
      bbox[3] = minMax[3] - minMax[1] + 2 * this.#innerMargin;
      this.firstPoint = [firstPointX, firstPointY];
      this.lastPoint = [lastPointX, lastPointY];
    }
    get box() {
      return this.#bbox;
    }
    newOutliner(x, y, box, scaleFactor, thickness, isLTR, innerMargin = 0) {
      return new FreeDrawOutliner(x, y, box, scaleFactor, thickness, isLTR, innerMargin);
    }
    updateThickness(thickness) {
      const outline = this.getNewOutline(thickness);
      this.#outline = outline.#outline;
      this.#points = outline.#points;
      this.#bbox.set(outline.#bbox);
      this.firstPoint = outline.firstPoint;
      this.lastPoint = outline.lastPoint;
      return this.#bbox;
    }
    getNewOutline(thickness, innerMargin) {
      const [x, y, width, height] = this.#bbox;
      const [layerX, layerY, layerWidth, layerHeight] = this.#box;
      const sx2 = width * layerWidth;
      const sy2 = height * layerHeight;
      const tx = x * layerWidth + layerX;
      const ty = y * layerHeight + layerY;
      const points = this.#points;
      const outliner = this.newOutliner(points[0] * sx2 + tx, points[1] * sy2 + ty, this.#box, this.#scaleFactor, thickness, this.#isLTR, innerMargin ?? this.#innerMargin);
      for (let i = 2, ii = points.length; i < ii; i += 2) {
        outliner.add(points[i] * sx2 + tx, points[i + 1] * sy2 + ty);
      }
      return outliner.getOutlines();
    }
  };
  function getHighlightSVGProperties(outline) {
    return {
      bbox: outline.box,
      root: {
        viewBox: "0 0 1 1"
      },
      rootClass: {
        highlight: true,
        free: outline.isFree
      },
      path: {
        d: outline.toSVGPath()
      }
    };
  }
  function getHighlightFocusSVGProperties(outline, rotation) {
    const {
      focusOutline
    } = outline;
    return {
      bbox: Outline._rotateBox(focusOutline.box, rotation),
      root: {
        "data-main-rotation": rotation
      },
      rootClass: {
        highlightOutline: true,
        free: outline.isFree
      },
      path: {
        d: focusOutline.toSVGPath()
      }
    };
  }
  var HighlightOutliner = class {
    #box;
    #firstPoint;
    #lastPoint;
    #verticalEdges = [];
    #intervals = [];
    constructor(boxes, borderWidth = 0, innerMargin = 0, isLTR = true) {
      const minMax = BBOX_INIT.slice();
      const NUMBER_OF_DIGITS = 4;
      const EPSILON2 = 10 ** -NUMBER_OF_DIGITS;
      for (const {
        x,
        y,
        width,
        height
      } of boxes) {
        const x1 = Math.floor((x - borderWidth) / EPSILON2) * EPSILON2;
        const x2 = Math.ceil((x + width + borderWidth) / EPSILON2) * EPSILON2;
        const y1 = Math.floor((y - borderWidth) / EPSILON2) * EPSILON2;
        const y2 = Math.ceil((y + height + borderWidth) / EPSILON2) * EPSILON2;
        const left = [x1, y1, y2, true];
        const right = [x2, y1, y2, false];
        this.#verticalEdges.push(left, right);
        Util.rectBoundingBox(x1, y1, x2, y2, minMax);
      }
      const bboxWidth = minMax[2] - minMax[0] + 2 * innerMargin;
      const bboxHeight = minMax[3] - minMax[1] + 2 * innerMargin;
      const shiftedMinX = minMax[0] - innerMargin;
      const shiftedMinY = minMax[1] - innerMargin;
      let firstPointX = isLTR ? -Infinity : Infinity;
      let firstPointY = Infinity;
      const lastEdge = this.#verticalEdges.at(isLTR ? -1 : -2);
      const lastPoint = [lastEdge[0], lastEdge[2]];
      for (const edge of this.#verticalEdges) {
        const [x, y1, y2, left] = edge;
        if (!left && isLTR) {
          if (y1 < firstPointY) {
            firstPointY = y1;
            firstPointX = x;
          } else if (y1 === firstPointY) {
            firstPointX = Math.max(firstPointX, x);
          }
        } else if (left && !isLTR) {
          if (y1 < firstPointY) {
            firstPointY = y1;
            firstPointX = x;
          } else if (y1 === firstPointY) {
            firstPointX = Math.min(firstPointX, x);
          }
        }
        edge[0] = (x - shiftedMinX) / bboxWidth;
        edge[1] = (y1 - shiftedMinY) / bboxHeight;
        edge[2] = (y2 - shiftedMinY) / bboxHeight;
      }
      this.#box = new Float32Array([shiftedMinX, shiftedMinY, bboxWidth, bboxHeight]);
      this.#firstPoint = [firstPointX, firstPointY];
      this.#lastPoint = lastPoint;
    }
    getOutlines() {
      this.#verticalEdges.sort((a, b) => a[0] - b[0] || a[1] - b[1] || a[2] - b[2]);
      const outlineVerticalEdges = [];
      for (const edge of this.#verticalEdges) {
        if (edge[3]) {
          outlineVerticalEdges.push(...this.#breakEdge(edge));
          this.#insert(edge);
        } else {
          this.#remove(edge);
          outlineVerticalEdges.push(...this.#breakEdge(edge));
        }
      }
      return this.#getOutlines(outlineVerticalEdges);
    }
    #getOutlines(outlineVerticalEdges) {
      const edges = [];
      const allEdges = /* @__PURE__ */ new Set();
      for (const edge of outlineVerticalEdges) {
        const [x, y1, y2] = edge;
        edges.push([x, y1, edge], [x, y2, edge]);
      }
      edges.sort((a, b) => a[1] - b[1] || a[0] - b[0]);
      for (let i = 0, ii = edges.length; i < ii; i += 2) {
        const edge1 = edges[i][2];
        const edge2 = edges[i + 1][2];
        edge1.push(edge2);
        edge2.push(edge1);
        allEdges.add(edge1);
        allEdges.add(edge2);
      }
      const outlines = [];
      while (allEdges.size > 0) {
        const edge = allEdges.values().next().value;
        let [x, y1, y2, edge1, edge2] = edge;
        allEdges.delete(edge);
        let lastPointX = x;
        let lastPointY = y1;
        const outline = [x, y2];
        outlines.push(outline);
        while (true) {
          let e;
          if (allEdges.has(edge1)) {
            e = edge1;
          } else if (allEdges.has(edge2)) {
            e = edge2;
          } else {
            break;
          }
          allEdges.delete(e);
          [x, y1, y2, edge1, edge2] = e;
          if (lastPointX !== x) {
            outline.push(lastPointX, lastPointY, x, lastPointY === y1 ? y1 : y2);
            lastPointX = x;
          }
          lastPointY = lastPointY === y1 ? y2 : y1;
        }
        outline.push(lastPointX, lastPointY);
      }
      return new HighlightOutline(outlines, this.#box, this.#firstPoint, this.#lastPoint);
    }
    #binarySearch(y) {
      const array = this.#intervals;
      let start = 0;
      let end = array.length - 1;
      while (start <= end) {
        const middle = start + end >> 1;
        const y1 = array[middle][0];
        if (y1 === y) {
          return middle;
        }
        if (y1 < y) {
          start = middle + 1;
        } else {
          end = middle - 1;
        }
      }
      return end + 1;
    }
    #insert([, y1, y2]) {
      const index = this.#binarySearch(y1);
      this.#intervals.splice(index, 0, [y1, y2]);
    }
    #remove([, y1, y2]) {
      const index = this.#binarySearch(y1);
      for (let i = index; i < this.#intervals.length; i++) {
        const [start, end] = this.#intervals[i];
        if (start !== y1) {
          break;
        }
        if (start === y1 && end === y2) {
          this.#intervals.splice(i, 1);
          return;
        }
      }
      for (let i = index - 1; i >= 0; i--) {
        const [start, end] = this.#intervals[i];
        if (start !== y1) {
          break;
        }
        if (start === y1 && end === y2) {
          this.#intervals.splice(i, 1);
          return;
        }
      }
    }
    #breakEdge(edge) {
      const [x, y1, y2] = edge;
      const results = [[x, y1, y2]];
      const index = this.#binarySearch(y2);
      for (let i = 0; i < index; i++) {
        const [start, end] = this.#intervals[i];
        for (let j = 0, jj = results.length; j < jj; j++) {
          const [, y3, y4] = results[j];
          if (end <= y3 || y4 <= start) {
            continue;
          }
          if (y3 >= start) {
            if (y4 > end) {
              results[j][1] = end;
            } else {
              if (jj === 1) {
                return [];
              }
              results.splice(j, 1);
              j--;
              jj--;
            }
            continue;
          }
          results[j][2] = start;
          if (y4 > end) {
            results.push([x, end, y4]);
          }
        }
      }
      return results;
    }
  };
  var HighlightOutline = class extends Outline {
    #box;
    #boxes = null;
    #outlines;
    constructor(outlines, box, firstPoint, lastPoint) {
      super();
      this.#outlines = outlines;
      this.#box = box;
      this.firstPoint = firstPoint;
      this.lastPoint = lastPoint;
    }
    static build(boxes, isLTR) {
      const outline = new HighlightOutliner(boxes, 1e-3).getOutlines();
      outline.#boxes = boxes;
      outline.focusOutline = new HighlightOutliner(boxes, 25e-4, 1e-3, isLTR).getOutlines();
      return outline;
    }
    get isFree() {
      return false;
    }
    get defaultSVGProperties() {
      return getHighlightSVGProperties(this);
    }
    getFocusSVGProperties(rotation) {
      return getHighlightFocusSVGProperties(this, rotation);
    }
    updateRotation(rotation) {
      return {
        root: {
          "data-main-rotation": rotation
        }
      };
    }
    serializeQuadPoints([pageX, pageY], [pageWidth, pageHeight]) {
      const boxes = this.#boxes;
      const quadPoints = new Float32Array(boxes.length * 8);
      let i = 0;
      for (const {
        x,
        y,
        width,
        height
      } of boxes) {
        const sx2 = x * pageWidth + pageX;
        const sy2 = (1 - y) * pageHeight + pageY;
        quadPoints[i] = quadPoints[i + 4] = sx2;
        quadPoints[i + 1] = quadPoints[i + 3] = sy2;
        quadPoints[i + 2] = quadPoints[i + 6] = sx2 + width * pageWidth;
        quadPoints[i + 5] = quadPoints[i + 7] = sy2 - height * pageHeight;
        i += 8;
      }
      return quadPoints;
    }
    toSVGPath() {
      const buffer = [];
      for (const polygon of this.#outlines) {
        let [prevX, prevY] = polygon;
        buffer.push(`M${prevX} ${prevY}`);
        for (let i = 2; i < polygon.length; i += 2) {
          const x = polygon[i];
          const y = polygon[i + 1];
          if (x === prevX) {
            buffer.push(`V${y}`);
            prevY = y;
          } else if (y === prevY) {
            buffer.push(`H${x}`);
            prevX = x;
          }
        }
        buffer.push("Z");
      }
      return buffer.join(" ");
    }
    serialize([blX, blY, trX, trY], _rotation) {
      const outlines = [];
      const width = trX - blX;
      const height = trY - blY;
      for (const outline of this.#outlines) {
        const points = new Array(outline.length);
        for (let i = 0; i < outline.length; i += 2) {
          points[i] = blX + outline[i] * width;
          points[i + 1] = trY - outline[i + 1] * height;
        }
        outlines.push(points);
      }
      return outlines;
    }
    get box() {
      return this.#box;
    }
  };
  var FreeHighlightOutliner = class extends FreeDrawOutliner {
    newFreeDrawOutline(outline, points, box, scaleFactor, innerMargin, isLTR) {
      return new FreeHighlightOutline(outline, points, box, scaleFactor, innerMargin, isLTR);
    }
  };
  var FreeHighlightDrawer = class {
    #outliner;
    #thickness;
    constructor(x, y, box, scaleFactor, thickness, isLTR, innerMargin) {
      this.#outliner = new FreeHighlightOutliner(x, y, box, scaleFactor, thickness, isLTR, innerMargin);
      this.#thickness = thickness;
    }
    add(x, y) {
      return this.#outliner.add(x, y) ? {
        path: {
          d: this.#outliner.toSVGPath()
        }
      } : null;
    }
    addPoints(points) {
      let hasChanged = false;
      for (let i = 0, ii = points.length; i < ii; i += 2) {
        hasChanged = this.#outliner.add(points[i], points[i + 1]) || hasChanged;
      }
      return hasChanged ? {
        path: {
          d: this.#outliner.toSVGPath()
        }
      } : null;
    }
    end(x, y) {
      return x === void 0 ? null : this.add(x, y);
    }
    isEmpty() {
      return this.#outliner.isEmpty();
    }
    isCancellable() {
      return this.#outliner.isCancellable();
    }
    removeLastElement() {
      return this.#outliner.removeLastElement();
    }
    updateProperty(_name, _value) {
      return null;
    }
    getOutlines() {
      const outlines = this.#outliner.getOutlines();
      outlines.buildFocusOutline(2 * this.#thickness);
      return outlines;
    }
    get defaultSVGProperties() {
      return {
        bbox: [0, 0, 1, 1],
        root: {
          viewBox: "0 0 1 1"
        },
        rootClass: {
          highlight: true,
          free: true
        },
        path: {
          d: this.#outliner.toSVGPath()
        }
      };
    }
  };
  var FreeHighlightOutline = class _FreeHighlightOutline extends FreeDrawOutline {
    static #EXTRA_THICKNESS = 1.5;
    newOutliner(x, y, box, scaleFactor, thickness, isLTR, innerMargin = 0) {
      return new FreeHighlightOutliner(x, y, box, scaleFactor, thickness, isLTR, innerMargin);
    }
    get isFree() {
      return true;
    }
    buildFocusOutline(thickness) {
      this.focusOutline = this.getNewOutline(thickness / 2 + _FreeHighlightOutline.#EXTRA_THICKNESS, 25e-4);
    }
    get defaultSVGProperties() {
      return getHighlightSVGProperties(this);
    }
    getFocusSVGProperties(rotation) {
      return getHighlightFocusSVGProperties(this, rotation);
    }
    get focusMustRemoveSelfIntersections() {
      return true;
    }
    updateRotation(rotation) {
      return {
        root: {
          "data-main-rotation": rotation
        }
      };
    }
    updateProperty(name, value) {
      if (name !== "thickness") {
        return null;
      }
      const bbox = this.updateThickness(value / 2);
      this.buildFocusOutline(value);
      return bbox;
    }
    getPathResizedSVGProperties() {
      return {
        path: {
          d: this.toSVGPath()
        }
      };
    }
  };
  var HighlightDrawingOptions = class _HighlightDrawingOptions extends DrawingOptions {
    constructor(properties = null) {
      super();
      super.updateProperties(properties);
    }
    updateSVGProperty(name, value) {
      if (name !== "thickness") {
        super.updateSVGProperty(name, value);
      }
    }
    clone() {
      const clone = new _HighlightDrawingOptions();
      clone.updateAll(this);
      return clone;
    }
  };
  var HighlightEditor = class _HighlightEditor extends DrawingEditor {
    #anchorNode = null;
    #anchorOffset = 0;
    #focusNode = null;
    #focusOffset = 0;
    #methodOfCreation = "";
    #text = "";
    static _DEFAULT_OPACITY = 1;
    static _DEFAULT_THICKNESS = 12;
    static _defaultDrawingOptions = null;
    static _type = "highlight";
    static _editorType = AnnotationEditorType.HIGHLIGHT;
    static get _keyboardManager() {
      const proto = _HighlightEditor.prototype;
      return util_shadow(this, "_keyboardManager", new KeyboardManager([[["ArrowLeft"], proto._moveCaret, {
        args: [0]
      }], [["ArrowRight"], proto._moveCaret, {
        args: [1]
      }], [["ArrowUp"], proto._moveCaret, {
        args: [2]
      }], [["ArrowDown"], proto._moveCaret, {
        args: [3]
      }]]));
    }
    constructor(params) {
      super({
        ...params,
        name: "highlightEditor"
      });
      this.#anchorNode = params.anchorNode || null;
      this.#anchorOffset = params.anchorOffset || 0;
      this.#focusNode = params.focusNode || null;
      this.#focusOffset = params.focusOffset || 0;
      this.#methodOfCreation = params.methodOfCreation || (this._drawOutlines?.isFree ? "main_toolbar" : "");
      this.#text = params.text || "";
      this._isDraggable = false;
      this.defaultL10nId = "pdfjs-editor-highlight-editor";
      this.rotate();
    }
    static initialize(l10n, uiManager) {
      AnnotationEditor.initialize(l10n, uiManager);
      this._defaultDrawingOptions ||= new HighlightDrawingOptions({
        fill: uiManager.highlightColors?.values().next().value || "#fff066",
        "fill-opacity": _HighlightEditor._DEFAULT_OPACITY,
        thickness: _HighlightEditor._DEFAULT_THICKNESS
      });
    }
    static getDefaultDrawingOptions(options2) {
      const clone = this._defaultDrawingOptions.clone();
      clone.updateProperties(options2);
      return clone;
    }
    static get typesMap() {
      return util_shadow(this, "typesMap", /* @__PURE__ */ new Map([[AnnotationEditorParamsType.HIGHLIGHT_COLOR, "fill"], [AnnotationEditorParamsType.HIGHLIGHT_THICKNESS, "thickness"]]));
    }
    static get isDrawer() {
      return false;
    }
    static get _hasClipPath() {
      return true;
    }
    static get _hasDrawClass() {
      return false;
    }
    _addOutlines(params) {
      const {
        boxes,
        drawOutlines
      } = params;
      if (!boxes && !drawOutlines) {
        return;
      }
      this._drawingOptions ||= params.drawingOptions || _HighlightEditor.getDefaultDrawingOptions();
      if (boxes) {
        params = {
          ...params,
          drawOutlines: HighlightOutline.build(boxes, this._uiManager.direction === "ltr")
        };
      }
      super._addOutlines(params);
    }
    get colorType() {
      return AnnotationEditorParamsType.HIGHLIGHT_COLOR;
    }
    get color() {
      return this._drawingOptions.fill;
    }
    get opacity() {
      return this._drawingOptions["fill-opacity"];
    }
    get _opacityName() {
      return "fill-opacity";
    }
    get _drawRotation() {
      return this._drawOutlines?.isFree ? this.rotation : 0;
    }
    get isResizable() {
      return false;
    }
    get _mustBeDisabledOnCommit() {
      return false;
    }
    get _mustFixPosition() {
      return !this._drawOutlines?.isFree;
    }
    get telemetryInitialData() {
      return {
        action: "added",
        type: this._drawOutlines.isFree ? "free_highlight" : "highlight",
        color: this._uiManager.getNonHCMColorName(this.color),
        thickness: this._drawingOptions.thickness,
        methodOfCreation: this.#methodOfCreation
      };
    }
    get telemetryFinalData() {
      return {
        type: "highlight",
        color: this._uiManager.getNonHCMColorName(this.color)
      };
    }
    static computeTelemetryFinalData(data) {
      return {
        numberOfColors: data.get("color").size
      };
    }
    translateInPage(x, y) {
    }
    get toolbarPosition() {
      return this.#relativeToBox(this._drawOutlines.focusOutline.lastPoint);
    }
    get commentButtonPosition() {
      return this.#relativeToBox(this._drawOutlines.firstPoint);
    }
    #relativeToBox([pointX, pointY]) {
      const [x, y, width, height] = this._drawOutlines.box;
      return [(pointX - x) / width, (pointY - y) / height];
    }
    updateParams(type, value) {
      switch (type) {
        case AnnotationEditorParamsType.HIGHLIGHT_COLOR:
          this._updateColorAndOpacity(value, _HighlightEditor._DEFAULT_OPACITY, type);
          this._reportTelemetry({
            action: "color_changed",
            color: this._uiManager.getNonHCMColorName(value)
          }, true);
          break;
        case AnnotationEditorParamsType.HIGHLIGHT_THICKNESS:
          super.updateParams(type, value);
          this._reportTelemetry({
            action: "thickness_changed",
            thickness: value
          }, true);
          break;
      }
    }
    get propertiesToUpdate() {
      const properties = super.propertiesToUpdate;
      properties.push([AnnotationEditorParamsType.HIGHLIGHT_FREE, this._drawOutlines.isFree]);
      return properties;
    }
    get toolbarButtons() {
      if (this._uiManager.highlightColors) {
        this._colorPicker = new ColorPicker({
          editor: this
        });
        return [["colorPicker", this._colorPicker]];
      }
      return super.toolbarButtons;
    }
    fixAndSetPosition() {
      return super.fixAndSetPosition(this._drawRotation);
    }
    getRect(tx, ty) {
      return super.getRect(tx, ty, this._drawRotation);
    }
    onceAdded(focus) {
      if (!this.annotationElementId) {
        this.parent.addUndoableEditor(this);
      }
      if (focus) {
        this.div.focus();
      }
    }
    remove() {
      this._reportTelemetry({
        action: "deleted"
      });
      super.remove();
    }
    render() {
      if (this.div) {
        return this.div;
      }
      const div = super.render();
      if (this.#text) {
        div.setAttribute("aria-label", this.#text);
        div.setAttribute("role", "mark");
      }
      if (this._drawOutlines.isFree) {
        div.classList.add("free");
      } else {
        div.addEventListener("keydown", this.#keydown.bind(this), {
          signal: this._uiManager._signal
        });
      }
      this.enableEditing();
      return div;
    }
    #keydown(event) {
      _HighlightEditor._keyboardManager.exec(this, event);
    }
    _moveCaret(direction) {
      this.parent.unselect(this);
      switch (direction) {
        case 0:
        case 2:
          this.#setCaret(true);
          break;
        case 1:
        case 3:
          this.#setCaret(false);
          break;
      }
    }
    #setCaret(start) {
      if (!this.#anchorNode) {
        return;
      }
      const selection = window.getSelection();
      if (start) {
        selection.setPosition(this.#anchorNode, this.#anchorOffset);
      } else {
        selection.setPosition(this.#focusNode, this.#focusOffset);
      }
    }
    unselect() {
      super.unselect();
      if (!this._drawOutlines.isFree) {
        this.#setCaret(false);
      }
    }
    static createDrawerInstance({
      x,
      y,
      box,
      parent,
      isLTR
    }) {
      return new FreeHighlightDrawer(x, y, box, parent.scale, this._defaultDrawingOptions.thickness / 2, isLTR, 1e-3);
    }
    static _getDrawingTarget(parent, {
      target
    }) {
      return target.closest(".textLayer");
    }
    static _getPointerCoords({
      x,
      y
    }) {
      return [x, y];
    }
    static _addDrawingListeners(target, signal) {
      target.classList.add("free");
      signal.addEventListener("abort", () => target.classList.remove("free"), {
        once: true
      });
      window.addEventListener("blur", () => this._endDraw(null), {
        signal
      });
      window.addEventListener("pointerdown", stopEvent, {
        capture: true,
        passive: false,
        signal
      });
    }
    static _endDrawingSession(isAborted = false) {
      return this.endDrawing(isAborted);
    }
    createDrawingOptions({
      color: color2,
      opacity,
      thickness
    }) {
      const {
        _defaultDrawingOptions: defaults,
        _DEFAULT_OPACITY
      } = _HighlightEditor;
      this._drawingOptions = _HighlightEditor.getDefaultDrawingOptions({
        fill: Util.makeHexColor(...color2),
        "fill-opacity": opacity || _DEFAULT_OPACITY,
        thickness: thickness || defaults.thickness
      });
    }
    static deserializeDraw(pageX, pageY, pageWidth, pageHeight, _innerMargin, data, uiManager) {
      const {
        quadPoints
      } = data;
      if (quadPoints) {
        const boxes = [];
        for (let i = 0, ii = quadPoints.length; i < ii; i += 8) {
          boxes.push({
            x: (quadPoints[i] - pageX) / pageWidth,
            y: 1 - (quadPoints[i + 1] - pageY) / pageHeight,
            width: (quadPoints[i + 2] - quadPoints[i]) / pageWidth,
            height: (quadPoints[i + 1] - quadPoints[i + 5]) / pageHeight
          });
        }
        return HighlightOutline.build(boxes, uiManager.direction === "ltr");
      }
      const thickness = data.thickness || this._defaultDrawingOptions.thickness;
      const points = (data.inkLists || data.outlines.points)[0];
      const outliner = new FreeHighlightOutliner(points[0] - pageX, pageHeight - (points[1] - pageY), [0, 0, pageWidth, pageHeight], 1, thickness / 2, true, 1e-3);
      for (let i = 0, ii = points.length; i < ii; i += 2) {
        outliner.add(points[i] - pageX, pageHeight - (points[i + 1] - pageY));
      }
      const outlines = outliner.getOutlines();
      outlines.buildFocusOutline(thickness);
      return outlines;
    }
    static async deserialize(data, parent, uiManager) {
      let initialData = null;
      if (data instanceof HighlightAnnotationElement) {
        const {
          data: {
            quadPoints,
            rect: rect2,
            rotation,
            id,
            color: color2,
            opacity,
            popupRef,
            richText,
            contentsObj,
            creationDate,
            modificationDate
          },
          parent: {
            page: {
              pageNumber
            }
          }
        } = data;
        initialData = data = {
          annotationType: AnnotationEditorType.HIGHLIGHT,
          color: Array.from(color2),
          opacity,
          quadPoints,
          pageIndex: pageNumber - 1,
          rect: rect2.slice(0),
          rotation,
          annotationElementId: id,
          id,
          deleted: false,
          popupRef,
          richText,
          comment: contentsObj?.str || null,
          creationDate,
          modificationDate
        };
      } else if (data instanceof InkAnnotationElement) {
        const {
          data: {
            inkLists,
            rect: rect2,
            rotation,
            id,
            color: color2,
            borderStyle: {
              rawWidth: thickness
            },
            popupRef,
            richText,
            contentsObj,
            creationDate,
            modificationDate
          },
          parent: {
            page: {
              pageNumber
            }
          }
        } = data;
        initialData = data = {
          annotationType: AnnotationEditorType.HIGHLIGHT,
          color: Array.from(color2),
          thickness,
          inkLists,
          pageIndex: pageNumber - 1,
          rect: rect2.slice(0),
          rotation,
          annotationElementId: id,
          id,
          deleted: false,
          popupRef,
          richText,
          comment: contentsObj?.str || null,
          creationDate,
          modificationDate
        };
      }
      const editor = await super.deserialize(data, parent, uiManager);
      editor._initialData = initialData;
      if (data.comment) {
        editor.setCommentData(data);
      }
      return editor;
    }
    serialize(isForCopying = false) {
      if (this.isEmpty() || isForCopying) {
        return null;
      }
      if (this.deleted) {
        return this.serializeDeleted();
      }
      const serialized = super.serialize(isForCopying);
      Object.assign(serialized, {
        color: AnnotationEditor._colorManager.convert(this._uiManager.getNonHCMColor(this.color)),
        opacity: this.opacity,
        thickness: this._drawingOptions.thickness,
        quadPoints: this._drawOutlines.serializeQuadPoints(this.pageTranslation, this.pageDimensions),
        outlines: this._drawOutlines.serialize(serialized.rect, this._drawRotation)
      });
      this.addComment(serialized);
      if (this.annotationElementId && !this.#hasElementChanged(serialized)) {
        return null;
      }
      serialized.id = this.annotationElementId;
      return serialized;
    }
    #hasElementChanged(serialized) {
      const {
        color: color2
      } = this._initialData;
      return this.hasEditedComment || serialized.color.some((c, i) => c !== color2[i]);
    }
    renderAnnotationElement(annotation) {
      if (this.deleted) {
        annotation.hide();
        return null;
      }
      annotation.updateEdited({
        rect: this.getPDFRect(),
        popup: this.comment
      });
      return null;
    }
  };
  var InkDrawOutliner = class {
    #last = new Float64Array(6);
    #tip = new Float64Array(2);
    #line;
    #lines;
    #rotation;
    #thickness;
    #points;
    #lastSVGPath = "";
    #lastIndex = 0;
    #outlines = new InkDrawOutline();
    #parentWidth;
    #parentHeight;
    constructor(x, y, parentWidth, parentHeight, rotation, thickness) {
      this.#parentWidth = parentWidth;
      this.#parentHeight = parentHeight;
      this.#rotation = rotation;
      this.#thickness = thickness;
      [x, y] = this.#normalizePoint(x, y);
      const line = this.#line = [NaN, NaN, NaN, NaN, x, y];
      this.#points = [x, y];
      this.#lines = [{
        line,
        points: this.#points
      }];
      this.#last.set(line, 0);
      this.#tip.set([x, y], 0);
    }
    updateProperty(name, value) {
      if (name === "stroke-width") {
        this.#thickness = value;
      }
    }
    #normalizePoint(x, y) {
      return Outline._normalizePoint(x, y, this.#parentWidth, this.#parentHeight, this.#rotation);
    }
    isEmpty() {
      return !this.#lines?.length;
    }
    isCancellable() {
      return this.#points.length <= 10;
    }
    add(x, y) {
      if (this.#add(x, y)) {
        this.toSVGPath();
      }
      return {
        path: {
          d: this.#toSVGPathWithTip()
        }
      };
    }
    addPoints(points) {
      let needsPathUpdate = false;
      for (let i = 0, ii = points.length; i < ii; i += 2) {
        if (!this.#add(points[i], points[i + 1])) {
          continue;
        }
        needsPathUpdate = true;
        if (this.#points.length <= 6) {
          this.toSVGPath();
          needsPathUpdate = false;
        }
      }
      if (needsPathUpdate) {
        this.toSVGPath();
      }
      return {
        path: {
          d: this.#toSVGPathWithTip()
        }
      };
    }
    #add(x, y) {
      [x, y] = this.#normalizePoint(x, y);
      this.#tip.set([x, y], 0);
      const [x1, y1, x2, y2] = this.#last.subarray(2, 6);
      const diffX = x - x2;
      const diffY = y - y2;
      const d = Math.hypot(this.#parentWidth * diffX, this.#parentHeight * diffY);
      if (d <= 2) {
        return false;
      }
      this.#points.push(x, y);
      if (isNaN(x1)) {
        this.#last.set([x2, y2, x, y], 2);
        this.#line.push(NaN, NaN, NaN, NaN, x, y);
        return true;
      }
      if (isNaN(this.#last[0])) {
        this.#line.splice(6, 6);
      }
      this.#last.set([x1, y1, x2, y2, x, y], 0);
      this.#line.push(...Outline.createBezierPoints(x1, y1, x2, y2, x, y));
      return true;
    }
    end(x, y) {
      if (x !== void 0 && this.#add(x, y)) {
        return {
          path: {
            d: this.toSVGPath()
          }
        };
      }
      if (this.#points.length === 2) {
        return {
          path: {
            d: this.toSVGPath()
          }
        };
      }
      return {
        path: {
          d: this.#lastSVGPath
        }
      };
    }
    startNew(x, y, parentWidth, parentHeight, rotation) {
      this.#parentWidth = parentWidth;
      this.#parentHeight = parentHeight;
      this.#rotation = rotation;
      [x, y] = this.#normalizePoint(x, y);
      const line = this.#line = [NaN, NaN, NaN, NaN, x, y];
      this.#points = [x, y];
      this.#tip.set([x, y], 0);
      const last2 = this.#lines.at(-1);
      if (last2) {
        last2.line = new Float32Array(last2.line);
        last2.points = new Float32Array(last2.points);
      }
      this.#lines.push({
        line,
        points: this.#points
      });
      this.#last.set(line, 0);
      this.#lastIndex = 0;
      this.toSVGPath();
      return null;
    }
    getLastElement() {
      return this.#lines.at(-1);
    }
    setLastElement(element2) {
      if (!this.#lines) {
        return this.#outlines.setLastElement(element2);
      }
      this.#lines.push(element2);
      this.#line = element2.line;
      this.#points = element2.points;
      this.#lastIndex = 0;
      return {
        path: {
          d: this.toSVGPath()
        }
      };
    }
    removeLastElement() {
      if (!this.#lines) {
        return this.#outlines.removeLastElement();
      }
      this.#lines.pop();
      this.#lastSVGPath = "";
      for (let i = 0, ii = this.#lines.length; i < ii; i++) {
        const {
          line,
          points
        } = this.#lines[i];
        this.#line = line;
        this.#points = points;
        this.#lastIndex = 0;
        this.toSVGPath();
      }
      return {
        path: {
          d: this.#lastSVGPath
        }
      };
    }
    #toSVGPathWithTip() {
      const tipX = Outline.svgRound(this.#tip[0]);
      const tipY = Outline.svgRound(this.#tip[1]);
      if (this.#points.length === 2) {
        const firstX = Outline.svgRound(this.#line[4]);
        const firstY = Outline.svgRound(this.#line[5]);
        return `${this.#lastSVGPath} M ${firstX} ${firstY} L ${tipX} ${tipY}`;
      }
      return `${this.#lastSVGPath} L ${tipX} ${tipY}`;
    }
    toSVGPath() {
      const firstX = Outline.svgRound(this.#line[4]);
      const firstY = Outline.svgRound(this.#line[5]);
      if (this.#points.length === 2) {
        this.#lastSVGPath = `${this.#lastSVGPath} M ${firstX} ${firstY} Z`;
        return this.#lastSVGPath;
      }
      if (this.#points.length <= 6) {
        const i = this.#lastSVGPath.lastIndexOf("M");
        this.#lastSVGPath = `${this.#lastSVGPath.slice(0, i)} M ${firstX} ${firstY}`;
        this.#lastIndex = 6;
      }
      if (this.#points.length === 4) {
        const secondX = Outline.svgRound(this.#line[10]);
        const secondY = Outline.svgRound(this.#line[11]);
        this.#lastSVGPath = `${this.#lastSVGPath} L ${secondX} ${secondY}`;
        this.#lastIndex = 12;
        return this.#lastSVGPath;
      }
      const buffer = [];
      if (this.#lastIndex === 0) {
        buffer.push(`M ${firstX} ${firstY}`);
        this.#lastIndex = 6;
      }
      for (let i = this.#lastIndex, ii = this.#line.length; i < ii; i += 6) {
        const [c1x, c1y, c2x, c2y, x, y] = this.#line.slice(i, i + 6).map(Outline.svgRound);
        buffer.push(`C${c1x} ${c1y} ${c2x} ${c2y} ${x} ${y}`);
      }
      this.#lastSVGPath += buffer.join(" ");
      this.#lastIndex = this.#line.length;
      return this.#lastSVGPath;
    }
    getOutlines(parentWidth, parentHeight, scale2, innerMargin) {
      const last2 = this.#lines.at(-1);
      last2.line = new Float32Array(last2.line);
      last2.points = new Float32Array(last2.points);
      this.#outlines.build(this.#lines, parentWidth, parentHeight, scale2, this.#rotation, this.#thickness, innerMargin);
      this.#last = null;
      this.#line = null;
      this.#lines = null;
      this.#lastSVGPath = null;
      return this.#outlines;
    }
    get defaultSVGProperties() {
      return {
        root: {
          viewBox: "0 0 10000 10000"
        },
        rootClass: {
          draw: true
        },
        bbox: [0, 0, 1, 1]
      };
    }
  };
  var InkDrawOutline = class extends Outline {
    #bbox;
    #currentRotation = 0;
    #innerMargin;
    #lines;
    #parentWidth;
    #parentHeight;
    #parentScale;
    #rotation;
    #thickness;
    build(lines, parentWidth, parentHeight, parentScale, rotation, thickness, innerMargin) {
      this.#parentWidth = parentWidth;
      this.#parentHeight = parentHeight;
      this.#parentScale = parentScale;
      this.#rotation = rotation;
      this.#thickness = thickness;
      this.#innerMargin = innerMargin ?? 0;
      this.#lines = lines;
      this.#computeBbox();
    }
    get thickness() {
      return this.#thickness;
    }
    setLastElement(element2) {
      this.#lines.push(element2);
      return {
        path: {
          d: this.toSVGPath()
        }
      };
    }
    removeLastElement() {
      this.#lines.pop();
      return {
        path: {
          d: this.toSVGPath()
        }
      };
    }
    toSVGPath() {
      const buffer = [];
      for (const {
        line
      } of this.#lines) {
        buffer.push(`M${Outline.svgRound(line[4])} ${Outline.svgRound(line[5])}`);
        if (line.length === 6) {
          buffer.push("Z");
          continue;
        }
        if (line.length === 12 && isNaN(line[6])) {
          buffer.push(`L${Outline.svgRound(line[10])} ${Outline.svgRound(line[11])}`);
          continue;
        }
        for (let i = 6, ii = line.length; i < ii; i += 6) {
          const [c1x, c1y, c2x, c2y, x, y] = line.subarray(i, i + 6).map(Outline.svgRound);
          buffer.push(`C${c1x} ${c1y} ${c2x} ${c2y} ${x} ${y}`);
        }
      }
      return buffer.join("");
    }
    serialize([pageX, pageY, pageWidth, pageHeight], isForCopying) {
      const serializedLines = [];
      const serializedPoints = [];
      const [x, y, width, height] = this.#getBBoxWithNoMargin();
      let tx, ty, sx2, sy2, x1, y1, x2, y2, rescaleFn;
      switch (this.#rotation) {
        case 0:
          rescaleFn = Outline._rescale;
          tx = pageX;
          ty = pageY + pageHeight;
          sx2 = pageWidth;
          sy2 = -pageHeight;
          x1 = pageX + x * pageWidth;
          y1 = pageY + (1 - y - height) * pageHeight;
          x2 = pageX + (x + width) * pageWidth;
          y2 = pageY + (1 - y) * pageHeight;
          break;
        case 90:
          rescaleFn = Outline._rescaleAndSwap;
          tx = pageX;
          ty = pageY;
          sx2 = pageWidth;
          sy2 = pageHeight;
          x1 = pageX + y * pageWidth;
          y1 = pageY + x * pageHeight;
          x2 = pageX + (y + height) * pageWidth;
          y2 = pageY + (x + width) * pageHeight;
          break;
        case 180:
          rescaleFn = Outline._rescale;
          tx = pageX + pageWidth;
          ty = pageY;
          sx2 = -pageWidth;
          sy2 = pageHeight;
          x1 = pageX + (1 - x - width) * pageWidth;
          y1 = pageY + y * pageHeight;
          x2 = pageX + (1 - x) * pageWidth;
          y2 = pageY + (y + height) * pageHeight;
          break;
        case 270:
          rescaleFn = Outline._rescaleAndSwap;
          tx = pageX + pageWidth;
          ty = pageY + pageHeight;
          sx2 = -pageWidth;
          sy2 = -pageHeight;
          x1 = pageX + (1 - y - height) * pageWidth;
          y1 = pageY + (1 - x - width) * pageHeight;
          x2 = pageX + (1 - y) * pageWidth;
          y2 = pageY + (1 - x) * pageHeight;
          break;
      }
      for (const {
        line,
        points
      } of this.#lines) {
        serializedLines.push(rescaleFn(line, tx, ty, sx2, sy2, isForCopying ? new Array(line.length) : null));
        serializedPoints.push(rescaleFn(points, tx, ty, sx2, sy2, isForCopying ? new Array(points.length) : null));
      }
      return {
        lines: serializedLines,
        points: serializedPoints,
        rect: [x1, y1, x2, y2]
      };
    }
    static deserialize(pageX, pageY, pageWidth, pageHeight, innerMargin, {
      paths: {
        lines,
        points
      },
      rotation,
      thickness
    }) {
      const newLines = [];
      let tx, ty, sx2, sy2, rescaleFn;
      switch (rotation) {
        case 0:
          rescaleFn = Outline._rescale;
          tx = -pageX / pageWidth;
          ty = pageY / pageHeight + 1;
          sx2 = 1 / pageWidth;
          sy2 = -1 / pageHeight;
          break;
        case 90:
          rescaleFn = Outline._rescaleAndSwap;
          tx = -pageY / pageHeight;
          ty = -pageX / pageWidth;
          sx2 = 1 / pageHeight;
          sy2 = 1 / pageWidth;
          break;
        case 180:
          rescaleFn = Outline._rescale;
          tx = pageX / pageWidth + 1;
          ty = -pageY / pageHeight;
          sx2 = -1 / pageWidth;
          sy2 = 1 / pageHeight;
          break;
        case 270:
          rescaleFn = Outline._rescaleAndSwap;
          tx = pageY / pageHeight + 1;
          ty = pageX / pageWidth + 1;
          sx2 = -1 / pageHeight;
          sy2 = -1 / pageWidth;
          break;
      }
      if (!lines) {
        lines = [];
        for (const point of points) {
          const len = point.length;
          if (len === 2) {
            lines.push(new Float32Array([NaN, NaN, NaN, NaN, point[0], point[1]]));
            continue;
          }
          if (len === 4) {
            lines.push(new Float32Array([NaN, NaN, NaN, NaN, point[0], point[1], NaN, NaN, NaN, NaN, point[2], point[3]]));
            continue;
          }
          const line = new Float32Array(3 * (len - 2));
          lines.push(line);
          let [x1, y1, x2, y2] = point.subarray(0, 4);
          line.set([NaN, NaN, NaN, NaN, x1, y1], 0);
          for (let i = 4; i < len; i += 2) {
            const x = point[i];
            const y = point[i + 1];
            line.set(Outline.createBezierPoints(x1, y1, x2, y2, x, y), (i - 2) * 3);
            [x1, y1, x2, y2] = [x2, y2, x, y];
          }
        }
      }
      for (let i = 0, ii = lines.length; i < ii; i++) {
        newLines.push({
          line: rescaleFn(lines[i].map((x) => x ?? NaN), tx, ty, sx2, sy2),
          points: rescaleFn(points[i].map((x) => x ?? NaN), tx, ty, sx2, sy2)
        });
      }
      const outlines = new this.prototype.constructor();
      outlines.build(newLines, pageWidth, pageHeight, 1, rotation, thickness, innerMargin);
      return outlines;
    }
    #getMarginComponents(thickness = this.#thickness) {
      const margin = this.#innerMargin + thickness / 2 * this.#parentScale;
      return this.#rotation % 180 === 0 ? [margin / this.#parentWidth, margin / this.#parentHeight] : [margin / this.#parentHeight, margin / this.#parentWidth];
    }
    #getBBoxWithNoMargin() {
      const [x, y, width, height] = this.#bbox;
      const [marginX, marginY] = this.#getMarginComponents(0);
      return [x + marginX, y + marginY, width - 2 * marginX, height - 2 * marginY];
    }
    #computeBbox() {
      const bbox = this.#bbox = F32_BBOX_INIT.slice();
      for (const {
        line
      } of this.#lines) {
        if (line.length <= 12) {
          for (let i = 4, ii = line.length; i < ii; i += 6) {
            Util.pointBoundingBox(line[i], line[i + 1], bbox);
          }
          continue;
        }
        let lastX = line[4], lastY = line[5];
        for (let i = 6, ii = line.length; i < ii; i += 6) {
          const [c1x, c1y, c2x, c2y, x, y] = line.subarray(i, i + 6);
          Util.bezierBoundingBox(lastX, lastY, c1x, c1y, c2x, c2y, x, y, bbox);
          lastX = x;
          lastY = y;
        }
      }
      const [marginX, marginY] = this.#getMarginComponents();
      bbox[0] = MathClamp(bbox[0] - marginX, 0, 1);
      bbox[1] = MathClamp(bbox[1] - marginY, 0, 1);
      bbox[2] = MathClamp(bbox[2] + marginX, 0, 1);
      bbox[3] = MathClamp(bbox[3] + marginY, 0, 1);
      bbox[2] -= bbox[0];
      bbox[3] -= bbox[1];
    }
    get box() {
      return this.#bbox;
    }
    updateProperty(name, value) {
      return name === "stroke-width" ? this.#updateThickness(value) : null;
    }
    #updateThickness(thickness) {
      const [oldMarginX, oldMarginY] = this.#getMarginComponents();
      this.#thickness = thickness;
      const [newMarginX, newMarginY] = this.#getMarginComponents();
      const [diffMarginX, diffMarginY] = [newMarginX - oldMarginX, newMarginY - oldMarginY];
      const bbox = this.#bbox;
      bbox[0] -= diffMarginX;
      bbox[1] -= diffMarginY;
      bbox[2] += 2 * diffMarginX;
      bbox[3] += 2 * diffMarginY;
      return bbox;
    }
    updateParentDimensions([width, height], scale2) {
      const [oldMarginX, oldMarginY] = this.#getMarginComponents();
      this.#parentWidth = width;
      this.#parentHeight = height;
      this.#parentScale = scale2;
      const [newMarginX, newMarginY] = this.#getMarginComponents();
      const diffMarginX = newMarginX - oldMarginX;
      const diffMarginY = newMarginY - oldMarginY;
      const bbox = this.#bbox;
      bbox[0] -= diffMarginX;
      bbox[1] -= diffMarginY;
      bbox[2] += 2 * diffMarginX;
      bbox[3] += 2 * diffMarginY;
      return bbox;
    }
    updateRotation(rotation) {
      this.#currentRotation = rotation;
      return {
        path: {
          transform: this.rotationTransform
        }
      };
    }
    get viewBox() {
      return this.#bbox.map(Outline.svgRound).join(" ");
    }
    get defaultProperties() {
      const [x, y] = this.#bbox;
      return {
        root: {
          viewBox: this.viewBox
        },
        path: {
          "transform-origin": `${Outline.svgRound(x)} ${Outline.svgRound(y)}`
        }
      };
    }
    get rotationTransform() {
      const [, , width, height] = this.#bbox;
      let a = 0, b = 0, c = 0, d = 0, e = 0, f = 0;
      switch (this.#currentRotation) {
        case 90:
          b = height / width;
          c = -width / height;
          e = width;
          break;
        case 180:
          a = -1;
          d = -1;
          e = width;
          f = height;
          break;
        case 270:
          b = -height / width;
          c = width / height;
          f = height;
          break;
        default:
          return "";
      }
      return `matrix(${a} ${b} ${c} ${d} ${Outline.svgRound(e)} ${Outline.svgRound(f)})`;
    }
    getPathResizingSVGProperties([newX, newY, newWidth, newHeight]) {
      const [marginX, marginY] = this.#getMarginComponents();
      const [x, y, width, height] = this.#bbox;
      if (Math.abs(width - marginX) <= Outline.PRECISION || Math.abs(height - marginY) <= Outline.PRECISION) {
        const tx = newX + newWidth / 2 - (x + width / 2);
        const ty = newY + newHeight / 2 - (y + height / 2);
        return {
          path: {
            "transform-origin": `${Outline.svgRound(newX)} ${Outline.svgRound(newY)}`,
            transform: `${this.rotationTransform} translate(${tx} ${ty})`
          }
        };
      }
      const s1x = (newWidth - 2 * marginX) / (width - 2 * marginX);
      const s1y = (newHeight - 2 * marginY) / (height - 2 * marginY);
      const s2x = width / newWidth;
      const s2y = height / newHeight;
      return {
        path: {
          "transform-origin": `${Outline.svgRound(x)} ${Outline.svgRound(y)}`,
          transform: `${this.rotationTransform} scale(${s2x} ${s2y}) translate(${Outline.svgRound(marginX)} ${Outline.svgRound(marginY)}) scale(${s1x} ${s1y}) translate(${Outline.svgRound(-marginX)} ${Outline.svgRound(-marginY)})`
        }
      };
    }
    getPathResizedSVGProperties([newX, newY, newWidth, newHeight]) {
      const [marginX, marginY] = this.#getMarginComponents();
      const bbox = this.#bbox;
      const [x, y, width, height] = bbox;
      bbox[0] = newX;
      bbox[1] = newY;
      bbox[2] = newWidth;
      bbox[3] = newHeight;
      if (Math.abs(width - marginX) <= Outline.PRECISION || Math.abs(height - marginY) <= Outline.PRECISION) {
        const tx2 = newX + newWidth / 2 - (x + width / 2);
        const ty2 = newY + newHeight / 2 - (y + height / 2);
        for (const {
          line,
          points
        } of this.#lines) {
          Outline._translate(line, tx2, ty2, line);
          Outline._translate(points, tx2, ty2, points);
        }
        return {
          root: {
            viewBox: this.viewBox
          },
          path: {
            "transform-origin": `${Outline.svgRound(newX)} ${Outline.svgRound(newY)}`,
            transform: this.rotationTransform || null,
            d: this.toSVGPath()
          }
        };
      }
      const s1x = (newWidth - 2 * marginX) / (width - 2 * marginX);
      const s1y = (newHeight - 2 * marginY) / (height - 2 * marginY);
      const tx = -s1x * (x + marginX) + newX + marginX;
      const ty = -s1y * (y + marginY) + newY + marginY;
      if (s1x !== 1 || s1y !== 1 || tx !== 0 || ty !== 0) {
        for (const {
          line,
          points
        } of this.#lines) {
          Outline._rescale(line, tx, ty, s1x, s1y, line);
          Outline._rescale(points, tx, ty, s1x, s1y, points);
        }
      }
      return {
        root: {
          viewBox: this.viewBox
        },
        path: {
          "transform-origin": `${Outline.svgRound(newX)} ${Outline.svgRound(newY)}`,
          transform: this.rotationTransform || null,
          d: this.toSVGPath()
        }
      };
    }
    getPathTranslatedSVGProperties([newX, newY], parentDimensions) {
      const [newParentWidth, newParentHeight] = parentDimensions;
      const bbox = this.#bbox;
      const tx = newX - bbox[0];
      const ty = newY - bbox[1];
      if (this.#parentWidth === newParentWidth && this.#parentHeight === newParentHeight) {
        for (const {
          line,
          points
        } of this.#lines) {
          Outline._translate(line, tx, ty, line);
          Outline._translate(points, tx, ty, points);
        }
      } else {
        const sx2 = this.#parentWidth / newParentWidth;
        const sy2 = this.#parentHeight / newParentHeight;
        this.#parentWidth = newParentWidth;
        this.#parentHeight = newParentHeight;
        for (const {
          line,
          points
        } of this.#lines) {
          Outline._rescale(line, tx, ty, sx2, sy2, line);
          Outline._rescale(points, tx, ty, sx2, sy2, points);
        }
        bbox[2] *= sx2;
        bbox[3] *= sy2;
      }
      bbox[0] = newX;
      bbox[1] = newY;
      return {
        root: {
          viewBox: this.viewBox
        },
        path: {
          d: this.toSVGPath(),
          "transform-origin": `${Outline.svgRound(newX)} ${Outline.svgRound(newY)}`
        }
      };
    }
    get defaultSVGProperties() {
      const bbox = this.#bbox;
      return {
        root: {
          viewBox: this.viewBox
        },
        rootClass: {
          draw: true
        },
        path: {
          d: this.toSVGPath(),
          "transform-origin": `${Outline.svgRound(bbox[0])} ${Outline.svgRound(bbox[1])}`,
          transform: this.rotationTransform || null
        },
        bbox
      };
    }
  };
  var InkDrawingOptions = class _InkDrawingOptions extends DrawingOptions {
    constructor(viewerParameters) {
      super();
      this._viewParameters = viewerParameters;
      super.updateProperties({
        fill: "none",
        stroke: AnnotationEditor._defaultLineColor,
        "stroke-opacity": 1,
        "stroke-width": 1,
        "stroke-linecap": "round",
        "stroke-linejoin": "round",
        "stroke-miterlimit": 10
      });
    }
    updateSVGProperty(name, value) {
      if (name === "stroke-width") {
        value ??= this["stroke-width"];
        value *= this._viewParameters.realScale;
      }
      super.updateSVGProperty(name, value);
    }
    clone() {
      const clone = new _InkDrawingOptions(this._viewParameters);
      clone.updateAll(this);
      return clone;
    }
  };
  var InkEditor = class _InkEditor extends DrawingEditor {
    static _type = "ink";
    static _editorType = AnnotationEditorType.INK;
    static _defaultDrawingOptions = null;
    constructor(params) {
      super({
        ...params,
        name: "inkEditor"
      });
      this._willKeepAspectRatio = true;
      this.defaultL10nId = "pdfjs-editor-ink-editor";
    }
    static initialize(l10n, uiManager) {
      AnnotationEditor.initialize(l10n, uiManager);
      this._defaultDrawingOptions = new InkDrawingOptions(uiManager.viewParameters);
    }
    static getDefaultDrawingOptions(options2) {
      const clone = this._defaultDrawingOptions.clone();
      clone.updateProperties(options2);
      return clone;
    }
    static get supportMultipleDrawings() {
      return true;
    }
    static get typesMap() {
      return util_shadow(this, "typesMap", /* @__PURE__ */ new Map([[AnnotationEditorParamsType.INK_THICKNESS, "stroke-width"], [AnnotationEditorParamsType.INK_COLOR, "stroke"], [AnnotationEditorParamsType.INK_OPACITY, "stroke-opacity"]]));
    }
    static createDrawerInstance({
      x,
      y,
      box: [, , width, height],
      rotation
    }) {
      return new InkDrawOutliner(x, y, width, height, rotation, this._defaultDrawingOptions["stroke-width"]);
    }
    static deserializeDraw(pageX, pageY, pageWidth, pageHeight, innerMargin, data) {
      return InkDrawOutline.deserialize(pageX, pageY, pageWidth, pageHeight, innerMargin, data);
    }
    static async deserialize(data, parent, uiManager) {
      let initialData = null;
      if (data instanceof InkAnnotationElement) {
        const {
          data: {
            inkLists,
            rect: rect2,
            rotation,
            id,
            color: color2,
            opacity,
            borderStyle: {
              rawWidth: thickness
            },
            popupRef,
            richText,
            contentsObj,
            creationDate,
            modificationDate
          },
          parent: {
            page: {
              pageNumber
            }
          }
        } = data;
        initialData = data = {
          annotationType: AnnotationEditorType.INK,
          color: Array.from(color2),
          thickness,
          opacity,
          paths: {
            points: inkLists
          },
          boxes: null,
          pageIndex: pageNumber - 1,
          rect: rect2.slice(0),
          rotation,
          annotationElementId: id,
          id,
          deleted: false,
          popupRef,
          richText,
          comment: contentsObj?.str || null,
          creationDate,
          modificationDate
        };
      }
      const editor = await super.deserialize(data, parent, uiManager);
      editor._initialData = initialData;
      if (data.comment) {
        editor.setCommentData(data);
      }
      return editor;
    }
    get toolbarButtons() {
      this._colorPicker ||= new BasicColorPicker(this);
      return [["colorPicker", this._colorPicker]];
    }
    get colorType() {
      return AnnotationEditorParamsType.INK_COLOR;
    }
    get colorAndOpacityType() {
      return AnnotationEditorParamsType.INK_COLOR_AND_OPACITY;
    }
    get opacityType() {
      return AnnotationEditorParamsType.INK_OPACITY;
    }
    updateParams(type, value) {
      if (type === AnnotationEditorParamsType.INK_COLOR_AND_OPACITY) {
        this._updateColorAndOpacity(value.color, value.opacity);
        return;
      }
      super.updateParams(type, value);
    }
    static updateDefaultParams(type, value) {
      if (type === AnnotationEditorParamsType.INK_COLOR_AND_OPACITY) {
        super.updateDefaultParams(AnnotationEditorParamsType.INK_COLOR, value.color);
        super.updateDefaultParams(AnnotationEditorParamsType.INK_OPACITY, value.opacity);
        return;
      }
      super.updateDefaultParams(type, value);
    }
    get color() {
      return this._drawingOptions.stroke;
    }
    get opacity() {
      return this._drawingOptions["stroke-opacity"];
    }
    onScaleChanging() {
      if (!this.parent) {
        return;
      }
      super.onScaleChanging();
      const {
        _drawId,
        _drawingOptions,
        parent
      } = this;
      _drawingOptions.updateSVGProperty("stroke-width");
      parent.drawLayer.updateProperties(_drawId, _drawingOptions.toSVGProperties());
    }
    static onScaleChangingWhenDrawing() {
      const parent = this._currentParent;
      if (!parent) {
        return;
      }
      super.onScaleChangingWhenDrawing();
      this._defaultDrawingOptions.updateSVGProperty("stroke-width");
      parent.drawLayer.updateProperties(this._currentDrawId, this._defaultDrawingOptions.toSVGProperties());
    }
    createDrawingOptions({
      color: color2,
      thickness,
      opacity
    }) {
      this._drawingOptions = _InkEditor.getDefaultDrawingOptions({
        stroke: Util.makeHexColor(...color2),
        "stroke-width": thickness,
        "stroke-opacity": opacity
      });
    }
    serialize(isForCopying = false) {
      if (this.isEmpty()) {
        return null;
      }
      if (this.deleted) {
        return this.serializeDeleted();
      }
      const {
        lines,
        points
      } = this.serializeDraw(isForCopying);
      const {
        _drawingOptions: {
          stroke: stroke2,
          "stroke-opacity": opacity,
          "stroke-width": thickness
        }
      } = this;
      const serialized = Object.assign(super.serialize(isForCopying), {
        color: AnnotationEditor._colorManager.convert(stroke2),
        opacity,
        thickness,
        paths: {
          lines,
          points
        }
      });
      this.addComment(serialized);
      if (isForCopying) {
        serialized.isCopy = true;
        return serialized;
      }
      if (this.annotationElementId && !this.#hasElementChanged(serialized)) {
        return null;
      }
      serialized.id = this.annotationElementId;
      return serialized;
    }
    #hasElementChanged(serialized) {
      const {
        color: color2,
        thickness,
        opacity,
        pageIndex
      } = this._initialData;
      return this.hasEditedComment || this._hasBeenMoved || this._hasBeenResized || serialized.color.some((c, i) => c !== color2[i]) || serialized.thickness !== thickness || serialized.opacity !== opacity || serialized.pageIndex !== pageIndex;
    }
    renderAnnotationElement(annotation) {
      if (this.deleted) {
        annotation.hide();
        return null;
      }
      const {
        points,
        rect: rect2
      } = this.serializeDraw(false);
      annotation.updateEdited({
        rect: rect2,
        thickness: this._drawingOptions["stroke-width"],
        points,
        popup: this.comment
      });
      return null;
    }
  };
  var ContourDrawOutline = class extends InkDrawOutline {
    toSVGPath() {
      let path2 = super.toSVGPath();
      if (!path2.endsWith("Z")) {
        path2 += "Z";
      }
      return path2;
    }
  };
  es_uint8_array_from_base64_namespaceFn();
  var BASE_HEADER_LENGTH = 8;
  var POINTS_PROPERTIES_NUMBER = 3;
  var SignatureExtractor = class {
    static #PARAMETERS = {
      maxDim: 512,
      sigmaSFactor: 0.02,
      sigmaR: 25,
      kernelSize: 16
    };
    static #neighborIndexToId(i0, j0, i, j) {
      i -= i0;
      j -= j0;
      if (i === 0) {
        return j > 0 ? 0 : 4;
      }
      return i === 1 ? j + 6 : 2 - j;
    }
    static #neighborIdToIndex = new Int32Array([0, 1, -1, 1, -1, 0, -1, -1, 0, -1, 1, -1, 1, 0, 1, 1]);
    static #clockwiseNonZero(buf, width, i0, j0, i, j, offset) {
      const id = this.#neighborIndexToId(i0, j0, i, j);
      for (let k = 0; k < 8; k++) {
        const kk = (-k + id - offset + 16) % 8;
        const shiftI = this.#neighborIdToIndex[2 * kk];
        const shiftJ = this.#neighborIdToIndex[2 * kk + 1];
        if (buf[(i0 + shiftI) * width + (j0 + shiftJ)] !== 0) {
          return kk;
        }
      }
      return -1;
    }
    static #counterClockwiseNonZero(buf, width, i0, j0, i, j, offset) {
      const id = this.#neighborIndexToId(i0, j0, i, j);
      for (let k = 0; k < 8; k++) {
        const kk = (k + id + offset + 16) % 8;
        const shiftI = this.#neighborIdToIndex[2 * kk];
        const shiftJ = this.#neighborIdToIndex[2 * kk + 1];
        if (buf[(i0 + shiftI) * width + (j0 + shiftJ)] !== 0) {
          return kk;
        }
      }
      return -1;
    }
    static #findContours(buf, width, height, threshold) {
      const N = buf.length;
      const types2 = new Int32Array(N);
      for (let i = 0; i < N; i++) {
        types2[i] = buf[i] <= threshold ? 1 : 0;
      }
      for (let i = 1; i < height - 1; i++) {
        types2[i * width] = types2[i * width + width - 1] = 0;
      }
      for (let i = 0; i < width; i++) {
        types2[i] = types2[width * height - 1 - i] = 0;
      }
      let nbd = 1;
      let lnbd;
      const contours = [];
      for (let i = 1; i < height - 1; i++) {
        lnbd = 1;
        for (let j = 1; j < width - 1; j++) {
          const ij = i * width + j;
          const pix = types2[ij];
          if (pix === 0) {
            continue;
          }
          let i2 = i;
          let j2 = j;
          if (pix === 1 && types2[ij - 1] === 0) {
            nbd += 1;
            j2 -= 1;
          } else if (pix >= 1 && types2[ij + 1] === 0) {
            nbd += 1;
            j2 += 1;
            if (pix > 1) {
              lnbd = pix;
            }
          } else {
            if (pix !== 1) {
              lnbd = Math.abs(pix);
            }
            continue;
          }
          const points = [j, i];
          const isHole = j2 === j + 1;
          const contour = {
            isHole,
            points,
            id: nbd,
            parent: 0
          };
          contours.push(contour);
          let contour0;
          for (const c of contours) {
            if (c.id === lnbd) {
              contour0 = c;
              break;
            }
          }
          if (!contour0) {
            contour.parent = isHole ? lnbd : 0;
          } else if (contour0.isHole) {
            contour.parent = isHole ? contour0.parent : lnbd;
          } else {
            contour.parent = isHole ? lnbd : contour0.parent;
          }
          const k = this.#clockwiseNonZero(types2, width, i, j, i2, j2, 0);
          if (k === -1) {
            types2[ij] = -nbd;
            if (types2[ij] !== 1) {
              lnbd = Math.abs(types2[ij]);
            }
            continue;
          }
          let shiftI = this.#neighborIdToIndex[2 * k];
          let shiftJ = this.#neighborIdToIndex[2 * k + 1];
          const i1 = i + shiftI;
          const j1 = j + shiftJ;
          i2 = i1;
          j2 = j1;
          let i3 = i;
          let j3 = j;
          while (true) {
            const kk = this.#counterClockwiseNonZero(types2, width, i3, j3, i2, j2, 1);
            shiftI = this.#neighborIdToIndex[2 * kk];
            shiftJ = this.#neighborIdToIndex[2 * kk + 1];
            const i4 = i3 + shiftI;
            const j4 = j3 + shiftJ;
            points.push(j4, i4);
            const ij3 = i3 * width + j3;
            if (types2[ij3 + 1] === 0) {
              types2[ij3] = -nbd;
            } else if (types2[ij3] === 1) {
              types2[ij3] = nbd;
            }
            if (i4 === i && j4 === j && i3 === i1 && j3 === j1) {
              if (types2[ij] !== 1) {
                lnbd = Math.abs(types2[ij]);
              }
              break;
            } else {
              i2 = i3;
              j2 = j3;
              i3 = i4;
              j3 = j4;
            }
          }
        }
      }
      return contours;
    }
    static #douglasPeuckerHelper(points, start, end, output) {
      if (end - start <= 4) {
        for (let i = start; i < end - 2; i += 2) {
          output.push(points[i], points[i + 1]);
        }
        return;
      }
      const ax = points[start];
      const ay = points[start + 1];
      const abx = points[end - 4] - ax;
      const aby = points[end - 3] - ay;
      const dist = Math.hypot(abx, aby);
      const nabx = abx / dist;
      const naby = aby / dist;
      const aa = nabx * ay - naby * ax;
      const m = aby / abx;
      const invS = 1 / dist;
      const phi = Math.atan(m);
      const cosPhi = Math.cos(phi);
      const sinPhi = Math.sin(phi);
      const tmax = invS * (Math.abs(cosPhi) + Math.abs(sinPhi));
      const poly = invS * (1 - tmax + tmax ** 2);
      const partialPhi = Math.max(Math.atan(Math.abs(sinPhi + cosPhi) * poly), Math.atan(Math.abs(sinPhi - cosPhi) * poly));
      let dmax = 0;
      let index = start;
      for (let i = start + 2; i < end - 2; i += 2) {
        const d = Math.abs(aa - nabx * points[i + 1] + naby * points[i]);
        if (d > dmax) {
          index = i;
          dmax = d;
        }
      }
      if (dmax > (dist * partialPhi) ** 2) {
        this.#douglasPeuckerHelper(points, start, index + 2, output);
        this.#douglasPeuckerHelper(points, index, end, output);
      } else {
        output.push(ax, ay);
      }
    }
    static #douglasPeucker(points) {
      const output = [];
      const len = points.length;
      this.#douglasPeuckerHelper(points, 0, len, output);
      output.push(points[len - 2], points[len - 1]);
      return output.length <= 4 ? null : output;
    }
    static #bilateralFilter(buf, width, height, sigmaS, sigmaR, kernelSize) {
      const kernel = new Float32Array(kernelSize ** 2);
      const sigmaS2 = -2 * sigmaS ** 2;
      const halfSize = kernelSize >> 1;
      for (let i = 0; i < kernelSize; i++) {
        const x = (i - halfSize) ** 2;
        for (let j = 0; j < kernelSize; j++) {
          kernel[i * kernelSize + j] = Math.exp((x + (j - halfSize) ** 2) / sigmaS2);
        }
      }
      const rangeValues = new Float32Array(256);
      const sigmaR2 = -2 * sigmaR ** 2;
      for (let i = 0; i < 256; i++) {
        rangeValues[i] = Math.exp(i ** 2 / sigmaR2);
      }
      const N = buf.length;
      const out = new Uint8Array(N);
      const histogram = new Uint32Array(256);
      for (let i = 0; i < height; i++) {
        for (let j = 0; j < width; j++) {
          const ij = i * width + j;
          const center = buf[ij];
          let sum2 = 0;
          let norm = 0;
          for (let k = 0; k < kernelSize; k++) {
            const y = i + k - halfSize;
            if (y < 0 || y >= height) {
              continue;
            }
            for (let l = 0; l < kernelSize; l++) {
              const x = j + l - halfSize;
              if (x < 0 || x >= width) {
                continue;
              }
              const neighbour = buf[y * width + x];
              const w = kernel[k * kernelSize + l] * rangeValues[Math.abs(neighbour - center)];
              sum2 += neighbour * w;
              norm += w;
            }
          }
          const pix = out[ij] = Math.round(sum2 / norm);
          histogram[pix]++;
        }
      }
      return [out, histogram];
    }
    static #getHistogram(buf) {
      const histogram = new Uint32Array(256);
      for (const g of buf) {
        histogram[g]++;
      }
      return histogram;
    }
    static #toUint8(buf) {
      const N = buf.length;
      const out = new Uint8ClampedArray(N >> 2);
      let max = -Infinity;
      let min = Infinity;
      for (let i = 0, ii = out.length; i < ii; i++) {
        const pix = out[i] = buf[i << 2];
        max = Math.max(max, pix);
        min = Math.min(min, pix);
      }
      const ratio = 255 / (max - min);
      for (let i = 0, ii = out.length; i < ii; i++) {
        out[i] = (out[i] - min) * ratio;
      }
      return out;
    }
    static #guessThreshold(histogram) {
      let i;
      let M = -Infinity;
      let L = -Infinity;
      const min = histogram.findIndex((v) => v !== 0);
      let pos = min;
      let spos = min;
      for (i = min; i < 256; i++) {
        const v = histogram[i];
        if (v > M) {
          if (i - pos > L) {
            L = i - pos;
            spos = i - 1;
          }
          M = v;
          pos = i;
        }
      }
      for (i = spos - 1; i >= 0; i--) {
        if (histogram[i] > histogram[i + 1]) {
          break;
        }
      }
      return i;
    }
    static #getGrayPixels(bitmap) {
      const originalBitmap = bitmap;
      const {
        width,
        height
      } = bitmap;
      const {
        maxDim
      } = this.#PARAMETERS;
      let newWidth = width;
      let newHeight = height;
      if (width > maxDim || height > maxDim) {
        let prevWidth = width;
        let prevHeight = height;
        let steps = Math.log2(Math.max(width, height) / maxDim);
        const isteps = Math.floor(steps);
        steps = steps === isteps ? isteps - 1 : isteps;
        for (let i = 0; i < steps; i++) {
          newWidth = Math.ceil(prevWidth / 2);
          newHeight = Math.ceil(prevHeight / 2);
          const offscreen2 = new OffscreenCanvas(newWidth, newHeight);
          const ctx2 = offscreen2.getContext("2d");
          ctx2.drawImage(bitmap, 0, 0, prevWidth, prevHeight, 0, 0, newWidth, newHeight);
          prevWidth = newWidth;
          prevHeight = newHeight;
          if (bitmap !== originalBitmap) {
            bitmap.close();
          }
          bitmap = offscreen2.transferToImageBitmap();
        }
        const ratio = Math.min(maxDim / newWidth, maxDim / newHeight);
        newWidth = Math.round(newWidth * ratio);
        newHeight = Math.round(newHeight * ratio);
      }
      const offscreen = new OffscreenCanvas(newWidth, newHeight);
      const ctx = offscreen.getContext("2d", {
        willReadFrequently: true
      });
      ctx.fillStyle = "white";
      ctx.fillRect(0, 0, newWidth, newHeight);
      ctx.filter = "grayscale(1)";
      ctx.drawImage(bitmap, 0, 0, bitmap.width, bitmap.height, 0, 0, newWidth, newHeight);
      const grayImage = ctx.getImageData(0, 0, newWidth, newHeight).data;
      const uint8Buf = this.#toUint8(grayImage);
      return [uint8Buf, newWidth, newHeight];
    }
    static extractContoursFromText(text2, {
      fontFamily,
      fontStyle,
      fontWeight
    }, pageWidth, pageHeight, rotation, innerMargin) {
      let canvas = new OffscreenCanvas(1, 1);
      let ctx = canvas.getContext("2d", {
        alpha: false
      });
      const fontSize = 200;
      const font = ctx.font = `${fontStyle} ${fontWeight} ${fontSize}px ${fontFamily}`;
      const {
        actualBoundingBoxLeft,
        actualBoundingBoxRight,
        actualBoundingBoxAscent,
        actualBoundingBoxDescent,
        fontBoundingBoxAscent,
        fontBoundingBoxDescent,
        width
      } = ctx.measureText(text2);
      const SCALE = 1.5;
      const canvasWidth = Math.ceil(Math.max(Math.abs(actualBoundingBoxLeft) + Math.abs(actualBoundingBoxRight) || 0, width) * SCALE);
      const canvasHeight = Math.ceil(Math.max(Math.abs(actualBoundingBoxAscent) + Math.abs(actualBoundingBoxDescent) || fontSize, Math.abs(fontBoundingBoxAscent) + Math.abs(fontBoundingBoxDescent) || fontSize) * SCALE);
      canvas = new OffscreenCanvas(canvasWidth, canvasHeight);
      ctx = canvas.getContext("2d", {
        alpha: true,
        willReadFrequently: true
      });
      ctx.font = font;
      ctx.filter = "grayscale(1)";
      ctx.fillStyle = "white";
      ctx.fillRect(0, 0, canvasWidth, canvasHeight);
      ctx.fillStyle = "black";
      ctx.fillText(text2, canvasWidth * (SCALE - 1) / 2, canvasHeight * (3 - SCALE) / 2);
      const uint8Buf = this.#toUint8(ctx.getImageData(0, 0, canvasWidth, canvasHeight).data);
      const histogram = this.#getHistogram(uint8Buf);
      const threshold = this.#guessThreshold(histogram);
      const contourList = this.#findContours(uint8Buf, canvasWidth, canvasHeight, threshold);
      return this.processDrawnLines({
        lines: {
          curves: contourList,
          width: canvasWidth,
          height: canvasHeight
        },
        pageWidth,
        pageHeight,
        rotation,
        innerMargin,
        mustSmooth: true,
        areContours: true
      });
    }
    static process(bitmap, pageWidth, pageHeight, rotation, innerMargin) {
      const [uint8Buf, width, height] = this.#getGrayPixels(bitmap);
      const [buffer, histogram] = this.#bilateralFilter(uint8Buf, width, height, Math.hypot(width, height) * this.#PARAMETERS.sigmaSFactor, this.#PARAMETERS.sigmaR, this.#PARAMETERS.kernelSize);
      const threshold = this.#guessThreshold(histogram);
      const contourList = this.#findContours(buffer, width, height, threshold);
      return this.processDrawnLines({
        lines: {
          curves: contourList,
          width,
          height
        },
        pageWidth,
        pageHeight,
        rotation,
        innerMargin,
        mustSmooth: true,
        areContours: true
      });
    }
    static processDrawnLines({
      lines,
      pageWidth,
      pageHeight,
      rotation,
      innerMargin,
      mustSmooth,
      areContours
    }) {
      if (rotation % 180 !== 0) {
        [pageWidth, pageHeight] = [pageHeight, pageWidth];
      }
      const {
        curves,
        width,
        height
      } = lines;
      const thickness = lines.thickness ?? 0;
      const linesAndPoints = [];
      const ratio = Math.min(pageWidth / width, pageHeight / height);
      const xScale = ratio / pageWidth;
      const yScale = ratio / pageHeight;
      const newCurves = [];
      for (const {
        points
      } of curves) {
        const reducedPoints = mustSmooth ? this.#douglasPeucker(points) : points;
        if (!reducedPoints) {
          continue;
        }
        newCurves.push(reducedPoints);
        const len = reducedPoints.length;
        const newPoints = new Float32Array(len);
        const line = new Float32Array(3 * (len === 2 ? 2 : len - 2));
        linesAndPoints.push({
          line,
          points: newPoints
        });
        if (len === 2) {
          newPoints[0] = reducedPoints[0] * xScale;
          newPoints[1] = reducedPoints[1] * yScale;
          line.set([NaN, NaN, NaN, NaN, newPoints[0], newPoints[1]], 0);
          continue;
        }
        let [x1, y1, x2, y2] = reducedPoints;
        x1 *= xScale;
        y1 *= yScale;
        x2 *= xScale;
        y2 *= yScale;
        newPoints.set([x1, y1, x2, y2], 0);
        line.set([NaN, NaN, NaN, NaN, x1, y1], 0);
        for (let i = 4; i < len; i += 2) {
          const x = newPoints[i] = reducedPoints[i] * xScale;
          const y = newPoints[i + 1] = reducedPoints[i + 1] * yScale;
          line.set(Outline.createBezierPoints(x1, y1, x2, y2, x, y), (i - 2) * 3);
          [x1, y1, x2, y2] = [x2, y2, x, y];
        }
      }
      if (linesAndPoints.length === 0) {
        return null;
      }
      const outline = areContours ? new ContourDrawOutline() : new InkDrawOutline();
      outline.build(linesAndPoints, pageWidth, pageHeight, 1, rotation, areContours ? 0 : thickness, innerMargin);
      return {
        outline,
        newCurves,
        areContours,
        thickness,
        width,
        height
      };
    }
    static async compressSignature({
      outlines,
      areContours,
      thickness,
      width,
      height
    }) {
      let minDiff = Infinity;
      let maxDiff = -Infinity;
      let outlinesLength = 0;
      for (const points of outlines) {
        outlinesLength += points.length;
        for (let i = 2, ii = points.length; i < ii; i++) {
          const dx = points[i] - points[i - 2];
          minDiff = Math.min(minDiff, dx);
          maxDiff = Math.max(maxDiff, dx);
        }
      }
      let bufferType;
      if (minDiff >= -128 && maxDiff <= 127) {
        bufferType = Int8Array;
      } else if (minDiff >= -32768 && maxDiff <= 32767) {
        bufferType = Int16Array;
      } else {
        bufferType = Int32Array;
      }
      const len = outlines.length;
      const headerLength = BASE_HEADER_LENGTH + POINTS_PROPERTIES_NUMBER * len;
      const header2 = new Uint32Array(headerLength);
      let offset = 0;
      header2[offset++] = headerLength * Uint32Array.BYTES_PER_ELEMENT + (outlinesLength - 2 * len) * bufferType.BYTES_PER_ELEMENT;
      header2[offset++] = 0;
      header2[offset++] = width;
      header2[offset++] = height;
      header2[offset++] = areContours ? 0 : 1;
      header2[offset++] = Math.max(0, Math.floor(thickness ?? 0));
      header2[offset++] = len;
      header2[offset++] = bufferType.BYTES_PER_ELEMENT;
      for (const points of outlines) {
        header2[offset++] = points.length - 2;
        header2[offset++] = points[0];
        header2[offset++] = points[1];
      }
      const cs = new CompressionStream("deflate-raw");
      const writer = cs.writable.getWriter();
      await writer.ready;
      writer.write(header2);
      const BufferCtor = bufferType.prototype.constructor;
      for (const points of outlines) {
        const diffs = new BufferCtor(points.length - 2);
        for (let i = 2, ii = points.length; i < ii; i++) {
          diffs[i - 2] = points[i] - points[i - 2];
        }
        writer.write(diffs);
      }
      writer.close();
      const bytes2 = await new Response(cs.readable).bytes();
      return bytes2.toBase64();
    }
    static async decompressSignature(signatureData) {
      try {
        const bytes2 = Uint8Array.fromBase64(signatureData);
        const {
          readable,
          writable
        } = new DecompressionStream("deflate-raw");
        const writer = writable.getWriter();
        await writer.ready;
        writer.write(bytes2).then(async () => {
          await writer.ready;
          await writer.close();
        }).catch(() => {
        });
        let data = null;
        let offset = 0;
        for await (const chunk of readable) {
          data ||= new Uint8Array(new Uint32Array(chunk.buffer, 0, 4)[0]);
          data.set(chunk, offset);
          offset += chunk.length;
        }
        const header2 = new Uint32Array(data.buffer, 0, data.length >> 2);
        const version = header2[1];
        if (version !== 0) {
          throw new Error(`Invalid version: ${version}`);
        }
        const width = header2[2];
        const height = header2[3];
        const areContours = header2[4] === 0;
        const thickness = header2[5];
        const numberOfDrawings = header2[6];
        const bufferType = header2[7];
        const outlines = [];
        const diffsOffset = (BASE_HEADER_LENGTH + POINTS_PROPERTIES_NUMBER * numberOfDrawings) * Uint32Array.BYTES_PER_ELEMENT;
        let diffs;
        switch (bufferType) {
          case Int8Array.BYTES_PER_ELEMENT:
            diffs = new Int8Array(data.buffer, diffsOffset);
            break;
          case Int16Array.BYTES_PER_ELEMENT:
            diffs = new Int16Array(data.buffer, diffsOffset);
            break;
          case Int32Array.BYTES_PER_ELEMENT:
            diffs = new Int32Array(data.buffer, diffsOffset);
            break;
        }
        offset = 0;
        for (let i = 0; i < numberOfDrawings; i++) {
          const len = header2[POINTS_PROPERTIES_NUMBER * i + BASE_HEADER_LENGTH];
          const points = new Float32Array(len + 2);
          outlines.push(points);
          for (let j = 0; j < POINTS_PROPERTIES_NUMBER - 1; j++) {
            points[j] = header2[POINTS_PROPERTIES_NUMBER * i + BASE_HEADER_LENGTH + j + 1];
          }
          for (let j = 0; j < len; j++) {
            points[j + 2] = points[j] + diffs[offset++];
          }
        }
        return {
          areContours,
          thickness,
          outlines,
          width,
          height
        };
      } catch (e) {
        warn(`decompressSignature: ${e}`);
        return null;
      }
    }
  };
  var SignatureOptions = class _SignatureOptions extends DrawingOptions {
    constructor() {
      super();
      super.updateProperties({
        fill: AnnotationEditor._defaultLineColor,
        "stroke-width": 0
      });
    }
    clone() {
      const clone = new _SignatureOptions();
      clone.updateAll(this);
      return clone;
    }
  };
  var DrawnSignatureOptions = class _DrawnSignatureOptions extends InkDrawingOptions {
    constructor(viewerParameters) {
      super(viewerParameters);
      super.updateProperties({
        stroke: AnnotationEditor._defaultLineColor,
        "stroke-width": 1
      });
    }
    clone() {
      const clone = new _DrawnSignatureOptions(this._viewParameters);
      clone.updateAll(this);
      return clone;
    }
  };
  var SignatureEditor = class _SignatureEditor extends DrawingEditor {
    #isExtracted = false;
    #description = null;
    #signatureData = null;
    #signatureUUID = null;
    static _type = "signature";
    static _editorType = AnnotationEditorType.SIGNATURE;
    static _defaultDrawingOptions = null;
    constructor(params) {
      super({
        ...params,
        mustBeCommitted: true,
        name: "signatureEditor"
      });
      this._willKeepAspectRatio = true;
      this.#signatureData = params.signatureData || null;
      this.#description = null;
      this.defaultL10nId = "pdfjs-editor-signature-editor1";
    }
    static initialize(l10n, uiManager) {
      AnnotationEditor.initialize(l10n, uiManager);
      this._defaultDrawingOptions = new SignatureOptions();
      this._defaultDrawnSignatureOptions = new DrawnSignatureOptions(uiManager.viewParameters);
    }
    static getDefaultDrawingOptions(options2) {
      const clone = this._defaultDrawingOptions.clone();
      clone.updateProperties(options2);
      return clone;
    }
    static get supportMultipleDrawings() {
      return false;
    }
    static get typesMap() {
      return util_shadow(this, "typesMap", /* @__PURE__ */ new Map());
    }
    static get isDrawer() {
      return false;
    }
    get telemetryFinalData() {
      return {
        type: "signature",
        hasDescription: !!this.#description
      };
    }
    static computeTelemetryFinalData(data) {
      const hasDescriptionStats = data.get("hasDescription");
      return {
        hasAltText: hasDescriptionStats.get(true) ?? 0,
        hasNoAltText: hasDescriptionStats.get(false) ?? 0
      };
    }
    get isResizable() {
      return true;
    }
    onScaleChanging() {
      if (this._drawId === null) {
        return;
      }
      super.onScaleChanging();
    }
    render() {
      if (this.div) {
        return this.div;
      }
      let baseX, baseY;
      const {
        _isCopy
      } = this;
      if (_isCopy) {
        this._isCopy = false;
        baseX = this.x;
        baseY = this.y;
      }
      super.render();
      if (this._drawId === null) {
        if (this.#signatureData) {
          const {
            lines,
            mustSmooth,
            areContours,
            description,
            uuid,
            heightInPage
          } = this.#signatureData;
          const {
            rawDims: {
              pageWidth,
              pageHeight
            },
            rotation
          } = this.parent.viewport;
          const outline = SignatureExtractor.processDrawnLines({
            lines,
            pageWidth,
            pageHeight,
            rotation,
            innerMargin: _SignatureEditor._INNER_MARGIN,
            mustSmooth,
            areContours
          });
          this.addSignature(outline, heightInPage, description, uuid);
        } else {
          this.div.setAttribute("data-l10n-args", JSON.stringify({
            description: ""
          }));
          this.div.hidden = true;
          this._uiManager.getSignature(this);
        }
      } else {
        this.div.setAttribute("data-l10n-args", JSON.stringify({
          description: this.#description || ""
        }));
      }
      if (_isCopy) {
        this._isCopy = true;
        this._moveAfterPaste(baseX, baseY);
      }
      return this.div;
    }
    setUuid(uuid) {
      this.#signatureUUID = uuid;
      this.addEditToolbar();
    }
    getUuid() {
      return this.#signatureUUID;
    }
    get description() {
      return this.#description;
    }
    set description(description) {
      this.#description = description;
      if (!this.div) {
        return;
      }
      this.div.setAttribute("data-l10n-args", JSON.stringify({
        description
      }));
      super.addEditToolbar().then((toolbar) => {
        toolbar?.updateEditSignatureButton(description);
      });
    }
    getSignaturePreview() {
      const {
        newCurves,
        areContours,
        thickness,
        width,
        height
      } = this.#signatureData;
      const maxDim = Math.max(width, height);
      const outlineData = SignatureExtractor.processDrawnLines({
        lines: {
          curves: newCurves.map((points) => ({
            points
          })),
          thickness,
          width,
          height
        },
        pageWidth: maxDim,
        pageHeight: maxDim,
        rotation: 0,
        innerMargin: 0,
        mustSmooth: false,
        areContours
      });
      return {
        areContours,
        outline: outlineData.outline
      };
    }
    get toolbarButtons() {
      return this._uiManager.signatureManager ? [["editSignature", this._uiManager.signatureManager]] : super.toolbarButtons;
    }
    addSignature(data, heightInPage, description, uuid) {
      const {
        x: savedX,
        y: savedY
      } = this;
      const {
        outline
      } = this.#signatureData = data;
      this.#isExtracted = outline instanceof ContourDrawOutline;
      this.description = description;
      let drawingOptions;
      if (this.#isExtracted) {
        drawingOptions = _SignatureEditor.getDefaultDrawingOptions();
      } else {
        drawingOptions = _SignatureEditor._defaultDrawnSignatureOptions.clone();
        drawingOptions.updateProperties({
          "stroke-width": outline.thickness
        });
      }
      this._addOutlines({
        drawOutlines: outline,
        drawingOptions
      });
      const [, pageHeight] = this.pageDimensions;
      let newHeight = heightInPage / pageHeight;
      newHeight = newHeight >= 1 ? 0.5 : newHeight;
      this.width *= newHeight / this.height;
      if (this.width >= 1) {
        newHeight *= 0.9 / this.width;
        this.width = 0.9;
      }
      this.height = newHeight;
      this.setDims();
      this.x = savedX;
      this.y = savedY;
      this.center();
      this._onResized();
      this.onScaleChanging();
      this.rotate();
      this._uiManager.addToAnnotationStorage(this);
      this.setUuid(uuid);
      this._reportTelemetry({
        action: "pdfjs.signature.inserted",
        data: {
          hasBeenSaved: !!uuid,
          hasDescription: !!description
        }
      });
      this.div.hidden = false;
    }
    getFromImage(bitmap) {
      const {
        rawDims: {
          pageWidth,
          pageHeight
        },
        rotation
      } = this.parent.viewport;
      return SignatureExtractor.process(bitmap, pageWidth, pageHeight, rotation, _SignatureEditor._INNER_MARGIN);
    }
    getFromText(text2, fontInfo) {
      const {
        rawDims: {
          pageWidth,
          pageHeight
        },
        rotation
      } = this.parent.viewport;
      return SignatureExtractor.extractContoursFromText(text2, fontInfo, pageWidth, pageHeight, rotation, _SignatureEditor._INNER_MARGIN);
    }
    getDrawnSignature(curves) {
      const {
        rawDims: {
          pageWidth,
          pageHeight
        },
        rotation
      } = this.parent.viewport;
      return SignatureExtractor.processDrawnLines({
        lines: curves,
        pageWidth,
        pageHeight,
        rotation,
        innerMargin: _SignatureEditor._INNER_MARGIN,
        mustSmooth: false,
        areContours: false
      });
    }
    createDrawingOptions({
      areContours,
      thickness
    }) {
      if (areContours) {
        this._drawingOptions = _SignatureEditor.getDefaultDrawingOptions();
      } else {
        this._drawingOptions = _SignatureEditor._defaultDrawnSignatureOptions.clone();
        this._drawingOptions.updateProperties({
          "stroke-width": thickness
        });
      }
    }
    serialize(isForCopying = false) {
      if (this.isEmpty()) {
        return null;
      }
      const {
        lines,
        points
      } = this.serializeDraw(isForCopying);
      const {
        _drawingOptions: {
          "stroke-width": thickness
        }
      } = this;
      const serialized = Object.assign(super.serialize(isForCopying), {
        isSignature: true,
        areContours: this.#isExtracted,
        color: [0, 0, 0],
        thickness: this.#isExtracted ? 0 : thickness
      });
      this.addComment(serialized);
      if (isForCopying) {
        serialized.paths = {
          lines,
          points
        };
        serialized.uuid = this.#signatureUUID;
        serialized.isCopy = true;
      } else {
        serialized.lines = lines;
      }
      if (this.#description) {
        serialized.accessibilityData = {
          type: "Figure",
          alt: this.#description
        };
      }
      return serialized;
    }
    static deserializeDraw(pageX, pageY, pageWidth, pageHeight, innerMargin, data) {
      if (data.areContours) {
        return ContourDrawOutline.deserialize(pageX, pageY, pageWidth, pageHeight, innerMargin, data);
      }
      return InkDrawOutline.deserialize(pageX, pageY, pageWidth, pageHeight, innerMargin, data);
    }
    static async deserialize(data, parent, uiManager) {
      const editor = await super.deserialize(data, parent, uiManager);
      editor.#isExtracted = data.areContours;
      editor.description = data.accessibilityData?.alt || "";
      editor.#signatureUUID = data.uuid;
      return editor;
    }
  };
  var StampEditor = class extends AnnotationEditor {
    #bitmap = null;
    #bitmapId = null;
    #bitmapPromise = null;
    #bitmapUrl = null;
    #bitmapFile = null;
    #bitmapFileName = "";
    #canvas = null;
    #missingCanvas = false;
    #resizeTimeoutId = null;
    #isSvg = false;
    #hasBeenAddedInUndoStack = false;
    static _type = "stamp";
    static _editorType = AnnotationEditorType.STAMP;
    constructor(params) {
      super({
        ...params,
        name: "stampEditor"
      });
      this.#bitmapUrl = params.bitmapUrl;
      this.#bitmapFile = params.bitmapFile;
      this.defaultL10nId = "pdfjs-editor-stamp-editor";
    }
    static initialize(l10n, uiManager) {
      AnnotationEditor.initialize(l10n, uiManager);
    }
    static isHandlingMimeForPasting(mime) {
      return SupportedImageMimeTypes.has(mime);
    }
    static paste(item, parent) {
      parent.pasteEditor({
        mode: AnnotationEditorType.STAMP
      }, {
        bitmapFile: item.getAsFile()
      });
    }
    altTextFinish() {
      if (this._uiManager.useNewAltTextFlow) {
        this.div.hidden = false;
      }
      super.altTextFinish();
    }
    get telemetryFinalData() {
      return {
        type: "stamp",
        hasAltText: !!this.altTextData?.altText
      };
    }
    static computeTelemetryFinalData(data) {
      const hasAltTextStats = data.get("hasAltText");
      return {
        hasAltText: hasAltTextStats.get(true) ?? 0,
        hasNoAltText: hasAltTextStats.get(false) ?? 0
      };
    }
    #getBitmapFetched(data, fromId = false) {
      if (!data) {
        this.remove();
        return;
      }
      this.#bitmap = data.bitmap;
      if (!fromId) {
        this.#bitmapId = data.id;
        this.#isSvg = data.isSvg;
      }
      if (data.file) {
        this.#bitmapFileName = data.file.name;
      }
      this.#createCanvas();
    }
    #getBitmapDone() {
      this.#bitmapPromise = null;
      this._uiManager.enableWaiting(false);
      if (!this.#canvas) {
        return;
      }
      if (this._uiManager.useNewAltTextWhenAddingImage && this._uiManager.useNewAltTextFlow && this.#bitmap) {
        this.addEditToolbar().then(() => {
          this._editToolbar.hide();
          this._uiManager.editAltText(this, true);
        });
        return;
      }
      if (!this._uiManager.useNewAltTextWhenAddingImage && this._uiManager.useNewAltTextFlow && this.#bitmap) {
        this._reportTelemetry({
          action: "pdfjs.image.image_added",
          data: {
            alt_text_modal: false,
            alt_text_type: "empty"
          }
        });
        try {
          this.mlGuessAltText();
        } catch {
        }
      }
      this.div.focus();
    }
    async mlGuessAltText(imageData = null, updateAltTextData = true) {
      if (this.hasAltTextData()) {
        return null;
      }
      const {
        mlManager
      } = this._uiManager;
      if (!mlManager) {
        throw new Error("No ML.");
      }
      if (!await mlManager.isEnabledFor("altText")) {
        throw new Error("ML isn't enabled for alt text.");
      }
      const {
        data,
        width,
        height
      } = imageData || this.copyCanvas(null, null, true).imageData;
      const response = await mlManager.guess({
        name: "altText",
        request: {
          data,
          width,
          height,
          channels: data.length / (width * height)
        }
      });
      if (!response) {
        throw new Error("No response from the AI service.");
      }
      if (response.error) {
        throw new Error("Error from the AI service.");
      }
      if (response.cancel) {
        return null;
      }
      if (!response.output) {
        throw new Error("No valid response from the AI service.");
      }
      const altText = response.output;
      await this.setGuessedAltText(altText);
      if (updateAltTextData && !this.hasAltTextData()) {
        this.altTextData = {
          alt: altText,
          decorative: false
        };
      }
      return altText;
    }
    #getBitmap() {
      if (this.#bitmapId) {
        this._uiManager.enableWaiting(true);
        this._uiManager.imageManager.getFromId(this.#bitmapId).then((data) => this.#getBitmapFetched(data, true)).finally(() => this.#getBitmapDone());
        return;
      }
      if (this.#bitmapUrl) {
        const url = this.#bitmapUrl;
        this.#bitmapUrl = null;
        this._uiManager.enableWaiting(true);
        this.#bitmapPromise = this._uiManager.imageManager.getFromUrl(url).then((data) => this.#getBitmapFetched(data)).finally(() => this.#getBitmapDone());
        return;
      }
      if (this.#bitmapFile) {
        const file = this.#bitmapFile;
        this.#bitmapFile = null;
        this._uiManager.enableWaiting(true);
        this.#bitmapPromise = this._uiManager.imageManager.getFromFile(file).then((data) => this.#getBitmapFetched(data)).finally(() => this.#getBitmapDone());
        return;
      }
      const input2 = document.createElement("input");
      input2.type = "file";
      input2.accept = SupportedImageMimeTypes.keys().join(",");
      const signal = this._uiManager._signal;
      this.#bitmapPromise = new Promise((resolve) => {
        input2.addEventListener("change", async () => {
          if (!input2.files || input2.files.length === 0) {
            this.remove();
          } else {
            this._uiManager.enableWaiting(true);
            const data = await this._uiManager.imageManager.getFromFile(input2.files[0]);
            this._reportTelemetry({
              action: "pdfjs.image.image_selected",
              data: {
                alt_text_modal: this._uiManager.useNewAltTextFlow
              }
            });
            this.#getBitmapFetched(data);
          }
          resolve();
        }, {
          signal
        });
        input2.addEventListener("cancel", () => {
          this.remove();
          resolve();
        }, {
          signal
        });
      }).finally(() => this.#getBitmapDone());
      input2.click();
    }
    remove() {
      if (this.#bitmapId) {
        this.#bitmap = null;
        this._uiManager.imageManager.deleteId(this.#bitmapId);
        this.#canvas?.remove();
        this.#canvas = null;
        if (this.#resizeTimeoutId) {
          clearTimeout(this.#resizeTimeoutId);
          this.#resizeTimeoutId = null;
        }
      }
      super.remove();
    }
    rebuild() {
      if (!this.parent) {
        if (this.#bitmapId) {
          this.#getBitmap();
        }
        return;
      }
      super.rebuild();
      if (this.div === null) {
        return;
      }
      if (this.#bitmapId && this.#canvas === null) {
        this.#getBitmap();
      }
      if (!this.isAttachedToDOM) {
        this.parent.add(this);
      }
    }
    onceAdded(focus) {
      this._isDraggable = true;
      if (focus) {
        this.div.focus();
      }
    }
    isEmpty() {
      return !(this.#bitmapPromise || this.#bitmap || this.#bitmapUrl || this.#bitmapFile || this.#bitmapId || this.#missingCanvas);
    }
    get toolbarButtons() {
      return [["altText", this.createAltText()]];
    }
    get isResizable() {
      return true;
    }
    render() {
      if (this.div) {
        return this.div;
      }
      let baseX, baseY;
      if (this._isCopy) {
        baseX = this.x;
        baseY = this.y;
      }
      super.render();
      this.div.hidden = true;
      this.createAltText();
      if (!this.#missingCanvas) {
        if (this.#bitmap) {
          this.#createCanvas();
        } else {
          this.#getBitmap();
        }
      }
      if (this._isCopy) {
        this._moveAfterPaste(baseX, baseY);
      }
      this._uiManager.addShouldRescale(this);
      return this.div;
    }
    setCanvas(annotationElementId, canvas) {
      const {
        id: bitmapId,
        bitmap
      } = this._uiManager.imageManager.getFromCanvas(annotationElementId, canvas);
      canvas.remove();
      if (bitmapId && this._uiManager.imageManager.isValidId(bitmapId)) {
        this.#bitmapId = bitmapId;
        if (bitmap) {
          this.#bitmap = bitmap;
        }
        this.#missingCanvas = false;
        this.#createCanvas();
      }
    }
    _onResized() {
      this.onScaleChanging();
    }
    onScaleChanging() {
      if (!this.parent) {
        return;
      }
      if (this.#resizeTimeoutId !== null) {
        clearTimeout(this.#resizeTimeoutId);
      }
      const TIME_TO_WAIT = 200;
      this.#resizeTimeoutId = setTimeout(() => {
        this.#resizeTimeoutId = null;
        this.#drawBitmap();
      }, TIME_TO_WAIT);
    }
    #createCanvas() {
      const {
        div
      } = this;
      let {
        width,
        height
      } = this.#bitmap;
      const [pageWidth, pageHeight] = this.pageDimensions;
      const MAX_RATIO = 0.75;
      if (this.width) {
        width = this.width * pageWidth;
        height = this.height * pageHeight;
      } else if (width > MAX_RATIO * pageWidth || height > MAX_RATIO * pageHeight) {
        const factor = Math.min(MAX_RATIO * pageWidth / width, MAX_RATIO * pageHeight / height);
        width *= factor;
        height *= factor;
      }
      this._uiManager.enableWaiting(false);
      const canvas = this.#canvas = document.createElement("canvas");
      canvas.setAttribute("role", "img");
      this.addContainer(canvas);
      this.width = width / pageWidth;
      this.height = height / pageHeight;
      this.setDims();
      if (this._initialOptions?.isCentered) {
        this.center();
      } else {
        this.fixAndSetPosition();
      }
      this._initialOptions = null;
      if (!this._uiManager.useNewAltTextWhenAddingImage || !this._uiManager.useNewAltTextFlow || this.annotationElementId) {
        div.hidden = false;
      }
      this.#drawBitmap();
      if (!this.#hasBeenAddedInUndoStack) {
        this.parent.addUndoableEditor(this);
        this.#hasBeenAddedInUndoStack = true;
      }
      this._reportTelemetry({
        action: "inserted_image"
      });
      if (this.#bitmapFileName) {
        this.div.setAttribute("aria-description", this.#bitmapFileName);
      }
      if (!this.annotationElementId) {
        this._uiManager.a11yAlert(AnnotationEditor._l10nAlert.stamp);
      }
    }
    copyCanvas(maxDataDimension, maxPreviewDimension, createImageData = false) {
      maxDataDimension ||= 224;
      const {
        width: bitmapWidth,
        height: bitmapHeight
      } = this.#bitmap;
      const outputScale = new OutputScale();
      let bitmap = this.#bitmap;
      let width = bitmapWidth, height = bitmapHeight;
      let canvas = null;
      if (maxPreviewDimension) {
        if (bitmapWidth > maxPreviewDimension || bitmapHeight > maxPreviewDimension) {
          const ratio = Math.min(maxPreviewDimension / bitmapWidth, maxPreviewDimension / bitmapHeight);
          width = Math.floor(bitmapWidth * ratio);
          height = Math.floor(bitmapHeight * ratio);
        }
        canvas = document.createElement("canvas");
        const scaledWidth = canvas.width = Math.ceil(width * outputScale.sx);
        const scaledHeight = canvas.height = Math.ceil(height * outputScale.sy);
        if (!this.#isSvg) {
          bitmap = this.#scaleBitmap(scaledWidth, scaledHeight);
        }
        const ctx = canvas.getContext("2d");
        ctx.filter = this._uiManager.hcmFilter;
        let white = "white", black = "#cfcfd8";
        if (this._uiManager.hcmFilter !== "none") {
          black = "black";
        } else if (ColorScheme.isDarkMode) {
          white = "#8f8f9d";
          black = "#42414d";
        }
        const boxDim = 15;
        const boxDimWidth = boxDim * outputScale.sx;
        const boxDimHeight = boxDim * outputScale.sy;
        const pattern = new OffscreenCanvas(boxDimWidth * 2, boxDimHeight * 2);
        const patternCtx = pattern.getContext("2d");
        patternCtx.fillStyle = white;
        patternCtx.fillRect(0, 0, boxDimWidth * 2, boxDimHeight * 2);
        patternCtx.fillStyle = black;
        patternCtx.fillRect(0, 0, boxDimWidth, boxDimHeight);
        patternCtx.fillRect(boxDimWidth, boxDimHeight, boxDimWidth, boxDimHeight);
        ctx.fillStyle = ctx.createPattern(pattern, "repeat");
        ctx.fillRect(0, 0, scaledWidth, scaledHeight);
        ctx.drawImage(bitmap, 0, 0, bitmap.width, bitmap.height, 0, 0, scaledWidth, scaledHeight);
      }
      let imageData = null;
      if (createImageData) {
        let dataWidth, dataHeight;
        if (outputScale.symmetric && bitmap.width < maxDataDimension && bitmap.height < maxDataDimension) {
          dataWidth = bitmap.width;
          dataHeight = bitmap.height;
        } else {
          bitmap = this.#bitmap;
          if (bitmapWidth > maxDataDimension || bitmapHeight > maxDataDimension) {
            const ratio = Math.min(maxDataDimension / bitmapWidth, maxDataDimension / bitmapHeight);
            dataWidth = Math.floor(bitmapWidth * ratio);
            dataHeight = Math.floor(bitmapHeight * ratio);
            if (!this.#isSvg) {
              bitmap = this.#scaleBitmap(dataWidth, dataHeight);
            }
          }
        }
        const offscreen = new OffscreenCanvas(dataWidth, dataHeight);
        const offscreenCtx = offscreen.getContext("2d", {
          willReadFrequently: true
        });
        offscreenCtx.drawImage(bitmap, 0, 0, bitmap.width, bitmap.height, 0, 0, dataWidth, dataHeight);
        imageData = {
          width: dataWidth,
          height: dataHeight,
          data: offscreenCtx.getImageData(0, 0, dataWidth, dataHeight).data
        };
      }
      return {
        canvas,
        width,
        height,
        imageData
      };
    }
    #scaleBitmap(width, height) {
      const {
        width: bitmapWidth,
        height: bitmapHeight
      } = this.#bitmap;
      let newWidth = bitmapWidth;
      let newHeight = bitmapHeight;
      let bitmap = this.#bitmap;
      while (newWidth > 2 * width || newHeight > 2 * height) {
        const prevWidth = newWidth;
        const prevHeight = newHeight;
        if (newWidth > 2 * width) {
          newWidth = Math.ceil(newWidth / 2);
        }
        if (newHeight > 2 * height) {
          newHeight = Math.ceil(newHeight / 2);
        }
        const offscreen = new OffscreenCanvas(newWidth, newHeight);
        const ctx = offscreen.getContext("2d");
        ctx.drawImage(bitmap, 0, 0, prevWidth, prevHeight, 0, 0, newWidth, newHeight);
        bitmap = offscreen.transferToImageBitmap();
      }
      return bitmap;
    }
    #drawBitmap() {
      const [parentWidth, parentHeight] = this.parentDimensions;
      const {
        width,
        height
      } = this;
      const outputScale = new OutputScale();
      const scaledWidth = Math.ceil(width * parentWidth * outputScale.sx);
      const scaledHeight = Math.ceil(height * parentHeight * outputScale.sy);
      const canvas = this.#canvas;
      if (!canvas || canvas.width === scaledWidth && canvas.height === scaledHeight) {
        return;
      }
      canvas.width = scaledWidth;
      canvas.height = scaledHeight;
      const bitmap = this.#isSvg ? this.#bitmap : this.#scaleBitmap(scaledWidth, scaledHeight);
      const ctx = canvas.getContext("2d");
      ctx.filter = this._uiManager.hcmFilter;
      ctx.drawImage(bitmap, 0, 0, bitmap.width, bitmap.height, 0, 0, scaledWidth, scaledHeight);
    }
    #serializeBitmap(toUrl) {
      if (toUrl) {
        if (this.#isSvg) {
          const url = this._uiManager.imageManager.getSvgUrl(this.#bitmapId);
          if (url) {
            return url;
          }
        }
        const canvas = document.createElement("canvas");
        ({
          width: canvas.width,
          height: canvas.height
        } = this.#bitmap);
        const ctx = canvas.getContext("2d");
        ctx.drawImage(this.#bitmap, 0, 0);
        return canvas.toDataURL();
      }
      if (this.#isSvg) {
        const [pageWidth, pageHeight] = this.pageDimensions;
        const width = Math.round(this.width * pageWidth * PixelsPerInch.PDF_TO_CSS_UNITS);
        const height = Math.round(this.height * pageHeight * PixelsPerInch.PDF_TO_CSS_UNITS);
        const offscreen = new OffscreenCanvas(width, height);
        const ctx = offscreen.getContext("2d");
        ctx.drawImage(this.#bitmap, 0, 0, this.#bitmap.width, this.#bitmap.height, 0, 0, width, height);
        return offscreen.transferToImageBitmap();
      }
      return structuredClone(this.#bitmap);
    }
    static async deserialize(data, parent, uiManager) {
      let initialData = null;
      let missingCanvas = false;
      if (data instanceof StampAnnotationElement) {
        const {
          data: {
            rect: rect3,
            rotation,
            id,
            structParent,
            popupRef,
            richText,
            contentsObj,
            creationDate,
            modificationDate
          },
          container,
          parent: {
            page: {
              pageNumber
            }
          },
          canvas
        } = data;
        let bitmapId2, bitmap2;
        if (canvas) {
          delete data.canvas;
          ({
            id: bitmapId2,
            bitmap: bitmap2
          } = uiManager.imageManager.getFromCanvas(container.id, canvas));
          canvas.remove();
        } else {
          missingCanvas = true;
          data._hasNoCanvas = true;
        }
        const altText = (await parent._structTree.getAriaAttributes(`${AnnotationPrefix}${id}`))?.get("aria-label") || "";
        initialData = data = {
          annotationType: AnnotationEditorType.STAMP,
          bitmapId: bitmapId2,
          bitmap: bitmap2,
          pageIndex: pageNumber - 1,
          rect: rect3.slice(0),
          rotation,
          annotationElementId: id,
          id,
          deleted: false,
          accessibilityData: {
            decorative: false,
            altText
          },
          isSvg: false,
          structParent,
          popupRef,
          richText,
          comment: contentsObj?.str || null,
          creationDate,
          modificationDate
        };
      }
      const editor = await super.deserialize(data, parent, uiManager);
      const {
        rect: rect2,
        bitmap,
        bitmapUrl,
        bitmapId,
        isSvg,
        accessibilityData
      } = data;
      if (missingCanvas) {
        uiManager.addMissingCanvas(data.id, editor);
        editor.#missingCanvas = true;
      } else if (bitmapId && uiManager.imageManager.isValidId(bitmapId)) {
        editor.#bitmapId = bitmapId;
        if (bitmap) {
          editor.#bitmap = bitmap;
        }
      } else {
        editor.#bitmapUrl = bitmapUrl;
      }
      editor.#isSvg = isSvg;
      const [parentWidth, parentHeight] = editor.pageDimensions;
      editor.width = (rect2[2] - rect2[0]) / parentWidth;
      editor.height = (rect2[3] - rect2[1]) / parentHeight;
      if (accessibilityData) {
        editor.altTextData = accessibilityData;
      }
      editor._initialData = initialData;
      if (data.comment) {
        editor.setCommentData(data);
      }
      editor.#hasBeenAddedInUndoStack = !!initialData;
      return editor;
    }
    serialize(isForCopying = false, context2 = null) {
      if (this.isEmpty()) {
        return null;
      }
      if (this.deleted) {
        return this.serializeDeleted();
      }
      const serialized = Object.assign(super.serialize(isForCopying), {
        bitmapId: this.#bitmapId,
        isSvg: this.#isSvg
      });
      this.addComment(serialized);
      if (isForCopying) {
        serialized.bitmapUrl = this.#serializeBitmap(true);
        serialized.accessibilityData = this.serializeAltText(true);
        serialized.isCopy = true;
        return serialized;
      }
      const {
        decorative,
        altText
      } = this.serializeAltText(false);
      if (!decorative && altText) {
        serialized.accessibilityData = {
          type: "Figure",
          alt: altText
        };
      }
      if (this.annotationElementId) {
        const changes = this.#hasElementChanged(serialized);
        if (changes.isSame) {
          return null;
        }
        if (changes.isSameAltText) {
          delete serialized.accessibilityData;
        } else {
          serialized.accessibilityData.structParent = this._initialData.structParent ?? -1;
        }
        serialized.id = this.annotationElementId;
        delete serialized.bitmapId;
        return serialized;
      }
      if (context2 === null) {
        return serialized;
      }
      context2.stamps ||= /* @__PURE__ */ new Map();
      const area = this.#isSvg ? (serialized.rect[2] - serialized.rect[0]) * (serialized.rect[3] - serialized.rect[1]) : null;
      if (!context2.stamps.has(this.#bitmapId)) {
        context2.stamps.set(this.#bitmapId, {
          area,
          serialized
        });
        serialized.bitmap = this.#serializeBitmap(false);
      } else if (this.#isSvg) {
        const prevData = context2.stamps.get(this.#bitmapId);
        if (area > prevData.area) {
          prevData.area = area;
          prevData.serialized.bitmap.close();
          prevData.serialized.bitmap = this.#serializeBitmap(false);
        }
      }
      return serialized;
    }
    #hasElementChanged(serialized) {
      const {
        pageIndex,
        accessibilityData: {
          altText
        }
      } = this._initialData;
      const isSamePageIndex = serialized.pageIndex === pageIndex;
      const isSameAltText = (serialized.accessibilityData?.alt || "") === altText;
      return {
        isSame: !this.hasEditedComment && !this._hasBeenMoved && !this._hasBeenResized && isSamePageIndex && isSameAltText,
        isSameAltText
      };
    }
    renderAnnotationElement(annotation) {
      if (this.deleted) {
        annotation.hide();
        return null;
      }
      annotation.updateEdited({
        rect: this.getPDFRect(),
        popup: this.comment
      });
      return null;
    }
  };
  var AnnotationEditorLayer = class _AnnotationEditorLayer {
    #accessibilityManager;
    #allowClick = false;
    #annotationLayer = null;
    #clickAC = null;
    #editorFocusTimeoutId = null;
    #editors = /* @__PURE__ */ new Map();
    #hadPointerDown = false;
    #isDisabling = false;
    #isEnabling = false;
    #drawingAC = null;
    #focusedElement = null;
    #textLayer = null;
    #textSelectionAC = null;
    #textLayerDblClickAC = null;
    #lastPointerDownTimestamp = -1;
    #uiManager;
    static _initialized = false;
    static #editorTypes = new Map([FreeTextEditor, InkEditor, StampEditor, HighlightEditor, SignatureEditor].map((type) => [type._editorType, type]));
    constructor({
      uiManager,
      pageIndex,
      div,
      structTreeLayer,
      accessibilityManager,
      annotationLayer,
      drawLayer,
      textLayer,
      viewport,
      l10n
    }) {
      const editorTypes = [..._AnnotationEditorLayer.#editorTypes.values()];
      if (!_AnnotationEditorLayer._initialized) {
        _AnnotationEditorLayer._initialized = true;
        for (const editorType of editorTypes) {
          editorType.initialize(l10n, uiManager);
        }
      }
      uiManager.registerEditorTypes(editorTypes);
      this.#uiManager = uiManager;
      this.pageIndex = pageIndex;
      this.div = div;
      this.#accessibilityManager = accessibilityManager;
      this.#annotationLayer = annotationLayer;
      this.viewport = viewport;
      this.#textLayer = textLayer;
      this.drawLayer = drawLayer;
      this._structTree = structTreeLayer;
      this.#uiManager.addLayer(this);
    }
    get isEmpty() {
      return this.#editors.size === 0;
    }
    get isInvisible() {
      return this.isEmpty && this.#uiManager.getMode() === AnnotationEditorType.NONE;
    }
    updateToolbar(options2) {
      this.#uiManager.updateToolbar(options2);
    }
    updateMode(mode = this.#uiManager.getMode()) {
      this.#cleanup();
      switch (mode) {
        case AnnotationEditorType.NONE:
          this.div.classList.toggle("nonEditing", true);
          this.disableTextSelection();
          this.togglePointerEvents(false);
          this.toggleAnnotationLayerPointerEvents(true);
          this.disableClick();
          return;
        case AnnotationEditorType.INK:
          this.disableTextSelection();
          this.togglePointerEvents(true);
          this.enableClick();
          break;
        case AnnotationEditorType.HIGHLIGHT:
          this.enableTextSelection();
          this.togglePointerEvents(false);
          this.disableClick();
          break;
        default:
          this.disableTextSelection();
          this.togglePointerEvents(true);
          this.enableClick();
      }
      this.toggleAnnotationLayerPointerEvents(false);
      const {
        classList
      } = this.div;
      classList.toggle("nonEditing", false);
      if (mode === AnnotationEditorType.POPUP) {
        classList.toggle("commentEditing", true);
      } else {
        classList.toggle("commentEditing", false);
        for (const editorType of _AnnotationEditorLayer.#editorTypes.values()) {
          classList.toggle(`${editorType._type}Editing`, mode === editorType._editorType);
        }
      }
      this.div.hidden = false;
    }
    hasTextLayer(textLayer) {
      return textLayer === this.#textLayer?.div;
    }
    setEditingState(isEditing) {
      this.#uiManager.setEditingState(isEditing);
    }
    addCommands(params) {
      this.#uiManager.addCommands(params);
    }
    cleanUndoStack(type) {
      this.#uiManager.cleanUndoStack(type);
    }
    toggleDrawing(enabled = false) {
      this.div.classList.toggle("drawing", !enabled);
    }
    togglePointerEvents(enabled = false) {
      this.div.classList.toggle("disabled", !enabled);
    }
    toggleAnnotationLayerPointerEvents(enabled = false) {
      this.#annotationLayer?.togglePointerEvents(enabled);
    }
    get #allEditorsIterator() {
      return this.#editors.size !== 0 ? this.#editors.values() : this.#uiManager.getEditors(this.pageIndex);
    }
    async enable() {
      this.#isEnabling = true;
      this.div.tabIndex = 0;
      this.togglePointerEvents(true);
      this.div.classList.toggle("nonEditing", false);
      this.#textLayerDblClickAC?.abort();
      this.#textLayerDblClickAC = null;
      const annotationElementIds = /* @__PURE__ */ new Set();
      for (const editor of this.#allEditorsIterator) {
        editor.enableEditing();
        editor.show(true);
        if (editor.annotationElementId) {
          this.#uiManager.removeChangedExistingAnnotation(editor);
          annotationElementIds.add(editor.annotationElementId);
        }
      }
      const annotationLayer = this.#annotationLayer;
      if (annotationLayer) {
        for (const editable of annotationLayer.getEditableAnnotations()) {
          editable.hide();
          if (this.#uiManager.isDeletedAnnotationElement(editable.data.id) || annotationElementIds.has(editable.data.id)) {
            continue;
          }
          const editor = await this.deserialize(editable);
          if (!editor) {
            continue;
          }
          this.addOrRebuild(editor);
          editor.enableEditing();
        }
      }
      this.#isEnabling = false;
      this.#uiManager._eventBus.dispatch("editorsrendered", {
        source: this,
        pageNumber: this.pageIndex + 1
      });
    }
    disable() {
      this.#isDisabling = true;
      this.div.tabIndex = -1;
      this.togglePointerEvents(false);
      this.div.classList.toggle("nonEditing", true);
      if (this.#textLayer && !this.#textLayerDblClickAC) {
        this.#textLayerDblClickAC = new AbortController();
        const signal = this.#uiManager.combinedSignal(this.#textLayerDblClickAC);
        this.#textLayer.div.addEventListener("pointerdown", (e) => {
          const DBL_CLICK_THRESHOLD = 500;
          const {
            clientX,
            clientY,
            timeStamp
          } = e;
          const lastPointerDownTimestamp = this.#lastPointerDownTimestamp;
          if (timeStamp - lastPointerDownTimestamp > DBL_CLICK_THRESHOLD) {
            this.#lastPointerDownTimestamp = timeStamp;
            return;
          }
          this.#lastPointerDownTimestamp = -1;
          const {
            classList: classList2
          } = this.div;
          classList2.toggle("getElements", true);
          const elements = document.elementsFromPoint(clientX, clientY);
          classList2.toggle("getElements", false);
          if (!this.div.contains(elements[0])) {
            return;
          }
          let id;
          const regex = new RegExp(`^${AnnotationEditorPrefix}[0-9]+$`);
          for (const element2 of elements) {
            if (regex.test(element2.id)) {
              id = element2.id;
              break;
            }
          }
          if (!id) {
            return;
          }
          const editor = this.#editors.get(id);
          if (editor?.annotationElementId === null) {
            stopEvent(e);
            editor.dblclick(e);
          }
        }, {
          signal,
          capture: true
        });
      }
      const annotationLayer = this.#annotationLayer;
      const needFakeAnnotation = [];
      if (annotationLayer) {
        const changedAnnotations = /* @__PURE__ */ new Map();
        const resetAnnotations = /* @__PURE__ */ new Map();
        for (const editor of this.#allEditorsIterator) {
          editor.disableEditing();
          if (!editor.annotationElementId) {
            needFakeAnnotation.push(editor);
            continue;
          }
          if (editor.serialize() !== null) {
            changedAnnotations.set(editor.annotationElementId, editor);
            continue;
          } else {
            resetAnnotations.set(editor.annotationElementId, editor);
          }
          this.getEditableAnnotation(editor.annotationElementId)?.show();
          editor.remove();
        }
        for (const editable of annotationLayer.getEditableAnnotations()) {
          const {
            id
          } = editable.data;
          if (this.#uiManager.isDeletedAnnotationElement(id)) {
            editable.updateEdited({
              deleted: true
            });
            continue;
          }
          let editor = resetAnnotations.get(id);
          if (editor) {
            editor.resetAnnotationElement(editable);
            editor.show(false);
            editable.show();
            continue;
          }
          editor = changedAnnotations.get(id);
          if (editor) {
            this.#uiManager.addChangedExistingAnnotation(editor);
            if (editor.renderAnnotationElement(editable)) {
              editor.show(false);
            }
          }
          editable.show();
        }
      }
      this.#cleanup();
      if (this.isEmpty) {
        this.div.hidden = true;
      }
      const {
        classList
      } = this.div;
      for (const editorType of _AnnotationEditorLayer.#editorTypes.values()) {
        classList.remove(`${editorType._type}Editing`);
      }
      this.disableTextSelection();
      this.toggleAnnotationLayerPointerEvents(true);
      annotationLayer?.updateFakeAnnotations(needFakeAnnotation);
      this.#isDisabling = false;
    }
    getEditableAnnotation(id) {
      return this.#annotationLayer?.getEditableAnnotation(id) || null;
    }
    setActiveEditor(editor) {
      const currentActive = this.#uiManager.getActive();
      if (currentActive === editor) {
        return;
      }
      this.#uiManager.setActiveEditor(editor);
    }
    enableTextSelection() {
      this.div.tabIndex = -1;
      if (this.#textLayer?.div && !this.#textSelectionAC) {
        this.#textSelectionAC = new AbortController();
        const signal = this.#uiManager.combinedSignal(this.#textSelectionAC);
        this.#textLayer.div.addEventListener("pointerdown", this.#textLayerPointerDown.bind(this), {
          signal
        });
        this.#textLayer.div.classList.add("highlighting");
      }
    }
    disableTextSelection() {
      this.div.tabIndex = 0;
      if (this.#textLayer?.div && this.#textSelectionAC) {
        this.#textSelectionAC.abort();
        this.#textSelectionAC = null;
        this.#textLayer.div.classList.remove("highlighting");
      }
    }
    #textLayerPointerDown(event) {
      this.#uiManager.unselectAll();
      const {
        target
      } = event;
      if (target === this.#textLayer.div || (target.getAttribute("role") === "img" || target.classList.contains("endOfContent") || target.classList.contains("textLayerImages") || target.classList.contains("textLayerImagePlaceholder")) && this.#textLayer.div.contains(target)) {
        const {
          isMac
        } = FeatureTest.platform;
        if (event.button !== 0 || event.ctrlKey && isMac) {
          return;
        }
        this.#uiManager.showAllEditors("highlight", true, true);
        HighlightEditor.startDrawing(this, this.#uiManager, this.#uiManager.direction === "ltr", event);
        event.preventDefault();
      }
    }
    enableClick() {
      if (this.#clickAC) {
        return;
      }
      this.#clickAC = new AbortController();
      const signal = this.#uiManager.combinedSignal(this.#clickAC);
      this.div.addEventListener("pointerdown", this.pointerdown.bind(this), {
        signal
      });
      const pointerup = this.pointerup.bind(this);
      this.div.addEventListener("pointerup", pointerup, {
        signal
      });
      this.div.addEventListener("pointercancel", pointerup, {
        signal
      });
    }
    disableClick() {
      this.#clickAC?.abort();
      this.#clickAC = null;
    }
    attach(editor) {
      this.#editors.set(editor.id, editor);
      const {
        annotationElementId
      } = editor;
      if (annotationElementId && this.#uiManager.isDeletedAnnotationElement(annotationElementId)) {
        this.#uiManager.removeDeletedAnnotationElement(editor);
      }
    }
    detach(editor) {
      this.#editors.delete(editor.id);
      this.#accessibilityManager?.removePointerInTextLayer(editor.contentDiv);
      if (!this.#isDisabling && editor.annotationElementId) {
        this.#uiManager.addDeletedAnnotationElement(editor);
      }
    }
    remove(editor) {
      this.detach(editor);
      this.#uiManager.removeEditor(editor);
      editor.div.remove();
      editor.isAttachedToDOM = false;
    }
    changeParent(editor) {
      if (editor.parent === this) {
        return;
      }
      if (editor.parent && editor.annotationElementId) {
        this.#uiManager.addDeletedAnnotationElement(editor);
        AnnotationEditor.deleteAnnotationElement(editor);
        editor.annotationElementId = null;
      }
      this.attach(editor);
      editor.parent?.detach(editor);
      editor.setParent(this);
      if (editor.div && editor.isAttachedToDOM) {
        editor.div.remove();
        this.div.append(editor.div);
      }
    }
    add(editor) {
      if (editor.parent === this && editor.isAttachedToDOM) {
        return;
      }
      this.changeParent(editor);
      this.#uiManager.addEditor(editor);
      this.attach(editor);
      if (!editor.isAttachedToDOM) {
        const div = editor.render();
        this.div.append(div);
        editor.isAttachedToDOM = true;
      }
      editor.fixAndSetPosition();
      editor.onceAdded(!this.#isEnabling);
      this.#uiManager.addToAnnotationStorage(editor);
      editor._reportTelemetry(editor.telemetryInitialData);
    }
    moveEditorInDOM(editor) {
      if (!editor.isAttachedToDOM) {
        return;
      }
      const {
        activeElement
      } = document;
      if (editor.div.contains(activeElement) && !this.#editorFocusTimeoutId) {
        editor._focusEventsAllowed = false;
        this.#editorFocusTimeoutId = setTimeout(() => {
          this.#editorFocusTimeoutId = null;
          if (!editor.div.contains(document.activeElement)) {
            editor.div.addEventListener("focusin", () => {
              editor._focusEventsAllowed = true;
            }, {
              once: true,
              signal: this.#uiManager._signal
            });
            activeElement.focus();
          } else {
            editor._focusEventsAllowed = true;
          }
        }, 0);
      }
      editor._structTreeParentId = this.#accessibilityManager?.moveElementInDOM(this.div, editor.div, editor.contentDiv, true);
    }
    addOrRebuild(editor) {
      if (editor.needsToBeRebuilt()) {
        editor.parent ||= this;
        editor.rebuild();
        editor.show();
      } else {
        this.add(editor);
      }
    }
    addUndoableEditor(editor) {
      const cmd = () => editor._uiManager.rebuild(editor);
      const undo = () => {
        editor.remove();
      };
      this.addCommands({
        cmd,
        undo,
        mustExec: false
      });
    }
    getEditorByUID(uid2) {
      for (const editor of this.#editors.values()) {
        if (editor.uid === uid2) {
          return editor;
        }
      }
      return null;
    }
    get #currentEditorType() {
      return _AnnotationEditorLayer.#editorTypes.get(this.#uiManager.getMode());
    }
    combinedSignal(ac) {
      return this.#uiManager.combinedSignal(ac);
    }
    #createNewEditor(params) {
      const editorType = this.#currentEditorType;
      return editorType ? new editorType.prototype.constructor(params) : null;
    }
    canCreateNewEmptyEditor() {
      return this.#currentEditorType?.canCreateNewEmptyEditor();
    }
    async pasteEditor(options2, params) {
      this.updateToolbar(options2);
      await this.#uiManager.updateMode(options2.mode);
      const {
        offsetX,
        offsetY
      } = this.#getCenterPoint();
      const id = this.#uiManager.getId();
      const editor = this.#createNewEditor({
        parent: this,
        id,
        x: offsetX,
        y: offsetY,
        uiManager: this.#uiManager,
        isCentered: true,
        ...params
      });
      if (editor) {
        this.add(editor);
      }
    }
    async deserialize(data) {
      return await _AnnotationEditorLayer.#editorTypes.get(data.annotationType ?? data.annotationEditorType)?.deserialize(data, this, this.#uiManager) || null;
    }
    createAndAddNewEditor(event, isCentered, data = {}) {
      const id = this.#uiManager.getId();
      const editor = this.#createNewEditor({
        parent: this,
        id,
        x: event.offsetX,
        y: event.offsetY,
        uiManager: this.#uiManager,
        isCentered,
        ...data
      });
      if (editor) {
        this.add(editor);
      }
      return editor;
    }
    get boundingClientRect() {
      return this.div.getBoundingClientRect();
    }
    #getCenterPoint() {
      const {
        x,
        y,
        width,
        height
      } = this.boundingClientRect;
      const tlX = Math.max(0, x);
      const tlY = Math.max(0, y);
      const brX = Math.min(window.innerWidth, x + width);
      const brY = Math.min(window.innerHeight, y + height);
      const centerX = (tlX + brX) / 2 - x;
      const centerY = (tlY + brY) / 2 - y;
      const [offsetX, offsetY] = this.viewport.rotation % 180 === 0 ? [centerX, centerY] : [centerY, centerX];
      return {
        offsetX,
        offsetY
      };
    }
    addNewEditor(data = {}) {
      this.createAndAddNewEditor(this.#getCenterPoint(), true, data);
    }
    setSelected(editor) {
      this.#uiManager.setSelected(editor);
    }
    toggleSelected(editor) {
      this.#uiManager.toggleSelected(editor);
    }
    unselect(editor) {
      this.#uiManager.unselect(editor);
    }
    pointerup(event) {
      const {
        isMac
      } = FeatureTest.platform;
      if (event.button !== 0 || event.ctrlKey && isMac) {
        return;
      }
      if (event.target !== this.div) {
        return;
      }
      if (!this.#hadPointerDown) {
        return;
      }
      this.#hadPointerDown = false;
      if (this.#currentEditorType?.isDrawer && this.#currentEditorType.supportMultipleDrawings) {
        return;
      }
      if (!this.#allowClick) {
        this.#allowClick = true;
        return;
      }
      const currentMode = this.#uiManager.getMode();
      if (currentMode === AnnotationEditorType.STAMP || currentMode === AnnotationEditorType.POPUP || currentMode === AnnotationEditorType.SIGNATURE) {
        this.#uiManager.unselectAll();
        return;
      }
      this.createAndAddNewEditor(event, false);
    }
    pointerdown(event) {
      if (this.#uiManager.getMode() === AnnotationEditorType.HIGHLIGHT) {
        this.enableTextSelection();
      }
      if (this.#hadPointerDown) {
        this.#hadPointerDown = false;
        return;
      }
      const {
        isMac
      } = FeatureTest.platform;
      if (event.button !== 0 || event.ctrlKey && isMac) {
        return;
      }
      if (event.target !== this.div) {
        return;
      }
      this.#hadPointerDown = true;
      if (this.#currentEditorType?.isDrawer) {
        this.startDrawingSession(event);
        return;
      }
      const editor = this.#uiManager.getActive();
      this.#allowClick = !editor || editor.isEmpty();
    }
    startDrawingSession(event) {
      this.div.focus({
        preventScroll: true
      });
      if (this.#drawingAC) {
        this.#currentEditorType.startDrawing(this, this.#uiManager, false, event);
        return;
      }
      this.#uiManager.setCurrentDrawingSession(this);
      this.#drawingAC = new AbortController();
      const signal = this.#uiManager.combinedSignal(this.#drawingAC);
      this.div.addEventListener("blur", ({
        relatedTarget
      }) => {
        if (relatedTarget && !this.div.contains(relatedTarget)) {
          this.#focusedElement = null;
          this.commitOrRemove();
        }
      }, {
        signal
      });
      this.#currentEditorType.startDrawing(this, this.#uiManager, false, event);
    }
    pause(on) {
      if (on) {
        const {
          activeElement
        } = document;
        if (this.div.contains(activeElement)) {
          this.#focusedElement = activeElement;
        }
        return;
      }
      if (this.#focusedElement) {
        setTimeout(() => {
          this.#focusedElement?.focus();
          this.#focusedElement = null;
        }, 0);
      }
    }
    endDrawingSession(isAborted = false) {
      if (!this.#drawingAC) {
        return null;
      }
      this.#uiManager.setCurrentDrawingSession(null);
      this.#drawingAC.abort();
      this.#drawingAC = null;
      this.#focusedElement = null;
      return this.#currentEditorType.endDrawing(isAborted);
    }
    findNewParent(editor, x, y) {
      const layer = this.#uiManager.findParent(x, y);
      if (layer === null || layer === this) {
        return false;
      }
      layer.changeParent(editor);
      return true;
    }
    commitOrRemove() {
      if (this.#drawingAC) {
        this.endDrawingSession();
        return true;
      }
      return false;
    }
    onScaleChanging() {
      if (!this.#drawingAC) {
        return;
      }
      this.#currentEditorType.onScaleChangingWhenDrawing(this);
    }
    destroy() {
      this.commitOrRemove();
      if (this.#uiManager.getActive()?.parent === this) {
        this.#uiManager.commitOrRemove();
        this.#uiManager.setActiveEditor(null);
      }
      if (this.#editorFocusTimeoutId) {
        clearTimeout(this.#editorFocusTimeoutId);
        this.#editorFocusTimeoutId = null;
      }
      for (const editor of this.#editors.values()) {
        this.#accessibilityManager?.removePointerInTextLayer(editor.contentDiv);
        editor.setParent(null);
        editor.isAttachedToDOM = false;
        editor.div.remove();
      }
      this.div = null;
      this.#editors.clear();
      this.#uiManager.removeLayer(this);
    }
    #cleanup() {
      for (const editor of this.#editors.values()) {
        if (editor.isEmpty()) {
          editor.remove();
        }
      }
    }
    async render({
      viewport
    }) {
      this.viewport = viewport;
      setLayerDimensions(this.div, viewport);
      for (const editor of this.#uiManager.getEditors(this.pageIndex)) {
        this.add(editor);
        editor.rebuild();
      }
      await this.#uiManager.findClonesForPage(this);
      this.div.hidden = this.isEmpty;
      this.updateMode();
    }
    update({
      viewport
    }) {
      this.#uiManager.commitOrRemove();
      this.#cleanup();
      const oldRotation = this.viewport.rotation;
      const rotation = viewport.rotation;
      this.viewport = viewport;
      setLayerDimensions(this.div, {
        rotation
      });
      if (oldRotation !== rotation) {
        for (const editor of this.#editors.values()) {
          editor.rotate(rotation);
        }
      }
    }
    get pageDimensions() {
      const {
        pageWidth,
        pageHeight
      } = this.viewport.rawDims;
      return [pageWidth, pageHeight];
    }
    get scale() {
      return this.#uiManager.viewParameters.realScale;
    }
  };
  es_iterator_to_array_namespaceFn();
  function compareTextLayers(a, b) {
    if (a === b) {
      return 0;
    }
    return a.compareDocumentPosition(b) & Node.DOCUMENT_POSITION_FOLLOWING ? -1 : 1;
  }
  function getTextLayer(node2) {
    if (!node2) {
      return null;
    }
    return node2.nodeType === Node.ELEMENT_NODE ? node2.closest(".textLayer") : node2.parentElement?.closest(".textLayer") || null;
  }
  function isPointBefore(nodeA, offsetA, nodeB, offsetB) {
    if (nodeA === nodeB) {
      return offsetA <= offsetB;
    }
    const relation = nodeA.compareDocumentPosition(nodeB);
    if (relation & Node.DOCUMENT_POSITION_FOLLOWING) {
      return true;
    }
    if (relation & Node.DOCUMENT_POSITION_PRECEDING) {
      return false;
    }
    return null;
  }
  function normalizeEdgeBoundary(container, offset, textLayer) {
    if (container.nodeType !== Node.ELEMENT_NODE || !container.classList.contains("textLayer") || offset !== container.childNodes.length) {
      return {
        container,
        offset
      };
    }
    let lastNode = container.lastChild;
    if (lastNode?.nodeType === Node.ELEMENT_NODE && lastNode.classList.contains("endOfContent")) {
      lastNode = lastNode.previousSibling;
    }
    if (!lastNode || !textLayer.contains(lastNode)) {
      return null;
    }
    return lastNode.nodeType === Node.TEXT_NODE ? {
      container: lastNode,
      offset: lastNode.textContent.length
    } : {
      container: lastNode,
      offset: lastNode.childNodes.length
    };
  }
  var DrawLayer = class _DrawLayer {
    #parent = null;
    #mapping = /* @__PURE__ */ new Map();
    #textLayer = null;
    #filterFactory = null;
    #pageColors = null;
    #textLayerObserver = null;
    #toUpdate = /* @__PURE__ */ new Map();
    static #id = 0;
    static #selectionId = 0;
    static #selectionChangeAC = null;
    static #selections = /* @__PURE__ */ new Set();
    static #isSelecting = false;
    static #textLayerSet = /* @__PURE__ */ new Set();
    static #textLayers = /* @__PURE__ */ new WeakMap();
    constructor({
      filterFactory = null,
      pageColors = null,
      pageIndex,
      textLayer = null
    }) {
      this.pageIndex = pageIndex;
      this.#filterFactory = filterFactory;
      this.#pageColors = pageColors;
      if (textLayer) {
        const previousData = _DrawLayer.#textLayers.get(textLayer);
        if (previousData?.selectionDiv) {
          previousData.selectionDiv.remove();
          _DrawLayer.#selections.delete(previousData.selectionDiv);
        }
        _DrawLayer.#textLayers.set(textLayer, {
          drawLayer: this
        });
        _DrawLayer.#textLayerSet.add(textLayer);
        this.#textLayer = textLayer;
        this.#textLayerObserver = new MutationObserver((records) => {
          if (!this.#parent || !this.#textLayer?.isConnected || !_DrawLayer.#hasSelection()) {
            return;
          }
          for (const {
            addedNodes
          } of records) {
            for (const node2 of addedNodes) {
              if (node2.nodeType === Node.ELEMENT_NODE && node2.classList.contains("endOfContent")) {
                _DrawLayer.#selectionChange();
                return;
              }
            }
          }
        });
        this.#textLayerObserver.observe(textLayer, {
          childList: true
        });
        if (_DrawLayer.#selectionChangeAC === null) {
          _DrawLayer.#selectionChangeAC = new AbortController();
          const {
            signal
          } = _DrawLayer.#selectionChangeAC;
          document.addEventListener("selectionchange", _DrawLayer.#selectionChange.bind(_DrawLayer), {
            signal
          });
          document.addEventListener("pointerdown", () => {
            _DrawLayer.#isSelecting = true;
          }, {
            signal
          });
          document.addEventListener("pointerup", () => {
            _DrawLayer.#isSelecting = false;
          }, {
            signal
          });
          window.addEventListener("blur", () => {
            _DrawLayer.#isSelecting = false;
          }, {
            signal
          });
        }
      }
    }
    setParent(parent) {
      if (!this.#parent) {
        this.#parent = parent;
        if (this.#textLayer?.isConnected && _DrawLayer.#hasSelection()) {
          _DrawLayer.#selectionChange();
        }
        return;
      }
      if (this.#parent !== parent) {
        if (this.#mapping.size > 0) {
          for (const root of this.#mapping.values()) {
            root.remove();
            parent.append(root);
          }
        }
        this.#parent = parent;
      }
    }
    static #cleanupTextLayerSelection(textLayer) {
      const textLayerData = this.#textLayers.get(textLayer);
      if (!textLayerData?.selectionDiv) {
        return;
      }
      textLayerData.selectionDiv.remove();
      this.#selections.delete(textLayerData.selectionDiv);
      textLayerData.selectionDiv = null;
      textLayerData.path = null;
    }
    static #hasSelection() {
      const selection = document.getSelection();
      return !!selection && !selection.isCollapsed;
    }
    static #getOrderedTextLayers() {
      return this.#textLayerSet.keys().filter((textLayer) => textLayer.isConnected).toArray().sort(compareTextLayers);
    }
    static #selectionChange() {
      const selection = document.getSelection();
      if (!selection || selection.isCollapsed) {
        for (const root of this.#selections) {
          root.remove();
        }
        this.#selections.clear();
        return;
      }
      const rotators = /* @__PURE__ */ new WeakMap();
      const orderedTextLayers = this.#getOrderedTextLayers();
      const ranges = [];
      for (let i = 0, ii = selection.rangeCount; i < ii; i++) {
        const range3 = selection.getRangeAt(i);
        if (range3.collapsed) {
          continue;
        }
        let {
          startContainer,
          startOffset,
          endContainer,
          endOffset
        } = range3;
        let startTextLayer = getTextLayer(startContainer);
        let endTextLayer = getTextLayer(endContainer);
        const startMissing = startTextLayer === null;
        const endMissing = endTextLayer === null;
        if (this.#isSelecting && startMissing !== endMissing) {
          return;
        }
        if (selection.rangeCount === 1) {
          const {
            anchorNode,
            anchorOffset,
            focusNode,
            focusOffset
          } = selection;
          const anchorLayer = getTextLayer(anchorNode);
          const focusLayer = getTextLayer(focusNode);
          const anchorBeforeFocus = isPointBefore(anchorNode, anchorOffset, focusNode, focusOffset);
          if (anchorLayer && focusLayer && anchorBeforeFocus !== null) {
            if (anchorBeforeFocus) {
              startContainer = anchorNode;
              startOffset = anchorOffset;
              startTextLayer = anchorLayer;
              endContainer = focusNode;
              endOffset = focusOffset;
              endTextLayer = focusLayer;
            } else {
              startContainer = focusNode;
              startOffset = focusOffset;
              startTextLayer = focusLayer;
              endContainer = anchorNode;
              endOffset = anchorOffset;
              endTextLayer = anchorLayer;
            }
          }
        }
        const activeTextLayers = orderedTextLayers.filter((textLayer) => range3.intersectsNode(textLayer));
        if (activeTextLayers.length === 0) {
          continue;
        }
        let boundarySubstituted = false;
        if (!startTextLayer) {
          startTextLayer = activeTextLayers[0];
          startContainer = startTextLayer;
          startOffset = 0;
          boundarySubstituted = true;
        }
        if (!endTextLayer) {
          endTextLayer = activeTextLayers.at(-1);
          endContainer = endTextLayer;
          endOffset = endTextLayer.childNodes.length;
          boundarySubstituted = true;
        }
        if (endContainer.nodeType === Node.ELEMENT_NODE) {
          if (endContainer.classList.contains("endOfContent")) {
            const previousNode = endContainer.previousSibling;
            if (!previousNode) {
              continue;
            }
            endContainer = previousNode;
            endOffset = previousNode.nodeType === Node.TEXT_NODE ? previousNode.textContent.length : previousNode.childNodes.length;
          } else if (endContainer.classList.contains("textLayer") && endContainer.childNodes.length === endOffset) {
            const normalizedEnd = normalizeEdgeBoundary(endContainer, endOffset, endTextLayer);
            if (!normalizedEnd) {
              continue;
            }
            endContainer = normalizedEnd.container;
            endOffset = normalizedEnd.offset;
          }
        }
        if (startContainer.nodeType === Node.ELEMENT_NODE) {
          const normalizedStart = normalizeEdgeBoundary(startContainer, startOffset, startTextLayer);
          if (!normalizedStart) {
            continue;
          }
          startContainer = normalizedStart.container;
          startOffset = normalizedStart.offset;
        }
        if (startTextLayer === endTextLayer && !boundarySubstituted && activeTextLayers.includes(startTextLayer)) {
          ranges.push([range3, startTextLayer]);
          continue;
        }
        for (const textLayer of activeTextLayers) {
          const firstNode = textLayer.firstChild;
          if (!firstNode) {
            continue;
          }
          const subRange = document.createRange();
          if (textLayer === startTextLayer) {
            subRange.setStart(startContainer, startOffset);
          } else {
            subRange.setStartBefore(firstNode);
          }
          if (textLayer === endTextLayer) {
            subRange.setEnd(endContainer, endOffset);
          } else {
            const lastNode = textLayer.lastChild;
            if (!lastNode) {
              continue;
            }
            if (lastNode.nodeType === Node.ELEMENT_NODE && lastNode.classList.contains("endOfContent")) {
              const lastTextNode = lastNode.previousSibling;
              if (!lastTextNode) {
                continue;
              }
              subRange.setEndAfter(lastTextNode);
            } else {
              subRange.setEndAfter(lastNode);
            }
          }
          if (!subRange.collapsed) {
            ranges.push([subRange, textLayer]);
          }
        }
      }
      const selectedTextLayers = new Set(ranges.map((range3) => range3[1]));
      for (const textLayer of this.#textLayerSet) {
        if (!selectedTextLayers.has(textLayer)) {
          this.#cleanupTextLayerSelection(textLayer);
        }
      }
      for (const [range3, textLayer] of ranges) {
        const textLayerData = _DrawLayer.#textLayers.get(textLayer);
        if (!textLayerData) {
          continue;
        }
        let rotator = rotators.get(textLayer);
        if (!rotator) {
          const clientRect = textLayer.getBoundingClientRect();
          rotator = (x, y, w, h) => ({
            x: (x - clientRect.x) / clientRect.width,
            y: (y - clientRect.y) / clientRect.height,
            width: w / clientRect.width,
            height: h / clientRect.height
          });
          rotators.set(textLayer, rotator);
        }
        const boxes = [];
        for (let {
          x,
          y,
          width,
          height
        } of range3.getClientRects()) {
          if (width === 0 || height === 0) {
            continue;
          }
          ({
            x,
            y,
            width,
            height
          } = rotator(x, y, width, height));
          if (width === 1 && height === 1) {
            continue;
          }
          boxes.push(`M${x} ${y} h${width} v${height} h-${width} Z`);
        }
        if (boxes.length === 0) {
          continue;
        }
        const drawLayer = textLayerData.drawLayer;
        let div = textLayerData.selectionDiv;
        let path2 = textLayerData.path;
        if (!div) {
          const clipPathId = `clip_selection_${_DrawLayer.#selectionId++}`;
          div = document.createElement("div");
          div.className = "selection";
          div.style.clipPath = `url(#${clipPathId})`;
          const selectionStyle = drawLayer.#filterFactory?.createSelectionStyle(drawLayer.#pageColors);
          if (selectionStyle) {
            for (const [name, value] of Object.entries(selectionStyle)) {
              div.style.setProperty(name, value);
            }
          }
          const svg = _DrawLayer._svgFactory.create(1, 1, true);
          svg.setAttribute("aria-hidden", "true");
          svg.setAttribute("width", "100%");
          svg.setAttribute("height", "100%");
          const clipPath = _DrawLayer._svgFactory.createElement("clipPath");
          clipPath.setAttribute("id", clipPathId);
          clipPath.setAttribute("clipPathUnits", "objectBoundingBox");
          path2 = _DrawLayer._svgFactory.createElement("path");
          clipPath.append(path2);
          svg.append(clipPath);
          div.append(svg);
          textLayerData.path = path2;
          textLayerData.selectionDiv = div;
        }
        if (drawLayer.#parent && div.parentNode !== drawLayer.#parent) {
          drawLayer.#parent.append(div);
          this.#selections.add(div);
        }
        path2.setAttribute("d", boxes.join(" "));
      }
    }
    static get _svgFactory() {
      return util_shadow(this, "_svgFactory", new DOMSVGFactory());
    }
    static #setBox(element2, [x, y, width, height]) {
      const {
        style
      } = element2;
      style.top = `${100 * y}%`;
      style.left = `${100 * x}%`;
      style.width = `${100 * width}%`;
      style.height = `${100 * height}%`;
    }
    #createSVG() {
      const svg = _DrawLayer._svgFactory.create(1, 1, true);
      this.#parent.append(svg);
      svg.setAttribute("aria-hidden", "true");
      return svg;
    }
    #createClipPath(defs, pathId) {
      const clipPath = _DrawLayer._svgFactory.createElement("clipPath");
      defs.append(clipPath);
      const clipPathId = `clip_${pathId}`;
      clipPath.setAttribute("id", clipPathId);
      clipPath.setAttribute("clipPathUnits", "objectBoundingBox");
      const clipPathUse = _DrawLayer._svgFactory.createElement("use");
      clipPath.append(clipPathUse);
      clipPathUse.setAttribute("href", `#${pathId}`);
      clipPathUse.classList.add("clip");
      return clipPathId;
    }
    #updateProperties(element2, properties) {
      for (const [key2, value] of Object.entries(properties)) {
        if (value === null) {
          element2.removeAttribute(key2);
        } else {
          element2.setAttribute(key2, value);
        }
      }
    }
    draw(properties, isPathUpdatable = false, hasClip = false) {
      const id = _DrawLayer.#id++;
      const root = this.#createSVG();
      const defs = _DrawLayer._svgFactory.createElement("defs");
      root.append(defs);
      const path2 = _DrawLayer._svgFactory.createElement("path");
      defs.append(path2);
      const pathId = `path_${id}`;
      path2.setAttribute("id", pathId);
      path2.setAttribute("vector-effect", "non-scaling-stroke");
      if (isPathUpdatable) {
        this.#toUpdate.set(id, path2);
      }
      const clipPathId = hasClip ? this.#createClipPath(defs, pathId) : null;
      const use = _DrawLayer._svgFactory.createElement("use");
      root.append(use);
      use.setAttribute("href", `#${pathId}`);
      this.updateProperties(root, properties);
      this.#mapping.set(id, root);
      return {
        id,
        clipPathId: `url(#${clipPathId})`
      };
    }
    drawOutline(properties, mustRemoveSelfIntersections) {
      const id = _DrawLayer.#id++;
      const root = this.#createSVG();
      const defs = _DrawLayer._svgFactory.createElement("defs");
      root.append(defs);
      const path2 = _DrawLayer._svgFactory.createElement("path");
      defs.append(path2);
      const pathId = `path_${id}`;
      path2.setAttribute("id", pathId);
      path2.setAttribute("vector-effect", "non-scaling-stroke");
      let maskId;
      if (mustRemoveSelfIntersections) {
        const mask = _DrawLayer._svgFactory.createElement("mask");
        defs.append(mask);
        maskId = `mask_${id}`;
        mask.setAttribute("id", maskId);
        mask.setAttribute("maskUnits", "objectBoundingBox");
        const rect2 = _DrawLayer._svgFactory.createElement("rect");
        mask.append(rect2);
        rect2.setAttribute("width", "1");
        rect2.setAttribute("height", "1");
        rect2.setAttribute("fill", "white");
        const use = _DrawLayer._svgFactory.createElement("use");
        mask.append(use);
        use.setAttribute("href", `#${pathId}`);
        use.setAttribute("stroke", "none");
        use.setAttribute("fill", "black");
        use.setAttribute("fill-rule", "nonzero");
        use.classList.add("mask");
      }
      const use1 = _DrawLayer._svgFactory.createElement("use");
      root.append(use1);
      use1.setAttribute("href", `#${pathId}`);
      if (maskId) {
        use1.setAttribute("mask", `url(#${maskId})`);
      }
      const use2 = use1.cloneNode();
      root.append(use2);
      use1.classList.add("mainOutline");
      use2.classList.add("secondaryOutline");
      this.updateProperties(root, properties);
      this.#mapping.set(id, root);
      return id;
    }
    finalizeDraw(id, properties) {
      this.#toUpdate.delete(id);
      this.updateProperties(id, properties);
    }
    updateProperties(elementOrId, properties) {
      if (!properties) {
        return;
      }
      const {
        root,
        bbox,
        rootClass,
        path: path2
      } = properties;
      const element2 = typeof elementOrId === "number" ? this.#mapping.get(elementOrId) : elementOrId;
      if (!element2) {
        return;
      }
      if (root) {
        this.#updateProperties(element2, root);
      }
      if (bbox) {
        _DrawLayer.#setBox(element2, bbox);
      }
      if (rootClass) {
        const {
          classList
        } = element2;
        for (const [className, value] of Object.entries(rootClass)) {
          classList.toggle(className, value);
        }
      }
      if (path2) {
        const defs = element2.firstElementChild;
        const pathElement = defs.firstElementChild;
        this.#updateProperties(pathElement, path2);
      }
    }
    updateParent(id, layer) {
      if (layer === this) {
        return;
      }
      const root = this.#mapping.get(id);
      if (!root) {
        return;
      }
      layer.#parent.append(root);
      this.#mapping.delete(id);
      layer.#mapping.set(id, root);
    }
    remove(id) {
      this.#toUpdate.delete(id);
      if (this.#parent === null) {
        return;
      }
      this.#mapping.get(id).remove();
      this.#mapping.delete(id);
    }
    destroy() {
      this.#parent = null;
      for (const root of this.#mapping.values()) {
        root.remove();
      }
      this.#mapping.clear();
      this.#toUpdate.clear();
      this.#textLayerObserver?.disconnect();
      this.#textLayerObserver = null;
      if (this.#textLayer) {
        const data = _DrawLayer.#textLayers.get(this.#textLayer);
        if (data?.drawLayer === this) {
          _DrawLayer.#cleanupTextLayerSelection(this.#textLayer);
          _DrawLayer.#textLayers.delete(this.#textLayer);
          _DrawLayer.#textLayerSet.delete(this.#textLayer);
          if (_DrawLayer.#textLayerSet.size === 0) {
            _DrawLayer.#selectionChangeAC?.abort();
            _DrawLayer.#selectionChangeAC = null;
            _DrawLayer.#isSelecting = false;
          }
        }
        this.#textLayer = null;
      }
    }
  };
  function percentage(value) {
    return `${(value * 100).toFixed(2)}%`;
  }
  var TextLayerImages = class _TextLayerImages {
    #coordinates = [];
    #coordinatesByElement = /* @__PURE__ */ new Map();
    #getPageCanvas = null;
    #minSize = 0;
    #pageWidth = 0;
    #pageHeight = 0;
    static #activeImage = null;
    constructor(minSize, coordinates, viewport, getPageCanvas) {
      this.#minSize = minSize;
      this.#coordinates = coordinates;
      this.#pageWidth = viewport.rawDims.pageWidth;
      this.#pageHeight = viewport.rawDims.pageHeight;
      this.#getPageCanvas = getPageCanvas;
    }
    render() {
      const container = document.createElement("div");
      container.className = "textLayerImages";
      for (let i = 0; i < this.#coordinates.length; i += 6) {
        const el = this.#createImagePlaceholder(this.#coordinates.subarray(i, i + 6));
        if (el) {
          container.append(el);
        }
      }
      container.addEventListener("contextmenu", (event) => {
        if (!(event.target instanceof HTMLCanvasElement)) {
          return;
        }
        const imgElement = event.target;
        const coords = this.#coordinatesByElement.get(imgElement);
        if (!coords) {
          return;
        }
        const activeImage = _TextLayerImages.#activeImage?.deref();
        if (activeImage === imgElement) {
          return;
        }
        if (activeImage) {
          activeImage.width = 0;
          activeImage.height = 0;
        }
        _TextLayerImages.#activeImage = new WeakRef(imgElement);
        const {
          inverseTransform,
          x1,
          y1,
          width,
          height
        } = coords;
        const pageCanvas = this.#getPageCanvas();
        const imageX1 = Math.ceil(x1 * pageCanvas.width);
        const imageY1 = Math.ceil(y1 * pageCanvas.height);
        const imageX2 = Math.floor((x1 + width / this.#pageWidth) * pageCanvas.width);
        const imageY2 = Math.floor((y1 + height / this.#pageHeight) * pageCanvas.height);
        imgElement.width = imageX2 - imageX1;
        imgElement.height = imageY2 - imageY1;
        const ctx = imgElement.getContext("2d");
        ctx.setTransform(...inverseTransform);
        ctx.translate(-imageX1, -imageY1);
        ctx.drawImage(pageCanvas, 0, 0);
      });
      return container;
    }
    #createImagePlaceholder([x1, y1, x2, y2, x3, y3]) {
      const width = Math.hypot((x3 - x1) * this.#pageWidth, (y3 - y1) * this.#pageHeight);
      const height = Math.hypot((x2 - x1) * this.#pageWidth, (y2 - y1) * this.#pageHeight);
      if (width < this.#minSize || height < this.#minSize) {
        return null;
      }
      const transform = [(x3 - x1) * this.#pageWidth / width, (y3 - y1) * this.#pageHeight / width, (x2 - x1) * this.#pageWidth / height, (y2 - y1) * this.#pageHeight / height, 0, 0];
      const inverseTransform = Util.inverseTransform(transform);
      const imgElement = document.createElement("canvas");
      imgElement.className = "textLayerImagePlaceholder";
      imgElement.width = 0;
      imgElement.height = 0;
      Object.assign(imgElement.style, {
        opacity: 0,
        position: "absolute",
        left: percentage(x1),
        top: percentage(y1),
        width: percentage(width / this.#pageWidth),
        height: percentage(height / this.#pageHeight),
        transformOrigin: "0% 0%",
        transform: `matrix(${transform.join(",")})`
      });
      this.#coordinatesByElement.set(imgElement, {
        inverseTransform,
        width,
        height,
        x1,
        y1
      });
      return imgElement;
    }
  };
  {
    globalThis._pdfjsTestingUtils = {
      HighlightOutliner
    };
  }
  globalThis.pdfjsLib = {
    AbortException,
    AnnotationEditorLayer,
    AnnotationEditorParamsType,
    AnnotationEditorType,
    AnnotationEditorUIManager,
    AnnotationLayer,
    AnnotationMode,
    AnnotationType,
    applyOpacity,
    build,
    ColorPicker,
    createValidAbsoluteUrl,
    CSSConstants,
    DOMSVGFactory,
    DrawLayer,
    FeatureTest,
    fetchData,
    findContrastColor,
    getDocument,
    getFilenameFromUrl,
    getPdfFilenameFromUrl,
    getRGB,
    getRGBA,
    getUuid,
    GlobalWorkerOptions,
    ImageKind,
    InvalidPDFException,
    isDataScheme,
    isPdfFile,
    isValidExplicitDest,
    makeArr,
    makeMap,
    makeObj,
    makeSet,
    MathClamp,
    noContextMenu,
    normalizeUnicode,
    OPS,
    OutputScale,
    PasswordException,
    PasswordResponses,
    PDFDataRangeTransport,
    PDFDateString,
    PDFWorker,
    PermissionFlag,
    PixelsPerInch,
    RenderingCancelledException,
    renderRichText,
    ResponseException,
    setLayerDimensions,
    shadow: util_shadow,
    SignatureExtractor,
    stopEvent,
    SupportedImageMimeTypes,
    TextLayer,
    TextLayerImages,
    TouchManager,
    updateUrlHash,
    Util,
    VerbosityLevel,
    version: api_version,
    XfaLayer
  };

  // node_modules/pdfjs-dist/legacy/build/pdf.worker.mjs
  var import_meta2 = {};
  var __webpack_modules__2 = {
    /***/
    463(module) {
      var $TypeError = TypeError;
      module.exports = function(argument) {
        if (typeof argument == "string") return argument;
        throw new $TypeError("Argument is not a string");
      };
    },
    /***/
    804(module) {
      var commonAlphabet = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789";
      var base64Alphabet = commonAlphabet + "+/";
      var base64UrlAlphabet = commonAlphabet + "-_";
      var inverse = function(characters) {
        var result = {};
        var index = 0;
        for (; index < 64; index++) result[characters.charAt(index)] = index;
        return result;
      };
      module.exports = {
        i2c: base64Alphabet,
        c2i: inverse(base64Alphabet),
        i2cUrl: base64UrlAlphabet,
        c2iUrl: inverse(base64UrlAlphabet)
      };
    },
    /***/
    529(module) {
      module.exports = function(value, done) {
        return { value, done };
      };
    },
    /***/
    837(module) {
      var $TypeError = TypeError;
      var MAX_SAFE_INTEGER = 9007199254740991;
      module.exports = function(it) {
        if (it > MAX_SAFE_INTEGER) throw new $TypeError("Maximum allowed index exceeded");
        return it;
      };
    },
    /***/
    944(module) {
      var $TypeError = TypeError;
      module.exports = function(options2) {
        var alphabet = options2 && options2.alphabet;
        if (alphabet === void 0 || alphabet === "base64" || alphabet === "base64url") return alphabet || "base64";
        throw new $TypeError("Incorrect `alphabet` option");
      };
    },
    /***/
    767(module) {
      module.exports = function(obj) {
        return {
          iterator: obj,
          next: obj.next,
          done: false
        };
      };
    },
    /***/
    117(module) {
      module.exports = function(it) {
        return it === null || it === void 0;
      };
    },
    /***/
    859(module) {
      module.exports = function(state) {
        state.iterator = state.next = state.nextHandler = state.mapper = state.predicate = state.inner = state.iterables = state.iters = state.openIters = state.padding = state.finishResults = state.buffer = null;
      };
    },
    /***/
    684(module) {
      module.exports = function(methodName, argument) {
        var method = typeof Iterator == "function" && Iterator.prototype[methodName];
        if (method) try {
          method.call({ next: null }, argument).next();
        } catch (error3) {
          return true;
        }
      };
    },
    /***/
    269(module) {
      module.exports = Object.create ? /* @__PURE__ */ Object.create(null) : {};
    },
    /***/
    741(module) {
      var ceil2 = Math.ceil;
      var floor = Math.floor;
      module.exports = Math.trunc || function trunc(x) {
        var n = +x;
        return (n > 0 ? floor : ceil2)(n);
      };
    },
    /***/
    717(__unused_webpack_module, exports) {
      exports.f = Object.getOwnPropertySymbols;
    },
    /***/
    103(module) {
      module.exports = function(exec) {
        try {
          return { error: false, value: exec() };
        } catch (error3) {
          return { error: true, value: error3 };
        }
      };
    },
    /***/
    750(module, __unused_webpack_exports, __webpack_require__3) {
      var isNullOrUndefined = __webpack_require__3(117);
      var $TypeError = TypeError;
      module.exports = function(it) {
        if (isNullOrUndefined(it)) throw new $TypeError("Can't call method on " + it);
        return it;
      };
    },
    /***/
    835(module) {
      module.exports = function(METHOD_NAME) {
        try {
          var baseSet = /* @__PURE__ */ new Set();
          var setLike = {
            size: 0,
            has: function() {
              return true;
            },
            keys: function() {
              return Object.defineProperty({}, "next", {
                get: function() {
                  baseSet.clear();
                  baseSet.add(4);
                  return function() {
                    return { done: true };
                  };
                }
              });
            }
          };
          var result = baseSet[METHOD_NAME](setLike);
          return result.size === 1 && result.values().next().value === 4;
        } catch (error3) {
          return false;
        }
      };
    },
    /***/
    291(module, __unused_webpack_exports, __webpack_require__3) {
      var trunc = __webpack_require__3(741);
      module.exports = function(argument) {
        var number2 = +argument;
        return number2 !== number2 || number2 === 0 ? 0 : trunc(number2);
      };
    },
    /***/
    14(module, __unused_webpack_exports, __webpack_require__3) {
      var toIntegerOrInfinity = __webpack_require__3(291);
      var min = Math.min;
      module.exports = function(argument) {
        var len = toIntegerOrInfinity(argument);
        return len > 0 ? min(len, 9007199254740991) : 0;
      };
    },
    /***/
    981(module, __unused_webpack_exports, __webpack_require__3) {
      var requireObjectCoercible = __webpack_require__3(750);
      var $Object = Object;
      module.exports = function(argument) {
        return $Object(requireObjectCoercible(argument));
      };
    },
    /***/
    812(module) {
      var $TypeError = TypeError;
      module.exports = function(passed, required) {
        if (passed < required) throw new $TypeError("Not enough arguments");
        return passed;
      };
    }
    /******/
  };
  var __webpack_module_cache__2 = {};
  function __webpack_require__2(moduleId) {
    const cachedModule = __webpack_module_cache__2[moduleId];
    if (cachedModule !== void 0) {
      return cachedModule.exports;
    }
    const module = __webpack_module_cache__2[moduleId] = {
      /******/
      // no module.id needed
      /******/
      // no module.loaded needed
      /******/
      exports: {}
      /******/
    };
    __webpack_modules__2[moduleId](module, module.exports, __webpack_require__2);
    return module.exports;
  }
  __webpack_require__2.cw = (body) => {
    var mod;
    return () => {
      if (body) {
        var fn = body;
        body = 0;
        mod = { exports: {} };
        fn.call(mod.exports, mod, mod.exports);
      }
      return mod.exports;
    };
  };
  __webpack_require__2.d = (exports, definition) => {
    for (var key2 in definition) {
      if (__webpack_require__2.o(definition, key2) && !__webpack_require__2.o(exports, key2)) {
        Object.defineProperty(exports, key2, { enumerable: true, get: definition[key2] });
      }
    }
  };
  __webpack_require__2.o = (obj, prop) => Object.prototype.hasOwnProperty.call(obj, prop);
  var a_callable_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var isCallable = is_callable_namespaceFn2();
    var tryToString = try_to_string_namespaceFn2();
    var $TypeError = TypeError;
    module.exports = function(argument) {
      if (isCallable(argument)) return argument;
      throw new $TypeError(tryToString(argument) + " is not a function");
    };
  });
  var a_possible_prototype_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var isPossiblePrototype = is_possible_prototype_namespaceFn2();
    var $String = String;
    var $TypeError = TypeError;
    module.exports = function(argument) {
      if (isPossiblePrototype(argument)) return argument;
      throw new $TypeError("Can't set " + $String(argument) + " as a prototype");
    };
  });
  var a_set_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var has = set_helpers_namespaceFn2().has;
    module.exports = function(it) {
      has(it);
      return it;
    };
  });
  var a_string_namespaceFn2 = () => {
    return __webpack_require__2(463);
  };
  var a_weak_key_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var WeakMapHelpers = weak_map_helpers_namespaceFn2();
    var weakmap = new WeakMapHelpers.WeakMap();
    var set = WeakMapHelpers.set;
    var remove = WeakMapHelpers.remove;
    module.exports = function(key2) {
      set(weakmap, key2, 1);
      remove(weakmap, key2);
      return key2;
    };
  });
  var a_weak_map_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var has = weak_map_helpers_namespaceFn2().has;
    module.exports = function(it) {
      has(it);
      return it;
    };
  });
  var add_to_unscopables_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var wellKnownSymbol = well_known_symbol_namespaceFn2();
    var create = object_create_namespaceFn2();
    var defineProperty = object_define_property_namespaceFn2().f;
    var UNSCOPABLES = wellKnownSymbol("unscopables");
    var ArrayPrototype = Array.prototype;
    if (ArrayPrototype[UNSCOPABLES] === void 0) {
      defineProperty(ArrayPrototype, UNSCOPABLES, {
        configurable: true,
        value: create(null)
      });
    }
    module.exports = function(key2) {
      ArrayPrototype[UNSCOPABLES][key2] = true;
    };
  });
  var an_instance_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var isPrototypeOf = object_is_prototype_of_namespaceFn2();
    var $TypeError = TypeError;
    module.exports = function(it, Prototype) {
      if (isPrototypeOf(Prototype, it)) return it;
      throw new $TypeError("Incorrect invocation");
    };
  });
  var an_object_or_undefined_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var isObject = is_object_namespaceFn2();
    var $String = String;
    var $TypeError = TypeError;
    module.exports = function(argument) {
      if (argument === void 0 || isObject(argument)) return argument;
      throw new $TypeError($String(argument) + " is not an object or undefined");
    };
  });
  var an_object_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var isObject = is_object_namespaceFn2();
    var $String = String;
    var $TypeError = TypeError;
    module.exports = function(argument) {
      if (isObject(argument)) return argument;
      throw new $TypeError($String(argument) + " is not an object");
    };
  });
  var an_uint8_array_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var classof = classof_namespaceFn2();
    var $TypeError = TypeError;
    module.exports = function(argument) {
      if (classof(argument) === "Uint8Array") return argument;
      throw new $TypeError("Argument is not an Uint8Array");
    };
  });
  var array_buffer_basic_detection_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    module.exports = typeof ArrayBuffer != "undefined" && typeof DataView != "undefined";
  });
  var array_buffer_byte_length_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var uncurryThisAccessor = function_uncurry_this_accessor_namespaceFn2();
    var classof = classof_raw_namespaceFn2();
    var ArrayBuffer2 = globalThis2.ArrayBuffer;
    var TypeError2 = globalThis2.TypeError;
    module.exports = ArrayBuffer2 && uncurryThisAccessor(ArrayBuffer2.prototype, "byteLength", "get") || function(O) {
      if (classof(O) !== "ArrayBuffer") throw new TypeError2("ArrayBuffer expected");
      return O.byteLength;
    };
  });
  var array_buffer_is_detached_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var NATIVE_ARRAY_BUFFER = array_buffer_basic_detection_namespaceFn2();
    var arrayBufferByteLength = array_buffer_byte_length_namespaceFn2();
    var DataView2 = globalThis2.DataView;
    module.exports = function(O) {
      if (!NATIVE_ARRAY_BUFFER || arrayBufferByteLength(O) !== 0) return false;
      try {
        new DataView2(O);
        return false;
      } catch (error3) {
        return true;
      }
    };
  });
  var array_buffer_not_detached_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var isDetached = array_buffer_is_detached_namespaceFn2();
    var $TypeError = TypeError;
    module.exports = function(it) {
      if (isDetached(it)) throw new $TypeError("ArrayBuffer is detached");
      return it;
    };
  });
  var array_buffer_view_core_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var NATIVE_ARRAY_BUFFER = array_buffer_basic_detection_namespaceFn2();
    var DESCRIPTORS = descriptors_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var isObject = is_object_namespaceFn2();
    var hasOwn = has_own_property_namespaceFn2();
    var classof = classof_namespaceFn2();
    var tryToString = try_to_string_namespaceFn2();
    var createNonEnumerableProperty = create_non_enumerable_property_namespaceFn2();
    var defineBuiltIn = define_built_in_namespaceFn2();
    var defineBuiltInAccessor = define_built_in_accessor_namespaceFn2();
    var isPrototypeOf = object_is_prototype_of_namespaceFn2();
    var getPrototypeOf = object_get_prototype_of_namespaceFn2();
    var setPrototypeOf = object_set_prototype_of_namespaceFn2();
    var wellKnownSymbol = well_known_symbol_namespaceFn2();
    var uid2 = uid_namespaceFn2();
    var InternalStateModule = internal_state_namespaceFn2();
    var enforceInternalState = InternalStateModule.enforce;
    var getInternalState = InternalStateModule.get;
    var Int8Array2 = globalThis2.Int8Array;
    var Int8ArrayPrototype = Int8Array2 && Int8Array2.prototype;
    var Uint8ClampedArray2 = globalThis2.Uint8ClampedArray;
    var Uint8ClampedArrayPrototype = Uint8ClampedArray2 && Uint8ClampedArray2.prototype;
    var TypedArray = Int8Array2 && getPrototypeOf(Int8Array2);
    var TypedArrayPrototype = Int8ArrayPrototype && getPrototypeOf(Int8ArrayPrototype);
    var ObjectPrototype = Object.prototype;
    var TypeError2 = globalThis2.TypeError;
    var TO_STRING_TAG = wellKnownSymbol("toStringTag");
    var TYPED_ARRAY_TAG = uid2("TYPED_ARRAY_TAG");
    var TYPED_ARRAY_CONSTRUCTOR = "TypedArrayConstructor";
    var NATIVE_ARRAY_BUFFER_VIEWS = NATIVE_ARRAY_BUFFER && !!setPrototypeOf && classof(globalThis2.opera) !== "Opera";
    var TYPED_ARRAY_TAG_REQUIRED = false;
    var NAME, Constructor, Prototype;
    var TypedArrayConstructorsList = {
      Int8Array: 1,
      Uint8Array: 1,
      Uint8ClampedArray: 1,
      Int16Array: 2,
      Uint16Array: 2,
      Int32Array: 4,
      Uint32Array: 4,
      Float32Array: 4,
      Float64Array: 8
    };
    var BigIntArrayConstructorsList = {
      BigInt64Array: 8,
      BigUint64Array: 8
    };
    var isView = function isView2(it) {
      if (!isObject(it)) return false;
      var klass = classof(it);
      return klass === "DataView" || hasOwn(TypedArrayConstructorsList, klass) || hasOwn(BigIntArrayConstructorsList, klass);
    };
    var getTypedArrayConstructor = function(it) {
      var proto = getPrototypeOf(it);
      if (!isObject(proto)) return;
      var state = getInternalState(proto);
      return state && hasOwn(state, TYPED_ARRAY_CONSTRUCTOR) ? state[TYPED_ARRAY_CONSTRUCTOR] : getTypedArrayConstructor(proto);
    };
    var isTypedArray = function(it) {
      if (!isObject(it)) return false;
      var klass = classof(it);
      return hasOwn(TypedArrayConstructorsList, klass) || hasOwn(BigIntArrayConstructorsList, klass);
    };
    var aTypedArray = function(it) {
      if (isTypedArray(it)) return it;
      throw new TypeError2("Target is not a typed array");
    };
    var aTypedArrayConstructor = function(C) {
      if (isCallable(C) && (!setPrototypeOf || isPrototypeOf(TypedArray, C))) return C;
      throw new TypeError2(tryToString(C) + " is not a typed array constructor");
    };
    var exportTypedArrayMethod = function(KEY, property, forced, options2) {
      if (!DESCRIPTORS) return;
      if (forced) for (var ARRAY in TypedArrayConstructorsList) {
        var TypedArrayConstructor = globalThis2[ARRAY];
        if (TypedArrayConstructor && hasOwn(TypedArrayConstructor.prototype, KEY)) try {
          delete TypedArrayConstructor.prototype[KEY];
        } catch (error3) {
          try {
            TypedArrayConstructor.prototype[KEY] = property;
          } catch (error22) {
          }
        }
      }
      if (!TypedArrayPrototype[KEY] || forced) {
        defineBuiltIn(TypedArrayPrototype, KEY, forced ? property : NATIVE_ARRAY_BUFFER_VIEWS && Int8ArrayPrototype[KEY] || property, options2);
      }
    };
    var exportTypedArrayStaticMethod = function(KEY, property, forced) {
      var ARRAY, TypedArrayConstructor;
      if (!DESCRIPTORS) return;
      if (setPrototypeOf) {
        if (forced) for (ARRAY in TypedArrayConstructorsList) {
          TypedArrayConstructor = globalThis2[ARRAY];
          if (TypedArrayConstructor && hasOwn(TypedArrayConstructor, KEY)) try {
            delete TypedArrayConstructor[KEY];
          } catch (error3) {
          }
        }
        if (!TypedArray[KEY] || forced) {
          try {
            return defineBuiltIn(TypedArray, KEY, forced ? property : NATIVE_ARRAY_BUFFER_VIEWS && TypedArray[KEY] || property);
          } catch (error3) {
          }
        } else return;
      }
      for (ARRAY in TypedArrayConstructorsList) {
        TypedArrayConstructor = globalThis2[ARRAY];
        if (TypedArrayConstructor && (!TypedArrayConstructor[KEY] || forced)) {
          defineBuiltIn(TypedArrayConstructor, KEY, property);
        }
      }
    };
    for (NAME in TypedArrayConstructorsList) {
      Constructor = globalThis2[NAME];
      Prototype = Constructor && Constructor.prototype;
      if (Prototype) enforceInternalState(Prototype)[TYPED_ARRAY_CONSTRUCTOR] = Constructor;
      else NATIVE_ARRAY_BUFFER_VIEWS = false;
    }
    for (NAME in BigIntArrayConstructorsList) {
      Constructor = globalThis2[NAME];
      Prototype = Constructor && Constructor.prototype;
      if (Prototype) enforceInternalState(Prototype)[TYPED_ARRAY_CONSTRUCTOR] = Constructor;
    }
    if (!NATIVE_ARRAY_BUFFER_VIEWS || !isCallable(TypedArray) || TypedArray === Function.prototype) {
      TypedArray = function TypedArray2() {
        throw new TypeError2("Incorrect invocation");
      };
      if (NATIVE_ARRAY_BUFFER_VIEWS) for (NAME in TypedArrayConstructorsList) {
        if (globalThis2[NAME]) setPrototypeOf(globalThis2[NAME], TypedArray);
      }
    }
    if (!NATIVE_ARRAY_BUFFER_VIEWS || !TypedArrayPrototype || TypedArrayPrototype === ObjectPrototype) {
      TypedArrayPrototype = TypedArray.prototype;
      if (NATIVE_ARRAY_BUFFER_VIEWS) for (NAME in TypedArrayConstructorsList) {
        if (globalThis2[NAME]) setPrototypeOf(globalThis2[NAME].prototype, TypedArrayPrototype);
      }
    }
    if (NATIVE_ARRAY_BUFFER_VIEWS && getPrototypeOf(Uint8ClampedArrayPrototype) !== TypedArrayPrototype) {
      setPrototypeOf(Uint8ClampedArrayPrototype, TypedArrayPrototype);
    }
    if (DESCRIPTORS && !hasOwn(TypedArrayPrototype, TO_STRING_TAG)) {
      TYPED_ARRAY_TAG_REQUIRED = true;
      defineBuiltInAccessor(TypedArrayPrototype, TO_STRING_TAG, {
        configurable: true,
        get: function() {
          return isObject(this) ? this[TYPED_ARRAY_TAG] : void 0;
        }
      });
      for (NAME in TypedArrayConstructorsList) if (globalThis2[NAME]) {
        createNonEnumerableProperty(globalThis2[NAME].prototype, TYPED_ARRAY_TAG, NAME);
      }
    }
    module.exports = {
      NATIVE_ARRAY_BUFFER_VIEWS,
      TYPED_ARRAY_TAG: TYPED_ARRAY_TAG_REQUIRED && TYPED_ARRAY_TAG,
      aTypedArray,
      aTypedArrayConstructor,
      exportTypedArrayMethod,
      exportTypedArrayStaticMethod,
      getTypedArrayConstructor,
      isView,
      isTypedArray,
      TypedArray,
      TypedArrayPrototype
    };
  });
  var array_from_constructor_and_list_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var lengthOfArrayLike = length_of_array_like_namespaceFn2();
    module.exports = function(Constructor, list, $length) {
      var index = 0;
      var length = arguments.length > 2 ? $length : lengthOfArrayLike(list);
      var result = new Constructor(length);
      while (length > index) result[index] = list[index++];
      return result;
    };
  });
  var array_includes_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var toIndexedObject = to_indexed_object_namespaceFn2();
    var toAbsoluteIndex = to_absolute_index_namespaceFn2();
    var lengthOfArrayLike = length_of_array_like_namespaceFn2();
    var createMethod = function(IS_INCLUDES) {
      return function($this, el, fromIndex) {
        var O = toIndexedObject($this);
        var length = lengthOfArrayLike(O);
        if (length === 0) return !IS_INCLUDES && -1;
        var index = toAbsoluteIndex(fromIndex, length);
        var value;
        if (IS_INCLUDES && el !== el) while (length > index) {
          value = O[index++];
          if (value !== value) return true;
        }
        else for (; length > index; index++) {
          if ((IS_INCLUDES || index in O) && O[index] === el) return IS_INCLUDES || index || 0;
        }
        return !IS_INCLUDES && -1;
      };
    };
    module.exports = {
      // `Array.prototype.includes` method
      // https://tc39.es/ecma262/#sec-array.prototype.includes
      includes: createMethod(true),
      // `Array.prototype.indexOf` method
      // https://tc39.es/ecma262/#sec-array.prototype.indexof
      indexOf: createMethod(false)
    };
  });
  var array_set_length_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn2();
    var isArray = is_array_namespaceFn2();
    var $TypeError = TypeError;
    var getOwnPropertyDescriptor = Object.getOwnPropertyDescriptor;
    var SILENT_ON_NON_WRITABLE_LENGTH_SET = DESCRIPTORS && !(function() {
      if (this !== void 0) return true;
      try {
        Object.defineProperty([], "length", { writable: false }).length = 1;
      } catch (error3) {
        return error3 instanceof TypeError;
      }
    })();
    module.exports = SILENT_ON_NON_WRITABLE_LENGTH_SET ? function(O, length) {
      if (isArray(O) && !getOwnPropertyDescriptor(O, "length").writable) {
        throw new $TypeError("Cannot set read only .length");
      }
      return O.length = length;
    } : function(O, length) {
      return O.length = length;
    };
  });
  var array_slice_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    module.exports = uncurryThis([].slice);
  });
  var base64_map_namespaceFn2 = () => {
    return __webpack_require__2(804);
  };
  var call_with_safe_iteration_closing_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var anObject = an_object_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    module.exports = function(iterator, fn, value, ENTRIES) {
      try {
        return ENTRIES ? fn(anObject(value)[0], value[1]) : fn(value);
      } catch (error3) {
        iteratorClose(iterator, "throw", error3);
      }
    };
  });
  var classof_raw_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var toString = uncurryThis({}.toString);
    var stringSlice = uncurryThis("".slice);
    module.exports = function(it) {
      return stringSlice(toString(it), 8, -1);
    };
  });
  var classof_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var TO_STRING_TAG_SUPPORT = to_string_tag_support_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var classofRaw = classof_raw_namespaceFn2();
    var wellKnownSymbol = well_known_symbol_namespaceFn2();
    var TO_STRING_TAG = wellKnownSymbol("toStringTag");
    var $Object = Object;
    var CORRECT_ARGUMENTS = classofRaw(/* @__PURE__ */ (function() {
      return arguments;
    })()) === "Arguments";
    var tryGet = function(it, key2) {
      try {
        return it[key2];
      } catch (error3) {
      }
    };
    module.exports = TO_STRING_TAG_SUPPORT ? classofRaw : function(it) {
      var O, tag, result;
      return it === void 0 ? "Undefined" : it === null ? "Null" : typeof (tag = tryGet(O = $Object(it), TO_STRING_TAG)) == "string" ? tag : CORRECT_ARGUMENTS ? classofRaw(O) : (result = classofRaw(O)) === "Object" && isCallable(O.callee) ? "Arguments" : result;
    };
  });
  var copy_constructor_properties_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var hasOwn = has_own_property_namespaceFn2();
    var ownKeys = own_keys_namespaceFn2();
    var getOwnPropertyDescriptorModule = object_get_own_property_descriptor_namespaceFn2();
    var definePropertyModule = object_define_property_namespaceFn2();
    module.exports = function(target, source, exceptions) {
      var keys = ownKeys(source);
      var defineProperty = definePropertyModule.f;
      var getOwnPropertyDescriptor = getOwnPropertyDescriptorModule.f;
      for (var i = 0; i < keys.length; i++) {
        var key2 = keys[i];
        if (!hasOwn(target, key2) && !(exceptions && hasOwn(exceptions, key2))) {
          defineProperty(target, key2, getOwnPropertyDescriptor(source, key2));
        }
      }
    };
  });
  var correct_prototype_getter_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var fails = fails_namespaceFn2();
    module.exports = !fails(function() {
      function F() {
      }
      F.prototype.constructor = null;
      return Object.getPrototypeOf(new F()) !== F.prototype;
    });
  });
  var create_iter_result_object_namespaceFn2 = () => {
    return __webpack_require__2(529);
  };
  var create_non_enumerable_property_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn2();
    var definePropertyModule = object_define_property_namespaceFn2();
    var createPropertyDescriptor = create_property_descriptor_namespaceFn2();
    module.exports = DESCRIPTORS ? function(object, key2, value) {
      return definePropertyModule.f(object, key2, createPropertyDescriptor(1, value));
    } : function(object, key2, value) {
      object[key2] = value;
      return object;
    };
  });
  var create_property_descriptor_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    module.exports = function(bitmap, value) {
      return {
        enumerable: !(bitmap & 1),
        configurable: !(bitmap & 2),
        writable: !(bitmap & 4),
        value
      };
    };
  });
  var create_property_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn2();
    var definePropertyModule = object_define_property_namespaceFn2();
    var createPropertyDescriptor = create_property_descriptor_namespaceFn2();
    module.exports = function(object, key2, value) {
      if (DESCRIPTORS) definePropertyModule.f(object, key2, createPropertyDescriptor(0, value));
      else object[key2] = value;
    };
  });
  var define_built_in_accessor_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var makeBuiltIn = make_built_in_namespaceFn2();
    var defineProperty = object_define_property_namespaceFn2();
    module.exports = function(target, name, descriptor) {
      if (descriptor.get) makeBuiltIn(descriptor.get, name, { getter: true });
      if (descriptor.set) makeBuiltIn(descriptor.set, name, { setter: true });
      return defineProperty.f(target, name, descriptor);
    };
  });
  var define_built_in_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var isCallable = is_callable_namespaceFn2();
    var definePropertyModule = object_define_property_namespaceFn2();
    var makeBuiltIn = make_built_in_namespaceFn2();
    var defineGlobalProperty = define_global_property_namespaceFn2();
    module.exports = function(O, key2, value, options2) {
      if (!options2) options2 = {};
      var simple = options2.enumerable;
      var name = options2.name !== void 0 ? options2.name : key2;
      if (isCallable(value)) makeBuiltIn(value, name, options2);
      if (options2.global) {
        if (simple) O[key2] = value;
        else defineGlobalProperty(key2, value);
      } else {
        try {
          if (!options2.unsafe) delete O[key2];
          else if (O[key2]) simple = true;
        } catch (error3) {
        }
        if (simple) O[key2] = value;
        else definePropertyModule.f(O, key2, {
          value,
          enumerable: false,
          configurable: !options2.nonConfigurable,
          writable: !options2.nonWritable
        });
      }
      return O;
    };
  });
  var define_built_ins_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var defineBuiltIn = define_built_in_namespaceFn2();
    module.exports = function(target, src, options2) {
      for (var key2 in src) defineBuiltIn(target, key2, src[key2], options2);
      return target;
    };
  });
  var define_global_property_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var defineProperty = Object.defineProperty;
    module.exports = function(key2, value) {
      try {
        defineProperty(globalThis2, key2, { value, configurable: true, writable: true });
      } catch (error3) {
        globalThis2[key2] = value;
      }
      return value;
    };
  });
  var descriptors_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var fails = fails_namespaceFn2();
    module.exports = !fails(function() {
      return Object.defineProperty({}, 1, { get: function() {
        return 7;
      } })[1] !== 7;
    });
  });
  var document_create_element_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var isObject = is_object_namespaceFn2();
    var document2 = globalThis2.document;
    var EXISTS = isObject(document2) && isObject(document2.createElement);
    module.exports = function(it) {
      return EXISTS ? document2.createElement(it) : {};
    };
  });
  var does_not_exceed_safe_integer_namespaceFn2 = () => {
    return __webpack_require__2(837);
  };
  var enum_bug_keys_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    module.exports = [
      "constructor",
      "hasOwnProperty",
      "isPrototypeOf",
      "propertyIsEnumerable",
      "toLocaleString",
      "toString",
      "valueOf"
    ];
  });
  var environment_user_agent_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var navigator2 = globalThis2.navigator;
    var userAgent = navigator2 && navigator2.userAgent;
    module.exports = userAgent ? String(userAgent) : "";
  });
  var environment_v8_version_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var userAgent = environment_user_agent_namespaceFn2();
    var process2 = globalThis2.process;
    var Deno = globalThis2.Deno;
    var versions = process2 && process2.versions || Deno && Deno.version;
    var v8 = versions && versions.v8;
    var match, version;
    if (v8) {
      match = v8.split(".");
      version = match[0] > 0 && match[0] < 4 ? 1 : +(match[0] + match[1]);
    }
    if (!version && userAgent) {
      match = userAgent.match(/Edge\/(\d+)/);
      if (!match || match[1] >= 74) {
        match = userAgent.match(/Chrome\/(\d+)/);
        if (match) version = +match[1];
      }
    }
    module.exports = version;
  });
  var export_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var getOwnPropertyDescriptor = object_get_own_property_descriptor_namespaceFn2().f;
    var createNonEnumerableProperty = create_non_enumerable_property_namespaceFn2();
    var defineBuiltIn = define_built_in_namespaceFn2();
    var defineGlobalProperty = define_global_property_namespaceFn2();
    var copyConstructorProperties = copy_constructor_properties_namespaceFn2();
    var isForced = is_forced_namespaceFn2();
    module.exports = function(options2, source) {
      var TARGET = options2.target;
      var GLOBAL = options2.global;
      var STATIC = options2.stat;
      var FORCED, target, key2, targetProperty, sourceProperty, descriptor;
      if (GLOBAL) {
        target = globalThis2;
      } else if (STATIC) {
        target = globalThis2[TARGET] || defineGlobalProperty(TARGET, {});
      } else {
        target = globalThis2[TARGET] && globalThis2[TARGET].prototype;
      }
      if (target) for (key2 in source) {
        sourceProperty = source[key2];
        if (options2.dontCallGetSet) {
          descriptor = getOwnPropertyDescriptor(target, key2);
          targetProperty = descriptor && descriptor.value;
        } else targetProperty = target[key2];
        FORCED = isForced(GLOBAL ? key2 : TARGET + (STATIC ? "." : "#") + key2, options2.forced);
        if (!FORCED && targetProperty !== void 0) {
          if (typeof sourceProperty == typeof targetProperty) continue;
          copyConstructorProperties(sourceProperty, targetProperty);
        }
        if (options2.sham || targetProperty && targetProperty.sham) {
          createNonEnumerableProperty(sourceProperty, "sham", true);
        }
        defineBuiltIn(target, key2, sourceProperty, options2);
      }
    };
  });
  var fails_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    module.exports = function(exec) {
      try {
        return !!exec();
      } catch (error3) {
        return true;
      }
    };
  });
  var function_apply_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var NATIVE_BIND = function_bind_native_namespaceFn2();
    var FunctionPrototype = Function.prototype;
    var apply2 = FunctionPrototype.apply;
    var call = FunctionPrototype.call;
    module.exports = typeof Reflect == "object" && Reflect.apply || (NATIVE_BIND ? call.bind(apply2) : function() {
      return call.apply(apply2, arguments);
    });
  });
  var function_bind_context_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_clause_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    var NATIVE_BIND = function_bind_native_namespaceFn2();
    var bind = uncurryThis(uncurryThis.bind);
    module.exports = function(fn, that) {
      aCallable(fn);
      return that === void 0 ? fn : NATIVE_BIND ? bind(fn, that) : function() {
        return fn.apply(that, arguments);
      };
    };
  });
  var function_bind_native_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var fails = fails_namespaceFn2();
    module.exports = !fails(function() {
      var test = function() {
      }.bind();
      return typeof test != "function" || test.hasOwnProperty("prototype");
    });
  });
  var function_call_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var NATIVE_BIND = function_bind_native_namespaceFn2();
    var call = Function.prototype.call;
    module.exports = NATIVE_BIND ? call.bind(call) : function() {
      return call.apply(call, arguments);
    };
  });
  var function_name_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn2();
    var hasOwn = has_own_property_namespaceFn2();
    var FunctionPrototype = Function.prototype;
    var getDescriptor = DESCRIPTORS && Object.getOwnPropertyDescriptor;
    var EXISTS = hasOwn(FunctionPrototype, "name");
    var PROPER = EXISTS && function something() {
    }.name === "something";
    var CONFIGURABLE = EXISTS && (!DESCRIPTORS || DESCRIPTORS && getDescriptor(FunctionPrototype, "name").configurable);
    module.exports = {
      .../* unused pure expression */
      null,
      .../* unused pure expression */
      null,
      CONFIGURABLE
    };
  });
  var function_uncurry_this_accessor_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    module.exports = function(object, key2, method) {
      try {
        return uncurryThis(aCallable(Object.getOwnPropertyDescriptor(object, key2)[method]));
      } catch (error3) {
      }
    };
  });
  var function_uncurry_this_clause_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var classofRaw = classof_raw_namespaceFn2();
    var uncurryThis = function_uncurry_this_namespaceFn2();
    module.exports = function(fn) {
      if (classofRaw(fn) === "Function") return uncurryThis(fn);
    };
  });
  var function_uncurry_this_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var NATIVE_BIND = function_bind_native_namespaceFn2();
    var FunctionPrototype = Function.prototype;
    var call = FunctionPrototype.call;
    var uncurryThisWithBind = NATIVE_BIND && FunctionPrototype.bind.bind(call, call);
    module.exports = NATIVE_BIND ? uncurryThisWithBind : function(fn) {
      return function() {
        return call.apply(fn, arguments);
      };
    };
  });
  var get_alphabet_option_namespaceFn2 = () => {
    return __webpack_require__2(944);
  };
  var get_built_in_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var aFunction = function(argument) {
      return isCallable(argument) ? argument : void 0;
    };
    module.exports = function(namespace, method) {
      return arguments.length < 2 ? aFunction(globalThis2[namespace]) : globalThis2[namespace] && globalThis2[namespace][method];
    };
  });
  var get_iterator_direct_namespaceFn2 = () => {
    return __webpack_require__2(767);
  };
  var get_iterator_flattenable_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var call = function_call_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var getIteratorDirect = get_iterator_direct_namespaceFn2();
    var getIteratorMethod = get_iterator_method_internal_namespaceFn2();
    module.exports = function(obj, stringHandling) {
      if (!stringHandling || typeof obj !== "string") anObject(obj);
      var method = getIteratorMethod(obj);
      return getIteratorDirect(anObject(method !== void 0 ? call(method, obj) : obj));
    };
  });
  var get_iterator_internal_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var call = function_call_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var tryToString = try_to_string_namespaceFn2();
    var getIteratorMethod = get_iterator_method_internal_namespaceFn2();
    var $TypeError = TypeError;
    module.exports = function(argument, usingIterator) {
      var iteratorMethod = arguments.length < 2 ? getIteratorMethod(argument) : usingIterator;
      if (isCallable(iteratorMethod)) return anObject(call(iteratorMethod, argument));
      throw new $TypeError(tryToString(argument) + " is not iterable");
    };
  });
  var get_iterator_method_internal_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var classof = classof_raw_namespaceFn2();
    var isNullOrUndefined = is_null_or_undefined_namespaceFn2();
    var getMethod = get_method_namespaceFn2();
    var wellKnownSymbol = well_known_symbol_namespaceFn2();
    var ITERATOR = wellKnownSymbol("iterator");
    var ArrayPrototype = Array.prototype;
    module.exports = function(it) {
      if (!isNullOrUndefined(it)) return getMethod(it, ITERATOR) || getMethod(it, "@@iterator") || (classof(it) === "Arguments" ? ArrayPrototype[ITERATOR] : void 0);
    };
  });
  var get_method_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var aCallable = a_callable_namespaceFn2();
    var isNullOrUndefined = is_null_or_undefined_namespaceFn2();
    module.exports = function(V, P) {
      var func = V[P];
      return isNullOrUndefined(func) ? void 0 : aCallable(func);
    };
  });
  var get_set_record_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var aCallable = a_callable_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var call = function_call_namespaceFn2();
    var toIntegerOrInfinity = to_integer_or_infinity_namespaceFn2();
    var getIteratorDirect = get_iterator_direct_namespaceFn2();
    var INVALID_SIZE = "Invalid size";
    var $RangeError = RangeError;
    var $TypeError = TypeError;
    var max = Math.max;
    var SetRecord = function(set, intSize) {
      this.set = set;
      this.size = max(intSize, 0);
      this.has = aCallable(set.has);
      this.keys = aCallable(set.keys);
    };
    SetRecord.prototype = {
      getIterator: function() {
        return getIteratorDirect(anObject(call(this.keys, this.set)));
      },
      includes: function(it) {
        return call(this.has, this.set, it);
      }
    };
    module.exports = function(obj) {
      anObject(obj);
      var numSize = +obj.size;
      if (numSize !== numSize) throw new $TypeError(INVALID_SIZE);
      var intSize = toIntegerOrInfinity(numSize);
      if (intSize < 0) throw new $RangeError(INVALID_SIZE);
      return new SetRecord(obj, intSize);
    };
  });
  var global_this_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var check = function(it) {
      return it && it.Math === Math && it;
    };
    module.exports = // eslint-disable-next-line es/no-global-this -- safe
    check(typeof globalThis == "object" && globalThis) || check(typeof window == "object" && window) || // eslint-disable-next-line no-restricted-globals -- safe
    check(typeof self == "object" && self) || check(typeof global == "object" && global) || check(typeof this == "object" && this) || // eslint-disable-next-line no-new-func -- fallback
    /* @__PURE__ */ (function() {
      return this;
    })() || Function("return this")();
  });
  var has_own_property_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var toObject = to_object_namespaceFn2();
    var hasOwnProperty = uncurryThis({}.hasOwnProperty);
    module.exports = Object.hasOwn || function hasOwn(it, key2) {
      return hasOwnProperty(toObject(it), key2);
    };
  });
  var hidden_keys_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    module.exports = {};
  });
  var html_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var getBuiltIn = get_built_in_namespaceFn2();
    module.exports = getBuiltIn("document", "documentElement");
  });
  var ie8_dom_define_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn2();
    var fails = fails_namespaceFn2();
    var createElement = document_create_element_namespaceFn2();
    module.exports = !DESCRIPTORS && !fails(function() {
      return Object.defineProperty(createElement("div"), "a", {
        get: function() {
          return 7;
        }
      }).a !== 7;
    });
  });
  var indexed_object_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var fails = fails_namespaceFn2();
    var classof = classof_raw_namespaceFn2();
    var $Object = Object;
    var split = uncurryThis("".split);
    module.exports = fails(function() {
      return !$Object("z").propertyIsEnumerable(0);
    }) ? function(it) {
      return classof(it) === "String" ? split(it, "") : $Object(it);
    } : $Object;
  });
  var inspect_source_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var store = shared_store_namespaceFn2();
    var functionToString = uncurryThis(Function.toString);
    if (!isCallable(store.inspectSource)) {
      store.inspectSource = function(it) {
        return functionToString(it);
      };
    }
    module.exports = store.inspectSource;
  });
  var internal_state_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var NATIVE_WEAK_MAP = weak_map_basic_detection_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var isObject = is_object_namespaceFn2();
    var createNonEnumerableProperty = create_non_enumerable_property_namespaceFn2();
    var hasOwn = has_own_property_namespaceFn2();
    var shared = shared_store_namespaceFn2();
    var sharedKey = shared_key_namespaceFn2();
    var hiddenKeys = hidden_keys_namespaceFn2();
    var OBJECT_ALREADY_INITIALIZED = "Object already initialized";
    var TypeError2 = globalThis2.TypeError;
    var WeakMap2 = globalThis2.WeakMap;
    var set, get, has;
    var enforce = function(it) {
      return has(it) ? get(it) : set(it, {});
    };
    var getterFor = function(TYPE) {
      return function(it) {
        var state;
        if (!isObject(it) || (state = get(it)).type !== TYPE) {
          throw new TypeError2("Incompatible receiver, " + TYPE + " required");
        }
        return state;
      };
    };
    if (NATIVE_WEAK_MAP || shared.state) {
      var store = shared.state || (shared.state = new WeakMap2());
      store.get = store.get;
      store.has = store.has;
      store.set = store.set;
      set = function(it, metadata) {
        if (store.has(it)) throw new TypeError2(OBJECT_ALREADY_INITIALIZED);
        metadata.facade = it;
        store.set(it, metadata);
        return metadata;
      };
      get = function(it) {
        return store.get(it) || {};
      };
      has = function(it) {
        return store.has(it);
      };
    } else {
      var STATE = sharedKey("state");
      hiddenKeys[STATE] = true;
      set = function(it, metadata) {
        if (hasOwn(it, STATE)) throw new TypeError2(OBJECT_ALREADY_INITIALIZED);
        metadata.facade = it;
        createNonEnumerableProperty(it, STATE, metadata);
        return metadata;
      };
      get = function(it) {
        return hasOwn(it, STATE) ? it[STATE] : {};
      };
      has = function(it) {
        return hasOwn(it, STATE);
      };
    }
    module.exports = {
      set,
      get,
      has,
      enforce,
      getterFor
    };
  });
  var is_array_iterator_method_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var wellKnownSymbol = well_known_symbol_namespaceFn2();
    var Iterators = iterators_namespaceFn2();
    var ITERATOR = wellKnownSymbol("iterator");
    var ArrayPrototype = Array.prototype;
    module.exports = function(it) {
      return it !== void 0 && (Iterators.Array === it || ArrayPrototype[ITERATOR] === it);
    };
  });
  var is_array_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var classof = classof_raw_namespaceFn2();
    module.exports = Array.isArray || function isArray(argument) {
      return classof(argument) === "Array";
    };
  });
  var is_big_int_array_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var classof = classof_namespaceFn2();
    module.exports = function(it) {
      var klass = classof(it);
      return klass === "BigInt64Array" || klass === "BigUint64Array";
    };
  });
  var is_callable_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var documentAll = typeof document == "object" && document.all;
    module.exports = typeof documentAll == "undefined" && documentAll !== void 0 ? function(argument) {
      return typeof argument == "function" || argument === documentAll;
    } : function(argument) {
      return typeof argument == "function";
    };
  });
  var is_forced_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var fails = fails_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var replacement = /#|\.prototype\./;
    var isForced = function(feature, detection) {
      var value = data[normalize2(feature)];
      return value === POLYFILL ? true : value === NATIVE ? false : isCallable(detection) ? fails(detection) : !!detection;
    };
    var normalize2 = isForced.normalize = function(string) {
      return String(string).replace(replacement, ".").toLowerCase();
    };
    var data = isForced.data = {};
    var NATIVE = isForced.NATIVE = "N";
    var POLYFILL = isForced.POLYFILL = "P";
    module.exports = isForced;
  });
  var is_null_or_undefined_namespaceFn2 = () => {
    return __webpack_require__2(117);
  };
  var is_object_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var isCallable = is_callable_namespaceFn2();
    module.exports = function(it) {
      return typeof it == "object" ? it !== null : isCallable(it);
    };
  });
  var is_possible_prototype_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var isObject = is_object_namespaceFn2();
    module.exports = function(argument) {
      return isObject(argument) || argument === null;
    };
  });
  var is_pure_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    module.exports = false;
  });
  var is_raw_json_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var isObject = is_object_namespaceFn2();
    var getInternalState = internal_state_namespaceFn2().get;
    module.exports = function isRawJSON(O) {
      if (!isObject(O)) return false;
      var state = getInternalState(O);
      return !!state && state.type === "RawJSON";
    };
  });
  var is_symbol_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var getBuiltIn = get_built_in_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var isPrototypeOf = object_is_prototype_of_namespaceFn2();
    var USE_SYMBOL_AS_UID = use_symbol_as_uid_namespaceFn2();
    var $Object = Object;
    module.exports = USE_SYMBOL_AS_UID ? function(it) {
      return typeof it == "symbol";
    } : function(it) {
      var $Symbol = getBuiltIn("Symbol");
      return isCallable($Symbol) && isPrototypeOf($Symbol.prototype, $Object(it));
    };
  });
  var iterate_simple_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var call = function_call_namespaceFn2();
    module.exports = function(record, fn, ITERATOR_INSTEAD_OF_RECORD) {
      var iterator = ITERATOR_INSTEAD_OF_RECORD ? record : record.iterator;
      var next = record.next;
      var step, result;
      while (!(step = call(next, iterator)).done) {
        result = fn(step.value);
        if (result !== void 0) return result;
      }
    };
  });
  var iterate_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var bind = function_bind_context_namespaceFn2();
    var call = function_call_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var tryToString = try_to_string_namespaceFn2();
    var isArrayIteratorMethod = is_array_iterator_method_namespaceFn2();
    var lengthOfArrayLike = length_of_array_like_namespaceFn2();
    var isPrototypeOf = object_is_prototype_of_namespaceFn2();
    var getIterator = get_iterator_internal_namespaceFn2();
    var getIteratorMethod = get_iterator_method_internal_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    var $TypeError = TypeError;
    var Result = function(stopped, result) {
      this.stopped = stopped;
      this.result = result;
    };
    var ResultPrototype = Result.prototype;
    module.exports = function(iterable, unboundFunction, options2) {
      var that = options2 && options2.that;
      var AS_ENTRIES = !!(options2 && options2.AS_ENTRIES);
      var IS_RECORD = !!(options2 && options2.IS_RECORD);
      var IS_ITERATOR = !!(options2 && options2.IS_ITERATOR);
      var INTERRUPTED = !!(options2 && options2.INTERRUPTED);
      var fn = bind(unboundFunction, that);
      var iterator, iterFn, index, length, result, next, step;
      var stop = function(condition) {
        var $iterator = iterator;
        iterator = void 0;
        if ($iterator) iteratorClose($iterator, "normal");
        return new Result(true, condition);
      };
      var callFn = function(value2) {
        if (AS_ENTRIES) {
          anObject(value2);
          return INTERRUPTED ? fn(value2[0], value2[1], stop) : fn(value2[0], value2[1]);
        }
        return INTERRUPTED ? fn(value2, stop) : fn(value2);
      };
      if (IS_RECORD) {
        iterator = iterable.iterator;
      } else if (IS_ITERATOR) {
        iterator = iterable;
      } else {
        iterFn = getIteratorMethod(iterable);
        if (!iterFn) throw new $TypeError(tryToString(iterable) + " is not iterable");
        if (isArrayIteratorMethod(iterFn)) {
          for (index = 0, length = lengthOfArrayLike(iterable); length > index; index++) {
            result = callFn(iterable[index]);
            if (result && isPrototypeOf(ResultPrototype, result)) return result;
          }
          return new Result(false);
        }
        iterator = getIterator(iterable, iterFn);
      }
      next = IS_RECORD ? iterable.next : iterator.next;
      while (!(step = call(next, iterator)).done) {
        var value = step.value;
        try {
          result = callFn(value);
        } catch (error3) {
          if (iterator) iteratorClose(iterator, "throw", error3);
          else throw error3;
        }
        if (typeof result == "object" && result && isPrototypeOf(ResultPrototype, result)) return result;
      }
      return new Result(false);
    };
  });
  var iterator_cleanup_state_namespaceFn2 = () => {
    return __webpack_require__2(859);
  };
  var iterator_close_all_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var iteratorClose = iterator_close_namespaceFn2();
    module.exports = function(iters, kind, value) {
      for (var i = iters.length - 1; i >= 0; i--) {
        if (iters[i] === void 0) continue;
        try {
          value = iteratorClose(iters[i].iterator, kind, value);
        } catch (error3) {
          kind = "throw";
          value = error3;
        }
      }
      if (kind === "throw") throw value;
      return value;
    };
  });
  var iterator_close_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var call = function_call_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var getMethod = get_method_namespaceFn2();
    module.exports = function(iterator, kind, value) {
      var innerResult, innerError;
      anObject(iterator);
      try {
        innerResult = getMethod(iterator, "return");
        if (!innerResult) {
          if (kind === "throw") throw value;
          return value;
        }
        innerResult = call(innerResult, iterator);
      } catch (error3) {
        innerError = true;
        innerResult = error3;
      }
      if (kind === "throw") throw value;
      if (innerError) throw innerResult;
      anObject(innerResult);
      return value;
    };
  });
  var iterator_create_proxy_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var call = function_call_namespaceFn2();
    var create = object_create_namespaceFn2();
    var createNonEnumerableProperty = create_non_enumerable_property_namespaceFn2();
    var defineBuiltIns = define_built_ins_namespaceFn2();
    var wellKnownSymbol = well_known_symbol_namespaceFn2();
    var InternalStateModule = internal_state_namespaceFn2();
    var getMethod = get_method_namespaceFn2();
    var IteratorPrototype = iterators_core_namespaceFn2().IteratorPrototype;
    var createIterResultObject = create_iter_result_object_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    var iteratorCloseAll = iterator_close_all_namespaceFn2();
    var cleanupState = iterator_cleanup_state_namespaceFn2();
    var TO_STRING_TAG = wellKnownSymbol("toStringTag");
    var ITERATOR_HELPER = "IteratorHelper";
    var WRAP_FOR_VALID_ITERATOR = "WrapForValidIterator";
    var NORMAL = "normal";
    var THROW = "throw";
    var setInternalState = InternalStateModule.set;
    var createIteratorProxyPrototype = function(IS_ITERATOR) {
      var getInternalState = InternalStateModule.getterFor(IS_ITERATOR ? WRAP_FOR_VALID_ITERATOR : ITERATOR_HELPER);
      return defineBuiltIns(create(IteratorPrototype), {
        next: function next() {
          var state = getInternalState(this);
          if (IS_ITERATOR) return state.nextHandler();
          if (state.done) return createIterResultObject(void 0, true);
          try {
            var result = state.nextHandler();
            if (state.done) cleanupState(state);
            return state.returnHandlerResult ? result : createIterResultObject(result, state.done);
          } catch (error3) {
            state.done = true;
            cleanupState(state);
            throw error3;
          }
        },
        "return": function() {
          var state = getInternalState(this);
          var iterator = state.iterator;
          var inner = state.inner;
          var openIters = state.openIters;
          var done = state.done;
          state.done = true;
          if (IS_ITERATOR) {
            var returnMethod = getMethod(iterator, "return");
            return returnMethod ? call(returnMethod, iterator) : createIterResultObject(void 0, true);
          }
          cleanupState(state);
          if (done) return createIterResultObject(void 0, true);
          if (inner) try {
            iteratorClose(inner.iterator, NORMAL);
          } catch (error3) {
            return iteratorClose(iterator, THROW, error3);
          }
          if (openIters) try {
            iteratorCloseAll(openIters, NORMAL);
          } catch (error3) {
            if (iterator) return iteratorClose(iterator, THROW, error3);
            throw error3;
          }
          if (iterator) iteratorClose(iterator, NORMAL);
          return createIterResultObject(void 0, true);
        }
      });
    };
    var WrapForValidIteratorPrototype = createIteratorProxyPrototype(true);
    var IteratorHelperPrototype = createIteratorProxyPrototype(false);
    createNonEnumerableProperty(IteratorHelperPrototype, TO_STRING_TAG, "Iterator Helper");
    module.exports = function(nextHandler, IS_ITERATOR, RETURN_HANDLER_RESULT) {
      var IteratorProxy = function Iterator2(record, state) {
        if (state) {
          state.iterator = record.iterator;
          state.next = record.next;
        } else state = record;
        state.type = IS_ITERATOR ? WRAP_FOR_VALID_ITERATOR : ITERATOR_HELPER;
        state.returnHandlerResult = !!RETURN_HANDLER_RESULT;
        state.nextHandler = nextHandler;
        state.counter = 0;
        state.done = false;
        setInternalState(this, state);
      };
      IteratorProxy.prototype = IS_ITERATOR ? WrapForValidIteratorPrototype : IteratorHelperPrototype;
      return IteratorProxy;
    };
  });
  var iterator_helper_throws_on_invalid_iterator_namespaceFn2 = () => {
    return __webpack_require__2(684);
  };
  var iterator_helper_without_closing_on_early_error_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    module.exports = function(METHOD_NAME, ExpectedError) {
      var Iterator2 = globalThis2.Iterator;
      var IteratorPrototype = Iterator2 && Iterator2.prototype;
      var method = IteratorPrototype && IteratorPrototype[METHOD_NAME];
      var CLOSED = false;
      if (method) try {
        method.call({
          next: function() {
            return { done: true };
          },
          "return": function() {
            CLOSED = true;
          }
        }, -1);
      } catch (error3) {
        if (!(error3 instanceof ExpectedError)) CLOSED = false;
      }
      if (!CLOSED) return method;
    };
  });
  var iterators_core_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var fails = fails_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var isObject = is_object_namespaceFn2();
    var create = object_create_namespaceFn2();
    var getPrototypeOf = object_get_prototype_of_namespaceFn2();
    var defineBuiltIn = define_built_in_namespaceFn2();
    var wellKnownSymbol = well_known_symbol_namespaceFn2();
    var IS_PURE = is_pure_namespaceFn2();
    var ITERATOR = wellKnownSymbol("iterator");
    var BUGGY_SAFARI_ITERATORS = false;
    var IteratorPrototype, PrototypeOfArrayIteratorPrototype, arrayIterator;
    if ([].keys) {
      arrayIterator = [].keys();
      if (!("next" in arrayIterator)) BUGGY_SAFARI_ITERATORS = true;
      else {
        PrototypeOfArrayIteratorPrototype = getPrototypeOf(getPrototypeOf(arrayIterator));
        if (PrototypeOfArrayIteratorPrototype !== Object.prototype) IteratorPrototype = PrototypeOfArrayIteratorPrototype;
      }
    }
    var NEW_ITERATOR_PROTOTYPE = !isObject(IteratorPrototype) || fails(function() {
      var test = {};
      return IteratorPrototype[ITERATOR].call(test) !== test;
    });
    if (NEW_ITERATOR_PROTOTYPE) IteratorPrototype = {};
    else if (IS_PURE) IteratorPrototype = create(IteratorPrototype);
    if (!isCallable(IteratorPrototype[ITERATOR])) {
      defineBuiltIn(IteratorPrototype, ITERATOR, function() {
        return this;
      });
    }
    module.exports = {
      IteratorPrototype,
      .../* unused pure expression */
      null
    };
  });
  var iterators_namespaceFn2 = () => {
    return __webpack_require__2(269);
  };
  var length_of_array_like_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var toLength = to_length_namespaceFn2();
    module.exports = function(obj) {
      return toLength(obj.length);
    };
  });
  var make_built_in_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var fails = fails_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var hasOwn = has_own_property_namespaceFn2();
    var DESCRIPTORS = descriptors_namespaceFn2();
    var CONFIGURABLE_FUNCTION_NAME = function_name_namespaceFn2().CONFIGURABLE;
    var inspectSource = inspect_source_namespaceFn2();
    var InternalStateModule = internal_state_namespaceFn2();
    var enforceInternalState = InternalStateModule.enforce;
    var getInternalState = InternalStateModule.get;
    var $String = String;
    var defineProperty = Object.defineProperty;
    var stringSlice = uncurryThis("".slice);
    var replace = uncurryThis("".replace);
    var join = uncurryThis([].join);
    var CONFIGURABLE_LENGTH = DESCRIPTORS && !fails(function() {
      return defineProperty(function() {
      }, "length", { value: 8 }).length !== 8;
    });
    var TEMPLATE = String(String).split("String");
    var makeBuiltIn = module.exports = function(value, name, options2) {
      if (stringSlice($String(name), 0, 7) === "Symbol(") {
        name = "[" + replace($String(name), /^Symbol\(([^)]*)\).*$/, "$1") + "]";
      }
      if (options2 && options2.getter) name = "get " + name;
      if (options2 && options2.setter) name = "set " + name;
      if (!hasOwn(value, "name") || CONFIGURABLE_FUNCTION_NAME && value.name !== name) {
        if (DESCRIPTORS) defineProperty(value, "name", { value: name, configurable: true });
        else value.name = name;
      }
      if (CONFIGURABLE_LENGTH && options2 && hasOwn(options2, "arity") && value.length !== options2.arity) {
        defineProperty(value, "length", { value: options2.arity });
      }
      try {
        if (options2 && hasOwn(options2, "constructor") && options2.constructor) {
          if (DESCRIPTORS) defineProperty(value, "prototype", { writable: false });
        } else if (value.prototype) value.prototype = void 0;
      } catch (error3) {
      }
      var state = enforceInternalState(value);
      if (!hasOwn(state, "source")) {
        state.source = join(TEMPLATE, typeof name == "string" ? name : "");
      }
      return value;
    };
    Function.prototype.toString = makeBuiltIn(function toString() {
      return isCallable(this) && getInternalState(this).source || inspectSource(this);
    }, "toString");
  });
  var map_helpers_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var MapPrototype = Map.prototype;
    module.exports = {
      // eslint-disable-next-line es/no-map -- safe
      Map,
      set: uncurryThis(MapPrototype.set),
      get: uncurryThis(MapPrototype.get),
      has: uncurryThis(MapPrototype.has),
      remove: uncurryThis(MapPrototype["delete"]),
      proto: MapPrototype
    };
  });
  var native_raw_json_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var fails = fails_namespaceFn2();
    module.exports = !fails(function() {
      var unsafeInt = "9007199254740993";
      var raw = JSON.rawJSON(unsafeInt);
      return !JSON.isRawJSON(raw) || JSON.stringify(raw) !== unsafeInt;
    });
  });
  var new_promise_capability_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var aCallable = a_callable_namespaceFn2();
    var $TypeError = TypeError;
    var PromiseCapability = function(C) {
      var resolve, reject;
      this.promise = new C(function($$resolve, $$reject) {
        if (resolve !== void 0 || reject !== void 0) throw new $TypeError("Bad Promise constructor");
        resolve = $$resolve;
        reject = $$reject;
      });
      this.resolve = aCallable(resolve);
      this.reject = aCallable(reject);
    };
    module.exports.f = function(C) {
      return new PromiseCapability(C);
    };
  });
  var object_create_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var anObject = an_object_namespaceFn2();
    var definePropertiesModule = object_define_properties_namespaceFn2();
    var enumBugKeys = enum_bug_keys_namespaceFn2();
    var hiddenKeys = hidden_keys_namespaceFn2();
    var html = html_namespaceFn2();
    var documentCreateElement = document_create_element_namespaceFn2();
    var sharedKey = shared_key_namespaceFn2();
    var GT = ">";
    var LT = "<";
    var PROTOTYPE = "prototype";
    var SCRIPT = "script";
    var IE_PROTO = sharedKey("IE_PROTO");
    var EmptyConstructor = function() {
    };
    var scriptTag = function(content) {
      return LT + SCRIPT + GT + content + LT + "/" + SCRIPT + GT;
    };
    var NullProtoObjectViaActiveX = function(activeXDocument2) {
      activeXDocument2.write(scriptTag(""));
      activeXDocument2.close();
      var temp = activeXDocument2.parentWindow.Object;
      activeXDocument2 = null;
      return temp;
    };
    var NullProtoObjectViaIFrame = function() {
      var iframe = documentCreateElement("iframe");
      var JS = "java" + SCRIPT + ":";
      var iframeDocument;
      iframe.style.display = "none";
      html.appendChild(iframe);
      iframe.src = String(JS);
      iframeDocument = iframe.contentWindow.document;
      iframeDocument.open();
      iframeDocument.write(scriptTag("document.F=Object"));
      iframeDocument.close();
      return iframeDocument.F;
    };
    var activeXDocument;
    var NullProtoObject = function() {
      try {
        activeXDocument = new ActiveXObject("htmlfile");
      } catch (error3) {
      }
      NullProtoObject = typeof document != "undefined" ? document.domain && activeXDocument ? NullProtoObjectViaActiveX(activeXDocument) : NullProtoObjectViaIFrame() : NullProtoObjectViaActiveX(activeXDocument);
      var length = enumBugKeys.length;
      while (length--) delete NullProtoObject[PROTOTYPE][enumBugKeys[length]];
      return NullProtoObject();
    };
    hiddenKeys[IE_PROTO] = true;
    module.exports = Object.create || function create(O, Properties) {
      var result;
      if (O !== null) {
        EmptyConstructor[PROTOTYPE] = anObject(O);
        result = new EmptyConstructor();
        EmptyConstructor[PROTOTYPE] = null;
        result[IE_PROTO] = O;
      } else result = NullProtoObject();
      return Properties === void 0 ? result : definePropertiesModule.f(result, Properties);
    };
  });
  var object_define_properties_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn2();
    var V8_PROTOTYPE_DEFINE_BUG = v8_prototype_define_bug_namespaceFn2();
    var definePropertyModule = object_define_property_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var toIndexedObject = to_indexed_object_namespaceFn2();
    var objectKeys = object_keys_namespaceFn2();
    exports.f = DESCRIPTORS && !V8_PROTOTYPE_DEFINE_BUG ? Object.defineProperties : function defineProperties(O, Properties) {
      anObject(O);
      var props = toIndexedObject(Properties);
      var keys = objectKeys(Properties);
      var length = keys.length;
      var index = 0;
      var key2;
      while (length > index) definePropertyModule.f(O, key2 = keys[index++], props[key2]);
      return O;
    };
  });
  var object_define_property_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn2();
    var IE8_DOM_DEFINE = ie8_dom_define_namespaceFn2();
    var V8_PROTOTYPE_DEFINE_BUG = v8_prototype_define_bug_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var toPropertyKey = to_property_key_namespaceFn2();
    var $TypeError = TypeError;
    var $defineProperty = Object.defineProperty;
    var $getOwnPropertyDescriptor = Object.getOwnPropertyDescriptor;
    var ENUMERABLE = "enumerable";
    var CONFIGURABLE = "configurable";
    var WRITABLE = "writable";
    exports.f = DESCRIPTORS ? V8_PROTOTYPE_DEFINE_BUG ? function defineProperty(O, P, Attributes) {
      anObject(O);
      P = toPropertyKey(P);
      anObject(Attributes);
      if (typeof O === "function" && P === "prototype" && "value" in Attributes && WRITABLE in Attributes && !Attributes[WRITABLE]) {
        var current = $getOwnPropertyDescriptor(O, P);
        if (current && current[WRITABLE]) {
          O[P] = Attributes.value;
          Attributes = {
            configurable: CONFIGURABLE in Attributes ? Attributes[CONFIGURABLE] : current[CONFIGURABLE],
            enumerable: ENUMERABLE in Attributes ? Attributes[ENUMERABLE] : current[ENUMERABLE],
            writable: false
          };
        }
      }
      return $defineProperty(O, P, Attributes);
    } : $defineProperty : function defineProperty(O, P, Attributes) {
      anObject(O);
      P = toPropertyKey(P);
      anObject(Attributes);
      if (IE8_DOM_DEFINE) try {
        return $defineProperty(O, P, Attributes);
      } catch (error3) {
      }
      if ("get" in Attributes || "set" in Attributes) throw new $TypeError("Accessors not supported");
      if ("value" in Attributes) O[P] = Attributes.value;
      return O;
    };
  });
  var object_get_own_property_descriptor_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn2();
    var call = function_call_namespaceFn2();
    var propertyIsEnumerableModule = object_property_is_enumerable_namespaceFn2();
    var createPropertyDescriptor = create_property_descriptor_namespaceFn2();
    var toIndexedObject = to_indexed_object_namespaceFn2();
    var toPropertyKey = to_property_key_namespaceFn2();
    var hasOwn = has_own_property_namespaceFn2();
    var IE8_DOM_DEFINE = ie8_dom_define_namespaceFn2();
    var $getOwnPropertyDescriptor = Object.getOwnPropertyDescriptor;
    exports.f = DESCRIPTORS ? $getOwnPropertyDescriptor : function getOwnPropertyDescriptor(O, P) {
      O = toIndexedObject(O);
      P = toPropertyKey(P);
      if (IE8_DOM_DEFINE) try {
        return $getOwnPropertyDescriptor(O, P);
      } catch (error3) {
      }
      if (hasOwn(O, P)) return createPropertyDescriptor(!call(propertyIsEnumerableModule.f, O, P), O[P]);
    };
  });
  var object_get_own_property_names_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var internalObjectKeys = object_keys_internal_namespaceFn2();
    var enumBugKeys = enum_bug_keys_namespaceFn2();
    var hiddenKeys = enumBugKeys.concat("length", "prototype");
    exports.f = Object.getOwnPropertyNames || function getOwnPropertyNames(O) {
      return internalObjectKeys(O, hiddenKeys);
    };
  });
  var object_get_own_property_symbols_namespaceFn2 = () => {
    return __webpack_require__2(717);
  };
  var object_get_prototype_of_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var hasOwn = has_own_property_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var toObject = to_object_namespaceFn2();
    var sharedKey = shared_key_namespaceFn2();
    var CORRECT_PROTOTYPE_GETTER = correct_prototype_getter_namespaceFn2();
    var IE_PROTO = sharedKey("IE_PROTO");
    var $Object = Object;
    var ObjectPrototype = $Object.prototype;
    module.exports = CORRECT_PROTOTYPE_GETTER ? $Object.getPrototypeOf : function(O) {
      var object = toObject(O);
      if (hasOwn(object, IE_PROTO)) return object[IE_PROTO];
      var constructor = object.constructor;
      if (isCallable(constructor) && object instanceof constructor) {
        return constructor.prototype;
      }
      return object instanceof $Object ? ObjectPrototype : null;
    };
  });
  var object_is_prototype_of_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    module.exports = uncurryThis({}.isPrototypeOf);
  });
  var object_keys_internal_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var hasOwn = has_own_property_namespaceFn2();
    var toIndexedObject = to_indexed_object_namespaceFn2();
    var indexOf = array_includes_namespaceFn2().indexOf;
    var hiddenKeys = hidden_keys_namespaceFn2();
    var push = uncurryThis([].push);
    module.exports = function(object, names2) {
      var O = toIndexedObject(object);
      var i = 0;
      var result = [];
      var key2;
      for (key2 in O) !hasOwn(hiddenKeys, key2) && hasOwn(O, key2) && push(result, key2);
      while (names2.length > i) if (hasOwn(O, key2 = names2[i++])) {
        ~indexOf(result, key2) || push(result, key2);
      }
      return result;
    };
  });
  var object_keys_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var internalObjectKeys = object_keys_internal_namespaceFn2();
    var enumBugKeys = enum_bug_keys_namespaceFn2();
    module.exports = Object.keys || function keys(O) {
      return internalObjectKeys(O, enumBugKeys);
    };
  });
  var object_property_is_enumerable_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $propertyIsEnumerable = {}.propertyIsEnumerable;
    var getOwnPropertyDescriptor = Object.getOwnPropertyDescriptor;
    var NASHORN_BUG = getOwnPropertyDescriptor && !$propertyIsEnumerable.call({ 1: 2 }, 1);
    exports.f = NASHORN_BUG ? function propertyIsEnumerable(V) {
      var descriptor = getOwnPropertyDescriptor(this, V);
      return !!descriptor && descriptor.enumerable;
    } : $propertyIsEnumerable;
  });
  var object_set_prototype_of_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThisAccessor = function_uncurry_this_accessor_namespaceFn2();
    var isObject = is_object_namespaceFn2();
    var requireObjectCoercible = require_object_coercible_namespaceFn2();
    var aPossiblePrototype = a_possible_prototype_namespaceFn2();
    module.exports = Object.setPrototypeOf || ("__proto__" in {} ? (function() {
      var CORRECT_SETTER = false;
      var test = {};
      var setter;
      try {
        setter = uncurryThisAccessor(Object.prototype, "__proto__", "set");
        setter(test, []);
        CORRECT_SETTER = test instanceof Array;
      } catch (error3) {
      }
      return function setPrototypeOf(O, proto) {
        requireObjectCoercible(O);
        aPossiblePrototype(proto);
        if (!isObject(O)) return O;
        if (CORRECT_SETTER) setter(O, proto);
        else O.__proto__ = proto;
        return O;
      };
    })() : void 0);
  });
  var ordinary_to_primitive_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var call = function_call_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var isObject = is_object_namespaceFn2();
    var $TypeError = TypeError;
    module.exports = function(input2, pref) {
      var fn, val;
      if (pref === "string" && isCallable(fn = input2.toString) && !isObject(val = call(fn, input2))) return val;
      if (isCallable(fn = input2.valueOf) && !isObject(val = call(fn, input2))) return val;
      if (pref !== "string" && isCallable(fn = input2.toString) && !isObject(val = call(fn, input2))) return val;
      throw new $TypeError("Can't convert object to primitive value");
    };
  });
  var own_keys_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var getBuiltIn = get_built_in_namespaceFn2();
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var getOwnPropertyNamesModule = object_get_own_property_names_namespaceFn2();
    var getOwnPropertySymbolsModule = object_get_own_property_symbols_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var concat = uncurryThis([].concat);
    module.exports = getBuiltIn("Reflect", "ownKeys") || function ownKeys(it) {
      var keys = getOwnPropertyNamesModule.f(anObject(it));
      var getOwnPropertySymbols = getOwnPropertySymbolsModule.f;
      return getOwnPropertySymbols ? concat(keys, getOwnPropertySymbols(it)) : keys;
    };
  });
  var parse_json_string_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var hasOwn = has_own_property_namespaceFn2();
    var $SyntaxError = SyntaxError;
    var $parseInt = parseInt;
    var fromCharCode = String.fromCharCode;
    var at = uncurryThis("".charAt);
    var slice = uncurryThis("".slice);
    var exec = uncurryThis(/./.exec);
    var codePoints = {
      '\\"': '"',
      "\\\\": "\\",
      "\\/": "/",
      "\\b": "\b",
      "\\f": "\f",
      "\\n": "\n",
      "\\r": "\r",
      "\\t": "	"
    };
    var IS_4_HEX_DIGITS = /^[\da-f]{4}$/i;
    var IS_C0_CONTROL_CODE = /^[\u0000-\u001F]$/;
    module.exports = function(source, i) {
      var unterminated = true;
      var value = "";
      while (i < source.length) {
        var chr = at(source, i);
        if (chr === "\\") {
          var twoChars = slice(source, i, i + 2);
          if (hasOwn(codePoints, twoChars)) {
            value += codePoints[twoChars];
            i += 2;
          } else if (twoChars === "\\u") {
            i += 2;
            var fourHexDigits = slice(source, i, i + 4);
            if (!exec(IS_4_HEX_DIGITS, fourHexDigits)) throw new $SyntaxError("Bad Unicode escape at: " + i);
            value += fromCharCode($parseInt(fourHexDigits, 16));
            i += 4;
          } else throw new $SyntaxError('Unknown escape sequence: "' + twoChars + '"');
        } else if (chr === '"') {
          unterminated = false;
          i++;
          break;
        } else {
          if (exec(IS_C0_CONTROL_CODE, chr)) throw new $SyntaxError("Bad control character in string literal at: " + i);
          value += chr;
          i++;
        }
      }
      if (unterminated) throw new $SyntaxError("Unterminated string at: " + i);
      return { value, end: i };
    };
  });
  var perform_namespaceFn2 = () => {
    return __webpack_require__2(103);
  };
  var promise_resolve_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var anObject = an_object_namespaceFn2();
    var isObject = is_object_namespaceFn2();
    var newPromiseCapability = new_promise_capability_namespaceFn2();
    module.exports = function(C, x) {
      anObject(C);
      if (isObject(x) && x.constructor === C) return x;
      var promiseCapability = newPromiseCapability.f(C);
      var resolve = promiseCapability.resolve;
      resolve(x);
      return promiseCapability.promise;
    };
  });
  var require_object_coercible_namespaceFn2 = () => {
    return __webpack_require__2(750);
  };
  var set_clone_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var SetHelpers = set_helpers_namespaceFn2();
    var iterate = set_iterate_namespaceFn2();
    var Set2 = SetHelpers.Set;
    var add = SetHelpers.add;
    module.exports = function(set) {
      var result = new Set2();
      iterate(set, function(it) {
        add(result, it);
      });
      return result;
    };
  });
  var set_difference_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var aSet = a_set_namespaceFn2();
    var SetHelpers = set_helpers_namespaceFn2();
    var clone = set_clone_namespaceFn2();
    var size = set_size_namespaceFn2();
    var getSetRecord = get_set_record_namespaceFn2();
    var iterateSet = set_iterate_namespaceFn2();
    var iterateSimple = iterate_simple_namespaceFn2();
    var has = SetHelpers.has;
    var remove = SetHelpers.remove;
    module.exports = function difference(other) {
      var O = aSet(this);
      var otherRec = getSetRecord(other);
      var result = clone(O);
      if (size(result) <= otherRec.size) iterateSet(result, function(e) {
        if (otherRec.includes(e)) remove(result, e);
      });
      else iterateSimple(otherRec.getIterator(), function(e) {
        if (has(result, e)) remove(result, e);
      });
      return result;
    };
  });
  var set_helpers_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var SetPrototype = Set.prototype;
    module.exports = {
      // eslint-disable-next-line es/no-set -- safe
      Set,
      add: uncurryThis(SetPrototype.add),
      has: uncurryThis(SetPrototype.has),
      remove: uncurryThis(SetPrototype["delete"]),
      proto: SetPrototype
    };
  });
  var set_intersection_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var aSet = a_set_namespaceFn2();
    var SetHelpers = set_helpers_namespaceFn2();
    var size = set_size_namespaceFn2();
    var getSetRecord = get_set_record_namespaceFn2();
    var iterateSet = set_iterate_namespaceFn2();
    var iterateSimple = iterate_simple_namespaceFn2();
    var Set2 = SetHelpers.Set;
    var add = SetHelpers.add;
    var has = SetHelpers.has;
    module.exports = function intersection(other) {
      var O = aSet(this);
      var otherRec = getSetRecord(other);
      var result = new Set2();
      if (size(O) > otherRec.size) {
        iterateSimple(otherRec.getIterator(), function(e) {
          if (has(O, e)) add(result, e);
        });
      } else {
        iterateSet(O, function(e) {
          if (otherRec.includes(e)) add(result, e);
        });
      }
      return result;
    };
  });
  var set_is_disjoint_from_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var aSet = a_set_namespaceFn2();
    var has = set_helpers_namespaceFn2().has;
    var size = set_size_namespaceFn2();
    var getSetRecord = get_set_record_namespaceFn2();
    var iterateSet = set_iterate_namespaceFn2();
    var iterateSimple = iterate_simple_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    module.exports = function isDisjointFrom(other) {
      var O = aSet(this);
      var otherRec = getSetRecord(other);
      if (size(O) <= otherRec.size) return iterateSet(O, function(e) {
        if (otherRec.includes(e)) return false;
      }, true) !== false;
      var iterator = otherRec.getIterator();
      return iterateSimple(iterator, function(e) {
        if (has(O, e)) return iteratorClose(iterator.iterator, "normal", false);
      }) !== false;
    };
  });
  var set_is_subset_of_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var aSet = a_set_namespaceFn2();
    var size = set_size_namespaceFn2();
    var iterate = set_iterate_namespaceFn2();
    var getSetRecord = get_set_record_namespaceFn2();
    module.exports = function isSubsetOf(other) {
      var O = aSet(this);
      var otherRec = getSetRecord(other);
      if (size(O) > otherRec.size) return false;
      return iterate(O, function(e) {
        if (!otherRec.includes(e)) return false;
      }, true) !== false;
    };
  });
  var set_is_superset_of_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var aSet = a_set_namespaceFn2();
    var has = set_helpers_namespaceFn2().has;
    var size = set_size_namespaceFn2();
    var getSetRecord = get_set_record_namespaceFn2();
    var iterateSimple = iterate_simple_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    module.exports = function isSupersetOf(other) {
      var O = aSet(this);
      var otherRec = getSetRecord(other);
      if (size(O) < otherRec.size) return false;
      var iterator = otherRec.getIterator();
      return iterateSimple(iterator, function(e) {
        if (!has(O, e)) return iteratorClose(iterator.iterator, "normal", false);
      }) !== false;
    };
  });
  var set_iterate_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var iterateSimple = iterate_simple_namespaceFn2();
    var SetHelpers = set_helpers_namespaceFn2();
    var Set2 = SetHelpers.Set;
    var SetPrototype = SetHelpers.proto;
    var forEach = uncurryThis(SetPrototype.forEach);
    var keys = uncurryThis(SetPrototype.keys);
    var next = keys(new Set2()).next;
    module.exports = function(set, fn, interruptible) {
      return interruptible ? iterateSimple({ iterator: keys(set), next }, fn) : forEach(set, fn);
    };
  });
  var set_method_accept_set_like_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var getBuiltIn = get_built_in_namespaceFn2();
    var createSetLike = function(size) {
      return {
        size,
        has: function() {
          return false;
        },
        keys: function() {
          return {
            next: function() {
              return { done: true };
            }
          };
        }
      };
    };
    var createSetLikeWithInfinitySize = function(size) {
      return {
        size,
        has: function() {
          return true;
        },
        keys: function() {
          throw new Error("e");
        }
      };
    };
    module.exports = function(name, callback) {
      var Set2 = getBuiltIn("Set");
      try {
        new Set2()[name](createSetLike(0));
        try {
          new Set2()[name](createSetLike(-1));
          return false;
        } catch (error22) {
          if (!callback) return true;
          try {
            new Set2()[name](createSetLikeWithInfinitySize(-Infinity));
            return false;
          } catch (error3) {
            var set = new Set2([1, 2]);
            return callback(set[name](createSetLikeWithInfinitySize(Infinity)));
          }
        }
      } catch (error3) {
        return false;
      }
    };
  });
  var set_method_get_keys_before_cloning_detection_namespaceFn2 = () => {
    return __webpack_require__2(835);
  };
  var set_size_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThisAccessor = function_uncurry_this_accessor_namespaceFn2();
    var SetHelpers = set_helpers_namespaceFn2();
    module.exports = uncurryThisAccessor(SetHelpers.proto, "size", "get") || function(set) {
      return set.size;
    };
  });
  var set_symmetric_difference_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var aSet = a_set_namespaceFn2();
    var SetHelpers = set_helpers_namespaceFn2();
    var clone = set_clone_namespaceFn2();
    var getSetRecord = get_set_record_namespaceFn2();
    var iterateSimple = iterate_simple_namespaceFn2();
    var add = SetHelpers.add;
    var has = SetHelpers.has;
    var remove = SetHelpers.remove;
    module.exports = function symmetricDifference(other) {
      var O = aSet(this);
      var keysIter = getSetRecord(other).getIterator();
      var result = clone(O);
      iterateSimple(keysIter, function(e) {
        if (has(O, e)) remove(result, e);
        else add(result, e);
      });
      return result;
    };
  });
  var set_union_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var aSet = a_set_namespaceFn2();
    var add = set_helpers_namespaceFn2().add;
    var clone = set_clone_namespaceFn2();
    var getSetRecord = get_set_record_namespaceFn2();
    var iterateSimple = iterate_simple_namespaceFn2();
    module.exports = function union(other) {
      var O = aSet(this);
      var keysIter = getSetRecord(other).getIterator();
      var result = clone(O);
      iterateSimple(keysIter, function(it) {
        add(result, it);
      });
      return result;
    };
  });
  var shared_key_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var shared = shared_namespaceFn2();
    var uid2 = uid_namespaceFn2();
    var keys = shared("keys");
    module.exports = function(key2) {
      return keys[key2] || (keys[key2] = uid2(key2));
    };
  });
  var shared_store_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var IS_PURE = is_pure_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var defineGlobalProperty = define_global_property_namespaceFn2();
    var SHARED = "__core-js_shared__";
    var store = module.exports = globalThis2[SHARED] || defineGlobalProperty(SHARED, {});
    (store.versions || (store.versions = [])).push({
      version: "3.50.0",
      mode: IS_PURE ? "pure" : "global",
      copyright: "© 2013–2025 Denis Pushkarev (zloirock.ru), 2025–2026 CoreJS Company (core-js.io). All rights reserved.",
      license: "https://github.com/zloirock/core-js/blob/v3.50.0/LICENSE",
      source: "https://github.com/zloirock/core-js"
    });
  });
  var shared_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var store = shared_store_namespaceFn2();
    var create = Object.create || Object;
    module.exports = function(key2, value) {
      return store[key2] || (store[key2] = value || create(null));
    };
  });
  var symbol_constructor_detection_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var V8_VERSION = environment_v8_version_namespaceFn2();
    var fails = fails_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var $String = globalThis2.String;
    module.exports = !!Object.getOwnPropertySymbols && !fails(function() {
      var symbol = Symbol("symbol detection");
      return !$String(symbol) || !(Object(symbol) instanceof Symbol) || // Chrome 38-40 symbols are not inherited from DOM collections prototypes to instances
      !Symbol.sham && V8_VERSION && V8_VERSION < 41;
    });
  });
  var this_number_value_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    module.exports = uncurryThis(1.1.valueOf);
  });
  var to_absolute_index_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var toIntegerOrInfinity = to_integer_or_infinity_namespaceFn2();
    var max = Math.max;
    var min = Math.min;
    module.exports = function(index, length) {
      var integer = toIntegerOrInfinity(index);
      return integer < 0 ? max(integer + length, 0) : min(integer, length);
    };
  });
  var to_big_int_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var toPrimitive = to_primitive_namespaceFn2();
    var $TypeError = TypeError;
    module.exports = function(argument) {
      var prim = toPrimitive(argument, "number");
      if (typeof prim == "number") throw new $TypeError("Can't convert number to bigint");
      return BigInt(prim);
    };
  });
  var to_indexed_object_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var IndexedObject = indexed_object_namespaceFn2();
    var requireObjectCoercible = require_object_coercible_namespaceFn2();
    module.exports = function(it) {
      return IndexedObject(requireObjectCoercible(it));
    };
  });
  var to_integer_or_infinity_namespaceFn2 = () => {
    return __webpack_require__2(291);
  };
  var to_length_namespaceFn2 = () => {
    return __webpack_require__2(14);
  };
  var to_object_namespaceFn2 = () => {
    return __webpack_require__2(981);
  };
  var to_primitive_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var call = function_call_namespaceFn2();
    var isObject = is_object_namespaceFn2();
    var isSymbol = is_symbol_namespaceFn2();
    var getMethod = get_method_namespaceFn2();
    var ordinaryToPrimitive = ordinary_to_primitive_namespaceFn2();
    var wellKnownSymbol = well_known_symbol_namespaceFn2();
    var $TypeError = TypeError;
    var TO_PRIMITIVE = wellKnownSymbol("toPrimitive");
    module.exports = function(input2, pref) {
      if (!isObject(input2) || isSymbol(input2)) return input2;
      var exoticToPrim = getMethod(input2, TO_PRIMITIVE);
      var result;
      if (exoticToPrim) {
        if (pref === void 0) pref = "default";
        result = call(exoticToPrim, input2, pref);
        if (!isObject(result) || isSymbol(result)) return result;
        throw new $TypeError("Can't convert object to primitive value");
      }
      if (pref === void 0) pref = "number";
      return ordinaryToPrimitive(input2, pref);
    };
  });
  var to_property_key_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var toPrimitive = to_primitive_namespaceFn2();
    var isSymbol = is_symbol_namespaceFn2();
    module.exports = function(argument) {
      var key2 = toPrimitive(argument, "string");
      return isSymbol(key2) ? key2 : key2 + "";
    };
  });
  var to_string_tag_support_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var wellKnownSymbol = well_known_symbol_namespaceFn2();
    var TO_STRING_TAG = wellKnownSymbol("toStringTag");
    var test = {};
    test[TO_STRING_TAG] = "z";
    module.exports = String(test) === "[object z]";
  });
  var to_string_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var classof = classof_namespaceFn2();
    var $String = String;
    module.exports = function(argument) {
      if (classof(argument) === "Symbol") throw new TypeError("Cannot convert a Symbol value to a string");
      return $String(argument);
    };
  });
  var try_to_string_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $String = String;
    module.exports = function(argument) {
      try {
        return $String(argument);
      } catch (error3) {
        return "Object";
      }
    };
  });
  var uid_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var id = 0;
    var postfix = Math.random();
    var toString = uncurryThis(1.1.toString);
    module.exports = function(key2) {
      return "Symbol(" + (key2 === void 0 ? "" : key2) + ")_" + toString(++id + postfix, 36);
    };
  });
  var uint8_from_base64_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var anObjectOrUndefined = an_object_or_undefined_namespaceFn2();
    var aString = a_string_namespaceFn2();
    var hasOwn = has_own_property_namespaceFn2();
    var base64Map = base64_map_namespaceFn2();
    var getAlphabetOption = get_alphabet_option_namespaceFn2();
    var notDetached = array_buffer_not_detached_namespaceFn2();
    var base64Alphabet = base64Map.c2i;
    var base64UrlAlphabet = base64Map.c2iUrl;
    var SyntaxError2 = globalThis2.SyntaxError;
    var TypeError2 = globalThis2.TypeError;
    var $Array = globalThis2.Array;
    var at = uncurryThis("".charAt);
    var floor = Math.floor;
    var skipAsciiWhitespace = function(string, index) {
      var length = string.length;
      for (; index < length; index++) {
        var chr = at(string, index);
        if (chr !== " " && chr !== "	" && chr !== "\n" && chr !== "\f" && chr !== "\r") break;
      }
      return index;
    };
    var decodeBase64Chunk = function(chunk, alphabet, throwOnExtraBits) {
      var chunkLength = chunk.length;
      if (chunkLength < 4) {
        chunk += chunkLength === 2 ? "AA" : "A";
      }
      var triplet = (alphabet[at(chunk, 0)] << 18) + (alphabet[at(chunk, 1)] << 12) + (alphabet[at(chunk, 2)] << 6) + alphabet[at(chunk, 3)];
      var chunkBytes = [
        triplet >> 16 & 255,
        triplet >> 8 & 255,
        triplet & 255
      ];
      if (chunkLength === 2) {
        if (throwOnExtraBits && chunkBytes[1] !== 0) {
          throw new SyntaxError2("Extra bits");
        }
        return [chunkBytes[0]];
      }
      if (chunkLength === 3) {
        if (throwOnExtraBits && chunkBytes[2] !== 0) {
          throw new SyntaxError2("Extra bits");
        }
        return [chunkBytes[0], chunkBytes[1]];
      }
      return chunkBytes;
    };
    var writeBytes = function(bytes2, elements, written) {
      var elementsLength = elements.length;
      for (var index = 0; index < elementsLength; index++) {
        bytes2[written + index] = elements[index];
      }
      return written + elementsLength;
    };
    module.exports = function(string, options2, into, maxLength) {
      aString(string);
      anObjectOrUndefined(options2);
      var alphabet = getAlphabetOption(options2) === "base64" ? base64Alphabet : base64UrlAlphabet;
      var lastChunkHandling = options2 ? options2.lastChunkHandling : void 0;
      if (lastChunkHandling === void 0) lastChunkHandling = "loose";
      if (lastChunkHandling !== "loose" && lastChunkHandling !== "strict" && lastChunkHandling !== "stop-before-partial") {
        throw new TypeError2("Incorrect `lastChunkHandling` option");
      }
      if (into) notDetached(into.buffer);
      var stringLength = string.length;
      var bytes2 = into || $Array(floor(stringLength * 3 / 4));
      var written = 0;
      var read = 0;
      var chunk = "";
      var index = 0;
      if (maxLength) while (true) {
        index = skipAsciiWhitespace(string, index);
        if (index === stringLength) {
          if (chunk.length > 0) {
            if (lastChunkHandling === "stop-before-partial") {
              break;
            }
            if (lastChunkHandling === "loose") {
              if (chunk.length === 1) {
                throw new SyntaxError2("Malformed padding: exactly one additional character");
              }
              written = writeBytes(bytes2, decodeBase64Chunk(chunk, alphabet, false), written);
            } else {
              throw new SyntaxError2("Missing padding");
            }
          }
          read = stringLength;
          break;
        }
        var chr = at(string, index);
        ++index;
        if (chr === "=") {
          if (chunk.length < 2) {
            throw new SyntaxError2("Padding is too early");
          }
          index = skipAsciiWhitespace(string, index);
          if (chunk.length === 2) {
            if (index === stringLength) {
              if (lastChunkHandling === "stop-before-partial") {
                break;
              }
              throw new SyntaxError2("Malformed padding: only one =");
            }
            if (at(string, index) === "=") {
              ++index;
              index = skipAsciiWhitespace(string, index);
            }
          }
          if (index < stringLength) {
            throw new SyntaxError2("Unexpected character after padding");
          }
          written = writeBytes(bytes2, decodeBase64Chunk(chunk, alphabet, lastChunkHandling === "strict"), written);
          read = stringLength;
          break;
        }
        if (!hasOwn(alphabet, chr)) {
          throw new SyntaxError2("Unexpected character");
        }
        var remainingBytes = maxLength - written;
        if (remainingBytes === 1 && chunk.length === 2 || remainingBytes === 2 && chunk.length === 3) {
          break;
        }
        chunk += chr;
        if (chunk.length === 4) {
          written = writeBytes(bytes2, decodeBase64Chunk(chunk, alphabet, false), written);
          chunk = "";
          read = index;
          if (written === maxLength) {
            break;
          }
        }
      }
      if (!into) bytes2.length = written;
      return { bytes: bytes2, read, written };
    };
  });
  var uint8_from_hex_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var Uint8Array2 = globalThis2.Uint8Array;
    var SyntaxError2 = globalThis2.SyntaxError;
    var min = Math.min;
    var stringMatch = uncurryThis("".match);
    module.exports = function(string, into) {
      var stringLength = string.length;
      if (stringLength % 2 !== 0) throw new SyntaxError2("String should be an even number of characters");
      var maxLength = into ? min(into.length, stringLength / 2) : stringLength / 2;
      var bytes2 = into || new Uint8Array2(maxLength);
      var segments = stringMatch(string, /[\S\s]{2}/g);
      var written = 0;
      for (; written < maxLength; written++) {
        var result = +("0x" + segments[written] + "0");
        if (result !== result) {
          throw new SyntaxError2("String should only contain hex characters");
        }
        bytes2[written] = result >> 4;
      }
      return { bytes: bytes2, read: written << 1 };
    };
  });
  var url_constructor_detection_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var fails = fails_namespaceFn2();
    var wellKnownSymbol = well_known_symbol_namespaceFn2();
    var DESCRIPTORS = descriptors_namespaceFn2();
    var IS_PURE = is_pure_namespaceFn2();
    var ITERATOR = wellKnownSymbol("iterator");
    module.exports = !fails(function() {
      var url = new URL("b?a=1&b=2&c=3", "https://a");
      var params = url.searchParams;
      var params2 = new URLSearchParams("a=1&a=2&b=3");
      var result = "";
      url.pathname = "c%20d";
      params.forEach(function(value, key2) {
        params["delete"]("b");
        result += key2 + value;
      });
      params2["delete"]("a", 2);
      params2["delete"]("b", void 0);
      return IS_PURE && (!url.toJSON || !params2.has("a", 1) || params2.has("a", 2) || !params2.has("a", void 0) || params2.has("b")) || !params.size && (IS_PURE || !DESCRIPTORS) || !params.sort || url.href !== "https://a/c%20d?a=1&c=3" || params.get("c") !== "3" || String(new URLSearchParams("?a=1")) !== "a=1" || !params[ITERATOR] || new URL("https://a@b").username !== "a" || new URLSearchParams(new URLSearchParams("a=b")).get("a") !== "b" || new URL("https://тест").host !== "xn--e1aybc" || new URL("https://a#б").hash !== "#%D0%B1" || result !== "a1c3" || new URL("https://x", void 0).host !== "x";
    });
  });
  var use_symbol_as_uid_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var NATIVE_SYMBOL = symbol_constructor_detection_namespaceFn2();
    module.exports = NATIVE_SYMBOL && !Symbol.sham && typeof Symbol.iterator == "symbol";
  });
  var v8_prototype_define_bug_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var DESCRIPTORS = descriptors_namespaceFn2();
    var fails = fails_namespaceFn2();
    module.exports = DESCRIPTORS && fails(function() {
      return Object.defineProperty(function() {
      }, "prototype", {
        value: 42,
        writable: false
      }).prototype !== 42;
    });
  });
  var validate_arguments_length_namespaceFn2 = () => {
    return __webpack_require__2(812);
  };
  var weak_map_basic_detection_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var WeakMap2 = globalThis2.WeakMap;
    module.exports = isCallable(WeakMap2) && /native code/.test(String(WeakMap2));
  });
  var weak_map_helpers_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var WeakMapPrototype = WeakMap.prototype;
    module.exports = {
      // eslint-disable-next-line es/no-weak-map -- safe
      WeakMap,
      set: uncurryThis(WeakMapPrototype.set),
      get: uncurryThis(WeakMapPrototype.get),
      has: uncurryThis(WeakMapPrototype.has),
      remove: uncurryThis(WeakMapPrototype["delete"])
    };
  });
  var well_known_symbol_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var globalThis2 = global_this_namespaceFn2();
    var shared = shared_namespaceFn2();
    var hasOwn = has_own_property_namespaceFn2();
    var uid2 = uid_namespaceFn2();
    var NATIVE_SYMBOL = symbol_constructor_detection_namespaceFn2();
    var USE_SYMBOL_AS_UID = use_symbol_as_uid_namespaceFn2();
    var Symbol2 = globalThis2.Symbol;
    var WellKnownSymbolsStore = shared("wks");
    var createWellKnownSymbol = USE_SYMBOL_AS_UID ? Symbol2["for"] || Symbol2 : Symbol2 && Symbol2.withoutSetter || uid2;
    module.exports = function(name) {
      if (!hasOwn(WellKnownSymbolsStore, name)) {
        WellKnownSymbolsStore[name] = NATIVE_SYMBOL && hasOwn(Symbol2, name) ? Symbol2[name] : createWellKnownSymbol("Symbol." + name);
      }
      return WellKnownSymbolsStore[name];
    };
  });
  var es_array_includes_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var $includes = array_includes_namespaceFn2().includes;
    var fails = fails_namespaceFn2();
    var addToUnscopables = add_to_unscopables_namespaceFn2();
    var BROKEN_ON_SPARSE = fails(function() {
      return !Array(1).includes();
    });
    var BROKEN_ON_SPARSE_WITH_FROM_INDEX = fails(function() {
      return [, 1].includes(void 0, 1);
    });
    $({ target: "Array", proto: true, forced: BROKEN_ON_SPARSE || BROKEN_ON_SPARSE_WITH_FROM_INDEX }, {
      includes: function includes(el) {
        return $includes(this, el, arguments.length > 1 ? arguments[1] : void 0);
      }
    });
    addToUnscopables("includes");
  });
  var es_array_push_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var toObject = to_object_namespaceFn2();
    var lengthOfArrayLike = length_of_array_like_namespaceFn2();
    var setArrayLength = array_set_length_namespaceFn2();
    var doesNotExceedSafeInteger = does_not_exceed_safe_integer_namespaceFn2();
    var fails = fails_namespaceFn2();
    var INCORRECT_TO_LENGTH = fails(function() {
      return [].push.call({ length: 4294967296 }, 1) !== 4294967297;
    });
    var properErrorOnNonWritableLength = function() {
      try {
        Object.defineProperty([], "length", { writable: false }).push();
      } catch (error3) {
        return error3 instanceof TypeError;
      }
    };
    var FORCED = INCORRECT_TO_LENGTH || !properErrorOnNonWritableLength();
    $({ target: "Array", proto: true, arity: 1, forced: FORCED }, {
      // eslint-disable-next-line no-unused-vars -- required for `.length`
      push: function push(item) {
        var O = toObject(this);
        var len = lengthOfArrayLike(O);
        var argCount = arguments.length;
        doesNotExceedSafeInteger(len + argCount);
        for (var i = 0; i < argCount; i++) {
          O[len] = arguments[i];
          len++;
        }
        setArrayLength(O, len);
        return len;
      }
    });
  });
  var es_iterator_constructor_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var anInstance = an_instance_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var getPrototypeOf = object_get_prototype_of_namespaceFn2();
    var defineBuiltInAccessor = define_built_in_accessor_namespaceFn2();
    var createProperty = create_property_namespaceFn2();
    var fails = fails_namespaceFn2();
    var hasOwn = has_own_property_namespaceFn2();
    var wellKnownSymbol = well_known_symbol_namespaceFn2();
    var IteratorPrototype = iterators_core_namespaceFn2().IteratorPrototype;
    var DESCRIPTORS = descriptors_namespaceFn2();
    var IS_PURE = is_pure_namespaceFn2();
    var CONSTRUCTOR = "constructor";
    var ITERATOR = "Iterator";
    var TO_STRING_TAG = wellKnownSymbol("toStringTag");
    var $TypeError = TypeError;
    var NativeIterator = globalThis2[ITERATOR];
    var FORCED = IS_PURE || !isCallable(NativeIterator) || NativeIterator.prototype !== IteratorPrototype || !fails(function() {
      NativeIterator({});
    });
    var IteratorConstructor = function Iterator2() {
      anInstance(this, IteratorPrototype);
      if (getPrototypeOf(this) === IteratorPrototype) throw new $TypeError("Abstract class Iterator not directly constructable");
    };
    var defineIteratorPrototypeAccessor = function(key2, value) {
      if (DESCRIPTORS) {
        defineBuiltInAccessor(IteratorPrototype, key2, {
          configurable: true,
          get: function() {
            return value;
          },
          set: function(replacement) {
            anObject(this);
            if (this === IteratorPrototype) throw new $TypeError("You can't redefine this property");
            if (hasOwn(this, key2)) this[key2] = replacement;
            else createProperty(this, key2, replacement);
          }
        });
      } else IteratorPrototype[key2] = value;
    };
    if (!hasOwn(IteratorPrototype, TO_STRING_TAG)) defineIteratorPrototypeAccessor(TO_STRING_TAG, ITERATOR);
    if (FORCED || !hasOwn(IteratorPrototype, CONSTRUCTOR) || IteratorPrototype[CONSTRUCTOR] === Object) {
      defineIteratorPrototypeAccessor(CONSTRUCTOR, IteratorConstructor);
    }
    IteratorConstructor.prototype = IteratorPrototype;
    $({ global: true, constructor: true, forced: FORCED }, {
      Iterator: IteratorConstructor
    });
  });
  var es_iterator_every_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var call = function_call_namespaceFn2();
    var iterate = iterate_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var getIteratorDirect = get_iterator_direct_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn2();
    var everyWithoutClosingOnEarlyError = iteratorHelperWithoutClosingOnEarlyError("every", TypeError);
    $({ target: "Iterator", proto: true, real: true, forced: everyWithoutClosingOnEarlyError }, {
      every: function every(predicate) {
        anObject(this);
        try {
          aCallable(predicate);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (everyWithoutClosingOnEarlyError) return call(everyWithoutClosingOnEarlyError, this, predicate);
        var record = getIteratorDirect(this);
        var counter = 0;
        return !iterate(record, function(value, stop) {
          if (!predicate(value, counter++)) return stop();
        }, { IS_RECORD: true, INTERRUPTED: true }).stopped;
      }
    });
  });
  var es_iterator_filter_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var call = function_call_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var getIteratorDirect = get_iterator_direct_namespaceFn2();
    var createIteratorProxy = iterator_create_proxy_namespaceFn2();
    var callWithSafeIterationClosing = call_with_safe_iteration_closing_namespaceFn2();
    var IS_PURE = is_pure_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    var iteratorHelperThrowsOnInvalidIterator = iterator_helper_throws_on_invalid_iterator_namespaceFn2();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn2();
    var FILTER_WITHOUT_THROWING_ON_INVALID_ITERATOR = !IS_PURE && !iteratorHelperThrowsOnInvalidIterator("filter", function() {
    });
    var filterWithoutClosingOnEarlyError = !IS_PURE && !FILTER_WITHOUT_THROWING_ON_INVALID_ITERATOR && iteratorHelperWithoutClosingOnEarlyError("filter", TypeError);
    var FORCED = IS_PURE || FILTER_WITHOUT_THROWING_ON_INVALID_ITERATOR || filterWithoutClosingOnEarlyError;
    var IteratorProxy = createIteratorProxy(function() {
      var iterator = this.iterator;
      var predicate = this.predicate;
      var next = this.next;
      var result, done, value;
      while (true) {
        result = anObject(call(next, iterator));
        done = this.done = !!result.done;
        if (done) return;
        value = result.value;
        if (callWithSafeIterationClosing(iterator, predicate, [value, this.counter++], true)) return value;
      }
    });
    $({ target: "Iterator", proto: true, real: true, forced: FORCED }, {
      filter: function filter(predicate) {
        anObject(this);
        try {
          aCallable(predicate);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (filterWithoutClosingOnEarlyError) return call(filterWithoutClosingOnEarlyError, this, predicate);
        return new IteratorProxy(getIteratorDirect(this), {
          predicate
        });
      }
    });
  });
  var es_iterator_find_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var call = function_call_namespaceFn2();
    var iterate = iterate_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var getIteratorDirect = get_iterator_direct_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn2();
    var findWithoutClosingOnEarlyError = iteratorHelperWithoutClosingOnEarlyError("find", TypeError);
    $({ target: "Iterator", proto: true, real: true, forced: findWithoutClosingOnEarlyError }, {
      find: function find(predicate) {
        anObject(this);
        try {
          aCallable(predicate);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (findWithoutClosingOnEarlyError) return call(findWithoutClosingOnEarlyError, this, predicate);
        var record = getIteratorDirect(this);
        var counter = 0;
        return iterate(record, function(value, stop) {
          if (predicate(value, counter++)) return stop(value);
        }, { IS_RECORD: true, INTERRUPTED: true }).result;
      }
    });
  });
  var es_iterator_flat_map_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var call = function_call_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var getIteratorDirect = get_iterator_direct_namespaceFn2();
    var getIteratorFlattenable = get_iterator_flattenable_namespaceFn2();
    var createIteratorProxy = iterator_create_proxy_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    var fails = fails_namespaceFn2();
    var IS_PURE = is_pure_namespaceFn2();
    var iteratorHelperThrowsOnInvalidIterator = iterator_helper_throws_on_invalid_iterator_namespaceFn2();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn2();
    var THROWS_ON_ITERATOR_WITHOUT_RETURN = !IS_PURE && fails(function() {
      return [1].values().flatMap(function() {
        return [1];
      }).find(function() {
        return true;
      }) !== 1;
    });
    var FLAT_MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR = !IS_PURE && !THROWS_ON_ITERATOR_WITHOUT_RETURN && !iteratorHelperThrowsOnInvalidIterator("flatMap", function() {
    });
    var flatMapWithoutClosingOnEarlyError = !IS_PURE && !THROWS_ON_ITERATOR_WITHOUT_RETURN && !FLAT_MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR && iteratorHelperWithoutClosingOnEarlyError("flatMap", TypeError);
    var FORCED = IS_PURE || THROWS_ON_ITERATOR_WITHOUT_RETURN || FLAT_MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR || flatMapWithoutClosingOnEarlyError;
    var IteratorProxy = createIteratorProxy(function() {
      var iterator = this.iterator;
      var mapper = this.mapper;
      var result, inner;
      while (true) {
        if (inner = this.inner) try {
          result = anObject(call(inner.next, inner.iterator));
          if (!result.done) return result.value;
          this.inner = null;
        } catch (error3) {
          iteratorClose(iterator, "throw", error3);
        }
        result = anObject(call(this.next, iterator));
        if (this.done = !!result.done) return;
        try {
          this.inner = getIteratorFlattenable(mapper(result.value, this.counter++), false);
        } catch (error3) {
          iteratorClose(iterator, "throw", error3);
        }
      }
    });
    $({ target: "Iterator", proto: true, real: true, forced: FORCED }, {
      flatMap: function flatMap(mapper) {
        anObject(this);
        try {
          aCallable(mapper);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (flatMapWithoutClosingOnEarlyError) return call(flatMapWithoutClosingOnEarlyError, this, mapper);
        return new IteratorProxy(getIteratorDirect(this), {
          mapper,
          inner: null
        });
      }
    });
  });
  var es_iterator_for_each_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var call = function_call_namespaceFn2();
    var iterate = iterate_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var getIteratorDirect = get_iterator_direct_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn2();
    var forEachWithoutClosingOnEarlyError = iteratorHelperWithoutClosingOnEarlyError("forEach", TypeError);
    $({ target: "Iterator", proto: true, real: true, forced: forEachWithoutClosingOnEarlyError }, {
      forEach: function forEach(fn) {
        anObject(this);
        try {
          aCallable(fn);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (forEachWithoutClosingOnEarlyError) return call(forEachWithoutClosingOnEarlyError, this, fn);
        var record = getIteratorDirect(this);
        var counter = 0;
        iterate(record, function(value) {
          fn(value, counter++);
        }, { IS_RECORD: true });
      }
    });
  });
  var es_iterator_map_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var call = function_call_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var getIteratorDirect = get_iterator_direct_namespaceFn2();
    var createIteratorProxy = iterator_create_proxy_namespaceFn2();
    var callWithSafeIterationClosing = call_with_safe_iteration_closing_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    var iteratorHelperThrowsOnInvalidIterator = iterator_helper_throws_on_invalid_iterator_namespaceFn2();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn2();
    var IS_PURE = is_pure_namespaceFn2();
    var MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR = !IS_PURE && !iteratorHelperThrowsOnInvalidIterator("map", function() {
    });
    var mapWithoutClosingOnEarlyError = !IS_PURE && !MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR && iteratorHelperWithoutClosingOnEarlyError("map", TypeError);
    var FORCED = IS_PURE || MAP_WITHOUT_THROWING_ON_INVALID_ITERATOR || mapWithoutClosingOnEarlyError;
    var IteratorProxy = createIteratorProxy(function() {
      var iterator = this.iterator;
      var result = anObject(call(this.next, iterator));
      var done = this.done = !!result.done;
      if (!done) return callWithSafeIterationClosing(iterator, this.mapper, [result.value, this.counter++], true);
    });
    $({ target: "Iterator", proto: true, real: true, forced: FORCED }, {
      map: function map(mapper) {
        anObject(this);
        try {
          aCallable(mapper);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (mapWithoutClosingOnEarlyError) return call(mapWithoutClosingOnEarlyError, this, mapper);
        return new IteratorProxy(getIteratorDirect(this), {
          mapper
        });
      }
    });
  });
  var es_iterator_some_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var call = function_call_namespaceFn2();
    var iterate = iterate_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var getIteratorDirect = get_iterator_direct_namespaceFn2();
    var iteratorClose = iterator_close_namespaceFn2();
    var iteratorHelperWithoutClosingOnEarlyError = iterator_helper_without_closing_on_early_error_namespaceFn2();
    var someWithoutClosingOnEarlyError = iteratorHelperWithoutClosingOnEarlyError("some", TypeError);
    $({ target: "Iterator", proto: true, real: true, forced: someWithoutClosingOnEarlyError }, {
      some: function some(predicate) {
        anObject(this);
        try {
          aCallable(predicate);
        } catch (error3) {
          iteratorClose(this, "throw", error3);
        }
        if (someWithoutClosingOnEarlyError) return call(someWithoutClosingOnEarlyError, this, predicate);
        var record = getIteratorDirect(this);
        var counter = 0;
        return iterate(record, function(value, stop) {
          if (predicate(value, counter++)) return stop();
        }, { IS_RECORD: true, INTERRUPTED: true }).stopped;
      }
    });
  });
  var es_iterator_to_array_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var anObject = an_object_namespaceFn2();
    var createProperty = create_property_namespaceFn2();
    var iterate = iterate_namespaceFn2();
    var getIteratorDirect = get_iterator_direct_namespaceFn2();
    $({ target: "Iterator", proto: true, real: true }, {
      toArray: function toArray() {
        var result = [];
        var index = 0;
        iterate(getIteratorDirect(anObject(this)), function(element2) {
          createProperty(result, index++, element2);
        }, { IS_RECORD: true });
        return result;
      }
    });
  });
  var es_json_stringify_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var getBuiltIn = get_built_in_namespaceFn2();
    var call = function_call_namespaceFn2();
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var fails = fails_namespaceFn2();
    var isArray = is_array_namespaceFn2();
    var isCallable = is_callable_namespaceFn2();
    var isObject = is_object_namespaceFn2();
    var create = object_create_namespaceFn2();
    var isRawJSON = is_raw_json_namespaceFn2();
    var isSymbol = is_symbol_namespaceFn2();
    var classof = classof_raw_namespaceFn2();
    var thisNumberValue = this_number_value_namespaceFn2();
    var includes = array_includes_namespaceFn2().includes;
    var hasOwn = has_own_property_namespaceFn2();
    var toString = to_string_namespaceFn2();
    var parseJSONString = parse_json_string_namespaceFn2();
    var uid2 = uid_namespaceFn2();
    var NATIVE_SYMBOL = symbol_constructor_detection_namespaceFn2();
    var NATIVE_RAW_JSON = native_raw_json_namespaceFn2();
    var $String = String;
    var $TypeError = TypeError;
    var $stringify = getBuiltIn("JSON", "stringify");
    var $BigInt = getBuiltIn("BigInt");
    var stringValueOf = uncurryThis("".valueOf);
    var booleanValueOf = uncurryThis(true.valueOf);
    var bigIntValueOf = $BigInt && uncurryThis($BigInt.prototype.valueOf);
    var exec = uncurryThis(/./.exec);
    var charAt = uncurryThis("".charAt);
    var charCodeAt = uncurryThis("".charCodeAt);
    var replace = uncurryThis("".replace);
    var slice = uncurryThis("".slice);
    var push = uncurryThis([].push);
    var pop = uncurryThis([].pop);
    var numberToString2 = uncurryThis(1.1.toString);
    var surrogates = /[\uD800-\uDFFF]/g;
    var leadingSurrogates = /^[\uD800-\uDBFF]$/;
    var trailingSurrogates = /^[\uDC00-\uDFFF]$/;
    var digits = /^\d+$/;
    var RAW_MARK = uid2();
    var KEY_MARK = uid2();
    var END_MARK = uid2();
    var RAW_MARK_LENGTH = RAW_MARK.length;
    var KEY_MARK_LENGTH = KEY_MARK.length;
    var WRONG_SYMBOLS_CONVERSION = !NATIVE_SYMBOL || fails(function() {
      var symbol = getBuiltIn("Symbol")("stringify detection");
      return $stringify([symbol]) !== "[null]" || $stringify({ a: symbol }) !== "{}" || $stringify(Object(symbol)) !== "{}";
    });
    var ILL_FORMED_UNICODE = fails(function() {
      return $stringify("\uDF06\uD834") !== '"\\udf06\\ud834"' || $stringify("\uDEAD") !== '"\\udead"';
    });
    var isRawJSONValue = NATIVE_RAW_JSON ? getBuiltIn("JSON", "isRawJSON") : isRawJSON;
    var stringifyWithProperSymbolsConversion = WRONG_SYMBOLS_CONVERSION ? function(it, replacer, space) {
      return $stringify(it, function(key2, value) {
        var replaced = call(replacer, this, key2, value);
        if (!isSymbol(replaced)) return replaced;
      }, space);
    } : $stringify;
    var fixIllFormedJSON = function(match, offset, string) {
      var prev = charAt(string, offset - 1);
      var next = charAt(string, offset + 1);
      if (exec(leadingSurrogates, match) && !exec(trailingSurrogates, next) || exec(trailingSurrogates, match) && !exec(leadingSurrogates, prev)) {
        return "\\u" + numberToString2(charCodeAt(match, 0), 16);
      }
      return match;
    };
    var getPropertyList = function(replacer) {
      if (!isArray(replacer)) return;
      var rawLength = replacer.length;
      var propertyList = [];
      var addedKeys = create(null);
      for (var i = 0; i < rawLength; i++) {
        var element2 = replacer[i];
        var key2;
        if (typeof element2 == "string") key2 = element2;
        else if (typeof element2 == "number" || classof(element2) === "Number" || classof(element2) === "String") key2 = toString(element2);
        else continue;
        if (!hasOwn(addedKeys, key2)) {
          addedKeys[key2] = true;
          push(propertyList, key2);
        }
      }
      return propertyList;
    };
    var hasInternalSlot = function(valueOf, it) {
      try {
        valueOf(it);
        return true;
      } catch (error3) {
        return false;
      }
    };
    var isBoxedPrimitive = function(it) {
      var kind = classof(it);
      return kind === "Number" && hasInternalSlot(thisNumberValue, it) || kind === "String" && hasInternalSlot(stringValueOf, it) || kind === "Boolean" && hasInternalSlot(booleanValueOf, it) || !!bigIntValueOf && kind === "BigInt" && hasInternalSlot(bigIntValueOf, it);
    };
    var isSerializedAsObject = function(it) {
      if (!isObject(it) || isCallable(it) || isArray(it)) return false;
      try {
        return !isBoxedPrimitive(it);
      } catch (error3) {
        return true;
      }
    };
    var createElementHolder = function(holder, key2) {
      return {
        toJSON: function() {
          var element2 = holder[key2];
          if (isObject(element2) || typeof element2 == "bigint") {
            var elementToJSON = element2.toJSON;
            if (isCallable(elementToJSON)) element2 = call(elementToJSON, element2, key2);
          }
          return element2;
        }
      };
    };
    var getKeyPrefix = function(propertyList) {
      for (var i = 0, length = propertyList.length; i < length; i++) {
        if (exec(digits, propertyList[i])) return KEY_MARK;
      }
      return "";
    };
    var createOrderedObject = function(value, propertyList, keyPrefix) {
      var ordered = create(null);
      for (var i = 0, length = propertyList.length; i < length; i++) {
        var key2 = propertyList[i];
        ordered[keyPrefix + key2] = createElementHolder(value, key2);
      }
      ordered[END_MARK] = null;
      return ordered;
    };
    if ($stringify) $({ target: "JSON", stat: true, arity: 3, forced: WRONG_SYMBOLS_CONVERSION || ILL_FORMED_UNICODE || !NATIVE_RAW_JSON }, {
      stringify: function stringify(text2, replacer, space) {
        var replacerFunction = isCallable(replacer) ? replacer : void 0;
        var propertyList = replacerFunction ? void 0 : getPropertyList(replacer);
        var keyPrefix = propertyList && getKeyPrefix(propertyList);
        var rawStrings = [];
        var openObjects = [];
        var parentOrdered = [];
        var currentOrdered;
        var marked = false;
        var root = true;
        var json = stringifyWithProperSymbolsConversion(text2, function(key2, value) {
          key2 = $String(key2);
          if (propertyList) {
            if (key2 === END_MARK) {
              pop(openObjects);
              currentOrdered = pop(parentOrdered);
              return;
            }
            if (root) root = false;
            else if (this !== currentOrdered && !isArray(this) && !includes(propertyList, key2)) return;
          } else if (replacerFunction) value = call(replacerFunction, this, key2, value);
          if (isRawJSONValue(value)) {
            if (NATIVE_RAW_JSON) return value;
            marked = true;
            return RAW_MARK + (push(rawStrings, value.rawJSON) - 1);
          }
          if (propertyList && isSerializedAsObject(value)) {
            if (includes(openObjects, value)) throw new $TypeError("Converting circular structure to JSON");
            var ordered = createOrderedObject(value, propertyList, keyPrefix);
            push(openObjects, value);
            push(parentOrdered, currentOrdered);
            currentOrdered = ordered;
            if (keyPrefix) marked = true;
            return ordered;
          }
          return value;
        }, space);
        if (typeof json != "string") return json;
        if (ILL_FORMED_UNICODE) json = replace(json, surrogates, fixIllFormedJSON);
        if (!marked) return json;
        var result = "";
        var length = json.length;
        for (var i = 0; i < length; i++) {
          var chr = charAt(json, i);
          if (chr === '"') {
            var end = parseJSONString(json, ++i).end - 1;
            var string = slice(json, i, end);
            if (slice(string, 0, RAW_MARK_LENGTH) === RAW_MARK) result += rawStrings[slice(string, RAW_MARK_LENGTH)];
            else if (slice(string, 0, KEY_MARK_LENGTH) === KEY_MARK) result += '"' + slice(string, KEY_MARK_LENGTH) + '"';
            else result += '"' + string + '"';
            i = end;
          } else result += chr;
        }
        return result;
      }
    });
  });
  var es_map_get_or_insert_computed_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    var MapHelpers = map_helpers_namespaceFn2();
    var IS_PURE = is_pure_namespaceFn2();
    var get = MapHelpers.get;
    var has = MapHelpers.has;
    var set = MapHelpers.set;
    $({ target: "Map", proto: true, real: true, forced: IS_PURE }, {
      getOrInsertComputed: function getOrInsertComputed(key2, callbackfn) {
        var hasKey = has(this, key2);
        aCallable(callbackfn);
        if (hasKey) return get(this, key2);
        if (key2 === 0 && 1 / key2 === -Infinity) key2 = 0;
        var value = callbackfn(key2);
        set(this, key2, value);
        return value;
      }
    });
  });
  var es_map_get_or_insert_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var MapHelpers = map_helpers_namespaceFn2();
    var IS_PURE = is_pure_namespaceFn2();
    var get = MapHelpers.get;
    var has = MapHelpers.has;
    var set = MapHelpers.set;
    $({ target: "Map", proto: true, real: true, forced: IS_PURE }, {
      getOrInsert: function getOrInsert(key2, value) {
        if (has(this, key2)) return get(this, key2);
        set(this, key2, value);
        return value;
      }
    });
  });
  var es_math_sum_precise_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var iterate = iterate_namespaceFn2();
    var $RangeError = RangeError;
    var $TypeError = TypeError;
    var $Infinity = Infinity;
    var $NaN = NaN;
    var abs = Math.abs;
    var pow = Math.pow;
    var push = uncurryThis([].push);
    var POW_2_1023 = pow(2, 1023);
    var MAX_SAFE_INTEGER = pow(2, 53) - 1;
    var MAX_DOUBLE = Number.MAX_VALUE;
    var MAX_ULP = pow(2, 971);
    var NOT_A_NUMBER = {};
    var MINUS_INFINITY = {};
    var PLUS_INFINITY = {};
    var MINUS_ZERO = {};
    var FINITE = {};
    var twosum = function(x, y) {
      var hi = x + y;
      var lo = y - (hi - x);
      return { hi, lo };
    };
    $({ target: "Math", stat: true }, {
      // eslint-disable-next-line max-statements -- ok
      sumPrecise: function sumPrecise(items) {
        var numbers = [];
        var count = 0;
        var state = MINUS_ZERO;
        iterate(items, function(n2) {
          if (++count > MAX_SAFE_INTEGER) throw new $RangeError("Maximum allowed index exceeded");
          if (typeof n2 != "number") throw new $TypeError("Value is not a number");
          if (state !== NOT_A_NUMBER) {
            if (n2 !== n2) state = NOT_A_NUMBER;
            else if (n2 === $Infinity) state = state === MINUS_INFINITY ? NOT_A_NUMBER : PLUS_INFINITY;
            else if (n2 === -$Infinity) state = state === PLUS_INFINITY ? NOT_A_NUMBER : MINUS_INFINITY;
            else if ((n2 !== 0 || 1 / n2 === $Infinity) && (state === MINUS_ZERO || state === FINITE)) {
              state = FINITE;
              push(numbers, n2);
            }
          }
        });
        switch (state) {
          case NOT_A_NUMBER:
            return $NaN;
          case MINUS_INFINITY:
            return -$Infinity;
          case PLUS_INFINITY:
            return $Infinity;
          case MINUS_ZERO:
            return -0;
        }
        var partials = [];
        var overflow = 0;
        var x, y, sum2, hi, lo, tmp;
        for (var i = 0; i < numbers.length; i++) {
          x = numbers[i];
          var actuallyUsedPartials = 0;
          for (var j = 0; j < partials.length; j++) {
            y = partials[j];
            if (abs(x) < abs(y)) {
              tmp = x;
              x = y;
              y = tmp;
            }
            sum2 = twosum(x, y);
            hi = sum2.hi;
            lo = sum2.lo;
            if (abs(hi) === $Infinity) {
              var sign = hi === $Infinity ? 1 : -1;
              overflow += sign;
              x = x - sign * POW_2_1023 - sign * POW_2_1023;
              if (abs(x) < abs(y)) {
                tmp = x;
                x = y;
                y = tmp;
              }
              sum2 = twosum(x, y);
              hi = sum2.hi;
              lo = sum2.lo;
            }
            if (lo !== 0) partials[actuallyUsedPartials++] = lo;
            x = hi;
          }
          partials.length = actuallyUsedPartials;
          if (x !== 0) push(partials, x);
        }
        var n = partials.length - 1;
        hi = 0;
        lo = 0;
        if (overflow !== 0) {
          var next = n >= 0 ? partials[n] : 0;
          n--;
          if (abs(overflow) > 1 || overflow > 0 && next > 0 || overflow < 0 && next < 0) {
            return overflow > 0 ? $Infinity : -$Infinity;
          }
          sum2 = twosum(overflow * POW_2_1023, next / 2);
          hi = sum2.hi;
          lo = sum2.lo;
          lo *= 2;
          if (abs(2 * hi) === $Infinity) {
            if (hi > 0) {
              return hi === POW_2_1023 && lo === -(MAX_ULP / 2) && n >= 0 && partials[n] < 0 ? MAX_DOUBLE : $Infinity;
            }
            return hi === -POW_2_1023 && lo === MAX_ULP / 2 && n >= 0 && partials[n] > 0 ? -MAX_DOUBLE : -$Infinity;
          }
          if (lo !== 0) {
            partials[++n] = lo;
            lo = 0;
          }
          hi *= 2;
        }
        while (n >= 0) {
          sum2 = twosum(hi, partials[n--]);
          hi = sum2.hi;
          lo = sum2.lo;
          if (lo !== 0) break;
        }
        if (n >= 0 && (lo < 0 && partials[n] < 0 || lo > 0 && partials[n] > 0)) {
          y = lo * 2;
          x = hi + y;
          if (y === x - hi) hi = x;
        }
        return hi;
      }
    });
  });
  var es_promise_try_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var apply2 = function_apply_namespaceFn2();
    var slice = array_slice_namespaceFn2();
    var promiseResolve = promise_resolve_namespaceFn2();
    var newPromiseCapabilityModule = new_promise_capability_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    var perform = perform_namespaceFn2();
    var fails = fails_namespaceFn2();
    var Promise2 = globalThis2.Promise;
    var ACCEPT_ARGUMENTS = false;
    var FORCED = !Promise2 || !Promise2["try"] || fails(function() {
      var p = Promise2.resolve();
      return Promise2["try"](function(argument) {
        ACCEPT_ARGUMENTS = argument === 8;
        return p;
      }, 8) !== p;
    }) || !ACCEPT_ARGUMENTS;
    $({ target: "Promise", stat: true, forced: FORCED }, {
      "try": function(callbackfn) {
        var args = arguments.length > 1 ? slice(arguments, 1) : [];
        var result = perform(function() {
          return apply2(aCallable(callbackfn), void 0, args);
        });
        if (!result.error) return promiseResolve(this, result.value);
        var promiseCapability = newPromiseCapabilityModule.f(this);
        var reject = promiseCapability.reject;
        reject(result.value);
        return promiseCapability.promise;
      }
    });
  });
  var es_set_difference_v2_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var difference = set_difference_namespaceFn2();
    var fails = fails_namespaceFn2();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn2();
    var SET_LIKE_INCORRECT_BEHAVIOR = !setMethodAcceptSetLike("difference", function(result) {
      return result.size === 0;
    });
    var FORCED = SET_LIKE_INCORRECT_BEHAVIOR || fails(function() {
      var setLike = {
        size: 1,
        has: function() {
          return true;
        },
        keys: function() {
          var index = 0;
          return {
            next: function() {
              var done = index++ > 1;
              if (baseSet.has(1)) baseSet.clear();
              return { done, value: 2 };
            }
          };
        }
      };
      var baseSet = /* @__PURE__ */ new Set([1, 2, 3, 4]);
      return baseSet.difference(setLike).size !== 3;
    });
    $({ target: "Set", proto: true, real: true, forced: FORCED }, {
      difference
    });
  });
  var es_set_intersection_v2_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var fails = fails_namespaceFn2();
    var intersection = set_intersection_namespaceFn2();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn2();
    var INCORRECT = !setMethodAcceptSetLike("intersection", function(result) {
      return result.size === 2 && result.has(1) && result.has(2);
    }) || fails(function() {
      return String(Array.from((/* @__PURE__ */ new Set([1, 2, 3])).intersection(/* @__PURE__ */ new Set([3, 2])))) !== "3,2";
    });
    $({ target: "Set", proto: true, real: true, forced: INCORRECT }, {
      intersection
    });
  });
  var es_set_is_disjoint_from_v2_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var isDisjointFrom = set_is_disjoint_from_namespaceFn2();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn2();
    var INCORRECT = !setMethodAcceptSetLike("isDisjointFrom", function(result) {
      return !result;
    });
    $({ target: "Set", proto: true, real: true, forced: INCORRECT }, {
      isDisjointFrom
    });
  });
  var es_set_is_subset_of_v2_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var isSubsetOf = set_is_subset_of_namespaceFn2();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn2();
    var INCORRECT = !setMethodAcceptSetLike("isSubsetOf", function(result) {
      return result;
    });
    $({ target: "Set", proto: true, real: true, forced: INCORRECT }, {
      isSubsetOf
    });
  });
  var es_set_is_superset_of_v2_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var isSupersetOf = set_is_superset_of_namespaceFn2();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn2();
    var INCORRECT = !setMethodAcceptSetLike("isSupersetOf", function(result) {
      return !result;
    });
    $({ target: "Set", proto: true, real: true, forced: INCORRECT }, {
      isSupersetOf
    });
  });
  var es_set_symmetric_difference_v2_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var symmetricDifference = set_symmetric_difference_namespaceFn2();
    var setMethodGetKeysBeforeCloning = set_method_get_keys_before_cloning_detection_namespaceFn2();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn2();
    var FORCED = !setMethodAcceptSetLike("symmetricDifference") || !setMethodGetKeysBeforeCloning("symmetricDifference");
    $({ target: "Set", proto: true, real: true, forced: FORCED }, {
      symmetricDifference
    });
  });
  var es_set_union_v2_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var union = set_union_namespaceFn2();
    var setMethodGetKeysBeforeCloning = set_method_get_keys_before_cloning_detection_namespaceFn2();
    var setMethodAcceptSetLike = set_method_accept_set_like_namespaceFn2();
    var FORCED = !setMethodAcceptSetLike("union") || !setMethodGetKeysBeforeCloning("union");
    $({ target: "Set", proto: true, real: true, forced: FORCED }, {
      union
    });
  });
  var es_typed_array_with_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var ArrayBufferViewCore = array_buffer_view_core_namespaceFn2();
    var isBigIntArray = is_big_int_array_namespaceFn2();
    var lengthOfArrayLike = length_of_array_like_namespaceFn2();
    var toIntegerOrInfinity = to_integer_or_infinity_namespaceFn2();
    var toBigInt = to_big_int_namespaceFn2();
    var aTypedArray = ArrayBufferViewCore.aTypedArray;
    var getTypedArrayConstructor = ArrayBufferViewCore.getTypedArrayConstructor;
    var exportTypedArrayMethod = ArrayBufferViewCore.exportTypedArrayMethod;
    var $RangeError = RangeError;
    var PROPER_ORDER = (function() {
      try {
        new Int8Array(1)["with"](2, { valueOf: function() {
          throw 8;
        } });
      } catch (error3) {
        return error3 === 8;
      }
    })();
    var THROW_ON_NEGATIVE_FRACTIONAL_INDEX = PROPER_ORDER && (function() {
      try {
        new Int8Array(1)["with"](-0.5, 1);
      } catch (error3) {
        return true;
      }
    })();
    exportTypedArrayMethod("with", { "with": function(index, value) {
      var O = aTypedArray(this);
      var len = lengthOfArrayLike(O);
      var relativeIndex = toIntegerOrInfinity(index);
      var actualIndex = relativeIndex < 0 ? len + relativeIndex : relativeIndex;
      var numericValue2 = isBigIntArray(O) ? toBigInt(value) : +value;
      if (actualIndex >= len || actualIndex < 0) throw new $RangeError("Incorrect index");
      var A = new (getTypedArrayConstructor(O))(len);
      var k = 0;
      for (; k < len; k++) A[k] = k === actualIndex ? numericValue2 : O[k];
      return A;
    } }["with"], !PROPER_ORDER || THROW_ON_NEGATIVE_FRACTIONAL_INDEX);
  });
  var es_uint8_array_from_base64_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var arrayFromConstructorAndList = array_from_constructor_and_list_namespaceFn2();
    var $fromBase64 = uint8_from_base64_namespaceFn2();
    var Uint8Array2 = globalThis2.Uint8Array;
    var INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS = !Uint8Array2 || !Uint8Array2.fromBase64 || !(function() {
      try {
        Uint8Array2.fromBase64("a");
        return;
      } catch (error3) {
      }
      try {
        Uint8Array2.fromBase64("", null);
      } catch (error3) {
        return true;
      }
    })();
    if (Uint8Array2) $({ target: "Uint8Array", stat: true, forced: INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS }, {
      fromBase64: function fromBase64(string) {
        var result = $fromBase64(string, arguments.length > 1 ? arguments[1] : void 0, null, 9007199254740991);
        return arrayFromConstructorAndList(Uint8Array2, result.bytes);
      }
    });
  });
  var es_uint8_array_set_from_base64_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var $fromBase64 = uint8_from_base64_namespaceFn2();
    var anUint8Array = an_uint8_array_namespaceFn2();
    var Uint8Array2 = globalThis2.Uint8Array;
    var INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS = !Uint8Array2 || !Uint8Array2.prototype.setFromBase64 || !(function() {
      var target = new Uint8Array2([255, 255, 255, 255, 255]);
      try {
        target.setFromBase64("", null);
        return;
      } catch (error3) {
      }
      try {
        target.setFromBase64("a");
        return;
      } catch (error3) {
      }
      try {
        target.setFromBase64("MjYyZg===");
      } catch (error3) {
        return target[0] === 50 && target[1] === 54 && target[2] === 50 && target[3] === 255 && target[4] === 255;
      }
    })();
    if (Uint8Array2) $({ target: "Uint8Array", proto: true, forced: INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS }, {
      setFromBase64: function setFromBase64(string) {
        anUint8Array(this);
        var result = $fromBase64(string, arguments.length > 1 ? arguments[1] : void 0, this, this.length);
        return { read: result.read, written: result.written };
      }
    });
  });
  var es_uint8_array_set_from_hex_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var aString = a_string_namespaceFn2();
    var anUint8Array = an_uint8_array_namespaceFn2();
    var notDetached = array_buffer_not_detached_namespaceFn2();
    var $fromHex = uint8_from_hex_namespaceFn2();
    function throwsOnLengthTrackingView() {
      try {
        var rab = new ArrayBuffer(16, { maxByteLength: 1024 });
        new Uint8Array(rab).setFromHex("cafed00d");
      } catch (error3) {
        return true;
      }
    }
    if (globalThis2.Uint8Array) $({ target: "Uint8Array", proto: true, forced: throwsOnLengthTrackingView() }, {
      setFromHex: function setFromHex(string) {
        anUint8Array(this);
        aString(string);
        notDetached(this.buffer);
        var read = $fromHex(string, this).read;
        return { read, written: read / 2 };
      }
    });
  });
  var es_uint8_array_to_base64_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var anObjectOrUndefined = an_object_or_undefined_namespaceFn2();
    var anUint8Array = an_uint8_array_namespaceFn2();
    var notDetached = array_buffer_not_detached_namespaceFn2();
    var base64Map = base64_map_namespaceFn2();
    var getAlphabetOption = get_alphabet_option_namespaceFn2();
    var base64Alphabet = base64Map.i2c;
    var base64UrlAlphabet = base64Map.i2cUrl;
    var $floor = Math.floor;
    var $ceil = Math.ceil;
    var charAt = uncurryThis("".charAt);
    var Uint8Array2 = globalThis2.Uint8Array;
    var $Array = globalThis2.Array;
    var join = uncurryThis([].join);
    var INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS = !Uint8Array2 || !Uint8Array2.prototype.toBase64 || !(function() {
      try {
        var target = new Uint8Array2();
        target.toBase64(null);
      } catch (error3) {
        return true;
      }
    })();
    if (Uint8Array2) $({ target: "Uint8Array", proto: true, forced: INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS }, {
      toBase64: function toBase64() {
        var array = anUint8Array(this);
        var options2 = arguments.length ? anObjectOrUndefined(arguments[0]) : void 0;
        var alphabet = getAlphabetOption(options2) === "base64" ? base64Alphabet : base64UrlAlphabet;
        var omitPadding = !!options2 && !!options2.omitPadding;
        notDetached(this.buffer);
        var i = 0;
        var length = array.length;
        var result = $Array(omitPadding ? $floor(length / 3) * 4 + (length % 3 ? length % 3 + 1 : 0) : $ceil(length / 3) * 4);
        var written = 0;
        var triplet;
        var at = function(shift) {
          return charAt(alphabet, triplet >> 6 * shift & 63);
        };
        for (; i + 2 < length; i += 3) {
          triplet = (array[i] << 16) + (array[i + 1] << 8) + array[i + 2];
          result[written++] = at(3);
          result[written++] = at(2);
          result[written++] = at(1);
          result[written++] = at(0);
        }
        if (i + 2 === length) {
          triplet = (array[i] << 16) + (array[i + 1] << 8);
          result[written++] = at(3);
          result[written++] = at(2);
          result[written++] = at(1);
          if (!omitPadding) result[written++] = "=";
        } else if (i + 1 === length) {
          triplet = array[i] << 16;
          result[written++] = at(3);
          result[written++] = at(2);
          if (!omitPadding) {
            result[written++] = "=";
            result[written++] = "=";
          }
        }
        return join(result, "");
      }
    });
  });
  var es_uint8_array_to_hex_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var uncurryThis = function_uncurry_this_namespaceFn2();
    var anUint8Array = an_uint8_array_namespaceFn2();
    var notDetached = array_buffer_not_detached_namespaceFn2();
    var numberToString2 = uncurryThis(1.1.toString);
    var join = uncurryThis([].join);
    var $Array = Array;
    var Uint8Array2 = globalThis2.Uint8Array;
    var INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS = !Uint8Array2 || !Uint8Array2.prototype.toHex || !(function() {
      try {
        var target = new Uint8Array2([255, 255, 255, 255, 255, 255, 255, 255]);
        return target.toHex() === "ffffffffffffffff";
      } catch (error3) {
        return false;
      }
    })();
    if (Uint8Array2) $({ target: "Uint8Array", proto: true, forced: INCORRECT_BEHAVIOR_OR_DOESNT_EXISTS }, {
      toHex: function toHex() {
        anUint8Array(this);
        notDetached(this.buffer);
        var result = $Array(this.length);
        for (var i = 0, length = this.length; i < length; i++) {
          var hex = numberToString2(this[i], 16);
          result[i] = hex.length === 1 ? "0" + hex : hex;
        }
        return join(result, "");
      }
    });
  });
  var es_weak_map_get_or_insert_computed_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var aCallable = a_callable_namespaceFn2();
    var aWeakMap = a_weak_map_namespaceFn2();
    var aWeakKey = a_weak_key_namespaceFn2();
    var WeakMapHelpers = weak_map_helpers_namespaceFn2();
    var IS_PURE = is_pure_namespaceFn2();
    var get = WeakMapHelpers.get;
    var has = WeakMapHelpers.has;
    var set = WeakMapHelpers.set;
    var FORCED = IS_PURE || !(function() {
      try {
        if (WeakMap.prototype.getOrInsertComputed) (/* @__PURE__ */ new WeakMap()).getOrInsertComputed(1, function() {
          throw 1;
        });
      } catch (error3) {
        return error3 instanceof TypeError;
      }
    })();
    $({ target: "WeakMap", proto: true, real: true, forced: FORCED }, {
      getOrInsertComputed: function getOrInsertComputed(key2, callbackfn) {
        if (!IS_PURE) aWeakMap(this);
        aWeakKey(key2);
        aCallable(callbackfn);
        if (has(this, key2)) return get(this, key2);
        var value = callbackfn(key2);
        set(this, key2, value);
        return value;
      }
    });
  });
  var es_weak_map_get_or_insert_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var WeakMapHelpers = weak_map_helpers_namespaceFn2();
    var IS_PURE = is_pure_namespaceFn2();
    var get = WeakMapHelpers.get;
    var has = WeakMapHelpers.has;
    var set = WeakMapHelpers.set;
    $({ target: "WeakMap", proto: true, real: true, forced: IS_PURE }, {
      getOrInsert: function getOrInsert(key2, value) {
        if (has(this, key2)) return get(this, key2);
        set(this, key2, value);
        return value;
      }
    });
  });
  var web_self_namespaceFn = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var globalThis2 = global_this_namespaceFn2();
    var defineBuiltInAccessor = define_built_in_accessor_namespaceFn2();
    var DESCRIPTORS = descriptors_namespaceFn2();
    var $TypeError = TypeError;
    var defineProperty = Object.defineProperty;
    var INCORRECT_VALUE = globalThis2.self !== globalThis2;
    try {
      if (DESCRIPTORS) {
        var descriptor = Object.getOwnPropertyDescriptor(globalThis2, "self");
        if (INCORRECT_VALUE || !descriptor || !descriptor.get || !descriptor.enumerable) {
          defineBuiltInAccessor(globalThis2, "self", {
            get: function self2() {
              return globalThis2;
            },
            set: function self2(value) {
              if (this !== globalThis2) throw new $TypeError("Illegal invocation");
              defineProperty(globalThis2, "self", {
                value,
                writable: true,
                configurable: true,
                enumerable: true
              });
            },
            configurable: true,
            enumerable: true
          });
        }
      } else $({ global: true, simple: true, forced: INCORRECT_VALUE }, {
        self: globalThis2
      });
    } catch (error3) {
    }
  });
  var web_url_parse_namespaceFn2 = /* @__PURE__ */ __webpack_require__2.cw(function(module, exports) {
    var $ = export_namespaceFn2();
    var getBuiltIn = get_built_in_namespaceFn2();
    var validateArgumentsLength = validate_arguments_length_namespaceFn2();
    var toString = to_string_namespaceFn2();
    var USE_NATIVE_URL = url_constructor_detection_namespaceFn2();
    var URL2 = getBuiltIn("URL");
    $({ target: "URL", stat: true, forced: !USE_NATIVE_URL }, {
      parse: function parse2(url) {
        var length = validateArgumentsLength(arguments.length, 1);
        var urlString = toString(url);
        var base = length < 2 || arguments[1] === void 0 ? void 0 : toString(arguments[1]);
        try {
          return new URL2(urlString, base);
        } catch (error3) {
          return null;
        }
      }
    });
  });
  es_array_push_namespaceFn2();
  es_iterator_constructor_namespaceFn2();
  es_iterator_filter_namespaceFn2();
  es_iterator_map_namespaceFn2();
  es_iterator_some_namespaceFn2();
  es_map_get_or_insert_namespaceFn2();
  es_map_get_or_insert_computed_namespaceFn2();
  es_set_difference_v2_namespaceFn2();
  es_set_intersection_v2_namespaceFn2();
  es_set_is_disjoint_from_v2_namespaceFn2();
  es_set_is_subset_of_v2_namespaceFn2();
  es_set_is_superset_of_v2_namespaceFn2();
  es_set_symmetric_difference_v2_namespaceFn2();
  es_set_union_v2_namespaceFn2();
  es_typed_array_with_namespaceFn2();
  es_uint8_array_set_from_base64_namespaceFn2();
  es_uint8_array_set_from_hex_namespaceFn2();
  es_uint8_array_to_base64_namespaceFn2();
  es_uint8_array_to_hex_namespaceFn2();
  web_self_namespaceFn();
  es_array_includes_namespaceFn2();
  web_url_parse_namespaceFn2();
  var isNodeJS2 = typeof process === "object" && process + "" === "[object process]" && !process.versions.nw && !(process.versions.electron && process.type && process.type !== "browser");
  var BBOX_INIT2 = [Infinity, Infinity, -Infinity, -Infinity];
  var F32_BBOX_INIT2 = new Float32Array(BBOX_INIT2);
  var FONT_IDENTITY_MATRIX2 = [1e-3, 0, 0, 1e-3, 0, 0];
  var LINE_FACTOR = 1.35;
  var LINE_DESCENT_FACTOR = 0.35;
  var BASELINE_FACTOR = LINE_DESCENT_FACTOR / LINE_FACTOR;
  var SVG_NS2 = "http://www.w3.org/2000/svg";
  var RenderingIntentFlag2 = {
    ANY: 1,
    DISPLAY: 2,
    PRINT: 4,
    SAVE: 8,
    ANNOTATIONS_FORMS: 16,
    ANNOTATIONS_STORAGE: 32,
    ANNOTATIONS_DISABLE: 64,
    IS_EDITING: 128,
    OPLIST: 256
  };
  var AnnotationPrefix2 = "pdfjs_internal_id_";
  var AnnotationEditorPrefix2 = "pdfjs_internal_editor_";
  var AnnotationEditorType2 = {
    DISABLE: -1,
    NONE: 0,
    FREETEXT: 3,
    HIGHLIGHT: 9,
    STAMP: 13,
    INK: 15,
    POPUP: 16,
    SIGNATURE: 101,
    COMMENT: 102
  };
  var PermissionFlag2 = {
    PRINT: 4,
    MODIFY_CONTENTS: 8,
    COPY: 16,
    MODIFY_ANNOTATIONS: 32,
    FILL_INTERACTIVE_FORMS: 256,
    COPY_FOR_ACCESSIBILITY: 512,
    ASSEMBLE: 1024,
    PRINT_HIGH_QUALITY: 2048
  };
  var MeshFigureType = {
    TRIANGLES: 1,
    LATTICE: 2,
    PATCH: 3
  };
  var TextRenderingMode3 = {
    FILL: 0,
    STROKE: 1,
    FILL_STROKE: 2,
    INVISIBLE: 3,
    FILL_ADD_TO_PATH: 4,
    STROKE_ADD_TO_PATH: 5,
    FILL_STROKE_ADD_TO_PATH: 6,
    ADD_TO_PATH: 7,
    FILL_STROKE_MASK: 3,
    ADD_TO_PATH_FLAG: 4
  };
  var ImageKind2 = {
    GRAYSCALE_1BPP: 1,
    RGB_24BPP: 2,
    RGBA_32BPP: 3
  };
  var AnnotationType2 = {
    TEXT: 1,
    LINK: 2,
    FREETEXT: 3,
    LINE: 4,
    SQUARE: 5,
    CIRCLE: 6,
    POLYGON: 7,
    POLYLINE: 8,
    HIGHLIGHT: 9,
    UNDERLINE: 10,
    SQUIGGLY: 11,
    STRIKEOUT: 12,
    STAMP: 13,
    CARET: 14,
    INK: 15,
    POPUP: 16,
    FILEATTACHMENT: 17,
    SOUND: 18,
    MOVIE: 19,
    WIDGET: 20,
    SCREEN: 21,
    PRINTERMARK: 22,
    TRAPNET: 23,
    WATERMARK: 24,
    THREED: 25,
    REDACT: 26,
    RICHMEDIA: 27
  };
  var AnnotationReplyType = {
    GROUP: "Group",
    REPLY: "R"
  };
  var AnnotationRenditionOperation = {
    PLAY_OR_RESUME: 0,
    STOP: 1,
    PAUSE: 2,
    RESUME: 3,
    PLAY: 4
  };
  var AnnotationFlag = {
    INVISIBLE: 1,
    HIDDEN: 2,
    PRINT: 4,
    NOZOOM: 8,
    NOROTATE: 16,
    NOVIEW: 32,
    READONLY: 64,
    LOCKED: 128,
    TOGGLENOVIEW: 256,
    LOCKEDCONTENTS: 512
  };
  var AnnotationFieldFlag = {
    READONLY: 1,
    REQUIRED: 2,
    NOEXPORT: 4,
    MULTILINE: 4096,
    PASSWORD: 8192,
    NOTOGGLETOOFF: 16384,
    RADIO: 32768,
    PUSHBUTTON: 65536,
    COMBO: 131072,
    EDIT: 262144,
    SORT: 524288,
    FILESELECT: 1048576,
    MULTISELECT: 2097152,
    DONOTSPELLCHECK: 4194304,
    DONOTSCROLL: 8388608,
    COMB: 16777216,
    RICHTEXT: 33554432,
    RADIOSINUNISON: 33554432,
    COMMITONSELCHANGE: 67108864
  };
  var AnnotationBorderStyleType2 = {
    SOLID: 1,
    DASHED: 2,
    BEVELED: 3,
    INSET: 4,
    UNDERLINE: 5
  };
  var AnnotationActionEventType = {
    E: "Mouse Enter",
    X: "Mouse Exit",
    D: "Mouse Down",
    U: "Mouse Up",
    Fo: "Focus",
    Bl: "Blur",
    PO: "PageOpen",
    PC: "PageClose",
    PV: "PageVisible",
    PI: "PageInvisible",
    K: "Keystroke",
    F: "Format",
    V: "Validate",
    C: "Calculate"
  };
  var DocumentActionEventType = {
    WC: "WillClose",
    WS: "WillSave",
    DS: "DidSave",
    WP: "WillPrint",
    DP: "DidPrint"
  };
  var PageActionEventType = {
    O: "PageOpen",
    C: "PageClose"
  };
  var VerbosityLevel2 = {
    ERRORS: 0,
    WARNINGS: 1,
    INFOS: 5
  };
  var OPS2 = {
    dependency: 1,
    setLineWidth: 2,
    setLineCap: 3,
    setLineJoin: 4,
    setMiterLimit: 5,
    setDash: 6,
    setRenderingIntent: 7,
    setFlatness: 8,
    setGState: 9,
    save: 10,
    restore: 11,
    transform: 12,
    moveTo: 13,
    lineTo: 14,
    curveTo: 15,
    curveTo2: 16,
    curveTo3: 17,
    closePath: 18,
    rectangle: 19,
    stroke: 20,
    closeStroke: 21,
    fill: 22,
    eoFill: 23,
    fillStroke: 24,
    eoFillStroke: 25,
    closeFillStroke: 26,
    closeEOFillStroke: 27,
    endPath: 28,
    clip: 29,
    eoClip: 30,
    beginText: 31,
    endText: 32,
    setCharSpacing: 33,
    setWordSpacing: 34,
    setHScale: 35,
    setLeading: 36,
    setFont: 37,
    setTextRenderingMode: 38,
    setTextRise: 39,
    moveText: 40,
    setLeadingMoveText: 41,
    setTextMatrix: 42,
    nextLine: 43,
    showText: 44,
    showSpacedText: 45,
    nextLineShowText: 46,
    nextLineSetSpacingShowText: 47,
    setCharWidth: 48,
    setCharWidthAndBounds: 49,
    setStrokeColorSpace: 50,
    setFillColorSpace: 51,
    setStrokeColor: 52,
    setStrokeColorN: 53,
    setFillColor: 54,
    setFillColorN: 55,
    setStrokeGray: 56,
    setFillGray: 57,
    setStrokeRGBColor: 58,
    setFillRGBColor: 59,
    setStrokeCMYKColor: 60,
    setFillCMYKColor: 61,
    shadingFill: 62,
    beginInlineImage: 63,
    beginImageData: 64,
    endInlineImage: 65,
    paintXObject: 66,
    markPoint: 67,
    markPointProps: 68,
    beginMarkedContent: 69,
    beginMarkedContentProps: 70,
    endMarkedContent: 71,
    beginCompat: 72,
    endCompat: 73,
    paintFormXObjectBegin: 74,
    paintFormXObjectEnd: 75,
    beginGroup: 76,
    endGroup: 77,
    beginAnnotation: 80,
    endAnnotation: 81,
    paintImageMaskXObject: 83,
    paintImageMaskXObjectGroup: 84,
    paintImageXObject: 85,
    paintInlineImageXObject: 86,
    paintInlineImageXObjectGroup: 87,
    paintImageXObjectRepeat: 88,
    paintImageMaskXObjectRepeat: 89,
    paintSolidColorImageMask: 90,
    constructPath: 91,
    setStrokeTransparent: 92,
    setFillTransparent: 93,
    rawFillPath: 94
  };
  var DrawOPS2 = {
    moveTo: 0,
    lineTo: 1,
    curveTo: 2,
    quadraticCurveTo: 3,
    closePath: 4
  };
  var PasswordResponses2 = {
    NEED_PASSWORD: 1,
    INCORRECT_PASSWORD: 2
  };
  var verbosity2 = VerbosityLevel2.WARNINGS;
  function setVerbosityLevel2(level) {
    if (Number.isInteger(level)) {
      verbosity2 = level;
    }
  }
  function info2(msg) {
    if (verbosity2 >= VerbosityLevel2.INFOS) {
      console.info(`Info: ${msg}`);
    }
  }
  function warn2(msg) {
    if (verbosity2 >= VerbosityLevel2.WARNINGS) {
      console.warn(`Warning: ${msg}`);
    }
  }
  function unreachable2(msg) {
    throw new Error(msg);
  }
  function util_assert2(cond, msg) {
    if (!cond) {
      unreachable2(msg);
    }
  }
  function _isValidProtocol2(url) {
    switch (url?.protocol) {
      case "http:":
      case "https:":
      case "ftp:":
      case "mailto:":
      case "tel:":
        return true;
      default:
        return false;
    }
  }
  function createValidAbsoluteUrl2(url, baseUrl = null, options2 = null) {
    if (!url) {
      return null;
    }
    if (options2 && typeof url === "string") {
      if (options2.addDefaultProtocol && url.startsWith("www.")) {
        const dots = url.match(/\./g);
        if (dots?.length >= 2) {
          url = `http://${url}`;
        }
      }
      if (options2.tryConvertEncoding) {
        try {
          url = stringToUTF8String2(url);
        } catch {
        }
      }
    }
    const absoluteUrl = baseUrl ? URL.parse(url, baseUrl) : URL.parse(url);
    return _isValidProtocol2(absoluteUrl) ? absoluteUrl : null;
  }
  function stripPath2(str) {
    return str.substring(str.lastIndexOf("/") + 1);
  }
  function util_shadow2(obj, prop, value, nonSerializable2 = false) {
    Object.defineProperty(obj, prop, {
      value,
      enumerable: !nonSerializable2,
      configurable: true,
      writable: false
    });
    return value;
  }
  var BaseException2 = (function BaseExceptionClosure2() {
    function BaseException3(message, name) {
      this.message = message;
      this.name = name;
    }
    BaseException3.prototype = new Error();
    BaseException3.constructor = BaseException3;
    return BaseException3;
  })();
  var PasswordException2 = class extends BaseException2 {
    constructor(msg, code) {
      super(msg, "PasswordException");
      this.code = code;
    }
  };
  var UnknownErrorException2 = class extends BaseException2 {
    constructor(msg, details) {
      super(msg, "UnknownErrorException");
      this.details = details;
    }
  };
  var InvalidPDFException2 = class extends BaseException2 {
    constructor(msg) {
      super(msg, "InvalidPDFException");
    }
  };
  var ResponseException2 = class extends BaseException2 {
    constructor(msg, status, missing) {
      super(msg, "ResponseException");
      this.status = status;
      this.missing = missing;
    }
  };
  var FormatError2 = class extends BaseException2 {
    constructor(msg) {
      super(msg, "FormatError");
    }
  };
  var AbortException2 = class extends BaseException2 {
    constructor(msg) {
      super(msg, "AbortException");
    }
  };
  function bytesToString2(bytes2) {
    if (typeof bytes2 !== "object" || bytes2?.length === void 0) {
      unreachable2("Invalid argument for bytesToString");
    }
    const length = bytes2.length;
    const MAX_ARGUMENT_COUNT = 8192;
    if (length < MAX_ARGUMENT_COUNT) {
      return String.fromCharCode.apply(null, bytes2);
    }
    const strBuf = [];
    for (let i = 0; i < length; i += MAX_ARGUMENT_COUNT) {
      const chunkEnd = Math.min(i + MAX_ARGUMENT_COUNT, length);
      const chunk = bytes2.subarray(i, chunkEnd);
      strBuf.push(String.fromCharCode.apply(null, chunk));
    }
    return strBuf.join("");
  }
  function stringToBytes2(str) {
    if (typeof str !== "string") {
      unreachable2("Invalid argument for stringToBytes");
    }
    const length = str.length;
    const bytes2 = new Uint8Array(length);
    for (let i = 0; i < length; ++i) {
      bytes2[i] = str.charCodeAt(i) & 255;
    }
    return bytes2;
  }
  var FeatureTest2 = class {
    static get isLittleEndian() {
      const buffer8 = new Uint8Array(4);
      buffer8[0] = 1;
      const view32 = new Uint32Array(buffer8.buffer, 0, 1);
      return util_shadow2(this, "isLittleEndian", view32[0] === 1);
    }
    static get isOffscreenCanvasSupported() {
      return util_shadow2(this, "isOffscreenCanvasSupported", typeof OffscreenCanvas !== "undefined");
    }
    static get isImageDecoderSupported() {
      return util_shadow2(this, "isImageDecoderSupported", typeof ImageDecoder !== "undefined");
    }
    static get isFloat16ArraySupported() {
      return util_shadow2(this, "isFloat16ArraySupported", typeof Float16Array !== "undefined");
    }
    static get isSanitizerSupported() {
      return util_shadow2(this, "isSanitizerSupported", typeof Sanitizer !== "undefined");
    }
    static get platform() {
      const {
        platform,
        userAgent
      } = navigator;
      return util_shadow2(this, "platform", {
        isAndroid: userAgent.includes("Android"),
        isLinux: platform.includes("Linux"),
        isMac: platform.includes("Mac"),
        isWindows: platform.includes("Win"),
        isFirefox: userAgent.includes("Firefox")
      });
    }
    static get isCanvasFilterSupported() {
      let ctx;
      if (this.isOffscreenCanvasSupported) {
        ctx = new OffscreenCanvas(1, 1).getContext("2d");
      }
      return util_shadow2(this, "isCanvasFilterSupported", ctx?.filter !== void 0);
    }
    static get isAlphaColorInputSupported() {
      return util_shadow2(this, "isAlphaColorInputSupported", false);
    }
    static get isBackdropFilterSupported() {
      return util_shadow2(this, "isBackdropFilterSupported", typeof CSS !== "undefined" && CSS.supports("backdrop-filter", "blur(1px)"));
    }
  };
  var Util2 = class {
    static get hexNums() {
      return util_shadow2(this, "hexNums", Array.from({
        length: 256
      }, (_, n) => n.toString(16).padStart(2, "0")));
    }
    static makeHexColor(r, g, b) {
      return `#${this.hexNums[r]}${this.hexNums[g]}${this.hexNums[b]}`;
    }
    static transform(m1, m2) {
      return [m1[0] * m2[0] + m1[2] * m2[1], m1[1] * m2[0] + m1[3] * m2[1], m1[0] * m2[2] + m1[2] * m2[3], m1[1] * m2[2] + m1[3] * m2[3], m1[0] * m2[4] + m1[2] * m2[5] + m1[4], m1[1] * m2[4] + m1[3] * m2[5] + m1[5]];
    }
    static multiplyByDOMMatrix(m, md) {
      return [m[0] * md.a + m[2] * md.b, m[1] * md.a + m[3] * md.b, m[0] * md.c + m[2] * md.d, m[1] * md.c + m[3] * md.d, m[0] * md.e + m[2] * md.f + m[4], m[1] * md.e + m[3] * md.f + m[5]];
    }
    static applyTransform(p, m, pos = 0) {
      const p0 = p[pos];
      const p1 = p[pos + 1];
      p[pos] = p0 * m[0] + p1 * m[2] + m[4];
      p[pos + 1] = p0 * m[1] + p1 * m[3] + m[5];
    }
    static applyTransformToBezier(p, transform, pos = 0) {
      const m0 = transform[0];
      const m1 = transform[1];
      const m2 = transform[2];
      const m3 = transform[3];
      const m4 = transform[4];
      const m5 = transform[5];
      for (let i = 0; i < 6; i += 2) {
        const pI = p[pos + i];
        const pI1 = p[pos + i + 1];
        p[pos + i] = pI * m0 + pI1 * m2 + m4;
        p[pos + i + 1] = pI * m1 + pI1 * m3 + m5;
      }
    }
    static applyInverseTransform(p, m) {
      const p0 = p[0];
      const p1 = p[1];
      const d = m[0] * m[3] - m[1] * m[2];
      p[0] = (p0 * m[3] - p1 * m[2] + m[2] * m[5] - m[4] * m[3]) / d;
      p[1] = (-p0 * m[1] + p1 * m[0] + m[4] * m[1] - m[5] * m[0]) / d;
    }
    static axialAlignedBoundingBox(rect2, transform, output) {
      const m0 = transform[0];
      const m1 = transform[1];
      const m2 = transform[2];
      const m3 = transform[3];
      const m4 = transform[4];
      const m5 = transform[5];
      const r0 = rect2[0];
      const r1 = rect2[1];
      const r2 = rect2[2];
      const r3 = rect2[3];
      let a0 = m0 * r0 + m4;
      let a2 = a0;
      let a1 = m0 * r2 + m4;
      let a3 = a1;
      let b0 = m3 * r1 + m5;
      let b2 = b0;
      let b1 = m3 * r3 + m5;
      let b3 = b1;
      if (m1 !== 0 || m2 !== 0) {
        const m1r0 = m1 * r0;
        const m1r2 = m1 * r2;
        const m2r1 = m2 * r1;
        const m2r3 = m2 * r3;
        a0 += m2r1;
        a3 += m2r1;
        a1 += m2r3;
        a2 += m2r3;
        b0 += m1r0;
        b3 += m1r0;
        b1 += m1r2;
        b2 += m1r2;
      }
      output[0] = Math.min(output[0], a0, a1, a2, a3);
      output[1] = Math.min(output[1], b0, b1, b2, b3);
      output[2] = Math.max(output[2], a0, a1, a2, a3);
      output[3] = Math.max(output[3], b0, b1, b2, b3);
    }
    static inverseTransform(m) {
      const d = m[0] * m[3] - m[1] * m[2];
      return [m[3] / d, -m[1] / d, -m[2] / d, m[0] / d, (m[2] * m[5] - m[4] * m[3]) / d, (m[4] * m[1] - m[5] * m[0]) / d];
    }
    static singularValueDecompose2dScale(matrix, output) {
      const m0 = matrix[0];
      const m1 = matrix[1];
      const m2 = matrix[2];
      const m3 = matrix[3];
      const a = m0 ** 2 + m1 ** 2;
      const b = m0 * m2 + m1 * m3;
      const c = m2 ** 2 + m3 ** 2;
      const first = (a + c) / 2;
      const second = Math.sqrt(first ** 2 - (a * c - b ** 2));
      output[0] = Math.sqrt(first + second || 1);
      output[1] = Math.sqrt(first - second || 1);
    }
    static normalizeRect(rect2) {
      const r = rect2.slice(0);
      if (rect2[0] > rect2[2]) {
        r[0] = rect2[2];
        r[2] = rect2[0];
      }
      if (rect2[1] > rect2[3]) {
        r[1] = rect2[3];
        r[3] = rect2[1];
      }
      return r;
    }
    static intersect(rect1, rect2) {
      const xLow = Math.max(Math.min(rect1[0], rect1[2]), Math.min(rect2[0], rect2[2]));
      const xHigh = Math.min(Math.max(rect1[0], rect1[2]), Math.max(rect2[0], rect2[2]));
      if (xLow > xHigh) {
        return null;
      }
      const yLow = Math.max(Math.min(rect1[1], rect1[3]), Math.min(rect2[1], rect2[3]));
      const yHigh = Math.min(Math.max(rect1[1], rect1[3]), Math.max(rect2[1], rect2[3]));
      return yLow > yHigh ? null : [xLow, yLow, xHigh, yHigh];
    }
    static pointBoundingBox(x, y, minMax) {
      minMax[0] = Math.min(minMax[0], x);
      minMax[1] = Math.min(minMax[1], y);
      minMax[2] = Math.max(minMax[2], x);
      minMax[3] = Math.max(minMax[3], y);
    }
    static rectBoundingBox(x0, y0, x1, y1, minMax) {
      minMax[0] = Math.min(minMax[0], x0, x1);
      minMax[1] = Math.min(minMax[1], y0, y1);
      minMax[2] = Math.max(minMax[2], x0, x1);
      minMax[3] = Math.max(minMax[3], y0, y1);
    }
    static #getExtremumOnCurve(x0, x1, x2, x3, y0, y1, y2, y3, t, minMax) {
      if (t <= 0 || t >= 1) {
        return;
      }
      const mt = 1 - t;
      const tt = t * t;
      const ttt = tt * t;
      const x = mt * (mt * (mt * x0 + 3 * t * x1) + 3 * tt * x2) + ttt * x3;
      const y = mt * (mt * (mt * y0 + 3 * t * y1) + 3 * tt * y2) + ttt * y3;
      minMax[0] = Math.min(minMax[0], x);
      minMax[1] = Math.min(minMax[1], y);
      minMax[2] = Math.max(minMax[2], x);
      minMax[3] = Math.max(minMax[3], y);
    }
    static #getExtremum(x0, x1, x2, x3, y0, y1, y2, y3, a, b, c, minMax) {
      if (Math.abs(a) < 1e-12) {
        if (Math.abs(b) >= 1e-12) {
          this.#getExtremumOnCurve(x0, x1, x2, x3, y0, y1, y2, y3, -c / b, minMax);
        }
        return;
      }
      const delta = b ** 2 - 4 * c * a;
      if (delta < 0) {
        return;
      }
      const sqrtDelta = Math.sqrt(delta);
      const a2 = 2 * a;
      this.#getExtremumOnCurve(x0, x1, x2, x3, y0, y1, y2, y3, (-b + sqrtDelta) / a2, minMax);
      this.#getExtremumOnCurve(x0, x1, x2, x3, y0, y1, y2, y3, (-b - sqrtDelta) / a2, minMax);
    }
    static bezierBoundingBox(x0, y0, x1, y1, x2, y2, x3, y3, minMax) {
      minMax[0] = Math.min(minMax[0], x0, x3);
      minMax[1] = Math.min(minMax[1], y0, y3);
      minMax[2] = Math.max(minMax[2], x0, x3);
      minMax[3] = Math.max(minMax[3], y0, y3);
      this.#getExtremum(x0, x1, x2, x3, y0, y1, y2, y3, 3 * (-x0 + 3 * (x1 - x2) + x3), 6 * (x0 - 2 * x1 + x2), 3 * (x1 - x0), minMax);
      this.#getExtremum(x0, x1, x2, x3, y0, y1, y2, y3, 3 * (-y0 + 3 * (y1 - y2) + y3), 6 * (y0 - 2 * y1 + y2), 3 * (y1 - y0), minMax);
    }
  };
  function stringToUTF8String2(str) {
    return decodeURIComponent(escape(str));
  }
  function utf8StringToString(str) {
    return unescape(encodeURIComponent(str));
  }
  function isArrayEqual(arr1, arr2) {
    if (arr1.length !== arr2.length) {
      return false;
    }
    for (let i = 0, ii = arr1.length; i < ii; i++) {
      if (arr1[i] !== arr2[i]) {
        return false;
      }
    }
    return true;
  }
  var NormalizeRegex2 = null;
  var NormalizationMap2 = null;
  function normalizeUnicode2(str) {
    if (!NormalizeRegex2) {
      NormalizeRegex2 = /([\u00a0\u00b5\u037e\u0eb3\u2000-\u200a\u202f\u2126\ufb00-\ufb04\ufb06\ufb20-\ufb36\ufb38-\ufb3c\ufb3e\ufb40\ufb41\ufb43\ufb44\ufb46-\ufba1\ufba4-\ufba9\ufbae-\ufbb1\ufbd3-\ufbdc\ufbde-\ufbe7\ufbea-\ufbf8\ufbfc\ufbfd\ufc00-\ufc5d\ufc64-\ufcf1\ufcf5-\ufd3d\ufd88\ufdf4\ufdfa\ufdfb\ufe71\ufe77\ufe79\ufe7b\ufe7d]+)|(\ufb05+)/gu;
      NormalizationMap2 = /* @__PURE__ */ new Map([["ﬅ", "ſt"]]);
    }
    return str.replaceAll(NormalizeRegex2, (_, p1, p2) => p1 ? p1.normalize("NFKC") : NormalizationMap2.get(p2));
  }
  function _isValidExplicitDest2(validRef, validName, dest) {
    if (!Array.isArray(dest) || dest.length < 2) {
      return false;
    }
    const [page, zoom, ...args] = dest;
    if (!validRef(page) && !Number.isInteger(page)) {
      return false;
    }
    if (!validName(zoom)) {
      return false;
    }
    const argsLen = args.length;
    let allowNull = true;
    switch (zoom.name) {
      case "XYZ":
        if (argsLen < 2 || argsLen > 3) {
          return false;
        }
        break;
      case "Fit":
      case "FitB":
        return argsLen === 0;
      case "FitH":
      case "FitBH":
      case "FitV":
      case "FitBV":
        if (argsLen > 1) {
          return false;
        }
        break;
      case "FitR":
        if (argsLen !== 4) {
          return false;
        }
        allowNull = false;
        break;
      default:
        return false;
    }
    for (const arg of args) {
      if (typeof arg === "number" || allowNull && arg === null) {
        continue;
      }
      return false;
    }
    return true;
  }
  var makeArr2 = () => [];
  var makeMap2 = () => /* @__PURE__ */ new Map();
  var makeObj2 = () => /* @__PURE__ */ Object.create(null);
  var makeSet2 = () => /* @__PURE__ */ new Set();
  if (typeof Blob.prototype.bytes !== "function") {
    Blob.prototype.bytes = async function() {
      return new Uint8Array(await this.arrayBuffer());
    };
  }
  if (typeof Response.prototype.bytes !== "function") {
    Response.prototype.bytes = async function() {
      return new Uint8Array(await this.arrayBuffer());
    };
  }
  if (typeof Iterator.prototype.join !== "function") {
    Iterator.prototype.join = function(separator) {
      return [...this].join(separator);
    };
  }
  es_iterator_every_namespaceFn2();
  var CIRCULAR_REF = Symbol("CIRCULAR_REF");
  var EOF = Symbol("EOF");
  var CmdCache = /* @__PURE__ */ new Map();
  var NameCache = /* @__PURE__ */ new Map();
  var RefCache = /* @__PURE__ */ new Map();
  function clearPrimitiveCaches() {
    CmdCache.clear();
    NameCache.clear();
    RefCache.clear();
  }
  var Name = class _Name {
    constructor(name) {
      this.name = name;
    }
    static get(name) {
      let n = NameCache.get(name);
      if (!n) {
        n = new _Name(name);
        NameCache.set(name, n);
      }
      return n;
    }
  };
  var Cmd = class _Cmd {
    constructor(cmd) {
      this.cmd = cmd;
    }
    static get(cmd) {
      let c = CmdCache.get(cmd);
      if (!c) {
        c = new _Cmd(cmd);
        CmdCache.set(cmd, c);
      }
      return c;
    }
  };
  var nonSerializable = () => nonSerializable;
  var Dict = class _Dict {
    __nonSerializable__ = nonSerializable;
    #map = /* @__PURE__ */ new Map();
    objId = null;
    suppressEncryption = false;
    xref;
    constructor(xref = null) {
      this.xref = xref;
    }
    assignXref(newXref) {
      this.xref = newXref;
    }
    get size() {
      return this.#map.size;
    }
    #getValue(isAsync, key1, key2) {
      let value = this.#map.get(key1);
      if (value === void 0 && key2 !== void 0) {
        value = this.#map.get(key2);
      }
      if (value instanceof Ref && this.xref) {
        return isAsync ? this.xref.fetchAsync(value, this.suppressEncryption) : this.xref.fetch(value, this.suppressEncryption);
      }
      return value;
    }
    get(key1, key2) {
      return this.#getValue(false, key1, key2);
    }
    async getAsync(key1, key2) {
      return this.#getValue(true, key1, key2);
    }
    getArray(key1, key2) {
      let value = this.#getValue(false, key1, key2);
      if (Array.isArray(value)) {
        value = value.slice();
        for (let i = 0, ii = value.length; i < ii; i++) {
          if (value[i] instanceof Ref && this.xref) {
            value[i] = this.xref.fetch(value[i], this.suppressEncryption);
          }
        }
      }
      return value;
    }
    getRaw(key2) {
      return this.#map.get(key2);
    }
    getKeys() {
      return this.#map.keys();
    }
    getRawValues() {
      return this.#map.values();
    }
    getRawEntries() {
      return this.#map.entries();
    }
    set(key2, value) {
      this.#map.set(key2, value);
    }
    setIfNotExists(key2, value) {
      if (!this.has(key2)) {
        this.set(key2, value);
      }
    }
    setIfNumber(key2, value) {
      if (typeof value === "number") {
        this.set(key2, value);
      }
    }
    setIfArray(key2, value) {
      if (Array.isArray(value) || ArrayBuffer.isView(value)) {
        this.set(key2, value);
      }
    }
    setIfDefined(key2, value) {
      if (value !== void 0 && value !== null) {
        this.set(key2, value);
      }
    }
    setIfName(key2, value) {
      if (typeof value === "string") {
        this.set(key2, Name.get(value));
      } else if (value instanceof Name) {
        this.set(key2, value);
      }
    }
    setIfDict(key2, value) {
      if (value instanceof _Dict) {
        this.set(key2, value);
      }
    }
    has(key2) {
      return this.#map.has(key2);
    }
    *[Symbol.iterator]() {
      for (const [key2, value] of this.#map) {
        yield [key2, value instanceof Ref && this.xref ? this.xref.fetch(value, this.suppressEncryption) : value];
      }
    }
    static get empty() {
      const emptyDict = new _Dict(null);
      emptyDict.set = (key2, value) => {
        unreachable2("Should not call `set` on the empty dictionary.");
      };
      return util_shadow2(this, "empty", emptyDict);
    }
    static merge({
      xref,
      dictArray,
      mergeSubDicts = false
    }) {
      const mergedDict = new _Dict(xref), properties = /* @__PURE__ */ new Map();
      for (const dict of dictArray) {
        if (!(dict instanceof _Dict)) {
          continue;
        }
        for (const [key2, value] of dict.getRawEntries()) {
          const property = properties.getOrInsertComputed(key2, makeArr2);
          if (property.length && !(mergeSubDicts && value instanceof _Dict)) {
            continue;
          }
          property.push(value);
        }
      }
      for (const [name, values3] of properties) {
        if (values3.length === 1 || !(values3[0] instanceof _Dict)) {
          mergedDict.set(name, values3[0]);
          continue;
        }
        const subDict = new _Dict(xref);
        for (const dict of values3) {
          for (const [key2, value] of dict.getRawEntries()) {
            subDict.setIfNotExists(key2, value);
          }
        }
        if (subDict.size > 0) {
          mergedDict.set(name, subDict);
        }
      }
      properties.clear();
      return mergedDict.size > 0 ? mergedDict : _Dict.empty;
    }
    clone() {
      const dict = new _Dict(this.xref);
      for (const [key2, value] of this.#map) {
        dict.set(key2, value);
      }
      return dict;
    }
    delete(key2) {
      this.#map.delete(key2);
    }
  };
  var Ref = class _Ref {
    #str;
    constructor(str, num, gen) {
      this.#str = str;
      this.num = num;
      this.gen = gen;
    }
    toString() {
      return this.#str;
    }
    static fromString(str) {
      let ref = RefCache.get(str);
      if (ref) {
        return ref;
      }
      const m = /^([1-9]\d*)R([1-9]\d*)?$/.exec(str);
      if (!m) {
        return null;
      }
      ref = new _Ref(str, parseInt(m[1], 10), !m[2] ? 0 : parseInt(m[2], 10));
      RefCache.set(str, ref);
      return ref;
    }
    static get(num, gen) {
      const str = gen === 0 ? `${num}R` : `${num}R${gen}`;
      let ref = RefCache.get(str);
      if (!ref) {
        ref = new _Ref(str, num, gen);
        RefCache.set(str, ref);
      }
      return ref;
    }
  };
  var RefSet = class {
    #set = /* @__PURE__ */ new Set();
    constructor(parent = null) {
      if (parent) {
        for (const refStr of parent) {
          this.#set.add(refStr);
        }
      }
    }
    has(ref) {
      return this.#set.has(ref.toString());
    }
    put(ref) {
      this.#set.add(ref.toString());
    }
    remove(ref) {
      this.#set.delete(ref.toString());
    }
    [Symbol.iterator]() {
      return this.#set.keys();
    }
    clear() {
      this.#set.clear();
    }
  };
  var RefMap = class {
    #map = /* @__PURE__ */ new Map();
    get size() {
      return this.#map.size;
    }
    get(ref) {
      return this.#map.get(ref.toString());
    }
    has(ref) {
      return this.#map.has(ref.toString());
    }
    put(ref, obj) {
      this.#map.set(ref.toString(), obj);
    }
    putAlias(ref, aliasRef) {
      this.#map.set(ref.toString(), this.get(aliasRef));
    }
    getOrPutComputed(ref, callback) {
      const map = this.#map, refStr = ref.toString();
      if (!map.has(refStr)) {
        map.set(refStr, callback(ref));
      }
      return map.get(refStr);
    }
    [Symbol.iterator]() {
      return this.#map.values();
    }
    clear() {
      this.#map.clear();
    }
    *values() {
      yield* this.#map.values();
    }
    *items() {
      for (const [ref, value] of this.#map) {
        yield [Ref.fromString(ref), value];
      }
    }
    *keys() {
      for (const ref of this.#map.keys()) {
        yield Ref.fromString(ref);
      }
    }
  };
  function isName(v, name) {
    return v instanceof Name && (name === void 0 || v.name === name);
  }
  function isCmd(v, cmd) {
    return v instanceof Cmd && (cmd === void 0 || v.cmd === cmd);
  }
  function isDict(v, type) {
    return v instanceof Dict && (type === void 0 || isName(v.get("Type"), type));
  }
  function isRefsEqual(v1, v2) {
    return v1.num === v2.num && v1.gen === v2.gen;
  }
  var BaseStream = class {
    get length() {
      unreachable2("Abstract getter `length` accessed");
    }
    get isEmpty() {
      unreachable2("Abstract getter `isEmpty` accessed");
    }
    get isDataLoaded() {
      return util_shadow2(this, "isDataLoaded", true);
    }
    getByte() {
      unreachable2("Abstract method `getByte` called");
    }
    getBytes(length) {
      unreachable2("Abstract method `getBytes` called");
    }
    async getImageData(length, decoderOptions) {
      return this.getBytes(length, decoderOptions);
    }
    async asyncGetBytes() {
      unreachable2("Abstract method `asyncGetBytes` called");
    }
    get isAsync() {
      return false;
    }
    get isAsyncDecoder() {
      return false;
    }
    get isImageStream() {
      return false;
    }
    get canAsyncDecodeImageFromBuffer() {
      return false;
    }
    async getTransferableImage(width, height) {
      return null;
    }
    peekByte() {
      const peekedByte = this.getByte();
      if (peekedByte !== -1) {
        this.pos--;
      }
      return peekedByte;
    }
    peekBytes(length) {
      const bytes2 = this.getBytes(length);
      this.pos -= bytes2.length;
      return bytes2;
    }
    getUint16() {
      const b0 = this.getByte();
      const b1 = this.getByte();
      return b0 === -1 || b1 === -1 ? -1 : (b0 << 8) + b1;
    }
    getInt32() {
      const b0 = this.getByte();
      const b1 = this.getByte();
      const b2 = this.getByte();
      const b3 = this.getByte();
      return (b0 << 24) + (b1 << 16) + (b2 << 8) + b3;
    }
    getByteRange(begin, end) {
      unreachable2("Abstract method `getByteRange` called");
    }
    getString(length) {
      return bytesToString2(this.getBytes(length));
    }
    skip(n) {
      this.pos += n || 1;
    }
    reset() {
      unreachable2("Abstract method `reset` called");
    }
    moveStart() {
      unreachable2("Abstract method `moveStart` called");
    }
    makeSubStream(start, length, dict = null) {
      unreachable2("Abstract method `makeSubStream` called");
    }
    clone() {
      unreachable2("Abstract method `clone` called");
    }
    getBaseStreams() {
      return null;
    }
    getOriginalStream() {
      return this.stream?.getOriginalStream() || this;
    }
  };
  var CONTROL_CHAR_REGEXP2 = /\p{Cc}/u;
  function isCSSString2(str) {
    const quote = str[0];
    if (str.length < 2 || quote !== `"` && quote !== `'` || str.at(-1) !== quote) {
      return false;
    }
    const end = str.length - 1;
    for (let i = 1; i < end; i++) {
      const char = str[i];
      if (char === quote || CONTROL_CHAR_REGEXP2.test(char)) {
        return false;
      }
      if (char === "\\") {
        if (++i >= end || CONTROL_CHAR_REGEXP2.test(str[i])) {
          return false;
        }
      }
    }
    return true;
  }
  function serializeFontFamily2(fontFamily) {
    if (isCSSString2(fontFamily)) {
      return fontFamily;
    }
    const escaped2 = fontFamily.replaceAll(/["\\\p{Cc}]/gu, (char) => char === `"` || char === "\\" ? `\\${char}` : `\\${char.codePointAt(0).toString(16)} `);
    return `"${escaped2}"`;
  }
  function isAscii(str) {
    return typeof str === "string" && (!str || /^[\x00-\x7F]*$/.test(str));
  }
  function stringToAsciiOrUTF16BE(str) {
    return str === null || str === void 0 || isAscii(str) ? str : stringToUTF16String(str, true);
  }
  function stringToUTF16HexString(str) {
    const buf = [];
    for (let i = 0, ii = str.length; i < ii; i++) {
      const char = str.charCodeAt(i);
      buf.push(Util2.hexNums[char >> 8 & 255], Util2.hexNums[char & 255]);
    }
    return buf.join("");
  }
  function stringToUTF16String(str, bigEndian = false) {
    const buf = [];
    if (bigEndian) {
      buf.push("þÿ");
    }
    for (let i = 0, ii = str.length; i < ii; i++) {
      const char = str.charCodeAt(i);
      buf.push(String.fromCharCode(char >> 8 & 255), String.fromCharCode(char & 255));
    }
    return buf.join("");
  }
  var PDFStringTranslateTable = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 728, 711, 710, 729, 733, 731, 730, 732, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 8226, 8224, 8225, 8230, 8212, 8211, 402, 8260, 8249, 8250, 8722, 8240, 8222, 8220, 8221, 8216, 8217, 8218, 8482, 64257, 64258, 321, 338, 352, 376, 381, 305, 322, 339, 353, 382, 0, 8364];
  var PDFStringTextDecoders = /* @__PURE__ */ Object.create(null);
  function stringToPDFString(str, keepEscapeSequence = false) {
    if (str[0] >= "ï") {
      let encoding;
      if (str[0] === "þ" && str[1] === "ÿ") {
        encoding = "utf-16be";
        if (str.length % 2 === 1) {
          str = str.slice(0, -1);
        }
      } else if (str[0] === "ÿ" && str[1] === "þ") {
        encoding = "utf-16le";
        if (str.length % 2 === 1) {
          str = str.slice(0, -1);
        }
      } else if (str[0] === "ï" && str[1] === "»" && str[2] === "¿") {
        encoding = "utf-8";
      }
      if (encoding) {
        try {
          const decoder2 = PDFStringTextDecoders[encoding] ??= new TextDecoder(encoding, {
            fatal: true
          });
          const buffer = stringToBytes2(str);
          const decoded = decoder2.decode(buffer);
          return keepEscapeSequence || !decoded.includes("\x1B") ? decoded : decoded.replaceAll(/\x1b[^\x1b]*(?:\x1b|$)/g, "");
        } catch (ex) {
          warn2(`stringToPDFString: "${ex}".`);
        }
      }
    }
    const strBuf = [];
    for (let i = 0, ii = str.length; i < ii; i++) {
      const charCode = str.charCodeAt(i);
      if (!keepEscapeSequence && charCode === 27) {
        while (++i < ii && str.charCodeAt(i) !== 27) {
        }
        continue;
      }
      const code = PDFStringTranslateTable[charCode];
      strBuf.push(code ? String.fromCharCode(code) : str.charAt(i));
    }
    return strBuf.join("");
  }
  var PDF_VERSION_REGEXP = /^[1-9]\.\d$/;
  var MAX_INT_32 = 2 ** 31 - 1;
  var IDENTITY_MATRIX = [1, 0, 0, 1, 0, 0];
  var RESOURCES_KEYS_OPERATOR_LIST = ["ColorSpace", "ExtGState", "Font", "Pattern", "Properties", "Shading", "XObject"];
  var RESOURCES_KEYS_TEXT_CONTENT = ["ExtGState", "Font", "Properties", "XObject"];
  function getLookupTableFactory(initializer, useArray = false) {
    let lookup3;
    return function() {
      if (initializer) {
        lookup3 = useArray ? [] : /* @__PURE__ */ Object.create(null);
        initializer(lookup3);
        initializer = null;
      }
      return lookup3;
    };
  }
  var MissingDataException = class extends BaseException2 {
    constructor(begin, end) {
      super(`Missing data [${begin}, ${end})`, "MissingDataException");
      this.begin = begin;
      this.end = end;
    }
  };
  var ParserEOFException = class extends BaseException2 {
    constructor(msg) {
      super(msg, "ParserEOFException");
    }
  };
  var XRefEntryException = class extends BaseException2 {
    constructor(msg) {
      super(msg, "XRefEntryException");
    }
  };
  var XRefParseException = class extends BaseException2 {
    constructor(msg) {
      super(msg, "XRefParseException");
    }
  };
  function arrayBuffersToBytes(arr) {
    const length = arr.length;
    if (length === 0) {
      return new Uint8Array(0);
    }
    if (length === 1) {
      return new Uint8Array(arr[0]);
    }
    let dataLength = 0;
    for (let i = 0; i < length; i++) {
      dataLength += arr[i].byteLength;
    }
    const data = new Uint8Array(dataLength);
    let pos = 0;
    for (let i = 0; i < length; i++) {
      const item = new Uint8Array(arr[i]);
      data.set(item, pos);
      pos += item.byteLength;
    }
    return data;
  }
  async function fetchBinaryData(url) {
    const response = await fetch(url);
    if (!response.ok) {
      throw new Error(`Failed to fetch file "${url}" with "${response.statusText}".`);
    }
    return response.bytes();
  }
  function getInheritableProperty({
    dict,
    key: key2,
    getArray = false,
    stopWhenFound = true
  }) {
    let values3;
    const visited = new RefSet();
    while (dict instanceof Dict && !(dict.objId && visited.has(dict.objId))) {
      if (dict.objId) {
        visited.put(dict.objId);
      }
      const value = getArray ? dict.getArray(key2) : dict.get(key2);
      if (value !== void 0) {
        if (stopWhenFound) {
          return value;
        }
        (values3 ||= []).push(value);
      }
      dict = dict.get("Parent");
    }
    return values3;
  }
  function getParentToUpdate(dict, ref, xref) {
    const visited = new RefSet();
    const firstDict = dict;
    const result = {
      dict: null,
      ref: null
    };
    while (dict instanceof Dict && !visited.has(ref)) {
      visited.put(ref);
      if (dict.has("T")) {
        break;
      }
      ref = dict.getRaw("Parent");
      if (!(ref instanceof Ref)) {
        return result;
      }
      dict = xref.fetch(ref);
    }
    if (dict instanceof Dict && dict !== firstDict) {
      result.dict = dict;
      result.ref = ref;
    }
    return result;
  }
  function deepCompare(a, b) {
    if (a === b) {
      return true;
    }
    if (a instanceof Ref && b instanceof Ref) {
      return isRefsEqual(a, b);
    }
    if (a instanceof Name && b instanceof Name) {
      return a.name === b.name;
    }
    if (a instanceof Dict && b instanceof Dict) {
      if (a.size !== b.size) {
        return false;
      }
      for (const [key2, value1] of a.getRawEntries()) {
        const value2 = b.getRaw(key2);
        if (value2 === void 0 || !deepCompare(value1, value2)) {
          return false;
        }
      }
      return true;
    }
    if (Array.isArray(a) && Array.isArray(b)) {
      if (a.length !== b.length) {
        return false;
      }
      for (let i = 0, ii = a.length; i < ii; i++) {
        if (!deepCompare(a[i], b[i])) {
          return false;
        }
      }
      return true;
    }
    return false;
  }
  var ROMAN_NUMBER_MAP = ["", "C", "CC", "CCC", "CD", "D", "DC", "DCC", "DCCC", "CM", "", "X", "XX", "XXX", "XL", "L", "LX", "LXX", "LXXX", "XC", "", "I", "II", "III", "IV", "V", "VI", "VII", "VIII", "IX"];
  function toRomanNumerals(number2, lowerCase = false) {
    util_assert2(Number.isInteger(number2) && number2 > 0, "The number should be a positive integer.");
    const roman = "M".repeat(number2 / 1e3 | 0) + ROMAN_NUMBER_MAP[number2 % 1e3 / 100 | 0] + ROMAN_NUMBER_MAP[10 + (number2 % 100 / 10 | 0)] + ROMAN_NUMBER_MAP[20 + number2 % 10];
    return lowerCase ? roman.toLowerCase() : roman;
  }
  function isWhiteSpace(ch2) {
    return ch2 === 32 || ch2 === 9 || ch2 === 13 || ch2 === 10;
  }
  function isBooleanArray(arr, len) {
    return Array.isArray(arr) && (len === null || arr.length === len) && arr.every((x) => typeof x === "boolean");
  }
  function isNumberArray(arr, len) {
    if (Array.isArray(arr)) {
      return (len === null || arr.length === len) && arr.every((x) => typeof x === "number");
    }
    return ArrayBuffer.isView(arr) && !(arr instanceof BigInt64Array || arr instanceof BigUint64Array) && (len === null || arr.length === len);
  }
  function lookupMatrix(arr, fallback) {
    return isNumberArray(arr, 6) ? arr : fallback;
  }
  function lookupRect(arr, fallback) {
    return isNumberArray(arr, 4) ? arr : fallback;
  }
  function lookupNormalRect(arr, fallback) {
    return isNumberArray(arr, 4) ? Util2.normalizeRect(arr) : fallback;
  }
  function parseXFAPath(path2) {
    const positionPattern = /^(.+)\[(\d+)\]$/;
    return path2.split(".").map((component) => {
      const m = component.match(positionPattern);
      return m ? {
        name: m[1],
        pos: parseInt(m[2], 10)
      } : {
        name: component,
        pos: 0
      };
    });
  }
  function escapePDFName(str) {
    const buffer = [];
    let start = 0;
    for (let i = 0, ii = str.length; i < ii; i++) {
      const char = str.charCodeAt(i);
      if (char < 33 || char > 126 || char === 35 || char === 40 || char === 41 || char === 60 || char === 62 || char === 91 || char === 93 || char === 123 || char === 125 || char === 47 || char === 37) {
        if (start < i) {
          buffer.push(str.substring(start, i));
        }
        buffer.push(`#${char.toString(16).padStart(2, "0")}`);
        start = i + 1;
      }
    }
    if (buffer.length === 0) {
      return str;
    }
    if (start < str.length) {
      buffer.push(str.substring(start));
    }
    return buffer.join("");
  }
  function escapeString(str) {
    return str.replaceAll(/([()\\\n\r])/g, (match) => {
      if (match === "\n") {
        return "\\n";
      } else if (match === "\r") {
        return "\\r";
      }
      return `\\${match}`;
    });
  }
  function _collectJS(entry, xref, list, parents) {
    if (!entry) {
      return;
    }
    let parent = null;
    if (entry instanceof Ref) {
      if (parents.has(entry)) {
        return;
      }
      parent = entry;
      parents.put(parent);
      entry = xref.fetch(entry);
    }
    if (Array.isArray(entry)) {
      for (const element2 of entry) {
        _collectJS(element2, xref, list, parents);
      }
    } else if (entry instanceof Dict) {
      if (isName(entry.get("S"), "JavaScript")) {
        const js = entry.get("JS");
        let code;
        if (js instanceof BaseStream) {
          code = js.getString();
        } else if (typeof js === "string") {
          code = js;
        }
        code &&= stringToPDFString(code, true).replaceAll("\0", "");
        if (code) {
          list.push(code.trim());
        }
      }
      _collectJS(entry.getRaw("Next"), xref, list, parents);
    }
    if (parent) {
      parents.remove(parent);
    }
  }
  function _collectAction(dict, name, xref, actions) {
    const list = [];
    _collectJS(dict, xref, list, new RefSet());
    if (list.length) {
      actions.set(name, list);
    }
  }
  function collectActions(xref, dict, eventType) {
    const actions = /* @__PURE__ */ new Map();
    const additionalActionsDicts = getInheritableProperty({
      dict,
      key: "AA",
      stopWhenFound: false
    });
    if (additionalActionsDicts) {
      for (let i = additionalActionsDicts.length - 1; i >= 0; i--) {
        const additionalActions = additionalActionsDicts[i];
        if (!(additionalActions instanceof Dict)) {
          continue;
        }
        for (const [key2, rawActionDict] of additionalActions.getRawEntries()) {
          const action = eventType[key2];
          if (action) {
            _collectAction(rawActionDict, action, xref, actions);
          }
        }
      }
    }
    if (dict.has("A")) {
      _collectAction(dict.get("A"), "Action", xref, actions);
    }
    return actions.size ? actions : null;
  }
  var XMLEntities = {
    60: "&lt;",
    62: "&gt;",
    38: "&amp;",
    34: "&quot;",
    39: "&apos;"
  };
  function* codePointIter(str) {
    for (let i = 0, ii = str.length; i < ii; i++) {
      const char = str.codePointAt(i);
      if (char > 55295 && (char < 57344 || char > 65533)) {
        i++;
      }
      yield char;
    }
  }
  function encodeToXmlString(str) {
    const buffer = [];
    let start = 0;
    for (let i = 0, ii = str.length; i < ii; i++) {
      const char = str.codePointAt(i);
      if (32 <= char && char <= 126) {
        const entity = XMLEntities[char];
        if (entity) {
          if (start < i) {
            buffer.push(str.substring(start, i));
          }
          buffer.push(entity);
          start = i + 1;
        }
      } else {
        if (start < i) {
          buffer.push(str.substring(start, i));
        }
        buffer.push(`&#x${char.toString(16).toUpperCase()};`);
        if (char > 65535) {
          i++;
        }
        start = i + 1;
      }
    }
    if (buffer.length === 0) {
      return str;
    }
    if (start < str.length) {
      buffer.push(str.substring(start));
    }
    return buffer.join("");
  }
  function validateFontName(fontFamily, mustWarn = false) {
    const m = /^("|').*("|')$/.exec(fontFamily);
    if (m && m[1] === m[2]) {
      const re = new RegExp(`[^\\\\]${m[1]}`);
      if (re.test(fontFamily.slice(1, -1))) {
        if (mustWarn) {
          warn2(`FontFamily contains unescaped ${m[1]}: ${fontFamily}.`);
        }
        return false;
      }
      if (CONTROL_CHAR_REGEXP2.test(fontFamily)) {
        if (mustWarn) {
          warn2(`FontFamily contains control characters: ${fontFamily}.`);
        }
        return false;
      }
    } else {
      for (const ident of fontFamily.split(/[ \t]+/)) {
        if (/^(?:\d|-[\d-])/.test(ident) || !/^[\w\\-]+$/.test(ident)) {
          if (mustWarn) {
            warn2(`FontFamily contains invalid <custom-ident>: ${fontFamily}.`);
          }
          return false;
        }
      }
    }
    return true;
  }
  function normalizeCSSFontFamily(fontFamily) {
    return fontFamily.replaceAll(/( +)(\d)?/g, (_, spaces, digit) => digit ?? " ");
  }
  function validateCSSFont(cssFontInfo) {
    const DEFAULT_CSS_FONT_OBLIQUE = "14";
    const DEFAULT_CSS_FONT_WEIGHT = "400";
    const CSS_FONT_WEIGHT_VALUES = /* @__PURE__ */ new Set(["100", "200", "300", "400", "500", "600", "700", "800", "900", "1000", "normal", "bold", "bolder", "lighter"]);
    const {
      fontFamily,
      fontWeight,
      italicAngle
    } = cssFontInfo;
    if (!validateFontName(fontFamily, true)) {
      return false;
    }
    const weight = fontWeight ? fontWeight.toString() : "";
    cssFontInfo.fontWeight = CSS_FONT_WEIGHT_VALUES.has(weight) ? weight : DEFAULT_CSS_FONT_WEIGHT;
    const angle = parseFloat(italicAngle);
    cssFontInfo.italicAngle = isNaN(angle) || angle < -90 || angle > 90 ? DEFAULT_CSS_FONT_OBLIQUE : italicAngle.toString();
    return true;
  }
  function recoverJsURL(str) {
    const URL_OPEN_METHODS = ["app.launchURL", "window.open", "xfa.host.gotoURL"];
    const regex = new RegExp("^\\s*(" + URL_OPEN_METHODS.join("|").replaceAll(".", "\\.") + `)\\((?:'|")([^'"]*)(?:'|")(?:,\\s*(\\w+)\\)|\\))`, "i");
    const jsUrl = regex.exec(str);
    if (jsUrl?.[2]) {
      return {
        url: jsUrl[2],
        newWindow: jsUrl[1] === "app.launchURL" && jsUrl[3] === "true"
      };
    }
    return null;
  }
  function core_utils_numberToString(value) {
    if (Number.isInteger(value)) {
      return value.toString();
    }
    const roundedValue = Math.round(value * 100);
    if (roundedValue % 100 === 0) {
      return (roundedValue / 100).toString();
    }
    return roundedValue % 10 === 0 ? value.toFixed(1) : value.toFixed(2);
  }
  function getNewAnnotationsMap(annotationStorage) {
    if (!annotationStorage) {
      return null;
    }
    const newAnnotationsByPage = /* @__PURE__ */ new Map();
    for (const [key2, value] of annotationStorage) {
      if (!key2.startsWith(AnnotationEditorPrefix2)) {
        continue;
      }
      newAnnotationsByPage.getOrInsertComputed(value.pageIndex, makeArr2).push(value);
    }
    return newAnnotationsByPage.size > 0 ? newAnnotationsByPage : null;
  }
  function getModificationDate(date = /* @__PURE__ */ new Date()) {
    if (!(date instanceof Date)) {
      date = new Date(date);
    }
    const buffer = [date.getUTCFullYear().toString(), (date.getUTCMonth() + 1).toString().padStart(2, "0"), date.getUTCDate().toString().padStart(2, "0"), date.getUTCHours().toString().padStart(2, "0"), date.getUTCMinutes().toString().padStart(2, "0"), date.getUTCSeconds().toString().padStart(2, "0")];
    return buffer.join("");
  }
  function getRotationMatrix(rotation, width, height) {
    switch (rotation) {
      case 90:
        return [0, 1, -1, 0, width, 0];
      case 180:
        return [-1, 0, 0, -1, width, height];
      case 270:
        return [0, -1, 1, 0, 0, height];
      default:
        throw new Error("Invalid rotation");
    }
  }
  function getSizeInBytes(x) {
    return Math.ceil(Math.ceil(Math.log2(1 + x)) / 8);
  }
  var ALPHA_MASK = new Uint8Array(new Uint32Array([1]).buffer)[0] === 1 ? 4278190080 : 255;
  var RGB_MASK = ~ALPHA_MASK;
  var QCMS = class {
    static #memoryArray = null;
    static _memory = null;
    static _destBuffer = null;
    static _destOffset = 0;
    static _keepAlpha = false;
    static get _memoryArray() {
      const array = this.#memoryArray;
      if (array?.byteLength) {
        return array;
      }
      return this.#memoryArray = new Uint8Array(this._memory.buffer);
    }
  };
  function copy_result(ptr, len) {
    const {
      _destBuffer,
      _destOffset,
      _keepAlpha,
      _memoryArray
    } = QCMS;
    if (!_keepAlpha) {
      _destBuffer.set(_memoryArray.subarray(ptr, ptr + len), _destOffset);
      return;
    }
    const count = len >> 2;
    const destStart = _destBuffer.byteOffset + _destOffset;
    if (((destStart | ptr) & 3) === 0) {
      const dest32 = new Uint32Array(_destBuffer.buffer, destStart, count);
      const src32 = new Uint32Array(QCMS._memory.buffer, ptr, count);
      for (let i = 0; i < count; i++) {
        dest32[i] = dest32[i] & ALPHA_MASK | src32[i] & RGB_MASK;
      }
      return;
    }
    for (let i = ptr, ii = ptr + len, j = _destOffset; i < ii; i += 4, j += 4) {
      _destBuffer[j] = _memoryArray[i];
      _destBuffer[j + 1] = _memoryArray[i + 1];
      _destBuffer[j + 2] = _memoryArray[i + 2];
    }
  }
  var DataType = Object.freeze({
    RGB8: 0,
    "0": "RGB8",
    RGBA8: 1,
    "1": "RGBA8",
    BGRA8: 2,
    "2": "BGRA8",
    Gray8: 3,
    "3": "Gray8",
    GrayA8: 4,
    "4": "GrayA8",
    CMYK: 5,
    "5": "CMYK"
  });
  var Intent = Object.freeze({
    Perceptual: 0,
    "0": "Perceptual",
    RelativeColorimetric: 1,
    "1": "RelativeColorimetric",
    Saturation: 2,
    "2": "Saturation",
    AbsoluteColorimetric: 3,
    "3": "AbsoluteColorimetric"
  });
  function qcms_convert_array(transformer, src, add_alpha) {
    const ptr0 = passArray8ToWasm0(src, wasm.__wbindgen_malloc);
    const len0 = WASM_VECTOR_LEN;
    wasm.qcms_convert_array(transformer, ptr0, len0, add_alpha);
  }
  function qcms_convert_four(transformer, src1, src2, src3, src4) {
    const ret = wasm.qcms_convert_four(transformer, src1, src2, src3, src4);
    return ret >>> 0;
  }
  function qcms_convert_one(transformer, src) {
    const ret = wasm.qcms_convert_one(transformer, src);
    return ret >>> 0;
  }
  function qcms_convert_three(transformer, src1, src2, src3) {
    const ret = wasm.qcms_convert_three(transformer, src1, src2, src3);
    return ret >>> 0;
  }
  function qcms_drop_transformer(transformer) {
    wasm.qcms_drop_transformer(transformer);
  }
  function qcms_transformer_from_memory(mem, in_type, intent) {
    const ptr0 = passArray8ToWasm0(mem, wasm.__wbindgen_malloc);
    const len0 = WASM_VECTOR_LEN;
    const ret = wasm.qcms_transformer_from_memory(ptr0, len0, in_type, intent);
    return ret >>> 0;
  }
  function __wbg_get_imports() {
    const import0 = {
      __proto__: null,
      __wbg___wbindgen_throw_344f42d3211c4765: function(arg0, arg1) {
        throw new Error(getStringFromWasm0(arg0, arg1));
      },
      __wbg_copy_result_0d15f3bf9d9012ae: function(arg0, arg1) {
        copy_result(arg0 >>> 0, arg1 >>> 0);
      },
      __wbindgen_init_externref_table: function() {
        const table = wasm.__wbindgen_externrefs;
        const offset = table.grow(4);
        table.set(0, void 0);
        table.set(offset + 0, void 0);
        table.set(offset + 1, null);
        table.set(offset + 2, true);
        table.set(offset + 3, false);
      }
    };
    return {
      __proto__: null,
      "./qcms_bg.js": import0
    };
  }
  function getStringFromWasm0(ptr, len) {
    return decodeText(ptr >>> 0, len);
  }
  var cachedUint8ArrayMemory0 = null;
  function getUint8ArrayMemory0() {
    if (cachedUint8ArrayMemory0 === null || cachedUint8ArrayMemory0.byteLength === 0) {
      cachedUint8ArrayMemory0 = new Uint8Array(wasm.memory.buffer);
    }
    return cachedUint8ArrayMemory0;
  }
  function passArray8ToWasm0(arg, malloc) {
    const ptr = malloc(arg.length * 1, 1) >>> 0;
    getUint8ArrayMemory0().set(arg, ptr / 1);
    WASM_VECTOR_LEN = arg.length;
    return ptr;
  }
  var cachedTextDecoder = new TextDecoder("utf-8", {
    ignoreBOM: true,
    fatal: true
  });
  cachedTextDecoder.decode();
  var MAX_SAFARI_DECODE_BYTES = 2146435072;
  var numBytesDecoded = 0;
  function decodeText(ptr, len) {
    numBytesDecoded += len;
    if (numBytesDecoded >= MAX_SAFARI_DECODE_BYTES) {
      cachedTextDecoder = new TextDecoder("utf-8", {
        ignoreBOM: true,
        fatal: true
      });
      cachedTextDecoder.decode();
      numBytesDecoded = len;
    }
    return cachedTextDecoder.decode(getUint8ArrayMemory0().subarray(ptr, ptr + len));
  }
  var WASM_VECTOR_LEN = 0;
  var wasmModule;
  var wasmInstance;
  var wasm;
  function __wbg_finalize_init(instance, module) {
    wasmInstance = instance;
    wasm = instance.exports;
    wasmModule = module;
    cachedUint8ArrayMemory0 = null;
    wasm.__wbindgen_start();
    return wasm;
  }
  function initSync(module) {
    if (wasm !== void 0) return wasm;
    if (module !== void 0) {
      if (Object.getPrototypeOf(module) === Object.prototype) {
        ({
          module
        } = module);
      } else {
        console.warn("using deprecated parameters for `initSync()`; pass a single object instead");
      }
    }
    const imports = __wbg_get_imports();
    if (!(module instanceof WebAssembly.Module)) {
      module = new WebAssembly.Module(module);
    }
    const instance = new WebAssembly.Instance(module, imports);
    return __wbg_finalize_init(instance, module);
  }
  function MathClamp2(v, min, max) {
    return Math.min(Math.max(v, min), max);
  }
  function resizeRgbImage(src, dest, w1, h1, w2, h2, alpha01) {
    const COMPONENTS = 3;
    alpha01 = alpha01 !== 1 ? 0 : alpha01;
    const xRatio = w1 / w2;
    const yRatio = h1 / h2;
    let newIndex = 0, oldIndex;
    const xScaled = new Uint16Array(w2);
    const w1Scanline = w1 * COMPONENTS;
    for (let i = 0; i < w2; i++) {
      xScaled[i] = Math.floor(i * xRatio) * COMPONENTS;
    }
    for (let i = 0; i < h2; i++) {
      const py2 = Math.floor(i * yRatio) * w1Scanline;
      for (let j = 0; j < w2; j++) {
        oldIndex = py2 + xScaled[j];
        dest[newIndex++] = src[oldIndex++];
        dest[newIndex++] = src[oldIndex++];
        dest[newIndex++] = src[oldIndex++];
        newIndex += alpha01;
      }
    }
  }
  function resizeRgbaImage(src, dest, w1, h1, w2, h2, alpha01) {
    const xRatio = w1 / w2;
    const yRatio = h1 / h2;
    let newIndex = 0;
    const xScaled = new Uint16Array(w2);
    if (alpha01 === 1) {
      for (let i = 0; i < w2; i++) {
        xScaled[i] = Math.floor(i * xRatio);
      }
      const src32 = new Uint32Array(src.buffer);
      const dest32 = new Uint32Array(dest.buffer);
      const rgbMask = FeatureTest2.isLittleEndian ? 16777215 : 4294967040;
      for (let i = 0; i < h2; i++) {
        const buf = src32.subarray(Math.floor(i * yRatio) * w1);
        for (let j = 0; j < w2; j++) {
          dest32[newIndex++] |= buf[xScaled[j]] & rgbMask;
        }
      }
    } else {
      const COMPONENTS = 4;
      const w1Scanline = w1 * COMPONENTS;
      for (let i = 0; i < w2; i++) {
        xScaled[i] = Math.floor(i * xRatio) * COMPONENTS;
      }
      for (let i = 0; i < h2; i++) {
        const buf = src.subarray(Math.floor(i * yRatio) * w1Scanline);
        for (let j = 0; j < w2; j++) {
          const oldIndex = xScaled[j];
          dest[newIndex++] = buf[oldIndex];
          dest[newIndex++] = buf[oldIndex + 1];
          dest[newIndex++] = buf[oldIndex + 2];
        }
      }
    }
  }
  function copyRgbaImage(src, dest, alpha01) {
    if (alpha01 === 1) {
      const src32 = new Uint32Array(src.buffer);
      const dest32 = new Uint32Array(dest.buffer);
      const rgbMask = FeatureTest2.isLittleEndian ? 16777215 : 4294967040;
      for (let i = 0, ii = src32.length; i < ii; i++) {
        dest32[i] |= src32[i] & rgbMask;
      }
    } else {
      let j = 0;
      for (let i = 0, ii = src.length; i < ii; i += 4) {
        dest[j++] = src[i];
        dest[j++] = src[i + 1];
        dest[j++] = src[i + 2];
      }
    }
  }
  function isDefaultDecodeHelper(decode, expectedLen) {
    if (!Array.isArray(decode)) {
      return true;
    }
    const decodeLen = decode.length;
    if (decodeLen < expectedLen) {
      warn2("Decode map length is too short.");
      return true;
    }
    if (decodeLen > expectedLen) {
      info2("Truncating too long decode map.");
      decode.length = expectedLen;
    }
    return false;
  }
  var ColorSpace2 = class _ColorSpace {
    static #rgbBuf = new Uint8ClampedArray(3);
    constructor(name, numComps) {
      this.name = name;
      this.numComps = numComps;
    }
    getRgb(src, srcOffset, output = new Uint8ClampedArray(3)) {
      this.getRgbItem(src, srcOffset, output, 0);
      return output;
    }
    getRgbHex(src, srcOffset) {
      const buffer = this.getRgb(src, srcOffset, _ColorSpace.#rgbBuf);
      return Util2.makeHexColor(buffer[0], buffer[1], buffer[2]);
    }
    getRgbItem(src, srcOffset, dest, destOffset) {
      unreachable2("Should not call ColorSpace.getRgbItem");
    }
    getRgbBuffer(src, srcOffset, count, dest, destOffset, bits, alpha01) {
      unreachable2("Should not call ColorSpace.getRgbBuffer");
    }
    getRgbItems(src, count, dest, destOffset, alpha01) {
      const {
        numComps
      } = this;
      for (let i = 0, srcOffset = 0; i < count; i++, srcOffset += numComps) {
        this.getRgbItem(src, srcOffset, dest, destOffset);
        destOffset += 3 + alpha01;
      }
    }
    isPassthrough(bits) {
      return false;
    }
    isDefaultDecode(decode, bpc) {
      return _ColorSpace.isDefaultDecode(decode, this.numComps);
    }
    fillRgb(dest, originalWidth, originalHeight, width, height, actualHeight, bpc, comps, alpha01) {
      const count = originalWidth * originalHeight;
      let rgbBuf = null;
      const numComponentColors = 1 << bpc;
      const needsResizing = originalHeight !== height || originalWidth !== width;
      if (this.isPassthrough(bpc)) {
        rgbBuf = comps;
      } else if (this.numComps === 1 && count > numComponentColors && this.name !== "DeviceGray" && this.name !== "DeviceRGB") {
        const allColors = bpc <= 8 ? new Uint8Array(numComponentColors) : new Uint16Array(numComponentColors);
        for (let i = 0; i < numComponentColors; i++) {
          allColors[i] = i;
        }
        const colorMap = new Uint8ClampedArray(numComponentColors * 3);
        this.getRgbBuffer(allColors, 0, numComponentColors, colorMap, 0, bpc, 0);
        if (!needsResizing) {
          let destPos = 0;
          for (let i = 0; i < count; ++i) {
            const key2 = comps[i] * 3;
            dest[destPos++] = colorMap[key2];
            dest[destPos++] = colorMap[key2 + 1];
            dest[destPos++] = colorMap[key2 + 2];
            destPos += alpha01;
          }
        } else {
          rgbBuf = new Uint8Array(count * 3);
          let rgbPos = 0;
          for (let i = 0; i < count; ++i) {
            const key2 = comps[i] * 3;
            rgbBuf[rgbPos++] = colorMap[key2];
            rgbBuf[rgbPos++] = colorMap[key2 + 1];
            rgbBuf[rgbPos++] = colorMap[key2 + 2];
          }
        }
      } else if (!needsResizing) {
        this.getRgbBuffer(comps, 0, width * actualHeight, dest, 0, bpc, alpha01);
      } else {
        rgbBuf = new Uint8ClampedArray(count * 3);
        this.getRgbBuffer(comps, 0, count, rgbBuf, 0, bpc, 0);
      }
      if (rgbBuf) {
        if (needsResizing) {
          resizeRgbImage(rgbBuf, dest, originalWidth, originalHeight, width, height, alpha01);
        } else {
          let destPos = 0, rgbPos = 0;
          for (let i = 0, ii = width * actualHeight; i < ii; i++) {
            dest[destPos++] = rgbBuf[rgbPos++];
            dest[destPos++] = rgbBuf[rgbPos++];
            dest[destPos++] = rgbBuf[rgbPos++];
            destPos += alpha01;
          }
        }
      }
    }
    get usesZeroToOneRange() {
      return util_shadow2(this, "usesZeroToOneRange", true);
    }
    static isDefaultDecode(decode, numComps) {
      if (isDefaultDecodeHelper(decode, numComps * 2)) {
        return true;
      }
      for (let i = 0, ii = decode.length; i < ii; i += 2) {
        if (decode[i] !== 0 || decode[i + 1] !== 1) {
          return false;
        }
      }
      return true;
    }
  };
  var AlternateCS = class extends ColorSpace2 {
    constructor(numComps, base, tintFn) {
      super("Alternate", numComps);
      this.base = base;
      this.tintFn = tintFn;
      this.tmpBuf = new Float32Array(base.numComps);
    }
    getRgbItem(src, srcOffset, dest, destOffset) {
      const tmpBuf = this.tmpBuf;
      this.tintFn(src, srcOffset, tmpBuf, 0);
      this.base.getRgbItem(tmpBuf, 0, dest, destOffset);
    }
    getRgbItems(src, count, dest, destOffset, alpha01) {
      const {
        base,
        numComps,
        tintFn
      } = this;
      const baseNumComps = base.numComps;
      const tinted = new Float32Array(count * baseNumComps);
      for (let i = 0, srcOffset = 0, tintedOffset = 0; i < count; i++) {
        tintFn(src, srcOffset, tinted, tintedOffset);
        srcOffset += numComps;
        tintedOffset += baseNumComps;
      }
      base.getRgbItems(tinted, count, dest, destOffset, alpha01);
    }
    getRgbBuffer(src, srcOffset, count, dest, destOffset, bits, alpha01) {
      const tintFn = this.tintFn;
      const base = this.base;
      const scale2 = 1 / ((1 << bits) - 1);
      const baseNumComps = base.numComps;
      const usesZeroToOneRange = base.usesZeroToOneRange;
      const isPassthrough = (base.isPassthrough(8) || !usesZeroToOneRange) && alpha01 === 0;
      let pos = isPassthrough ? destOffset : 0;
      const baseBuf = isPassthrough ? dest : new Uint8ClampedArray(baseNumComps * count);
      const numComps = this.numComps;
      const scaled = new Float32Array(numComps);
      const tinted = new Float32Array(baseNumComps);
      let i, j;
      for (i = 0; i < count; i++) {
        for (j = 0; j < numComps; j++) {
          scaled[j] = src[srcOffset++] * scale2;
        }
        tintFn(scaled, 0, tinted, 0);
        if (usesZeroToOneRange) {
          for (j = 0; j < baseNumComps; j++) {
            baseBuf[pos++] = tinted[j] * 255;
          }
        } else {
          base.getRgbItem(tinted, 0, baseBuf, pos);
          pos += baseNumComps;
        }
      }
      if (!isPassthrough) {
        base.getRgbBuffer(baseBuf, 0, count, dest, destOffset, 8, alpha01);
      }
    }
  };
  var PatternCS = class extends ColorSpace2 {
    constructor(baseCS) {
      super("Pattern", null);
      this.base = baseCS;
    }
    isDefaultDecode(decode, bpc) {
      unreachable2("Should not call PatternCS.isDefaultDecode");
    }
  };
  var IndexedCS = class extends ColorSpace2 {
    #rgbLookup;
    constructor(base, highVal, lookup3) {
      super("Indexed", 1);
      this.highVal = highVal;
      const count = highVal + 1;
      const length = base.numComps * count;
      const palette = new Uint8Array(length);
      if (lookup3 instanceof BaseStream) {
        palette.set(lookup3.getBytes(length));
      } else if (typeof lookup3 === "string") {
        for (let i = 0; i < length; ++i) {
          palette[i] = lookup3.charCodeAt(i);
        }
      } else {
        throw new FormatError2(`IndexedCS - unrecognized lookup table: ${lookup3}`);
      }
      this.#rgbLookup = new Uint8ClampedArray(count * 3);
      base.getRgbBuffer(palette, 0, count, this.#rgbLookup, 0, 8, 0);
    }
    getRgbItem(src, srcOffset, dest, destOffset) {
      const rgbLookup = this.#rgbLookup;
      const pos = MathClamp2(Math.round(src[srcOffset]), 0, this.highVal) * 3;
      dest[destOffset] = rgbLookup[pos];
      dest[destOffset + 1] = rgbLookup[pos + 1];
      dest[destOffset + 2] = rgbLookup[pos + 2];
    }
    getRgbBuffer(src, srcOffset, count, dest, destOffset, bits, alpha01) {
      const {
        highVal
      } = this;
      const rgbLookup = this.#rgbLookup;
      for (let i = 0; i < count; ++i) {
        const pos = MathClamp2(Math.round(src[srcOffset++]), 0, highVal) * 3;
        dest[destOffset++] = rgbLookup[pos];
        dest[destOffset++] = rgbLookup[pos + 1];
        dest[destOffset++] = rgbLookup[pos + 2];
        destOffset += alpha01;
      }
    }
    isDefaultDecode(decode, bpc) {
      if (isDefaultDecodeHelper(decode, 2)) {
        return true;
      }
      if (!Number.isInteger(bpc) || bpc < 1) {
        warn2("Bits per component is not correct");
        return true;
      }
      return decode[0] === 0 && decode[1] === (1 << bpc) - 1;
    }
  };
  var DeviceGrayCS = class extends ColorSpace2 {
    constructor() {
      super("DeviceGray", 1);
    }
    getRgbItem(src, srcOffset, dest, destOffset) {
      const c = src[srcOffset] * 255;
      dest[destOffset] = dest[destOffset + 1] = dest[destOffset + 2] = c;
    }
    getRgbBuffer(src, srcOffset, count, dest, destOffset, bits, alpha01) {
      const scale2 = 255 / ((1 << bits) - 1);
      let j = srcOffset, q = destOffset;
      for (let i = 0; i < count; ++i) {
        const c = scale2 * src[j++];
        dest[q++] = c;
        dest[q++] = c;
        dest[q++] = c;
        q += alpha01;
      }
    }
  };
  var DeviceRgbCS = class extends ColorSpace2 {
    constructor() {
      super("DeviceRGB", 3);
    }
    getRgbItem(src, srcOffset, dest, destOffset) {
      dest[destOffset] = src[srcOffset] * 255;
      dest[destOffset + 1] = src[srcOffset + 1] * 255;
      dest[destOffset + 2] = src[srcOffset + 2] * 255;
    }
    getRgbBuffer(src, srcOffset, count, dest, destOffset, bits, alpha01) {
      if (bits === 8 && alpha01 === 0) {
        dest.set(src.subarray(srcOffset, srcOffset + count * 3), destOffset);
        return;
      }
      const scale2 = 255 / ((1 << bits) - 1);
      let j = srcOffset, q = destOffset;
      for (let i = 0; i < count; ++i) {
        dest[q++] = scale2 * src[j++];
        dest[q++] = scale2 * src[j++];
        dest[q++] = scale2 * src[j++];
        q += alpha01;
      }
    }
    isPassthrough(bits) {
      return bits === 8;
    }
  };
  var DeviceRgbaCS = class extends ColorSpace2 {
    constructor() {
      super("DeviceRGBA", 4);
    }
    isPassthrough(bits) {
      return bits === 8;
    }
    fillRgb(dest, originalWidth, originalHeight, width, height, actualHeight, bpc, comps, alpha01) {
      if (originalHeight !== height || originalWidth !== width) {
        resizeRgbaImage(comps, dest, originalWidth, originalHeight, width, height, alpha01);
      } else {
        copyRgbaImage(comps, dest, alpha01);
      }
    }
  };
  var DeviceCmykCS = class extends ColorSpace2 {
    constructor() {
      super("DeviceCMYK", 4);
    }
    #toRgb(src, srcOffset, srcScale, dest, destOffset) {
      const c = src[srcOffset] * srcScale;
      const m = src[srcOffset + 1] * srcScale;
      const y = src[srcOffset + 2] * srcScale;
      const k = src[srcOffset + 3] * srcScale;
      dest[destOffset] = 255 + c * (-4.387332384609988 * c + 54.48615194189176 * m + 18.82290502165302 * y + 212.25662451639585 * k + -285.2331026137004) + m * (1.7149763477362134 * m - 5.6096736904047315 * y + -17.873870861415444 * k - 5.497006427196366) + y * (-2.5217340131683033 * y - 21.248923337353073 * k + 17.5119270841813) + k * (-21.86122147463605 * k - 189.48180835922747);
      dest[destOffset + 1] = 255 + c * (8.841041422036149 * c + 60.118027045597366 * m + 6.871425592049007 * y + 31.159100130055922 * k + -79.2970844816548) + m * (-15.310361306967817 * m + 17.575251261109482 * y + 131.35250912493976 * k - 190.9453302588951) + y * (4.444339102852739 * y + 9.8632861493405 * k - 24.86741582555878) + k * (-20.737325471181034 * k - 187.80453709719578);
      dest[destOffset + 2] = 255 + c * (0.8842522430003296 * c + 8.078677503112928 * m + 30.89978309703729 * y - 0.23883238689178934 * k + -14.183576799673286) + m * (10.49593273432072 * m + 63.02378494754052 * y + 50.606957656360734 * k - 112.23884253719248) + y * (0.03296041114873217 * y + 115.60384449646641 * k + -193.58209356861505) + k * (-22.33816807309886 * k - 180.12613974708367);
    }
    getRgbItem(src, srcOffset, dest, destOffset) {
      this.#toRgb(src, srcOffset, 1, dest, destOffset);
    }
    getRgbBuffer(src, srcOffset, count, dest, destOffset, bits, alpha01) {
      const scale2 = 1 / ((1 << bits) - 1);
      for (let i = 0; i < count; i++) {
        this.#toRgb(src, srcOffset, scale2, dest, destOffset);
        srcOffset += 4;
        destOffset += 3 + alpha01;
      }
    }
  };
  var CalGrayCS = class extends ColorSpace2 {
    constructor(whitePoint, blackPoint, gamma) {
      super("CalGray", 1);
      if (!whitePoint) {
        throw new FormatError2("WhitePoint missing - required for color space CalGray");
      }
      [this.XW, this.YW, this.ZW] = whitePoint;
      [this.XB, this.YB, this.ZB] = blackPoint || [0, 0, 0];
      this.G = gamma || 1;
      if (this.XW < 0 || this.ZW < 0 || this.YW !== 1) {
        throw new FormatError2(`Invalid WhitePoint components for ${this.name}, no fallback available`);
      }
      if (this.XB < 0 || this.YB < 0 || this.ZB < 0) {
        info2(`Invalid BlackPoint for ${this.name}, falling back to default.`);
        this.XB = this.YB = this.ZB = 0;
      }
      if (this.XB !== 0 || this.YB !== 0 || this.ZB !== 0) {
        warn2(`${this.name}, BlackPoint: XB: ${this.XB}, YB: ${this.YB}, ZB: ${this.ZB}, only default values are supported.`);
      }
      if (this.G < 1) {
        info2(`Invalid Gamma: ${this.G} for ${this.name}, falling back to default.`);
        this.G = 1;
      }
    }
    #toRgb(src, srcOffset, dest, destOffset, scale2) {
      const A = src[srcOffset] * scale2;
      const AG = A ** this.G;
      const L = this.YW * AG;
      const val = Math.max(295.8 * L ** 0.3333333333333333 - 40.8, 0);
      dest[destOffset] = val;
      dest[destOffset + 1] = val;
      dest[destOffset + 2] = val;
    }
    getRgbItem(src, srcOffset, dest, destOffset) {
      this.#toRgb(src, srcOffset, dest, destOffset, 1);
    }
    getRgbBuffer(src, srcOffset, count, dest, destOffset, bits, alpha01) {
      const scale2 = 1 / ((1 << bits) - 1);
      for (let i = 0; i < count; ++i) {
        this.#toRgb(src, srcOffset, dest, destOffset, scale2);
        srcOffset += 1;
        destOffset += 3 + alpha01;
      }
    }
  };
  var CalRGBCS = class _CalRGBCS extends ColorSpace2 {
    static #BRADFORD_SCALE_MATRIX = new Float32Array([0.8951, 0.2664, -0.1614, -0.7502, 1.7135, 0.0367, 0.0389, -0.0685, 1.0296]);
    static #BRADFORD_SCALE_INVERSE_MATRIX = new Float32Array([0.9869929, -0.1470543, 0.1599627, 0.4323053, 0.5183603, 0.0492912, -85287e-7, 0.0400428, 0.9684867]);
    static #SRGB_D65_XYZ_TO_RGB_MATRIX = new Float32Array([3.2404542, -1.5371385, -0.4985314, -0.969266, 1.8760108, 0.041556, 0.0556434, -0.2040259, 1.0572252]);
    static #FLAT_WHITEPOINT_MATRIX = new Float32Array([1, 1, 1]);
    static #tempNormalizeMatrix = new Float32Array(3);
    static #tempConvertMatrix1 = new Float32Array(3);
    static #tempConvertMatrix2 = new Float32Array(3);
    static #DECODE_L_CONSTANT = ((8 + 16) / 116) ** 3 / 8;
    constructor(whitePoint, blackPoint, gamma, matrix) {
      super("CalRGB", 3);
      if (!whitePoint) {
        throw new FormatError2("WhitePoint missing - required for color space CalRGB");
      }
      const [XW, YW, ZW] = this.whitePoint = whitePoint;
      const [XB, YB, ZB] = this.blackPoint = blackPoint || new Float32Array(3);
      [this.GR, this.GG, this.GB] = gamma || new Float32Array([1, 1, 1]);
      [this.MXA, this.MYA, this.MZA, this.MXB, this.MYB, this.MZB, this.MXC, this.MYC, this.MZC] = matrix || new Float32Array([1, 0, 0, 0, 1, 0, 0, 0, 1]);
      if (XW < 0 || ZW < 0 || YW !== 1) {
        throw new FormatError2(`Invalid WhitePoint components for ${this.name}, no fallback available`);
      }
      if (XB < 0 || YB < 0 || ZB < 0) {
        info2(`Invalid BlackPoint for ${this.name} [${XB}, ${YB}, ${ZB}], falling back to default.`);
        this.blackPoint = new Float32Array(3);
      }
      if (this.GR < 0 || this.GG < 0 || this.GB < 0) {
        info2(`Invalid Gamma [${this.GR}, ${this.GG}, ${this.GB}] for ${this.name}, falling back to default.`);
        this.GR = this.GG = this.GB = 1;
      }
    }
    #matrixProduct(a, b, result) {
      result[0] = a[0] * b[0] + a[1] * b[1] + a[2] * b[2];
      result[1] = a[3] * b[0] + a[4] * b[1] + a[5] * b[2];
      result[2] = a[6] * b[0] + a[7] * b[1] + a[8] * b[2];
    }
    #toFlat(sourceWhitePoint, LMS, result) {
      result[0] = LMS[0] * 1 / sourceWhitePoint[0];
      result[1] = LMS[1] * 1 / sourceWhitePoint[1];
      result[2] = LMS[2] * 1 / sourceWhitePoint[2];
    }
    #toD65(sourceWhitePoint, LMS, result) {
      const D65X = 0.95047;
      const D65Y = 1;
      const D65Z = 1.08883;
      result[0] = LMS[0] * D65X / sourceWhitePoint[0];
      result[1] = LMS[1] * D65Y / sourceWhitePoint[1];
      result[2] = LMS[2] * D65Z / sourceWhitePoint[2];
    }
    #sRGBTransferFunction(color2) {
      if (color2 <= 31308e-7) {
        return MathClamp2(12.92 * color2, 0, 1);
      }
      return color2 >= 0.99554525 ? 1 : MathClamp2((1 + 0.055) * color2 ** (1 / 2.4) - 0.055, 0, 1);
    }
    #decodeL(L) {
      if (L < 0) {
        return -this.#decodeL(-L);
      }
      return L > 8 ? ((L + 16) / 116) ** 3 : L * _CalRGBCS.#DECODE_L_CONSTANT;
    }
    #compensateBlackPoint(sourceBlackPoint, XYZ_Flat, result) {
      if (sourceBlackPoint[0] === 0 && sourceBlackPoint[1] === 0 && sourceBlackPoint[2] === 0) {
        result[0] = XYZ_Flat[0];
        result[1] = XYZ_Flat[1];
        result[2] = XYZ_Flat[2];
        return;
      }
      const zeroDecodeL = this.#decodeL(0);
      const X_DST = zeroDecodeL;
      const X_SRC = this.#decodeL(sourceBlackPoint[0]);
      const Y_DST = zeroDecodeL;
      const Y_SRC = this.#decodeL(sourceBlackPoint[1]);
      const Z_DST = zeroDecodeL;
      const Z_SRC = this.#decodeL(sourceBlackPoint[2]);
      const X_Scale = (1 - X_DST) / (1 - X_SRC);
      const X_Offset = 1 - X_Scale;
      const Y_Scale = (1 - Y_DST) / (1 - Y_SRC);
      const Y_Offset = 1 - Y_Scale;
      const Z_Scale = (1 - Z_DST) / (1 - Z_SRC);
      const Z_Offset = 1 - Z_Scale;
      result[0] = XYZ_Flat[0] * X_Scale + X_Offset;
      result[1] = XYZ_Flat[1] * Y_Scale + Y_Offset;
      result[2] = XYZ_Flat[2] * Z_Scale + Z_Offset;
    }
    #normalizeWhitePointToFlat(sourceWhitePoint, XYZ_In, result) {
      if (sourceWhitePoint[0] === 1 && sourceWhitePoint[2] === 1) {
        result[0] = XYZ_In[0];
        result[1] = XYZ_In[1];
        result[2] = XYZ_In[2];
        return;
      }
      const LMS = result;
      this.#matrixProduct(_CalRGBCS.#BRADFORD_SCALE_MATRIX, XYZ_In, LMS);
      const LMS_Flat = _CalRGBCS.#tempNormalizeMatrix;
      this.#toFlat(sourceWhitePoint, LMS, LMS_Flat);
      this.#matrixProduct(_CalRGBCS.#BRADFORD_SCALE_INVERSE_MATRIX, LMS_Flat, result);
    }
    #normalizeWhitePointToD65(sourceWhitePoint, XYZ_In, result) {
      const LMS = result;
      this.#matrixProduct(_CalRGBCS.#BRADFORD_SCALE_MATRIX, XYZ_In, LMS);
      const LMS_D65 = _CalRGBCS.#tempNormalizeMatrix;
      this.#toD65(sourceWhitePoint, LMS, LMS_D65);
      this.#matrixProduct(_CalRGBCS.#BRADFORD_SCALE_INVERSE_MATRIX, LMS_D65, result);
    }
    #toRgb(src, srcOffset, dest, destOffset, scale2) {
      const A = MathClamp2(src[srcOffset] * scale2, 0, 1);
      const B2 = MathClamp2(src[srcOffset + 1] * scale2, 0, 1);
      const C = MathClamp2(src[srcOffset + 2] * scale2, 0, 1);
      const AGR = A === 1 ? 1 : A ** this.GR;
      const BGG = B2 === 1 ? 1 : B2 ** this.GG;
      const CGB = C === 1 ? 1 : C ** this.GB;
      const X = this.MXA * AGR + this.MXB * BGG + this.MXC * CGB;
      const Y = this.MYA * AGR + this.MYB * BGG + this.MYC * CGB;
      const Z = this.MZA * AGR + this.MZB * BGG + this.MZC * CGB;
      const XYZ = _CalRGBCS.#tempConvertMatrix1;
      XYZ[0] = X;
      XYZ[1] = Y;
      XYZ[2] = Z;
      const XYZ_Flat = _CalRGBCS.#tempConvertMatrix2;
      this.#normalizeWhitePointToFlat(this.whitePoint, XYZ, XYZ_Flat);
      const XYZ_Black = _CalRGBCS.#tempConvertMatrix1;
      this.#compensateBlackPoint(this.blackPoint, XYZ_Flat, XYZ_Black);
      const XYZ_D65 = _CalRGBCS.#tempConvertMatrix2;
      this.#normalizeWhitePointToD65(_CalRGBCS.#FLAT_WHITEPOINT_MATRIX, XYZ_Black, XYZ_D65);
      const SRGB = _CalRGBCS.#tempConvertMatrix1;
      this.#matrixProduct(_CalRGBCS.#SRGB_D65_XYZ_TO_RGB_MATRIX, XYZ_D65, SRGB);
      dest[destOffset] = this.#sRGBTransferFunction(SRGB[0]) * 255;
      dest[destOffset + 1] = this.#sRGBTransferFunction(SRGB[1]) * 255;
      dest[destOffset + 2] = this.#sRGBTransferFunction(SRGB[2]) * 255;
    }
    getRgbItem(src, srcOffset, dest, destOffset) {
      this.#toRgb(src, srcOffset, dest, destOffset, 1);
    }
    getRgbBuffer(src, srcOffset, count, dest, destOffset, bits, alpha01) {
      const scale2 = 1 / ((1 << bits) - 1);
      for (let i = 0; i < count; ++i) {
        this.#toRgb(src, srcOffset, dest, destOffset, scale2);
        srcOffset += 3;
        destOffset += 3 + alpha01;
      }
    }
  };
  var LabCS = class extends ColorSpace2 {
    constructor(whitePoint, blackPoint, range3) {
      super("Lab", 3);
      if (!whitePoint) {
        throw new FormatError2("WhitePoint missing - required for color space Lab");
      }
      [this.XW, this.YW, this.ZW] = whitePoint;
      [this.amin, this.amax, this.bmin, this.bmax] = range3 || [-100, 100, -100, 100];
      [this.XB, this.YB, this.ZB] = blackPoint || [0, 0, 0];
      if (this.XW < 0 || this.ZW < 0 || this.YW !== 1) {
        throw new FormatError2("Invalid WhitePoint components, no fallback available");
      }
      if (this.XB < 0 || this.YB < 0 || this.ZB < 0) {
        info2("Invalid BlackPoint, falling back to default");
        this.XB = this.YB = this.ZB = 0;
      }
      if (this.amin > this.amax || this.bmin > this.bmax) {
        info2("Invalid Range, falling back to defaults");
        this.amin = -100;
        this.amax = 100;
        this.bmin = -100;
        this.bmax = 100;
      }
    }
    #fn_g(x) {
      return x >= 6 / 29 ? x ** 3 : 108 / 841 * (x - 4 / 29);
    }
    #decode(value, high1, low2, high2) {
      return low2 + value * (high2 - low2) / high1;
    }
    #toRgb(src, srcOffset, maxVal, dest, destOffset) {
      let Ls = src[srcOffset];
      let as = src[srcOffset + 1];
      let bs = src[srcOffset + 2];
      if (maxVal !== false) {
        Ls = this.#decode(Ls, maxVal, 0, 100);
        as = this.#decode(as, maxVal, this.amin, this.amax);
        bs = this.#decode(bs, maxVal, this.bmin, this.bmax);
      }
      if (as > this.amax) {
        as = this.amax;
      } else if (as < this.amin) {
        as = this.amin;
      }
      if (bs > this.bmax) {
        bs = this.bmax;
      } else if (bs < this.bmin) {
        bs = this.bmin;
      }
      const M = (Ls + 16) / 116;
      const L = M + as / 500;
      const N = M - bs / 200;
      const X = this.XW * this.#fn_g(L);
      const Y = this.YW * this.#fn_g(M);
      const Z = this.ZW * this.#fn_g(N);
      let r, g, b;
      if (this.ZW < 1) {
        r = X * 3.1339 + Y * -1.617 + Z * -0.4906;
        g = X * -0.9785 + Y * 1.916 + Z * 0.0333;
        b = X * 0.072 + Y * -0.229 + Z * 1.4057;
      } else {
        r = X * 3.2406 + Y * -1.5372 + Z * -0.4986;
        g = X * -0.9689 + Y * 1.8758 + Z * 0.0415;
        b = X * 0.0557 + Y * -0.204 + Z * 1.057;
      }
      dest[destOffset] = Math.sqrt(r) * 255;
      dest[destOffset + 1] = Math.sqrt(g) * 255;
      dest[destOffset + 2] = Math.sqrt(b) * 255;
    }
    getRgbItem(src, srcOffset, dest, destOffset) {
      this.#toRgb(src, srcOffset, false, dest, destOffset);
    }
    getRgbBuffer(src, srcOffset, count, dest, destOffset, bits, alpha01) {
      const maxVal = (1 << bits) - 1;
      for (let i = 0; i < count; i++) {
        this.#toRgb(src, srcOffset, maxVal, dest, destOffset);
        srcOffset += 3;
        destOffset += 3 + alpha01;
      }
    }
    isDefaultDecode(decode, bpc) {
      return true;
    }
    get usesZeroToOneRange() {
      return util_shadow2(this, "usesZeroToOneRange", false);
    }
  };
  function fetchSync(url) {
    const xhr = new XMLHttpRequest();
    xhr.open("GET", url, false);
    xhr.responseType = "arraybuffer";
    xhr.send(null);
    return xhr.response;
  }
  var IccColorSpace = class _IccColorSpace extends ColorSpace2 {
    #transformer;
    #convertPixel;
    static #useWasm = true;
    static #wasmUrl = null;
    static #finalizer = null;
    constructor(iccProfile, name, numComps) {
      if (!_IccColorSpace.isUsable) {
        throw new Error("No ICC color space support");
      }
      super(name, numComps);
      let inType;
      switch (numComps) {
        case 1:
          inType = DataType.Gray8;
          this.#convertPixel = (src, srcOffset) => qcms_convert_one(this.#transformer, src[srcOffset] * 255);
          break;
        case 3:
          inType = DataType.RGB8;
          this.#convertPixel = (src, srcOffset) => qcms_convert_three(this.#transformer, src[srcOffset] * 255, src[srcOffset + 1] * 255, src[srcOffset + 2] * 255);
          break;
        case 4:
          inType = DataType.CMYK;
          this.#convertPixel = (src, srcOffset) => qcms_convert_four(this.#transformer, src[srcOffset] * 255, src[srcOffset + 1] * 255, src[srcOffset + 2] * 255, src[srcOffset + 3] * 255);
          break;
        default:
          throw new Error(`Unsupported number of components: ${numComps}`);
      }
      this.#transformer = qcms_transformer_from_memory(iccProfile, inType, Intent.Perceptual);
      if (!this.#transformer) {
        throw new Error("Failed to create ICC color space");
      }
      _IccColorSpace.#finalizer ||= new FinalizationRegistry((transformer) => {
        qcms_drop_transformer(transformer);
      });
      _IccColorSpace.#finalizer.register(this, this.#transformer);
    }
    getRgbHex(src, srcOffset) {
      const color2 = this.#convertPixel(src, srcOffset);
      return Util2.makeHexColor(color2 >> 16, color2 >> 8 & 255, color2 & 255);
    }
    getRgbItem(src, srcOffset, dest, destOffset) {
      const color2 = this.#convertPixel(src, srcOffset);
      dest[destOffset] = color2 >> 16;
      dest[destOffset + 1] = color2 >> 8 & 255;
      dest[destOffset + 2] = color2 & 255;
    }
    getRgbItems(src, count, dest, destOffset, alpha01) {
      const {
        numComps
      } = this;
      const length = count * numComps;
      const scaled = new Uint8Array(length);
      for (let i = 0; i < length; i++) {
        scaled[i] = src[i] * 255;
      }
      QCMS._destBuffer = dest;
      QCMS._destOffset = destOffset;
      QCMS._keepAlpha = alpha01 === 1;
      qcms_convert_array(this.#transformer, scaled, alpha01 === 1);
      QCMS._destBuffer = null;
    }
    getRgbBuffer(src, srcOffset, count, dest, destOffset, bits, alpha01) {
      src = src.subarray(srcOffset, srcOffset + count * this.numComps);
      if (bits !== 8) {
        const scale2 = 255 / ((1 << bits) - 1);
        for (let i = 0, ii = src.length; i < ii; i++) {
          src[i] *= scale2;
        }
      }
      QCMS._destBuffer = dest;
      QCMS._destOffset = destOffset;
      QCMS._keepAlpha = alpha01 === 1 && dest.buffer !== src.buffer;
      qcms_convert_array(this.#transformer, src, alpha01 === 1);
      QCMS._destBuffer = null;
    }
    static setOptions({
      useWasm,
      useWorkerFetch,
      wasmUrl
    }) {
      if (!useWorkerFetch) {
        this.#useWasm = false;
        return;
      }
      this.#useWasm = useWasm;
      this.#wasmUrl = wasmUrl;
    }
    static get isUsable() {
      let isUsable = false;
      if (this.#useWasm) {
        if (this.#wasmUrl) {
          try {
            this._module = initSync({
              module: fetchSync(`${this.#wasmUrl}qcms_bg.wasm`)
            });
            isUsable = !!this._module;
            QCMS._memory = this._module.memory;
          } catch (e) {
            warn2(`ICCBased color space: "${e}".`);
          }
        } else {
          warn2("No ICC color space support due to missing `wasmUrl` API option");
        }
      }
      return util_shadow2(this, "isUsable", isUsable);
    }
  };
  var CmykICCBasedCS = class _CmykICCBasedCS extends IccColorSpace {
    static #iccUrl;
    constructor() {
      const iccProfile = new Uint8Array(fetchSync(`${_CmykICCBasedCS.#iccUrl}CGATS001Compat-v2-micro.icc`));
      super(iccProfile, "DeviceCMYK", 4);
    }
    static setOptions({
      iccUrl
    }) {
      this.#iccUrl = iccUrl;
    }
    static get isUsable() {
      let isUsable = false;
      if (IccColorSpace.isUsable) {
        if (this.#iccUrl) {
          isUsable = true;
        } else {
          warn2("No CMYK ICC profile support due to missing `iccUrl` API option");
        }
      }
      return util_shadow2(this, "isUsable", isUsable);
    }
  };
  var Stream2 = class _Stream extends BaseStream {
    constructor(arrayBuffer, start, length, dict) {
      super();
      this.bytes = arrayBuffer instanceof Uint8Array ? arrayBuffer : new Uint8Array(arrayBuffer);
      this.start = start || 0;
      this.pos = this.start;
      this.end = start + length || this.bytes.length;
      this.dict = dict;
    }
    get length() {
      return this.end - this.start;
    }
    get isEmpty() {
      return this.length === 0;
    }
    getByte() {
      return this.pos >= this.end ? -1 : this.bytes[this.pos++];
    }
    getBytes(length) {
      const pos = this.pos;
      const endPos = !length ? this.end : Math.min(pos + length, this.end);
      this.pos = endPos;
      return this.bytes.subarray(pos, endPos);
    }
    getByteRange(begin, end) {
      if (begin < 0) {
        begin = 0;
      }
      if (end > this.end) {
        end = this.end;
      }
      return this.bytes.subarray(begin, end);
    }
    reset() {
      this.pos = this.start;
    }
    moveStart() {
      this.start = this.pos;
    }
    makeSubStream(start, length, dict = null) {
      return new _Stream(this.bytes.buffer, start, length, dict);
    }
    clone() {
      return new _Stream(this.bytes.buffer, this.start, this.length, this.dict?.clone());
    }
  };
  var StringStream = class extends Stream2 {
    constructor(str, dict = null) {
      super(stringToBytes2(str), NaN, NaN, dict);
    }
  };
  var NullStream = class extends Stream2 {
    constructor() {
      super(new Uint8Array(0));
    }
  };
  var ChunkedStream = class extends Stream2 {
    progressiveDataLength = 0;
    _lastSuccessfulEnsureByteChunk = -1;
    _loadedChunks = /* @__PURE__ */ new Set();
    constructor(length, chunkSize2, manager) {
      super(new Uint8Array(length), 0, length, null);
      this.chunkSize = chunkSize2;
      this.numChunks = Math.ceil(length / chunkSize2);
      this.manager = manager;
    }
    getMissingChunks() {
      const chunks = [];
      for (let chunk = 0, n = this.numChunks; chunk < n; ++chunk) {
        if (!this._loadedChunks.has(chunk)) {
          chunks.push(chunk);
        }
      }
      return chunks;
    }
    get numChunksLoaded() {
      return this._loadedChunks.size;
    }
    get isDataLoaded() {
      return this.numChunksLoaded === this.numChunks;
    }
    onReceiveData(begin, chunk) {
      const chunkSize2 = this.chunkSize;
      if (begin % chunkSize2 !== 0) {
        throw new Error(`Bad begin offset: ${begin}`);
      }
      const end = begin + chunk.byteLength;
      if (end % chunkSize2 !== 0 && end !== this.bytes.length) {
        throw new Error(`Bad end offset: ${end}`);
      }
      this.bytes.set(new Uint8Array(chunk), begin);
      const beginChunk = Math.floor(begin / chunkSize2);
      const endChunk = Math.floor((end - 1) / chunkSize2) + 1;
      for (let curChunk = beginChunk; curChunk < endChunk; ++curChunk) {
        this._loadedChunks.add(curChunk);
      }
    }
    onReceiveProgressiveData(data) {
      let position = this.progressiveDataLength;
      const beginChunk = Math.floor(position / this.chunkSize);
      this.bytes.set(new Uint8Array(data), position);
      position += data.byteLength;
      this.progressiveDataLength = position;
      const endChunk = position >= this.end ? this.numChunks : Math.floor(position / this.chunkSize);
      for (let curChunk = beginChunk; curChunk < endChunk; ++curChunk) {
        this._loadedChunks.add(curChunk);
      }
    }
    ensureByte(pos) {
      if (pos < this.progressiveDataLength) {
        return;
      }
      const chunk = Math.floor(pos / this.chunkSize);
      if (chunk > this.numChunks || chunk === this._lastSuccessfulEnsureByteChunk) {
        return;
      }
      if (!this._loadedChunks.has(chunk)) {
        throw new MissingDataException(pos, pos + 1);
      }
      this._lastSuccessfulEnsureByteChunk = chunk;
    }
    ensureRange(begin, end) {
      if (begin >= end || end <= this.progressiveDataLength) {
        return;
      }
      const beginChunk = Math.floor(begin / this.chunkSize);
      if (beginChunk > this.numChunks) {
        return;
      }
      const endChunk = Math.min(Math.floor((end - 1) / this.chunkSize) + 1, this.numChunks);
      for (let chunk = beginChunk; chunk < endChunk; ++chunk) {
        if (!this._loadedChunks.has(chunk)) {
          throw new MissingDataException(begin, end);
        }
      }
    }
    nextEmptyChunk(beginChunk) {
      const numChunks = this.numChunks;
      for (let i = 0; i < numChunks; ++i) {
        const chunk = (beginChunk + i) % numChunks;
        if (!this._loadedChunks.has(chunk)) {
          return chunk;
        }
      }
      return null;
    }
    hasChunk(chunk) {
      return this._loadedChunks.has(chunk);
    }
    getByte() {
      const pos = this.pos;
      if (pos >= this.end) {
        return -1;
      }
      if (pos >= this.progressiveDataLength) {
        this.ensureByte(pos);
      }
      return this.bytes[this.pos++];
    }
    getBytes(length) {
      const pos = this.pos;
      const endPos = !length ? this.end : Math.min(pos + length, this.end);
      if (endPos > this.progressiveDataLength) {
        this.ensureRange(pos, endPos);
      }
      this.pos = endPos;
      return this.bytes.subarray(pos, endPos);
    }
    getByteRange(begin, end) {
      if (begin < 0) {
        begin = 0;
      }
      if (end > this.end) {
        end = this.end;
      }
      if (end > this.progressiveDataLength) {
        this.ensureRange(begin, end);
      }
      return this.bytes.subarray(begin, end);
    }
    makeSubStream(start, length, dict = null) {
      if (length) {
        if (start + length > this.progressiveDataLength) {
          this.ensureRange(start, start + length);
        }
      } else if (start >= this.progressiveDataLength) {
        this.ensureByte(start);
      }
      function ChunkedStreamSubstream() {
      }
      ChunkedStreamSubstream.prototype = Object.create(this);
      ChunkedStreamSubstream.prototype.getMissingChunks = function() {
        const chunkSize2 = this.chunkSize;
        const beginChunk = Math.floor(this.start / chunkSize2);
        const endChunk = Math.floor((this.end - 1) / chunkSize2) + 1;
        const missingChunks = [];
        for (let chunk = beginChunk; chunk < endChunk; ++chunk) {
          if (!this._loadedChunks.has(chunk)) {
            missingChunks.push(chunk);
          }
        }
        return missingChunks;
      };
      Object.defineProperty(ChunkedStreamSubstream.prototype, "isDataLoaded", {
        get() {
          return this.numChunksLoaded === this.numChunks || this.getMissingChunks().length === 0;
        },
        configurable: true
      });
      const subStream = new ChunkedStreamSubstream();
      subStream.pos = subStream.start = start;
      subStream.end = start + length || this.end;
      subStream.dict = dict;
      return subStream;
    }
    getBaseStreams() {
      return [this];
    }
  };
  var ChunkedStreamManager = class {
    #aborted = false;
    #requestId = 0;
    #chunksNeededByRequest = /* @__PURE__ */ new Map();
    #loadedStreamCapability = Promise.withResolvers();
    _promisesByRequest = /* @__PURE__ */ new Map();
    _requestsByChunk = /* @__PURE__ */ new Map();
    constructor(pdfStream, args) {
      this.length = args.length;
      this.chunkSize = args.rangeChunkSize;
      this.stream = new ChunkedStream(this.length, this.chunkSize, this);
      this.pdfStream = pdfStream;
      this.disableAutoFetch = args.disableAutoFetch;
      this.msgHandler = args.msgHandler;
    }
    async sendRequest(begin, end) {
      const rangeReader = this.pdfStream.getRangeReader(begin, end);
      let chunks = [];
      while (true) {
        const {
          value,
          done
        } = await rangeReader.read();
        if (this.#aborted) {
          chunks = null;
          return;
        }
        if (done) {
          break;
        }
        chunks.push(value);
      }
      if (chunks.length === 0 && this.disableAutoFetch) {
        return;
      }
      const data = arrayBuffersToBytes(chunks);
      chunks = null;
      this.onReceiveData({
        chunk: data.buffer,
        begin
      });
    }
    requestAllChunks(noFetch = false) {
      if (!noFetch) {
        const missingChunks = this.stream.getMissingChunks();
        this._requestChunks(missingChunks);
      }
      return this.#loadedStreamCapability.promise;
    }
    _requestChunks(chunks) {
      const chunksNeeded = /* @__PURE__ */ new Set();
      for (const chunk of chunks) {
        if (!this.stream.hasChunk(chunk)) {
          chunksNeeded.add(chunk);
        }
      }
      if (chunksNeeded.size === 0) {
        return Promise.resolve();
      }
      const requestId = this.#requestId++;
      this.#chunksNeededByRequest.set(requestId, chunksNeeded);
      const capability2 = Promise.withResolvers();
      this._promisesByRequest.set(requestId, capability2);
      const chunksToRequest = [];
      for (const chunk of chunksNeeded) {
        const requestIds = this._requestsByChunk.getOrInsertComputed(chunk, () => {
          chunksToRequest.push(chunk);
          return [];
        });
        requestIds.push(requestId);
      }
      if (chunksToRequest.length > 0) {
        const groupedChunksToRequest = this.groupChunks(chunksToRequest);
        for (const groupedChunk of groupedChunksToRequest) {
          const begin = groupedChunk.beginChunk * this.chunkSize;
          const end = Math.min(groupedChunk.endChunk * this.chunkSize, this.length);
          this.sendRequest(begin, end).catch(capability2.reject);
        }
      }
      return capability2.promise.catch((reason) => {
        if (this.#aborted) {
          return;
        }
        throw reason;
      });
    }
    getStream() {
      return this.stream;
    }
    requestRange(begin, end) {
      end = Math.min(end, this.length);
      const beginChunk = this.getBeginChunk(begin);
      const endChunk = this.getEndChunk(end);
      const chunks = [];
      for (let chunk = beginChunk; chunk < endChunk; ++chunk) {
        chunks.push(chunk);
      }
      return this._requestChunks(chunks);
    }
    requestRanges(ranges = []) {
      const chunksToRequest = [];
      for (const range3 of ranges) {
        const beginChunk = this.getBeginChunk(range3.begin);
        const endChunk = this.getEndChunk(range3.end);
        for (let chunk = beginChunk; chunk < endChunk; ++chunk) {
          if (!chunksToRequest.includes(chunk)) {
            chunksToRequest.push(chunk);
          }
        }
      }
      chunksToRequest.sort((a, b) => a - b);
      return this._requestChunks(chunksToRequest);
    }
    groupChunks(chunks) {
      const groupedChunks = [];
      let beginChunk = -1;
      let prevChunk = -1;
      for (let i = 0, ii = chunks.length; i < ii; ++i) {
        const chunk = chunks[i];
        if (beginChunk < 0) {
          beginChunk = chunk;
        }
        if (prevChunk >= 0 && prevChunk + 1 !== chunk) {
          groupedChunks.push({
            beginChunk,
            endChunk: prevChunk + 1
          });
          beginChunk = chunk;
        }
        if (i + 1 === chunks.length) {
          groupedChunks.push({
            beginChunk,
            endChunk: chunk + 1
          });
        }
        prevChunk = chunk;
      }
      return groupedChunks;
    }
    onReceiveData(args) {
      const {
        chunkSize: chunkSize2,
        length,
        stream: stream2
      } = this;
      const chunk = args.chunk;
      const isProgressive = args.begin === void 0;
      const begin = isProgressive ? stream2.progressiveDataLength : args.begin;
      const end = begin + chunk.byteLength;
      const beginChunk = Math.floor(begin / chunkSize2);
      const endChunk = end < length ? Math.floor(end / chunkSize2) : Math.ceil(end / chunkSize2);
      if (isProgressive) {
        stream2.onReceiveProgressiveData(chunk);
      } else {
        stream2.onReceiveData(begin, chunk);
      }
      if (stream2.isDataLoaded) {
        this.#loadedStreamCapability.resolve(stream2);
      }
      const loadedRequests = [];
      for (let curChunk = beginChunk; curChunk < endChunk; ++curChunk) {
        const requestIds = this._requestsByChunk.get(curChunk);
        if (!requestIds) {
          continue;
        }
        this._requestsByChunk.delete(curChunk);
        for (const requestId of requestIds) {
          const chunksNeeded = this.#chunksNeededByRequest.get(requestId);
          if (chunksNeeded.has(curChunk)) {
            chunksNeeded.delete(curChunk);
          }
          if (chunksNeeded.size > 0) {
            continue;
          }
          loadedRequests.push(requestId);
        }
      }
      if (!this.disableAutoFetch && this._requestsByChunk.size === 0) {
        let nextEmptyChunk;
        if (stream2.numChunksLoaded === 1) {
          const lastChunk = stream2.numChunks - 1;
          if (!stream2.hasChunk(lastChunk)) {
            nextEmptyChunk = lastChunk;
          }
        } else {
          nextEmptyChunk = stream2.nextEmptyChunk(endChunk);
        }
        if (Number.isInteger(nextEmptyChunk)) {
          this._requestChunks([nextEmptyChunk]);
        }
      }
      for (const requestId of loadedRequests) {
        const capability2 = this._promisesByRequest.get(requestId);
        this._promisesByRequest.delete(requestId);
        capability2.resolve();
      }
      this.msgHandler.send("DocProgress", {
        loaded: MathClamp2(stream2.numChunksLoaded * chunkSize2, stream2.progressiveDataLength, length),
        total: length
      });
    }
    getBeginChunk(begin) {
      return Math.floor(begin / this.chunkSize);
    }
    getEndChunk(end) {
      return Math.floor((end - 1) / this.chunkSize) + 1;
    }
    abort(reason) {
      this.#aborted = true;
      this.pdfStream?.cancelAllRequests(reason);
      for (const capability2 of this._promisesByRequest.values()) {
        capability2.reject(reason);
      }
      this.#loadedStreamCapability.reject(reason);
    }
  };
  function convertToRGBA(params) {
    switch (params.kind) {
      case ImageKind2.GRAYSCALE_1BPP:
        return convertBlackAndWhiteToRGBA2(params);
      case ImageKind2.RGB_24BPP:
        return convertRGBToRGBA2(params);
    }
    return null;
  }
  function convertBlackAndWhiteToRGBA2({
    src,
    srcPos = 0,
    dest,
    width,
    height,
    nonBlackColor = 4294967295,
    inverseDecode = false
  }) {
    const black = FeatureTest2.isLittleEndian ? 4278190080 : 255;
    const [zeroMapping, oneMapping] = inverseDecode ? [nonBlackColor, black] : [black, nonBlackColor];
    const widthInSource = width >> 3;
    const widthRemainder = width & 7;
    const xorMask = zeroMapping ^ oneMapping;
    const srcLength = src.length;
    dest = new Uint32Array(dest.buffer);
    let destPos = 0;
    for (let i = 0; i < height; ++i) {
      for (const max = srcPos + widthInSource; srcPos < max; ++srcPos, destPos += 8) {
        const elem2 = src[srcPos];
        dest[destPos] = zeroMapping ^ -(elem2 >> 7 & 1) & xorMask;
        dest[destPos + 1] = zeroMapping ^ -(elem2 >> 6 & 1) & xorMask;
        dest[destPos + 2] = zeroMapping ^ -(elem2 >> 5 & 1) & xorMask;
        dest[destPos + 3] = zeroMapping ^ -(elem2 >> 4 & 1) & xorMask;
        dest[destPos + 4] = zeroMapping ^ -(elem2 >> 3 & 1) & xorMask;
        dest[destPos + 5] = zeroMapping ^ -(elem2 >> 2 & 1) & xorMask;
        dest[destPos + 6] = zeroMapping ^ -(elem2 >> 1 & 1) & xorMask;
        dest[destPos + 7] = zeroMapping ^ -(elem2 & 1) & xorMask;
      }
      if (widthRemainder === 0) {
        continue;
      }
      const elem = srcPos < srcLength ? src[srcPos++] : 255;
      for (let j = 0; j < widthRemainder; ++j, ++destPos) {
        dest[destPos] = zeroMapping ^ -(elem >> 7 - j & 1) & xorMask;
      }
    }
    return {
      srcPos,
      destPos
    };
  }
  function convertRGBToRGBA2({
    src,
    srcPos = 0,
    dest,
    destPos = 0,
    width,
    height
  }) {
    let i = 0;
    const len = width * height * 3;
    const len32 = len >> 2;
    const src32 = new Uint32Array(src.buffer, srcPos, len32);
    const alphaMask = FeatureTest2.isLittleEndian ? 4278190080 : 255;
    if (FeatureTest2.isLittleEndian) {
      for (; i < len32 - 2; i += 3, destPos += 4) {
        const s1 = src32[i], s2 = src32[i + 1], s3 = src32[i + 2];
        dest[destPos] = s1 | alphaMask;
        dest[destPos + 1] = s1 >>> 24 | s2 << 8 | alphaMask;
        dest[destPos + 2] = s2 >>> 16 | s3 << 16 | alphaMask;
        dest[destPos + 3] = s3 >>> 8 | alphaMask;
      }
      for (let j = srcPos + i * 4, jj = srcPos + len; j < jj; j += 3) {
        dest[destPos++] = src[j] | src[j + 1] << 8 | src[j + 2] << 16 | alphaMask;
      }
    } else {
      for (; i < len32 - 2; i += 3, destPos += 4) {
        const s1 = src32[i], s2 = src32[i + 1], s3 = src32[i + 2];
        dest[destPos] = s1 | alphaMask;
        dest[destPos + 1] = s1 << 24 | s2 >>> 8 | alphaMask;
        dest[destPos + 2] = s2 << 16 | s3 >>> 16 | alphaMask;
        dest[destPos + 3] = s3 << 8 | alphaMask;
      }
      for (let j = srcPos + i * 4, jj = srcPos + len; j < jj; j += 3) {
        dest[destPos++] = src[j] << 24 | src[j + 1] << 16 | src[j + 2] << 8 | alphaMask;
      }
    }
    return {
      srcPos: srcPos + len,
      destPos
    };
  }
  function grayToRGBA(src, dest) {
    if (FeatureTest2.isLittleEndian) {
      for (let i = 0, ii = src.length; i < ii; i++) {
        dest[i] = src[i] * 65793 | 4278190080;
      }
    } else {
      for (let i = 0, ii = src.length; i < ii; i++) {
        dest[i] = src[i] * 16843008 | 255;
      }
    }
  }
  var MIN_IMAGE_DIM = 2048;
  var MAX_IMAGE_DIM = 32768;
  var MAX_ERROR = 128;
  var ImageResizer = class _ImageResizer {
    static #goodSquareLength = MIN_IMAGE_DIM;
    static #isImageDecoderSupported = FeatureTest2.isImageDecoderSupported;
    constructor(imgData, isMask) {
      this._imgData = imgData;
      this._isMask = isMask;
    }
    static get canUseImageDecoder() {
      return util_shadow2(this, "canUseImageDecoder", this.#isImageDecoderSupported ? ImageDecoder.isTypeSupported("image/bmp") : Promise.resolve(false));
    }
    static needsToBeResized(width, height) {
      if (width <= this.#goodSquareLength && height <= this.#goodSquareLength) {
        return false;
      }
      const {
        MAX_DIM
      } = this;
      if (width > MAX_DIM || height > MAX_DIM) {
        return true;
      }
      const area = width * height;
      if (this._hasMaxArea) {
        return area > this.MAX_AREA;
      }
      if (area < this.#goodSquareLength ** 2) {
        return false;
      }
      if (this._areGoodDims(width, height)) {
        this.#goodSquareLength = Math.max(this.#goodSquareLength, Math.floor(Math.sqrt(width * height)));
        return false;
      }
      this.#goodSquareLength = this._guessMax(this.#goodSquareLength, MAX_DIM, MAX_ERROR, 0);
      const maxArea = this.MAX_AREA = this.#goodSquareLength ** 2;
      return area > maxArea;
    }
    static getReducePower(width, height, maxArea = Infinity) {
      if (!Number.isInteger(width) || width <= 0 || !Number.isInteger(height) || height <= 0) {
        return 0;
      }
      const area = width * height;
      if (!this.needsToBeResized(width, height)) {
        return area > maxArea ? Math.ceil(Math.log2(area / maxArea)) : 0;
      }
      const {
        MAX_DIM,
        MAX_AREA
      } = this;
      const minFactor = Math.max(width / MAX_DIM, height / MAX_DIM, Math.sqrt(area / Math.min(maxArea, MAX_AREA)));
      return Math.max(0, Math.ceil(Math.log2(minFactor)));
    }
    static getReducePowerForJPX(width, height, componentsCount) {
      return this.getReducePower(width, height, 2 ** 30 / (componentsCount * 4));
    }
    static get MAX_DIM() {
      return util_shadow2(this, "MAX_DIM", this._guessMax(MIN_IMAGE_DIM, MAX_IMAGE_DIM, 0, 1));
    }
    static get MAX_AREA() {
      this._hasMaxArea = true;
      return util_shadow2(this, "MAX_AREA", this._guessMax(this.#goodSquareLength, this.MAX_DIM, MAX_ERROR, 0) ** 2);
    }
    static set MAX_AREA(area) {
      if (area >= 0) {
        this._hasMaxArea = true;
        util_shadow2(this, "MAX_AREA", area);
      }
    }
    static setOptions({
      canvasMaxAreaInBytes = -1,
      isImageDecoderSupported = false
    }) {
      if (!this._hasMaxArea) {
        this.MAX_AREA = canvasMaxAreaInBytes >> 2;
      }
      this.#isImageDecoderSupported = isImageDecoderSupported;
    }
    static _areGoodDims(width, height) {
      try {
        const canvas = new OffscreenCanvas(width, height);
        const ctx = canvas.getContext("2d");
        ctx.fillRect(0, 0, 1, 1);
        const opacity = ctx.getImageData(0, 0, 1, 1).data[3];
        canvas.width = canvas.height = 1;
        return opacity !== 0;
      } catch {
        return false;
      }
    }
    static _guessMax(start, end, tolerance, defaultHeight) {
      while (start + tolerance + 1 < end) {
        const middle = Math.floor((start + end) / 2);
        const height = defaultHeight || middle;
        if (this._areGoodDims(middle, height)) {
          start = middle;
        } else {
          end = middle;
        }
      }
      return start;
    }
    static async createImage(imgData, isMask = false) {
      return new _ImageResizer(imgData, isMask)._createImage();
    }
    async _createImage() {
      const {
        _imgData: imgData
      } = this;
      const {
        width,
        height
      } = imgData;
      if (width * height * 4 > MAX_INT_32) {
        const result2 = this.#rescaleImageData();
        if (result2) {
          return result2;
        }
      }
      const data = this._encodeBMP();
      let decoder2, imagePromise;
      if (await _ImageResizer.canUseImageDecoder) {
        decoder2 = new ImageDecoder({
          data,
          type: "image/bmp",
          preferAnimation: false,
          transfer: [data.buffer]
        });
        imagePromise = decoder2.decode().catch((reason) => {
          warn2(`BMP image decoding failed: ${reason}`);
          return createImageBitmap(new Blob([this._encodeBMP().buffer], {
            type: "image/bmp"
          }));
        }).finally(() => {
          decoder2.close();
        });
      } else {
        imagePromise = createImageBitmap(new Blob([data.buffer], {
          type: "image/bmp"
        }));
      }
      const {
        MAX_AREA,
        MAX_DIM
      } = _ImageResizer;
      const minFactor = Math.max(width / MAX_DIM, height / MAX_DIM, Math.sqrt(width * height / MAX_AREA));
      const firstFactor = Math.max(minFactor, 2);
      const factor = Math.round(10 * (minFactor + 1.25)) / 10 / firstFactor;
      const N = Math.floor(Math.log2(factor));
      const steps = new Array(N + 2).fill(2);
      steps[0] = firstFactor;
      steps.splice(-1, 1, factor / (1 << N));
      let newWidth = width;
      let newHeight = height;
      const result = await imagePromise;
      let bitmap = result.image || result;
      for (const step of steps) {
        const prevWidth = newWidth;
        const prevHeight = newHeight;
        newWidth = Math.floor(newWidth / step);
        newHeight = Math.floor(newHeight / step);
        const canvas = new OffscreenCanvas(newWidth, newHeight);
        const ctx = canvas.getContext("2d");
        ctx.drawImage(bitmap, 0, 0, prevWidth, prevHeight, 0, 0, newWidth, newHeight);
        bitmap.close();
        bitmap = canvas.transferToImageBitmap();
      }
      imgData.data = null;
      imgData.bitmap = bitmap;
      imgData.width = newWidth;
      imgData.height = newHeight;
      return imgData;
    }
    #rescaleImageData() {
      const {
        _imgData: imgData
      } = this;
      const {
        data,
        width,
        height,
        kind
      } = imgData;
      const rgbaSize = width * height * 4;
      const K = Math.ceil(Math.log2(rgbaSize / MAX_INT_32));
      const newWidth = width >> K;
      const newHeight = height >> K;
      let rgbaData;
      let maxHeight = height;
      try {
        rgbaData = new Uint8Array(rgbaSize);
      } catch {
        let n = Math.floor(Math.log2(rgbaSize + 1));
        while (true) {
          try {
            rgbaData = new Uint8Array(2 ** n - 1);
            break;
          } catch {
            n -= 1;
          }
        }
        maxHeight = Math.floor((2 ** n - 1) / (width * 4));
        const newSize = width * maxHeight * 4;
        if (newSize < rgbaData.length) {
          rgbaData = new Uint8Array(newSize);
        }
      }
      const src32 = new Uint32Array(rgbaData.buffer);
      const dest32 = new Uint32Array(newWidth * newHeight);
      let srcPos = 0;
      let newIndex = 0;
      const step = Math.ceil(height / maxHeight);
      const remainder = height % maxHeight === 0 ? height : height % maxHeight;
      for (let k = 0; k < step; k++) {
        const h = k < step - 1 ? maxHeight : remainder;
        ({
          srcPos
        } = convertToRGBA({
          kind,
          src: data,
          dest: src32,
          width,
          height: h,
          inverseDecode: this._isMask,
          srcPos
        }));
        for (let i = 0, ii = h >> K; i < ii; i++) {
          const buf = src32.subarray((i << K) * width);
          for (let j = 0; j < newWidth; j++) {
            dest32[newIndex++] = buf[j << K];
          }
        }
      }
      if (_ImageResizer.needsToBeResized(newWidth, newHeight)) {
        imgData.data = dest32;
        imgData.width = newWidth;
        imgData.height = newHeight;
        imgData.kind = ImageKind2.RGBA_32BPP;
        return null;
      }
      const canvas = new OffscreenCanvas(newWidth, newHeight);
      const ctx = canvas.getContext("2d", {
        willReadFrequently: true
      });
      ctx.putImageData(new ImageData(new Uint8ClampedArray(dest32.buffer), newWidth, newHeight), 0, 0);
      imgData.data = null;
      imgData.bitmap = canvas.transferToImageBitmap();
      imgData.width = newWidth;
      imgData.height = newHeight;
      return imgData;
    }
    _encodeBMP() {
      const {
        width,
        height,
        kind
      } = this._imgData;
      let data = this._imgData.data;
      let bitPerPixel;
      let colorTable = new Uint8Array(0);
      let maskTable = colorTable;
      let compression = 0;
      switch (kind) {
        case ImageKind2.GRAYSCALE_1BPP: {
          bitPerPixel = 1;
          colorTable = new Uint8Array(this._isMask ? [255, 255, 255, 255, 0, 0, 0, 0] : [0, 0, 0, 0, 255, 255, 255, 255]);
          const rowLen = width + 7 >> 3;
          const rowSize = rowLen + 3 & -4;
          if (rowLen !== rowSize) {
            const newData = new Uint8Array(rowSize * height);
            let k = 0;
            for (let i2 = 0, ii = height * rowLen; i2 < ii; i2 += rowLen, k += rowSize) {
              newData.set(data.subarray(i2, i2 + rowLen), k);
            }
            data = newData;
          }
          break;
        }
        case ImageKind2.RGB_24BPP: {
          bitPerPixel = 24;
          if (width & 3) {
            const rowLen = 3 * width;
            const rowSize = rowLen + 3 & -4;
            const extraLen = rowSize - rowLen;
            const newData = new Uint8Array(rowSize * height);
            let k = 0;
            for (let i2 = 0, ii = height * rowLen; i2 < ii; i2 += rowLen) {
              const row = data.subarray(i2, i2 + rowLen);
              for (let j = 0; j < rowLen; j += 3) {
                newData[k++] = row[j + 2];
                newData[k++] = row[j + 1];
                newData[k++] = row[j];
              }
              k += extraLen;
            }
            data = newData;
          } else {
            for (let i2 = 0, ii = data.length; i2 < ii; i2 += 3) {
              const tmp = data[i2];
              data[i2] = data[i2 + 2];
              data[i2 + 2] = tmp;
            }
          }
          break;
        }
        case ImageKind2.RGBA_32BPP:
          bitPerPixel = 32;
          compression = 3;
          maskTable = new Uint8Array(4 + 4 + 4 + 4 + 52);
          const view3 = new DataView(maskTable.buffer);
          if (FeatureTest2.isLittleEndian) {
            view3.setUint32(0, 255, true);
            view3.setUint32(4, 65280, true);
            view3.setUint32(8, 16711680, true);
            view3.setUint32(12, 4278190080, true);
          } else {
            view3.setUint32(0, 4278190080, true);
            view3.setUint32(4, 16711680, true);
            view3.setUint32(8, 65280, true);
            view3.setUint32(12, 255, true);
          }
          break;
        default:
          throw new Error("invalid format");
      }
      let i = 0;
      const headerLength = 40 + maskTable.length;
      const fileLength = 14 + headerLength + colorTable.length + data.length;
      const bmpData = new Uint8Array(fileLength);
      const view2 = new DataView(bmpData.buffer);
      view2.setUint16(i, 19778, true);
      i += 2;
      view2.setUint32(i, fileLength, true);
      i += 4;
      view2.setUint32(i, 0, true);
      i += 4;
      view2.setUint32(i, 14 + headerLength + colorTable.length, true);
      i += 4;
      view2.setUint32(i, headerLength, true);
      i += 4;
      view2.setInt32(i, width, true);
      i += 4;
      view2.setInt32(i, -height, true);
      i += 4;
      view2.setUint16(i, 1, true);
      i += 2;
      view2.setUint16(i, bitPerPixel, true);
      i += 2;
      view2.setUint32(i, compression, true);
      i += 4;
      view2.setUint32(i, 0, true);
      i += 4;
      view2.setInt32(i, 0, true);
      i += 4;
      view2.setInt32(i, 0, true);
      i += 4;
      view2.setUint32(i, colorTable.length / 4, true);
      i += 4;
      view2.setUint32(i, 0, true);
      i += 4;
      bmpData.set(maskTable, i);
      i += maskTable.length;
      bmpData.set(colorTable, i);
      i += colorTable.length;
      bmpData.set(data, i);
      return bmpData;
    }
  };
  var emptyBuffer2 = new Uint8Array(0);
  var DecodeStream2 = class extends BaseStream {
    buffer = emptyBuffer2;
    bufferLength = 0;
    eof = false;
    minBufferLength = 512;
    pos = 0;
    constructor(maybeMinBufferLength) {
      super();
      this._rawMinBufferLength = maybeMinBufferLength || 0;
      if (maybeMinBufferLength) {
        while (this.minBufferLength < maybeMinBufferLength) {
          this.minBufferLength *= 2;
        }
      }
    }
    readBlock() {
      unreachable2("Abstract method `readBlock` called");
    }
    get isEmpty() {
      while (!this.eof && this.bufferLength === 0) {
        this.readBlock();
      }
      return this.bufferLength === 0;
    }
    ensureBuffer(requested) {
      const buffer = this.buffer;
      if (requested <= buffer.byteLength) {
        return buffer;
      }
      let size = this.minBufferLength;
      while (size < requested) {
        size *= 2;
      }
      const buffer2 = new Uint8Array(size);
      buffer2.set(buffer);
      return this.buffer = buffer2;
    }
    getByte() {
      const pos = this.pos;
      while (this.bufferLength <= pos) {
        if (this.eof) {
          return -1;
        }
        this.readBlock();
      }
      return this.buffer[this.pos++];
    }
    getBytes(length, decoderOptions = null) {
      const pos = this.pos;
      let end;
      if (length) {
        this.ensureBuffer(pos + length);
        end = pos + length;
        while (!this.eof && this.bufferLength < end) {
          this.readBlock(decoderOptions);
        }
        const bufEnd = this.bufferLength;
        if (end > bufEnd) {
          end = bufEnd;
        }
      } else {
        while (!this.eof) {
          this.readBlock(decoderOptions);
        }
        end = this.bufferLength;
      }
      this.pos = end;
      return this.buffer.subarray(pos, end);
    }
    async getImageData(length, decoderOptions) {
      if (!this.canAsyncDecodeImageFromBuffer) {
        return this.isAsyncDecoder ? this.decodeImage(null, length, decoderOptions) : this.getBytes(length, decoderOptions);
      }
      const data = await this.stream.asyncGetBytes();
      return this.decodeImage(data, length, decoderOptions);
    }
    async asyncGetBytesFromDecompressionStream(name) {
      this.stream.reset();
      const bytes2 = this.stream.isAsync ? await this.stream.asyncGetBytes() : this.stream.getBytes();
      try {
        const {
          readable,
          writable
        } = new DecompressionStream(name);
        const writer = writable.getWriter();
        await writer.ready;
        writer.write(bytes2).then(async () => {
          await writer.ready;
          await writer.close();
        }).catch(() => {
        });
        const chunks = [];
        let totalLength = 0;
        for await (const chunk of readable) {
          chunks.push(chunk);
          totalLength += chunk.byteLength;
        }
        const data = new Uint8Array(totalLength);
        let offset = 0;
        for (const chunk of chunks) {
          data.set(chunk, offset);
          offset += chunk.byteLength;
        }
        return {
          decompressed: data,
          compressed: bytes2
        };
      } catch {
        return {
          decompressed: null,
          compressed: bytes2
        };
      }
    }
    reset() {
      this.pos = 0;
    }
    makeSubStream(start, length, dict = null) {
      if (length === void 0) {
        while (!this.eof) {
          this.readBlock();
        }
      } else {
        const end = start + length;
        while (this.bufferLength <= end && !this.eof) {
          this.readBlock();
        }
      }
      return new Stream2(this.buffer, start, length, dict);
    }
    clone() {
      while (!this.eof) {
        this.readBlock();
      }
      return new Stream2(this.buffer, 0, this.bufferLength, this.dict?.clone());
    }
    getBaseStreams() {
      return this.stream ? this.stream.getBaseStreams() : null;
    }
  };
  var StreamsSequenceStream = class extends DecodeStream2 {
    constructor(streams, onError = null) {
      streams = streams.filter((s) => s instanceof BaseStream && !s.isImageStream);
      let maybeLength = 0;
      for (const stream2 of streams) {
        maybeLength += stream2 instanceof DecodeStream2 ? stream2._rawMinBufferLength : stream2.length;
      }
      super(maybeLength);
      this.streams = streams;
      this._onError = onError;
    }
    readBlock() {
      const streams = this.streams;
      if (streams.length === 0) {
        this.eof = true;
        return;
      }
      const stream2 = streams.shift();
      let chunk;
      try {
        chunk = stream2.getBytes();
      } catch (reason) {
        if (this._onError) {
          this._onError(reason, stream2.dict?.objId);
          return;
        }
        throw reason;
      }
      const bufferLength = this.bufferLength;
      const newLength = bufferLength + chunk.length;
      const buffer = this.ensureBuffer(newLength);
      buffer.set(chunk, bufferLength);
      this.bufferLength = newLength;
    }
    getBaseStreams() {
      const baseStreamsBuf = [];
      for (const stream2 of this.streams) {
        const baseStreams = stream2.getBaseStreams();
        if (baseStreams) {
          baseStreamsBuf.push(...baseStreams);
        }
      }
      return baseStreamsBuf.length > 0 ? baseStreamsBuf : null;
    }
  };
  var ColorSpaceUtils = class {
    static parse({
      cs,
      xref,
      resources = null,
      pdfFunctionFactory,
      globalColorSpaceCache,
      localColorSpaceCache,
      asyncIfNotCached = false
    }) {
      const options2 = {
        xref,
        resources,
        pdfFunctionFactory,
        globalColorSpaceCache,
        localColorSpaceCache
      };
      let csName, csRef, parsedCS;
      if (cs instanceof Ref) {
        csRef = cs;
        const cachedCS = globalColorSpaceCache.getByRef(csRef) || localColorSpaceCache.getByRef(csRef);
        if (cachedCS) {
          return cachedCS;
        }
        cs = xref.fetch(cs);
      }
      if (cs instanceof Name) {
        csName = cs.name;
        const cachedCS = localColorSpaceCache.getByName(csName);
        if (cachedCS) {
          return cachedCS;
        }
      }
      try {
        parsedCS = this.#parse(cs, options2);
      } catch (ex) {
        if (asyncIfNotCached && !(ex instanceof MissingDataException)) {
          return Promise.reject(ex);
        }
        throw ex;
      }
      if (csName || csRef) {
        localColorSpaceCache.set(csName, csRef, parsedCS);
        if (csRef) {
          globalColorSpaceCache.set(null, csRef, parsedCS);
        }
      }
      return asyncIfNotCached ? Promise.resolve(parsedCS) : parsedCS;
    }
    static #subParse(cs, options2) {
      const {
        globalColorSpaceCache
      } = options2;
      let csRef;
      if (cs instanceof Ref) {
        csRef = cs;
        const cachedCS = globalColorSpaceCache.getByRef(csRef);
        if (cachedCS) {
          return cachedCS;
        }
      }
      const parsedCS = this.#parse(cs, options2);
      if (csRef) {
        globalColorSpaceCache.set(null, csRef, parsedCS);
      }
      return parsedCS;
    }
    static #parse(cs, options2) {
      const {
        xref,
        resources,
        pdfFunctionFactory,
        globalColorSpaceCache
      } = options2;
      cs = xref.fetchIfRef(cs);
      if (cs instanceof Name) {
        switch (cs.name) {
          case "G":
          case "DeviceGray":
            return this.gray;
          case "RGB":
          case "DeviceRGB":
            return this.rgb;
          case "DeviceRGBA":
            return this.rgba;
          case "CMYK":
          case "DeviceCMYK":
            return this.cmyk;
          case "Pattern":
            return new PatternCS(null);
          default:
            if (resources instanceof Dict) {
              const colorSpaces = resources.get("ColorSpace");
              if (colorSpaces instanceof Dict) {
                const resourcesCS = colorSpaces.get(cs.name);
                if (resourcesCS) {
                  if (resourcesCS instanceof Name) {
                    return this.#parse(resourcesCS, options2);
                  }
                  cs = resourcesCS;
                  break;
                }
              }
            }
            warn2(`Unrecognized ColorSpace: ${cs.name}`);
            return this.gray;
        }
      }
      if (Array.isArray(cs)) {
        const mode = xref.fetchIfRef(cs[0]).name;
        let params, numComps, baseCS, whitePoint, blackPoint, gamma;
        switch (mode) {
          case "G":
          case "DeviceGray":
            return this.gray;
          case "RGB":
          case "DeviceRGB":
            return this.rgb;
          case "CMYK":
          case "DeviceCMYK":
            return this.cmyk;
          case "CalGray":
            params = xref.fetchIfRef(cs[1]);
            whitePoint = params.getArray("WhitePoint");
            blackPoint = params.getArray("BlackPoint");
            gamma = params.get("Gamma");
            return new CalGrayCS(whitePoint, blackPoint, gamma);
          case "CalRGB":
            params = xref.fetchIfRef(cs[1]);
            whitePoint = params.getArray("WhitePoint");
            blackPoint = params.getArray("BlackPoint");
            gamma = params.getArray("Gamma");
            const matrix = params.getArray("Matrix");
            return new CalRGBCS(whitePoint, blackPoint, gamma, matrix);
          case "ICCBased":
            const isRef2 = cs[1] instanceof Ref;
            if (isRef2) {
              const cachedCS = globalColorSpaceCache.getByRef(cs[1]);
              if (cachedCS) {
                return cachedCS;
              }
            }
            const stream2 = xref.fetchIfRef(cs[1]);
            const dict = stream2.dict;
            numComps = dict.get("N");
            if (IccColorSpace.isUsable) {
              try {
                const iccCS = new IccColorSpace(stream2.getBytes(), "ICCBased", numComps);
                if (isRef2) {
                  globalColorSpaceCache.set(null, cs[1], iccCS);
                }
                return iccCS;
              } catch (ex) {
                if (ex instanceof MissingDataException) {
                  throw ex;
                }
                warn2(`ICCBased color space (${cs[1]}): "${ex}".`);
              }
            }
            const altRaw = dict.getRaw("Alternate");
            if (altRaw) {
              const altCS = this.#subParse(altRaw, options2);
              if (altCS.numComps === numComps) {
                return altCS;
              }
              warn2("ICCBased color space: Ignoring incorrect /Alternate entry.");
            }
            if (numComps === 1) {
              return this.gray;
            } else if (numComps === 3) {
              return this.rgb;
            } else if (numComps === 4) {
              return this.cmyk;
            }
            break;
          case "Pattern":
            baseCS = cs[1] || null;
            baseCS &&= this.#subParse(baseCS, options2);
            return new PatternCS(baseCS);
          case "I":
          case "Indexed":
            baseCS = this.#subParse(cs[1], options2);
            const hiVal = MathClamp2(xref.fetchIfRef(cs[2]), 0, 255);
            const lookup3 = xref.fetchIfRef(cs[3]);
            return new IndexedCS(baseCS, hiVal, lookup3);
          case "Separation":
          case "DeviceN":
            const name = xref.fetchIfRef(cs[1]);
            numComps = Array.isArray(name) ? name.length : 1;
            baseCS = this.#subParse(cs[2], options2);
            const tintFn = pdfFunctionFactory.create(cs[3]);
            return new AlternateCS(numComps, baseCS, tintFn);
          case "Lab":
            params = xref.fetchIfRef(cs[1]);
            whitePoint = params.getArray("WhitePoint");
            blackPoint = params.getArray("BlackPoint");
            const range3 = params.getArray("Range");
            return new LabCS(whitePoint, blackPoint, range3);
          default:
            warn2(`Unimplemented ColorSpace object: ${mode}`);
            return this.gray;
        }
      }
      warn2(`Unrecognized ColorSpace object: ${cs}`);
      return this.gray;
    }
    static get gray() {
      return util_shadow2(this, "gray", new DeviceGrayCS());
    }
    static get rgb() {
      return util_shadow2(this, "rgb", new DeviceRgbCS());
    }
    static get rgba() {
      return util_shadow2(this, "rgba", new DeviceRgbaCS());
    }
    static get cmyk() {
      if (CmykICCBasedCS.isUsable) {
        try {
          return util_shadow2(this, "cmyk", new CmykICCBasedCS());
        } catch {
          warn2("CMYK fallback: DeviceCMYK");
        }
      }
      return util_shadow2(this, "cmyk", new DeviceCmykCS());
    }
  };
  var JpegError = class extends BaseException2 {
    constructor(msg) {
      super(msg, "JpegError");
    }
  };
  var DNLMarkerError = class extends BaseException2 {
    constructor(message, scanLines) {
      super(message, "DNLMarkerError");
      this.scanLines = scanLines;
    }
  };
  var EOIMarkerError = class extends BaseException2 {
    constructor(msg) {
      super(msg, "EOIMarkerError");
    }
  };
  var dctZigZag = new Uint8Array([0, 1, 8, 16, 9, 2, 3, 10, 17, 24, 32, 25, 18, 11, 4, 5, 12, 19, 26, 33, 40, 48, 41, 34, 27, 20, 13, 6, 7, 14, 21, 28, 35, 42, 49, 56, 57, 50, 43, 36, 29, 22, 15, 23, 30, 37, 44, 51, 58, 59, 52, 45, 38, 31, 39, 46, 53, 60, 61, 54, 47, 55, 62, 63]);
  var dctCos1 = 4017;
  var dctSin1 = 799;
  var dctCos3 = 3406;
  var dctSin3 = 2276;
  var dctCos6 = 1567;
  var dctSin6 = 3784;
  var dctSqrt2 = 5793;
  var dctSqrt1d2 = 2896;
  function buildHuffmanTable(codeLengths, values3) {
    let k = 0, i, j, length = 16;
    while (length > 0 && !codeLengths[length - 1]) {
      length--;
    }
    const code = [{
      children: [],
      index: 0
    }];
    let p = code[0], q;
    for (i = 0; i < length; i++) {
      for (j = 0; j < codeLengths[i]; j++) {
        p = code.pop();
        p.children[p.index] = values3[k];
        while (p.index > 0) {
          p = code.pop();
        }
        p.index++;
        code.push(p);
        while (code.length <= i) {
          code.push(q = {
            children: [],
            index: 0
          });
          p.children[p.index] = q.children;
          p = q;
        }
        k++;
      }
      if (i + 1 < length) {
        code.push(q = {
          children: [],
          index: 0
        });
        p.children[p.index] = q.children;
        p = q;
      }
    }
    return code[0].children;
  }
  function getBlockBufferOffset(component, row, col) {
    return 64 * ((component.blocksPerLine + 1) * row + col);
  }
  function decodeScan(data, view2, offset, frame, components, resetInterval, spectralStart, spectralEnd, successivePrev, successive, parseDNLMarker = false) {
    const mcusPerLine = frame.mcusPerLine;
    const progressive = frame.progressive;
    const startOffset = offset;
    let bitsData = 0, bitsCount = 0;
    function readBit() {
      if (bitsCount > 0) {
        bitsCount--;
        return bitsData >> bitsCount & 1;
      }
      bitsData = data[offset++];
      if (bitsData === 255) {
        const nextByte = data[offset++];
        if (nextByte) {
          if (nextByte === 220 && parseDNLMarker) {
            offset += 2;
            const scanLines = view2.getUint16(offset);
            offset += 2;
            if (scanLines > 0 && scanLines !== frame.scanLines) {
              throw new DNLMarkerError("Found DNL marker (0xFFDC) while parsing scan data", scanLines);
            }
          } else if (nextByte === 217) {
            if (parseDNLMarker) {
              const maybeScanLines = blockRow * (frame.precision === 8 ? 8 : 0);
              if (maybeScanLines > 0 && Math.round(frame.scanLines / maybeScanLines) >= 5) {
                throw new DNLMarkerError("Found EOI marker (0xFFD9) while parsing scan data, possibly caused by incorrect `scanLines` parameter", maybeScanLines);
              }
            }
            throw new EOIMarkerError("Found EOI marker (0xFFD9) while parsing scan data");
          }
          throw new JpegError(`unexpected marker ${(bitsData << 8 | nextByte).toString(16)}`);
        }
      }
      bitsCount = 7;
      return bitsData >>> 7;
    }
    function decodeHuffman(tree) {
      let node2 = tree;
      while (true) {
        node2 = node2[readBit()];
        switch (typeof node2) {
          case "number":
            return node2;
          case "object":
            continue;
        }
        throw new JpegError("invalid huffman sequence");
      }
    }
    function receive(length) {
      let n2 = 0;
      while (length > 0) {
        n2 = n2 << 1 | readBit();
        length--;
      }
      return n2;
    }
    function receiveAndExtend(length) {
      if (length === 1) {
        return readBit() === 1 ? 1 : -1;
      }
      const n2 = receive(length);
      return n2 >= 1 << length - 1 ? n2 : n2 + (-1 << length) + 1;
    }
    function decodeBaseline(component2, blockOffset) {
      const t = decodeHuffman(component2.huffmanTableDC);
      const diff = t === 0 ? 0 : receiveAndExtend(t);
      component2.blockData[blockOffset] = component2.pred += diff;
      let k2 = 1;
      while (k2 < 64) {
        const rs = decodeHuffman(component2.huffmanTableAC);
        const s = rs & 15, r = rs >> 4;
        if (s === 0) {
          if (r < 15) {
            break;
          }
          k2 += 16;
          continue;
        }
        k2 += r;
        const z = dctZigZag[k2];
        component2.blockData[blockOffset + z] = receiveAndExtend(s);
        k2++;
      }
    }
    function decodeDCFirst(component2, blockOffset) {
      const t = decodeHuffman(component2.huffmanTableDC);
      const diff = t === 0 ? 0 : receiveAndExtend(t) << successive;
      component2.blockData[blockOffset] = component2.pred += diff;
    }
    function decodeDCSuccessive(component2, blockOffset) {
      component2.blockData[blockOffset] |= readBit() << successive;
    }
    let eobrun = 0;
    function decodeACFirst(component2, blockOffset) {
      if (eobrun > 0) {
        eobrun--;
        return;
      }
      let k2 = spectralStart;
      const e = spectralEnd;
      while (k2 <= e) {
        const rs = decodeHuffman(component2.huffmanTableAC);
        const s = rs & 15, r = rs >> 4;
        if (s === 0) {
          if (r < 15) {
            eobrun = receive(r) + (1 << r) - 1;
            break;
          }
          k2 += 16;
          continue;
        }
        k2 += r;
        const z = dctZigZag[k2];
        component2.blockData[blockOffset + z] = receiveAndExtend(s) * (1 << successive);
        k2++;
      }
    }
    let successiveACState = 0, successiveACNextValue;
    function decodeACSuccessive(component2, blockOffset) {
      let k2 = spectralStart;
      const e = spectralEnd;
      let r = 0;
      let s;
      let rs;
      while (k2 <= e) {
        const offsetZ = blockOffset + dctZigZag[k2];
        const sign = component2.blockData[offsetZ] < 0 ? -1 : 1;
        switch (successiveACState) {
          case 0:
            rs = decodeHuffman(component2.huffmanTableAC);
            s = rs & 15;
            r = rs >> 4;
            if (s === 0) {
              if (r < 15) {
                eobrun = receive(r) + (1 << r);
                successiveACState = 4;
              } else {
                r = 16;
                successiveACState = 1;
              }
            } else {
              if (s !== 1) {
                throw new JpegError("invalid ACn encoding");
              }
              successiveACNextValue = receiveAndExtend(s);
              successiveACState = r ? 2 : 3;
            }
            continue;
          case 1:
          case 2:
            if (component2.blockData[offsetZ]) {
              component2.blockData[offsetZ] += sign * (readBit() << successive);
            } else {
              r--;
              if (r === 0) {
                successiveACState = successiveACState === 2 ? 3 : 0;
              }
            }
            break;
          case 3:
            if (component2.blockData[offsetZ]) {
              component2.blockData[offsetZ] += sign * (readBit() << successive);
            } else {
              component2.blockData[offsetZ] = successiveACNextValue << successive;
              successiveACState = 0;
            }
            break;
          case 4:
            if (component2.blockData[offsetZ]) {
              component2.blockData[offsetZ] += sign * (readBit() << successive);
            }
            break;
        }
        k2++;
      }
      if (successiveACState === 4) {
        eobrun--;
        if (eobrun === 0) {
          successiveACState = 0;
        }
      }
    }
    let blockRow = 0;
    function decodeMcu(component2, decode, mcu2, row, col) {
      const mcuRow = mcu2 / mcusPerLine | 0;
      const mcuCol = mcu2 % mcusPerLine;
      blockRow = mcuRow * component2.v + row;
      const blockCol = mcuCol * component2.h + col;
      const blockOffset = getBlockBufferOffset(component2, blockRow, blockCol);
      decode(component2, blockOffset);
    }
    function decodeBlock(component2, decode, mcu2) {
      blockRow = mcu2 / component2.blocksPerLine | 0;
      const blockCol = mcu2 % component2.blocksPerLine;
      const blockOffset = getBlockBufferOffset(component2, blockRow, blockCol);
      decode(component2, blockOffset);
    }
    const componentsLength = components.length;
    let component, i, j, k, n;
    let decodeFn;
    if (progressive) {
      if (spectralStart === 0) {
        decodeFn = successivePrev === 0 ? decodeDCFirst : decodeDCSuccessive;
      } else {
        decodeFn = successivePrev === 0 ? decodeACFirst : decodeACSuccessive;
      }
    } else {
      decodeFn = decodeBaseline;
    }
    let mcu = 0, fileMarker;
    const mcuExpected = componentsLength === 1 ? components[0].blocksPerLine * components[0].blocksPerColumn : mcusPerLine * frame.mcusPerColumn;
    let h, v;
    while (mcu <= mcuExpected) {
      const mcuToRead = resetInterval ? Math.min(mcuExpected - mcu, resetInterval) : mcuExpected;
      if (mcuToRead > 0) {
        for (i = 0; i < componentsLength; i++) {
          components[i].pred = 0;
        }
        eobrun = 0;
        if (componentsLength === 1) {
          component = components[0];
          for (n = 0; n < mcuToRead; n++) {
            decodeBlock(component, decodeFn, mcu);
            mcu++;
          }
        } else {
          for (n = 0; n < mcuToRead; n++) {
            for (i = 0; i < componentsLength; i++) {
              component = components[i];
              h = component.h;
              v = component.v;
              for (j = 0; j < v; j++) {
                for (k = 0; k < h; k++) {
                  decodeMcu(component, decodeFn, mcu, j, k);
                }
              }
            }
            mcu++;
          }
        }
      }
      bitsCount = 0;
      fileMarker = findNextFileMarker(data, view2, offset);
      if (!fileMarker) {
        break;
      }
      if (fileMarker.invalid) {
        const partialMsg = mcuToRead > 0 ? "unexpected" : "excessive";
        warn2(`decodeScan - ${partialMsg} MCU data, current marker is: ${fileMarker.invalid}`);
        offset = fileMarker.offset;
      }
      if (fileMarker.marker >= 65488 && fileMarker.marker <= 65495) {
        offset += 2;
      } else {
        break;
      }
    }
    return offset - startOffset;
  }
  function quantizeAndInverse(component, blockBufferOffset, p) {
    const qt = component.quantizationTable, blockData = component.blockData;
    let v0, v1, v2, v3, v4, v5, v6, v7;
    let p0, p1, p2, p3, p4, p5, p6, p7;
    let t;
    if (!qt) {
      throw new JpegError("missing required Quantization Table.");
    }
    for (let row = 0; row < 64; row += 8) {
      p0 = blockData[blockBufferOffset + row];
      p1 = blockData[blockBufferOffset + row + 1];
      p2 = blockData[blockBufferOffset + row + 2];
      p3 = blockData[blockBufferOffset + row + 3];
      p4 = blockData[blockBufferOffset + row + 4];
      p5 = blockData[blockBufferOffset + row + 5];
      p6 = blockData[blockBufferOffset + row + 6];
      p7 = blockData[blockBufferOffset + row + 7];
      p0 *= qt[row];
      if ((p1 | p2 | p3 | p4 | p5 | p6 | p7) === 0) {
        t = dctSqrt2 * p0 + 512 >> 10;
        p[row] = t;
        p[row + 1] = t;
        p[row + 2] = t;
        p[row + 3] = t;
        p[row + 4] = t;
        p[row + 5] = t;
        p[row + 6] = t;
        p[row + 7] = t;
        continue;
      }
      p1 *= qt[row + 1];
      p2 *= qt[row + 2];
      p3 *= qt[row + 3];
      p4 *= qt[row + 4];
      p5 *= qt[row + 5];
      p6 *= qt[row + 6];
      p7 *= qt[row + 7];
      v0 = dctSqrt2 * p0 + 128 >> 8;
      v1 = dctSqrt2 * p4 + 128 >> 8;
      v2 = p2;
      v3 = p6;
      v4 = dctSqrt1d2 * (p1 - p7) + 128 >> 8;
      v7 = dctSqrt1d2 * (p1 + p7) + 128 >> 8;
      v5 = p3 << 4;
      v6 = p5 << 4;
      v0 = v0 + v1 + 1 >> 1;
      v1 = v0 - v1;
      t = v2 * dctSin6 + v3 * dctCos6 + 128 >> 8;
      v2 = v2 * dctCos6 - v3 * dctSin6 + 128 >> 8;
      v3 = t;
      v4 = v4 + v6 + 1 >> 1;
      v6 = v4 - v6;
      v7 = v7 + v5 + 1 >> 1;
      v5 = v7 - v5;
      v0 = v0 + v3 + 1 >> 1;
      v3 = v0 - v3;
      v1 = v1 + v2 + 1 >> 1;
      v2 = v1 - v2;
      t = v4 * dctSin3 + v7 * dctCos3 + 2048 >> 12;
      v4 = v4 * dctCos3 - v7 * dctSin3 + 2048 >> 12;
      v7 = t;
      t = v5 * dctSin1 + v6 * dctCos1 + 2048 >> 12;
      v5 = v5 * dctCos1 - v6 * dctSin1 + 2048 >> 12;
      v6 = t;
      p[row] = v0 + v7;
      p[row + 7] = v0 - v7;
      p[row + 1] = v1 + v6;
      p[row + 6] = v1 - v6;
      p[row + 2] = v2 + v5;
      p[row + 5] = v2 - v5;
      p[row + 3] = v3 + v4;
      p[row + 4] = v3 - v4;
    }
    for (let col = 0; col < 8; ++col) {
      p0 = p[col];
      p1 = p[col + 8];
      p2 = p[col + 16];
      p3 = p[col + 24];
      p4 = p[col + 32];
      p5 = p[col + 40];
      p6 = p[col + 48];
      p7 = p[col + 56];
      if ((p1 | p2 | p3 | p4 | p5 | p6 | p7) === 0) {
        t = dctSqrt2 * p0 + 8192 >> 14;
        if (t < -2040) {
          t = 0;
        } else if (t >= 2024) {
          t = 255;
        } else {
          t = t + 2056 >> 4;
        }
        blockData[blockBufferOffset + col] = t;
        blockData[blockBufferOffset + col + 8] = t;
        blockData[blockBufferOffset + col + 16] = t;
        blockData[blockBufferOffset + col + 24] = t;
        blockData[blockBufferOffset + col + 32] = t;
        blockData[blockBufferOffset + col + 40] = t;
        blockData[blockBufferOffset + col + 48] = t;
        blockData[blockBufferOffset + col + 56] = t;
        continue;
      }
      v0 = dctSqrt2 * p0 + 2048 >> 12;
      v1 = dctSqrt2 * p4 + 2048 >> 12;
      v2 = p2;
      v3 = p6;
      v4 = dctSqrt1d2 * (p1 - p7) + 2048 >> 12;
      v7 = dctSqrt1d2 * (p1 + p7) + 2048 >> 12;
      v5 = p3;
      v6 = p5;
      v0 = (v0 + v1 + 1 >> 1) + 4112;
      v1 = v0 - v1;
      t = v2 * dctSin6 + v3 * dctCos6 + 2048 >> 12;
      v2 = v2 * dctCos6 - v3 * dctSin6 + 2048 >> 12;
      v3 = t;
      v4 = v4 + v6 + 1 >> 1;
      v6 = v4 - v6;
      v7 = v7 + v5 + 1 >> 1;
      v5 = v7 - v5;
      v0 = v0 + v3 + 1 >> 1;
      v3 = v0 - v3;
      v1 = v1 + v2 + 1 >> 1;
      v2 = v1 - v2;
      t = v4 * dctSin3 + v7 * dctCos3 + 2048 >> 12;
      v4 = v4 * dctCos3 - v7 * dctSin3 + 2048 >> 12;
      v7 = t;
      t = v5 * dctSin1 + v6 * dctCos1 + 2048 >> 12;
      v5 = v5 * dctCos1 - v6 * dctSin1 + 2048 >> 12;
      v6 = t;
      p0 = v0 + v7;
      p7 = v0 - v7;
      p1 = v1 + v6;
      p6 = v1 - v6;
      p2 = v2 + v5;
      p5 = v2 - v5;
      p3 = v3 + v4;
      p4 = v3 - v4;
      if (p0 < 16) {
        p0 = 0;
      } else if (p0 >= 4080) {
        p0 = 255;
      } else {
        p0 >>= 4;
      }
      if (p1 < 16) {
        p1 = 0;
      } else if (p1 >= 4080) {
        p1 = 255;
      } else {
        p1 >>= 4;
      }
      if (p2 < 16) {
        p2 = 0;
      } else if (p2 >= 4080) {
        p2 = 255;
      } else {
        p2 >>= 4;
      }
      if (p3 < 16) {
        p3 = 0;
      } else if (p3 >= 4080) {
        p3 = 255;
      } else {
        p3 >>= 4;
      }
      if (p4 < 16) {
        p4 = 0;
      } else if (p4 >= 4080) {
        p4 = 255;
      } else {
        p4 >>= 4;
      }
      if (p5 < 16) {
        p5 = 0;
      } else if (p5 >= 4080) {
        p5 = 255;
      } else {
        p5 >>= 4;
      }
      if (p6 < 16) {
        p6 = 0;
      } else if (p6 >= 4080) {
        p6 = 255;
      } else {
        p6 >>= 4;
      }
      if (p7 < 16) {
        p7 = 0;
      } else if (p7 >= 4080) {
        p7 = 255;
      } else {
        p7 >>= 4;
      }
      blockData[blockBufferOffset + col] = p0;
      blockData[blockBufferOffset + col + 8] = p1;
      blockData[blockBufferOffset + col + 16] = p2;
      blockData[blockBufferOffset + col + 24] = p3;
      blockData[blockBufferOffset + col + 32] = p4;
      blockData[blockBufferOffset + col + 40] = p5;
      blockData[blockBufferOffset + col + 48] = p6;
      blockData[blockBufferOffset + col + 56] = p7;
    }
  }
  function buildComponentData(frame, component) {
    const blocksPerLine = component.blocksPerLine;
    const blocksPerColumn = component.blocksPerColumn;
    const computationBuffer = new Int16Array(64);
    for (let blockRow = 0; blockRow < blocksPerColumn; blockRow++) {
      for (let blockCol = 0; blockCol < blocksPerLine; blockCol++) {
        const offset = getBlockBufferOffset(component, blockRow, blockCol);
        quantizeAndInverse(component, offset, computationBuffer);
      }
    }
    return component.blockData;
  }
  function findNextFileMarker(data, view2, currentPos, startPos = currentPos) {
    const maxPos = data.length - 1;
    let newPos = startPos < currentPos ? startPos : currentPos;
    if (currentPos >= maxPos) {
      return null;
    }
    const currentMarker = view2.getUint16(currentPos);
    if (currentMarker >= 65472 && currentMarker <= 65534) {
      return {
        invalid: null,
        marker: currentMarker,
        offset: currentPos
      };
    }
    let newMarker = view2.getUint16(newPos);
    while (!(newMarker >= 65472 && newMarker <= 65534)) {
      if (++newPos >= maxPos) {
        return null;
      }
      newMarker = view2.getUint16(newPos);
    }
    return {
      invalid: currentMarker.toString(16),
      marker: newMarker,
      offset: newPos
    };
  }
  function prepareComponents(frame) {
    const mcusPerLine = Math.ceil(frame.samplesPerLine / 8 / frame.maxH);
    const mcusPerColumn = Math.ceil(frame.scanLines / 8 / frame.maxV);
    for (const component of frame.components) {
      const blocksPerLine = Math.ceil(Math.ceil(frame.samplesPerLine / 8) * component.h / frame.maxH);
      const blocksPerColumn = Math.ceil(Math.ceil(frame.scanLines / 8) * component.v / frame.maxV);
      const blocksPerLineForMcu = mcusPerLine * component.h;
      const blocksPerColumnForMcu = mcusPerColumn * component.v;
      const blocksBufferSize = 64 * blocksPerColumnForMcu * (blocksPerLineForMcu + 1);
      component.blockData = new Int16Array(blocksBufferSize);
      component.blocksPerLine = blocksPerLine;
      component.blocksPerColumn = blocksPerColumn;
    }
    frame.mcusPerLine = mcusPerLine;
    frame.mcusPerColumn = mcusPerColumn;
  }
  function readDataBlock(data, view2, offset) {
    const length = view2.getUint16(offset);
    offset += 2;
    let endOffset = offset + length - 2;
    const fileMarker = findNextFileMarker(data, view2, endOffset, offset);
    if (fileMarker?.invalid) {
      warn2("readDataBlock - incorrect length, current marker is: " + fileMarker.invalid);
      endOffset = fileMarker.offset;
    }
    const array = data.subarray(offset, endOffset);
    return {
      appData: array,
      oldOffset: offset,
      newOffset: offset + array.length
    };
  }
  function skipData(data, view2, offset) {
    const length = view2.getUint16(offset);
    offset += 2;
    const endOffset = offset + length - 2;
    const fileMarker = findNextFileMarker(data, view2, endOffset, offset);
    return fileMarker?.invalid ? fileMarker.offset : endOffset;
  }
  var JpegImage = class {
    constructor(options2) {
      this._colorTransform = options2?.colorTransform ?? -1;
    }
    static canUseImageDecoder(data, colorTransform = -1) {
      const view2 = new DataView(data.buffer, data.byteOffset, data.byteLength);
      const info3 = {
        width: 0,
        height: 0,
        exifStart: 0,
        exifEnd: 0
      };
      let offset = 0;
      let numComponents = null;
      let fileMarker = view2.getUint16(offset);
      offset += 2;
      if (fileMarker !== 65496) {
        throw new JpegError("SOI not found");
      }
      fileMarker = view2.getUint16(offset);
      offset += 2;
      markerLoop: while (fileMarker !== 65497) {
        switch (fileMarker) {
          case 65505:
            const {
              appData,
              oldOffset,
              newOffset
            } = readDataBlock(data, view2, offset);
            offset = newOffset;
            if (appData[0] === 69 && appData[1] === 120 && appData[2] === 105 && appData[3] === 102 && appData[4] === 0 && appData[5] === 0) {
              if (info3.exifStart) {
                throw new JpegError("Duplicate EXIF-blocks found.");
              }
              info3.exifStart = oldOffset + 6;
              info3.exifEnd = newOffset;
            }
            fileMarker = view2.getUint16(offset);
            offset += 2;
            continue;
          case 65472:
          case 65473:
          case 65474:
            info3.height = view2.getUint16(offset + (2 + 1));
            info3.width = view2.getUint16(offset + (2 + 1 + 2));
            numComponents = data[offset + (2 + 1 + 2 + 2)];
            break markerLoop;
          case 65535:
            if (data[offset] !== 255) {
              offset--;
            }
            break;
        }
        offset = skipData(data, view2, offset);
        fileMarker = view2.getUint16(offset);
        offset += 2;
      }
      if (numComponents === 4) {
        return null;
      }
      if (numComponents === 3 && colorTransform === 0) {
        return null;
      }
      return info3;
    }
    parse(data, {
      dnlScanLines = null
    } = {}) {
      const view2 = new DataView(data.buffer, data.byteOffset, data.byteLength);
      const maxOffset = data.length - 1;
      let offset = 0;
      let jfif = null;
      let adobe = null;
      let frame, resetInterval;
      let numSOSMarkers = 0;
      const quantizationTables = [];
      const huffmanTablesAC = [], huffmanTablesDC = [];
      let fileMarker = view2.getUint16(offset);
      offset += 2;
      if (fileMarker !== 65496) {
        throw new JpegError("SOI not found");
      }
      fileMarker = view2.getUint16(offset);
      offset += 2;
      markerLoop: while (fileMarker !== 65497) {
        let i, j, l;
        switch (fileMarker) {
          case 65504:
          case 65505:
          case 65506:
          case 65507:
          case 65508:
          case 65509:
          case 65510:
          case 65511:
          case 65512:
          case 65513:
          case 65514:
          case 65515:
          case 65516:
          case 65517:
          case 65518:
          case 65519:
          case 65534:
            const {
              appData,
              newOffset
            } = readDataBlock(data, view2, offset);
            offset = newOffset;
            if (fileMarker === 65504) {
              if (appData[0] === 74 && appData[1] === 70 && appData[2] === 73 && appData[3] === 70 && appData[4] === 0) {
                jfif = {
                  version: {
                    major: appData[5],
                    minor: appData[6]
                  },
                  densityUnits: appData[7],
                  xDensity: appData[8] << 8 | appData[9],
                  yDensity: appData[10] << 8 | appData[11],
                  thumbWidth: appData[12],
                  thumbHeight: appData[13],
                  thumbData: appData.subarray(14, 14 + 3 * appData[12] * appData[13])
                };
              }
            }
            if (fileMarker === 65518) {
              if (appData[0] === 65 && appData[1] === 100 && appData[2] === 111 && appData[3] === 98 && appData[4] === 101) {
                adobe = {
                  version: appData[5] << 8 | appData[6],
                  flags0: appData[7] << 8 | appData[8],
                  flags1: appData[9] << 8 | appData[10],
                  transformCode: appData[11]
                };
              }
            }
            break;
          case 65499:
            const quantizationTablesLength = view2.getUint16(offset);
            offset += 2;
            const quantizationTablesEnd = quantizationTablesLength + offset - 2;
            let z;
            while (offset < quantizationTablesEnd) {
              const quantizationTableSpec = data[offset++];
              const tableData = new Uint16Array(64);
              if (quantizationTableSpec >> 4 === 0) {
                for (j = 0; j < 64; j++) {
                  z = dctZigZag[j];
                  tableData[z] = data[offset++];
                }
              } else if (quantizationTableSpec >> 4 === 1) {
                for (j = 0; j < 64; j++) {
                  z = dctZigZag[j];
                  tableData[z] = view2.getUint16(offset);
                  offset += 2;
                }
              } else {
                throw new JpegError("DQT - invalid table spec");
              }
              quantizationTables[quantizationTableSpec & 15] = tableData;
            }
            break;
          case 65472:
          case 65473:
          case 65474:
            if (frame) {
              throw new JpegError("Only single frame JPEGs supported");
            }
            offset += 2;
            frame = {};
            frame.extended = fileMarker === 65473;
            frame.progressive = fileMarker === 65474;
            frame.precision = data[offset++];
            const sofScanLines = view2.getUint16(offset);
            offset += 2;
            frame.scanLines = dnlScanLines || sofScanLines;
            frame.samplesPerLine = view2.getUint16(offset);
            offset += 2;
            frame.components = [];
            frame.componentIds = {};
            const componentsCount = data[offset++];
            let maxH = 0, maxV = 0;
            for (i = 0; i < componentsCount; i++) {
              const componentId = data[offset];
              const h = data[offset + 1] >> 4;
              const v = data[offset + 1] & 15;
              if (maxH < h) {
                maxH = h;
              }
              if (maxV < v) {
                maxV = v;
              }
              const qId = data[offset + 2];
              l = frame.components.push({
                h,
                v,
                quantizationId: qId,
                quantizationTable: null
              });
              frame.componentIds[componentId] = l - 1;
              offset += 3;
            }
            frame.maxH = maxH;
            frame.maxV = maxV;
            prepareComponents(frame);
            break;
          case 65476:
            const huffmanLength = view2.getUint16(offset);
            offset += 2;
            for (i = 2; i < huffmanLength; ) {
              const huffmanTableSpec = data[offset++];
              const codeLengths = new Uint8Array(16);
              let codeLengthSum = 0;
              for (j = 0; j < 16; j++, offset++) {
                codeLengthSum += codeLengths[j] = data[offset];
              }
              const huffmanValues = new Uint8Array(codeLengthSum);
              for (j = 0; j < codeLengthSum; j++, offset++) {
                huffmanValues[j] = data[offset];
              }
              i += 17 + codeLengthSum;
              (huffmanTableSpec >> 4 === 0 ? huffmanTablesDC : huffmanTablesAC)[huffmanTableSpec & 15] = buildHuffmanTable(codeLengths, huffmanValues);
            }
            break;
          case 65501:
            offset += 2;
            resetInterval = view2.getUint16(offset);
            offset += 2;
            break;
          case 65498:
            const parseDNLMarker = ++numSOSMarkers === 1 && !dnlScanLines;
            offset += 2;
            const selectorsCount = data[offset++], components = [];
            for (i = 0; i < selectorsCount; i++) {
              const index = data[offset++];
              const componentIndex = frame.componentIds[index];
              const component = frame.components[componentIndex];
              component.index = index;
              const tableSpec = data[offset++];
              component.huffmanTableDC = huffmanTablesDC[tableSpec >> 4];
              component.huffmanTableAC = huffmanTablesAC[tableSpec & 15];
              components.push(component);
            }
            const spectralStart = data[offset++], spectralEnd = data[offset++], successiveApproximation = data[offset++];
            try {
              const processed = decodeScan(data, view2, offset, frame, components, resetInterval, spectralStart, spectralEnd, successiveApproximation >> 4, successiveApproximation & 15, parseDNLMarker);
              offset += processed;
            } catch (ex) {
              if (ex instanceof DNLMarkerError) {
                warn2(`${ex.message} -- attempting to re-parse the JPEG image.`);
                return this.parse(data, {
                  dnlScanLines: ex.scanLines
                });
              } else if (ex instanceof EOIMarkerError) {
                warn2(`${ex.message} -- ignoring the rest of the image data.`);
                break markerLoop;
              }
              throw ex;
            }
            break;
          case 65500:
            offset += 4;
            break;
          case 65535:
            if (data[offset] !== 255) {
              offset--;
            }
            break;
          default:
            const nextFileMarker = findNextFileMarker(data, view2, offset - 2, offset - 3);
            if (nextFileMarker?.invalid) {
              warn2("JpegImage.parse - unexpected data, current marker is: " + nextFileMarker.invalid);
              offset = nextFileMarker.offset;
              break;
            }
            if (!nextFileMarker || offset >= maxOffset) {
              warn2("JpegImage.parse - reached the end of the image data without finding an EOI marker (0xFFD9).");
              break markerLoop;
            }
            throw new JpegError("JpegImage.parse - unknown marker: " + fileMarker.toString(16));
        }
        if (offset < maxOffset) {
          fileMarker = view2.getUint16(offset);
          offset += 2;
        } else {
          fileMarker = 0;
        }
      }
      if (!frame) {
        throw new JpegError("JpegImage.parse - no frame data found.");
      }
      this.width = frame.samplesPerLine;
      this.height = frame.scanLines;
      this.jfif = jfif;
      this.adobe = adobe;
      this.components = [];
      for (const component of frame.components) {
        const quantizationTable = quantizationTables[component.quantizationId];
        if (quantizationTable) {
          component.quantizationTable = quantizationTable;
        }
        this.components.push({
          index: component.index,
          output: buildComponentData(frame, component),
          scaleX: component.h / frame.maxH,
          scaleY: component.v / frame.maxV,
          blocksPerLine: component.blocksPerLine,
          blocksPerColumn: component.blocksPerColumn
        });
      }
      this.numComponents = this.components.length;
      return void 0;
    }
    #getLinearizedBlockData(width, height) {
      const scaleX = this.width / width, scaleY = this.height / height;
      let component, componentScaleX, componentScaleY, blocksPerScanline;
      let x, y, i, j, k;
      let offset = 0;
      const numComponents = this.components.length;
      const dataLength = width * height * numComponents;
      const data = new Uint8ClampedArray(dataLength);
      const xScaleBlockOffset = new Uint32Array(width);
      const mask3LSB = 4294967288;
      let lastComponentScaleX;
      for (i = 0; i < numComponents; i++) {
        component = this.components[i];
        componentScaleX = component.scaleX * scaleX;
        componentScaleY = component.scaleY * scaleY;
        offset = i;
        const output = component.output;
        blocksPerScanline = component.blocksPerLine + 1 << 3;
        if (componentScaleX !== lastComponentScaleX) {
          for (x = 0; x < width; x++) {
            j = 0 | x * componentScaleX;
            xScaleBlockOffset[x] = (j & mask3LSB) << 3 | j & 7;
          }
          lastComponentScaleX = componentScaleX;
        }
        for (y = 0; y < height; y++) {
          j = 0 | y * componentScaleY;
          const index = blocksPerScanline * (j & mask3LSB) | (j & 7) << 3;
          for (x = 0; x < width; x++) {
            data[offset] = output[index + xScaleBlockOffset[x]];
            offset += numComponents;
          }
        }
      }
      return data;
    }
    get _isColorConversionNeeded() {
      if (this.adobe) {
        return !!this.adobe.transformCode;
      }
      if (this.numComponents === 3) {
        if (this._colorTransform === 0) {
          return false;
        } else if (this.components[0].index === 82 && this.components[1].index === 71 && this.components[2].index === 66) {
          return false;
        }
        return true;
      }
      if (this._colorTransform === 1) {
        return true;
      }
      return false;
    }
    _convertYccToRgb(data) {
      let Y, Cb, Cr;
      for (let i = 0, ii = data.length; i < ii; i += 3) {
        Y = data[i];
        Cb = data[i + 1];
        Cr = data[i + 2];
        data[i] = Y - 179.456 + 1.402 * Cr;
        data[i + 1] = Y + 135.459 - 0.344 * Cb - 0.714 * Cr;
        data[i + 2] = Y - 226.816 + 1.772 * Cb;
      }
      return data;
    }
    _convertYccToRgba(data, out) {
      for (let i = 0, j = 0, ii = data.length; i < ii; i += 3, j += 4) {
        const Y = data[i];
        const Cb = data[i + 1];
        const Cr = data[i + 2];
        out[j] = Y - 179.456 + 1.402 * Cr;
        out[j + 1] = Y + 135.459 - 0.344 * Cb - 0.714 * Cr;
        out[j + 2] = Y - 226.816 + 1.772 * Cb;
        out[j + 3] = 255;
      }
      return out;
    }
    _convertYcckToRgb(data) {
      this._convertYcckToCmyk(data);
      return this._convertCmykToRgb(data);
    }
    _convertYcckToRgba(data) {
      this._convertYcckToCmyk(data);
      return this._convertCmykToRgba(data);
    }
    _convertYcckToCmyk(data) {
      let Y, Cb, Cr;
      for (let i = 0, ii = data.length; i < ii; i += 4) {
        Y = data[i];
        Cb = data[i + 1];
        Cr = data[i + 2];
        data[i] = 434.456 - Y - 1.402 * Cr;
        data[i + 1] = 119.541 - Y + 0.344 * Cb + 0.714 * Cr;
        data[i + 2] = 481.816 - Y - 1.772 * Cb;
      }
      return data;
    }
    _convertCmykToRgb(data) {
      const count = data.length / 4;
      ColorSpaceUtils.cmyk.getRgbBuffer(data, 0, count, data, 0, 8, 0);
      return data.subarray(0, count * 3);
    }
    _convertCmykToRgba(data) {
      ColorSpaceUtils.cmyk.getRgbBuffer(data, 0, data.length / 4, data, 0, 8, 1);
      if (ColorSpaceUtils.cmyk instanceof DeviceCmykCS) {
        for (let i = 3, ii = data.length; i < ii; i += 4) {
          data[i] = 255;
        }
      }
      return data;
    }
    getData({
      width,
      height,
      forceRGBA = false,
      forceRGB = false
    }) {
      if (this.numComponents > 4) {
        throw new JpegError("Unsupported color mode");
      }
      const data = this.#getLinearizedBlockData(width, height);
      if (this.numComponents === 1 && (forceRGBA || forceRGB)) {
        const len = data.length * (forceRGBA ? 4 : 3);
        const rgbaData = new Uint8ClampedArray(len);
        if (forceRGBA) {
          grayToRGBA(data, new Uint32Array(rgbaData.buffer));
        } else {
          let offset = 0;
          for (const grayColor of data) {
            rgbaData[offset++] = grayColor;
            rgbaData[offset++] = grayColor;
            rgbaData[offset++] = grayColor;
          }
        }
        return rgbaData;
      } else if (this.numComponents === 3 && this._isColorConversionNeeded) {
        if (forceRGBA) {
          const rgbaData = new Uint8ClampedArray(data.length / 3 * 4);
          return this._convertYccToRgba(data, rgbaData);
        }
        return this._convertYccToRgb(data);
      } else if (this.numComponents === 4) {
        if (this._isColorConversionNeeded) {
          if (forceRGBA) {
            return this._convertYcckToRgba(data);
          }
          return forceRGB ? this._convertYcckToRgb(data) : this._convertYcckToCmyk(data);
        } else if (forceRGBA) {
          return this._convertCmykToRgba(data);
        } else if (forceRGB) {
          return this._convertCmykToRgb(data);
        }
      }
      return data;
    }
  };
  var JpegStream = class _JpegStream extends DecodeStream2 {
    static #isImageDecoderSupported = FeatureTest2.isImageDecoderSupported;
    constructor(stream2, maybeLength, params) {
      super(maybeLength);
      this.stream = stream2;
      this.dict = stream2.dict;
      this.maybeLength = maybeLength;
      this.params = params;
    }
    static get canUseImageDecoder() {
      return util_shadow2(this, "canUseImageDecoder", this.#isImageDecoderSupported ? ImageDecoder.isTypeSupported("image/jpeg") : Promise.resolve(false));
    }
    static setOptions({
      isImageDecoderSupported = false
    }) {
      this.#isImageDecoderSupported = isImageDecoderSupported;
    }
    get bytes() {
      return util_shadow2(this, "bytes", this.stream.getBytes(this.maybeLength));
    }
    ensureBuffer(requested) {
    }
    readBlock() {
      this.decodeImage();
    }
    get jpegOptions() {
      const jpegOptions = {
        colorTransform: void 0
      };
      if (this.params instanceof Dict) {
        const colorTransform = this.params.get("ColorTransform");
        if (Number.isInteger(colorTransform)) {
          jpegOptions.colorTransform = colorTransform;
        }
      }
      return util_shadow2(this, "jpegOptions", jpegOptions);
    }
    #skipUselessBytes(data) {
      for (let i = 0, ii = data.length - 1; i < ii; i++) {
        if (data[i] === 255 && data[i + 1] === 216) {
          if (i > 0) {
            data = data.subarray(i);
          }
          break;
        }
      }
      return data;
    }
    decodeImage(bytes2) {
      if (this.eof) {
        return this.buffer;
      }
      bytes2 = this.#skipUselessBytes(bytes2 || this.bytes);
      const jpegImage = new JpegImage(this.jpegOptions);
      jpegImage.parse(bytes2);
      const data = jpegImage.getData({
        width: this.drawWidth,
        height: this.drawHeight,
        forceRGBA: this.forceRGBA,
        forceRGB: this.forceRGB
      });
      this.buffer = data;
      this.bufferLength = data.length;
      this.eof = true;
      return this.buffer;
    }
    get canAsyncDecodeImageFromBuffer() {
      return this.stream.isAsync;
    }
    async getTransferableImage(width, height) {
      if (!await _JpegStream.canUseImageDecoder) {
        return null;
      }
      const jpegOptions = this.jpegOptions;
      let decoder2;
      try {
        const bytes2 = this.canAsyncDecodeImageFromBuffer && await this.stream.asyncGetBytes() || this.bytes;
        if (!bytes2) {
          return null;
        }
        let data = this.#skipUselessBytes(bytes2);
        const useImageDecoder = JpegImage.canUseImageDecoder(data, jpegOptions.colorTransform);
        if (!useImageDecoder) {
          return null;
        }
        const {
          width: frameWidth,
          height: frameHeight
        } = useImageDecoder;
        const reducePower = ImageResizer.getReducePower(frameWidth, frameHeight);
        if ((frameWidth !== width || frameHeight !== height) && (reducePower || !frameHeight)) {
          return null;
        }
        if (useImageDecoder.exifStart) {
          data = data.slice();
          data.fill(0, useImageDecoder.exifStart, useImageDecoder.exifEnd);
        }
        const init = {
          data,
          type: "image/jpeg",
          preferAnimation: false
        };
        if (reducePower) {
          const factor = 2 ** reducePower;
          init.desiredWidth = Math.ceil(frameWidth / factor);
          init.desiredHeight = Math.ceil(frameHeight / factor);
        }
        decoder2 = new ImageDecoder(init);
        return (await decoder2.decode()).image;
      } catch (reason) {
        warn2(`getTransferableImage - failed: "${reason}".`);
        return null;
      } finally {
        decoder2?.close();
      }
    }
    get isImageStream() {
      return true;
    }
  };
  function addState(parentState, pattern, checkFn, iterateFn, processFn) {
    let state = parentState;
    for (let i = 0, ii = pattern.length - 1; i < ii; i++) {
      const item = pattern[i];
      state = state[item] ||= [];
    }
    state[pattern.at(-1)] = {
      checkFn,
      iterateFn,
      processFn
    };
  }
  var InitialState = [];
  addState(InitialState, [OPS2.save, OPS2.transform, OPS2.paintInlineImageXObject, OPS2.restore], null, function iterateInlineImageGroup(context2, i) {
    const fnArray = context2.fnArray;
    const iFirstSave = context2.iCurr - 3;
    const pos = (i - iFirstSave) % 4;
    switch (pos) {
      case 0:
        return fnArray[i] === OPS2.save;
      case 1:
        return fnArray[i] === OPS2.transform;
      case 2:
        return fnArray[i] === OPS2.paintInlineImageXObject;
      case 3:
        return fnArray[i] === OPS2.restore;
    }
    throw new Error(`iterateInlineImageGroup - invalid pos: ${pos}`);
  }, function foundInlineImageGroup(context2, i) {
    const MIN_IMAGES_IN_INLINE_IMAGES_BLOCK = 10;
    const MAX_IMAGES_IN_INLINE_IMAGES_BLOCK = 200;
    const MAX_WIDTH = 1e3;
    const IMAGE_PADDING = 1;
    const fnArray = context2.fnArray, argsArray = context2.argsArray;
    const curr = context2.iCurr;
    const iFirstSave = curr - 3;
    const iFirstTransform = curr - 2;
    const iFirstPIIXO = curr - 1;
    const count = Math.min(Math.floor((i - iFirstSave) / 4), MAX_IMAGES_IN_INLINE_IMAGES_BLOCK);
    if (count < MIN_IMAGES_IN_INLINE_IMAGES_BLOCK) {
      return i - (i - iFirstSave) % 4;
    }
    let maxX = 0;
    const map = [];
    let maxLineHeight = 0;
    let currentX = IMAGE_PADDING, currentY = IMAGE_PADDING;
    for (let q = 0; q < count; q++) {
      const transform = argsArray[iFirstTransform + (q << 2)];
      const img2 = argsArray[iFirstPIIXO + (q << 2)][0];
      if (currentX + img2.width > MAX_WIDTH) {
        maxX = Math.max(maxX, currentX);
        currentY += maxLineHeight + 2 * IMAGE_PADDING;
        currentX = 0;
        maxLineHeight = 0;
      }
      map.push({
        transform,
        x: currentX,
        y: currentY,
        w: img2.width,
        h: img2.height
      });
      currentX += img2.width + 2 * IMAGE_PADDING;
      maxLineHeight = Math.max(maxLineHeight, img2.height);
    }
    const imgWidth = Math.max(maxX, currentX) + IMAGE_PADDING;
    const imgHeight = currentY + maxLineHeight + IMAGE_PADDING;
    const imgData = new Uint8Array(imgWidth * imgHeight * 4);
    const imgRowSize = imgWidth << 2;
    for (let q = 0; q < count; q++) {
      const data = argsArray[iFirstPIIXO + (q << 2)][0].data;
      const rowSize = map[q].w << 2;
      let dataOffset = 0;
      let offset = map[q].x + map[q].y * imgWidth << 2;
      imgData.set(data.subarray(0, rowSize), offset - imgRowSize);
      for (let k = 0, kk = map[q].h; k < kk; k++) {
        imgData.set(data.subarray(dataOffset, dataOffset + rowSize), offset);
        dataOffset += rowSize;
        offset += imgRowSize;
      }
      imgData.set(data.subarray(dataOffset - rowSize, dataOffset), offset);
      while (offset >= 0) {
        data[offset - 4] = data[offset];
        data[offset - 3] = data[offset + 1];
        data[offset - 2] = data[offset + 2];
        data[offset - 1] = data[offset + 3];
        data[offset + rowSize] = data[offset + rowSize - 4];
        data[offset + rowSize + 1] = data[offset + rowSize - 3];
        data[offset + rowSize + 2] = data[offset + rowSize - 2];
        data[offset + rowSize + 3] = data[offset + rowSize - 1];
        offset -= imgRowSize;
      }
    }
    const img = {
      width: imgWidth,
      height: imgHeight
    };
    if (context2.isOffscreenCanvasSupported) {
      const canvas = new OffscreenCanvas(imgWidth, imgHeight);
      const ctx = canvas.getContext("2d");
      ctx.putImageData(new ImageData(new Uint8ClampedArray(imgData.buffer), imgWidth, imgHeight), 0, 0);
      img.bitmap = canvas.transferToImageBitmap();
      img.data = null;
    } else {
      img.kind = ImageKind2.RGBA_32BPP;
      img.data = imgData;
    }
    fnArray.splice(iFirstSave, count * 4, OPS2.paintInlineImageXObjectGroup);
    argsArray.splice(iFirstSave, count * 4, [img, map]);
    return iFirstSave + 1;
  });
  addState(InitialState, [OPS2.save, OPS2.transform, OPS2.paintImageMaskXObject, OPS2.restore], null, function iterateImageMaskGroup(context2, i) {
    const fnArray = context2.fnArray;
    const iFirstSave = context2.iCurr - 3;
    const pos = (i - iFirstSave) % 4;
    switch (pos) {
      case 0:
        return fnArray[i] === OPS2.save;
      case 1:
        return fnArray[i] === OPS2.transform;
      case 2:
        return fnArray[i] === OPS2.paintImageMaskXObject;
      case 3:
        return fnArray[i] === OPS2.restore;
    }
    throw new Error(`iterateImageMaskGroup - invalid pos: ${pos}`);
  }, function foundImageMaskGroup(context2, i) {
    const MIN_IMAGES_IN_MASKS_BLOCK = 10;
    const MAX_IMAGES_IN_MASKS_BLOCK = 100;
    const MAX_SAME_IMAGES_IN_MASKS_BLOCK = 1e3;
    const fnArray = context2.fnArray, argsArray = context2.argsArray;
    const curr = context2.iCurr;
    const iFirstSave = curr - 3;
    const iFirstTransform = curr - 2;
    const iFirstPIMXO = curr - 1;
    let count = Math.floor((i - iFirstSave) / 4);
    if (count < MIN_IMAGES_IN_MASKS_BLOCK) {
      return i - (i - iFirstSave) % 4;
    }
    let isSameImage = false;
    let iTransform, transformArgs;
    const firstPIMXOArg0 = argsArray[iFirstPIMXO][0];
    const firstTransformArg0 = argsArray[iFirstTransform][0], firstTransformArg1 = argsArray[iFirstTransform][1], firstTransformArg2 = argsArray[iFirstTransform][2], firstTransformArg3 = argsArray[iFirstTransform][3];
    if (firstTransformArg1 === firstTransformArg2) {
      isSameImage = true;
      iTransform = iFirstTransform + 4;
      let iPIMXO = iFirstPIMXO + 4;
      for (let q = 1; q < count; q++, iTransform += 4, iPIMXO += 4) {
        transformArgs = argsArray[iTransform];
        if (argsArray[iPIMXO][0] !== firstPIMXOArg0 || transformArgs[0] !== firstTransformArg0 || transformArgs[1] !== firstTransformArg1 || transformArgs[2] !== firstTransformArg2 || transformArgs[3] !== firstTransformArg3) {
          if (q < MIN_IMAGES_IN_MASKS_BLOCK) {
            isSameImage = false;
          } else {
            count = q;
          }
          break;
        }
      }
    }
    if (isSameImage) {
      count = Math.min(count, MAX_SAME_IMAGES_IN_MASKS_BLOCK);
      const positions = new Float32Array(count * 2);
      iTransform = iFirstTransform;
      for (let q = 0; q < count; q++, iTransform += 4) {
        transformArgs = argsArray[iTransform];
        positions[q << 1] = transformArgs[4];
        positions[(q << 1) + 1] = transformArgs[5];
      }
      fnArray.splice(iFirstSave, count * 4, OPS2.paintImageMaskXObjectRepeat);
      argsArray.splice(iFirstSave, count * 4, [firstPIMXOArg0, firstTransformArg0, firstTransformArg1, firstTransformArg2, firstTransformArg3, positions]);
    } else {
      count = Math.min(count, MAX_IMAGES_IN_MASKS_BLOCK);
      const images = [];
      for (let q = 0; q < count; q++) {
        transformArgs = argsArray[iFirstTransform + (q << 2)];
        const maskParams = argsArray[iFirstPIMXO + (q << 2)][0];
        images.push({
          data: maskParams.data,
          width: maskParams.width,
          height: maskParams.height,
          interpolate: maskParams.interpolate,
          count: maskParams.count,
          transform: transformArgs
        });
      }
      fnArray.splice(iFirstSave, count * 4, OPS2.paintImageMaskXObjectGroup);
      argsArray.splice(iFirstSave, count * 4, [images]);
    }
    return iFirstSave + 1;
  });
  addState(InitialState, [OPS2.save, OPS2.transform, OPS2.paintImageXObject, OPS2.restore], function(context2) {
    const argsArray = context2.argsArray;
    const iFirstTransform = context2.iCurr - 2;
    return argsArray[iFirstTransform][1] === 0 && argsArray[iFirstTransform][2] === 0;
  }, function iterateImageGroup(context2, i) {
    const fnArray = context2.fnArray, argsArray = context2.argsArray;
    const iFirstSave = context2.iCurr - 3;
    const pos = (i - iFirstSave) % 4;
    switch (pos) {
      case 0:
        return fnArray[i] === OPS2.save;
      case 1:
        if (fnArray[i] !== OPS2.transform) {
          return false;
        }
        const iFirstTransform = context2.iCurr - 2;
        const firstTransformArg0 = argsArray[iFirstTransform][0];
        const firstTransformArg3 = argsArray[iFirstTransform][3];
        if (argsArray[i][0] !== firstTransformArg0 || argsArray[i][1] !== 0 || argsArray[i][2] !== 0 || argsArray[i][3] !== firstTransformArg3) {
          return false;
        }
        return true;
      case 2:
        if (fnArray[i] !== OPS2.paintImageXObject) {
          return false;
        }
        const iFirstPIXO = context2.iCurr - 1;
        const firstPIXOArg0 = argsArray[iFirstPIXO][0];
        if (argsArray[i][0] !== firstPIXOArg0) {
          return false;
        }
        return true;
      case 3:
        return fnArray[i] === OPS2.restore;
    }
    throw new Error(`iterateImageGroup - invalid pos: ${pos}`);
  }, function(context2, i) {
    const MIN_IMAGES_IN_BLOCK = 3;
    const MAX_IMAGES_IN_BLOCK = 1e3;
    const fnArray = context2.fnArray, argsArray = context2.argsArray;
    const curr = context2.iCurr;
    const iFirstSave = curr - 3;
    const iFirstTransform = curr - 2;
    const iFirstPIXO = curr - 1;
    const firstPIXOArg0 = argsArray[iFirstPIXO][0];
    const firstTransformArg0 = argsArray[iFirstTransform][0];
    const firstTransformArg3 = argsArray[iFirstTransform][3];
    const count = Math.min(Math.floor((i - iFirstSave) / 4), MAX_IMAGES_IN_BLOCK);
    if (count < MIN_IMAGES_IN_BLOCK) {
      return i - (i - iFirstSave) % 4;
    }
    const positions = new Float32Array(count * 2);
    let iTransform = iFirstTransform;
    for (let q = 0; q < count; q++, iTransform += 4) {
      const transformArgs = argsArray[iTransform];
      positions[q << 1] = transformArgs[4];
      positions[(q << 1) + 1] = transformArgs[5];
    }
    const args = [firstPIXOArg0, firstTransformArg0, firstTransformArg3, positions];
    fnArray.splice(iFirstSave, count * 4, OPS2.paintImageXObjectRepeat);
    argsArray.splice(iFirstSave, count * 4, args);
    return iFirstSave + 1;
  });
  addState(InitialState, [OPS2.beginText, OPS2.setFont, OPS2.setTextMatrix, OPS2.showText, OPS2.endText], null, function iterateShowTextGroup(context2, i) {
    const fnArray = context2.fnArray, argsArray = context2.argsArray;
    const iFirstSave = context2.iCurr - 4;
    const pos = (i - iFirstSave) % 5;
    switch (pos) {
      case 0:
        return fnArray[i] === OPS2.beginText;
      case 1:
        return fnArray[i] === OPS2.setFont;
      case 2:
        return fnArray[i] === OPS2.setTextMatrix;
      case 3:
        if (fnArray[i] !== OPS2.showText) {
          return false;
        }
        const iFirstSetFont = context2.iCurr - 3;
        const firstSetFontArg0 = argsArray[iFirstSetFont][0];
        const firstSetFontArg1 = argsArray[iFirstSetFont][1];
        if (argsArray[i][0] !== firstSetFontArg0 || argsArray[i][1] !== firstSetFontArg1) {
          return false;
        }
        return true;
      case 4:
        return fnArray[i] === OPS2.endText;
    }
    throw new Error(`iterateShowTextGroup - invalid pos: ${pos}`);
  }, function(context2, i) {
    const MIN_CHARS_IN_BLOCK = 3;
    const MAX_CHARS_IN_BLOCK = 1e3;
    const fnArray = context2.fnArray, argsArray = context2.argsArray;
    const curr = context2.iCurr;
    const iFirstBeginText = curr - 4;
    const iFirstSetFont = curr - 3;
    const iFirstSetTextMatrix = curr - 2;
    const iFirstShowText = curr - 1;
    const iFirstEndText = curr;
    const firstSetFontArg0 = argsArray[iFirstSetFont][0];
    const firstSetFontArg1 = argsArray[iFirstSetFont][1];
    let count = Math.min(Math.floor((i - iFirstBeginText) / 5), MAX_CHARS_IN_BLOCK);
    if (count < MIN_CHARS_IN_BLOCK) {
      return i - (i - iFirstBeginText) % 5;
    }
    let iFirst = iFirstBeginText;
    if (iFirstBeginText >= 4 && fnArray[iFirstBeginText - 4] === fnArray[iFirstSetFont] && fnArray[iFirstBeginText - 3] === fnArray[iFirstSetTextMatrix] && fnArray[iFirstBeginText - 2] === fnArray[iFirstShowText] && fnArray[iFirstBeginText - 1] === fnArray[iFirstEndText] && argsArray[iFirstBeginText - 4][0] === firstSetFontArg0 && argsArray[iFirstBeginText - 4][1] === firstSetFontArg1) {
      count++;
      iFirst -= 5;
    }
    let iEndText = iFirst + 4;
    for (let q = 1; q < count; q++) {
      fnArray.splice(iEndText, 3);
      argsArray.splice(iEndText, 3);
      iEndText += 2;
    }
    return iEndText + 1;
  });
  addState(InitialState, [OPS2.save, OPS2.transform, OPS2.constructPath, OPS2.restore], (context2) => {
    const argsArray = context2.argsArray;
    const iFirstConstructPath = context2.iCurr - 1;
    const op = argsArray[iFirstConstructPath][0];
    if (op !== OPS2.stroke && op !== OPS2.closeStroke && op !== OPS2.fillStroke && op !== OPS2.eoFillStroke && op !== OPS2.closeFillStroke && op !== OPS2.closeEOFillStroke) {
      return true;
    }
    const iFirstTransform = context2.iCurr - 2;
    const transform = argsArray[iFirstTransform];
    return transform[0] === 1 && transform[1] === 0 && transform[2] === 0 && transform[3] === 1;
  }, () => false, (context2, i) => {
    const {
      fnArray,
      argsArray
    } = context2;
    const curr = context2.iCurr;
    const iFirstSave = curr - 3;
    const iFirstTransform = curr - 2;
    const iFirstConstructPath = curr - 1;
    const args = argsArray[iFirstConstructPath];
    const transform = argsArray[iFirstTransform];
    const [, [buffer], minMax] = args;
    if (minMax) {
      const newBBox = F32_BBOX_INIT2.slice();
      Util2.axialAlignedBoundingBox(minMax, transform, newBBox);
      minMax.set(newBBox);
      for (let k = 0, kk = buffer.length; k < kk; ) {
        switch (buffer[k++]) {
          case DrawOPS2.moveTo:
          case DrawOPS2.lineTo:
            Util2.applyTransform(buffer, transform, k);
            k += 2;
            break;
          case DrawOPS2.curveTo:
            Util2.applyTransformToBezier(buffer, transform, k);
            k += 6;
            break;
        }
      }
    }
    fnArray.splice(iFirstSave, 4, OPS2.constructPath);
    argsArray.splice(iFirstSave, 4, args);
    return iFirstSave + 1;
  });
  var NullOptimizer = class {
    constructor(queue) {
      this.queue = queue;
    }
    _optimize() {
    }
    push(fn, args) {
      this.queue.fnArray.push(fn);
      this.queue.argsArray.push(args);
      this._optimize();
    }
    flush() {
    }
    reset() {
    }
  };
  var QueueOptimizer = class extends NullOptimizer {
    constructor(queue) {
      super(queue);
      this.state = null;
      this.context = {
        iCurr: 0,
        fnArray: queue.fnArray,
        argsArray: queue.argsArray,
        isOffscreenCanvasSupported: OperatorList.isOffscreenCanvasSupported
      };
      this.match = null;
      this.lastProcessed = 0;
    }
    _optimize() {
      const fnArray = this.queue.fnArray;
      let i = this.lastProcessed, ii = fnArray.length;
      let state = this.state;
      let match = this.match;
      if (!state && !match && i + 1 === ii && !InitialState[fnArray[i]]) {
        this.lastProcessed = ii;
        return;
      }
      const context2 = this.context;
      while (i < ii) {
        if (match) {
          const iterate = (0, match.iterateFn)(context2, i);
          if (iterate) {
            i++;
            continue;
          }
          i = (0, match.processFn)(context2, i + 1);
          ii = fnArray.length;
          match = null;
          state = null;
          if (i >= ii) {
            break;
          }
        }
        state = (state || InitialState)[fnArray[i]];
        if (!state || Array.isArray(state)) {
          i++;
          continue;
        }
        context2.iCurr = i;
        i++;
        if (state.checkFn && !(0, state.checkFn)(context2)) {
          state = null;
          continue;
        }
        match = state;
        state = null;
      }
      this.state = state;
      this.match = match;
      this.lastProcessed = i;
    }
    flush() {
      while (this.match) {
        const length = this.queue.fnArray.length;
        this.lastProcessed = (0, this.match.processFn)(this.context, length);
        this.match = null;
        this.state = null;
        this._optimize();
      }
    }
    reset() {
      this.state = null;
      this.match = null;
      this.lastProcessed = 0;
    }
  };
  var OperatorList = class _OperatorList {
    static CHUNK_SIZE = 1e3;
    static CHUNK_SIZE_ABOUT = this.CHUNK_SIZE - 5;
    static isOffscreenCanvasSupported = false;
    constructor(intent = 0, streamSink) {
      this._streamSink = streamSink;
      this.fnArray = [];
      this.argsArray = [];
      this.optimizer = streamSink && !(intent & RenderingIntentFlag2.OPLIST) ? new QueueOptimizer(this) : new NullOptimizer(this);
      this.dependencies = /* @__PURE__ */ new Set();
      this.weight = 0;
      this._resolved = streamSink ? null : Promise.resolve();
    }
    static setOptions({
      isOffscreenCanvasSupported
    }) {
      this.isOffscreenCanvasSupported = isOffscreenCanvasSupported;
    }
    get length() {
      return this.argsArray.length;
    }
    get ready() {
      return this._resolved || this._streamSink.ready;
    }
    addOp(fn, args) {
      this.optimizer.push(fn, args);
      this.weight++;
      if (this._streamSink) {
        if (this.weight >= _OperatorList.CHUNK_SIZE) {
          this.flush();
        } else if (this.weight >= _OperatorList.CHUNK_SIZE_ABOUT && (fn === OPS2.restore || fn === OPS2.endText)) {
          this.flush();
        }
      }
    }
    addImageOps(fn, args, optionalContent, hasMask = false) {
      if (hasMask) {
        this.addOp(OPS2.save);
        this.addOp(OPS2.setGState, [[["SMask", false]]]);
      }
      if (optionalContent !== void 0) {
        this.addOp(OPS2.beginMarkedContentProps, ["OC", optionalContent]);
      }
      this.addOp(fn, args);
      if (optionalContent !== void 0) {
        this.addOp(OPS2.endMarkedContent, []);
      }
      if (hasMask) {
        this.addOp(OPS2.restore);
      }
    }
    addDependency(dependency) {
      if (this.dependencies.has(dependency)) {
        return;
      }
      this.dependencies.add(dependency);
      this.addOp(OPS2.dependency, [dependency]);
    }
    addDependencies(dependencies) {
      for (const dependency of dependencies) {
        this.addDependency(dependency);
      }
    }
    addOpList(opList) {
      if (!(opList instanceof _OperatorList)) {
        warn2('addOpList - ignoring invalid "opList" parameter.');
        return;
      }
      for (const dependency of opList.dependencies) {
        this.dependencies.add(dependency);
      }
      for (let i = 0, ii = opList.length; i < ii; i++) {
        this.addOp(opList.fnArray[i], opList.argsArray[i]);
      }
    }
    getIR() {
      return {
        fnArray: this.fnArray,
        argsArray: this.argsArray,
        length: this.length
      };
    }
    get _transfers() {
      const transfers = [];
      const {
        fnArray,
        argsArray,
        length
      } = this;
      for (let i = 0; i < length; i++) {
        switch (fnArray[i]) {
          case OPS2.paintInlineImageXObject:
          case OPS2.paintInlineImageXObjectGroup:
          case OPS2.paintImageMaskXObject: {
            const {
              bitmap,
              data
            } = argsArray[i][0];
            if (bitmap || data?.buffer) {
              transfers.push(bitmap || data.buffer);
            }
            break;
          }
          case OPS2.constructPath: {
            const [, [data], minMax] = argsArray[i];
            if (data) {
              transfers.push(data.buffer, minMax.buffer);
            }
            break;
          }
          case OPS2.paintFormXObjectBegin:
            const [matrix, bbox] = argsArray[i];
            if (matrix) {
              transfers.push(matrix.buffer);
            }
            if (bbox) {
              transfers.push(bbox.buffer);
            }
            break;
          case OPS2.setTextMatrix:
            transfers.push(argsArray[i][0].buffer);
            break;
        }
      }
      return transfers;
    }
    flush(lastChunk = false, separateAnnots = null) {
      this.optimizer.flush();
      this._streamSink.enqueue({
        fnArray: this.fnArray,
        argsArray: this.argsArray,
        lastChunk,
        separateAnnots,
        length: this.length
      }, 1, this._transfers);
      this.dependencies.clear();
      this.fnArray.length = 0;
      this.argsArray.length = 0;
      this.weight = 0;
      this.optimizer.reset();
    }
  };
  var CheckedOperatorList = class extends OperatorList {
    needsIsolation = false;
    hasSoftMask = false;
    addOp(fn, args) {
      if (!this.needsIsolation || !this.hasSoftMask) {
        if (fn === OPS2.beginGroup) {
          this.needsIsolation ||= args[0].needsIsolation;
          this.hasSoftMask ||= args[0].hasSoftMask;
        } else if (fn === OPS2.setGState) {
          for (const [key2, val] of args[0]) {
            if (key2 === "BM" && val !== "source-over") {
              this.needsIsolation = true;
            } else if (key2 === "SMask" && val !== false) {
              this.needsIsolation = true;
              this.hasSoftMask = true;
            }
          }
        }
      }
      super.addOp(fn, args);
    }
  };
  var ShadingType = {
    FUNCTION_BASED: 1,
    AXIAL: 2,
    RADIAL: 3,
    FREE_FORM_MESH: 4,
    LATTICE_FORM_MESH: 5,
    COONS_PATCH_MESH: 6,
    TENSOR_PATCH_MESH: 7
  };
  var MAX_SAMPLED_COLOR_COMPONENTS = 1 << 16;
  function getColorConversionBatchSize(count, numComps) {
    return MathClamp2(Math.floor(MAX_SAMPLED_COLOR_COMPONENTS / numComps), 1, count);
  }
  function parseShadingFunction(fnObj, pdfFunctionFactory, numInputs, numOutputs) {
    const fn = pdfFunctionFactory.create(fnObj, true);
    if (fn.numInputs !== numInputs || fn.numOutputs !== numOutputs) {
      throw new FormatError2(`Invalid shading function: expected ${numInputs}-in ${numOutputs}-out, got ${fn.numInputs}-in ${fn.numOutputs}-out.`);
    }
    return fn;
  }
  var Pattern = class {
    static #hasGPU = false;
    constructor() {
      unreachable2("Cannot initialize Pattern.");
    }
    static setOptions({
      hasGPU
    }) {
      this.#hasGPU = hasGPU;
    }
    static parseShading(shading, xref, res, pdfFunctionFactory, globalColorSpaceCache, localColorSpaceCache) {
      const dict = shading instanceof BaseStream ? shading.dict : shading;
      const type = dict.get("ShadingType");
      try {
        switch (type) {
          case ShadingType.FUNCTION_BASED:
            return new FunctionBasedShading(dict, xref, res, pdfFunctionFactory, globalColorSpaceCache, localColorSpaceCache);
          case ShadingType.AXIAL:
          case ShadingType.RADIAL:
            return new RadialAxialShading(dict, xref, res, pdfFunctionFactory, globalColorSpaceCache, localColorSpaceCache);
          case ShadingType.FREE_FORM_MESH:
          case ShadingType.LATTICE_FORM_MESH:
          case ShadingType.COONS_PATCH_MESH:
          case ShadingType.TENSOR_PATCH_MESH:
            return new MeshShading(shading, xref, res, pdfFunctionFactory, globalColorSpaceCache, localColorSpaceCache);
          default:
            throw new FormatError2("Unsupported ShadingType: " + type);
        }
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2(ex);
        return new DummyShading();
      }
    }
  };
  var BaseShading = class {
    static SMALL_NUMBER = 1e-6;
    getIR() {
      unreachable2("Abstract method `getIR` called.");
    }
  };
  var RadialAxialShading = class extends BaseShading {
    constructor(dict, xref, resources, pdfFunctionFactory, globalColorSpaceCache, localColorSpaceCache) {
      super();
      this.shadingType = dict.get("ShadingType");
      let coordsLen = 0;
      if (this.shadingType === ShadingType.AXIAL) {
        coordsLen = 4;
      } else if (this.shadingType === ShadingType.RADIAL) {
        coordsLen = 6;
      }
      this.coordsArr = dict.getArray("Coords");
      if (!isNumberArray(this.coordsArr, coordsLen)) {
        throw new FormatError2("RadialAxialShading: Invalid /Coords array.");
      }
      const cs = ColorSpaceUtils.parse({
        cs: dict.getRaw("CS") || dict.getRaw("ColorSpace"),
        xref,
        resources,
        pdfFunctionFactory,
        globalColorSpaceCache,
        localColorSpaceCache
      });
      this.bbox = lookupNormalRect(dict.getArray("BBox"), null);
      const domainArr = dict.getArray("Domain");
      const [t0, t1] = isNumberArray(domainArr, 2) ? domainArr : [0, 1];
      const extendArr = dict.getArray("Extend");
      const [extendStart, extendEnd] = isBooleanArray(extendArr, 2) ? extendArr : [false, false];
      const fnObj = dict.getRaw("Function");
      const fn = parseShadingFunction(fnObj, pdfFunctionFactory, 1, cs.numComps);
      const NUMBER_OF_SAMPLES = 840;
      const step = (t1 - t0) / NUMBER_OF_SAMPLES;
      const colorStops = this.colorStops = [];
      if (t0 >= t1 || step <= 0) {
        info2("Bad shading domain.");
        return;
      }
      const {
        numComps
      } = cs;
      const ratio = new Float32Array(1);
      const batchSize = getColorConversionBatchSize(NUMBER_OF_SAMPLES, numComps);
      const comps = new Float32Array(batchSize * numComps);
      const rgb2 = new Uint8ClampedArray(NUMBER_OF_SAMPLES * 3);
      for (let start = 0; start < NUMBER_OF_SAMPLES; start += batchSize) {
        const count = Math.min(batchSize, NUMBER_OF_SAMPLES - start);
        for (let i = 0, offset = 0; i < count; i++, offset += numComps) {
          ratio[0] = t0 + (start + i) * step;
          fn(ratio, 0, comps, offset);
        }
        cs.getRgbItems(comps, count, rgb2, start * 3, 0);
      }
      let iBase = 0;
      let rBase = rgb2[0], gBase = rgb2[1], bBase = rgb2[2];
      colorStops.push([0, Util2.makeHexColor(rBase, gBase, bBase)]);
      let iPrev = 1;
      let rPrev = rgb2[3], gPrev = rgb2[4], bPrev = rgb2[5];
      let maxSlopeR = rPrev - rBase + 1;
      let maxSlopeG = gPrev - gBase + 1;
      let maxSlopeB = bPrev - bBase + 1;
      let minSlopeR = rPrev - rBase - 1;
      let minSlopeG = gPrev - gBase - 1;
      let minSlopeB = bPrev - bBase - 1;
      for (let i = 2; i < NUMBER_OF_SAMPLES; i++) {
        const rgbOffset = i * 3;
        const r = rgb2[rgbOffset], g = rgb2[rgbOffset + 1], b = rgb2[rgbOffset + 2];
        const run = i - iBase;
        maxSlopeR = Math.min(maxSlopeR, (r - rBase + 1) / run);
        maxSlopeG = Math.min(maxSlopeG, (g - gBase + 1) / run);
        maxSlopeB = Math.min(maxSlopeB, (b - bBase + 1) / run);
        minSlopeR = Math.max(minSlopeR, (r - rBase - 1) / run);
        minSlopeG = Math.max(minSlopeG, (g - gBase - 1) / run);
        minSlopeB = Math.max(minSlopeB, (b - bBase - 1) / run);
        const slopesExist = minSlopeR <= maxSlopeR && minSlopeG <= maxSlopeG && minSlopeB <= maxSlopeB;
        if (!slopesExist) {
          const cssColor = Util2.makeHexColor(rPrev, gPrev, bPrev);
          colorStops.push([iPrev / NUMBER_OF_SAMPLES, cssColor]);
          maxSlopeR = r - rPrev + 1;
          maxSlopeG = g - gPrev + 1;
          maxSlopeB = b - bPrev + 1;
          minSlopeR = r - rPrev - 1;
          minSlopeG = g - gPrev - 1;
          minSlopeB = b - bPrev - 1;
          iBase = iPrev;
          rBase = rPrev;
          gBase = gPrev;
          bBase = bPrev;
        }
        iPrev = i;
        rPrev = r;
        gPrev = g;
        bPrev = b;
      }
      colorStops.push([1, Util2.makeHexColor(rPrev, gPrev, bPrev)]);
      const background = dict.has("Background") ? cs.getRgbHex(dict.get("Background"), 0) : "transparent";
      if (!extendStart) {
        colorStops.unshift([0, background]);
        colorStops[1][0] += BaseShading.SMALL_NUMBER;
      }
      if (!extendEnd) {
        colorStops.at(-1)[0] -= BaseShading.SMALL_NUMBER;
        colorStops.push([1, background]);
      }
    }
    getIR() {
      const {
        coordsArr,
        shadingType
      } = this;
      let type, p0, p1, r0, r1;
      if (shadingType === ShadingType.AXIAL) {
        p0 = [coordsArr[0], coordsArr[1]];
        p1 = [coordsArr[2], coordsArr[3]];
        r0 = null;
        r1 = null;
        type = "axial";
      } else if (shadingType === ShadingType.RADIAL) {
        p0 = [coordsArr[0], coordsArr[1]];
        p1 = [coordsArr[3], coordsArr[4]];
        r0 = coordsArr[2];
        r1 = coordsArr[5];
        type = "radial";
      } else {
        unreachable2(`getPattern type unknown: ${shadingType}`);
      }
      return ["RadialAxial", type, this.bbox, this.colorStops, p0, p1, r0, r1];
    }
  };
  function meshUpdateBounds(self2) {
    let minX = self2.coords[0][0], minY = self2.coords[0][1], maxX = minX, maxY = minY;
    for (let i = 1, ii = self2.coords.length; i < ii; i++) {
      const x = self2.coords[i][0], y = self2.coords[i][1];
      minX = minX > x ? x : minX;
      minY = minY > y ? y : minY;
      maxX = maxX < x ? x : maxX;
      maxY = maxY < y ? y : maxY;
    }
    self2.bounds = [minX, minY, maxX, maxY];
  }
  function meshPackData(self2) {
    let i, j, ii;
    const coords = self2.coords;
    const coordsPacked = new Float32Array(coords.length * 2);
    for (i = 0, j = 0, ii = coords.length; i < ii; i++) {
      const xy = coords[i];
      coordsPacked[j++] = xy[0];
      coordsPacked[j++] = xy[1];
    }
    self2.coords = coordsPacked;
    const colors = self2.colors;
    const colorsPacked = new Uint8Array(colors.length * 4);
    for (i = 0, j = 0, ii = colors.length; i < ii; i++) {
      const c = colors[i];
      colorsPacked[j++] = c[0];
      colorsPacked[j++] = c[1];
      colorsPacked[j++] = c[2];
      j++;
    }
    self2.colors = colorsPacked;
    for (const figure of self2.figures) {
      figure.coords = new Uint32Array(figure.coords);
      figure.colors = new Uint32Array(figure.colors);
    }
  }
  function buildMeshVertexData(coords, colors, figures) {
    let vertexCount = 0;
    for (const figure of figures) {
      if (figure.type === MeshFigureType.TRIANGLES) {
        vertexCount += figure.coords.length;
      } else if (figure.type === MeshFigureType.LATTICE) {
        const vpr = figure.verticesPerRow;
        vertexCount += (Math.floor(figure.coords.length / vpr) - 1) * (vpr - 1) * 6;
      }
    }
    const posData = new Float32Array(vertexCount * 2);
    const colData = new Uint8Array(vertexCount * 4);
    let pOff = 0, cOff = 0;
    const addVertex = (pi, ci) => {
      posData[pOff++] = coords[pi * 2];
      posData[pOff++] = coords[pi * 2 + 1];
      colData[cOff++] = colors[ci * 4];
      colData[cOff++] = colors[ci * 4 + 1];
      colData[cOff++] = colors[ci * 4 + 2];
      cOff++;
    };
    for (const figure of figures) {
      const ps = figure.coords;
      const cs = figure.colors;
      if (figure.type === MeshFigureType.TRIANGLES) {
        for (let i = 0, ii = ps.length; i < ii; i++) {
          addVertex(ps[i], cs[i]);
        }
      } else if (figure.type === MeshFigureType.LATTICE) {
        const vpr = figure.verticesPerRow;
        const rows = Math.floor(ps.length / vpr) - 1;
        const cols = vpr - 1;
        for (let i = 0; i < rows; i++) {
          let q = i * vpr;
          for (let j = 0; j < cols; j++, q++) {
            addVertex(ps[q], cs[q]);
            addVertex(ps[q + 1], cs[q + 1]);
            addVertex(ps[q + vpr], cs[q + vpr]);
            addVertex(ps[q + vpr + 1], cs[q + vpr + 1]);
            addVertex(ps[q + 1], cs[q + 1]);
            addVertex(ps[q + vpr], cs[q + vpr]);
          }
        }
      }
    }
    return {
      posData,
      colData,
      vertexCount
    };
  }
  var FunctionBasedShading = class _FunctionBasedShading extends BaseShading {
    static MAX_STEP_COUNT = 512;
    constructor(dict, xref, resources, pdfFunctionFactory, globalColorSpaceCache, localColorSpaceCache) {
      super();
      this.bbox = lookupNormalRect(dict.getArray("BBox"), null);
      const cs = ColorSpaceUtils.parse({
        cs: dict.getRaw("CS") || dict.getRaw("ColorSpace"),
        xref,
        resources,
        pdfFunctionFactory,
        globalColorSpaceCache,
        localColorSpaceCache
      });
      this.background = dict.has("Background") ? cs.getRgb(dict.get("Background"), 0) : null;
      const fnObj = dict.getRaw("Function");
      if (!fnObj) {
        throw new FormatError2("FunctionBasedShading: missing /Function");
      }
      const fn = parseShadingFunction(fnObj, pdfFunctionFactory, 2, cs.numComps);
      const [x0, x1, y0, y1] = lookupRect(dict.getArray("Domain"), [0, 1, 0, 1]);
      const matrix = lookupMatrix(dict.getArray("Matrix"), IDENTITY_MATRIX);
      this.bounds = BBOX_INIT2.slice();
      Util2.axialAlignedBoundingBox([x0, y0, x1, y1], matrix, this.bounds);
      const bboxW = this.bounds[2] - this.bounds[0];
      const bboxH = this.bounds[3] - this.bounds[1];
      const stepsX = MathClamp2(Math.ceil(bboxW), 1, _FunctionBasedShading.MAX_STEP_COUNT);
      const stepsY = MathClamp2(Math.ceil(bboxH), 1, _FunctionBasedShading.MAX_STEP_COUNT);
      const verticesPerRow = stepsX + 1;
      const totalVertices = (stepsY + 1) * verticesPerRow;
      const coords = this.coords = new Float32Array(totalVertices * 2);
      const colors = this.colors = new Uint8ClampedArray(totalVertices * 4);
      const {
        numComps
      } = cs;
      const xyBuf = new Float32Array(2);
      const batchSize = getColorConversionBatchSize(totalVertices, numComps);
      const comps = new Float32Array(batchSize * numComps);
      const rangeX = (x1 - x0) / stepsX;
      const rangeY = (y1 - y0) / stepsY;
      const halfStepX = rangeX / 2;
      const halfStepY = rangeY / 2;
      let coordOffset = 0;
      let compOffset = 0;
      let batchCount = 0;
      let colorOffset = 0;
      for (let row = 0; row <= stepsY; row++) {
        const yDomain = y0 + rangeY * row;
        xyBuf[1] = row === stepsY ? yDomain - halfStepY : yDomain;
        for (let col = 0; col <= stepsX; col++) {
          const xDomain = x0 + rangeX * col;
          xyBuf[0] = col === stepsX ? xDomain - halfStepX : xDomain;
          fn(xyBuf, 0, comps, compOffset);
          compOffset += numComps;
          batchCount++;
          coords[coordOffset] = xDomain;
          coords[coordOffset + 1] = yDomain;
          Util2.applyTransform(coords, matrix, coordOffset);
          coordOffset += 2;
          if (batchCount === batchSize) {
            cs.getRgbItems(comps, batchCount, colors, colorOffset, 1);
            colorOffset += batchCount * 4;
            compOffset = batchCount = 0;
          }
        }
      }
      if (batchCount > 0) {
        cs.getRgbItems(comps, batchCount, colors, colorOffset, 1);
      }
      const ps = new Uint32Array(totalVertices);
      for (let i = 0; i < totalVertices; i++) {
        ps[i] = i;
      }
      this.figures = [{
        type: MeshFigureType.LATTICE,
        coords: ps,
        colors: new Uint32Array(ps),
        verticesPerRow
      }];
    }
    getIR() {
      const {
        posData,
        colData,
        vertexCount
      } = buildMeshVertexData(this.coords, this.colors, this.figures);
      return ["Mesh", ShadingType.FUNCTION_BASED, posData, colData, vertexCount, this.bounds, this.bbox, this.background];
    }
  };
  var MeshStreamReader = class {
    constructor(stream2, context2) {
      this.stream = stream2;
      this.context = context2;
      this.buffer = 0;
      this.bufferLength = 0;
      const numComps = context2.numComps;
      this.tmpCompsBuf = new Float32Array(numComps);
      const csNumComps = context2.colorSpace.numComps;
      this.tmpCsCompsBuf = context2.colorFn ? new Float32Array(csNumComps) : this.tmpCompsBuf;
    }
    get hasData() {
      if (this.stream.end) {
        return this.stream.pos < this.stream.end;
      }
      if (this.bufferLength > 0) {
        return true;
      }
      const nextByte = this.stream.getByte();
      if (nextByte < 0) {
        return false;
      }
      this.buffer = nextByte;
      this.bufferLength = 8;
      return true;
    }
    readBits(n) {
      const {
        stream: stream2
      } = this;
      let {
        buffer,
        bufferLength
      } = this;
      if (n === 32) {
        if (bufferLength === 0) {
          return stream2.getInt32() >>> 0;
        }
        buffer = buffer << 24 | stream2.getByte() << 16 | stream2.getByte() << 8 | stream2.getByte();
        const nextByte = stream2.getByte();
        this.buffer = nextByte & (1 << bufferLength) - 1;
        return (buffer << 8 - bufferLength | (nextByte & 255) >> bufferLength) >>> 0;
      }
      if (n === 8 && bufferLength === 0) {
        return stream2.getByte();
      }
      while (bufferLength < n) {
        buffer = buffer << 8 | stream2.getByte();
        bufferLength += 8;
      }
      bufferLength -= n;
      this.bufferLength = bufferLength;
      this.buffer = buffer & (1 << bufferLength) - 1;
      return buffer >> bufferLength;
    }
    align() {
      this.buffer = 0;
      this.bufferLength = 0;
    }
    readFlag() {
      return this.readBits(this.context.bitsPerFlag);
    }
    readCoordinate() {
      const {
        bitsPerCoordinate,
        decode
      } = this.context;
      const xi = this.readBits(bitsPerCoordinate);
      const yi = this.readBits(bitsPerCoordinate);
      const scale2 = bitsPerCoordinate < 32 ? 1 / ((1 << bitsPerCoordinate) - 1) : 23283064365386963e-26;
      return [xi * scale2 * (decode[1] - decode[0]) + decode[0], yi * scale2 * (decode[3] - decode[2]) + decode[2]];
    }
    readComponents() {
      const {
        bitsPerComponent,
        colorFn,
        colorSpace,
        decode,
        numComps
      } = this.context;
      const scale2 = bitsPerComponent < 32 ? 1 / ((1 << bitsPerComponent) - 1) : 23283064365386963e-26;
      const components = this.tmpCompsBuf;
      for (let i = 0, j = 4; i < numComps; i++, j += 2) {
        const ci = this.readBits(bitsPerComponent);
        components[i] = ci * scale2 * (decode[j + 1] - decode[j]) + decode[j];
      }
      const color2 = this.tmpCsCompsBuf;
      colorFn?.(components, 0, color2, 0);
      return colorSpace.getRgb(color2, 0);
    }
  };
  var bCache = null;
  function getB(count) {
    return (bCache ??= /* @__PURE__ */ new Map()).getOrInsertComputed(count, () => Array.from({
      length: count + 1
    }, (_, i) => {
      const t = i / count, t_ = 1 - t;
      return new Float32Array([t_ ** 3, 3 * t * t_ ** 2, 3 * t ** 2 * t_, t ** 3]);
    }));
  }
  function clearPatternCaches() {
    bCache?.clear();
  }
  var MeshShading = class _MeshShading extends BaseShading {
    static MIN_SPLIT_PATCH_CHUNKS_AMOUNT = 3;
    static MAX_SPLIT_PATCH_CHUNKS_AMOUNT = 20;
    static TRIANGLE_DENSITY = 20;
    constructor(stream2, xref, resources, pdfFunctionFactory, globalColorSpaceCache, localColorSpaceCache) {
      super();
      if (!(stream2 instanceof BaseStream)) {
        throw new FormatError2("Mesh data is not a stream");
      }
      const dict = stream2.dict;
      this.shadingType = dict.get("ShadingType");
      this.bbox = lookupNormalRect(dict.getArray("BBox"), null);
      const cs = ColorSpaceUtils.parse({
        cs: dict.getRaw("CS") || dict.getRaw("ColorSpace"),
        xref,
        resources,
        pdfFunctionFactory,
        globalColorSpaceCache,
        localColorSpaceCache
      });
      this.background = dict.has("Background") ? cs.getRgb(dict.get("Background"), 0) : null;
      const fnObj = dict.getRaw("Function");
      const fn = fnObj ? parseShadingFunction(fnObj, pdfFunctionFactory, 1, cs.numComps) : null;
      this.coords = [];
      this.colors = [];
      this.figures = [];
      const decodeContext = {
        bitsPerCoordinate: dict.get("BitsPerCoordinate"),
        bitsPerComponent: dict.get("BitsPerComponent"),
        bitsPerFlag: dict.get("BitsPerFlag"),
        decode: dict.getArray("Decode"),
        colorFn: fn,
        colorSpace: cs,
        numComps: fn ? 1 : cs.numComps
      };
      const reader = new MeshStreamReader(stream2, decodeContext);
      let patchMesh = false;
      switch (this.shadingType) {
        case ShadingType.FREE_FORM_MESH:
          this._decodeType4Shading(reader);
          break;
        case ShadingType.LATTICE_FORM_MESH:
          const verticesPerRow = dict.get("VerticesPerRow") | 0;
          if (verticesPerRow < 2) {
            throw new FormatError2("Invalid VerticesPerRow");
          }
          this._decodeType5Shading(reader, verticesPerRow);
          break;
        case ShadingType.COONS_PATCH_MESH:
          this._decodeType6Shading(reader);
          patchMesh = true;
          break;
        case ShadingType.TENSOR_PATCH_MESH:
          this._decodeType7Shading(reader);
          patchMesh = true;
          break;
        default:
          unreachable2("Unsupported mesh type.");
          break;
      }
      if (patchMesh) {
        this._updateBounds();
        for (let i = 0, ii = this.figures.length; i < ii; i++) {
          this._buildFigureFromPatch(i);
        }
      }
      this._updateBounds();
      this._packData();
    }
    _decodeType4Shading(reader) {
      const coords = this.coords;
      const colors = this.colors;
      const operators2 = [];
      const ps = [];
      let verticesLeft = 0;
      while (reader.hasData) {
        const f = reader.readFlag();
        const coord = reader.readCoordinate();
        const color2 = reader.readComponents();
        if (verticesLeft === 0) {
          if (!(0 <= f && f <= 2)) {
            throw new FormatError2("Unknown type4 flag");
          }
          switch (f) {
            case 0:
              verticesLeft = 3;
              break;
            case 1:
              ps.push(ps.at(-2), ps.at(-1));
              verticesLeft = 1;
              break;
            case 2:
              ps.push(ps.at(-3), ps.at(-1));
              verticesLeft = 1;
              break;
          }
          operators2.push(f);
        }
        ps.push(coords.length);
        coords.push(coord);
        colors.push(color2);
        verticesLeft--;
        reader.align();
      }
      this.figures.push({
        type: MeshFigureType.TRIANGLES,
        coords: new Int32Array(ps),
        colors: new Int32Array(ps)
      });
    }
    _decodeType5Shading(reader, verticesPerRow) {
      const coords = this.coords;
      const colors = this.colors;
      const ps = [];
      while (reader.hasData) {
        const coord = reader.readCoordinate();
        const color2 = reader.readComponents();
        ps.push(coords.length);
        coords.push(coord);
        colors.push(color2);
      }
      this.figures.push({
        type: MeshFigureType.LATTICE,
        coords: new Int32Array(ps),
        colors: new Int32Array(ps),
        verticesPerRow
      });
    }
    _decodeType6Shading(reader) {
      const coords = this.coords;
      const colors = this.colors;
      const ps = new Int32Array(16);
      const cs = new Int32Array(4);
      while (reader.hasData) {
        const f = reader.readFlag();
        if (!(0 <= f && f <= 3)) {
          throw new FormatError2("Unknown type6 flag");
        }
        const pi = coords.length;
        for (let i = 0, ii = f !== 0 ? 8 : 12; i < ii; i++) {
          coords.push(reader.readCoordinate());
        }
        const ci = colors.length;
        for (let i = 0, ii = f !== 0 ? 2 : 4; i < ii; i++) {
          colors.push(reader.readComponents());
        }
        let tmp1, tmp2, tmp3, tmp4;
        switch (f) {
          case 0:
            ps[12] = pi + 3;
            ps[13] = pi + 4;
            ps[14] = pi + 5;
            ps[15] = pi + 6;
            ps[8] = pi + 2;
            ps[11] = pi + 7;
            ps[4] = pi + 1;
            ps[7] = pi + 8;
            ps[0] = pi;
            ps[1] = pi + 11;
            ps[2] = pi + 10;
            ps[3] = pi + 9;
            cs[2] = ci + 1;
            cs[3] = ci + 2;
            cs[0] = ci;
            cs[1] = ci + 3;
            break;
          case 1:
            tmp1 = ps[12];
            tmp2 = ps[13];
            tmp3 = ps[14];
            tmp4 = ps[15];
            ps[12] = tmp4;
            ps[13] = pi + 0;
            ps[14] = pi + 1;
            ps[15] = pi + 2;
            ps[8] = tmp3;
            ps[11] = pi + 3;
            ps[4] = tmp2;
            ps[7] = pi + 4;
            ps[0] = tmp1;
            ps[1] = pi + 7;
            ps[2] = pi + 6;
            ps[3] = pi + 5;
            tmp1 = cs[2];
            tmp2 = cs[3];
            cs[2] = tmp2;
            cs[3] = ci;
            cs[0] = tmp1;
            cs[1] = ci + 1;
            break;
          case 2:
            tmp1 = ps[15];
            tmp2 = ps[11];
            ps[12] = ps[3];
            ps[13] = pi + 0;
            ps[14] = pi + 1;
            ps[15] = pi + 2;
            ps[8] = ps[7];
            ps[11] = pi + 3;
            ps[4] = tmp2;
            ps[7] = pi + 4;
            ps[0] = tmp1;
            ps[1] = pi + 7;
            ps[2] = pi + 6;
            ps[3] = pi + 5;
            tmp1 = cs[3];
            cs[2] = cs[1];
            cs[3] = ci;
            cs[0] = tmp1;
            cs[1] = ci + 1;
            break;
          case 3:
            ps[12] = ps[0];
            ps[13] = pi + 0;
            ps[14] = pi + 1;
            ps[15] = pi + 2;
            ps[8] = ps[1];
            ps[11] = pi + 3;
            ps[4] = ps[2];
            ps[7] = pi + 4;
            ps[0] = ps[3];
            ps[1] = pi + 7;
            ps[2] = pi + 6;
            ps[3] = pi + 5;
            cs[2] = cs[0];
            cs[3] = ci;
            cs[0] = cs[1];
            cs[1] = ci + 1;
            break;
        }
        ps[5] = coords.length;
        coords.push([(-4 * coords[ps[0]][0] - coords[ps[15]][0] + 6 * (coords[ps[4]][0] + coords[ps[1]][0]) - 2 * (coords[ps[12]][0] + coords[ps[3]][0]) + 3 * (coords[ps[13]][0] + coords[ps[7]][0])) / 9, (-4 * coords[ps[0]][1] - coords[ps[15]][1] + 6 * (coords[ps[4]][1] + coords[ps[1]][1]) - 2 * (coords[ps[12]][1] + coords[ps[3]][1]) + 3 * (coords[ps[13]][1] + coords[ps[7]][1])) / 9]);
        ps[6] = coords.length;
        coords.push([(-4 * coords[ps[3]][0] - coords[ps[12]][0] + 6 * (coords[ps[2]][0] + coords[ps[7]][0]) - 2 * (coords[ps[0]][0] + coords[ps[15]][0]) + 3 * (coords[ps[4]][0] + coords[ps[14]][0])) / 9, (-4 * coords[ps[3]][1] - coords[ps[12]][1] + 6 * (coords[ps[2]][1] + coords[ps[7]][1]) - 2 * (coords[ps[0]][1] + coords[ps[15]][1]) + 3 * (coords[ps[4]][1] + coords[ps[14]][1])) / 9]);
        ps[9] = coords.length;
        coords.push([(-4 * coords[ps[12]][0] - coords[ps[3]][0] + 6 * (coords[ps[8]][0] + coords[ps[13]][0]) - 2 * (coords[ps[0]][0] + coords[ps[15]][0]) + 3 * (coords[ps[11]][0] + coords[ps[1]][0])) / 9, (-4 * coords[ps[12]][1] - coords[ps[3]][1] + 6 * (coords[ps[8]][1] + coords[ps[13]][1]) - 2 * (coords[ps[0]][1] + coords[ps[15]][1]) + 3 * (coords[ps[11]][1] + coords[ps[1]][1])) / 9]);
        ps[10] = coords.length;
        coords.push([(-4 * coords[ps[15]][0] - coords[ps[0]][0] + 6 * (coords[ps[11]][0] + coords[ps[14]][0]) - 2 * (coords[ps[12]][0] + coords[ps[3]][0]) + 3 * (coords[ps[2]][0] + coords[ps[8]][0])) / 9, (-4 * coords[ps[15]][1] - coords[ps[0]][1] + 6 * (coords[ps[11]][1] + coords[ps[14]][1]) - 2 * (coords[ps[12]][1] + coords[ps[3]][1]) + 3 * (coords[ps[2]][1] + coords[ps[8]][1])) / 9]);
        this.figures.push({
          type: MeshFigureType.PATCH,
          coords: new Int32Array(ps),
          colors: new Int32Array(cs)
        });
      }
    }
    _decodeType7Shading(reader) {
      const coords = this.coords;
      const colors = this.colors;
      const ps = new Int32Array(16);
      const cs = new Int32Array(4);
      while (reader.hasData) {
        const f = reader.readFlag();
        if (!(0 <= f && f <= 3)) {
          throw new FormatError2("Unknown type7 flag");
        }
        const pi = coords.length;
        for (let i = 0, ii = f !== 0 ? 12 : 16; i < ii; i++) {
          coords.push(reader.readCoordinate());
        }
        const ci = colors.length;
        for (let i = 0, ii = f !== 0 ? 2 : 4; i < ii; i++) {
          colors.push(reader.readComponents());
        }
        let tmp1, tmp2, tmp3, tmp4;
        switch (f) {
          case 0:
            ps[12] = pi + 3;
            ps[13] = pi + 4;
            ps[14] = pi + 5;
            ps[15] = pi + 6;
            ps[8] = pi + 2;
            ps[9] = pi + 13;
            ps[10] = pi + 14;
            ps[11] = pi + 7;
            ps[4] = pi + 1;
            ps[5] = pi + 12;
            ps[6] = pi + 15;
            ps[7] = pi + 8;
            ps[0] = pi;
            ps[1] = pi + 11;
            ps[2] = pi + 10;
            ps[3] = pi + 9;
            cs[2] = ci + 1;
            cs[3] = ci + 2;
            cs[0] = ci;
            cs[1] = ci + 3;
            break;
          case 1:
            tmp1 = ps[12];
            tmp2 = ps[13];
            tmp3 = ps[14];
            tmp4 = ps[15];
            ps[12] = tmp4;
            ps[13] = pi + 0;
            ps[14] = pi + 1;
            ps[15] = pi + 2;
            ps[8] = tmp3;
            ps[9] = pi + 9;
            ps[10] = pi + 10;
            ps[11] = pi + 3;
            ps[4] = tmp2;
            ps[5] = pi + 8;
            ps[6] = pi + 11;
            ps[7] = pi + 4;
            ps[0] = tmp1;
            ps[1] = pi + 7;
            ps[2] = pi + 6;
            ps[3] = pi + 5;
            tmp1 = cs[2];
            tmp2 = cs[3];
            cs[2] = tmp2;
            cs[3] = ci;
            cs[0] = tmp1;
            cs[1] = ci + 1;
            break;
          case 2:
            tmp1 = ps[15];
            tmp2 = ps[11];
            ps[12] = ps[3];
            ps[13] = pi + 0;
            ps[14] = pi + 1;
            ps[15] = pi + 2;
            ps[8] = ps[7];
            ps[9] = pi + 9;
            ps[10] = pi + 10;
            ps[11] = pi + 3;
            ps[4] = tmp2;
            ps[5] = pi + 8;
            ps[6] = pi + 11;
            ps[7] = pi + 4;
            ps[0] = tmp1;
            ps[1] = pi + 7;
            ps[2] = pi + 6;
            ps[3] = pi + 5;
            tmp1 = cs[3];
            cs[2] = cs[1];
            cs[3] = ci;
            cs[0] = tmp1;
            cs[1] = ci + 1;
            break;
          case 3:
            ps[12] = ps[0];
            ps[13] = pi + 0;
            ps[14] = pi + 1;
            ps[15] = pi + 2;
            ps[8] = ps[1];
            ps[9] = pi + 9;
            ps[10] = pi + 10;
            ps[11] = pi + 3;
            ps[4] = ps[2];
            ps[5] = pi + 8;
            ps[6] = pi + 11;
            ps[7] = pi + 4;
            ps[0] = ps[3];
            ps[1] = pi + 7;
            ps[2] = pi + 6;
            ps[3] = pi + 5;
            cs[2] = cs[0];
            cs[3] = ci;
            cs[0] = cs[1];
            cs[1] = ci + 1;
            break;
        }
        this.figures.push({
          type: MeshFigureType.PATCH,
          coords: new Int32Array(ps),
          colors: new Int32Array(cs)
        });
      }
    }
    _buildFigureFromPatch(index) {
      const figure = this.figures[index];
      util_assert2(figure.type === MeshFigureType.PATCH, "Unexpected patch mesh figure");
      const coords = this.coords, colors = this.colors;
      const pi = figure.coords;
      const ci = figure.colors;
      const figureMinX = Math.min(coords[pi[0]][0], coords[pi[3]][0], coords[pi[12]][0], coords[pi[15]][0]);
      const figureMinY = Math.min(coords[pi[0]][1], coords[pi[3]][1], coords[pi[12]][1], coords[pi[15]][1]);
      const figureMaxX = Math.max(coords[pi[0]][0], coords[pi[3]][0], coords[pi[12]][0], coords[pi[15]][0]);
      const figureMaxY = Math.max(coords[pi[0]][1], coords[pi[3]][1], coords[pi[12]][1], coords[pi[15]][1]);
      let splitXBy = Math.ceil((figureMaxX - figureMinX) * _MeshShading.TRIANGLE_DENSITY / (this.bounds[2] - this.bounds[0]));
      splitXBy = MathClamp2(splitXBy, _MeshShading.MIN_SPLIT_PATCH_CHUNKS_AMOUNT, _MeshShading.MAX_SPLIT_PATCH_CHUNKS_AMOUNT);
      let splitYBy = Math.ceil((figureMaxY - figureMinY) * _MeshShading.TRIANGLE_DENSITY / (this.bounds[3] - this.bounds[1]));
      splitYBy = MathClamp2(splitYBy, _MeshShading.MIN_SPLIT_PATCH_CHUNKS_AMOUNT, _MeshShading.MAX_SPLIT_PATCH_CHUNKS_AMOUNT);
      const verticesPerRow = splitXBy + 1;
      const figureCoords = new Int32Array((splitYBy + 1) * verticesPerRow);
      const figureColors = new Int32Array((splitYBy + 1) * verticesPerRow);
      let k = 0;
      const cl = new Uint8Array(3), cr = new Uint8Array(3);
      const c0 = colors[ci[0]], c1 = colors[ci[1]], c2 = colors[ci[2]], c3 = colors[ci[3]];
      const bRow = getB(splitYBy), bCol = getB(splitXBy);
      for (let row = 0; row <= splitYBy; row++) {
        cl[0] = (c0[0] * (splitYBy - row) + c2[0] * row) / splitYBy | 0;
        cl[1] = (c0[1] * (splitYBy - row) + c2[1] * row) / splitYBy | 0;
        cl[2] = (c0[2] * (splitYBy - row) + c2[2] * row) / splitYBy | 0;
        cr[0] = (c1[0] * (splitYBy - row) + c3[0] * row) / splitYBy | 0;
        cr[1] = (c1[1] * (splitYBy - row) + c3[1] * row) / splitYBy | 0;
        cr[2] = (c1[2] * (splitYBy - row) + c3[2] * row) / splitYBy | 0;
        for (let col = 0; col <= splitXBy; col++, k++) {
          if ((row === 0 || row === splitYBy) && (col === 0 || col === splitXBy)) {
            continue;
          }
          let x = 0, y = 0;
          let q = 0;
          for (let i = 0; i <= 3; i++) {
            for (let j = 0; j <= 3; j++, q++) {
              const m = bRow[row][i] * bCol[col][j];
              x += coords[pi[q]][0] * m;
              y += coords[pi[q]][1] * m;
            }
          }
          figureCoords[k] = coords.length;
          coords.push([x, y]);
          figureColors[k] = colors.length;
          const newColor = new Uint8Array(3);
          newColor[0] = (cl[0] * (splitXBy - col) + cr[0] * col) / splitXBy | 0;
          newColor[1] = (cl[1] * (splitXBy - col) + cr[1] * col) / splitXBy | 0;
          newColor[2] = (cl[2] * (splitXBy - col) + cr[2] * col) / splitXBy | 0;
          colors.push(newColor);
        }
      }
      figureCoords[0] = pi[0];
      figureColors[0] = ci[0];
      figureCoords[splitXBy] = pi[3];
      figureColors[splitXBy] = ci[1];
      figureCoords[verticesPerRow * splitYBy] = pi[12];
      figureColors[verticesPerRow * splitYBy] = ci[2];
      figureCoords[verticesPerRow * splitYBy + splitXBy] = pi[15];
      figureColors[verticesPerRow * splitYBy + splitXBy] = ci[3];
      this.figures[index] = {
        type: MeshFigureType.LATTICE,
        coords: figureCoords,
        colors: figureColors,
        verticesPerRow
      };
    }
    _updateBounds() {
      meshUpdateBounds(this);
    }
    _packData() {
      meshPackData(this);
    }
    getIR() {
      const {
        posData,
        colData,
        vertexCount
      } = buildMeshVertexData(this.coords, this.colors, this.figures);
      return ["Mesh", this.shadingType, posData, colData, vertexCount, this.bounds, this.bbox, this.background];
    }
  };
  var DummyShading = class extends BaseShading {
    getIR() {
      return ["Dummy"];
    }
  };
  function getTilingPatternIR(operatorList, dict, color2, needsIsolation = true) {
    const matrix = lookupMatrix(dict.getArray("Matrix"), IDENTITY_MATRIX);
    const bbox = lookupNormalRect(dict.getArray("BBox"), null);
    if (!bbox || bbox[2] - bbox[0] === 0 || bbox[3] - bbox[1] === 0) {
      throw new FormatError2(`Invalid getTilingPatternIR /BBox array.`);
    }
    const xstep = dict.get("XStep");
    if (typeof xstep !== "number") {
      throw new FormatError2(`Invalid getTilingPatternIR /XStep value.`);
    }
    const ystep = dict.get("YStep");
    if (typeof ystep !== "number") {
      throw new FormatError2(`Invalid getTilingPatternIR /YStep value.`);
    }
    const paintType = dict.get("PaintType");
    if (!Number.isInteger(paintType)) {
      throw new FormatError2(`Invalid getTilingPatternIR /PaintType value.`);
    }
    const tilingType = dict.get("TilingType");
    if (!Number.isInteger(tilingType)) {
      throw new FormatError2(`Invalid getTilingPatternIR /TilingType value.`);
    }
    return ["TilingPattern", color2, operatorList, matrix, bbox, xstep, ystep, paintType, tilingType, needsIsolation];
  }
  es_iterator_find_namespaceFn2();
  es_math_sum_precise_namespaceFn2();
  es_iterator_for_each_namespaceFn2();
  function hexToInt(a, size) {
    let n = 0;
    for (let i = 0; i <= size; i++) {
      n = n << 8 | a[i];
    }
    return n >>> 0;
  }
  function hexToStr(a, size) {
    if (size === 1) {
      return String.fromCharCode(a[0], a[1]);
    }
    return size === 3 ? String.fromCharCode(a[0], a[1], a[2], a[3]) : String.fromCharCode(...a.subarray(0, size + 1));
  }
  function addHex(a, b, size) {
    let c = 0;
    for (let i = size; i >= 0; i--) {
      c += a[i] + b[i];
      a[i] = c & 255;
      c >>= 8;
    }
  }
  function incHex(a, size) {
    let c = 1;
    for (let i = size; i >= 0 && c > 0; i--) {
      c += a[i];
      a[i] = c & 255;
      c >>= 8;
    }
  }
  var MAX_NUM_SIZE = 16;
  var MAX_ENCODED_NUM_SIZE = 19;
  var BinaryCMapStream = class extends Stream2 {
    tmpBuf = new Uint8Array(MAX_ENCODED_NUM_SIZE);
    constructor(data) {
      super(data, 0, data.length, null);
    }
    readNumber() {
      let n = 0;
      let last2;
      do {
        const b = this.getByte();
        if (b < 0) {
          throw new FormatError2("unexpected EOF in bcmap");
        }
        last2 = !(b & 128);
        n = n << 7 | b & 127;
      } while (!last2);
      return n;
    }
    readSigned() {
      const n = this.readNumber();
      return n & 1 ? ~(n >>> 1) : n >>> 1;
    }
    readHex(num, size) {
      num.set(this.getBytes(size + 1));
    }
    readHexNumber(num, size) {
      let last2;
      const stack = this.tmpBuf;
      let sp = 0;
      do {
        const b = this.getByte();
        if (b < 0) {
          throw new FormatError2("unexpected EOF in bcmap");
        }
        last2 = !(b & 128);
        stack[sp++] = b & 127;
      } while (!last2);
      let i = size, buffer = 0, bufferSize = 0;
      while (i >= 0) {
        while (bufferSize < 8 && stack.length > 0) {
          buffer |= stack[--sp] << bufferSize;
          bufferSize += 7;
        }
        num[i] = buffer & 255;
        i--;
        buffer >>= 8;
        bufferSize -= 8;
      }
    }
    readHexSigned(num, size) {
      this.readHexNumber(num, size);
      const sign = num[size] & 1 ? 255 : 0;
      let c = 0;
      for (let i = 0; i <= size; i++) {
        c = (c & 1) << 8 | num[i];
        num[i] = c >> 1 ^ sign;
      }
    }
    readString() {
      const len = this.readNumber(), buf = new Array(len);
      for (let i = 0; i < len; i++) {
        buf[i] = this.readNumber();
      }
      return String.fromCharCode(...buf);
    }
  };
  var BinaryCMapReader = class {
    async process(data, cMap, extend) {
      const stream2 = new BinaryCMapStream(data);
      const header2 = stream2.getByte();
      cMap.vertical = !!(header2 & 1);
      let useCMap = null;
      const start = new Uint8Array(MAX_NUM_SIZE);
      const end = new Uint8Array(MAX_NUM_SIZE);
      const char = new Uint8Array(MAX_NUM_SIZE);
      const charCode = new Uint8Array(MAX_NUM_SIZE);
      const tmp = new Uint8Array(MAX_NUM_SIZE);
      let code;
      let b;
      while ((b = stream2.getByte()) >= 0) {
        const type = b >> 5;
        if (type === 7) {
          switch (b & 31) {
            case 0:
              stream2.readString();
              break;
            case 1:
              useCMap = stream2.readString();
              break;
          }
          continue;
        }
        const sequence2 = !!(b & 16);
        const dataSize = b & 15;
        if (dataSize + 1 > MAX_NUM_SIZE) {
          throw new Error("BinaryCMapReader.process: Invalid dataSize.");
        }
        const ucs2DataSize = 1;
        const subitemsCount = stream2.readNumber();
        switch (type) {
          case 0:
            stream2.readHex(start, dataSize);
            stream2.readHexNumber(end, dataSize);
            addHex(end, start, dataSize);
            cMap.addCodespaceRange(dataSize + 1, hexToInt(start, dataSize), hexToInt(end, dataSize));
            for (let i = 1; i < subitemsCount; i++) {
              incHex(end, dataSize);
              stream2.readHexNumber(start, dataSize);
              addHex(start, end, dataSize);
              stream2.readHexNumber(end, dataSize);
              addHex(end, start, dataSize);
              cMap.addCodespaceRange(dataSize + 1, hexToInt(start, dataSize), hexToInt(end, dataSize));
            }
            break;
          case 1:
            stream2.readHex(start, dataSize);
            stream2.readHexNumber(end, dataSize);
            addHex(end, start, dataSize);
            stream2.readNumber();
            for (let i = 1; i < subitemsCount; i++) {
              incHex(end, dataSize);
              stream2.readHexNumber(start, dataSize);
              addHex(start, end, dataSize);
              stream2.readHexNumber(end, dataSize);
              addHex(end, start, dataSize);
              stream2.readNumber();
            }
            break;
          case 2:
            stream2.readHex(char, dataSize);
            code = stream2.readNumber();
            cMap.mapOne(hexToInt(char, dataSize), code);
            for (let i = 1; i < subitemsCount; i++) {
              incHex(char, dataSize);
              if (!sequence2) {
                stream2.readHexNumber(tmp, dataSize);
                addHex(char, tmp, dataSize);
              }
              code = stream2.readSigned() + (code + 1);
              cMap.mapOne(hexToInt(char, dataSize), code);
            }
            break;
          case 3:
            stream2.readHex(start, dataSize);
            stream2.readHexNumber(end, dataSize);
            addHex(end, start, dataSize);
            code = stream2.readNumber();
            cMap.mapCidRange(hexToInt(start, dataSize), hexToInt(end, dataSize), code);
            for (let i = 1; i < subitemsCount; i++) {
              incHex(end, dataSize);
              if (!sequence2) {
                stream2.readHexNumber(start, dataSize);
                addHex(start, end, dataSize);
              } else {
                start.set(end);
              }
              stream2.readHexNumber(end, dataSize);
              addHex(end, start, dataSize);
              code = stream2.readNumber();
              cMap.mapCidRange(hexToInt(start, dataSize), hexToInt(end, dataSize), code);
            }
            break;
          case 4:
            stream2.readHex(char, ucs2DataSize);
            stream2.readHex(charCode, dataSize);
            cMap.mapOne(hexToInt(char, ucs2DataSize), hexToStr(charCode, dataSize));
            for (let i = 1; i < subitemsCount; i++) {
              incHex(char, ucs2DataSize);
              if (!sequence2) {
                stream2.readHexNumber(tmp, ucs2DataSize);
                addHex(char, tmp, ucs2DataSize);
              }
              incHex(charCode, dataSize);
              stream2.readHexSigned(tmp, dataSize);
              addHex(charCode, tmp, dataSize);
              cMap.mapOne(hexToInt(char, ucs2DataSize), hexToStr(charCode, dataSize));
            }
            break;
          case 5:
            stream2.readHex(start, ucs2DataSize);
            stream2.readHexNumber(end, ucs2DataSize);
            addHex(end, start, ucs2DataSize);
            stream2.readHex(charCode, dataSize);
            cMap.mapBfRange(hexToInt(start, ucs2DataSize), hexToInt(end, ucs2DataSize), hexToStr(charCode, dataSize));
            for (let i = 1; i < subitemsCount; i++) {
              incHex(end, ucs2DataSize);
              if (!sequence2) {
                stream2.readHexNumber(start, ucs2DataSize);
                addHex(start, end, ucs2DataSize);
              } else {
                start.set(end);
              }
              stream2.readHexNumber(end, ucs2DataSize);
              addHex(end, start, ucs2DataSize);
              stream2.readHex(charCode, dataSize);
              cMap.mapBfRange(hexToInt(start, ucs2DataSize), hexToInt(end, ucs2DataSize), hexToStr(charCode, dataSize));
            }
            break;
          default:
            throw new Error(`BinaryCMapReader.process - unknown type: ${type}`);
        }
      }
      return useCMap ? extend(useCMap) : cMap;
    }
  };
  var Ascii85Stream2 = class extends DecodeStream2 {
    #input = new Uint8Array(5);
    constructor(str, maybeLength) {
      if (maybeLength) {
        maybeLength *= 0.8;
      }
      super(maybeLength);
      this.stream = str;
      this.dict = str.dict;
    }
    readBlock() {
      const TILDA_CHAR = 126;
      const Z_LOWER_CHAR = 122;
      const EOF2 = -1;
      const str = this.stream;
      let c = str.getByte();
      while (isWhiteSpace(c)) {
        c = str.getByte();
      }
      if (c === EOF2 || c === TILDA_CHAR) {
        this.eof = true;
        return;
      }
      const bufferLength = this.bufferLength;
      let buffer, i;
      if (c === Z_LOWER_CHAR) {
        buffer = this.ensureBuffer(bufferLength + 4);
        buffer.fill(0, bufferLength, bufferLength + 4);
        this.bufferLength += 4;
      } else {
        const input2 = this.#input;
        input2[0] = c;
        for (i = 1; i < 5; ++i) {
          c = str.getByte();
          while (isWhiteSpace(c)) {
            c = str.getByte();
          }
          input2[i] = c;
          if (c === EOF2 || c === TILDA_CHAR) {
            break;
          }
        }
        buffer = this.ensureBuffer(bufferLength + i - 1);
        this.bufferLength += i - 1;
        if (i < 5) {
          input2.fill(33 + 84, i, 5);
          this.eof = true;
        }
        let t = 0;
        for (i = 0; i < 5; ++i) {
          t = t * 85 + (input2[i] - 33);
        }
        for (i = 3; i >= 0; --i) {
          buffer[bufferLength + i] = t & 255;
          t >>= 8;
        }
      }
    }
  };
  var AsciiHexStream2 = class extends DecodeStream2 {
    constructor(str, maybeLength) {
      if (maybeLength) {
        maybeLength *= 0.5;
      }
      super(maybeLength);
      this.stream = str;
      this.dict = str.dict;
      this.firstDigit = -1;
    }
    readBlock() {
      const UPSTREAM_BLOCK_SIZE = 8e3;
      const bytes2 = this.stream.getBytes(UPSTREAM_BLOCK_SIZE);
      if (!bytes2.length) {
        this.eof = true;
        return;
      }
      const maxDecodeLength = bytes2.length + 1 >> 1;
      const buffer = this.ensureBuffer(this.bufferLength + maxDecodeLength);
      let bufferLength = this.bufferLength;
      let firstDigit = this.firstDigit;
      for (const ch2 of bytes2) {
        let digit;
        if (ch2 >= 48 && ch2 <= 57) {
          digit = ch2 & 15;
        } else if (ch2 >= 65 && ch2 <= 70 || ch2 >= 97 && ch2 <= 102) {
          digit = (ch2 & 15) + 9;
        } else if (ch2 === 62) {
          this.eof = true;
          break;
        } else {
          continue;
        }
        if (firstDigit < 0) {
          firstDigit = digit;
        } else {
          buffer[bufferLength++] = firstDigit << 4 | digit;
          firstDigit = -1;
        }
      }
      if (firstDigit >= 0 && this.eof) {
        buffer[bufferLength++] = firstDigit << 4;
        firstDigit = -1;
      }
      this.firstDigit = firstDigit;
      this.bufferLength = bufferLength;
    }
  };
  var makeBrotliDecode = () => {
    const MAX_HUFFMAN_TABLE_SIZE = Int32Array.from([256, 402, 436, 468, 500, 534, 566, 598, 630, 662, 694, 726, 758, 790, 822, 854, 886, 920, 952, 984, 1016, 1048, 1080]);
    const CODE_LENGTH_CODE_ORDER = Int32Array.from([1, 2, 3, 4, 0, 5, 17, 6, 16, 7, 8, 9, 10, 11, 12, 13, 14, 15]);
    const DISTANCE_SHORT_CODE_INDEX_OFFSET = Int32Array.from([0, 3, 2, 1, 0, 0, 0, 0, 0, 0, 3, 3, 3, 3, 3, 3]);
    const DISTANCE_SHORT_CODE_VALUE_OFFSET = Int32Array.from([0, 0, 0, 0, -1, 1, -2, 2, -3, 3, -1, 1, -2, 2, -3, 3]);
    const FIXED_TABLE = Int32Array.from([131072, 131076, 131075, 196610, 131072, 131076, 131075, 262145, 131072, 131076, 131075, 196610, 131072, 131076, 131075, 262149]);
    const BLOCK_LENGTH_OFFSET = Int32Array.from([1, 5, 9, 13, 17, 25, 33, 41, 49, 65, 81, 97, 113, 145, 177, 209, 241, 305, 369, 497, 753, 1265, 2289, 4337, 8433, 16625]);
    const BLOCK_LENGTH_N_BITS = Int32Array.from([2, 2, 2, 2, 3, 3, 3, 3, 4, 4, 4, 4, 5, 5, 5, 5, 6, 6, 7, 8, 9, 10, 11, 12, 13, 24]);
    const INSERT_LENGTH_N_BITS = Int16Array.from([0, 0, 0, 0, 0, 0, 1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6, 7, 8, 9, 10, 12, 14, 24]);
    const COPY_LENGTH_N_BITS = Int16Array.from([0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6, 7, 8, 9, 10, 24]);
    const CMD_LOOKUP = new Int16Array(2816);
    unpackCommandLookupTable(CMD_LOOKUP);
    function log2floor(i) {
      let result = -1;
      let step = 16;
      let v = i;
      while (step > 0) {
        let next = v >> step;
        if (next !== 0) {
          result += step;
          v = next;
        }
        step = step >> 1;
      }
      return result + v;
    }
    function calculateDistanceAlphabetSize(npostfix, ndirect, maxndistbits) {
      return 16 + ndirect + 2 * (maxndistbits << npostfix);
    }
    function calculateDistanceAlphabetLimit(s, maxDistance, npostfix, ndirect) {
      if (maxDistance < ndirect + (2 << npostfix)) {
        return makeError(s, -23);
      }
      const offset = (maxDistance - ndirect >> npostfix) + 4;
      const ndistbits = log2floor(offset) - 1;
      const group = ndistbits - 1 << 1 | offset >> ndistbits & 1;
      return (group - 1 << npostfix) + (1 << npostfix) + ndirect + 16;
    }
    function unpackCommandLookupTable(cmdLookup) {
      const insertLengthOffsets = new Int32Array(24);
      const copyLengthOffsets = new Int32Array(24);
      copyLengthOffsets[0] = 2;
      for (let i = 0; i < 23; ++i) {
        insertLengthOffsets[i + 1] = insertLengthOffsets[i] + (1 << INSERT_LENGTH_N_BITS[i]);
        copyLengthOffsets[i + 1] = copyLengthOffsets[i] + (1 << COPY_LENGTH_N_BITS[i]);
      }
      for (let cmdCode = 0; cmdCode < 704; ++cmdCode) {
        let rangeIdx = cmdCode >> 6;
        let distanceContextOffset = -4;
        if (rangeIdx >= 2) {
          rangeIdx -= 2;
          distanceContextOffset = 0;
        }
        const insertCode = (170064 >> rangeIdx * 2 & 3) << 3 | cmdCode >> 3 & 7;
        const copyCode = (156228 >> rangeIdx * 2 & 3) << 3 | cmdCode & 7;
        const copyLengthOffset = copyLengthOffsets[copyCode];
        const distanceContext = distanceContextOffset + Math.min(copyLengthOffset, 5) - 2;
        const index = cmdCode * 4;
        cmdLookup[index] = INSERT_LENGTH_N_BITS[insertCode] | COPY_LENGTH_N_BITS[copyCode] << 8;
        cmdLookup[index + 1] = insertLengthOffsets[insertCode];
        cmdLookup[index + 2] = copyLengthOffsets[copyCode];
        cmdLookup[index + 3] = distanceContext;
      }
    }
    function decodeWindowBits(s) {
      const largeWindowEnabled = s.isLargeWindow;
      s.isLargeWindow = 0;
      if (s.bitOffset >= 16) {
        s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
        s.bitOffset -= 16;
      }
      if (readFewBits(s, 1) === 0) {
        return 16;
      }
      let n = readFewBits(s, 3);
      if (n !== 0) {
        return 17 + n;
      }
      n = readFewBits(s, 3);
      if (n !== 0) {
        if (n === 1) {
          if (largeWindowEnabled === 0) {
            return -1;
          }
          s.isLargeWindow = 1;
          if (readFewBits(s, 1) === 1) {
            return -1;
          }
          n = readFewBits(s, 6);
          if (n < 10 || n > 30) {
            return -1;
          }
          return n;
        }
        return 8 + n;
      }
      return 17;
    }
    function attachDictionaryChunk(s, data2) {
      if (s.runningState !== 1) {
        return makeError(s, -24);
      }
      if (s.cdNumChunks === 0) {
        s.cdChunks = new Array(16);
        s.cdChunkOffsets = new Int32Array(16);
        s.cdBlockBits = -1;
      }
      if (s.cdNumChunks === 15) {
        return makeError(s, -27);
      }
      s.cdChunks[s.cdNumChunks] = data2;
      s.cdNumChunks++;
      s.cdTotalSize += data2.length;
      s.cdChunkOffsets[s.cdNumChunks] = s.cdTotalSize;
      return 0;
    }
    function initState(s) {
      if (s.runningState !== 0) {
        return makeError(s, -26);
      }
      s.blockTrees = new Int32Array(3091);
      s.blockTrees[0] = 7;
      s.distRbIdx = 3;
      let result = calculateDistanceAlphabetLimit(s, 2147483644, 3, 120);
      if (result < 0) {
        return result;
      }
      const maxDistanceAlphabetLimit = result;
      s.distExtraBits = new Int8Array(maxDistanceAlphabetLimit);
      s.distOffset = new Int32Array(maxDistanceAlphabetLimit);
      result = initBitReader(s);
      if (result < 0) {
        return result;
      }
      s.runningState = 1;
      return 0;
    }
    function close2(s) {
      if (s.runningState === 0) {
        return makeError(s, -25);
      }
      if (s.runningState > 0) {
        s.runningState = 11;
      }
      return 0;
    }
    function decodeVarLenUnsignedByte(s) {
      if (s.bitOffset >= 16) {
        s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
        s.bitOffset -= 16;
      }
      if (readFewBits(s, 1) !== 0) {
        const n = readFewBits(s, 3);
        if (n === 0) {
          return 1;
        }
        return readFewBits(s, n) + (1 << n);
      }
      return 0;
    }
    function decodeMetaBlockLength(s) {
      if (s.bitOffset >= 16) {
        s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
        s.bitOffset -= 16;
      }
      s.inputEnd = readFewBits(s, 1);
      s.metaBlockLength = 0;
      s.isUncompressed = 0;
      s.isMetadata = 0;
      if (s.inputEnd !== 0 && readFewBits(s, 1) !== 0) {
        return 0;
      }
      const sizeNibbles = readFewBits(s, 2) + 4;
      if (sizeNibbles === 7) {
        s.isMetadata = 1;
        if (readFewBits(s, 1) !== 0) {
          return makeError(s, -6);
        }
        const sizeBytes = readFewBits(s, 2);
        if (sizeBytes === 0) {
          return 0;
        }
        for (let i = 0; i < sizeBytes; ++i) {
          if (s.bitOffset >= 16) {
            s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
            s.bitOffset -= 16;
          }
          const bits = readFewBits(s, 8);
          if (bits === 0 && i + 1 === sizeBytes && sizeBytes > 1) {
            return makeError(s, -8);
          }
          s.metaBlockLength += bits << i * 8;
        }
      } else {
        for (let i = 0; i < sizeNibbles; ++i) {
          if (s.bitOffset >= 16) {
            s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
            s.bitOffset -= 16;
          }
          const bits = readFewBits(s, 4);
          if (bits === 0 && i + 1 === sizeNibbles && sizeNibbles > 4) {
            return makeError(s, -8);
          }
          s.metaBlockLength += bits << i * 4;
        }
      }
      s.metaBlockLength++;
      if (s.inputEnd === 0) {
        s.isUncompressed = readFewBits(s, 1);
      }
      return 0;
    }
    function readSymbol(tableGroup, tableIdx, s) {
      let offset = tableGroup[tableIdx];
      const v = s.accumulator32 >>> s.bitOffset;
      offset += v & 255;
      const bits = tableGroup[offset] >> 16;
      const sym = tableGroup[offset] & 65535;
      if (bits <= 8) {
        s.bitOffset += bits;
        return sym;
      }
      offset += sym;
      const mask = (1 << bits) - 1;
      offset += (v & mask) >>> 8;
      s.bitOffset += (tableGroup[offset] >> 16) + 8;
      return tableGroup[offset] & 65535;
    }
    function readBlockLength(tableGroup, tableIdx, s) {
      if (s.bitOffset >= 16) {
        s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
        s.bitOffset -= 16;
      }
      const code = readSymbol(tableGroup, tableIdx, s);
      const n = BLOCK_LENGTH_N_BITS[code];
      if (s.bitOffset >= 16) {
        s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
        s.bitOffset -= 16;
      }
      return BLOCK_LENGTH_OFFSET[code] + (n <= 16 ? readFewBits(s, n) : readManyBits(s, n));
    }
    function moveToFront(v, index) {
      let i = index;
      const value = v[i];
      while (i > 0) {
        v[i] = v[i - 1];
        i--;
      }
      v[0] = value;
    }
    function inverseMoveToFrontTransform(v, vLen) {
      const mtf = new Int32Array(256);
      for (let i = 0; i < 256; ++i) {
        mtf[i] = i;
      }
      for (let i = 0; i < vLen; ++i) {
        const index = v[i] & 255;
        v[i] = mtf[index];
        if (index !== 0) {
          moveToFront(mtf, index);
        }
      }
    }
    function readHuffmanCodeLengths(codeLengthCodeLengths, numSymbols, codeLengths, s) {
      let symbol = 0;
      let prevCodeLen = 8;
      let repeat = 0;
      let repeatCodeLen = 0;
      let space = 32768;
      const table = new Int32Array(33);
      const tableIdx = table.length - 1;
      buildHuffmanTable2(table, tableIdx, 5, codeLengthCodeLengths, 18);
      while (symbol < numSymbols && space > 0) {
        if (s.halfOffset > 2030) {
          const result = readMoreInput(s);
          if (result < 0) {
            return result;
          }
        }
        if (s.bitOffset >= 16) {
          s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
          s.bitOffset -= 16;
        }
        const p = s.accumulator32 >>> s.bitOffset & 31;
        s.bitOffset += table[p] >> 16;
        const codeLen = table[p] & 65535;
        if (codeLen < 16) {
          repeat = 0;
          codeLengths[symbol++] = codeLen;
          if (codeLen !== 0) {
            prevCodeLen = codeLen;
            space -= 32768 >> codeLen;
          }
        } else {
          const extraBits = codeLen - 14;
          let newLen = 0;
          if (codeLen === 16) {
            newLen = prevCodeLen;
          }
          if (repeatCodeLen !== newLen) {
            repeat = 0;
            repeatCodeLen = newLen;
          }
          const oldRepeat = repeat;
          if (repeat > 0) {
            repeat -= 2;
            repeat = repeat << extraBits;
          }
          if (s.bitOffset >= 16) {
            s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
            s.bitOffset -= 16;
          }
          repeat += readFewBits(s, extraBits) + 3;
          const repeatDelta = repeat - oldRepeat;
          if (symbol + repeatDelta > numSymbols) {
            return makeError(s, -2);
          }
          for (let i = 0; i < repeatDelta; ++i) {
            codeLengths[symbol++] = repeatCodeLen;
          }
          if (repeatCodeLen !== 0) {
            space -= repeatDelta << 15 - repeatCodeLen;
          }
        }
      }
      if (space !== 0) {
        return makeError(s, -18);
      }
      codeLengths.fill(0, symbol, numSymbols);
      return 0;
    }
    function checkDupes(s, symbols, length) {
      for (let i = 0; i < length - 1; ++i) {
        for (let j = i + 1; j < length; ++j) {
          if (symbols[i] === symbols[j]) {
            return makeError(s, -7);
          }
        }
      }
      return 0;
    }
    function readSimpleHuffmanCode(alphabetSizeMax, alphabetSizeLimit, tableGroup, tableIdx, s) {
      const codeLengths = new Int32Array(alphabetSizeLimit);
      const symbols = new Int32Array(4);
      const maxBits = 1 + log2floor(alphabetSizeMax - 1);
      const numSymbols = readFewBits(s, 2) + 1;
      for (let i = 0; i < numSymbols; ++i) {
        if (s.bitOffset >= 16) {
          s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
          s.bitOffset -= 16;
        }
        const symbol = readFewBits(s, maxBits);
        if (symbol >= alphabetSizeLimit) {
          return makeError(s, -15);
        }
        symbols[i] = symbol;
      }
      const result = checkDupes(s, symbols, numSymbols);
      if (result < 0) {
        return result;
      }
      let histogramId = numSymbols;
      if (numSymbols === 4) {
        histogramId += readFewBits(s, 1);
      }
      switch (histogramId) {
        case 1:
          codeLengths[symbols[0]] = 1;
          break;
        case 2:
          codeLengths[symbols[0]] = 1;
          codeLengths[symbols[1]] = 1;
          break;
        case 3:
          codeLengths[symbols[0]] = 1;
          codeLengths[symbols[1]] = 2;
          codeLengths[symbols[2]] = 2;
          break;
        case 4:
          codeLengths[symbols[0]] = 2;
          codeLengths[symbols[1]] = 2;
          codeLengths[symbols[2]] = 2;
          codeLengths[symbols[3]] = 2;
          break;
        case 5:
          codeLengths[symbols[0]] = 1;
          codeLengths[symbols[1]] = 2;
          codeLengths[symbols[2]] = 3;
          codeLengths[symbols[3]] = 3;
          break;
        default:
          break;
      }
      return buildHuffmanTable2(tableGroup, tableIdx, 8, codeLengths, alphabetSizeLimit);
    }
    function readComplexHuffmanCode(alphabetSizeLimit, skip, tableGroup, tableIdx, s) {
      const codeLengths = new Int32Array(alphabetSizeLimit);
      const codeLengthCodeLengths = new Int32Array(18);
      let space = 32;
      let numCodes = 0;
      for (let i = skip; i < 18; ++i) {
        const codeLenIdx = CODE_LENGTH_CODE_ORDER[i];
        if (s.bitOffset >= 16) {
          s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
          s.bitOffset -= 16;
        }
        const p = s.accumulator32 >>> s.bitOffset & 15;
        s.bitOffset += FIXED_TABLE[p] >> 16;
        const v = FIXED_TABLE[p] & 65535;
        codeLengthCodeLengths[codeLenIdx] = v;
        if (v !== 0) {
          space -= 32 >> v;
          numCodes++;
          if (space <= 0) {
            break;
          }
        }
      }
      if (space !== 0 && numCodes !== 1) {
        return makeError(s, -4);
      }
      const result = readHuffmanCodeLengths(codeLengthCodeLengths, alphabetSizeLimit, codeLengths, s);
      if (result < 0) {
        return result;
      }
      return buildHuffmanTable2(tableGroup, tableIdx, 8, codeLengths, alphabetSizeLimit);
    }
    function readHuffmanCode(alphabetSizeMax, alphabetSizeLimit, tableGroup, tableIdx, s) {
      if (s.halfOffset > 2030) {
        const result = readMoreInput(s);
        if (result < 0) {
          return result;
        }
      }
      if (s.bitOffset >= 16) {
        s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
        s.bitOffset -= 16;
      }
      const simpleCodeOrSkip = readFewBits(s, 2);
      if (simpleCodeOrSkip === 1) {
        return readSimpleHuffmanCode(alphabetSizeMax, alphabetSizeLimit, tableGroup, tableIdx, s);
      }
      return readComplexHuffmanCode(alphabetSizeLimit, simpleCodeOrSkip, tableGroup, tableIdx, s);
    }
    function decodeContextMap(contextMapSize, contextMap, s) {
      let result;
      if (s.halfOffset > 2030) {
        result = readMoreInput(s);
        if (result < 0) {
          return result;
        }
      }
      const numTrees = decodeVarLenUnsignedByte(s) + 1;
      if (numTrees === 1) {
        contextMap.fill(0, 0, contextMapSize);
        return numTrees;
      }
      if (s.bitOffset >= 16) {
        s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
        s.bitOffset -= 16;
      }
      const useRleForZeros = readFewBits(s, 1);
      let maxRunLengthPrefix = 0;
      if (useRleForZeros !== 0) {
        maxRunLengthPrefix = readFewBits(s, 4) + 1;
      }
      const alphabetSize = numTrees + maxRunLengthPrefix;
      const tableSize = MAX_HUFFMAN_TABLE_SIZE[alphabetSize + 31 >> 5];
      const table = new Int32Array(tableSize + 1);
      const tableIdx = table.length - 1;
      result = readHuffmanCode(alphabetSize, alphabetSize, table, tableIdx, s);
      if (result < 0) {
        return result;
      }
      let i = 0;
      while (i < contextMapSize) {
        if (s.halfOffset > 2030) {
          result = readMoreInput(s);
          if (result < 0) {
            return result;
          }
        }
        if (s.bitOffset >= 16) {
          s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
          s.bitOffset -= 16;
        }
        const code = readSymbol(table, tableIdx, s);
        if (code === 0) {
          contextMap[i] = 0;
          i++;
        } else if (code <= maxRunLengthPrefix) {
          if (s.bitOffset >= 16) {
            s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
            s.bitOffset -= 16;
          }
          let reps = (1 << code) + readFewBits(s, code);
          while (reps !== 0) {
            if (i >= contextMapSize) {
              return makeError(s, -3);
            }
            contextMap[i] = 0;
            i++;
            reps--;
          }
        } else {
          contextMap[i] = code - maxRunLengthPrefix;
          i++;
        }
      }
      if (s.bitOffset >= 16) {
        s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
        s.bitOffset -= 16;
      }
      if (readFewBits(s, 1) === 1) {
        inverseMoveToFrontTransform(contextMap, contextMapSize);
      }
      return numTrees;
    }
    function decodeBlockTypeAndLength(s, treeType, numBlockTypes) {
      const ringBuffers = s.rings;
      const offset = 4 + treeType * 2;
      if (s.bitOffset >= 16) {
        s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
        s.bitOffset -= 16;
      }
      let blockType = readSymbol(s.blockTrees, 2 * treeType, s);
      const result = readBlockLength(s.blockTrees, 2 * treeType + 1, s);
      if (blockType === 1) {
        blockType = ringBuffers[offset + 1] + 1;
      } else if (blockType === 0) {
        blockType = ringBuffers[offset];
      } else {
        blockType -= 2;
      }
      if (blockType >= numBlockTypes) {
        blockType -= numBlockTypes;
      }
      ringBuffers[offset] = ringBuffers[offset + 1];
      ringBuffers[offset + 1] = blockType;
      return result;
    }
    function decodeLiteralBlockSwitch(s) {
      s.literalBlockLength = decodeBlockTypeAndLength(s, 0, s.numLiteralBlockTypes);
      const literalBlockType = s.rings[5];
      s.contextMapSlice = literalBlockType << 6;
      s.literalTreeIdx = s.contextMap[s.contextMapSlice] & 255;
      const contextMode = s.contextModes[literalBlockType];
      s.contextLookupOffset1 = contextMode << 9;
      s.contextLookupOffset2 = s.contextLookupOffset1 + 256;
    }
    function decodeCommandBlockSwitch(s) {
      s.commandBlockLength = decodeBlockTypeAndLength(s, 1, s.numCommandBlockTypes);
      s.commandTreeIdx = s.rings[7];
    }
    function decodeDistanceBlockSwitch(s) {
      s.distanceBlockLength = decodeBlockTypeAndLength(s, 2, s.numDistanceBlockTypes);
      s.distContextMapSlice = s.rings[9] << 2;
    }
    function maybeReallocateRingBuffer(s) {
      let newSize = s.maxRingBufferSize;
      if (newSize > s.expectedTotalSize) {
        const minimalNewSize = s.expectedTotalSize;
        while (newSize >> 1 > minimalNewSize) {
          newSize = newSize >> 1;
        }
        if (s.inputEnd === 0 && newSize < 16384 && s.maxRingBufferSize >= 16384) {
          newSize = 16384;
        }
      }
      if (newSize <= s.ringBufferSize) {
        return;
      }
      const ringBufferSizeWithSlack = newSize + 37;
      const newBuffer = new Int8Array(ringBufferSizeWithSlack);
      const oldBuffer = s.ringBuffer;
      if (oldBuffer.length !== 0) {
        newBuffer.set(oldBuffer.subarray(0, s.ringBufferSize), 0);
      }
      s.ringBuffer = newBuffer;
      s.ringBufferSize = newSize;
    }
    function readNextMetablockHeader(s) {
      if (s.inputEnd !== 0) {
        s.nextRunningState = 10;
        s.runningState = 12;
        return 0;
      }
      s.literalTreeGroup = new Int32Array(0);
      s.commandTreeGroup = new Int32Array(0);
      s.distanceTreeGroup = new Int32Array(0);
      let result;
      if (s.halfOffset > 2030) {
        result = readMoreInput(s);
        if (result < 0) {
          return result;
        }
      }
      result = decodeMetaBlockLength(s);
      if (result < 0) {
        return result;
      }
      if (s.metaBlockLength === 0 && s.isMetadata === 0) {
        return 0;
      }
      if (s.isUncompressed !== 0 || s.isMetadata !== 0) {
        result = jumpToByteBoundary(s);
        if (result < 0) {
          return result;
        }
        if (s.isMetadata === 0) {
          s.runningState = 6;
        } else {
          s.runningState = 5;
        }
      } else {
        s.runningState = 3;
      }
      if (s.isMetadata !== 0) {
        return 0;
      }
      s.expectedTotalSize += s.metaBlockLength;
      if (s.expectedTotalSize > 1 << 30) {
        s.expectedTotalSize = 1 << 30;
      }
      if (s.ringBufferSize < s.maxRingBufferSize) {
        maybeReallocateRingBuffer(s);
      }
      return 0;
    }
    function readMetablockPartition(s, treeType, numBlockTypes) {
      let offset = s.blockTrees[2 * treeType];
      if (numBlockTypes <= 1) {
        s.blockTrees[2 * treeType + 1] = offset;
        s.blockTrees[2 * treeType + 2] = offset;
        return 1 << 28;
      }
      const blockTypeAlphabetSize = numBlockTypes + 2;
      let result = readHuffmanCode(blockTypeAlphabetSize, blockTypeAlphabetSize, s.blockTrees, 2 * treeType, s);
      if (result < 0) {
        return result;
      }
      offset += result;
      s.blockTrees[2 * treeType + 1] = offset;
      const blockLengthAlphabetSize = 26;
      result = readHuffmanCode(blockLengthAlphabetSize, blockLengthAlphabetSize, s.blockTrees, 2 * treeType + 1, s);
      if (result < 0) {
        return result;
      }
      offset += result;
      s.blockTrees[2 * treeType + 2] = offset;
      return readBlockLength(s.blockTrees, 2 * treeType + 1, s);
    }
    function calculateDistanceLut(s, alphabetSizeLimit) {
      const distExtraBits = s.distExtraBits;
      const distOffset = s.distOffset;
      const npostfix = s.distancePostfixBits;
      const ndirect = s.numDirectDistanceCodes;
      const postfix = 1 << npostfix;
      let bits = 1;
      let half = 0;
      let i = 16;
      for (let j = 0; j < ndirect; ++j) {
        distExtraBits[i] = 0;
        distOffset[i] = j + 1;
        ++i;
      }
      while (i < alphabetSizeLimit) {
        const base = ndirect + ((2 + half << bits) - 4 << npostfix) + 1;
        for (let j = 0; j < postfix; ++j) {
          distExtraBits[i] = bits;
          distOffset[i] = base + j;
          ++i;
        }
        bits = bits + half;
        half = half ^ 1;
      }
    }
    function readMetablockHuffmanCodesAndContextMaps(s) {
      s.numLiteralBlockTypes = decodeVarLenUnsignedByte(s) + 1;
      let result = readMetablockPartition(s, 0, s.numLiteralBlockTypes);
      if (result < 0) {
        return result;
      }
      s.literalBlockLength = result;
      s.numCommandBlockTypes = decodeVarLenUnsignedByte(s) + 1;
      result = readMetablockPartition(s, 1, s.numCommandBlockTypes);
      if (result < 0) {
        return result;
      }
      s.commandBlockLength = result;
      s.numDistanceBlockTypes = decodeVarLenUnsignedByte(s) + 1;
      result = readMetablockPartition(s, 2, s.numDistanceBlockTypes);
      if (result < 0) {
        return result;
      }
      s.distanceBlockLength = result;
      if (s.halfOffset > 2030) {
        result = readMoreInput(s);
        if (result < 0) {
          return result;
        }
      }
      if (s.bitOffset >= 16) {
        s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
        s.bitOffset -= 16;
      }
      s.distancePostfixBits = readFewBits(s, 2);
      s.numDirectDistanceCodes = readFewBits(s, 4) << s.distancePostfixBits;
      s.contextModes = new Int8Array(s.numLiteralBlockTypes);
      let i = 0;
      while (i < s.numLiteralBlockTypes) {
        const limit = Math.min(i + 96, s.numLiteralBlockTypes);
        while (i < limit) {
          if (s.bitOffset >= 16) {
            s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
            s.bitOffset -= 16;
          }
          s.contextModes[i] = readFewBits(s, 2);
          i++;
        }
        if (s.halfOffset > 2030) {
          result = readMoreInput(s);
          if (result < 0) {
            return result;
          }
        }
      }
      const contextMapLength = s.numLiteralBlockTypes << 6;
      s.contextMap = new Int8Array(contextMapLength);
      result = decodeContextMap(contextMapLength, s.contextMap, s);
      if (result < 0) {
        return result;
      }
      const numLiteralTrees = result;
      s.trivialLiteralContext = 1;
      for (let j = 0; j < contextMapLength; ++j) {
        if (s.contextMap[j] !== j >> 6) {
          s.trivialLiteralContext = 0;
          break;
        }
      }
      s.distContextMap = new Int8Array(s.numDistanceBlockTypes << 2);
      result = decodeContextMap(s.numDistanceBlockTypes << 2, s.distContextMap, s);
      if (result < 0) {
        return result;
      }
      const numDistTrees = result;
      s.literalTreeGroup = new Int32Array(huffmanTreeGroupAllocSize(256, numLiteralTrees));
      result = decodeHuffmanTreeGroup(256, 256, numLiteralTrees, s, s.literalTreeGroup);
      if (result < 0) {
        return result;
      }
      s.commandTreeGroup = new Int32Array(huffmanTreeGroupAllocSize(704, s.numCommandBlockTypes));
      result = decodeHuffmanTreeGroup(704, 704, s.numCommandBlockTypes, s, s.commandTreeGroup);
      if (result < 0) {
        return result;
      }
      let distanceAlphabetSizeMax = calculateDistanceAlphabetSize(s.distancePostfixBits, s.numDirectDistanceCodes, 24);
      let distanceAlphabetSizeLimit = distanceAlphabetSizeMax;
      if (s.isLargeWindow === 1) {
        distanceAlphabetSizeMax = calculateDistanceAlphabetSize(s.distancePostfixBits, s.numDirectDistanceCodes, 62);
        result = calculateDistanceAlphabetLimit(s, 2147483644, s.distancePostfixBits, s.numDirectDistanceCodes);
        if (result < 0) {
          return result;
        }
        distanceAlphabetSizeLimit = result;
      }
      s.distanceTreeGroup = new Int32Array(huffmanTreeGroupAllocSize(distanceAlphabetSizeLimit, numDistTrees));
      result = decodeHuffmanTreeGroup(distanceAlphabetSizeMax, distanceAlphabetSizeLimit, numDistTrees, s, s.distanceTreeGroup);
      if (result < 0) {
        return result;
      }
      calculateDistanceLut(s, distanceAlphabetSizeLimit);
      s.contextMapSlice = 0;
      s.distContextMapSlice = 0;
      s.contextLookupOffset1 = s.contextModes[0] * 512;
      s.contextLookupOffset2 = s.contextLookupOffset1 + 256;
      s.literalTreeIdx = 0;
      s.commandTreeIdx = 0;
      s.rings[4] = 1;
      s.rings[5] = 0;
      s.rings[6] = 1;
      s.rings[7] = 0;
      s.rings[8] = 1;
      s.rings[9] = 0;
      return 0;
    }
    function copyUncompressedData(s) {
      const ringBuffer = s.ringBuffer;
      let result;
      if (s.metaBlockLength <= 0) {
        result = reload(s);
        if (result < 0) {
          return result;
        }
        s.runningState = 2;
        return 0;
      }
      const chunkLength = Math.min(s.ringBufferSize - s.pos, s.metaBlockLength);
      result = copyRawBytes(s, ringBuffer, s.pos, chunkLength);
      if (result < 0) {
        return result;
      }
      s.metaBlockLength -= chunkLength;
      s.pos += chunkLength;
      if (s.pos === s.ringBufferSize) {
        s.nextRunningState = 6;
        s.runningState = 12;
        return 0;
      }
      result = reload(s);
      if (result < 0) {
        return result;
      }
      s.runningState = 2;
      return 0;
    }
    function writeRingBuffer(s) {
      const toWrite = Math.min(s.outputLength - s.outputUsed, s.ringBufferBytesReady - s.ringBufferBytesWritten);
      if (toWrite !== 0) {
        s.output.set(s.ringBuffer.subarray(s.ringBufferBytesWritten, s.ringBufferBytesWritten + toWrite), s.outputOffset + s.outputUsed);
        s.outputUsed += toWrite;
        s.ringBufferBytesWritten += toWrite;
      }
      if (s.outputUsed < s.outputLength) {
        return 0;
      }
      return 2;
    }
    function huffmanTreeGroupAllocSize(alphabetSizeLimit, n) {
      const maxTableSize = MAX_HUFFMAN_TABLE_SIZE[alphabetSizeLimit + 31 >> 5];
      return n + n * maxTableSize;
    }
    function decodeHuffmanTreeGroup(alphabetSizeMax, alphabetSizeLimit, n, s, group) {
      let next = n;
      for (let i = 0; i < n; ++i) {
        group[i] = next;
        const result = readHuffmanCode(alphabetSizeMax, alphabetSizeLimit, group, i, s);
        if (result < 0) {
          return result;
        }
        next += result;
      }
      return 0;
    }
    function calculateFence(s) {
      let result = s.ringBufferSize;
      if (s.isEager !== 0) {
        result = Math.min(result, s.ringBufferBytesWritten + s.outputLength - s.outputUsed);
      }
      return result;
    }
    function doUseDictionary(s, fence) {
      if (s.distance > 2147483644) {
        return makeError(s, -9);
      }
      const address2 = s.distance - s.maxDistance - 1 - s.cdTotalSize;
      if (address2 < 0) {
        const result = initializeCompoundDictionaryCopy(s, -address2 - 1, s.copyLength);
        if (result < 0) {
          return result;
        }
        s.runningState = 14;
      } else {
        const dictionaryData2 = data;
        const wordLength = s.copyLength;
        if (wordLength > 31) {
          return makeError(s, -9);
        }
        const shift = sizeBits[wordLength];
        if (shift === 0) {
          return makeError(s, -9);
        }
        let offset = offsets[wordLength];
        const mask = (1 << shift) - 1;
        const wordIdx = address2 & mask;
        const transformIdx = address2 >> shift;
        offset += wordIdx * wordLength;
        const transforms = RFC_TRANSFORMS;
        if (transformIdx >= transforms.numTransforms) {
          return makeError(s, -9);
        }
        const len = transformDictionaryWord(s.ringBuffer, s.pos, dictionaryData2, offset, wordLength, transforms, transformIdx);
        s.pos += len;
        s.metaBlockLength -= len;
        if (s.pos >= fence) {
          s.nextRunningState = 4;
          s.runningState = 12;
          return 0;
        }
        s.runningState = 4;
      }
      return 0;
    }
    function initializeCompoundDictionary(s) {
      s.cdBlockMap = new Int8Array(256);
      let blockBits = 8;
      while (s.cdTotalSize - 1 >> blockBits !== 0) {
        blockBits++;
      }
      blockBits -= 8;
      s.cdBlockBits = blockBits;
      let cursor = 0;
      let index = 0;
      while (cursor < s.cdTotalSize) {
        while (s.cdChunkOffsets[index + 1] < cursor) {
          index++;
        }
        s.cdBlockMap[cursor >> blockBits] = index;
        cursor += 1 << blockBits;
      }
    }
    function initializeCompoundDictionaryCopy(s, address2, length) {
      if (s.cdBlockBits === -1) {
        initializeCompoundDictionary(s);
      }
      let index = s.cdBlockMap[address2 >> s.cdBlockBits];
      while (address2 >= s.cdChunkOffsets[index + 1]) {
        index++;
      }
      if (s.cdTotalSize > address2 + length) {
        return makeError(s, -9);
      }
      s.distRbIdx = s.distRbIdx + 1 & 3;
      s.rings[s.distRbIdx] = s.distance;
      s.metaBlockLength -= length;
      s.cdBrIndex = index;
      s.cdBrOffset = address2 - s.cdChunkOffsets[index];
      s.cdBrLength = length;
      s.cdBrCopied = 0;
      return 0;
    }
    function copyFromCompoundDictionary(s, fence) {
      let pos = s.pos;
      const origPos = pos;
      while (s.cdBrLength !== s.cdBrCopied) {
        const space = fence - pos;
        const chunkLength = s.cdChunkOffsets[s.cdBrIndex + 1] - s.cdChunkOffsets[s.cdBrIndex];
        const remChunkLength = chunkLength - s.cdBrOffset;
        let length = s.cdBrLength - s.cdBrCopied;
        if (length > remChunkLength) {
          length = remChunkLength;
        }
        if (length > space) {
          length = space;
        }
        s.ringBuffer.set(s.cdChunks[s.cdBrIndex].subarray(s.cdBrOffset, s.cdBrOffset + length), pos);
        pos += length;
        s.cdBrOffset += length;
        s.cdBrCopied += length;
        if (length === remChunkLength) {
          s.cdBrIndex++;
          s.cdBrOffset = 0;
        }
        if (pos >= fence) {
          break;
        }
      }
      return pos - origPos;
    }
    function decompress(s) {
      let result;
      if (s.runningState === 0) {
        return makeError(s, -25);
      }
      if (s.runningState < 0) {
        return makeError(s, -28);
      }
      if (s.runningState === 11) {
        return makeError(s, -22);
      }
      if (s.runningState === 1) {
        const windowBits = decodeWindowBits(s);
        if (windowBits === -1) {
          return makeError(s, -11);
        }
        s.maxRingBufferSize = 1 << windowBits;
        s.maxBackwardDistance = s.maxRingBufferSize - 16;
        s.runningState = 2;
      }
      let fence = calculateFence(s);
      let ringBufferMask = s.ringBufferSize - 1;
      let ringBuffer = s.ringBuffer;
      while (s.runningState !== 10) {
        switch (s.runningState) {
          case 2:
            if (s.metaBlockLength < 0) {
              return makeError(s, -10);
            }
            result = readNextMetablockHeader(s);
            if (result < 0) {
              return result;
            }
            fence = calculateFence(s);
            ringBufferMask = s.ringBufferSize - 1;
            ringBuffer = s.ringBuffer;
            continue;
          case 3:
            result = readMetablockHuffmanCodesAndContextMaps(s);
            if (result < 0) {
              return result;
            }
            s.runningState = 4;
            continue;
          case 4:
            if (s.metaBlockLength <= 0) {
              s.runningState = 2;
              continue;
            }
            if (s.halfOffset > 2030) {
              result = readMoreInput(s);
              if (result < 0) {
                return result;
              }
            }
            if (s.commandBlockLength === 0) {
              decodeCommandBlockSwitch(s);
            }
            s.commandBlockLength--;
            if (s.bitOffset >= 16) {
              s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
              s.bitOffset -= 16;
            }
            const cmdCode = readSymbol(s.commandTreeGroup, s.commandTreeIdx, s) << 2;
            const insertAndCopyExtraBits = CMD_LOOKUP[cmdCode];
            const insertLengthOffset = CMD_LOOKUP[cmdCode + 1];
            const copyLengthOffset = CMD_LOOKUP[cmdCode + 2];
            s.distanceCode = CMD_LOOKUP[cmdCode + 3];
            if (s.bitOffset >= 16) {
              s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
              s.bitOffset -= 16;
            }
            const insertLengthExtraBits = insertAndCopyExtraBits & 255;
            s.insertLength = insertLengthOffset + (insertLengthExtraBits <= 16 ? readFewBits(s, insertLengthExtraBits) : readManyBits(s, insertLengthExtraBits));
            if (s.bitOffset >= 16) {
              s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
              s.bitOffset -= 16;
            }
            const copyLengthExtraBits = insertAndCopyExtraBits >> 8;
            s.copyLength = copyLengthOffset + (copyLengthExtraBits <= 16 ? readFewBits(s, copyLengthExtraBits) : readManyBits(s, copyLengthExtraBits));
            s.j = 0;
            s.runningState = 7;
            continue;
          case 7:
            if (s.trivialLiteralContext !== 0) {
              while (s.j < s.insertLength) {
                if (s.halfOffset > 2030) {
                  result = readMoreInput(s);
                  if (result < 0) {
                    return result;
                  }
                }
                if (s.literalBlockLength === 0) {
                  decodeLiteralBlockSwitch(s);
                }
                s.literalBlockLength--;
                if (s.bitOffset >= 16) {
                  s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
                  s.bitOffset -= 16;
                }
                ringBuffer[s.pos] = readSymbol(s.literalTreeGroup, s.literalTreeIdx, s);
                s.pos++;
                s.j++;
                if (s.pos >= fence) {
                  s.nextRunningState = 7;
                  s.runningState = 12;
                  break;
                }
              }
            } else {
              let prevByte1 = ringBuffer[s.pos - 1 & ringBufferMask] & 255;
              let prevByte2 = ringBuffer[s.pos - 2 & ringBufferMask] & 255;
              while (s.j < s.insertLength) {
                if (s.halfOffset > 2030) {
                  result = readMoreInput(s);
                  if (result < 0) {
                    return result;
                  }
                }
                if (s.literalBlockLength === 0) {
                  decodeLiteralBlockSwitch(s);
                }
                const literalContext = LOOKUP[s.contextLookupOffset1 + prevByte1] | LOOKUP[s.contextLookupOffset2 + prevByte2];
                const literalTreeIdx = s.contextMap[s.contextMapSlice + literalContext] & 255;
                s.literalBlockLength--;
                prevByte2 = prevByte1;
                if (s.bitOffset >= 16) {
                  s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
                  s.bitOffset -= 16;
                }
                prevByte1 = readSymbol(s.literalTreeGroup, literalTreeIdx, s);
                ringBuffer[s.pos] = prevByte1;
                s.pos++;
                s.j++;
                if (s.pos >= fence) {
                  s.nextRunningState = 7;
                  s.runningState = 12;
                  break;
                }
              }
            }
            if (s.runningState !== 7) {
              continue;
            }
            s.metaBlockLength -= s.insertLength;
            if (s.metaBlockLength <= 0) {
              s.runningState = 4;
              continue;
            }
            let distanceCode = s.distanceCode;
            if (distanceCode < 0) {
              s.distance = s.rings[s.distRbIdx];
            } else {
              if (s.halfOffset > 2030) {
                result = readMoreInput(s);
                if (result < 0) {
                  return result;
                }
              }
              if (s.distanceBlockLength === 0) {
                decodeDistanceBlockSwitch(s);
              }
              s.distanceBlockLength--;
              if (s.bitOffset >= 16) {
                s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
                s.bitOffset -= 16;
              }
              const distTreeIdx = s.distContextMap[s.distContextMapSlice + distanceCode] & 255;
              distanceCode = readSymbol(s.distanceTreeGroup, distTreeIdx, s);
              if (distanceCode < 16) {
                const index = s.distRbIdx + DISTANCE_SHORT_CODE_INDEX_OFFSET[distanceCode] & 3;
                s.distance = s.rings[index] + DISTANCE_SHORT_CODE_VALUE_OFFSET[distanceCode];
                if (s.distance < 0) {
                  return makeError(s, -12);
                }
              } else {
                const extraBits = s.distExtraBits[distanceCode];
                let bits;
                if (s.bitOffset + extraBits <= 32) {
                  bits = readFewBits(s, extraBits);
                } else {
                  if (s.bitOffset >= 16) {
                    s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
                    s.bitOffset -= 16;
                  }
                  bits = extraBits <= 16 ? readFewBits(s, extraBits) : readManyBits(s, extraBits);
                }
                s.distance = s.distOffset[distanceCode] + (bits << s.distancePostfixBits);
              }
            }
            if (s.maxDistance !== s.maxBackwardDistance && s.pos < s.maxBackwardDistance) {
              s.maxDistance = s.pos;
            } else {
              s.maxDistance = s.maxBackwardDistance;
            }
            if (s.distance > s.maxDistance) {
              s.runningState = 9;
              continue;
            }
            if (distanceCode > 0) {
              s.distRbIdx = s.distRbIdx + 1 & 3;
              s.rings[s.distRbIdx] = s.distance;
            }
            if (s.copyLength > s.metaBlockLength) {
              return makeError(s, -9);
            }
            s.j = 0;
            s.runningState = 8;
            continue;
          case 8:
            let src = s.pos - s.distance & ringBufferMask;
            let dst = s.pos;
            const copyLength = s.copyLength - s.j;
            const srcEnd = src + copyLength;
            const dstEnd = dst + copyLength;
            if (srcEnd < ringBufferMask && dstEnd < ringBufferMask) {
              if (copyLength < 12 || srcEnd > dst && dstEnd > src) {
                const numQuads = copyLength + 3 >> 2;
                for (let k = 0; k < numQuads; ++k) {
                  ringBuffer[dst++] = ringBuffer[src++];
                  ringBuffer[dst++] = ringBuffer[src++];
                  ringBuffer[dst++] = ringBuffer[src++];
                  ringBuffer[dst++] = ringBuffer[src++];
                }
              } else {
                ringBuffer.copyWithin(dst, src, srcEnd);
              }
              s.j += copyLength;
              s.metaBlockLength -= copyLength;
              s.pos += copyLength;
            } else {
              while (s.j < s.copyLength) {
                ringBuffer[s.pos] = ringBuffer[s.pos - s.distance & ringBufferMask];
                s.metaBlockLength--;
                s.pos++;
                s.j++;
                if (s.pos >= fence) {
                  s.nextRunningState = 8;
                  s.runningState = 12;
                  break;
                }
              }
            }
            if (s.runningState === 8) {
              s.runningState = 4;
            }
            continue;
          case 9:
            result = doUseDictionary(s, fence);
            if (result < 0) {
              return result;
            }
            continue;
          case 14:
            s.pos += copyFromCompoundDictionary(s, fence);
            if (s.pos >= fence) {
              s.nextRunningState = 14;
              s.runningState = 12;
              return 2;
            }
            s.runningState = 4;
            continue;
          case 5:
            while (s.metaBlockLength > 0) {
              if (s.halfOffset > 2030) {
                result = readMoreInput(s);
                if (result < 0) {
                  return result;
                }
              }
              if (s.bitOffset >= 16) {
                s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
                s.bitOffset -= 16;
              }
              readFewBits(s, 8);
              s.metaBlockLength--;
            }
            s.runningState = 2;
            continue;
          case 6:
            result = copyUncompressedData(s);
            if (result < 0) {
              return result;
            }
            continue;
          case 12:
            s.ringBufferBytesReady = Math.min(s.pos, s.ringBufferSize);
            s.runningState = 13;
            continue;
          case 13:
            result = writeRingBuffer(s);
            if (result !== 0) {
              return result;
            }
            if (s.pos >= s.maxBackwardDistance) {
              s.maxDistance = s.maxBackwardDistance;
            }
            if (s.pos >= s.ringBufferSize) {
              if (s.pos > s.ringBufferSize) {
                ringBuffer.copyWithin(0, s.ringBufferSize, s.pos);
              }
              s.pos = s.pos & ringBufferMask;
              s.ringBufferBytesWritten = 0;
            }
            s.runningState = s.nextRunningState;
            continue;
          default:
            return makeError(s, -28);
        }
      }
      if (s.runningState !== 10) {
        return makeError(s, -29);
      }
      if (s.metaBlockLength < 0) {
        return makeError(s, -10);
      }
      result = jumpToByteBoundary(s);
      if (result !== 0) {
        return result;
      }
      result = checkHealth(s, 1);
      if (result !== 0) {
        return result;
      }
      return 1;
    }
    function Transforms(numTransforms, prefixSuffixLen, prefixSuffixCount) {
      this.numTransforms = 0;
      this.triplets = new Int32Array(0);
      this.prefixSuffixStorage = new Int8Array(0);
      this.prefixSuffixHeads = new Int32Array(0);
      this.params = new Int16Array(0);
      this.numTransforms = numTransforms;
      this.triplets = new Int32Array(numTransforms * 3);
      this.params = new Int16Array(numTransforms);
      this.prefixSuffixStorage = new Int8Array(prefixSuffixLen);
      this.prefixSuffixHeads = new Int32Array(prefixSuffixCount + 1);
    }
    const RFC_TRANSFORMS = new Transforms(121, 167, 50);
    function unpackTransforms(prefixSuffix, prefixSuffixHeads, transforms, prefixSuffixSrc, transformsSrc) {
      const prefixSuffixBytes = toUtf8Runes(prefixSuffixSrc);
      const n = prefixSuffixBytes.length;
      let index = 1;
      let j = 0;
      for (let i = 0; i < n; ++i) {
        const c = prefixSuffixBytes[i];
        if (c === 35) {
          prefixSuffixHeads[index++] = j;
        } else {
          prefixSuffix[j++] = c;
        }
      }
      for (let i = 0; i < 363; ++i) {
        transforms[i] = transformsSrc.charCodeAt(i) - 32;
      }
    }
    unpackTransforms(RFC_TRANSFORMS.prefixSuffixStorage, RFC_TRANSFORMS.prefixSuffixHeads, RFC_TRANSFORMS.triplets, `# #s #, #e #.# the #.com/#Â # of # and # in # to #"#">#
#]# for # a # that #. # with #'# from # by #. The # on # as # is #ing #
	#:#ed #(# at #ly #="# of the #. This #,# not #er #al #='#ful #ive #less #est #ize #ous #`, `     !! ! ,  *!  &!  " !  ) *   * -  ! # !  #!*!  +  ,$ !  -  %  .  / #   0  1 .  "   2  3!*   4%  ! # /   5  6  7  8 0  1 &   $   9 +   :  ;  < '  !=  >  ?! 4  @ 4  2  &   A *# (   B  C& ) %  ) !*# *-% A +! *.  D! %'  & E *6  F  G% ! *A *%  H! D  I!+!  J!+   K +- *4! A  L!*4  M  N +6  O!*% +.! K *G  P +%(  ! G *D +D  Q +# *K!*G!+D!+# +G +A +4!+% +K!+4!*D!+K!*K`);
    function transformDictionaryWord(dst, dstOffset, src, srcOffset, wordLen, transforms, transformIndex) {
      let offset = dstOffset;
      const triplets = transforms.triplets;
      const prefixSuffixStorage = transforms.prefixSuffixStorage;
      const prefixSuffixHeads = transforms.prefixSuffixHeads;
      const transformOffset = 3 * transformIndex;
      const prefixIdx = triplets[transformOffset];
      const transformType = triplets[transformOffset + 1];
      const suffixIdx = triplets[transformOffset + 2];
      let prefix = prefixSuffixHeads[prefixIdx];
      const prefixEnd = prefixSuffixHeads[prefixIdx + 1];
      let suffix = prefixSuffixHeads[suffixIdx];
      const suffixEnd = prefixSuffixHeads[suffixIdx + 1];
      let omitFirst = transformType - 11;
      let omitLast = transformType;
      if (omitFirst < 1 || omitFirst > 9) {
        omitFirst = 0;
      }
      if (omitLast < 1 || omitLast > 9) {
        omitLast = 0;
      }
      while (prefix !== prefixEnd) {
        dst[offset++] = prefixSuffixStorage[prefix++];
      }
      let len = wordLen;
      if (omitFirst > len) {
        omitFirst = len;
      }
      let dictOffset = srcOffset + omitFirst;
      len -= omitFirst;
      len -= omitLast;
      let i = len;
      while (i > 0) {
        dst[offset++] = src[dictOffset++];
        i--;
      }
      if (transformType === 10 || transformType === 11) {
        let uppercaseOffset = offset - len;
        if (transformType === 10) {
          len = 1;
        }
        while (len > 0) {
          const c0 = dst[uppercaseOffset] & 255;
          if (c0 < 192) {
            if (c0 >= 97 && c0 <= 122) {
              dst[uppercaseOffset] = dst[uppercaseOffset] ^ 32;
            }
            uppercaseOffset += 1;
            len -= 1;
          } else if (c0 < 224) {
            dst[uppercaseOffset + 1] = dst[uppercaseOffset + 1] ^ 32;
            uppercaseOffset += 2;
            len -= 2;
          } else {
            dst[uppercaseOffset + 2] = dst[uppercaseOffset + 2] ^ 5;
            uppercaseOffset += 3;
            len -= 3;
          }
        }
      } else if (transformType === 21 || transformType === 22) {
        let shiftOffset = offset - len;
        const param = transforms.params[transformIndex];
        let scalar = (param & 32767) + (16777216 - (param & 32768));
        while (len > 0) {
          let step = 1;
          const c0 = dst[shiftOffset] & 255;
          if (c0 < 128) {
            scalar += c0;
            dst[shiftOffset] = scalar & 127;
          } else if (c0 < 192) {
          } else if (c0 < 224) {
            if (len >= 2) {
              const c1 = dst[shiftOffset + 1];
              scalar += c1 & 63 | (c0 & 31) << 6;
              dst[shiftOffset] = 192 | scalar >> 6 & 31;
              dst[shiftOffset + 1] = c1 & 192 | scalar & 63;
              step = 2;
            } else {
              step = len;
            }
          } else if (c0 < 240) {
            if (len >= 3) {
              const c1 = dst[shiftOffset + 1];
              const c2 = dst[shiftOffset + 2];
              scalar += c2 & 63 | (c1 & 63) << 6 | (c0 & 15) << 12;
              dst[shiftOffset] = 224 | scalar >> 12 & 15;
              dst[shiftOffset + 1] = c1 & 192 | scalar >> 6 & 63;
              dst[shiftOffset + 2] = c2 & 192 | scalar & 63;
              step = 3;
            } else {
              step = len;
            }
          } else if (c0 < 248) {
            if (len >= 4) {
              const c1 = dst[shiftOffset + 1];
              const c2 = dst[shiftOffset + 2];
              const c3 = dst[shiftOffset + 3];
              scalar += c3 & 63 | (c2 & 63) << 6 | (c1 & 63) << 12 | (c0 & 7) << 18;
              dst[shiftOffset] = 240 | scalar >> 18 & 7;
              dst[shiftOffset + 1] = c1 & 192 | scalar >> 12 & 63;
              dst[shiftOffset + 2] = c2 & 192 | scalar >> 6 & 63;
              dst[shiftOffset + 3] = c3 & 192 | scalar & 63;
              step = 4;
            } else {
              step = len;
            }
          }
          shiftOffset += step;
          len -= step;
          if (transformType === 21) {
            len = 0;
          }
        }
      }
      while (suffix !== suffixEnd) {
        dst[offset++] = prefixSuffixStorage[suffix++];
      }
      return offset - dstOffset;
    }
    function getNextKey(key2, len) {
      let step = 1 << len - 1;
      while ((key2 & step) !== 0) {
        step = step >> 1;
      }
      return (key2 & step - 1) + step;
    }
    function replicateValue(table, offset, step, end, item) {
      let pos = end;
      while (pos > 0) {
        pos -= step;
        table[offset + pos] = item;
      }
    }
    function nextTableBitSize(count, len, rootBits) {
      let bits = len;
      let left = 1 << bits - rootBits;
      while (bits < 15) {
        left -= count[bits];
        if (left <= 0) {
          break;
        }
        bits++;
        left = left << 1;
      }
      return bits - rootBits;
    }
    function buildHuffmanTable2(tableGroup, tableIdx, rootBits, codeLengths, codeLengthsSize) {
      const tableOffset = tableGroup[tableIdx];
      const sorted = new Int32Array(codeLengthsSize);
      const count = new Int32Array(16);
      const offset = new Int32Array(16);
      for (let sym = 0; sym < codeLengthsSize; ++sym) {
        count[codeLengths[sym]]++;
      }
      offset[1] = 0;
      for (let len = 1; len < 15; ++len) {
        offset[len + 1] = offset[len] + count[len];
      }
      for (let sym = 0; sym < codeLengthsSize; ++sym) {
        if (codeLengths[sym] !== 0) {
          sorted[offset[codeLengths[sym]]++] = sym;
        }
      }
      let tableBits = rootBits;
      let tableSize = 1 << tableBits;
      let totalSize = tableSize;
      if (offset[15] === 1) {
        for (let k = 0; k < totalSize; ++k) {
          tableGroup[tableOffset + k] = sorted[0];
        }
        return totalSize;
      }
      let key2 = 0;
      let symbol = 0;
      let step = 1;
      for (let len = 1; len <= rootBits; ++len) {
        step = step << 1;
        while (count[len] > 0) {
          replicateValue(tableGroup, tableOffset + key2, step, tableSize, len << 16 | sorted[symbol++]);
          key2 = getNextKey(key2, len);
          count[len]--;
        }
      }
      const mask = totalSize - 1;
      let low = -1;
      let currentOffset = tableOffset;
      step = 1;
      for (let len = rootBits + 1; len <= 15; ++len) {
        step = step << 1;
        while (count[len] > 0) {
          if ((key2 & mask) !== low) {
            currentOffset += tableSize;
            tableBits = nextTableBitSize(count, len, rootBits);
            tableSize = 1 << tableBits;
            totalSize += tableSize;
            low = key2 & mask;
            tableGroup[tableOffset + low] = tableBits + rootBits << 16 | currentOffset - tableOffset - low;
          }
          replicateValue(tableGroup, currentOffset + (key2 >> rootBits), step, tableSize, len - rootBits << 16 | sorted[symbol++]);
          key2 = getNextKey(key2, len);
          count[len]--;
        }
      }
      return totalSize;
    }
    function readMoreInput(s) {
      if (s.endOfStreamReached !== 0) {
        if (halfAvailable(s) >= -2) {
          return 0;
        }
        return makeError(s, -16);
      }
      const readOffset = s.halfOffset << 1;
      let bytesInBuffer = 4096 - readOffset;
      s.byteBuffer.copyWithin(0, readOffset, 4096);
      s.halfOffset = 0;
      while (bytesInBuffer < 4096) {
        const spaceLeft = 4096 - bytesInBuffer;
        const len = readInput(s, s.byteBuffer, bytesInBuffer, spaceLeft);
        if (len < -1) {
          return len;
        }
        if (len <= 0) {
          s.endOfStreamReached = 1;
          s.tailBytes = bytesInBuffer;
          bytesInBuffer += 1;
          break;
        }
        bytesInBuffer += len;
      }
      bytesToNibbles(s, bytesInBuffer);
      return 0;
    }
    function checkHealth(s, endOfStream) {
      if (s.endOfStreamReached === 0) {
        return 0;
      }
      const byteOffset = (s.halfOffset << 1) + (s.bitOffset + 7 >> 3) - 4;
      if (byteOffset > s.tailBytes) {
        return makeError(s, -13);
      }
      if (endOfStream !== 0 && byteOffset !== s.tailBytes) {
        return makeError(s, -17);
      }
      return 0;
    }
    function readFewBits(s, n) {
      const v = s.accumulator32 >>> s.bitOffset & (1 << n) - 1;
      s.bitOffset += n;
      return v;
    }
    function readManyBits(s, n) {
      const low = readFewBits(s, 16);
      s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
      s.bitOffset -= 16;
      return low | readFewBits(s, n - 16) << 16;
    }
    function initBitReader(s) {
      s.byteBuffer = new Int8Array(4160);
      s.accumulator32 = 0;
      s.shortBuffer = new Int16Array(2080);
      s.bitOffset = 32;
      s.halfOffset = 2048;
      s.endOfStreamReached = 0;
      return prepare(s);
    }
    function prepare(s) {
      if (s.halfOffset > 2030) {
        const result = readMoreInput(s);
        if (result !== 0) {
          return result;
        }
      }
      let health = checkHealth(s, 0);
      if (health !== 0) {
        return health;
      }
      s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
      s.bitOffset -= 16;
      s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
      s.bitOffset -= 16;
      return 0;
    }
    function reload(s) {
      if (s.bitOffset === 32) {
        return prepare(s);
      }
      return 0;
    }
    function jumpToByteBoundary(s) {
      const padding = 32 - s.bitOffset & 7;
      if (padding !== 0) {
        const paddingBits = readFewBits(s, padding);
        if (paddingBits !== 0) {
          return makeError(s, -5);
        }
      }
      return 0;
    }
    function halfAvailable(s) {
      let limit = 2048;
      if (s.endOfStreamReached !== 0) {
        limit = s.tailBytes + 1 >> 1;
      }
      return limit - s.halfOffset;
    }
    function copyRawBytes(s, data2, offset, length) {
      let pos = offset;
      let len = length;
      if ((s.bitOffset & 7) !== 0) {
        return makeError(s, -30);
      }
      while (s.bitOffset !== 32 && len !== 0) {
        data2[pos++] = s.accumulator32 >>> s.bitOffset;
        s.bitOffset += 8;
        len--;
      }
      if (len === 0) {
        return 0;
      }
      const copyNibbles = Math.min(halfAvailable(s), len >> 1);
      if (copyNibbles > 0) {
        const readOffset = s.halfOffset << 1;
        const delta = copyNibbles << 1;
        data2.set(s.byteBuffer.subarray(readOffset, readOffset + delta), pos);
        pos += delta;
        len -= delta;
        s.halfOffset += copyNibbles;
      }
      if (len === 0) {
        return 0;
      }
      if (halfAvailable(s) > 0) {
        if (s.bitOffset >= 16) {
          s.accumulator32 = s.shortBuffer[s.halfOffset++] << 16 | s.accumulator32 >>> 16;
          s.bitOffset -= 16;
        }
        while (len !== 0) {
          data2[pos++] = s.accumulator32 >>> s.bitOffset;
          s.bitOffset += 8;
          len--;
        }
        return checkHealth(s, 0);
      }
      while (len > 0) {
        const chunkLen = readInput(s, data2, pos, len);
        if (chunkLen < -1) {
          return chunkLen;
        }
        if (chunkLen <= 0) {
          return makeError(s, -16);
        }
        pos += chunkLen;
        len -= chunkLen;
      }
      return 0;
    }
    function bytesToNibbles(s, byteLen) {
      const byteBuffer = s.byteBuffer;
      const halfLen = byteLen >> 1;
      const shortBuffer = s.shortBuffer;
      for (let i = 0; i < halfLen; ++i) {
        shortBuffer[i] = byteBuffer[i * 2] & 255 | (byteBuffer[i * 2 + 1] & 255) << 8;
      }
    }
    const LOOKUP = new Int32Array(2048);
    function unpackLookupTable(lookup3, utfMap, utfRle) {
      for (let i = 0; i < 256; ++i) {
        lookup3[i] = i & 63;
        lookup3[512 + i] = i >> 2;
        lookup3[1792 + i] = 2 + (i >> 6);
      }
      for (let i = 0; i < 128; ++i) {
        lookup3[1024 + i] = 4 * (utfMap.charCodeAt(i) - 32);
      }
      for (let i = 0; i < 64; ++i) {
        lookup3[1152 + i] = i & 1;
        lookup3[1216 + i] = 2 + (i & 1);
      }
      let offset = 1280;
      for (let k = 0; k < 19; ++k) {
        const value = k & 3;
        const rep = utfRle.charCodeAt(k) - 32;
        for (let i = 0; i < rep; ++i) {
          lookup3[offset++] = value;
        }
      }
      for (let i = 0; i < 16; ++i) {
        lookup3[1792 + i] = 1;
        lookup3[2032 + i] = 6;
      }
      lookup3[1792] = 0;
      lookup3[2047] = 7;
      for (let i = 0; i < 256; ++i) {
        lookup3[1536 + i] = lookup3[1792 + i] << 3;
      }
    }
    unpackLookupTable(LOOKUP, `         !!  !                  "#$##%#$&'##(#)#++++++++++((&*'##,---,---,-----,-----,-----&#'###.///.///./////./////./////&#'# `, "A/*  ':  & : $   @");
    function State() {
      this.ringBuffer = new Int8Array(0);
      this.contextModes = new Int8Array(0);
      this.contextMap = new Int8Array(0);
      this.distContextMap = new Int8Array(0);
      this.distExtraBits = new Int8Array(0);
      this.output = new Int8Array(0);
      this.byteBuffer = new Int8Array(0);
      this.shortBuffer = new Int16Array(0);
      this.intBuffer = new Int32Array(0);
      this.rings = new Int32Array(0);
      this.blockTrees = new Int32Array(0);
      this.literalTreeGroup = new Int32Array(0);
      this.commandTreeGroup = new Int32Array(0);
      this.distanceTreeGroup = new Int32Array(0);
      this.distOffset = new Int32Array(0);
      this.accumulator64 = 0;
      this.runningState = 0;
      this.nextRunningState = 0;
      this.accumulator32 = 0;
      this.bitOffset = 0;
      this.halfOffset = 0;
      this.tailBytes = 0;
      this.endOfStreamReached = 0;
      this.metaBlockLength = 0;
      this.inputEnd = 0;
      this.isUncompressed = 0;
      this.isMetadata = 0;
      this.literalBlockLength = 0;
      this.numLiteralBlockTypes = 0;
      this.commandBlockLength = 0;
      this.numCommandBlockTypes = 0;
      this.distanceBlockLength = 0;
      this.numDistanceBlockTypes = 0;
      this.pos = 0;
      this.maxDistance = 0;
      this.distRbIdx = 0;
      this.trivialLiteralContext = 0;
      this.literalTreeIdx = 0;
      this.commandTreeIdx = 0;
      this.j = 0;
      this.insertLength = 0;
      this.contextMapSlice = 0;
      this.distContextMapSlice = 0;
      this.contextLookupOffset1 = 0;
      this.contextLookupOffset2 = 0;
      this.distanceCode = 0;
      this.numDirectDistanceCodes = 0;
      this.distancePostfixBits = 0;
      this.distance = 0;
      this.copyLength = 0;
      this.maxBackwardDistance = 0;
      this.maxRingBufferSize = 0;
      this.ringBufferSize = 0;
      this.expectedTotalSize = 0;
      this.outputOffset = 0;
      this.outputLength = 0;
      this.outputUsed = 0;
      this.ringBufferBytesWritten = 0;
      this.ringBufferBytesReady = 0;
      this.isEager = 0;
      this.isLargeWindow = 0;
      this.cdNumChunks = 0;
      this.cdTotalSize = 0;
      this.cdBrIndex = 0;
      this.cdBrOffset = 0;
      this.cdBrLength = 0;
      this.cdBrCopied = 0;
      this.cdChunks = new Array(0);
      this.cdChunkOffsets = new Int32Array(0);
      this.cdBlockBits = 0;
      this.cdBlockMap = new Int8Array(0);
      this.input = new InputStream(new Int8Array(0));
      this.ringBuffer = new Int8Array(0);
      this.rings = new Int32Array(10);
      this.rings[0] = 16;
      this.rings[1] = 15;
      this.rings[2] = 11;
      this.rings[3] = 4;
    }
    let data = new Int8Array(0);
    const offsets = new Int32Array(32);
    const sizeBits = new Int32Array(32);
    function setData(newData, newSizeBits) {
      const dictionaryOffsets = offsets;
      const dictionarySizeBits2 = sizeBits;
      for (let i = 0; i < newSizeBits.length; ++i) {
        dictionarySizeBits2[i] = newSizeBits[i];
      }
      let pos = 0;
      for (let i = 0; i < newSizeBits.length; ++i) {
        dictionaryOffsets[i] = pos;
        const bits = dictionarySizeBits2[i];
        if (bits !== 0) {
          pos += i << (bits & 31);
        }
      }
      for (let i = newSizeBits.length; i < 32; ++i) {
        dictionaryOffsets[i] = pos;
      }
      data = newData;
    }
    function unpackDictionaryData(dictionary, data0, data1, skipFlip, sizeBits2, sizeBitsData) {
      const dict = toUsAsciiBytes(data0 + data1);
      const skipFlipRunes = toUtf8Runes(skipFlip);
      let offset = 0;
      const n = skipFlipRunes.length >> 1;
      for (let i = 0; i < n; ++i) {
        const skip = skipFlipRunes[2 * i] - 36;
        const flip = skipFlipRunes[2 * i + 1] - 36;
        for (let j = 0; j < skip; ++j) {
          dict[offset] = dict[offset] ^ 3;
          offset++;
        }
        for (let j = 0; j < flip; ++j) {
          dict[offset] = dict[offset] ^ 236;
          offset++;
        }
      }
      for (let i = 0; i < sizeBitsData.length; ++i) {
        sizeBits2[i] = sizeBitsData.charCodeAt(i) - 65;
      }
      dictionary.set(dict);
    }
    const dictionaryData = new Int8Array(122784);
    const dictionarySizeBits = new Int32Array(25);
    unpackDictionaryData(dictionaryData, 'wjnfgltmojefofewab`h`lgfgbwbpkltlmozpjwf`jwzlsfmivpwojhfeqfftlqhwf{wzfbqlufqalgzolufelqnallhsobzojufojmfkfosklnfpjgfnlqftlqgolmdwkfnujftejmgsbdfgbzpevookfbgwfqnfb`kbqfbeqlnwqvfnbqhbaofvslmkjdkgbwfobmgmftpfufmmf{w`bpfalwkslpwvpfgnbgfkbmgkfqftkbwmbnfOjmhaoldpjyfabpfkfognbhfnbjmvpfq$*#(klogfmgptjwkMftpqfbgtfqfpjdmwbhfkbufdbnfpffm`boosbwktfoosovpnfmvejonsbqwiljmwkjpojpwdllgmffgtbzptfpwilapnjmgboploldlqj`kvpfpobpwwfbnbqnzellghjmdtjoofbpwtbqgafpwejqfSbdfhmltbtbz-smdnlufwkbmolbgdjufpfoemlwfnv`keffgnbmzql`hj`lmlm`follhkjgfgjfgKlnfqvofklpwbib{jmel`ovaobtpofppkboeplnfpv`kylmf233&lmfp`bqfWjnfqb`faovfelvqtffheb`fklsfdbufkbqgolpwtkfmsbqhhfswsbpppkjsqllnKWNOsobmWzsfglmfpbufhffseobdojmhplogejufwllhqbwfwltmivnswkvpgbqh`bqgejofefbqpwbzhjoowkbweboobvwlfufq-`lnwbohpklsulwfgffsnlgfqfpwwvqmalqmabmgefooqlpfvqo+phjmqlof`lnfb`wpbdfpnffwdlog-isdjwfnubqzefowwkfmpfmggqlsUjft`lsz2-3!?,b=pwlsfopfojfpwlvqsb`h-djesbpw`pp<dqbznfbm%dw8qjgfpklwobwfpbjgqlbgubq#effoilkmqj`hslqwebpw$VB.gfbg?,a=sllqajoowzsfV-P-tllgnvpw1s{8JmelqbmhtjgftbmwtbooofbgX3^8sbvotbufpvqf\'+$ tbjwnbppbqnpdlfpdbjmobmdsbjg"..#ol`hvmjwqllwtbohejqntjef{no!plmdwfpw13s{hjmgqltpwlloelmwnbjopbefpwbqnbsp`lqfqbjmeoltabazpsbmpbzp7s{85s{8bqwpellwqfbotjhjkfbwpwfswqjslqd,obhftfbhwlogElqn`bpwebmpabmhufqzqvmpivozwbph2s{8dlbodqftpoltfgdfjg>!pfwp6s{8-ip<73s{je#+pllmpfbwmlmfwvafyfqlpfmwqffgeb`wjmwldjewkbqn2;s{`bnfkjooalogyllnuljgfbpzqjmdejoosfbhjmjw`lpw0s{8ib`hwbdpajwpqloofgjwhmftmfbq?"..dqltIPLMgvwzMbnfpbofzlv#olwpsbjmibyy`logfzfpejpkttt-qjphwbapsqfu23s{qjpf16s{Aovfgjmd033/abooelqgfbqmtjogal{-ebjqob`hufqpsbjqivmfwf`kje+"sj`hfujo\'+! tbqnolqgglfpsvoo/333jgfbgqbtkvdfpslwevmgavqmkqfe`foohfzpwj`hklvqolppevfo21s{pvjwgfboQPP!bdfgdqfzDFW!fbpfbjnpdjqobjgp;s{8mbuzdqjgwjsp :::tbqpobgz`bqp*8#~sks<kfoowbootklnyk9	),	#233kboo-		B4s{8svpk`kbw3s{8`qft),?,kbpk46s{eobwqbqf#%%#wfoo`bnslmwlobjgnjppphjswfmwejmfnbofdfwpsolw733/		`lloeffw-sks?aq=fqj`nlpwdvjgafoogfp`kbjqnbwkbwln,jnd% ;1ov`h`fmw3338wjmzdlmfkwnopfoogqvdEQFFmlgfmj`h<jg>olpfmvooubpwtjmgQPP#tfbqqfozaffmpbnfgvhfmbpb`bsftjpkdvoeW109kjwppolwdbwfhj`haovqwkfz26s{$$*8*8!=npjftjmpajqgplqwafwbpffhW2;9lqgpwqffnboo53s{ebqnlupalzpX3^-$*8!SLPWafbqhjgp*8~~nbqzwfmg+VH*rvbgyk9\n.pjy....sqls$*8ojewW2:9uj`fbmgzgfaw=QPPsllomf`haoltW259gllqfuboW249ofwpebjolqbosloomlub`lopdfmf#lxplewqlnfwjooqlpp?k0=slvqebgfsjmh?wq=njmj*"+njmfyk9abqpkfbq33*8njoh#..=jqlmeqfggjphtfmwpljosvwp,ip,klozW119JPAMW139bgbnpffp?k1=iplm$/#$`lmwW129#QPPollsbpjbnllm?,s=plvoOJMFelqw`bqwW279?k2=;3s{"..?:s{8W379njhf975Ymj`fjm`kZlqhqj`fyk9\b$**8svqfnbdfsbqbwlmfalmg904Y\\le\\$^*8333/yk9\vwbmhzbqgaltoavpk965YIbub03s{	~	&@0&907YifeeF[SJ`bpkujpbdloepmltyk9rvfq-`pppj`hnfbwnjm-ajmggfookjqfsj`pqfmw905YKWWS.132elwltloeFMG#{al{967YALGZgj`h8	~	f{jw906Yubqpafbw$~*8gjfw:::8bmmf~~?,Xj^-Obmdhn.^tjqfwlzpbggppfbobof{8	\n~f`klmjmf-lqd336*wlmziftppbmgofdpqlle333*#133tjmfdfbqgldpallwdbqz`vwpwzofwfnswjlm-{no`l`hdbmd\'+$-63s{Sk-Gnjp`bobmolbmgfphnjofqzbmvmj{gjp`*8~	gvpw`ojs*-		43s{.133GUGp4^=?wbsfgfnlj((*tbdffvqlskjolswpklofEBRpbpjm.15WobapsfwpVQO#avoh`llh8~	KFBGX3^*baaqivbm+2:;ofpkwtjm?,j=plmzdvzpev`hsjsf.	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"۷%ƌ'T%'W%×%O%g%¦&Ɠ%ǥ&>&*&'&^&Ÿా&ƭ&ƒ&)&^&%&'&&P&1&±&3&]&m&u&E&t&C&Ï&V&V&/&>&6&ྲྀ᝼o&p&@&E&M&P&x&@&F&e&Ì&7&:&(&D&0&C&)&.&F&-&1&(&L&F&1ɞ*Ϫ⇳&፲&K&;&)&E&H&P&0&?&9&V&&-&v&a&,&E&)&?&=&'&'&B&മ&ԃ&̖*&*8&%&%&&&%,)&&>&&7&]&F&2&>&J&6&n&2&%&?&&2&6&J&g&-&0&,&*&J&*&O&)&6&(&<&B&N&.&P&@&2&.&W&M&%Լ(,(<&,&Ϛ&ᣇ&-&,(%&(&%&(Ļ0&X&D&&j&'&J&(&.&B&3&Z&R&h&3&E&E&<Æ-͠ỳ&%8?&@&,&Z&@&0&J&,&^&x&_&6&C&6&Cܬ⨥&f&-&-&-&-&,&J&2&8&z&8&C&Y&8&-&d&ṸÌ-&7&1&F&7&t&W&7&I&.&.&^&=ྜ᧓&8(>&/&/&ݻ')'ၥ')'%@/&0&%оী*&*@&CԽהɴ׫4෗ܚӑ6඄&/Ÿ̃Z&*%ɆϿ&Ĵ&1¨ҴŴ", dictionarySizeBits, "AAAAKKLLKKKKKJJIHHIHHGGFF");
    setData(dictionaryData, dictionarySizeBits);
    function InputStream(data2) {
      this.data = new Int8Array(0);
      this.offset = 0;
      this.data = data2;
    }
    function readInput(s, dst, offset, length) {
      if (s.input === null) {
        return -1;
      }
      const src = s.input;
      const end = Math.min(src.offset + length, src.data.length);
      const bytesRead = end - src.offset;
      dst.set(src.data.subarray(src.offset, end), offset);
      src.offset += bytesRead;
      return bytesRead;
    }
    function closeInput(s) {
      s.input = new InputStream(new Int8Array(0));
    }
    function toUsAsciiBytes(src) {
      const n = src.length;
      const result = new Int8Array(n);
      for (let i = 0; i < n; ++i) {
        result[i] = src.charCodeAt(i);
      }
      return result;
    }
    function toUtf8Runes(src) {
      const n = src.length;
      const result = new Int32Array(n);
      for (let i = 0; i < n; ++i) {
        result[i] = src.charCodeAt(i);
      }
      return result;
    }
    function makeError(s, code) {
      if (code >= 0) {
        return code;
      }
      if (s.runningState >= 0) {
        s.runningState = code;
      }
      throw new Error("Brotli error code: " + code);
    }
    let ByteBuffer;
    function decode(bytes2, options2) {
      let s = new State();
      s.input = new InputStream(bytes2);
      initState(s);
      if (options2) {
        let customDictionary = options2["customDictionary"];
        if (customDictionary) attachDictionaryChunk(s, customDictionary);
      }
      let totalOutput = 0;
      let chunks = [];
      while (true) {
        let chunk = new Int8Array(16384);
        chunks.push(chunk);
        s.output = chunk;
        s.outputOffset = 0;
        s.outputLength = 16384;
        s.outputUsed = 0;
        decompress(s);
        totalOutput += s.outputUsed;
        if (s.outputUsed < 16384) break;
      }
      close2(s);
      closeInput(s);
      let result = new Int8Array(totalOutput);
      let offset = 0;
      for (let i = 0; i < chunks.length; ++i) {
        let chunk = chunks[i];
        let end = Math.min(totalOutput, offset + 16384);
        let len = end - offset;
        if (len < 16384) {
          result.set(chunk.subarray(0, len), offset);
        } else {
          result.set(chunk, offset);
        }
        offset += len;
      }
      return result;
    }
    return decode;
  };
  var BrotliDecode = makeBrotliDecode();
  var BrotliStream = class extends DecodeStream2 {
    #isAsync = true;
    constructor(stream2, maybeLength) {
      super(maybeLength);
      this.stream = stream2;
      this.dict = stream2.dict;
    }
    readBlock() {
      const bytes2 = this.stream.getBytes();
      const decodedData = BrotliDecode(new Int8Array(bytes2.buffer, bytes2.byteOffset, bytes2.length));
      this.buffer = new Uint8Array(decodedData.buffer, decodedData.byteOffset, decodedData.length);
      this.bufferLength = this.buffer.length;
      this.eof = true;
    }
    async getImageData(length, _decoderOptions) {
      const data = await this.asyncGetBytes();
      if (!data) {
        return this.getBytes(length);
      }
      return data.length <= length ? data : data.subarray(0, length);
    }
    async asyncGetBytes() {
      const {
        decompressed,
        compressed
      } = await this.asyncGetBytesFromDecompressionStream("brotli");
      if (decompressed) {
        return decompressed;
      }
      this.#isAsync = false;
      this.stream = new Stream2(compressed, 0, compressed.length, this.stream.dict);
      this.reset();
      return null;
    }
    get isAsync() {
      return this.#isAsync;
    }
  };
  async function JBig2(moduleArg = {}) {
    var Module = moduleArg;
    var ENVIRONMENT_IS_WEB = true;
    var ENVIRONMENT_IS_WORKER = false;
    var programArgs = [];
    var thisProgram = "./this.program";
    var quit_ = (status, toThrow) => {
      throw toThrow;
    };
    var _scriptName = import_meta2.url;
    var scriptDirectory = "";
    var readAsync, readBinary;
    if (ENVIRONMENT_IS_WEB || ENVIRONMENT_IS_WORKER) {
      try {
        scriptDirectory = new URL(".", _scriptName).href;
      } catch {
      }
      readAsync = async (url) => {
        var response = await fetch(url, {
          credentials: "same-origin"
        });
        if (response.ok) {
          return response.arrayBuffer();
        }
        throw new Error(response.status + " : " + response.url);
      };
    } else {
    }
    var out = console.log.bind(console);
    var err = console.error.bind(console);
    var wasmBinary;
    var ABORT = false;
    var EXITSTATUS;
    class EmscriptenEH {
    }
    class EmscriptenSjLj extends EmscriptenEH {
    }
    var runtimeInitialized = false;
    function getMemoryBuffer() {
      return wasmMemory.buffer;
    }
    function updateMemoryViews() {
      if (HEAP8?.buffer?.resizable) return;
      var b = getMemoryBuffer();
      HEAP8 = new Int8Array(b);
      HEAPU8 = new Uint8Array(b);
    }
    function preRun() {
      var preRun2 = Module["preRun"];
      if (preRun2) {
        if (typeof preRun2 == "function") preRun2 = [preRun2];
        onPreRuns.push(...preRun2);
      }
      callRuntimeCallbacks(onPreRuns);
    }
    function initRuntime() {
      runtimeInitialized = true;
      wasmExports["j"]();
    }
    function postRun() {
      var postRun2 = Module["postRun"];
      if (postRun2) {
        if (typeof postRun2 == "function") postRun2 = [postRun2];
        onPostRuns.push(...postRun2);
      }
      callRuntimeCallbacks(onPostRuns);
    }
    function abort(what) {
      Module["onAbort"]?.(what);
      what = `Aborted(${what})`;
      err(what);
      ABORT = true;
      what += ". Build with -sASSERTIONS for more info.";
      var e = new WebAssembly.RuntimeError(what);
      throw e;
    }
    var wasmBinaryFile;
    function getWasmImports() {
      var imports = {
        a: wasmImports
      };
      return imports;
    }
    async function createWasm() {
      function receiveInstance(instance) {
        wasmExports = instance.exports;
        assignWasmExports(wasmExports);
        updateMemoryViews();
        return wasmExports;
      }
      var info3 = getWasmImports();
      var instantiateWasm = Module["instantiateWasm"];
      return new Promise((resolve) => {
        instantiateWasm(info3, (inst) => resolve(receiveInstance(inst)));
      });
    }
    class ExitStatus {
      name = "ExitStatus";
      constructor(status) {
        this.message = `Program terminated with exit(${status})`;
        this.status = status;
      }
    }
    var HEAP8;
    var callRuntimeCallbacks = (callbacks) => {
      while (callbacks.length > 0) {
        callbacks.shift()(Module);
      }
    };
    var onPostRuns = [];
    var onPreRuns = [];
    var noExitRuntime = true;
    var __abort_js = () => abort("");
    var runtimeKeepaliveCounter = 0;
    var __emscripten_runtime_keepalive_clear = () => {
      noExitRuntime = false;
      runtimeKeepaliveCounter = 0;
    };
    var timers = {};
    var handleException = (e) => {
      if (e instanceof ExitStatus || e == "unwind") {
        return EXITSTATUS;
      }
      quit_(1, e);
    };
    var keepRuntimeAlive = () => noExitRuntime || runtimeKeepaliveCounter > 0;
    var _proc_exit = (code) => {
      EXITSTATUS = code;
      if (!keepRuntimeAlive()) {
        Module["onExit"]?.(code);
        ABORT = true;
      }
      quit_(code, new ExitStatus(code));
    };
    var exitJS = (status, implicit) => {
      EXITSTATUS = status;
      _proc_exit(status);
    };
    var _exit = exitJS;
    var maybeExit = () => {
      if (!keepRuntimeAlive()) {
        try {
          _exit(EXITSTATUS);
        } catch (e) {
          handleException(e);
        }
      }
    };
    var callUserCallback = (func) => {
      if (ABORT) {
        return;
      }
      try {
        return func();
      } catch (e) {
        handleException(e);
      } finally {
        maybeExit();
      }
    };
    var _emscripten_get_now = () => performance.now();
    var __setitimer_js = (which, timeout_ms) => {
      if (timers[which]) {
        clearTimeout(timers[which].id);
        delete timers[which];
      }
      if (!timeout_ms) return 0;
      var id = setTimeout(() => {
        delete timers[which];
        callUserCallback(() => __emscripten_timeout(which, _emscripten_get_now()));
      }, timeout_ms);
      timers[which] = {
        id,
        timeout_ms
      };
      return 0;
    };
    function _createImageData(size) {
      Module.imageData = new Uint8Array(size);
    }
    var getHeapMax = () => 2147483648;
    var alignMemory = (size, alignment) => Math.ceil(size / alignment) * alignment;
    var growMemory = (size) => {
      var oldHeapSize = wasmMemory.buffer.byteLength;
      var pages = (size - oldHeapSize + 65535) / 65536 | 0;
      try {
        wasmMemory.grow(pages);
        updateMemoryViews();
        return 1;
      } catch (e) {
      }
    };
    var HEAPU8;
    var _emscripten_resize_heap = (requestedSize) => {
      var oldSize = HEAPU8.length;
      requestedSize >>>= 0;
      var maxHeapSize = getHeapMax();
      if (requestedSize > maxHeapSize) {
        return false;
      }
      for (var cutDown = 1; cutDown <= 4; cutDown *= 2) {
        var overGrownHeapSize = oldSize * (1 + 0.2 / cutDown);
        overGrownHeapSize = Math.min(overGrownHeapSize, requestedSize + 100663296);
        var newSize = Math.min(maxHeapSize, alignMemory(Math.max(requestedSize, overGrownHeapSize), 65536));
        var replacement = growMemory(newSize);
        if (replacement) {
          return true;
        }
      }
      return false;
    };
    function _setImageData(array_ptr, pitch8, pitch32, height) {
      if (pitch32 === pitch8) {
        Module.imageData = new Uint8ClampedArray(HEAPU8.subarray(array_ptr, array_ptr + pitch32 * height));
        return;
      }
      const destSize = pitch8 * height;
      const imageData = Module.imageData = new Uint8ClampedArray(destSize);
      for (let srcStart = array_ptr, destStart = 0; destStart < destSize; srcStart += pitch32, destStart += pitch8) {
        imageData.set(HEAPU8.subarray(srcStart, srcStart + pitch8), destStart);
      }
    }
    function _setLineData(line_ptr, pitch8, offset) {
      Module.imageData.set(HEAPU8.subarray(line_ptr, line_ptr + pitch8), offset);
    }
    var writeArrayToMemory = (array, buffer) => {
      HEAP8.set(array, buffer);
    };
    if (Module["noExitRuntime"]) noExitRuntime = Module["noExitRuntime"];
    if (Module["print"]) out = Module["print"];
    if (Module["printErr"]) err = Module["printErr"];
    if (Module["arguments"]) programArgs = Module["arguments"];
    if (Module["thisProgram"]) thisProgram = Module["thisProgram"];
    var preInit = Module["preInit"];
    if (preInit) {
      if (typeof preInit == "function") Module["preInit"] = preInit = [preInit];
      while (preInit.length > 0) {
        preInit.shift()();
      }
    }
    Module["writeArrayToMemory"] = writeArrayToMemory;
    var _malloc, _free, _jbig2_decode, _ccitt_decode, __emscripten_timeout, memory, __indirect_function_table, wasmMemory;
    function assignWasmExports(wasmExports2) {
      _malloc = Module["_malloc"] = wasmExports2["k"];
      _free = Module["_free"] = wasmExports2["l"];
      _jbig2_decode = Module["_jbig2_decode"] = wasmExports2["m"];
      _ccitt_decode = Module["_ccitt_decode"] = wasmExports2["n"];
      __emscripten_timeout = wasmExports2["o"];
      memory = wasmMemory = wasmExports2["i"];
      __indirect_function_table = wasmExports2["__indirect_function_table"];
    }
    var wasmImports = {
      e: __abort_js,
      d: __emscripten_runtime_keepalive_clear,
      a: __setitimer_js,
      g: _createImageData,
      b: _emscripten_resize_heap,
      c: _proc_exit,
      h: _setImageData,
      f: _setLineData
    };
    async function run() {
      preRun();
      var setStatus = Module["setStatus"];
      if (setStatus) {
        setStatus("Running...");
        await new Promise((resolve) => setTimeout(resolve, 1));
        setTimeout(setStatus, 1, "");
      }
      if (ABORT) return;
      initRuntime();
      Module["onRuntimeInitialized"]?.();
      postRun();
    }
    var wasmExports;
    wasmExports = await createWasm();
    await run();
    return Module;
  }
  var jbig2 = JBig2;
  var WasmImage = class _WasmImage {
    static #handler = null;
    static #instances = /* @__PURE__ */ new Set();
    static #useWasm = true;
    static #useWorkerFetch = true;
    static #wasmUrl = null;
    #buffer = null;
    #modulePromise = null;
    _filename = null;
    _noWasmFilename = null;
    static setOptions({
      handler,
      useWasm,
      useWorkerFetch,
      wasmUrl
    }) {
      _WasmImage.#useWasm = useWasm;
      _WasmImage.#useWorkerFetch = useWorkerFetch;
      _WasmImage.#wasmUrl = wasmUrl;
      if (!useWorkerFetch) {
        _WasmImage.#handler = handler;
      }
    }
    static get instance() {
      unreachable2("Abstract getter `instance` accessed");
    }
    static cleanup() {
      for (const instance of _WasmImage.#instances) {
        instance.#modulePromise = null;
      }
    }
    constructor(trackInstance = false) {
      if (trackInstance) {
        _WasmImage.#instances.add(this);
      }
    }
    async #getJsModule(fallbackCallback) {
      let instance = null;
      try {
        const mod = await import(
          /*webpackIgnore: true*/
          /*@vite-ignore*/
          `${_WasmImage.#wasmUrl}${this._noWasmFilename}`
        );
        instance = mod.default();
      } catch (ex) {
        warn2(`#getJsModule: ${ex}`);
      }
      fallbackCallback(instance);
    }
    async #instantiateWasm(fallbackCallback, imports, successCallback) {
      try {
        if (!this.#buffer) {
          if (_WasmImage.#useWorkerFetch) {
            this.#buffer = await fetchBinaryData(`${_WasmImage.#wasmUrl}${this._filename}`);
          } else {
            this.#buffer = await _WasmImage.#handler.sendWithPromise("FetchBinaryData", {
              kind: "wasmUrl",
              filename: this._filename
            });
          }
        }
        const results = await WebAssembly.instantiate(this.#buffer, imports);
        return successCallback(results.instance);
      } catch (ex) {
        warn2(`#instantiateWasm: ${ex}`);
        this.#getJsModule(fallbackCallback);
        return null;
      }
    }
    _getModule(ImageDecoder2) {
      if (!this.#modulePromise) {
        const {
          promise,
          resolve
        } = Promise.withResolvers();
        const promises = [promise];
        if (!_WasmImage.#useWasm) {
          this.#getJsModule(resolve);
        } else {
          promises.push(ImageDecoder2({
            warn: warn2,
            instantiateWasm: this.#instantiateWasm.bind(this, resolve)
          }));
        }
        this.#modulePromise = Promise.race(promises);
      }
      return this.#modulePromise;
    }
    async decode(bytes2, _params) {
      unreachable2("Abstract method `decode` called");
    }
  };
  var Jbig2Error = class extends BaseException2 {
    constructor(msg) {
      super(msg, "Jbig2Error");
    }
  };
  var JBig2CCITTFaxImage = class _JBig2CCITTFaxImage extends WasmImage {
    _filename = "jbig2.wasm";
    _noWasmFilename = "jbig2_nowasm_fallback.js";
    static get instance() {
      return util_shadow2(this, "instance", new _JBig2CCITTFaxImage(true));
    }
    async decode(bytes2, width, height, globals, CCITTOptions) {
      const module = await this._getModule(jbig2);
      if (!module) {
        throw new Jbig2Error("JBig2 failed to initialize");
      }
      let ptr, globalsPtr;
      try {
        const size = bytes2.length;
        ptr = module._malloc(size);
        module.writeArrayToMemory(bytes2, ptr);
        if (CCITTOptions) {
          module._ccitt_decode(ptr, size, width, height, CCITTOptions.K, CCITTOptions.EndOfLine ? 1 : 0, CCITTOptions.EncodedByteAlign ? 1 : 0, CCITTOptions.BlackIs1 ? 1 : 0, CCITTOptions.Columns, CCITTOptions.Rows);
        } else {
          const globalsSize = globals ? globals.length : 0;
          if (globalsSize > 0) {
            globalsPtr = module._malloc(globalsSize);
            module.writeArrayToMemory(globals, globalsPtr);
          }
          module._jbig2_decode(ptr, size, width, height, globalsPtr, globalsSize);
        }
        if (!module.imageData) {
          throw new Jbig2Error("Unknown error");
        }
        const {
          imageData
        } = module;
        module.imageData = null;
        return imageData;
      } finally {
        if (ptr) {
          module._free(ptr);
        }
        if (globalsPtr) {
          module._free(globalsPtr);
        }
      }
    }
  };
  var CCITTFaxStream = class extends DecodeStream2 {
    constructor(str, maybeLength, params) {
      super(maybeLength);
      this.stream = str;
      this.maybeLength = maybeLength;
      this.dict = str.dict;
      if (!(params instanceof Dict)) {
        params = Dict.empty;
      }
      this.params = {
        K: params.get("K") || 0,
        EndOfLine: !!params.get("EndOfLine"),
        EncodedByteAlign: !!params.get("EncodedByteAlign"),
        Columns: params.get("Columns") || 1728,
        Rows: params.get("Rows") || 0,
        EndOfBlock: !!(params.get("EndOfBlock") ?? true),
        BlackIs1: !!params.get("BlackIs1")
      };
    }
    get bytes() {
      return util_shadow2(this, "bytes", this.stream.getBytes(this.maybeLength));
    }
    get isImageStream() {
      return true;
    }
    get isAsyncDecoder() {
      return true;
    }
    async decodeImage(bytes2, length, _decoderOptions) {
      if (this.eof) {
        return this.buffer;
      }
      bytes2 ??= this.stream.isAsync ? await this.stream.asyncGetBytes() || this.bytes : this.bytes;
      this.buffer = await JBig2CCITTFaxImage.instance.decode(bytes2, this.dict.get("W", "Width"), this.dict.get("H", "Height"), null, this.params);
      this.bufferLength = this.buffer.length;
      this.eof = true;
      return this.buffer;
    }
  };
  var codeLenCodeMap2 = new Int32Array([16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15]);
  var lengthDecode2 = new Int32Array([3, 4, 5, 6, 7, 8, 9, 10, 65547, 65549, 65551, 65553, 131091, 131095, 131099, 131103, 196643, 196651, 196659, 196667, 262211, 262227, 262243, 262259, 327811, 327843, 327875, 327907, 258, 258, 258]);
  var distDecode2 = new Int32Array([1, 2, 3, 4, 65541, 65543, 131081, 131085, 196625, 196633, 262177, 262193, 327745, 327777, 393345, 393409, 459009, 459137, 524801, 525057, 590849, 591361, 657409, 658433, 724993, 727041, 794625, 798721, 868353, 876545]);
  var fixedLitCodeTab2 = [new Int32Array([459008, 524368, 524304, 524568, 459024, 524400, 524336, 590016, 459016, 524384, 524320, 589984, 524288, 524416, 524352, 590048, 459012, 524376, 524312, 589968, 459028, 524408, 524344, 590032, 459020, 524392, 524328, 59e4, 524296, 524424, 524360, 590064, 459010, 524372, 524308, 524572, 459026, 524404, 524340, 590024, 459018, 524388, 524324, 589992, 524292, 524420, 524356, 590056, 459014, 524380, 524316, 589976, 459030, 524412, 524348, 590040, 459022, 524396, 524332, 590008, 524300, 524428, 524364, 590072, 459009, 524370, 524306, 524570, 459025, 524402, 524338, 590020, 459017, 524386, 524322, 589988, 524290, 524418, 524354, 590052, 459013, 524378, 524314, 589972, 459029, 524410, 524346, 590036, 459021, 524394, 524330, 590004, 524298, 524426, 524362, 590068, 459011, 524374, 524310, 524574, 459027, 524406, 524342, 590028, 459019, 524390, 524326, 589996, 524294, 524422, 524358, 590060, 459015, 524382, 524318, 589980, 459031, 524414, 524350, 590044, 459023, 524398, 524334, 590012, 524302, 524430, 524366, 590076, 459008, 524369, 524305, 524569, 459024, 524401, 524337, 590018, 459016, 524385, 524321, 589986, 524289, 524417, 524353, 590050, 459012, 524377, 524313, 589970, 459028, 524409, 524345, 590034, 459020, 524393, 524329, 590002, 524297, 524425, 524361, 590066, 459010, 524373, 524309, 524573, 459026, 524405, 524341, 590026, 459018, 524389, 524325, 589994, 524293, 524421, 524357, 590058, 459014, 524381, 524317, 589978, 459030, 524413, 524349, 590042, 459022, 524397, 524333, 590010, 524301, 524429, 524365, 590074, 459009, 524371, 524307, 524571, 459025, 524403, 524339, 590022, 459017, 524387, 524323, 589990, 524291, 524419, 524355, 590054, 459013, 524379, 524315, 589974, 459029, 524411, 524347, 590038, 459021, 524395, 524331, 590006, 524299, 524427, 524363, 590070, 459011, 524375, 524311, 524575, 459027, 524407, 524343, 590030, 459019, 524391, 524327, 589998, 524295, 524423, 524359, 590062, 459015, 524383, 524319, 589982, 459031, 524415, 524351, 590046, 459023, 524399, 524335, 590014, 524303, 524431, 524367, 590078, 459008, 524368, 524304, 524568, 459024, 524400, 524336, 590017, 459016, 524384, 524320, 589985, 524288, 524416, 524352, 590049, 459012, 524376, 524312, 589969, 459028, 524408, 524344, 590033, 459020, 524392, 524328, 590001, 524296, 524424, 524360, 590065, 459010, 524372, 524308, 524572, 459026, 524404, 524340, 590025, 459018, 524388, 524324, 589993, 524292, 524420, 524356, 590057, 459014, 524380, 524316, 589977, 459030, 524412, 524348, 590041, 459022, 524396, 524332, 590009, 524300, 524428, 524364, 590073, 459009, 524370, 524306, 524570, 459025, 524402, 524338, 590021, 459017, 524386, 524322, 589989, 524290, 524418, 524354, 590053, 459013, 524378, 524314, 589973, 459029, 524410, 524346, 590037, 459021, 524394, 524330, 590005, 524298, 524426, 524362, 590069, 459011, 524374, 524310, 524574, 459027, 524406, 524342, 590029, 459019, 524390, 524326, 589997, 524294, 524422, 524358, 590061, 459015, 524382, 524318, 589981, 459031, 524414, 524350, 590045, 459023, 524398, 524334, 590013, 524302, 524430, 524366, 590077, 459008, 524369, 524305, 524569, 459024, 524401, 524337, 590019, 459016, 524385, 524321, 589987, 524289, 524417, 524353, 590051, 459012, 524377, 524313, 589971, 459028, 524409, 524345, 590035, 459020, 524393, 524329, 590003, 524297, 524425, 524361, 590067, 459010, 524373, 524309, 524573, 459026, 524405, 524341, 590027, 459018, 524389, 524325, 589995, 524293, 524421, 524357, 590059, 459014, 524381, 524317, 589979, 459030, 524413, 524349, 590043, 459022, 524397, 524333, 590011, 524301, 524429, 524365, 590075, 459009, 524371, 524307, 524571, 459025, 524403, 524339, 590023, 459017, 524387, 524323, 589991, 524291, 524419, 524355, 590055, 459013, 524379, 524315, 589975, 459029, 524411, 524347, 590039, 459021, 524395, 524331, 590007, 524299, 524427, 524363, 590071, 459011, 524375, 524311, 524575, 459027, 524407, 524343, 590031, 459019, 524391, 524327, 589999, 524295, 524423, 524359, 590063, 459015, 524383, 524319, 589983, 459031, 524415, 524351, 590047, 459023, 524399, 524335, 590015, 524303, 524431, 524367, 590079]), 9];
  var fixedDistCodeTab2 = [new Int32Array([327680, 327696, 327688, 327704, 327684, 327700, 327692, 327708, 327682, 327698, 327690, 327706, 327686, 327702, 327694, 0, 327681, 327697, 327689, 327705, 327685, 327701, 327693, 327709, 327683, 327699, 327691, 327707, 327687, 327703, 327695, 0]), 5];
  var FlateStream2 = class extends DecodeStream2 {
    #isAsync = true;
    constructor(str, maybeLength) {
      super(maybeLength);
      this.stream = str;
      this.dict = str.dict;
      const cmf = str.getByte();
      const flg = str.getByte();
      if (cmf === -1 || flg === -1) {
        throw new FormatError2(`Invalid header in flate stream: ${cmf}, ${flg}`);
      }
      if ((cmf & 15) !== 8) {
        throw new FormatError2(`Unknown compression method in flate stream: ${cmf}, ${flg}`);
      }
      if (((cmf << 8) + flg) % 31 !== 0) {
        throw new FormatError2(`Bad FCHECK in flate stream: ${cmf}, ${flg}`);
      }
      if (flg & 32) {
        throw new FormatError2(`FDICT bit set in flate stream: ${cmf}, ${flg}`);
      }
      this.codeSize = 0;
      this.codeBuf = 0;
    }
    async getImageData(length, _decoderOptions) {
      const data = await this.asyncGetBytes();
      if (!data) {
        return this.getBytes(length);
      }
      return data.length <= length ? data : data.subarray(0, length);
    }
    async asyncGetBytes() {
      const {
        decompressed,
        compressed
      } = await this.asyncGetBytesFromDecompressionStream("deflate");
      if (decompressed) {
        return decompressed;
      }
      this.#isAsync = false;
      this.stream = new Stream2(compressed, 2, compressed.length, this.stream.dict);
      this.reset();
      return null;
    }
    get isAsync() {
      return this.#isAsync;
    }
    getBits(bits) {
      const str = this.stream;
      let codeSize = this.codeSize;
      let codeBuf = this.codeBuf;
      let b;
      while (codeSize < bits) {
        if ((b = str.getByte()) === -1) {
          throw new FormatError2("Bad encoding in flate stream");
        }
        codeBuf |= b << codeSize;
        codeSize += 8;
      }
      b = codeBuf & (1 << bits) - 1;
      this.codeBuf = codeBuf >> bits;
      this.codeSize = codeSize -= bits;
      return b;
    }
    getCode(table) {
      const str = this.stream;
      const codes = table[0];
      const maxLen = table[1];
      let codeSize = this.codeSize;
      let codeBuf = this.codeBuf;
      let b;
      while (codeSize < maxLen) {
        if ((b = str.getByte()) === -1) {
          break;
        }
        codeBuf |= b << codeSize;
        codeSize += 8;
      }
      const code = codes[codeBuf & (1 << maxLen) - 1];
      const codeLen = code >> 16;
      const codeVal = code & 65535;
      if (codeLen < 1 || codeSize < codeLen) {
        throw new FormatError2("Bad encoding in flate stream");
      }
      this.codeBuf = codeBuf >> codeLen;
      this.codeSize = codeSize - codeLen;
      return codeVal;
    }
    generateHuffmanTable(lengths) {
      const n = lengths.length;
      let maxLen = 0;
      let i;
      for (i = 0; i < n; ++i) {
        if (lengths[i] > maxLen) {
          maxLen = lengths[i];
        }
      }
      const size = 1 << maxLen;
      const codes = new Int32Array(size);
      for (let len = 1, code = 0, skip = 2; len <= maxLen; ++len, code <<= 1, skip <<= 1) {
        for (let val = 0; val < n; ++val) {
          if (lengths[val] === len) {
            let code2 = 0;
            let t = code;
            for (i = 0; i < len; ++i) {
              code2 = code2 << 1 | t & 1;
              t >>= 1;
            }
            for (i = code2; i < size; i += skip) {
              codes[i] = len << 16 | val;
            }
            ++code;
          }
        }
      }
      return [codes, maxLen];
    }
    #endsStreamOnError(err) {
      info2(err);
      this.eof = true;
    }
    readBlock() {
      let buffer, hdr, len;
      const str = this.stream;
      try {
        hdr = this.getBits(3);
      } catch (ex) {
        this.#endsStreamOnError(ex.message);
        return;
      }
      if (hdr & 1) {
        this.eof = true;
      }
      hdr >>= 1;
      if (hdr === 0) {
        let b;
        if ((b = str.getByte()) === -1) {
          this.#endsStreamOnError("Bad block header in flate stream");
          return;
        }
        let blockLen = b;
        if ((b = str.getByte()) === -1) {
          this.#endsStreamOnError("Bad block header in flate stream");
          return;
        }
        blockLen |= b << 8;
        if ((b = str.getByte()) === -1) {
          this.#endsStreamOnError("Bad block header in flate stream");
          return;
        }
        let check = b;
        if ((b = str.getByte()) === -1) {
          this.#endsStreamOnError("Bad block header in flate stream");
          return;
        }
        check |= b << 8;
        if (check !== (~blockLen & 65535) && (blockLen !== 0 || check !== 0)) {
          throw new FormatError2("Bad uncompressed block length in flate stream");
        }
        this.codeBuf = 0;
        this.codeSize = 0;
        const bufferLength = this.bufferLength, end = bufferLength + blockLen;
        buffer = this.ensureBuffer(end);
        this.bufferLength = end;
        if (blockLen === 0) {
          if (str.peekByte() === -1) {
            this.eof = true;
          }
        } else {
          const block = str.getBytes(blockLen);
          buffer.set(block, bufferLength);
          if (block.length < blockLen) {
            this.eof = true;
          }
        }
        return;
      }
      let litCodeTable;
      let distCodeTable;
      if (hdr === 1) {
        litCodeTable = fixedLitCodeTab2;
        distCodeTable = fixedDistCodeTab2;
      } else if (hdr === 2) {
        const numLitCodes = this.getBits(5) + 257;
        const numDistCodes = this.getBits(5) + 1;
        const numCodeLenCodes = this.getBits(4) + 4;
        const codeLenCodeLengths = new Uint8Array(codeLenCodeMap2.length);
        let i;
        for (i = 0; i < numCodeLenCodes; ++i) {
          codeLenCodeLengths[codeLenCodeMap2[i]] = this.getBits(3);
        }
        const codeLenCodeTab = this.generateHuffmanTable(codeLenCodeLengths);
        len = 0;
        i = 0;
        const codes = numLitCodes + numDistCodes;
        const codeLengths = new Uint8Array(codes);
        let bitsLength, bitsOffset, what;
        while (i < codes) {
          const code = this.getCode(codeLenCodeTab);
          if (code === 16) {
            bitsLength = 2;
            bitsOffset = 3;
            what = len;
          } else if (code === 17) {
            bitsLength = 3;
            bitsOffset = 3;
            what = len = 0;
          } else if (code === 18) {
            bitsLength = 7;
            bitsOffset = 11;
            what = len = 0;
          } else {
            codeLengths[i++] = len = code;
            continue;
          }
          let repeatLength = this.getBits(bitsLength) + bitsOffset;
          while (repeatLength-- > 0) {
            codeLengths[i++] = what;
          }
        }
        litCodeTable = this.generateHuffmanTable(codeLengths.subarray(0, numLitCodes));
        distCodeTable = this.generateHuffmanTable(codeLengths.subarray(numLitCodes, codes));
      } else {
        throw new FormatError2("Unknown block type in flate stream");
      }
      buffer = this.buffer;
      let limit = buffer ? buffer.length : 0;
      let pos = this.bufferLength;
      while (true) {
        let code1 = this.getCode(litCodeTable);
        if (code1 < 256) {
          if (pos + 1 >= limit) {
            buffer = this.ensureBuffer(pos + 1);
            limit = buffer.length;
          }
          buffer[pos++] = code1;
          continue;
        }
        if (code1 === 256) {
          this.bufferLength = pos;
          return;
        }
        code1 -= 257;
        code1 = lengthDecode2[code1];
        let code2 = code1 >> 16;
        if (code2 > 0) {
          code2 = this.getBits(code2);
        }
        len = (code1 & 65535) + code2;
        code1 = this.getCode(distCodeTable);
        code1 = distDecode2[code1];
        code2 = code1 >> 16;
        if (code2 > 0) {
          code2 = this.getBits(code2);
        }
        const dist = (code1 & 65535) + code2;
        if (pos + len >= limit) {
          buffer = this.ensureBuffer(pos + len);
          limit = buffer.length;
        }
        for (let k = 0; k < len; ++k, ++pos) {
          buffer[pos] = buffer[pos - dist];
        }
      }
    }
  };
  var Jbig2Stream = class _Jbig2Stream extends DecodeStream2 {
    constructor(stream2, maybeLength, params) {
      super(maybeLength);
      this.stream = stream2;
      this.dict = stream2.dict;
      this.maybeLength = maybeLength;
      this.params = params;
    }
    get bytes() {
      return util_shadow2(this, "bytes", this.stream.getBytes(this.maybeLength));
    }
    ensureBuffer(requested) {
    }
    get isAsyncDecoder() {
      return true;
    }
    get isImageStream() {
      return true;
    }
    static stripFileHeader(bytes2) {
      if (bytes2.length >= 9 && bytes2[0] === 151 && bytes2[1] === 74 && bytes2[2] === 66 && bytes2[3] === 50 && bytes2[4] === 13 && bytes2[5] === 10 && bytes2[6] === 26 && bytes2[7] === 10) {
        const headerLength = (bytes2[8] & 2) === 0 ? 13 : 9;
        return bytes2.subarray(headerLength);
      }
      return bytes2;
    }
    async decodeImage(bytes2, length, _decoderOptions) {
      if (this.eof) {
        return this.buffer;
      }
      bytes2 = _Jbig2Stream.stripFileHeader(bytes2 || this.bytes);
      let globals = null;
      if (this.params instanceof Dict) {
        const globalsStream = this.params.get("JBIG2Globals");
        if (globalsStream instanceof BaseStream) {
          globals = _Jbig2Stream.stripFileHeader(globalsStream.getBytes());
        }
      }
      this.buffer = await JBig2CCITTFaxImage.instance.decode(bytes2, this.dict.get("Width"), this.dict.get("Height"), globals);
      this.bufferLength = this.buffer.length;
      this.eof = true;
      return this.buffer;
    }
    get canAsyncDecodeImageFromBuffer() {
      return this.stream.isAsync;
    }
  };
  async function OpenJPEG(moduleArg = {}) {
    var Module = moduleArg;
    var ENVIRONMENT_IS_WEB = true;
    var ENVIRONMENT_IS_WORKER = false;
    var programArgs = [];
    var thisProgram = "./this.program";
    var quit_ = (status, toThrow) => {
      throw toThrow;
    };
    var _scriptName = import_meta2.url;
    var scriptDirectory = "";
    var readAsync, readBinary;
    if (ENVIRONMENT_IS_WEB || ENVIRONMENT_IS_WORKER) {
      try {
        scriptDirectory = new URL(".", _scriptName).href;
      } catch {
      }
      readAsync = async (url) => {
        var response = await fetch(url, {
          credentials: "same-origin"
        });
        if (response.ok) {
          return response.arrayBuffer();
        }
        throw new Error(response.status + " : " + response.url);
      };
    } else {
    }
    var out = console.log.bind(console);
    var err = console.error.bind(console);
    var wasmBinary;
    var ABORT = false;
    var EXITSTATUS;
    class EmscriptenEH {
    }
    class EmscriptenSjLj extends EmscriptenEH {
    }
    var runtimeInitialized = false;
    function getMemoryBuffer() {
      return wasmMemory.buffer;
    }
    function updateMemoryViews() {
      if (HEAP8?.buffer?.resizable) return;
      var b = getMemoryBuffer();
      HEAP8 = new Int8Array(b);
      HEAPU8 = new Uint8Array(b);
      HEAP32 = new Int32Array(b);
      HEAPU32 = new Uint32Array(b);
    }
    function preRun() {
      var preRun2 = Module["preRun"];
      if (preRun2) {
        if (typeof preRun2 == "function") preRun2 = [preRun2];
        onPreRuns.push(...preRun2);
      }
      callRuntimeCallbacks(onPreRuns);
    }
    function initRuntime() {
      runtimeInitialized = true;
      wasmExports["s"]();
    }
    function postRun() {
      var postRun2 = Module["postRun"];
      if (postRun2) {
        if (typeof postRun2 == "function") postRun2 = [postRun2];
        onPostRuns.push(...postRun2);
      }
      callRuntimeCallbacks(onPostRuns);
    }
    function abort(what) {
      Module["onAbort"]?.(what);
      what = `Aborted(${what})`;
      err(what);
      ABORT = true;
      what += ". Build with -sASSERTIONS for more info.";
      var e = new WebAssembly.RuntimeError(what);
      throw e;
    }
    var wasmBinaryFile;
    function getWasmImports() {
      var imports = {
        a: wasmImports
      };
      return imports;
    }
    async function createWasm() {
      function receiveInstance(instance) {
        wasmExports = instance.exports;
        assignWasmExports(wasmExports);
        updateMemoryViews();
        return wasmExports;
      }
      var info3 = getWasmImports();
      var instantiateWasm = Module["instantiateWasm"];
      return new Promise((resolve) => {
        instantiateWasm(info3, (inst) => resolve(receiveInstance(inst)));
      });
    }
    class ExitStatus {
      name = "ExitStatus";
      constructor(status) {
        this.message = `Program terminated with exit(${status})`;
        this.status = status;
      }
    }
    var HEAP8;
    var callRuntimeCallbacks = (callbacks) => {
      while (callbacks.length > 0) {
        callbacks.shift()(Module);
      }
    };
    var onPostRuns = [];
    var onPreRuns = [];
    var noExitRuntime = true;
    var __abort_js = () => abort("");
    var runtimeKeepaliveCounter = 0;
    var __emscripten_runtime_keepalive_clear = () => {
      noExitRuntime = false;
      runtimeKeepaliveCounter = 0;
    };
    var timers = {};
    var handleException = (e) => {
      if (e instanceof ExitStatus || e == "unwind") {
        return EXITSTATUS;
      }
      quit_(1, e);
    };
    var keepRuntimeAlive = () => noExitRuntime || runtimeKeepaliveCounter > 0;
    var _proc_exit = (code) => {
      EXITSTATUS = code;
      if (!keepRuntimeAlive()) {
        Module["onExit"]?.(code);
        ABORT = true;
      }
      quit_(code, new ExitStatus(code));
    };
    var exitJS = (status, implicit) => {
      EXITSTATUS = status;
      _proc_exit(status);
    };
    var _exit = exitJS;
    var maybeExit = () => {
      if (!keepRuntimeAlive()) {
        try {
          _exit(EXITSTATUS);
        } catch (e) {
          handleException(e);
        }
      }
    };
    var callUserCallback = (func) => {
      if (ABORT) {
        return;
      }
      try {
        return func();
      } catch (e) {
        handleException(e);
      } finally {
        maybeExit();
      }
    };
    var _emscripten_get_now = () => performance.now();
    var __setitimer_js = (which, timeout_ms) => {
      if (timers[which]) {
        clearTimeout(timers[which].id);
        delete timers[which];
      }
      if (!timeout_ms) return 0;
      var id = setTimeout(() => {
        delete timers[which];
        callUserCallback(() => __emscripten_timeout(which, _emscripten_get_now()));
      }, timeout_ms);
      timers[which] = {
        id,
        timeout_ms
      };
      return 0;
    };
    var HEAP32;
    function _copy_pixels_1(compG_ptr, nb_pixels) {
      compG_ptr >>= 2;
      const imageData = Module.imageData = new Uint8ClampedArray(nb_pixels);
      const compG = HEAP32.subarray(compG_ptr, compG_ptr + nb_pixels);
      imageData.set(compG);
    }
    function _copy_pixels_3(compR_ptr, compG_ptr, compB_ptr, nb_pixels) {
      compR_ptr >>= 2;
      compG_ptr >>= 2;
      compB_ptr >>= 2;
      const imageData = Module.imageData = new Uint8ClampedArray(nb_pixels * 3);
      const compR = HEAP32.subarray(compR_ptr, compR_ptr + nb_pixels);
      const compG = HEAP32.subarray(compG_ptr, compG_ptr + nb_pixels);
      const compB = HEAP32.subarray(compB_ptr, compB_ptr + nb_pixels);
      for (let i = 0; i < nb_pixels; i++) {
        imageData[3 * i] = compR[i];
        imageData[3 * i + 1] = compG[i];
        imageData[3 * i + 2] = compB[i];
      }
    }
    function _copy_pixels_4(compR_ptr, compG_ptr, compB_ptr, compA_ptr, nb_pixels) {
      compR_ptr >>= 2;
      compG_ptr >>= 2;
      compB_ptr >>= 2;
      compA_ptr >>= 2;
      const imageData = Module.imageData = new Uint8ClampedArray(nb_pixels * 4);
      const compR = HEAP32.subarray(compR_ptr, compR_ptr + nb_pixels);
      const compG = HEAP32.subarray(compG_ptr, compG_ptr + nb_pixels);
      const compB = HEAP32.subarray(compB_ptr, compB_ptr + nb_pixels);
      const compA = HEAP32.subarray(compA_ptr, compA_ptr + nb_pixels);
      for (let i = 0; i < nb_pixels; i++) {
        imageData[4 * i] = compR[i];
        imageData[4 * i + 1] = compG[i];
        imageData[4 * i + 2] = compB[i];
        imageData[4 * i + 3] = compA[i];
      }
    }
    var getHeapMax = () => 2147483648;
    var alignMemory = (size, alignment) => Math.ceil(size / alignment) * alignment;
    var growMemory = (size) => {
      var oldHeapSize = wasmMemory.buffer.byteLength;
      var pages = (size - oldHeapSize + 65535) / 65536 | 0;
      try {
        wasmMemory.grow(pages);
        updateMemoryViews();
        return 1;
      } catch (e) {
      }
    };
    var HEAPU8;
    var _emscripten_resize_heap = (requestedSize) => {
      var oldSize = HEAPU8.length;
      requestedSize >>>= 0;
      var maxHeapSize = getHeapMax();
      if (requestedSize > maxHeapSize) {
        return false;
      }
      for (var cutDown = 1; cutDown <= 4; cutDown *= 2) {
        var overGrownHeapSize = oldSize * (1 + 0.2 / cutDown);
        overGrownHeapSize = Math.min(overGrownHeapSize, requestedSize + 100663296);
        var newSize = Math.min(maxHeapSize, alignMemory(Math.max(requestedSize, overGrownHeapSize), 65536));
        var replacement = growMemory(newSize);
        if (replacement) {
          return true;
        }
      }
      return false;
    };
    var ENV = {};
    var getExecutableName = () => thisProgram;
    var getEnvStrings = () => {
      if (!getEnvStrings.strings) {
        var lang = (globalThis.navigator?.language ?? "C").replace("-", "_") + ".UTF-8";
        var env = {
          USER: "web_user",
          LOGNAME: "web_user",
          PATH: "/",
          PWD: "/",
          HOME: "/home/web_user",
          LANG: lang,
          _: getExecutableName()
        };
        for (var x in ENV) {
          if (ENV[x] === void 0) delete env[x];
          else env[x] = ENV[x];
        }
        var strings = [];
        for (var x in env) {
          strings.push(`${x}=${env[x]}`);
        }
        getEnvStrings.strings = strings;
      }
      return getEnvStrings.strings;
    };
    var stringToUTF8Array = (str, heap, outIdx, maxBytesToWrite) => {
      if (!(maxBytesToWrite > 0)) return 0;
      var startIdx = outIdx;
      var endIdx = outIdx + maxBytesToWrite - 1;
      for (var i = 0; i < str.length; ++i) {
        var u = str.codePointAt(i);
        if (u <= 127) {
          if (outIdx >= endIdx) break;
          heap[outIdx++] = u;
        } else if (u <= 2047) {
          if (outIdx + 1 >= endIdx) break;
          heap[outIdx++] = 192 | u >> 6;
          heap[outIdx++] = 128 | u & 63;
        } else if (u <= 65535) {
          if (outIdx + 2 >= endIdx) break;
          heap[outIdx++] = 224 | u >> 12;
          heap[outIdx++] = 128 | u >> 6 & 63;
          heap[outIdx++] = 128 | u & 63;
        } else {
          if (outIdx + 3 >= endIdx) break;
          heap[outIdx++] = 240 | u >> 18;
          heap[outIdx++] = 128 | u >> 12 & 63;
          heap[outIdx++] = 128 | u >> 6 & 63;
          heap[outIdx++] = 128 | u & 63;
          i++;
        }
      }
      heap[outIdx] = 0;
      return outIdx - startIdx;
    };
    var stringToUTF8 = (str, outPtr, maxBytesToWrite) => stringToUTF8Array(str, HEAPU8, outPtr, maxBytesToWrite);
    var HEAPU32;
    var _environ_get = (__environ, environ_buf) => {
      var bufSize = 0;
      var envp = 0;
      for (var string of getEnvStrings()) {
        var ptr = environ_buf + bufSize;
        HEAPU32[__environ + envp >> 2] = ptr;
        bufSize += stringToUTF8(string, ptr, Infinity) + 1;
        envp += 4;
      }
      return 0;
    };
    var lengthBytesUTF8 = (str) => {
      var len = 0;
      for (var i = 0; i < str.length; ++i) {
        var c = str.charCodeAt(i);
        if (c <= 127) {
          len++;
        } else if (c <= 2047) {
          len += 2;
        } else if (c >= 55296 && c <= 57343) {
          len += 4;
          ++i;
        } else {
          len += 3;
        }
      }
      return len;
    };
    var _environ_sizes_get = (penviron_count, penviron_buf_size) => {
      var strings = getEnvStrings();
      HEAPU32[penviron_count >> 2] = strings.length;
      var bufSize = 0;
      for (var string of strings) {
        bufSize += lengthBytesUTF8(string) + 1;
      }
      HEAPU32[penviron_buf_size >> 2] = bufSize;
      return 0;
    };
    var INT53_MAX = 9007199254740992;
    var INT53_MIN = -9007199254740992;
    var bigintToI53Checked = (num) => num < INT53_MIN || num > INT53_MAX ? NaN : Number(num);
    function _fd_seek(fd, offset, whence, newOffset) {
      offset = bigintToI53Checked(offset);
      return 70;
    }
    var printCharBuffers = [null, [], []];
    var UTF8Decoder = globalThis.TextDecoder && new TextDecoder();
    var findStringEnd = (heapOrArray, idx, maxBytesToRead, ignoreNul) => {
      var maxIdx = idx + maxBytesToRead;
      if (ignoreNul) return maxIdx;
      while (heapOrArray[idx] && !(idx >= maxIdx)) ++idx;
      return idx;
    };
    var UTF8ArrayToString = (heapOrArray, idx = 0, maxBytesToRead, ignoreNul) => {
      var endPtr = findStringEnd(heapOrArray, idx, maxBytesToRead, ignoreNul);
      if (endPtr - idx > 16 && heapOrArray.buffer && UTF8Decoder) {
        return UTF8Decoder.decode(heapOrArray.subarray(idx, endPtr));
      }
      var str = "";
      while (idx < endPtr) {
        var u0 = heapOrArray[idx++];
        if (!(u0 & 128)) {
          str += String.fromCharCode(u0);
          continue;
        }
        var u1 = heapOrArray[idx++] & 63;
        if ((u0 & 224) == 192) {
          str += String.fromCharCode((u0 & 31) << 6 | u1);
          continue;
        }
        var u2 = heapOrArray[idx++] & 63;
        if ((u0 & 240) == 224) {
          u0 = (u0 & 15) << 12 | u1 << 6 | u2;
        } else {
          u0 = (u0 & 7) << 18 | u1 << 12 | u2 << 6 | heapOrArray[idx++] & 63;
        }
        if (u0 < 65536) {
          str += String.fromCharCode(u0);
        } else {
          var ch2 = u0 - 65536;
          str += String.fromCharCode(55296 | ch2 >> 10, 56320 | ch2 & 1023);
        }
      }
      return str;
    };
    var printChar = (stream2, curr) => {
      var buffer = printCharBuffers[stream2];
      if (!curr || curr === 10) {
        (stream2 === 1 ? out : err)(UTF8ArrayToString(buffer));
        buffer.length = 0;
      } else {
        buffer.push(curr);
      }
    };
    var UTF8ToString = (ptr, maxBytesToRead, ignoreNul) => ptr ? UTF8ArrayToString(HEAPU8, ptr, maxBytesToRead, ignoreNul) : "";
    var _fd_write = (fd, iov, iovcnt, pnum) => {
      var num = 0;
      for (var i = 0; i < iovcnt; i++) {
        var ptr = HEAPU32[iov >> 2];
        var len = HEAPU32[iov + 4 >> 2];
        iov += 8;
        for (var j = 0; j < len; j++) {
          printChar(fd, HEAPU8[ptr + j]);
        }
        num += len;
      }
      HEAPU32[pnum >> 2] = num;
      return 0;
    };
    function _gray_to_rgba(compG_ptr, nb_pixels) {
      compG_ptr >>= 2;
      const imageData = Module.imageData = new Uint8ClampedArray(nb_pixels * 4);
      const compG = HEAP32.subarray(compG_ptr, compG_ptr + nb_pixels);
      for (let i = 0; i < nb_pixels; i++) {
        imageData[4 * i] = imageData[4 * i + 1] = imageData[4 * i + 2] = compG[i];
        imageData[4 * i + 3] = 255;
      }
    }
    function _graya_to_rgba(compG_ptr, compA_ptr, nb_pixels) {
      compG_ptr >>= 2;
      compA_ptr >>= 2;
      const imageData = Module.imageData = new Uint8ClampedArray(nb_pixels * 4);
      const compG = HEAP32.subarray(compG_ptr, compG_ptr + nb_pixels);
      const compA = HEAP32.subarray(compA_ptr, compA_ptr + nb_pixels);
      for (let i = 0; i < nb_pixels; i++) {
        imageData[4 * i] = imageData[4 * i + 1] = imageData[4 * i + 2] = compG[i];
        imageData[4 * i + 3] = compA[i];
      }
    }
    function _jsPrintWarning(message_ptr) {
      const message = UTF8ToString(message_ptr);
      (Module.warn || console.warn)(`OpenJPEG: ${message}`);
    }
    function _rgb_to_rgba(compR_ptr, compG_ptr, compB_ptr, nb_pixels) {
      compR_ptr >>= 2;
      compG_ptr >>= 2;
      compB_ptr >>= 2;
      const imageData = Module.imageData = new Uint8ClampedArray(nb_pixels * 4);
      const compR = HEAP32.subarray(compR_ptr, compR_ptr + nb_pixels);
      const compG = HEAP32.subarray(compG_ptr, compG_ptr + nb_pixels);
      const compB = HEAP32.subarray(compB_ptr, compB_ptr + nb_pixels);
      for (let i = 0; i < nb_pixels; i++) {
        imageData[4 * i] = compR[i];
        imageData[4 * i + 1] = compG[i];
        imageData[4 * i + 2] = compB[i];
        imageData[4 * i + 3] = 255;
      }
    }
    function _storeErrorMessage(message_ptr) {
      const message = UTF8ToString(message_ptr);
      if (!Module.errorMessages) {
        Module.errorMessages = message;
      } else {
        Module.errorMessages += "\n" + message;
      }
    }
    var writeArrayToMemory = (array, buffer) => {
      HEAP8.set(array, buffer);
    };
    if (Module["noExitRuntime"]) noExitRuntime = Module["noExitRuntime"];
    if (Module["print"]) out = Module["print"];
    if (Module["printErr"]) err = Module["printErr"];
    if (Module["arguments"]) programArgs = Module["arguments"];
    if (Module["thisProgram"]) thisProgram = Module["thisProgram"];
    var preInit = Module["preInit"];
    if (preInit) {
      if (typeof preInit == "function") Module["preInit"] = preInit = [preInit];
      while (preInit.length > 0) {
        preInit.shift()();
      }
    }
    Module["writeArrayToMemory"] = writeArrayToMemory;
    var _malloc, _free, _jp2_decode, __emscripten_timeout, memory, __indirect_function_table, wasmMemory;
    function assignWasmExports(wasmExports2) {
      _malloc = Module["_malloc"] = wasmExports2["t"];
      _free = Module["_free"] = wasmExports2["u"];
      _jp2_decode = Module["_jp2_decode"] = wasmExports2["v"];
      __emscripten_timeout = wasmExports2["w"];
      memory = wasmMemory = wasmExports2["r"];
      __indirect_function_table = wasmExports2["__indirect_function_table"];
    }
    var wasmImports = {
      m: __abort_js,
      l: __emscripten_runtime_keepalive_clear,
      i: __setitimer_js,
      f: _copy_pixels_1,
      e: _copy_pixels_3,
      d: _copy_pixels_4,
      j: _emscripten_resize_heap,
      o: _environ_get,
      p: _environ_sizes_get,
      n: _fd_seek,
      b: _fd_write,
      q: _gray_to_rgba,
      h: _graya_to_rgba,
      c: _jsPrintWarning,
      k: _proc_exit,
      g: _rgb_to_rgba,
      a: _storeErrorMessage
    };
    async function run() {
      preRun();
      var setStatus = Module["setStatus"];
      if (setStatus) {
        setStatus("Running...");
        await new Promise((resolve) => setTimeout(resolve, 1));
        setTimeout(setStatus, 1, "");
      }
      if (ABORT) return;
      initRuntime();
      Module["onRuntimeInitialized"]?.();
      postRun();
    }
    var wasmExports;
    wasmExports = await createWasm();
    await run();
    return Module;
  }
  var openjpeg = OpenJPEG;
  var JpxError = class extends BaseException2 {
    constructor(msg) {
      super(msg, "JpxError");
    }
  };
  var JpxImage = class _JpxImage extends WasmImage {
    _filename = "openjpeg.wasm";
    _noWasmFilename = "openjpeg_nowasm_fallback.js";
    static get instance() {
      return util_shadow2(this, "instance", new _JpxImage(true));
    }
    async decode(bytes2, {
      numComponents = 4,
      isIndexedColormap = false,
      smaskInData = false,
      reducePower = 0
    } = {}) {
      const module = await this._getModule(openjpeg);
      if (!module) {
        throw new JpxError("OpenJPEG failed to initialize");
      }
      let ptr;
      try {
        const size = bytes2.length;
        ptr = module._malloc(size);
        module.writeArrayToMemory(bytes2, ptr);
        const ret = module._jp2_decode(ptr, size, numComponents > 0 ? numComponents : 0, !!isIndexedColormap, !!smaskInData, reducePower);
        if (ret) {
          const {
            errorMessages
          } = module;
          if (errorMessages) {
            delete module.errorMessages;
            throw new JpxError(errorMessages);
          }
          throw new JpxError("Unknown error");
        }
        const {
          imageData
        } = module;
        module.imageData = null;
        return imageData;
      } finally {
        if (ptr) {
          module._free(ptr);
        }
      }
    }
    static parseImageProperties(stream2) {
      let newByte = stream2.getByte();
      while (newByte >= 0) {
        const oldByte = newByte;
        newByte = stream2.getByte();
        const code = oldByte << 8 | newByte;
        if (code === 65361) {
          stream2.skip(4);
          const Xsiz = stream2.getInt32() >>> 0;
          const Ysiz = stream2.getInt32() >>> 0;
          const XOsiz = stream2.getInt32() >>> 0;
          const YOsiz = stream2.getInt32() >>> 0;
          stream2.skip(16);
          const Csiz = stream2.getUint16();
          return {
            width: Xsiz - XOsiz,
            height: Ysiz - YOsiz,
            bitsPerComponent: 8,
            componentsCount: Csiz
          };
        }
      }
      throw new JpxError("No size marker found in JPX stream");
    }
  };
  var JpxStream = class extends DecodeStream2 {
    constructor(stream2, maybeLength) {
      super(maybeLength);
      this.stream = stream2;
      this.dict = stream2.dict;
      this.maybeLength = maybeLength;
    }
    get bytes() {
      return util_shadow2(this, "bytes", this.stream.getBytes(this.maybeLength));
    }
    ensureBuffer(requested) {
    }
    get isAsyncDecoder() {
      return true;
    }
    async decodeImage(bytes2, _length, decoderOptions) {
      if (this.eof) {
        return this.buffer;
      }
      bytes2 ||= this.bytes;
      this.buffer = await JpxImage.instance.decode(bytes2, decoderOptions);
      this.bufferLength = this.buffer.length;
      this.eof = true;
      return this.buffer;
    }
    get canAsyncDecodeImageFromBuffer() {
      return this.stream.isAsync;
    }
    get isImageStream() {
      return true;
    }
  };
  var LZWStream2 = class extends DecodeStream2 {
    constructor(str, maybeLength, earlyChange) {
      super(maybeLength);
      this.stream = str;
      this.dict = str.dict;
      this.cachedData = 0;
      this.bitsCached = 0;
      const maxLzwDictionarySize = 4096;
      const lzwState = {
        earlyChange,
        codeLength: 9,
        nextCode: 258,
        dictionaryValues: new Uint8Array(maxLzwDictionarySize),
        dictionaryLengths: new Uint16Array(maxLzwDictionarySize).fill(1, 0, 256),
        dictionaryPrevCodes: new Uint16Array(maxLzwDictionarySize),
        currentSequence: new Uint8Array(maxLzwDictionarySize),
        currentSequenceLength: 0
      };
      for (let i = 0; i < 256; ++i) {
        lzwState.dictionaryValues[i] = i;
      }
      this.lzwState = lzwState;
    }
    readBits(n) {
      let bitsCached = this.bitsCached;
      let cachedData = this.cachedData;
      while (bitsCached < n) {
        const c = this.stream.getByte();
        if (c === -1) {
          this.eof = true;
          return null;
        }
        cachedData = cachedData << 8 | c;
        bitsCached += 8;
      }
      this.bitsCached = bitsCached -= n;
      this.cachedData = cachedData;
      return cachedData >>> bitsCached & (1 << n) - 1;
    }
    readBlock() {
      const blockSize = 512, decodedSizeDelta = blockSize;
      let estimatedDecodedSize = blockSize * 2;
      let i, j, q;
      const {
        lzwState
      } = this;
      const earlyChange = lzwState.earlyChange;
      let nextCode = lzwState.nextCode;
      const dictionaryValues = lzwState.dictionaryValues;
      const dictionaryLengths = lzwState.dictionaryLengths;
      const dictionaryPrevCodes = lzwState.dictionaryPrevCodes;
      let codeLength = lzwState.codeLength;
      let prevCode = lzwState.prevCode;
      const currentSequence = lzwState.currentSequence;
      let currentSequenceLength = lzwState.currentSequenceLength;
      let decodedLength = 0;
      let currentBufferLength = this.bufferLength;
      let buffer = this.ensureBuffer(this.bufferLength + estimatedDecodedSize);
      for (i = 0; i < blockSize; i++) {
        const code = this.readBits(codeLength);
        const hasPrev = currentSequenceLength > 0;
        if (code < 256) {
          currentSequence[0] = code;
          currentSequenceLength = 1;
        } else if (code >= 258) {
          if (code < nextCode) {
            currentSequenceLength = dictionaryLengths[code];
            for (j = currentSequenceLength - 1, q = code; j >= 0; j--) {
              currentSequence[j] = dictionaryValues[q];
              q = dictionaryPrevCodes[q];
            }
          } else {
            currentSequence[currentSequenceLength++] = currentSequence[0];
          }
        } else if (code === 256) {
          codeLength = 9;
          nextCode = 258;
          currentSequenceLength = 0;
          continue;
        } else {
          this.eof = true;
          delete this.lzwState;
          break;
        }
        if (hasPrev) {
          dictionaryPrevCodes[nextCode] = prevCode;
          dictionaryLengths[nextCode] = dictionaryLengths[prevCode] + 1;
          dictionaryValues[nextCode] = currentSequence[0];
          nextCode++;
          codeLength = nextCode + earlyChange & nextCode + earlyChange - 1 ? codeLength : Math.min(Math.log(nextCode + earlyChange) / 0.6931471805599453 + 1, 12) | 0;
        }
        prevCode = code;
        decodedLength += currentSequenceLength;
        if (estimatedDecodedSize < decodedLength) {
          do {
            estimatedDecodedSize += decodedSizeDelta;
          } while (estimatedDecodedSize < decodedLength);
          buffer = this.ensureBuffer(this.bufferLength + estimatedDecodedSize);
        }
        for (j = 0; j < currentSequenceLength; j++) {
          buffer[currentBufferLength++] = currentSequence[j];
        }
      }
      lzwState.nextCode = nextCode;
      lzwState.codeLength = codeLength;
      lzwState.prevCode = prevCode;
      lzwState.currentSequenceLength = currentSequenceLength;
      this.bufferLength = currentBufferLength;
    }
  };
  var PredictorStream = class extends DecodeStream2 {
    constructor(str, maybeLength, params) {
      super(maybeLength);
      if (!(params instanceof Dict)) {
        return str;
      }
      const predictor = this.predictor = params.get("Predictor") || 1;
      if (predictor <= 1) {
        return str;
      }
      if (predictor !== 2 && (predictor < 10 || predictor > 15)) {
        throw new FormatError2(`Unsupported predictor: ${predictor}`);
      }
      this.readBlock = predictor === 2 ? this.readBlockTiff : this.readBlockPng;
      this.stream = str;
      this.dict = str.dict;
      const colors = this.colors = params.get("Colors") || 1;
      const bits = this.bits = params.get("BPC", "BitsPerComponent") || 8;
      const columns = this.columns = params.get("Columns") || 1;
      this.pixBytes = colors * bits + 7 >> 3;
      this.rowBytes = columns * colors * bits + 7 >> 3;
      return this;
    }
    readBlockTiff() {
      const rowBytes = this.rowBytes;
      const bufferLength = this.bufferLength;
      const buffer = this.ensureBuffer(bufferLength + rowBytes);
      const bits = this.bits;
      const colors = this.colors;
      const rawBytes = this.stream.getBytes(rowBytes);
      this.eof = !rawBytes.length;
      if (this.eof) {
        return;
      }
      let inbuf = 0, outbuf = 0;
      let inbits = 0, outbits = 0;
      let pos = bufferLength;
      let i;
      if (bits === 1 && colors === 1) {
        for (i = 0; i < rowBytes; ++i) {
          let c = rawBytes[i] ^ inbuf;
          c ^= c >> 1;
          c ^= c >> 2;
          c ^= c >> 4;
          inbuf = (c & 1) << 7;
          buffer[pos++] = c;
        }
      } else if (bits === 8) {
        for (i = 0; i < colors; ++i) {
          buffer[pos++] = rawBytes[i];
        }
        for (; i < rowBytes; ++i) {
          buffer[pos] = buffer[pos - colors] + rawBytes[i];
          pos++;
        }
      } else if (bits === 16) {
        const bytesPerPixel = colors * 2;
        for (i = 0; i < bytesPerPixel; ++i) {
          buffer[pos++] = rawBytes[i];
        }
        for (; i < rowBytes; i += 2) {
          const sum2 = ((rawBytes[i] & 255) << 8) + (rawBytes[i + 1] & 255) + ((buffer[pos - bytesPerPixel] & 255) << 8) + (buffer[pos - bytesPerPixel + 1] & 255);
          buffer[pos++] = sum2 >> 8 & 255;
          buffer[pos++] = sum2 & 255;
        }
      } else {
        const compArray = new Uint8Array(colors + 1);
        const bitMask = (1 << bits) - 1;
        let j = 0, k = bufferLength;
        const columns = this.columns;
        for (i = 0; i < columns; ++i) {
          for (let kk = 0; kk < colors; ++kk) {
            if (inbits < bits) {
              inbuf = inbuf << 8 | rawBytes[j++] & 255;
              inbits += 8;
            }
            compArray[kk] = compArray[kk] + (inbuf >> inbits - bits) & bitMask;
            inbits -= bits;
            outbuf = outbuf << bits | compArray[kk];
            outbits += bits;
            if (outbits >= 8) {
              buffer[k++] = outbuf >> outbits - 8 & 255;
              outbits -= 8;
            }
          }
        }
        if (outbits > 0) {
          buffer[k++] = (outbuf << 8 - outbits) + (inbuf & (1 << 8 - outbits) - 1);
        }
      }
      this.bufferLength += rowBytes;
    }
    readBlockPng() {
      const rowBytes = this.rowBytes;
      const pixBytes = this.pixBytes;
      const predictor = this.stream.getByte();
      const rawBytes = this.stream.getBytes(rowBytes);
      this.eof = !rawBytes.length;
      if (this.eof) {
        return;
      }
      const bufferLength = this.bufferLength;
      const buffer = this.ensureBuffer(bufferLength + rowBytes);
      let prevRow = buffer.subarray(bufferLength - rowBytes, bufferLength);
      if (prevRow.length === 0) {
        prevRow = new Uint8Array(rowBytes);
      }
      let i, j = bufferLength, up, c;
      switch (predictor) {
        case 0:
          for (i = 0; i < rowBytes; ++i) {
            buffer[j++] = rawBytes[i];
          }
          break;
        case 1:
          for (i = 0; i < pixBytes; ++i) {
            buffer[j++] = rawBytes[i];
          }
          for (; i < rowBytes; ++i) {
            buffer[j] = buffer[j - pixBytes] + rawBytes[i] & 255;
            j++;
          }
          break;
        case 2:
          for (i = 0; i < rowBytes; ++i) {
            buffer[j++] = prevRow[i] + rawBytes[i] & 255;
          }
          break;
        case 3:
          for (i = 0; i < pixBytes; ++i) {
            buffer[j++] = (prevRow[i] >> 1) + rawBytes[i];
          }
          for (; i < rowBytes; ++i) {
            buffer[j] = (prevRow[i] + buffer[j - pixBytes] >> 1) + rawBytes[i] & 255;
            j++;
          }
          break;
        case 4:
          for (i = 0; i < pixBytes; ++i) {
            up = prevRow[i];
            c = rawBytes[i];
            buffer[j++] = up + c;
          }
          for (; i < rowBytes; ++i) {
            up = prevRow[i];
            const upLeft = prevRow[i - pixBytes];
            const left = buffer[j - pixBytes];
            const p = left + up - upLeft;
            let pa = p - left;
            if (pa < 0) {
              pa = -pa;
            }
            let pb = p - up;
            if (pb < 0) {
              pb = -pb;
            }
            let pc = p - upLeft;
            if (pc < 0) {
              pc = -pc;
            }
            c = rawBytes[i];
            if (pa <= pb && pa <= pc) {
              buffer[j++] = left + c;
            } else if (pb <= pc) {
              buffer[j++] = up + c;
            } else {
              buffer[j++] = upLeft + c;
            }
          }
          break;
        default:
          throw new FormatError2(`Unsupported predictor: ${predictor}`);
      }
      this.bufferLength += rowBytes;
    }
  };
  var RunLengthStream2 = class extends DecodeStream2 {
    constructor(str, maybeLength) {
      super(maybeLength);
      this.stream = str;
      this.dict = str.dict;
    }
    readBlock() {
      const repeatHeader = this.stream.getBytes(2);
      if (repeatHeader.length < 2 || repeatHeader[0] === 128) {
        this.eof = true;
        return;
      }
      let buffer;
      let bufferLength = this.bufferLength;
      let n = repeatHeader[0];
      if (n < 128) {
        buffer = this.ensureBuffer(bufferLength + n + 1);
        buffer[bufferLength++] = repeatHeader[1];
        if (n > 0) {
          const source = this.stream.getBytes(n);
          buffer.set(source, bufferLength);
          bufferLength += n;
        }
      } else {
        n = 257 - n;
        buffer = this.ensureBuffer(bufferLength + n + 1);
        buffer.fill(repeatHeader[1], bufferLength, bufferLength + n);
        bufferLength += n;
      }
      this.bufferLength = bufferLength;
    }
  };
  var MAX_LENGTH_TO_CACHE = 1e3;
  function getInlineImageCacheKey(bytes2) {
    const strBuf = [], ii = bytes2.length;
    let i = 0;
    while (i < ii - 1) {
      strBuf.push(bytes2[i++] << 8 | bytes2[i++]);
    }
    if (i < ii) {
      strBuf.push(bytes2[i]);
    }
    return ii + "_" + String.fromCharCode.apply(null, strBuf);
  }
  var Parser = class {
    #imageCache = null;
    #imageId = 0;
    constructor({
      lexer,
      xref,
      allowStreams = false,
      recoveryMode = false
    }) {
      this.lexer = lexer;
      this.xref = xref;
      this.allowStreams = allowStreams;
      this.recoveryMode = recoveryMode;
      this.refill();
    }
    refill() {
      this.buf1 = this.lexer.getObj();
      this.buf2 = this.lexer.getObj();
    }
    shift() {
      if (this.buf2 instanceof Cmd && this.buf2.cmd === "ID") {
        this.buf1 = this.buf2;
        this.buf2 = null;
      } else {
        this.buf1 = this.buf2;
        this.buf2 = this.lexer.getObj();
      }
    }
    tryShift() {
      try {
        this.shift();
        return true;
      } catch (e) {
        if (e instanceof MissingDataException) {
          throw e;
        }
        return false;
      }
    }
    getObj(cipherTransform = null) {
      const buf1 = this.buf1;
      this.shift();
      if (buf1 instanceof Cmd) {
        switch (buf1.cmd) {
          case "BI":
            return this.makeInlineImage(cipherTransform);
          case "[":
            const array = [];
            while (!isCmd(this.buf1, "]") && this.buf1 !== EOF) {
              array.push(this.getObj(cipherTransform));
            }
            if (this.buf1 === EOF) {
              if (this.recoveryMode) {
                return array;
              }
              throw new ParserEOFException("End of file inside array.");
            }
            this.shift();
            return array;
          case "<<":
            const dict = new Dict(this.xref);
            while (!isCmd(this.buf1, ">>") && this.buf1 !== EOF) {
              if (!(this.buf1 instanceof Name)) {
                info2("Malformed dictionary: key must be a name object");
                this.shift();
                continue;
              }
              const key2 = this.buf1.name;
              this.shift();
              if (this.buf1 === EOF) {
                break;
              }
              dict.set(key2, this.getObj(cipherTransform));
            }
            if (this.buf1 === EOF) {
              if (this.recoveryMode) {
                return dict;
              }
              throw new ParserEOFException("End of file inside dictionary.");
            }
            if (isCmd(this.buf2, "stream")) {
              return this.allowStreams ? this.makeStream(dict, cipherTransform) : dict;
            }
            this.shift();
            return dict;
          default:
            return buf1;
        }
      }
      if (Number.isInteger(buf1)) {
        if (Number.isInteger(this.buf1) && isCmd(this.buf2, "R")) {
          const ref = Ref.get(buf1, this.buf1);
          this.shift();
          this.shift();
          return ref;
        }
        return buf1;
      }
      if (typeof buf1 === "string") {
        return cipherTransform ? cipherTransform.decryptString(buf1) : buf1;
      }
      return buf1;
    }
    findDefaultInlineStreamEnd(stream2) {
      const E = 69, I2 = 73, SPACE = 32, LF = 10, CR = 13, NUL = 0;
      const {
        knownCommands
      } = this.lexer, startPos = stream2.pos, n = 15;
      let state = 0, ch2, maybeEIPos;
      while ((ch2 = stream2.getByte()) !== -1) {
        if (state === 0) {
          state = ch2 === E ? 1 : 0;
        } else if (state === 1) {
          state = ch2 === I2 ? 2 : 0;
        } else {
          if (ch2 === SPACE || ch2 === LF || ch2 === CR) {
            maybeEIPos = stream2.pos;
            const followingBytes = stream2.peekBytes(n);
            const ii = followingBytes.length;
            if (ii === 0) {
              break;
            }
            for (let i = 0; i < ii; i++) {
              ch2 = followingBytes[i];
              if (ch2 === NUL && followingBytes[i + 1] !== NUL) {
                continue;
              }
              if (ch2 !== LF && ch2 !== CR && (ch2 < SPACE || ch2 > 127)) {
                state = 0;
                break;
              }
            }
            if (state !== 2) {
              continue;
            }
            if (!knownCommands) {
              warn2("findDefaultInlineStreamEnd - `lexer.knownCommands` is undefined.");
              continue;
            }
            const tmpLexer = new Lexer(new Stream2(stream2.peekBytes(5 * n)), knownCommands);
            tmpLexer._hexStringWarn = () => {
            };
            let numArgs = 0;
            while (true) {
              const nextObj = tmpLexer.getObj();
              if (nextObj === EOF) {
                state = 0;
                break;
              }
              if (nextObj instanceof Cmd) {
                const knownCommand = knownCommands[nextObj.cmd];
                if (!knownCommand) {
                  state = 0;
                  break;
                } else if (knownCommand.variableArgs ? numArgs <= knownCommand.numArgs : numArgs === knownCommand.numArgs) {
                  break;
                }
                numArgs = 0;
                continue;
              }
              numArgs++;
            }
            if (state === 2) {
              break;
            }
          } else {
            state = 0;
          }
        }
      }
      if (ch2 === -1) {
        warn2("findDefaultInlineStreamEnd: Reached the end of the stream without finding a valid EI marker");
        if (maybeEIPos) {
          warn2('... trying to recover by using the last "EI" occurrence.');
          stream2.skip(-(stream2.pos - maybeEIPos));
        }
      }
      let endOffset = 4;
      stream2.skip(-endOffset);
      ch2 = stream2.peekByte();
      stream2.skip(endOffset);
      if (!isWhiteSpace(ch2)) {
        endOffset--;
      }
      return stream2.pos - endOffset - startPos;
    }
    findDCTDecodeInlineStreamEnd(stream2) {
      const startPos = stream2.pos;
      let foundEOI = false, b, markerLength;
      while ((b = stream2.getByte()) !== -1) {
        if (b !== 255) {
          continue;
        }
        switch (stream2.getByte()) {
          case 0:
            break;
          case 255:
            stream2.skip(-1);
            break;
          case 217:
            foundEOI = true;
            break;
          case 192:
          case 193:
          case 194:
          case 195:
          case 197:
          case 198:
          case 199:
          case 201:
          case 202:
          case 203:
          case 205:
          case 206:
          case 207:
          case 196:
          case 204:
          case 218:
          case 219:
          case 220:
          case 221:
          case 222:
          case 223:
          case 224:
          case 225:
          case 226:
          case 227:
          case 228:
          case 229:
          case 230:
          case 231:
          case 232:
          case 233:
          case 234:
          case 235:
          case 236:
          case 237:
          case 238:
          case 239:
          case 254:
            markerLength = stream2.getUint16();
            if (markerLength > 2) {
              stream2.skip(markerLength - 2);
            } else {
              stream2.skip(-2);
            }
            break;
        }
        if (foundEOI) {
          break;
        }
      }
      const length = stream2.pos - startPos;
      if (b === -1) {
        warn2("Inline DCTDecode image stream: EOI marker not found, searching for /EI/ instead.");
        stream2.skip(-length);
        return this.findDefaultInlineStreamEnd(stream2);
      }
      this.inlineStreamSkipEI(stream2);
      return length;
    }
    findASCII85DecodeInlineStreamEnd(stream2) {
      const TILDE = 126, GT = 62;
      const startPos = stream2.pos;
      let ch2;
      while ((ch2 = stream2.getByte()) !== -1) {
        if (ch2 === TILDE) {
          const tildePos = stream2.pos;
          ch2 = stream2.peekByte();
          while (isWhiteSpace(ch2)) {
            stream2.skip();
            ch2 = stream2.peekByte();
          }
          if (ch2 === GT) {
            stream2.skip();
            break;
          }
          if (stream2.pos > tildePos) {
            const maybeEI = stream2.peekBytes(2);
            if (maybeEI[0] === 69 && maybeEI[1] === 73) {
              break;
            }
          }
        }
      }
      const length = stream2.pos - startPos;
      if (ch2 === -1) {
        warn2("Inline ASCII85Decode image stream: EOD marker not found, searching for /EI/ instead.");
        stream2.skip(-length);
        return this.findDefaultInlineStreamEnd(stream2);
      }
      this.inlineStreamSkipEI(stream2);
      return length;
    }
    findASCIIHexDecodeInlineStreamEnd(stream2) {
      const GT = 62;
      const startPos = stream2.pos;
      let ch2;
      while ((ch2 = stream2.getByte()) !== -1) {
        if (ch2 === GT) {
          break;
        }
      }
      const length = stream2.pos - startPos;
      if (ch2 === -1) {
        warn2("Inline ASCIIHexDecode image stream: EOD marker not found, searching for /EI/ instead.");
        stream2.skip(-length);
        return this.findDefaultInlineStreamEnd(stream2);
      }
      this.inlineStreamSkipEI(stream2);
      return length;
    }
    inlineStreamSkipEI(stream2) {
      const E = 69, I2 = 73;
      let state = 0, ch2;
      while ((ch2 = stream2.getByte()) !== -1) {
        if (state === 0) {
          state = ch2 === E ? 1 : 0;
        } else if (state === 1) {
          state = ch2 === I2 ? 2 : 0;
        } else if (state === 2) {
          break;
        }
      }
    }
    makeInlineImage(cipherTransform) {
      const lexer = this.lexer;
      const stream2 = lexer.stream;
      const dict = new Dict(this.xref);
      let dictLength;
      while (!isCmd(this.buf1, "ID") && this.buf1 !== EOF) {
        if (!(this.buf1 instanceof Name)) {
          throw new FormatError2("Dictionary key must be a name object");
        }
        const key2 = this.buf1.name;
        this.shift();
        if (this.buf1 === EOF) {
          break;
        }
        dict.set(key2, this.getObj(cipherTransform));
      }
      if (lexer.beginInlineImagePos !== -1) {
        dictLength = stream2.pos - lexer.beginInlineImagePos;
      }
      const filter = dict.get("F", "Filter");
      let filterName;
      if (filter instanceof Name) {
        filterName = filter.name;
      } else if (Array.isArray(filter)) {
        const filterZero = this.#fetchIfRef(filter[0]);
        if (filterZero instanceof Name) {
          filterName = filterZero.name;
        }
      }
      const startPos = stream2.pos;
      let length;
      switch (filterName) {
        case "DCT":
        case "DCTDecode":
          length = this.findDCTDecodeInlineStreamEnd(stream2);
          break;
        case "A85":
        case "ASCII85Decode":
          length = this.findASCII85DecodeInlineStreamEnd(stream2);
          break;
        case "AHx":
        case "ASCIIHexDecode":
          length = this.findASCIIHexDecodeInlineStreamEnd(stream2);
          break;
        default:
          length = this.findDefaultInlineStreamEnd(stream2);
      }
      let cacheKey;
      if (length < MAX_LENGTH_TO_CACHE && dictLength > 0) {
        const initialStreamPos = stream2.pos;
        stream2.pos = lexer.beginInlineImagePos;
        cacheKey = getInlineImageCacheKey(stream2.getBytes(dictLength + length));
        stream2.pos = initialStreamPos;
        const cacheEntry = this.#imageCache?.get(cacheKey);
        if (cacheEntry) {
          this.buf2 = Cmd.get("EI");
          this.shift();
          cacheEntry.reset();
          return cacheEntry;
        }
      }
      let imageStream = stream2.makeSubStream(startPos, length, dict);
      if (cipherTransform && !this.#hasCryptFilter(filter)) {
        imageStream = cipherTransform.createStream(imageStream, length);
      }
      imageStream = this.filter(imageStream, dict, length, cipherTransform);
      imageStream.dict = dict;
      if (cacheKey) {
        imageStream.cacheKey = `inline_img_${++this.#imageId}`;
        (this.#imageCache ??= /* @__PURE__ */ new Map()).set(cacheKey, imageStream);
      }
      this.buf2 = Cmd.get("EI");
      this.shift();
      return imageStream;
    }
    #fetchIfRef(obj) {
      return this.xref ? this.xref.fetchIfRef(obj) : obj;
    }
    #hasCryptFilter(filter) {
      return Array.isArray(filter) ? filter.some((f) => isName(this.#fetchIfRef(f), "Crypt")) : isName(filter, "Crypt");
    }
    #findStreamLength(startPos) {
      const {
        stream: stream2
      } = this.lexer;
      stream2.pos = startPos;
      const SCAN_BLOCK_LENGTH = 2048;
      const signatureLength = "endstream".length;
      const END_SIGNATURE = new Uint8Array([101, 110, 100]);
      const endLength = END_SIGNATURE.length;
      const PARTIAL_SIGNATURE = [new Uint8Array([115, 116, 114, 101, 97, 109]), new Uint8Array([115, 116, 101, 97, 109]), new Uint8Array([115, 116, 114, 101, 97])];
      const normalLength = signatureLength - endLength;
      while (stream2.pos < stream2.end) {
        const scanBytes = stream2.peekBytes(SCAN_BLOCK_LENGTH);
        const scanLength = scanBytes.length - signatureLength;
        if (scanLength <= 0) {
          break;
        }
        let pos = 0;
        while (pos < scanLength) {
          let j = 0;
          while (j < endLength && scanBytes[pos + j] === END_SIGNATURE[j]) {
            j++;
          }
          if (j >= endLength) {
            let found = false;
            for (const part of PARTIAL_SIGNATURE) {
              const partLen = part.length;
              let k = 0;
              while (k < partLen && scanBytes[pos + j + k] === part[k]) {
                k++;
              }
              if (k >= normalLength) {
                found = true;
                break;
              }
              if (k >= partLen) {
                const lastByte = scanBytes[pos + j + k];
                if (isWhiteSpace(lastByte)) {
                  info2(`Found "${bytesToString2([...END_SIGNATURE, ...part])}" when searching for endstream command.`);
                  found = true;
                }
                break;
              }
            }
            if (found) {
              stream2.pos += pos;
              return stream2.pos - startPos;
            }
          }
          pos++;
        }
        stream2.pos += scanLength;
      }
      return -1;
    }
    makeStream(dict, cipherTransform) {
      const lexer = this.lexer;
      let stream2 = lexer.stream;
      lexer.skipToNextLine();
      const startPos = stream2.pos - 1;
      let length = dict.get("Length");
      if (!Number.isInteger(length)) {
        info2(`Bad length "${length && length.toString()}" in stream.`);
        length = 0;
      }
      stream2.pos = startPos + length;
      lexer.nextChar();
      if (this.tryShift() && isCmd(this.buf2, "endstream")) {
        this.shift();
      } else {
        length = this.#findStreamLength(startPos);
        if (length < 0) {
          throw new FormatError2("Missing endstream command.");
        }
        lexer.nextChar();
        this.shift();
        this.shift();
      }
      this.shift();
      stream2 = stream2.makeSubStream(startPos, length, dict);
      const filter = dict.get("F", "Filter");
      if (cipherTransform && !this.#hasCryptFilter(filter)) {
        stream2 = cipherTransform.createStream(stream2, length);
      }
      stream2 = this.filter(stream2, dict, length, cipherTransform);
      stream2.dict = dict;
      return stream2;
    }
    filter(stream2, dict, length, cipherTransform = null) {
      let filter = dict.get("F", "Filter");
      let params = dict.get("DP", "DecodeParms");
      if (filter instanceof Name) {
        if (Array.isArray(params)) {
          warn2("/DecodeParms should not be an Array, when /Filter is a Name.");
        }
        return this.makeFilter(stream2, filter.name, length, params, cipherTransform);
      }
      let maybeLength = length;
      if (Array.isArray(filter)) {
        const filterArray = filter;
        const paramsArray = params;
        for (let i = 0, ii = filterArray.length; i < ii; ++i) {
          filter = this.#fetchIfRef(filterArray[i]);
          if (!(filter instanceof Name)) {
            throw new FormatError2(`Bad filter name "${filter}"`);
          }
          params = null;
          if (Array.isArray(paramsArray) && i in paramsArray) {
            params = this.#fetchIfRef(paramsArray[i]);
          }
          stream2 = this.makeFilter(stream2, filter.name, maybeLength, params, cipherTransform);
          maybeLength = null;
        }
      }
      return stream2;
    }
    makeFilter(stream2, name, maybeLength, params, cipherTransform = null) {
      if (maybeLength === 0) {
        warn2(`Empty "${name}" stream.`);
        return new NullStream();
      }
      try {
        switch (name) {
          case "Fl":
          case "FlateDecode":
            if (params) {
              return new PredictorStream(new FlateStream2(stream2, maybeLength), maybeLength, params);
            }
            return new FlateStream2(stream2, maybeLength);
          case "LZW":
          case "LZWDecode":
            let earlyChange = 1;
            if (params) {
              if (params.has("EarlyChange")) {
                earlyChange = params.get("EarlyChange");
              }
              return new PredictorStream(new LZWStream2(stream2, maybeLength, earlyChange), maybeLength, params);
            }
            return new LZWStream2(stream2, maybeLength, earlyChange);
          case "DCT":
          case "DCTDecode":
            return new JpegStream(stream2, maybeLength, params);
          case "JPX":
          case "JPXDecode":
            return new JpxStream(stream2, maybeLength);
          case "A85":
          case "ASCII85Decode":
            return new Ascii85Stream2(stream2, maybeLength);
          case "AHx":
          case "ASCIIHexDecode":
            return new AsciiHexStream2(stream2, maybeLength);
          case "CCF":
          case "CCITTFaxDecode":
            return new CCITTFaxStream(stream2, maybeLength, params);
          case "RL":
          case "RunLengthDecode":
            return new RunLengthStream2(stream2, maybeLength);
          case "JBIG2Decode":
            return new Jbig2Stream(stream2, maybeLength, params);
          case "BrotliDecode":
            return new BrotliStream(stream2, maybeLength);
          case "Crypt": {
            if (!cipherTransform) {
              warn2('Filter "Crypt" is missing a cipher transform.');
              return stream2;
            }
            const param = params instanceof Dict ? params.get("Name") : null;
            const cryptName = param instanceof Name ? param : Name.get("Identity");
            return cipherTransform.createStream(stream2, maybeLength, cryptName);
          }
        }
        warn2(`Filter "${name}" is not supported.`);
        return stream2;
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2(`Invalid stream: "${ex}"`);
        return new NullStream();
      }
    }
  };
  var specialChars = [1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 2, 2, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0];
  function toHexDigit(ch2) {
    if (ch2 >= 48 && ch2 <= 57) {
      return ch2 & 15;
    }
    if (ch2 >= 65 && ch2 <= 70 || ch2 >= 97 && ch2 <= 102) {
      return (ch2 & 15) + 9;
    }
    return -1;
  }
  var Lexer = class {
    constructor(stream2, knownCommands = null) {
      this.stream = stream2;
      this.nextChar();
      this.strBuf = [];
      this.knownCommands = knownCommands;
      this._hexStringNumWarn = 0;
      this.beginInlineImagePos = -1;
    }
    nextChar() {
      return this.currentChar = this.stream.getByte();
    }
    peekChar() {
      return this.stream.peekByte();
    }
    getNumber() {
      let ch2 = this.currentChar;
      let divideBy = 0;
      let sign = 1;
      if (ch2 === 45) {
        sign = -1;
        ch2 = this.nextChar();
        if (ch2 === 45) {
          ch2 = this.nextChar();
        }
      } else if (ch2 === 43) {
        ch2 = this.nextChar();
      }
      if (ch2 === 10 || ch2 === 13) {
        do {
          ch2 = this.nextChar();
        } while (ch2 === 10 || ch2 === 13);
      }
      if (ch2 === 46) {
        divideBy = 10;
        ch2 = this.nextChar();
      }
      if (ch2 < 48 || ch2 > 57) {
        const msg = `Invalid number: ${String.fromCharCode(ch2)} (charCode ${ch2})`;
        if (isWhiteSpace(ch2) || ch2 === 40 || ch2 === 60 || ch2 === -1) {
          info2(`Lexer.getNumber - "${msg}".`);
          return 0;
        }
        throw new FormatError2(msg);
      }
      let baseValue = ch2 - 48;
      while ((ch2 = this.nextChar()) >= 0) {
        if (ch2 >= 48 && ch2 <= 57) {
          const currentDigit = ch2 - 48;
          if (divideBy !== 0) {
            divideBy *= 10;
          }
          baseValue = baseValue * 10 + currentDigit;
        } else if (ch2 === 46) {
          if (divideBy === 0) {
            divideBy = 1;
          } else {
            break;
          }
        } else if (ch2 === 45) {
          warn2("Badly formatted number: minus sign in the middle");
        } else {
          break;
        }
      }
      if (divideBy !== 0) {
        baseValue /= divideBy;
      }
      return sign * baseValue;
    }
    getString() {
      let numParen = 1;
      let done = false;
      const strBuf = this.strBuf;
      strBuf.length = 0;
      let ch2 = this.nextChar();
      while (true) {
        let charBuffered = false;
        switch (ch2 | 0) {
          case -1:
            warn2("Unterminated string");
            done = true;
            break;
          case 40:
            ++numParen;
            strBuf.push("(");
            break;
          case 41:
            if (--numParen === 0) {
              this.nextChar();
              done = true;
            } else {
              strBuf.push(")");
            }
            break;
          case 92:
            ch2 = this.nextChar();
            switch (ch2) {
              case -1:
                warn2("Unterminated string");
                done = true;
                break;
              case 110:
                strBuf.push("\n");
                break;
              case 114:
                strBuf.push("\r");
                break;
              case 116:
                strBuf.push("	");
                break;
              case 98:
                strBuf.push("\b");
                break;
              case 102:
                strBuf.push("\f");
                break;
              case 92:
              case 40:
              case 41:
                strBuf.push(String.fromCharCode(ch2));
                break;
              case 48:
              case 49:
              case 50:
              case 51:
              case 52:
              case 53:
              case 54:
              case 55:
                let x = ch2 & 15;
                ch2 = this.nextChar();
                charBuffered = true;
                if (ch2 >= 48 && ch2 <= 55) {
                  x = (x << 3) + (ch2 & 15);
                  ch2 = this.nextChar();
                  if (ch2 >= 48 && ch2 <= 55) {
                    charBuffered = false;
                    x = (x << 3) + (ch2 & 15);
                  }
                }
                strBuf.push(String.fromCharCode(x));
                break;
              case 13:
                if (this.peekChar() === 10) {
                  this.nextChar();
                }
                break;
              case 10:
                break;
              default:
                strBuf.push(String.fromCharCode(ch2));
                break;
            }
            break;
          default:
            strBuf.push(String.fromCharCode(ch2));
            break;
        }
        if (done) {
          break;
        }
        if (!charBuffered) {
          ch2 = this.nextChar();
        }
      }
      return strBuf.join("");
    }
    getName() {
      let ch2, previousCh;
      const strBuf = this.strBuf;
      strBuf.length = 0;
      while ((ch2 = this.nextChar()) >= 0 && !specialChars[ch2]) {
        if (ch2 === 35) {
          ch2 = this.nextChar();
          if (specialChars[ch2]) {
            warn2("Lexer_getName: NUMBER SIGN (#) should be followed by a hexadecimal number.");
            strBuf.push("#");
            break;
          }
          const x = toHexDigit(ch2);
          if (x !== -1) {
            previousCh = ch2;
            ch2 = this.nextChar();
            const x2 = toHexDigit(ch2);
            if (x2 === -1) {
              warn2(`Lexer_getName: Illegal digit (${String.fromCharCode(ch2)}) in hexadecimal number.`);
              strBuf.push("#", String.fromCharCode(previousCh));
              if (specialChars[ch2]) {
                break;
              }
              strBuf.push(String.fromCharCode(ch2));
              continue;
            }
            strBuf.push(String.fromCharCode(x << 4 | x2));
          } else {
            strBuf.push("#", String.fromCharCode(ch2));
          }
        } else {
          strBuf.push(String.fromCharCode(ch2));
        }
      }
      if (strBuf.length > 127) {
        warn2(`Name token is longer than allowed by the spec: ${strBuf.length}`);
      }
      return Name.get(strBuf.join(""));
    }
    _hexStringWarn(ch2) {
      const MAX_HEX_STRING_NUM_WARN = 5;
      if (this._hexStringNumWarn++ === MAX_HEX_STRING_NUM_WARN) {
        warn2("getHexString - ignoring additional invalid characters.");
        return;
      }
      if (this._hexStringNumWarn > MAX_HEX_STRING_NUM_WARN) {
        return;
      }
      warn2(`getHexString - ignoring invalid character: ${ch2}`);
    }
    getHexString() {
      const strBuf = this.strBuf;
      strBuf.length = 0;
      let ch2 = this.currentChar;
      let firstDigit = -1, digit = -1;
      this._hexStringNumWarn = 0;
      while (true) {
        if (ch2 < 0) {
          warn2("Unterminated hex string");
          break;
        } else if (ch2 === 62) {
          this.nextChar();
          break;
        } else if (specialChars[ch2] === 1) {
          ch2 = this.nextChar();
          continue;
        } else {
          digit = toHexDigit(ch2);
          if (digit === -1) {
            this._hexStringWarn(ch2);
          } else if (firstDigit === -1) {
            firstDigit = digit;
          } else {
            strBuf.push(String.fromCharCode(firstDigit << 4 | digit));
            firstDigit = -1;
          }
          ch2 = this.nextChar();
        }
      }
      if (firstDigit !== -1) {
        strBuf.push(String.fromCharCode(firstDigit << 4));
      }
      return strBuf.join("");
    }
    getObj() {
      let comment = false;
      let ch2 = this.currentChar;
      while (true) {
        if (ch2 < 0) {
          return EOF;
        }
        if (comment) {
          if (ch2 === 10 || ch2 === 13) {
            comment = false;
          }
        } else if (ch2 === 37) {
          comment = true;
        } else if (specialChars[ch2] !== 1) {
          break;
        }
        ch2 = this.nextChar();
      }
      switch (ch2 | 0) {
        case 48:
        case 49:
        case 50:
        case 51:
        case 52:
        case 53:
        case 54:
        case 55:
        case 56:
        case 57:
        case 43:
        case 45:
        case 46:
          return this.getNumber();
        case 40:
          return this.getString();
        case 47:
          return this.getName();
        case 91:
          this.nextChar();
          return Cmd.get("[");
        case 93:
          this.nextChar();
          return Cmd.get("]");
        case 60:
          ch2 = this.nextChar();
          if (ch2 === 60) {
            this.nextChar();
            return Cmd.get("<<");
          }
          return this.getHexString();
        case 62:
          ch2 = this.nextChar();
          if (ch2 === 62) {
            this.nextChar();
            return Cmd.get(">>");
          }
          return Cmd.get(">");
        case 123:
          this.nextChar();
          return Cmd.get("{");
        case 125:
          this.nextChar();
          return Cmd.get("}");
        case 41:
          this.nextChar();
          throw new FormatError2(`Illegal character: ${ch2}`);
      }
      let str = String.fromCharCode(ch2);
      if (ch2 < 32 || ch2 > 127) {
        const nextCh = this.peekChar();
        if (nextCh >= 32 && nextCh <= 127) {
          this.nextChar();
          return Cmd.get(str);
        }
      }
      const knownCommands = this.knownCommands;
      let knownCommandFound = knownCommands?.[str] !== void 0;
      while ((ch2 = this.nextChar()) >= 0 && !specialChars[ch2]) {
        const possibleCommand = str + String.fromCharCode(ch2);
        if (knownCommandFound && knownCommands[possibleCommand] === void 0) {
          break;
        }
        if (str.length === 128) {
          throw new FormatError2(`Command token too long: ${str.length}`);
        }
        str = possibleCommand;
        knownCommandFound = knownCommands?.[str] !== void 0;
      }
      if (str === "true") {
        return true;
      }
      if (str === "false") {
        return false;
      }
      if (str === "null") {
        return null;
      }
      if (str === "BI") {
        this.beginInlineImagePos = this.stream.pos;
      }
      return Cmd.get(str);
    }
    skipToNextLine() {
      let ch2 = this.currentChar;
      while (ch2 >= 0) {
        if (ch2 === 13) {
          ch2 = this.nextChar();
          if (ch2 === 10) {
            this.nextChar();
          }
          break;
        } else if (ch2 === 10) {
          this.nextChar();
          break;
        }
        ch2 = this.nextChar();
      }
    }
  };
  var Linearization = class {
    static create(stream2) {
      function getInt(linDict2, name, allowZeroValue = false) {
        const obj4 = linDict2.get(name);
        if (Number.isInteger(obj4) && (allowZeroValue ? obj4 >= 0 : obj4 > 0)) {
          return obj4;
        }
        throw new Error(`The "${name}" parameter in the linearization dictionary is invalid.`);
      }
      function getHints(linDict2) {
        const hints = linDict2.get("H");
        let hintsLength;
        if (Array.isArray(hints) && ((hintsLength = hints.length) === 2 || hintsLength === 4)) {
          for (let index = 0; index < hintsLength; index++) {
            const hint = hints[index];
            if (!(Number.isInteger(hint) && hint > 0)) {
              throw new Error(`Hint (${index}) in the linearization dictionary is invalid.`);
            }
          }
          return hints;
        }
        throw new Error("Hint array in the linearization dictionary is invalid.");
      }
      const parser = new Parser({
        lexer: new Lexer(stream2),
        xref: null
      });
      const obj1 = parser.getObj();
      const obj2 = parser.getObj();
      const obj3 = parser.getObj();
      const linDict = parser.getObj();
      let obj, length;
      if (!(Number.isInteger(obj1) && Number.isInteger(obj2) && isCmd(obj3, "obj") && linDict instanceof Dict && typeof (obj = linDict.get("Linearized")) === "number" && obj > 0)) {
        return null;
      } else if ((length = getInt(linDict, "L")) !== stream2.length) {
        throw new Error('The "L" parameter in the linearization dictionary does not equal the stream length.');
      }
      return {
        length,
        hints: getHints(linDict),
        objectNumberFirst: getInt(linDict, "O"),
        endFirst: getInt(linDict, "E"),
        numPages: getInt(linDict, "N"),
        mainXRefEntriesOffset: getInt(linDict, "T"),
        pageFirst: linDict.has("P") ? getInt(linDict, "P", true) : 0
      };
    }
  };
  var BUILT_IN_CMAPS = /* @__PURE__ */ new Set(["Adobe-GB1-UCS2", "Adobe-CNS1-UCS2", "Adobe-Japan1-UCS2", "Adobe-Korea1-UCS2", "78-EUC-H", "78-EUC-V", "78-H", "78-RKSJ-H", "78-RKSJ-V", "78-V", "78ms-RKSJ-H", "78ms-RKSJ-V", "83pv-RKSJ-H", "90ms-RKSJ-H", "90ms-RKSJ-V", "90msp-RKSJ-H", "90msp-RKSJ-V", "90pv-RKSJ-H", "90pv-RKSJ-V", "Add-H", "Add-RKSJ-H", "Add-RKSJ-V", "Add-V", "Adobe-CNS1-0", "Adobe-CNS1-1", "Adobe-CNS1-2", "Adobe-CNS1-3", "Adobe-CNS1-4", "Adobe-CNS1-5", "Adobe-CNS1-6", "Adobe-GB1-0", "Adobe-GB1-1", "Adobe-GB1-2", "Adobe-GB1-3", "Adobe-GB1-4", "Adobe-GB1-5", "Adobe-Japan1-0", "Adobe-Japan1-1", "Adobe-Japan1-2", "Adobe-Japan1-3", "Adobe-Japan1-4", "Adobe-Japan1-5", "Adobe-Japan1-6", "Adobe-Korea1-0", "Adobe-Korea1-1", "Adobe-Korea1-2", "B5-H", "B5-V", "B5pc-H", "B5pc-V", "CNS-EUC-H", "CNS-EUC-V", "CNS1-H", "CNS1-V", "CNS2-H", "CNS2-V", "ETHK-B5-H", "ETHK-B5-V", "ETen-B5-H", "ETen-B5-V", "ETenms-B5-H", "ETenms-B5-V", "EUC-H", "EUC-V", "Ext-H", "Ext-RKSJ-H", "Ext-RKSJ-V", "Ext-V", "GB-EUC-H", "GB-EUC-V", "GB-H", "GB-V", "GBK-EUC-H", "GBK-EUC-V", "GBK2K-H", "GBK2K-V", "GBKp-EUC-H", "GBKp-EUC-V", "GBT-EUC-H", "GBT-EUC-V", "GBT-H", "GBT-V", "GBTpc-EUC-H", "GBTpc-EUC-V", "GBpc-EUC-H", "GBpc-EUC-V", "H", "HKdla-B5-H", "HKdla-B5-V", "HKdlb-B5-H", "HKdlb-B5-V", "HKgccs-B5-H", "HKgccs-B5-V", "HKm314-B5-H", "HKm314-B5-V", "HKm471-B5-H", "HKm471-B5-V", "HKscs-B5-H", "HKscs-B5-V", "Hankaku", "Hiragana", "KSC-EUC-H", "KSC-EUC-V", "KSC-H", "KSC-Johab-H", "KSC-Johab-V", "KSC-V", "KSCms-UHC-H", "KSCms-UHC-HW-H", "KSCms-UHC-HW-V", "KSCms-UHC-V", "KSCpc-EUC-H", "KSCpc-EUC-V", "Katakana", "NWP-H", "NWP-V", "RKSJ-H", "RKSJ-V", "Roman", "UniCNS-UCS2-H", "UniCNS-UCS2-V", "UniCNS-UTF16-H", "UniCNS-UTF16-V", "UniCNS-UTF32-H", "UniCNS-UTF32-V", "UniCNS-UTF8-H", "UniCNS-UTF8-V", "UniGB-UCS2-H", "UniGB-UCS2-V", "UniGB-UTF16-H", "UniGB-UTF16-V", "UniGB-UTF32-H", "UniGB-UTF32-V", "UniGB-UTF8-H", "UniGB-UTF8-V", "UniJIS-UCS2-H", "UniJIS-UCS2-HW-H", "UniJIS-UCS2-HW-V", "UniJIS-UCS2-V", "UniJIS-UTF16-H", "UniJIS-UTF16-V", "UniJIS-UTF32-H", "UniJIS-UTF32-V", "UniJIS-UTF8-H", "UniJIS-UTF8-V", "UniJIS2004-UTF16-H", "UniJIS2004-UTF16-V", "UniJIS2004-UTF32-H", "UniJIS2004-UTF32-V", "UniJIS2004-UTF8-H", "UniJIS2004-UTF8-V", "UniJISPro-UCS2-HW-V", "UniJISPro-UCS2-V", "UniJISPro-UTF8-V", "UniJISX0213-UTF32-H", "UniJISX0213-UTF32-V", "UniJISX02132004-UTF32-H", "UniJISX02132004-UTF32-V", "UniKS-UCS2-H", "UniKS-UCS2-V", "UniKS-UTF16-H", "UniKS-UTF16-V", "UniKS-UTF32-H", "UniKS-UTF32-V", "UniKS-UTF8-H", "UniKS-UTF8-V", "V", "WP-Symbol"]);
  var MAX_MAP_RANGE = 2 ** 24 - 1;
  var CMap = class {
    #map = /* @__PURE__ */ new Map();
    #mappedEntries = 0;
    constructor(builtInCMap = false) {
      this.codespaceRanges = [[], [], [], []];
      this.numCodespaceRanges = 0;
      this.name = "";
      this.vertical = false;
      this.useCMap = null;
      this.builtInCMap = builtInCMap;
    }
    addCodespaceRange(n, low, high) {
      this.codespaceRanges[n - 1].push(low, high);
      this.numCodespaceRanges++;
    }
    #consumeBudget(count, name) {
      if (count <= 0) {
        return;
      }
      if (this.#mappedEntries + count > MAX_MAP_RANGE) {
        throw new Error(`${name} - ignoring data above MAX_MAP_RANGE.`);
      }
      this.#mappedEntries += count;
    }
    mapCidRange(low, high, dstLow) {
      this.#consumeBudget(high - low + 1, "mapCidRange");
      while (low <= high) {
        this.#map.set(low++, dstLow++);
      }
    }
    mapBfRange(low, high, dstLow) {
      this.#consumeBudget(high - low + 1, "mapBfRange");
      const lastByte = dstLow.length - 1;
      while (low <= high) {
        this.#map.set(low++, dstLow);
        const nextCharCode = dstLow.charCodeAt(lastByte) + 1;
        if (nextCharCode > 255) {
          dstLow = dstLow.substring(0, lastByte - 1) + String.fromCharCode(dstLow.charCodeAt(lastByte - 1) + 1) + "\0";
          continue;
        }
        dstLow = dstLow.substring(0, lastByte) + String.fromCharCode(nextCharCode);
      }
    }
    mapBfRangeToArray(low, high, array) {
      const ii = array.length;
      this.#consumeBudget(Math.min(high - low + 1, ii), "mapBfRangeToArray");
      let i = 0;
      while (low <= high && i < ii) {
        this.#map.set(low++, array[i++]);
      }
    }
    mapOne(src, dst) {
      this.#map.set(src, dst);
    }
    lookup(code) {
      return this.#map.get(code);
    }
    contains(code) {
      return this.#map.has(code);
    }
    forEach(callback) {
      for (const [charCode, entry] of this.#map) {
        callback(charCode, entry);
      }
    }
    charCodeOf(value) {
      for (const [charCode, entry] of this.#map) {
        if (entry === value) {
          return charCode;
        }
      }
      return -1;
    }
    getMap() {
      return new Map(this.#map);
    }
    readCharCode(str, offset, out) {
      let c = 0;
      const codespaceRanges = this.codespaceRanges;
      for (let n = 0, nn = codespaceRanges.length; n < nn; n++) {
        c = (c << 8 | str.charCodeAt(offset + n)) >>> 0;
        const codespaceRange = codespaceRanges[n];
        for (let k = 0, kk = codespaceRange.length; k < kk; ) {
          const low = codespaceRange[k++];
          const high = codespaceRange[k++];
          if (c >= low && c <= high) {
            out.charcode = c;
            out.length = n + 1;
            return;
          }
        }
      }
      out.charcode = 0;
      out.length = 1;
    }
    getCharCodeLength(charCode) {
      const codespaceRanges = this.codespaceRanges;
      for (let n = 0, nn = codespaceRanges.length; n < nn; n++) {
        const codespaceRange = codespaceRanges[n];
        for (let k = 0, kk = codespaceRange.length; k < kk; ) {
          const low = codespaceRange[k++];
          const high = codespaceRange[k++];
          if (charCode >= low && charCode <= high) {
            return n + 1;
          }
        }
      }
      return 1;
    }
    get size() {
      return this.#map.size;
    }
    get isIdentityCMap() {
      if (!(this.name === "Identity-H" || this.name === "Identity-V")) {
        return false;
      }
      if (this.#map.size !== 65536) {
        return false;
      }
      for (let i = 0; i < 65536; i++) {
        if (this.#map.get(i) !== i) {
          return false;
        }
      }
      return true;
    }
  };
  var IdentityCMap = class extends CMap {
    constructor(vertical, n) {
      super();
      this.vertical = vertical;
      this.addCodespaceRange(n, 0, 65535);
    }
    mapCidRange(low, high, dstLow) {
      unreachable2("should not call mapCidRange");
    }
    mapBfRange(low, high, dstLow) {
      unreachable2("should not call mapBfRange");
    }
    mapBfRangeToArray(low, high, array) {
      unreachable2("should not call mapBfRangeToArray");
    }
    mapOne(src, dst) {
      unreachable2("should not call mapCidOne");
    }
    lookup(code) {
      return Number.isInteger(code) && code <= 65535 ? code : void 0;
    }
    contains(code) {
      return Number.isInteger(code) && code <= 65535;
    }
    forEach(callback) {
      for (let i = 0; i <= 65535; i++) {
        callback(i, i);
      }
    }
    charCodeOf(value) {
      return Number.isInteger(value) && value <= 65535 ? value : -1;
    }
    getMap() {
      unreachable2("should not call getMap");
    }
    get size() {
      return 65536;
    }
    get isIdentityCMap() {
      unreachable2("should not access .isIdentityCMap");
    }
  };
  function strToInt(str) {
    let a = 0;
    for (let i = 0; i < str.length; i++) {
      a = a << 8 | str.charCodeAt(i);
    }
    return a >>> 0;
  }
  function expectString(obj) {
    if (typeof obj !== "string") {
      throw new FormatError2("Malformed CMap: expected string.");
    }
  }
  function expectInt(obj) {
    if (!Number.isInteger(obj)) {
      throw new FormatError2("Malformed CMap: expected int.");
    }
  }
  function parseBfChar(cMap, lexer) {
    while (true) {
      let obj = lexer.getObj();
      if (obj === EOF) {
        break;
      }
      if (isCmd(obj, "endbfchar")) {
        return;
      }
      expectString(obj);
      const src = strToInt(obj);
      obj = lexer.getObj();
      expectString(obj);
      const dst = obj;
      cMap.mapOne(src, dst);
    }
  }
  function parseBfRange(cMap, lexer) {
    while (true) {
      let obj = lexer.getObj();
      if (obj === EOF) {
        break;
      }
      if (isCmd(obj, "endbfrange")) {
        return;
      }
      expectString(obj);
      const low = strToInt(obj);
      obj = lexer.getObj();
      expectString(obj);
      const high = strToInt(obj);
      obj = lexer.getObj();
      if (Number.isInteger(obj) || typeof obj === "string") {
        const dstLow = Number.isInteger(obj) ? String.fromCharCode(obj) : obj;
        cMap.mapBfRange(low, high, dstLow);
      } else if (isCmd(obj, "[")) {
        obj = lexer.getObj();
        const array = [];
        while (!isCmd(obj, "]") && obj !== EOF) {
          array.push(obj);
          obj = lexer.getObj();
        }
        cMap.mapBfRangeToArray(low, high, array);
      } else {
        break;
      }
    }
    throw new FormatError2("Invalid bf range.");
  }
  function parseCidChar(cMap, lexer) {
    while (true) {
      let obj = lexer.getObj();
      if (obj === EOF) {
        break;
      }
      if (isCmd(obj, "endcidchar")) {
        return;
      }
      expectString(obj);
      const src = strToInt(obj);
      obj = lexer.getObj();
      expectInt(obj);
      const dst = obj;
      cMap.mapOne(src, dst);
    }
  }
  function parseCidRange(cMap, lexer) {
    while (true) {
      let obj = lexer.getObj();
      if (obj === EOF) {
        break;
      }
      if (isCmd(obj, "endcidrange")) {
        return;
      }
      expectString(obj);
      const low = strToInt(obj);
      obj = lexer.getObj();
      expectString(obj);
      const high = strToInt(obj);
      obj = lexer.getObj();
      expectInt(obj);
      const dstLow = obj;
      cMap.mapCidRange(low, high, dstLow);
    }
  }
  function parseCodespaceRange(cMap, lexer) {
    while (true) {
      let obj = lexer.getObj();
      if (obj === EOF) {
        break;
      }
      if (isCmd(obj, "endcodespacerange")) {
        return;
      }
      if (typeof obj !== "string") {
        break;
      }
      const low = strToInt(obj);
      obj = lexer.getObj();
      if (typeof obj !== "string") {
        break;
      }
      const high = strToInt(obj);
      cMap.addCodespaceRange(obj.length, low, high);
    }
    throw new FormatError2("Invalid codespace range.");
  }
  function parseWMode(cMap, lexer) {
    const obj = lexer.getObj();
    if (Number.isInteger(obj)) {
      cMap.vertical = !!obj;
    }
  }
  function parseCMapName(cMap, lexer) {
    const obj = lexer.getObj();
    if (obj instanceof Name) {
      cMap.name = obj.name;
    }
  }
  async function parseCMap(cMap, lexer, fetchBuiltInCMap, useCMap) {
    let previous, embeddedUseCMap;
    objLoop: while (true) {
      try {
        const obj = lexer.getObj();
        if (obj === EOF) {
          break;
        } else if (obj instanceof Name) {
          if (obj.name === "WMode") {
            parseWMode(cMap, lexer);
          } else if (obj.name === "CMapName") {
            parseCMapName(cMap, lexer);
          }
          previous = obj;
        } else if (obj instanceof Cmd) {
          switch (obj.cmd) {
            case "endcmap":
              break objLoop;
            case "usecmap":
              if (previous instanceof Name) {
                embeddedUseCMap = previous.name;
              }
              break;
            case "begincodespacerange":
              parseCodespaceRange(cMap, lexer);
              break;
            case "beginbfchar":
              parseBfChar(cMap, lexer);
              break;
            case "begincidchar":
              parseCidChar(cMap, lexer);
              break;
            case "beginbfrange":
              parseBfRange(cMap, lexer);
              break;
            case "begincidrange":
              parseCidRange(cMap, lexer);
              break;
          }
        }
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2("Invalid cMap data: " + ex);
        continue;
      }
    }
    if (!useCMap && embeddedUseCMap) {
      useCMap = embeddedUseCMap;
    }
    return useCMap ? extendCMap(cMap, fetchBuiltInCMap, useCMap) : cMap;
  }
  async function extendCMap(cMap, fetchBuiltInCMap, useCMap) {
    cMap.useCMap = await createBuiltInCMap(useCMap, fetchBuiltInCMap);
    if (cMap.numCodespaceRanges === 0) {
      const useCodespaceRanges = cMap.useCMap.codespaceRanges;
      for (let i = 0; i < useCodespaceRanges.length; i++) {
        cMap.codespaceRanges[i] = useCodespaceRanges[i].slice();
      }
      cMap.numCodespaceRanges = cMap.useCMap.numCodespaceRanges;
    }
    cMap.useCMap.forEach((key2, value) => {
      if (!cMap.contains(key2)) {
        cMap.mapOne(key2, value);
      }
    });
    return cMap;
  }
  async function createBuiltInCMap(name, fetchBuiltInCMap) {
    if (name === "Identity-H") {
      return new IdentityCMap(false, 2);
    } else if (name === "Identity-V") {
      return new IdentityCMap(true, 2);
    }
    if (!BUILT_IN_CMAPS.has(name)) {
      throw new Error("Unknown CMap name: " + name);
    }
    if (!fetchBuiltInCMap) {
      throw new Error("Built-in CMap parameters are not provided.");
    }
    const {
      cMapData,
      isCompressed
    } = await fetchBuiltInCMap(name);
    const cMap = new CMap(true);
    if (isCompressed) {
      return new BinaryCMapReader().process(cMapData, cMap, (useCMap) => extendCMap(cMap, fetchBuiltInCMap, useCMap));
    }
    const lexer = new Lexer(new Stream2(cMapData));
    return parseCMap(cMap, lexer, fetchBuiltInCMap, null);
  }
  var CMapFactory = class {
    static async create({
      encoding,
      fetchBuiltInCMap,
      useCMap
    }) {
      if (encoding instanceof Name) {
        return createBuiltInCMap(encoding.name, fetchBuiltInCMap);
      } else if (encoding instanceof BaseStream) {
        if (encoding.isAsync) {
          const bytes2 = await encoding.asyncGetBytes();
          if (bytes2) {
            encoding = new Stream2(bytes2, 0, bytes2.length, encoding.dict);
          }
        }
        const parsedCMap = await parseCMap(new CMap(), new Lexer(encoding), fetchBuiltInCMap, useCMap);
        return parsedCMap.isIdentityCMap ? createBuiltInCMap(parsedCMap.name, fetchBuiltInCMap) : parsedCMap;
      }
      throw new Error("Encoding required.");
    }
  };
  var ExpertEncoding = ["", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "space", "exclamsmall", "Hungarumlautsmall", "", "dollaroldstyle", "dollarsuperior", "ampersandsmall", "Acutesmall", "parenleftsuperior", "parenrightsuperior", "twodotenleader", "onedotenleader", "comma", "hyphen", "period", "fraction", "zerooldstyle", "oneoldstyle", "twooldstyle", "threeoldstyle", "fouroldstyle", "fiveoldstyle", "sixoldstyle", "sevenoldstyle", "eightoldstyle", "nineoldstyle", "colon", "semicolon", "commasuperior", "threequartersemdash", "periodsuperior", "questionsmall", "", "asuperior", "bsuperior", "centsuperior", "dsuperior", "esuperior", "", "", "", "isuperior", "", "", "lsuperior", "msuperior", "nsuperior", "osuperior", "", "", "rsuperior", "ssuperior", "tsuperior", "", "ff", "fi", "fl", "ffi", "ffl", "parenleftinferior", "", "parenrightinferior", "Circumflexsmall", "hyphensuperior", "Gravesmall", "Asmall", "Bsmall", "Csmall", "Dsmall", "Esmall", "Fsmall", "Gsmall", "Hsmall", "Ismall", "Jsmall", "Ksmall", "Lsmall", "Msmall", "Nsmall", "Osmall", "Psmall", "Qsmall", "Rsmall", "Ssmall", "Tsmall", "Usmall", "Vsmall", "Wsmall", "Xsmall", "Ysmall", "Zsmall", "colonmonetary", "onefitted", "rupiah", "Tildesmall", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "exclamdownsmall", "centoldstyle", "Lslashsmall", "", "", "Scaronsmall", "Zcaronsmall", "Dieresissmall", "Brevesmall", "Caronsmall", "", "Dotaccentsmall", "", "", "Macronsmall", "", "", "figuredash", "hypheninferior", "", "", "Ogoneksmall", "Ringsmall", "Cedillasmall", "", "", "", "onequarter", "onehalf", "threequarters", "questiondownsmall", "oneeighth", "threeeighths", "fiveeighths", "seveneighths", "onethird", "twothirds", "", "", "zerosuperior", "onesuperior", "twosuperior", "threesuperior", "foursuperior", "fivesuperior", "sixsuperior", "sevensuperior", "eightsuperior", "ninesuperior", "zeroinferior", "oneinferior", "twoinferior", "threeinferior", "fourinferior", "fiveinferior", "sixinferior", "seveninferior", "eightinferior", "nineinferior", "centinferior", "dollarinferior", "periodinferior", "commainferior", "Agravesmall", "Aacutesmall", "Acircumflexsmall", "Atildesmall", "Adieresissmall", "Aringsmall", "AEsmall", "Ccedillasmall", "Egravesmall", "Eacutesmall", "Ecircumflexsmall", "Edieresissmall", "Igravesmall", "Iacutesmall", "Icircumflexsmall", "Idieresissmall", "Ethsmall", "Ntildesmall", "Ogravesmall", "Oacutesmall", "Ocircumflexsmall", "Otildesmall", "Odieresissmall", "OEsmall", "Oslashsmall", "Ugravesmall", "Uacutesmall", "Ucircumflexsmall", "Udieresissmall", "Yacutesmall", "Thornsmall", "Ydieresissmall"];
  var MacExpertEncoding = ["", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "space", "exclamsmall", "Hungarumlautsmall", "centoldstyle", "dollaroldstyle", "dollarsuperior", "ampersandsmall", "Acutesmall", "parenleftsuperior", "parenrightsuperior", "twodotenleader", "onedotenleader", "comma", "hyphen", "period", "fraction", "zerooldstyle", "oneoldstyle", "twooldstyle", "threeoldstyle", "fouroldstyle", "fiveoldstyle", "sixoldstyle", "sevenoldstyle", "eightoldstyle", "nineoldstyle", "colon", "semicolon", "", "threequartersemdash", "", "questionsmall", "", "", "", "", "Ethsmall", "", "", "onequarter", "onehalf", "threequarters", "oneeighth", "threeeighths", "fiveeighths", "seveneighths", "onethird", "twothirds", "", "", "", "", "", "", "ff", "fi", "fl", "ffi", "ffl", "parenleftinferior", "", "parenrightinferior", "Circumflexsmall", "hypheninferior", "Gravesmall", "Asmall", "Bsmall", "Csmall", "Dsmall", "Esmall", "Fsmall", "Gsmall", "Hsmall", "Ismall", "Jsmall", "Ksmall", "Lsmall", "Msmall", "Nsmall", "Osmall", "Psmall", "Qsmall", "Rsmall", "Ssmall", "Tsmall", "Usmall", "Vsmall", "Wsmall", "Xsmall", "Ysmall", "Zsmall", "colonmonetary", "onefitted", "rupiah", "Tildesmall", "", "", "asuperior", "centsuperior", "", "", "", "", "Aacutesmall", "Agravesmall", "Acircumflexsmall", "Adieresissmall", "Atildesmall", "Aringsmall", "Ccedillasmall", "Eacutesmall", "Egravesmall", "Ecircumflexsmall", "Edieresissmall", "Iacutesmall", "Igravesmall", "Icircumflexsmall", "Idieresissmall", "Ntildesmall", "Oacutesmall", "Ogravesmall", "Ocircumflexsmall", "Odieresissmall", "Otildesmall", "Uacutesmall", "Ugravesmall", "Ucircumflexsmall", "Udieresissmall", "", "eightsuperior", "fourinferior", "threeinferior", "sixinferior", "eightinferior", "seveninferior", "Scaronsmall", "", "centinferior", "twoinferior", "", "Dieresissmall", "", "Caronsmall", "osuperior", "fiveinferior", "", "commainferior", "periodinferior", "Yacutesmall", "", "dollarinferior", "", "", "Thornsmall", "", "nineinferior", "zeroinferior", "Zcaronsmall", "AEsmall", "Oslashsmall", "questiondownsmall", "oneinferior", "Lslashsmall", "", "", "", "", "", "", "Cedillasmall", "", "", "", "", "", "OEsmall", "figuredash", "hyphensuperior", "", "", "", "", "exclamdownsmall", "", "Ydieresissmall", "", "onesuperior", "twosuperior", "threesuperior", "foursuperior", "fivesuperior", "sixsuperior", "sevensuperior", "ninesuperior", "zerosuperior", "", "esuperior", "rsuperior", "tsuperior", "", "", "isuperior", "ssuperior", "dsuperior", "", "", "", "", "", "lsuperior", "Ogoneksmall", "Brevesmall", "Macronsmall", "bsuperior", "nsuperior", "msuperior", "commasuperior", "periodsuperior", "Dotaccentsmall", "Ringsmall", "", "", "", ""];
  var MacRomanEncoding = ["", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "space", "exclam", "quotedbl", "numbersign", "dollar", "percent", "ampersand", "quotesingle", "parenleft", "parenright", "asterisk", "plus", "comma", "hyphen", "period", "slash", "zero", "one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "colon", "semicolon", "less", "equal", "greater", "question", "at", "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z", "bracketleft", "backslash", "bracketright", "asciicircum", "underscore", "grave", "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z", "braceleft", "bar", "braceright", "asciitilde", "", "Adieresis", "Aring", "Ccedilla", "Eacute", "Ntilde", "Odieresis", "Udieresis", "aacute", "agrave", "acircumflex", "adieresis", "atilde", "aring", "ccedilla", "eacute", "egrave", "ecircumflex", "edieresis", "iacute", "igrave", "icircumflex", "idieresis", "ntilde", "oacute", "ograve", "ocircumflex", "odieresis", "otilde", "uacute", "ugrave", "ucircumflex", "udieresis", "dagger", "degree", "cent", "sterling", "section", "bullet", "paragraph", "germandbls", "registered", "copyright", "trademark", "acute", "dieresis", "notequal", "AE", "Oslash", "infinity", "plusminus", "lessequal", "greaterequal", "yen", "mu", "partialdiff", "summation", "product", "pi", "integral", "ordfeminine", "ordmasculine", "Omega", "ae", "oslash", "questiondown", "exclamdown", "logicalnot", "radical", "florin", "approxequal", "Delta", "guillemotleft", "guillemotright", "ellipsis", "space", "Agrave", "Atilde", "Otilde", "OE", "oe", "endash", "emdash", "quotedblleft", "quotedblright", "quoteleft", "quoteright", "divide", "lozenge", "ydieresis", "Ydieresis", "fraction", "currency", "guilsinglleft", "guilsinglright", "fi", "fl", "daggerdbl", "periodcentered", "quotesinglbase", "quotedblbase", "perthousand", "Acircumflex", "Ecircumflex", "Aacute", "Edieresis", "Egrave", "Iacute", "Icircumflex", "Idieresis", "Igrave", "Oacute", "Ocircumflex", "apple", "Ograve", "Uacute", "Ucircumflex", "Ugrave", "dotlessi", "circumflex", "tilde", "macron", "breve", "dotaccent", "ring", "cedilla", "hungarumlaut", "ogonek", "caron"];
  var StandardEncoding = ["", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "space", "exclam", "quotedbl", "numbersign", "dollar", "percent", "ampersand", "quoteright", "parenleft", "parenright", "asterisk", "plus", "comma", "hyphen", "period", "slash", "zero", "one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "colon", "semicolon", "less", "equal", "greater", "question", "at", "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z", "bracketleft", "backslash", "bracketright", "asciicircum", "underscore", "quoteleft", "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z", "braceleft", "bar", "braceright", "asciitilde", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "exclamdown", "cent", "sterling", "fraction", "yen", "florin", "section", "currency", "quotesingle", "quotedblleft", "guillemotleft", "guilsinglleft", "guilsinglright", "fi", "fl", "", "endash", "dagger", "daggerdbl", "periodcentered", "", "paragraph", "bullet", "quotesinglbase", "quotedblbase", "quotedblright", "guillemotright", "ellipsis", "perthousand", "", "questiondown", "", "grave", "acute", "circumflex", "tilde", "macron", "breve", "dotaccent", "dieresis", "", "ring", "cedilla", "", "hungarumlaut", "ogonek", "caron", "emdash", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "AE", "", "ordfeminine", "", "", "", "", "Lslash", "Oslash", "OE", "ordmasculine", "", "", "", "", "", "ae", "", "", "", "dotlessi", "", "", "lslash", "oslash", "oe", "germandbls", "", "", "", ""];
  var WinAnsiEncoding = ["", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "space", "exclam", "quotedbl", "numbersign", "dollar", "percent", "ampersand", "quotesingle", "parenleft", "parenright", "asterisk", "plus", "comma", "hyphen", "period", "slash", "zero", "one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "colon", "semicolon", "less", "equal", "greater", "question", "at", "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z", "bracketleft", "backslash", "bracketright", "asciicircum", "underscore", "grave", "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z", "braceleft", "bar", "braceright", "asciitilde", "bullet", "Euro", "bullet", "quotesinglbase", "florin", "quotedblbase", "ellipsis", "dagger", "daggerdbl", "circumflex", "perthousand", "Scaron", "guilsinglleft", "OE", "bullet", "Zcaron", "bullet", "bullet", "quoteleft", "quoteright", "quotedblleft", "quotedblright", "bullet", "endash", "emdash", "tilde", "trademark", "scaron", "guilsinglright", "oe", "bullet", "zcaron", "Ydieresis", "space", "exclamdown", "cent", "sterling", "currency", "yen", "brokenbar", "section", "dieresis", "copyright", "ordfeminine", "guillemotleft", "logicalnot", "hyphen", "registered", "macron", "degree", "plusminus", "twosuperior", "threesuperior", "acute", "mu", "paragraph", "periodcentered", "cedilla", "onesuperior", "ordmasculine", "guillemotright", "onequarter", "onehalf", "threequarters", "questiondown", "Agrave", "Aacute", "Acircumflex", "Atilde", "Adieresis", "Aring", "AE", "Ccedilla", "Egrave", "Eacute", "Ecircumflex", "Edieresis", "Igrave", "Iacute", "Icircumflex", "Idieresis", "Eth", "Ntilde", "Ograve", "Oacute", "Ocircumflex", "Otilde", "Odieresis", "multiply", "Oslash", "Ugrave", "Uacute", "Ucircumflex", "Udieresis", "Yacute", "Thorn", "germandbls", "agrave", "aacute", "acircumflex", "atilde", "adieresis", "aring", "ae", "ccedilla", "egrave", "eacute", "ecircumflex", "edieresis", "igrave", "iacute", "icircumflex", "idieresis", "eth", "ntilde", "ograve", "oacute", "ocircumflex", "otilde", "odieresis", "divide", "oslash", "ugrave", "uacute", "ucircumflex", "udieresis", "yacute", "thorn", "ydieresis"];
  var SymbolSetEncoding = ["", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "space", "exclam", "universal", "numbersign", "existential", "percent", "ampersand", "suchthat", "parenleft", "parenright", "asteriskmath", "plus", "comma", "minus", "period", "slash", "zero", "one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "colon", "semicolon", "less", "equal", "greater", "question", "congruent", "Alpha", "Beta", "Chi", "Delta", "Epsilon", "Phi", "Gamma", "Eta", "Iota", "theta1", "Kappa", "Lambda", "Mu", "Nu", "Omicron", "Pi", "Theta", "Rho", "Sigma", "Tau", "Upsilon", "sigma1", "Omega", "Xi", "Psi", "Zeta", "bracketleft", "therefore", "bracketright", "perpendicular", "underscore", "radicalex", "alpha", "beta", "chi", "delta", "epsilon", "phi", "gamma", "eta", "iota", "phi1", "kappa", "lambda", "mu", "nu", "omicron", "pi", "theta", "rho", "sigma", "tau", "upsilon", "omega1", "omega", "xi", "psi", "zeta", "braceleft", "bar", "braceright", "similar", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "Euro", "Upsilon1", "minute", "lessequal", "fraction", "infinity", "florin", "club", "diamond", "heart", "spade", "arrowboth", "arrowleft", "arrowup", "arrowright", "arrowdown", "degree", "plusminus", "second", "greaterequal", "multiply", "proportional", "partialdiff", "bullet", "divide", "notequal", "equivalence", "approxequal", "ellipsis", "arrowvertex", "arrowhorizex", "carriagereturn", "aleph", "Ifraktur", "Rfraktur", "weierstrass", "circlemultiply", "circleplus", "emptyset", "intersection", "union", "propersuperset", "reflexsuperset", "notsubset", "propersubset", "reflexsubset", "element", "notelement", "angle", "gradient", "registerserif", "copyrightserif", "trademarkserif", "product", "radical", "dotmath", "logicalnot", "logicaland", "logicalor", "arrowdblboth", "arrowdblleft", "arrowdblup", "arrowdblright", "arrowdbldown", "lozenge", "angleleft", "registersans", "copyrightsans", "trademarksans", "summation", "parenlefttp", "parenleftex", "parenleftbt", "bracketlefttp", "bracketleftex", "bracketleftbt", "bracelefttp", "braceleftmid", "braceleftbt", "braceex", "", "angleright", "integral", "integraltp", "integralex", "integralbt", "parenrighttp", "parenrightex", "parenrightbt", "bracketrighttp", "bracketrightex", "bracketrightbt", "bracerighttp", "bracerightmid", "bracerightbt", ""];
  var ZapfDingbatsEncoding = ["", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "space", "a1", "a2", "a202", "a3", "a4", "a5", "a119", "a118", "a117", "a11", "a12", "a13", "a14", "a15", "a16", "a105", "a17", "a18", "a19", "a20", "a21", "a22", "a23", "a24", "a25", "a26", "a27", "a28", "a6", "a7", "a8", "a9", "a10", "a29", "a30", "a31", "a32", "a33", "a34", "a35", "a36", "a37", "a38", "a39", "a40", "a41", "a42", "a43", "a44", "a45", "a46", "a47", "a48", "a49", "a50", "a51", "a52", "a53", "a54", "a55", "a56", "a57", "a58", "a59", "a60", "a61", "a62", "a63", "a64", "a65", "a66", "a67", "a68", "a69", "a70", "a71", "a72", "a73", "a74", "a203", "a75", "a204", "a76", "a77", "a78", "a79", "a81", "a82", "a83", "a84", "a97", "a98", "a99", "a100", "", "a89", "a90", "a93", "a94", "a91", "a92", "a205", "a85", "a206", "a86", "a87", "a88", "a95", "a96", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "a101", "a102", "a103", "a104", "a106", "a107", "a108", "a112", "a111", "a110", "a109", "a120", "a121", "a122", "a123", "a124", "a125", "a126", "a127", "a128", "a129", "a130", "a131", "a132", "a133", "a134", "a135", "a136", "a137", "a138", "a139", "a140", "a141", "a142", "a143", "a144", "a145", "a146", "a147", "a148", "a149", "a150", "a151", "a152", "a153", "a154", "a155", "a156", "a157", "a158", "a159", "a160", "a161", "a163", "a164", "a196", "a165", "a192", "a166", "a167", "a168", "a169", "a170", "a171", "a172", "a173", "a162", "a174", "a175", "a176", "a177", "a178", "a179", "a193", "a180", "a199", "a181", "a200", "a182", "", "a201", "a183", "a184", "a197", "a185", "a194", "a198", "a186", "a195", "a187", "a188", "a189", "a190", "a191", ""];
  function getEncoding(encodingName) {
    switch (encodingName) {
      case "WinAnsiEncoding":
        return WinAnsiEncoding;
      case "StandardEncoding":
        return StandardEncoding;
      case "MacRomanEncoding":
        return MacRomanEncoding;
      case "SymbolSetEncoding":
        return SymbolSetEncoding;
      case "ZapfDingbatsEncoding":
        return ZapfDingbatsEncoding;
      case "ExpertEncoding":
        return ExpertEncoding;
      case "MacExpertEncoding":
        return MacExpertEncoding;
      default:
        return null;
    }
  }
  var getGlyphsUnicode = getLookupTableFactory(function(t) {
    t.A = 65;
    t.AE = 198;
    t.AEacute = 508;
    t.AEmacron = 482;
    t.AEsmall = 63462;
    t.Aacute = 193;
    t.Aacutesmall = 63457;
    t.Abreve = 258;
    t.Abreveacute = 7854;
    t.Abrevecyrillic = 1232;
    t.Abrevedotbelow = 7862;
    t.Abrevegrave = 7856;
    t.Abrevehookabove = 7858;
    t.Abrevetilde = 7860;
    t.Acaron = 461;
    t.Acircle = 9398;
    t.Acircumflex = 194;
    t.Acircumflexacute = 7844;
    t.Acircumflexdotbelow = 7852;
    t.Acircumflexgrave = 7846;
    t.Acircumflexhookabove = 7848;
    t.Acircumflexsmall = 63458;
    t.Acircumflextilde = 7850;
    t.Acute = 63177;
    t.Acutesmall = 63412;
    t.Acyrillic = 1040;
    t.Adblgrave = 512;
    t.Adieresis = 196;
    t.Adieresiscyrillic = 1234;
    t.Adieresismacron = 478;
    t.Adieresissmall = 63460;
    t.Adotbelow = 7840;
    t.Adotmacron = 480;
    t.Agrave = 192;
    t.Agravesmall = 63456;
    t.Ahookabove = 7842;
    t.Aiecyrillic = 1236;
    t.Ainvertedbreve = 514;
    t.Alpha = 913;
    t.Alphatonos = 902;
    t.Amacron = 256;
    t.Amonospace = 65313;
    t.Aogonek = 260;
    t.Aring = 197;
    t.Aringacute = 506;
    t.Aringbelow = 7680;
    t.Aringsmall = 63461;
    t.Asmall = 63329;
    t.Atilde = 195;
    t.Atildesmall = 63459;
    t.Aybarmenian = 1329;
    t.B = 66;
    t.Bcircle = 9399;
    t.Bdotaccent = 7682;
    t.Bdotbelow = 7684;
    t.Becyrillic = 1041;
    t.Benarmenian = 1330;
    t.Beta = 914;
    t.Bhook = 385;
    t.Blinebelow = 7686;
    t.Bmonospace = 65314;
    t.Brevesmall = 63220;
    t.Bsmall = 63330;
    t.Btopbar = 386;
    t.C = 67;
    t.Caarmenian = 1342;
    t.Cacute = 262;
    t.Caron = 63178;
    t.Caronsmall = 63221;
    t.Ccaron = 268;
    t.Ccedilla = 199;
    t.Ccedillaacute = 7688;
    t.Ccedillasmall = 63463;
    t.Ccircle = 9400;
    t.Ccircumflex = 264;
    t.Cdot = 266;
    t.Cdotaccent = 266;
    t.Cedillasmall = 63416;
    t.Chaarmenian = 1353;
    t.Cheabkhasiancyrillic = 1212;
    t.Checyrillic = 1063;
    t.Chedescenderabkhasiancyrillic = 1214;
    t.Chedescendercyrillic = 1206;
    t.Chedieresiscyrillic = 1268;
    t.Cheharmenian = 1347;
    t.Chekhakassiancyrillic = 1227;
    t.Cheverticalstrokecyrillic = 1208;
    t.Chi = 935;
    t.Chook = 391;
    t.Circumflexsmall = 63222;
    t.Cmonospace = 65315;
    t.Coarmenian = 1361;
    t.Csmall = 63331;
    t.D = 68;
    t.DZ = 497;
    t.DZcaron = 452;
    t.Daarmenian = 1332;
    t.Dafrican = 393;
    t.Dcaron = 270;
    t.Dcedilla = 7696;
    t.Dcircle = 9401;
    t.Dcircumflexbelow = 7698;
    t.Dcroat = 272;
    t.Ddotaccent = 7690;
    t.Ddotbelow = 7692;
    t.Decyrillic = 1044;
    t.Deicoptic = 1006;
    t.Delta = 8710;
    t.Deltagreek = 916;
    t.Dhook = 394;
    t.Dieresis = 63179;
    t.DieresisAcute = 63180;
    t.DieresisGrave = 63181;
    t.Dieresissmall = 63400;
    t.Digammagreek = 988;
    t.Djecyrillic = 1026;
    t.Dlinebelow = 7694;
    t.Dmonospace = 65316;
    t.Dotaccentsmall = 63223;
    t.Dslash = 272;
    t.Dsmall = 63332;
    t.Dtopbar = 395;
    t.Dz = 498;
    t.Dzcaron = 453;
    t.Dzeabkhasiancyrillic = 1248;
    t.Dzecyrillic = 1029;
    t.Dzhecyrillic = 1039;
    t.E = 69;
    t.Eacute = 201;
    t.Eacutesmall = 63465;
    t.Ebreve = 276;
    t.Ecaron = 282;
    t.Ecedillabreve = 7708;
    t.Echarmenian = 1333;
    t.Ecircle = 9402;
    t.Ecircumflex = 202;
    t.Ecircumflexacute = 7870;
    t.Ecircumflexbelow = 7704;
    t.Ecircumflexdotbelow = 7878;
    t.Ecircumflexgrave = 7872;
    t.Ecircumflexhookabove = 7874;
    t.Ecircumflexsmall = 63466;
    t.Ecircumflextilde = 7876;
    t.Ecyrillic = 1028;
    t.Edblgrave = 516;
    t.Edieresis = 203;
    t.Edieresissmall = 63467;
    t.Edot = 278;
    t.Edotaccent = 278;
    t.Edotbelow = 7864;
    t.Efcyrillic = 1060;
    t.Egrave = 200;
    t.Egravesmall = 63464;
    t.Eharmenian = 1335;
    t.Ehookabove = 7866;
    t.Eightroman = 8551;
    t.Einvertedbreve = 518;
    t.Eiotifiedcyrillic = 1124;
    t.Elcyrillic = 1051;
    t.Elevenroman = 8554;
    t.Emacron = 274;
    t.Emacronacute = 7702;
    t.Emacrongrave = 7700;
    t.Emcyrillic = 1052;
    t.Emonospace = 65317;
    t.Encyrillic = 1053;
    t.Endescendercyrillic = 1186;
    t.Eng = 330;
    t.Enghecyrillic = 1188;
    t.Enhookcyrillic = 1223;
    t.Eogonek = 280;
    t.Eopen = 400;
    t.Epsilon = 917;
    t.Epsilontonos = 904;
    t.Ercyrillic = 1056;
    t.Ereversed = 398;
    t.Ereversedcyrillic = 1069;
    t.Escyrillic = 1057;
    t.Esdescendercyrillic = 1194;
    t.Esh = 425;
    t.Esmall = 63333;
    t.Eta = 919;
    t.Etarmenian = 1336;
    t.Etatonos = 905;
    t.Eth = 208;
    t.Ethsmall = 63472;
    t.Etilde = 7868;
    t.Etildebelow = 7706;
    t.Euro = 8364;
    t.Ezh = 439;
    t.Ezhcaron = 494;
    t.Ezhreversed = 440;
    t.F = 70;
    t.Fcircle = 9403;
    t.Fdotaccent = 7710;
    t.Feharmenian = 1366;
    t.Feicoptic = 996;
    t.Fhook = 401;
    t.Fitacyrillic = 1138;
    t.Fiveroman = 8548;
    t.Fmonospace = 65318;
    t.Fourroman = 8547;
    t.Fsmall = 63334;
    t.G = 71;
    t.GBsquare = 13191;
    t.Gacute = 500;
    t.Gamma = 915;
    t.Gammaafrican = 404;
    t.Gangiacoptic = 1002;
    t.Gbreve = 286;
    t.Gcaron = 486;
    t.Gcedilla = 290;
    t.Gcircle = 9404;
    t.Gcircumflex = 284;
    t.Gcommaaccent = 290;
    t.Gdot = 288;
    t.Gdotaccent = 288;
    t.Gecyrillic = 1043;
    t.Ghadarmenian = 1346;
    t.Ghemiddlehookcyrillic = 1172;
    t.Ghestrokecyrillic = 1170;
    t.Gheupturncyrillic = 1168;
    t.Ghook = 403;
    t.Gimarmenian = 1331;
    t.Gjecyrillic = 1027;
    t.Gmacron = 7712;
    t.Gmonospace = 65319;
    t.Grave = 63182;
    t.Gravesmall = 63328;
    t.Gsmall = 63335;
    t.Gsmallhook = 667;
    t.Gstroke = 484;
    t.H = 72;
    t.H18533 = 9679;
    t.H18543 = 9642;
    t.H18551 = 9643;
    t.H22073 = 9633;
    t.HPsquare = 13259;
    t.Haabkhasiancyrillic = 1192;
    t.Hadescendercyrillic = 1202;
    t.Hardsigncyrillic = 1066;
    t.Hbar = 294;
    t.Hbrevebelow = 7722;
    t.Hcedilla = 7720;
    t.Hcircle = 9405;
    t.Hcircumflex = 292;
    t.Hdieresis = 7718;
    t.Hdotaccent = 7714;
    t.Hdotbelow = 7716;
    t.Hmonospace = 65320;
    t.Hoarmenian = 1344;
    t.Horicoptic = 1e3;
    t.Hsmall = 63336;
    t.Hungarumlaut = 63183;
    t.Hungarumlautsmall = 63224;
    t.Hzsquare = 13200;
    t.I = 73;
    t.IAcyrillic = 1071;
    t.IJ = 306;
    t.IUcyrillic = 1070;
    t.Iacute = 205;
    t.Iacutesmall = 63469;
    t.Ibreve = 300;
    t.Icaron = 463;
    t.Icircle = 9406;
    t.Icircumflex = 206;
    t.Icircumflexsmall = 63470;
    t.Icyrillic = 1030;
    t.Idblgrave = 520;
    t.Idieresis = 207;
    t.Idieresisacute = 7726;
    t.Idieresiscyrillic = 1252;
    t.Idieresissmall = 63471;
    t.Idot = 304;
    t.Idotaccent = 304;
    t.Idotbelow = 7882;
    t.Iebrevecyrillic = 1238;
    t.Iecyrillic = 1045;
    t.Ifraktur = 8465;
    t.Igrave = 204;
    t.Igravesmall = 63468;
    t.Ihookabove = 7880;
    t.Iicyrillic = 1048;
    t.Iinvertedbreve = 522;
    t.Iishortcyrillic = 1049;
    t.Imacron = 298;
    t.Imacroncyrillic = 1250;
    t.Imonospace = 65321;
    t.Iniarmenian = 1339;
    t.Iocyrillic = 1025;
    t.Iogonek = 302;
    t.Iota = 921;
    t.Iotaafrican = 406;
    t.Iotadieresis = 938;
    t.Iotatonos = 906;
    t.Ismall = 63337;
    t.Istroke = 407;
    t.Itilde = 296;
    t.Itildebelow = 7724;
    t.Izhitsacyrillic = 1140;
    t.Izhitsadblgravecyrillic = 1142;
    t.J = 74;
    t.Jaarmenian = 1345;
    t.Jcircle = 9407;
    t.Jcircumflex = 308;
    t.Jecyrillic = 1032;
    t.Jheharmenian = 1355;
    t.Jmonospace = 65322;
    t.Jsmall = 63338;
    t.K = 75;
    t.KBsquare = 13189;
    t.KKsquare = 13261;
    t.Kabashkircyrillic = 1184;
    t.Kacute = 7728;
    t.Kacyrillic = 1050;
    t.Kadescendercyrillic = 1178;
    t.Kahookcyrillic = 1219;
    t.Kappa = 922;
    t.Kastrokecyrillic = 1182;
    t.Kaverticalstrokecyrillic = 1180;
    t.Kcaron = 488;
    t.Kcedilla = 310;
    t.Kcircle = 9408;
    t.Kcommaaccent = 310;
    t.Kdotbelow = 7730;
    t.Keharmenian = 1364;
    t.Kenarmenian = 1343;
    t.Khacyrillic = 1061;
    t.Kheicoptic = 998;
    t.Khook = 408;
    t.Kjecyrillic = 1036;
    t.Klinebelow = 7732;
    t.Kmonospace = 65323;
    t.Koppacyrillic = 1152;
    t.Koppagreek = 990;
    t.Ksicyrillic = 1134;
    t.Ksmall = 63339;
    t.L = 76;
    t.LJ = 455;
    t.LL = 63167;
    t.Lacute = 313;
    t.Lambda = 923;
    t.Lcaron = 317;
    t.Lcedilla = 315;
    t.Lcircle = 9409;
    t.Lcircumflexbelow = 7740;
    t.Lcommaaccent = 315;
    t.Ldot = 319;
    t.Ldotaccent = 319;
    t.Ldotbelow = 7734;
    t.Ldotbelowmacron = 7736;
    t.Liwnarmenian = 1340;
    t.Lj = 456;
    t.Ljecyrillic = 1033;
    t.Llinebelow = 7738;
    t.Lmonospace = 65324;
    t.Lslash = 321;
    t.Lslashsmall = 63225;
    t.Lsmall = 63340;
    t.M = 77;
    t.MBsquare = 13190;
    t.Macron = 63184;
    t.Macronsmall = 63407;
    t.Macute = 7742;
    t.Mcircle = 9410;
    t.Mdotaccent = 7744;
    t.Mdotbelow = 7746;
    t.Menarmenian = 1348;
    t.Mmonospace = 65325;
    t.Msmall = 63341;
    t.Mturned = 412;
    t.Mu = 924;
    t.N = 78;
    t.NJ = 458;
    t.Nacute = 323;
    t.Ncaron = 327;
    t.Ncedilla = 325;
    t.Ncircle = 9411;
    t.Ncircumflexbelow = 7754;
    t.Ncommaaccent = 325;
    t.Ndotaccent = 7748;
    t.Ndotbelow = 7750;
    t.Nhookleft = 413;
    t.Nineroman = 8552;
    t.Nj = 459;
    t.Njecyrillic = 1034;
    t.Nlinebelow = 7752;
    t.Nmonospace = 65326;
    t.Nowarmenian = 1350;
    t.Nsmall = 63342;
    t.Ntilde = 209;
    t.Ntildesmall = 63473;
    t.Nu = 925;
    t.O = 79;
    t.OE = 338;
    t.OEsmall = 63226;
    t.Oacute = 211;
    t.Oacutesmall = 63475;
    t.Obarredcyrillic = 1256;
    t.Obarreddieresiscyrillic = 1258;
    t.Obreve = 334;
    t.Ocaron = 465;
    t.Ocenteredtilde = 415;
    t.Ocircle = 9412;
    t.Ocircumflex = 212;
    t.Ocircumflexacute = 7888;
    t.Ocircumflexdotbelow = 7896;
    t.Ocircumflexgrave = 7890;
    t.Ocircumflexhookabove = 7892;
    t.Ocircumflexsmall = 63476;
    t.Ocircumflextilde = 7894;
    t.Ocyrillic = 1054;
    t.Odblacute = 336;
    t.Odblgrave = 524;
    t.Odieresis = 214;
    t.Odieresiscyrillic = 1254;
    t.Odieresissmall = 63478;
    t.Odotbelow = 7884;
    t.Ogoneksmall = 63227;
    t.Ograve = 210;
    t.Ogravesmall = 63474;
    t.Oharmenian = 1365;
    t.Ohm = 8486;
    t.Ohookabove = 7886;
    t.Ohorn = 416;
    t.Ohornacute = 7898;
    t.Ohorndotbelow = 7906;
    t.Ohorngrave = 7900;
    t.Ohornhookabove = 7902;
    t.Ohorntilde = 7904;
    t.Ohungarumlaut = 336;
    t.Oi = 418;
    t.Oinvertedbreve = 526;
    t.Omacron = 332;
    t.Omacronacute = 7762;
    t.Omacrongrave = 7760;
    t.Omega = 8486;
    t.Omegacyrillic = 1120;
    t.Omegagreek = 937;
    t.Omegaroundcyrillic = 1146;
    t.Omegatitlocyrillic = 1148;
    t.Omegatonos = 911;
    t.Omicron = 927;
    t.Omicrontonos = 908;
    t.Omonospace = 65327;
    t.Oneroman = 8544;
    t.Oogonek = 490;
    t.Oogonekmacron = 492;
    t.Oopen = 390;
    t.Oslash = 216;
    t.Oslashacute = 510;
    t.Oslashsmall = 63480;
    t.Osmall = 63343;
    t.Ostrokeacute = 510;
    t.Otcyrillic = 1150;
    t.Otilde = 213;
    t.Otildeacute = 7756;
    t.Otildedieresis = 7758;
    t.Otildesmall = 63477;
    t.P = 80;
    t.Pacute = 7764;
    t.Pcircle = 9413;
    t.Pdotaccent = 7766;
    t.Pecyrillic = 1055;
    t.Peharmenian = 1354;
    t.Pemiddlehookcyrillic = 1190;
    t.Phi = 934;
    t.Phook = 420;
    t.Pi = 928;
    t.Piwrarmenian = 1363;
    t.Pmonospace = 65328;
    t.Psi = 936;
    t.Psicyrillic = 1136;
    t.Psmall = 63344;
    t.Q = 81;
    t.Qcircle = 9414;
    t.Qmonospace = 65329;
    t.Qsmall = 63345;
    t.R = 82;
    t.Raarmenian = 1356;
    t.Racute = 340;
    t.Rcaron = 344;
    t.Rcedilla = 342;
    t.Rcircle = 9415;
    t.Rcommaaccent = 342;
    t.Rdblgrave = 528;
    t.Rdotaccent = 7768;
    t.Rdotbelow = 7770;
    t.Rdotbelowmacron = 7772;
    t.Reharmenian = 1360;
    t.Rfraktur = 8476;
    t.Rho = 929;
    t.Ringsmall = 63228;
    t.Rinvertedbreve = 530;
    t.Rlinebelow = 7774;
    t.Rmonospace = 65330;
    t.Rsmall = 63346;
    t.Rsmallinverted = 641;
    t.Rsmallinvertedsuperior = 694;
    t.S = 83;
    t.SF010000 = 9484;
    t.SF020000 = 9492;
    t.SF030000 = 9488;
    t.SF040000 = 9496;
    t.SF050000 = 9532;
    t.SF060000 = 9516;
    t.SF070000 = 9524;
    t.SF080000 = 9500;
    t.SF090000 = 9508;
    t.SF100000 = 9472;
    t.SF110000 = 9474;
    t.SF190000 = 9569;
    t.SF200000 = 9570;
    t.SF210000 = 9558;
    t.SF220000 = 9557;
    t.SF230000 = 9571;
    t.SF240000 = 9553;
    t.SF250000 = 9559;
    t.SF260000 = 9565;
    t.SF270000 = 9564;
    t.SF280000 = 9563;
    t.SF360000 = 9566;
    t.SF370000 = 9567;
    t.SF380000 = 9562;
    t.SF390000 = 9556;
    t.SF400000 = 9577;
    t.SF410000 = 9574;
    t.SF420000 = 9568;
    t.SF430000 = 9552;
    t.SF440000 = 9580;
    t.SF450000 = 9575;
    t.SF460000 = 9576;
    t.SF470000 = 9572;
    t.SF480000 = 9573;
    t.SF490000 = 9561;
    t.SF500000 = 9560;
    t.SF510000 = 9554;
    t.SF520000 = 9555;
    t.SF530000 = 9579;
    t.SF540000 = 9578;
    t.Sacute = 346;
    t.Sacutedotaccent = 7780;
    t.Sampigreek = 992;
    t.Scaron = 352;
    t.Scarondotaccent = 7782;
    t.Scaronsmall = 63229;
    t.Scedilla = 350;
    t.Schwa = 399;
    t.Schwacyrillic = 1240;
    t.Schwadieresiscyrillic = 1242;
    t.Scircle = 9416;
    t.Scircumflex = 348;
    t.Scommaaccent = 536;
    t.Sdotaccent = 7776;
    t.Sdotbelow = 7778;
    t.Sdotbelowdotaccent = 7784;
    t.Seharmenian = 1357;
    t.Sevenroman = 8550;
    t.Shaarmenian = 1351;
    t.Shacyrillic = 1064;
    t.Shchacyrillic = 1065;
    t.Sheicoptic = 994;
    t.Shhacyrillic = 1210;
    t.Shimacoptic = 1004;
    t.Sigma = 931;
    t.Sixroman = 8549;
    t.Smonospace = 65331;
    t.Softsigncyrillic = 1068;
    t.Ssmall = 63347;
    t.Stigmagreek = 986;
    t.T = 84;
    t.Tau = 932;
    t.Tbar = 358;
    t.Tcaron = 356;
    t.Tcedilla = 354;
    t.Tcircle = 9417;
    t.Tcircumflexbelow = 7792;
    t.Tcommaaccent = 354;
    t.Tdotaccent = 7786;
    t.Tdotbelow = 7788;
    t.Tecyrillic = 1058;
    t.Tedescendercyrillic = 1196;
    t.Tenroman = 8553;
    t.Tetsecyrillic = 1204;
    t.Theta = 920;
    t.Thook = 428;
    t.Thorn = 222;
    t.Thornsmall = 63486;
    t.Threeroman = 8546;
    t.Tildesmall = 63230;
    t.Tiwnarmenian = 1359;
    t.Tlinebelow = 7790;
    t.Tmonospace = 65332;
    t.Toarmenian = 1337;
    t.Tonefive = 444;
    t.Tonesix = 388;
    t.Tonetwo = 423;
    t.Tretroflexhook = 430;
    t.Tsecyrillic = 1062;
    t.Tshecyrillic = 1035;
    t.Tsmall = 63348;
    t.Twelveroman = 8555;
    t.Tworoman = 8545;
    t.U = 85;
    t.Uacute = 218;
    t.Uacutesmall = 63482;
    t.Ubreve = 364;
    t.Ucaron = 467;
    t.Ucircle = 9418;
    t.Ucircumflex = 219;
    t.Ucircumflexbelow = 7798;
    t.Ucircumflexsmall = 63483;
    t.Ucyrillic = 1059;
    t.Udblacute = 368;
    t.Udblgrave = 532;
    t.Udieresis = 220;
    t.Udieresisacute = 471;
    t.Udieresisbelow = 7794;
    t.Udieresiscaron = 473;
    t.Udieresiscyrillic = 1264;
    t.Udieresisgrave = 475;
    t.Udieresismacron = 469;
    t.Udieresissmall = 63484;
    t.Udotbelow = 7908;
    t.Ugrave = 217;
    t.Ugravesmall = 63481;
    t.Uhookabove = 7910;
    t.Uhorn = 431;
    t.Uhornacute = 7912;
    t.Uhorndotbelow = 7920;
    t.Uhorngrave = 7914;
    t.Uhornhookabove = 7916;
    t.Uhorntilde = 7918;
    t.Uhungarumlaut = 368;
    t.Uhungarumlautcyrillic = 1266;
    t.Uinvertedbreve = 534;
    t.Ukcyrillic = 1144;
    t.Umacron = 362;
    t.Umacroncyrillic = 1262;
    t.Umacrondieresis = 7802;
    t.Umonospace = 65333;
    t.Uogonek = 370;
    t.Upsilon = 933;
    t.Upsilon1 = 978;
    t.Upsilonacutehooksymbolgreek = 979;
    t.Upsilonafrican = 433;
    t.Upsilondieresis = 939;
    t.Upsilondieresishooksymbolgreek = 980;
    t.Upsilonhooksymbol = 978;
    t.Upsilontonos = 910;
    t.Uring = 366;
    t.Ushortcyrillic = 1038;
    t.Usmall = 63349;
    t.Ustraightcyrillic = 1198;
    t.Ustraightstrokecyrillic = 1200;
    t.Utilde = 360;
    t.Utildeacute = 7800;
    t.Utildebelow = 7796;
    t.V = 86;
    t.Vcircle = 9419;
    t.Vdotbelow = 7806;
    t.Vecyrillic = 1042;
    t.Vewarmenian = 1358;
    t.Vhook = 434;
    t.Vmonospace = 65334;
    t.Voarmenian = 1352;
    t.Vsmall = 63350;
    t.Vtilde = 7804;
    t.W = 87;
    t.Wacute = 7810;
    t.Wcircle = 9420;
    t.Wcircumflex = 372;
    t.Wdieresis = 7812;
    t.Wdotaccent = 7814;
    t.Wdotbelow = 7816;
    t.Wgrave = 7808;
    t.Wmonospace = 65335;
    t.Wsmall = 63351;
    t.X = 88;
    t.Xcircle = 9421;
    t.Xdieresis = 7820;
    t.Xdotaccent = 7818;
    t.Xeharmenian = 1341;
    t.Xi = 926;
    t.Xmonospace = 65336;
    t.Xsmall = 63352;
    t.Y = 89;
    t.Yacute = 221;
    t.Yacutesmall = 63485;
    t.Yatcyrillic = 1122;
    t.Ycircle = 9422;
    t.Ycircumflex = 374;
    t.Ydieresis = 376;
    t.Ydieresissmall = 63487;
    t.Ydotaccent = 7822;
    t.Ydotbelow = 7924;
    t.Yericyrillic = 1067;
    t.Yerudieresiscyrillic = 1272;
    t.Ygrave = 7922;
    t.Yhook = 435;
    t.Yhookabove = 7926;
    t.Yiarmenian = 1349;
    t.Yicyrillic = 1031;
    t.Yiwnarmenian = 1362;
    t.Ymonospace = 65337;
    t.Ysmall = 63353;
    t.Ytilde = 7928;
    t.Yusbigcyrillic = 1130;
    t.Yusbigiotifiedcyrillic = 1132;
    t.Yuslittlecyrillic = 1126;
    t.Yuslittleiotifiedcyrillic = 1128;
    t.Z = 90;
    t.Zaarmenian = 1334;
    t.Zacute = 377;
    t.Zcaron = 381;
    t.Zcaronsmall = 63231;
    t.Zcircle = 9423;
    t.Zcircumflex = 7824;
    t.Zdot = 379;
    t.Zdotaccent = 379;
    t.Zdotbelow = 7826;
    t.Zecyrillic = 1047;
    t.Zedescendercyrillic = 1176;
    t.Zedieresiscyrillic = 1246;
    t.Zeta = 918;
    t.Zhearmenian = 1338;
    t.Zhebrevecyrillic = 1217;
    t.Zhecyrillic = 1046;
    t.Zhedescendercyrillic = 1174;
    t.Zhedieresiscyrillic = 1244;
    t.Zlinebelow = 7828;
    t.Zmonospace = 65338;
    t.Zsmall = 63354;
    t.Zstroke = 437;
    t.a = 97;
    t.aabengali = 2438;
    t.aacute = 225;
    t.aadeva = 2310;
    t.aagujarati = 2694;
    t.aagurmukhi = 2566;
    t.aamatragurmukhi = 2622;
    t.aarusquare = 13059;
    t.aavowelsignbengali = 2494;
    t.aavowelsigndeva = 2366;
    t.aavowelsigngujarati = 2750;
    t.abbreviationmarkarmenian = 1375;
    t.abbreviationsigndeva = 2416;
    t.abengali = 2437;
    t.abopomofo = 12570;
    t.abreve = 259;
    t.abreveacute = 7855;
    t.abrevecyrillic = 1233;
    t.abrevedotbelow = 7863;
    t.abrevegrave = 7857;
    t.abrevehookabove = 7859;
    t.abrevetilde = 7861;
    t.acaron = 462;
    t.acircle = 9424;
    t.acircumflex = 226;
    t.acircumflexacute = 7845;
    t.acircumflexdotbelow = 7853;
    t.acircumflexgrave = 7847;
    t.acircumflexhookabove = 7849;
    t.acircumflextilde = 7851;
    t.acute = 180;
    t.acutebelowcmb = 791;
    t.acutecmb = 769;
    t.acutecomb = 769;
    t.acutedeva = 2388;
    t.acutelowmod = 719;
    t.acutetonecmb = 833;
    t.acyrillic = 1072;
    t.adblgrave = 513;
    t.addakgurmukhi = 2673;
    t.adeva = 2309;
    t.adieresis = 228;
    t.adieresiscyrillic = 1235;
    t.adieresismacron = 479;
    t.adotbelow = 7841;
    t.adotmacron = 481;
    t.ae = 230;
    t.aeacute = 509;
    t.aekorean = 12624;
    t.aemacron = 483;
    t.afii00208 = 8213;
    t.afii08941 = 8356;
    t.afii10017 = 1040;
    t.afii10018 = 1041;
    t.afii10019 = 1042;
    t.afii10020 = 1043;
    t.afii10021 = 1044;
    t.afii10022 = 1045;
    t.afii10023 = 1025;
    t.afii10024 = 1046;
    t.afii10025 = 1047;
    t.afii10026 = 1048;
    t.afii10027 = 1049;
    t.afii10028 = 1050;
    t.afii10029 = 1051;
    t.afii10030 = 1052;
    t.afii10031 = 1053;
    t.afii10032 = 1054;
    t.afii10033 = 1055;
    t.afii10034 = 1056;
    t.afii10035 = 1057;
    t.afii10036 = 1058;
    t.afii10037 = 1059;
    t.afii10038 = 1060;
    t.afii10039 = 1061;
    t.afii10040 = 1062;
    t.afii10041 = 1063;
    t.afii10042 = 1064;
    t.afii10043 = 1065;
    t.afii10044 = 1066;
    t.afii10045 = 1067;
    t.afii10046 = 1068;
    t.afii10047 = 1069;
    t.afii10048 = 1070;
    t.afii10049 = 1071;
    t.afii10050 = 1168;
    t.afii10051 = 1026;
    t.afii10052 = 1027;
    t.afii10053 = 1028;
    t.afii10054 = 1029;
    t.afii10055 = 1030;
    t.afii10056 = 1031;
    t.afii10057 = 1032;
    t.afii10058 = 1033;
    t.afii10059 = 1034;
    t.afii10060 = 1035;
    t.afii10061 = 1036;
    t.afii10062 = 1038;
    t.afii10063 = 63172;
    t.afii10064 = 63173;
    t.afii10065 = 1072;
    t.afii10066 = 1073;
    t.afii10067 = 1074;
    t.afii10068 = 1075;
    t.afii10069 = 1076;
    t.afii10070 = 1077;
    t.afii10071 = 1105;
    t.afii10072 = 1078;
    t.afii10073 = 1079;
    t.afii10074 = 1080;
    t.afii10075 = 1081;
    t.afii10076 = 1082;
    t.afii10077 = 1083;
    t.afii10078 = 1084;
    t.afii10079 = 1085;
    t.afii10080 = 1086;
    t.afii10081 = 1087;
    t.afii10082 = 1088;
    t.afii10083 = 1089;
    t.afii10084 = 1090;
    t.afii10085 = 1091;
    t.afii10086 = 1092;
    t.afii10087 = 1093;
    t.afii10088 = 1094;
    t.afii10089 = 1095;
    t.afii10090 = 1096;
    t.afii10091 = 1097;
    t.afii10092 = 1098;
    t.afii10093 = 1099;
    t.afii10094 = 1100;
    t.afii10095 = 1101;
    t.afii10096 = 1102;
    t.afii10097 = 1103;
    t.afii10098 = 1169;
    t.afii10099 = 1106;
    t.afii10100 = 1107;
    t.afii10101 = 1108;
    t.afii10102 = 1109;
    t.afii10103 = 1110;
    t.afii10104 = 1111;
    t.afii10105 = 1112;
    t.afii10106 = 1113;
    t.afii10107 = 1114;
    t.afii10108 = 1115;
    t.afii10109 = 1116;
    t.afii10110 = 1118;
    t.afii10145 = 1039;
    t.afii10146 = 1122;
    t.afii10147 = 1138;
    t.afii10148 = 1140;
    t.afii10192 = 63174;
    t.afii10193 = 1119;
    t.afii10194 = 1123;
    t.afii10195 = 1139;
    t.afii10196 = 1141;
    t.afii10831 = 63175;
    t.afii10832 = 63176;
    t.afii10846 = 1241;
    t.afii299 = 8206;
    t.afii300 = 8207;
    t.afii301 = 8205;
    t.afii57381 = 1642;
    t.afii57388 = 1548;
    t.afii57392 = 1632;
    t.afii57393 = 1633;
    t.afii57394 = 1634;
    t.afii57395 = 1635;
    t.afii57396 = 1636;
    t.afii57397 = 1637;
    t.afii57398 = 1638;
    t.afii57399 = 1639;
    t.afii57400 = 1640;
    t.afii57401 = 1641;
    t.afii57403 = 1563;
    t.afii57407 = 1567;
    t.afii57409 = 1569;
    t.afii57410 = 1570;
    t.afii57411 = 1571;
    t.afii57412 = 1572;
    t.afii57413 = 1573;
    t.afii57414 = 1574;
    t.afii57415 = 1575;
    t.afii57416 = 1576;
    t.afii57417 = 1577;
    t.afii57418 = 1578;
    t.afii57419 = 1579;
    t.afii57420 = 1580;
    t.afii57421 = 1581;
    t.afii57422 = 1582;
    t.afii57423 = 1583;
    t.afii57424 = 1584;
    t.afii57425 = 1585;
    t.afii57426 = 1586;
    t.afii57427 = 1587;
    t.afii57428 = 1588;
    t.afii57429 = 1589;
    t.afii57430 = 1590;
    t.afii57431 = 1591;
    t.afii57432 = 1592;
    t.afii57433 = 1593;
    t.afii57434 = 1594;
    t.afii57440 = 1600;
    t.afii57441 = 1601;
    t.afii57442 = 1602;
    t.afii57443 = 1603;
    t.afii57444 = 1604;
    t.afii57445 = 1605;
    t.afii57446 = 1606;
    t.afii57448 = 1608;
    t.afii57449 = 1609;
    t.afii57450 = 1610;
    t.afii57451 = 1611;
    t.afii57452 = 1612;
    t.afii57453 = 1613;
    t.afii57454 = 1614;
    t.afii57455 = 1615;
    t.afii57456 = 1616;
    t.afii57457 = 1617;
    t.afii57458 = 1618;
    t.afii57470 = 1607;
    t.afii57505 = 1700;
    t.afii57506 = 1662;
    t.afii57507 = 1670;
    t.afii57508 = 1688;
    t.afii57509 = 1711;
    t.afii57511 = 1657;
    t.afii57512 = 1672;
    t.afii57513 = 1681;
    t.afii57514 = 1722;
    t.afii57519 = 1746;
    t.afii57534 = 1749;
    t.afii57636 = 8362;
    t.afii57645 = 1470;
    t.afii57658 = 1475;
    t.afii57664 = 1488;
    t.afii57665 = 1489;
    t.afii57666 = 1490;
    t.afii57667 = 1491;
    t.afii57668 = 1492;
    t.afii57669 = 1493;
    t.afii57670 = 1494;
    t.afii57671 = 1495;
    t.afii57672 = 1496;
    t.afii57673 = 1497;
    t.afii57674 = 1498;
    t.afii57675 = 1499;
    t.afii57676 = 1500;
    t.afii57677 = 1501;
    t.afii57678 = 1502;
    t.afii57679 = 1503;
    t.afii57680 = 1504;
    t.afii57681 = 1505;
    t.afii57682 = 1506;
    t.afii57683 = 1507;
    t.afii57684 = 1508;
    t.afii57685 = 1509;
    t.afii57686 = 1510;
    t.afii57687 = 1511;
    t.afii57688 = 1512;
    t.afii57689 = 1513;
    t.afii57690 = 1514;
    t.afii57694 = 64298;
    t.afii57695 = 64299;
    t.afii57700 = 64331;
    t.afii57705 = 64287;
    t.afii57716 = 1520;
    t.afii57717 = 1521;
    t.afii57718 = 1522;
    t.afii57723 = 64309;
    t.afii57793 = 1460;
    t.afii57794 = 1461;
    t.afii57795 = 1462;
    t.afii57796 = 1467;
    t.afii57797 = 1464;
    t.afii57798 = 1463;
    t.afii57799 = 1456;
    t.afii57800 = 1458;
    t.afii57801 = 1457;
    t.afii57802 = 1459;
    t.afii57803 = 1474;
    t.afii57804 = 1473;
    t.afii57806 = 1465;
    t.afii57807 = 1468;
    t.afii57839 = 1469;
    t.afii57841 = 1471;
    t.afii57842 = 1472;
    t.afii57929 = 700;
    t.afii61248 = 8453;
    t.afii61289 = 8467;
    t.afii61352 = 8470;
    t.afii61573 = 8236;
    t.afii61574 = 8237;
    t.afii61575 = 8238;
    t.afii61664 = 8204;
    t.afii63167 = 1645;
    t.afii64937 = 701;
    t.agrave = 224;
    t.agujarati = 2693;
    t.agurmukhi = 2565;
    t.ahiragana = 12354;
    t.ahookabove = 7843;
    t.aibengali = 2448;
    t.aibopomofo = 12574;
    t.aideva = 2320;
    t.aiecyrillic = 1237;
    t.aigujarati = 2704;
    t.aigurmukhi = 2576;
    t.aimatragurmukhi = 2632;
    t.ainarabic = 1593;
    t.ainfinalarabic = 65226;
    t.aininitialarabic = 65227;
    t.ainmedialarabic = 65228;
    t.ainvertedbreve = 515;
    t.aivowelsignbengali = 2504;
    t.aivowelsigndeva = 2376;
    t.aivowelsigngujarati = 2760;
    t.akatakana = 12450;
    t.akatakanahalfwidth = 65393;
    t.akorean = 12623;
    t.alef = 1488;
    t.alefarabic = 1575;
    t.alefdageshhebrew = 64304;
    t.aleffinalarabic = 65166;
    t.alefhamzaabovearabic = 1571;
    t.alefhamzaabovefinalarabic = 65156;
    t.alefhamzabelowarabic = 1573;
    t.alefhamzabelowfinalarabic = 65160;
    t.alefhebrew = 1488;
    t.aleflamedhebrew = 64335;
    t.alefmaddaabovearabic = 1570;
    t.alefmaddaabovefinalarabic = 65154;
    t.alefmaksuraarabic = 1609;
    t.alefmaksurafinalarabic = 65264;
    t.alefmaksurainitialarabic = 65267;
    t.alefmaksuramedialarabic = 65268;
    t.alefpatahhebrew = 64302;
    t.alefqamatshebrew = 64303;
    t.aleph = 8501;
    t.allequal = 8780;
    t.alpha = 945;
    t.alphatonos = 940;
    t.amacron = 257;
    t.amonospace = 65345;
    t.ampersand = 38;
    t.ampersandmonospace = 65286;
    t.ampersandsmall = 63270;
    t.amsquare = 13250;
    t.anbopomofo = 12578;
    t.angbopomofo = 12580;
    t.angbracketleft = 12296;
    t.angbracketright = 12297;
    t.angkhankhuthai = 3674;
    t.angle = 8736;
    t.anglebracketleft = 12296;
    t.anglebracketleftvertical = 65087;
    t.anglebracketright = 12297;
    t.anglebracketrightvertical = 65088;
    t.angleleft = 9001;
    t.angleright = 9002;
    t.angstrom = 8491;
    t.anoteleia = 903;
    t.anudattadeva = 2386;
    t.anusvarabengali = 2434;
    t.anusvaradeva = 2306;
    t.anusvaragujarati = 2690;
    t.aogonek = 261;
    t.apaatosquare = 13056;
    t.aparen = 9372;
    t.apostrophearmenian = 1370;
    t.apostrophemod = 700;
    t.apple = 63743;
    t.approaches = 8784;
    t.approxequal = 8776;
    t.approxequalorimage = 8786;
    t.approximatelyequal = 8773;
    t.araeaekorean = 12686;
    t.araeakorean = 12685;
    t.arc = 8978;
    t.arighthalfring = 7834;
    t.aring = 229;
    t.aringacute = 507;
    t.aringbelow = 7681;
    t.arrowboth = 8596;
    t.arrowdashdown = 8675;
    t.arrowdashleft = 8672;
    t.arrowdashright = 8674;
    t.arrowdashup = 8673;
    t.arrowdblboth = 8660;
    t.arrowdbldown = 8659;
    t.arrowdblleft = 8656;
    t.arrowdblright = 8658;
    t.arrowdblup = 8657;
    t.arrowdown = 8595;
    t.arrowdownleft = 8601;
    t.arrowdownright = 8600;
    t.arrowdownwhite = 8681;
    t.arrowheaddownmod = 709;
    t.arrowheadleftmod = 706;
    t.arrowheadrightmod = 707;
    t.arrowheadupmod = 708;
    t.arrowhorizex = 63719;
    t.arrowleft = 8592;
    t.arrowleftdbl = 8656;
    t.arrowleftdblstroke = 8653;
    t.arrowleftoverright = 8646;
    t.arrowleftwhite = 8678;
    t.arrowright = 8594;
    t.arrowrightdblstroke = 8655;
    t.arrowrightheavy = 10142;
    t.arrowrightoverleft = 8644;
    t.arrowrightwhite = 8680;
    t.arrowtableft = 8676;
    t.arrowtabright = 8677;
    t.arrowup = 8593;
    t.arrowupdn = 8597;
    t.arrowupdnbse = 8616;
    t.arrowupdownbase = 8616;
    t.arrowupleft = 8598;
    t.arrowupleftofdown = 8645;
    t.arrowupright = 8599;
    t.arrowupwhite = 8679;
    t.arrowvertex = 63718;
    t.asciicircum = 94;
    t.asciicircummonospace = 65342;
    t.asciitilde = 126;
    t.asciitildemonospace = 65374;
    t.ascript = 593;
    t.ascriptturned = 594;
    t.asmallhiragana = 12353;
    t.asmallkatakana = 12449;
    t.asmallkatakanahalfwidth = 65383;
    t.asterisk = 42;
    t.asteriskaltonearabic = 1645;
    t.asteriskarabic = 1645;
    t.asteriskmath = 8727;
    t.asteriskmonospace = 65290;
    t.asterisksmall = 65121;
    t.asterism = 8258;
    t.asuperior = 63209;
    t.asymptoticallyequal = 8771;
    t.at = 64;
    t.atilde = 227;
    t.atmonospace = 65312;
    t.atsmall = 65131;
    t.aturned = 592;
    t.aubengali = 2452;
    t.aubopomofo = 12576;
    t.audeva = 2324;
    t.augujarati = 2708;
    t.augurmukhi = 2580;
    t.aulengthmarkbengali = 2519;
    t.aumatragurmukhi = 2636;
    t.auvowelsignbengali = 2508;
    t.auvowelsigndeva = 2380;
    t.auvowelsigngujarati = 2764;
    t.avagrahadeva = 2365;
    t.aybarmenian = 1377;
    t.ayin = 1506;
    t.ayinaltonehebrew = 64288;
    t.ayinhebrew = 1506;
    t.b = 98;
    t.babengali = 2476;
    t.backslash = 92;
    t.backslashmonospace = 65340;
    t.badeva = 2348;
    t.bagujarati = 2732;
    t.bagurmukhi = 2604;
    t.bahiragana = 12400;
    t.bahtthai = 3647;
    t.bakatakana = 12496;
    t.bar = 124;
    t.barmonospace = 65372;
    t.bbopomofo = 12549;
    t.bcircle = 9425;
    t.bdotaccent = 7683;
    t.bdotbelow = 7685;
    t.beamedsixteenthnotes = 9836;
    t.because = 8757;
    t.becyrillic = 1073;
    t.beharabic = 1576;
    t.behfinalarabic = 65168;
    t.behinitialarabic = 65169;
    t.behiragana = 12409;
    t.behmedialarabic = 65170;
    t.behmeeminitialarabic = 64671;
    t.behmeemisolatedarabic = 64520;
    t.behnoonfinalarabic = 64621;
    t.bekatakana = 12505;
    t.benarmenian = 1378;
    t.bet = 1489;
    t.beta = 946;
    t.betasymbolgreek = 976;
    t.betdagesh = 64305;
    t.betdageshhebrew = 64305;
    t.bethebrew = 1489;
    t.betrafehebrew = 64332;
    t.bhabengali = 2477;
    t.bhadeva = 2349;
    t.bhagujarati = 2733;
    t.bhagurmukhi = 2605;
    t.bhook = 595;
    t.bihiragana = 12403;
    t.bikatakana = 12499;
    t.bilabialclick = 664;
    t.bindigurmukhi = 2562;
    t.birusquare = 13105;
    t.blackcircle = 9679;
    t.blackdiamond = 9670;
    t.blackdownpointingtriangle = 9660;
    t.blackleftpointingpointer = 9668;
    t.blackleftpointingtriangle = 9664;
    t.blacklenticularbracketleft = 12304;
    t.blacklenticularbracketleftvertical = 65083;
    t.blacklenticularbracketright = 12305;
    t.blacklenticularbracketrightvertical = 65084;
    t.blacklowerlefttriangle = 9699;
    t.blacklowerrighttriangle = 9698;
    t.blackrectangle = 9644;
    t.blackrightpointingpointer = 9658;
    t.blackrightpointingtriangle = 9654;
    t.blacksmallsquare = 9642;
    t.blacksmilingface = 9787;
    t.blacksquare = 9632;
    t.blackstar = 9733;
    t.blackupperlefttriangle = 9700;
    t.blackupperrighttriangle = 9701;
    t.blackuppointingsmalltriangle = 9652;
    t.blackuppointingtriangle = 9650;
    t.blank = 9251;
    t.blinebelow = 7687;
    t.block = 9608;
    t.bmonospace = 65346;
    t.bobaimaithai = 3610;
    t.bohiragana = 12412;
    t.bokatakana = 12508;
    t.bparen = 9373;
    t.bqsquare = 13251;
    t.braceex = 63732;
    t.braceleft = 123;
    t.braceleftbt = 63731;
    t.braceleftmid = 63730;
    t.braceleftmonospace = 65371;
    t.braceleftsmall = 65115;
    t.bracelefttp = 63729;
    t.braceleftvertical = 65079;
    t.braceright = 125;
    t.bracerightbt = 63742;
    t.bracerightmid = 63741;
    t.bracerightmonospace = 65373;
    t.bracerightsmall = 65116;
    t.bracerighttp = 63740;
    t.bracerightvertical = 65080;
    t.bracketleft = 91;
    t.bracketleftbt = 63728;
    t.bracketleftex = 63727;
    t.bracketleftmonospace = 65339;
    t.bracketlefttp = 63726;
    t.bracketright = 93;
    t.bracketrightbt = 63739;
    t.bracketrightex = 63738;
    t.bracketrightmonospace = 65341;
    t.bracketrighttp = 63737;
    t.breve = 728;
    t.brevebelowcmb = 814;
    t.brevecmb = 774;
    t.breveinvertedbelowcmb = 815;
    t.breveinvertedcmb = 785;
    t.breveinverteddoublecmb = 865;
    t.bridgebelowcmb = 810;
    t.bridgeinvertedbelowcmb = 826;
    t.brokenbar = 166;
    t.bstroke = 384;
    t.bsuperior = 63210;
    t.btopbar = 387;
    t.buhiragana = 12406;
    t.bukatakana = 12502;
    t.bullet = 8226;
    t.bulletinverse = 9688;
    t.bulletoperator = 8729;
    t.bullseye = 9678;
    t.c = 99;
    t.caarmenian = 1390;
    t.cabengali = 2458;
    t.cacute = 263;
    t.cadeva = 2330;
    t.cagujarati = 2714;
    t.cagurmukhi = 2586;
    t.calsquare = 13192;
    t.candrabindubengali = 2433;
    t.candrabinducmb = 784;
    t.candrabindudeva = 2305;
    t.candrabindugujarati = 2689;
    t.capslock = 8682;
    t.careof = 8453;
    t.caron = 711;
    t.caronbelowcmb = 812;
    t.caroncmb = 780;
    t.carriagereturn = 8629;
    t.cbopomofo = 12568;
    t.ccaron = 269;
    t.ccedilla = 231;
    t.ccedillaacute = 7689;
    t.ccircle = 9426;
    t.ccircumflex = 265;
    t.ccurl = 597;
    t.cdot = 267;
    t.cdotaccent = 267;
    t.cdsquare = 13253;
    t.cedilla = 184;
    t.cedillacmb = 807;
    t.cent = 162;
    t.centigrade = 8451;
    t.centinferior = 63199;
    t.centmonospace = 65504;
    t.centoldstyle = 63394;
    t.centsuperior = 63200;
    t.chaarmenian = 1401;
    t.chabengali = 2459;
    t.chadeva = 2331;
    t.chagujarati = 2715;
    t.chagurmukhi = 2587;
    t.chbopomofo = 12564;
    t.cheabkhasiancyrillic = 1213;
    t.checkmark = 10003;
    t.checyrillic = 1095;
    t.chedescenderabkhasiancyrillic = 1215;
    t.chedescendercyrillic = 1207;
    t.chedieresiscyrillic = 1269;
    t.cheharmenian = 1395;
    t.chekhakassiancyrillic = 1228;
    t.cheverticalstrokecyrillic = 1209;
    t.chi = 967;
    t.chieuchacirclekorean = 12919;
    t.chieuchaparenkorean = 12823;
    t.chieuchcirclekorean = 12905;
    t.chieuchkorean = 12618;
    t.chieuchparenkorean = 12809;
    t.chochangthai = 3594;
    t.chochanthai = 3592;
    t.chochingthai = 3593;
    t.chochoethai = 3596;
    t.chook = 392;
    t.cieucacirclekorean = 12918;
    t.cieucaparenkorean = 12822;
    t.cieuccirclekorean = 12904;
    t.cieuckorean = 12616;
    t.cieucparenkorean = 12808;
    t.cieucuparenkorean = 12828;
    t.circle = 9675;
    t.circlecopyrt = 169;
    t.circlemultiply = 8855;
    t.circleot = 8857;
    t.circleplus = 8853;
    t.circlepostalmark = 12342;
    t.circlewithlefthalfblack = 9680;
    t.circlewithrighthalfblack = 9681;
    t.circumflex = 710;
    t.circumflexbelowcmb = 813;
    t.circumflexcmb = 770;
    t.clear = 8999;
    t.clickalveolar = 450;
    t.clickdental = 448;
    t.clicklateral = 449;
    t.clickretroflex = 451;
    t.club = 9827;
    t.clubsuitblack = 9827;
    t.clubsuitwhite = 9831;
    t.cmcubedsquare = 13220;
    t.cmonospace = 65347;
    t.cmsquaredsquare = 13216;
    t.coarmenian = 1409;
    t.colon = 58;
    t.colonmonetary = 8353;
    t.colonmonospace = 65306;
    t.colonsign = 8353;
    t.colonsmall = 65109;
    t.colontriangularhalfmod = 721;
    t.colontriangularmod = 720;
    t.comma = 44;
    t.commaabovecmb = 787;
    t.commaaboverightcmb = 789;
    t.commaaccent = 63171;
    t.commaarabic = 1548;
    t.commaarmenian = 1373;
    t.commainferior = 63201;
    t.commamonospace = 65292;
    t.commareversedabovecmb = 788;
    t.commareversedmod = 701;
    t.commasmall = 65104;
    t.commasuperior = 63202;
    t.commaturnedabovecmb = 786;
    t.commaturnedmod = 699;
    t.compass = 9788;
    t.congruent = 8773;
    t.contourintegral = 8750;
    t.control = 8963;
    t.controlACK = 6;
    t.controlBEL = 7;
    t.controlBS = 8;
    t.controlCAN = 24;
    t.controlCR = 13;
    t.controlDC1 = 17;
    t.controlDC2 = 18;
    t.controlDC3 = 19;
    t.controlDC4 = 20;
    t.controlDEL = 127;
    t.controlDLE = 16;
    t.controlEM = 25;
    t.controlENQ = 5;
    t.controlEOT = 4;
    t.controlESC = 27;
    t.controlETB = 23;
    t.controlETX = 3;
    t.controlFF = 12;
    t.controlFS = 28;
    t.controlGS = 29;
    t.controlHT = 9;
    t.controlLF = 10;
    t.controlNAK = 21;
    t.controlNULL = 0;
    t.controlRS = 30;
    t.controlSI = 15;
    t.controlSO = 14;
    t.controlSOT = 2;
    t.controlSTX = 1;
    t.controlSUB = 26;
    t.controlSYN = 22;
    t.controlUS = 31;
    t.controlVT = 11;
    t.copyright = 169;
    t.copyrightsans = 63721;
    t.copyrightserif = 63193;
    t.cornerbracketleft = 12300;
    t.cornerbracketlefthalfwidth = 65378;
    t.cornerbracketleftvertical = 65089;
    t.cornerbracketright = 12301;
    t.cornerbracketrighthalfwidth = 65379;
    t.cornerbracketrightvertical = 65090;
    t.corporationsquare = 13183;
    t.cosquare = 13255;
    t.coverkgsquare = 13254;
    t.cparen = 9374;
    t.cruzeiro = 8354;
    t.cstretched = 663;
    t.curlyand = 8911;
    t.curlyor = 8910;
    t.currency = 164;
    t.cyrBreve = 63185;
    t.cyrFlex = 63186;
    t.cyrbreve = 63188;
    t.cyrflex = 63189;
    t.d = 100;
    t.daarmenian = 1380;
    t.dabengali = 2470;
    t.dadarabic = 1590;
    t.dadeva = 2342;
    t.dadfinalarabic = 65214;
    t.dadinitialarabic = 65215;
    t.dadmedialarabic = 65216;
    t.dagesh = 1468;
    t.dageshhebrew = 1468;
    t.dagger = 8224;
    t.daggerdbl = 8225;
    t.dagujarati = 2726;
    t.dagurmukhi = 2598;
    t.dahiragana = 12384;
    t.dakatakana = 12480;
    t.dalarabic = 1583;
    t.dalet = 1491;
    t.daletdagesh = 64307;
    t.daletdageshhebrew = 64307;
    t.dalethebrew = 1491;
    t.dalfinalarabic = 65194;
    t.dammaarabic = 1615;
    t.dammalowarabic = 1615;
    t.dammatanaltonearabic = 1612;
    t.dammatanarabic = 1612;
    t.danda = 2404;
    t.dargahebrew = 1447;
    t.dargalefthebrew = 1447;
    t.dasiapneumatacyrilliccmb = 1157;
    t.dblGrave = 63187;
    t.dblanglebracketleft = 12298;
    t.dblanglebracketleftvertical = 65085;
    t.dblanglebracketright = 12299;
    t.dblanglebracketrightvertical = 65086;
    t.dblarchinvertedbelowcmb = 811;
    t.dblarrowleft = 8660;
    t.dblarrowright = 8658;
    t.dbldanda = 2405;
    t.dblgrave = 63190;
    t.dblgravecmb = 783;
    t.dblintegral = 8748;
    t.dbllowline = 8215;
    t.dbllowlinecmb = 819;
    t.dbloverlinecmb = 831;
    t.dblprimemod = 698;
    t.dblverticalbar = 8214;
    t.dblverticallineabovecmb = 782;
    t.dbopomofo = 12553;
    t.dbsquare = 13256;
    t.dcaron = 271;
    t.dcedilla = 7697;
    t.dcircle = 9427;
    t.dcircumflexbelow = 7699;
    t.dcroat = 273;
    t.ddabengali = 2465;
    t.ddadeva = 2337;
    t.ddagujarati = 2721;
    t.ddagurmukhi = 2593;
    t.ddalarabic = 1672;
    t.ddalfinalarabic = 64393;
    t.dddhadeva = 2396;
    t.ddhabengali = 2466;
    t.ddhadeva = 2338;
    t.ddhagujarati = 2722;
    t.ddhagurmukhi = 2594;
    t.ddotaccent = 7691;
    t.ddotbelow = 7693;
    t.decimalseparatorarabic = 1643;
    t.decimalseparatorpersian = 1643;
    t.decyrillic = 1076;
    t.degree = 176;
    t.dehihebrew = 1453;
    t.dehiragana = 12391;
    t.deicoptic = 1007;
    t.dekatakana = 12487;
    t.deleteleft = 9003;
    t.deleteright = 8998;
    t.delta = 948;
    t.deltaturned = 397;
    t.denominatorminusonenumeratorbengali = 2552;
    t.dezh = 676;
    t.dhabengali = 2471;
    t.dhadeva = 2343;
    t.dhagujarati = 2727;
    t.dhagurmukhi = 2599;
    t.dhook = 599;
    t.dialytikatonos = 901;
    t.dialytikatonoscmb = 836;
    t.diamond = 9830;
    t.diamondsuitwhite = 9826;
    t.dieresis = 168;
    t.dieresisacute = 63191;
    t.dieresisbelowcmb = 804;
    t.dieresiscmb = 776;
    t.dieresisgrave = 63192;
    t.dieresistonos = 901;
    t.dihiragana = 12386;
    t.dikatakana = 12482;
    t.dittomark = 12291;
    t.divide = 247;
    t.divides = 8739;
    t.divisionslash = 8725;
    t.djecyrillic = 1106;
    t.dkshade = 9619;
    t.dlinebelow = 7695;
    t.dlsquare = 13207;
    t.dmacron = 273;
    t.dmonospace = 65348;
    t.dnblock = 9604;
    t.dochadathai = 3598;
    t.dodekthai = 3604;
    t.dohiragana = 12393;
    t.dokatakana = 12489;
    t.dollar = 36;
    t.dollarinferior = 63203;
    t.dollarmonospace = 65284;
    t.dollaroldstyle = 63268;
    t.dollarsmall = 65129;
    t.dollarsuperior = 63204;
    t.dong = 8363;
    t.dorusquare = 13094;
    t.dotaccent = 729;
    t.dotaccentcmb = 775;
    t.dotbelowcmb = 803;
    t.dotbelowcomb = 803;
    t.dotkatakana = 12539;
    t.dotlessi = 305;
    t.dotlessj = 63166;
    t.dotlessjstrokehook = 644;
    t.dotmath = 8901;
    t.dottedcircle = 9676;
    t.doubleyodpatah = 64287;
    t.doubleyodpatahhebrew = 64287;
    t.downtackbelowcmb = 798;
    t.downtackmod = 725;
    t.dparen = 9375;
    t.dsuperior = 63211;
    t.dtail = 598;
    t.dtopbar = 396;
    t.duhiragana = 12389;
    t.dukatakana = 12485;
    t.dz = 499;
    t.dzaltone = 675;
    t.dzcaron = 454;
    t.dzcurl = 677;
    t.dzeabkhasiancyrillic = 1249;
    t.dzecyrillic = 1109;
    t.dzhecyrillic = 1119;
    t.e = 101;
    t.eacute = 233;
    t.earth = 9793;
    t.ebengali = 2447;
    t.ebopomofo = 12572;
    t.ebreve = 277;
    t.ecandradeva = 2317;
    t.ecandragujarati = 2701;
    t.ecandravowelsigndeva = 2373;
    t.ecandravowelsigngujarati = 2757;
    t.ecaron = 283;
    t.ecedillabreve = 7709;
    t.echarmenian = 1381;
    t.echyiwnarmenian = 1415;
    t.ecircle = 9428;
    t.ecircumflex = 234;
    t.ecircumflexacute = 7871;
    t.ecircumflexbelow = 7705;
    t.ecircumflexdotbelow = 7879;
    t.ecircumflexgrave = 7873;
    t.ecircumflexhookabove = 7875;
    t.ecircumflextilde = 7877;
    t.ecyrillic = 1108;
    t.edblgrave = 517;
    t.edeva = 2319;
    t.edieresis = 235;
    t.edot = 279;
    t.edotaccent = 279;
    t.edotbelow = 7865;
    t.eegurmukhi = 2575;
    t.eematragurmukhi = 2631;
    t.efcyrillic = 1092;
    t.egrave = 232;
    t.egujarati = 2703;
    t.eharmenian = 1383;
    t.ehbopomofo = 12573;
    t.ehiragana = 12360;
    t.ehookabove = 7867;
    t.eibopomofo = 12575;
    t.eight = 56;
    t.eightarabic = 1640;
    t.eightbengali = 2542;
    t.eightcircle = 9319;
    t.eightcircleinversesansserif = 10129;
    t.eightdeva = 2414;
    t.eighteencircle = 9329;
    t.eighteenparen = 9349;
    t.eighteenperiod = 9369;
    t.eightgujarati = 2798;
    t.eightgurmukhi = 2670;
    t.eighthackarabic = 1640;
    t.eighthangzhou = 12328;
    t.eighthnotebeamed = 9835;
    t.eightideographicparen = 12839;
    t.eightinferior = 8328;
    t.eightmonospace = 65304;
    t.eightoldstyle = 63288;
    t.eightparen = 9339;
    t.eightperiod = 9359;
    t.eightpersian = 1784;
    t.eightroman = 8567;
    t.eightsuperior = 8312;
    t.eightthai = 3672;
    t.einvertedbreve = 519;
    t.eiotifiedcyrillic = 1125;
    t.ekatakana = 12456;
    t.ekatakanahalfwidth = 65396;
    t.ekonkargurmukhi = 2676;
    t.ekorean = 12628;
    t.elcyrillic = 1083;
    t.element = 8712;
    t.elevencircle = 9322;
    t.elevenparen = 9342;
    t.elevenperiod = 9362;
    t.elevenroman = 8570;
    t.ellipsis = 8230;
    t.ellipsisvertical = 8942;
    t.emacron = 275;
    t.emacronacute = 7703;
    t.emacrongrave = 7701;
    t.emcyrillic = 1084;
    t.emdash = 8212;
    t.emdashvertical = 65073;
    t.emonospace = 65349;
    t.emphasismarkarmenian = 1371;
    t.emptyset = 8709;
    t.enbopomofo = 12579;
    t.encyrillic = 1085;
    t.endash = 8211;
    t.endashvertical = 65074;
    t.endescendercyrillic = 1187;
    t.eng = 331;
    t.engbopomofo = 12581;
    t.enghecyrillic = 1189;
    t.enhookcyrillic = 1224;
    t.enspace = 8194;
    t.eogonek = 281;
    t.eokorean = 12627;
    t.eopen = 603;
    t.eopenclosed = 666;
    t.eopenreversed = 604;
    t.eopenreversedclosed = 606;
    t.eopenreversedhook = 605;
    t.eparen = 9376;
    t.epsilon = 949;
    t.epsilontonos = 941;
    t.equal = 61;
    t.equalmonospace = 65309;
    t.equalsmall = 65126;
    t.equalsuperior = 8316;
    t.equivalence = 8801;
    t.erbopomofo = 12582;
    t.ercyrillic = 1088;
    t.ereversed = 600;
    t.ereversedcyrillic = 1101;
    t.escyrillic = 1089;
    t.esdescendercyrillic = 1195;
    t.esh = 643;
    t.eshcurl = 646;
    t.eshortdeva = 2318;
    t.eshortvowelsigndeva = 2374;
    t.eshreversedloop = 426;
    t.eshsquatreversed = 645;
    t.esmallhiragana = 12359;
    t.esmallkatakana = 12455;
    t.esmallkatakanahalfwidth = 65386;
    t.estimated = 8494;
    t.esuperior = 63212;
    t.eta = 951;
    t.etarmenian = 1384;
    t.etatonos = 942;
    t.eth = 240;
    t.etilde = 7869;
    t.etildebelow = 7707;
    t.etnahtafoukhhebrew = 1425;
    t.etnahtafoukhlefthebrew = 1425;
    t.etnahtahebrew = 1425;
    t.etnahtalefthebrew = 1425;
    t.eturned = 477;
    t.eukorean = 12641;
    t.euro = 8364;
    t.evowelsignbengali = 2503;
    t.evowelsigndeva = 2375;
    t.evowelsigngujarati = 2759;
    t.exclam = 33;
    t.exclamarmenian = 1372;
    t.exclamdbl = 8252;
    t.exclamdown = 161;
    t.exclamdownsmall = 63393;
    t.exclammonospace = 65281;
    t.exclamsmall = 63265;
    t.existential = 8707;
    t.ezh = 658;
    t.ezhcaron = 495;
    t.ezhcurl = 659;
    t.ezhreversed = 441;
    t.ezhtail = 442;
    t.f = 102;
    t.fadeva = 2398;
    t.fagurmukhi = 2654;
    t.fahrenheit = 8457;
    t.fathaarabic = 1614;
    t.fathalowarabic = 1614;
    t.fathatanarabic = 1611;
    t.fbopomofo = 12552;
    t.fcircle = 9429;
    t.fdotaccent = 7711;
    t.feharabic = 1601;
    t.feharmenian = 1414;
    t.fehfinalarabic = 65234;
    t.fehinitialarabic = 65235;
    t.fehmedialarabic = 65236;
    t.feicoptic = 997;
    t.female = 9792;
    t.ff = 64256;
    t.f_f = 64256;
    t.ffi = 64259;
    t.f_f_i = 64259;
    t.ffl = 64260;
    t.f_f_l = 64260;
    t.fi = 64257;
    t.f_i = 64257;
    t.fifteencircle = 9326;
    t.fifteenparen = 9346;
    t.fifteenperiod = 9366;
    t.figuredash = 8210;
    t.filledbox = 9632;
    t.filledrect = 9644;
    t.finalkaf = 1498;
    t.finalkafdagesh = 64314;
    t.finalkafdageshhebrew = 64314;
    t.finalkafhebrew = 1498;
    t.finalmem = 1501;
    t.finalmemhebrew = 1501;
    t.finalnun = 1503;
    t.finalnunhebrew = 1503;
    t.finalpe = 1507;
    t.finalpehebrew = 1507;
    t.finaltsadi = 1509;
    t.finaltsadihebrew = 1509;
    t.firsttonechinese = 713;
    t.fisheye = 9673;
    t.fitacyrillic = 1139;
    t.five = 53;
    t.fivearabic = 1637;
    t.fivebengali = 2539;
    t.fivecircle = 9316;
    t.fivecircleinversesansserif = 10126;
    t.fivedeva = 2411;
    t.fiveeighths = 8541;
    t.fivegujarati = 2795;
    t.fivegurmukhi = 2667;
    t.fivehackarabic = 1637;
    t.fivehangzhou = 12325;
    t.fiveideographicparen = 12836;
    t.fiveinferior = 8325;
    t.fivemonospace = 65301;
    t.fiveoldstyle = 63285;
    t.fiveparen = 9336;
    t.fiveperiod = 9356;
    t.fivepersian = 1781;
    t.fiveroman = 8564;
    t.fivesuperior = 8309;
    t.fivethai = 3669;
    t.fl = 64258;
    t.f_l = 64258;
    t.florin = 402;
    t.fmonospace = 65350;
    t.fmsquare = 13209;
    t.fofanthai = 3615;
    t.fofathai = 3613;
    t.fongmanthai = 3663;
    t.forall = 8704;
    t.four = 52;
    t.fourarabic = 1636;
    t.fourbengali = 2538;
    t.fourcircle = 9315;
    t.fourcircleinversesansserif = 10125;
    t.fourdeva = 2410;
    t.fourgujarati = 2794;
    t.fourgurmukhi = 2666;
    t.fourhackarabic = 1636;
    t.fourhangzhou = 12324;
    t.fourideographicparen = 12835;
    t.fourinferior = 8324;
    t.fourmonospace = 65300;
    t.fournumeratorbengali = 2551;
    t.fouroldstyle = 63284;
    t.fourparen = 9335;
    t.fourperiod = 9355;
    t.fourpersian = 1780;
    t.fourroman = 8563;
    t.foursuperior = 8308;
    t.fourteencircle = 9325;
    t.fourteenparen = 9345;
    t.fourteenperiod = 9365;
    t.fourthai = 3668;
    t.fourthtonechinese = 715;
    t.fparen = 9377;
    t.fraction = 8260;
    t.franc = 8355;
    t.g = 103;
    t.gabengali = 2455;
    t.gacute = 501;
    t.gadeva = 2327;
    t.gafarabic = 1711;
    t.gaffinalarabic = 64403;
    t.gafinitialarabic = 64404;
    t.gafmedialarabic = 64405;
    t.gagujarati = 2711;
    t.gagurmukhi = 2583;
    t.gahiragana = 12364;
    t.gakatakana = 12460;
    t.gamma = 947;
    t.gammalatinsmall = 611;
    t.gammasuperior = 736;
    t.gangiacoptic = 1003;
    t.gbopomofo = 12557;
    t.gbreve = 287;
    t.gcaron = 487;
    t.gcedilla = 291;
    t.gcircle = 9430;
    t.gcircumflex = 285;
    t.gcommaaccent = 291;
    t.gdot = 289;
    t.gdotaccent = 289;
    t.gecyrillic = 1075;
    t.gehiragana = 12370;
    t.gekatakana = 12466;
    t.geometricallyequal = 8785;
    t.gereshaccenthebrew = 1436;
    t.gereshhebrew = 1523;
    t.gereshmuqdamhebrew = 1437;
    t.germandbls = 223;
    t.gershayimaccenthebrew = 1438;
    t.gershayimhebrew = 1524;
    t.getamark = 12307;
    t.ghabengali = 2456;
    t.ghadarmenian = 1394;
    t.ghadeva = 2328;
    t.ghagujarati = 2712;
    t.ghagurmukhi = 2584;
    t.ghainarabic = 1594;
    t.ghainfinalarabic = 65230;
    t.ghaininitialarabic = 65231;
    t.ghainmedialarabic = 65232;
    t.ghemiddlehookcyrillic = 1173;
    t.ghestrokecyrillic = 1171;
    t.gheupturncyrillic = 1169;
    t.ghhadeva = 2394;
    t.ghhagurmukhi = 2650;
    t.ghook = 608;
    t.ghzsquare = 13203;
    t.gihiragana = 12366;
    t.gikatakana = 12462;
    t.gimarmenian = 1379;
    t.gimel = 1490;
    t.gimeldagesh = 64306;
    t.gimeldageshhebrew = 64306;
    t.gimelhebrew = 1490;
    t.gjecyrillic = 1107;
    t.glottalinvertedstroke = 446;
    t.glottalstop = 660;
    t.glottalstopinverted = 662;
    t.glottalstopmod = 704;
    t.glottalstopreversed = 661;
    t.glottalstopreversedmod = 705;
    t.glottalstopreversedsuperior = 740;
    t.glottalstopstroke = 673;
    t.glottalstopstrokereversed = 674;
    t.gmacron = 7713;
    t.gmonospace = 65351;
    t.gohiragana = 12372;
    t.gokatakana = 12468;
    t.gparen = 9378;
    t.gpasquare = 13228;
    t.gradient = 8711;
    t.grave = 96;
    t.gravebelowcmb = 790;
    t.gravecmb = 768;
    t.gravecomb = 768;
    t.gravedeva = 2387;
    t.gravelowmod = 718;
    t.gravemonospace = 65344;
    t.gravetonecmb = 832;
    t.greater = 62;
    t.greaterequal = 8805;
    t.greaterequalorless = 8923;
    t.greatermonospace = 65310;
    t.greaterorequivalent = 8819;
    t.greaterorless = 8823;
    t.greateroverequal = 8807;
    t.greatersmall = 65125;
    t.gscript = 609;
    t.gstroke = 485;
    t.guhiragana = 12368;
    t.guillemotleft = 171;
    t.guillemotright = 187;
    t.guilsinglleft = 8249;
    t.guilsinglright = 8250;
    t.gukatakana = 12464;
    t.guramusquare = 13080;
    t.gysquare = 13257;
    t.h = 104;
    t.haabkhasiancyrillic = 1193;
    t.haaltonearabic = 1729;
    t.habengali = 2489;
    t.hadescendercyrillic = 1203;
    t.hadeva = 2361;
    t.hagujarati = 2745;
    t.hagurmukhi = 2617;
    t.haharabic = 1581;
    t.hahfinalarabic = 65186;
    t.hahinitialarabic = 65187;
    t.hahiragana = 12399;
    t.hahmedialarabic = 65188;
    t.haitusquare = 13098;
    t.hakatakana = 12495;
    t.hakatakanahalfwidth = 65418;
    t.halantgurmukhi = 2637;
    t.hamzaarabic = 1569;
    t.hamzalowarabic = 1569;
    t.hangulfiller = 12644;
    t.hardsigncyrillic = 1098;
    t.harpoonleftbarbup = 8636;
    t.harpoonrightbarbup = 8640;
    t.hasquare = 13258;
    t.hatafpatah = 1458;
    t.hatafpatah16 = 1458;
    t.hatafpatah23 = 1458;
    t.hatafpatah2f = 1458;
    t.hatafpatahhebrew = 1458;
    t.hatafpatahnarrowhebrew = 1458;
    t.hatafpatahquarterhebrew = 1458;
    t.hatafpatahwidehebrew = 1458;
    t.hatafqamats = 1459;
    t.hatafqamats1b = 1459;
    t.hatafqamats28 = 1459;
    t.hatafqamats34 = 1459;
    t.hatafqamatshebrew = 1459;
    t.hatafqamatsnarrowhebrew = 1459;
    t.hatafqamatsquarterhebrew = 1459;
    t.hatafqamatswidehebrew = 1459;
    t.hatafsegol = 1457;
    t.hatafsegol17 = 1457;
    t.hatafsegol24 = 1457;
    t.hatafsegol30 = 1457;
    t.hatafsegolhebrew = 1457;
    t.hatafsegolnarrowhebrew = 1457;
    t.hatafsegolquarterhebrew = 1457;
    t.hatafsegolwidehebrew = 1457;
    t.hbar = 295;
    t.hbopomofo = 12559;
    t.hbrevebelow = 7723;
    t.hcedilla = 7721;
    t.hcircle = 9431;
    t.hcircumflex = 293;
    t.hdieresis = 7719;
    t.hdotaccent = 7715;
    t.hdotbelow = 7717;
    t.he = 1492;
    t.heart = 9829;
    t.heartsuitblack = 9829;
    t.heartsuitwhite = 9825;
    t.hedagesh = 64308;
    t.hedageshhebrew = 64308;
    t.hehaltonearabic = 1729;
    t.heharabic = 1607;
    t.hehebrew = 1492;
    t.hehfinalaltonearabic = 64423;
    t.hehfinalalttwoarabic = 65258;
    t.hehfinalarabic = 65258;
    t.hehhamzaabovefinalarabic = 64421;
    t.hehhamzaaboveisolatedarabic = 64420;
    t.hehinitialaltonearabic = 64424;
    t.hehinitialarabic = 65259;
    t.hehiragana = 12408;
    t.hehmedialaltonearabic = 64425;
    t.hehmedialarabic = 65260;
    t.heiseierasquare = 13179;
    t.hekatakana = 12504;
    t.hekatakanahalfwidth = 65421;
    t.hekutaarusquare = 13110;
    t.henghook = 615;
    t.herutusquare = 13113;
    t.het = 1495;
    t.hethebrew = 1495;
    t.hhook = 614;
    t.hhooksuperior = 689;
    t.hieuhacirclekorean = 12923;
    t.hieuhaparenkorean = 12827;
    t.hieuhcirclekorean = 12909;
    t.hieuhkorean = 12622;
    t.hieuhparenkorean = 12813;
    t.hihiragana = 12402;
    t.hikatakana = 12498;
    t.hikatakanahalfwidth = 65419;
    t.hiriq = 1460;
    t.hiriq14 = 1460;
    t.hiriq21 = 1460;
    t.hiriq2d = 1460;
    t.hiriqhebrew = 1460;
    t.hiriqnarrowhebrew = 1460;
    t.hiriqquarterhebrew = 1460;
    t.hiriqwidehebrew = 1460;
    t.hlinebelow = 7830;
    t.hmonospace = 65352;
    t.hoarmenian = 1392;
    t.hohipthai = 3627;
    t.hohiragana = 12411;
    t.hokatakana = 12507;
    t.hokatakanahalfwidth = 65422;
    t.holam = 1465;
    t.holam19 = 1465;
    t.holam26 = 1465;
    t.holam32 = 1465;
    t.holamhebrew = 1465;
    t.holamnarrowhebrew = 1465;
    t.holamquarterhebrew = 1465;
    t.holamwidehebrew = 1465;
    t.honokhukthai = 3630;
    t.hookabovecomb = 777;
    t.hookcmb = 777;
    t.hookpalatalizedbelowcmb = 801;
    t.hookretroflexbelowcmb = 802;
    t.hoonsquare = 13122;
    t.horicoptic = 1001;
    t.horizontalbar = 8213;
    t.horncmb = 795;
    t.hotsprings = 9832;
    t.house = 8962;
    t.hparen = 9379;
    t.hsuperior = 688;
    t.hturned = 613;
    t.huhiragana = 12405;
    t.huiitosquare = 13107;
    t.hukatakana = 12501;
    t.hukatakanahalfwidth = 65420;
    t.hungarumlaut = 733;
    t.hungarumlautcmb = 779;
    t.hv = 405;
    t.hyphen = 45;
    t.hypheninferior = 63205;
    t.hyphenmonospace = 65293;
    t.hyphensmall = 65123;
    t.hyphensuperior = 63206;
    t.hyphentwo = 8208;
    t.i = 105;
    t.iacute = 237;
    t.iacyrillic = 1103;
    t.ibengali = 2439;
    t.ibopomofo = 12583;
    t.ibreve = 301;
    t.icaron = 464;
    t.icircle = 9432;
    t.icircumflex = 238;
    t.icyrillic = 1110;
    t.idblgrave = 521;
    t.ideographearthcircle = 12943;
    t.ideographfirecircle = 12939;
    t.ideographicallianceparen = 12863;
    t.ideographiccallparen = 12858;
    t.ideographiccentrecircle = 12965;
    t.ideographicclose = 12294;
    t.ideographiccomma = 12289;
    t.ideographiccommaleft = 65380;
    t.ideographiccongratulationparen = 12855;
    t.ideographiccorrectcircle = 12963;
    t.ideographicearthparen = 12847;
    t.ideographicenterpriseparen = 12861;
    t.ideographicexcellentcircle = 12957;
    t.ideographicfestivalparen = 12864;
    t.ideographicfinancialcircle = 12950;
    t.ideographicfinancialparen = 12854;
    t.ideographicfireparen = 12843;
    t.ideographichaveparen = 12850;
    t.ideographichighcircle = 12964;
    t.ideographiciterationmark = 12293;
    t.ideographiclaborcircle = 12952;
    t.ideographiclaborparen = 12856;
    t.ideographicleftcircle = 12967;
    t.ideographiclowcircle = 12966;
    t.ideographicmedicinecircle = 12969;
    t.ideographicmetalparen = 12846;
    t.ideographicmoonparen = 12842;
    t.ideographicnameparen = 12852;
    t.ideographicperiod = 12290;
    t.ideographicprintcircle = 12958;
    t.ideographicreachparen = 12867;
    t.ideographicrepresentparen = 12857;
    t.ideographicresourceparen = 12862;
    t.ideographicrightcircle = 12968;
    t.ideographicsecretcircle = 12953;
    t.ideographicselfparen = 12866;
    t.ideographicsocietyparen = 12851;
    t.ideographicspace = 12288;
    t.ideographicspecialparen = 12853;
    t.ideographicstockparen = 12849;
    t.ideographicstudyparen = 12859;
    t.ideographicsunparen = 12848;
    t.ideographicsuperviseparen = 12860;
    t.ideographicwaterparen = 12844;
    t.ideographicwoodparen = 12845;
    t.ideographiczero = 12295;
    t.ideographmetalcircle = 12942;
    t.ideographmooncircle = 12938;
    t.ideographnamecircle = 12948;
    t.ideographsuncircle = 12944;
    t.ideographwatercircle = 12940;
    t.ideographwoodcircle = 12941;
    t.ideva = 2311;
    t.idieresis = 239;
    t.idieresisacute = 7727;
    t.idieresiscyrillic = 1253;
    t.idotbelow = 7883;
    t.iebrevecyrillic = 1239;
    t.iecyrillic = 1077;
    t.ieungacirclekorean = 12917;
    t.ieungaparenkorean = 12821;
    t.ieungcirclekorean = 12903;
    t.ieungkorean = 12615;
    t.ieungparenkorean = 12807;
    t.igrave = 236;
    t.igujarati = 2695;
    t.igurmukhi = 2567;
    t.ihiragana = 12356;
    t.ihookabove = 7881;
    t.iibengali = 2440;
    t.iicyrillic = 1080;
    t.iideva = 2312;
    t.iigujarati = 2696;
    t.iigurmukhi = 2568;
    t.iimatragurmukhi = 2624;
    t.iinvertedbreve = 523;
    t.iishortcyrillic = 1081;
    t.iivowelsignbengali = 2496;
    t.iivowelsigndeva = 2368;
    t.iivowelsigngujarati = 2752;
    t.ij = 307;
    t.ikatakana = 12452;
    t.ikatakanahalfwidth = 65394;
    t.ikorean = 12643;
    t.ilde = 732;
    t.iluyhebrew = 1452;
    t.imacron = 299;
    t.imacroncyrillic = 1251;
    t.imageorapproximatelyequal = 8787;
    t.imatragurmukhi = 2623;
    t.imonospace = 65353;
    t.increment = 8710;
    t.infinity = 8734;
    t.iniarmenian = 1387;
    t.integral = 8747;
    t.integralbottom = 8993;
    t.integralbt = 8993;
    t.integralex = 63733;
    t.integraltop = 8992;
    t.integraltp = 8992;
    t.intersection = 8745;
    t.intisquare = 13061;
    t.invbullet = 9688;
    t.invcircle = 9689;
    t.invsmileface = 9787;
    t.iocyrillic = 1105;
    t.iogonek = 303;
    t.iota = 953;
    t.iotadieresis = 970;
    t.iotadieresistonos = 912;
    t.iotalatin = 617;
    t.iotatonos = 943;
    t.iparen = 9380;
    t.irigurmukhi = 2674;
    t.ismallhiragana = 12355;
    t.ismallkatakana = 12451;
    t.ismallkatakanahalfwidth = 65384;
    t.issharbengali = 2554;
    t.istroke = 616;
    t.isuperior = 63213;
    t.iterationhiragana = 12445;
    t.iterationkatakana = 12541;
    t.itilde = 297;
    t.itildebelow = 7725;
    t.iubopomofo = 12585;
    t.iucyrillic = 1102;
    t.ivowelsignbengali = 2495;
    t.ivowelsigndeva = 2367;
    t.ivowelsigngujarati = 2751;
    t.izhitsacyrillic = 1141;
    t.izhitsadblgravecyrillic = 1143;
    t.j = 106;
    t.jaarmenian = 1393;
    t.jabengali = 2460;
    t.jadeva = 2332;
    t.jagujarati = 2716;
    t.jagurmukhi = 2588;
    t.jbopomofo = 12560;
    t.jcaron = 496;
    t.jcircle = 9433;
    t.jcircumflex = 309;
    t.jcrossedtail = 669;
    t.jdotlessstroke = 607;
    t.jecyrillic = 1112;
    t.jeemarabic = 1580;
    t.jeemfinalarabic = 65182;
    t.jeeminitialarabic = 65183;
    t.jeemmedialarabic = 65184;
    t.jeharabic = 1688;
    t.jehfinalarabic = 64395;
    t.jhabengali = 2461;
    t.jhadeva = 2333;
    t.jhagujarati = 2717;
    t.jhagurmukhi = 2589;
    t.jheharmenian = 1403;
    t.jis = 12292;
    t.jmonospace = 65354;
    t.jparen = 9381;
    t.jsuperior = 690;
    t.k = 107;
    t.kabashkircyrillic = 1185;
    t.kabengali = 2453;
    t.kacute = 7729;
    t.kacyrillic = 1082;
    t.kadescendercyrillic = 1179;
    t.kadeva = 2325;
    t.kaf = 1499;
    t.kafarabic = 1603;
    t.kafdagesh = 64315;
    t.kafdageshhebrew = 64315;
    t.kaffinalarabic = 65242;
    t.kafhebrew = 1499;
    t.kafinitialarabic = 65243;
    t.kafmedialarabic = 65244;
    t.kafrafehebrew = 64333;
    t.kagujarati = 2709;
    t.kagurmukhi = 2581;
    t.kahiragana = 12363;
    t.kahookcyrillic = 1220;
    t.kakatakana = 12459;
    t.kakatakanahalfwidth = 65398;
    t.kappa = 954;
    t.kappasymbolgreek = 1008;
    t.kapyeounmieumkorean = 12657;
    t.kapyeounphieuphkorean = 12676;
    t.kapyeounpieupkorean = 12664;
    t.kapyeounssangpieupkorean = 12665;
    t.karoriisquare = 13069;
    t.kashidaautoarabic = 1600;
    t.kashidaautonosidebearingarabic = 1600;
    t.kasmallkatakana = 12533;
    t.kasquare = 13188;
    t.kasraarabic = 1616;
    t.kasratanarabic = 1613;
    t.kastrokecyrillic = 1183;
    t.katahiraprolongmarkhalfwidth = 65392;
    t.kaverticalstrokecyrillic = 1181;
    t.kbopomofo = 12558;
    t.kcalsquare = 13193;
    t.kcaron = 489;
    t.kcedilla = 311;
    t.kcircle = 9434;
    t.kcommaaccent = 311;
    t.kdotbelow = 7731;
    t.keharmenian = 1412;
    t.kehiragana = 12369;
    t.kekatakana = 12465;
    t.kekatakanahalfwidth = 65401;
    t.kenarmenian = 1391;
    t.kesmallkatakana = 12534;
    t.kgreenlandic = 312;
    t.khabengali = 2454;
    t.khacyrillic = 1093;
    t.khadeva = 2326;
    t.khagujarati = 2710;
    t.khagurmukhi = 2582;
    t.khaharabic = 1582;
    t.khahfinalarabic = 65190;
    t.khahinitialarabic = 65191;
    t.khahmedialarabic = 65192;
    t.kheicoptic = 999;
    t.khhadeva = 2393;
    t.khhagurmukhi = 2649;
    t.khieukhacirclekorean = 12920;
    t.khieukhaparenkorean = 12824;
    t.khieukhcirclekorean = 12906;
    t.khieukhkorean = 12619;
    t.khieukhparenkorean = 12810;
    t.khokhaithai = 3586;
    t.khokhonthai = 3589;
    t.khokhuatthai = 3587;
    t.khokhwaithai = 3588;
    t.khomutthai = 3675;
    t.khook = 409;
    t.khorakhangthai = 3590;
    t.khzsquare = 13201;
    t.kihiragana = 12365;
    t.kikatakana = 12461;
    t.kikatakanahalfwidth = 65399;
    t.kiroguramusquare = 13077;
    t.kiromeetorusquare = 13078;
    t.kirosquare = 13076;
    t.kiyeokacirclekorean = 12910;
    t.kiyeokaparenkorean = 12814;
    t.kiyeokcirclekorean = 12896;
    t.kiyeokkorean = 12593;
    t.kiyeokparenkorean = 12800;
    t.kiyeoksioskorean = 12595;
    t.kjecyrillic = 1116;
    t.klinebelow = 7733;
    t.klsquare = 13208;
    t.kmcubedsquare = 13222;
    t.kmonospace = 65355;
    t.kmsquaredsquare = 13218;
    t.kohiragana = 12371;
    t.kohmsquare = 13248;
    t.kokaithai = 3585;
    t.kokatakana = 12467;
    t.kokatakanahalfwidth = 65402;
    t.kooposquare = 13086;
    t.koppacyrillic = 1153;
    t.koreanstandardsymbol = 12927;
    t.koroniscmb = 835;
    t.kparen = 9382;
    t.kpasquare = 13226;
    t.ksicyrillic = 1135;
    t.ktsquare = 13263;
    t.kturned = 670;
    t.kuhiragana = 12367;
    t.kukatakana = 12463;
    t.kukatakanahalfwidth = 65400;
    t.kvsquare = 13240;
    t.kwsquare = 13246;
    t.l = 108;
    t.labengali = 2482;
    t.lacute = 314;
    t.ladeva = 2354;
    t.lagujarati = 2738;
    t.lagurmukhi = 2610;
    t.lakkhangyaothai = 3653;
    t.lamaleffinalarabic = 65276;
    t.lamalefhamzaabovefinalarabic = 65272;
    t.lamalefhamzaaboveisolatedarabic = 65271;
    t.lamalefhamzabelowfinalarabic = 65274;
    t.lamalefhamzabelowisolatedarabic = 65273;
    t.lamalefisolatedarabic = 65275;
    t.lamalefmaddaabovefinalarabic = 65270;
    t.lamalefmaddaaboveisolatedarabic = 65269;
    t.lamarabic = 1604;
    t.lambda = 955;
    t.lambdastroke = 411;
    t.lamed = 1500;
    t.lameddagesh = 64316;
    t.lameddageshhebrew = 64316;
    t.lamedhebrew = 1500;
    t.lamfinalarabic = 65246;
    t.lamhahinitialarabic = 64714;
    t.laminitialarabic = 65247;
    t.lamjeeminitialarabic = 64713;
    t.lamkhahinitialarabic = 64715;
    t.lamlamhehisolatedarabic = 65010;
    t.lammedialarabic = 65248;
    t.lammeemhahinitialarabic = 64904;
    t.lammeeminitialarabic = 64716;
    t.largecircle = 9711;
    t.lbar = 410;
    t.lbelt = 620;
    t.lbopomofo = 12556;
    t.lcaron = 318;
    t.lcedilla = 316;
    t.lcircle = 9435;
    t.lcircumflexbelow = 7741;
    t.lcommaaccent = 316;
    t.ldot = 320;
    t.ldotaccent = 320;
    t.ldotbelow = 7735;
    t.ldotbelowmacron = 7737;
    t.leftangleabovecmb = 794;
    t.lefttackbelowcmb = 792;
    t.less = 60;
    t.lessequal = 8804;
    t.lessequalorgreater = 8922;
    t.lessmonospace = 65308;
    t.lessorequivalent = 8818;
    t.lessorgreater = 8822;
    t.lessoverequal = 8806;
    t.lesssmall = 65124;
    t.lezh = 622;
    t.lfblock = 9612;
    t.lhookretroflex = 621;
    t.lira = 8356;
    t.liwnarmenian = 1388;
    t.lj = 457;
    t.ljecyrillic = 1113;
    t.ll = 63168;
    t.lladeva = 2355;
    t.llagujarati = 2739;
    t.llinebelow = 7739;
    t.llladeva = 2356;
    t.llvocalicbengali = 2529;
    t.llvocalicdeva = 2401;
    t.llvocalicvowelsignbengali = 2531;
    t.llvocalicvowelsigndeva = 2403;
    t.lmiddletilde = 619;
    t.lmonospace = 65356;
    t.lmsquare = 13264;
    t.lochulathai = 3628;
    t.logicaland = 8743;
    t.logicalnot = 172;
    t.logicalnotreversed = 8976;
    t.logicalor = 8744;
    t.lolingthai = 3621;
    t.longs = 383;
    t.lowlinecenterline = 65102;
    t.lowlinecmb = 818;
    t.lowlinedashed = 65101;
    t.lozenge = 9674;
    t.lparen = 9383;
    t.lslash = 322;
    t.lsquare = 8467;
    t.lsuperior = 63214;
    t.ltshade = 9617;
    t.luthai = 3622;
    t.lvocalicbengali = 2444;
    t.lvocalicdeva = 2316;
    t.lvocalicvowelsignbengali = 2530;
    t.lvocalicvowelsigndeva = 2402;
    t.lxsquare = 13267;
    t.m = 109;
    t.mabengali = 2478;
    t.macron = 175;
    t.macronbelowcmb = 817;
    t.macroncmb = 772;
    t.macronlowmod = 717;
    t.macronmonospace = 65507;
    t.macute = 7743;
    t.madeva = 2350;
    t.magujarati = 2734;
    t.magurmukhi = 2606;
    t.mahapakhhebrew = 1444;
    t.mahapakhlefthebrew = 1444;
    t.mahiragana = 12414;
    t.maichattawalowleftthai = 63637;
    t.maichattawalowrightthai = 63636;
    t.maichattawathai = 3659;
    t.maichattawaupperleftthai = 63635;
    t.maieklowleftthai = 63628;
    t.maieklowrightthai = 63627;
    t.maiekthai = 3656;
    t.maiekupperleftthai = 63626;
    t.maihanakatleftthai = 63620;
    t.maihanakatthai = 3633;
    t.maitaikhuleftthai = 63625;
    t.maitaikhuthai = 3655;
    t.maitholowleftthai = 63631;
    t.maitholowrightthai = 63630;
    t.maithothai = 3657;
    t.maithoupperleftthai = 63629;
    t.maitrilowleftthai = 63634;
    t.maitrilowrightthai = 63633;
    t.maitrithai = 3658;
    t.maitriupperleftthai = 63632;
    t.maiyamokthai = 3654;
    t.makatakana = 12510;
    t.makatakanahalfwidth = 65423;
    t.male = 9794;
    t.mansyonsquare = 13127;
    t.maqafhebrew = 1470;
    t.mars = 9794;
    t.masoracirclehebrew = 1455;
    t.masquare = 13187;
    t.mbopomofo = 12551;
    t.mbsquare = 13268;
    t.mcircle = 9436;
    t.mcubedsquare = 13221;
    t.mdotaccent = 7745;
    t.mdotbelow = 7747;
    t.meemarabic = 1605;
    t.meemfinalarabic = 65250;
    t.meeminitialarabic = 65251;
    t.meemmedialarabic = 65252;
    t.meemmeeminitialarabic = 64721;
    t.meemmeemisolatedarabic = 64584;
    t.meetorusquare = 13133;
    t.mehiragana = 12417;
    t.meizierasquare = 13182;
    t.mekatakana = 12513;
    t.mekatakanahalfwidth = 65426;
    t.mem = 1502;
    t.memdagesh = 64318;
    t.memdageshhebrew = 64318;
    t.memhebrew = 1502;
    t.menarmenian = 1396;
    t.merkhahebrew = 1445;
    t.merkhakefulahebrew = 1446;
    t.merkhakefulalefthebrew = 1446;
    t.merkhalefthebrew = 1445;
    t.mhook = 625;
    t.mhzsquare = 13202;
    t.middledotkatakanahalfwidth = 65381;
    t.middot = 183;
    t.mieumacirclekorean = 12914;
    t.mieumaparenkorean = 12818;
    t.mieumcirclekorean = 12900;
    t.mieumkorean = 12609;
    t.mieumpansioskorean = 12656;
    t.mieumparenkorean = 12804;
    t.mieumpieupkorean = 12654;
    t.mieumsioskorean = 12655;
    t.mihiragana = 12415;
    t.mikatakana = 12511;
    t.mikatakanahalfwidth = 65424;
    t.minus = 8722;
    t.minusbelowcmb = 800;
    t.minuscircle = 8854;
    t.minusmod = 727;
    t.minusplus = 8723;
    t.minute = 8242;
    t.miribaarusquare = 13130;
    t.mirisquare = 13129;
    t.mlonglegturned = 624;
    t.mlsquare = 13206;
    t.mmcubedsquare = 13219;
    t.mmonospace = 65357;
    t.mmsquaredsquare = 13215;
    t.mohiragana = 12418;
    t.mohmsquare = 13249;
    t.mokatakana = 12514;
    t.mokatakanahalfwidth = 65427;
    t.molsquare = 13270;
    t.momathai = 3617;
    t.moverssquare = 13223;
    t.moverssquaredsquare = 13224;
    t.mparen = 9384;
    t.mpasquare = 13227;
    t.mssquare = 13235;
    t.msuperior = 63215;
    t.mturned = 623;
    t.mu = 181;
    t.mu1 = 181;
    t.muasquare = 13186;
    t.muchgreater = 8811;
    t.muchless = 8810;
    t.mufsquare = 13196;
    t.mugreek = 956;
    t.mugsquare = 13197;
    t.muhiragana = 12416;
    t.mukatakana = 12512;
    t.mukatakanahalfwidth = 65425;
    t.mulsquare = 13205;
    t.multiply = 215;
    t.mumsquare = 13211;
    t.munahhebrew = 1443;
    t.munahlefthebrew = 1443;
    t.musicalnote = 9834;
    t.musicalnotedbl = 9835;
    t.musicflatsign = 9837;
    t.musicsharpsign = 9839;
    t.mussquare = 13234;
    t.muvsquare = 13238;
    t.muwsquare = 13244;
    t.mvmegasquare = 13241;
    t.mvsquare = 13239;
    t.mwmegasquare = 13247;
    t.mwsquare = 13245;
    t.n = 110;
    t.nabengali = 2472;
    t.nabla = 8711;
    t.nacute = 324;
    t.nadeva = 2344;
    t.nagujarati = 2728;
    t.nagurmukhi = 2600;
    t.nahiragana = 12394;
    t.nakatakana = 12490;
    t.nakatakanahalfwidth = 65413;
    t.napostrophe = 329;
    t.nasquare = 13185;
    t.nbopomofo = 12555;
    t.nbspace = 160;
    t.ncaron = 328;
    t.ncedilla = 326;
    t.ncircle = 9437;
    t.ncircumflexbelow = 7755;
    t.ncommaaccent = 326;
    t.ndotaccent = 7749;
    t.ndotbelow = 7751;
    t.nehiragana = 12397;
    t.nekatakana = 12493;
    t.nekatakanahalfwidth = 65416;
    t.newsheqelsign = 8362;
    t.nfsquare = 13195;
    t.ngabengali = 2457;
    t.ngadeva = 2329;
    t.ngagujarati = 2713;
    t.ngagurmukhi = 2585;
    t.ngonguthai = 3591;
    t.nhiragana = 12435;
    t.nhookleft = 626;
    t.nhookretroflex = 627;
    t.nieunacirclekorean = 12911;
    t.nieunaparenkorean = 12815;
    t.nieuncieuckorean = 12597;
    t.nieuncirclekorean = 12897;
    t.nieunhieuhkorean = 12598;
    t.nieunkorean = 12596;
    t.nieunpansioskorean = 12648;
    t.nieunparenkorean = 12801;
    t.nieunsioskorean = 12647;
    t.nieuntikeutkorean = 12646;
    t.nihiragana = 12395;
    t.nikatakana = 12491;
    t.nikatakanahalfwidth = 65414;
    t.nikhahitleftthai = 63641;
    t.nikhahitthai = 3661;
    t.nine = 57;
    t.ninearabic = 1641;
    t.ninebengali = 2543;
    t.ninecircle = 9320;
    t.ninecircleinversesansserif = 10130;
    t.ninedeva = 2415;
    t.ninegujarati = 2799;
    t.ninegurmukhi = 2671;
    t.ninehackarabic = 1641;
    t.ninehangzhou = 12329;
    t.nineideographicparen = 12840;
    t.nineinferior = 8329;
    t.ninemonospace = 65305;
    t.nineoldstyle = 63289;
    t.nineparen = 9340;
    t.nineperiod = 9360;
    t.ninepersian = 1785;
    t.nineroman = 8568;
    t.ninesuperior = 8313;
    t.nineteencircle = 9330;
    t.nineteenparen = 9350;
    t.nineteenperiod = 9370;
    t.ninethai = 3673;
    t.nj = 460;
    t.njecyrillic = 1114;
    t.nkatakana = 12531;
    t.nkatakanahalfwidth = 65437;
    t.nlegrightlong = 414;
    t.nlinebelow = 7753;
    t.nmonospace = 65358;
    t.nmsquare = 13210;
    t.nnabengali = 2467;
    t.nnadeva = 2339;
    t.nnagujarati = 2723;
    t.nnagurmukhi = 2595;
    t.nnnadeva = 2345;
    t.nohiragana = 12398;
    t.nokatakana = 12494;
    t.nokatakanahalfwidth = 65417;
    t.nonbreakingspace = 160;
    t.nonenthai = 3603;
    t.nonuthai = 3609;
    t.noonarabic = 1606;
    t.noonfinalarabic = 65254;
    t.noonghunnaarabic = 1722;
    t.noonghunnafinalarabic = 64415;
    t.nooninitialarabic = 65255;
    t.noonjeeminitialarabic = 64722;
    t.noonjeemisolatedarabic = 64587;
    t.noonmedialarabic = 65256;
    t.noonmeeminitialarabic = 64725;
    t.noonmeemisolatedarabic = 64590;
    t.noonnoonfinalarabic = 64653;
    t.notcontains = 8716;
    t.notelement = 8713;
    t.notelementof = 8713;
    t.notequal = 8800;
    t.notgreater = 8815;
    t.notgreaternorequal = 8817;
    t.notgreaternorless = 8825;
    t.notidentical = 8802;
    t.notless = 8814;
    t.notlessnorequal = 8816;
    t.notparallel = 8742;
    t.notprecedes = 8832;
    t.notsubset = 8836;
    t.notsucceeds = 8833;
    t.notsuperset = 8837;
    t.nowarmenian = 1398;
    t.nparen = 9385;
    t.nssquare = 13233;
    t.nsuperior = 8319;
    t.ntilde = 241;
    t.nu = 957;
    t.nuhiragana = 12396;
    t.nukatakana = 12492;
    t.nukatakanahalfwidth = 65415;
    t.nuktabengali = 2492;
    t.nuktadeva = 2364;
    t.nuktagujarati = 2748;
    t.nuktagurmukhi = 2620;
    t.numbersign = 35;
    t.numbersignmonospace = 65283;
    t.numbersignsmall = 65119;
    t.numeralsigngreek = 884;
    t.numeralsignlowergreek = 885;
    t.numero = 8470;
    t.nun = 1504;
    t.nundagesh = 64320;
    t.nundageshhebrew = 64320;
    t.nunhebrew = 1504;
    t.nvsquare = 13237;
    t.nwsquare = 13243;
    t.nyabengali = 2462;
    t.nyadeva = 2334;
    t.nyagujarati = 2718;
    t.nyagurmukhi = 2590;
    t.o = 111;
    t.oacute = 243;
    t.oangthai = 3629;
    t.obarred = 629;
    t.obarredcyrillic = 1257;
    t.obarreddieresiscyrillic = 1259;
    t.obengali = 2451;
    t.obopomofo = 12571;
    t.obreve = 335;
    t.ocandradeva = 2321;
    t.ocandragujarati = 2705;
    t.ocandravowelsigndeva = 2377;
    t.ocandravowelsigngujarati = 2761;
    t.ocaron = 466;
    t.ocircle = 9438;
    t.ocircumflex = 244;
    t.ocircumflexacute = 7889;
    t.ocircumflexdotbelow = 7897;
    t.ocircumflexgrave = 7891;
    t.ocircumflexhookabove = 7893;
    t.ocircumflextilde = 7895;
    t.ocyrillic = 1086;
    t.odblacute = 337;
    t.odblgrave = 525;
    t.odeva = 2323;
    t.odieresis = 246;
    t.odieresiscyrillic = 1255;
    t.odotbelow = 7885;
    t.oe = 339;
    t.oekorean = 12634;
    t.ogonek = 731;
    t.ogonekcmb = 808;
    t.ograve = 242;
    t.ogujarati = 2707;
    t.oharmenian = 1413;
    t.ohiragana = 12362;
    t.ohookabove = 7887;
    t.ohorn = 417;
    t.ohornacute = 7899;
    t.ohorndotbelow = 7907;
    t.ohorngrave = 7901;
    t.ohornhookabove = 7903;
    t.ohorntilde = 7905;
    t.ohungarumlaut = 337;
    t.oi = 419;
    t.oinvertedbreve = 527;
    t.okatakana = 12458;
    t.okatakanahalfwidth = 65397;
    t.okorean = 12631;
    t.olehebrew = 1451;
    t.omacron = 333;
    t.omacronacute = 7763;
    t.omacrongrave = 7761;
    t.omdeva = 2384;
    t.omega = 969;
    t.omega1 = 982;
    t.omegacyrillic = 1121;
    t.omegalatinclosed = 631;
    t.omegaroundcyrillic = 1147;
    t.omegatitlocyrillic = 1149;
    t.omegatonos = 974;
    t.omgujarati = 2768;
    t.omicron = 959;
    t.omicrontonos = 972;
    t.omonospace = 65359;
    t.one = 49;
    t.onearabic = 1633;
    t.onebengali = 2535;
    t.onecircle = 9312;
    t.onecircleinversesansserif = 10122;
    t.onedeva = 2407;
    t.onedotenleader = 8228;
    t.oneeighth = 8539;
    t.onefitted = 63196;
    t.onegujarati = 2791;
    t.onegurmukhi = 2663;
    t.onehackarabic = 1633;
    t.onehalf = 189;
    t.onehangzhou = 12321;
    t.oneideographicparen = 12832;
    t.oneinferior = 8321;
    t.onemonospace = 65297;
    t.onenumeratorbengali = 2548;
    t.oneoldstyle = 63281;
    t.oneparen = 9332;
    t.oneperiod = 9352;
    t.onepersian = 1777;
    t.onequarter = 188;
    t.oneroman = 8560;
    t.onesuperior = 185;
    t.onethai = 3665;
    t.onethird = 8531;
    t.oogonek = 491;
    t.oogonekmacron = 493;
    t.oogurmukhi = 2579;
    t.oomatragurmukhi = 2635;
    t.oopen = 596;
    t.oparen = 9386;
    t.openbullet = 9702;
    t.option = 8997;
    t.ordfeminine = 170;
    t.ordmasculine = 186;
    t.orthogonal = 8735;
    t.oshortdeva = 2322;
    t.oshortvowelsigndeva = 2378;
    t.oslash = 248;
    t.oslashacute = 511;
    t.osmallhiragana = 12361;
    t.osmallkatakana = 12457;
    t.osmallkatakanahalfwidth = 65387;
    t.ostrokeacute = 511;
    t.osuperior = 63216;
    t.otcyrillic = 1151;
    t.otilde = 245;
    t.otildeacute = 7757;
    t.otildedieresis = 7759;
    t.oubopomofo = 12577;
    t.overline = 8254;
    t.overlinecenterline = 65098;
    t.overlinecmb = 773;
    t.overlinedashed = 65097;
    t.overlinedblwavy = 65100;
    t.overlinewavy = 65099;
    t.overscore = 175;
    t.ovowelsignbengali = 2507;
    t.ovowelsigndeva = 2379;
    t.ovowelsigngujarati = 2763;
    t.p = 112;
    t.paampssquare = 13184;
    t.paasentosquare = 13099;
    t.pabengali = 2474;
    t.pacute = 7765;
    t.padeva = 2346;
    t.pagedown = 8671;
    t.pageup = 8670;
    t.pagujarati = 2730;
    t.pagurmukhi = 2602;
    t.pahiragana = 12401;
    t.paiyannoithai = 3631;
    t.pakatakana = 12497;
    t.palatalizationcyrilliccmb = 1156;
    t.palochkacyrillic = 1216;
    t.pansioskorean = 12671;
    t.paragraph = 182;
    t.parallel = 8741;
    t.parenleft = 40;
    t.parenleftaltonearabic = 64830;
    t.parenleftbt = 63725;
    t.parenleftex = 63724;
    t.parenleftinferior = 8333;
    t.parenleftmonospace = 65288;
    t.parenleftsmall = 65113;
    t.parenleftsuperior = 8317;
    t.parenlefttp = 63723;
    t.parenleftvertical = 65077;
    t.parenright = 41;
    t.parenrightaltonearabic = 64831;
    t.parenrightbt = 63736;
    t.parenrightex = 63735;
    t.parenrightinferior = 8334;
    t.parenrightmonospace = 65289;
    t.parenrightsmall = 65114;
    t.parenrightsuperior = 8318;
    t.parenrighttp = 63734;
    t.parenrightvertical = 65078;
    t.partialdiff = 8706;
    t.paseqhebrew = 1472;
    t.pashtahebrew = 1433;
    t.pasquare = 13225;
    t.patah = 1463;
    t.patah11 = 1463;
    t.patah1d = 1463;
    t.patah2a = 1463;
    t.patahhebrew = 1463;
    t.patahnarrowhebrew = 1463;
    t.patahquarterhebrew = 1463;
    t.patahwidehebrew = 1463;
    t.pazerhebrew = 1441;
    t.pbopomofo = 12550;
    t.pcircle = 9439;
    t.pdotaccent = 7767;
    t.pe = 1508;
    t.pecyrillic = 1087;
    t.pedagesh = 64324;
    t.pedageshhebrew = 64324;
    t.peezisquare = 13115;
    t.pefinaldageshhebrew = 64323;
    t.peharabic = 1662;
    t.peharmenian = 1402;
    t.pehebrew = 1508;
    t.pehfinalarabic = 64343;
    t.pehinitialarabic = 64344;
    t.pehiragana = 12410;
    t.pehmedialarabic = 64345;
    t.pekatakana = 12506;
    t.pemiddlehookcyrillic = 1191;
    t.perafehebrew = 64334;
    t.percent = 37;
    t.percentarabic = 1642;
    t.percentmonospace = 65285;
    t.percentsmall = 65130;
    t.period = 46;
    t.periodarmenian = 1417;
    t.periodcentered = 183;
    t.periodhalfwidth = 65377;
    t.periodinferior = 63207;
    t.periodmonospace = 65294;
    t.periodsmall = 65106;
    t.periodsuperior = 63208;
    t.perispomenigreekcmb = 834;
    t.perpendicular = 8869;
    t.perthousand = 8240;
    t.peseta = 8359;
    t.pfsquare = 13194;
    t.phabengali = 2475;
    t.phadeva = 2347;
    t.phagujarati = 2731;
    t.phagurmukhi = 2603;
    t.phi = 966;
    t.phi1 = 981;
    t.phieuphacirclekorean = 12922;
    t.phieuphaparenkorean = 12826;
    t.phieuphcirclekorean = 12908;
    t.phieuphkorean = 12621;
    t.phieuphparenkorean = 12812;
    t.philatin = 632;
    t.phinthuthai = 3642;
    t.phisymbolgreek = 981;
    t.phook = 421;
    t.phophanthai = 3614;
    t.phophungthai = 3612;
    t.phosamphaothai = 3616;
    t.pi = 960;
    t.pieupacirclekorean = 12915;
    t.pieupaparenkorean = 12819;
    t.pieupcieuckorean = 12662;
    t.pieupcirclekorean = 12901;
    t.pieupkiyeokkorean = 12658;
    t.pieupkorean = 12610;
    t.pieupparenkorean = 12805;
    t.pieupsioskiyeokkorean = 12660;
    t.pieupsioskorean = 12612;
    t.pieupsiostikeutkorean = 12661;
    t.pieupthieuthkorean = 12663;
    t.pieuptikeutkorean = 12659;
    t.pihiragana = 12404;
    t.pikatakana = 12500;
    t.pisymbolgreek = 982;
    t.piwrarmenian = 1411;
    t.planckover2pi = 8463;
    t.planckover2pi1 = 8463;
    t.plus = 43;
    t.plusbelowcmb = 799;
    t.pluscircle = 8853;
    t.plusminus = 177;
    t.plusmod = 726;
    t.plusmonospace = 65291;
    t.plussmall = 65122;
    t.plussuperior = 8314;
    t.pmonospace = 65360;
    t.pmsquare = 13272;
    t.pohiragana = 12413;
    t.pointingindexdownwhite = 9759;
    t.pointingindexleftwhite = 9756;
    t.pointingindexrightwhite = 9758;
    t.pointingindexupwhite = 9757;
    t.pokatakana = 12509;
    t.poplathai = 3611;
    t.postalmark = 12306;
    t.postalmarkface = 12320;
    t.pparen = 9387;
    t.precedes = 8826;
    t.prescription = 8478;
    t.primemod = 697;
    t.primereversed = 8245;
    t.product = 8719;
    t.projective = 8965;
    t.prolongedkana = 12540;
    t.propellor = 8984;
    t.propersubset = 8834;
    t.propersuperset = 8835;
    t.proportion = 8759;
    t.proportional = 8733;
    t.psi = 968;
    t.psicyrillic = 1137;
    t.psilipneumatacyrilliccmb = 1158;
    t.pssquare = 13232;
    t.puhiragana = 12407;
    t.pukatakana = 12503;
    t.pvsquare = 13236;
    t.pwsquare = 13242;
    t.q = 113;
    t.qadeva = 2392;
    t.qadmahebrew = 1448;
    t.qafarabic = 1602;
    t.qaffinalarabic = 65238;
    t.qafinitialarabic = 65239;
    t.qafmedialarabic = 65240;
    t.qamats = 1464;
    t.qamats10 = 1464;
    t.qamats1a = 1464;
    t.qamats1c = 1464;
    t.qamats27 = 1464;
    t.qamats29 = 1464;
    t.qamats33 = 1464;
    t.qamatsde = 1464;
    t.qamatshebrew = 1464;
    t.qamatsnarrowhebrew = 1464;
    t.qamatsqatanhebrew = 1464;
    t.qamatsqatannarrowhebrew = 1464;
    t.qamatsqatanquarterhebrew = 1464;
    t.qamatsqatanwidehebrew = 1464;
    t.qamatsquarterhebrew = 1464;
    t.qamatswidehebrew = 1464;
    t.qarneyparahebrew = 1439;
    t.qbopomofo = 12561;
    t.qcircle = 9440;
    t.qhook = 672;
    t.qmonospace = 65361;
    t.qof = 1511;
    t.qofdagesh = 64327;
    t.qofdageshhebrew = 64327;
    t.qofhebrew = 1511;
    t.qparen = 9388;
    t.quarternote = 9833;
    t.qubuts = 1467;
    t.qubuts18 = 1467;
    t.qubuts25 = 1467;
    t.qubuts31 = 1467;
    t.qubutshebrew = 1467;
    t.qubutsnarrowhebrew = 1467;
    t.qubutsquarterhebrew = 1467;
    t.qubutswidehebrew = 1467;
    t.question = 63;
    t.questionarabic = 1567;
    t.questionarmenian = 1374;
    t.questiondown = 191;
    t.questiondownsmall = 63423;
    t.questiongreek = 894;
    t.questionmonospace = 65311;
    t.questionsmall = 63295;
    t.quotedbl = 34;
    t.quotedblbase = 8222;
    t.quotedblleft = 8220;
    t.quotedblmonospace = 65282;
    t.quotedblprime = 12318;
    t.quotedblprimereversed = 12317;
    t.quotedblright = 8221;
    t.quoteleft = 8216;
    t.quoteleftreversed = 8219;
    t.quotereversed = 8219;
    t.quoteright = 8217;
    t.quoterightn = 329;
    t.quotesinglbase = 8218;
    t.quotesingle = 39;
    t.quotesinglemonospace = 65287;
    t.r = 114;
    t.raarmenian = 1404;
    t.rabengali = 2480;
    t.racute = 341;
    t.radeva = 2352;
    t.radical = 8730;
    t.radicalex = 63717;
    t.radoverssquare = 13230;
    t.radoverssquaredsquare = 13231;
    t.radsquare = 13229;
    t.rafe = 1471;
    t.rafehebrew = 1471;
    t.ragujarati = 2736;
    t.ragurmukhi = 2608;
    t.rahiragana = 12425;
    t.rakatakana = 12521;
    t.rakatakanahalfwidth = 65431;
    t.ralowerdiagonalbengali = 2545;
    t.ramiddlediagonalbengali = 2544;
    t.ramshorn = 612;
    t.ratio = 8758;
    t.rbopomofo = 12566;
    t.rcaron = 345;
    t.rcedilla = 343;
    t.rcircle = 9441;
    t.rcommaaccent = 343;
    t.rdblgrave = 529;
    t.rdotaccent = 7769;
    t.rdotbelow = 7771;
    t.rdotbelowmacron = 7773;
    t.referencemark = 8251;
    t.reflexsubset = 8838;
    t.reflexsuperset = 8839;
    t.registered = 174;
    t.registersans = 63720;
    t.registerserif = 63194;
    t.reharabic = 1585;
    t.reharmenian = 1408;
    t.rehfinalarabic = 65198;
    t.rehiragana = 12428;
    t.rekatakana = 12524;
    t.rekatakanahalfwidth = 65434;
    t.resh = 1512;
    t.reshdageshhebrew = 64328;
    t.reshhebrew = 1512;
    t.reversedtilde = 8765;
    t.reviahebrew = 1431;
    t.reviamugrashhebrew = 1431;
    t.revlogicalnot = 8976;
    t.rfishhook = 638;
    t.rfishhookreversed = 639;
    t.rhabengali = 2525;
    t.rhadeva = 2397;
    t.rho = 961;
    t.rhook = 637;
    t.rhookturned = 635;
    t.rhookturnedsuperior = 693;
    t.rhosymbolgreek = 1009;
    t.rhotichookmod = 734;
    t.rieulacirclekorean = 12913;
    t.rieulaparenkorean = 12817;
    t.rieulcirclekorean = 12899;
    t.rieulhieuhkorean = 12608;
    t.rieulkiyeokkorean = 12602;
    t.rieulkiyeoksioskorean = 12649;
    t.rieulkorean = 12601;
    t.rieulmieumkorean = 12603;
    t.rieulpansioskorean = 12652;
    t.rieulparenkorean = 12803;
    t.rieulphieuphkorean = 12607;
    t.rieulpieupkorean = 12604;
    t.rieulpieupsioskorean = 12651;
    t.rieulsioskorean = 12605;
    t.rieulthieuthkorean = 12606;
    t.rieultikeutkorean = 12650;
    t.rieulyeorinhieuhkorean = 12653;
    t.rightangle = 8735;
    t.righttackbelowcmb = 793;
    t.righttriangle = 8895;
    t.rihiragana = 12426;
    t.rikatakana = 12522;
    t.rikatakanahalfwidth = 65432;
    t.ring = 730;
    t.ringbelowcmb = 805;
    t.ringcmb = 778;
    t.ringhalfleft = 703;
    t.ringhalfleftarmenian = 1369;
    t.ringhalfleftbelowcmb = 796;
    t.ringhalfleftcentered = 723;
    t.ringhalfright = 702;
    t.ringhalfrightbelowcmb = 825;
    t.ringhalfrightcentered = 722;
    t.rinvertedbreve = 531;
    t.rittorusquare = 13137;
    t.rlinebelow = 7775;
    t.rlongleg = 636;
    t.rlonglegturned = 634;
    t.rmonospace = 65362;
    t.rohiragana = 12429;
    t.rokatakana = 12525;
    t.rokatakanahalfwidth = 65435;
    t.roruathai = 3619;
    t.rparen = 9389;
    t.rrabengali = 2524;
    t.rradeva = 2353;
    t.rragurmukhi = 2652;
    t.rreharabic = 1681;
    t.rrehfinalarabic = 64397;
    t.rrvocalicbengali = 2528;
    t.rrvocalicdeva = 2400;
    t.rrvocalicgujarati = 2784;
    t.rrvocalicvowelsignbengali = 2500;
    t.rrvocalicvowelsigndeva = 2372;
    t.rrvocalicvowelsigngujarati = 2756;
    t.rsuperior = 63217;
    t.rtblock = 9616;
    t.rturned = 633;
    t.rturnedsuperior = 692;
    t.ruhiragana = 12427;
    t.rukatakana = 12523;
    t.rukatakanahalfwidth = 65433;
    t.rupeemarkbengali = 2546;
    t.rupeesignbengali = 2547;
    t.rupiah = 63197;
    t.ruthai = 3620;
    t.rvocalicbengali = 2443;
    t.rvocalicdeva = 2315;
    t.rvocalicgujarati = 2699;
    t.rvocalicvowelsignbengali = 2499;
    t.rvocalicvowelsigndeva = 2371;
    t.rvocalicvowelsigngujarati = 2755;
    t.s = 115;
    t.sabengali = 2488;
    t.sacute = 347;
    t.sacutedotaccent = 7781;
    t.sadarabic = 1589;
    t.sadeva = 2360;
    t.sadfinalarabic = 65210;
    t.sadinitialarabic = 65211;
    t.sadmedialarabic = 65212;
    t.sagujarati = 2744;
    t.sagurmukhi = 2616;
    t.sahiragana = 12373;
    t.sakatakana = 12469;
    t.sakatakanahalfwidth = 65403;
    t.sallallahoualayhewasallamarabic = 65018;
    t.samekh = 1505;
    t.samekhdagesh = 64321;
    t.samekhdageshhebrew = 64321;
    t.samekhhebrew = 1505;
    t.saraaathai = 3634;
    t.saraaethai = 3649;
    t.saraaimaimalaithai = 3652;
    t.saraaimaimuanthai = 3651;
    t.saraamthai = 3635;
    t.saraathai = 3632;
    t.saraethai = 3648;
    t.saraiileftthai = 63622;
    t.saraiithai = 3637;
    t.saraileftthai = 63621;
    t.saraithai = 3636;
    t.saraothai = 3650;
    t.saraueeleftthai = 63624;
    t.saraueethai = 3639;
    t.saraueleftthai = 63623;
    t.sarauethai = 3638;
    t.sarauthai = 3640;
    t.sarauuthai = 3641;
    t.sbopomofo = 12569;
    t.scaron = 353;
    t.scarondotaccent = 7783;
    t.scedilla = 351;
    t.schwa = 601;
    t.schwacyrillic = 1241;
    t.schwadieresiscyrillic = 1243;
    t.schwahook = 602;
    t.scircle = 9442;
    t.scircumflex = 349;
    t.scommaaccent = 537;
    t.sdotaccent = 7777;
    t.sdotbelow = 7779;
    t.sdotbelowdotaccent = 7785;
    t.seagullbelowcmb = 828;
    t.second = 8243;
    t.secondtonechinese = 714;
    t.section = 167;
    t.seenarabic = 1587;
    t.seenfinalarabic = 65202;
    t.seeninitialarabic = 65203;
    t.seenmedialarabic = 65204;
    t.segol = 1462;
    t.segol13 = 1462;
    t.segol1f = 1462;
    t.segol2c = 1462;
    t.segolhebrew = 1462;
    t.segolnarrowhebrew = 1462;
    t.segolquarterhebrew = 1462;
    t.segoltahebrew = 1426;
    t.segolwidehebrew = 1462;
    t.seharmenian = 1405;
    t.sehiragana = 12379;
    t.sekatakana = 12475;
    t.sekatakanahalfwidth = 65406;
    t.semicolon = 59;
    t.semicolonarabic = 1563;
    t.semicolonmonospace = 65307;
    t.semicolonsmall = 65108;
    t.semivoicedmarkkana = 12444;
    t.semivoicedmarkkanahalfwidth = 65439;
    t.sentisquare = 13090;
    t.sentosquare = 13091;
    t.seven = 55;
    t.sevenarabic = 1639;
    t.sevenbengali = 2541;
    t.sevencircle = 9318;
    t.sevencircleinversesansserif = 10128;
    t.sevendeva = 2413;
    t.seveneighths = 8542;
    t.sevengujarati = 2797;
    t.sevengurmukhi = 2669;
    t.sevenhackarabic = 1639;
    t.sevenhangzhou = 12327;
    t.sevenideographicparen = 12838;
    t.seveninferior = 8327;
    t.sevenmonospace = 65303;
    t.sevenoldstyle = 63287;
    t.sevenparen = 9338;
    t.sevenperiod = 9358;
    t.sevenpersian = 1783;
    t.sevenroman = 8566;
    t.sevensuperior = 8311;
    t.seventeencircle = 9328;
    t.seventeenparen = 9348;
    t.seventeenperiod = 9368;
    t.seventhai = 3671;
    t.sfthyphen = 173;
    t.shaarmenian = 1399;
    t.shabengali = 2486;
    t.shacyrillic = 1096;
    t.shaddaarabic = 1617;
    t.shaddadammaarabic = 64609;
    t.shaddadammatanarabic = 64606;
    t.shaddafathaarabic = 64608;
    t.shaddakasraarabic = 64610;
    t.shaddakasratanarabic = 64607;
    t.shade = 9618;
    t.shadedark = 9619;
    t.shadelight = 9617;
    t.shademedium = 9618;
    t.shadeva = 2358;
    t.shagujarati = 2742;
    t.shagurmukhi = 2614;
    t.shalshelethebrew = 1427;
    t.shbopomofo = 12565;
    t.shchacyrillic = 1097;
    t.sheenarabic = 1588;
    t.sheenfinalarabic = 65206;
    t.sheeninitialarabic = 65207;
    t.sheenmedialarabic = 65208;
    t.sheicoptic = 995;
    t.sheqel = 8362;
    t.sheqelhebrew = 8362;
    t.sheva = 1456;
    t.sheva115 = 1456;
    t.sheva15 = 1456;
    t.sheva22 = 1456;
    t.sheva2e = 1456;
    t.shevahebrew = 1456;
    t.shevanarrowhebrew = 1456;
    t.shevaquarterhebrew = 1456;
    t.shevawidehebrew = 1456;
    t.shhacyrillic = 1211;
    t.shimacoptic = 1005;
    t.shin = 1513;
    t.shindagesh = 64329;
    t.shindageshhebrew = 64329;
    t.shindageshshindot = 64300;
    t.shindageshshindothebrew = 64300;
    t.shindageshsindot = 64301;
    t.shindageshsindothebrew = 64301;
    t.shindothebrew = 1473;
    t.shinhebrew = 1513;
    t.shinshindot = 64298;
    t.shinshindothebrew = 64298;
    t.shinsindot = 64299;
    t.shinsindothebrew = 64299;
    t.shook = 642;
    t.sigma = 963;
    t.sigma1 = 962;
    t.sigmafinal = 962;
    t.sigmalunatesymbolgreek = 1010;
    t.sihiragana = 12375;
    t.sikatakana = 12471;
    t.sikatakanahalfwidth = 65404;
    t.siluqhebrew = 1469;
    t.siluqlefthebrew = 1469;
    t.similar = 8764;
    t.sindothebrew = 1474;
    t.siosacirclekorean = 12916;
    t.siosaparenkorean = 12820;
    t.sioscieuckorean = 12670;
    t.sioscirclekorean = 12902;
    t.sioskiyeokkorean = 12666;
    t.sioskorean = 12613;
    t.siosnieunkorean = 12667;
    t.siosparenkorean = 12806;
    t.siospieupkorean = 12669;
    t.siostikeutkorean = 12668;
    t.six = 54;
    t.sixarabic = 1638;
    t.sixbengali = 2540;
    t.sixcircle = 9317;
    t.sixcircleinversesansserif = 10127;
    t.sixdeva = 2412;
    t.sixgujarati = 2796;
    t.sixgurmukhi = 2668;
    t.sixhackarabic = 1638;
    t.sixhangzhou = 12326;
    t.sixideographicparen = 12837;
    t.sixinferior = 8326;
    t.sixmonospace = 65302;
    t.sixoldstyle = 63286;
    t.sixparen = 9337;
    t.sixperiod = 9357;
    t.sixpersian = 1782;
    t.sixroman = 8565;
    t.sixsuperior = 8310;
    t.sixteencircle = 9327;
    t.sixteencurrencydenominatorbengali = 2553;
    t.sixteenparen = 9347;
    t.sixteenperiod = 9367;
    t.sixthai = 3670;
    t.slash = 47;
    t.slashmonospace = 65295;
    t.slong = 383;
    t.slongdotaccent = 7835;
    t.smileface = 9786;
    t.smonospace = 65363;
    t.sofpasuqhebrew = 1475;
    t.softhyphen = 173;
    t.softsigncyrillic = 1100;
    t.sohiragana = 12381;
    t.sokatakana = 12477;
    t.sokatakanahalfwidth = 65407;
    t.soliduslongoverlaycmb = 824;
    t.solidusshortoverlaycmb = 823;
    t.sorusithai = 3625;
    t.sosalathai = 3624;
    t.sosothai = 3595;
    t.sosuathai = 3626;
    t.space = 32;
    t.spacehackarabic = 32;
    t.spade = 9824;
    t.spadesuitblack = 9824;
    t.spadesuitwhite = 9828;
    t.sparen = 9390;
    t.squarebelowcmb = 827;
    t.squarecc = 13252;
    t.squarecm = 13213;
    t.squarediagonalcrosshatchfill = 9641;
    t.squarehorizontalfill = 9636;
    t.squarekg = 13199;
    t.squarekm = 13214;
    t.squarekmcapital = 13262;
    t.squareln = 13265;
    t.squarelog = 13266;
    t.squaremg = 13198;
    t.squaremil = 13269;
    t.squaremm = 13212;
    t.squaremsquared = 13217;
    t.squareorthogonalcrosshatchfill = 9638;
    t.squareupperlefttolowerrightfill = 9639;
    t.squareupperrighttolowerleftfill = 9640;
    t.squareverticalfill = 9637;
    t.squarewhitewithsmallblack = 9635;
    t.srsquare = 13275;
    t.ssabengali = 2487;
    t.ssadeva = 2359;
    t.ssagujarati = 2743;
    t.ssangcieuckorean = 12617;
    t.ssanghieuhkorean = 12677;
    t.ssangieungkorean = 12672;
    t.ssangkiyeokkorean = 12594;
    t.ssangnieunkorean = 12645;
    t.ssangpieupkorean = 12611;
    t.ssangsioskorean = 12614;
    t.ssangtikeutkorean = 12600;
    t.ssuperior = 63218;
    t.sterling = 163;
    t.sterlingmonospace = 65505;
    t.strokelongoverlaycmb = 822;
    t.strokeshortoverlaycmb = 821;
    t.subset = 8834;
    t.subsetnotequal = 8842;
    t.subsetorequal = 8838;
    t.succeeds = 8827;
    t.suchthat = 8715;
    t.suhiragana = 12377;
    t.sukatakana = 12473;
    t.sukatakanahalfwidth = 65405;
    t.sukunarabic = 1618;
    t.summation = 8721;
    t.sun = 9788;
    t.superset = 8835;
    t.supersetnotequal = 8843;
    t.supersetorequal = 8839;
    t.svsquare = 13276;
    t.syouwaerasquare = 13180;
    t.t = 116;
    t.tabengali = 2468;
    t.tackdown = 8868;
    t.tackleft = 8867;
    t.tadeva = 2340;
    t.tagujarati = 2724;
    t.tagurmukhi = 2596;
    t.taharabic = 1591;
    t.tahfinalarabic = 65218;
    t.tahinitialarabic = 65219;
    t.tahiragana = 12383;
    t.tahmedialarabic = 65220;
    t.taisyouerasquare = 13181;
    t.takatakana = 12479;
    t.takatakanahalfwidth = 65408;
    t.tatweelarabic = 1600;
    t.tau = 964;
    t.tav = 1514;
    t.tavdages = 64330;
    t.tavdagesh = 64330;
    t.tavdageshhebrew = 64330;
    t.tavhebrew = 1514;
    t.tbar = 359;
    t.tbopomofo = 12554;
    t.tcaron = 357;
    t.tccurl = 680;
    t.tcedilla = 355;
    t.tcheharabic = 1670;
    t.tchehfinalarabic = 64379;
    t.tchehinitialarabic = 64380;
    t.tchehmedialarabic = 64381;
    t.tcircle = 9443;
    t.tcircumflexbelow = 7793;
    t.tcommaaccent = 355;
    t.tdieresis = 7831;
    t.tdotaccent = 7787;
    t.tdotbelow = 7789;
    t.tecyrillic = 1090;
    t.tedescendercyrillic = 1197;
    t.teharabic = 1578;
    t.tehfinalarabic = 65174;
    t.tehhahinitialarabic = 64674;
    t.tehhahisolatedarabic = 64524;
    t.tehinitialarabic = 65175;
    t.tehiragana = 12390;
    t.tehjeeminitialarabic = 64673;
    t.tehjeemisolatedarabic = 64523;
    t.tehmarbutaarabic = 1577;
    t.tehmarbutafinalarabic = 65172;
    t.tehmedialarabic = 65176;
    t.tehmeeminitialarabic = 64676;
    t.tehmeemisolatedarabic = 64526;
    t.tehnoonfinalarabic = 64627;
    t.tekatakana = 12486;
    t.tekatakanahalfwidth = 65411;
    t.telephone = 8481;
    t.telephoneblack = 9742;
    t.telishagedolahebrew = 1440;
    t.telishaqetanahebrew = 1449;
    t.tencircle = 9321;
    t.tenideographicparen = 12841;
    t.tenparen = 9341;
    t.tenperiod = 9361;
    t.tenroman = 8569;
    t.tesh = 679;
    t.tet = 1496;
    t.tetdagesh = 64312;
    t.tetdageshhebrew = 64312;
    t.tethebrew = 1496;
    t.tetsecyrillic = 1205;
    t.tevirhebrew = 1435;
    t.tevirlefthebrew = 1435;
    t.thabengali = 2469;
    t.thadeva = 2341;
    t.thagujarati = 2725;
    t.thagurmukhi = 2597;
    t.thalarabic = 1584;
    t.thalfinalarabic = 65196;
    t.thanthakhatlowleftthai = 63640;
    t.thanthakhatlowrightthai = 63639;
    t.thanthakhatthai = 3660;
    t.thanthakhatupperleftthai = 63638;
    t.theharabic = 1579;
    t.thehfinalarabic = 65178;
    t.thehinitialarabic = 65179;
    t.thehmedialarabic = 65180;
    t.thereexists = 8707;
    t.therefore = 8756;
    t.theta = 952;
    t.theta1 = 977;
    t.thetasymbolgreek = 977;
    t.thieuthacirclekorean = 12921;
    t.thieuthaparenkorean = 12825;
    t.thieuthcirclekorean = 12907;
    t.thieuthkorean = 12620;
    t.thieuthparenkorean = 12811;
    t.thirteencircle = 9324;
    t.thirteenparen = 9344;
    t.thirteenperiod = 9364;
    t.thonangmonthothai = 3601;
    t.thook = 429;
    t.thophuthaothai = 3602;
    t.thorn = 254;
    t.thothahanthai = 3607;
    t.thothanthai = 3600;
    t.thothongthai = 3608;
    t.thothungthai = 3606;
    t.thousandcyrillic = 1154;
    t.thousandsseparatorarabic = 1644;
    t.thousandsseparatorpersian = 1644;
    t.three = 51;
    t.threearabic = 1635;
    t.threebengali = 2537;
    t.threecircle = 9314;
    t.threecircleinversesansserif = 10124;
    t.threedeva = 2409;
    t.threeeighths = 8540;
    t.threegujarati = 2793;
    t.threegurmukhi = 2665;
    t.threehackarabic = 1635;
    t.threehangzhou = 12323;
    t.threeideographicparen = 12834;
    t.threeinferior = 8323;
    t.threemonospace = 65299;
    t.threenumeratorbengali = 2550;
    t.threeoldstyle = 63283;
    t.threeparen = 9334;
    t.threeperiod = 9354;
    t.threepersian = 1779;
    t.threequarters = 190;
    t.threequartersemdash = 63198;
    t.threeroman = 8562;
    t.threesuperior = 179;
    t.threethai = 3667;
    t.thzsquare = 13204;
    t.tihiragana = 12385;
    t.tikatakana = 12481;
    t.tikatakanahalfwidth = 65409;
    t.tikeutacirclekorean = 12912;
    t.tikeutaparenkorean = 12816;
    t.tikeutcirclekorean = 12898;
    t.tikeutkorean = 12599;
    t.tikeutparenkorean = 12802;
    t.tilde = 732;
    t.tildebelowcmb = 816;
    t.tildecmb = 771;
    t.tildecomb = 771;
    t.tildedoublecmb = 864;
    t.tildeoperator = 8764;
    t.tildeoverlaycmb = 820;
    t.tildeverticalcmb = 830;
    t.timescircle = 8855;
    t.tipehahebrew = 1430;
    t.tipehalefthebrew = 1430;
    t.tippigurmukhi = 2672;
    t.titlocyrilliccmb = 1155;
    t.tiwnarmenian = 1407;
    t.tlinebelow = 7791;
    t.tmonospace = 65364;
    t.toarmenian = 1385;
    t.tohiragana = 12392;
    t.tokatakana = 12488;
    t.tokatakanahalfwidth = 65412;
    t.tonebarextrahighmod = 741;
    t.tonebarextralowmod = 745;
    t.tonebarhighmod = 742;
    t.tonebarlowmod = 744;
    t.tonebarmidmod = 743;
    t.tonefive = 445;
    t.tonesix = 389;
    t.tonetwo = 424;
    t.tonos = 900;
    t.tonsquare = 13095;
    t.topatakthai = 3599;
    t.tortoiseshellbracketleft = 12308;
    t.tortoiseshellbracketleftsmall = 65117;
    t.tortoiseshellbracketleftvertical = 65081;
    t.tortoiseshellbracketright = 12309;
    t.tortoiseshellbracketrightsmall = 65118;
    t.tortoiseshellbracketrightvertical = 65082;
    t.totaothai = 3605;
    t.tpalatalhook = 427;
    t.tparen = 9391;
    t.trademark = 8482;
    t.trademarksans = 63722;
    t.trademarkserif = 63195;
    t.tretroflexhook = 648;
    t.triagdn = 9660;
    t.triaglf = 9668;
    t.triagrt = 9658;
    t.triagup = 9650;
    t.ts = 678;
    t.tsadi = 1510;
    t.tsadidagesh = 64326;
    t.tsadidageshhebrew = 64326;
    t.tsadihebrew = 1510;
    t.tsecyrillic = 1094;
    t.tsere = 1461;
    t.tsere12 = 1461;
    t.tsere1e = 1461;
    t.tsere2b = 1461;
    t.tserehebrew = 1461;
    t.tserenarrowhebrew = 1461;
    t.tserequarterhebrew = 1461;
    t.tserewidehebrew = 1461;
    t.tshecyrillic = 1115;
    t.tsuperior = 63219;
    t.ttabengali = 2463;
    t.ttadeva = 2335;
    t.ttagujarati = 2719;
    t.ttagurmukhi = 2591;
    t.tteharabic = 1657;
    t.ttehfinalarabic = 64359;
    t.ttehinitialarabic = 64360;
    t.ttehmedialarabic = 64361;
    t.tthabengali = 2464;
    t.tthadeva = 2336;
    t.tthagujarati = 2720;
    t.tthagurmukhi = 2592;
    t.tturned = 647;
    t.tuhiragana = 12388;
    t.tukatakana = 12484;
    t.tukatakanahalfwidth = 65410;
    t.tusmallhiragana = 12387;
    t.tusmallkatakana = 12483;
    t.tusmallkatakanahalfwidth = 65391;
    t.twelvecircle = 9323;
    t.twelveparen = 9343;
    t.twelveperiod = 9363;
    t.twelveroman = 8571;
    t.twentycircle = 9331;
    t.twentyhangzhou = 21316;
    t.twentyparen = 9351;
    t.twentyperiod = 9371;
    t.two = 50;
    t.twoarabic = 1634;
    t.twobengali = 2536;
    t.twocircle = 9313;
    t.twocircleinversesansserif = 10123;
    t.twodeva = 2408;
    t.twodotenleader = 8229;
    t.twodotleader = 8229;
    t.twodotleadervertical = 65072;
    t.twogujarati = 2792;
    t.twogurmukhi = 2664;
    t.twohackarabic = 1634;
    t.twohangzhou = 12322;
    t.twoideographicparen = 12833;
    t.twoinferior = 8322;
    t.twomonospace = 65298;
    t.twonumeratorbengali = 2549;
    t.twooldstyle = 63282;
    t.twoparen = 9333;
    t.twoperiod = 9353;
    t.twopersian = 1778;
    t.tworoman = 8561;
    t.twostroke = 443;
    t.twosuperior = 178;
    t.twothai = 3666;
    t.twothirds = 8532;
    t.u = 117;
    t.uacute = 250;
    t.ubar = 649;
    t.ubengali = 2441;
    t.ubopomofo = 12584;
    t.ubreve = 365;
    t.ucaron = 468;
    t.ucircle = 9444;
    t.ucircumflex = 251;
    t.ucircumflexbelow = 7799;
    t.ucyrillic = 1091;
    t.udattadeva = 2385;
    t.udblacute = 369;
    t.udblgrave = 533;
    t.udeva = 2313;
    t.udieresis = 252;
    t.udieresisacute = 472;
    t.udieresisbelow = 7795;
    t.udieresiscaron = 474;
    t.udieresiscyrillic = 1265;
    t.udieresisgrave = 476;
    t.udieresismacron = 470;
    t.udotbelow = 7909;
    t.ugrave = 249;
    t.ugujarati = 2697;
    t.ugurmukhi = 2569;
    t.uhiragana = 12358;
    t.uhookabove = 7911;
    t.uhorn = 432;
    t.uhornacute = 7913;
    t.uhorndotbelow = 7921;
    t.uhorngrave = 7915;
    t.uhornhookabove = 7917;
    t.uhorntilde = 7919;
    t.uhungarumlaut = 369;
    t.uhungarumlautcyrillic = 1267;
    t.uinvertedbreve = 535;
    t.ukatakana = 12454;
    t.ukatakanahalfwidth = 65395;
    t.ukcyrillic = 1145;
    t.ukorean = 12636;
    t.umacron = 363;
    t.umacroncyrillic = 1263;
    t.umacrondieresis = 7803;
    t.umatragurmukhi = 2625;
    t.umonospace = 65365;
    t.underscore = 95;
    t.underscoredbl = 8215;
    t.underscoremonospace = 65343;
    t.underscorevertical = 65075;
    t.underscorewavy = 65103;
    t.union = 8746;
    t.universal = 8704;
    t.uogonek = 371;
    t.uparen = 9392;
    t.upblock = 9600;
    t.upperdothebrew = 1476;
    t.upsilon = 965;
    t.upsilondieresis = 971;
    t.upsilondieresistonos = 944;
    t.upsilonlatin = 650;
    t.upsilontonos = 973;
    t.uptackbelowcmb = 797;
    t.uptackmod = 724;
    t.uragurmukhi = 2675;
    t.uring = 367;
    t.ushortcyrillic = 1118;
    t.usmallhiragana = 12357;
    t.usmallkatakana = 12453;
    t.usmallkatakanahalfwidth = 65385;
    t.ustraightcyrillic = 1199;
    t.ustraightstrokecyrillic = 1201;
    t.utilde = 361;
    t.utildeacute = 7801;
    t.utildebelow = 7797;
    t.uubengali = 2442;
    t.uudeva = 2314;
    t.uugujarati = 2698;
    t.uugurmukhi = 2570;
    t.uumatragurmukhi = 2626;
    t.uuvowelsignbengali = 2498;
    t.uuvowelsigndeva = 2370;
    t.uuvowelsigngujarati = 2754;
    t.uvowelsignbengali = 2497;
    t.uvowelsigndeva = 2369;
    t.uvowelsigngujarati = 2753;
    t.v = 118;
    t.vadeva = 2357;
    t.vagujarati = 2741;
    t.vagurmukhi = 2613;
    t.vakatakana = 12535;
    t.vav = 1493;
    t.vavdagesh = 64309;
    t.vavdagesh65 = 64309;
    t.vavdageshhebrew = 64309;
    t.vavhebrew = 1493;
    t.vavholam = 64331;
    t.vavholamhebrew = 64331;
    t.vavvavhebrew = 1520;
    t.vavyodhebrew = 1521;
    t.vcircle = 9445;
    t.vdotbelow = 7807;
    t.vecyrillic = 1074;
    t.veharabic = 1700;
    t.vehfinalarabic = 64363;
    t.vehinitialarabic = 64364;
    t.vehmedialarabic = 64365;
    t.vekatakana = 12537;
    t.venus = 9792;
    t.verticalbar = 124;
    t.verticallineabovecmb = 781;
    t.verticallinebelowcmb = 809;
    t.verticallinelowmod = 716;
    t.verticallinemod = 712;
    t.vewarmenian = 1406;
    t.vhook = 651;
    t.vikatakana = 12536;
    t.viramabengali = 2509;
    t.viramadeva = 2381;
    t.viramagujarati = 2765;
    t.visargabengali = 2435;
    t.visargadeva = 2307;
    t.visargagujarati = 2691;
    t.vmonospace = 65366;
    t.voarmenian = 1400;
    t.voicediterationhiragana = 12446;
    t.voicediterationkatakana = 12542;
    t.voicedmarkkana = 12443;
    t.voicedmarkkanahalfwidth = 65438;
    t.vokatakana = 12538;
    t.vparen = 9393;
    t.vtilde = 7805;
    t.vturned = 652;
    t.vuhiragana = 12436;
    t.vukatakana = 12532;
    t.w = 119;
    t.wacute = 7811;
    t.waekorean = 12633;
    t.wahiragana = 12431;
    t.wakatakana = 12527;
    t.wakatakanahalfwidth = 65436;
    t.wakorean = 12632;
    t.wasmallhiragana = 12430;
    t.wasmallkatakana = 12526;
    t.wattosquare = 13143;
    t.wavedash = 12316;
    t.wavyunderscorevertical = 65076;
    t.wawarabic = 1608;
    t.wawfinalarabic = 65262;
    t.wawhamzaabovearabic = 1572;
    t.wawhamzaabovefinalarabic = 65158;
    t.wbsquare = 13277;
    t.wcircle = 9446;
    t.wcircumflex = 373;
    t.wdieresis = 7813;
    t.wdotaccent = 7815;
    t.wdotbelow = 7817;
    t.wehiragana = 12433;
    t.weierstrass = 8472;
    t.wekatakana = 12529;
    t.wekorean = 12638;
    t.weokorean = 12637;
    t.wgrave = 7809;
    t.whitebullet = 9702;
    t.whitecircle = 9675;
    t.whitecircleinverse = 9689;
    t.whitecornerbracketleft = 12302;
    t.whitecornerbracketleftvertical = 65091;
    t.whitecornerbracketright = 12303;
    t.whitecornerbracketrightvertical = 65092;
    t.whitediamond = 9671;
    t.whitediamondcontainingblacksmalldiamond = 9672;
    t.whitedownpointingsmalltriangle = 9663;
    t.whitedownpointingtriangle = 9661;
    t.whiteleftpointingsmalltriangle = 9667;
    t.whiteleftpointingtriangle = 9665;
    t.whitelenticularbracketleft = 12310;
    t.whitelenticularbracketright = 12311;
    t.whiterightpointingsmalltriangle = 9657;
    t.whiterightpointingtriangle = 9655;
    t.whitesmallsquare = 9643;
    t.whitesmilingface = 9786;
    t.whitesquare = 9633;
    t.whitestar = 9734;
    t.whitetelephone = 9743;
    t.whitetortoiseshellbracketleft = 12312;
    t.whitetortoiseshellbracketright = 12313;
    t.whiteuppointingsmalltriangle = 9653;
    t.whiteuppointingtriangle = 9651;
    t.wihiragana = 12432;
    t.wikatakana = 12528;
    t.wikorean = 12639;
    t.wmonospace = 65367;
    t.wohiragana = 12434;
    t.wokatakana = 12530;
    t.wokatakanahalfwidth = 65382;
    t.won = 8361;
    t.wonmonospace = 65510;
    t.wowaenthai = 3623;
    t.wparen = 9394;
    t.wring = 7832;
    t.wsuperior = 695;
    t.wturned = 653;
    t.wynn = 447;
    t.x = 120;
    t.xabovecmb = 829;
    t.xbopomofo = 12562;
    t.xcircle = 9447;
    t.xdieresis = 7821;
    t.xdotaccent = 7819;
    t.xeharmenian = 1389;
    t.xi = 958;
    t.xmonospace = 65368;
    t.xparen = 9395;
    t.xsuperior = 739;
    t.y = 121;
    t.yaadosquare = 13134;
    t.yabengali = 2479;
    t.yacute = 253;
    t.yadeva = 2351;
    t.yaekorean = 12626;
    t.yagujarati = 2735;
    t.yagurmukhi = 2607;
    t.yahiragana = 12420;
    t.yakatakana = 12516;
    t.yakatakanahalfwidth = 65428;
    t.yakorean = 12625;
    t.yamakkanthai = 3662;
    t.yasmallhiragana = 12419;
    t.yasmallkatakana = 12515;
    t.yasmallkatakanahalfwidth = 65388;
    t.yatcyrillic = 1123;
    t.ycircle = 9448;
    t.ycircumflex = 375;
    t.ydieresis = 255;
    t.ydotaccent = 7823;
    t.ydotbelow = 7925;
    t.yeharabic = 1610;
    t.yehbarreearabic = 1746;
    t.yehbarreefinalarabic = 64431;
    t.yehfinalarabic = 65266;
    t.yehhamzaabovearabic = 1574;
    t.yehhamzaabovefinalarabic = 65162;
    t.yehhamzaaboveinitialarabic = 65163;
    t.yehhamzaabovemedialarabic = 65164;
    t.yehinitialarabic = 65267;
    t.yehmedialarabic = 65268;
    t.yehmeeminitialarabic = 64733;
    t.yehmeemisolatedarabic = 64600;
    t.yehnoonfinalarabic = 64660;
    t.yehthreedotsbelowarabic = 1745;
    t.yekorean = 12630;
    t.yen = 165;
    t.yenmonospace = 65509;
    t.yeokorean = 12629;
    t.yeorinhieuhkorean = 12678;
    t.yerahbenyomohebrew = 1450;
    t.yerahbenyomolefthebrew = 1450;
    t.yericyrillic = 1099;
    t.yerudieresiscyrillic = 1273;
    t.yesieungkorean = 12673;
    t.yesieungpansioskorean = 12675;
    t.yesieungsioskorean = 12674;
    t.yetivhebrew = 1434;
    t.ygrave = 7923;
    t.yhook = 436;
    t.yhookabove = 7927;
    t.yiarmenian = 1397;
    t.yicyrillic = 1111;
    t.yikorean = 12642;
    t.yinyang = 9775;
    t.yiwnarmenian = 1410;
    t.ymonospace = 65369;
    t.yod = 1497;
    t.yoddagesh = 64313;
    t.yoddageshhebrew = 64313;
    t.yodhebrew = 1497;
    t.yodyodhebrew = 1522;
    t.yodyodpatahhebrew = 64287;
    t.yohiragana = 12424;
    t.yoikorean = 12681;
    t.yokatakana = 12520;
    t.yokatakanahalfwidth = 65430;
    t.yokorean = 12635;
    t.yosmallhiragana = 12423;
    t.yosmallkatakana = 12519;
    t.yosmallkatakanahalfwidth = 65390;
    t.yotgreek = 1011;
    t.yoyaekorean = 12680;
    t.yoyakorean = 12679;
    t.yoyakthai = 3618;
    t.yoyingthai = 3597;
    t.yparen = 9396;
    t.ypogegrammeni = 890;
    t.ypogegrammenigreekcmb = 837;
    t.yr = 422;
    t.yring = 7833;
    t.ysuperior = 696;
    t.ytilde = 7929;
    t.yturned = 654;
    t.yuhiragana = 12422;
    t.yuikorean = 12684;
    t.yukatakana = 12518;
    t.yukatakanahalfwidth = 65429;
    t.yukorean = 12640;
    t.yusbigcyrillic = 1131;
    t.yusbigiotifiedcyrillic = 1133;
    t.yuslittlecyrillic = 1127;
    t.yuslittleiotifiedcyrillic = 1129;
    t.yusmallhiragana = 12421;
    t.yusmallkatakana = 12517;
    t.yusmallkatakanahalfwidth = 65389;
    t.yuyekorean = 12683;
    t.yuyeokorean = 12682;
    t.yyabengali = 2527;
    t.yyadeva = 2399;
    t.z = 122;
    t.zaarmenian = 1382;
    t.zacute = 378;
    t.zadeva = 2395;
    t.zagurmukhi = 2651;
    t.zaharabic = 1592;
    t.zahfinalarabic = 65222;
    t.zahinitialarabic = 65223;
    t.zahiragana = 12374;
    t.zahmedialarabic = 65224;
    t.zainarabic = 1586;
    t.zainfinalarabic = 65200;
    t.zakatakana = 12470;
    t.zaqefgadolhebrew = 1429;
    t.zaqefqatanhebrew = 1428;
    t.zarqahebrew = 1432;
    t.zayin = 1494;
    t.zayindagesh = 64310;
    t.zayindageshhebrew = 64310;
    t.zayinhebrew = 1494;
    t.zbopomofo = 12567;
    t.zcaron = 382;
    t.zcircle = 9449;
    t.zcircumflex = 7825;
    t.zcurl = 657;
    t.zdot = 380;
    t.zdotaccent = 380;
    t.zdotbelow = 7827;
    t.zecyrillic = 1079;
    t.zedescendercyrillic = 1177;
    t.zedieresiscyrillic = 1247;
    t.zehiragana = 12380;
    t.zekatakana = 12476;
    t.zero = 48;
    t.zeroarabic = 1632;
    t.zerobengali = 2534;
    t.zerodeva = 2406;
    t.zerogujarati = 2790;
    t.zerogurmukhi = 2662;
    t.zerohackarabic = 1632;
    t.zeroinferior = 8320;
    t.zeromonospace = 65296;
    t.zerooldstyle = 63280;
    t.zeropersian = 1776;
    t.zerosuperior = 8304;
    t.zerothai = 3664;
    t.zerowidthjoiner = 65279;
    t.zerowidthnonjoiner = 8204;
    t.zerowidthspace = 8203;
    t.zeta = 950;
    t.zhbopomofo = 12563;
    t.zhearmenian = 1386;
    t.zhebrevecyrillic = 1218;
    t.zhecyrillic = 1078;
    t.zhedescendercyrillic = 1175;
    t.zhedieresiscyrillic = 1245;
    t.zihiragana = 12376;
    t.zikatakana = 12472;
    t.zinorhebrew = 1454;
    t.zlinebelow = 7829;
    t.zmonospace = 65370;
    t.zohiragana = 12382;
    t.zokatakana = 12478;
    t.zparen = 9397;
    t.zretroflexhook = 656;
    t.zstroke = 438;
    t.zuhiragana = 12378;
    t.zukatakana = 12474;
    t[".notdef"] = 0;
    t.angbracketleftbig = 9001;
    t.angbracketleftBig = 9001;
    t.angbracketleftbigg = 9001;
    t.angbracketleftBigg = 9001;
    t.angbracketrightBig = 9002;
    t.angbracketrightbig = 9002;
    t.angbracketrightBigg = 9002;
    t.angbracketrightbigg = 9002;
    t.arrowhookleft = 8618;
    t.arrowhookright = 8617;
    t.arrowlefttophalf = 8636;
    t.arrowleftbothalf = 8637;
    t.arrownortheast = 8599;
    t.arrownorthwest = 8598;
    t.arrowrighttophalf = 8640;
    t.arrowrightbothalf = 8641;
    t.arrowsoutheast = 8600;
    t.arrowsouthwest = 8601;
    t.backslashbig = 8726;
    t.backslashBig = 8726;
    t.backslashBigg = 8726;
    t.backslashbigg = 8726;
    t.bardbl = 8214;
    t.bracehtipdownleft = 65079;
    t.bracehtipdownright = 65079;
    t.bracehtipupleft = 65080;
    t.bracehtipupright = 65080;
    t.braceleftBig = 123;
    t.braceleftbig = 123;
    t.braceleftbigg = 123;
    t.braceleftBigg = 123;
    t.bracerightBig = 125;
    t.bracerightbig = 125;
    t.bracerightbigg = 125;
    t.bracerightBigg = 125;
    t.bracketleftbig = 91;
    t.bracketleftBig = 91;
    t.bracketleftbigg = 91;
    t.bracketleftBigg = 91;
    t.bracketrightBig = 93;
    t.bracketrightbig = 93;
    t.bracketrightbigg = 93;
    t.bracketrightBigg = 93;
    t.ceilingleftbig = 8968;
    t.ceilingleftBig = 8968;
    t.ceilingleftBigg = 8968;
    t.ceilingleftbigg = 8968;
    t.ceilingrightbig = 8969;
    t.ceilingrightBig = 8969;
    t.ceilingrightbigg = 8969;
    t.ceilingrightBigg = 8969;
    t.circledotdisplay = 8857;
    t.circledottext = 8857;
    t.circlemultiplydisplay = 8855;
    t.circlemultiplytext = 8855;
    t.circleplusdisplay = 8853;
    t.circleplustext = 8853;
    t.contintegraldisplay = 8750;
    t.contintegraltext = 8750;
    t.coproductdisplay = 8720;
    t.coproducttext = 8720;
    t.floorleftBig = 8970;
    t.floorleftbig = 8970;
    t.floorleftbigg = 8970;
    t.floorleftBigg = 8970;
    t.floorrightbig = 8971;
    t.floorrightBig = 8971;
    t.floorrightBigg = 8971;
    t.floorrightbigg = 8971;
    t.hatwide = 770;
    t.hatwider = 770;
    t.hatwidest = 770;
    t.intercal = 7488;
    t.integraldisplay = 8747;
    t.integraltext = 8747;
    t.intersectiondisplay = 8898;
    t.intersectiontext = 8898;
    t.logicalanddisplay = 8743;
    t.logicalandtext = 8743;
    t.logicalordisplay = 8744;
    t.logicalortext = 8744;
    t.parenleftBig = 40;
    t.parenleftbig = 40;
    t.parenleftBigg = 40;
    t.parenleftbigg = 40;
    t.parenrightBig = 41;
    t.parenrightbig = 41;
    t.parenrightBigg = 41;
    t.parenrightbigg = 41;
    t.prime = 8242;
    t.productdisplay = 8719;
    t.producttext = 8719;
    t.radicalbig = 8730;
    t.radicalBig = 8730;
    t.radicalBigg = 8730;
    t.radicalbigg = 8730;
    t.radicalbt = 8730;
    t.radicaltp = 8730;
    t.radicalvertex = 8730;
    t.slashbig = 47;
    t.slashBig = 47;
    t.slashBigg = 47;
    t.slashbigg = 47;
    t.summationdisplay = 8721;
    t.summationtext = 8721;
    t.tildewide = 732;
    t.tildewider = 732;
    t.tildewidest = 732;
    t.uniondisplay = 8899;
    t.unionmultidisplay = 8846;
    t.unionmultitext = 8846;
    t.unionsqdisplay = 8852;
    t.unionsqtext = 8852;
    t.uniontext = 8899;
    t.vextenddouble = 8741;
    t.vextendsingle = 8739;
  });
  var getDingbatsGlyphsUnicode = getLookupTableFactory(function(t) {
    t.space = 32;
    t.a1 = 9985;
    t.a2 = 9986;
    t.a202 = 9987;
    t.a3 = 9988;
    t.a4 = 9742;
    t.a5 = 9990;
    t.a119 = 9991;
    t.a118 = 9992;
    t.a117 = 9993;
    t.a11 = 9755;
    t.a12 = 9758;
    t.a13 = 9996;
    t.a14 = 9997;
    t.a15 = 9998;
    t.a16 = 9999;
    t.a105 = 1e4;
    t.a17 = 10001;
    t.a18 = 10002;
    t.a19 = 10003;
    t.a20 = 10004;
    t.a21 = 10005;
    t.a22 = 10006;
    t.a23 = 10007;
    t.a24 = 10008;
    t.a25 = 10009;
    t.a26 = 10010;
    t.a27 = 10011;
    t.a28 = 10012;
    t.a6 = 10013;
    t.a7 = 10014;
    t.a8 = 10015;
    t.a9 = 10016;
    t.a10 = 10017;
    t.a29 = 10018;
    t.a30 = 10019;
    t.a31 = 10020;
    t.a32 = 10021;
    t.a33 = 10022;
    t.a34 = 10023;
    t.a35 = 9733;
    t.a36 = 10025;
    t.a37 = 10026;
    t.a38 = 10027;
    t.a39 = 10028;
    t.a40 = 10029;
    t.a41 = 10030;
    t.a42 = 10031;
    t.a43 = 10032;
    t.a44 = 10033;
    t.a45 = 10034;
    t.a46 = 10035;
    t.a47 = 10036;
    t.a48 = 10037;
    t.a49 = 10038;
    t.a50 = 10039;
    t.a51 = 10040;
    t.a52 = 10041;
    t.a53 = 10042;
    t.a54 = 10043;
    t.a55 = 10044;
    t.a56 = 10045;
    t.a57 = 10046;
    t.a58 = 10047;
    t.a59 = 10048;
    t.a60 = 10049;
    t.a61 = 10050;
    t.a62 = 10051;
    t.a63 = 10052;
    t.a64 = 10053;
    t.a65 = 10054;
    t.a66 = 10055;
    t.a67 = 10056;
    t.a68 = 10057;
    t.a69 = 10058;
    t.a70 = 10059;
    t.a71 = 9679;
    t.a72 = 10061;
    t.a73 = 9632;
    t.a74 = 10063;
    t.a203 = 10064;
    t.a75 = 10065;
    t.a204 = 10066;
    t.a76 = 9650;
    t.a77 = 9660;
    t.a78 = 9670;
    t.a79 = 10070;
    t.a81 = 9687;
    t.a82 = 10072;
    t.a83 = 10073;
    t.a84 = 10074;
    t.a97 = 10075;
    t.a98 = 10076;
    t.a99 = 10077;
    t.a100 = 10078;
    t.a101 = 10081;
    t.a102 = 10082;
    t.a103 = 10083;
    t.a104 = 10084;
    t.a106 = 10085;
    t.a107 = 10086;
    t.a108 = 10087;
    t.a112 = 9827;
    t.a111 = 9830;
    t.a110 = 9829;
    t.a109 = 9824;
    t.a120 = 9312;
    t.a121 = 9313;
    t.a122 = 9314;
    t.a123 = 9315;
    t.a124 = 9316;
    t.a125 = 9317;
    t.a126 = 9318;
    t.a127 = 9319;
    t.a128 = 9320;
    t.a129 = 9321;
    t.a130 = 10102;
    t.a131 = 10103;
    t.a132 = 10104;
    t.a133 = 10105;
    t.a134 = 10106;
    t.a135 = 10107;
    t.a136 = 10108;
    t.a137 = 10109;
    t.a138 = 10110;
    t.a139 = 10111;
    t.a140 = 10112;
    t.a141 = 10113;
    t.a142 = 10114;
    t.a143 = 10115;
    t.a144 = 10116;
    t.a145 = 10117;
    t.a146 = 10118;
    t.a147 = 10119;
    t.a148 = 10120;
    t.a149 = 10121;
    t.a150 = 10122;
    t.a151 = 10123;
    t.a152 = 10124;
    t.a153 = 10125;
    t.a154 = 10126;
    t.a155 = 10127;
    t.a156 = 10128;
    t.a157 = 10129;
    t.a158 = 10130;
    t.a159 = 10131;
    t.a160 = 10132;
    t.a161 = 8594;
    t.a163 = 8596;
    t.a164 = 8597;
    t.a196 = 10136;
    t.a165 = 10137;
    t.a192 = 10138;
    t.a166 = 10139;
    t.a167 = 10140;
    t.a168 = 10141;
    t.a169 = 10142;
    t.a170 = 10143;
    t.a171 = 10144;
    t.a172 = 10145;
    t.a173 = 10146;
    t.a162 = 10147;
    t.a174 = 10148;
    t.a175 = 10149;
    t.a176 = 10150;
    t.a177 = 10151;
    t.a178 = 10152;
    t.a179 = 10153;
    t.a193 = 10154;
    t.a180 = 10155;
    t.a199 = 10156;
    t.a181 = 10157;
    t.a200 = 10158;
    t.a182 = 10159;
    t.a201 = 10161;
    t.a183 = 10162;
    t.a184 = 10163;
    t.a197 = 10164;
    t.a185 = 10165;
    t.a194 = 10166;
    t.a198 = 10167;
    t.a186 = 10168;
    t.a195 = 10169;
    t.a187 = 10170;
    t.a188 = 10171;
    t.a189 = 10172;
    t.a190 = 10173;
    t.a191 = 10174;
    t.a89 = 10088;
    t.a90 = 10089;
    t.a93 = 10090;
    t.a94 = 10091;
    t.a91 = 10092;
    t.a92 = 10093;
    t.a205 = 10094;
    t.a85 = 10095;
    t.a206 = 10096;
    t.a86 = 10097;
    t.a87 = 10098;
    t.a88 = 10099;
    t.a95 = 10100;
    t.a96 = 10101;
    t[".notdef"] = 0;
  });
  var getSpecialPUASymbols = getLookupTableFactory(function(t) {
    t[63721] = 169;
    t[63193] = 169;
    t[63720] = 174;
    t[63194] = 174;
    t[63722] = 8482;
    t[63195] = 8482;
    t[63718] = 9168;
    t[63719] = 9135;
    t[63733] = 9134;
    t[63729] = 9127;
    t[63730] = 9128;
    t[63731] = 9129;
    t[63740] = 9131;
    t[63741] = 9132;
    t[63742] = 9133;
    t[63726] = 9121;
    t[63727] = 9122;
    t[63728] = 9123;
    t[63737] = 9124;
    t[63738] = 9125;
    t[63739] = 9126;
    t[63723] = 9115;
    t[63724] = 9116;
    t[63725] = 9117;
    t[63734] = 9118;
    t[63735] = 9119;
    t[63736] = 9120;
  });
  function mapSpecialUnicodeValues(code) {
    if (code >= 65520 && code <= 65535) {
      return 0;
    } else if (code >= 62976 && code <= 63743) {
      return getSpecialPUASymbols()[code] || code;
    } else if (code === 173) {
      return 45;
    }
    return code;
  }
  function getUnicodeForGlyph(name, glyphsUnicodeMap) {
    let unicode = glyphsUnicodeMap[name];
    if (unicode !== void 0) {
      return unicode;
    }
    if (!name) {
      return -1;
    }
    if (name[0] === "u") {
      const nameLen = name.length;
      let hexStr;
      if (nameLen === 7 && name[1] === "n" && name[2] === "i") {
        hexStr = name.substring(3);
      } else if (nameLen >= 5 && nameLen <= 7) {
        hexStr = name.substring(1);
      } else {
        return -1;
      }
      if (hexStr === hexStr.toUpperCase()) {
        unicode = parseInt(hexStr, 16);
        if (unicode >= 0) {
          return unicode;
        }
      }
    }
    return -1;
  }
  var UnicodeRanges = [[0, 127], [128, 255], [256, 383], [384, 591], [592, 687, 7424, 7551, 7552, 7615], [688, 767, 42752, 42783], [768, 879, 7616, 7679], [880, 1023], [11392, 11519], [1024, 1279, 1280, 1327, 11744, 11775, 42560, 42655], [1328, 1423], [1424, 1535], [42240, 42559], [1536, 1791, 1872, 1919], [1984, 2047], [2304, 2431], [2432, 2559], [2560, 2687], [2688, 2815], [2816, 2943], [2944, 3071], [3072, 3199], [3200, 3327], [3328, 3455], [3584, 3711], [3712, 3839], [4256, 4351, 11520, 11567], [6912, 7039], [4352, 4607], [7680, 7935, 11360, 11391, 42784, 43007], [7936, 8191], [8192, 8303, 11776, 11903], [8304, 8351], [8352, 8399], [8400, 8447], [8448, 8527], [8528, 8591], [8592, 8703, 10224, 10239, 10496, 10623, 11008, 11263], [8704, 8959, 10752, 11007, 10176, 10223, 10624, 10751], [8960, 9215], [9216, 9279], [9280, 9311], [9312, 9471], [9472, 9599], [9600, 9631], [9632, 9727], [9728, 9983], [9984, 10175], [12288, 12351], [12352, 12447], [12448, 12543, 12784, 12799], [12544, 12591, 12704, 12735], [12592, 12687], [43072, 43135], [12800, 13055], [13056, 13311], [44032, 55215], [55296, 57343], [67840, 67871], [19968, 40959, 11904, 12031, 12032, 12255, 12272, 12287, 13312, 19903, 131072, 173791, 12688, 12703], [57344, 63743], [12736, 12783, 63744, 64255, 194560, 195103], [64256, 64335], [64336, 65023], [65056, 65071], [65040, 65055], [65104, 65135], [65136, 65279], [65280, 65519], [65520, 65535], [3840, 4095], [1792, 1871], [1920, 1983], [3456, 3583], [4096, 4255], [4608, 4991, 4992, 5023, 11648, 11743], [5024, 5119], [5120, 5759], [5760, 5791], [5792, 5887], [6016, 6143], [6144, 6319], [10240, 10495], [40960, 42127], [5888, 5919, 5920, 5951, 5952, 5983, 5984, 6015], [66304, 66351], [66352, 66383], [66560, 66639], [118784, 119039, 119040, 119295, 119296, 119375], [119808, 120831], [1044480, 1048573], [65024, 65039, 917760, 917999], [917504, 917631], [6400, 6479], [6480, 6527], [6528, 6623], [6656, 6687], [11264, 11359], [11568, 11647], [19904, 19967], [43008, 43055], [65536, 65663, 65664, 65791, 65792, 65855], [65856, 65935], [66432, 66463], [66464, 66527], [66640, 66687], [66688, 66735], [67584, 67647], [68096, 68191], [119552, 119647], [73728, 74751, 74752, 74879], [119648, 119679], [7040, 7103], [7168, 7247], [7248, 7295], [43136, 43231], [43264, 43311], [43312, 43359], [43520, 43615], [65936, 65999], [66e3, 66047], [66208, 66271, 66176, 66207, 67872, 67903], [127024, 127135, 126976, 127023]];
  function getUnicodeRangeFor(value, lastPosition = -1) {
    if (lastPosition !== -1) {
      const range3 = UnicodeRanges[lastPosition];
      for (let i = 0, ii = range3.length; i < ii; i += 2) {
        if (value >= range3[i] && value <= range3[i + 1]) {
          return lastPosition;
        }
      }
    }
    for (let i = 0, ii = UnicodeRanges.length; i < ii; i++) {
      const range3 = UnicodeRanges[i];
      for (let j = 0, jj = range3.length; j < jj; j += 2) {
        if (value >= range3[j] && value <= range3[j + 1]) {
          return i;
        }
      }
    }
    return -1;
  }
  var SpecialCharRegExp = /^(\s)|(\p{Mn})|(\p{Cf})$/u;
  var CategoryCache = /* @__PURE__ */ new Map();
  function getCharUnicodeCategory(char) {
    const cachedCategory = CategoryCache.get(char);
    if (cachedCategory) {
      return cachedCategory;
    }
    const groups2 = char.match(SpecialCharRegExp);
    const category = {
      isWhitespace: !!groups2?.[1],
      isZeroWidthDiacritic: !!groups2?.[2],
      isInvisibleFormatMark: !!groups2?.[3]
    };
    CategoryCache.set(char, category);
    return category;
  }
  function clearUnicodeCaches() {
    CategoryCache.clear();
  }
  var FontFlags = {
    FixedPitch: 1,
    Serif: 2,
    Symbolic: 4,
    Script: 8,
    Nonsymbolic: 32,
    Italic: 64,
    AllCap: 65536,
    SmallCap: 131072,
    ForceBold: 262144
  };
  var MacStandardGlyphOrdering = [".notdef", ".null", "nonmarkingreturn", "space", "exclam", "quotedbl", "numbersign", "dollar", "percent", "ampersand", "quotesingle", "parenleft", "parenright", "asterisk", "plus", "comma", "hyphen", "period", "slash", "zero", "one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "colon", "semicolon", "less", "equal", "greater", "question", "at", "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z", "bracketleft", "backslash", "bracketright", "asciicircum", "underscore", "grave", "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z", "braceleft", "bar", "braceright", "asciitilde", "Adieresis", "Aring", "Ccedilla", "Eacute", "Ntilde", "Odieresis", "Udieresis", "aacute", "agrave", "acircumflex", "adieresis", "atilde", "aring", "ccedilla", "eacute", "egrave", "ecircumflex", "edieresis", "iacute", "igrave", "icircumflex", "idieresis", "ntilde", "oacute", "ograve", "ocircumflex", "odieresis", "otilde", "uacute", "ugrave", "ucircumflex", "udieresis", "dagger", "degree", "cent", "sterling", "section", "bullet", "paragraph", "germandbls", "registered", "copyright", "trademark", "acute", "dieresis", "notequal", "AE", "Oslash", "infinity", "plusminus", "lessequal", "greaterequal", "yen", "mu", "partialdiff", "summation", "product", "pi", "integral", "ordfeminine", "ordmasculine", "Omega", "ae", "oslash", "questiondown", "exclamdown", "logicalnot", "radical", "florin", "approxequal", "Delta", "guillemotleft", "guillemotright", "ellipsis", "nonbreakingspace", "Agrave", "Atilde", "Otilde", "OE", "oe", "endash", "emdash", "quotedblleft", "quotedblright", "quoteleft", "quoteright", "divide", "lozenge", "ydieresis", "Ydieresis", "fraction", "currency", "guilsinglleft", "guilsinglright", "fi", "fl", "daggerdbl", "periodcentered", "quotesinglbase", "quotedblbase", "perthousand", "Acircumflex", "Ecircumflex", "Aacute", "Edieresis", "Egrave", "Iacute", "Icircumflex", "Idieresis", "Igrave", "Oacute", "Ocircumflex", "apple", "Ograve", "Uacute", "Ucircumflex", "Ugrave", "dotlessi", "circumflex", "tilde", "macron", "breve", "dotaccent", "ring", "cedilla", "hungarumlaut", "ogonek", "caron", "Lslash", "lslash", "Scaron", "scaron", "Zcaron", "zcaron", "brokenbar", "Eth", "eth", "Yacute", "yacute", "Thorn", "thorn", "minus", "multiply", "onesuperior", "twosuperior", "threesuperior", "onehalf", "onequarter", "threequarters", "franc", "Gbreve", "gbreve", "Idotaccent", "Scedilla", "scedilla", "Cacute", "cacute", "Ccaron", "ccaron", "dcroat"];
  function recoverGlyphName(name, glyphsUnicodeMap) {
    if (glyphsUnicodeMap[name] !== void 0) {
      return name;
    }
    const unicode = getUnicodeForGlyph(name, glyphsUnicodeMap);
    if (unicode !== -1) {
      for (const key2 in glyphsUnicodeMap) {
        if (glyphsUnicodeMap[key2] === unicode) {
          return key2;
        }
      }
    }
    info2("Unable to recover a standard glyph name for: " + name);
    return name;
  }
  function type1FontGlyphMapping(properties, builtInEncoding, glyphNames) {
    const charCodeToGlyphId = /* @__PURE__ */ new Map();
    let glyphId, baseEncoding;
    const isSymbolicFont = !!(properties.flags & FontFlags.Symbolic);
    if (properties.isInternalFont) {
      baseEncoding = builtInEncoding;
      for (let charCode = 0; charCode < baseEncoding.length; charCode++) {
        glyphId = glyphNames.indexOf(baseEncoding[charCode]);
        charCodeToGlyphId.set(charCode, glyphId >= 0 ? glyphId : 0);
      }
    } else if (properties.baseEncodingName) {
      baseEncoding = getEncoding(properties.baseEncodingName);
      for (let charCode = 0; charCode < baseEncoding.length; charCode++) {
        glyphId = glyphNames.indexOf(baseEncoding[charCode]);
        charCodeToGlyphId.set(charCode, glyphId >= 0 ? glyphId : 0);
      }
    } else if (isSymbolicFont) {
      for (const charCode in builtInEncoding) {
        charCodeToGlyphId.set(+charCode, builtInEncoding[charCode]);
      }
    } else {
      baseEncoding = StandardEncoding;
      for (let charCode = 0; charCode < baseEncoding.length; charCode++) {
        glyphId = glyphNames.indexOf(baseEncoding[charCode]);
        charCodeToGlyphId.set(charCode, glyphId >= 0 ? glyphId : 0);
      }
    }
    let glyphsUnicodeMap;
    if (properties.differences) {
      for (const [charCode, glyphName] of properties.differences) {
        glyphId = glyphNames.indexOf(glyphName);
        if (glyphId === -1) {
          glyphsUnicodeMap ??= getGlyphsUnicode();
          const standardGlyphName = recoverGlyphName(glyphName, glyphsUnicodeMap);
          if (standardGlyphName !== glyphName) {
            glyphId = glyphNames.indexOf(standardGlyphName);
          }
        }
        charCodeToGlyphId.set(charCode, glyphId >= 0 ? glyphId : 0);
      }
    }
    return charCodeToGlyphId;
  }
  function normalizeFontName(name) {
    return name.replaceAll(/[,_]/g, "-").replaceAll(/\s/g, "");
  }
  var getVerticalPresentationForm = getLookupTableFactory((t) => {
    t[8211] = 65074;
    t[8212] = 65073;
    t[8229] = 65072;
    t[8230] = 65049;
    t[12289] = 65041;
    t[12290] = 65042;
    t[12296] = 65087;
    t[12297] = 65088;
    t[12298] = 65085;
    t[12299] = 65086;
    t[12300] = 65089;
    t[12301] = 65090;
    t[12302] = 65091;
    t[12303] = 65092;
    t[12304] = 65083;
    t[12305] = 65084;
    t[12308] = 65081;
    t[12309] = 65082;
    t[12310] = 65047;
    t[12311] = 65048;
    t[65103] = 65076;
    t[65281] = 65045;
    t[65288] = 65077;
    t[65289] = 65078;
    t[65292] = 65040;
    t[65306] = 65043;
    t[65307] = 65044;
    t[65311] = 65046;
    t[65339] = 65095;
    t[65341] = 65096;
    t[65343] = 65075;
    t[65371] = 65079;
    t[65373] = 65080;
  });
  var MAX_SIZE_TO_COMPILE = 1e3;
  function compileType3Glyph({
    data: img,
    width,
    height
  }) {
    if (width > MAX_SIZE_TO_COMPILE || height > MAX_SIZE_TO_COMPILE) {
      return null;
    }
    const POINT_TO_PROCESS_LIMIT = 1e3;
    const POINT_TYPES = new Uint8Array([0, 2, 4, 0, 1, 0, 5, 4, 8, 10, 0, 8, 0, 2, 1, 0]);
    const width1 = width + 1;
    const points = new Uint8Array(width1 * (height + 1));
    let i, j, j0;
    const lineSize = width + 7 & ~7;
    const data = new Uint8Array(lineSize * height);
    let pos = 0;
    for (const elem of img) {
      let mask = 128;
      while (mask > 0) {
        data[pos++] = elem & mask ? 0 : 255;
        mask >>= 1;
      }
    }
    let count = 0;
    pos = 0;
    if (data[pos] !== 0) {
      points[0] = 1;
      ++count;
    }
    for (j = 1; j < width; j++) {
      if (data[pos] !== data[pos + 1]) {
        points[j] = data[pos] ? 2 : 1;
        ++count;
      }
      pos++;
    }
    if (data[pos] !== 0) {
      points[j] = 2;
      ++count;
    }
    for (i = 1; i < height; i++) {
      pos = i * lineSize;
      j0 = i * width1;
      if (data[pos - lineSize] !== data[pos]) {
        points[j0] = data[pos] ? 1 : 8;
        ++count;
      }
      let sum2 = (data[pos] ? 4 : 0) + (data[pos - lineSize] ? 8 : 0);
      for (j = 1; j < width; j++) {
        sum2 = (sum2 >> 2) + (data[pos + 1] ? 4 : 0) + (data[pos - lineSize + 1] ? 8 : 0);
        if (POINT_TYPES[sum2]) {
          points[j0 + j] = POINT_TYPES[sum2];
          ++count;
        }
        pos++;
      }
      if (data[pos - lineSize] !== data[pos]) {
        points[j0 + j] = data[pos] ? 2 : 4;
        ++count;
      }
      if (count > POINT_TO_PROCESS_LIMIT) {
        return null;
      }
    }
    pos = lineSize * (height - 1);
    j0 = i * width1;
    if (data[pos] !== 0) {
      points[j0] = 8;
      ++count;
    }
    for (j = 1; j < width; j++) {
      if (data[pos] !== data[pos + 1]) {
        points[j0 + j] = data[pos] ? 4 : 8;
        ++count;
      }
      pos++;
    }
    if (data[pos] !== 0) {
      points[j0 + j] = 4;
      ++count;
    }
    if (count > POINT_TO_PROCESS_LIMIT) {
      return null;
    }
    const steps = new Int32Array([0, width1, -1, 0, -width1, 0, 0, 0, 1]);
    const pathBuf = [];
    const {
      a,
      b,
      c,
      d,
      e,
      f
    } = new DOMMatrix().scaleSelf(1 / width, -1 / height).translateSelf(0, -height);
    for (i = 0; count && i <= height; i++) {
      let p = i * width1;
      const end = p + width;
      while (p < end && !points[p]) {
        p++;
      }
      if (p === end) {
        continue;
      }
      let x = p % width1;
      let y = i;
      pathBuf.push(DrawOPS2.moveTo, a * x + c * y + e, b * x + d * y + f);
      const p0 = p;
      let type = points[p];
      do {
        const step = steps[type];
        do {
          p += step;
        } while (!points[p]);
        const pp = points[p];
        if (pp !== 5 && pp !== 10) {
          type = pp;
          points[p] = 0;
        } else {
          type = pp & 51 * type >> 4;
          points[p] &= type >> 2 | type << 2;
        }
        x = p % width1;
        y = p / width1 | 0;
        pathBuf.push(DrawOPS2.lineTo, a * x + c * y + e, b * x + d * y + f);
        if (!points[p]) {
          --count;
        }
      } while (p0 !== p);
      --i;
    }
    return [OPS2.rawFillPath, [new Float32Array(pathBuf)], new Float32Array([0, 0, width, height])];
  }
  es_iterator_to_array_namespaceFn2();
  var ISOAdobeCharset = [".notdef", "space", "exclam", "quotedbl", "numbersign", "dollar", "percent", "ampersand", "quoteright", "parenleft", "parenright", "asterisk", "plus", "comma", "hyphen", "period", "slash", "zero", "one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "colon", "semicolon", "less", "equal", "greater", "question", "at", "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z", "bracketleft", "backslash", "bracketright", "asciicircum", "underscore", "quoteleft", "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z", "braceleft", "bar", "braceright", "asciitilde", "exclamdown", "cent", "sterling", "fraction", "yen", "florin", "section", "currency", "quotesingle", "quotedblleft", "guillemotleft", "guilsinglleft", "guilsinglright", "fi", "fl", "endash", "dagger", "daggerdbl", "periodcentered", "paragraph", "bullet", "quotesinglbase", "quotedblbase", "quotedblright", "guillemotright", "ellipsis", "perthousand", "questiondown", "grave", "acute", "circumflex", "tilde", "macron", "breve", "dotaccent", "dieresis", "ring", "cedilla", "hungarumlaut", "ogonek", "caron", "emdash", "AE", "ordfeminine", "Lslash", "Oslash", "OE", "ordmasculine", "ae", "dotlessi", "lslash", "oslash", "oe", "germandbls", "onesuperior", "logicalnot", "mu", "trademark", "Eth", "onehalf", "plusminus", "Thorn", "onequarter", "divide", "brokenbar", "degree", "thorn", "threequarters", "twosuperior", "registered", "minus", "eth", "multiply", "threesuperior", "copyright", "Aacute", "Acircumflex", "Adieresis", "Agrave", "Aring", "Atilde", "Ccedilla", "Eacute", "Ecircumflex", "Edieresis", "Egrave", "Iacute", "Icircumflex", "Idieresis", "Igrave", "Ntilde", "Oacute", "Ocircumflex", "Odieresis", "Ograve", "Otilde", "Scaron", "Uacute", "Ucircumflex", "Udieresis", "Ugrave", "Yacute", "Ydieresis", "Zcaron", "aacute", "acircumflex", "adieresis", "agrave", "aring", "atilde", "ccedilla", "eacute", "ecircumflex", "edieresis", "egrave", "iacute", "icircumflex", "idieresis", "igrave", "ntilde", "oacute", "ocircumflex", "odieresis", "ograve", "otilde", "scaron", "uacute", "ucircumflex", "udieresis", "ugrave", "yacute", "ydieresis", "zcaron"];
  var ExpertCharset = [".notdef", "space", "exclamsmall", "Hungarumlautsmall", "dollaroldstyle", "dollarsuperior", "ampersandsmall", "Acutesmall", "parenleftsuperior", "parenrightsuperior", "twodotenleader", "onedotenleader", "comma", "hyphen", "period", "fraction", "zerooldstyle", "oneoldstyle", "twooldstyle", "threeoldstyle", "fouroldstyle", "fiveoldstyle", "sixoldstyle", "sevenoldstyle", "eightoldstyle", "nineoldstyle", "colon", "semicolon", "commasuperior", "threequartersemdash", "periodsuperior", "questionsmall", "asuperior", "bsuperior", "centsuperior", "dsuperior", "esuperior", "isuperior", "lsuperior", "msuperior", "nsuperior", "osuperior", "rsuperior", "ssuperior", "tsuperior", "ff", "fi", "fl", "ffi", "ffl", "parenleftinferior", "parenrightinferior", "Circumflexsmall", "hyphensuperior", "Gravesmall", "Asmall", "Bsmall", "Csmall", "Dsmall", "Esmall", "Fsmall", "Gsmall", "Hsmall", "Ismall", "Jsmall", "Ksmall", "Lsmall", "Msmall", "Nsmall", "Osmall", "Psmall", "Qsmall", "Rsmall", "Ssmall", "Tsmall", "Usmall", "Vsmall", "Wsmall", "Xsmall", "Ysmall", "Zsmall", "colonmonetary", "onefitted", "rupiah", "Tildesmall", "exclamdownsmall", "centoldstyle", "Lslashsmall", "Scaronsmall", "Zcaronsmall", "Dieresissmall", "Brevesmall", "Caronsmall", "Dotaccentsmall", "Macronsmall", "figuredash", "hypheninferior", "Ogoneksmall", "Ringsmall", "Cedillasmall", "onequarter", "onehalf", "threequarters", "questiondownsmall", "oneeighth", "threeeighths", "fiveeighths", "seveneighths", "onethird", "twothirds", "zerosuperior", "onesuperior", "twosuperior", "threesuperior", "foursuperior", "fivesuperior", "sixsuperior", "sevensuperior", "eightsuperior", "ninesuperior", "zeroinferior", "oneinferior", "twoinferior", "threeinferior", "fourinferior", "fiveinferior", "sixinferior", "seveninferior", "eightinferior", "nineinferior", "centinferior", "dollarinferior", "periodinferior", "commainferior", "Agravesmall", "Aacutesmall", "Acircumflexsmall", "Atildesmall", "Adieresissmall", "Aringsmall", "AEsmall", "Ccedillasmall", "Egravesmall", "Eacutesmall", "Ecircumflexsmall", "Edieresissmall", "Igravesmall", "Iacutesmall", "Icircumflexsmall", "Idieresissmall", "Ethsmall", "Ntildesmall", "Ogravesmall", "Oacutesmall", "Ocircumflexsmall", "Otildesmall", "Odieresissmall", "OEsmall", "Oslashsmall", "Ugravesmall", "Uacutesmall", "Ucircumflexsmall", "Udieresissmall", "Yacutesmall", "Thornsmall", "Ydieresissmall"];
  var ExpertSubsetCharset = [".notdef", "space", "dollaroldstyle", "dollarsuperior", "parenleftsuperior", "parenrightsuperior", "twodotenleader", "onedotenleader", "comma", "hyphen", "period", "fraction", "zerooldstyle", "oneoldstyle", "twooldstyle", "threeoldstyle", "fouroldstyle", "fiveoldstyle", "sixoldstyle", "sevenoldstyle", "eightoldstyle", "nineoldstyle", "colon", "semicolon", "commasuperior", "threequartersemdash", "periodsuperior", "asuperior", "bsuperior", "centsuperior", "dsuperior", "esuperior", "isuperior", "lsuperior", "msuperior", "nsuperior", "osuperior", "rsuperior", "ssuperior", "tsuperior", "ff", "fi", "fl", "ffi", "ffl", "parenleftinferior", "parenrightinferior", "hyphensuperior", "colonmonetary", "onefitted", "rupiah", "centoldstyle", "figuredash", "hypheninferior", "onequarter", "onehalf", "threequarters", "oneeighth", "threeeighths", "fiveeighths", "seveneighths", "onethird", "twothirds", "zerosuperior", "onesuperior", "twosuperior", "threesuperior", "foursuperior", "fivesuperior", "sixsuperior", "sevensuperior", "eightsuperior", "ninesuperior", "zeroinferior", "oneinferior", "twoinferior", "threeinferior", "fourinferior", "fiveinferior", "sixinferior", "seveninferior", "eightinferior", "nineinferior", "centinferior", "dollarinferior", "periodinferior", "commainferior"];
  var DataBuilder = class {
    #buf;
    #bufLength = 1024;
    #hasExactLength = false;
    #pos = 0;
    #view;
    constructor({
      exactLength = 0,
      minLength = 0
    }) {
      this.#hasExactLength = !!exactLength;
      this.#initBuf(exactLength || minLength);
    }
    #initBuf(minLength) {
      if (this.#hasExactLength) {
        this.#bufLength = minLength;
      } else {
        while (this.#bufLength < minLength) {
          this.#bufLength *= 2;
        }
      }
      const newBuf = new Uint8Array(this.#bufLength);
      if (this.#buf) {
        newBuf.set(this.#buf, 0);
      }
      this.#buf = newBuf;
      this.#view = new DataView(newBuf.buffer);
    }
    get data() {
      return this.#buf.subarray(0, this.#pos);
    }
    get length() {
      return this.#pos;
    }
    skip(n) {
      this.#pos += n;
    }
    setArray(arr) {
      const newPos = this.#pos + arr.length;
      if (!this.#hasExactLength && newPos > this.#bufLength) {
        this.#initBuf(newPos);
      }
      this.#buf.set(arr, this.#pos);
      this.#pos = newPos;
    }
    setInt16(val) {
      const newPos = this.#pos + 2;
      if (!this.#hasExactLength && newPos > this.#bufLength) {
        this.#initBuf(newPos);
      }
      this.#view.setInt16(this.#pos, val);
      this.#pos = newPos;
    }
    setSafeInt16(val) {
      const newPos = this.#pos + 2;
      if (!this.#hasExactLength && newPos > this.#bufLength) {
        this.#initBuf(newPos);
      }
      this.#view.setInt16(this.#pos, MathClamp2(val, -32768, 32767));
      this.#pos = newPos;
    }
    setInt32(val) {
      const newPos = this.#pos + 4;
      if (!this.#hasExactLength && newPos > this.#bufLength) {
        this.#initBuf(newPos);
      }
      this.#view.setInt32(this.#pos, val);
      this.#pos = newPos;
    }
  };
  var MAX_SUBR_NESTING = 10;
  var MAX_FD_ARRAY_COUNT = 256;
  function looksLikeUnsigned16BitNegative(coord) {
    return coord > 32767 && coord <= 65535;
  }
  function recoverSigned16BitBBox(bbox, onlyLowerLeft = false) {
    return Util2.normalizeRect(bbox.map((coord, i) => (!onlyLowerLeft || i < 2) && looksLikeUnsigned16BitNegative(coord) ? coord - 65536 : coord));
  }
  var CFFStandardStrings = [".notdef", "space", "exclam", "quotedbl", "numbersign", "dollar", "percent", "ampersand", "quoteright", "parenleft", "parenright", "asterisk", "plus", "comma", "hyphen", "period", "slash", "zero", "one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "colon", "semicolon", "less", "equal", "greater", "question", "at", "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z", "bracketleft", "backslash", "bracketright", "asciicircum", "underscore", "quoteleft", "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z", "braceleft", "bar", "braceright", "asciitilde", "exclamdown", "cent", "sterling", "fraction", "yen", "florin", "section", "currency", "quotesingle", "quotedblleft", "guillemotleft", "guilsinglleft", "guilsinglright", "fi", "fl", "endash", "dagger", "daggerdbl", "periodcentered", "paragraph", "bullet", "quotesinglbase", "quotedblbase", "quotedblright", "guillemotright", "ellipsis", "perthousand", "questiondown", "grave", "acute", "circumflex", "tilde", "macron", "breve", "dotaccent", "dieresis", "ring", "cedilla", "hungarumlaut", "ogonek", "caron", "emdash", "AE", "ordfeminine", "Lslash", "Oslash", "OE", "ordmasculine", "ae", "dotlessi", "lslash", "oslash", "oe", "germandbls", "onesuperior", "logicalnot", "mu", "trademark", "Eth", "onehalf", "plusminus", "Thorn", "onequarter", "divide", "brokenbar", "degree", "thorn", "threequarters", "twosuperior", "registered", "minus", "eth", "multiply", "threesuperior", "copyright", "Aacute", "Acircumflex", "Adieresis", "Agrave", "Aring", "Atilde", "Ccedilla", "Eacute", "Ecircumflex", "Edieresis", "Egrave", "Iacute", "Icircumflex", "Idieresis", "Igrave", "Ntilde", "Oacute", "Ocircumflex", "Odieresis", "Ograve", "Otilde", "Scaron", "Uacute", "Ucircumflex", "Udieresis", "Ugrave", "Yacute", "Ydieresis", "Zcaron", "aacute", "acircumflex", "adieresis", "agrave", "aring", "atilde", "ccedilla", "eacute", "ecircumflex", "edieresis", "egrave", "iacute", "icircumflex", "idieresis", "igrave", "ntilde", "oacute", "ocircumflex", "odieresis", "ograve", "otilde", "scaron", "uacute", "ucircumflex", "udieresis", "ugrave", "yacute", "ydieresis", "zcaron", "exclamsmall", "Hungarumlautsmall", "dollaroldstyle", "dollarsuperior", "ampersandsmall", "Acutesmall", "parenleftsuperior", "parenrightsuperior", "twodotenleader", "onedotenleader", "zerooldstyle", "oneoldstyle", "twooldstyle", "threeoldstyle", "fouroldstyle", "fiveoldstyle", "sixoldstyle", "sevenoldstyle", "eightoldstyle", "nineoldstyle", "commasuperior", "threequartersemdash", "periodsuperior", "questionsmall", "asuperior", "bsuperior", "centsuperior", "dsuperior", "esuperior", "isuperior", "lsuperior", "msuperior", "nsuperior", "osuperior", "rsuperior", "ssuperior", "tsuperior", "ff", "ffi", "ffl", "parenleftinferior", "parenrightinferior", "Circumflexsmall", "hyphensuperior", "Gravesmall", "Asmall", "Bsmall", "Csmall", "Dsmall", "Esmall", "Fsmall", "Gsmall", "Hsmall", "Ismall", "Jsmall", "Ksmall", "Lsmall", "Msmall", "Nsmall", "Osmall", "Psmall", "Qsmall", "Rsmall", "Ssmall", "Tsmall", "Usmall", "Vsmall", "Wsmall", "Xsmall", "Ysmall", "Zsmall", "colonmonetary", "onefitted", "rupiah", "Tildesmall", "exclamdownsmall", "centoldstyle", "Lslashsmall", "Scaronsmall", "Zcaronsmall", "Dieresissmall", "Brevesmall", "Caronsmall", "Dotaccentsmall", "Macronsmall", "figuredash", "hypheninferior", "Ogoneksmall", "Ringsmall", "Cedillasmall", "questiondownsmall", "oneeighth", "threeeighths", "fiveeighths", "seveneighths", "onethird", "twothirds", "zerosuperior", "foursuperior", "fivesuperior", "sixsuperior", "sevensuperior", "eightsuperior", "ninesuperior", "zeroinferior", "oneinferior", "twoinferior", "threeinferior", "fourinferior", "fiveinferior", "sixinferior", "seveninferior", "eightinferior", "nineinferior", "centinferior", "dollarinferior", "periodinferior", "commainferior", "Agravesmall", "Aacutesmall", "Acircumflexsmall", "Atildesmall", "Adieresissmall", "Aringsmall", "AEsmall", "Ccedillasmall", "Egravesmall", "Eacutesmall", "Ecircumflexsmall", "Edieresissmall", "Igravesmall", "Iacutesmall", "Icircumflexsmall", "Idieresissmall", "Ethsmall", "Ntildesmall", "Ogravesmall", "Oacutesmall", "Ocircumflexsmall", "Otildesmall", "Odieresissmall", "OEsmall", "Oslashsmall", "Ugravesmall", "Uacutesmall", "Ucircumflexsmall", "Udieresissmall", "Yacutesmall", "Thornsmall", "Ydieresissmall", "001.000", "001.001", "001.002", "001.003", "Black", "Bold", "Book", "Light", "Medium", "Regular", "Roman", "Semibold"];
  var NUM_STANDARD_CFF_STRINGS = 391;
  var DEFAULT_BLUE_SCALE = 0.039625;
  var DEFAULT_BLUE_SHIFT = 7;
  var DEFAULT_BLUE_FUZZ = 1;
  var DEFAULT_EXPANSION_FACTOR = 0.06;
  var CharstringValidationData = [null, {
    id: "hstem",
    min: 2,
    stackClearing: true,
    stem: true
  }, null, {
    id: "vstem",
    min: 2,
    stackClearing: true,
    stem: true
  }, {
    id: "vmoveto",
    min: 1,
    stackClearing: true
  }, {
    id: "rlineto",
    min: 2,
    resetStack: true
  }, {
    id: "hlineto",
    min: 1,
    resetStack: true
  }, {
    id: "vlineto",
    min: 1,
    resetStack: true
  }, {
    id: "rrcurveto",
    min: 6,
    resetStack: true
  }, null, {
    id: "callsubr",
    min: 1
  }, {
    id: "return",
    min: 0
  }, null, null, {
    id: "endchar",
    min: 0,
    stackClearing: true
  }, null, null, null, {
    id: "hstemhm",
    min: 2,
    stackClearing: true,
    stem: true
  }, {
    id: "hintmask",
    min: 0,
    stackClearing: true
  }, {
    id: "cntrmask",
    min: 0,
    stackClearing: true
  }, {
    id: "rmoveto",
    min: 2,
    stackClearing: true
  }, {
    id: "hmoveto",
    min: 1,
    stackClearing: true
  }, {
    id: "vstemhm",
    min: 2,
    stackClearing: true,
    stem: true
  }, {
    id: "rcurveline",
    min: 8,
    resetStack: true
  }, {
    id: "rlinecurve",
    min: 8,
    resetStack: true
  }, {
    id: "vvcurveto",
    min: 4,
    resetStack: true
  }, {
    id: "hhcurveto",
    min: 4,
    resetStack: true
  }, null, {
    id: "callgsubr",
    min: 1
  }, {
    id: "vhcurveto",
    min: 4,
    resetStack: true
  }, {
    id: "hvcurveto",
    min: 4,
    resetStack: true
  }];
  var CharstringValidationData12 = [null, null, null, {
    id: "and",
    min: 2,
    stackDelta: -1
  }, {
    id: "or",
    min: 2,
    stackDelta: -1
  }, {
    id: "not",
    min: 1,
    stackDelta: 0
  }, null, null, null, {
    id: "abs",
    min: 1,
    stackDelta: 0
  }, {
    id: "add",
    min: 2,
    stackDelta: -1,
    stackFn(stack, index) {
      stack[index - 2] = stack[index - 2] + stack[index - 1];
    }
  }, {
    id: "sub",
    min: 2,
    stackDelta: -1,
    stackFn(stack, index) {
      stack[index - 2] = stack[index - 2] - stack[index - 1];
    }
  }, {
    id: "div",
    min: 2,
    stackDelta: -1,
    stackFn(stack, index) {
      stack[index - 2] = stack[index - 2] / stack[index - 1];
    }
  }, null, {
    id: "neg",
    min: 1,
    stackDelta: 0,
    stackFn(stack, index) {
      stack[index - 1] = -stack[index - 1];
    }
  }, {
    id: "eq",
    min: 2,
    stackDelta: -1
  }, null, null, {
    id: "drop",
    min: 1,
    stackDelta: -1
  }, null, {
    id: "put",
    min: 2,
    stackDelta: -2
  }, {
    id: "get",
    min: 1,
    stackDelta: 0
  }, {
    id: "ifelse",
    min: 4,
    stackDelta: -3
  }, {
    id: "random",
    min: 0,
    stackDelta: 1
  }, {
    id: "mul",
    min: 2,
    stackDelta: -1,
    stackFn(stack, index) {
      stack[index - 2] = stack[index - 2] * stack[index - 1];
    }
  }, null, {
    id: "sqrt",
    min: 1,
    stackDelta: 0
  }, {
    id: "dup",
    min: 1,
    stackDelta: 1
  }, {
    id: "exch",
    min: 2,
    stackDelta: 0
  }, {
    id: "index",
    min: 2,
    stackDelta: 0
  }, {
    id: "roll",
    min: 3,
    stackDelta: -2
  }, null, null, null, {
    id: "hflex",
    min: 7,
    resetStack: true
  }, {
    id: "flex",
    min: 13,
    resetStack: true
  }, {
    id: "hflex1",
    min: 9,
    resetStack: true
  }, {
    id: "flex1",
    min: 11,
    resetStack: true
  }];
  var CFFParser = class {
    constructor(file, properties, seacAnalysisEnabled) {
      this.bytes = file.getBytes();
      this.properties = properties;
      this.seacAnalysisEnabled = !!seacAnalysisEnabled;
    }
    parse() {
      const properties = this.properties;
      const cff = new CFF(this.bytes.length);
      this.cff = cff;
      const header2 = this.parseHeader();
      const nameIndex = this.parseIndex(header2.endPos);
      const topDictIndex = this.parseIndex(nameIndex.endPos);
      const stringIndex = this.parseIndex(topDictIndex.endPos);
      const globalSubrIndex = this.parseIndex(stringIndex.endPos);
      const topDictParsed = this.parseDict(topDictIndex.obj.get(0));
      const topDict = this.createDict(CFFTopDict, topDictParsed, cff.strings);
      cff.header = header2.obj;
      cff.names = this.parseNameIndex(nameIndex.obj);
      cff.strings = this.parseStringIndex(stringIndex.obj);
      cff.topDict = topDict;
      cff.globalSubrIndex = globalSubrIndex.obj;
      this.parsePrivateDict(cff.topDict);
      cff.isCIDFont = topDict.hasName("ROS");
      const charStringOffset = topDict.getByName("CharStrings");
      const charStringIndex = this.parseIndex(charStringOffset).obj;
      cff.charStringCount = charStringIndex.count;
      const fontMatrix = topDict.getByName("FontMatrix");
      if (fontMatrix) {
        properties.fontMatrix = fontMatrix;
      }
      let fontBBox = topDict.getByName("FontBBox");
      const descriptorBBox = properties.bbox?.some((coord) => coord !== 0) ? recoverSigned16BitBBox(properties.bbox) : null;
      const cffBBoxHasUnsignedLowerLeft = fontBBox?.slice(0, 2).some(looksLikeUnsigned16BitNegative);
      const cffBBoxHasUnsignedCoords = fontBBox?.some(looksLikeUnsigned16BitNegative);
      if (fontBBox?.every((coord) => coord === 0) && descriptorBBox) {
        fontBBox = descriptorBBox;
        topDict.setByName("FontBBox", fontBBox);
      } else if (cffBBoxHasUnsignedCoords) {
        const recoveredFontBBox = recoverSigned16BitBBox(fontBBox);
        const descriptorCorroborates = descriptorBBox && properties.bbox.some((coord) => coord < 0) && !properties.bbox.some(looksLikeUnsigned16BitNegative) && isArrayEqual(recoveredFontBBox, descriptorBBox);
        if (descriptorCorroborates || cffBBoxHasUnsignedLowerLeft) {
          fontBBox = descriptorCorroborates ? recoveredFontBBox : recoverSigned16BitBBox(fontBBox, true);
          topDict.setByName("FontBBox", fontBBox);
        }
      }
      if (fontBBox?.some((coord) => coord !== 0)) {
        properties.ascent = Math.max(fontBBox[3], fontBBox[1]);
        properties.descent = Math.min(fontBBox[1], fontBBox[3]);
        properties.ascentScaled = true;
      }
      let charset, encoding;
      if (cff.isCIDFont) {
        const fdArrayIndex = this.parseIndex(topDict.getByName("FDArray")).obj;
        let fdArrayCount = fdArrayIndex.count;
        if (fdArrayCount > MAX_FD_ARRAY_COUNT) {
          warn2(`CFFParser.parse: too many FDArray entries (${fdArrayCount}).`);
          fdArrayCount = MAX_FD_ARRAY_COUNT;
        }
        for (let i = 0; i < fdArrayCount; ++i) {
          const dictRaw = fdArrayIndex.get(i);
          const fontDict = this.createDict(CFFTopDict, this.parseDict(dictRaw), cff.strings);
          this.parsePrivateDict(fontDict);
          cff.fdArray.push(fontDict);
        }
        encoding = null;
        charset = this.parseCharsets(topDict.getByName("charset"), charStringIndex.count, cff.strings, true);
        cff.fdSelect = this.parseFDSelect(topDict.getByName("FDSelect"), charStringIndex.count);
      } else {
        charset = this.parseCharsets(topDict.getByName("charset"), charStringIndex.count, cff.strings, false);
        encoding = this.parseEncoding(topDict.getByName("Encoding"), properties, cff.strings, charset.charset);
      }
      cff.charset = charset;
      cff.encoding = encoding;
      const charStringsAndSeacs = this.parseCharStrings({
        charStrings: charStringIndex,
        localSubrIndex: topDict.privateDict.subrsIndex,
        globalSubrIndex: globalSubrIndex.obj,
        fdSelect: cff.fdSelect,
        fdArray: cff.fdArray,
        privateDict: topDict.privateDict
      });
      cff.charStrings = charStringsAndSeacs.charStrings;
      cff.seacs = charStringsAndSeacs.seacs;
      cff.widths = charStringsAndSeacs.widths;
      return cff;
    }
    parseHeader() {
      let bytes2 = this.bytes;
      const bytesLength = bytes2.length;
      let offset = 0;
      while (offset < bytesLength && bytes2[offset] !== 1) {
        ++offset;
      }
      if (offset >= bytesLength) {
        throw new FormatError2("Invalid CFF header");
      }
      if (offset !== 0) {
        info2("cff data is shifted");
        bytes2 = bytes2.subarray(offset);
        this.bytes = bytes2;
      }
      const major = bytes2[0];
      const minor = bytes2[1];
      const hdrSize = bytes2[2];
      const offSize = bytes2[3];
      const header2 = new CFFHeader(major, minor, hdrSize, offSize);
      return {
        obj: header2,
        endPos: hdrSize
      };
    }
    parseDict(dict) {
      const view2 = new DataView(dict.buffer, dict.byteOffset, dict.bytesLength);
      let pos = 0;
      function parseOperand() {
        let value = dict[pos++];
        if (value === 30) {
          return parseFloatOperand();
        } else if (value === 28) {
          value = view2.getInt16(pos);
          pos += 2;
          return value;
        } else if (value === 29) {
          value = view2.getInt32(pos);
          pos += 4;
          return value;
        } else if (value >= 32 && value <= 246) {
          return value - 139;
        } else if (value >= 247 && value <= 250) {
          return (value - 247) * 256 + dict[pos++] + 108;
        } else if (value >= 251 && value <= 254) {
          return -((value - 251) * 256) - dict[pos++] - 108;
        }
        warn2(`CFFParser.parseDict: "${value}" is a reserved command.`);
        return NaN;
      }
      function parseFloatOperand() {
        let str = "";
        const eof = 15;
        const lookup3 = ["0", "1", "2", "3", "4", "5", "6", "7", "8", "9", ".", "E", "E-", null, "-"];
        const length = dict.length;
        while (pos < length) {
          const b = dict[pos++];
          const b1 = b >> 4;
          const b2 = b & 15;
          if (b1 === eof) {
            break;
          }
          str += lookup3[b1];
          if (b2 === eof) {
            break;
          }
          str += lookup3[b2];
        }
        return parseFloat(str);
      }
      let operands = [];
      const entries = [];
      pos = 0;
      const end = dict.length;
      while (pos < end) {
        let b = dict[pos];
        if (b <= 21) {
          if (b === 12) {
            b = b << 8 | dict[++pos];
          }
          entries.push([b, operands]);
          operands = [];
          ++pos;
        } else {
          operands.push(parseOperand());
        }
      }
      return entries;
    }
    parseIndex(pos) {
      const cffIndex = new CFFIndex();
      const bytes2 = this.bytes;
      const count = bytes2[pos++] << 8 | bytes2[pos++];
      const offsets = [];
      let end = pos;
      let i, ii;
      if (count !== 0) {
        const offsetSize = bytes2[pos++];
        if (offsetSize < 1 || offsetSize > 4) {
          throw new FormatError2(`Invalid CFF INDEX offset size: ${offsetSize}`);
        }
        const startPos = pos + (count + 1) * offsetSize - 1;
        const bytesLength = bytes2.length;
        let prevOffset = startPos;
        for (i = 0, ii = count + 1; i < ii; ++i) {
          let offset = 0;
          for (let j = 0; j < offsetSize; ++j) {
            offset = offset << 8 | bytes2[pos++];
          }
          prevOffset = MathClamp2(startPos + offset, prevOffset, bytesLength);
          offsets.push(prevOffset);
        }
        end = offsets[count];
      }
      for (i = 0, ii = offsets.length - 1; i < ii; ++i) {
        const offsetStart = offsets[i];
        const offsetEnd = offsets[i + 1];
        cffIndex.add(bytes2.subarray(offsetStart, offsetEnd));
      }
      return {
        obj: cffIndex,
        endPos: end
      };
    }
    parseNameIndex(index) {
      const names2 = [];
      for (let i = 0, ii = index.count; i < ii; ++i) {
        const name = index.get(i);
        names2.push(bytesToString2(name));
      }
      return names2;
    }
    parseStringIndex(index) {
      const strings = new CFFStrings();
      for (let i = 0, ii = index.count; i < ii; ++i) {
        const data = index.get(i);
        strings.add(bytesToString2(data));
      }
      return strings;
    }
    createDict(Type, dict, strings) {
      const cffDict = new Type(strings);
      for (const [key2, value] of dict) {
        cffDict.setByKey(key2, value);
      }
      return cffDict;
    }
    parseCharString(state, data, localSubrIndex, globalSubrIndex) {
      if (!data || state.callDepth > MAX_SUBR_NESTING) {
        return false;
      }
      const view2 = new DataView(data.buffer, data.byteOffset, data.bytesLength);
      let stackSize = state.stackSize;
      const stack = state.stack;
      let length = data.length;
      for (let j = 0; j < length; ) {
        const value = data[j++];
        let validationCommand = null;
        if (value === 12) {
          const q = data[j++];
          if (q === 0) {
            data[j - 2] = 139;
            data[j - 1] = 22;
            stackSize = 0;
          } else {
            validationCommand = CharstringValidationData12[q];
          }
        } else if (value === 28) {
          stack[stackSize] = view2.getInt16(j);
          j += 2;
          stackSize++;
        } else if (value === 14) {
          if (stackSize >= 4) {
            stackSize -= 4;
            if (this.seacAnalysisEnabled) {
              state.seac = stack.slice(stackSize, stackSize + 4);
              return false;
            }
          }
          validationCommand = CharstringValidationData[value];
        } else if (value >= 32 && value <= 246) {
          stack[stackSize] = value - 139;
          stackSize++;
        } else if (value >= 247 && value <= 254) {
          stack[stackSize] = value < 251 ? (value - 247 << 8) + data[j] + 108 : -(value - 251 << 8) - data[j] - 108;
          j++;
          stackSize++;
        } else if (value === 255) {
          stack[stackSize] = view2.getInt32(j) / 65536;
          j += 4;
          stackSize++;
        } else if (value === 19 || value === 20) {
          state.hints += stackSize >> 1;
          if (state.hints === 0) {
            data.copyWithin(j - 1, j, -1);
            j -= 1;
            length -= 1;
            continue;
          }
          j += state.hints + 7 >> 3;
          stackSize %= 2;
          validationCommand = CharstringValidationData[value];
        } else if (value === 10 || value === 29) {
          const subrsIndex = value === 10 ? localSubrIndex : globalSubrIndex;
          if (!subrsIndex) {
            validationCommand = CharstringValidationData[value];
            warn2("Missing subrsIndex for " + validationCommand.id);
            return false;
          }
          let bias = 32768;
          if (subrsIndex.count < 1240) {
            bias = 107;
          } else if (subrsIndex.count < 33900) {
            bias = 1131;
          }
          const subrNumber = stack[--stackSize] + bias;
          if (subrNumber < 0 || subrNumber >= subrsIndex.count || isNaN(subrNumber)) {
            validationCommand = CharstringValidationData[value];
            warn2("Out of bounds subrIndex for " + validationCommand.id);
            return false;
          }
          state.stackSize = stackSize;
          state.callDepth++;
          const valid = this.parseCharString(state, subrsIndex.get(subrNumber), localSubrIndex, globalSubrIndex);
          if (!valid) {
            return false;
          }
          state.callDepth--;
          stackSize = state.stackSize;
          continue;
        } else if (value === 11) {
          state.stackSize = stackSize;
          return true;
        } else if (value === 0 && j === data.length) {
          data[j - 1] = 14;
          validationCommand = CharstringValidationData[14];
        } else if (value === 9) {
          data.copyWithin(j - 1, j, -1);
          j -= 1;
          length -= 1;
          continue;
        } else {
          validationCommand = CharstringValidationData[value];
        }
        if (validationCommand) {
          if (validationCommand.stem) {
            state.hints += stackSize >> 1;
            if (value === 3 || value === 23) {
              state.hasVStems = true;
            } else if (state.hasVStems && (value === 1 || value === 18)) {
              warn2("CFF stem hints are in wrong order");
              data[j - 1] = value === 1 ? 3 : 23;
            }
          }
          if (stackSize < validationCommand.min) {
            warn2("Not enough parameters for " + validationCommand.id + "; actual: " + stackSize + ", expected: " + validationCommand.min);
            if (stackSize === 0) {
              data[j - 1] = 14;
              return true;
            }
            return false;
          }
          if (state.firstStackClearing && validationCommand.stackClearing) {
            state.firstStackClearing = false;
            stackSize -= validationCommand.min;
            if (stackSize >= 2 && validationCommand.stem) {
              stackSize %= 2;
            } else if (stackSize > 1) {
              warn2("Found too many parameters for stack-clearing command");
            }
            if (stackSize > 0) {
              state.width = stack[stackSize - 1];
            }
          }
          if ("stackDelta" in validationCommand) {
            if ("stackFn" in validationCommand) {
              validationCommand.stackFn(stack, stackSize);
            }
            stackSize += validationCommand.stackDelta;
          } else if (validationCommand.stackClearing || validationCommand.resetStack) {
            stackSize = 0;
          }
        }
      }
      if (length < data.length) {
        data.fill(14, length);
      }
      state.stackSize = stackSize;
      return true;
    }
    parseCharStrings({
      charStrings,
      localSubrIndex,
      globalSubrIndex,
      fdSelect,
      fdArray,
      privateDict
    }) {
      const seacs = /* @__PURE__ */ new Map();
      const widths = [];
      const count = charStrings.count;
      for (let i = 0; i < count; i++) {
        const charstring = charStrings.get(i);
        const state = {
          callDepth: 0,
          stackSize: 0,
          stack: [],
          hints: 0,
          firstStackClearing: true,
          seac: null,
          width: null,
          hasVStems: false
        };
        let valid = true;
        let localSubrToUse = null;
        let privateDictToUse = privateDict;
        if (fdSelect && fdArray.length) {
          const fdIndex = fdSelect.getFDIndex(i);
          if (fdIndex === -1) {
            warn2("Glyph index is not in fd select.");
            valid = false;
          }
          if (fdIndex >= fdArray.length) {
            warn2("Invalid fd index for glyph index.");
            valid = false;
          }
          if (valid) {
            privateDictToUse = fdArray[fdIndex].privateDict;
            localSubrToUse = privateDictToUse.subrsIndex;
          }
        } else if (localSubrIndex) {
          localSubrToUse = localSubrIndex;
        }
        valid &&= this.parseCharString(state, charstring, localSubrToUse, globalSubrIndex);
        if (state.width !== null) {
          const nominalWidth = privateDictToUse.getByName("nominalWidthX");
          widths[i] = nominalWidth + state.width;
        } else {
          const defaultWidth = privateDictToUse.getByName("defaultWidthX");
          widths[i] = defaultWidth;
        }
        if (state.seac !== null) {
          seacs.set(i, state.seac);
        }
        if (!valid) {
          charStrings.set(i, new Uint8Array([14]));
        }
      }
      return {
        charStrings,
        seacs,
        widths
      };
    }
    emptyPrivateDictionary(parentDict) {
      const privateDict = this.createDict(CFFPrivateDict, [], parentDict.strings);
      parentDict.setByKey(18, [0, 0]);
      parentDict.privateDict = privateDict;
    }
    parsePrivateDict(parentDict) {
      if (!parentDict.hasName("Private")) {
        this.emptyPrivateDictionary(parentDict);
        return;
      }
      const privateOffset = parentDict.getByName("Private");
      if (!Array.isArray(privateOffset) || privateOffset.length !== 2) {
        parentDict.removeByName("Private");
        return;
      }
      const size = privateOffset[0];
      const offset = privateOffset[1];
      if (size === 0 || offset >= this.bytes.length) {
        this.emptyPrivateDictionary(parentDict);
        return;
      }
      if (offset + size > this.bytes.length) {
        throw new FormatError2("CFF Private DICT extends past end of font");
      }
      const privateDictEnd = offset + size;
      const dictData = this.bytes.subarray(offset, privateDictEnd);
      const dict = this.parseDict(dictData);
      const privateDict = this.createDict(CFFPrivateDict, dict, parentDict.strings);
      parentDict.privateDict = privateDict;
      const blueScale = privateDict.getByName("BlueScale");
      const blueShift = privateDict.getByName("BlueShift");
      const blueFuzz = privateDict.getByName("BlueFuzz");
      const expansionFactor = privateDict.getByName("ExpansionFactor");
      if (blueScale === 0 && blueShift === 0 && blueFuzz === 0 && expansionFactor === 0) {
        privateDict.setByName("BlueScale", DEFAULT_BLUE_SCALE);
        privateDict.setByName("BlueShift", DEFAULT_BLUE_SHIFT);
        privateDict.setByName("BlueFuzz", DEFAULT_BLUE_FUZZ);
      }
      if (expansionFactor === 0) {
        privateDict.setByName("ExpansionFactor", DEFAULT_EXPANSION_FACTOR);
      }
      if (blueScale > 0) {
        let maxZoneHeight = 0;
        for (const zones of [privateDict.getByName("BlueValues"), privateDict.getByName("OtherBlues")]) {
          if (!zones) {
            continue;
          }
          for (let i = 1; i < zones.length; i += 2) {
            if (zones[i] > maxZoneHeight) {
              maxZoneHeight = zones[i];
            }
          }
        }
        if (maxZoneHeight > 0) {
          const PRECISION = 1e5;
          const lowerBound = 0.5 / maxZoneHeight;
          const minBlueScale = lowerBound <= DEFAULT_BLUE_SCALE ? Math.ceil(lowerBound * PRECISION) / PRECISION : -Infinity;
          const maxBlueScale = Math.floor(PRECISION / maxZoneHeight) / PRECISION;
          const clamped = MathClamp2(blueScale, minBlueScale, maxBlueScale);
          if (clamped !== blueScale) {
            privateDict.setByName("BlueScale", clamped);
          }
        }
      }
      if (!privateDict.getByName("Subrs")) {
        return;
      }
      const subrsOffset = privateDict.getByName("Subrs");
      const relativeOffset = offset + subrsOffset;
      if (subrsOffset === 0 || relativeOffset >= this.bytes.length) {
        this.emptyPrivateDictionary(parentDict);
        return;
      }
      const subrsIndex = this.parseIndex(relativeOffset);
      privateDict.subrsIndex = subrsIndex.obj;
    }
    parseCharsets(pos, length, strings, cid) {
      if (pos === 0) {
        return new CFFCharset(true, CFFCharsetPredefinedTypes.ISO_ADOBE, ISOAdobeCharset);
      } else if (pos === 1) {
        return new CFFCharset(true, CFFCharsetPredefinedTypes.EXPERT, ExpertCharset);
      } else if (pos === 2) {
        return new CFFCharset(true, CFFCharsetPredefinedTypes.EXPERT_SUBSET, ExpertSubsetCharset);
      }
      const {
        bytes: bytes2
      } = this;
      const format = bytes2[pos++];
      const charset = [cid ? 0 : ".notdef"];
      let id, count, i;
      length -= 1;
      switch (format) {
        case 0:
          for (i = 0; i < length; i++) {
            id = bytes2[pos++] << 8 | bytes2[pos++];
            charset.push(cid ? id : strings.get(id));
          }
          break;
        case 1:
          while (charset.length <= length) {
            id = bytes2[pos++] << 8 | bytes2[pos++];
            count = bytes2[pos++];
            for (i = 0; i <= count; i++) {
              charset.push(cid ? id++ : strings.get(id++));
            }
          }
          break;
        case 2:
          while (charset.length <= length) {
            id = bytes2[pos++] << 8 | bytes2[pos++];
            count = bytes2[pos++] << 8 | bytes2[pos++];
            for (i = 0; i <= count; i++) {
              charset.push(cid ? id++ : strings.get(id++));
            }
          }
          break;
        default:
          throw new FormatError2("Unknown charset format");
      }
      return new CFFCharset(false, format, charset);
    }
    parseEncoding(pos, properties, strings, charset) {
      const encoding = /* @__PURE__ */ Object.create(null);
      const bytes2 = this.bytes;
      let predefined = false;
      let format, i, ii;
      let raw = null;
      function readSupplement() {
        const supplementsCount = bytes2[pos++];
        for (i = 0; i < supplementsCount; i++) {
          const code = bytes2[pos++];
          const sid = (bytes2[pos++] << 8) + (bytes2[pos++] & 255);
          encoding[code] = charset.indexOf(strings.get(sid));
        }
      }
      if (pos === 0 || pos === 1) {
        predefined = true;
        format = pos;
        const baseEncoding = pos ? ExpertEncoding : StandardEncoding;
        for (i = 0, ii = charset.length; i < ii; i++) {
          const index = baseEncoding.indexOf(charset[i]);
          if (index !== -1) {
            encoding[index] = i;
          }
        }
      } else {
        const dataStart = pos;
        format = bytes2[pos++];
        switch (format & 127) {
          case 0:
            const glyphsCount = bytes2[pos++];
            for (i = 1; i <= glyphsCount; i++) {
              encoding[bytes2[pos++]] = i;
            }
            break;
          case 1:
            const rangesCount = bytes2[pos++];
            let gid = 1;
            for (i = 0; i < rangesCount; i++) {
              const start = bytes2[pos++];
              const left = bytes2[pos++];
              for (let j = start; j <= start + left; j++) {
                encoding[j] = gid++;
              }
            }
            break;
          default:
            throw new FormatError2(`Unknown encoding format: ${format} in CFF`);
        }
        const dataEnd = pos;
        if (format & 128) {
          bytes2[dataStart] &= 127;
          readSupplement();
        }
        raw = bytes2.subarray(dataStart, dataEnd);
      }
      format &= 127;
      return new CFFEncoding(predefined, format, encoding, raw);
    }
    parseFDSelect(pos, length) {
      const bytes2 = this.bytes;
      const format = bytes2[pos++];
      const fdSelect = [];
      let i;
      switch (format) {
        case 0:
          for (i = 0; i < length; ++i) {
            const id = bytes2[pos++];
            fdSelect.push(id);
          }
          break;
        case 3:
          const rangesCount = bytes2[pos++] << 8 | bytes2[pos++];
          for (i = 0; i < rangesCount; ++i) {
            let first = bytes2[pos++] << 8 | bytes2[pos++];
            if (i === 0 && first !== 0) {
              warn2("parseFDSelect: The first range must have a first GID of 0 -- trying to recover.");
              first = 0;
            }
            const fdIndex = bytes2[pos++];
            const next = bytes2[pos] << 8 | bytes2[pos + 1];
            if (next - first > length - fdSelect.length) {
              throw new FormatError2("parseFDSelect: Invalid font data.");
            }
            for (let j = first; j < next; ++j) {
              fdSelect.push(fdIndex);
            }
          }
          pos += 2;
          break;
        default:
          throw new FormatError2(`parseFDSelect: Unknown format "${format}".`);
      }
      if (fdSelect.length !== length) {
        throw new FormatError2("parseFDSelect: Invalid font data.");
      }
      return new CFFFDSelect(format, fdSelect);
    }
  };
  var CFF = class {
    header = null;
    names = [];
    topDict = null;
    strings = new CFFStrings();
    globalSubrIndex = null;
    encoding = null;
    charset = null;
    charStrings = null;
    fdArray = [];
    fdSelect = null;
    isCIDFont = false;
    charStringCount = 0;
    constructor(rawFileLength = 0) {
      this.rawFileLength = rawFileLength;
    }
    duplicateFirstGlyph() {
      if (this.charStrings.count >= 65535) {
        warn2("Not enough space in charstrings to duplicate first glyph.");
        return;
      }
      const glyphZero = this.charStrings.get(0);
      this.charStrings.add(glyphZero);
      if (this.isCIDFont) {
        this.fdSelect.fdSelect.push(this.fdSelect.fdSelect[0]);
      }
    }
    hasGlyphId(id) {
      if (id < 0 || id >= this.charStrings.count) {
        return false;
      }
      const glyph = this.charStrings.get(id);
      return glyph.length > 0;
    }
  };
  var CFFHeader = class {
    constructor(major, minor, hdrSize, offSize) {
      this.major = major;
      this.minor = minor;
      this.hdrSize = hdrSize;
      this.offSize = offSize;
    }
  };
  var CFFStrings = class {
    strings = [];
    get(index) {
      if (index >= 0 && index <= NUM_STANDARD_CFF_STRINGS - 1) {
        return CFFStandardStrings[index];
      }
      return index - NUM_STANDARD_CFF_STRINGS <= this.strings.length ? this.strings[index - NUM_STANDARD_CFF_STRINGS] : CFFStandardStrings[0];
    }
    getSID(str) {
      let index = CFFStandardStrings.indexOf(str);
      if (index !== -1) {
        return index;
      }
      index = this.strings.indexOf(str);
      return index !== -1 ? index + NUM_STANDARD_CFF_STRINGS : -1;
    }
    add(value) {
      this.strings.push(value);
    }
    get count() {
      return this.strings.length;
    }
  };
  var CFFIndex = class {
    objects = [];
    length = 0;
    add(data) {
      this.length += data.length;
      this.objects.push(data);
    }
    set(index, data) {
      this.length += data.length - this.objects[index].length;
      this.objects[index] = data;
    }
    get(index) {
      return this.objects[index];
    }
    get count() {
      return this.objects.length;
    }
  };
  var CFFDict = class {
    values = /* @__PURE__ */ new Map();
    constructor(tables, strings) {
      this.keyToNameMap = tables.keyToNameMap;
      this.nameToKeyMap = tables.nameToKeyMap;
      this.defaults = tables.defaults;
      this.types = tables.types;
      this.opcodes = tables.opcodes;
      this.order = tables.order;
      this.strings = strings;
    }
    setByKey(key2, value) {
      if (!this.keyToNameMap.has(key2)) {
        return false;
      }
      if (value.length === 0) {
        return true;
      }
      for (const val of value) {
        if (isNaN(val)) {
          warn2(`Invalid CFFDict value: "${value}" for key "${key2}".`);
          return true;
        }
      }
      const type = this.types.get(key2);
      if (type === "num" || type === "sid" || type === "offset") {
        value = value[0];
      }
      this.values.set(key2, value);
      return true;
    }
    setByName(name, value) {
      if (!this.nameToKeyMap.has(name)) {
        throw new FormatError2(`Invalid dictionary name "${name}"`);
      }
      const key2 = this.nameToKeyMap.get(name);
      this.values.set(key2, value);
    }
    hasName(name) {
      const key2 = this.nameToKeyMap.get(name);
      return this.values.has(key2);
    }
    getByName(name) {
      if (!this.nameToKeyMap.has(name)) {
        throw new FormatError2(`Invalid dictionary name ${name}"`);
      }
      const key2 = this.nameToKeyMap.get(name);
      return this.values.has(key2) ? this.values.get(key2) : this.defaults.get(key2);
    }
    removeByName(name) {
      const key2 = this.nameToKeyMap.get(name);
      this.values.delete(key2);
    }
    static createTables(layout) {
      const tables = {
        keyToNameMap: /* @__PURE__ */ new Map(),
        nameToKeyMap: /* @__PURE__ */ new Map(),
        defaults: /* @__PURE__ */ new Map(),
        types: /* @__PURE__ */ new Map(),
        opcodes: /* @__PURE__ */ new Map(),
        order: []
      };
      for (const entry of layout) {
        const key2 = Array.isArray(entry[0]) ? (entry[0][0] << 8) + entry[0][1] : entry[0];
        tables.keyToNameMap.set(key2, entry[1]);
        tables.nameToKeyMap.set(entry[1], key2);
        tables.types.set(key2, entry[2]);
        tables.defaults.set(key2, entry[3]);
        tables.opcodes.set(key2, Array.isArray(entry[0]) ? entry[0] : [entry[0]]);
        tables.order.push(key2);
      }
      return tables;
    }
  };
  var CFFTopDictLayout = [[[12, 30], "ROS", ["sid", "sid", "num"], null], [[12, 20], "SyntheticBase", "num", null], [0, "version", "sid", null], [1, "Notice", "sid", null], [[12, 0], "Copyright", "sid", null], [2, "FullName", "sid", null], [3, "FamilyName", "sid", null], [4, "Weight", "sid", null], [[12, 1], "isFixedPitch", "num", 0], [[12, 2], "ItalicAngle", "num", 0], [[12, 3], "UnderlinePosition", "num", -100], [[12, 4], "UnderlineThickness", "num", 50], [[12, 5], "PaintType", "num", 0], [[12, 6], "CharstringType", "num", 2], [[12, 7], "FontMatrix", ["num", "num", "num", "num", "num", "num"], [1e-3, 0, 0, 1e-3, 0, 0]], [13, "UniqueID", "num", null], [5, "FontBBox", ["num", "num", "num", "num"], [0, 0, 0, 0]], [[12, 8], "StrokeWidth", "num", 0], [14, "XUID", "array", null], [15, "charset", "offset", 0], [16, "Encoding", "offset", 0], [17, "CharStrings", "offset", 0], [18, "Private", ["offset", "offset"], null], [[12, 21], "PostScript", "sid", null], [[12, 22], "BaseFontName", "sid", null], [[12, 23], "BaseFontBlend", "delta", null], [[12, 31], "CIDFontVersion", "num", 0], [[12, 32], "CIDFontRevision", "num", 0], [[12, 33], "CIDFontType", "num", 0], [[12, 34], "CIDCount", "num", 8720], [[12, 35], "UIDBase", "num", null], [[12, 37], "FDSelect", "offset", null], [[12, 36], "FDArray", "offset", null], [[12, 38], "FontName", "sid", null]];
  var CFFTopDict = class _CFFTopDict extends CFFDict {
    static get tables() {
      return util_shadow2(this, "tables", this.createTables(CFFTopDictLayout));
    }
    privateDict = null;
    constructor(strings) {
      super(_CFFTopDict.tables, strings);
    }
  };
  var CFFPrivateDictLayout = [[6, "BlueValues", "delta", null], [7, "OtherBlues", "delta", null], [8, "FamilyBlues", "delta", null], [9, "FamilyOtherBlues", "delta", null], [[12, 9], "BlueScale", "num", DEFAULT_BLUE_SCALE], [[12, 10], "BlueShift", "num", DEFAULT_BLUE_SHIFT], [[12, 11], "BlueFuzz", "num", DEFAULT_BLUE_FUZZ], [10, "StdHW", "num", null], [11, "StdVW", "num", null], [[12, 12], "StemSnapH", "delta", null], [[12, 13], "StemSnapV", "delta", null], [[12, 14], "ForceBold", "num", 0], [[12, 17], "LanguageGroup", "num", 0], [[12, 18], "ExpansionFactor", "num", DEFAULT_EXPANSION_FACTOR], [[12, 19], "initialRandomSeed", "num", 0], [20, "defaultWidthX", "num", 0], [21, "nominalWidthX", "num", 0], [19, "Subrs", "offset", null]];
  var CFFPrivateDict = class _CFFPrivateDict extends CFFDict {
    static get tables() {
      return util_shadow2(this, "tables", this.createTables(CFFPrivateDictLayout));
    }
    subrsIndex = null;
    constructor(strings) {
      super(_CFFPrivateDict.tables, strings);
    }
  };
  var CFFCharsetPredefinedTypes = {
    ISO_ADOBE: 0,
    EXPERT: 1,
    EXPERT_SUBSET: 2
  };
  var CFFCharset = class {
    constructor(predefined, format, charset) {
      this.predefined = predefined;
      this.format = format;
      this.charset = charset;
    }
  };
  var CFFEncoding = class {
    constructor(predefined, format, encoding, raw) {
      this.predefined = predefined;
      this.format = format;
      this.encoding = encoding;
      this.raw = raw;
    }
  };
  var CFFFDSelect = class {
    constructor(format, fdSelect) {
      this.format = format;
      this.fdSelect = fdSelect;
    }
    getFDIndex(glyphIndex) {
      return glyphIndex < 0 || glyphIndex >= this.fdSelect.length ? -1 : this.fdSelect[glyphIndex];
    }
  };
  var CFFOffsetTracker = class {
    #offsets = /* @__PURE__ */ new Map();
    isTracking(key2) {
      return this.#offsets.has(key2);
    }
    track(key2, location) {
      if (this.#offsets.has(key2)) {
        throw new FormatError2(`Already tracking location of ${key2}`);
      }
      this.#offsets.set(key2, location);
    }
    offset(value) {
      for (const [key2, val] of this.#offsets) {
        this.#offsets.set(key2, val + value);
      }
    }
    setEntryLocation(key2, values3, output) {
      if (!this.#offsets.has(key2)) {
        throw new FormatError2(`Not tracking location of ${key2}`);
      }
      const data = output.data;
      const dataOffset = this.#offsets.get(key2);
      const size = 5;
      for (let i = 0, ii = values3.length; i < ii; ++i) {
        const offset0 = i * size + dataOffset;
        const offset1 = offset0 + 1;
        const offset2 = offset0 + 2;
        const offset3 = offset0 + 3;
        const offset4 = offset0 + 4;
        if (data[offset0] !== 29 || data[offset1] !== 0 || data[offset2] !== 0 || data[offset3] !== 0 || data[offset4] !== 0) {
          throw new FormatError2("writing to an offset that is not empty");
        }
        const value = values3[i];
        data[offset0] = 29;
        data[offset1] = value >> 24 & 255;
        data[offset2] = value >> 16 & 255;
        data[offset3] = value >> 8 & 255;
        data[offset4] = value & 255;
      }
    }
  };
  var CFFCompiler = class _CFFCompiler {
    constructor(cff) {
      this.cff = cff;
    }
    compile() {
      const cff = this.cff;
      const output = new DataBuilder({
        minLength: cff.rawFileLength
      });
      const header2 = this.compileHeader(cff.header);
      output.setArray(header2);
      const nameIndex = this.compileNameIndex(cff.names);
      output.setArray(nameIndex);
      if (cff.isCIDFont) {
        if (cff.topDict.hasName("FontMatrix")) {
          const base = cff.topDict.getByName("FontMatrix");
          cff.topDict.removeByName("FontMatrix");
          for (const subDict of cff.fdArray) {
            let matrix = base.slice(0);
            if (subDict.hasName("FontMatrix")) {
              matrix = Util2.transform(matrix, subDict.getByName("FontMatrix"));
            }
            subDict.setByName("FontMatrix", matrix);
          }
        }
      }
      const xuid = cff.topDict.getByName("XUID");
      if (xuid?.length > 16) {
        cff.topDict.removeByName("XUID");
      }
      cff.topDict.setByName("charset", 0);
      let compiled = this.compileTopDicts([cff.topDict], output.length, cff.isCIDFont);
      output.setArray(compiled.output);
      const topDictTracker = compiled.trackers[0];
      const stringIndex = this.compileStringIndex(cff.strings.strings);
      output.setArray(stringIndex);
      const globalSubrIndex = this.compileIndex(cff.globalSubrIndex);
      output.setArray(globalSubrIndex);
      if (cff.encoding && cff.topDict.hasName("Encoding")) {
        if (cff.encoding.predefined) {
          topDictTracker.setEntryLocation("Encoding", [cff.encoding.format], output);
        } else {
          const encoding = this.compileEncoding(cff.encoding);
          topDictTracker.setEntryLocation("Encoding", [output.length], output);
          output.setArray(encoding);
        }
      }
      const charset = this.compileCharset(cff.charset, cff.charStrings.count, cff.strings, cff.isCIDFont);
      topDictTracker.setEntryLocation("charset", [output.length], output);
      output.setArray(charset);
      const charStrings = this.compileCharStrings(cff.charStrings);
      topDictTracker.setEntryLocation("CharStrings", [output.length], output);
      output.setArray(charStrings);
      if (cff.isCIDFont) {
        topDictTracker.setEntryLocation("FDSelect", [output.length], output);
        const fdSelect = this.compileFDSelect(cff.fdSelect);
        output.setArray(fdSelect);
        compiled = this.compileTopDicts(cff.fdArray, output.length, true);
        topDictTracker.setEntryLocation("FDArray", [output.length], output);
        output.setArray(compiled.output);
        const fontDictTrackers = compiled.trackers;
        this.compilePrivateDicts(cff.fdArray, fontDictTrackers, output);
      }
      this.compilePrivateDicts([cff.topDict], [topDictTracker], output);
      output.setArray([0]);
      return output.data;
    }
    encodeNumber(value) {
      return Number.isInteger(value) ? this.encodeInteger(value) : this.encodeFloat(value);
    }
    static get EncodeFloatRegExp() {
      return util_shadow2(this, "EncodeFloatRegExp", /\.(\d*?)(?:9{5,20}|0{5,20})\d{0,2}(?:e(.+)|$)/);
    }
    encodeFloat(num) {
      let value = num.toString();
      const m = _CFFCompiler.EncodeFloatRegExp.exec(value);
      if (m) {
        const epsilon = parseFloat("1e" + ((m[2] ? +m[2] : 0) + m[1].length));
        value = (Math.round(num * epsilon) / epsilon).toString();
      }
      let nibbles = "";
      let i, ii;
      for (i = 0, ii = value.length; i < ii; ++i) {
        const a = value[i];
        if (a === "e") {
          nibbles += value[++i] === "-" ? "c" : "b";
        } else if (a === ".") {
          nibbles += "a";
        } else if (a === "-") {
          nibbles += "e";
        } else {
          nibbles += a;
        }
      }
      nibbles += nibbles.length & 1 ? "f" : "ff";
      const out = [30];
      for (i = 0, ii = nibbles.length; i < ii; i += 2) {
        out.push(parseInt(nibbles.substring(i, i + 2), 16));
      }
      return out;
    }
    encodeInteger(value) {
      let code;
      if (value >= -107 && value <= 107) {
        code = [value + 139];
      } else if (value >= 108 && value <= 1131) {
        value -= 108;
        code = [(value >> 8) + 247, value & 255];
      } else if (value >= -1131 && value <= -108) {
        value = -value - 108;
        code = [(value >> 8) + 251, value & 255];
      } else if (value >= -32768 && value <= 32767) {
        code = [28, value >> 8 & 255, value & 255];
      } else {
        code = [29, value >> 24 & 255, value >> 16 & 255, value >> 8 & 255, value & 255];
      }
      return code;
    }
    compileHeader(header2) {
      return [header2.major, header2.minor, 4, header2.offSize];
    }
    compileNameIndex(names2) {
      const nameIndex = new CFFIndex();
      for (const name of names2) {
        const length = Math.min(name.length, 127);
        let sanitizedName = new Array(length);
        for (let j = 0; j < length; j++) {
          let char = name[j];
          if (char < "!" || char > "~" || char === "[" || char === "]" || char === "(" || char === ")" || char === "{" || char === "}" || char === "<" || char === ">" || char === "/" || char === "%") {
            char = "_";
          }
          sanitizedName[j] = char;
        }
        sanitizedName = sanitizedName.join("");
        if (sanitizedName === "") {
          sanitizedName = "Bad_Font_Name";
        }
        nameIndex.add(stringToBytes2(sanitizedName));
      }
      return this.compileIndex(nameIndex);
    }
    compileTopDicts(dicts, length, removeCidKeys) {
      const fontDictTrackers = [];
      let fdArrayIndex = new CFFIndex();
      for (const fontDict of dicts) {
        if (removeCidKeys) {
          fontDict.removeByName("CIDFontVersion");
          fontDict.removeByName("CIDFontRevision");
          fontDict.removeByName("CIDFontType");
          fontDict.removeByName("CIDCount");
          fontDict.removeByName("UIDBase");
        }
        const fontDictTracker = new CFFOffsetTracker();
        const fontDictData = this.compileDict(fontDict, fontDictTracker);
        fontDictTrackers.push(fontDictTracker);
        fdArrayIndex.add(fontDictData);
        fontDictTracker.offset(length);
      }
      fdArrayIndex = this.compileIndex(fdArrayIndex, fontDictTrackers);
      return {
        trackers: fontDictTrackers,
        output: fdArrayIndex
      };
    }
    compilePrivateDicts(dicts, trackers, output) {
      for (let i = 0, ii = dicts.length; i < ii; ++i) {
        const fontDict = dicts[i];
        const privateDict = fontDict.privateDict;
        if (!privateDict || !fontDict.hasName("Private")) {
          throw new FormatError2("There must be a private dictionary.");
        }
        const privateDictTracker = new CFFOffsetTracker();
        const privateDictData = this.compileDict(privateDict, privateDictTracker);
        let outputLength = output.length;
        privateDictTracker.offset(outputLength);
        if (!privateDictData.length) {
          outputLength = 0;
        }
        trackers[i].setEntryLocation("Private", [privateDictData.length, outputLength], output);
        output.setArray(privateDictData);
        if (privateDict.subrsIndex && privateDict.hasName("Subrs")) {
          const subrs = this.compileIndex(privateDict.subrsIndex);
          privateDictTracker.setEntryLocation("Subrs", [privateDictData.length], output);
          output.setArray(subrs);
        }
      }
    }
    compileDict(dict, offsetTracker) {
      const out = [];
      for (const key2 of dict.order) {
        if (!dict.values.has(key2)) {
          continue;
        }
        let values3 = dict.values.get(key2);
        let types2 = dict.types.get(key2);
        if (!Array.isArray(types2)) {
          types2 = [types2];
        }
        if (!Array.isArray(values3)) {
          values3 = [values3];
        }
        if (values3.length === 0) {
          continue;
        }
        for (let j = 0, jj = types2.length; j < jj; ++j) {
          const type = types2[j];
          const value = values3[j];
          switch (type) {
            case "num":
            case "sid":
              out.push(...this.encodeNumber(value));
              break;
            case "offset":
              const name = dict.keyToNameMap.get(key2);
              if (!offsetTracker.isTracking(name)) {
                offsetTracker.track(name, out.length);
              }
              out.push(29, 0, 0, 0, 0);
              break;
            case "array":
            case "delta":
              out.push(...this.encodeNumber(value));
              for (let k = 1, kk = values3.length; k < kk; ++k) {
                out.push(...this.encodeNumber(values3[k]));
              }
              break;
            default:
              throw new FormatError2(`Unknown data type of ${type}`);
          }
        }
        out.push(...dict.opcodes.get(key2));
      }
      return out;
    }
    compileStringIndex(strings) {
      const stringIndex = new CFFIndex();
      for (const string of strings) {
        stringIndex.add(stringToBytes2(string));
      }
      return this.compileIndex(stringIndex);
    }
    compileCharStrings(charStrings) {
      const charStringsIndex = new CFFIndex();
      for (let i = 0; i < charStrings.count; i++) {
        const glyph = charStrings.get(i);
        if (glyph.length === 0) {
          charStringsIndex.add(new Uint8Array([139, 14]));
          continue;
        }
        charStringsIndex.add(glyph);
      }
      return this.compileIndex(charStringsIndex);
    }
    compileCharset(charset, numGlyphs, strings, isCIDFont) {
      let out;
      const numGlyphsLessNotDef = numGlyphs - 1;
      if (isCIDFont) {
        const nLeft = numGlyphsLessNotDef - 1;
        out = new Uint8Array([2, 0, 1, nLeft >> 8 & 255, nLeft & 255]);
      } else {
        const length = 1 + numGlyphsLessNotDef * 2;
        out = new Uint8Array(length);
        let charsetIndex = 0;
        const numCharsets = charset.charset.length;
        let warned = false;
        for (let i = 1; i < out.length; i += 2) {
          let sid = 0;
          if (charsetIndex < numCharsets) {
            const name = charset.charset[charsetIndex++];
            sid = strings.getSID(name);
            if (sid === -1) {
              sid = 0;
              if (!warned) {
                warned = true;
                warn2(`Couldn't find ${name} in CFF strings`);
              }
            }
          }
          out[i] = sid >> 8 & 255;
          out[i + 1] = sid & 255;
        }
      }
      return out;
    }
    compileEncoding(encoding) {
      return encoding.raw;
    }
    compileFDSelect(fdSelect) {
      const format = fdSelect.format;
      let out, i;
      switch (format) {
        case 0:
          out = new Uint8Array(1 + fdSelect.fdSelect.length);
          out[0] = format;
          out.set(fdSelect.fdSelect, 1);
          break;
        case 3:
          const start = 0;
          let lastFD = fdSelect.fdSelect[0];
          const ranges = [format, 0, 0, start >> 8 & 255, start & 255, lastFD];
          for (i = 1; i < fdSelect.fdSelect.length; i++) {
            const currentFD = fdSelect.fdSelect[i];
            if (currentFD !== lastFD) {
              ranges.push(i >> 8 & 255, i & 255, currentFD);
              lastFD = currentFD;
            }
          }
          const numRanges = (ranges.length - 3) / 3;
          ranges[1] = numRanges >> 8 & 255;
          ranges[2] = numRanges & 255;
          ranges.push(i >> 8 & 255, i & 255);
          out = new Uint8Array(ranges);
          break;
      }
      return out;
    }
    compileIndex(index, trackers = []) {
      const objects = index.objects;
      const count = objects.length;
      if (count === 0) {
        return new Uint8Array(2);
      }
      let lastOffset = 1, i;
      for (i = 0; i < count; ++i) {
        lastOffset += objects[i].length;
      }
      let offsetSize;
      if (lastOffset < 256) {
        offsetSize = 1;
      } else if (lastOffset < 65536) {
        offsetSize = 2;
      } else if (lastOffset < 16777216) {
        offsetSize = 3;
      } else {
        offsetSize = 4;
      }
      const data = new Uint8Array(2 + offsetSize * (count + 1) + lastOffset);
      let pos = 0;
      data[pos++] = count >> 8 & 255;
      data[pos++] = count & 255;
      data[pos++] = offsetSize;
      let relativeOffset = 1;
      for (i = 0; i < count + 1; i++) {
        if (offsetSize === 1) {
          data[pos++] = relativeOffset & 255;
        } else if (offsetSize === 2) {
          data[pos++] = relativeOffset >> 8 & 255;
          data[pos++] = relativeOffset & 255;
        } else if (offsetSize === 3) {
          data[pos++] = relativeOffset >> 16 & 255;
          data[pos++] = relativeOffset >> 8 & 255;
          data[pos++] = relativeOffset & 255;
        } else {
          data[pos++] = relativeOffset >>> 24 & 255;
          data[pos++] = relativeOffset >> 16 & 255;
          data[pos++] = relativeOffset >> 8 & 255;
          data[pos++] = relativeOffset & 255;
        }
        if (objects[i]) {
          relativeOffset += objects[i].length;
        }
      }
      for (i = 0; i < count; i++) {
        trackers[i]?.offset(pos);
        data.set(objects[i], pos);
        pos += objects[i].length;
      }
      return data;
    }
  };
  var getStdFontMap = getLookupTableFactory(function(t) {
    t["Times-Roman"] = "Times-Roman";
    t.Helvetica = "Helvetica";
    t.Courier = "Courier";
    t.Symbol = "Symbol";
    t["Times-Bold"] = "Times-Bold";
    t["Helvetica-Bold"] = "Helvetica-Bold";
    t["Courier-Bold"] = "Courier-Bold";
    t.ZapfDingbats = "ZapfDingbats";
    t["Times-Italic"] = "Times-Italic";
    t["Helvetica-Oblique"] = "Helvetica-Oblique";
    t["Courier-Oblique"] = "Courier-Oblique";
    t["Times-BoldItalic"] = "Times-BoldItalic";
    t["Helvetica-BoldOblique"] = "Helvetica-BoldOblique";
    t["Courier-BoldOblique"] = "Courier-BoldOblique";
    t.ArialNarrow = "Helvetica";
    t["ArialNarrow-Bold"] = "Helvetica-Bold";
    t["ArialNarrow-BoldItalic"] = "Helvetica-BoldOblique";
    t["ArialNarrow-Italic"] = "Helvetica-Oblique";
    t.ArialBlack = "Helvetica";
    t["ArialBlack-Bold"] = "Helvetica-Bold";
    t["ArialBlack-BoldItalic"] = "Helvetica-BoldOblique";
    t["ArialBlack-Italic"] = "Helvetica-Oblique";
    t["Arial-Black"] = "Helvetica";
    t["Arial-Black-Bold"] = "Helvetica-Bold";
    t["Arial-Black-BoldItalic"] = "Helvetica-BoldOblique";
    t["Arial-Black-Italic"] = "Helvetica-Oblique";
    t.Arial = "Helvetica";
    t["Arial-Bold"] = "Helvetica-Bold";
    t["Arial-BoldItalic"] = "Helvetica-BoldOblique";
    t["Arial-Italic"] = "Helvetica-Oblique";
    t.ArialMT = "Helvetica";
    t["Arial-BoldItalicMT"] = "Helvetica-BoldOblique";
    t["Arial-BoldMT"] = "Helvetica-Bold";
    t["Arial-ItalicMT"] = "Helvetica-Oblique";
    t["Arial-BoldItalicMT-BoldItalic"] = "Helvetica-BoldOblique";
    t["Arial-BoldMT-Bold"] = "Helvetica-Bold";
    t["Arial-ItalicMT-Italic"] = "Helvetica-Oblique";
    t.ArialUnicodeMS = "Helvetica";
    t["ArialUnicodeMS-Bold"] = "Helvetica-Bold";
    t["ArialUnicodeMS-BoldItalic"] = "Helvetica-BoldOblique";
    t["ArialUnicodeMS-Italic"] = "Helvetica-Oblique";
    t["Courier-BoldItalic"] = "Courier-BoldOblique";
    t["Courier-Italic"] = "Courier-Oblique";
    t.CourierNew = "Courier";
    t["CourierNew-Bold"] = "Courier-Bold";
    t["CourierNew-BoldItalic"] = "Courier-BoldOblique";
    t["CourierNew-Italic"] = "Courier-Oblique";
    t["CourierNewPS-BoldItalicMT"] = "Courier-BoldOblique";
    t["CourierNewPS-BoldMT"] = "Courier-Bold";
    t["CourierNewPS-ItalicMT"] = "Courier-Oblique";
    t.CourierNewPSMT = "Courier";
    t["Helvetica-BoldItalic"] = "Helvetica-BoldOblique";
    t["Helvetica-Italic"] = "Helvetica-Oblique";
    t["HelveticaLTStd-Bold"] = "Helvetica-Bold";
    t["Symbol-Bold"] = "Symbol";
    t["Symbol-BoldItalic"] = "Symbol";
    t["Symbol-Italic"] = "Symbol";
    t.TimesNewRoman = "Times-Roman";
    t["TimesNewRoman-Bold"] = "Times-Bold";
    t["TimesNewRoman-BoldItalic"] = "Times-BoldItalic";
    t["TimesNewRoman-Italic"] = "Times-Italic";
    t.TimesNewRomanPS = "Times-Roman";
    t["TimesNewRomanPS-Bold"] = "Times-Bold";
    t["TimesNewRomanPS-BoldItalic"] = "Times-BoldItalic";
    t["TimesNewRomanPS-BoldItalicMT"] = "Times-BoldItalic";
    t["TimesNewRomanPS-BoldMT"] = "Times-Bold";
    t["TimesNewRomanPS-Italic"] = "Times-Italic";
    t["TimesNewRomanPS-ItalicMT"] = "Times-Italic";
    t.TimesNewRomanPSMT = "Times-Roman";
    t["TimesNewRomanPSMT-Bold"] = "Times-Bold";
    t["TimesNewRomanPSMT-BoldItalic"] = "Times-BoldItalic";
    t["TimesNewRomanPSMT-Italic"] = "Times-Italic";
  });
  var getFontNameToFileMap = getLookupTableFactory(function(t) {
    t.Courier = "FoxitFixed.pfb";
    t["Courier-Bold"] = "FoxitFixedBold.pfb";
    t["Courier-BoldOblique"] = "FoxitFixedBoldItalic.pfb";
    t["Courier-Oblique"] = "FoxitFixedItalic.pfb";
    t.Helvetica = "LiberationSans-Regular.ttf";
    t["Helvetica-Bold"] = "LiberationSans-Bold.ttf";
    t["Helvetica-BoldOblique"] = "LiberationSans-BoldItalic.ttf";
    t["Helvetica-Oblique"] = "LiberationSans-Italic.ttf";
    t["Times-Roman"] = "FoxitSerif.pfb";
    t["Times-Bold"] = "FoxitSerifBold.pfb";
    t["Times-BoldItalic"] = "FoxitSerifBoldItalic.pfb";
    t["Times-Italic"] = "FoxitSerifItalic.pfb";
    t.Symbol = "FoxitSymbol.pfb";
    t.ZapfDingbats = "FoxitDingbats.pfb";
    t["LiberationSans-Regular"] = "LiberationSans-Regular.ttf";
    t["LiberationSans-Bold"] = "LiberationSans-Bold.ttf";
    t["LiberationSans-Italic"] = "LiberationSans-Italic.ttf";
    t["LiberationSans-BoldItalic"] = "LiberationSans-BoldItalic.ttf";
  });
  var getNonStdFontMap = getLookupTableFactory(function(t) {
    t.Calibri = "Helvetica";
    t["Calibri-Bold"] = "Helvetica-Bold";
    t["Calibri-BoldItalic"] = "Helvetica-BoldOblique";
    t["Calibri-Italic"] = "Helvetica-Oblique";
    t.CenturyGothic = "Helvetica";
    t["CenturyGothic-Bold"] = "Helvetica-Bold";
    t["CenturyGothic-BoldItalic"] = "Helvetica-BoldOblique";
    t["CenturyGothic-Italic"] = "Helvetica-Oblique";
    t.ComicSansMS = "Comic Sans MS";
    t["ComicSansMS-Bold"] = "Comic Sans MS-Bold";
    t["ComicSansMS-BoldItalic"] = "Comic Sans MS-BoldItalic";
    t["ComicSansMS-Italic"] = "Comic Sans MS-Italic";
    t.GillSansMT = "Helvetica";
    t["GillSansMT-Bold"] = "Helvetica-Bold";
    t["GillSansMT-BoldItalic"] = "Helvetica-BoldOblique";
    t["GillSansMT-Italic"] = "Helvetica-Oblique";
    t.Impact = "Helvetica";
    t["ItcSymbol-Bold"] = "Helvetica-Bold";
    t["ItcSymbol-BoldItalic"] = "Helvetica-BoldOblique";
    t["ItcSymbol-Book"] = "Helvetica";
    t["ItcSymbol-BookItalic"] = "Helvetica-Oblique";
    t["ItcSymbol-Medium"] = "Helvetica";
    t["ItcSymbol-MediumItalic"] = "Helvetica-Oblique";
    t.LucidaConsole = "Courier";
    t["LucidaConsole-Bold"] = "Courier-Bold";
    t["LucidaConsole-BoldItalic"] = "Courier-BoldOblique";
    t["LucidaConsole-Italic"] = "Courier-Oblique";
    t["LucidaSans-Demi"] = "Helvetica-Bold";
    t["MS-Gothic"] = "MS Gothic";
    t["MS-Gothic-Bold"] = "MS Gothic-Bold";
    t["MS-Gothic-BoldItalic"] = "MS Gothic-BoldItalic";
    t["MS-Gothic-Italic"] = "MS Gothic-Italic";
    t["MS-Mincho"] = "MS Mincho";
    t["MS-Mincho-Bold"] = "MS Mincho-Bold";
    t["MS-Mincho-BoldItalic"] = "MS Mincho-BoldItalic";
    t["MS-Mincho-Italic"] = "MS Mincho-Italic";
    t["MS-PGothic"] = "MS PGothic";
    t["MS-PGothic-Bold"] = "MS PGothic-Bold";
    t["MS-PGothic-BoldItalic"] = "MS PGothic-BoldItalic";
    t["MS-PGothic-Italic"] = "MS PGothic-Italic";
    t["MS-PMincho"] = "MS PMincho";
    t["MS-PMincho-Bold"] = "MS PMincho-Bold";
    t["MS-PMincho-BoldItalic"] = "MS PMincho-BoldItalic";
    t["MS-PMincho-Italic"] = "MS PMincho-Italic";
    t.NuptialScript = "Times-Italic";
    t.SegoeUISymbol = "Helvetica";
    t.TrebuchetMS = "Helvetica";
    t["TrebuchetMS-Bold"] = "Helvetica-Bold";
    t["TrebuchetMS-BoldItalic"] = "Helvetica-BoldOblique";
    t["TrebuchetMS-Italic"] = "Helvetica-Oblique";
  });
  var getSerifFonts = getLookupTableFactory(function(t) {
    t["Adobe Jenson"] = true;
    t["Adobe Text"] = true;
    t.Albertus = true;
    t.Aldus = true;
    t.Alexandria = true;
    t.Algerian = true;
    t["American Typewriter"] = true;
    t.Antiqua = true;
    t.Apex = true;
    t.Arno = true;
    t.Aster = true;
    t.Aurora = true;
    t.Baskerville = true;
    t.Bell = true;
    t.Bembo = true;
    t["Bembo Schoolbook"] = true;
    t.Benguiat = true;
    t["Berkeley Old Style"] = true;
    t["Bernhard Modern"] = true;
    t["Berthold City"] = true;
    t.Bodoni = true;
    t["Bauer Bodoni"] = true;
    t["Book Antiqua"] = true;
    t.Bookman = true;
    t["Bordeaux Roman"] = true;
    t["Californian FB"] = true;
    t.Calisto = true;
    t.Calvert = true;
    t.Capitals = true;
    t.Cambria = true;
    t.Cartier = true;
    t.Caslon = true;
    t.Catull = true;
    t.Centaur = true;
    t["Century Old Style"] = true;
    t["Century Schoolbook"] = true;
    t.Chaparral = true;
    t["Charis SIL"] = true;
    t.Cheltenham = true;
    t["Cholla Slab"] = true;
    t.Clarendon = true;
    t.Clearface = true;
    t.Cochin = true;
    t.Colonna = true;
    t["Computer Modern"] = true;
    t["Concrete Roman"] = true;
    t.Constantia = true;
    t["Cooper Black"] = true;
    t.Corona = true;
    t.Ecotype = true;
    t.Egyptienne = true;
    t.Elephant = true;
    t.Excelsior = true;
    t.Fairfield = true;
    t["FF Scala"] = true;
    t.Folkard = true;
    t.Footlight = true;
    t.FreeSerif = true;
    t["Friz Quadrata"] = true;
    t.Garamond = true;
    t.Gentium = true;
    t.Georgia = true;
    t.Gloucester = true;
    t["Goudy Old Style"] = true;
    t["Goudy Schoolbook"] = true;
    t["Goudy Pro Font"] = true;
    t.Granjon = true;
    t["Guardian Egyptian"] = true;
    t.Heather = true;
    t.Hercules = true;
    t["High Tower Text"] = true;
    t.Hiroshige = true;
    t["Hoefler Text"] = true;
    t["Humana Serif"] = true;
    t.Imprint = true;
    t["Ionic No. 5"] = true;
    t.Janson = true;
    t.Joanna = true;
    t.Korinna = true;
    t.Lexicon = true;
    t.LiberationSerif = true;
    t["Liberation Serif"] = true;
    t["Linux Libertine"] = true;
    t.Literaturnaya = true;
    t.Lucida = true;
    t["Lucida Bright"] = true;
    t.Melior = true;
    t.Memphis = true;
    t.Miller = true;
    t.Minion = true;
    t.Modern = true;
    t["Mona Lisa"] = true;
    t["Mrs Eaves"] = true;
    t["MS Serif"] = true;
    t["Museo Slab"] = true;
    t["New York"] = true;
    t["Nimbus Roman"] = true;
    t["NPS Rawlinson Roadway"] = true;
    t.NuptialScript = true;
    t.Palatino = true;
    t.Perpetua = true;
    t.Plantin = true;
    t["Plantin Schoolbook"] = true;
    t.Playbill = true;
    t["Poor Richard"] = true;
    t["Rawlinson Roadway"] = true;
    t.Renault = true;
    t.Requiem = true;
    t.Rockwell = true;
    t.Roman = true;
    t["Rotis Serif"] = true;
    t.Sabon = true;
    t.Scala = true;
    t.Seagull = true;
    t.Sistina = true;
    t.Souvenir = true;
    t.STIX = true;
    t["Stone Informal"] = true;
    t["Stone Serif"] = true;
    t.Sylfaen = true;
    t.Times = true;
    t.Trajan = true;
    t["Trinité"] = true;
    t["Trump Mediaeval"] = true;
    t.Utopia = true;
    t["Vale Type"] = true;
    t["Bitstream Vera"] = true;
    t["Vera Serif"] = true;
    t.Versailles = true;
    t.Wanted = true;
    t.Weiss = true;
    t["Wide Latin"] = true;
    t.Windsor = true;
    t.XITS = true;
  });
  var getSymbolsFonts = getLookupTableFactory(function(t) {
    t.Dingbats = true;
    t.Symbol = true;
    t.ZapfDingbats = true;
    t.Wingdings = true;
    t["Wingdings-Bold"] = true;
    t["Wingdings-Regular"] = true;
  });
  var getGlyphMapForMacOrderedFonts = getLookupTableFactory(function(t) {
    const glyphsUnicode = getGlyphsUnicode();
    t[2] = 10;
    for (let gid = 3; gid < MacStandardGlyphOrdering.length; gid++) {
      const unicode = glyphsUnicode[MacStandardGlyphOrdering[gid]];
      if (unicode !== void 0) {
        t[gid] = unicode;
      }
    }
  });
  var getGlyphMapForStandardFonts = getLookupTableFactory(function(t) {
    t[2] = 10;
    t[3] = 32;
    t[4] = 33;
    t[5] = 34;
    t[6] = 35;
    t[7] = 36;
    t[8] = 37;
    t[9] = 38;
    t[10] = 39;
    t[11] = 40;
    t[12] = 41;
    t[13] = 42;
    t[14] = 43;
    t[15] = 44;
    t[16] = 45;
    t[17] = 46;
    t[18] = 47;
    t[19] = 48;
    t[20] = 49;
    t[21] = 50;
    t[22] = 51;
    t[23] = 52;
    t[24] = 53;
    t[25] = 54;
    t[26] = 55;
    t[27] = 56;
    t[28] = 57;
    t[29] = 58;
    t[30] = 894;
    t[31] = 60;
    t[32] = 61;
    t[33] = 62;
    t[34] = 63;
    t[35] = 64;
    t[36] = 65;
    t[37] = 66;
    t[38] = 67;
    t[39] = 68;
    t[40] = 69;
    t[41] = 70;
    t[42] = 71;
    t[43] = 72;
    t[44] = 73;
    t[45] = 74;
    t[46] = 75;
    t[47] = 76;
    t[48] = 77;
    t[49] = 78;
    t[50] = 79;
    t[51] = 80;
    t[52] = 81;
    t[53] = 82;
    t[54] = 83;
    t[55] = 84;
    t[56] = 85;
    t[57] = 86;
    t[58] = 87;
    t[59] = 88;
    t[60] = 89;
    t[61] = 90;
    t[62] = 91;
    t[63] = 92;
    t[64] = 93;
    t[65] = 94;
    t[66] = 95;
    t[67] = 96;
    t[68] = 97;
    t[69] = 98;
    t[70] = 99;
    t[71] = 100;
    t[72] = 101;
    t[73] = 102;
    t[74] = 103;
    t[75] = 104;
    t[76] = 105;
    t[77] = 106;
    t[78] = 107;
    t[79] = 108;
    t[80] = 109;
    t[81] = 110;
    t[82] = 111;
    t[83] = 112;
    t[84] = 113;
    t[85] = 114;
    t[86] = 115;
    t[87] = 116;
    t[88] = 117;
    t[89] = 118;
    t[90] = 119;
    t[91] = 120;
    t[92] = 121;
    t[93] = 122;
    t[94] = 123;
    t[95] = 124;
    t[96] = 125;
    t[97] = 126;
    t[98] = 196;
    t[99] = 197;
    t[100] = 199;
    t[101] = 201;
    t[102] = 209;
    t[103] = 214;
    t[104] = 220;
    t[105] = 225;
    t[106] = 224;
    t[107] = 226;
    t[108] = 228;
    t[109] = 227;
    t[110] = 229;
    t[111] = 231;
    t[112] = 233;
    t[113] = 232;
    t[114] = 234;
    t[115] = 235;
    t[116] = 237;
    t[117] = 236;
    t[118] = 238;
    t[119] = 239;
    t[120] = 241;
    t[121] = 243;
    t[122] = 242;
    t[123] = 244;
    t[124] = 246;
    t[125] = 245;
    t[126] = 250;
    t[127] = 249;
    t[128] = 251;
    t[129] = 252;
    t[130] = 8224;
    t[131] = 176;
    t[132] = 162;
    t[133] = 163;
    t[134] = 167;
    t[135] = 8226;
    t[136] = 182;
    t[137] = 223;
    t[138] = 174;
    t[139] = 169;
    t[140] = 8482;
    t[141] = 180;
    t[142] = 168;
    t[143] = 8800;
    t[144] = 198;
    t[145] = 216;
    t[146] = 8734;
    t[147] = 177;
    t[148] = 8804;
    t[149] = 8805;
    t[150] = 165;
    t[151] = 181;
    t[152] = 8706;
    t[153] = 8721;
    t[154] = 8719;
    t[156] = 8747;
    t[157] = 170;
    t[158] = 186;
    t[159] = 8486;
    t[160] = 230;
    t[161] = 248;
    t[162] = 191;
    t[163] = 161;
    t[164] = 172;
    t[165] = 8730;
    t[166] = 402;
    t[167] = 8776;
    t[168] = 8710;
    t[169] = 171;
    t[170] = 187;
    t[171] = 8230;
    t[179] = 8220;
    t[180] = 8221;
    t[181] = 8216;
    t[182] = 8217;
    t[200] = 193;
    t[203] = 205;
    t[207] = 211;
    t[210] = 218;
    t[223] = 711;
    t[224] = 321;
    t[225] = 322;
    t[226] = 352;
    t[227] = 353;
    t[228] = 381;
    t[229] = 382;
    t[233] = 221;
    t[234] = 253;
    t[252] = 263;
    t[253] = 268;
    t[254] = 269;
    t[258] = 258;
    t[260] = 260;
    t[261] = 261;
    t[265] = 280;
    t[266] = 281;
    t[267] = 282;
    t[268] = 283;
    t[269] = 313;
    t[275] = 323;
    t[276] = 324;
    t[278] = 328;
    t[283] = 344;
    t[284] = 345;
    t[285] = 346;
    t[286] = 347;
    t[292] = 367;
    t[295] = 377;
    t[296] = 378;
    t[298] = 380;
    t[305] = 963;
    t[306] = 964;
    t[307] = 966;
    t[308] = 8215;
    t[309] = 8252;
    t[310] = 8319;
    t[311] = 8359;
    t[312] = 8592;
    t[313] = 8593;
    t[337] = 9552;
    t[493] = 1039;
    t[494] = 1040;
    t[570] = 1040;
    t[571] = 1041;
    t[572] = 1042;
    t[573] = 1043;
    t[574] = 1044;
    t[575] = 1045;
    t[576] = 1046;
    t[577] = 1047;
    t[578] = 1048;
    t[579] = 1049;
    t[580] = 1050;
    t[581] = 1051;
    t[582] = 1052;
    t[583] = 1053;
    t[584] = 1054;
    t[585] = 1055;
    t[586] = 1056;
    t[587] = 1057;
    t[588] = 1058;
    t[589] = 1059;
    t[590] = 1060;
    t[591] = 1061;
    t[592] = 1062;
    t[593] = 1063;
    t[594] = 1064;
    t[595] = 1065;
    t[596] = 1066;
    t[597] = 1067;
    t[598] = 1068;
    t[599] = 1069;
    t[600] = 1070;
    t[601] = 1071;
    t[602] = 1072;
    t[603] = 1073;
    t[604] = 1074;
    t[605] = 1075;
    t[606] = 1076;
    t[607] = 1077;
    t[608] = 1078;
    t[609] = 1079;
    t[610] = 1080;
    t[611] = 1081;
    t[612] = 1082;
    t[613] = 1083;
    t[614] = 1084;
    t[615] = 1085;
    t[616] = 1086;
    t[617] = 1087;
    t[618] = 1088;
    t[619] = 1089;
    t[620] = 1090;
    t[621] = 1091;
    t[622] = 1092;
    t[623] = 1093;
    t[624] = 1094;
    t[625] = 1095;
    t[626] = 1096;
    t[627] = 1097;
    t[628] = 1098;
    t[629] = 1099;
    t[630] = 1100;
    t[631] = 1101;
    t[632] = 1102;
    t[633] = 1103;
    t[672] = 1488;
    t[673] = 1489;
    t[674] = 1490;
    t[675] = 1491;
    t[676] = 1492;
    t[677] = 1493;
    t[678] = 1494;
    t[679] = 1495;
    t[680] = 1496;
    t[681] = 1497;
    t[682] = 1498;
    t[683] = 1499;
    t[684] = 1500;
    t[685] = 1501;
    t[686] = 1502;
    t[687] = 1503;
    t[688] = 1504;
    t[689] = 1505;
    t[690] = 1506;
    t[691] = 1507;
    t[692] = 1508;
    t[693] = 1509;
    t[694] = 1510;
    t[695] = 1511;
    t[696] = 1512;
    t[697] = 1513;
    t[698] = 1514;
    t[705] = 1524;
    t[706] = 8362;
    t[710] = 64288;
    t[711] = 64298;
    t[759] = 1617;
    t[761] = 1776;
    t[763] = 1778;
    t[775] = 1652;
    t[777] = 1764;
    t[778] = 1780;
    t[779] = 1781;
    t[780] = 1782;
    t[782] = 771;
    t[783] = 64726;
    t[786] = 8363;
    t[788] = 8532;
    t[790] = 768;
    t[791] = 769;
    t[792] = 768;
    t[795] = 803;
    t[797] = 64336;
    t[798] = 64337;
    t[799] = 64342;
    t[800] = 64343;
    t[801] = 64344;
    t[802] = 64345;
    t[803] = 64362;
    t[804] = 64363;
    t[805] = 64364;
    t[2424] = 7821;
    t[2425] = 7822;
    t[2426] = 7823;
    t[2427] = 7824;
    t[2428] = 7825;
    t[2429] = 7826;
    t[2430] = 7827;
    t[2433] = 7682;
    t[2678] = 8045;
    t[2679] = 8046;
    t[2830] = 1552;
    t[2838] = 686;
    t[2840] = 751;
    t[2842] = 753;
    t[2843] = 754;
    t[2844] = 755;
    t[2846] = 757;
    t[2856] = 767;
    t[2857] = 848;
    t[2858] = 849;
    t[2862] = 853;
    t[2863] = 854;
    t[2864] = 855;
    t[2865] = 861;
    t[2866] = 862;
    t[2906] = 7460;
    t[2908] = 7462;
    t[2909] = 7463;
    t[2910] = 7464;
    t[2912] = 7466;
    t[2913] = 7467;
    t[2914] = 7468;
    t[2916] = 7470;
    t[2917] = 7471;
    t[2918] = 7472;
    t[2920] = 7474;
    t[2921] = 7475;
    t[2922] = 7476;
    t[2924] = 7478;
    t[2925] = 7479;
    t[2926] = 7480;
    t[2928] = 7482;
    t[2929] = 7483;
    t[2930] = 7484;
    t[2932] = 7486;
    t[2933] = 7487;
    t[2934] = 7488;
    t[2936] = 7490;
    t[2937] = 7491;
    t[2938] = 7492;
    t[2940] = 7494;
    t[2941] = 7495;
    t[2942] = 7496;
    t[2944] = 7498;
    t[2946] = 7500;
    t[2948] = 7502;
    t[2950] = 7504;
    t[2951] = 7505;
    t[2952] = 7506;
    t[2954] = 7508;
    t[2955] = 7509;
    t[2956] = 7510;
    t[2958] = 7512;
    t[2959] = 7513;
    t[2960] = 7514;
    t[2962] = 7516;
    t[2963] = 7517;
    t[2964] = 7518;
    t[2966] = 7520;
    t[2967] = 7521;
    t[2968] = 7522;
    t[2970] = 7524;
    t[2971] = 7525;
    t[2972] = 7526;
    t[2974] = 7528;
    t[2975] = 7529;
    t[2976] = 7530;
    t[2978] = 1537;
    t[2979] = 1538;
    t[2980] = 1539;
    t[2982] = 1549;
    t[2983] = 1551;
    t[2984] = 1552;
    t[2986] = 1554;
    t[2987] = 1555;
    t[2988] = 1556;
    t[2990] = 1623;
    t[2991] = 1624;
    t[2995] = 1775;
    t[2999] = 1791;
    t[3002] = 64290;
    t[3003] = 64291;
    t[3004] = 64292;
    t[3006] = 64294;
    t[3007] = 64295;
    t[3008] = 64296;
    t[3011] = 1900;
    t[3014] = 8223;
    t[3015] = 8244;
    t[3017] = 7532;
    t[3018] = 7533;
    t[3019] = 7534;
    t[3075] = 7590;
    t[3076] = 7591;
    t[3079] = 7594;
    t[3080] = 7595;
    t[3083] = 7598;
    t[3084] = 7599;
    t[3087] = 7602;
    t[3088] = 7603;
    t[3091] = 7606;
    t[3092] = 7607;
    t[3095] = 7610;
    t[3096] = 7611;
    t[3099] = 7614;
    t[3100] = 7615;
    t[3103] = 7618;
    t[3104] = 7619;
    t[3107] = 8337;
    t[3108] = 8338;
    t[3116] = 1884;
    t[3119] = 1885;
    t[3120] = 1885;
    t[3123] = 1886;
    t[3124] = 1886;
    t[3127] = 1887;
    t[3128] = 1887;
    t[3131] = 1888;
    t[3132] = 1888;
    t[3135] = 1889;
    t[3136] = 1889;
    t[3139] = 1890;
    t[3140] = 1890;
    t[3143] = 1891;
    t[3144] = 1891;
    t[3147] = 1892;
    t[3148] = 1892;
    t[3153] = 580;
    t[3154] = 581;
    t[3157] = 584;
    t[3158] = 585;
    t[3161] = 588;
    t[3162] = 589;
    t[3165] = 891;
    t[3166] = 892;
    t[3169] = 1274;
    t[3170] = 1275;
    t[3173] = 1278;
    t[3174] = 1279;
    t[3181] = 7622;
    t[3182] = 7623;
    t[3282] = 11799;
    t[3316] = 578;
    t[3379] = 42785;
    t[3393] = 1159;
    t[3416] = 8377;
  });
  var getSupplementalGlyphMapForTrebuchetMS = getLookupTableFactory(function(t) {
    t[151] = 956;
    t[159] = 937;
    t[168] = 916;
    t[189] = 8364;
    t[195] = 8729;
    t[218] = 713;
    t[236] = 222;
    t[237] = 254;
    t[238] = 8722;
    t[239] = 185;
    t[240] = 178;
    t[241] = 179;
    t[242] = 189;
    t[243] = 188;
    t[244] = 190;
    t[245] = 181;
    t[246] = 8486;
    t[247] = 8710;
    t[248] = 253;
    t[249] = 215;
    t[250] = 173;
    t[253] = 8355;
    t[254] = 286;
    t[255] = 287;
    t[256] = 304;
    t[257] = 350;
    t[258] = 351;
    t[259] = 262;
    t[260] = 263;
    t[261] = 268;
    t[262] = 269;
    t[263] = 273;
    t[264] = 175;
    t[266] = 183;
    t[267] = 258;
    t[268] = 259;
    t[269] = 260;
    t[270] = 261;
    t[271] = 270;
    t[272] = 271;
    t[273] = 272;
    t[274] = 280;
    t[275] = 281;
    t[276] = 282;
    t[277] = 283;
    t[278] = 313;
    t[279] = 314;
    t[280] = 317;
    t[281] = 318;
    t[282] = 319;
    t[283] = 320;
    t[284] = 323;
    t[285] = 324;
    t[286] = 327;
    t[287] = 328;
    t[288] = 336;
    t[289] = 337;
    t[290] = 340;
    t[291] = 341;
    t[292] = 344;
    t[293] = 345;
    t[294] = 346;
    t[295] = 347;
    t[296] = 538;
    t[297] = 539;
    t[298] = 356;
    t[299] = 357;
    t[300] = 366;
    t[301] = 367;
    t[302] = 368;
    t[303] = 369;
    t[304] = 377;
    t[305] = 378;
    t[306] = 379;
    t[307] = 380;
  });
  var getSupplementalGlyphMapForArialBlack = getLookupTableFactory(function(t) {
    t[227] = 322;
    t[264] = 261;
    t[291] = 346;
  });
  var getSupplementalGlyphMapForCalibri = getLookupTableFactory(function(t) {
    t[1] = 32;
    t[4] = 65;
    t[5] = 192;
    t[6] = 193;
    t[9] = 196;
    t[17] = 66;
    t[18] = 67;
    t[21] = 268;
    t[24] = 68;
    t[28] = 69;
    t[29] = 200;
    t[30] = 201;
    t[32] = 282;
    t[38] = 70;
    t[39] = 71;
    t[44] = 72;
    t[47] = 73;
    t[48] = 204;
    t[49] = 205;
    t[58] = 74;
    t[60] = 75;
    t[62] = 76;
    t[68] = 77;
    t[69] = 78;
    t[75] = 79;
    t[76] = 210;
    t[80] = 214;
    t[87] = 80;
    t[89] = 81;
    t[90] = 82;
    t[92] = 344;
    t[94] = 83;
    t[97] = 352;
    t[100] = 84;
    t[104] = 85;
    t[109] = 220;
    t[115] = 86;
    t[116] = 87;
    t[121] = 88;
    t[122] = 89;
    t[124] = 221;
    t[127] = 90;
    t[129] = 381;
    t[258] = 97;
    t[259] = 224;
    t[260] = 225;
    t[263] = 228;
    t[268] = 261;
    t[271] = 98;
    t[272] = 99;
    t[273] = 263;
    t[275] = 269;
    t[282] = 100;
    t[286] = 101;
    t[287] = 232;
    t[288] = 233;
    t[290] = 283;
    t[295] = 281;
    t[296] = 102;
    t[336] = 103;
    t[346] = 104;
    t[349] = 105;
    t[350] = 236;
    t[351] = 237;
    t[361] = 106;
    t[364] = 107;
    t[367] = 108;
    t[371] = 322;
    t[373] = 109;
    t[374] = 110;
    t[381] = 111;
    t[382] = 242;
    t[383] = 243;
    t[386] = 246;
    t[393] = 112;
    t[395] = 113;
    t[396] = 114;
    t[398] = 345;
    t[400] = 115;
    t[401] = 347;
    t[403] = 353;
    t[410] = 116;
    t[437] = 117;
    t[442] = 252;
    t[448] = 118;
    t[449] = 119;
    t[454] = 120;
    t[455] = 121;
    t[457] = 253;
    t[460] = 122;
    t[462] = 382;
    t[463] = 380;
    t[853] = 44;
    t[855] = 58;
    t[856] = 46;
    t[876] = 47;
    t[878] = 45;
    t[882] = 45;
    t[894] = 40;
    t[895] = 41;
    t[896] = 91;
    t[897] = 93;
    t[923] = 64;
    t[940] = 163;
    t[1004] = 48;
    t[1005] = 49;
    t[1006] = 50;
    t[1007] = 51;
    t[1008] = 52;
    t[1009] = 53;
    t[1010] = 54;
    t[1011] = 55;
    t[1012] = 56;
    t[1013] = 57;
    t[1081] = 37;
    t[1085] = 43;
    t[1086] = 45;
  });
  function getStandardFontName(name) {
    const fontName = normalizeFontName(name);
    const stdFontMap = getStdFontMap();
    return stdFontMap[fontName];
  }
  function isKnownFontName(name) {
    const fontName = normalizeFontName(name);
    return !!(getStdFontMap()[fontName] || getNonStdFontMap()[fontName] || getSerifFonts()[fontName] || getSymbolsFonts()[fontName]);
  }
  var ON_CURVE_POINT = 1 << 0;
  var X_SHORT_VECTOR = 1 << 1;
  var Y_SHORT_VECTOR = 1 << 2;
  var REPEAT_FLAG = 1 << 3;
  var X_IS_SAME_OR_POSITIVE_X_SHORT_VECTOR = 1 << 4;
  var Y_IS_SAME_OR_POSITIVE_Y_SHORT_VECTOR = 1 << 5;
  var OVERLAP_SIMPLE = 1 << 6;
  var ARG_1_AND_2_ARE_WORDS = 1 << 0;
  var ARGS_ARE_XY_VALUES = 1 << 1;
  var WE_HAVE_A_SCALE = 1 << 3;
  var MORE_COMPONENTS = 1 << 5;
  var WE_HAVE_AN_X_AND_Y_SCALE = 1 << 6;
  var WE_HAVE_A_TWO_BY_TWO = 1 << 7;
  var WE_HAVE_INSTRUCTIONS = 1 << 8;
  var GLYPH_HEADER_SIZE = 10;
  var GlyfTable = class {
    constructor({
      glyfTable,
      isGlyphLocationsLong,
      locaTable,
      numGlyphs
    }) {
      this.glyphs = [];
      const loca = new DataView(locaTable.buffer, locaTable.byteOffset, locaTable.byteLength);
      const glyf = new DataView(glyfTable.buffer, glyfTable.byteOffset, glyfTable.byteLength);
      const offsetSize = isGlyphLocationsLong ? 4 : 2;
      let prev = isGlyphLocationsLong ? loca.getUint32(0) : 2 * loca.getUint16(0);
      let pos = 0;
      for (let i = 0; i < numGlyphs; i++) {
        pos += offsetSize;
        const next = isGlyphLocationsLong ? loca.getUint32(pos) : 2 * loca.getUint16(pos);
        if (next === prev) {
          this.glyphs.push(new Glyph({}));
          continue;
        }
        const glyph = Glyph.parse(prev, glyf);
        this.glyphs.push(glyph);
        prev = next;
      }
    }
    getSize() {
      return Math.sumPrecise(this.glyphs.map((g) => g.getSize() + 3 & ~3));
    }
    write() {
      const totalSize = this.getSize();
      const glyfTable = new DataView(new ArrayBuffer(totalSize));
      const isLocationLong = totalSize > 131070;
      const offsetSize = isLocationLong ? 4 : 2;
      const locaTable = new DataView(new ArrayBuffer((this.glyphs.length + 1) * offsetSize));
      if (isLocationLong) {
        locaTable.setUint32(0, 0);
      } else {
        locaTable.setUint16(0, 0);
      }
      let pos = 0;
      let locaIndex = 0;
      for (const glyph of this.glyphs) {
        pos += glyph.write(pos, glyfTable);
        pos = pos + 3 & ~3;
        locaIndex += offsetSize;
        if (isLocationLong) {
          locaTable.setUint32(locaIndex, pos);
        } else {
          locaTable.setUint16(locaIndex, pos >> 1);
        }
      }
      return {
        isLocationLong,
        loca: new Uint8Array(locaTable.buffer),
        glyf: new Uint8Array(glyfTable.buffer)
      };
    }
    scale(factors) {
      for (let i = 0, ii = this.glyphs.length; i < ii; i++) {
        this.glyphs[i].scale(factors[i]);
      }
    }
  };
  var Glyph = class _Glyph {
    constructor({
      header: header2 = null,
      simple = null,
      composites = null
    }) {
      this.header = header2;
      this.simple = simple;
      this.composites = composites;
    }
    static parse(pos, glyf) {
      const [read, header2] = GlyphHeader.parse(pos, glyf);
      pos += read;
      if (header2.numberOfContours < 0) {
        const composites = [];
        while (true) {
          const [n, composite] = CompositeGlyph.parse(pos, glyf);
          pos += n;
          composites.push(composite);
          if (!(composite.flags & MORE_COMPONENTS)) {
            break;
          }
        }
        return new _Glyph({
          header: header2,
          composites
        });
      }
      const simple = SimpleGlyph.parse(pos, glyf, header2.numberOfContours);
      return new _Glyph({
        header: header2,
        simple
      });
    }
    getSize() {
      if (!this.header) {
        return 0;
      }
      const size = this.simple ? this.simple.getSize() : Math.sumPrecise(this.composites.map((c) => c.getSize()));
      return this.header.getSize() + size;
    }
    write(pos, buf) {
      if (!this.header) {
        return 0;
      }
      const spos = pos;
      pos += this.header.write(pos, buf);
      if (this.simple) {
        pos += this.simple.write(pos, buf);
      } else {
        for (const composite of this.composites) {
          pos += composite.write(pos, buf);
        }
      }
      return pos - spos;
    }
    scale(factor) {
      if (!this.header) {
        return;
      }
      const xMiddle = (this.header.xMin + this.header.xMax) / 2;
      this.header.scale(xMiddle, factor);
      if (this.simple) {
        this.simple.scale(xMiddle, factor);
      } else {
        for (const composite of this.composites) {
          composite.scale(xMiddle, factor);
        }
      }
    }
  };
  var GlyphHeader = class _GlyphHeader {
    constructor({
      numberOfContours,
      xMin,
      yMin,
      xMax,
      yMax
    }) {
      this.numberOfContours = numberOfContours;
      this.xMin = xMin;
      this.yMin = yMin;
      this.xMax = xMax;
      this.yMax = yMax;
    }
    static parse(pos, glyf) {
      return [GLYPH_HEADER_SIZE, new _GlyphHeader({
        numberOfContours: glyf.getInt16(pos),
        xMin: glyf.getInt16(pos + 2),
        yMin: glyf.getInt16(pos + 4),
        xMax: glyf.getInt16(pos + 6),
        yMax: glyf.getInt16(pos + 8)
      })];
    }
    getSize() {
      return GLYPH_HEADER_SIZE;
    }
    write(pos, buf) {
      buf.setInt16(pos, this.numberOfContours);
      buf.setInt16(pos + 2, this.xMin);
      buf.setInt16(pos + 4, this.yMin);
      buf.setInt16(pos + 6, this.xMax);
      buf.setInt16(pos + 8, this.yMax);
      return GLYPH_HEADER_SIZE;
    }
    scale(x, factor) {
      this.xMin = Math.round(x + (this.xMin - x) * factor);
      this.xMax = Math.round(x + (this.xMax - x) * factor);
    }
  };
  var Contour = class {
    constructor({
      flags,
      xCoordinates,
      yCoordinates
    }) {
      this.xCoordinates = xCoordinates;
      this.yCoordinates = yCoordinates;
      this.flags = flags;
    }
  };
  var SimpleGlyph = class _SimpleGlyph {
    constructor({
      contours,
      instructions
    }) {
      this.contours = contours;
      this.instructions = instructions;
    }
    static parse(pos, glyf, numberOfContours) {
      const endPtsOfContours = [];
      for (let i = 0; i < numberOfContours; i++) {
        const endPt = glyf.getUint16(pos);
        pos += 2;
        endPtsOfContours.push(endPt);
      }
      const numberOfPt = endPtsOfContours[numberOfContours - 1] + 1;
      const instructionLength = glyf.getUint16(pos);
      pos += 2;
      const instructions = new Uint8Array(glyf).slice(pos, pos + instructionLength);
      pos += instructionLength;
      const flags = [];
      for (let i = 0; i < numberOfPt; pos++, i++) {
        let flag3 = glyf.getUint8(pos);
        flags.push(flag3);
        if (flag3 & REPEAT_FLAG) {
          const count = glyf.getUint8(++pos);
          flag3 ^= REPEAT_FLAG;
          for (let m = 0; m < count; m++) {
            flags.push(flag3);
          }
          i += count;
        }
      }
      const allXCoordinates = [];
      let xCoordinates = [];
      let yCoordinates = [];
      let pointFlags = [];
      const contours = [];
      let endPtsOfContoursIndex = 0;
      let lastCoordinate = 0;
      for (let i = 0; i < numberOfPt; i++) {
        const flag3 = flags[i];
        if (flag3 & X_SHORT_VECTOR) {
          const x = glyf.getUint8(pos++);
          lastCoordinate += flag3 & X_IS_SAME_OR_POSITIVE_X_SHORT_VECTOR ? x : -x;
          xCoordinates.push(lastCoordinate);
        } else if (flag3 & X_IS_SAME_OR_POSITIVE_X_SHORT_VECTOR) {
          xCoordinates.push(lastCoordinate);
        } else {
          lastCoordinate += glyf.getInt16(pos);
          pos += 2;
          xCoordinates.push(lastCoordinate);
        }
        if (endPtsOfContours[endPtsOfContoursIndex] === i) {
          endPtsOfContoursIndex++;
          allXCoordinates.push(xCoordinates);
          xCoordinates = [];
        }
      }
      lastCoordinate = 0;
      endPtsOfContoursIndex = 0;
      for (let i = 0; i < numberOfPt; i++) {
        const flag3 = flags[i];
        if (flag3 & Y_SHORT_VECTOR) {
          const y = glyf.getUint8(pos++);
          lastCoordinate += flag3 & Y_IS_SAME_OR_POSITIVE_Y_SHORT_VECTOR ? y : -y;
          yCoordinates.push(lastCoordinate);
        } else if (flag3 & Y_IS_SAME_OR_POSITIVE_Y_SHORT_VECTOR) {
          yCoordinates.push(lastCoordinate);
        } else {
          lastCoordinate += glyf.getInt16(pos);
          pos += 2;
          yCoordinates.push(lastCoordinate);
        }
        pointFlags.push(flag3 & ON_CURVE_POINT | flag3 & OVERLAP_SIMPLE);
        if (endPtsOfContours[endPtsOfContoursIndex] === i) {
          xCoordinates = allXCoordinates[endPtsOfContoursIndex];
          endPtsOfContoursIndex++;
          contours.push(new Contour({
            flags: pointFlags,
            xCoordinates,
            yCoordinates
          }));
          yCoordinates = [];
          pointFlags = [];
        }
      }
      return new _SimpleGlyph({
        contours,
        instructions
      });
    }
    getSize() {
      let size = this.contours.length * 2 + 2 + this.instructions.length;
      let lastX = 0;
      let lastY = 0;
      for (const contour of this.contours) {
        size += contour.flags.length;
        for (let i = 0, ii = contour.xCoordinates.length; i < ii; i++) {
          const x = contour.xCoordinates[i];
          const y = contour.yCoordinates[i];
          let abs = Math.abs(x - lastX);
          if (abs > 255) {
            size += 2;
          } else if (abs > 0) {
            size += 1;
          }
          lastX = x;
          abs = Math.abs(y - lastY);
          if (abs > 255) {
            size += 2;
          } else if (abs > 0) {
            size += 1;
          }
          lastY = y;
        }
      }
      return size;
    }
    write(pos, buf) {
      const spos = pos;
      const xCoordinates = [];
      const yCoordinates = [];
      const flags = [];
      let lastX = 0;
      let lastY = 0;
      for (const contour of this.contours) {
        for (let i = 0, ii = contour.xCoordinates.length; i < ii; i++) {
          let flag3 = contour.flags[i];
          const x = contour.xCoordinates[i];
          let delta = x - lastX;
          if (delta === 0) {
            flag3 |= X_IS_SAME_OR_POSITIVE_X_SHORT_VECTOR;
            xCoordinates.push(0);
          } else {
            const abs = Math.abs(delta);
            if (abs <= 255) {
              flag3 |= delta >= 0 ? X_SHORT_VECTOR | X_IS_SAME_OR_POSITIVE_X_SHORT_VECTOR : X_SHORT_VECTOR;
              xCoordinates.push(abs);
            } else {
              xCoordinates.push(delta);
            }
          }
          lastX = x;
          const y = contour.yCoordinates[i];
          delta = y - lastY;
          if (delta === 0) {
            flag3 |= Y_IS_SAME_OR_POSITIVE_Y_SHORT_VECTOR;
            yCoordinates.push(0);
          } else {
            const abs = Math.abs(delta);
            if (abs <= 255) {
              flag3 |= delta >= 0 ? Y_SHORT_VECTOR | Y_IS_SAME_OR_POSITIVE_Y_SHORT_VECTOR : Y_SHORT_VECTOR;
              yCoordinates.push(abs);
            } else {
              yCoordinates.push(delta);
            }
          }
          lastY = y;
          flags.push(flag3);
        }
        buf.setUint16(pos, xCoordinates.length - 1);
        pos += 2;
      }
      buf.setUint16(pos, this.instructions.length);
      pos += 2;
      if (this.instructions.length) {
        new Uint8Array(buf.buffer, 0, buf.buffer.byteLength).set(this.instructions, pos);
        pos += this.instructions.length;
      }
      for (const flag3 of flags) {
        buf.setUint8(pos++, flag3);
      }
      for (let i = 0, ii = xCoordinates.length; i < ii; i++) {
        const x = xCoordinates[i];
        const flag3 = flags[i];
        if (flag3 & X_SHORT_VECTOR) {
          buf.setUint8(pos++, x);
        } else if (!(flag3 & X_IS_SAME_OR_POSITIVE_X_SHORT_VECTOR)) {
          buf.setInt16(pos, x);
          pos += 2;
        }
      }
      for (let i = 0, ii = yCoordinates.length; i < ii; i++) {
        const y = yCoordinates[i];
        const flag3 = flags[i];
        if (flag3 & Y_SHORT_VECTOR) {
          buf.setUint8(pos++, y);
        } else if (!(flag3 & Y_IS_SAME_OR_POSITIVE_Y_SHORT_VECTOR)) {
          buf.setInt16(pos, y);
          pos += 2;
        }
      }
      return pos - spos;
    }
    scale(x, factor) {
      for (const contour of this.contours) {
        if (contour.xCoordinates.length === 0) {
          continue;
        }
        for (let i = 0, ii = contour.xCoordinates.length; i < ii; i++) {
          contour.xCoordinates[i] = Math.round(x + (contour.xCoordinates[i] - x) * factor);
        }
      }
    }
  };
  var CompositeGlyph = class _CompositeGlyph {
    constructor({
      flags,
      glyphIndex,
      argument1,
      argument2,
      transf,
      instructions
    }) {
      this.flags = flags;
      this.glyphIndex = glyphIndex;
      this.argument1 = argument1;
      this.argument2 = argument2;
      this.transf = transf;
      this.instructions = instructions;
    }
    static parse(pos, glyf) {
      const spos = pos;
      const transf = [];
      let flags = glyf.getUint16(pos);
      const glyphIndex = glyf.getUint16(pos + 2);
      pos += 4;
      let argument1, argument2;
      if (flags & ARG_1_AND_2_ARE_WORDS) {
        if (flags & ARGS_ARE_XY_VALUES) {
          argument1 = glyf.getInt16(pos);
          argument2 = glyf.getInt16(pos + 2);
        } else {
          argument1 = glyf.getUint16(pos);
          argument2 = glyf.getUint16(pos + 2);
        }
        pos += 4;
        flags ^= ARG_1_AND_2_ARE_WORDS;
      } else {
        if (flags & ARGS_ARE_XY_VALUES) {
          argument1 = glyf.getInt8(pos);
          argument2 = glyf.getInt8(pos + 1);
        } else {
          argument1 = glyf.getUint8(pos);
          argument2 = glyf.getUint8(pos + 1);
        }
        pos += 2;
      }
      if (flags & WE_HAVE_A_SCALE) {
        transf.push(glyf.getUint16(pos));
        pos += 2;
      } else if (flags & WE_HAVE_AN_X_AND_Y_SCALE) {
        transf.push(glyf.getUint16(pos), glyf.getUint16(pos + 2));
        pos += 4;
      } else if (flags & WE_HAVE_A_TWO_BY_TWO) {
        transf.push(glyf.getUint16(pos), glyf.getUint16(pos + 2), glyf.getUint16(pos + 4), glyf.getUint16(pos + 6));
        pos += 8;
      }
      let instructions = null;
      if (flags & WE_HAVE_INSTRUCTIONS) {
        const instructionLength = glyf.getUint16(pos);
        pos += 2;
        instructions = new Uint8Array(glyf).slice(pos, pos + instructionLength);
        pos += instructionLength;
      }
      return [pos - spos, new _CompositeGlyph({
        flags,
        glyphIndex,
        argument1,
        argument2,
        transf,
        instructions
      })];
    }
    getSize() {
      let size = 2 + 2 + this.transf.length * 2;
      if (this.flags & WE_HAVE_INSTRUCTIONS) {
        size += 2 + this.instructions.length;
      }
      size += 2;
      if (this.flags & 2) {
        if (!(this.argument1 >= -128 && this.argument1 <= 127 && this.argument2 >= -128 && this.argument2 <= 127)) {
          size += 2;
        }
      } else if (!(this.argument1 >= 0 && this.argument1 <= 255 && this.argument2 >= 0 && this.argument2 <= 255)) {
        size += 2;
      }
      return size;
    }
    write(pos, buf) {
      const spos = pos;
      if (this.flags & ARGS_ARE_XY_VALUES) {
        if (!(this.argument1 >= -128 && this.argument1 <= 127 && this.argument2 >= -128 && this.argument2 <= 127)) {
          this.flags |= ARG_1_AND_2_ARE_WORDS;
        }
      } else if (!(this.argument1 >= 0 && this.argument1 <= 255 && this.argument2 >= 0 && this.argument2 <= 255)) {
        this.flags |= ARG_1_AND_2_ARE_WORDS;
      }
      buf.setUint16(pos, this.flags);
      buf.setUint16(pos + 2, this.glyphIndex);
      pos += 4;
      if (this.flags & ARG_1_AND_2_ARE_WORDS) {
        if (this.flags & ARGS_ARE_XY_VALUES) {
          buf.setInt16(pos, this.argument1);
          buf.setInt16(pos + 2, this.argument2);
        } else {
          buf.setUint16(pos, this.argument1);
          buf.setUint16(pos + 2, this.argument2);
        }
        pos += 4;
      } else {
        buf.setUint8(pos, this.argument1);
        buf.setUint8(pos + 1, this.argument2);
        pos += 2;
      }
      if (this.flags & WE_HAVE_INSTRUCTIONS) {
        buf.setUint16(pos, this.instructions.length);
        pos += 2;
        if (this.instructions.length) {
          new Uint8Array(buf.buffer, 0, buf.buffer.byteLength).set(this.instructions, pos);
          pos += this.instructions.length;
        }
      }
      return pos - spos;
    }
    scale(x, factor) {
    }
  };
  function pruneCompositeGlyphCycles(glyfTable, locaEntries, numGlyphs) {
    const glyf = new DataView(glyfTable.buffer, glyfTable.byteOffset, glyfTable.byteLength);
    const components = new Array(numGlyphs);
    for (let i = 0; i < numGlyphs; i++) {
      const offset = locaEntries[i].offset;
      const endOffset = Math.min(locaEntries[i].endOffset, glyf.byteLength);
      if (endOffset - offset <= GLYPH_HEADER_SIZE || glyf.getInt16(offset) >= 0) {
        continue;
      }
      const comps = [];
      let p = offset + GLYPH_HEADER_SIZE;
      while (p + 4 <= endOffset) {
        const flags = glyf.getUint16(p);
        const gid = glyf.getUint16(p + 2);
        let size = 4 + (flags & ARG_1_AND_2_ARE_WORDS ? 4 : 2);
        if (flags & WE_HAVE_A_SCALE) {
          size += 2;
        } else if (flags & WE_HAVE_AN_X_AND_Y_SCALE) {
          size += 4;
        } else if (flags & WE_HAVE_A_TWO_BY_TWO) {
          size += 8;
        }
        comps.push({
          gid,
          offset: p,
          size,
          flags
        });
        p += size;
        if (!(flags & MORE_COMPONENTS)) {
          break;
        }
      }
      if (comps.length) {
        components[i] = comps;
      }
    }
    const WHITE = 0, GRAY = 1, BLACK = 2;
    const state = new Uint8Array(numGlyphs);
    const backEdges = /* @__PURE__ */ new Map();
    for (let start = 0; start < numGlyphs; start++) {
      if (state[start] !== WHITE || !components[start]) {
        continue;
      }
      const stack = [{
        node: start,
        idx: 0
      }];
      state[start] = GRAY;
      while (stack.length > 0) {
        const top = stack.at(-1);
        const comps = components[top.node];
        if (!comps || top.idx >= comps.length) {
          state[top.node] = BLACK;
          stack.pop();
          continue;
        }
        const compIdx = top.idx++;
        const next = comps[compIdx].gid;
        if (next >= numGlyphs || state[next] === BLACK) {
          continue;
        }
        if (state[next] === WHITE) {
          state[next] = GRAY;
          stack.push({
            node: next,
            idx: 0
          });
          continue;
        }
        backEdges.getOrInsertComputed(top.node, makeSet2).add(compIdx);
      }
    }
    const droppedGlyphs = /* @__PURE__ */ new Set();
    for (const [gIdx, removeSet] of backEdges) {
      const comps = components[gIdx];
      const remaining = [];
      for (let ci = 0; ci < comps.length; ci++) {
        if (!removeSet.has(ci)) {
          remaining.push(comps[ci]);
        }
      }
      if (remaining.length === 0) {
        droppedGlyphs.add(gIdx);
        continue;
      }
      const start = locaEntries[gIdx].offset;
      const endOffset = Math.min(locaEntries[gIdx].endOffset, glyf.byteLength);
      let writePos = start + GLYPH_HEADER_SIZE;
      for (let ci = 0; ci < remaining.length; ci++) {
        const c = remaining[ci];
        const isLast = ci === remaining.length - 1;
        let newFlags = c.flags & ~WE_HAVE_INSTRUCTIONS;
        newFlags = isLast ? newFlags & ~MORE_COMPONENTS : newFlags | MORE_COMPONENTS;
        if (writePos !== c.offset) {
          glyfTable.copyWithin(writePos, c.offset, c.offset + c.size);
        }
        glyf.setUint16(writePos, newFlags);
        writePos += c.size;
      }
      if (writePos < endOffset) {
        glyfTable.fill(0, writePos, endOffset);
      }
    }
    return droppedGlyphs;
  }
  var ToUnicodeMap = class {
    #map;
    constructor(cmap) {
      this.#map = cmap;
    }
    get size() {
      return this.#map.size;
    }
    forEach(callback) {
      for (const [charCode, entry] of this.#map) {
        callback(charCode, entry.codePointAt(0));
      }
    }
    has(i) {
      return this.#map.has(i);
    }
    get(i) {
      return this.#map.get(i);
    }
    charCodeOf(value) {
      for (const [charCode, entry] of this.#map) {
        if (entry === value) {
          return charCode;
        }
      }
      return -1;
    }
    amend(map) {
      for (const [charCode, entry] of map) {
        this.#map.set(charCode, entry);
      }
    }
  };
  var IdentityToUnicodeMap = class {
    constructor(firstChar, lastChar) {
      this.firstChar = firstChar;
      this.lastChar = lastChar;
    }
    get size() {
      return this.lastChar + 1 - this.firstChar;
    }
    forEach(callback) {
      for (let i = this.firstChar, ii = this.lastChar; i <= ii; i++) {
        callback(i, i);
      }
    }
    has(i) {
      return this.firstChar <= i && i <= this.lastChar;
    }
    get(i) {
      return this.firstChar <= i && i <= this.lastChar ? String.fromCharCode(i) : void 0;
    }
    charCodeOf(v) {
      return Number.isInteger(v) && v >= this.firstChar && v <= this.lastChar ? v : -1;
    }
    amend(map) {
      unreachable2("Should not call amend()");
    }
  };
  var CFFFont = class {
    constructor(file, properties) {
      this.properties = properties;
      const parser = new CFFParser(
        file,
        properties,
        /* inlined export .SEAC_ANALYSIS_ENABLED */
        true
      );
      this.cff = parser.parse();
      this.cff.duplicateFirstGlyph();
      const compiler = new CFFCompiler(this.cff);
      this.seacs = this.cff.seacs;
      try {
        this.data = compiler.compile();
      } catch (ex) {
        warn2(`Failed to compile font "${properties.loadedName}": "${ex}".`);
        file.reset();
        this.data = file.getBytes();
      }
      this._createBuiltInEncoding();
    }
    get numGlyphs() {
      return this.cff.charStrings.count;
    }
    getCharset() {
      return this.cff.charset.charset;
    }
    getGlyphMapping() {
      const cff = this.cff;
      const properties = this.properties;
      const {
        cidToGidMap,
        cMap
      } = properties;
      const charsets = cff.charset.charset;
      if (properties.composite) {
        let invCidToGidMap;
        if (cidToGidMap?.size) {
          invCidToGidMap = /* @__PURE__ */ new Map();
          for (const [i, gid] of cidToGidMap) {
            invCidToGidMap.set(gid, i);
          }
        }
        const charCodeToGlyphId = /* @__PURE__ */ new Map();
        let charCode, glyphId;
        if (cff.isCIDFont) {
          for (glyphId = 0; glyphId < charsets.length; glyphId++) {
            const cid = charsets[glyphId];
            charCode = cMap.charCodeOf(cid);
            if (invCidToGidMap?.has(charCode)) {
              charCode = invCidToGidMap.get(charCode);
            }
            charCodeToGlyphId.set(charCode, glyphId);
          }
        } else {
          for (glyphId = 0; glyphId < cff.charStrings.count; glyphId++) {
            charCode = cMap.charCodeOf(glyphId);
            charCodeToGlyphId.set(charCode, glyphId);
          }
        }
        return charCodeToGlyphId;
      }
      let encoding = cff.encoding ? cff.encoding.encoding : null;
      if (properties.isInternalFont) {
        encoding = properties.defaultEncoding;
      }
      return type1FontGlyphMapping(properties, encoding, charsets);
    }
    hasGlyphId(id) {
      return this.cff.hasGlyphId(id);
    }
    _createBuiltInEncoding() {
      const {
        charset,
        encoding
      } = this.cff;
      if (!charset || !encoding) {
        return;
      }
      const charsets = charset.charset, encodings = encoding.encoding;
      const map = [];
      for (const charCode in encodings) {
        const glyphId = encodings[charCode];
        if (glyphId >= 0) {
          const glyphName = charsets[glyphId];
          if (glyphName) {
            map[charCode] = glyphName;
          }
        }
      }
      if (map.length > 0) {
        this.properties.builtInEncoding = map;
      }
    }
  };
  var CSS_FONT_INFO2 = class {
    static strings = ["fontFamily", "fontWeight", "italicAngle"];
  };
  var SYSTEM_FONT_INFO2 = class {
    static strings = ["css", "loadedName", "baseFontName", "src"];
  };
  var FONT_INFO2 = class {
    static bools = ["black", "bold", "disableFontFace", "fontExtraProperties", "isInvalidPDFjsFont", "isType3Font", "italic", "missingFile", "remeasure", "vertical"];
    static strings = ["fallbackName", "loadedName"];
    static OFFSET_BBOX = Math.ceil(this.bools.length * 2 / 8);
    static OFFSET_FONT_MATRIX = this.OFFSET_BBOX + 1 + 2 * 4;
    static OFFSET_STRINGS = this.OFFSET_FONT_MATRIX + 1 + 8 * 6;
  };
  var PATTERN_INFO2 = class {
    static KIND = 0;
    static HAS_BBOX = 1;
    static HAS_BACKGROUND = 2;
    static SHADING_TYPE = 3;
    static N_COORD = 4;
    static N_COLOR = 8;
    static N_STOP = 12;
    static N_FIGURES = 16;
  };
  var InfoUtils2 = class {
    static get decoder() {
      return util_shadow2(this, "decoder", new TextDecoder());
    }
    static get encoder() {
      return util_shadow2(this, "encoder", new TextEncoder());
    }
  };
  function encodeStrings(strings, obj) {
    const {
      encoder
    } = InfoUtils2;
    const encodedStrings = /* @__PURE__ */ new Map();
    let stringsLength = 0;
    for (const prop of strings) {
      const encoded = encoder.encode(obj[prop]), len = encoded.length;
      encodedStrings.set(encoded, len);
      stringsLength += 4 + len;
    }
    return {
      encodedStrings,
      stringsLength
    };
  }
  function writeStrings(encodedStrings, data, view2, offset = 0) {
    for (const [encoded, len] of encodedStrings) {
      view2.setUint32(offset, len);
      data.set(encoded, offset + 4);
      offset += 4 + len;
    }
    return offset;
  }
  function compileCssFontInfo(info3) {
    const {
      encodedStrings,
      stringsLength
    } = encodeStrings(CSS_FONT_INFO2.strings, info3);
    const buffer = new ArrayBuffer(stringsLength);
    const data = new Uint8Array(buffer);
    const view2 = new DataView(buffer);
    const offset = writeStrings(encodedStrings, data, view2);
    util_assert2(offset === buffer.byteLength, "compileCssFontInfo: Buffer overflow");
    return buffer;
  }
  function compileSystemFontInfo(info3) {
    const {
      encodedStrings,
      stringsLength
    } = encodeStrings(SYSTEM_FONT_INFO2.strings, info3);
    let encodedStyleStrings, styleStringsLength = 0;
    if (info3.style) {
      ({
        encodedStrings: encodedStyleStrings,
        stringsLength: styleStringsLength
      } = encodeStrings(["style", "weight"], info3.style));
    }
    const lengthEstimate = 4 + stringsLength + styleStringsLength;
    const buffer = new ArrayBuffer(lengthEstimate);
    const data = new Uint8Array(buffer);
    const view2 = new DataView(buffer);
    let offset = 0;
    view2.setUint32(offset, stringsLength);
    offset = writeStrings(encodedStrings, data, view2, offset + 4);
    if (encodedStyleStrings) {
      offset = writeStrings(encodedStyleStrings, data, view2, offset);
    }
    util_assert2(offset <= buffer.byteLength, "compileSystemFontInfo: Buffer overflow");
    return buffer.transferToFixedLength(offset);
  }
  function compileFontInfo(font) {
    function writeArray2(arr, arrLen, writerName, increment) {
      if (arr) {
        view2.setUint8(offset++, arrLen);
        for (const val of arr) {
          view2[writerName](offset, val, true);
          offset += increment;
        }
      } else {
        view2.setUint8(offset++, 0);
        offset += increment * arrLen;
      }
    }
    function writeBuffer(buf, name) {
      if (!buf) {
        view2.setUint32(offset, 0);
        offset += 4;
        return;
      }
      const length = buf.byteLength;
      view2.setUint32(offset, length);
      util_assert2(offset + 4 + length <= buffer.byteLength, `compileFontInfo: Buffer overflow at ${name}`);
      data.set(new Uint8Array(buf), offset + 4);
      offset += 4 + length;
    }
    const systemFontInfoBuffer = font.systemFontInfo ? compileSystemFontInfo(font.systemFontInfo) : null;
    const cssFontInfoBuffer = font.cssFontInfo ? compileCssFontInfo(font.cssFontInfo) : null;
    const {
      encodedStrings,
      stringsLength
    } = encodeStrings(FONT_INFO2.strings, font);
    const lengthEstimate = FONT_INFO2.OFFSET_STRINGS + 4 + stringsLength + 4 + (systemFontInfoBuffer?.byteLength ?? 0) + 4 + (cssFontInfoBuffer?.byteLength ?? 0) + 4 + (font.data?.length ?? 0);
    const buffer = new ArrayBuffer(lengthEstimate);
    const data = new Uint8Array(buffer);
    const view2 = new DataView(buffer);
    let offset = 0;
    const numBools = FONT_INFO2.bools.length;
    let boolByte = 0, boolBit = 0;
    for (let i = 0; i < numBools; i++) {
      const value = font[FONT_INFO2.bools[i]];
      const bits = value === void 0 ? 0 : value ? 2 : 1;
      boolByte |= bits << boolBit;
      boolBit += 2;
      if (boolBit === 8 || i === numBools - 1) {
        view2.setUint8(offset++, boolByte);
        boolByte = 0;
        boolBit = 0;
      }
    }
    util_assert2(offset === FONT_INFO2.OFFSET_BBOX, "compileFontInfo: Boolean properties offset mismatch");
    writeArray2(font.bbox, 4, "setInt16", 2);
    util_assert2(offset === FONT_INFO2.OFFSET_FONT_MATRIX, "compileFontInfo: BBox properties offset mismatch");
    writeArray2(font.fontMatrix, 6, "setFloat64", 8);
    util_assert2(offset === FONT_INFO2.OFFSET_STRINGS, "compileFontInfo: FontMatrix properties offset mismatch");
    view2.setUint32(offset, stringsLength);
    offset = writeStrings(encodedStrings, data, view2, offset + 4);
    writeBuffer(systemFontInfoBuffer, "systemFontInfo");
    writeBuffer(cssFontInfoBuffer, "cssFontInfo");
    if (font.data === void 0) {
      view2.setUint32(offset, 0);
      offset += 4;
    } else {
      view2.setUint32(offset, font.data.length);
      data.set(font.data, offset + 4);
      offset += 4 + font.data.length;
    }
    util_assert2(offset <= buffer.byteLength, "compileFontInfo: Buffer overflow");
    return buffer.transferToFixedLength(offset);
  }
  function compilePatternInfo(ir) {
    let kind, bbox = null, coords = [], colors = [], colorStops = [], shadingType = null, background = null;
    switch (ir[0]) {
      case "RadialAxial":
        kind = ir[1] === "axial" ? 1 : 2;
        bbox = ir[2];
        colorStops = ir[3];
        if (kind === 1) {
          coords.push(...ir[4], ...ir[5]);
        } else {
          coords.push(ir[4][0], ir[4][1], ir[6], ir[5][0], ir[5][1], ir[7]);
        }
        break;
      case "Mesh":
        kind = 3;
        shadingType = ir[1];
        coords = ir[2];
        colors = ir[3];
        bbox = ir[6];
        background = ir[7];
        break;
      default:
        throw new Error(`Unsupported pattern type: ${ir[0]}`);
    }
    const nCoord = Math.floor(coords.length / 2);
    const nColor = Math.floor(colors.length / 4);
    const nStop = colorStops.length;
    const byteLen = 20 + nCoord * 8 + nColor * 4 + nStop * 8 + (bbox ? 16 : 0) + (background ? 3 : 0);
    const buffer = new ArrayBuffer(byteLen);
    const dataView = new DataView(buffer);
    const u8data = new Uint8Array(buffer);
    dataView.setUint8(PATTERN_INFO2.KIND, kind);
    dataView.setUint8(PATTERN_INFO2.HAS_BBOX, bbox ? 1 : 0);
    dataView.setUint8(PATTERN_INFO2.HAS_BACKGROUND, background ? 1 : 0);
    dataView.setUint8(PATTERN_INFO2.SHADING_TYPE, shadingType);
    dataView.setUint32(PATTERN_INFO2.N_COORD, nCoord, true);
    dataView.setUint32(PATTERN_INFO2.N_COLOR, nColor, true);
    dataView.setUint32(PATTERN_INFO2.N_STOP, nStop, true);
    dataView.setUint32(PATTERN_INFO2.N_FIGURES, 0, true);
    let offset = 20;
    const coordsView = new Float32Array(buffer, offset, nCoord * 2);
    coordsView.set(coords);
    offset += nCoord * 8;
    u8data.set(colors, offset);
    offset += nColor * 4;
    for (const [pos, hex] of colorStops) {
      dataView.setFloat32(offset, pos, true);
      offset += 4;
      dataView.setUint32(offset, parseInt(hex.slice(1), 16), true);
      offset += 4;
    }
    if (bbox) {
      for (const v of bbox) {
        dataView.setFloat32(offset, v, true);
        offset += 4;
      }
    }
    if (background) {
      u8data.set(background, offset);
    }
    return buffer;
  }
  function compileFontPathInfo(path2) {
    return path2.slice().buffer;
  }
  function getFloat214(view2, offset) {
    return view2.getInt16(offset) / 16384;
  }
  function getSubroutineBias(subrs) {
    const numSubrs = subrs.length;
    if (numSubrs >= 33900) {
      return 32768;
    }
    return numSubrs < 1240 ? 107 : 1131;
  }
  function parseCmap(data, start, end) {
    const view2 = new DataView(data.buffer, data.byteOffset, data.byteLength);
    const offset = view2.getUint16(start + 2) === 1 ? view2.getUint32(start + 8) : view2.getUint32(start + 16);
    const format = view2.getUint16(start + offset);
    let ranges, p, i;
    if (format === 4) {
      const segCount = view2.getUint16(start + offset + 6) >> 1;
      p = start + offset + 14;
      ranges = [];
      for (i = 0; i < segCount; i++, p += 2) {
        ranges[i] = {
          end: view2.getUint16(p)
        };
      }
      p += 2;
      for (i = 0; i < segCount; i++, p += 2) {
        ranges[i].start = view2.getUint16(p);
      }
      for (i = 0; i < segCount; i++, p += 2) {
        ranges[i].idDelta = view2.getUint16(p);
      }
      for (i = 0; i < segCount; i++, p += 2) {
        let idOffset = view2.getUint16(p);
        if (idOffset === 0) {
          continue;
        }
        ranges[i].ids = [];
        for (let j = 0, jj = ranges[i].end - ranges[i].start + 1; j < jj; j++) {
          ranges[i].ids[j] = view2.getUint16(p + idOffset);
          idOffset += 2;
        }
      }
      return ranges;
    } else if (format === 12) {
      const groups2 = view2.getUint32(start + offset + 12);
      p = start + offset + 16;
      ranges = [];
      for (i = 0; i < groups2; i++) {
        start = view2.getUint32(p);
        ranges.push({
          start,
          end: view2.getUint32(p + 4),
          idDelta: view2.getUint32(p + 8) - start
        });
        p += 12;
      }
      return ranges;
    }
    throw new FormatError2(`unsupported cmap: ${format}`);
  }
  function parseCff(data, start, end, seacAnalysisEnabled) {
    const properties = {};
    const parser = new CFFParser(new Stream2(data, start, end - start), properties, seacAnalysisEnabled);
    const cff = parser.parse();
    return {
      glyphs: cff.charStrings.objects,
      subrs: cff.topDict.privateDict?.subrsIndex?.objects,
      gsubrs: cff.globalSubrIndex?.objects,
      isCFFCIDFont: cff.isCIDFont,
      fdSelect: cff.fdSelect,
      fdArray: cff.fdArray
    };
  }
  function parseGlyfTable(glyf, loca, isGlyphLocationsLong) {
    const view2 = new DataView(loca.buffer, loca.byteOffset, loca.byteLength);
    let itemSize, itemDecode;
    if (isGlyphLocationsLong) {
      itemSize = 4;
      itemDecode = (dv, offset) => dv.getUint32(offset);
    } else {
      itemSize = 2;
      itemDecode = (dv, offset) => 2 * dv.getUint16(offset);
    }
    const glyphs = [];
    let startOffset = itemDecode(view2, 0);
    for (let j = itemSize; j < loca.length; j += itemSize) {
      const endOffset = itemDecode(view2, j);
      glyphs.push(glyf.subarray(startOffset, endOffset));
      startOffset = endOffset;
    }
    return glyphs;
  }
  function lookupCmap(ranges, unicode) {
    const code = unicode.codePointAt(0);
    let gid = 0, l = 0, r = ranges.length - 1;
    while (l < r) {
      const c = l + r + 1 >> 1;
      if (code < ranges[c].start) {
        r = c - 1;
      } else {
        l = c;
      }
    }
    if (ranges[l].start <= code && code <= ranges[l].end) {
      gid = ranges[l].idDelta + (ranges[l].ids ? ranges[l].ids[code - ranges[l].start] : code) & 65535;
    }
    return {
      charCode: code,
      glyphId: gid
    };
  }
  function compileGlyf(code, cmds, font, visitedGlyphs = /* @__PURE__ */ new Set()) {
    if (!code?.length) {
      return;
    }
    if (visitedGlyphs.has(code)) {
      warn2("compileGlyf: skipping recursive composite glyph reference.");
      return;
    }
    visitedGlyphs.add(code);
    function moveTo2(x2, y2) {
      if (firstPoint) {
        cmds.add(DrawOPS2.lineTo, firstPoint);
      }
      firstPoint = [x2, y2];
      cmds.add(DrawOPS2.moveTo, [x2, y2]);
    }
    function lineTo2(x2, y2) {
      cmds.add(DrawOPS2.lineTo, [x2, y2]);
    }
    function quadraticCurveTo(xa, ya, x2, y2) {
      cmds.add(DrawOPS2.quadraticCurveTo, [xa, ya, x2, y2]);
    }
    const view2 = new DataView(code.buffer, code.byteOffset, code.byteLength);
    let i = 0;
    const numberOfContours = view2.getInt16(i);
    let flags;
    let firstPoint = null;
    let x = 0, y = 0;
    i += 10;
    if (numberOfContours < 0) {
      do {
        flags = view2.getUint16(i);
        const glyphIndex = view2.getUint16(i + 2);
        i += 4;
        let arg1, arg2;
        if (flags & 1) {
          if (flags & 2) {
            arg1 = view2.getInt16(i);
            arg2 = view2.getInt16(i + 2);
          } else {
            arg1 = view2.getUint16(i);
            arg2 = view2.getUint16(i + 2);
          }
          i += 4;
        } else if (flags & 2) {
          arg1 = view2.getInt8(i++);
          arg2 = view2.getInt8(i++);
        } else {
          arg1 = code[i++];
          arg2 = code[i++];
        }
        if (flags & 2) {
          x = arg1;
          y = arg2;
        } else {
          x = 0;
          y = 0;
        }
        let scaleX = 1, scaleY = 1, scale01 = 0, scale10 = 0;
        if (flags & 8) {
          scaleX = scaleY = getFloat214(view2, i);
          i += 2;
        } else if (flags & 64) {
          scaleX = getFloat214(view2, i);
          scaleY = getFloat214(view2, i + 2);
          i += 4;
        } else if (flags & 128) {
          scaleX = getFloat214(view2, i);
          scale01 = getFloat214(view2, i + 2);
          scale10 = getFloat214(view2, i + 4);
          scaleY = getFloat214(view2, i + 6);
          i += 8;
        }
        const subglyph = font.glyphs[glyphIndex];
        if (subglyph) {
          cmds.save();
          cmds.transform([scaleX, scale01, scale10, scaleY, x, y]);
          if (!(flags & 2)) {
          }
          compileGlyf(subglyph, cmds, font, visitedGlyphs);
          cmds.restore();
        }
      } while (flags & 32);
    } else {
      const endPtsOfContours = [];
      let j, jj;
      for (j = 0; j < numberOfContours; j++) {
        endPtsOfContours.push(view2.getUint16(i));
        i += 2;
      }
      const instructionLength = view2.getUint16(i);
      i += 2 + instructionLength;
      const numberOfPoints = endPtsOfContours.at(-1) + 1;
      const points = [];
      while (points.length < numberOfPoints) {
        flags = code[i++];
        let repeat = 1;
        if (flags & 8) {
          repeat += code[i++];
        }
        while (repeat-- > 0) {
          points.push({
            flags
          });
        }
      }
      for (j = 0; j < numberOfPoints; j++) {
        switch (points[j].flags & 18) {
          case 0:
            x += view2.getInt16(i);
            i += 2;
            break;
          case 2:
            x -= code[i++];
            break;
          case 18:
            x += code[i++];
            break;
        }
        points[j].x = x;
      }
      for (j = 0; j < numberOfPoints; j++) {
        switch (points[j].flags & 36) {
          case 0:
            y += view2.getInt16(i);
            i += 2;
            break;
          case 4:
            y -= code[i++];
            break;
          case 36:
            y += code[i++];
            break;
        }
        points[j].y = y;
      }
      let startPoint = 0;
      for (i = 0; i < numberOfContours; i++) {
        const endPoint = endPtsOfContours[i];
        const contour = points.slice(startPoint, endPoint + 1);
        if (contour[0].flags & 1) {
          contour.push(contour[0]);
        } else if (contour.at(-1).flags & 1) {
          contour.unshift(contour.at(-1));
        } else {
          const p = {
            flags: 1,
            x: (contour[0].x + contour.at(-1).x) / 2,
            y: (contour[0].y + contour.at(-1).y) / 2
          };
          contour.unshift(p);
          contour.push(p);
        }
        moveTo2(contour[0].x, contour[0].y);
        for (j = 1, jj = contour.length; j < jj; j++) {
          if (contour[j].flags & 1) {
            lineTo2(contour[j].x, contour[j].y);
          } else if (contour[j + 1].flags & 1) {
            quadraticCurveTo(contour[j].x, contour[j].y, contour[j + 1].x, contour[j + 1].y);
            j++;
          } else {
            quadraticCurveTo(contour[j].x, contour[j].y, (contour[j].x + contour[j + 1].x) / 2, (contour[j].y + contour[j + 1].y) / 2);
          }
        }
        startPoint = endPoint + 1;
      }
    }
    visitedGlyphs.delete(code);
  }
  function compileCharString(charStringCode, cmds, font, glyphId) {
    function moveTo2(x2, y2) {
      if (firstPoint) {
        cmds.add(DrawOPS2.lineTo, firstPoint);
      }
      firstPoint = [x2, y2];
      cmds.add(DrawOPS2.moveTo, [x2, y2]);
    }
    function lineTo2(x2, y2) {
      cmds.add(DrawOPS2.lineTo, [x2, y2]);
    }
    function bezierCurveTo(x1, y1, x2, y2, x3, y3) {
      cmds.add(DrawOPS2.curveTo, [x1, y1, x2, y2, x3, y3]);
    }
    const stack = [];
    let x = 0, y = 0;
    let stems = 0;
    let firstPoint = null;
    function parse2(code) {
      const view2 = new DataView(code.buffer, code.byteOffset, code.byteLength);
      let i = 0;
      while (i < code.length) {
        let stackClean = false;
        let v = code[i++];
        let xa, xb, ya, yb, y1, y2, y3, n, subrCode;
        switch (v) {
          case 1:
            stems += stack.length >> 1;
            stackClean = true;
            break;
          case 3:
            stems += stack.length >> 1;
            stackClean = true;
            break;
          case 4:
            y += stack.pop();
            moveTo2(x, y);
            stackClean = true;
            break;
          case 5:
            while (stack.length > 0) {
              x += stack.shift();
              y += stack.shift();
              lineTo2(x, y);
            }
            break;
          case 6:
            while (stack.length > 0) {
              x += stack.shift();
              lineTo2(x, y);
              if (stack.length === 0) {
                break;
              }
              y += stack.shift();
              lineTo2(x, y);
            }
            break;
          case 7:
            while (stack.length > 0) {
              y += stack.shift();
              lineTo2(x, y);
              if (stack.length === 0) {
                break;
              }
              x += stack.shift();
              lineTo2(x, y);
            }
            break;
          case 8:
            while (stack.length > 0) {
              xa = x + stack.shift();
              ya = y + stack.shift();
              xb = xa + stack.shift();
              yb = ya + stack.shift();
              x = xb + stack.shift();
              y = yb + stack.shift();
              bezierCurveTo(xa, ya, xb, yb, x, y);
            }
            break;
          case 10:
            n = stack.pop();
            subrCode = null;
            if (font.isCFFCIDFont) {
              const fdIndex = font.fdSelect.getFDIndex(glyphId);
              if (fdIndex >= 0 && fdIndex < font.fdArray.length) {
                const fontDict = font.fdArray[fdIndex];
                let subrs;
                if (fontDict.privateDict?.subrsIndex) {
                  subrs = fontDict.privateDict.subrsIndex.objects;
                }
                if (subrs) {
                  n += getSubroutineBias(subrs);
                  subrCode = subrs[n];
                }
              } else {
                warn2("Invalid fd index for glyph index.");
              }
            } else {
              subrCode = font.subrs[n + font.subrsBias];
            }
            if (subrCode) {
              parse2(subrCode);
            }
            break;
          case 11:
            return;
          case 12:
            v = code[i++];
            switch (v) {
              case 34:
                xa = x + stack.shift();
                xb = xa + stack.shift();
                y1 = y + stack.shift();
                x = xb + stack.shift();
                bezierCurveTo(xa, y, xb, y1, x, y1);
                xa = x + stack.shift();
                xb = xa + stack.shift();
                x = xb + stack.shift();
                bezierCurveTo(xa, y1, xb, y, x, y);
                break;
              case 35:
                xa = x + stack.shift();
                ya = y + stack.shift();
                xb = xa + stack.shift();
                yb = ya + stack.shift();
                x = xb + stack.shift();
                y = yb + stack.shift();
                bezierCurveTo(xa, ya, xb, yb, x, y);
                xa = x + stack.shift();
                ya = y + stack.shift();
                xb = xa + stack.shift();
                yb = ya + stack.shift();
                x = xb + stack.shift();
                y = yb + stack.shift();
                bezierCurveTo(xa, ya, xb, yb, x, y);
                stack.pop();
                break;
              case 36:
                xa = x + stack.shift();
                y1 = y + stack.shift();
                xb = xa + stack.shift();
                y2 = y1 + stack.shift();
                x = xb + stack.shift();
                bezierCurveTo(xa, y1, xb, y2, x, y2);
                xa = x + stack.shift();
                xb = xa + stack.shift();
                y3 = y2 + stack.shift();
                x = xb + stack.shift();
                bezierCurveTo(xa, y2, xb, y3, x, y);
                break;
              case 37:
                const x0 = x, y0 = y;
                xa = x + stack.shift();
                ya = y + stack.shift();
                xb = xa + stack.shift();
                yb = ya + stack.shift();
                x = xb + stack.shift();
                y = yb + stack.shift();
                bezierCurveTo(xa, ya, xb, yb, x, y);
                xa = x + stack.shift();
                ya = y + stack.shift();
                xb = xa + stack.shift();
                yb = ya + stack.shift();
                x = xb;
                y = yb;
                if (Math.abs(x - x0) > Math.abs(y - y0)) {
                  x += stack.shift();
                } else {
                  y += stack.shift();
                }
                bezierCurveTo(xa, ya, xb, yb, x, y);
                break;
              default:
                throw new FormatError2(`unknown operator: 12 ${v}`);
            }
            break;
          case 14:
            if (stack.length >= 4) {
              const achar = stack.pop();
              const bchar = stack.pop();
              y = stack.pop();
              x = stack.pop();
              cmds.save();
              cmds.translate(x, y);
              let cmap = lookupCmap(font.cmap, String.fromCharCode(font.glyphNameMap[StandardEncoding[achar]]));
              compileCharString(font.glyphs[cmap.glyphId], cmds, font, cmap.glyphId);
              cmds.restore();
              cmap = lookupCmap(font.cmap, String.fromCharCode(font.glyphNameMap[StandardEncoding[bchar]]));
              compileCharString(font.glyphs[cmap.glyphId], cmds, font, cmap.glyphId);
            }
            return;
          case 18:
            stems += stack.length >> 1;
            stackClean = true;
            break;
          case 19:
            stems += stack.length >> 1;
            i += stems + 7 >> 3;
            stackClean = true;
            break;
          case 20:
            stems += stack.length >> 1;
            i += stems + 7 >> 3;
            stackClean = true;
            break;
          case 21:
            y += stack.pop();
            x += stack.pop();
            moveTo2(x, y);
            stackClean = true;
            break;
          case 22:
            x += stack.pop();
            moveTo2(x, y);
            stackClean = true;
            break;
          case 23:
            stems += stack.length >> 1;
            stackClean = true;
            break;
          case 24:
            while (stack.length > 2) {
              xa = x + stack.shift();
              ya = y + stack.shift();
              xb = xa + stack.shift();
              yb = ya + stack.shift();
              x = xb + stack.shift();
              y = yb + stack.shift();
              bezierCurveTo(xa, ya, xb, yb, x, y);
            }
            x += stack.shift();
            y += stack.shift();
            lineTo2(x, y);
            break;
          case 25:
            while (stack.length > 6) {
              x += stack.shift();
              y += stack.shift();
              lineTo2(x, y);
            }
            xa = x + stack.shift();
            ya = y + stack.shift();
            xb = xa + stack.shift();
            yb = ya + stack.shift();
            x = xb + stack.shift();
            y = yb + stack.shift();
            bezierCurveTo(xa, ya, xb, yb, x, y);
            break;
          case 26:
            if (stack.length % 2) {
              x += stack.shift();
            }
            while (stack.length > 0) {
              xa = x;
              ya = y + stack.shift();
              xb = xa + stack.shift();
              yb = ya + stack.shift();
              x = xb;
              y = yb + stack.shift();
              bezierCurveTo(xa, ya, xb, yb, x, y);
            }
            break;
          case 27:
            if (stack.length % 2) {
              y += stack.shift();
            }
            while (stack.length > 0) {
              xa = x + stack.shift();
              ya = y;
              xb = xa + stack.shift();
              yb = ya + stack.shift();
              x = xb + stack.shift();
              y = yb;
              bezierCurveTo(xa, ya, xb, yb, x, y);
            }
            break;
          case 28:
            stack.push(view2.getInt16(i));
            i += 2;
            break;
          case 29:
            n = stack.pop() + font.gsubrsBias;
            subrCode = font.gsubrs[n];
            if (subrCode) {
              parse2(subrCode);
            }
            break;
          case 30:
            while (stack.length > 0) {
              xa = x;
              ya = y + stack.shift();
              xb = xa + stack.shift();
              yb = ya + stack.shift();
              x = xb + stack.shift();
              y = yb + (stack.length === 1 ? stack.shift() : 0);
              bezierCurveTo(xa, ya, xb, yb, x, y);
              if (stack.length === 0) {
                break;
              }
              xa = x + stack.shift();
              ya = y;
              xb = xa + stack.shift();
              yb = ya + stack.shift();
              y = yb + stack.shift();
              x = xb + (stack.length === 1 ? stack.shift() : 0);
              bezierCurveTo(xa, ya, xb, yb, x, y);
            }
            break;
          case 31:
            while (stack.length > 0) {
              xa = x + stack.shift();
              ya = y;
              xb = xa + stack.shift();
              yb = ya + stack.shift();
              y = yb + stack.shift();
              x = xb + (stack.length === 1 ? stack.shift() : 0);
              bezierCurveTo(xa, ya, xb, yb, x, y);
              if (stack.length === 0) {
                break;
              }
              xa = x;
              ya = y + stack.shift();
              xb = xa + stack.shift();
              yb = ya + stack.shift();
              x = xb + stack.shift();
              y = yb + (stack.length === 1 ? stack.shift() : 0);
              bezierCurveTo(xa, ya, xb, yb, x, y);
            }
            break;
          default:
            if (v < 32) {
              throw new FormatError2(`unknown operator: ${v}`);
            }
            if (v < 247) {
              stack.push(v - 139);
            } else if (v < 251) {
              stack.push((v - 247) * 256 + code[i++] + 108);
            } else if (v < 255) {
              stack.push(-(v - 251) * 256 - code[i++] - 108);
            } else {
              stack.push(view2.getInt32(i) / 65536);
              i += 4;
            }
            break;
        }
        if (stackClean) {
          stack.length = 0;
        }
      }
    }
    parse2(charStringCode);
  }
  var Commands = class {
    cmds = [];
    transformStack = [];
    currentTransform = [1, 0, 0, 1, 0, 0];
    add(cmd, args) {
      if (args) {
        const {
          currentTransform
        } = this;
        for (let i = 0, ii = args.length; i < ii; i += 2) {
          Util2.applyTransform(args, currentTransform, i);
        }
        this.cmds.push(cmd, ...args);
      } else {
        this.cmds.push(cmd);
      }
    }
    transform(transf) {
      this.currentTransform = Util2.transform(this.currentTransform, transf);
    }
    translate(x, y) {
      this.transform([1, 0, 0, 1, x, y]);
    }
    save() {
      this.transformStack.push(this.currentTransform.slice());
    }
    restore() {
      this.currentTransform = this.transformStack.pop() || [1, 0, 0, 1, 0, 0];
    }
    getPath() {
      if (FeatureTest2.isFloat16ArraySupported) {
        return new Float16Array(this.cmds);
      }
      return new Float32Array(this.cmds);
    }
  };
  var CompiledFont = class _CompiledFont {
    #compiledCharCodes = /* @__PURE__ */ new Set();
    #compiledGlyphs = /* @__PURE__ */ new Map();
    constructor(fontMatrix) {
      this.fontMatrix = fontMatrix;
    }
    static get NOOP() {
      return util_shadow2(this, "NOOP", FeatureTest2.isFloat16ArraySupported ? new Float16Array(0) : new Float32Array(0));
    }
    getPath(unicode) {
      const {
        charCode,
        glyphId
      } = lookupCmap(this.cmap, unicode);
      if (this.#compiledGlyphs.has(glyphId) && this.#compiledCharCodes.has(charCode)) {
        return null;
      }
      const path2 = this.#compiledGlyphs.getOrInsertComputed(glyphId, () => {
        try {
          return this.compileGlyph(this.glyphs[glyphId], glyphId);
        } catch (ex) {
          return ex;
        }
      });
      this.#compiledCharCodes.add(charCode);
      if (path2 instanceof Error) {
        throw path2;
      }
      return compileFontPathInfo(path2);
    }
    compileGlyph(code, glyphId) {
      if (!code?.length || code[0] === 14) {
        return _CompiledFont.NOOP;
      }
      let fontMatrix = this.fontMatrix;
      if (this.isCFFCIDFont) {
        const fdIndex = this.fdSelect.getFDIndex(glyphId);
        if (fdIndex >= 0 && fdIndex < this.fdArray.length) {
          const fontDict = this.fdArray[fdIndex];
          fontMatrix = fontDict.getByName("FontMatrix") || FONT_IDENTITY_MATRIX2;
        } else {
          warn2("Invalid fd index for glyph index.");
        }
      }
      util_assert2(isNumberArray(fontMatrix, 6), "Expected a valid fontMatrix.");
      const cmds = new Commands();
      cmds.transform(fontMatrix.slice());
      this.compileGlyphImpl(code, cmds, glyphId);
      cmds.add(DrawOPS2.closePath);
      return cmds.getPath();
    }
    compileGlyphImpl() {
      unreachable2("Children classes should implement this.");
    }
  };
  var TrueTypeCompiled = class extends CompiledFont {
    constructor(glyphs, cmap, fontMatrix) {
      super(fontMatrix || [488e-6, 0, 0, 488e-6, 0, 0]);
      this.glyphs = glyphs;
      this.cmap = cmap;
    }
    compileGlyphImpl(code, cmds) {
      compileGlyf(code, cmds, this);
    }
  };
  var Type2Compiled = class extends CompiledFont {
    constructor(cffInfo, cmap, fontMatrix) {
      super(fontMatrix || [1e-3, 0, 0, 1e-3, 0, 0]);
      this.glyphs = cffInfo.glyphs;
      this.gsubrs = cffInfo.gsubrs || [];
      this.subrs = cffInfo.subrs || [];
      this.cmap = cmap;
      this.glyphNameMap = getGlyphsUnicode();
      this.gsubrsBias = getSubroutineBias(this.gsubrs);
      this.subrsBias = getSubroutineBias(this.subrs);
      this.isCFFCIDFont = cffInfo.isCFFCIDFont;
      this.fdSelect = cffInfo.fdSelect;
      this.fdArray = cffInfo.fdArray;
    }
    compileGlyphImpl(code, cmds, glyphId) {
      compileCharString(code, cmds, this, glyphId);
    }
  };
  var FontRendererFactory = class {
    static create(font, seacAnalysisEnabled) {
      const data = new Uint8Array(font.data), view2 = new DataView(data.buffer);
      let cmap, glyf, loca, cff, indexToLocFormat, unitsPerEm;
      const numTables = view2.getUint16(4);
      for (let i = 0, p = 12; i < numTables; i++, p += 16) {
        const tag = bytesToString2(data.subarray(p, p + 4));
        const offset = view2.getUint32(p + 8);
        const length = view2.getUint32(p + 12);
        switch (tag) {
          case "cmap":
            cmap = parseCmap(data, offset, offset + length);
            break;
          case "glyf":
            glyf = data.subarray(offset, offset + length);
            break;
          case "loca":
            loca = data.subarray(offset, offset + length);
            break;
          case "head":
            unitsPerEm = view2.getUint16(offset + 18);
            indexToLocFormat = view2.getUint16(offset + 50);
            break;
          case "CFF ":
            cff = parseCff(data, offset, offset + length, seacAnalysisEnabled);
            break;
        }
      }
      if (glyf) {
        const fontMatrix = !unitsPerEm ? font.fontMatrix : [1 / unitsPerEm, 0, 0, 1 / unitsPerEm, 0, 0];
        return new TrueTypeCompiled(parseGlyfTable(glyf, loca, indexToLocFormat), cmap, fontMatrix);
      }
      return new Type2Compiled(cff, cmap, font.fontMatrix);
    }
  };
  var getMetrics = getLookupTableFactory(function(t) {
    t.Courier = 600;
    t["Courier-Bold"] = 600;
    t["Courier-BoldOblique"] = 600;
    t["Courier-Oblique"] = 600;
    t.Helvetica = getLookupTableFactory(function(t2) {
      t2.space = 278;
      t2.exclam = 278;
      t2.quotedbl = 355;
      t2.numbersign = 556;
      t2.dollar = 556;
      t2.percent = 889;
      t2.ampersand = 667;
      t2.quoteright = 222;
      t2.parenleft = 333;
      t2.parenright = 333;
      t2.asterisk = 389;
      t2.plus = 584;
      t2.comma = 278;
      t2.hyphen = 333;
      t2.period = 278;
      t2.slash = 278;
      t2.zero = 556;
      t2.one = 556;
      t2.two = 556;
      t2.three = 556;
      t2.four = 556;
      t2.five = 556;
      t2.six = 556;
      t2.seven = 556;
      t2.eight = 556;
      t2.nine = 556;
      t2.colon = 278;
      t2.semicolon = 278;
      t2.less = 584;
      t2.equal = 584;
      t2.greater = 584;
      t2.question = 556;
      t2.at = 1015;
      t2.A = 667;
      t2.B = 667;
      t2.C = 722;
      t2.D = 722;
      t2.E = 667;
      t2.F = 611;
      t2.G = 778;
      t2.H = 722;
      t2.I = 278;
      t2.J = 500;
      t2.K = 667;
      t2.L = 556;
      t2.M = 833;
      t2.N = 722;
      t2.O = 778;
      t2.P = 667;
      t2.Q = 778;
      t2.R = 722;
      t2.S = 667;
      t2.T = 611;
      t2.U = 722;
      t2.V = 667;
      t2.W = 944;
      t2.X = 667;
      t2.Y = 667;
      t2.Z = 611;
      t2.bracketleft = 278;
      t2.backslash = 278;
      t2.bracketright = 278;
      t2.asciicircum = 469;
      t2.underscore = 556;
      t2.quoteleft = 222;
      t2.a = 556;
      t2.b = 556;
      t2.c = 500;
      t2.d = 556;
      t2.e = 556;
      t2.f = 278;
      t2.g = 556;
      t2.h = 556;
      t2.i = 222;
      t2.j = 222;
      t2.k = 500;
      t2.l = 222;
      t2.m = 833;
      t2.n = 556;
      t2.o = 556;
      t2.p = 556;
      t2.q = 556;
      t2.r = 333;
      t2.s = 500;
      t2.t = 278;
      t2.u = 556;
      t2.v = 500;
      t2.w = 722;
      t2.x = 500;
      t2.y = 500;
      t2.z = 500;
      t2.braceleft = 334;
      t2.bar = 260;
      t2.braceright = 334;
      t2.asciitilde = 584;
      t2.exclamdown = 333;
      t2.cent = 556;
      t2.sterling = 556;
      t2.fraction = 167;
      t2.yen = 556;
      t2.florin = 556;
      t2.section = 556;
      t2.currency = 556;
      t2.quotesingle = 191;
      t2.quotedblleft = 333;
      t2.guillemotleft = 556;
      t2.guilsinglleft = 333;
      t2.guilsinglright = 333;
      t2.fi = 500;
      t2.fl = 500;
      t2.endash = 556;
      t2.dagger = 556;
      t2.daggerdbl = 556;
      t2.periodcentered = 278;
      t2.paragraph = 537;
      t2.bullet = 350;
      t2.quotesinglbase = 222;
      t2.quotedblbase = 333;
      t2.quotedblright = 333;
      t2.guillemotright = 556;
      t2.ellipsis = 1e3;
      t2.perthousand = 1e3;
      t2.questiondown = 611;
      t2.grave = 333;
      t2.acute = 333;
      t2.circumflex = 333;
      t2.tilde = 333;
      t2.macron = 333;
      t2.breve = 333;
      t2.dotaccent = 333;
      t2.dieresis = 333;
      t2.ring = 333;
      t2.cedilla = 333;
      t2.hungarumlaut = 333;
      t2.ogonek = 333;
      t2.caron = 333;
      t2.emdash = 1e3;
      t2.AE = 1e3;
      t2.ordfeminine = 370;
      t2.Lslash = 556;
      t2.Oslash = 778;
      t2.OE = 1e3;
      t2.ordmasculine = 365;
      t2.ae = 889;
      t2.dotlessi = 278;
      t2.lslash = 222;
      t2.oslash = 611;
      t2.oe = 944;
      t2.germandbls = 611;
      t2.Idieresis = 278;
      t2.eacute = 556;
      t2.abreve = 556;
      t2.uhungarumlaut = 556;
      t2.ecaron = 556;
      t2.Ydieresis = 667;
      t2.divide = 584;
      t2.Yacute = 667;
      t2.Acircumflex = 667;
      t2.aacute = 556;
      t2.Ucircumflex = 722;
      t2.yacute = 500;
      t2.scommaaccent = 500;
      t2.ecircumflex = 556;
      t2.Uring = 722;
      t2.Udieresis = 722;
      t2.aogonek = 556;
      t2.Uacute = 722;
      t2.uogonek = 556;
      t2.Edieresis = 667;
      t2.Dcroat = 722;
      t2.commaaccent = 250;
      t2.copyright = 737;
      t2.Emacron = 667;
      t2.ccaron = 500;
      t2.aring = 556;
      t2.Ncommaaccent = 722;
      t2.lacute = 222;
      t2.agrave = 556;
      t2.Tcommaaccent = 611;
      t2.Cacute = 722;
      t2.atilde = 556;
      t2.Edotaccent = 667;
      t2.scaron = 500;
      t2.scedilla = 500;
      t2.iacute = 278;
      t2.lozenge = 471;
      t2.Rcaron = 722;
      t2.Gcommaaccent = 778;
      t2.ucircumflex = 556;
      t2.acircumflex = 556;
      t2.Amacron = 667;
      t2.rcaron = 333;
      t2.ccedilla = 500;
      t2.Zdotaccent = 611;
      t2.Thorn = 667;
      t2.Omacron = 778;
      t2.Racute = 722;
      t2.Sacute = 667;
      t2.dcaron = 643;
      t2.Umacron = 722;
      t2.uring = 556;
      t2.threesuperior = 333;
      t2.Ograve = 778;
      t2.Agrave = 667;
      t2.Abreve = 667;
      t2.multiply = 584;
      t2.uacute = 556;
      t2.Tcaron = 611;
      t2.partialdiff = 476;
      t2.ydieresis = 500;
      t2.Nacute = 722;
      t2.icircumflex = 278;
      t2.Ecircumflex = 667;
      t2.adieresis = 556;
      t2.edieresis = 556;
      t2.cacute = 500;
      t2.nacute = 556;
      t2.umacron = 556;
      t2.Ncaron = 722;
      t2.Iacute = 278;
      t2.plusminus = 584;
      t2.brokenbar = 260;
      t2.registered = 737;
      t2.Gbreve = 778;
      t2.Idotaccent = 278;
      t2.summation = 600;
      t2.Egrave = 667;
      t2.racute = 333;
      t2.omacron = 556;
      t2.Zacute = 611;
      t2.Zcaron = 611;
      t2.greaterequal = 549;
      t2.Eth = 722;
      t2.Ccedilla = 722;
      t2.lcommaaccent = 222;
      t2.tcaron = 317;
      t2.eogonek = 556;
      t2.Uogonek = 722;
      t2.Aacute = 667;
      t2.Adieresis = 667;
      t2.egrave = 556;
      t2.zacute = 500;
      t2.iogonek = 222;
      t2.Oacute = 778;
      t2.oacute = 556;
      t2.amacron = 556;
      t2.sacute = 500;
      t2.idieresis = 278;
      t2.Ocircumflex = 778;
      t2.Ugrave = 722;
      t2.Delta = 612;
      t2.thorn = 556;
      t2.twosuperior = 333;
      t2.Odieresis = 778;
      t2.mu = 556;
      t2.igrave = 278;
      t2.ohungarumlaut = 556;
      t2.Eogonek = 667;
      t2.dcroat = 556;
      t2.threequarters = 834;
      t2.Scedilla = 667;
      t2.lcaron = 299;
      t2.Kcommaaccent = 667;
      t2.Lacute = 556;
      t2.trademark = 1e3;
      t2.edotaccent = 556;
      t2.Igrave = 278;
      t2.Imacron = 278;
      t2.Lcaron = 556;
      t2.onehalf = 834;
      t2.lessequal = 549;
      t2.ocircumflex = 556;
      t2.ntilde = 556;
      t2.Uhungarumlaut = 722;
      t2.Eacute = 667;
      t2.emacron = 556;
      t2.gbreve = 556;
      t2.onequarter = 834;
      t2.Scaron = 667;
      t2.Scommaaccent = 667;
      t2.Ohungarumlaut = 778;
      t2.degree = 400;
      t2.ograve = 556;
      t2.Ccaron = 722;
      t2.ugrave = 556;
      t2.radical = 453;
      t2.Dcaron = 722;
      t2.rcommaaccent = 333;
      t2.Ntilde = 722;
      t2.otilde = 556;
      t2.Rcommaaccent = 722;
      t2.Lcommaaccent = 556;
      t2.Atilde = 667;
      t2.Aogonek = 667;
      t2.Aring = 667;
      t2.Otilde = 778;
      t2.zdotaccent = 500;
      t2.Ecaron = 667;
      t2.Iogonek = 278;
      t2.kcommaaccent = 500;
      t2.minus = 584;
      t2.Icircumflex = 278;
      t2.ncaron = 556;
      t2.tcommaaccent = 278;
      t2.logicalnot = 584;
      t2.odieresis = 556;
      t2.udieresis = 556;
      t2.notequal = 549;
      t2.gcommaaccent = 556;
      t2.eth = 556;
      t2.zcaron = 500;
      t2.ncommaaccent = 556;
      t2.onesuperior = 333;
      t2.imacron = 278;
      t2.Euro = 556;
    });
    t["Helvetica-Bold"] = getLookupTableFactory(function(t2) {
      t2.space = 278;
      t2.exclam = 333;
      t2.quotedbl = 474;
      t2.numbersign = 556;
      t2.dollar = 556;
      t2.percent = 889;
      t2.ampersand = 722;
      t2.quoteright = 278;
      t2.parenleft = 333;
      t2.parenright = 333;
      t2.asterisk = 389;
      t2.plus = 584;
      t2.comma = 278;
      t2.hyphen = 333;
      t2.period = 278;
      t2.slash = 278;
      t2.zero = 556;
      t2.one = 556;
      t2.two = 556;
      t2.three = 556;
      t2.four = 556;
      t2.five = 556;
      t2.six = 556;
      t2.seven = 556;
      t2.eight = 556;
      t2.nine = 556;
      t2.colon = 333;
      t2.semicolon = 333;
      t2.less = 584;
      t2.equal = 584;
      t2.greater = 584;
      t2.question = 611;
      t2.at = 975;
      t2.A = 722;
      t2.B = 722;
      t2.C = 722;
      t2.D = 722;
      t2.E = 667;
      t2.F = 611;
      t2.G = 778;
      t2.H = 722;
      t2.I = 278;
      t2.J = 556;
      t2.K = 722;
      t2.L = 611;
      t2.M = 833;
      t2.N = 722;
      t2.O = 778;
      t2.P = 667;
      t2.Q = 778;
      t2.R = 722;
      t2.S = 667;
      t2.T = 611;
      t2.U = 722;
      t2.V = 667;
      t2.W = 944;
      t2.X = 667;
      t2.Y = 667;
      t2.Z = 611;
      t2.bracketleft = 333;
      t2.backslash = 278;
      t2.bracketright = 333;
      t2.asciicircum = 584;
      t2.underscore = 556;
      t2.quoteleft = 278;
      t2.a = 556;
      t2.b = 611;
      t2.c = 556;
      t2.d = 611;
      t2.e = 556;
      t2.f = 333;
      t2.g = 611;
      t2.h = 611;
      t2.i = 278;
      t2.j = 278;
      t2.k = 556;
      t2.l = 278;
      t2.m = 889;
      t2.n = 611;
      t2.o = 611;
      t2.p = 611;
      t2.q = 611;
      t2.r = 389;
      t2.s = 556;
      t2.t = 333;
      t2.u = 611;
      t2.v = 556;
      t2.w = 778;
      t2.x = 556;
      t2.y = 556;
      t2.z = 500;
      t2.braceleft = 389;
      t2.bar = 280;
      t2.braceright = 389;
      t2.asciitilde = 584;
      t2.exclamdown = 333;
      t2.cent = 556;
      t2.sterling = 556;
      t2.fraction = 167;
      t2.yen = 556;
      t2.florin = 556;
      t2.section = 556;
      t2.currency = 556;
      t2.quotesingle = 238;
      t2.quotedblleft = 500;
      t2.guillemotleft = 556;
      t2.guilsinglleft = 333;
      t2.guilsinglright = 333;
      t2.fi = 611;
      t2.fl = 611;
      t2.endash = 556;
      t2.dagger = 556;
      t2.daggerdbl = 556;
      t2.periodcentered = 278;
      t2.paragraph = 556;
      t2.bullet = 350;
      t2.quotesinglbase = 278;
      t2.quotedblbase = 500;
      t2.quotedblright = 500;
      t2.guillemotright = 556;
      t2.ellipsis = 1e3;
      t2.perthousand = 1e3;
      t2.questiondown = 611;
      t2.grave = 333;
      t2.acute = 333;
      t2.circumflex = 333;
      t2.tilde = 333;
      t2.macron = 333;
      t2.breve = 333;
      t2.dotaccent = 333;
      t2.dieresis = 333;
      t2.ring = 333;
      t2.cedilla = 333;
      t2.hungarumlaut = 333;
      t2.ogonek = 333;
      t2.caron = 333;
      t2.emdash = 1e3;
      t2.AE = 1e3;
      t2.ordfeminine = 370;
      t2.Lslash = 611;
      t2.Oslash = 778;
      t2.OE = 1e3;
      t2.ordmasculine = 365;
      t2.ae = 889;
      t2.dotlessi = 278;
      t2.lslash = 278;
      t2.oslash = 611;
      t2.oe = 944;
      t2.germandbls = 611;
      t2.Idieresis = 278;
      t2.eacute = 556;
      t2.abreve = 556;
      t2.uhungarumlaut = 611;
      t2.ecaron = 556;
      t2.Ydieresis = 667;
      t2.divide = 584;
      t2.Yacute = 667;
      t2.Acircumflex = 722;
      t2.aacute = 556;
      t2.Ucircumflex = 722;
      t2.yacute = 556;
      t2.scommaaccent = 556;
      t2.ecircumflex = 556;
      t2.Uring = 722;
      t2.Udieresis = 722;
      t2.aogonek = 556;
      t2.Uacute = 722;
      t2.uogonek = 611;
      t2.Edieresis = 667;
      t2.Dcroat = 722;
      t2.commaaccent = 250;
      t2.copyright = 737;
      t2.Emacron = 667;
      t2.ccaron = 556;
      t2.aring = 556;
      t2.Ncommaaccent = 722;
      t2.lacute = 278;
      t2.agrave = 556;
      t2.Tcommaaccent = 611;
      t2.Cacute = 722;
      t2.atilde = 556;
      t2.Edotaccent = 667;
      t2.scaron = 556;
      t2.scedilla = 556;
      t2.iacute = 278;
      t2.lozenge = 494;
      t2.Rcaron = 722;
      t2.Gcommaaccent = 778;
      t2.ucircumflex = 611;
      t2.acircumflex = 556;
      t2.Amacron = 722;
      t2.rcaron = 389;
      t2.ccedilla = 556;
      t2.Zdotaccent = 611;
      t2.Thorn = 667;
      t2.Omacron = 778;
      t2.Racute = 722;
      t2.Sacute = 667;
      t2.dcaron = 743;
      t2.Umacron = 722;
      t2.uring = 611;
      t2.threesuperior = 333;
      t2.Ograve = 778;
      t2.Agrave = 722;
      t2.Abreve = 722;
      t2.multiply = 584;
      t2.uacute = 611;
      t2.Tcaron = 611;
      t2.partialdiff = 494;
      t2.ydieresis = 556;
      t2.Nacute = 722;
      t2.icircumflex = 278;
      t2.Ecircumflex = 667;
      t2.adieresis = 556;
      t2.edieresis = 556;
      t2.cacute = 556;
      t2.nacute = 611;
      t2.umacron = 611;
      t2.Ncaron = 722;
      t2.Iacute = 278;
      t2.plusminus = 584;
      t2.brokenbar = 280;
      t2.registered = 737;
      t2.Gbreve = 778;
      t2.Idotaccent = 278;
      t2.summation = 600;
      t2.Egrave = 667;
      t2.racute = 389;
      t2.omacron = 611;
      t2.Zacute = 611;
      t2.Zcaron = 611;
      t2.greaterequal = 549;
      t2.Eth = 722;
      t2.Ccedilla = 722;
      t2.lcommaaccent = 278;
      t2.tcaron = 389;
      t2.eogonek = 556;
      t2.Uogonek = 722;
      t2.Aacute = 722;
      t2.Adieresis = 722;
      t2.egrave = 556;
      t2.zacute = 500;
      t2.iogonek = 278;
      t2.Oacute = 778;
      t2.oacute = 611;
      t2.amacron = 556;
      t2.sacute = 556;
      t2.idieresis = 278;
      t2.Ocircumflex = 778;
      t2.Ugrave = 722;
      t2.Delta = 612;
      t2.thorn = 611;
      t2.twosuperior = 333;
      t2.Odieresis = 778;
      t2.mu = 611;
      t2.igrave = 278;
      t2.ohungarumlaut = 611;
      t2.Eogonek = 667;
      t2.dcroat = 611;
      t2.threequarters = 834;
      t2.Scedilla = 667;
      t2.lcaron = 400;
      t2.Kcommaaccent = 722;
      t2.Lacute = 611;
      t2.trademark = 1e3;
      t2.edotaccent = 556;
      t2.Igrave = 278;
      t2.Imacron = 278;
      t2.Lcaron = 611;
      t2.onehalf = 834;
      t2.lessequal = 549;
      t2.ocircumflex = 611;
      t2.ntilde = 611;
      t2.Uhungarumlaut = 722;
      t2.Eacute = 667;
      t2.emacron = 556;
      t2.gbreve = 611;
      t2.onequarter = 834;
      t2.Scaron = 667;
      t2.Scommaaccent = 667;
      t2.Ohungarumlaut = 778;
      t2.degree = 400;
      t2.ograve = 611;
      t2.Ccaron = 722;
      t2.ugrave = 611;
      t2.radical = 549;
      t2.Dcaron = 722;
      t2.rcommaaccent = 389;
      t2.Ntilde = 722;
      t2.otilde = 611;
      t2.Rcommaaccent = 722;
      t2.Lcommaaccent = 611;
      t2.Atilde = 722;
      t2.Aogonek = 722;
      t2.Aring = 722;
      t2.Otilde = 778;
      t2.zdotaccent = 500;
      t2.Ecaron = 667;
      t2.Iogonek = 278;
      t2.kcommaaccent = 556;
      t2.minus = 584;
      t2.Icircumflex = 278;
      t2.ncaron = 611;
      t2.tcommaaccent = 333;
      t2.logicalnot = 584;
      t2.odieresis = 611;
      t2.udieresis = 611;
      t2.notequal = 549;
      t2.gcommaaccent = 611;
      t2.eth = 611;
      t2.zcaron = 500;
      t2.ncommaaccent = 611;
      t2.onesuperior = 333;
      t2.imacron = 278;
      t2.Euro = 556;
    });
    t["Helvetica-BoldOblique"] = getLookupTableFactory(function(t2) {
      t2.space = 278;
      t2.exclam = 333;
      t2.quotedbl = 474;
      t2.numbersign = 556;
      t2.dollar = 556;
      t2.percent = 889;
      t2.ampersand = 722;
      t2.quoteright = 278;
      t2.parenleft = 333;
      t2.parenright = 333;
      t2.asterisk = 389;
      t2.plus = 584;
      t2.comma = 278;
      t2.hyphen = 333;
      t2.period = 278;
      t2.slash = 278;
      t2.zero = 556;
      t2.one = 556;
      t2.two = 556;
      t2.three = 556;
      t2.four = 556;
      t2.five = 556;
      t2.six = 556;
      t2.seven = 556;
      t2.eight = 556;
      t2.nine = 556;
      t2.colon = 333;
      t2.semicolon = 333;
      t2.less = 584;
      t2.equal = 584;
      t2.greater = 584;
      t2.question = 611;
      t2.at = 975;
      t2.A = 722;
      t2.B = 722;
      t2.C = 722;
      t2.D = 722;
      t2.E = 667;
      t2.F = 611;
      t2.G = 778;
      t2.H = 722;
      t2.I = 278;
      t2.J = 556;
      t2.K = 722;
      t2.L = 611;
      t2.M = 833;
      t2.N = 722;
      t2.O = 778;
      t2.P = 667;
      t2.Q = 778;
      t2.R = 722;
      t2.S = 667;
      t2.T = 611;
      t2.U = 722;
      t2.V = 667;
      t2.W = 944;
      t2.X = 667;
      t2.Y = 667;
      t2.Z = 611;
      t2.bracketleft = 333;
      t2.backslash = 278;
      t2.bracketright = 333;
      t2.asciicircum = 584;
      t2.underscore = 556;
      t2.quoteleft = 278;
      t2.a = 556;
      t2.b = 611;
      t2.c = 556;
      t2.d = 611;
      t2.e = 556;
      t2.f = 333;
      t2.g = 611;
      t2.h = 611;
      t2.i = 278;
      t2.j = 278;
      t2.k = 556;
      t2.l = 278;
      t2.m = 889;
      t2.n = 611;
      t2.o = 611;
      t2.p = 611;
      t2.q = 611;
      t2.r = 389;
      t2.s = 556;
      t2.t = 333;
      t2.u = 611;
      t2.v = 556;
      t2.w = 778;
      t2.x = 556;
      t2.y = 556;
      t2.z = 500;
      t2.braceleft = 389;
      t2.bar = 280;
      t2.braceright = 389;
      t2.asciitilde = 584;
      t2.exclamdown = 333;
      t2.cent = 556;
      t2.sterling = 556;
      t2.fraction = 167;
      t2.yen = 556;
      t2.florin = 556;
      t2.section = 556;
      t2.currency = 556;
      t2.quotesingle = 238;
      t2.quotedblleft = 500;
      t2.guillemotleft = 556;
      t2.guilsinglleft = 333;
      t2.guilsinglright = 333;
      t2.fi = 611;
      t2.fl = 611;
      t2.endash = 556;
      t2.dagger = 556;
      t2.daggerdbl = 556;
      t2.periodcentered = 278;
      t2.paragraph = 556;
      t2.bullet = 350;
      t2.quotesinglbase = 278;
      t2.quotedblbase = 500;
      t2.quotedblright = 500;
      t2.guillemotright = 556;
      t2.ellipsis = 1e3;
      t2.perthousand = 1e3;
      t2.questiondown = 611;
      t2.grave = 333;
      t2.acute = 333;
      t2.circumflex = 333;
      t2.tilde = 333;
      t2.macron = 333;
      t2.breve = 333;
      t2.dotaccent = 333;
      t2.dieresis = 333;
      t2.ring = 333;
      t2.cedilla = 333;
      t2.hungarumlaut = 333;
      t2.ogonek = 333;
      t2.caron = 333;
      t2.emdash = 1e3;
      t2.AE = 1e3;
      t2.ordfeminine = 370;
      t2.Lslash = 611;
      t2.Oslash = 778;
      t2.OE = 1e3;
      t2.ordmasculine = 365;
      t2.ae = 889;
      t2.dotlessi = 278;
      t2.lslash = 278;
      t2.oslash = 611;
      t2.oe = 944;
      t2.germandbls = 611;
      t2.Idieresis = 278;
      t2.eacute = 556;
      t2.abreve = 556;
      t2.uhungarumlaut = 611;
      t2.ecaron = 556;
      t2.Ydieresis = 667;
      t2.divide = 584;
      t2.Yacute = 667;
      t2.Acircumflex = 722;
      t2.aacute = 556;
      t2.Ucircumflex = 722;
      t2.yacute = 556;
      t2.scommaaccent = 556;
      t2.ecircumflex = 556;
      t2.Uring = 722;
      t2.Udieresis = 722;
      t2.aogonek = 556;
      t2.Uacute = 722;
      t2.uogonek = 611;
      t2.Edieresis = 667;
      t2.Dcroat = 722;
      t2.commaaccent = 250;
      t2.copyright = 737;
      t2.Emacron = 667;
      t2.ccaron = 556;
      t2.aring = 556;
      t2.Ncommaaccent = 722;
      t2.lacute = 278;
      t2.agrave = 556;
      t2.Tcommaaccent = 611;
      t2.Cacute = 722;
      t2.atilde = 556;
      t2.Edotaccent = 667;
      t2.scaron = 556;
      t2.scedilla = 556;
      t2.iacute = 278;
      t2.lozenge = 494;
      t2.Rcaron = 722;
      t2.Gcommaaccent = 778;
      t2.ucircumflex = 611;
      t2.acircumflex = 556;
      t2.Amacron = 722;
      t2.rcaron = 389;
      t2.ccedilla = 556;
      t2.Zdotaccent = 611;
      t2.Thorn = 667;
      t2.Omacron = 778;
      t2.Racute = 722;
      t2.Sacute = 667;
      t2.dcaron = 743;
      t2.Umacron = 722;
      t2.uring = 611;
      t2.threesuperior = 333;
      t2.Ograve = 778;
      t2.Agrave = 722;
      t2.Abreve = 722;
      t2.multiply = 584;
      t2.uacute = 611;
      t2.Tcaron = 611;
      t2.partialdiff = 494;
      t2.ydieresis = 556;
      t2.Nacute = 722;
      t2.icircumflex = 278;
      t2.Ecircumflex = 667;
      t2.adieresis = 556;
      t2.edieresis = 556;
      t2.cacute = 556;
      t2.nacute = 611;
      t2.umacron = 611;
      t2.Ncaron = 722;
      t2.Iacute = 278;
      t2.plusminus = 584;
      t2.brokenbar = 280;
      t2.registered = 737;
      t2.Gbreve = 778;
      t2.Idotaccent = 278;
      t2.summation = 600;
      t2.Egrave = 667;
      t2.racute = 389;
      t2.omacron = 611;
      t2.Zacute = 611;
      t2.Zcaron = 611;
      t2.greaterequal = 549;
      t2.Eth = 722;
      t2.Ccedilla = 722;
      t2.lcommaaccent = 278;
      t2.tcaron = 389;
      t2.eogonek = 556;
      t2.Uogonek = 722;
      t2.Aacute = 722;
      t2.Adieresis = 722;
      t2.egrave = 556;
      t2.zacute = 500;
      t2.iogonek = 278;
      t2.Oacute = 778;
      t2.oacute = 611;
      t2.amacron = 556;
      t2.sacute = 556;
      t2.idieresis = 278;
      t2.Ocircumflex = 778;
      t2.Ugrave = 722;
      t2.Delta = 612;
      t2.thorn = 611;
      t2.twosuperior = 333;
      t2.Odieresis = 778;
      t2.mu = 611;
      t2.igrave = 278;
      t2.ohungarumlaut = 611;
      t2.Eogonek = 667;
      t2.dcroat = 611;
      t2.threequarters = 834;
      t2.Scedilla = 667;
      t2.lcaron = 400;
      t2.Kcommaaccent = 722;
      t2.Lacute = 611;
      t2.trademark = 1e3;
      t2.edotaccent = 556;
      t2.Igrave = 278;
      t2.Imacron = 278;
      t2.Lcaron = 611;
      t2.onehalf = 834;
      t2.lessequal = 549;
      t2.ocircumflex = 611;
      t2.ntilde = 611;
      t2.Uhungarumlaut = 722;
      t2.Eacute = 667;
      t2.emacron = 556;
      t2.gbreve = 611;
      t2.onequarter = 834;
      t2.Scaron = 667;
      t2.Scommaaccent = 667;
      t2.Ohungarumlaut = 778;
      t2.degree = 400;
      t2.ograve = 611;
      t2.Ccaron = 722;
      t2.ugrave = 611;
      t2.radical = 549;
      t2.Dcaron = 722;
      t2.rcommaaccent = 389;
      t2.Ntilde = 722;
      t2.otilde = 611;
      t2.Rcommaaccent = 722;
      t2.Lcommaaccent = 611;
      t2.Atilde = 722;
      t2.Aogonek = 722;
      t2.Aring = 722;
      t2.Otilde = 778;
      t2.zdotaccent = 500;
      t2.Ecaron = 667;
      t2.Iogonek = 278;
      t2.kcommaaccent = 556;
      t2.minus = 584;
      t2.Icircumflex = 278;
      t2.ncaron = 611;
      t2.tcommaaccent = 333;
      t2.logicalnot = 584;
      t2.odieresis = 611;
      t2.udieresis = 611;
      t2.notequal = 549;
      t2.gcommaaccent = 611;
      t2.eth = 611;
      t2.zcaron = 500;
      t2.ncommaaccent = 611;
      t2.onesuperior = 333;
      t2.imacron = 278;
      t2.Euro = 556;
    });
    t["Helvetica-Oblique"] = getLookupTableFactory(function(t2) {
      t2.space = 278;
      t2.exclam = 278;
      t2.quotedbl = 355;
      t2.numbersign = 556;
      t2.dollar = 556;
      t2.percent = 889;
      t2.ampersand = 667;
      t2.quoteright = 222;
      t2.parenleft = 333;
      t2.parenright = 333;
      t2.asterisk = 389;
      t2.plus = 584;
      t2.comma = 278;
      t2.hyphen = 333;
      t2.period = 278;
      t2.slash = 278;
      t2.zero = 556;
      t2.one = 556;
      t2.two = 556;
      t2.three = 556;
      t2.four = 556;
      t2.five = 556;
      t2.six = 556;
      t2.seven = 556;
      t2.eight = 556;
      t2.nine = 556;
      t2.colon = 278;
      t2.semicolon = 278;
      t2.less = 584;
      t2.equal = 584;
      t2.greater = 584;
      t2.question = 556;
      t2.at = 1015;
      t2.A = 667;
      t2.B = 667;
      t2.C = 722;
      t2.D = 722;
      t2.E = 667;
      t2.F = 611;
      t2.G = 778;
      t2.H = 722;
      t2.I = 278;
      t2.J = 500;
      t2.K = 667;
      t2.L = 556;
      t2.M = 833;
      t2.N = 722;
      t2.O = 778;
      t2.P = 667;
      t2.Q = 778;
      t2.R = 722;
      t2.S = 667;
      t2.T = 611;
      t2.U = 722;
      t2.V = 667;
      t2.W = 944;
      t2.X = 667;
      t2.Y = 667;
      t2.Z = 611;
      t2.bracketleft = 278;
      t2.backslash = 278;
      t2.bracketright = 278;
      t2.asciicircum = 469;
      t2.underscore = 556;
      t2.quoteleft = 222;
      t2.a = 556;
      t2.b = 556;
      t2.c = 500;
      t2.d = 556;
      t2.e = 556;
      t2.f = 278;
      t2.g = 556;
      t2.h = 556;
      t2.i = 222;
      t2.j = 222;
      t2.k = 500;
      t2.l = 222;
      t2.m = 833;
      t2.n = 556;
      t2.o = 556;
      t2.p = 556;
      t2.q = 556;
      t2.r = 333;
      t2.s = 500;
      t2.t = 278;
      t2.u = 556;
      t2.v = 500;
      t2.w = 722;
      t2.x = 500;
      t2.y = 500;
      t2.z = 500;
      t2.braceleft = 334;
      t2.bar = 260;
      t2.braceright = 334;
      t2.asciitilde = 584;
      t2.exclamdown = 333;
      t2.cent = 556;
      t2.sterling = 556;
      t2.fraction = 167;
      t2.yen = 556;
      t2.florin = 556;
      t2.section = 556;
      t2.currency = 556;
      t2.quotesingle = 191;
      t2.quotedblleft = 333;
      t2.guillemotleft = 556;
      t2.guilsinglleft = 333;
      t2.guilsinglright = 333;
      t2.fi = 500;
      t2.fl = 500;
      t2.endash = 556;
      t2.dagger = 556;
      t2.daggerdbl = 556;
      t2.periodcentered = 278;
      t2.paragraph = 537;
      t2.bullet = 350;
      t2.quotesinglbase = 222;
      t2.quotedblbase = 333;
      t2.quotedblright = 333;
      t2.guillemotright = 556;
      t2.ellipsis = 1e3;
      t2.perthousand = 1e3;
      t2.questiondown = 611;
      t2.grave = 333;
      t2.acute = 333;
      t2.circumflex = 333;
      t2.tilde = 333;
      t2.macron = 333;
      t2.breve = 333;
      t2.dotaccent = 333;
      t2.dieresis = 333;
      t2.ring = 333;
      t2.cedilla = 333;
      t2.hungarumlaut = 333;
      t2.ogonek = 333;
      t2.caron = 333;
      t2.emdash = 1e3;
      t2.AE = 1e3;
      t2.ordfeminine = 370;
      t2.Lslash = 556;
      t2.Oslash = 778;
      t2.OE = 1e3;
      t2.ordmasculine = 365;
      t2.ae = 889;
      t2.dotlessi = 278;
      t2.lslash = 222;
      t2.oslash = 611;
      t2.oe = 944;
      t2.germandbls = 611;
      t2.Idieresis = 278;
      t2.eacute = 556;
      t2.abreve = 556;
      t2.uhungarumlaut = 556;
      t2.ecaron = 556;
      t2.Ydieresis = 667;
      t2.divide = 584;
      t2.Yacute = 667;
      t2.Acircumflex = 667;
      t2.aacute = 556;
      t2.Ucircumflex = 722;
      t2.yacute = 500;
      t2.scommaaccent = 500;
      t2.ecircumflex = 556;
      t2.Uring = 722;
      t2.Udieresis = 722;
      t2.aogonek = 556;
      t2.Uacute = 722;
      t2.uogonek = 556;
      t2.Edieresis = 667;
      t2.Dcroat = 722;
      t2.commaaccent = 250;
      t2.copyright = 737;
      t2.Emacron = 667;
      t2.ccaron = 500;
      t2.aring = 556;
      t2.Ncommaaccent = 722;
      t2.lacute = 222;
      t2.agrave = 556;
      t2.Tcommaaccent = 611;
      t2.Cacute = 722;
      t2.atilde = 556;
      t2.Edotaccent = 667;
      t2.scaron = 500;
      t2.scedilla = 500;
      t2.iacute = 278;
      t2.lozenge = 471;
      t2.Rcaron = 722;
      t2.Gcommaaccent = 778;
      t2.ucircumflex = 556;
      t2.acircumflex = 556;
      t2.Amacron = 667;
      t2.rcaron = 333;
      t2.ccedilla = 500;
      t2.Zdotaccent = 611;
      t2.Thorn = 667;
      t2.Omacron = 778;
      t2.Racute = 722;
      t2.Sacute = 667;
      t2.dcaron = 643;
      t2.Umacron = 722;
      t2.uring = 556;
      t2.threesuperior = 333;
      t2.Ograve = 778;
      t2.Agrave = 667;
      t2.Abreve = 667;
      t2.multiply = 584;
      t2.uacute = 556;
      t2.Tcaron = 611;
      t2.partialdiff = 476;
      t2.ydieresis = 500;
      t2.Nacute = 722;
      t2.icircumflex = 278;
      t2.Ecircumflex = 667;
      t2.adieresis = 556;
      t2.edieresis = 556;
      t2.cacute = 500;
      t2.nacute = 556;
      t2.umacron = 556;
      t2.Ncaron = 722;
      t2.Iacute = 278;
      t2.plusminus = 584;
      t2.brokenbar = 260;
      t2.registered = 737;
      t2.Gbreve = 778;
      t2.Idotaccent = 278;
      t2.summation = 600;
      t2.Egrave = 667;
      t2.racute = 333;
      t2.omacron = 556;
      t2.Zacute = 611;
      t2.Zcaron = 611;
      t2.greaterequal = 549;
      t2.Eth = 722;
      t2.Ccedilla = 722;
      t2.lcommaaccent = 222;
      t2.tcaron = 317;
      t2.eogonek = 556;
      t2.Uogonek = 722;
      t2.Aacute = 667;
      t2.Adieresis = 667;
      t2.egrave = 556;
      t2.zacute = 500;
      t2.iogonek = 222;
      t2.Oacute = 778;
      t2.oacute = 556;
      t2.amacron = 556;
      t2.sacute = 500;
      t2.idieresis = 278;
      t2.Ocircumflex = 778;
      t2.Ugrave = 722;
      t2.Delta = 612;
      t2.thorn = 556;
      t2.twosuperior = 333;
      t2.Odieresis = 778;
      t2.mu = 556;
      t2.igrave = 278;
      t2.ohungarumlaut = 556;
      t2.Eogonek = 667;
      t2.dcroat = 556;
      t2.threequarters = 834;
      t2.Scedilla = 667;
      t2.lcaron = 299;
      t2.Kcommaaccent = 667;
      t2.Lacute = 556;
      t2.trademark = 1e3;
      t2.edotaccent = 556;
      t2.Igrave = 278;
      t2.Imacron = 278;
      t2.Lcaron = 556;
      t2.onehalf = 834;
      t2.lessequal = 549;
      t2.ocircumflex = 556;
      t2.ntilde = 556;
      t2.Uhungarumlaut = 722;
      t2.Eacute = 667;
      t2.emacron = 556;
      t2.gbreve = 556;
      t2.onequarter = 834;
      t2.Scaron = 667;
      t2.Scommaaccent = 667;
      t2.Ohungarumlaut = 778;
      t2.degree = 400;
      t2.ograve = 556;
      t2.Ccaron = 722;
      t2.ugrave = 556;
      t2.radical = 453;
      t2.Dcaron = 722;
      t2.rcommaaccent = 333;
      t2.Ntilde = 722;
      t2.otilde = 556;
      t2.Rcommaaccent = 722;
      t2.Lcommaaccent = 556;
      t2.Atilde = 667;
      t2.Aogonek = 667;
      t2.Aring = 667;
      t2.Otilde = 778;
      t2.zdotaccent = 500;
      t2.Ecaron = 667;
      t2.Iogonek = 278;
      t2.kcommaaccent = 500;
      t2.minus = 584;
      t2.Icircumflex = 278;
      t2.ncaron = 556;
      t2.tcommaaccent = 278;
      t2.logicalnot = 584;
      t2.odieresis = 556;
      t2.udieresis = 556;
      t2.notequal = 549;
      t2.gcommaaccent = 556;
      t2.eth = 556;
      t2.zcaron = 500;
      t2.ncommaaccent = 556;
      t2.onesuperior = 333;
      t2.imacron = 278;
      t2.Euro = 556;
    });
    t.Symbol = getLookupTableFactory(function(t2) {
      t2.space = 250;
      t2.exclam = 333;
      t2.universal = 713;
      t2.numbersign = 500;
      t2.existential = 549;
      t2.percent = 833;
      t2.ampersand = 778;
      t2.suchthat = 439;
      t2.parenleft = 333;
      t2.parenright = 333;
      t2.asteriskmath = 500;
      t2.plus = 549;
      t2.comma = 250;
      t2.minus = 549;
      t2.period = 250;
      t2.slash = 278;
      t2.zero = 500;
      t2.one = 500;
      t2.two = 500;
      t2.three = 500;
      t2.four = 500;
      t2.five = 500;
      t2.six = 500;
      t2.seven = 500;
      t2.eight = 500;
      t2.nine = 500;
      t2.colon = 278;
      t2.semicolon = 278;
      t2.less = 549;
      t2.equal = 549;
      t2.greater = 549;
      t2.question = 444;
      t2.congruent = 549;
      t2.Alpha = 722;
      t2.Beta = 667;
      t2.Chi = 722;
      t2.Delta = 612;
      t2.Epsilon = 611;
      t2.Phi = 763;
      t2.Gamma = 603;
      t2.Eta = 722;
      t2.Iota = 333;
      t2.theta1 = 631;
      t2.Kappa = 722;
      t2.Lambda = 686;
      t2.Mu = 889;
      t2.Nu = 722;
      t2.Omicron = 722;
      t2.Pi = 768;
      t2.Theta = 741;
      t2.Rho = 556;
      t2.Sigma = 592;
      t2.Tau = 611;
      t2.Upsilon = 690;
      t2.sigma1 = 439;
      t2.Omega = 768;
      t2.Xi = 645;
      t2.Psi = 795;
      t2.Zeta = 611;
      t2.bracketleft = 333;
      t2.therefore = 863;
      t2.bracketright = 333;
      t2.perpendicular = 658;
      t2.underscore = 500;
      t2.radicalex = 500;
      t2.alpha = 631;
      t2.beta = 549;
      t2.chi = 549;
      t2.delta = 494;
      t2.epsilon = 439;
      t2.phi = 521;
      t2.gamma = 411;
      t2.eta = 603;
      t2.iota = 329;
      t2.phi1 = 603;
      t2.kappa = 549;
      t2.lambda = 549;
      t2.mu = 576;
      t2.nu = 521;
      t2.omicron = 549;
      t2.pi = 549;
      t2.theta = 521;
      t2.rho = 549;
      t2.sigma = 603;
      t2.tau = 439;
      t2.upsilon = 576;
      t2.omega1 = 713;
      t2.omega = 686;
      t2.xi = 493;
      t2.psi = 686;
      t2.zeta = 494;
      t2.braceleft = 480;
      t2.bar = 200;
      t2.braceright = 480;
      t2.similar = 549;
      t2.Euro = 750;
      t2.Upsilon1 = 620;
      t2.minute = 247;
      t2.lessequal = 549;
      t2.fraction = 167;
      t2.infinity = 713;
      t2.florin = 500;
      t2.club = 753;
      t2.diamond = 753;
      t2.heart = 753;
      t2.spade = 753;
      t2.arrowboth = 1042;
      t2.arrowleft = 987;
      t2.arrowup = 603;
      t2.arrowright = 987;
      t2.arrowdown = 603;
      t2.degree = 400;
      t2.plusminus = 549;
      t2.second = 411;
      t2.greaterequal = 549;
      t2.multiply = 549;
      t2.proportional = 713;
      t2.partialdiff = 494;
      t2.bullet = 460;
      t2.divide = 549;
      t2.notequal = 549;
      t2.equivalence = 549;
      t2.approxequal = 549;
      t2.ellipsis = 1e3;
      t2.arrowvertex = 603;
      t2.arrowhorizex = 1e3;
      t2.carriagereturn = 658;
      t2.aleph = 823;
      t2.Ifraktur = 686;
      t2.Rfraktur = 795;
      t2.weierstrass = 987;
      t2.circlemultiply = 768;
      t2.circleplus = 768;
      t2.emptyset = 823;
      t2.intersection = 768;
      t2.union = 768;
      t2.propersuperset = 713;
      t2.reflexsuperset = 713;
      t2.notsubset = 713;
      t2.propersubset = 713;
      t2.reflexsubset = 713;
      t2.element = 713;
      t2.notelement = 713;
      t2.angle = 768;
      t2.gradient = 713;
      t2.registerserif = 790;
      t2.copyrightserif = 790;
      t2.trademarkserif = 890;
      t2.product = 823;
      t2.radical = 549;
      t2.dotmath = 250;
      t2.logicalnot = 713;
      t2.logicaland = 603;
      t2.logicalor = 603;
      t2.arrowdblboth = 1042;
      t2.arrowdblleft = 987;
      t2.arrowdblup = 603;
      t2.arrowdblright = 987;
      t2.arrowdbldown = 603;
      t2.lozenge = 494;
      t2.angleleft = 329;
      t2.registersans = 790;
      t2.copyrightsans = 790;
      t2.trademarksans = 786;
      t2.summation = 713;
      t2.parenlefttp = 384;
      t2.parenleftex = 384;
      t2.parenleftbt = 384;
      t2.bracketlefttp = 384;
      t2.bracketleftex = 384;
      t2.bracketleftbt = 384;
      t2.bracelefttp = 494;
      t2.braceleftmid = 494;
      t2.braceleftbt = 494;
      t2.braceex = 494;
      t2.angleright = 329;
      t2.integral = 274;
      t2.integraltp = 686;
      t2.integralex = 686;
      t2.integralbt = 686;
      t2.parenrighttp = 384;
      t2.parenrightex = 384;
      t2.parenrightbt = 384;
      t2.bracketrighttp = 384;
      t2.bracketrightex = 384;
      t2.bracketrightbt = 384;
      t2.bracerighttp = 494;
      t2.bracerightmid = 494;
      t2.bracerightbt = 494;
      t2.apple = 790;
    });
    t["Times-Roman"] = getLookupTableFactory(function(t2) {
      t2.space = 250;
      t2.exclam = 333;
      t2.quotedbl = 408;
      t2.numbersign = 500;
      t2.dollar = 500;
      t2.percent = 833;
      t2.ampersand = 778;
      t2.quoteright = 333;
      t2.parenleft = 333;
      t2.parenright = 333;
      t2.asterisk = 500;
      t2.plus = 564;
      t2.comma = 250;
      t2.hyphen = 333;
      t2.period = 250;
      t2.slash = 278;
      t2.zero = 500;
      t2.one = 500;
      t2.two = 500;
      t2.three = 500;
      t2.four = 500;
      t2.five = 500;
      t2.six = 500;
      t2.seven = 500;
      t2.eight = 500;
      t2.nine = 500;
      t2.colon = 278;
      t2.semicolon = 278;
      t2.less = 564;
      t2.equal = 564;
      t2.greater = 564;
      t2.question = 444;
      t2.at = 921;
      t2.A = 722;
      t2.B = 667;
      t2.C = 667;
      t2.D = 722;
      t2.E = 611;
      t2.F = 556;
      t2.G = 722;
      t2.H = 722;
      t2.I = 333;
      t2.J = 389;
      t2.K = 722;
      t2.L = 611;
      t2.M = 889;
      t2.N = 722;
      t2.O = 722;
      t2.P = 556;
      t2.Q = 722;
      t2.R = 667;
      t2.S = 556;
      t2.T = 611;
      t2.U = 722;
      t2.V = 722;
      t2.W = 944;
      t2.X = 722;
      t2.Y = 722;
      t2.Z = 611;
      t2.bracketleft = 333;
      t2.backslash = 278;
      t2.bracketright = 333;
      t2.asciicircum = 469;
      t2.underscore = 500;
      t2.quoteleft = 333;
      t2.a = 444;
      t2.b = 500;
      t2.c = 444;
      t2.d = 500;
      t2.e = 444;
      t2.f = 333;
      t2.g = 500;
      t2.h = 500;
      t2.i = 278;
      t2.j = 278;
      t2.k = 500;
      t2.l = 278;
      t2.m = 778;
      t2.n = 500;
      t2.o = 500;
      t2.p = 500;
      t2.q = 500;
      t2.r = 333;
      t2.s = 389;
      t2.t = 278;
      t2.u = 500;
      t2.v = 500;
      t2.w = 722;
      t2.x = 500;
      t2.y = 500;
      t2.z = 444;
      t2.braceleft = 480;
      t2.bar = 200;
      t2.braceright = 480;
      t2.asciitilde = 541;
      t2.exclamdown = 333;
      t2.cent = 500;
      t2.sterling = 500;
      t2.fraction = 167;
      t2.yen = 500;
      t2.florin = 500;
      t2.section = 500;
      t2.currency = 500;
      t2.quotesingle = 180;
      t2.quotedblleft = 444;
      t2.guillemotleft = 500;
      t2.guilsinglleft = 333;
      t2.guilsinglright = 333;
      t2.fi = 556;
      t2.fl = 556;
      t2.endash = 500;
      t2.dagger = 500;
      t2.daggerdbl = 500;
      t2.periodcentered = 250;
      t2.paragraph = 453;
      t2.bullet = 350;
      t2.quotesinglbase = 333;
      t2.quotedblbase = 444;
      t2.quotedblright = 444;
      t2.guillemotright = 500;
      t2.ellipsis = 1e3;
      t2.perthousand = 1e3;
      t2.questiondown = 444;
      t2.grave = 333;
      t2.acute = 333;
      t2.circumflex = 333;
      t2.tilde = 333;
      t2.macron = 333;
      t2.breve = 333;
      t2.dotaccent = 333;
      t2.dieresis = 333;
      t2.ring = 333;
      t2.cedilla = 333;
      t2.hungarumlaut = 333;
      t2.ogonek = 333;
      t2.caron = 333;
      t2.emdash = 1e3;
      t2.AE = 889;
      t2.ordfeminine = 276;
      t2.Lslash = 611;
      t2.Oslash = 722;
      t2.OE = 889;
      t2.ordmasculine = 310;
      t2.ae = 667;
      t2.dotlessi = 278;
      t2.lslash = 278;
      t2.oslash = 500;
      t2.oe = 722;
      t2.germandbls = 500;
      t2.Idieresis = 333;
      t2.eacute = 444;
      t2.abreve = 444;
      t2.uhungarumlaut = 500;
      t2.ecaron = 444;
      t2.Ydieresis = 722;
      t2.divide = 564;
      t2.Yacute = 722;
      t2.Acircumflex = 722;
      t2.aacute = 444;
      t2.Ucircumflex = 722;
      t2.yacute = 500;
      t2.scommaaccent = 389;
      t2.ecircumflex = 444;
      t2.Uring = 722;
      t2.Udieresis = 722;
      t2.aogonek = 444;
      t2.Uacute = 722;
      t2.uogonek = 500;
      t2.Edieresis = 611;
      t2.Dcroat = 722;
      t2.commaaccent = 250;
      t2.copyright = 760;
      t2.Emacron = 611;
      t2.ccaron = 444;
      t2.aring = 444;
      t2.Ncommaaccent = 722;
      t2.lacute = 278;
      t2.agrave = 444;
      t2.Tcommaaccent = 611;
      t2.Cacute = 667;
      t2.atilde = 444;
      t2.Edotaccent = 611;
      t2.scaron = 389;
      t2.scedilla = 389;
      t2.iacute = 278;
      t2.lozenge = 471;
      t2.Rcaron = 667;
      t2.Gcommaaccent = 722;
      t2.ucircumflex = 500;
      t2.acircumflex = 444;
      t2.Amacron = 722;
      t2.rcaron = 333;
      t2.ccedilla = 444;
      t2.Zdotaccent = 611;
      t2.Thorn = 556;
      t2.Omacron = 722;
      t2.Racute = 667;
      t2.Sacute = 556;
      t2.dcaron = 588;
      t2.Umacron = 722;
      t2.uring = 500;
      t2.threesuperior = 300;
      t2.Ograve = 722;
      t2.Agrave = 722;
      t2.Abreve = 722;
      t2.multiply = 564;
      t2.uacute = 500;
      t2.Tcaron = 611;
      t2.partialdiff = 476;
      t2.ydieresis = 500;
      t2.Nacute = 722;
      t2.icircumflex = 278;
      t2.Ecircumflex = 611;
      t2.adieresis = 444;
      t2.edieresis = 444;
      t2.cacute = 444;
      t2.nacute = 500;
      t2.umacron = 500;
      t2.Ncaron = 722;
      t2.Iacute = 333;
      t2.plusminus = 564;
      t2.brokenbar = 200;
      t2.registered = 760;
      t2.Gbreve = 722;
      t2.Idotaccent = 333;
      t2.summation = 600;
      t2.Egrave = 611;
      t2.racute = 333;
      t2.omacron = 500;
      t2.Zacute = 611;
      t2.Zcaron = 611;
      t2.greaterequal = 549;
      t2.Eth = 722;
      t2.Ccedilla = 667;
      t2.lcommaaccent = 278;
      t2.tcaron = 326;
      t2.eogonek = 444;
      t2.Uogonek = 722;
      t2.Aacute = 722;
      t2.Adieresis = 722;
      t2.egrave = 444;
      t2.zacute = 444;
      t2.iogonek = 278;
      t2.Oacute = 722;
      t2.oacute = 500;
      t2.amacron = 444;
      t2.sacute = 389;
      t2.idieresis = 278;
      t2.Ocircumflex = 722;
      t2.Ugrave = 722;
      t2.Delta = 612;
      t2.thorn = 500;
      t2.twosuperior = 300;
      t2.Odieresis = 722;
      t2.mu = 500;
      t2.igrave = 278;
      t2.ohungarumlaut = 500;
      t2.Eogonek = 611;
      t2.dcroat = 500;
      t2.threequarters = 750;
      t2.Scedilla = 556;
      t2.lcaron = 344;
      t2.Kcommaaccent = 722;
      t2.Lacute = 611;
      t2.trademark = 980;
      t2.edotaccent = 444;
      t2.Igrave = 333;
      t2.Imacron = 333;
      t2.Lcaron = 611;
      t2.onehalf = 750;
      t2.lessequal = 549;
      t2.ocircumflex = 500;
      t2.ntilde = 500;
      t2.Uhungarumlaut = 722;
      t2.Eacute = 611;
      t2.emacron = 444;
      t2.gbreve = 500;
      t2.onequarter = 750;
      t2.Scaron = 556;
      t2.Scommaaccent = 556;
      t2.Ohungarumlaut = 722;
      t2.degree = 400;
      t2.ograve = 500;
      t2.Ccaron = 667;
      t2.ugrave = 500;
      t2.radical = 453;
      t2.Dcaron = 722;
      t2.rcommaaccent = 333;
      t2.Ntilde = 722;
      t2.otilde = 500;
      t2.Rcommaaccent = 667;
      t2.Lcommaaccent = 611;
      t2.Atilde = 722;
      t2.Aogonek = 722;
      t2.Aring = 722;
      t2.Otilde = 722;
      t2.zdotaccent = 444;
      t2.Ecaron = 611;
      t2.Iogonek = 333;
      t2.kcommaaccent = 500;
      t2.minus = 564;
      t2.Icircumflex = 333;
      t2.ncaron = 500;
      t2.tcommaaccent = 278;
      t2.logicalnot = 564;
      t2.odieresis = 500;
      t2.udieresis = 500;
      t2.notequal = 549;
      t2.gcommaaccent = 500;
      t2.eth = 500;
      t2.zcaron = 444;
      t2.ncommaaccent = 500;
      t2.onesuperior = 300;
      t2.imacron = 278;
      t2.Euro = 500;
    });
    t["Times-Bold"] = getLookupTableFactory(function(t2) {
      t2.space = 250;
      t2.exclam = 333;
      t2.quotedbl = 555;
      t2.numbersign = 500;
      t2.dollar = 500;
      t2.percent = 1e3;
      t2.ampersand = 833;
      t2.quoteright = 333;
      t2.parenleft = 333;
      t2.parenright = 333;
      t2.asterisk = 500;
      t2.plus = 570;
      t2.comma = 250;
      t2.hyphen = 333;
      t2.period = 250;
      t2.slash = 278;
      t2.zero = 500;
      t2.one = 500;
      t2.two = 500;
      t2.three = 500;
      t2.four = 500;
      t2.five = 500;
      t2.six = 500;
      t2.seven = 500;
      t2.eight = 500;
      t2.nine = 500;
      t2.colon = 333;
      t2.semicolon = 333;
      t2.less = 570;
      t2.equal = 570;
      t2.greater = 570;
      t2.question = 500;
      t2.at = 930;
      t2.A = 722;
      t2.B = 667;
      t2.C = 722;
      t2.D = 722;
      t2.E = 667;
      t2.F = 611;
      t2.G = 778;
      t2.H = 778;
      t2.I = 389;
      t2.J = 500;
      t2.K = 778;
      t2.L = 667;
      t2.M = 944;
      t2.N = 722;
      t2.O = 778;
      t2.P = 611;
      t2.Q = 778;
      t2.R = 722;
      t2.S = 556;
      t2.T = 667;
      t2.U = 722;
      t2.V = 722;
      t2.W = 1e3;
      t2.X = 722;
      t2.Y = 722;
      t2.Z = 667;
      t2.bracketleft = 333;
      t2.backslash = 278;
      t2.bracketright = 333;
      t2.asciicircum = 581;
      t2.underscore = 500;
      t2.quoteleft = 333;
      t2.a = 500;
      t2.b = 556;
      t2.c = 444;
      t2.d = 556;
      t2.e = 444;
      t2.f = 333;
      t2.g = 500;
      t2.h = 556;
      t2.i = 278;
      t2.j = 333;
      t2.k = 556;
      t2.l = 278;
      t2.m = 833;
      t2.n = 556;
      t2.o = 500;
      t2.p = 556;
      t2.q = 556;
      t2.r = 444;
      t2.s = 389;
      t2.t = 333;
      t2.u = 556;
      t2.v = 500;
      t2.w = 722;
      t2.x = 500;
      t2.y = 500;
      t2.z = 444;
      t2.braceleft = 394;
      t2.bar = 220;
      t2.braceright = 394;
      t2.asciitilde = 520;
      t2.exclamdown = 333;
      t2.cent = 500;
      t2.sterling = 500;
      t2.fraction = 167;
      t2.yen = 500;
      t2.florin = 500;
      t2.section = 500;
      t2.currency = 500;
      t2.quotesingle = 278;
      t2.quotedblleft = 500;
      t2.guillemotleft = 500;
      t2.guilsinglleft = 333;
      t2.guilsinglright = 333;
      t2.fi = 556;
      t2.fl = 556;
      t2.endash = 500;
      t2.dagger = 500;
      t2.daggerdbl = 500;
      t2.periodcentered = 250;
      t2.paragraph = 540;
      t2.bullet = 350;
      t2.quotesinglbase = 333;
      t2.quotedblbase = 500;
      t2.quotedblright = 500;
      t2.guillemotright = 500;
      t2.ellipsis = 1e3;
      t2.perthousand = 1e3;
      t2.questiondown = 500;
      t2.grave = 333;
      t2.acute = 333;
      t2.circumflex = 333;
      t2.tilde = 333;
      t2.macron = 333;
      t2.breve = 333;
      t2.dotaccent = 333;
      t2.dieresis = 333;
      t2.ring = 333;
      t2.cedilla = 333;
      t2.hungarumlaut = 333;
      t2.ogonek = 333;
      t2.caron = 333;
      t2.emdash = 1e3;
      t2.AE = 1e3;
      t2.ordfeminine = 300;
      t2.Lslash = 667;
      t2.Oslash = 778;
      t2.OE = 1e3;
      t2.ordmasculine = 330;
      t2.ae = 722;
      t2.dotlessi = 278;
      t2.lslash = 278;
      t2.oslash = 500;
      t2.oe = 722;
      t2.germandbls = 556;
      t2.Idieresis = 389;
      t2.eacute = 444;
      t2.abreve = 500;
      t2.uhungarumlaut = 556;
      t2.ecaron = 444;
      t2.Ydieresis = 722;
      t2.divide = 570;
      t2.Yacute = 722;
      t2.Acircumflex = 722;
      t2.aacute = 500;
      t2.Ucircumflex = 722;
      t2.yacute = 500;
      t2.scommaaccent = 389;
      t2.ecircumflex = 444;
      t2.Uring = 722;
      t2.Udieresis = 722;
      t2.aogonek = 500;
      t2.Uacute = 722;
      t2.uogonek = 556;
      t2.Edieresis = 667;
      t2.Dcroat = 722;
      t2.commaaccent = 250;
      t2.copyright = 747;
      t2.Emacron = 667;
      t2.ccaron = 444;
      t2.aring = 500;
      t2.Ncommaaccent = 722;
      t2.lacute = 278;
      t2.agrave = 500;
      t2.Tcommaaccent = 667;
      t2.Cacute = 722;
      t2.atilde = 500;
      t2.Edotaccent = 667;
      t2.scaron = 389;
      t2.scedilla = 389;
      t2.iacute = 278;
      t2.lozenge = 494;
      t2.Rcaron = 722;
      t2.Gcommaaccent = 778;
      t2.ucircumflex = 556;
      t2.acircumflex = 500;
      t2.Amacron = 722;
      t2.rcaron = 444;
      t2.ccedilla = 444;
      t2.Zdotaccent = 667;
      t2.Thorn = 611;
      t2.Omacron = 778;
      t2.Racute = 722;
      t2.Sacute = 556;
      t2.dcaron = 672;
      t2.Umacron = 722;
      t2.uring = 556;
      t2.threesuperior = 300;
      t2.Ograve = 778;
      t2.Agrave = 722;
      t2.Abreve = 722;
      t2.multiply = 570;
      t2.uacute = 556;
      t2.Tcaron = 667;
      t2.partialdiff = 494;
      t2.ydieresis = 500;
      t2.Nacute = 722;
      t2.icircumflex = 278;
      t2.Ecircumflex = 667;
      t2.adieresis = 500;
      t2.edieresis = 444;
      t2.cacute = 444;
      t2.nacute = 556;
      t2.umacron = 556;
      t2.Ncaron = 722;
      t2.Iacute = 389;
      t2.plusminus = 570;
      t2.brokenbar = 220;
      t2.registered = 747;
      t2.Gbreve = 778;
      t2.Idotaccent = 389;
      t2.summation = 600;
      t2.Egrave = 667;
      t2.racute = 444;
      t2.omacron = 500;
      t2.Zacute = 667;
      t2.Zcaron = 667;
      t2.greaterequal = 549;
      t2.Eth = 722;
      t2.Ccedilla = 722;
      t2.lcommaaccent = 278;
      t2.tcaron = 416;
      t2.eogonek = 444;
      t2.Uogonek = 722;
      t2.Aacute = 722;
      t2.Adieresis = 722;
      t2.egrave = 444;
      t2.zacute = 444;
      t2.iogonek = 278;
      t2.Oacute = 778;
      t2.oacute = 500;
      t2.amacron = 500;
      t2.sacute = 389;
      t2.idieresis = 278;
      t2.Ocircumflex = 778;
      t2.Ugrave = 722;
      t2.Delta = 612;
      t2.thorn = 556;
      t2.twosuperior = 300;
      t2.Odieresis = 778;
      t2.mu = 556;
      t2.igrave = 278;
      t2.ohungarumlaut = 500;
      t2.Eogonek = 667;
      t2.dcroat = 556;
      t2.threequarters = 750;
      t2.Scedilla = 556;
      t2.lcaron = 394;
      t2.Kcommaaccent = 778;
      t2.Lacute = 667;
      t2.trademark = 1e3;
      t2.edotaccent = 444;
      t2.Igrave = 389;
      t2.Imacron = 389;
      t2.Lcaron = 667;
      t2.onehalf = 750;
      t2.lessequal = 549;
      t2.ocircumflex = 500;
      t2.ntilde = 556;
      t2.Uhungarumlaut = 722;
      t2.Eacute = 667;
      t2.emacron = 444;
      t2.gbreve = 500;
      t2.onequarter = 750;
      t2.Scaron = 556;
      t2.Scommaaccent = 556;
      t2.Ohungarumlaut = 778;
      t2.degree = 400;
      t2.ograve = 500;
      t2.Ccaron = 722;
      t2.ugrave = 556;
      t2.radical = 549;
      t2.Dcaron = 722;
      t2.rcommaaccent = 444;
      t2.Ntilde = 722;
      t2.otilde = 500;
      t2.Rcommaaccent = 722;
      t2.Lcommaaccent = 667;
      t2.Atilde = 722;
      t2.Aogonek = 722;
      t2.Aring = 722;
      t2.Otilde = 778;
      t2.zdotaccent = 444;
      t2.Ecaron = 667;
      t2.Iogonek = 389;
      t2.kcommaaccent = 556;
      t2.minus = 570;
      t2.Icircumflex = 389;
      t2.ncaron = 556;
      t2.tcommaaccent = 333;
      t2.logicalnot = 570;
      t2.odieresis = 500;
      t2.udieresis = 556;
      t2.notequal = 549;
      t2.gcommaaccent = 500;
      t2.eth = 500;
      t2.zcaron = 444;
      t2.ncommaaccent = 556;
      t2.onesuperior = 300;
      t2.imacron = 278;
      t2.Euro = 500;
    });
    t["Times-BoldItalic"] = getLookupTableFactory(function(t2) {
      t2.space = 250;
      t2.exclam = 389;
      t2.quotedbl = 555;
      t2.numbersign = 500;
      t2.dollar = 500;
      t2.percent = 833;
      t2.ampersand = 778;
      t2.quoteright = 333;
      t2.parenleft = 333;
      t2.parenright = 333;
      t2.asterisk = 500;
      t2.plus = 570;
      t2.comma = 250;
      t2.hyphen = 333;
      t2.period = 250;
      t2.slash = 278;
      t2.zero = 500;
      t2.one = 500;
      t2.two = 500;
      t2.three = 500;
      t2.four = 500;
      t2.five = 500;
      t2.six = 500;
      t2.seven = 500;
      t2.eight = 500;
      t2.nine = 500;
      t2.colon = 333;
      t2.semicolon = 333;
      t2.less = 570;
      t2.equal = 570;
      t2.greater = 570;
      t2.question = 500;
      t2.at = 832;
      t2.A = 667;
      t2.B = 667;
      t2.C = 667;
      t2.D = 722;
      t2.E = 667;
      t2.F = 667;
      t2.G = 722;
      t2.H = 778;
      t2.I = 389;
      t2.J = 500;
      t2.K = 667;
      t2.L = 611;
      t2.M = 889;
      t2.N = 722;
      t2.O = 722;
      t2.P = 611;
      t2.Q = 722;
      t2.R = 667;
      t2.S = 556;
      t2.T = 611;
      t2.U = 722;
      t2.V = 667;
      t2.W = 889;
      t2.X = 667;
      t2.Y = 611;
      t2.Z = 611;
      t2.bracketleft = 333;
      t2.backslash = 278;
      t2.bracketright = 333;
      t2.asciicircum = 570;
      t2.underscore = 500;
      t2.quoteleft = 333;
      t2.a = 500;
      t2.b = 500;
      t2.c = 444;
      t2.d = 500;
      t2.e = 444;
      t2.f = 333;
      t2.g = 500;
      t2.h = 556;
      t2.i = 278;
      t2.j = 278;
      t2.k = 500;
      t2.l = 278;
      t2.m = 778;
      t2.n = 556;
      t2.o = 500;
      t2.p = 500;
      t2.q = 500;
      t2.r = 389;
      t2.s = 389;
      t2.t = 278;
      t2.u = 556;
      t2.v = 444;
      t2.w = 667;
      t2.x = 500;
      t2.y = 444;
      t2.z = 389;
      t2.braceleft = 348;
      t2.bar = 220;
      t2.braceright = 348;
      t2.asciitilde = 570;
      t2.exclamdown = 389;
      t2.cent = 500;
      t2.sterling = 500;
      t2.fraction = 167;
      t2.yen = 500;
      t2.florin = 500;
      t2.section = 500;
      t2.currency = 500;
      t2.quotesingle = 278;
      t2.quotedblleft = 500;
      t2.guillemotleft = 500;
      t2.guilsinglleft = 333;
      t2.guilsinglright = 333;
      t2.fi = 556;
      t2.fl = 556;
      t2.endash = 500;
      t2.dagger = 500;
      t2.daggerdbl = 500;
      t2.periodcentered = 250;
      t2.paragraph = 500;
      t2.bullet = 350;
      t2.quotesinglbase = 333;
      t2.quotedblbase = 500;
      t2.quotedblright = 500;
      t2.guillemotright = 500;
      t2.ellipsis = 1e3;
      t2.perthousand = 1e3;
      t2.questiondown = 500;
      t2.grave = 333;
      t2.acute = 333;
      t2.circumflex = 333;
      t2.tilde = 333;
      t2.macron = 333;
      t2.breve = 333;
      t2.dotaccent = 333;
      t2.dieresis = 333;
      t2.ring = 333;
      t2.cedilla = 333;
      t2.hungarumlaut = 333;
      t2.ogonek = 333;
      t2.caron = 333;
      t2.emdash = 1e3;
      t2.AE = 944;
      t2.ordfeminine = 266;
      t2.Lslash = 611;
      t2.Oslash = 722;
      t2.OE = 944;
      t2.ordmasculine = 300;
      t2.ae = 722;
      t2.dotlessi = 278;
      t2.lslash = 278;
      t2.oslash = 500;
      t2.oe = 722;
      t2.germandbls = 500;
      t2.Idieresis = 389;
      t2.eacute = 444;
      t2.abreve = 500;
      t2.uhungarumlaut = 556;
      t2.ecaron = 444;
      t2.Ydieresis = 611;
      t2.divide = 570;
      t2.Yacute = 611;
      t2.Acircumflex = 667;
      t2.aacute = 500;
      t2.Ucircumflex = 722;
      t2.yacute = 444;
      t2.scommaaccent = 389;
      t2.ecircumflex = 444;
      t2.Uring = 722;
      t2.Udieresis = 722;
      t2.aogonek = 500;
      t2.Uacute = 722;
      t2.uogonek = 556;
      t2.Edieresis = 667;
      t2.Dcroat = 722;
      t2.commaaccent = 250;
      t2.copyright = 747;
      t2.Emacron = 667;
      t2.ccaron = 444;
      t2.aring = 500;
      t2.Ncommaaccent = 722;
      t2.lacute = 278;
      t2.agrave = 500;
      t2.Tcommaaccent = 611;
      t2.Cacute = 667;
      t2.atilde = 500;
      t2.Edotaccent = 667;
      t2.scaron = 389;
      t2.scedilla = 389;
      t2.iacute = 278;
      t2.lozenge = 494;
      t2.Rcaron = 667;
      t2.Gcommaaccent = 722;
      t2.ucircumflex = 556;
      t2.acircumflex = 500;
      t2.Amacron = 667;
      t2.rcaron = 389;
      t2.ccedilla = 444;
      t2.Zdotaccent = 611;
      t2.Thorn = 611;
      t2.Omacron = 722;
      t2.Racute = 667;
      t2.Sacute = 556;
      t2.dcaron = 608;
      t2.Umacron = 722;
      t2.uring = 556;
      t2.threesuperior = 300;
      t2.Ograve = 722;
      t2.Agrave = 667;
      t2.Abreve = 667;
      t2.multiply = 570;
      t2.uacute = 556;
      t2.Tcaron = 611;
      t2.partialdiff = 494;
      t2.ydieresis = 444;
      t2.Nacute = 722;
      t2.icircumflex = 278;
      t2.Ecircumflex = 667;
      t2.adieresis = 500;
      t2.edieresis = 444;
      t2.cacute = 444;
      t2.nacute = 556;
      t2.umacron = 556;
      t2.Ncaron = 722;
      t2.Iacute = 389;
      t2.plusminus = 570;
      t2.brokenbar = 220;
      t2.registered = 747;
      t2.Gbreve = 722;
      t2.Idotaccent = 389;
      t2.summation = 600;
      t2.Egrave = 667;
      t2.racute = 389;
      t2.omacron = 500;
      t2.Zacute = 611;
      t2.Zcaron = 611;
      t2.greaterequal = 549;
      t2.Eth = 722;
      t2.Ccedilla = 667;
      t2.lcommaaccent = 278;
      t2.tcaron = 366;
      t2.eogonek = 444;
      t2.Uogonek = 722;
      t2.Aacute = 667;
      t2.Adieresis = 667;
      t2.egrave = 444;
      t2.zacute = 389;
      t2.iogonek = 278;
      t2.Oacute = 722;
      t2.oacute = 500;
      t2.amacron = 500;
      t2.sacute = 389;
      t2.idieresis = 278;
      t2.Ocircumflex = 722;
      t2.Ugrave = 722;
      t2.Delta = 612;
      t2.thorn = 500;
      t2.twosuperior = 300;
      t2.Odieresis = 722;
      t2.mu = 576;
      t2.igrave = 278;
      t2.ohungarumlaut = 500;
      t2.Eogonek = 667;
      t2.dcroat = 500;
      t2.threequarters = 750;
      t2.Scedilla = 556;
      t2.lcaron = 382;
      t2.Kcommaaccent = 667;
      t2.Lacute = 611;
      t2.trademark = 1e3;
      t2.edotaccent = 444;
      t2.Igrave = 389;
      t2.Imacron = 389;
      t2.Lcaron = 611;
      t2.onehalf = 750;
      t2.lessequal = 549;
      t2.ocircumflex = 500;
      t2.ntilde = 556;
      t2.Uhungarumlaut = 722;
      t2.Eacute = 667;
      t2.emacron = 444;
      t2.gbreve = 500;
      t2.onequarter = 750;
      t2.Scaron = 556;
      t2.Scommaaccent = 556;
      t2.Ohungarumlaut = 722;
      t2.degree = 400;
      t2.ograve = 500;
      t2.Ccaron = 667;
      t2.ugrave = 556;
      t2.radical = 549;
      t2.Dcaron = 722;
      t2.rcommaaccent = 389;
      t2.Ntilde = 722;
      t2.otilde = 500;
      t2.Rcommaaccent = 667;
      t2.Lcommaaccent = 611;
      t2.Atilde = 667;
      t2.Aogonek = 667;
      t2.Aring = 667;
      t2.Otilde = 722;
      t2.zdotaccent = 389;
      t2.Ecaron = 667;
      t2.Iogonek = 389;
      t2.kcommaaccent = 500;
      t2.minus = 606;
      t2.Icircumflex = 389;
      t2.ncaron = 556;
      t2.tcommaaccent = 278;
      t2.logicalnot = 606;
      t2.odieresis = 500;
      t2.udieresis = 556;
      t2.notequal = 549;
      t2.gcommaaccent = 500;
      t2.eth = 500;
      t2.zcaron = 389;
      t2.ncommaaccent = 556;
      t2.onesuperior = 300;
      t2.imacron = 278;
      t2.Euro = 500;
    });
    t["Times-Italic"] = getLookupTableFactory(function(t2) {
      t2.space = 250;
      t2.exclam = 333;
      t2.quotedbl = 420;
      t2.numbersign = 500;
      t2.dollar = 500;
      t2.percent = 833;
      t2.ampersand = 778;
      t2.quoteright = 333;
      t2.parenleft = 333;
      t2.parenright = 333;
      t2.asterisk = 500;
      t2.plus = 675;
      t2.comma = 250;
      t2.hyphen = 333;
      t2.period = 250;
      t2.slash = 278;
      t2.zero = 500;
      t2.one = 500;
      t2.two = 500;
      t2.three = 500;
      t2.four = 500;
      t2.five = 500;
      t2.six = 500;
      t2.seven = 500;
      t2.eight = 500;
      t2.nine = 500;
      t2.colon = 333;
      t2.semicolon = 333;
      t2.less = 675;
      t2.equal = 675;
      t2.greater = 675;
      t2.question = 500;
      t2.at = 920;
      t2.A = 611;
      t2.B = 611;
      t2.C = 667;
      t2.D = 722;
      t2.E = 611;
      t2.F = 611;
      t2.G = 722;
      t2.H = 722;
      t2.I = 333;
      t2.J = 444;
      t2.K = 667;
      t2.L = 556;
      t2.M = 833;
      t2.N = 667;
      t2.O = 722;
      t2.P = 611;
      t2.Q = 722;
      t2.R = 611;
      t2.S = 500;
      t2.T = 556;
      t2.U = 722;
      t2.V = 611;
      t2.W = 833;
      t2.X = 611;
      t2.Y = 556;
      t2.Z = 556;
      t2.bracketleft = 389;
      t2.backslash = 278;
      t2.bracketright = 389;
      t2.asciicircum = 422;
      t2.underscore = 500;
      t2.quoteleft = 333;
      t2.a = 500;
      t2.b = 500;
      t2.c = 444;
      t2.d = 500;
      t2.e = 444;
      t2.f = 278;
      t2.g = 500;
      t2.h = 500;
      t2.i = 278;
      t2.j = 278;
      t2.k = 444;
      t2.l = 278;
      t2.m = 722;
      t2.n = 500;
      t2.o = 500;
      t2.p = 500;
      t2.q = 500;
      t2.r = 389;
      t2.s = 389;
      t2.t = 278;
      t2.u = 500;
      t2.v = 444;
      t2.w = 667;
      t2.x = 444;
      t2.y = 444;
      t2.z = 389;
      t2.braceleft = 400;
      t2.bar = 275;
      t2.braceright = 400;
      t2.asciitilde = 541;
      t2.exclamdown = 389;
      t2.cent = 500;
      t2.sterling = 500;
      t2.fraction = 167;
      t2.yen = 500;
      t2.florin = 500;
      t2.section = 500;
      t2.currency = 500;
      t2.quotesingle = 214;
      t2.quotedblleft = 556;
      t2.guillemotleft = 500;
      t2.guilsinglleft = 333;
      t2.guilsinglright = 333;
      t2.fi = 500;
      t2.fl = 500;
      t2.endash = 500;
      t2.dagger = 500;
      t2.daggerdbl = 500;
      t2.periodcentered = 250;
      t2.paragraph = 523;
      t2.bullet = 350;
      t2.quotesinglbase = 333;
      t2.quotedblbase = 556;
      t2.quotedblright = 556;
      t2.guillemotright = 500;
      t2.ellipsis = 889;
      t2.perthousand = 1e3;
      t2.questiondown = 500;
      t2.grave = 333;
      t2.acute = 333;
      t2.circumflex = 333;
      t2.tilde = 333;
      t2.macron = 333;
      t2.breve = 333;
      t2.dotaccent = 333;
      t2.dieresis = 333;
      t2.ring = 333;
      t2.cedilla = 333;
      t2.hungarumlaut = 333;
      t2.ogonek = 333;
      t2.caron = 333;
      t2.emdash = 889;
      t2.AE = 889;
      t2.ordfeminine = 276;
      t2.Lslash = 556;
      t2.Oslash = 722;
      t2.OE = 944;
      t2.ordmasculine = 310;
      t2.ae = 667;
      t2.dotlessi = 278;
      t2.lslash = 278;
      t2.oslash = 500;
      t2.oe = 667;
      t2.germandbls = 500;
      t2.Idieresis = 333;
      t2.eacute = 444;
      t2.abreve = 500;
      t2.uhungarumlaut = 500;
      t2.ecaron = 444;
      t2.Ydieresis = 556;
      t2.divide = 675;
      t2.Yacute = 556;
      t2.Acircumflex = 611;
      t2.aacute = 500;
      t2.Ucircumflex = 722;
      t2.yacute = 444;
      t2.scommaaccent = 389;
      t2.ecircumflex = 444;
      t2.Uring = 722;
      t2.Udieresis = 722;
      t2.aogonek = 500;
      t2.Uacute = 722;
      t2.uogonek = 500;
      t2.Edieresis = 611;
      t2.Dcroat = 722;
      t2.commaaccent = 250;
      t2.copyright = 760;
      t2.Emacron = 611;
      t2.ccaron = 444;
      t2.aring = 500;
      t2.Ncommaaccent = 667;
      t2.lacute = 278;
      t2.agrave = 500;
      t2.Tcommaaccent = 556;
      t2.Cacute = 667;
      t2.atilde = 500;
      t2.Edotaccent = 611;
      t2.scaron = 389;
      t2.scedilla = 389;
      t2.iacute = 278;
      t2.lozenge = 471;
      t2.Rcaron = 611;
      t2.Gcommaaccent = 722;
      t2.ucircumflex = 500;
      t2.acircumflex = 500;
      t2.Amacron = 611;
      t2.rcaron = 389;
      t2.ccedilla = 444;
      t2.Zdotaccent = 556;
      t2.Thorn = 611;
      t2.Omacron = 722;
      t2.Racute = 611;
      t2.Sacute = 500;
      t2.dcaron = 544;
      t2.Umacron = 722;
      t2.uring = 500;
      t2.threesuperior = 300;
      t2.Ograve = 722;
      t2.Agrave = 611;
      t2.Abreve = 611;
      t2.multiply = 675;
      t2.uacute = 500;
      t2.Tcaron = 556;
      t2.partialdiff = 476;
      t2.ydieresis = 444;
      t2.Nacute = 667;
      t2.icircumflex = 278;
      t2.Ecircumflex = 611;
      t2.adieresis = 500;
      t2.edieresis = 444;
      t2.cacute = 444;
      t2.nacute = 500;
      t2.umacron = 500;
      t2.Ncaron = 667;
      t2.Iacute = 333;
      t2.plusminus = 675;
      t2.brokenbar = 275;
      t2.registered = 760;
      t2.Gbreve = 722;
      t2.Idotaccent = 333;
      t2.summation = 600;
      t2.Egrave = 611;
      t2.racute = 389;
      t2.omacron = 500;
      t2.Zacute = 556;
      t2.Zcaron = 556;
      t2.greaterequal = 549;
      t2.Eth = 722;
      t2.Ccedilla = 667;
      t2.lcommaaccent = 278;
      t2.tcaron = 300;
      t2.eogonek = 444;
      t2.Uogonek = 722;
      t2.Aacute = 611;
      t2.Adieresis = 611;
      t2.egrave = 444;
      t2.zacute = 389;
      t2.iogonek = 278;
      t2.Oacute = 722;
      t2.oacute = 500;
      t2.amacron = 500;
      t2.sacute = 389;
      t2.idieresis = 278;
      t2.Ocircumflex = 722;
      t2.Ugrave = 722;
      t2.Delta = 612;
      t2.thorn = 500;
      t2.twosuperior = 300;
      t2.Odieresis = 722;
      t2.mu = 500;
      t2.igrave = 278;
      t2.ohungarumlaut = 500;
      t2.Eogonek = 611;
      t2.dcroat = 500;
      t2.threequarters = 750;
      t2.Scedilla = 500;
      t2.lcaron = 300;
      t2.Kcommaaccent = 667;
      t2.Lacute = 556;
      t2.trademark = 980;
      t2.edotaccent = 444;
      t2.Igrave = 333;
      t2.Imacron = 333;
      t2.Lcaron = 611;
      t2.onehalf = 750;
      t2.lessequal = 549;
      t2.ocircumflex = 500;
      t2.ntilde = 500;
      t2.Uhungarumlaut = 722;
      t2.Eacute = 611;
      t2.emacron = 444;
      t2.gbreve = 500;
      t2.onequarter = 750;
      t2.Scaron = 500;
      t2.Scommaaccent = 500;
      t2.Ohungarumlaut = 722;
      t2.degree = 400;
      t2.ograve = 500;
      t2.Ccaron = 667;
      t2.ugrave = 500;
      t2.radical = 453;
      t2.Dcaron = 722;
      t2.rcommaaccent = 389;
      t2.Ntilde = 667;
      t2.otilde = 500;
      t2.Rcommaaccent = 611;
      t2.Lcommaaccent = 556;
      t2.Atilde = 611;
      t2.Aogonek = 611;
      t2.Aring = 611;
      t2.Otilde = 722;
      t2.zdotaccent = 389;
      t2.Ecaron = 611;
      t2.Iogonek = 333;
      t2.kcommaaccent = 444;
      t2.minus = 675;
      t2.Icircumflex = 333;
      t2.ncaron = 500;
      t2.tcommaaccent = 278;
      t2.logicalnot = 675;
      t2.odieresis = 500;
      t2.udieresis = 500;
      t2.notequal = 549;
      t2.gcommaaccent = 500;
      t2.eth = 500;
      t2.zcaron = 389;
      t2.ncommaaccent = 500;
      t2.onesuperior = 300;
      t2.imacron = 278;
      t2.Euro = 500;
    });
    t.ZapfDingbats = getLookupTableFactory(function(t2) {
      t2.space = 278;
      t2.a1 = 974;
      t2.a2 = 961;
      t2.a202 = 974;
      t2.a3 = 980;
      t2.a4 = 719;
      t2.a5 = 789;
      t2.a119 = 790;
      t2.a118 = 791;
      t2.a117 = 690;
      t2.a11 = 960;
      t2.a12 = 939;
      t2.a13 = 549;
      t2.a14 = 855;
      t2.a15 = 911;
      t2.a16 = 933;
      t2.a105 = 911;
      t2.a17 = 945;
      t2.a18 = 974;
      t2.a19 = 755;
      t2.a20 = 846;
      t2.a21 = 762;
      t2.a22 = 761;
      t2.a23 = 571;
      t2.a24 = 677;
      t2.a25 = 763;
      t2.a26 = 760;
      t2.a27 = 759;
      t2.a28 = 754;
      t2.a6 = 494;
      t2.a7 = 552;
      t2.a8 = 537;
      t2.a9 = 577;
      t2.a10 = 692;
      t2.a29 = 786;
      t2.a30 = 788;
      t2.a31 = 788;
      t2.a32 = 790;
      t2.a33 = 793;
      t2.a34 = 794;
      t2.a35 = 816;
      t2.a36 = 823;
      t2.a37 = 789;
      t2.a38 = 841;
      t2.a39 = 823;
      t2.a40 = 833;
      t2.a41 = 816;
      t2.a42 = 831;
      t2.a43 = 923;
      t2.a44 = 744;
      t2.a45 = 723;
      t2.a46 = 749;
      t2.a47 = 790;
      t2.a48 = 792;
      t2.a49 = 695;
      t2.a50 = 776;
      t2.a51 = 768;
      t2.a52 = 792;
      t2.a53 = 759;
      t2.a54 = 707;
      t2.a55 = 708;
      t2.a56 = 682;
      t2.a57 = 701;
      t2.a58 = 826;
      t2.a59 = 815;
      t2.a60 = 789;
      t2.a61 = 789;
      t2.a62 = 707;
      t2.a63 = 687;
      t2.a64 = 696;
      t2.a65 = 689;
      t2.a66 = 786;
      t2.a67 = 787;
      t2.a68 = 713;
      t2.a69 = 791;
      t2.a70 = 785;
      t2.a71 = 791;
      t2.a72 = 873;
      t2.a73 = 761;
      t2.a74 = 762;
      t2.a203 = 762;
      t2.a75 = 759;
      t2.a204 = 759;
      t2.a76 = 892;
      t2.a77 = 892;
      t2.a78 = 788;
      t2.a79 = 784;
      t2.a81 = 438;
      t2.a82 = 138;
      t2.a83 = 277;
      t2.a84 = 415;
      t2.a97 = 392;
      t2.a98 = 392;
      t2.a99 = 668;
      t2.a100 = 668;
      t2.a89 = 390;
      t2.a90 = 390;
      t2.a93 = 317;
      t2.a94 = 317;
      t2.a91 = 276;
      t2.a92 = 276;
      t2.a205 = 509;
      t2.a85 = 509;
      t2.a206 = 410;
      t2.a86 = 410;
      t2.a87 = 234;
      t2.a88 = 234;
      t2.a95 = 334;
      t2.a96 = 334;
      t2.a101 = 732;
      t2.a102 = 544;
      t2.a103 = 544;
      t2.a104 = 910;
      t2.a106 = 667;
      t2.a107 = 760;
      t2.a108 = 760;
      t2.a112 = 776;
      t2.a111 = 595;
      t2.a110 = 694;
      t2.a109 = 626;
      t2.a120 = 788;
      t2.a121 = 788;
      t2.a122 = 788;
      t2.a123 = 788;
      t2.a124 = 788;
      t2.a125 = 788;
      t2.a126 = 788;
      t2.a127 = 788;
      t2.a128 = 788;
      t2.a129 = 788;
      t2.a130 = 788;
      t2.a131 = 788;
      t2.a132 = 788;
      t2.a133 = 788;
      t2.a134 = 788;
      t2.a135 = 788;
      t2.a136 = 788;
      t2.a137 = 788;
      t2.a138 = 788;
      t2.a139 = 788;
      t2.a140 = 788;
      t2.a141 = 788;
      t2.a142 = 788;
      t2.a143 = 788;
      t2.a144 = 788;
      t2.a145 = 788;
      t2.a146 = 788;
      t2.a147 = 788;
      t2.a148 = 788;
      t2.a149 = 788;
      t2.a150 = 788;
      t2.a151 = 788;
      t2.a152 = 788;
      t2.a153 = 788;
      t2.a154 = 788;
      t2.a155 = 788;
      t2.a156 = 788;
      t2.a157 = 788;
      t2.a158 = 788;
      t2.a159 = 788;
      t2.a160 = 894;
      t2.a161 = 838;
      t2.a163 = 1016;
      t2.a164 = 458;
      t2.a196 = 748;
      t2.a165 = 924;
      t2.a192 = 748;
      t2.a166 = 918;
      t2.a167 = 927;
      t2.a168 = 928;
      t2.a169 = 928;
      t2.a170 = 834;
      t2.a171 = 873;
      t2.a172 = 828;
      t2.a173 = 924;
      t2.a162 = 924;
      t2.a174 = 917;
      t2.a175 = 930;
      t2.a176 = 931;
      t2.a177 = 463;
      t2.a178 = 883;
      t2.a179 = 836;
      t2.a193 = 836;
      t2.a180 = 867;
      t2.a199 = 867;
      t2.a181 = 696;
      t2.a200 = 696;
      t2.a182 = 874;
      t2.a201 = 874;
      t2.a183 = 760;
      t2.a184 = 946;
      t2.a197 = 771;
      t2.a185 = 865;
      t2.a194 = 771;
      t2.a198 = 888;
      t2.a186 = 967;
      t2.a195 = 888;
      t2.a187 = 831;
      t2.a188 = 873;
      t2.a189 = 927;
      t2.a190 = 970;
      t2.a191 = 918;
    });
  });
  var getFontBasicMetrics = getLookupTableFactory(function(t) {
    t.Courier = {
      ascent: 629,
      descent: -157,
      capHeight: 562,
      xHeight: -426
    };
    t["Courier-Bold"] = {
      ascent: 629,
      descent: -157,
      capHeight: 562,
      xHeight: 439
    };
    t["Courier-Oblique"] = {
      ascent: 629,
      descent: -157,
      capHeight: 562,
      xHeight: 426
    };
    t["Courier-BoldOblique"] = {
      ascent: 629,
      descent: -157,
      capHeight: 562,
      xHeight: 426
    };
    t.Helvetica = {
      ascent: 718,
      descent: -207,
      capHeight: 718,
      xHeight: 523
    };
    t["Helvetica-Bold"] = {
      ascent: 718,
      descent: -207,
      capHeight: 718,
      xHeight: 532
    };
    t["Helvetica-Oblique"] = {
      ascent: 718,
      descent: -207,
      capHeight: 718,
      xHeight: 523
    };
    t["Helvetica-BoldOblique"] = {
      ascent: 718,
      descent: -207,
      capHeight: 718,
      xHeight: 532
    };
    t["Times-Roman"] = {
      ascent: 683,
      descent: -217,
      capHeight: 662,
      xHeight: 450
    };
    t["Times-Bold"] = {
      ascent: 683,
      descent: -217,
      capHeight: 676,
      xHeight: 461
    };
    t["Times-Italic"] = {
      ascent: 683,
      descent: -217,
      capHeight: 653,
      xHeight: 441
    };
    t["Times-BoldItalic"] = {
      ascent: 683,
      descent: -217,
      capHeight: 669,
      xHeight: 462
    };
    t.Symbol = {
      ascent: Math.NaN,
      descent: Math.NaN,
      capHeight: Math.NaN,
      xHeight: Math.NaN
    };
    t.ZapfDingbats = {
      ascent: Math.NaN,
      descent: Math.NaN,
      capHeight: Math.NaN,
      xHeight: Math.NaN
    };
  });
  var OTF_HEADER_SIZE = 12;
  var OTF_TABLE_ENTRY_SIZE = 16;
  var OpenTypeFileBuilder = class _OpenTypeFileBuilder {
    #tables = /* @__PURE__ */ new Map();
    constructor(sfnt) {
      this.sfnt = sfnt;
    }
    static getSearchParams(entriesCount, entrySize) {
      let maxPower2 = 1, log2 = 0;
      while ((maxPower2 ^ entriesCount) > maxPower2) {
        maxPower2 <<= 1;
        log2++;
      }
      const searchRange = maxPower2 * entrySize;
      return {
        range: searchRange,
        entry: log2,
        rangeShift: entrySize * entriesCount - searchRange
      };
    }
    toArray() {
      let sfnt = this.sfnt;
      const tables = this.#tables;
      const tablesNames = [...tables.keys()].sort();
      const numTables = tablesNames.length;
      let offset = OTF_HEADER_SIZE + numTables * OTF_TABLE_ENTRY_SIZE;
      const tableOffsets = [offset];
      for (let i = 0; i < numTables; i++) {
        const table = tables.get(tablesNames[i]);
        const paddedLength = (table.length + 3 & ~3) >>> 0;
        offset += paddedLength;
        tableOffsets.push(offset);
      }
      const file = new Uint8Array(offset), view2 = new DataView(file.buffer);
      for (let i = 0; i < numTables; i++) {
        const table = tables.get(tablesNames[i]);
        file.set(table, tableOffsets[i]);
      }
      if (sfnt === "true") {
        sfnt = "\0\0\0";
      }
      file.set(stringToBytes2(sfnt), 0);
      view2.setInt16(4, numTables);
      const searchParams = _OpenTypeFileBuilder.getSearchParams(numTables, 16);
      view2.setInt16(6, searchParams.range);
      view2.setInt16(8, searchParams.entry);
      view2.setInt16(10, searchParams.rangeShift);
      offset = OTF_HEADER_SIZE;
      for (let i = 0; i < numTables; i++) {
        const tableName = tablesNames[i];
        file.set(stringToBytes2(tableName), offset);
        let checksum = 0;
        for (let j = tableOffsets[i], jj = tableOffsets[i + 1]; j < jj; j += 4) {
          const quad = view2.getUint32(j);
          checksum = checksum + quad >>> 0;
        }
        view2.setInt32(offset + 4, checksum);
        view2.setInt32(offset + 8, tableOffsets[i]);
        view2.setInt32(offset + 12, tables.get(tableName).length);
        offset += OTF_TABLE_ENTRY_SIZE;
      }
      this.#tables.clear();
      return file;
    }
    addTable(tag, data) {
      if (this.#tables.has(tag)) {
        throw new Error(`Table ${tag} already exists`);
      }
      this.#tables.set(tag, data);
    }
  };
  var COMMAND_MAP = {
    hstem: [1],
    vstem: [3],
    vmoveto: [4],
    rlineto: [5],
    hlineto: [6],
    vlineto: [7],
    rrcurveto: [8],
    callsubr: [10],
    flex: [12, 35],
    drop: [12, 18],
    endchar: [14],
    rmoveto: [21],
    hmoveto: [22],
    vhcurveto: [30],
    hvcurveto: [31]
  };
  var Type1CharString = class {
    width = 0;
    lsb = 0;
    flexing = false;
    output = [];
    stack = [];
    convert(encoded, subrs, seacAnalysisEnabled) {
      const count = encoded.length;
      let error3 = false;
      let wx, sbx, subrNumber;
      for (let i = 0; i < count; i++) {
        let value = encoded[i];
        if (value < 32) {
          if (value === 12) {
            value = (value << 8) + encoded[++i];
          }
          switch (value) {
            case 1:
              if (true) {
                this.stack = [];
                break;
              }
              error3 = this.executeCommand(2, COMMAND_MAP.hstem);
              break;
            case 3:
              if (true) {
                this.stack = [];
                break;
              }
              error3 = this.executeCommand(2, COMMAND_MAP.vstem);
              break;
            case 4:
              if (this.flexing) {
                if (this.stack.length < 1) {
                  error3 = true;
                  break;
                }
                const dy = this.stack.pop();
                this.stack.push(0, dy);
                break;
              }
              error3 = this.executeCommand(1, COMMAND_MAP.vmoveto);
              break;
            case 5:
              error3 = this.executeCommand(2, COMMAND_MAP.rlineto);
              break;
            case 6:
              error3 = this.executeCommand(1, COMMAND_MAP.hlineto);
              break;
            case 7:
              error3 = this.executeCommand(1, COMMAND_MAP.vlineto);
              break;
            case 8:
              error3 = this.executeCommand(6, COMMAND_MAP.rrcurveto);
              break;
            case 9:
              this.stack = [];
              break;
            case 10:
              if (this.stack.length < 1) {
                error3 = true;
                break;
              }
              subrNumber = this.stack.pop();
              if (!subrs[subrNumber]) {
                error3 = true;
                break;
              }
              error3 = this.convert(subrs[subrNumber], subrs, seacAnalysisEnabled);
              break;
            case 11:
              return error3;
            case 13:
              if (this.stack.length < 2) {
                error3 = true;
                break;
              }
              wx = this.stack.pop();
              sbx = this.stack.pop();
              this.lsb = sbx;
              this.width = wx;
              this.stack.push(wx, sbx);
              error3 = this.executeCommand(2, COMMAND_MAP.hmoveto);
              break;
            case 14:
              this.output.push(COMMAND_MAP.endchar[0]);
              break;
            case 21:
              if (this.flexing) {
                break;
              }
              error3 = this.executeCommand(2, COMMAND_MAP.rmoveto);
              break;
            case 22:
              if (this.flexing) {
                this.stack.push(0);
                break;
              }
              error3 = this.executeCommand(1, COMMAND_MAP.hmoveto);
              break;
            case 30:
              error3 = this.executeCommand(4, COMMAND_MAP.vhcurveto);
              break;
            case 31:
              error3 = this.executeCommand(4, COMMAND_MAP.hvcurveto);
              break;
            case (12 << 8) + 0:
              this.stack = [];
              break;
            case (12 << 8) + 1:
              if (true) {
                this.stack = [];
                break;
              }
              error3 = this.executeCommand(2, COMMAND_MAP.vstem);
              break;
            case (12 << 8) + 2:
              if (true) {
                this.stack = [];
                break;
              }
              error3 = this.executeCommand(2, COMMAND_MAP.hstem);
              break;
            case (12 << 8) + 6:
              if (seacAnalysisEnabled) {
                const asb = this.stack.at(-5);
                this.seac = this.stack.splice(-4, 4);
                this.seac[0] += this.lsb - asb;
                error3 = this.executeCommand(0, COMMAND_MAP.endchar);
              } else {
                error3 = this.executeCommand(4, COMMAND_MAP.endchar);
              }
              break;
            case (12 << 8) + 7:
              if (this.stack.length < 4) {
                error3 = true;
                break;
              }
              this.stack.pop();
              wx = this.stack.pop();
              const sby = this.stack.pop();
              sbx = this.stack.pop();
              this.lsb = sbx;
              this.width = wx;
              this.stack.push(wx, sbx, sby);
              error3 = this.executeCommand(3, COMMAND_MAP.rmoveto);
              break;
            case (12 << 8) + 12:
              if (this.stack.length < 2) {
                error3 = true;
                break;
              }
              const num2 = this.stack.pop();
              const num1 = this.stack.pop();
              this.stack.push(num1 / num2);
              break;
            case (12 << 8) + 16:
              if (this.stack.length < 2) {
                error3 = true;
                break;
              }
              subrNumber = this.stack.pop();
              const numArgs = this.stack.pop();
              if (subrNumber === 0 && numArgs === 3) {
                const flexArgs = this.stack.splice(-17, 17);
                this.stack.push(flexArgs[2] + flexArgs[0], flexArgs[3] + flexArgs[1], flexArgs[4], flexArgs[5], flexArgs[6], flexArgs[7], flexArgs[8], flexArgs[9], flexArgs[10], flexArgs[11], flexArgs[12], flexArgs[13], flexArgs[14]);
                error3 = this.executeCommand(13, COMMAND_MAP.flex, true);
                this.flexing = false;
                this.stack.push(flexArgs[15], flexArgs[16]);
              } else if (subrNumber === 1 && numArgs === 0) {
                this.flexing = true;
              }
              break;
            case (12 << 8) + 17:
              break;
            case (12 << 8) + 33:
              this.stack = [];
              break;
            default:
              warn2('Unknown type 1 charstring command of "' + value + '"');
              break;
          }
          if (error3) {
            break;
          }
          continue;
        } else if (value <= 246) {
          value -= 139;
        } else if (value <= 250) {
          value = (value - 247) * 256 + encoded[++i] + 108;
        } else if (value <= 254) {
          value = -((value - 251) * 256) - encoded[++i] - 108;
        } else {
          value = (encoded[++i] & 255) << 24 | (encoded[++i] & 255) << 16 | (encoded[++i] & 255) << 8 | (encoded[++i] & 255) << 0;
        }
        this.stack.push(value);
      }
      return error3;
    }
    executeCommand(howManyArgs, command, keepStack) {
      const stackLength = this.stack.length;
      if (howManyArgs > stackLength) {
        return true;
      }
      const start = stackLength - howManyArgs;
      for (let i = start; i < stackLength; i++) {
        let value = this.stack[i];
        if (Number.isInteger(value)) {
          this.output.push(28, value >> 8 & 255, value & 255);
        } else {
          value = 65536 * value | 0;
          this.output.push(255, value >> 24 & 255, value >> 16 & 255, value >> 8 & 255, value & 255);
        }
      }
      this.output.push(...command);
      if (keepStack) {
        this.stack.splice(start, howManyArgs);
      } else {
        this.stack.length = 0;
      }
      return false;
    }
  };
  var EEXEC_ENCRYPT_KEY = 55665;
  var CHAR_STRS_ENCRYPT_KEY = 4330;
  function isHexDigit(code) {
    return code >= 48 && code <= 57 || code >= 65 && code <= 70 || code >= 97 && code <= 102;
  }
  function decrypt(data, key2, discardNumber) {
    if (discardNumber >= data.length) {
      return new Uint8Array(0);
    }
    const c1 = 52845, c2 = 22719;
    let r = key2 | 0, i, j;
    for (i = 0; i < discardNumber; i++) {
      r = (data[i] + r) * c1 + c2 & (1 << 16) - 1;
    }
    const count = data.length - discardNumber;
    const decrypted = new Uint8Array(count);
    for (i = discardNumber, j = 0; j < count; i++, j++) {
      const value = data[i];
      decrypted[j] = value ^ r >> 8;
      r = (value + r) * c1 + c2 & (1 << 16) - 1;
    }
    return decrypted;
  }
  function decryptAscii(data, key2, discardNumber) {
    const c1 = 52845, c2 = 22719;
    let r = key2 | 0;
    const count = data.length, maybeLength = count >>> 1;
    const decrypted = new Uint8Array(maybeLength);
    let i, j;
    for (i = 0, j = 0; i < count; i++) {
      const digit1 = data[i];
      if (!isHexDigit(digit1)) {
        continue;
      }
      i++;
      let digit2;
      while (i < count && !isHexDigit(digit2 = data[i])) {
        i++;
      }
      if (i < count) {
        const value = parseInt(String.fromCharCode(digit1, digit2), 16);
        decrypted[j++] = value ^ r >> 8;
        r = (value + r) * c1 + c2 & (1 << 16) - 1;
      }
    }
    return decrypted.slice(discardNumber, j);
  }
  function isSpecial(c) {
    return c === 47 || c === 91 || c === 93 || c === 123 || c === 125 || c === 40 || c === 41;
  }
  var Type1Parser = class {
    constructor(stream2, encrypted, seacAnalysisEnabled) {
      if (encrypted) {
        const data = stream2.getBytes();
        const isBinary = !((isHexDigit(data[0]) || isWhiteSpace(data[0])) && isHexDigit(data[1]) && isHexDigit(data[2]) && isHexDigit(data[3]) && isHexDigit(data[4]) && isHexDigit(data[5]) && isHexDigit(data[6]) && isHexDigit(data[7]));
        stream2 = new Stream2(isBinary ? decrypt(data, EEXEC_ENCRYPT_KEY, 4) : decryptAscii(data, EEXEC_ENCRYPT_KEY, 4));
      }
      this.seacAnalysisEnabled = !!seacAnalysisEnabled;
      this.stream = stream2;
      this.nextChar();
    }
    readNumberArray() {
      this.getToken();
      const array = [];
      while (true) {
        const token = this.getToken();
        if (token === null || token === "]" || token === "}") {
          break;
        }
        array.push(parseFloat(token || 0));
      }
      return array;
    }
    readNumber() {
      const token = this.getToken();
      return parseFloat(token || 0);
    }
    readInt() {
      const token = this.getToken();
      return parseInt(token || 0, 10) | 0;
    }
    readBoolean() {
      const token = this.getToken();
      return token === "true" ? 1 : 0;
    }
    nextChar() {
      return this.currentChar = this.stream.getByte();
    }
    prevChar() {
      this.stream.skip(-2);
      return this.currentChar = this.stream.getByte();
    }
    getToken() {
      let comment = false;
      let ch2 = this.currentChar;
      while (true) {
        if (ch2 === -1) {
          return null;
        }
        if (comment) {
          if (ch2 === 10 || ch2 === 13) {
            comment = false;
          }
        } else if (ch2 === 37) {
          comment = true;
        } else if (!isWhiteSpace(ch2)) {
          break;
        }
        ch2 = this.nextChar();
      }
      if (isSpecial(ch2)) {
        this.nextChar();
        return String.fromCharCode(ch2);
      }
      let token = "";
      do {
        token += String.fromCharCode(ch2);
        ch2 = this.nextChar();
      } while (ch2 >= 0 && !isWhiteSpace(ch2) && !isSpecial(ch2));
      return token;
    }
    readCharStrings(bytes2, lenIV) {
      if (lenIV === -1) {
        return bytes2;
      }
      return decrypt(bytes2, CHAR_STRS_ENCRYPT_KEY, lenIV);
    }
    extractFontProgram(properties) {
      const stream2 = this.stream;
      const subrs = [], charstrings = [];
      const privateData = /* @__PURE__ */ new Map([["lenIV", 4]]);
      const program = {
        subrs: [],
        charstrings: [],
        properties: {
          privateData
        }
      };
      let token, length, data;
      let subrsParsed = false;
      let charStringsParsed = false;
      while ((token = this.getToken()) !== null) {
        if (token !== "/") {
          continue;
        }
        token = this.getToken();
        switch (token) {
          case "CharStrings":
            if (charStringsParsed) {
              break;
            }
            charStringsParsed = true;
            this.getToken();
            this.getToken();
            this.getToken();
            this.getToken();
            while (true) {
              token = this.getToken();
              if (token === null || token === "end") {
                break;
              }
              if (token !== "/") {
                continue;
              }
              const glyph = this.getToken();
              length = this.readInt();
              this.getToken();
              data = length > 0 ? stream2.getBytes(length) : new Uint8Array(0);
              const encoded = this.readCharStrings(data, privateData.get("lenIV"));
              this.nextChar();
              token = this.getToken();
              if (token === "noaccess") {
                this.getToken();
              } else if (token === "/") {
                this.prevChar();
              }
              charstrings.push({
                glyph,
                encoded
              });
            }
            break;
          case "Subrs":
            if (subrsParsed) {
              break;
            }
            subrsParsed = true;
            this.readInt();
            this.getToken();
            while (this.getToken() === "dup") {
              const index = this.readInt();
              length = this.readInt();
              this.getToken();
              data = length > 0 ? stream2.getBytes(length) : new Uint8Array(0);
              const encoded = this.readCharStrings(data, privateData.get("lenIV"));
              this.nextChar();
              token = this.getToken();
              if (token === "noaccess") {
                this.getToken();
              }
              subrs[index] = encoded;
            }
            break;
          case "BlueValues":
          case "OtherBlues":
          case "FamilyBlues":
          case "FamilyOtherBlues":
            const blueArray = this.readNumberArray();
            if (false) {
            }
            break;
          case "StemSnapH":
          case "StemSnapV":
            privateData.set(token, this.readNumberArray());
            break;
          case "StdHW":
          case "StdVW":
            privateData.set(token, this.readNumberArray()[0]);
            break;
          case "BlueShift":
          case "lenIV":
          case "BlueFuzz":
          case "BlueScale":
          case "LanguageGroup":
            privateData.set(token, this.readNumber());
            break;
          case "ExpansionFactor":
            privateData.set(token, this.readNumber() || 0.06);
            break;
          case "ForceBold":
            privateData.set(token, this.readBoolean());
            break;
        }
      }
      for (const {
        encoded,
        glyph
      } of charstrings) {
        const charString = new Type1CharString();
        const error3 = charString.convert(encoded, subrs, this.seacAnalysisEnabled);
        const output = !error3 ? charString.output : [14];
        const charStringObject = {
          glyphName: glyph,
          charstring: output,
          width: charString.width,
          lsb: charString.lsb,
          seac: charString.seac
        };
        if (glyph === ".notdef") {
          program.charstrings.unshift(charStringObject);
        } else {
          program.charstrings.push(charStringObject);
        }
        if (properties.builtInEncoding) {
          const index = properties.builtInEncoding.indexOf(glyph);
          if (index > -1 && properties.widths[index] === void 0 && index >= properties.firstChar && index <= properties.lastChar) {
            properties.widths[index] = charString.width;
          }
        }
      }
      return program;
    }
    extractCidKeyedFontProgram(properties) {
      const stream2 = this.stream;
      const privateData = /* @__PURE__ */ new Map([["lenIV", 4]]);
      const program = {
        subrs: [],
        charstrings: [],
        properties: {
          privateData
        }
      };
      let cidCount = 0;
      let cidMapOffset = -1;
      let fdBytes = 1;
      let gdBytes = 0;
      let subrMapOffset = -1;
      let sdBytes = 0;
      let subrCount = 0;
      let startDataLength = 0;
      let startDataIsHex = false;
      let foundStartData = false;
      const previousTokens = [];
      function rememberToken(value) {
        previousTokens.push(value);
        if (previousTokens.length > 4) {
          previousTokens.shift();
        }
      }
      let token;
      while ((token = this.getToken()) !== null) {
        if (token === "StartData") {
          const dataType = previousTokens.at(-3);
          const dataLength = previousTokens.at(-1);
          if (previousTokens.at(-4) !== "(" || previousTokens.at(-2) !== ")" || dataType !== "Binary" && dataType !== "Hex" || !/^\d+$/.test(dataLength)) {
            return null;
          }
          startDataLength = parseInt(dataLength, 10);
          if (startDataLength <= 0) {
            return null;
          }
          startDataIsHex = dataType === "Hex";
          foundStartData = true;
          break;
        }
        rememberToken(token);
        if (token !== "/") {
          continue;
        }
        token = this.getToken();
        rememberToken(token);
        switch (token) {
          case "FontMatrix":
            properties.fontMatrix = this.readNumberArray();
            break;
          case "FontBBox":
            const fontBBox = this.readNumberArray();
            properties.ascent = Math.max(fontBBox[3], fontBBox[1]);
            properties.descent = Math.min(fontBBox[1], fontBBox[3]);
            properties.ascentScaled = true;
            break;
          case "CIDCount":
            cidCount = this.readInt();
            break;
          case "CIDMapOffset":
            cidMapOffset = this.readInt();
            break;
          case "FDBytes":
            fdBytes = this.readInt();
            break;
          case "GDBytes":
            gdBytes = this.readInt();
            break;
          case "SubrMapOffset":
            subrMapOffset = this.readInt();
            break;
          case "SDBytes":
            sdBytes = this.readInt();
            break;
          case "SubrCount":
            subrCount = this.readInt();
            break;
          case "BlueValues":
          case "OtherBlues":
          case "FamilyBlues":
          case "FamilyOtherBlues":
            this.readNumberArray();
            break;
          case "StemSnapH":
          case "StemSnapV":
            privateData.set(token, this.readNumberArray());
            break;
          case "StdHW":
          case "StdVW":
            privateData.set(token, this.readNumberArray()[0]);
            break;
          case "BlueShift":
          case "lenIV":
          case "BlueFuzz":
          case "BlueScale":
          case "LanguageGroup":
            privateData.set(token, this.readNumber());
            break;
          case "ExpansionFactor":
            privateData.set(token, this.readNumber() || 0.06);
            break;
          case "ForceBold":
            privateData.set(token, this.readBoolean());
            break;
        }
      }
      if (!foundStartData || cidCount <= 0 || cidMapOffset < 0 || fdBytes < 0 || fdBytes > 4 || gdBytes < 1 || gdBytes > 4) {
        return null;
      }
      const maxLength = stream2.end - stream2.pos;
      if (startDataLength > maxLength) {
        if (!startDataIsHex) {
          startDataLength = maxLength;
        } else if (startDataLength > 2 * maxLength) {
          return null;
        }
      }
      let binary = stream2.getBytes(startDataIsHex ? void 0 : startDataLength);
      if (startDataIsHex) {
        const decoded = new Uint8Array(startDataLength);
        let digit1 = -1, j = 0;
        for (let i = 0, ii = binary.length; i < ii && j < startDataLength; i++) {
          const digit = binary[i];
          if (!isHexDigit(digit)) {
            continue;
          }
          if (digit1 < 0) {
            digit1 = digit;
            continue;
          }
          decoded[j++] = parseInt(String.fromCharCode(digit1, digit), 16);
          digit1 = -1;
        }
        if (j !== startDataLength) {
          return null;
        }
        binary = decoded;
      }
      const lenIV = privateData.get("lenIV");
      const cidEntrySize = fdBytes + gdBytes;
      const subrs = [];
      function readUint(offset, byteCount) {
        let n = 0;
        for (let i = 0; i < byteCount; i++) {
          n = n << 8 | binary[offset + i];
        }
        return n >>> 0;
      }
      if (cidMapOffset + (cidCount + 1) * cidEntrySize > binary.length || subrCount > 0 && (subrMapOffset < 0 || sdBytes < 1 || sdBytes > 4 || subrMapOffset + (subrCount + 1) * sdBytes > binary.length)) {
        return null;
      }
      if (fdBytes > 0) {
        for (let cid = 0; cid < cidCount; cid++) {
          if (readUint(cidMapOffset + cid * cidEntrySize, fdBytes) !== 0) {
            return null;
          }
        }
      }
      if (subrCount > 0) {
        const subrOffsets = new Array(subrCount + 1);
        for (let i = 0; i <= subrCount; i++) {
          subrOffsets[i] = readUint(subrMapOffset + i * sdBytes, sdBytes);
        }
        for (let i = 0; i < subrCount; i++) {
          const start = subrOffsets[i];
          const end = subrOffsets[i + 1];
          if (end > binary.length || end < start) {
            subrs[i] = new Uint8Array(0);
            continue;
          }
          subrs[i] = this.readCharStrings(binary.subarray(start, end), lenIV);
        }
      }
      const charstrings = [];
      let prevOffset = readUint(cidMapOffset + fdBytes, gdBytes);
      for (let cid = 0; cid < cidCount; cid++) {
        const nextOffset = readUint(cidMapOffset + (cid + 1) * cidEntrySize + fdBytes, gdBytes);
        const glyphName = cid === 0 ? ".notdef" : `cid${cid}`;
        if (nextOffset > prevOffset && nextOffset <= binary.length) {
          const encoded = this.readCharStrings(binary.subarray(prevOffset, nextOffset), lenIV);
          const charString = new Type1CharString();
          const error3 = charString.convert(encoded, subrs, this.seacAnalysisEnabled);
          charstrings.push({
            glyphName,
            charstring: error3 ? [14] : charString.output,
            width: charString.width,
            lsb: charString.lsb,
            seac: charString.seac
          });
        } else {
          const notDef = charstrings[0];
          charstrings.push({
            glyphName,
            charstring: notDef?.charstring.slice() || [139, 14],
            width: notDef?.width || 0,
            lsb: notDef?.lsb || 0
          });
        }
        prevOffset = nextOffset;
      }
      program.subrs = subrs;
      program.charstrings = charstrings;
      return program;
    }
    extractFontHeader(properties) {
      let token;
      while ((token = this.getToken()) !== null) {
        if (token !== "/") {
          continue;
        }
        token = this.getToken();
        switch (token) {
          case "FontMatrix":
            const matrix = this.readNumberArray();
            properties.fontMatrix = matrix;
            break;
          case "Encoding":
            const encodingArg = this.getToken();
            let encoding;
            if (!/^\d+$/.test(encodingArg)) {
              encoding = getEncoding(encodingArg);
            } else {
              encoding = [];
              const size = parseInt(encodingArg, 10) | 0;
              this.getToken();
              for (let j = 0; j < size; j++) {
                token = this.getToken();
                while (token !== "dup" && token !== "def") {
                  token = this.getToken();
                  if (token === null) {
                    return;
                  }
                }
                if (token === "def") {
                  break;
                }
                const index = this.readInt();
                this.getToken();
                const glyph = this.getToken();
                encoding[index] = glyph;
                this.getToken();
              }
            }
            properties.builtInEncoding = encoding;
            break;
          case "FontBBox":
            const fontBBox = this.readNumberArray();
            properties.ascent = Math.max(fontBBox[3], fontBBox[1]);
            properties.descent = Math.min(fontBBox[1], fontBBox[3]);
            properties.ascentScaled = true;
            break;
        }
      }
    }
  };
  function findBlock(streamBytes, signature, startIndex) {
    const streamBytesLength = streamBytes.length;
    const signatureLength = signature.length;
    const scanLength = streamBytesLength - signatureLength;
    let i = startIndex, found = false;
    while (i < scanLength) {
      let j = 0;
      while (j < signatureLength && streamBytes[i + j] === signature[j]) {
        j++;
      }
      if (j >= signatureLength) {
        i += j;
        while (i < streamBytesLength && isWhiteSpace(streamBytes[i])) {
          i++;
        }
        found = true;
        break;
      }
      i++;
    }
    return {
      found,
      length: i
    };
  }
  function getHeaderBlock(stream2, suggestedLength) {
    const EEXEC_SIGNATURE = [101, 101, 120, 101, 99];
    const streamStartPos = stream2.pos;
    let headerBytes, headerBytesLength, block;
    try {
      headerBytes = stream2.getBytes(suggestedLength);
      headerBytesLength = headerBytes.length;
    } catch {
    }
    if (headerBytesLength === suggestedLength) {
      block = findBlock(headerBytes, EEXEC_SIGNATURE, suggestedLength - 2 * EEXEC_SIGNATURE.length);
      if (block.found && block.length === suggestedLength) {
        return {
          stream: new Stream2(headerBytes),
          length: suggestedLength
        };
      }
    }
    warn2('Invalid "Length1" property in Type1 font -- trying to recover.');
    stream2.pos = streamStartPos;
    const SCAN_BLOCK_LENGTH = 2048;
    let actualLength;
    while (true) {
      const scanBytes = stream2.peekBytes(SCAN_BLOCK_LENGTH);
      block = findBlock(scanBytes, EEXEC_SIGNATURE, 0);
      if (block.length === 0) {
        break;
      }
      stream2.pos += block.length;
      if (block.found) {
        actualLength = stream2.pos - streamStartPos;
        break;
      }
    }
    stream2.pos = streamStartPos;
    if (actualLength) {
      return {
        stream: new Stream2(stream2.getBytes(actualLength)),
        length: actualLength
      };
    }
    warn2('Unable to recover "Length1" property in Type1 font -- using as is.');
    return {
      stream: new Stream2(stream2.getBytes(suggestedLength)),
      length: suggestedLength
    };
  }
  function getEexecBlock(stream2, suggestedLength) {
    const eexecBytes = stream2.getBytes();
    if (eexecBytes.length === 0) {
      throw new FormatError2("getEexecBlock - no font program found.");
    }
    return {
      stream: new Stream2(eexecBytes),
      length: eexecBytes.length
    };
  }
  function isCidKeyedType1File(file) {
    const sample = file.peekBytes(2048);
    if (sample.length < 2 || sample[0] !== 37 || sample[1] !== 33) {
      return false;
    }
    const text2 = bytesToString2(sample);
    return text2.includes("Resource-CIDFont") || /\/CIDFontType\s+0\b/.test(text2);
  }
  var Type1Font = class {
    #rawFileLength;
    constructor(name, file, properties) {
      let data;
      if (properties.composite && isCidKeyedType1File(file)) {
        data = this.#parseCidKeyedType1(file, properties);
      }
      data ||= this.#parseType1(file, properties);
      for (const key2 in data.properties) {
        properties[key2] = data.properties[key2];
      }
      const charstrings = data.charstrings;
      const type2Charstrings = this.getType2Charstrings(charstrings);
      const subrs = this.getType2Subrs(data.subrs);
      this.charstrings = charstrings;
      this.data = this.wrap(name, type2Charstrings, this.charstrings, subrs, properties);
      this.seacs = this.getSeacs(data.charstrings);
    }
    #parseType1(file, properties) {
      const PFB_HEADER_SIZE = 6;
      let headerBlockLength = properties.length1;
      let eexecBlockLength = properties.length2;
      let pfbHeader = file.peekBytes(PFB_HEADER_SIZE);
      const pfbHeaderPresent = pfbHeader[0] === 128 && pfbHeader[1] === 1;
      if (pfbHeaderPresent) {
        file.skip(PFB_HEADER_SIZE);
        headerBlockLength = pfbHeader[5] << 24 | pfbHeader[4] << 16 | pfbHeader[3] << 8 | pfbHeader[2];
      }
      const headerBlock = getHeaderBlock(file, headerBlockLength);
      const headerBlockParser = new Type1Parser(
        headerBlock.stream,
        false,
        /* inlined export .SEAC_ANALYSIS_ENABLED */
        true
      );
      headerBlockParser.extractFontHeader(properties);
      if (pfbHeaderPresent) {
        pfbHeader = file.getBytes(PFB_HEADER_SIZE);
        eexecBlockLength = pfbHeader[5] << 24 | pfbHeader[4] << 16 | pfbHeader[3] << 8 | pfbHeader[2];
      }
      const eexecBlock = getEexecBlock(file, eexecBlockLength);
      const eexecBlockParser = new Type1Parser(
        eexecBlock.stream,
        true,
        /* inlined export .SEAC_ANALYSIS_ENABLED */
        true
      );
      const data = eexecBlockParser.extractFontProgram(properties);
      this.#rawFileLength = headerBlock.length + eexecBlock.length;
      return data;
    }
    #parseCidKeyedType1(file, properties) {
      const fileStart = file.pos;
      const length = file.end - fileStart;
      const parser = new Type1Parser(
        file,
        false,
        /* inlined export .SEAC_ANALYSIS_ENABLED */
        true
      );
      const data = parser.extractCidKeyedFontProgram(properties);
      if (!data) {
        file.pos = fileStart;
        warn2("Type1Font: unable to parse CID-keyed Type 1 font.");
        return null;
      }
      this.#rawFileLength = length;
      return data;
    }
    get numGlyphs() {
      return this.charstrings.length + 1;
    }
    getCharset() {
      const charset = [".notdef"];
      for (const {
        glyphName
      } of this.charstrings) {
        charset.push(glyphName);
      }
      return charset;
    }
    getGlyphMapping(properties) {
      const charstrings = this.charstrings;
      if (properties.composite) {
        const charCodeToGlyphId = /* @__PURE__ */ new Map();
        for (let glyphId2 = 0, charstringsLen = charstrings.length; glyphId2 < charstringsLen; glyphId2++) {
          const charCode = properties.cMap.charCodeOf(glyphId2);
          charCodeToGlyphId.set(charCode, glyphId2 + 1);
        }
        return charCodeToGlyphId;
      }
      const glyphNames = [".notdef"];
      let builtInEncoding, glyphId;
      for (glyphId = 0; glyphId < charstrings.length; glyphId++) {
        glyphNames.push(charstrings[glyphId].glyphName);
      }
      const encoding = properties.builtInEncoding;
      if (encoding) {
        builtInEncoding = /* @__PURE__ */ Object.create(null);
        for (const charCode in encoding) {
          glyphId = glyphNames.indexOf(encoding[charCode]);
          if (glyphId >= 0) {
            builtInEncoding[charCode] = glyphId;
          }
        }
      }
      return type1FontGlyphMapping(properties, builtInEncoding, glyphNames);
    }
    hasGlyphId(id) {
      if (id < 0 || id >= this.numGlyphs) {
        return false;
      }
      if (id === 0) {
        return true;
      }
      const glyph = this.charstrings[id - 1];
      return glyph.charstring.length > 0;
    }
    getSeacs(charstrings) {
      const seacs = /* @__PURE__ */ new Map();
      for (let i = 0, ii = charstrings.length; i < ii; i++) {
        const {
          seac
        } = charstrings[i];
        if (seac) {
          seacs.set(i + 1, seac);
        }
      }
      return seacs;
    }
    getType2Charstrings(type1Charstrings) {
      const type2Charstrings = [];
      for (const type1Charstring of type1Charstrings) {
        type2Charstrings.push(type1Charstring.charstring);
      }
      return type2Charstrings;
    }
    getType2Subrs(type1Subrs) {
      let bias = 0;
      const count = type1Subrs.length;
      if (count < 1133) {
        bias = 107;
      } else if (count < 33769) {
        bias = 1131;
      } else {
        bias = 32768;
      }
      const type2Subrs = [];
      let i;
      for (i = 0; i < bias; i++) {
        type2Subrs.push([11]);
      }
      for (i = 0; i < count; i++) {
        type2Subrs.push(type1Subrs[i]);
      }
      return type2Subrs;
    }
    wrap(name, glyphs, charstrings, subrs, properties) {
      const cff = new CFF(this.#rawFileLength);
      cff.header = new CFFHeader(1, 0, 4, 4);
      cff.names = [name];
      const topDict = new CFFTopDict();
      topDict.setByName("version", 391);
      topDict.setByName("Notice", 392);
      topDict.setByName("FullName", 393);
      topDict.setByName("FamilyName", 394);
      topDict.setByName("Weight", 395);
      topDict.setByName("Encoding", null);
      topDict.setByName("FontMatrix", properties.fontMatrix);
      topDict.setByName("FontBBox", properties.bbox);
      topDict.setByName("charset", null);
      topDict.setByName("CharStrings", null);
      topDict.setByName("Private", null);
      cff.topDict = topDict;
      const strings = new CFFStrings();
      strings.add("Version 0.11");
      strings.add("See original notice");
      strings.add(name);
      strings.add(name);
      strings.add("Medium");
      cff.strings = strings;
      cff.globalSubrIndex = new CFFIndex();
      const count = glyphs.length;
      const charsetArray = [".notdef"];
      for (let i = 0; i < count; i++) {
        const {
          glyphName
        } = charstrings[i];
        const index = CFFStandardStrings.indexOf(glyphName);
        if (index === -1) {
          strings.add(glyphName);
        }
        charsetArray.push(glyphName);
      }
      cff.charset = new CFFCharset(false, 0, charsetArray);
      const charStringsIndex = new CFFIndex();
      charStringsIndex.add([139, 14]);
      for (let i = 0; i < count; i++) {
        charStringsIndex.add(glyphs[i]);
      }
      cff.charStrings = charStringsIndex;
      const privateDict = new CFFPrivateDict();
      privateDict.setByName("Subrs", null);
      const fields = ["BlueValues", "OtherBlues", "FamilyBlues", "FamilyOtherBlues", "StemSnapH", "StemSnapV", "BlueShift", "BlueFuzz", "BlueScale", "LanguageGroup", "ExpansionFactor", "ForceBold", "StdHW", "StdVW"];
      for (const field3 of fields) {
        if (!properties.privateData.has(field3)) {
          continue;
        }
        const value = properties.privateData.get(field3);
        if (Array.isArray(value)) {
          for (let j = value.length - 1; j > 0; j--) {
            value[j] -= value[j - 1];
          }
        }
        privateDict.setByName(field3, value);
      }
      cff.topDict.privateDict = privateDict;
      const subrIndex = new CFFIndex();
      for (const subr of subrs) {
        subrIndex.add(subr);
      }
      privateDict.subrsIndex = subrIndex;
      const compiler = new CFFCompiler(cff);
      return compiler.compile();
    }
  };
  var PRIVATE_USE_AREAS = [[57344, 63743], [1048576, 1114109]];
  var PDF_GLYPH_SPACE_UNITS = 1e3;
  var EXPORT_DATA_PROPERTIES = ["bbox", "black", "bold", "cssFontInfo", "data", "disableFontFace", "fallbackName", "fontExtraProperties", "fontMatrix", "isInvalidPDFjsFont", "isType3Font", "italic", "loadedName", "missingFile", "remeasure", "systemFontInfo", "vertical"];
  var EXPORT_DATA_EXTRA_PROPERTIES = ["ascent", "composite", "defaultEncoding", "defaultVMetrics", "defaultWidth", "descent", "differences", "isMonospace", "isSerifFont", "isSymbolicFont", "name", "seacMap", "subtype", "toFontChar", "type", "vmetrics", "widths"];
  function adjustWidths(properties) {
    if (!properties.fontMatrix || properties.fontMatrix[0] === FONT_IDENTITY_MATRIX2[0]) {
      return;
    }
    const scale2 = 1e-3 / properties.fontMatrix[0];
    const glyphsWidths = properties.widths;
    for (const glyph in glyphsWidths) {
      glyphsWidths[glyph] *= scale2;
    }
    properties.defaultWidth *= scale2;
  }
  function adjustTrueTypeToUnicode(properties, isSymbolicFont, nameRecords) {
    if (properties.isInternalFont) {
      return;
    }
    if (properties.hasIncludedToUnicodeMap) {
      return;
    }
    if (properties.hasEncoding) {
      return;
    }
    if (properties.toUnicode instanceof IdentityToUnicodeMap) {
      return;
    }
    if (!isSymbolicFont) {
      return;
    }
    if (nameRecords.length === 0) {
      return;
    }
    if (properties.defaultEncoding === WinAnsiEncoding) {
      return;
    }
    for (const r of nameRecords) {
      if (!isWinNameRecord(r)) {
        return;
      }
    }
    const encoding = WinAnsiEncoding;
    const toUnicode = /* @__PURE__ */ new Map(), glyphsUnicodeMap = getGlyphsUnicode();
    for (const charCode in encoding) {
      const glyphName = encoding[charCode];
      if (glyphName === "") {
        continue;
      }
      const unicode = glyphsUnicodeMap[glyphName];
      if (unicode === void 0) {
        continue;
      }
      toUnicode.set(+charCode, String.fromCharCode(unicode));
    }
    properties.toUnicode.amend(toUnicode);
  }
  function adjustType1ToUnicode(properties, builtInEncoding) {
    if (properties.isInternalFont) {
      return;
    }
    if (properties.hasIncludedToUnicodeMap) {
      return;
    }
    if (builtInEncoding === properties.defaultEncoding) {
      return;
    }
    if (properties.toUnicode instanceof IdentityToUnicodeMap) {
      return;
    }
    const toUnicode = /* @__PURE__ */ new Map(), glyphsUnicodeMap = getGlyphsUnicode();
    for (const charCode in builtInEncoding) {
      if (properties.hasEncoding) {
        if (properties.baseEncodingName || properties.differences.has(+charCode)) {
          continue;
        }
      }
      const glyphName = builtInEncoding[charCode];
      const unicode = getUnicodeForGlyph(glyphName, glyphsUnicodeMap);
      if (unicode !== -1) {
        toUnicode.set(+charCode, String.fromCharCode(unicode));
      }
    }
    properties.toUnicode.amend(toUnicode);
  }
  function amendFallbackToUnicode(properties) {
    if (!properties.fallbackToUnicode || properties.toUnicode instanceof IdentityToUnicodeMap) {
      return;
    }
    const toUnicode = /* @__PURE__ */ new Map();
    for (const [charCode, entry] of properties.fallbackToUnicode) {
      if (properties.toUnicode.has(charCode)) {
        continue;
      }
      toUnicode.set(charCode, entry);
    }
    properties.toUnicode.amend(toUnicode);
  }
  var fonts_Glyph = class {
    constructor(originalCharCode, fontChar, unicode, accent, width, vmetric, operatorListId, isSpace2, isInFont) {
      this.originalCharCode = originalCharCode;
      this.fontChar = fontChar;
      this.unicode = unicode;
      this.accent = accent;
      this.width = width;
      this.vmetric = vmetric;
      this.operatorListId = operatorListId;
      this.isSpace = isSpace2;
      this.isInFont = isInFont;
    }
    get category() {
      return util_shadow2(this, "category", getCharUnicodeCategory(this.unicode), true);
    }
  };
  function int16(b0, b1) {
    return (b0 << 8) + b1;
  }
  function writeSignedInt16(bytes2, index, value) {
    bytes2[index + 1] = value;
    bytes2[index] = value >>> 8;
  }
  function signedInt16(b0, b1) {
    const value = (b0 << 8) + b1;
    return value & 1 << 15 ? value - 65536 : value;
  }
  function writeUint322(bytes2, index, value) {
    bytes2[index + 3] = value & 255;
    bytes2[index + 2] = value >>> 8;
    bytes2[index + 1] = value >>> 16;
    bytes2[index] = value >>> 24;
  }
  function isTrueTypeFile(file) {
    const header2 = file.peekBytes(4), str = bytesToString2(header2);
    return str === "\0\0\0" || str === "true";
  }
  function isTrueTypeCollectionFile(file) {
    const header2 = file.peekBytes(4);
    return bytesToString2(header2) === "ttcf";
  }
  function isOpenTypeFile(file) {
    const header2 = file.peekBytes(4);
    return bytesToString2(header2) === "OTTO";
  }
  function isType1File(file) {
    const header2 = file.peekBytes(2);
    if (header2[0] === 37 && header2[1] === 33) {
      return true;
    }
    if (header2[0] === 128 && header2[1] === 1) {
      return true;
    }
    return false;
  }
  function isCFFFile(file) {
    const header2 = file.peekBytes(4);
    if (header2[0] >= 1 && header2[3] >= 1 && header2[3] <= 4) {
      return true;
    }
    return false;
  }
  function getFontFileType(file, {
    type,
    subtype,
    composite
  }) {
    let fileType, fileSubtype;
    if (isTrueTypeFile(file) || isTrueTypeCollectionFile(file)) {
      fileType = composite ? "CIDFontType2" : "TrueType";
    } else if (isOpenTypeFile(file)) {
      fileType = composite ? "CIDFontType2" : "OpenType";
    } else if (isType1File(file)) {
      if (composite) {
        fileType = "CIDFontType0";
      } else {
        fileType = type === "MMType1" ? "MMType1" : "Type1";
      }
    } else if (isCFFFile(file)) {
      if (composite) {
        fileType = "CIDFontType0";
        fileSubtype = "CIDFontType0C";
      } else {
        fileType = type === "MMType1" ? "MMType1" : "Type1";
        fileSubtype = "Type1C";
      }
    } else {
      warn2("getFontFileType: Unable to detect correct font file Type/Subtype.");
      fileType = type;
      fileSubtype = subtype;
    }
    return [fileType, fileSubtype];
  }
  function applyStandardFontGlyphMap(map, glyphMap) {
    for (const charCode in glyphMap) {
      map.set(+charCode, glyphMap[charCode]);
    }
  }
  var getSymbolGlyphIdEncoding = getLookupTableFactory((t) => {
    let glyphId = 3;
    for (const [firstCharCode, lastCharCode] of [[32, 126], [161, 254]]) {
      for (let charCode = firstCharCode; charCode <= lastCharCode; charCode++) {
        t[glyphId++] = SymbolSetEncoding[charCode];
      }
    }
  }, true);
  function buildToFontChar(encoding, glyphsUnicodeMap, differences) {
    const toFontChar = /* @__PURE__ */ new Map();
    let unicode;
    for (let i = 0, ii = encoding.length; i < ii; i++) {
      unicode = getUnicodeForGlyph(encoding[i], glyphsUnicodeMap);
      if (unicode !== -1) {
        toFontChar.set(i, unicode);
      }
    }
    for (const [charCode, glyphName] of differences) {
      unicode = getUnicodeForGlyph(glyphName, glyphsUnicodeMap);
      if (unicode !== -1) {
        toFontChar.set(charCode, unicode);
      }
    }
    return toFontChar;
  }
  function isMacNameRecord(r) {
    return r.platform === 1 && r.encoding === 0 && r.language === 0;
  }
  function isWinNameRecord(r) {
    return r.platform === 3 && r.encoding === 1 && r.language === 1033;
  }
  function convertCidString(charCode, cid, shouldThrow = false) {
    switch (cid.length) {
      case 1:
        return cid.charCodeAt(0);
      case 2:
        return cid.charCodeAt(0) << 8 | cid.charCodeAt(1);
    }
    const msg = `Unsupported CID string (charCode ${charCode}): "${cid}".`;
    if (shouldThrow) {
      throw new FormatError2(msg);
    }
    warn2(msg);
    return cid;
  }
  function adjustMapping(charCodeToGlyphId, hasGlyph, newGlyphZeroId, toUnicode) {
    const newMap = /* @__PURE__ */ new Map();
    const toUnicodeExtraMap = /* @__PURE__ */ new Map();
    const toFontChar = /* @__PURE__ */ new Map();
    const usedGlyphIds = /* @__PURE__ */ new Set();
    let privateUseAreaIndex = 0;
    const privateUseOffetStart = PRIVATE_USE_AREAS[privateUseAreaIndex][0];
    let nextAvailableFontCharCode = privateUseOffetStart;
    let privateUseOffetEnd = PRIVATE_USE_AREAS[privateUseAreaIndex][1];
    const isInPrivateArea = (code) => PRIVATE_USE_AREAS[0][0] <= code && code <= PRIVATE_USE_AREAS[0][1] || PRIVATE_USE_AREAS[1][0] <= code && code <= PRIVATE_USE_AREAS[1][1];
    let LIGATURE_TO_UNICODE = null;
    for (const [charCode, gid] of charCodeToGlyphId) {
      if (!hasGlyph(gid)) {
        continue;
      }
      if (nextAvailableFontCharCode > privateUseOffetEnd) {
        privateUseAreaIndex++;
        if (privateUseAreaIndex >= PRIVATE_USE_AREAS.length) {
          warn2("Ran out of space in font private use area.");
          break;
        }
        nextAvailableFontCharCode = PRIVATE_USE_AREAS[privateUseAreaIndex][0];
        privateUseOffetEnd = PRIVATE_USE_AREAS[privateUseAreaIndex][1];
      }
      const fontCharCode = nextAvailableFontCharCode++;
      const glyphId = gid === 0 ? newGlyphZeroId : gid;
      let unicode = toUnicode.get(charCode);
      if (typeof unicode === "string") {
        if (unicode.length === 1) {
          unicode = unicode.codePointAt(0);
        } else {
          if (!LIGATURE_TO_UNICODE) {
            LIGATURE_TO_UNICODE = /* @__PURE__ */ new Map();
            for (let i = 64256; i <= 64335; i++) {
              const normalized2 = String.fromCharCode(i).normalize("NFKD");
              if (normalized2.length > 1) {
                LIGATURE_TO_UNICODE.set(normalized2, i);
              }
            }
          }
          unicode = LIGATURE_TO_UNICODE.get(unicode) || unicode.codePointAt(0);
        }
      }
      if (unicode && !isInPrivateArea(unicode) && !usedGlyphIds.has(glyphId)) {
        toUnicodeExtraMap.set(unicode, glyphId);
        usedGlyphIds.add(glyphId);
      }
      newMap.set(fontCharCode, glyphId);
      toFontChar.set(charCode, fontCharCode);
    }
    return {
      toFontChar,
      charCodeToGlyphId: newMap,
      toUnicodeExtraMap,
      nextAvailableFontCharCode
    };
  }
  function getRanges(charCodeToGlyphId, toUnicodeExtraMap, numGlyphs) {
    const codes = [];
    for (const [charCode, glyphId] of charCodeToGlyphId) {
      if (glyphId >= numGlyphs) {
        continue;
      }
      codes.push({
        fontCharCode: charCode,
        glyphId
      });
    }
    if (toUnicodeExtraMap) {
      for (const [unicode, glyphId] of toUnicodeExtraMap) {
        if (glyphId >= numGlyphs) {
          continue;
        }
        codes.push({
          fontCharCode: unicode,
          glyphId
        });
      }
    }
    if (codes.length === 0) {
      codes.push({
        fontCharCode: 0,
        glyphId: 0
      });
    }
    codes.sort((a, b) => a.fontCharCode - b.fontCharCode);
    const ranges = [];
    const length = codes.length;
    for (let n = 0; n < length; ) {
      const start = codes[n].fontCharCode;
      const codeIndices = [codes[n].glyphId];
      ++n;
      let end = start;
      while (n < length && end + 1 === codes[n].fontCharCode) {
        codeIndices.push(codes[n].glyphId);
        ++end;
        ++n;
        if (end === 65535) {
          break;
        }
      }
      ranges.push([start, end, codeIndices]);
    }
    return ranges;
  }
  function createCmapTable(charCodeToGlyphId, toUnicodeExtraMap, numGlyphs) {
    const ranges = getRanges(charCodeToGlyphId, toUnicodeExtraMap, numGlyphs);
    const hasNonBmp = ranges.at(-1)[1] > 65535;
    let i, j, jj;
    for (i = ranges.length - 1; i >= 0; --i) {
      if (ranges[i][0] <= 65535) {
        break;
      }
    }
    const bmpLength = i + 1;
    if (ranges[i][0] < 65535 && ranges[i][1] === 65535) {
      ranges[i][1] = 65534;
    }
    const trailingRangesCount = ranges[i][1] < 65535 ? 1 : 0;
    const segCount = bmpLength + trailingRangesCount;
    const searchParams = OpenTypeFileBuilder.getSearchParams(segCount, 2);
    const segmentsLength = bmpLength * 2 + trailingRangesCount * 2;
    const startCount = new DataBuilder({
      exactLength: segmentsLength
    }), endCount = new DataBuilder({
      exactLength: segmentsLength
    }), idDeltas = new DataBuilder({
      exactLength: segmentsLength
    }), idRangeOffsets = new DataBuilder({
      exactLength: segmentsLength
    }), glyphsIds = new DataBuilder({});
    let bias = 0;
    let format4Overflow = false;
    for (i = 0; i < bmpLength; i++) {
      const [start, end, codes] = ranges[i];
      startCount.setInt16(start);
      endCount.setInt16(end);
      let contiguous = true;
      for (j = 1, jj = codes.length; j < jj; ++j) {
        if (codes[j] !== codes[j - 1] + 1) {
          contiguous = false;
          break;
        }
      }
      if (!contiguous) {
        const offset = (segCount - i) * 2 + bias * 2;
        bias += end - start + 1;
        idDeltas.skip(2);
        if (offset > 65535) {
          format4Overflow = true;
          idRangeOffsets.skip(2);
        } else {
          idRangeOffsets.setInt16(offset);
        }
        for (j = 0, jj = codes.length; j < jj; ++j) {
          glyphsIds.setInt16(codes[j]);
        }
      } else {
        const startCode = codes[0];
        idDeltas.setInt16(startCode - start & 65535);
        idRangeOffsets.skip(2);
      }
    }
    if (trailingRangesCount > 0) {
      endCount.setArray([255, 255]);
      startCount.setArray([255, 255]);
      idDeltas.setArray([0, 1]);
      idRangeOffsets.skip(2);
    }
    const format314 = new DataBuilder({
      exactLength: 12 + startCount.length + endCount.length + idDeltas.length + idRangeOffsets.length + glyphsIds.length
    });
    format314.skip(2);
    format314.setInt16(2 * segCount);
    format314.setInt16(searchParams.range);
    format314.setInt16(searchParams.entry);
    format314.setInt16(searchParams.rangeShift);
    format314.setArray(endCount.data);
    format314.skip(2);
    format314.setArray(startCount.data);
    format314.setArray(idDeltas.data);
    format314.setArray(idRangeOffsets.data);
    format314.setArray(glyphsIds.data);
    const useFormat4 = !format4Overflow && format314.length + 4 <= 65535;
    const useFormat12 = hasNonBmp || !useFormat4;
    const numTables = (useFormat4 ? 1 : 0) + (useFormat12 ? 1 : 0);
    let format31012 = null, header31012 = null;
    if (useFormat12) {
      format31012 = new DataBuilder({});
      for (const range3 of ranges) {
        let start = range3[0];
        const codes = range3[2];
        let code = codes[0];
        for (j = 1, jj = codes.length; j < jj; ++j) {
          if (codes[j] !== codes[j - 1] + 1) {
            const end = range3[0] + j - 1;
            format31012.setInt32(start);
            format31012.setInt32(end);
            format31012.setInt32(code);
            start = end + 1;
            code = codes[j];
          }
        }
        format31012.setInt32(start);
        format31012.setInt32(range3[1]);
        format31012.setInt32(code);
      }
      header31012 = new DataBuilder({
        exactLength: 16
      });
      header31012.setArray([0, 12]);
      header31012.skip(2);
      header31012.setInt32(format31012.length + 16);
      header31012.skip(4);
      header31012.setInt32(format31012.length / 12);
    }
    const headerLength = 4 + numTables * 8;
    const format4Length = useFormat4 ? 4 + format314.length : 0;
    const cmap = new DataBuilder({
      exactLength: headerLength
    });
    cmap.skip(2);
    cmap.setInt16(numTables);
    let tableOffset = headerLength;
    if (useFormat4) {
      cmap.setArray([0, 3]);
      cmap.setArray([0, 1]);
      cmap.setInt32(tableOffset);
      tableOffset += format4Length;
    }
    if (useFormat12) {
      cmap.setArray([0, 3]);
      cmap.setArray([0, 10]);
      cmap.setInt32(tableOffset);
    }
    const table = new DataBuilder({
      exactLength: cmap.length + format4Length + (header31012?.length ?? 0) + (format31012?.length ?? 0)
    });
    table.setArray(cmap.data);
    if (useFormat4) {
      table.setArray([0, 4]);
      table.setInt16(format314.length + 4);
      table.setArray(format314.data);
    }
    if (useFormat12) {
      table.setArray(header31012.data);
      table.setArray(format31012.data);
    }
    return table.data;
  }
  function validateOS2Table(os2, file) {
    file.pos = (file.start || 0) + os2.offset;
    const version = file.getUint16();
    const minLength = [78, 86, 96, 96, 96, 100][version];
    if (minLength === void 0 || os2.length < minLength) {
      return false;
    }
    file.skip(60);
    const selection = file.getUint16();
    if (version < 4 && selection & 768) {
      return false;
    }
    const firstChar = file.getUint16();
    const lastChar = file.getUint16();
    if (firstChar > lastChar) {
      return false;
    }
    file.skip(6);
    const usWinAscent = file.getUint16();
    if (usWinAscent === 0) {
      return false;
    }
    os2.data[8] = os2.data[9] = 0;
    return true;
  }
  function createOS2Table(properties, charCodeToGlyphId, override) {
    override ||= {
      unitsPerEm: 0,
      yMax: 0,
      yMin: 0,
      ascent: 0,
      descent: 0
    };
    let ulUnicodeRange1 = 0;
    let ulUnicodeRange2 = 0;
    let ulUnicodeRange3 = 0;
    let ulUnicodeRange4 = 0;
    let firstCharIndex = null;
    let lastCharIndex = 0;
    let position = -1;
    if (charCodeToGlyphId) {
      for (const code of charCodeToGlyphId.keys()) {
        if (firstCharIndex > code || !firstCharIndex) {
          firstCharIndex = code;
        }
        if (lastCharIndex < code) {
          lastCharIndex = code;
        }
        position = getUnicodeRangeFor(code, position);
        if (position < 32) {
          ulUnicodeRange1 |= 1 << position;
        } else if (position < 64) {
          ulUnicodeRange2 |= 1 << position - 32;
        } else if (position < 96) {
          ulUnicodeRange3 |= 1 << position - 64;
        } else if (position < 123) {
          ulUnicodeRange4 |= 1 << position - 96;
        } else {
          throw new FormatError2("Unicode ranges Bits > 123 are reserved for internal usage");
        }
      }
      if (lastCharIndex > 65535) {
        lastCharIndex = 65535;
      }
    } else {
      firstCharIndex = 0;
      lastCharIndex = 255;
    }
    const bbox = properties.bbox || [0, 0, 0, 0];
    const unitsPerEm = override.unitsPerEm || (properties.fontMatrix ? 1 / Math.max(...properties.fontMatrix.slice(0, 4).map(Math.abs)) : 1e3);
    const scale2 = properties.ascentScaled ? 1 : unitsPerEm / PDF_GLYPH_SPACE_UNITS;
    const typoAscent = override.ascent || Math.round(scale2 * (properties.ascent || bbox[3]));
    let typoDescent = override.descent || Math.round(scale2 * (properties.descent || bbox[1]));
    if (typoDescent > 0 && properties.descent > 0 && bbox[1] < 0) {
      typoDescent = -typoDescent;
    }
    const winAscent = override.yMax || typoAscent;
    const winDescent = -override.yMin || -typoDescent;
    const os2 = new DataBuilder({
      exactLength: 96
    });
    os2.setArray([0, 3]);
    os2.setArray([2, 36]);
    os2.setArray([1, 244]);
    os2.setArray([0, 5]);
    os2.skip(2);
    os2.setArray([2, 138]);
    os2.setArray([2, 187]);
    os2.skip(2);
    os2.setArray([0, 140]);
    os2.setArray([2, 138]);
    os2.setArray([2, 187]);
    os2.skip(2);
    os2.setArray([1, 223]);
    os2.setArray([0, 49]);
    os2.setArray([1, 2]);
    os2.skip(2);
    os2.setArray([0, 0, 6, properties.fixedPitch ? 9 : 0, 0, 0, 0, 0, 0, 0]);
    os2.setInt32(ulUnicodeRange1);
    os2.setInt32(ulUnicodeRange2);
    os2.setInt32(ulUnicodeRange3);
    os2.setInt32(ulUnicodeRange4);
    os2.setArray([42, 50, 49, 42]);
    os2.setInt16(properties.italicAngle ? 1 : 0);
    os2.setInt16(firstCharIndex || properties.firstChar);
    os2.setInt16(lastCharIndex || properties.lastChar);
    os2.setInt16(typoAscent);
    os2.setInt16(typoDescent);
    os2.setArray([0, 100]);
    os2.setInt16(winAscent);
    os2.setInt16(winDescent);
    os2.skip(4 + 4);
    os2.setInt16(properties.xHeight);
    os2.setInt16(properties.capHeight);
    os2.skip(2);
    os2.setInt16(firstCharIndex || properties.firstChar);
    os2.setArray([0, 3]);
    return os2.data;
  }
  function createPostTable(properties) {
    const post = new DataBuilder({
      exactLength: 32
    });
    post.setArray([0, 3, 0, 0]);
    post.setInt32(Math.floor(properties.italicAngle * 2 ** 16));
    post.skip(2 + 2);
    post.setInt32(properties.fixedPitch ? 1 : 0);
    post.skip(4 + 4 + 4 + 4);
    return post.data;
  }
  function createPostscriptName(name) {
    return name.replaceAll(/[^\x21-\x7E]|[[\](){}<>/%]/g, "").slice(0, 63);
  }
  function createNameTable(name, proto) {
    proto ||= [[], []];
    const strings = [proto[0][0] || "Original licence", proto[0][1] || name, proto[0][2] || "Unknown", proto[0][3] || "uniqueID", proto[0][4] || name, proto[0][5] || "Version 0.11", proto[0][6] || createPostscriptName(name), proto[0][7] || "Unknown", proto[0][8] || "Unknown", proto[0][9] || "Unknown"];
    const stringsBytes = strings.map(stringToBytes2);
    const stringsUnicodeBytes = new Array(strings.length);
    let i, ii, j, jj, str;
    for (i = 0, ii = strings.length; i < ii; i++) {
      str = proto[1][i] || strings[i];
      const strUnicode = new DataBuilder({
        exactLength: str.length * 2
      });
      for (j = 0, jj = str.length; j < jj; j++) {
        strUnicode.setInt16(str.charCodeAt(j));
      }
      stringsUnicodeBytes[i] = strUnicode.data;
    }
    const namesBytes = [stringsBytes, stringsUnicodeBytes];
    const platformsBytes = [[0, 1], [0, 3]];
    const encodingsBytes = [[0, 0], [0, 1]];
    const languagesBytes = [[0, 0], [4, 9]];
    const nameRecords = [];
    let strOffset = 0;
    for (i = 0, ii = platformsBytes.length; i < ii; i++) {
      const strs = namesBytes[i];
      for (j = 0, jj = strs.length; j < jj; j++) {
        str = strs[j];
        const nameRecord = new DataBuilder({
          exactLength: 6 + platformsBytes[i].length + encodingsBytes[i].length + languagesBytes[i].length
        });
        nameRecord.setArray(platformsBytes[i]);
        nameRecord.setArray(encodingsBytes[i]);
        nameRecord.setArray(languagesBytes[i]);
        nameRecord.setInt16(j);
        nameRecord.setInt16(str.length);
        nameRecord.setInt16(strOffset);
        nameRecords.push(nameRecord.data);
        strOffset += str.length;
      }
    }
    const namesRecordCount = stringsBytes.length * platformsBytes.length;
    const nameTable = new DataBuilder({
      exactLength: 6 + Math.sumPrecise(nameRecords.map((arr) => arr.length)) + Math.sumPrecise(stringsBytes.map((arr) => arr.length)) + Math.sumPrecise(stringsUnicodeBytes.map((arr) => arr.length))
    });
    nameTable.skip(2);
    nameTable.setInt16(namesRecordCount);
    nameTable.setInt16(namesRecordCount * 12 + 6);
    for (const arr of nameRecords) {
      nameTable.setArray(arr);
    }
    for (const arr of stringsBytes) {
      nameTable.setArray(arr);
    }
    for (const arr of stringsUnicodeBytes) {
      nameTable.setArray(arr);
    }
    return nameTable.data;
  }
  var Font2 = class {
    #charsCache = /* @__PURE__ */ new Map();
    #glyphCache = /* @__PURE__ */ new Map();
    charProcOperatorList;
    toFontChar = /* @__PURE__ */ new Map();
    constructor(name, file, properties, evaluatorOptions) {
      this.name = name;
      this.psName = null;
      this.disableFontFace = evaluatorOptions.disableFontFace;
      this.fontExtraProperties = evaluatorOptions.fontExtraProperties;
      this.loadedName = properties.loadedName;
      this.isType3Font = properties.isType3Font;
      this.missingFile = false;
      this.cssFontInfo = properties.cssFontInfo;
      let isSerifFont = !!(properties.flags & FontFlags.Serif);
      if (!isSerifFont && !properties.isSimulatedFlags) {
        const stdFontMap = getStdFontMap(), nonStdFontMap = getNonStdFontMap(), serifFonts = getSerifFonts();
        for (const namePart of name.split("+")) {
          let fontName = normalizeFontName(namePart);
          fontName = stdFontMap[fontName] || nonStdFontMap[fontName] || fontName;
          fontName = fontName.split("-", 1)[0];
          if (serifFonts[fontName]) {
            isSerifFont = true;
            break;
          }
        }
      }
      this.isSerifFont = isSerifFont;
      this.isSymbolicFont = !!(properties.flags & FontFlags.Symbolic);
      this.isMonospace = !!(properties.flags & FontFlags.FixedPitch);
      let {
        type,
        subtype
      } = properties;
      this.type = type;
      this.subtype = subtype;
      this.systemFontInfo = properties.systemFontInfo;
      const matches = name.match(/^InvalidPDFjsFont_(.*)_\d+$/);
      this.isInvalidPDFjsFont = !!matches;
      if (this.isInvalidPDFjsFont) {
        this.fallbackName = matches[1];
      } else if (this.isMonospace) {
        this.fallbackName = "monospace";
      } else if (this.isSerifFont) {
        this.fallbackName = "serif";
      } else {
        this.fallbackName = "sans-serif";
      }
      if (this.systemFontInfo?.guessFallback) {
        this.systemFontInfo.guessFallback = false;
        this.systemFontInfo.css += `,${this.fallbackName}`;
      }
      this.differences = properties.differences;
      this.widths = properties.widths;
      this.defaultWidth = properties.defaultWidth;
      this.composite = properties.composite;
      this.cMap = properties.cMap;
      this.capHeight = properties.capHeight / PDF_GLYPH_SPACE_UNITS;
      this.ascent = properties.ascent / PDF_GLYPH_SPACE_UNITS;
      this.descent = properties.descent / PDF_GLYPH_SPACE_UNITS;
      this.lineHeight = this.ascent - this.descent;
      this.fontMatrix = properties.fontMatrix;
      this.bbox = properties.bbox;
      this.defaultEncoding = properties.defaultEncoding;
      this.toUnicode = properties.toUnicode;
      if (properties.type === "Type3") {
        for (let charCode = 0; charCode < 256; charCode++) {
          this.toFontChar.set(charCode, this.differences.get(charCode) || properties.defaultEncoding[charCode]);
        }
        return;
      }
      this.cidEncoding = properties.cidEncoding || "";
      this.vertical = !!properties.vertical;
      if (this.vertical) {
        this.vmetrics = properties.vmetrics;
        this.defaultVMetrics = properties.defaultVMetrics;
      }
      if (!file || file.isEmpty) {
        if (file) {
          warn2('Font file is empty in "' + name + '" (' + this.loadedName + ")");
        }
        this.fallbackToSystemFont(properties);
        return;
      }
      [type, subtype] = getFontFileType(file, properties);
      if (type !== this.type || subtype !== this.subtype) {
        info2(`Inconsistent font file Type/SubType, expected: ${this.type}/${this.subtype} but found: ${type}/${subtype}.`);
      }
      let data;
      try {
        switch (type) {
          case "MMType1":
            info2("MMType1 font (" + name + "), falling back to Type1.");
          case "Type1":
          case "CIDFontType0":
            const cff = subtype === "Type1C" || subtype === "CIDFontType0C" ? new CFFFont(file, properties) : new Type1Font(name, file, properties);
            adjustWidths(properties);
            data = this.convert(name, cff, properties);
            break;
          case "OpenType":
          case "TrueType":
          case "CIDFontType2":
            data = this.checkAndRepair(name, file, properties);
            adjustWidths(properties);
            if (this.isOpenType) {
              type = "OpenType";
            }
            break;
          default:
            throw new FormatError2(`Font ${type} is not supported`);
        }
      } catch (e) {
        warn2(e);
        this.fallbackToSystemFont(properties);
        return;
      }
      amendFallbackToUnicode(properties);
      this.data = data;
      this.type = type;
      this.subtype = subtype;
      this.fontMatrix = properties.fontMatrix;
      this.widths = properties.widths;
      this.defaultWidth = properties.defaultWidth;
      this.toUnicode = properties.toUnicode;
      this.seacMap = properties.seacMap;
    }
    get renderer() {
      const renderer = FontRendererFactory.create(
        this,
        /* inlined export .SEAC_ANALYSIS_ENABLED */
        true
      );
      return util_shadow2(this, "renderer", renderer);
    }
    #getExportData(props) {
      const data = /* @__PURE__ */ Object.create(null);
      for (const prop of props) {
        const value = this[prop];
        if (value !== void 0) {
          data[prop] = value;
        }
      }
      return data;
    }
    exportData() {
      return {
        buffer: compileFontInfo(this.#getExportData(EXPORT_DATA_PROPERTIES)),
        charProcOperatorList: this.charProcOperatorList,
        extra: this.fontExtraProperties ? this.#getExportData(EXPORT_DATA_EXTRA_PROPERTIES) : void 0
      };
    }
    fallbackToSystemFont(properties) {
      this.missingFile = true;
      const {
        name,
        type
      } = this;
      let fontName = normalizeFontName(name);
      const stdFontMap = getStdFontMap(), nonStdFontMap = getNonStdFontMap();
      const isStandardFont2 = !!stdFontMap[fontName];
      const isMappedToStandardFont = !!(nonStdFontMap[fontName] && stdFontMap[nonStdFontMap[fontName]]);
      fontName = stdFontMap[fontName] || nonStdFontMap[fontName] || fontName;
      const fontBasicMetricsMap = getFontBasicMetrics();
      const metrics = fontBasicMetricsMap[fontName];
      if (metrics) {
        if (isNaN(this.ascent)) {
          this.ascent = metrics.ascent / PDF_GLYPH_SPACE_UNITS;
        }
        if (isNaN(this.descent)) {
          this.descent = metrics.descent / PDF_GLYPH_SPACE_UNITS;
        }
        if (isNaN(this.capHeight)) {
          this.capHeight = metrics.capHeight / PDF_GLYPH_SPACE_UNITS;
        }
      }
      this.bold = /bold/i.test(fontName);
      this.italic = /oblique|italic/i.test(fontName);
      this.black = /Black/.test(name);
      const isNarrow = /Narrow/.test(name);
      this.remeasure = (!isStandardFont2 || isNarrow) && Object.keys(this.widths).length > 0;
      if ((isStandardFont2 || isMappedToStandardFont) && type === "CIDFontType2" && this.cidEncoding.startsWith("Identity-")) {
        const cidToGidMap = properties.cidToGidMap;
        const map = /* @__PURE__ */ new Map();
        if (/Trebuchet/i.test(name)) {
          applyStandardFontGlyphMap(map, getGlyphMapForMacOrderedFonts());
          applyStandardFontGlyphMap(map, getSupplementalGlyphMapForTrebuchetMS());
        } else {
          applyStandardFontGlyphMap(map, getGlyphMapForStandardFonts());
          if (/Arial-?Black/i.test(name)) {
            applyStandardFontGlyphMap(map, getSupplementalGlyphMapForArialBlack());
          } else if (/Calibri/i.test(name)) {
            applyStandardFontGlyphMap(map, getSupplementalGlyphMapForCalibri());
          }
        }
        if (cidToGidMap) {
          for (const [charCode, cid] of map) {
            if (cidToGidMap.has(cid)) {
              map.set(charCode, cidToGidMap.get(cid));
            }
          }
          if (cidToGidMap.size !== this.toUnicode.size && properties.hasIncludedToUnicodeMap && this.toUnicode instanceof IdentityToUnicodeMap) {
            for (const [charCode, cid] of map) {
              if (!cidToGidMap.has(cid) && this.toUnicode.has(charCode)) {
                map.delete(charCode);
              }
            }
          }
        }
        if (!(this.toUnicode instanceof IdentityToUnicodeMap)) {
          this.toUnicode.forEach((charCode, unicodeCharCode) => {
            map.set(charCode, unicodeCharCode);
          });
        }
        this.toFontChar = map;
        this.toUnicode = new ToUnicodeMap(new Map(map));
      } else if (/Symbol/i.test(fontName)) {
        const isCidKeyed = this.composite && this.cidEncoding.startsWith("Identity-");
        this.toFontChar = buildToFontChar(isCidKeyed ? getSymbolGlyphIdEncoding() : SymbolSetEncoding, getGlyphsUnicode(), this.differences);
      } else if (/Dingbats/i.test(fontName)) {
        this.toFontChar = buildToFontChar(ZapfDingbatsEncoding, getDingbatsGlyphsUnicode(), this.differences);
      } else if (isStandardFont2 || isMappedToStandardFont) {
        const map = buildToFontChar(this.defaultEncoding, getGlyphsUnicode(), this.differences);
        if (type === "CIDFontType2" && !this.cidEncoding.startsWith("Identity-") && !(this.toUnicode instanceof IdentityToUnicodeMap)) {
          this.toUnicode.forEach((charCode, unicodeCharCode) => {
            map.set(charCode, unicodeCharCode);
          });
        }
        this.toFontChar = map;
      } else {
        const glyphsUnicodeMap = getGlyphsUnicode();
        const map = /* @__PURE__ */ new Map();
        this.toUnicode.forEach((charCode, unicodeCharCode) => {
          if (!this.composite) {
            const glyphName = this.differences.get(charCode) || this.defaultEncoding[charCode];
            const unicode = getUnicodeForGlyph(glyphName, glyphsUnicodeMap);
            if (unicode !== -1) {
              unicodeCharCode = unicode;
            }
          }
          map.set(charCode, unicodeCharCode);
        });
        if (this.composite && this.toUnicode instanceof IdentityToUnicodeMap) {
          if (/Tahoma|Verdana/i.test(name)) {
            applyStandardFontGlyphMap(map, getGlyphMapForStandardFonts());
          }
        }
        this.toFontChar = map;
      }
      amendFallbackToUnicode(properties);
      this.loadedName = fontName.split("-", 1)[0];
    }
    checkAndRepair(name, font, properties) {
      const VALID_TABLES = ["OS/2", "cmap", "head", "hhea", "hmtx", "maxp", "name", "post", "loca", "glyf", "fpgm", "prep", "cvt ", "CFF "];
      function readTables(file, numTables) {
        const tables2 = /* @__PURE__ */ Object.create(null);
        tables2["OS/2"] = null;
        tables2.cmap = null;
        tables2.head = null;
        tables2.hhea = null;
        tables2.hmtx = null;
        tables2.maxp = null;
        tables2.name = null;
        tables2.post = null;
        for (let i = 0; i < numTables; i++) {
          const table = readTableEntry(file);
          if (!VALID_TABLES.includes(table.tag)) {
            continue;
          }
          if (table.length === 0) {
            continue;
          }
          tables2[table.tag] = table;
        }
        return tables2;
      }
      function readTableEntry(file) {
        const tag = file.getString(4);
        const checksum = file.getInt32() >>> 0;
        const offset = file.getInt32() >>> 0;
        const length = file.getInt32() >>> 0;
        const previousPosition = file.pos;
        file.pos = file.start || 0;
        file.skip(offset);
        const data = file.getBytes(length);
        file.pos = previousPosition;
        if (tag === "head") {
          data[8] = data[9] = data[10] = data[11] = 0;
          data[17] |= 32;
        }
        const view2 = tag === "CFF " ? null : new DataView(data.buffer, data.byteOffset, data.byteLength);
        return {
          tag,
          checksum,
          length,
          offset,
          data,
          view: view2
        };
      }
      function readOpenTypeHeader(ttf) {
        return {
          version: ttf.getString(4),
          numTables: ttf.getUint16(),
          searchRange: ttf.getUint16(),
          entrySelector: ttf.getUint16(),
          rangeShift: ttf.getUint16()
        };
      }
      function readTrueTypeCollectionHeader(ttc) {
        const ttcTag = ttc.getString(4);
        util_assert2(ttcTag === "ttcf", "Must be a TrueType Collection font.");
        const majorVersion = ttc.getUint16();
        const minorVersion = ttc.getUint16();
        const numFonts = ttc.getInt32() >>> 0;
        const offsetTable = [];
        for (let i = 0; i < numFonts; i++) {
          offsetTable.push(ttc.getInt32() >>> 0);
        }
        const header3 = {
          ttcTag,
          majorVersion,
          minorVersion,
          numFonts,
          offsetTable
        };
        switch (majorVersion) {
          case 1:
            return header3;
          case 2:
            header3.dsigTag = ttc.getInt32() >>> 0;
            header3.dsigLength = ttc.getInt32() >>> 0;
            header3.dsigOffset = ttc.getInt32() >>> 0;
            return header3;
        }
        throw new FormatError2(`Invalid TrueType Collection majorVersion: ${majorVersion}.`);
      }
      function readTrueTypeCollectionData(ttc, fontName) {
        const {
          numFonts,
          offsetTable
        } = readTrueTypeCollectionHeader(ttc);
        const fontNameParts = fontName.split("+");
        let fallbackData;
        for (let i = 0; i < numFonts; i++) {
          ttc.pos = (ttc.start || 0) + offsetTable[i];
          const potentialHeader = readOpenTypeHeader(ttc);
          const potentialTables = readTables(ttc, potentialHeader.numTables);
          if (!potentialTables.name) {
            throw new FormatError2('TrueType Collection font must contain a "name" table.');
          }
          const [nameTable] = readNameTable(potentialTables.name);
          for (const nameArr of nameTable) {
            for (const entry of nameArr) {
              const nameEntry = entry?.replaceAll(/\s/g, "");
              if (!nameEntry) {
                continue;
              }
              if (nameEntry === fontName) {
                return {
                  header: potentialHeader,
                  tables: potentialTables
                };
              }
              if (fontNameParts.length < 2) {
                continue;
              }
              for (const part of fontNameParts) {
                if (nameEntry === part) {
                  fallbackData = {
                    name: part,
                    header: potentialHeader,
                    tables: potentialTables
                  };
                }
              }
            }
          }
        }
        if (fallbackData) {
          warn2(`TrueType Collection does not contain "${fontName}" font, falling back to "${fallbackData.name}" font instead.`);
          return {
            header: fallbackData.header,
            tables: fallbackData.tables
          };
        }
        throw new FormatError2(`TrueType Collection does not contain "${fontName}" font.`);
      }
      function readCmapTable(cmap, file, isSymbolicFont, hasEncoding) {
        if (!cmap) {
          warn2("No cmap table available.");
          return {
            platformId: -1,
            encodingId: -1,
            mappings: [],
            hasShortCmap: false
          };
        }
        let segment;
        let start = (file.start || 0) + cmap.offset;
        file.pos = start;
        file.skip(2);
        const numTables = file.getUint16();
        let potentialTable;
        let canBreak = false;
        for (let i = 0; i < numTables; i++) {
          const platformId = file.getUint16();
          const encodingId = file.getUint16();
          const offset = file.getInt32() >>> 0;
          let useTable = false;
          if (potentialTable?.platformId === platformId && potentialTable?.encodingId === encodingId) {
            continue;
          }
          if (platformId === 0 && (encodingId === 0 || encodingId === 1 || encodingId === 3)) {
            useTable = true;
          } else if (platformId === 1 && encodingId === 0) {
            useTable = true;
          } else if (platformId === 3 && encodingId === 1 && (hasEncoding || !potentialTable)) {
            useTable = true;
            if (!isSymbolicFont) {
              canBreak = true;
            }
          } else if (isSymbolicFont && platformId === 3 && encodingId === 0) {
            useTable = true;
            let correctlySorted = true;
            if (i < numTables - 1) {
              const nextBytes = file.peekBytes(2), nextPlatformId = int16(nextBytes[0], nextBytes[1]);
              if (nextPlatformId < platformId) {
                correctlySorted = false;
              }
            }
            if (correctlySorted) {
              canBreak = true;
            }
          }
          if (useTable) {
            potentialTable = {
              platformId,
              encodingId,
              offset
            };
          }
          if (canBreak) {
            break;
          }
        }
        if (potentialTable) {
          file.pos = start + potentialTable.offset;
        }
        if (!potentialTable || file.peekByte() === -1) {
          warn2("Could not find a preferred cmap table.");
          return {
            platformId: -1,
            encodingId: -1,
            mappings: [],
            hasShortCmap: false
          };
        }
        const format = file.getUint16();
        let hasShortCmap = false;
        const mappings = [];
        let j, glyphId;
        if (format === 0) {
          file.skip(2 + 2);
          for (j = 0; j < 256; j++) {
            const index = file.getByte();
            if (!index) {
              continue;
            }
            mappings.push({
              charCode: j,
              glyphId: index
            });
          }
          hasShortCmap = true;
        } else if (format === 2) {
          file.skip(2 + 2);
          const subHeaderKeys = [];
          let maxSubHeaderKey = 0;
          for (let i = 0; i < 256; i++) {
            const subHeaderKey = file.getUint16() >> 3;
            subHeaderKeys.push(subHeaderKey);
            maxSubHeaderKey = Math.max(subHeaderKey, maxSubHeaderKey);
          }
          const subHeaders = [];
          for (let i = 0; i <= maxSubHeaderKey; i++) {
            subHeaders.push({
              firstCode: file.getUint16(),
              entryCount: file.getUint16(),
              idDelta: signedInt16(file.getByte(), file.getByte()),
              idRangePos: file.pos + file.getUint16()
            });
          }
          for (let i = 0; i < 256; i++) {
            if (subHeaderKeys[i] === 0) {
              file.pos = subHeaders[0].idRangePos + 2 * i;
              glyphId = file.getUint16();
              mappings.push({
                charCode: i,
                glyphId
              });
            } else {
              const s = subHeaders[subHeaderKeys[i]];
              for (j = 0; j < s.entryCount; j++) {
                const charCode = (i << 8) + j + s.firstCode;
                file.pos = s.idRangePos + 2 * j;
                glyphId = file.getUint16();
                if (glyphId !== 0) {
                  glyphId = (glyphId + s.idDelta) % 65536;
                }
                mappings.push({
                  charCode,
                  glyphId
                });
              }
            }
          }
        } else if (format === 4) {
          file.skip(2 + 2);
          const segCount = file.getUint16() >> 1;
          file.skip(6);
          const segments = [];
          let segIndex;
          for (segIndex = 0; segIndex < segCount; segIndex++) {
            segments.push({
              end: file.getUint16()
            });
          }
          file.skip(2);
          for (segIndex = 0; segIndex < segCount; segIndex++) {
            segments[segIndex].start = file.getUint16();
          }
          for (segIndex = 0; segIndex < segCount; segIndex++) {
            segments[segIndex].delta = file.getUint16();
          }
          let offsetsCount = 0, offsetIndex;
          for (segIndex = 0; segIndex < segCount; segIndex++) {
            segment = segments[segIndex];
            const rangeOffset = file.getUint16();
            if (!rangeOffset) {
              segment.offsetIndex = -1;
              continue;
            }
            offsetIndex = (rangeOffset >> 1) - (segCount - segIndex);
            segment.offsetIndex = offsetIndex;
            offsetsCount = Math.max(offsetsCount, offsetIndex + segment.end - segment.start + 1);
          }
          const offsets = [];
          for (j = 0; j < offsetsCount; j++) {
            offsets.push(file.getUint16());
          }
          for (segIndex = 0; segIndex < segCount; segIndex++) {
            segment = segments[segIndex];
            start = segment.start;
            const end = segment.end;
            const delta = segment.delta;
            offsetIndex = segment.offsetIndex;
            for (j = start; j <= end; j++) {
              if (j === 65535) {
                continue;
              }
              glyphId = offsetIndex < 0 ? j : offsets[offsetIndex + j - start];
              glyphId = glyphId + delta & 65535;
              mappings.push({
                charCode: j,
                glyphId
              });
            }
          }
        } else if (format === 6) {
          file.skip(2 + 2);
          const firstCode = file.getUint16();
          const entryCount = file.getUint16();
          for (j = 0; j < entryCount; j++) {
            glyphId = file.getUint16();
            const charCode = firstCode + j;
            mappings.push({
              charCode,
              glyphId
            });
          }
        } else if (format === 12) {
          file.skip(2 + 4 + 4);
          const nGroups = file.getInt32() >>> 0;
          for (j = 0; j < nGroups; j++) {
            const startCharCode = file.getInt32() >>> 0;
            const endCharCode = file.getInt32() >>> 0;
            let glyphCode = file.getInt32() >>> 0;
            for (let charCode = startCharCode; charCode <= endCharCode; charCode++) {
              mappings.push({
                charCode,
                glyphId: glyphCode++
              });
            }
          }
        } else {
          warn2("cmap table has unsupported format: " + format);
          return {
            platformId: -1,
            encodingId: -1,
            mappings: [],
            hasShortCmap: false
          };
        }
        const finalMappings = [], seenCharCodes = /* @__PURE__ */ new Set();
        for (const map of mappings) {
          const {
            charCode
          } = map;
          if (seenCharCodes.has(charCode)) {
            continue;
          }
          seenCharCodes.add(charCode);
          finalMappings.push(map);
        }
        return {
          platformId: potentialTable.platformId,
          encodingId: potentialTable.encodingId,
          mappings: finalMappings.sort((a, b) => a.charCode - b.charCode),
          hasShortCmap
        };
      }
      function sanitizeMetrics(file, header3, metrics, headTable, numGlyphs2, dupFirstEntry2) {
        if (!header3) {
          if (metrics) {
            metrics.data = null;
          }
          return;
        }
        file.pos = (file.start || 0) + header3.offset;
        file.pos += 4;
        file.pos += 2;
        file.pos += 2;
        file.pos += 2;
        file.pos += 2;
        file.pos += 2;
        file.pos += 2;
        file.pos += 2;
        file.pos += 2;
        file.pos += 2;
        const caretOffset = file.getUint16();
        file.pos += 8;
        file.pos += 2;
        let numOfMetrics = file.getUint16();
        if (caretOffset !== 0) {
          const macStyle = int16(headTable.data[44], headTable.data[45]);
          if (!(macStyle & 2)) {
            header3.data[22] = 0;
            header3.data[23] = 0;
          }
        }
        if (numOfMetrics > numGlyphs2) {
          info2(`The numOfMetrics (${numOfMetrics}) should not be greater than the numGlyphs (${numGlyphs2}).`);
          numOfMetrics = numGlyphs2;
          header3.data[34] = (numOfMetrics & 65280) >> 8;
          header3.data[35] = numOfMetrics & 255;
        }
        const numOfSidebearings = numGlyphs2 - numOfMetrics;
        const numMissing = numOfSidebearings - (metrics.length - numOfMetrics * 4 >> 1);
        if (numMissing > 0) {
          const entries = new Uint8Array(metrics.length + numMissing * 2);
          entries.set(metrics.data);
          if (dupFirstEntry2) {
            entries[metrics.length] = metrics.data[2];
            entries[metrics.length + 1] = metrics.data[3];
          }
          metrics.data = entries;
        }
      }
      function sanitizeGlyph(source, sourceStart, sourceEnd, dest, destStart, hintsValid2) {
        const glyphProfile = {
          length: 0,
          sizeOfInstructions: 0
        };
        if (sourceStart < 0 || sourceStart >= source.length || sourceEnd > source.length || sourceEnd - sourceStart <= 12) {
          return glyphProfile;
        }
        const glyf = source.subarray(sourceStart, sourceEnd);
        const xMin = signedInt16(glyf[2], glyf[3]);
        const yMin = signedInt16(glyf[4], glyf[5]);
        const xMax = signedInt16(glyf[6], glyf[7]);
        const yMax = signedInt16(glyf[8], glyf[9]);
        if (xMin > xMax) {
          writeSignedInt16(glyf, 2, xMax);
          writeSignedInt16(glyf, 6, xMin);
        }
        if (yMin > yMax) {
          writeSignedInt16(glyf, 4, yMax);
          writeSignedInt16(glyf, 8, yMin);
        }
        const contoursCount = signedInt16(glyf[0], glyf[1]);
        if (contoursCount < 0) {
          if (contoursCount < -1) {
            return glyphProfile;
          }
          dest.set(glyf, destStart);
          glyphProfile.length = glyf.length;
          return glyphProfile;
        }
        let i, j = 10, flagsCount = 0;
        for (i = 0; i < contoursCount; i++) {
          const endPoint = glyf[j] << 8 | glyf[j + 1];
          flagsCount = endPoint + 1;
          j += 2;
        }
        const instructionsStart = j;
        const instructionsLength = glyf[j] << 8 | glyf[j + 1];
        glyphProfile.sizeOfInstructions = instructionsLength;
        j += 2 + instructionsLength;
        const instructionsEnd = j;
        let coordinatesLength = 0;
        for (i = 0; i < flagsCount; i++) {
          const flag3 = glyf[j++];
          if (flag3 & 192) {
            glyf[j - 1] = flag3 & 63;
          }
          let xLength = 2;
          if (flag3 & 2) {
            xLength = 1;
          } else if (flag3 & 16) {
            xLength = 0;
          }
          let yLength = 2;
          if (flag3 & 4) {
            yLength = 1;
          } else if (flag3 & 32) {
            yLength = 0;
          }
          const xyLength = xLength + yLength;
          coordinatesLength += xyLength;
          if (flag3 & 8) {
            const repeat = glyf[j++];
            if (repeat === 0) {
              glyf[j - 1] ^= 8;
            }
            i += repeat;
            coordinatesLength += repeat * xyLength;
          }
        }
        if (coordinatesLength === 0) {
          return glyphProfile;
        }
        let glyphDataLength = j + coordinatesLength;
        if (glyphDataLength > glyf.length) {
          return glyphProfile;
        }
        if (!hintsValid2 && instructionsLength > 0) {
          dest.set(glyf.subarray(0, instructionsStart), destStart);
          dest.set([0, 0], destStart + instructionsStart);
          dest.set(glyf.subarray(instructionsEnd, glyphDataLength), destStart + instructionsStart + 2);
          glyphDataLength -= instructionsLength;
          if (glyf.length - glyphDataLength > 3) {
            glyphDataLength = glyphDataLength + 3 & ~3;
          }
          glyphProfile.length = glyphDataLength;
          return glyphProfile;
        }
        if (glyf.length - glyphDataLength > 3) {
          glyphDataLength = glyphDataLength + 3 & ~3;
          dest.set(glyf.subarray(0, glyphDataLength), destStart);
          glyphProfile.length = glyphDataLength;
          return glyphProfile;
        }
        dest.set(glyf, destStart);
        glyphProfile.length = glyf.length;
        return glyphProfile;
      }
      function sanitizeHead(head, numGlyphs2, locaLength) {
        const {
          data,
          view: view2
        } = head;
        const version2 = view2.getInt32(0);
        if (version2 >> 16 !== 1) {
          info2("Attempting to fix invalid version in head table: " + version2);
          view2.setInt32(0, 65536);
        }
        const indexToLocFormat = signedInt16(data[50], data[51]);
        if (indexToLocFormat < 0 || indexToLocFormat > 1) {
          info2("Attempting to fix invalid indexToLocFormat in head table: " + indexToLocFormat);
          const numGlyphsPlusOne = numGlyphs2 + 1;
          if (locaLength === numGlyphsPlusOne << 1) {
            data[50] = 0;
            data[51] = 0;
          } else if (locaLength === numGlyphsPlusOne << 2) {
            data[50] = 0;
            data[51] = 1;
          } else {
            throw new FormatError2("Could not fix indexToLocFormat: " + indexToLocFormat);
          }
        }
      }
      function sanitizeGlyphLocations(loca, glyf, numGlyphs2, isGlyphLocationsLong2, hintsValid2, dupFirstEntry2, maxSizeOfInstructions2) {
        let itemSize, itemDecode, itemEncode;
        if (isGlyphLocationsLong2) {
          itemSize = 4;
          itemDecode = function fontItemDecodeLong(data, offset) {
            return data[offset] << 24 | data[offset + 1] << 16 | data[offset + 2] << 8 | data[offset + 3];
          };
          itemEncode = function fontItemEncodeLong(data, offset, value) {
            data[offset] = value >>> 24 & 255;
            data[offset + 1] = value >> 16 & 255;
            data[offset + 2] = value >> 8 & 255;
            data[offset + 3] = value & 255;
          };
        } else {
          itemSize = 2;
          itemDecode = function fontItemDecode(data, offset) {
            return data[offset] << 9 | data[offset + 1] << 1;
          };
          itemEncode = function fontItemEncode(data, offset, value) {
            data[offset] = value >> 9 & 255;
            data[offset + 1] = value >> 1 & 255;
          };
        }
        const numGlyphsOut2 = dupFirstEntry2 ? numGlyphs2 + 1 : numGlyphs2;
        const locaDataSize = itemSize * (1 + numGlyphsOut2);
        const locaData = new Uint8Array(locaDataSize);
        locaData.set(loca.data.subarray(0, locaDataSize));
        loca.data = locaData;
        const oldGlyfData = glyf.data;
        const oldGlyfDataLength = oldGlyfData.length;
        const newGlyfData = new Uint8Array(oldGlyfDataLength);
        let i, j;
        const locaEntries = [];
        for (i = 0, j = 0; i < numGlyphs2 + 1; i++, j += itemSize) {
          let offset = itemDecode(locaData, j);
          if (offset > oldGlyfDataLength) {
            offset = oldGlyfDataLength;
          }
          locaEntries.push({
            index: i,
            offset,
            endOffset: 0
          });
        }
        locaEntries.sort((a, b) => a.offset - b.offset);
        for (i = 0; i < numGlyphs2; i++) {
          locaEntries[i].endOffset = locaEntries[i + 1].offset;
        }
        locaEntries.sort((a, b) => a.index - b.index);
        for (i = 0; i < numGlyphs2; i++) {
          const {
            offset,
            endOffset
          } = locaEntries[i];
          if (offset !== 0 || endOffset !== 0) {
            break;
          }
          const nextOffset = locaEntries[i + 1].offset;
          if (nextOffset === 0) {
            continue;
          }
          locaEntries[i].endOffset = nextOffset;
          break;
        }
        const last2 = locaEntries.at(-2);
        if (last2.offset !== 0 && last2.endOffset === 0) {
          last2.endOffset = oldGlyfDataLength;
        }
        const droppedGlyphs = pruneCompositeGlyphCycles(oldGlyfData, locaEntries, numGlyphs2);
        const missingGlyphs2 = new Uint8Array(numGlyphs2);
        let writeOffset = 0;
        itemEncode(locaData, 0, writeOffset);
        for (i = 0, j = itemSize; i < numGlyphs2; i++, j += itemSize) {
          const glyphProfile = droppedGlyphs.has(i) ? {
            length: 0,
            sizeOfInstructions: 0
          } : sanitizeGlyph(oldGlyfData, locaEntries[i].offset, locaEntries[i].endOffset, newGlyfData, writeOffset, hintsValid2);
          const newLength = glyphProfile.length;
          if (newLength === 0) {
            missingGlyphs2[i] = 1;
          }
          if (glyphProfile.sizeOfInstructions > maxSizeOfInstructions2) {
            maxSizeOfInstructions2 = glyphProfile.sizeOfInstructions;
          }
          writeOffset += newLength;
          itemEncode(locaData, j, writeOffset);
        }
        if (writeOffset === 0) {
          const simpleGlyph = new Uint8Array([0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 49, 0]);
          for (i = 0, j = itemSize; i < numGlyphsOut2; i++, j += itemSize) {
            itemEncode(locaData, j, simpleGlyph.length);
          }
          glyf.data = simpleGlyph;
        } else if (dupFirstEntry2) {
          const firstEntryLength = itemDecode(locaData, itemSize);
          if (newGlyfData.length > firstEntryLength + writeOffset) {
            glyf.data = newGlyfData.subarray(0, firstEntryLength + writeOffset);
          } else {
            glyf.data = new Uint8Array(firstEntryLength + writeOffset);
            glyf.data.set(newGlyfData.subarray(0, writeOffset));
          }
          glyf.data.set(newGlyfData.subarray(0, firstEntryLength), writeOffset);
          itemEncode(loca.data, locaData.length - itemSize, writeOffset + firstEntryLength);
        } else {
          glyf.data = newGlyfData.subarray(0, writeOffset);
        }
        return {
          missingGlyphs: missingGlyphs2,
          maxSizeOfInstructions: maxSizeOfInstructions2
        };
      }
      function readPostScriptTable(post, propertiesObj, maxpNumGlyphs) {
        const start = (font.start || 0) + post.offset;
        font.pos = start;
        const length = post.length, end = start + length;
        const version2 = font.getInt32();
        font.skip(28);
        let glyphNames;
        let valid = true;
        let i;
        switch (version2) {
          case 65536:
            glyphNames = MacStandardGlyphOrdering;
            break;
          case 131072:
            const numGlyphs2 = font.getUint16();
            if (numGlyphs2 !== maxpNumGlyphs) {
              valid = false;
              break;
            }
            const glyphNameIndexes = [];
            for (i = 0; i < numGlyphs2; ++i) {
              const index = font.getUint16();
              if (index >= 32768) {
                valid = false;
                break;
              }
              glyphNameIndexes.push(index);
            }
            if (!valid) {
              break;
            }
            const customNames = [];
            while (font.pos < end) {
              const strLen = font.getByte(), str = font.getString(strLen);
              customNames.push(str);
            }
            glyphNames = [];
            for (i = 0; i < numGlyphs2; ++i) {
              const j = glyphNameIndexes[i];
              if (j < 258) {
                glyphNames.push(MacStandardGlyphOrdering[j]);
                continue;
              }
              glyphNames.push(customNames[j - 258]);
            }
            break;
          case 196608:
            break;
          default:
            warn2("Unknown/unsupported post table version " + version2);
            valid = false;
            if (propertiesObj.defaultEncoding) {
              glyphNames = propertiesObj.defaultEncoding;
            }
            break;
        }
        propertiesObj.glyphNames = glyphNames;
        return valid;
      }
      function readNameTable(nameTable) {
        const start = (font.start || 0) + nameTable.offset;
        font.pos = start;
        const names2 = [[], []], records = [];
        const length = nameTable.length, end = start + length;
        const format = font.getUint16();
        const FORMAT_0_HEADER_LENGTH = 6;
        if (format !== 0 || length < FORMAT_0_HEADER_LENGTH) {
          return [names2, records];
        }
        const numRecords = font.getUint16();
        const stringsStart = font.getUint16();
        const NAME_RECORD_LENGTH = 12;
        let i, ii;
        for (i = 0; i < numRecords && font.pos + NAME_RECORD_LENGTH <= end; i++) {
          const r = {
            platform: font.getUint16(),
            encoding: font.getUint16(),
            language: font.getUint16(),
            name: font.getUint16(),
            length: font.getUint16(),
            offset: font.getUint16()
          };
          if (isMacNameRecord(r) || isWinNameRecord(r)) {
            records.push(r);
          }
        }
        for (i = 0, ii = records.length; i < ii; i++) {
          const record = records[i];
          if (record.length <= 0) {
            continue;
          }
          const pos = start + stringsStart + record.offset;
          if (pos + record.length > end) {
            continue;
          }
          font.pos = pos;
          const nameIndex = record.name;
          if (record.encoding) {
            let str = "";
            for (let j = 0, jj = record.length; j < jj; j += 2) {
              str += String.fromCharCode(font.getUint16());
            }
            names2[1][nameIndex] = str;
          } else {
            names2[0][nameIndex] = font.getString(record.length);
          }
        }
        return [names2, records];
      }
      const TTOpsStackDeltas = [0, 0, 0, 0, 0, 0, 0, 0, -2, -2, -2, -2, 0, 0, -2, -5, -1, -1, -1, -1, -1, -1, -1, -1, 0, 0, -1, 0, -1, -1, -1, -1, 1, -1, -999, 0, 1, 0, -1, -2, 0, -1, -2, -1, -1, 0, -1, -1, 0, 0, -999, -999, -1, -1, -1, -1, -2, -999, -2, -2, -999, 0, -2, -2, 0, 0, -2, 0, -2, 0, 0, 0, -2, -1, -1, 1, 1, 0, 0, -1, -1, -1, -1, -1, -1, -1, 0, 0, -1, 0, -1, -1, 0, -999, -1, -1, -1, -1, -1, -1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, -2, -999, -999, -999, -999, -999, -1, -1, -2, -2, 0, 0, 0, 0, -1, -1, -999, -2, -2, 0, 0, -1, -2, -2, 0, 0, 0, -1, -1, -1, -2];
      function sanitizeTTProgram(table, ttContext) {
        let data = table.data;
        let i = 0, j, n, b, funcId, pc, lastEndf = 0, lastDeff = 0;
        const stack = [];
        const callstack = [];
        const functionsCalled = [];
        let tooComplexToFollowFunctions = ttContext.tooComplexToFollowFunctions;
        let inFDEF = false, ifLevel = 0, inELSE = 0;
        for (let ii = data.length; i < ii; ) {
          const op = data[i++];
          if (op === 64) {
            n = data[i++];
            if (inFDEF || inELSE) {
              i += n;
            } else {
              for (j = 0; j < n; j++) {
                stack.push(data[i++]);
              }
            }
          } else if (op === 65) {
            n = data[i++];
            if (inFDEF || inELSE) {
              i += n * 2;
            } else {
              for (j = 0; j < n; j++) {
                b = data[i++];
                stack.push(signedInt16(b, data[i++]));
              }
            }
          } else if ((op & 248) === 176) {
            n = op - 176 + 1;
            if (inFDEF || inELSE) {
              i += n;
            } else {
              for (j = 0; j < n; j++) {
                stack.push(data[i++]);
              }
            }
          } else if ((op & 248) === 184) {
            n = op - 184 + 1;
            if (inFDEF || inELSE) {
              i += n * 2;
            } else {
              for (j = 0; j < n; j++) {
                b = data[i++];
                stack.push(signedInt16(b, data[i++]));
              }
            }
          } else if (op === 43 && !tooComplexToFollowFunctions) {
            if (!inFDEF && !inELSE) {
              funcId = stack.at(-1);
              if (isNaN(funcId)) {
                info2("TT: CALL empty stack (or invalid entry).");
              } else {
                ttContext.functionsUsed[funcId] = true;
                if (funcId in ttContext.functionsStackDeltas) {
                  const newStackLength = stack.length + ttContext.functionsStackDeltas[funcId];
                  if (newStackLength < 0) {
                    warn2("TT: CALL invalid functions stack delta.");
                    ttContext.hintsValid = false;
                    return;
                  }
                  stack.length = newStackLength;
                } else if (funcId in ttContext.functionsDefined && !functionsCalled.includes(funcId)) {
                  callstack.push({
                    data,
                    i,
                    stackTop: stack.length - 1
                  });
                  functionsCalled.push(funcId);
                  pc = ttContext.functionsDefined[funcId];
                  if (!pc) {
                    warn2("TT: CALL non-existent function");
                    ttContext.hintsValid = false;
                    return;
                  }
                  data = pc.data;
                  i = pc.i;
                }
              }
            }
          } else if (op === 44 && !tooComplexToFollowFunctions) {
            if (inFDEF || inELSE) {
              warn2("TT: nested FDEFs not allowed");
              tooComplexToFollowFunctions = true;
            }
            inFDEF = true;
            lastDeff = i;
            funcId = stack.pop();
            ttContext.functionsDefined[funcId] = {
              data,
              i
            };
          } else if (op === 45) {
            if (inFDEF) {
              inFDEF = false;
              lastEndf = i;
            } else {
              pc = callstack.pop();
              if (!pc) {
                warn2("TT: ENDF bad stack");
                ttContext.hintsValid = false;
                return;
              }
              funcId = functionsCalled.pop();
              data = pc.data;
              i = pc.i;
              ttContext.functionsStackDeltas[funcId] = stack.length - pc.stackTop;
            }
          } else if (op === 137) {
            if (inFDEF || inELSE) {
              warn2("TT: nested IDEFs not allowed");
              tooComplexToFollowFunctions = true;
            }
            inFDEF = true;
            lastDeff = i;
          } else if (op === 88) {
            ++ifLevel;
          } else if (op === 27) {
            inELSE = ifLevel;
          } else if (op === 89) {
            if (inELSE === ifLevel) {
              inELSE = 0;
            }
            --ifLevel;
          } else if (op === 28) {
            if (!inFDEF && !inELSE) {
              const offset = stack.at(-1);
              if (offset > 0) {
                i += offset - 1;
              }
            }
          }
          if (!inFDEF && !inELSE) {
            let stackDelta = 0;
            if (op <= 142) {
              stackDelta = TTOpsStackDeltas[op];
            } else if (op >= 192 && op <= 223) {
              stackDelta = -1;
            } else if (op >= 224) {
              stackDelta = -2;
            }
            if (op >= 113 && op <= 117) {
              n = stack.pop();
              if (!isNaN(n)) {
                stackDelta = -n * 2;
              }
            }
            while (stackDelta < 0 && stack.length > 0) {
              stack.pop();
              stackDelta++;
            }
            while (stackDelta > 0) {
              stack.push(NaN);
              stackDelta--;
            }
          }
        }
        ttContext.tooComplexToFollowFunctions = tooComplexToFollowFunctions;
        const content = [data];
        if (i > data.length) {
          content.push(new Uint8Array(i - data.length));
        }
        if (lastDeff > lastEndf) {
          warn2("TT: complementing a missing function tail");
          content.push(new Uint8Array([34, 45]));
        }
        foldTTTable(table, content);
      }
      function checkInvalidFunctions(ttContext, maxFunctionDefs2) {
        if (ttContext.tooComplexToFollowFunctions) {
          return;
        }
        if (ttContext.functionsDefined.length > maxFunctionDefs2) {
          warn2("TT: more functions defined than expected");
          ttContext.hintsValid = false;
          return;
        }
        for (let j = 0, jj = ttContext.functionsUsed.length; j < jj; j++) {
          if (j > maxFunctionDefs2) {
            warn2("TT: invalid function id: " + j);
            ttContext.hintsValid = false;
            return;
          }
          if (ttContext.functionsUsed[j] && !ttContext.functionsDefined[j]) {
            warn2("TT: undefined function: " + j);
            ttContext.hintsValid = false;
            return;
          }
        }
      }
      function foldTTTable(table, content) {
        if (content.length > 1) {
          let newLength = 0;
          let j, jj;
          for (j = 0, jj = content.length; j < jj; j++) {
            newLength += content[j].length;
          }
          newLength = newLength + 3 & ~3;
          const result = new Uint8Array(newLength);
          let pos = 0;
          for (j = 0, jj = content.length; j < jj; j++) {
            result.set(content[j], pos);
            pos += content[j].length;
          }
          table.data = result;
          table.length = newLength;
        }
      }
      function sanitizeTTPrograms(fpgm, prep, cvt, maxFunctionDefs2) {
        const ttContext = {
          functionsDefined: [],
          functionsUsed: [],
          functionsStackDeltas: [],
          tooComplexToFollowFunctions: false,
          hintsValid: true
        };
        if (fpgm) {
          sanitizeTTProgram(fpgm, ttContext);
        }
        if (prep) {
          sanitizeTTProgram(prep, ttContext);
        }
        if (fpgm) {
          checkInvalidFunctions(ttContext, maxFunctionDefs2);
        }
        if (cvt && cvt.length & 1) {
          const cvtData = new Uint8Array(cvt.length + 1);
          cvtData.set(cvt.data);
          cvt.data = cvtData;
        }
        return ttContext.hintsValid;
      }
      font = new Stream2(new Uint8Array(font.getBytes()));
      let header2, tables;
      if (isTrueTypeCollectionFile(font)) {
        const ttcData = readTrueTypeCollectionData(font, this.name);
        header2 = ttcData.header;
        tables = ttcData.tables;
      } else {
        header2 = readOpenTypeHeader(font);
        tables = readTables(font, header2.numTables);
      }
      const isTrueType = !tables["CFF "];
      let parsedCff = null;
      if (!isTrueType) {
        try {
          parsedCff = new CFFParser(
            new Stream2(tables["CFF "].data),
            properties,
            /* inlined export .SEAC_ANALYSIS_ENABLED */
            true
          ).parse();
        } catch {
          warn2("Failed to parse font " + properties.loadedName);
        }
        if (header2.version === "OTTO" && (!properties.composite || properties.fontFileN === "FontFile3" && parsedCff?.isCIDFont) || !tables.head || !tables.hhea || !tables.maxp || !tables.post) {
          return this.convert(name, new CFFFont(new Stream2(tables["CFF "].data), properties), properties);
        }
        delete tables.glyf;
        delete tables.loca;
        delete tables.fpgm;
        delete tables.prep;
        delete tables["cvt "];
        this.isOpenType = true;
      } else {
        if (!tables.loca) {
          throw new FormatError2('Required "loca" table is not found');
        }
        if (!tables.glyf) {
          warn2('Required "glyf" table is not found -- trying to recover.');
          tables.glyf = {
            tag: "glyf",
            data: new Uint8Array(0)
          };
        }
        this.isOpenType = false;
      }
      if (!tables.maxp) {
        throw new FormatError2('Required "maxp" table is not found');
      }
      let numGlyphsFromCFF;
      if (parsedCff) {
        try {
          parsedCff.duplicateFirstGlyph();
          tables["CFF "].data = new CFFCompiler(parsedCff).compile();
          numGlyphsFromCFF = parsedCff.charStringCount;
        } catch {
          warn2("Failed to compile font " + properties.loadedName);
        }
      }
      font.pos = (font.start || 0) + tables.maxp.offset;
      let version = font.getInt32();
      const numGlyphs = numGlyphsFromCFF ?? font.getUint16();
      if (version === 20480 && tables.maxp.length !== 6) {
        tables.maxp.data = tables.maxp.data.subarray(0, 6);
        tables.maxp.length = 6;
      }
      if (version !== 65536 && version !== 20480) {
        if (tables.maxp.length === 6) {
          version = 20480;
        } else if (tables.maxp.length >= 32) {
          version = 65536;
        } else {
          throw new FormatError2(`"maxp" table has a wrong version number`);
        }
        writeUint322(tables.maxp.data, 0, version);
      }
      let isGlyphLocationsLong = int16(tables.head.data[50], tables.head.data[51]);
      if (tables.loca) {
        const locaLength = isGlyphLocationsLong ? (numGlyphs + 1) * 4 : (numGlyphs + 1) * 2;
        if (tables.loca.length !== locaLength) {
          warn2("Incorrect 'loca' table length -- attempting to fix it.");
          const sortedTables = Object.values(tables).filter(Boolean).sort((a, b) => a.offset - b.offset);
          const locaIndex = sortedTables.indexOf(tables.loca);
          const nextTable = sortedTables[locaIndex + 1] || null;
          if (nextTable && tables.loca.offset + locaLength < nextTable.offset) {
            const previousPos = font.pos;
            font.pos = font.start || 0;
            font.skip(tables.loca.offset);
            tables.loca.data = font.getBytes(locaLength);
            tables.loca.length = locaLength;
            font.pos = previousPos;
          }
        }
      }
      if (properties.scaleFactors?.length === numGlyphs && isTrueType) {
        const {
          scaleFactors
        } = properties;
        const glyphs = new GlyfTable({
          glyfTable: tables.glyf.data,
          isGlyphLocationsLong,
          locaTable: tables.loca.data,
          numGlyphs
        });
        glyphs.scale(scaleFactors);
        const {
          glyf,
          loca,
          isLocationLong
        } = glyphs.write();
        tables.glyf.data = glyf;
        tables.loca.data = loca;
        if (isLocationLong !== !!isGlyphLocationsLong) {
          tables.head.data[50] = 0;
          isGlyphLocationsLong = tables.head.data[51] = isLocationLong ? 1 : 0;
        }
        const metrics = tables.hmtx.data;
        for (let i = 0; i < numGlyphs; i++) {
          const j = 4 * i;
          const advanceWidth = Math.round(scaleFactors[i] * int16(metrics[j], metrics[j + 1]));
          metrics[j] = advanceWidth >> 8 & 255;
          metrics[j + 1] = advanceWidth & 255;
          const lsb = Math.round(scaleFactors[i] * signedInt16(metrics[j + 2], metrics[j + 3]));
          writeSignedInt16(metrics, j + 2, lsb);
        }
      }
      let numGlyphsOut = numGlyphs + 1;
      let dupFirstEntry = true;
      if (numGlyphsOut > 65535) {
        dupFirstEntry = false;
        numGlyphsOut = numGlyphs;
        warn2("Not enough space in glyfs to duplicate first glyph.");
      }
      let maxFunctionDefs = 0;
      let maxSizeOfInstructions = 0;
      if (version >= 65536 && tables.maxp.length >= 32) {
        font.pos += 8;
        const maxZones = font.getUint16();
        if (maxZones > 2) {
          tables.maxp.data[14] = 0;
          tables.maxp.data[15] = 2;
        }
        font.pos += 4;
        maxFunctionDefs = font.getUint16();
        font.pos += 4;
        maxSizeOfInstructions = font.getUint16();
      } else if (isTrueType && version === 20480) {
        const newMaxp = new Uint8Array(32);
        writeUint322(newMaxp, 0, 65536);
        newMaxp[4] = numGlyphs >> 8 & 255;
        newMaxp[5] = numGlyphs & 255;
        newMaxp.fill(255, 6, 14);
        newMaxp[15] = 2;
        newMaxp[28] = 255;
        newMaxp[29] = 255;
        newMaxp[31] = 16;
        tables.maxp.data = newMaxp;
        tables.maxp.length = 32;
        version = 65536;
      }
      tables.maxp.data[4] = numGlyphsOut >> 8;
      tables.maxp.data[5] = numGlyphsOut & 255;
      const hintsValid = sanitizeTTPrograms(tables.fpgm, tables.prep, tables["cvt "], maxFunctionDefs);
      if (!hintsValid) {
        delete tables.fpgm;
        delete tables.prep;
        delete tables["cvt "];
      }
      sanitizeMetrics(font, tables.hhea, tables.hmtx, tables.head, numGlyphsOut, dupFirstEntry);
      if (!tables.head) {
        throw new FormatError2('Required "head" table is not found');
      }
      sanitizeHead(tables.head, numGlyphs, isTrueType ? tables.loca.length : 0);
      let missingGlyphs = null;
      if (isTrueType) {
        const glyphsInfo = sanitizeGlyphLocations(tables.loca, tables.glyf, numGlyphs, isGlyphLocationsLong, hintsValid, dupFirstEntry, maxSizeOfInstructions);
        missingGlyphs = glyphsInfo.missingGlyphs;
        if (version >= 65536 && tables.maxp.length >= 32) {
          tables.maxp.data[26] = glyphsInfo.maxSizeOfInstructions >> 8;
          tables.maxp.data[27] = glyphsInfo.maxSizeOfInstructions & 255;
        }
      }
      if (!tables.hhea) {
        throw new FormatError2('Required "hhea" table is not found');
      }
      if (tables.hhea.data[10] === 0 && tables.hhea.data[11] === 0) {
        tables.hhea.data[10] = 255;
        tables.hhea.data[11] = 255;
      }
      const metricsOverride = {
        unitsPerEm: int16(tables.head.data[18], tables.head.data[19]),
        yMax: signedInt16(tables.head.data[42], tables.head.data[43]),
        yMin: signedInt16(tables.head.data[38], tables.head.data[39]),
        ascent: signedInt16(tables.hhea.data[4], tables.hhea.data[5]),
        descent: signedInt16(tables.hhea.data[6], tables.hhea.data[7]),
        lineGap: signedInt16(tables.hhea.data[8], tables.hhea.data[9])
      };
      this.ascent = metricsOverride.ascent / metricsOverride.unitsPerEm;
      this.descent = metricsOverride.descent / metricsOverride.unitsPerEm;
      this.lineGap = metricsOverride.lineGap / metricsOverride.unitsPerEm;
      if (this.cssFontInfo?.lineHeight) {
        this.lineHeight = this.cssFontInfo.metrics.lineHeight;
        this.lineGap = this.cssFontInfo.metrics.lineGap;
      } else {
        this.lineHeight = this.ascent - this.descent + this.lineGap;
      }
      if (tables.post) {
        readPostScriptTable(tables.post, properties, numGlyphs);
      }
      tables.post = {
        tag: "post",
        data: createPostTable(properties)
      };
      const charCodeToGlyphId = /* @__PURE__ */ new Map();
      function hasGlyph(glyphId) {
        return !missingGlyphs?.[glyphId];
      }
      if (properties.composite) {
        const {
          cidToGidMap,
          cMap
        } = properties;
        const isCidToGidMapEmpty = !cidToGidMap?.size;
        cMap.forEach((charCode, cid) => {
          if (typeof cid === "string") {
            cid = convertCidString(charCode, cid, true);
          }
          if (cid > 65535) {
            throw new FormatError2("Max size of CID is 65,535");
          }
          const glyphId = isCidToGidMapEmpty ? cid : cidToGidMap.get(cid) ?? -1;
          if (glyphId >= 0 && glyphId < numGlyphs && hasGlyph(glyphId)) {
            charCodeToGlyphId.set(charCode, glyphId);
          }
        });
      } else {
        const cmapTable = readCmapTable(tables.cmap, font, this.isSymbolicFont, properties.hasEncoding);
        const cmapPlatformId = cmapTable.platformId;
        const cmapEncodingId = cmapTable.encodingId;
        const cmapMappings = cmapTable.mappings;
        let baseEncoding = [], forcePostTable = false;
        if (properties.hasEncoding && (properties.baseEncodingName === "MacRomanEncoding" || properties.baseEncodingName === "WinAnsiEncoding")) {
          baseEncoding = getEncoding(properties.baseEncodingName);
        }
        if (properties.hasEncoding && !this.isSymbolicFont && (cmapPlatformId === 3 && cmapEncodingId === 1 || cmapPlatformId === 1 && cmapEncodingId === 0)) {
          const glyphsUnicodeMap = getGlyphsUnicode();
          for (let charCode = 0; charCode < 256; charCode++) {
            let glyphName;
            if (this.differences.has(charCode)) {
              glyphName = this.differences.get(charCode);
            } else if (baseEncoding.length && baseEncoding[charCode] !== "") {
              glyphName = baseEncoding[charCode];
            } else {
              glyphName = StandardEncoding[charCode];
            }
            if (!glyphName) {
              continue;
            }
            const standardGlyphName = recoverGlyphName(glyphName, glyphsUnicodeMap);
            let unicodeOrCharCode;
            if (cmapPlatformId === 3 && cmapEncodingId === 1) {
              unicodeOrCharCode = glyphsUnicodeMap[standardGlyphName];
            } else if (cmapPlatformId === 1 && cmapEncodingId === 0) {
              unicodeOrCharCode = MacRomanEncoding.indexOf(standardGlyphName);
            }
            if (unicodeOrCharCode === void 0) {
              if (!properties.glyphNames && properties.hasIncludedToUnicodeMap && !(this.toUnicode instanceof IdentityToUnicodeMap)) {
                const unicode = this.toUnicode.get(charCode);
                if (unicode) {
                  unicodeOrCharCode = unicode.codePointAt(0);
                }
              }
              if (unicodeOrCharCode === void 0) {
                continue;
              }
            }
            for (const mapping of cmapMappings) {
              if (mapping.charCode !== unicodeOrCharCode) {
                continue;
              }
              charCodeToGlyphId.set(charCode, mapping.glyphId);
              break;
            }
          }
        } else if (cmapPlatformId === 0) {
          for (const mapping of cmapMappings) {
            charCodeToGlyphId.set(mapping.charCode, mapping.glyphId);
          }
          forcePostTable = true;
        } else if (cmapPlatformId === 3 && cmapEncodingId === 0) {
          for (const mapping of cmapMappings) {
            let charCode = mapping.charCode;
            if (charCode >= 61440 && charCode <= 61695) {
              charCode &= 255;
            }
            charCodeToGlyphId.set(charCode, mapping.glyphId);
          }
        } else {
          for (const mapping of cmapMappings) {
            charCodeToGlyphId.set(mapping.charCode, mapping.glyphId);
          }
        }
        if (properties.glyphNames && (baseEncoding.length || this.differences.size)) {
          for (let i = 0; i < 256; ++i) {
            if (!forcePostTable && charCodeToGlyphId.has(i)) {
              continue;
            }
            const glyphName = this.differences.get(i) || baseEncoding[i];
            if (!glyphName) {
              continue;
            }
            const glyphId = properties.glyphNames.indexOf(glyphName);
            if (glyphId > 0 && hasGlyph(glyphId)) {
              charCodeToGlyphId.set(i, glyphId);
            }
          }
        }
        if (!properties.isInternalFont && !charCodeToGlyphId.has(0) && hasGlyph(0)) {
          charCodeToGlyphId.set(0, 0);
        }
      }
      if (!charCodeToGlyphId.size) {
        charCodeToGlyphId.set(0, 0);
      }
      const glyphZeroId = dupFirstEntry ? numGlyphsOut - 1 : 0;
      if (!properties.cssFontInfo) {
        const newMapping = adjustMapping(charCodeToGlyphId, hasGlyph, glyphZeroId, this.toUnicode);
        this.toFontChar = newMapping.toFontChar;
        tables.cmap = {
          tag: "cmap",
          data: createCmapTable(newMapping.charCodeToGlyphId, newMapping.toUnicodeExtraMap, numGlyphsOut)
        };
        if (!tables["OS/2"] || !validateOS2Table(tables["OS/2"], font)) {
          tables["OS/2"] = {
            tag: "OS/2",
            data: createOS2Table(properties, newMapping.charCodeToGlyphId, metricsOverride)
          };
        }
      }
      if (!tables.name) {
        tables.name = {
          tag: "name",
          data: createNameTable(this.name)
        };
      } else {
        const [namePrototype, nameRecords] = readNameTable(tables.name);
        tables.name.data = createNameTable(name, namePrototype);
        this.psName = namePrototype[0][6] || null;
        if (!properties.composite) {
          adjustTrueTypeToUnicode(properties, this.isSymbolicFont, nameRecords);
        }
      }
      const builder = new OpenTypeFileBuilder(header2.version);
      for (const tableTag in tables) {
        builder.addTable(tableTag, tables[tableTag].data);
      }
      return builder.toArray();
    }
    convert(fontName, font, properties) {
      properties.fixedPitch = false;
      if (properties.builtInEncoding) {
        adjustType1ToUnicode(properties, properties.builtInEncoding);
      }
      const glyphZeroId = font instanceof CFFFont ? font.numGlyphs - 1 : 1;
      const mapping = font.getGlyphMapping(properties);
      let newMapping = null;
      let newCharCodeToGlyphId = mapping;
      let toUnicodeExtraMap = null;
      if (!properties.cssFontInfo) {
        newMapping = adjustMapping(mapping, font.hasGlyphId.bind(font), glyphZeroId, this.toUnicode);
        this.toFontChar = newMapping.toFontChar;
        newCharCodeToGlyphId = newMapping.charCodeToGlyphId;
        toUnicodeExtraMap = newMapping.toUnicodeExtraMap;
      }
      const {
        numGlyphs,
        seacs
      } = font;
      function getCharCodes(charCodeToGlyphId, glyphId) {
        let charCodes = null;
        for (const [charCode, gid] of charCodeToGlyphId) {
          if (glyphId === gid) {
            (charCodes ??= []).push(charCode);
          }
        }
        return charCodes;
      }
      function createCharCode(charCodeToGlyphId, glyphId) {
        for (const [charCode, gid] of charCodeToGlyphId) {
          if (glyphId === gid) {
            return charCode;
          }
        }
        newMapping.charCodeToGlyphId.set(newMapping.nextAvailableFontCharCode, glyphId);
        return newMapping.nextAvailableFontCharCode++;
      }
      if (newMapping && /* inlined export .SEAC_ANALYSIS_ENABLED */
      true && seacs?.size) {
        const matrix = properties.fontMatrix || FONT_IDENTITY_MATRIX2;
        const charset = font.getCharset();
        const seacMap = /* @__PURE__ */ new Map();
        for (const [glyphId, seac] of seacs) {
          const baseGlyphName = StandardEncoding[seac[2]];
          const accentGlyphName = StandardEncoding[seac[3]];
          const baseGlyphId = charset.indexOf(baseGlyphName);
          const accentGlyphId = charset.indexOf(accentGlyphName);
          if (baseGlyphId < 0 || accentGlyphId < 0) {
            continue;
          }
          const accentOffset = {
            x: seac[0] * matrix[0] + seac[1] * matrix[2] + matrix[4],
            y: seac[0] * matrix[1] + seac[1] * matrix[3] + matrix[5]
          };
          const charCodes = getCharCodes(mapping, glyphId);
          if (!charCodes) {
            continue;
          }
          for (const charCode of charCodes) {
            const {
              charCodeToGlyphId
            } = newMapping;
            const baseFontCharCode = createCharCode(charCodeToGlyphId, baseGlyphId);
            const accentFontCharCode = createCharCode(charCodeToGlyphId, accentGlyphId);
            seacMap.set(charCode, {
              baseFontCharCode,
              accentFontCharCode,
              accentOffset
            });
          }
        }
        properties.seacMap = seacMap;
      }
      const unitsPerEm = properties.fontMatrix ? 1 / Math.max(...properties.fontMatrix.slice(0, 4).map(Math.abs)) : 1e3;
      const builder = new OpenTypeFileBuilder("OTTO");
      builder.addTable("CFF ", font.data);
      builder.addTable("OS/2", createOS2Table(properties, newCharCodeToGlyphId));
      builder.addTable("cmap", createCmapTable(newCharCodeToGlyphId, toUnicodeExtraMap, numGlyphs));
      builder.addTable("head", (function fontTableHead() {
        const dateArr = [0, 0, 0, 0, 158, 11, 126, 39];
        const head = new DataBuilder({
          exactLength: 54
        });
        head.setArray([0, 1, 0, 0]);
        head.setArray([0, 0, 16, 0]);
        head.skip(4);
        head.setArray([95, 15, 60, 245]);
        head.skip(2);
        head.setSafeInt16(unitsPerEm);
        head.setArray(dateArr);
        head.setArray(dateArr);
        head.skip(2);
        head.setSafeInt16(properties.descent);
        head.setArray([15, 255]);
        head.setSafeInt16(properties.ascent);
        head.setInt16(properties.italicAngle ? 2 : 0);
        head.setArray([0, 17]);
        head.skip(2 + 2 + 2);
        return head.data;
      })());
      builder.addTable("hhea", (function fontTableHhea() {
        const hhea = new DataBuilder({
          exactLength: 36
        });
        hhea.setArray([0, 1, 0, 0]);
        hhea.setSafeInt16(properties.ascent);
        hhea.setSafeInt16(properties.descent);
        hhea.skip(2);
        hhea.setArray([255, 255]);
        hhea.skip(2 + 2 + 2);
        hhea.setSafeInt16(properties.capHeight);
        hhea.setSafeInt16(Math.tan(properties.italicAngle) * properties.xHeight);
        hhea.skip(2 + 2 + 2 + 2 + 2 + 2);
        hhea.setInt16(numGlyphs);
        return hhea.data;
      })());
      builder.addTable("hmtx", (function fontTableHmtx() {
        const charstrings = font.charstrings;
        const cffWidths = font.cff?.widths ?? null;
        const hmtx = new DataBuilder({
          exactLength: numGlyphs * 4
        });
        hmtx.skip(4);
        for (let i = 1; i < numGlyphs; i++) {
          let width = 0;
          if (charstrings) {
            width = charstrings[i - 1].width || 0;
          } else if (cffWidths) {
            width = Math.ceil(cffWidths[i] || 0);
          }
          hmtx.setInt16(width);
          hmtx.skip(2);
        }
        return hmtx.data;
      })());
      builder.addTable("maxp", (function fontTableMaxp() {
        const maxp = new DataBuilder({
          exactLength: 6
        });
        maxp.setArray([0, 0, 80, 0]);
        maxp.setInt16(numGlyphs);
        return maxp.data;
      })());
      builder.addTable("name", createNameTable(fontName));
      builder.addTable("post", createPostTable(properties));
      return builder.toArray();
    }
    get _spaceWidth() {
      const possibleSpaceReplacements = ["space", "minus", "one", "i", "I"];
      let width;
      for (const glyphName of possibleSpaceReplacements) {
        if (glyphName in this.widths) {
          width = this.widths[glyphName];
          break;
        }
        const glyphsUnicodeMap = getGlyphsUnicode();
        const glyphUnicode = glyphsUnicodeMap[glyphName];
        let charcode = 0;
        if (this.composite && this.cMap.contains(glyphUnicode)) {
          charcode = this.cMap.lookup(glyphUnicode);
          if (typeof charcode === "string") {
            charcode = convertCidString(glyphUnicode, charcode);
          }
        }
        if (!charcode && this.toUnicode) {
          charcode = this.toUnicode.charCodeOf(glyphUnicode);
        }
        if (charcode <= 0) {
          charcode = glyphUnicode;
        }
        width = this.widths[charcode];
        if (width) {
          break;
        }
      }
      return util_shadow2(this, "_spaceWidth", width || this.defaultWidth);
    }
    _charToGlyph(charcode, isSpace2 = false) {
      let glyph = this.#glyphCache.get(charcode);
      if (glyph?.isSpace === isSpace2) {
        return glyph;
      }
      let fontCharCode, width, operatorListId;
      let widthCode = charcode;
      if (this.cMap?.contains(charcode)) {
        widthCode = this.cMap.lookup(charcode);
        if (typeof widthCode === "string") {
          widthCode = convertCidString(charcode, widthCode);
        }
      }
      width = this.widths[widthCode];
      if (typeof width !== "number") {
        width = this.defaultWidth;
      }
      let vmetric = this.vmetrics?.[widthCode];
      if (!vmetric && this.defaultVMetrics) {
        const [w1y, , vy] = this.defaultVMetrics;
        vmetric = [w1y, width * 0.5, vy];
      }
      let unicode = this.toUnicode.get(charcode) || charcode;
      if (typeof unicode === "number") {
        unicode = String.fromCharCode(unicode);
      }
      let isInFont = this.toFontChar.has(charcode);
      fontCharCode = this.toFontChar.get(charcode) || charcode;
      if (this.missingFile) {
        const glyphName = this.differences.get(charcode) || this.defaultEncoding[charcode];
        if ((glyphName === ".notdef" || glyphName === "") && this.type === "Type1") {
          fontCharCode = 32;
          if (glyphName === "") {
            width ||= this._spaceWidth;
            if (!this.toUnicode.has(charcode)) {
              unicode = String.fromCharCode(fontCharCode);
            }
          }
        }
        fontCharCode = mapSpecialUnicodeValues(fontCharCode);
      }
      if (this.isType3Font) {
        operatorListId = fontCharCode;
      }
      let accent = null;
      const seac = this.seacMap?.get(charcode);
      if (seac) {
        isInFont = true;
        fontCharCode = seac.baseFontCharCode;
        accent = {
          fontChar: String.fromCodePoint(seac.accentFontCharCode),
          offset: seac.accentOffset
        };
      }
      let fontChar = "";
      if (typeof fontCharCode === "number") {
        if (fontCharCode <= 1114111) {
          fontChar = String.fromCodePoint(fontCharCode);
        } else {
          warn2(`charToGlyph - invalid fontCharCode: ${fontCharCode}`);
        }
      }
      if (this.missingFile && this.vertical && fontChar.length === 1) {
        const vertical = getVerticalPresentationForm()[fontChar.charCodeAt(0)];
        if (vertical) {
          fontChar = unicode = String.fromCharCode(vertical);
        }
      }
      glyph = new fonts_Glyph(charcode, fontChar, unicode, accent, width, vmetric, operatorListId, isSpace2, isInFont);
      this.#glyphCache.set(charcode, glyph);
      return glyph;
    }
    charsToGlyphs(chars4) {
      let glyphs = this.#charsCache.get(chars4);
      if (glyphs) {
        return glyphs;
      }
      glyphs = [];
      if (this.cMap) {
        const c = /* @__PURE__ */ Object.create(null), ii = chars4.length;
        let i = 0;
        while (i < ii) {
          this.cMap.readCharCode(chars4, i, c);
          const {
            charcode,
            length
          } = c;
          i += length;
          const glyph = this._charToGlyph(charcode, length === 1 && chars4.charCodeAt(i - 1) === 32);
          glyphs.push(glyph);
        }
      } else {
        for (let i = 0, ii = chars4.length; i < ii; ++i) {
          const charcode = chars4.charCodeAt(i);
          const glyph = this._charToGlyph(charcode, charcode === 32);
          glyphs.push(glyph);
        }
      }
      this.#charsCache.set(chars4, glyphs);
      return glyphs;
    }
    getCharPositions(chars4) {
      const positions = [];
      if (this.cMap) {
        const c = /* @__PURE__ */ Object.create(null);
        let i = 0;
        while (i < chars4.length) {
          this.cMap.readCharCode(chars4, i, c);
          const length = c.length;
          positions.push([i, i + length]);
          i += length;
        }
      } else {
        for (let i = 0, ii = chars4.length; i < ii; ++i) {
          positions.push([i, i + 1]);
        }
      }
      return positions;
    }
    get glyphCacheValues() {
      return this.#glyphCache.values();
    }
    encodeString(str) {
      const buffers = [];
      const currentBuf = [];
      const hasCurrentBufErrors = () => buffers.length % 2 === 1;
      const getCharCode = this.toUnicode instanceof IdentityToUnicodeMap ? (unicode) => this.toUnicode.charCodeOf(unicode) : (unicode) => this.toUnicode.charCodeOf(String.fromCodePoint(unicode));
      for (let i = 0, ii = str.length; i < ii; i++) {
        const unicode = str.codePointAt(i);
        if (unicode > 65535) {
          i++;
        }
        if (this.toUnicode) {
          const charCode = getCharCode(unicode);
          if (charCode !== -1) {
            if (hasCurrentBufErrors()) {
              buffers.push(currentBuf.join(""));
              currentBuf.length = 0;
            }
            const charCodeLength = this.cMap ? this.cMap.getCharCodeLength(charCode) : 1;
            for (let j = charCodeLength - 1; j >= 0; j--) {
              currentBuf.push(String.fromCharCode(charCode >> 8 * j & 255));
            }
            continue;
          }
        }
        if (!hasCurrentBufErrors()) {
          buffers.push(currentBuf.join(""));
          currentBuf.length = 0;
        }
        currentBuf.push(String.fromCodePoint(unicode));
      }
      buffers.push(currentBuf.join(""));
      return buffers;
    }
  };
  var ErrorFont = class {
    constructor(error3) {
      this.error = error3;
      this.loadedName = "g_font_error";
      this.missingFile = true;
    }
    charsToGlyphs() {
      return [];
    }
    encodeString(chars4) {
      return [chars4];
    }
    exportData() {
      return {
        error: this.error
      };
    }
  };
  var CalibriBoldFactors = [1.3877, 1, 1, 1, 0.97801, 0.92482, 0.89552, 0.91133, 0.81988, 0.97566, 0.98152, 0.93548, 0.93548, 1.2798, 0.85284, 0.92794, 1, 0.96134, 1.54657, 0.91133, 0.91133, 0.91133, 0.91133, 0.91133, 0.91133, 0.91133, 0.91133, 0.91133, 0.91133, 0.82845, 0.82845, 0.85284, 0.85284, 0.85284, 0.75859, 0.92138, 0.83908, 0.7762, 0.73293, 0.87289, 0.73133, 0.7514, 0.81921, 0.87356, 0.95958, 0.59526, 0.75727, 0.69225, 1.04924, 0.9121, 0.86943, 0.79795, 0.88198, 0.77958, 0.70864, 0.81055, 0.90399, 0.88653, 0.96017, 0.82577, 0.77892, 0.78257, 0.97507, 1.54657, 0.97507, 0.85284, 0.89552, 0.90176, 0.88762, 0.8785, 0.75241, 0.8785, 0.90518, 0.95015, 0.77618, 0.8785, 0.88401, 0.91916, 0.86304, 0.88401, 0.91488, 0.8785, 0.8801, 0.8785, 0.8785, 0.91343, 0.7173, 1.04106, 0.8785, 0.85075, 0.95794, 0.82616, 0.85162, 0.79492, 0.88331, 1.69808, 0.88331, 0.85284, 0.97801, 0.89552, 0.91133, 0.89552, 0.91133, 1.7801, 0.89552, 1.24487, 1.13254, 1.12401, 0.96839, 0.85284, 0.68787, 0.70645, 0.85592, 0.90747, 1.01466, 1.0088, 0.90323, 1, 1.07463, 1, 0.91056, 0.75806, 1.19118, 0.96839, 0.78864, 0.82845, 0.84133, 0.75859, 0.83908, 0.83908, 0.83908, 0.83908, 0.83908, 0.83908, 0.77539, 0.73293, 0.73133, 0.73133, 0.73133, 0.73133, 0.95958, 0.95958, 0.95958, 0.95958, 0.88506, 0.9121, 0.86943, 0.86943, 0.86943, 0.86943, 0.86943, 0.85284, 0.87508, 0.90399, 0.90399, 0.90399, 0.90399, 0.77892, 0.79795, 0.90807, 0.88762, 0.88762, 0.88762, 0.88762, 0.88762, 0.88762, 0.8715, 0.75241, 0.90518, 0.90518, 0.90518, 0.90518, 0.88401, 0.88401, 0.88401, 0.88401, 0.8785, 0.8785, 0.8801, 0.8801, 0.8801, 0.8801, 0.8801, 0.90747, 0.89049, 0.8785, 0.8785, 0.8785, 0.8785, 0.85162, 0.8785, 0.85162, 0.83908, 0.88762, 0.83908, 0.88762, 0.83908, 0.88762, 0.73293, 0.75241, 0.73293, 0.75241, 0.73293, 0.75241, 0.73293, 0.75241, 0.87289, 0.83016, 0.88506, 0.93125, 0.73133, 0.90518, 0.73133, 0.90518, 0.73133, 0.90518, 0.73133, 0.90518, 0.73133, 0.90518, 0.81921, 0.77618, 0.81921, 0.77618, 0.81921, 0.77618, 1, 1, 0.87356, 0.8785, 0.91075, 0.89608, 0.95958, 0.88401, 0.95958, 0.88401, 0.95958, 0.88401, 0.95958, 0.88401, 0.95958, 0.88401, 0.76229, 0.90167, 0.59526, 0.91916, 1, 1, 0.86304, 0.69225, 0.88401, 1, 1, 0.70424, 0.79468, 0.91926, 0.88175, 0.70823, 0.94903, 0.9121, 0.8785, 1, 1, 0.9121, 0.8785, 0.87802, 0.88656, 0.8785, 0.86943, 0.8801, 0.86943, 0.8801, 0.86943, 0.8801, 0.87402, 0.89291, 0.77958, 0.91343, 1, 1, 0.77958, 0.91343, 0.70864, 0.7173, 0.70864, 0.7173, 0.70864, 0.7173, 0.70864, 0.7173, 1, 1, 0.81055, 0.75841, 0.81055, 1.06452, 0.90399, 0.8785, 0.90399, 0.8785, 0.90399, 0.8785, 0.90399, 0.8785, 0.90399, 0.8785, 0.90399, 0.8785, 0.96017, 0.95794, 0.77892, 0.85162, 0.77892, 0.78257, 0.79492, 0.78257, 0.79492, 0.78257, 0.79492, 0.9297, 0.56892, 0.83908, 0.88762, 0.77539, 0.8715, 0.87508, 0.89049, 1, 1, 0.81055, 1.04106, 1.20528, 1.20528, 1, 1.15543, 0.70674, 0.98387, 0.94721, 1.33431, 1.45894, 0.95161, 1.06303, 0.83908, 0.80352, 0.57184, 0.6965, 0.56289, 0.82001, 0.56029, 0.81235, 1.02988, 0.83908, 0.7762, 0.68156, 0.80367, 0.73133, 0.78257, 0.87356, 0.86943, 0.95958, 0.75727, 0.89019, 1.04924, 0.9121, 0.7648, 0.86943, 0.87356, 0.79795, 0.78275, 0.81055, 0.77892, 0.9762, 0.82577, 0.99819, 0.84896, 0.95958, 0.77892, 0.96108, 1.01407, 0.89049, 1.02988, 0.94211, 0.96108, 0.8936, 0.84021, 0.87842, 0.96399, 0.79109, 0.89049, 1.00813, 1.02988, 0.86077, 0.87445, 0.92099, 0.84723, 0.86513, 0.8801, 0.75638, 0.85714, 0.78216, 0.79586, 0.87965, 0.94211, 0.97747, 0.78287, 0.97926, 0.84971, 1.02988, 0.94211, 0.8801, 0.94211, 0.84971, 0.73133, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.90264, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.90518, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.90548, 1, 1, 1, 1, 1, 1, 0.96017, 0.95794, 0.96017, 0.95794, 0.96017, 0.95794, 0.77892, 0.85162, 1, 1, 0.89552, 0.90527, 1, 0.90363, 0.92794, 0.92794, 0.92794, 0.92794, 0.87012, 0.87012, 0.87012, 0.89552, 0.89552, 1.42259, 0.71143, 1.06152, 1, 1, 1.03372, 1.03372, 0.97171, 1.4956, 2.2807, 0.93835, 0.83406, 0.91133, 0.84107, 0.91133, 1, 1, 1, 0.72021, 1, 1.23108, 0.83489, 0.88525, 0.88525, 0.81499, 0.90527, 1.81055, 0.90527, 1.81055, 1.31006, 1.53711, 0.94434, 1.08696, 1, 0.95018, 0.77192, 0.85284, 0.90747, 1.17534, 0.69825, 0.9716, 1.37077, 0.90747, 0.90747, 0.85356, 0.90747, 0.90747, 1.44947, 0.85284, 0.8941, 0.8941, 0.70572, 0.8, 0.70572, 0.70572, 0.70572, 0.70572, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.99862, 0.99862, 1, 1, 1, 1, 1, 1.08004, 0.91027, 1, 1, 1, 0.99862, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.90727, 0.90727, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1];
  var CalibriBoldMetrics = {
    lineHeight: 1.2207,
    lineGap: 0.2207
  };
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  var CalibriBoldItalicMetrics = {
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  var CalibriItalicMetrics = {
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  var LiberationSansBoldItalicMapping = [-1, -1, -1, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 122, 123, 124, 125, 126, 161, 162, 163, 164, 165, 166, 167, 168, 169, 170, 171, 172, 174, 175, 176, 177, 178, 179, 180, 181, 182, 183, 184, 185, 186, 187, 188, 189, 190, 191, 192, 193, 194, 195, 196, 197, 198, 199, 200, 201, 202, 203, 204, 205, 206, 207, 208, 209, 210, 211, 212, 213, 214, 215, 216, 217, 218, 219, 220, 221, 222, 223, 224, 225, 226, 227, 228, 229, 230, 231, 232, 233, 234, 235, 236, 237, 238, 239, 240, 241, 242, 243, 244, 245, 246, 247, 248, 249, 250, 251, 252, 253, 254, 255, 256, 257, 258, 259, 260, 261, 262, 263, 264, 265, 266, 267, 268, 269, 270, 271, 272, 273, 274, 275, 276, 277, 278, 279, 280, 281, 282, 283, 284, 285, 286, 287, 288, 289, 290, 291, 292, 293, 294, 295, 296, 297, 298, 299, 300, 301, 302, 303, 304, 305, 306, 307, 308, 309, 310, 311, 312, 313, 314, 315, 316, 317, 318, 319, 320, 321, 322, 323, 324, 325, 326, 327, 328, 329, 330, 331, 332, 333, 334, 335, 336, 337, 338, 339, 340, 341, 342, 343, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, 357, 358, 359, 360, 361, 362, 363, 364, 365, 366, 367, 368, 369, 370, 371, 372, 373, 374, 375, 376, 377, 378, 379, 380, 381, 382, 383, 402, 506, 507, 508, 509, 510, 511, 536, 537, 538, 539, 710, 711, 713, 728, 729, 730, 731, 732, 733, 900, 901, 902, 903, 904, 905, 906, 908, 910, 911, 912, 913, 914, 915, 916, 917, 918, 919, 920, 921, 922, 923, 924, 925, 926, 927, 928, 929, 931, 932, 933, 934, 935, 936, 937, 938, 939, 940, 941, 942, 943, 944, 945, 946, 947, 948, 949, 950, 951, 952, 953, 954, 955, 956, 957, 958, 959, 960, 961, 962, 963, 964, 965, 966, 967, 968, 969, 970, 971, 972, 973, 974, 1024, 1025, 1026, 1027, 1028, 1029, 1030, 1031, 1032, 1033, 1034, 1035, 1036, 1037, 1038, 1039, 1040, 1041, 1042, 1043, 1044, 1045, 1046, 1047, 1048, 1049, 1050, 1051, 1052, 1053, 1054, 1055, 1056, 1057, 1058, 1059, 1060, 1061, 1062, 1063, 1064, 1065, 1066, 1067, 1068, 1069, 1070, 1071, 1072, 1073, 1074, 1075, 1076, 1077, 1078, 1079, 1080, 1081, 1082, 1083, 1084, 1085, 1086, 1087, 1088, 1089, 1090, 1091, 1092, 1093, 1094, 1095, 1096, 1097, 1098, 1099, 1100, 1101, 1102, 1103, 1104, 1105, 1106, 1107, 1108, 1109, 1110, 1111, 1112, 1113, 1114, 1115, 1116, 1117, 1118, 1119, 1138, 1139, 1168, 1169, 7808, 7809, 7810, 7811, 7812, 7813, 7922, 7923, 8208, 8209, 8211, 8212, 8213, 8215, 8216, 8217, 8218, 8219, 8220, 8221, 8222, 8224, 8225, 8226, 8230, 8240, 8242, 8243, 8249, 8250, 8252, 8254, 8260, 8319, 8355, 8356, 8359, 8364, 8453, 8467, 8470, 8482, 8486, 8494, 8539, 8540, 8541, 8542, 8592, 8593, 8594, 8595, 8596, 8597, 8616, 8706, 8710, 8719, 8721, 8722, 8730, 8734, 8735, 8745, 8747, 8776, 8800, 8801, 8804, 8805, 8962, 8976, 8992, 8993, 9472, 9474, 9484, 9488, 9492, 9496, 9500, 9508, 9516, 9524, 9532, 9552, 9553, 9554, 9555, 9556, 9557, 9558, 9559, 9560, 9561, 9562, 9563, 9564, 9565, 9566, 9567, 9568, 9569, 9570, 9571, 9572, 9573, 9574, 9575, 9576, 9577, 9578, 9579, 9580, 9600, 9604, 9608, 9612, 9616, 9617, 9618, 9619, 9632, 9633, 9642, 9643, 9644, 9650, 9658, 9660, 9668, 9674, 9675, 9679, 9688, 9689, 9702, 9786, 9787, 9788, 9792, 9794, 9824, 9827, 9829, 9830, 9834, 9835, 9836, 61441, 61442, 61445, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1];
  var LiberationSansItalicWidths = [365, 0, 333, 278, 278, 355, 556, 556, 889, 667, 191, 333, 333, 389, 584, 278, 333, 278, 278, 556, 556, 556, 556, 556, 556, 556, 556, 556, 556, 278, 278, 584, 584, 584, 556, 1015, 667, 667, 722, 722, 667, 611, 778, 722, 278, 500, 667, 556, 833, 722, 778, 667, 778, 722, 667, 611, 722, 667, 944, 667, 667, 611, 278, 278, 278, 469, 556, 333, 556, 556, 500, 556, 556, 278, 556, 556, 222, 222, 500, 222, 833, 556, 556, 556, 556, 333, 500, 278, 556, 500, 722, 500, 500, 500, 334, 260, 334, 584, 333, 556, 556, 556, 556, 260, 556, 333, 737, 370, 556, 584, 737, 552, 400, 549, 333, 333, 333, 576, 537, 278, 333, 333, 365, 556, 834, 834, 834, 611, 667, 667, 667, 667, 667, 667, 1e3, 722, 667, 667, 667, 667, 278, 278, 278, 278, 722, 722, 778, 778, 778, 778, 778, 584, 778, 722, 722, 722, 722, 667, 667, 611, 556, 556, 556, 556, 556, 556, 889, 500, 556, 556, 556, 556, 278, 278, 278, 278, 556, 556, 556, 556, 556, 556, 556, 549, 611, 556, 556, 556, 556, 500, 556, 500, 667, 556, 667, 556, 667, 556, 722, 500, 722, 500, 722, 500, 722, 500, 722, 625, 722, 556, 667, 556, 667, 556, 667, 556, 667, 556, 667, 556, 778, 556, 778, 556, 778, 556, 778, 556, 722, 556, 722, 556, 278, 278, 278, 278, 278, 278, 278, 222, 278, 278, 733, 444, 500, 222, 667, 500, 500, 556, 222, 556, 222, 556, 281, 556, 400, 556, 222, 722, 556, 722, 556, 722, 556, 615, 723, 556, 778, 556, 778, 556, 778, 556, 1e3, 944, 722, 333, 722, 333, 722, 333, 667, 500, 667, 500, 667, 500, 667, 500, 611, 278, 611, 354, 611, 278, 722, 556, 722, 556, 722, 556, 722, 556, 722, 556, 722, 556, 944, 722, 667, 500, 667, 611, 500, 611, 500, 611, 500, 222, 556, 667, 556, 1e3, 889, 778, 611, 667, 500, 611, 278, 333, 333, 333, 333, 333, 333, 333, 333, 333, 333, 333, 667, 278, 789, 846, 389, 794, 865, 775, 222, 667, 667, 570, 671, 667, 611, 722, 778, 278, 667, 667, 833, 722, 648, 778, 725, 667, 600, 611, 667, 837, 667, 831, 761, 278, 667, 570, 439, 555, 222, 550, 570, 571, 500, 556, 439, 463, 555, 542, 222, 500, 492, 548, 500, 447, 556, 670, 573, 486, 603, 374, 550, 652, 546, 728, 779, 222, 550, 556, 550, 779, 667, 667, 843, 544, 708, 667, 278, 278, 500, 1066, 982, 844, 589, 715, 639, 724, 667, 651, 667, 544, 704, 667, 917, 614, 715, 715, 589, 686, 833, 722, 778, 725, 667, 722, 611, 639, 795, 667, 727, 673, 920, 923, 805, 886, 651, 694, 1022, 682, 556, 562, 522, 493, 553, 556, 688, 465, 556, 556, 472, 564, 686, 550, 556, 556, 556, 500, 833, 500, 835, 500, 572, 518, 830, 851, 621, 736, 526, 492, 752, 534, 556, 556, 556, 378, 496, 500, 222, 222, 222, 910, 828, 556, 472, 565, 500, 556, 778, 556, 492, 339, 944, 722, 944, 722, 944, 722, 667, 500, 333, 333, 556, 1e3, 1e3, 552, 222, 222, 222, 222, 333, 333, 333, 556, 556, 350, 1e3, 1e3, 188, 354, 333, 333, 500, 333, 167, 365, 556, 556, 1094, 556, 885, 323, 1083, 1e3, 768, 600, 834, 834, 834, 834, 1e3, 500, 998, 500, 1e3, 500, 500, 494, 612, 823, 713, 584, 549, 713, 979, 719, 274, 549, 549, 584, 549, 549, 604, 584, 604, 604, 708, 625, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 729, 604, 604, 354, 354, 1e3, 990, 990, 990, 990, 494, 604, 604, 604, 604, 354, 1021, 1052, 917, 750, 750, 531, 656, 594, 510, 500, 750, 750, 500, 500, 333, 333, 333, 333, 333, 333, 333, 333, 222, 222, 294, 294, 324, 324, 316, 328, 398, 285];
  var LiberationSansItalicMapping = [-1, -1, -1, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 122, 123, 124, 125, 126, 161, 162, 163, 164, 165, 166, 167, 168, 169, 170, 171, 172, 174, 175, 176, 177, 178, 179, 180, 181, 182, 183, 184, 185, 186, 187, 188, 189, 190, 191, 192, 193, 194, 195, 196, 197, 198, 199, 200, 201, 202, 203, 204, 205, 206, 207, 208, 209, 210, 211, 212, 213, 214, 215, 216, 217, 218, 219, 220, 221, 222, 223, 224, 225, 226, 227, 228, 229, 230, 231, 232, 233, 234, 235, 236, 237, 238, 239, 240, 241, 242, 243, 244, 245, 246, 247, 248, 249, 250, 251, 252, 253, 254, 255, 256, 257, 258, 259, 260, 261, 262, 263, 264, 265, 266, 267, 268, 269, 270, 271, 272, 273, 274, 275, 276, 277, 278, 279, 280, 281, 282, 283, 284, 285, 286, 287, 288, 289, 290, 291, 292, 293, 294, 295, 296, 297, 298, 299, 300, 301, 302, 303, 304, 305, 306, 307, 308, 309, 310, 311, 312, 313, 314, 315, 316, 317, 318, 319, 320, 321, 322, 323, 324, 325, 326, 327, 328, 329, 330, 331, 332, 333, 334, 335, 336, 337, 338, 339, 340, 341, 342, 343, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, 357, 358, 359, 360, 361, 362, 363, 364, 365, 366, 367, 368, 369, 370, 371, 372, 373, 374, 375, 376, 377, 378, 379, 380, 381, 382, 383, 402, 506, 507, 508, 509, 510, 511, 536, 537, 538, 539, 710, 711, 713, 728, 729, 730, 731, 732, 733, 900, 901, 902, 903, 904, 905, 906, 908, 910, 911, 912, 913, 914, 915, 916, 917, 918, 919, 920, 921, 922, 923, 924, 925, 926, 927, 928, 929, 931, 932, 933, 934, 935, 936, 937, 938, 939, 940, 941, 942, 943, 944, 945, 946, 947, 948, 949, 950, 951, 952, 953, 954, 955, 956, 957, 958, 959, 960, 961, 962, 963, 964, 965, 966, 967, 968, 969, 970, 971, 972, 973, 974, 1024, 1025, 1026, 1027, 1028, 1029, 1030, 1031, 1032, 1033, 1034, 1035, 1036, 1037, 1038, 1039, 1040, 1041, 1042, 1043, 1044, 1045, 1046, 1047, 1048, 1049, 1050, 1051, 1052, 1053, 1054, 1055, 1056, 1057, 1058, 1059, 1060, 1061, 1062, 1063, 1064, 1065, 1066, 1067, 1068, 1069, 1070, 1071, 1072, 1073, 1074, 1075, 1076, 1077, 1078, 1079, 1080, 1081, 1082, 1083, 1084, 1085, 1086, 1087, 1088, 1089, 1090, 1091, 1092, 1093, 1094, 1095, 1096, 1097, 1098, 1099, 1100, 1101, 1102, 1103, 1104, 1105, 1106, 1107, 1108, 1109, 1110, 1111, 1112, 1113, 1114, 1115, 1116, 1117, 1118, 1119, 1138, 1139, 1168, 1169, 7808, 7809, 7810, 7811, 7812, 7813, 7922, 7923, 8208, 8209, 8211, 8212, 8213, 8215, 8216, 8217, 8218, 8219, 8220, 8221, 8222, 8224, 8225, 8226, 8230, 8240, 8242, 8243, 8249, 8250, 8252, 8254, 8260, 8319, 8355, 8356, 8359, 8364, 8453, 8467, 8470, 8482, 8486, 8494, 8539, 8540, 8541, 8542, 8592, 8593, 8594, 8595, 8596, 8597, 8616, 8706, 8710, 8719, 8721, 8722, 8730, 8734, 8735, 8745, 8747, 8776, 8800, 8801, 8804, 8805, 8962, 8976, 8992, 8993, 9472, 9474, 9484, 9488, 9492, 9496, 9500, 9508, 9516, 9524, 9532, 9552, 9553, 9554, 9555, 9556, 9557, 9558, 9559, 9560, 9561, 9562, 9563, 9564, 9565, 9566, 9567, 9568, 9569, 9570, 9571, 9572, 9573, 9574, 9575, 9576, 9577, 9578, 9579, 9580, 9600, 9604, 9608, 9612, 9616, 9617, 9618, 9619, 9632, 9633, 9642, 9643, 9644, 9650, 9658, 9660, 9668, 9674, 9675, 9679, 9688, 9689, 9702, 9786, 9787, 9788, 9792, 9794, 9824, 9827, 9829, 9830, 9834, 9835, 9836, 61441, 61442, 61445, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1];
  var LiberationSansRegularWidths = [365, 0, 333, 278, 278, 355, 556, 556, 889, 667, 191, 333, 333, 389, 584, 278, 333, 278, 278, 556, 556, 556, 556, 556, 556, 556, 556, 556, 556, 278, 278, 584, 584, 584, 556, 1015, 667, 667, 722, 722, 667, 611, 778, 722, 278, 500, 667, 556, 833, 722, 778, 667, 778, 722, 667, 611, 722, 667, 944, 667, 667, 611, 278, 278, 278, 469, 556, 333, 556, 556, 500, 556, 556, 278, 556, 556, 222, 222, 500, 222, 833, 556, 556, 556, 556, 333, 500, 278, 556, 500, 722, 500, 500, 500, 334, 260, 334, 584, 333, 556, 556, 556, 556, 260, 556, 333, 737, 370, 556, 584, 737, 552, 400, 549, 333, 333, 333, 576, 537, 278, 333, 333, 365, 556, 834, 834, 834, 611, 667, 667, 667, 667, 667, 667, 1e3, 722, 667, 667, 667, 667, 278, 278, 278, 278, 722, 722, 778, 778, 778, 778, 778, 584, 778, 722, 722, 722, 722, 667, 667, 611, 556, 556, 556, 556, 556, 556, 889, 500, 556, 556, 556, 556, 278, 278, 278, 278, 556, 556, 556, 556, 556, 556, 556, 549, 611, 556, 556, 556, 556, 500, 556, 500, 667, 556, 667, 556, 667, 556, 722, 500, 722, 500, 722, 500, 722, 500, 722, 615, 722, 556, 667, 556, 667, 556, 667, 556, 667, 556, 667, 556, 778, 556, 778, 556, 778, 556, 778, 556, 722, 556, 722, 556, 278, 278, 278, 278, 278, 278, 278, 222, 278, 278, 735, 444, 500, 222, 667, 500, 500, 556, 222, 556, 222, 556, 292, 556, 334, 556, 222, 722, 556, 722, 556, 722, 556, 604, 723, 556, 778, 556, 778, 556, 778, 556, 1e3, 944, 722, 333, 722, 333, 722, 333, 667, 500, 667, 500, 667, 500, 667, 500, 611, 278, 611, 375, 611, 278, 722, 556, 722, 556, 722, 556, 722, 556, 722, 556, 722, 556, 944, 722, 667, 500, 667, 611, 500, 611, 500, 611, 500, 222, 556, 667, 556, 1e3, 889, 778, 611, 667, 500, 611, 278, 333, 333, 333, 333, 333, 333, 333, 333, 333, 333, 333, 667, 278, 784, 838, 384, 774, 855, 752, 222, 667, 667, 551, 668, 667, 611, 722, 778, 278, 667, 668, 833, 722, 650, 778, 722, 667, 618, 611, 667, 798, 667, 835, 748, 278, 667, 578, 446, 556, 222, 547, 578, 575, 500, 557, 446, 441, 556, 556, 222, 500, 500, 576, 500, 448, 556, 690, 569, 482, 617, 395, 547, 648, 525, 713, 781, 222, 547, 556, 547, 781, 667, 667, 865, 542, 719, 667, 278, 278, 500, 1057, 1010, 854, 583, 722, 635, 719, 667, 656, 667, 542, 677, 667, 923, 604, 719, 719, 583, 656, 833, 722, 778, 719, 667, 722, 611, 635, 760, 667, 740, 667, 917, 938, 792, 885, 656, 719, 1010, 722, 556, 573, 531, 365, 583, 556, 669, 458, 559, 559, 438, 583, 688, 552, 556, 542, 556, 500, 458, 500, 823, 500, 573, 521, 802, 823, 625, 719, 521, 510, 750, 542, 556, 556, 556, 365, 510, 500, 222, 278, 222, 906, 812, 556, 438, 559, 500, 552, 778, 556, 489, 411, 944, 722, 944, 722, 944, 722, 667, 500, 333, 333, 556, 1e3, 1e3, 552, 222, 222, 222, 222, 333, 333, 333, 556, 556, 350, 1e3, 1e3, 188, 354, 333, 333, 500, 333, 167, 365, 556, 556, 1094, 556, 885, 323, 1073, 1e3, 768, 600, 834, 834, 834, 834, 1e3, 500, 1e3, 500, 1e3, 500, 500, 494, 612, 823, 713, 584, 549, 713, 979, 719, 274, 549, 549, 583, 549, 549, 604, 584, 604, 604, 708, 625, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 708, 729, 604, 604, 354, 354, 1e3, 990, 990, 990, 990, 494, 604, 604, 604, 604, 354, 1021, 1052, 917, 750, 750, 531, 656, 594, 510, 500, 750, 750, 500, 500, 333, 333, 333, 333, 333, 333, 333, 333, 222, 222, 294, 294, 324, 324, 316, 328, 398, 285];
  var LiberationSansRegularMapping = [-1, -1, -1, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 122, 123, 124, 125, 126, 161, 162, 163, 164, 165, 166, 167, 168, 169, 170, 171, 172, 174, 175, 176, 177, 178, 179, 180, 181, 182, 183, 184, 185, 186, 187, 188, 189, 190, 191, 192, 193, 194, 195, 196, 197, 198, 199, 200, 201, 202, 203, 204, 205, 206, 207, 208, 209, 210, 211, 212, 213, 214, 215, 216, 217, 218, 219, 220, 221, 222, 223, 224, 225, 226, 227, 228, 229, 230, 231, 232, 233, 234, 235, 236, 237, 238, 239, 240, 241, 242, 243, 244, 245, 246, 247, 248, 249, 250, 251, 252, 253, 254, 255, 256, 257, 258, 259, 260, 261, 262, 263, 264, 265, 266, 267, 268, 269, 270, 271, 272, 273, 274, 275, 276, 277, 278, 279, 280, 281, 282, 283, 284, 285, 286, 287, 288, 289, 290, 291, 292, 293, 294, 295, 296, 297, 298, 299, 300, 301, 302, 303, 304, 305, 306, 307, 308, 309, 310, 311, 312, 313, 314, 315, 316, 317, 318, 319, 320, 321, 322, 323, 324, 325, 326, 327, 328, 329, 330, 331, 332, 333, 334, 335, 336, 337, 338, 339, 340, 341, 342, 343, 344, 345, 346, 347, 348, 349, 350, 351, 352, 353, 354, 355, 356, 357, 358, 359, 360, 361, 362, 363, 364, 365, 366, 367, 368, 369, 370, 371, 372, 373, 374, 375, 376, 377, 378, 379, 380, 381, 382, 383, 402, 506, 507, 508, 509, 510, 511, 536, 537, 538, 539, 710, 711, 713, 728, 729, 730, 731, 732, 733, 900, 901, 902, 903, 904, 905, 906, 908, 910, 911, 912, 913, 914, 915, 916, 917, 918, 919, 920, 921, 922, 923, 924, 925, 926, 927, 928, 929, 931, 932, 933, 934, 935, 936, 937, 938, 939, 940, 941, 942, 943, 944, 945, 946, 947, 948, 949, 950, 951, 952, 953, 954, 955, 956, 957, 958, 959, 960, 961, 962, 963, 964, 965, 966, 967, 968, 969, 970, 971, 972, 973, 974, 1024, 1025, 1026, 1027, 1028, 1029, 1030, 1031, 1032, 1033, 1034, 1035, 1036, 1037, 1038, 1039, 1040, 1041, 1042, 1043, 1044, 1045, 1046, 1047, 1048, 1049, 1050, 1051, 1052, 1053, 1054, 1055, 1056, 1057, 1058, 1059, 1060, 1061, 1062, 1063, 1064, 1065, 1066, 1067, 1068, 1069, 1070, 1071, 1072, 1073, 1074, 1075, 1076, 1077, 1078, 1079, 1080, 1081, 1082, 1083, 1084, 1085, 1086, 1087, 1088, 1089, 1090, 1091, 1092, 1093, 1094, 1095, 1096, 1097, 1098, 1099, 1100, 1101, 1102, 1103, 1104, 1105, 1106, 1107, 1108, 1109, 1110, 1111, 1112, 1113, 1114, 1115, 1116, 1117, 1118, 1119, 1138, 1139, 1168, 1169, 7808, 7809, 7810, 7811, 7812, 7813, 7922, 7923, 8208, 8209, 8211, 8212, 8213, 8215, 8216, 8217, 8218, 8219, 8220, 8221, 8222, 8224, 8225, 8226, 8230, 8240, 8242, 8243, 8249, 8250, 8252, 8254, 8260, 8319, 8355, 8356, 8359, 8364, 8453, 8467, 8470, 8482, 8486, 8494, 8539, 8540, 8541, 8542, 8592, 8593, 8594, 8595, 8596, 8597, 8616, 8706, 8710, 8719, 8721, 8722, 8730, 8734, 8735, 8745, 8747, 8776, 8800, 8801, 8804, 8805, 8962, 8976, 8992, 8993, 9472, 9474, 9484, 9488, 9492, 9496, 9500, 9508, 9516, 9524, 9532, 9552, 9553, 9554, 9555, 9556, 9557, 9558, 9559, 9560, 9561, 9562, 9563, 9564, 9565, 9566, 9567, 9568, 9569, 9570, 9571, 9572, 9573, 9574, 9575, 9576, 9577, 9578, 9579, 9580, 9600, 9604, 9608, 9612, 9616, 9617, 9618, 9619, 9632, 9633, 9642, 9643, 9644, 9650, 9658, 9660, 9668, 9674, 9675, 9679, 9688, 9689, 9702, 9786, 9787, 9788, 9792, 9794, 9824, 9827, 9829, 9830, 9834, 9835, 9836, 61441, 61442, 61445, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1];
  var MyriadProBoldFactors = [1.36898, 1, 1, 0.72706, 0.80479, 0.83734, 0.98894, 0.99793, 0.9897, 0.93884, 0.86209, 0.94292, 0.94292, 1.16661, 1.02058, 0.93582, 0.96694, 0.93582, 1.19137, 0.99793, 0.99793, 0.99793, 0.99793, 0.99793, 0.99793, 0.99793, 0.99793, 0.99793, 0.99793, 0.78076, 0.78076, 1.02058, 1.02058, 1.02058, 0.72851, 0.78966, 0.90838, 0.83637, 0.82391, 0.96376, 0.80061, 0.86275, 0.8768, 0.95407, 1.0258, 0.73901, 0.85022, 0.83655, 1.0156, 0.95546, 0.92179, 0.87107, 0.92179, 0.82114, 0.8096, 0.89713, 0.94438, 0.95353, 0.94083, 0.91905, 0.90406, 0.9446, 0.94292, 1.18777, 0.94292, 1.02058, 0.89903, 0.90088, 0.94938, 0.97898, 0.81093, 0.97571, 0.94938, 1.024, 0.9577, 0.95933, 0.98621, 1.0474, 0.97455, 0.98981, 0.9672, 0.95933, 0.9446, 0.97898, 0.97407, 0.97646, 0.78036, 1.10208, 0.95442, 0.95298, 0.97579, 0.9332, 0.94039, 0.938, 0.80687, 1.01149, 0.80687, 1.02058, 0.80479, 0.99793, 0.99793, 0.99793, 0.99793, 1.01149, 1.00872, 0.90088, 0.91882, 1.0213, 0.8361, 1.02058, 0.62295, 0.54324, 0.89022, 1.08595, 1, 1, 0.90088, 1, 0.97455, 0.93582, 0.90088, 1, 1.05686, 0.8361, 0.99642, 0.99642, 0.99642, 0.72851, 0.90838, 0.90838, 0.90838, 0.90838, 0.90838, 0.90838, 0.868, 0.82391, 0.80061, 0.80061, 0.80061, 0.80061, 1.0258, 1.0258, 1.0258, 1.0258, 0.97484, 0.95546, 0.92179, 0.92179, 0.92179, 0.92179, 0.92179, 1.02058, 0.92179, 0.94438, 0.94438, 0.94438, 0.94438, 0.90406, 0.86958, 0.98225, 0.94938, 0.94938, 0.94938, 0.94938, 0.94938, 0.94938, 0.9031, 0.81093, 0.94938, 0.94938, 0.94938, 0.94938, 0.98621, 0.98621, 0.98621, 0.98621, 0.93969, 0.95933, 0.9446, 0.9446, 0.9446, 0.9446, 0.9446, 1.08595, 0.9446, 0.95442, 0.95442, 0.95442, 0.95442, 0.94039, 0.97898, 0.94039, 0.90838, 0.94938, 0.90838, 0.94938, 0.90838, 0.94938, 0.82391, 0.81093, 0.82391, 0.81093, 0.82391, 0.81093, 0.82391, 0.81093, 0.96376, 0.84313, 0.97484, 0.97571, 0.80061, 0.94938, 0.80061, 0.94938, 0.80061, 0.94938, 0.80061, 0.94938, 0.80061, 0.94938, 0.8768, 0.9577, 0.8768, 0.9577, 0.8768, 0.9577, 1, 1, 0.95407, 0.95933, 0.97069, 0.95933, 1.0258, 0.98621, 1.0258, 0.98621, 1.0258, 0.98621, 1.0258, 0.98621, 1.0258, 0.98621, 0.887, 1.01591, 0.73901, 1.0474, 1, 1, 0.97455, 0.83655, 0.98981, 1, 1, 0.83655, 0.73977, 0.83655, 0.73903, 0.84638, 1.033, 0.95546, 0.95933, 1, 1, 0.95546, 0.95933, 0.8271, 0.95417, 0.95933, 0.92179, 0.9446, 0.92179, 0.9446, 0.92179, 0.9446, 0.936, 0.91964, 0.82114, 0.97646, 1, 1, 0.82114, 0.97646, 0.8096, 0.78036, 0.8096, 0.78036, 1, 1, 0.8096, 0.78036, 1, 1, 0.89713, 0.77452, 0.89713, 1.10208, 0.94438, 0.95442, 0.94438, 0.95442, 0.94438, 0.95442, 0.94438, 0.95442, 0.94438, 0.95442, 0.94438, 0.95442, 0.94083, 0.97579, 0.90406, 0.94039, 0.90406, 0.9446, 0.938, 0.9446, 0.938, 0.9446, 0.938, 1, 0.99793, 0.90838, 0.94938, 0.868, 0.9031, 0.92179, 0.9446, 1, 1, 0.89713, 1.10208, 0.90088, 0.90088, 0.90088, 0.90088, 0.90088, 0.90088, 0.90088, 0.90088, 0.90088, 0.90989, 0.9358, 0.91945, 0.83181, 0.75261, 0.87992, 0.82976, 0.96034, 0.83689, 0.97268, 1.0078, 0.90838, 0.83637, 0.8019, 0.90157, 0.80061, 0.9446, 0.95407, 0.92436, 1.0258, 0.85022, 0.97153, 1.0156, 0.95546, 0.89192, 0.92179, 0.92361, 0.87107, 0.96318, 0.89713, 0.93704, 0.95638, 0.91905, 0.91709, 0.92796, 1.0258, 0.93704, 0.94836, 1.0373, 0.95933, 1.0078, 0.95871, 0.94836, 0.96174, 0.92601, 0.9498, 0.98607, 0.95776, 0.95933, 1.05453, 1.0078, 0.98275, 0.9314, 0.95617, 0.91701, 1.05993, 0.9446, 0.78367, 0.9553, 1, 0.86832, 1.0128, 0.95871, 0.99394, 0.87548, 0.96361, 0.86774, 1.0078, 0.95871, 0.9446, 0.95871, 0.86774, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.94083, 0.97579, 0.94083, 0.97579, 0.94083, 0.97579, 0.90406, 0.94039, 0.96694, 1, 0.89903, 1, 1, 1, 0.93582, 0.93582, 0.93582, 1, 0.908, 0.908, 0.918, 0.94219, 0.94219, 0.96544, 1, 1.285, 1, 1, 0.81079, 0.81079, 1, 1, 0.74854, 1, 1, 1, 1, 0.99793, 1, 1, 1, 0.65, 1, 1.36145, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1.17173, 1, 0.80535, 0.76169, 1.02058, 1.0732, 1.05486, 1, 1, 1.30692, 1.08595, 1.08595, 1, 1.08595, 1.08595, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1.16161, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1];
  var MyriadProBoldMetrics = {
    lineHeight: 1.2,
    lineGap: 0.2
  };
  var MyriadProBoldItalicFactors = [1.36898, 1, 1, 0.66227, 0.80779, 0.81625, 0.97276, 0.97276, 0.97733, 0.92222, 0.83266, 0.94292, 0.94292, 1.16148, 1.02058, 0.93582, 0.96694, 0.93582, 1.17337, 0.97276, 0.97276, 0.97276, 0.97276, 0.97276, 0.97276, 0.97276, 0.97276, 0.97276, 0.97276, 0.78076, 0.78076, 1.02058, 1.02058, 1.02058, 0.71541, 0.76813, 0.85576, 0.80591, 0.80729, 0.94299, 0.77512, 0.83655, 0.86523, 0.92222, 0.98621, 0.71743, 0.81698, 0.79726, 0.98558, 0.92222, 0.90637, 0.83809, 0.90637, 0.80729, 0.76463, 0.86275, 0.90699, 0.91605, 0.9154, 0.85308, 0.85458, 0.90531, 0.94292, 1.21296, 0.94292, 1.02058, 0.89903, 1.18616, 0.99613, 0.91677, 0.78216, 0.91677, 0.90083, 0.98796, 0.9135, 0.92168, 0.95381, 0.98981, 0.95298, 0.95381, 0.93459, 0.92168, 0.91513, 0.92004, 0.91677, 0.95077, 0.748, 1.04502, 0.91677, 0.92061, 0.94236, 0.89544, 0.89364, 0.9, 0.80687, 0.8578, 0.80687, 1.02058, 0.80779, 0.97276, 0.97276, 0.97276, 0.97276, 0.8578, 0.99973, 1.18616, 0.91339, 1.08074, 0.82891, 1.02058, 0.55509, 0.71526, 0.89022, 1.08595, 1, 1, 1.18616, 1, 0.96736, 0.93582, 1.18616, 1, 1.04864, 0.82711, 0.99043, 0.99043, 0.99043, 0.71541, 0.85576, 0.85576, 0.85576, 0.85576, 0.85576, 0.85576, 0.845, 0.80729, 0.77512, 0.77512, 0.77512, 0.77512, 0.98621, 0.98621, 0.98621, 0.98621, 0.95961, 0.92222, 0.90637, 0.90637, 0.90637, 0.90637, 0.90637, 1.02058, 0.90251, 0.90699, 0.90699, 0.90699, 0.90699, 0.85458, 0.83659, 0.94951, 0.99613, 0.99613, 0.99613, 0.99613, 0.99613, 0.99613, 0.85811, 0.78216, 0.90083, 0.90083, 0.90083, 0.90083, 0.95381, 0.95381, 0.95381, 0.95381, 0.9135, 0.92168, 0.91513, 0.91513, 0.91513, 0.91513, 0.91513, 1.08595, 0.91677, 0.91677, 0.91677, 0.91677, 0.91677, 0.89364, 0.92332, 0.89364, 0.85576, 0.99613, 0.85576, 0.99613, 0.85576, 0.99613, 0.80729, 0.78216, 0.80729, 0.78216, 0.80729, 0.78216, 0.80729, 0.78216, 0.94299, 0.76783, 0.95961, 0.91677, 0.77512, 0.90083, 0.77512, 0.90083, 0.77512, 0.90083, 0.77512, 0.90083, 0.77512, 0.90083, 0.86523, 0.9135, 0.86523, 0.9135, 0.86523, 0.9135, 1, 1, 0.92222, 0.92168, 0.92222, 0.92168, 0.98621, 0.95381, 0.98621, 0.95381, 0.98621, 0.95381, 0.98621, 0.95381, 0.98621, 0.95381, 0.86036, 0.97096, 0.71743, 0.98981, 1, 1, 0.95298, 0.79726, 0.95381, 1, 1, 0.79726, 0.6894, 0.79726, 0.74321, 0.81691, 1.0006, 0.92222, 0.92168, 1, 1, 0.92222, 0.92168, 0.79464, 0.92098, 0.92168, 0.90637, 0.91513, 0.90637, 0.91513, 0.90637, 0.91513, 0.909, 0.87514, 0.80729, 0.95077, 1, 1, 0.80729, 0.95077, 0.76463, 0.748, 0.76463, 0.748, 1, 1, 0.76463, 0.748, 1, 1, 0.86275, 0.72651, 0.86275, 1.04502, 0.90699, 0.91677, 0.90699, 0.91677, 0.90699, 0.91677, 0.90699, 0.91677, 0.90699, 0.91677, 0.90699, 0.91677, 0.9154, 0.94236, 0.85458, 0.89364, 0.85458, 0.90531, 0.9, 0.90531, 0.9, 0.90531, 0.9, 1, 0.97276, 0.85576, 0.99613, 0.845, 0.85811, 0.90251, 0.91677, 1, 1, 0.86275, 1.04502, 1.18616, 1.18616, 1.18616, 1.18616, 1.18616, 1.18616, 1.18616, 1.18616, 1.18616, 1.00899, 1.30628, 0.85576, 0.80178, 0.66862, 0.7927, 0.69323, 0.88127, 0.72459, 0.89711, 0.95381, 0.85576, 0.80591, 0.7805, 0.94729, 0.77512, 0.90531, 0.92222, 0.90637, 0.98621, 0.81698, 0.92655, 0.98558, 0.92222, 0.85359, 0.90637, 0.90976, 0.83809, 0.94523, 0.86275, 0.83509, 0.93157, 0.85308, 0.83392, 0.92346, 0.98621, 0.83509, 0.92886, 0.91324, 0.92168, 0.95381, 0.90646, 0.92886, 0.90557, 0.86847, 0.90276, 0.91324, 0.86842, 0.92168, 0.99531, 0.95381, 0.9224, 0.85408, 0.92699, 0.86847, 1.0051, 0.91513, 0.80487, 0.93481, 1, 0.88159, 1.05214, 0.90646, 0.97355, 0.81539, 0.89398, 0.85923, 0.95381, 0.90646, 0.91513, 0.90646, 0.85923, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.9154, 0.94236, 0.9154, 0.94236, 0.9154, 0.94236, 0.85458, 0.89364, 0.96694, 1, 0.89903, 1, 1, 1, 0.91782, 0.91782, 0.91782, 1, 0.896, 0.896, 0.896, 0.9332, 0.9332, 0.95973, 1, 1.26, 1, 1, 0.80479, 0.80178, 1, 1, 0.85633, 1, 1, 1, 1, 0.97276, 1, 1, 1, 0.698, 1, 1.36145, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1.14542, 1, 0.79199, 0.78694, 1.02058, 1.03493, 1.05486, 1, 1, 1.23026, 1.08595, 1.08595, 1, 1.08595, 1.08595, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1.20006, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1];
  var MyriadProBoldItalicMetrics = {
    lineHeight: 1.2,
    lineGap: 0.2
  };
  var MyriadProItalicFactors = [1.36898, 1, 1, 0.65507, 0.84943, 0.85639, 0.88465, 0.88465, 0.86936, 0.88307, 0.86948, 0.85283, 0.85283, 1.06383, 1.02058, 0.75945, 0.9219, 0.75945, 1.17337, 0.88465, 0.88465, 0.88465, 0.88465, 0.88465, 0.88465, 0.88465, 0.88465, 0.88465, 0.88465, 0.75945, 0.75945, 1.02058, 1.02058, 1.02058, 0.69046, 0.70926, 0.85158, 0.77812, 0.76852, 0.89591, 0.70466, 0.76125, 0.80094, 0.86822, 0.83864, 0.728, 0.77212, 0.79475, 0.93637, 0.87514, 0.8588, 0.76013, 0.8588, 0.72421, 0.69866, 0.77598, 0.85991, 0.80811, 0.87832, 0.78112, 0.77512, 0.8562, 1.0222, 1.18417, 1.0222, 1.27014, 0.89903, 1.15012, 0.93859, 0.94399, 0.846, 0.94399, 0.81453, 1.0186, 0.94219, 0.96017, 1.03075, 1.02175, 0.912, 1.03075, 0.96998, 0.96017, 0.93859, 0.94399, 0.94399, 0.95493, 0.746, 1.12658, 0.94578, 0.91, 0.979, 0.882, 0.882, 0.83, 0.85034, 0.83537, 0.85034, 1.02058, 0.70869, 0.88465, 0.88465, 0.88465, 0.88465, 0.83537, 0.90083, 1.15012, 0.9161, 0.94565, 0.73541, 1.02058, 0.53609, 0.69353, 0.79519, 1.08595, 1, 1, 1.15012, 1, 0.91974, 0.75945, 1.15012, 1, 0.9446, 0.73361, 0.9005, 0.9005, 0.9005, 0.62864, 0.85158, 0.85158, 0.85158, 0.85158, 0.85158, 0.85158, 0.773, 0.76852, 0.70466, 0.70466, 0.70466, 0.70466, 0.83864, 0.83864, 0.83864, 0.83864, 0.90561, 0.87514, 0.8588, 0.8588, 0.8588, 0.8588, 0.8588, 1.02058, 0.85751, 0.85991, 0.85991, 0.85991, 0.85991, 0.77512, 0.76013, 0.88075, 0.93859, 0.93859, 0.93859, 0.93859, 0.93859, 0.93859, 0.8075, 0.846, 0.81453, 0.81453, 0.81453, 0.81453, 0.82424, 0.82424, 0.82424, 0.82424, 0.9278, 0.96017, 0.93859, 0.93859, 0.93859, 0.93859, 0.93859, 1.08595, 0.8562, 0.94578, 0.94578, 0.94578, 0.94578, 0.882, 0.94578, 0.882, 0.85158, 0.93859, 0.85158, 0.93859, 0.85158, 0.93859, 0.76852, 0.846, 0.76852, 0.846, 0.76852, 0.846, 0.76852, 0.846, 0.89591, 0.8544, 0.90561, 0.94399, 0.70466, 0.81453, 0.70466, 0.81453, 0.70466, 0.81453, 0.70466, 0.81453, 0.70466, 0.81453, 0.80094, 0.94219, 0.80094, 0.94219, 0.80094, 0.94219, 1, 1, 0.86822, 0.96017, 0.86822, 0.96017, 0.83864, 0.82424, 0.83864, 0.82424, 0.83864, 0.82424, 0.83864, 1.03075, 0.83864, 0.82424, 0.81402, 1.02738, 0.728, 1.02175, 1, 1, 0.912, 0.79475, 1.03075, 1, 1, 0.79475, 0.83911, 0.79475, 0.66266, 0.80553, 1.06676, 0.87514, 0.96017, 1, 1, 0.87514, 0.96017, 0.86865, 0.87396, 0.96017, 0.8588, 0.93859, 0.8588, 0.93859, 0.8588, 0.93859, 0.867, 0.84759, 0.72421, 0.95493, 1, 1, 0.72421, 0.95493, 0.69866, 0.746, 0.69866, 0.746, 1, 1, 0.69866, 0.746, 1, 1, 0.77598, 0.88417, 0.77598, 1.12658, 0.85991, 0.94578, 0.85991, 0.94578, 0.85991, 0.94578, 0.85991, 0.94578, 0.85991, 0.94578, 0.85991, 0.94578, 0.87832, 0.979, 0.77512, 0.882, 0.77512, 0.8562, 0.83, 0.8562, 0.83, 0.8562, 0.83, 1, 0.88465, 0.85158, 0.93859, 0.773, 0.8075, 0.85751, 0.8562, 1, 1, 0.77598, 1.12658, 1.15012, 1.15012, 1.15012, 1.15012, 1.15012, 1.15313, 1.15012, 1.15012, 1.15012, 1.08106, 1.03901, 0.85158, 0.77025, 0.62264, 0.7646, 0.65351, 0.86026, 0.69461, 0.89947, 1.03075, 0.85158, 0.77812, 0.76449, 0.88836, 0.70466, 0.8562, 0.86822, 0.8588, 0.83864, 0.77212, 0.85308, 0.93637, 0.87514, 0.82352, 0.8588, 0.85701, 0.76013, 0.89058, 0.77598, 0.8156, 0.82565, 0.78112, 0.77899, 0.89386, 0.83864, 0.8156, 0.9486, 0.92388, 0.96186, 1.03075, 0.91123, 0.9486, 0.93298, 0.878, 0.93942, 0.92388, 0.84596, 0.96186, 0.95119, 1.03075, 0.922, 0.88787, 0.95829, 0.88, 0.93559, 0.93859, 0.78815, 0.93758, 1, 0.89217, 1.03737, 0.91123, 0.93969, 0.77487, 0.85769, 0.86799, 1.03075, 0.91123, 0.93859, 0.91123, 0.86799, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.87832, 0.979, 0.87832, 0.979, 0.87832, 0.979, 0.77512, 0.882, 0.9219, 1, 0.89903, 1, 1, 1, 0.87321, 0.87321, 0.87321, 1, 1.027, 1.027, 1.027, 0.86847, 0.86847, 0.79121, 1, 1.124, 1, 1, 0.73572, 0.73572, 1, 1, 0.85034, 1, 1, 1, 1, 0.88465, 1, 1, 1, 0.669, 1, 1.36145, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1.04828, 1, 0.74948, 0.75187, 1.02058, 0.98391, 1.02119, 1, 1, 1.06233, 1.08595, 1.08595, 1, 1.08595, 1.08595, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1.05233, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1];
  var MyriadProItalicMetrics = {
    lineHeight: 1.2,
    lineGap: 0.2
  };
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  var SegoeuiItalicMetrics = {
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    lineGap: 0
  };
  var SegoeuiRegularFactors = [1.76738, 1, 1, 0.98594, 1.02285, 1.10454, 1.06234, 0.96927, 0.92037, 1.19985, 1.2046, 0.90616, 0.90616, 1.07152, 1.1714, 0.78032, 1.20088, 0.78032, 1.40246, 0.96927, 0.96927, 0.96927, 0.96927, 0.96927, 0.96927, 0.96927, 0.96927, 0.96927, 0.96927, 0.78032, 0.78032, 1.1714, 1.1714, 1.1714, 0.80597, 0.94084, 0.96706, 0.85944, 0.85734, 0.97093, 0.75842, 0.79936, 0.88198, 0.9831, 0.95782, 0.71387, 0.86969, 0.84636, 1.07796, 1.03584, 0.96924, 0.83968, 0.96924, 0.82826, 0.79649, 0.85771, 0.95132, 0.93119, 0.98965, 0.88433, 0.8287, 0.93365, 1.08612, 1.3638, 1.08612, 1.45786, 0.74627, 0.80499, 0.91484, 1.05707, 0.92383, 1.05882, 0.9403, 1.12654, 1.05882, 1.01756, 1.09011, 1.09011, 0.99414, 1.09011, 1.034, 1.01756, 1.05356, 1.05707, 1.05882, 1.04399, 0.84863, 1.21968, 1.01756, 0.95801, 1.00068, 0.91797, 0.96777, 0.9043, 0.90351, 0.92105, 0.90351, 1.1714, 0.85337, 0.96927, 0.96927, 0.99912, 0.96927, 0.92105, 0.80597, 1.2434, 1.20808, 1.05937, 0.90957, 1.1714, 1.20808, 0.75155, 0.94261, 1.24644, 1.09971, 1.09971, 0.84751, 1, 0.85273, 0.78032, 0.61584, 1.05425, 1.17914, 0.90957, 1.08665, 1.11593, 1.14169, 0.73381, 0.96706, 0.96706, 0.96706, 0.96706, 0.96706, 0.96706, 0.86035, 0.85734, 0.75842, 0.75842, 0.75842, 0.75842, 0.95782, 0.95782, 0.95782, 0.95782, 0.97093, 1.03584, 0.96924, 0.96924, 0.96924, 0.96924, 0.96924, 1.1714, 0.96924, 0.95132, 0.95132, 0.95132, 0.95132, 0.8287, 0.83968, 0.89049, 0.91484, 0.91484, 0.91484, 0.91484, 0.91484, 0.91484, 0.93575, 0.92383, 0.9403, 0.9403, 0.9403, 0.9403, 0.8717, 0.8717, 0.8717, 0.8717, 1.00527, 1.01756, 1.05356, 1.05356, 1.05356, 1.05356, 1.05356, 1.24644, 0.95923, 1.01756, 1.01756, 1.01756, 1.01756, 0.96777, 1.05707, 0.96777, 0.96706, 0.91484, 0.96706, 0.91484, 0.96706, 0.91484, 0.85734, 0.92383, 0.85734, 0.92383, 0.85734, 0.92383, 0.85734, 0.92383, 0.97093, 1.0969, 0.97093, 1.05882, 0.75842, 0.9403, 0.75842, 0.9403, 0.75842, 0.9403, 0.75842, 0.9403, 0.75842, 0.9403, 0.88198, 1.05882, 0.88198, 1.05882, 0.88198, 1.05882, 1, 1, 0.9831, 1.01756, 0.9831, 1.01756, 0.95782, 0.8717, 0.95782, 0.8717, 0.95782, 0.8717, 0.95782, 1.09011, 0.95782, 0.8717, 0.84784, 1.11551, 0.71387, 1.09011, 1, 1, 0.99414, 0.84636, 1.09011, 1, 1, 0.84636, 1.0536, 0.84636, 0.94298, 0.84636, 1.23297, 1.03584, 1.01756, 1, 1, 1.03584, 1.01756, 1.00323, 1.03444, 1.01756, 0.96924, 1.05356, 0.96924, 1.05356, 0.96924, 1.05356, 0.93066, 0.98293, 0.82826, 1.04399, 1, 1, 0.82826, 1.04399, 0.79649, 0.84863, 0.79649, 0.84863, 0.79649, 0.84863, 0.79649, 0.84863, 1, 1, 0.85771, 1.17318, 0.85771, 1.21968, 0.95132, 1.01756, 0.95132, 1.01756, 0.95132, 1.01756, 0.95132, 1.01756, 0.95132, 1.01756, 0.95132, 1.01756, 0.98965, 1.00068, 0.8287, 0.96777, 0.8287, 0.93365, 0.9043, 0.93365, 0.9043, 0.93365, 0.9043, 1.08571, 0.96927, 0.96706, 0.91484, 0.86035, 0.93575, 0.96924, 0.95923, 1, 1, 0.85771, 1.21968, 1.11437, 1.11437, 0.93109, 0.91202, 0.60411, 0.84164, 0.55572, 1.01173, 0.97361, 0.81818, 0.81818, 0.96635, 0.78032, 0.72727, 0.92366, 0.98601, 1.03405, 0.77968, 1.09799, 1.2, 0.96706, 0.85944, 0.85638, 0.96491, 0.75842, 0.93365, 0.9831, 0.96924, 0.95782, 0.86969, 0.94152, 1.07796, 1.03584, 0.78437, 0.96924, 0.98715, 0.83968, 0.83491, 0.85771, 0.8287, 0.94492, 0.88433, 0.9287, 1.0098, 0.95782, 0.8287, 1.0625, 0.98248, 1.03424, 1.2, 1.01071, 1.0625, 0.95246, 1.03809, 1.04912, 0.98248, 1.00221, 1.03424, 1.05443, 1.2, 1.04785, 0.99609, 1.00169, 1.05176, 0.99346, 1.05356, 0.9087, 1.03004, 0.95542, 0.93117, 1.23362, 1.01071, 1.07831, 1.02512, 1.05205, 1.03502, 1.2, 1.01071, 1.05356, 1.01071, 1.03502, 0.75842, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1.03719, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.9403, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1.04021, 1, 1, 1, 1, 1, 1, 0.98965, 1.00068, 0.98965, 1.00068, 0.98965, 1.00068, 0.8287, 0.96777, 1, 1.20088, 0.89903, 1, 1, 0.75155, 1.03077, 1.03077, 1.03077, 1.03077, 1.13196, 1.13196, 1.13196, 0.67428, 0.67428, 1.16039, 0.73291, 1.20996, 1.22135, 1.06483, 0.94868, 0.94868, 0.95996, 1.24633, 1, 1.07497, 0.87796, 0.96927, 1.01518, 0.96927, 1, 1, 1, 0.77295, 1, 1, 1.10539, 1.10539, 1.11358, 1.06967, 0.86279, 0.94434, 0.86279, 0.94434, 0.86182, 1, 1, 1.083, 1, 0.91578, 0.86507, 1.1714, 1.18416, 1.14589, 0.69825, 0.97622, 1.9697, 1.24822, 1.24822, 1.17238, 1.24822, 1.24822, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1.42603, 1, 0.99862, 0.99862, 1, 0.87025, 0.87025, 0.87025, 0.87025, 1.18083, 1.42603, 1, 1.42603, 1.42603, 0.99862, 1, 1, 1, 1, 1, 1.2886, 1.04315, 1.15296, 1.34163, 1, 1, 1, 1.10938, 1.10938, 1, 1, 1, 1.05425, 1.09971, 1.09971, 1.09971, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1];
  var SegoeuiRegularMetrics = {
    lineHeight: 1.33008,
    lineGap: 0
  };
  var getXFAFontMap = getLookupTableFactory(function(t) {
    t["MyriadPro-Regular"] = t["PdfJS-Fallback-Regular"] = {
      name: "LiberationSans-Regular",
      factors: MyriadProRegularFactors,
      baseWidths: LiberationSansRegularWidths,
      baseMapping: LiberationSansRegularMapping,
      metrics: MyriadProRegularMetrics
    };
    t["MyriadPro-Bold"] = t["PdfJS-Fallback-Bold"] = {
      name: "LiberationSans-Bold",
      factors: MyriadProBoldFactors,
      baseWidths: LiberationSansBoldWidths,
      baseMapping: LiberationSansBoldMapping,
      metrics: MyriadProBoldMetrics
    };
    t["MyriadPro-It"] = t["MyriadPro-Italic"] = t["PdfJS-Fallback-Italic"] = {
      name: "LiberationSans-Italic",
      factors: MyriadProItalicFactors,
      baseWidths: LiberationSansItalicWidths,
      baseMapping: LiberationSansItalicMapping,
      metrics: MyriadProItalicMetrics
    };
    t["MyriadPro-BoldIt"] = t["MyriadPro-BoldItalic"] = t["PdfJS-Fallback-BoldItalic"] = {
      name: "LiberationSans-BoldItalic",
      factors: MyriadProBoldItalicFactors,
      baseWidths: LiberationSansBoldItalicWidths,
      baseMapping: LiberationSansBoldItalicMapping,
      metrics: MyriadProBoldItalicMetrics
    };
    t.ArialMT = t.Arial = t["Arial-Regular"] = {
      name: "LiberationSans-Regular",
      baseWidths: LiberationSansRegularWidths,
      baseMapping: LiberationSansRegularMapping
    };
    t["Arial-BoldMT"] = t["Arial-Bold"] = {
      name: "LiberationSans-Bold",
      baseWidths: LiberationSansBoldWidths,
      baseMapping: LiberationSansBoldMapping
    };
    t["Arial-ItalicMT"] = t["Arial-Italic"] = {
      name: "LiberationSans-Italic",
      baseWidths: LiberationSansItalicWidths,
      baseMapping: LiberationSansItalicMapping
    };
    t["Arial-BoldItalicMT"] = t["Arial-BoldItalic"] = {
      name: "LiberationSans-BoldItalic",
      baseWidths: LiberationSansBoldItalicWidths,
      baseMapping: LiberationSansBoldItalicMapping
    };
    t["Calibri-Regular"] = {
      name: "LiberationSans-Regular",
      factors: CalibriRegularFactors,
      baseWidths: LiberationSansRegularWidths,
      baseMapping: LiberationSansRegularMapping,
      metrics: CalibriRegularMetrics
    };
    t["Calibri-Bold"] = {
      name: "LiberationSans-Bold",
      factors: CalibriBoldFactors,
      baseWidths: LiberationSansBoldWidths,
      baseMapping: LiberationSansBoldMapping,
      metrics: CalibriBoldMetrics
    };
    t["Calibri-Italic"] = {
      name: "LiberationSans-Italic",
      factors: CalibriItalicFactors,
      baseWidths: LiberationSansItalicWidths,
      baseMapping: LiberationSansItalicMapping,
      metrics: CalibriItalicMetrics
    };
    t["Calibri-BoldItalic"] = {
      name: "LiberationSans-BoldItalic",
      factors: CalibriBoldItalicFactors,
      baseWidths: LiberationSansBoldItalicWidths,
      baseMapping: LiberationSansBoldItalicMapping,
      metrics: CalibriBoldItalicMetrics
    };
    t["Segoeui-Regular"] = {
      name: "LiberationSans-Regular",
      factors: SegoeuiRegularFactors,
      baseWidths: LiberationSansRegularWidths,
      baseMapping: LiberationSansRegularMapping,
      metrics: SegoeuiRegularMetrics
    };
    t["Segoeui-Bold"] = {
      name: "LiberationSans-Bold",
      factors: SegoeuiBoldFactors,
      baseWidths: LiberationSansBoldWidths,
      baseMapping: LiberationSansBoldMapping,
      metrics: SegoeuiBoldMetrics
    };
    t["Segoeui-Italic"] = {
      name: "LiberationSans-Italic",
      factors: SegoeuiItalicFactors,
      baseWidths: LiberationSansItalicWidths,
      baseMapping: LiberationSansItalicMapping,
      metrics: SegoeuiItalicMetrics
    };
    t["Segoeui-BoldItalic"] = {
      name: "LiberationSans-BoldItalic",
      factors: SegoeuiBoldItalicFactors,
      baseWidths: LiberationSansBoldItalicWidths,
      baseMapping: LiberationSansBoldItalicMapping,
      metrics: SegoeuiBoldItalicMetrics
    };
    t["Helvetica-Regular"] = t.Helvetica = {
      name: "LiberationSans-Regular",
      factors: HelveticaRegularFactors,
      baseWidths: LiberationSansRegularWidths,
      baseMapping: LiberationSansRegularMapping,
      metrics: HelveticaRegularMetrics
    };
    t["Helvetica-Bold"] = {
      name: "LiberationSans-Bold",
      factors: HelveticaBoldFactors,
      baseWidths: LiberationSansBoldWidths,
      baseMapping: LiberationSansBoldMapping,
      metrics: HelveticaBoldMetrics
    };
    t["Helvetica-Italic"] = {
      name: "LiberationSans-Italic",
      factors: HelveticaItalicFactors,
      baseWidths: LiberationSansItalicWidths,
      baseMapping: LiberationSansItalicMapping,
      metrics: HelveticaItalicMetrics
    };
    t["Helvetica-BoldItalic"] = {
      name: "LiberationSans-BoldItalic",
      factors: HelveticaBoldItalicFactors,
      baseWidths: LiberationSansBoldItalicWidths,
      baseMapping: LiberationSansBoldItalicMapping,
      metrics: HelveticaBoldItalicMetrics
    };
  });
  function getXfaFontName(name) {
    const fontName = normalizeFontName(name);
    const fontMap = getXFAFontMap();
    return fontMap[fontName];
  }
  function getXfaFontWidths(name) {
    const info3 = getXfaFontName(name);
    if (!info3) {
      return null;
    }
    const {
      baseWidths,
      baseMapping,
      factors
    } = info3;
    const rescaledBaseWidths = !factors ? baseWidths : baseWidths.map((w, i) => w * factors[i]);
    let currentCode = -2;
    let currentArray;
    const newWidths = [];
    for (const [unicode, glyphIndex] of baseMapping.map((charUnicode, index) => [charUnicode, index]).sort(([unicode1], [unicode2]) => unicode1 - unicode2)) {
      if (unicode === -1) {
        continue;
      }
      if (unicode === currentCode + 1) {
        currentArray.push(rescaledBaseWidths[glyphIndex]);
        currentCode += 1;
      } else {
        currentCode = unicode;
        currentArray = [rescaledBaseWidths[glyphIndex]];
        newWidths.push(unicode, currentArray);
      }
    }
    return newWidths;
  }
  function getXfaFontDict(name) {
    const widths = getXfaFontWidths(name);
    const dict = new Dict(null);
    dict.set("BaseFont", Name.get(name));
    dict.set("Type", Name.get("Font"));
    dict.set("Subtype", Name.get("CIDFontType2"));
    dict.set("Encoding", Name.get("Identity-H"));
    dict.set("CIDToGIDMap", Name.get("Identity"));
    dict.set("W", widths);
    dict.set("FirstChar", widths[0]);
    dict.set("LastChar", widths.at(-2) + widths.at(-1).length - 1);
    const descriptor = new Dict(null);
    dict.set("FontDescriptor", descriptor);
    const systemInfo = new Dict(null);
    systemInfo.set("Ordering", "Identity");
    systemInfo.set("Registry", "Adobe");
    systemInfo.set("Supplement", 0);
    dict.set("CIDSystemInfo", systemInfo);
    return dict;
  }
  var TOKEN = {
    number: 0,
    lbrace: 1,
    rbrace: 2,
    true: 3,
    false: 4,
    add: 5,
    sub: 6,
    mul: 7,
    div: 8,
    idiv: 9,
    mod: 10,
    exp: 11,
    eq: 12,
    ne: 13,
    gt: 14,
    ge: 15,
    lt: 16,
    le: 17,
    and: 18,
    or: 19,
    xor: 20,
    bitshift: 21,
    abs: 22,
    neg: 23,
    ceiling: 24,
    floor: 25,
    round: 26,
    truncate: 27,
    not: 28,
    sqrt: 29,
    sin: 30,
    cos: 31,
    ln: 32,
    log: 33,
    atan: 34,
    cvi: 35,
    cvr: 36,
    dup: 37,
    exch: 38,
    pop: 39,
    copy: 40,
    index: 41,
    roll: 42,
    if: 43,
    ifelse: 44,
    eof: 45,
    min: 46,
    max: 47
  };
  var Token = class {
    constructor(id, value = null) {
      this.id = id;
      this.value = value;
    }
  };
  var lexer_Lexer = class _lexer_Lexer {
    static #singletons = null;
    static #operatorSingletons = null;
    static #initSingletons() {
      const singletons = /* @__PURE__ */ Object.create(null);
      const operatorSingletons = /* @__PURE__ */ Object.create(null);
      for (const [name, id] of Object.entries(TOKEN)) {
        if (name === "number") {
          continue;
        }
        const isOperator = id >= TOKEN.true && id <= TOKEN.ifelse;
        const token = new Token(id, isOperator ? name : null);
        singletons[name] = token;
        if (isOperator) {
          operatorSingletons[name] = token;
        }
      }
      this.#singletons = singletons;
      this.#operatorSingletons = operatorSingletons;
    }
    constructor(data) {
      if (!_lexer_Lexer.#singletons) {
        _lexer_Lexer.#initSingletons();
      }
      this.data = data;
      this.pos = 0;
      this.len = data.length;
      this._numberPattern = /[+-]?(?:\d+(?:\.\d*)?|\.\d+)(?:e[+-]?\d+)?/iy;
      this._identifierPattern = /[a-z]+/y;
    }
    _skipComment() {
      const lf = this.data.indexOf("\n", this.pos);
      const cr = this.data.indexOf("\r", this.pos);
      const eol = Math.min(lf < 0 ? this.len : lf, cr < 0 ? this.len : cr);
      this.pos = Math.min(eol + 1, this.len);
    }
    _getNumber() {
      this._numberPattern.lastIndex = this.pos;
      const match = this._numberPattern.exec(this.data);
      if (!match) {
        return new Token(TOKEN.number, 0);
      }
      const number2 = parseFloat(match[0]);
      if (!Number.isFinite(number2)) {
        return new Token(TOKEN.number, 0);
      }
      this.pos = this._numberPattern.lastIndex;
      return new Token(TOKEN.number, number2);
    }
    _getOperator() {
      this._identifierPattern.lastIndex = this.pos;
      const match = this._identifierPattern.exec(this.data);
      if (!match) {
        return new Token(TOKEN.number, 0);
      }
      this.pos = this._identifierPattern.lastIndex;
      const op = match[0];
      const token = _lexer_Lexer.#operatorSingletons[op];
      return token ?? new Token(TOKEN.number, 0);
    }
    next() {
      while (this.pos < this.len) {
        const ch2 = this.data.charCodeAt(this.pos++);
        switch (ch2) {
          case 0:
          case 9:
          case 10:
          case 12:
          case 13:
          case 32:
            break;
          case 37:
            this._skipComment();
            break;
          case 123:
            return _lexer_Lexer.#singletons.lbrace;
          case 125:
            return _lexer_Lexer.#singletons.rbrace;
          case 43:
          case 45:
            this.pos--;
            return this._getNumber();
          case 46:
            this.pos--;
            return this._getNumber();
          default:
            if (ch2 >= 48 && ch2 <= 57) {
              this.pos--;
              return this._getNumber();
            }
            if (ch2 >= 97 && ch2 <= 122) {
              this.pos--;
              return this._getOperator();
            }
            return new Token(TOKEN.number, 0);
        }
      }
      return _lexer_Lexer.#singletons.eof;
    }
  };
  var PS_VALUE_TYPE = {
    numeric: 0,
    boolean: 1,
    unknown: 2
  };
  var PS_NODE = {
    program: 0,
    block: 1,
    number: 2,
    operator: 3,
    if: 4,
    ifelse: 5,
    arg: 6,
    const: 7,
    unary: 8,
    binary: 9,
    ternary: 10
  };
  var PsNode = class {
    constructor(type) {
      this.type = type;
    }
  };
  var PsProgram = class extends PsNode {
    constructor(body) {
      super(PS_NODE.program);
      this.body = body;
    }
  };
  var PsBlock = class extends PsNode {
    constructor(instructions) {
      super(PS_NODE.block);
      this.instructions = instructions;
    }
  };
  var PsNumber = class extends PsNode {
    constructor(value) {
      super(PS_NODE.number);
      this.value = value;
    }
  };
  var PsOperator = class extends PsNode {
    constructor(op) {
      super(PS_NODE.operator);
      this.op = op;
    }
  };
  var PsIf = class extends PsNode {
    constructor(then) {
      super(PS_NODE.if);
      this.then = then;
    }
  };
  var PsIfElse = class extends PsNode {
    constructor(then, otherwise) {
      super(PS_NODE.ifelse);
      this.then = then;
      this.otherwise = otherwise;
    }
  };
  var PsArgNode = class extends PsNode {
    constructor(index) {
      super(PS_NODE.arg);
      this.index = index;
      this.valueType = PS_VALUE_TYPE.numeric;
    }
  };
  var PsConstNode = class extends PsNode {
    constructor(value) {
      super(PS_NODE.const);
      this.value = value;
      this.valueType = typeof value === "boolean" ? PS_VALUE_TYPE.boolean : PS_VALUE_TYPE.numeric;
    }
  };
  var PsUnaryNode = class extends PsNode {
    constructor(op, operand, valueType = PS_VALUE_TYPE.unknown) {
      super(PS_NODE.unary);
      this.op = op;
      this.operand = operand;
      this.valueType = valueType;
    }
  };
  var PsBinaryNode = class extends PsNode {
    constructor(op, first, second, valueType = PS_VALUE_TYPE.unknown) {
      super(PS_NODE.binary);
      this.op = op;
      this.first = first;
      this.second = second;
      this.valueType = valueType;
    }
  };
  var PsTernaryNode = class extends PsNode {
    constructor(cond, then, otherwise, valueType = PS_VALUE_TYPE.unknown) {
      super(PS_NODE.ternary);
      this.cond = cond;
      this.then = then;
      this.otherwise = otherwise;
      this.valueType = valueType;
    }
  };
  var ast_Parser = class _ast_Parser {
    constructor(lexer) {
      this.lexer = lexer;
      this._token = null;
    }
    static _isRegularOperator(id) {
      return id >= TOKEN.true && id < TOKEN.if;
    }
    _advance() {
      this._token = this.lexer.next();
    }
    _expect(id) {
      if (this._token.id !== id) {
        throw new FormatError2(`PostScript function: expected token id ${id}, got ${this._token.id}.`);
      }
      const tok = this._token;
      this._advance();
      return tok;
    }
    parse() {
      this._advance();
      this._expect(TOKEN.lbrace);
      const block = this._parseBlock();
      this._expect(TOKEN.rbrace);
      if (this._token.id !== TOKEN.eof) {
        warn2("PostScript function: unexpected content after closing brace.");
      }
      return new PsProgram(block);
    }
    _parseBlock() {
      const instructions = [];
      while (true) {
        const tok = this._token;
        switch (tok.id) {
          case TOKEN.number:
            instructions.push(new PsNumber(tok.value));
            this._advance();
            break;
          case TOKEN.lbrace: {
            this._advance();
            const thenBlock = this._parseBlock();
            this._expect(TOKEN.rbrace);
            if (this._token.id === TOKEN.if) {
              this._advance();
              instructions.push(new PsIf(thenBlock));
            } else if (this._token.id === TOKEN.lbrace) {
              this._advance();
              const elseBlock = this._parseBlock();
              this._expect(TOKEN.rbrace);
              this._expect(TOKEN.ifelse);
              instructions.push(new PsIfElse(thenBlock, elseBlock));
            } else {
              throw new FormatError2("PostScript function: a procedure block must be followed by 'if' or '{…} ifelse'.");
            }
            break;
          }
          case TOKEN.rbrace:
          case TOKEN.eof:
            return new PsBlock(instructions);
          case TOKEN.if:
          case TOKEN.ifelse:
            throw new FormatError2(`PostScript function: unexpected '${tok.value}' operator.`);
          default:
            if (_ast_Parser._isRegularOperator(tok.id)) {
              instructions.push(new PsOperator(tok.id));
              this._advance();
              break;
            }
            throw new FormatError2(`PostScript function: unexpected token id ${tok.id}.`);
        }
      }
    }
  };
  function parsePostScriptFunction(source) {
    return new ast_Parser(new lexer_Lexer(source)).parse();
  }
  function _nodesEqual(a, b) {
    if (a === b) {
      return true;
    }
    if (a.type !== b.type) {
      return false;
    }
    switch (a.type) {
      case PS_NODE.arg:
        return a.index === b.index;
      case PS_NODE.const:
        return a.value === b.value;
      case PS_NODE.unary:
        return a.op === b.op && _nodesEqual(a.operand, b.operand);
      case PS_NODE.binary:
        return a.op === b.op && _nodesEqual(a.first, b.first) && _nodesEqual(a.second, b.second);
      case PS_NODE.ternary:
        return _nodesEqual(a.cond, b.cond) && _nodesEqual(a.then, b.then) && _nodesEqual(a.otherwise, b.otherwise);
      default:
        return false;
    }
  }
  function _evalBinaryConst(op, a, b) {
    switch (op) {
      case TOKEN.add:
        return a + b;
      case TOKEN.sub:
        return a - b;
      case TOKEN.mul:
        return a * b;
      case TOKEN.div:
        return b !== 0 ? a / b : 0;
      case TOKEN.idiv:
        return b !== 0 ? Math.trunc(a / b) : 0;
      case TOKEN.mod:
        return b !== 0 ? a - Math.trunc(a / b) * b : 0;
      case TOKEN.exp: {
        const r = a ** b;
        return Number.isFinite(r) ? r : void 0;
      }
      case TOKEN.atan: {
        let deg = Math.atan2(a, b) * (180 / Math.PI);
        if (deg < 0) {
          deg += 360;
        }
        return deg;
      }
      case TOKEN.eq:
        return a === b;
      case TOKEN.ne:
        return a !== b;
      case TOKEN.gt:
        return a > b;
      case TOKEN.ge:
        return a >= b;
      case TOKEN.lt:
        return a < b;
      case TOKEN.le:
        return a <= b;
      case TOKEN.and:
        return typeof a === "boolean" ? a && b : a & b | 0;
      case TOKEN.or:
        return typeof a === "boolean" ? a || b : a | b | 0;
      case TOKEN.xor:
        return typeof a === "boolean" ? a !== b : a ^ b | 0;
      case TOKEN.bitshift:
        return b >= 0 ? a << b | 0 : a >> -b | 0;
      case TOKEN.min:
        return Math.min(a, b);
      case TOKEN.max:
        return Math.max(a, b);
      default:
        return void 0;
    }
  }
  function _evalUnaryConst(op, v) {
    switch (op) {
      case TOKEN.abs:
        return Math.abs(v);
      case TOKEN.neg:
        return -v;
      case TOKEN.ceiling:
        return Math.ceil(v);
      case TOKEN.floor:
        return Math.floor(v);
      case TOKEN.round:
        return Math.round(v);
      case TOKEN.truncate:
        return Math.trunc(v);
      case TOKEN.sqrt: {
        const r = Math.sqrt(v);
        return Number.isFinite(r) ? r : void 0;
      }
      case TOKEN.sin:
        return Math.sin(v % 360 * Math.PI / 180);
      case TOKEN.cos:
        return Math.cos(v % 360 * Math.PI / 180);
      case TOKEN.ln: {
        const r = Math.log(v);
        return Number.isFinite(r) ? r : void 0;
      }
      case TOKEN.log: {
        const r = Math.log10(v);
        return Number.isFinite(r) ? r : void 0;
      }
      case TOKEN.cvi:
        return Math.trunc(v);
      case TOKEN.cvr:
        return v;
      case TOKEN.not:
        return typeof v === "boolean" ? !v : ~v;
      default:
        return void 0;
    }
  }
  var MAX_STACK_SIZE = 100;
  function _unaryValueType(op, operandType) {
    return op === TOKEN.not ? operandType : PS_VALUE_TYPE.numeric;
  }
  function _binaryValueType(op, firstType, secondType) {
    switch (op) {
      case TOKEN.eq:
      case TOKEN.ne:
      case TOKEN.gt:
      case TOKEN.ge:
      case TOKEN.lt:
      case TOKEN.le:
        return PS_VALUE_TYPE.boolean;
      case TOKEN.and:
      case TOKEN.or:
      case TOKEN.xor:
        return firstType === secondType && firstType !== PS_VALUE_TYPE.unknown ? firstType : PS_VALUE_TYPE.unknown;
      default:
        return PS_VALUE_TYPE.numeric;
    }
  }
  var PSStackToTree = class _PSStackToTree {
    static #binaryOps = null;
    static #unaryOps = null;
    static #idempotentUnary = null;
    static #negatedComparison = null;
    static #init() {
      this.#binaryOps = /* @__PURE__ */ new Set([TOKEN.add, TOKEN.sub, TOKEN.mul, TOKEN.div, TOKEN.idiv, TOKEN.mod, TOKEN.exp, TOKEN.atan, TOKEN.eq, TOKEN.ne, TOKEN.gt, TOKEN.ge, TOKEN.lt, TOKEN.le, TOKEN.and, TOKEN.or, TOKEN.xor, TOKEN.bitshift]);
      this.#unaryOps = /* @__PURE__ */ new Set([TOKEN.abs, TOKEN.neg, TOKEN.ceiling, TOKEN.floor, TOKEN.round, TOKEN.truncate, TOKEN.sqrt, TOKEN.sin, TOKEN.cos, TOKEN.ln, TOKEN.log, TOKEN.cvi, TOKEN.cvr, TOKEN.not]);
      this.#idempotentUnary = /* @__PURE__ */ new Set([TOKEN.abs, TOKEN.ceiling, TOKEN.cvi, TOKEN.cvr, TOKEN.floor, TOKEN.round, TOKEN.truncate]);
      this.#negatedComparison = /* @__PURE__ */ new Map([[TOKEN.eq, TOKEN.ne], [TOKEN.ne, TOKEN.eq], [TOKEN.lt, TOKEN.ge], [TOKEN.le, TOKEN.gt], [TOKEN.gt, TOKEN.le], [TOKEN.ge, TOKEN.lt]]);
    }
    evaluate(program, numInputs) {
      if (!_PSStackToTree.#binaryOps) {
        _PSStackToTree.#init();
      }
      this._failed = false;
      if (numInputs > MAX_STACK_SIZE) {
        return null;
      }
      const stack = [];
      for (let i = 0; i < numInputs; i++) {
        stack.push(new PsArgNode(i));
      }
      this._evalBlock(program.body, stack);
      if (this._failed) {
        return null;
      }
      _PSStackToTree.#markShared(stack);
      return stack;
    }
    static #markShared(outputs) {
      const refCount = /* @__PURE__ */ new Map();
      const visit = (node2) => {
        if (!node2 || node2.type === PS_NODE.arg || node2.type === PS_NODE.const) {
          return;
        }
        const prev = refCount.get(node2) ?? 0;
        refCount.set(node2, prev + 1);
        if (prev > 0) {
          return;
        }
        switch (node2.type) {
          case PS_NODE.unary:
            visit(node2.operand);
            break;
          case PS_NODE.binary:
            visit(node2.first);
            visit(node2.second);
            break;
          case PS_NODE.ternary:
            visit(node2.cond);
            visit(node2.then);
            visit(node2.otherwise);
            break;
        }
      };
      for (const output of outputs) {
        visit(output);
      }
      for (const [node2, count] of refCount) {
        if (count > 1) {
          node2.shared = true;
          node2.sharedCount = count;
        }
      }
    }
    _evalBlock(block, stack) {
      this._evalBlockFrom(block.instructions, 0, stack);
    }
    _evalBlockFrom(instructions, startIdx, stack) {
      for (let idx = startIdx; idx < instructions.length; idx++) {
        if (this._failed) {
          break;
        }
        const instr = instructions[idx];
        switch (instr.type) {
          case PS_NODE.number:
            stack.push(new PsConstNode(instr.value));
            if (stack.length > MAX_STACK_SIZE) {
              this._failed = true;
            }
            break;
          case PS_NODE.operator:
            this._evalOp(instr.op, stack);
            break;
          case PS_NODE.if: {
            if (stack.length < 1) {
              this._failed = true;
              break;
            }
            const cond = stack.pop();
            const saved = stack.slice();
            this._evalBlock(instr.then, stack);
            if (this._failed) {
              break;
            }
            if (stack.length === saved.length) {
              for (let i = 0; i < stack.length; i++) {
                if (stack[i] !== saved[i]) {
                  stack[i] = this._makeTernary(cond, stack[i], saved[i]);
                }
              }
            } else if (stack.length > saved.length) {
              if (cond.type === PS_NODE.const) {
                if (!cond.value) {
                  stack.length = 0;
                  stack.push(...saved);
                }
                break;
              }
              const trueStack = stack.slice();
              this._evalBlockFrom(instructions, idx + 1, trueStack);
              if (this._failed) {
                break;
              }
              const falseStack = saved;
              this._evalBlockFrom(instructions, idx + 1, falseStack);
              if (this._failed) {
                break;
              }
              if (trueStack.length !== falseStack.length) {
                const zero = new PsConstNode(0);
                while (trueStack.length < falseStack.length) {
                  trueStack.push(zero);
                }
                while (falseStack.length < trueStack.length) {
                  falseStack.push(zero);
                }
              }
              stack.length = 0;
              for (let i = 0; i < trueStack.length; i++) {
                stack.push(this._makeTernary(cond, trueStack[i], falseStack[i]));
              }
              return;
            } else {
              this._failed = true;
            }
            break;
          }
          case PS_NODE.ifelse: {
            if (stack.length < 1) {
              this._failed = true;
              break;
            }
            const cond = stack.pop();
            const snapshot = stack.slice();
            const thenStack = snapshot.slice();
            this._evalBlock(instr.then, thenStack);
            if (this._failed) {
              break;
            }
            const elseStack = snapshot.slice();
            this._evalBlock(instr.otherwise, elseStack);
            if (this._failed) {
              break;
            }
            if (thenStack.length !== elseStack.length) {
              const zero = new PsConstNode(0);
              while (thenStack.length < elseStack.length) {
                thenStack.push(zero);
              }
              while (elseStack.length < thenStack.length) {
                elseStack.push(zero);
              }
            }
            stack.length = 0;
            for (let i = 0; i < thenStack.length; i++) {
              stack.push(this._makeTernary(cond, thenStack[i], elseStack[i]));
            }
            break;
          }
        }
      }
    }
    _evalOp(op, stack) {
      if (_PSStackToTree.#binaryOps.has(op)) {
        if (stack.length < 2) {
          this._failed = true;
          return;
        }
        const first = stack.pop();
        const second = stack.pop();
        stack.push(this._makeBinary(op, first, second));
        return;
      }
      if (_PSStackToTree.#unaryOps.has(op)) {
        if (stack.length < 1) {
          this._failed = true;
          return;
        }
        stack.push(this._makeUnary(op, stack.pop()));
        return;
      }
      switch (op) {
        case TOKEN.true:
          stack.push(new PsConstNode(true));
          if (stack.length > MAX_STACK_SIZE) {
            this._failed = true;
          }
          break;
        case TOKEN.false:
          stack.push(new PsConstNode(false));
          if (stack.length > MAX_STACK_SIZE) {
            this._failed = true;
          }
          break;
        case TOKEN.dup:
          if (stack.length < 1) {
            this._failed = true;
            break;
          }
          stack.push(stack.at(-1));
          if (stack.length > MAX_STACK_SIZE) {
            this._failed = true;
          }
          break;
        case TOKEN.exch: {
          if (stack.length < 2) {
            this._failed = true;
            break;
          }
          const a = stack.pop();
          const b = stack.pop();
          stack.push(a, b);
          break;
        }
        case TOKEN.pop:
          if (stack.length < 1) {
            this._failed = true;
            break;
          }
          stack.pop();
          break;
        case TOKEN.copy: {
          if (stack.length < 1) {
            this._failed = true;
            break;
          }
          const nNode = stack.pop();
          if (nNode.type === PS_NODE.const) {
            const n = nNode.value | 0;
            if (n === 0) {
            } else if (n < 0 || n > stack.length) {
              this._failed = true;
            } else {
              stack.push(...stack.slice(-n));
              if (stack.length > MAX_STACK_SIZE) {
                this._failed = true;
              }
            }
          } else {
            this._failed = true;
          }
          break;
        }
        case TOKEN.index: {
          if (stack.length < 1) {
            this._failed = true;
            break;
          }
          const nNode = stack.pop();
          if (nNode.type === PS_NODE.const) {
            const n = nNode.value | 0;
            if (n < 0 || n >= stack.length) {
              this._failed = true;
            } else {
              stack.push(stack.at(-n - 1));
            }
          } else {
            this._failed = true;
          }
          break;
        }
        case TOKEN.roll: {
          if (stack.length < 2) {
            this._failed = true;
            break;
          }
          const jNode = stack.pop();
          const nNode = stack.pop();
          if (nNode.type === PS_NODE.const && jNode.type === PS_NODE.const) {
            const n = nNode.value | 0;
            if (n === 0) {
            } else if (n < 0 || n > stack.length) {
              this._failed = true;
            } else {
              const j = ((jNode.value | 0) % n + n) % n;
              if (j > 0) {
                const slice = stack.splice(-n, n);
                stack.push(...slice.slice(n - j), ...slice.slice(0, n - j));
              }
            }
          } else {
            this._failed = true;
          }
          break;
        }
        default:
          this._failed = true;
          break;
      }
    }
    _makeBinary(op, first, second) {
      if (first.type === PS_NODE.const && second.type === PS_NODE.const) {
        const v = _evalBinaryConst(op, second.value, first.value);
        if (v !== void 0) {
          return new PsConstNode(v);
        }
      }
      if (_nodesEqual(first, second)) {
        switch (op) {
          case TOKEN.sub:
            return new PsConstNode(0);
          case TOKEN.xor:
            return new PsConstNode(first.valueType === PS_VALUE_TYPE.boolean ? false : 0);
          case TOKEN.and:
          case TOKEN.or:
            return first;
          case TOKEN.min:
          case TOKEN.max:
            return first;
          case TOKEN.eq:
          case TOKEN.ge:
          case TOKEN.le:
            return new PsConstNode(true);
          case TOKEN.ne:
          case TOKEN.gt:
          case TOKEN.lt:
            return new PsConstNode(false);
        }
      }
      if (first.type === PS_NODE.const) {
        const b = first.value;
        switch (op) {
          case TOKEN.add:
            if (b === 0) {
              return second;
            }
            break;
          case TOKEN.sub:
            if (b === 0) {
              return second;
            }
            break;
          case TOKEN.mul:
            if (b === 1) {
              return second;
            }
            if (b === 0) {
              return first;
            }
            if (b === -1) {
              return this._makeUnary(TOKEN.neg, second);
            }
            break;
          case TOKEN.div:
            if (b !== 0) {
              return this._makeBinary(TOKEN.mul, new PsConstNode(1 / b), second);
            }
            break;
          case TOKEN.idiv:
            if (b === 1) {
              return second;
            }
            break;
          case TOKEN.exp:
            if (b === 1) {
              return second;
            }
            if (b === -1) {
              return this._makeBinary(TOKEN.div, second, new PsConstNode(1));
            }
            if (b === 0.5) {
              return this._makeUnary(TOKEN.sqrt, second);
            }
            if (b === 0.25) {
              const sqrtOnce = this._makeUnary(TOKEN.sqrt, second);
              return this._makeUnary(TOKEN.sqrt, sqrtOnce);
            }
            if (b === 2) {
              return this._makeBinary(TOKEN.mul, second, second);
            }
            if (b === 3) {
              return this._makeBinary(TOKEN.mul, this._makeBinary(TOKEN.mul, second, second), second);
            }
            if (b === 4) {
              const square = this._makeBinary(TOKEN.mul, second, second);
              return this._makeBinary(TOKEN.mul, square, square);
            }
            if (b === 0) {
              return new PsConstNode(1);
            }
            break;
          case TOKEN.and:
            if (b === true) {
              return second;
            }
            if (b === false) {
              return first;
            }
            break;
          case TOKEN.or:
            if (b === false) {
              return second;
            }
            if (b === true) {
              return first;
            }
            break;
          case TOKEN.min:
            if (second.type === PS_NODE.binary && second.op === TOKEN.max && second.first.type === PS_NODE.const && second.first.value >= b) {
              return first;
            }
            break;
          case TOKEN.max:
            if (second.type === PS_NODE.binary && second.op === TOKEN.min && second.first.type === PS_NODE.const && second.first.value <= b) {
              return first;
            }
            break;
        }
      }
      if (second.type === PS_NODE.const) {
        const a = second.value;
        switch (op) {
          case TOKEN.add:
            if (a === 0) {
              return first;
            }
            break;
          case TOKEN.sub:
            if (a === 0) {
              return this._makeUnary(TOKEN.neg, first);
            }
            break;
          case TOKEN.mul:
            if (a === 1) {
              return first;
            }
            if (a === 0) {
              return second;
            }
            if (a === -1) {
              return this._makeUnary(TOKEN.neg, first);
            }
            break;
          case TOKEN.and:
            if (a === true) {
              return first;
            }
            if (a === false) {
              return second;
            }
            break;
          case TOKEN.or:
            if (a === false) {
              return first;
            }
            if (a === true) {
              return second;
            }
            break;
        }
      }
      return new PsBinaryNode(op, first, second, _binaryValueType(op, first.valueType, second.valueType));
    }
    _makeUnary(op, operand) {
      if (operand.type === PS_NODE.const) {
        const v = _evalUnaryConst(op, operand.value);
        if (v !== void 0) {
          return new PsConstNode(v);
        }
      }
      if (op === TOKEN.not && operand.type === PS_NODE.binary) {
        const negated = _PSStackToTree.#negatedComparison.get(operand.op);
        if (negated !== void 0) {
          return new PsBinaryNode(negated, operand.first, operand.second, PS_VALUE_TYPE.boolean);
        }
      }
      if (op === TOKEN.neg && operand.type === PS_NODE.binary && operand.op === TOKEN.sub) {
        return this._makeBinary(TOKEN.sub, operand.second, operand.first);
      }
      if (operand.type === PS_NODE.unary) {
        if (op === TOKEN.neg && operand.op === TOKEN.neg || op === TOKEN.not && operand.op === TOKEN.not) {
          return operand.operand;
        }
        if (op === TOKEN.abs && operand.op === TOKEN.neg) {
          return this._makeUnary(TOKEN.abs, operand.operand);
        }
        if (_PSStackToTree.#idempotentUnary.has(op) && op === operand.op) {
          return operand;
        }
      }
      return new PsUnaryNode(op, operand, _unaryValueType(op, operand.valueType));
    }
    _makeTernary(cond, then, otherwise) {
      if (cond.type === PS_NODE.const) {
        return cond.value ? then : otherwise;
      }
      if (_nodesEqual(then, otherwise)) {
        return then;
      }
      if (then.type === PS_NODE.const && otherwise.type === PS_NODE.const) {
        if (then.value === true && otherwise.value === false) {
          return cond;
        }
        if (then.value === false && otherwise.value === true) {
          return this._makeUnary(TOKEN.not, cond);
        }
      }
      if (cond.type === PS_NODE.binary) {
        const {
          op: cop,
          first: cf,
          second: cs
        } = cond;
        if (cop === TOKEN.gt || cop === TOKEN.ge) {
          if (_nodesEqual(then, cf) && _nodesEqual(otherwise, cs)) {
            return this._makeBinary(TOKEN.min, cf, cs);
          }
          if (_nodesEqual(then, cs) && _nodesEqual(otherwise, cf)) {
            return this._makeBinary(TOKEN.max, cf, cs);
          }
        } else if (cop === TOKEN.lt || cop === TOKEN.le) {
          if (_nodesEqual(then, cf) && _nodesEqual(otherwise, cs)) {
            return this._makeBinary(TOKEN.max, cf, cs);
          }
          if (_nodesEqual(then, cs) && _nodesEqual(otherwise, cf)) {
            return this._makeBinary(TOKEN.min, cf, cs);
          }
        }
      }
      return new PsTernaryNode(cond, then, otherwise, then.valueType === otherwise.valueType ? then.valueType : PS_VALUE_TYPE.unknown);
    }
  };
  var OP = {
    ARG: 0,
    CONST: 1,
    STORE: 2,
    IF: 3,
    JUMP: 4,
    ABS: 5,
    NEG: 6,
    CEIL: 7,
    FLOOR: 8,
    ROUND: 9,
    TRUNC: 10,
    NOT_B: 11,
    NOT_N: 12,
    SQRT: 13,
    SIN: 14,
    COS: 15,
    LN: 16,
    LOG10: 17,
    CVI: 18,
    SHIFT: 19,
    ADD: 20,
    SUB: 21,
    MUL: 22,
    DIV: 23,
    IDIV: 24,
    MOD: 25,
    POW: 26,
    EQ: 27,
    NE: 28,
    GT: 29,
    GE: 30,
    LT: 31,
    LE: 32,
    AND: 33,
    OR: 34,
    XOR: 35,
    ATAN: 36,
    MIN: 37,
    MAX: 38,
    TEE_TMP: 39,
    LOAD_TMP: 40
  };
  var _DEG_TO_RAD = Math.PI / 180;
  var _RAD_TO_DEG = 180 / Math.PI;
  var PsJsCompiler = class {
    static #stack = new Float64Array(64);
    static #tmp = new Float64Array(64);
    constructor(domain, range3) {
      this.nIn = domain.length >> 1;
      this.nOut = range3.length >> 1;
      this.range = range3;
      this.ir = [];
      this._tmpMap = /* @__PURE__ */ new Map();
      this._nextTmp = 0;
    }
    _compileNode(node2) {
      if (node2.shared) {
        const cached = this._tmpMap.get(node2);
        if (cached !== void 0) {
          this.ir.push(OP.LOAD_TMP, cached);
          return true;
        }
        if (!this._compileNodeImpl(node2)) {
          return false;
        }
        const slot = this._nextTmp++;
        this._tmpMap.set(node2, slot);
        this.ir.push(OP.TEE_TMP, slot);
        return true;
      }
      return this._compileNodeImpl(node2);
    }
    _compileNodeImpl(node2) {
      switch (node2.type) {
        case PS_NODE.arg:
          this.ir.push(OP.ARG, node2.index);
          return true;
        case PS_NODE.const: {
          const v = node2.value;
          this.ir.push(OP.CONST, typeof v === "boolean" ? Number(v) : v);
          return true;
        }
        case PS_NODE.unary:
          return this._compileUnary(node2);
        case PS_NODE.binary:
          return this._compileBinary(node2);
        case PS_NODE.ternary:
          return this._compileTernary(node2);
        default:
          return false;
      }
    }
    _compileUnary(node2) {
      const {
        op,
        operand,
        valueType
      } = node2;
      if (op === TOKEN.cvr) {
        return this._compileNode(operand);
      }
      if (!this._compileNode(operand)) {
        return false;
      }
      switch (op) {
        case TOKEN.abs:
          this.ir.push(OP.ABS);
          break;
        case TOKEN.neg:
          this.ir.push(OP.NEG);
          break;
        case TOKEN.ceiling:
          this.ir.push(OP.CEIL);
          break;
        case TOKEN.floor:
          this.ir.push(OP.FLOOR);
          break;
        case TOKEN.round:
          this.ir.push(OP.ROUND);
          break;
        case TOKEN.truncate:
          this.ir.push(OP.TRUNC);
          break;
        case TOKEN.sqrt:
          this.ir.push(OP.SQRT);
          break;
        case TOKEN.sin:
          this.ir.push(OP.SIN);
          break;
        case TOKEN.cos:
          this.ir.push(OP.COS);
          break;
        case TOKEN.ln:
          this.ir.push(OP.LN);
          break;
        case TOKEN.log:
          this.ir.push(OP.LOG10);
          break;
        case TOKEN.cvi:
          this.ir.push(OP.CVI);
          break;
        case TOKEN.not:
          if (valueType === PS_VALUE_TYPE.boolean) {
            this.ir.push(OP.NOT_B);
          } else if (valueType === PS_VALUE_TYPE.numeric) {
            this.ir.push(OP.NOT_N);
          } else {
            return false;
          }
          break;
        default:
          return false;
      }
      return true;
    }
    _compileBinary(node2) {
      const {
        op,
        first,
        second
      } = node2;
      if (op === TOKEN.bitshift) {
        if (first.type !== PS_NODE.const || !Number.isInteger(first.value) || !this._compileNode(second)) {
          return false;
        }
        this.ir.push(OP.SHIFT, first.value);
        return true;
      }
      if (!this._compileNode(second) || !this._compileNode(first)) {
        return false;
      }
      switch (op) {
        case TOKEN.add:
          this.ir.push(OP.ADD);
          break;
        case TOKEN.sub:
          this.ir.push(OP.SUB);
          break;
        case TOKEN.mul:
          this.ir.push(OP.MUL);
          break;
        case TOKEN.div:
          this.ir.push(OP.DIV);
          break;
        case TOKEN.idiv:
          this.ir.push(OP.IDIV);
          break;
        case TOKEN.mod:
          this.ir.push(OP.MOD);
          break;
        case TOKEN.exp:
          this.ir.push(OP.POW);
          break;
        case TOKEN.eq:
          this.ir.push(OP.EQ);
          break;
        case TOKEN.ne:
          this.ir.push(OP.NE);
          break;
        case TOKEN.gt:
          this.ir.push(OP.GT);
          break;
        case TOKEN.ge:
          this.ir.push(OP.GE);
          break;
        case TOKEN.lt:
          this.ir.push(OP.LT);
          break;
        case TOKEN.le:
          this.ir.push(OP.LE);
          break;
        case TOKEN.and:
          this.ir.push(OP.AND);
          break;
        case TOKEN.or:
          this.ir.push(OP.OR);
          break;
        case TOKEN.xor:
          this.ir.push(OP.XOR);
          break;
        case TOKEN.atan:
          this.ir.push(OP.ATAN);
          break;
        case TOKEN.min:
          this.ir.push(OP.MIN);
          break;
        case TOKEN.max:
          this.ir.push(OP.MAX);
          break;
        default:
          return false;
      }
      return true;
    }
    _compileTernary(node2) {
      if (!this._compileNode(node2.cond)) {
        return false;
      }
      this.ir.push(OP.IF, 0);
      const ifPatch = this.ir.length - 1;
      if (!this._compileNode(node2.then)) {
        return false;
      }
      this.ir.push(OP.JUMP, 0);
      const jumpPatch = this.ir.length - 1;
      this.ir[ifPatch] = this.ir.length;
      if (!this._compileNode(node2.otherwise)) {
        return false;
      }
      this.ir[jumpPatch] = this.ir.length;
      return true;
    }
    compile(program) {
      const outputs = new PSStackToTree().evaluate(program, this.nIn);
      if (!outputs || outputs.length < this.nOut) {
        return null;
      }
      for (let i = 0; i < this.nOut; i++) {
        if (!this._compileNode(outputs[i])) {
          return null;
        }
        const min = this.range[i * 2];
        const max = this.range[i * 2 + 1];
        this.ir.push(OP.STORE, i, min, max);
      }
      return new Float64Array(this.ir);
    }
    static execute(ir, src, srcOffset, dest, destOffset) {
      let ip = 0, sp = 0;
      const n = ir.length;
      const stack = this.#stack;
      const tmp = this.#tmp;
      while (ip < n) {
        switch (ir[ip++] | 0) {
          case OP.ARG:
            stack[sp++] = src[srcOffset + (ir[ip++] | 0)];
            break;
          case OP.CONST:
            stack[sp++] = ir[ip++];
            break;
          case OP.STORE: {
            const slot = ir[ip++] | 0;
            const min = ir[ip++];
            const max = ir[ip++];
            dest[destOffset + slot] = MathClamp2(stack[--sp], min, max);
            break;
          }
          case OP.IF: {
            const tgt = ir[ip++];
            if (stack[--sp] === 0) {
              ip = tgt;
            }
            break;
          }
          case OP.JUMP:
            ip = ir[ip];
            break;
          case OP.ABS:
            stack[sp - 1] = Math.abs(stack[sp - 1]);
            break;
          case OP.NEG:
            stack[sp - 1] = -stack[sp - 1];
            break;
          case OP.CEIL:
            stack[sp - 1] = Math.ceil(stack[sp - 1]);
            break;
          case OP.FLOOR:
            stack[sp - 1] = Math.floor(stack[sp - 1]);
            break;
          case OP.ROUND:
            stack[sp - 1] = Math.floor(stack[sp - 1] + 0.5);
            break;
          case OP.TRUNC:
            stack[sp - 1] = Math.trunc(stack[sp - 1]);
            break;
          case OP.NOT_B:
            stack[sp - 1] = stack[sp - 1] !== 0 ? 0 : 1;
            break;
          case OP.NOT_N:
            stack[sp - 1] = ~(stack[sp - 1] | 0);
            break;
          case OP.SQRT:
            stack[sp - 1] = Math.sqrt(stack[sp - 1]);
            break;
          case OP.SIN:
            stack[sp - 1] = Math.sin(stack[sp - 1] % 360 * _DEG_TO_RAD);
            break;
          case OP.COS:
            stack[sp - 1] = Math.cos(stack[sp - 1] % 360 * _DEG_TO_RAD);
            break;
          case OP.LN:
            stack[sp - 1] = Math.log(stack[sp - 1]);
            break;
          case OP.LOG10:
            stack[sp - 1] = Math.log10(stack[sp - 1]);
            break;
          case OP.CVI:
            stack[sp - 1] = Math.trunc(stack[sp - 1]) | 0;
            break;
          case OP.SHIFT: {
            const amt = ir[ip++];
            const v = stack[sp - 1] | 0;
            if (amt > 0) {
              stack[sp - 1] = v << amt;
            } else if (amt < 0) {
              stack[sp - 1] = v >> -amt;
            } else {
              stack[sp - 1] = v;
            }
            break;
          }
          case OP.ADD: {
            const b = stack[--sp];
            stack[sp - 1] += b;
            break;
          }
          case OP.SUB: {
            const b = stack[--sp];
            stack[sp - 1] -= b;
            break;
          }
          case OP.MUL: {
            const b = stack[--sp];
            stack[sp - 1] *= b;
            break;
          }
          case OP.DIV: {
            const b = stack[--sp];
            stack[sp - 1] = b !== 0 ? stack[sp - 1] / b : 0;
            break;
          }
          case OP.IDIV: {
            const b = stack[--sp];
            stack[sp - 1] = b !== 0 ? Math.trunc(stack[sp - 1] / b) : 0;
            break;
          }
          case OP.MOD: {
            const b = stack[--sp];
            stack[sp - 1] = b !== 0 ? stack[sp - 1] % b : 0;
            break;
          }
          case OP.POW: {
            const b = stack[--sp];
            stack[sp - 1] **= b;
            break;
          }
          case OP.EQ: {
            const b = stack[--sp];
            stack[sp - 1] = stack[sp - 1] === b ? 1 : 0;
            break;
          }
          case OP.NE: {
            const b = stack[--sp];
            stack[sp - 1] = stack[sp - 1] !== b ? 1 : 0;
            break;
          }
          case OP.GT: {
            const b = stack[--sp];
            stack[sp - 1] = stack[sp - 1] > b ? 1 : 0;
            break;
          }
          case OP.GE: {
            const b = stack[--sp];
            stack[sp - 1] = stack[sp - 1] >= b ? 1 : 0;
            break;
          }
          case OP.LT: {
            const b = stack[--sp];
            stack[sp - 1] = stack[sp - 1] < b ? 1 : 0;
            break;
          }
          case OP.LE: {
            const b = stack[--sp];
            stack[sp - 1] = stack[sp - 1] <= b ? 1 : 0;
            break;
          }
          case OP.AND: {
            const b = stack[--sp] | 0;
            stack[sp - 1] = (stack[sp - 1] | 0) & b;
            break;
          }
          case OP.OR: {
            const b = stack[--sp] | 0;
            stack[sp - 1] = stack[sp - 1] | 0 | b;
            break;
          }
          case OP.XOR: {
            const b = stack[--sp] | 0;
            stack[sp - 1] = (stack[sp - 1] | 0) ^ b;
            break;
          }
          case OP.ATAN: {
            const b = stack[--sp];
            const deg = Math.atan2(stack[sp - 1], b) * _RAD_TO_DEG;
            stack[sp - 1] = deg < 0 ? deg + 360 : deg;
            break;
          }
          case OP.MIN: {
            const b = stack[--sp];
            stack[sp - 1] = Math.min(stack[sp - 1], b);
            break;
          }
          case OP.MAX: {
            const b = stack[--sp];
            stack[sp - 1] = Math.max(stack[sp - 1], b);
            break;
          }
          case OP.TEE_TMP:
            tmp[ir[ip++] | 0] = stack[sp - 1];
            break;
          case OP.LOAD_TMP:
            stack[sp++] = tmp[ir[ip++] | 0];
            break;
        }
      }
    }
  };
  var PSStackBasedInterpreter = class {
    static #stack = new Float64Array(100);
    static #sp = 0;
    static #push(v) {
      if (this.#sp < this.#stack.length) {
        this.#stack[this.#sp++] = v;
      }
    }
    static #execOp(op) {
      const stack = this.#stack;
      switch (op) {
        case TOKEN.true:
          this.#push(1);
          break;
        case TOKEN.false:
          this.#push(0);
          break;
        case TOKEN.abs:
          stack[this.#sp - 1] = Math.abs(stack[this.#sp - 1]);
          break;
        case TOKEN.neg:
          stack[this.#sp - 1] = -stack[this.#sp - 1];
          break;
        case TOKEN.ceiling:
          stack[this.#sp - 1] = Math.ceil(stack[this.#sp - 1]);
          break;
        case TOKEN.floor:
          stack[this.#sp - 1] = Math.floor(stack[this.#sp - 1]);
          break;
        case TOKEN.round:
          stack[this.#sp - 1] = Math.floor(stack[this.#sp - 1] + 0.5);
          break;
        case TOKEN.truncate:
          stack[this.#sp - 1] = Math.trunc(stack[this.#sp - 1]);
          break;
        case TOKEN.sqrt:
          stack[this.#sp - 1] = Math.sqrt(stack[this.#sp - 1]);
          break;
        case TOKEN.sin:
          stack[this.#sp - 1] = Math.sin(stack[this.#sp - 1] % 360 * _DEG_TO_RAD);
          break;
        case TOKEN.cos:
          stack[this.#sp - 1] = Math.cos(stack[this.#sp - 1] % 360 * _DEG_TO_RAD);
          break;
        case TOKEN.ln:
          stack[this.#sp - 1] = Math.log(stack[this.#sp - 1]);
          break;
        case TOKEN.log:
          stack[this.#sp - 1] = Math.log10(stack[this.#sp - 1]);
          break;
        case TOKEN.cvi:
          stack[this.#sp - 1] = Math.trunc(stack[this.#sp - 1]) | 0;
          break;
        case TOKEN.cvr:
          break;
        case TOKEN.not: {
          const v = stack[this.#sp - 1];
          stack[this.#sp - 1] = v === 0 || v === 1 ? 1 - v : ~(v | 0);
          break;
        }
        case TOKEN.add: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] += b;
          break;
        }
        case TOKEN.sub: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] -= b;
          break;
        }
        case TOKEN.mul: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] *= b;
          break;
        }
        case TOKEN.div: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] = b !== 0 ? stack[this.#sp - 1] / b : 0;
          break;
        }
        case TOKEN.idiv: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] = b !== 0 ? Math.trunc(stack[this.#sp - 1] / b) : 0;
          break;
        }
        case TOKEN.mod: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] = b !== 0 ? stack[this.#sp - 1] % b : 0;
          break;
        }
        case TOKEN.exp: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] **= b;
          break;
        }
        case TOKEN.atan: {
          const dx = stack[--this.#sp];
          const deg = Math.atan2(stack[this.#sp - 1], dx) * _RAD_TO_DEG;
          stack[this.#sp - 1] = deg < 0 ? deg + 360 : deg;
          break;
        }
        case TOKEN.eq: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] = stack[this.#sp - 1] === b ? 1 : 0;
          break;
        }
        case TOKEN.ne: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] = stack[this.#sp - 1] !== b ? 1 : 0;
          break;
        }
        case TOKEN.gt: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] = stack[this.#sp - 1] > b ? 1 : 0;
          break;
        }
        case TOKEN.ge: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] = stack[this.#sp - 1] >= b ? 1 : 0;
          break;
        }
        case TOKEN.lt: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] = stack[this.#sp - 1] < b ? 1 : 0;
          break;
        }
        case TOKEN.le: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] = stack[this.#sp - 1] <= b ? 1 : 0;
          break;
        }
        case TOKEN.and: {
          const b = stack[--this.#sp] | 0;
          stack[this.#sp - 1] = (stack[this.#sp - 1] | 0) & b;
          break;
        }
        case TOKEN.or: {
          const b = stack[--this.#sp] | 0;
          stack[this.#sp - 1] = stack[this.#sp - 1] | 0 | b;
          break;
        }
        case TOKEN.xor: {
          const b = stack[--this.#sp] | 0;
          stack[this.#sp - 1] = (stack[this.#sp - 1] | 0) ^ b;
          break;
        }
        case TOKEN.bitshift: {
          const amt = stack[--this.#sp] | 0;
          const v = stack[this.#sp - 1] | 0;
          stack[this.#sp - 1] = amt > 0 ? v << amt : v >> -amt;
          break;
        }
        case TOKEN.min: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] = Math.min(stack[this.#sp - 1], b);
          break;
        }
        case TOKEN.max: {
          const b = stack[--this.#sp];
          stack[this.#sp - 1] = Math.max(stack[this.#sp - 1], b);
          break;
        }
        case TOKEN.dup:
          this.#push(stack[this.#sp - 1]);
          break;
        case TOKEN.exch: {
          const a = stack[--this.#sp];
          const b = stack[--this.#sp];
          this.#push(a);
          this.#push(b);
          break;
        }
        case TOKEN.pop:
          this.#sp--;
          break;
        case TOKEN.copy: {
          const n = Math.trunc(stack[--this.#sp]);
          const base = this.#sp - n;
          for (let k = 0; k < n; k++) {
            this.#push(stack[base + k]);
          }
          break;
        }
        case TOKEN.index: {
          const i = Math.trunc(stack[--this.#sp]);
          this.#push(stack[this.#sp - 1 - i]);
          break;
        }
        case TOKEN.roll: {
          const j = Math.trunc(stack[--this.#sp]);
          const n = Math.trunc(stack[--this.#sp]);
          if (n > 1 && j !== 0) {
            const mod = (j % n + n) % n;
            if (mod !== 0) {
              const base = this.#sp - n;
              const sub = stack.slice(base, this.#sp);
              for (let k = 0; k < n; k++) {
                stack[base + k] = sub[(k - mod + n) % n];
              }
            }
          }
          break;
        }
      }
    }
    static #execBlock(instructions) {
      for (const instr of instructions) {
        switch (instr.type) {
          case PS_NODE.number:
            this.#push(instr.value);
            break;
          case PS_NODE.operator:
            this.#execOp(instr.op);
            break;
          case PS_NODE.if:
            if (this.#stack[--this.#sp] !== 0) {
              this.#execBlock(instr.then.instructions);
            }
            break;
          case PS_NODE.ifelse:
            if (this.#stack[--this.#sp] !== 0) {
              this.#execBlock(instr.then.instructions);
            } else {
              this.#execBlock(instr.otherwise.instructions);
            }
            break;
        }
      }
    }
    static build(program, domain, range3) {
      const nIn = domain.length >> 1;
      const nOut = range3.length >> 1;
      const {
        instructions
      } = program.body;
      return (src, srcOffset, dest, destOffset) => {
        this.#sp = 0;
        for (let i = 0; i < nIn; i++) {
          this.#push(src[srcOffset + i]);
        }
        this.#execBlock(instructions);
        const base = this.#sp - nOut;
        for (let i = 0; i < nOut; i++) {
          const v = base + i >= 0 ? this.#stack[base + i] : 0;
          dest[destOffset + i] = MathClamp2(v, range3[i * 2], range3[i * 2 + 1]);
        }
      };
    }
  };
  function buildPostScriptJsFunction(source, domain, range3, forceInterpreter = false) {
    const program = parsePostScriptFunction(source);
    const ir = !forceInterpreter && new PsJsCompiler(domain, range3).compile(program);
    if (ir) {
      return (src, srcOffset, dest, destOffset) => {
        PsJsCompiler.execute(ir, src, srcOffset, dest, destOffset);
      };
    }
    return PSStackBasedInterpreter.build(program, domain, range3);
  }
  var wasm_compiler_OP = {
    if: 4,
    else: 5,
    end: 11,
    select: 27,
    call: 16,
    local_get: 32,
    local_set: 33,
    local_tee: 34,
    i32_const: 65,
    i32_eqz: 69,
    i32_and: 113,
    i32_or: 114,
    i32_xor: 115,
    i32_shl: 116,
    i32_shr_s: 117,
    i32_trunc_f64_s: 170,
    f64_const: 68,
    f64_eq: 97,
    f64_ne: 98,
    f64_lt: 99,
    f64_gt: 100,
    f64_le: 101,
    f64_ge: 102,
    f64_abs: 153,
    f64_neg: 154,
    f64_ceil: 155,
    f64_floor: 156,
    f64_trunc: 157,
    f64_nearest: 158,
    f64_sqrt: 159,
    f64_add: 160,
    f64_sub: 161,
    f64_mul: 162,
    f64_div: 163,
    f64_min: 164,
    f64_max: 165,
    f64_convert_i32_s: 183,
    f64_store: 57
  };
  var FUNC_TYPE = 96;
  var F64 = 124;
  var SECTION = {
    type: 1,
    import: 2,
    function: 3,
    memory: 5,
    export: 7,
    code: 10
  };
  var EXTERN_FUNC = 0;
  var EXTERN_MEM = 2;
  function unsignedLEB128(n) {
    const out = [];
    do {
      let byte = n & 127;
      n >>>= 7;
      if (n !== 0) {
        byte |= 128;
      }
      out.push(byte);
    } while (n !== 0);
    return out;
  }
  function encodeASCIIString(s) {
    return [...unsignedLEB128(s.length), ...stringToBytes2(s)];
  }
  function section(id, data) {
    return [id, ...unsignedLEB128(data.length), ...data];
  }
  function vec(items) {
    const out = unsignedLEB128(items.length);
    for (const item of items) {
      if (typeof item === "number") {
        out.push(item);
        continue;
      }
      for (const byte of item) {
        out.push(byte);
      }
    }
    return out;
  }
  var MATH_IMPORTS = [["sin", "Math", "sin", [F64], [F64]], ["cos", "Math", "cos", [F64], [F64]], ["atan2", "Math", "atan2", [F64, F64], [F64]], ["log", "Math", "log", [F64], [F64]], ["log10", "Math", "log10", [F64], [F64]], ["pow", "Math", "pow", [F64, F64], [F64]]];
  var _mathImportObject = {
    Math: Object.fromEntries(MATH_IMPORTS.map(([name]) => [name, Math[name]]))
  };
  var PsWasmCompiler = class _PsWasmCompiler {
    static #initialized = false;
    static #comparisonToOp = null;
    static #importIdx = null;
    static #degToRad = 0;
    static #radToDeg = 0;
    static #importTypeEntries = null;
    static #importSection = null;
    static #functionSection = null;
    static #memorySection = null;
    static #exportSection = null;
    static #wasmMagicVersion = null;
    static #f64View = null;
    static #f64Arr = null;
    static #init() {
      this.#comparisonToOp = /* @__PURE__ */ new Map([[TOKEN.eq, wasm_compiler_OP.f64_eq], [TOKEN.ne, wasm_compiler_OP.f64_ne], [TOKEN.lt, wasm_compiler_OP.f64_lt], [TOKEN.le, wasm_compiler_OP.f64_le], [TOKEN.gt, wasm_compiler_OP.f64_gt], [TOKEN.ge, wasm_compiler_OP.f64_ge]]);
      this.#importIdx = /* @__PURE__ */ Object.create(null);
      for (let i = 0; i < MATH_IMPORTS.length; i++) {
        this.#importIdx[MATH_IMPORTS[i][0]] = i;
      }
      this.#degToRad = Math.PI / 180;
      this.#radToDeg = 180 / Math.PI;
      this.#importTypeEntries = MATH_IMPORTS.map(([, , , params, results]) => [FUNC_TYPE, ...vec(params), ...vec(results)]);
      this.#importSection = new Uint8Array(section(SECTION.import, vec(MATH_IMPORTS.map(([, mod, field3], i) => [...encodeASCIIString(mod), ...encodeASCIIString(field3), EXTERN_FUNC, ...unsignedLEB128(i + 1)]))));
      this.#functionSection = new Uint8Array(section(SECTION.function, vec([[0]])));
      this.#memorySection = new Uint8Array(section(SECTION.memory, vec([[0, 1]])));
      this.#exportSection = new Uint8Array(section(SECTION.export, vec([[...encodeASCIIString("fn"), EXTERN_FUNC, ...unsignedLEB128(MATH_IMPORTS.length)], [...encodeASCIIString("mem"), EXTERN_MEM, 0]])));
      this.#wasmMagicVersion = new Uint8Array([0, 97, 115, 109, 1, 0, 0, 0]);
      const f64Buf = new ArrayBuffer(8);
      this.#f64View = new DataView(f64Buf);
      this.#f64Arr = new Uint8Array(f64Buf);
      this.#initialized = true;
    }
    constructor(domain, range3) {
      if (!_PsWasmCompiler.#initialized) {
        _PsWasmCompiler.#init();
      }
      this._nIn = domain.length >> 1;
      this._nOut = range3.length >> 1;
      this._range = range3;
      this._code = [];
      this._nextLocal = this._nIn;
      this._freeLocals = [];
      this._sharedLocals = /* @__PURE__ */ new Map();
    }
    _allocLocal() {
      return this._freeLocals.pop() ?? this._nextLocal++;
    }
    _releaseLocal(idx) {
      this._freeLocals.push(idx);
    }
    _emitULEB128(n) {
      do {
        let b = n & 127;
        n >>>= 7;
        if (n !== 0) {
          b |= 128;
        }
        this._code.push(b);
      } while (n !== 0);
    }
    _emitSLEB128(n) {
      for (; ; ) {
        const b = n & 127;
        n >>= 7;
        if (n === 0 && (b & 64) === 0 || n === -1 && (b & 64) !== 0) {
          this._code.push(b);
          return;
        }
        this._code.push(b | 128);
      }
    }
    _emitF64Const(value) {
      this._code.push(wasm_compiler_OP.f64_const);
      _PsWasmCompiler.#f64View.setFloat64(0, value, true);
      for (let i = 0; i < 8; i++) {
        this._code.push(_PsWasmCompiler.#f64Arr[i]);
      }
    }
    _emitLocalGet(idx) {
      this._code.push(wasm_compiler_OP.local_get);
      this._emitULEB128(idx);
    }
    _emitLocalSet(idx) {
      this._code.push(wasm_compiler_OP.local_set);
      this._emitULEB128(idx);
    }
    _emitLocalTee(idx) {
      this._code.push(wasm_compiler_OP.local_tee);
      this._emitULEB128(idx);
    }
    _compileNode(node2) {
      if (node2.shared) {
        const entry = this._sharedLocals.get(node2);
        if (entry !== void 0) {
          this._emitLocalGet(entry.local);
          if (--entry.remaining === 0) {
            this._releaseLocal(entry.local);
          }
          return true;
        }
        if (!this._compileNodeImpl(node2)) {
          return false;
        }
        const local2 = this._allocLocal();
        this._sharedLocals.set(node2, {
          local: local2,
          remaining: node2.sharedCount - 1
        });
        this._emitLocalTee(local2);
        return true;
      }
      return this._compileNodeImpl(node2);
    }
    _compileNodeImpl(node2) {
      switch (node2.type) {
        case PS_NODE.arg:
          this._emitLocalGet(node2.index);
          return true;
        case PS_NODE.const: {
          let v = node2.value;
          if (typeof v === "boolean") {
            v = v ? 1 : 0;
          }
          this._emitF64Const(v);
          return true;
        }
        case PS_NODE.unary:
          return this._compileUnaryNode(node2);
        case PS_NODE.binary:
          return this._compileBinaryNode(node2);
        case PS_NODE.ternary:
          return this._compileTernaryNode(node2);
        default:
          return false;
      }
    }
    _compileSinCosNode(node2) {
      const local2 = this._allocLocal();
      try {
        if (!this._compileNode(node2.operand)) {
          return false;
        }
        const code = this._code;
        this._emitLocalSet(local2);
        this._emitLocalGet(local2);
        this._emitLocalGet(local2);
        this._emitF64Const(360);
        code.push(wasm_compiler_OP.f64_div, wasm_compiler_OP.f64_trunc);
        this._emitF64Const(360);
        code.push(wasm_compiler_OP.f64_mul, wasm_compiler_OP.f64_sub);
        this._emitF64Const(_PsWasmCompiler.#degToRad);
        code.push(wasm_compiler_OP.f64_mul, wasm_compiler_OP.call);
        this._emitULEB128(_PsWasmCompiler.#importIdx[node2.op === TOKEN.sin ? "sin" : "cos"]);
        return true;
      } finally {
        this._releaseLocal(local2);
      }
    }
    _compileUnaryNode(node2) {
      const code = this._code;
      if (node2.op === TOKEN.sin || node2.op === TOKEN.cos) {
        return this._compileSinCosNode(node2);
      }
      if (node2.op === TOKEN.not) {
        if (node2.valueType === PS_VALUE_TYPE.boolean) {
          if (!this._compileNodeAsBoolI32(node2.operand)) {
            return false;
          }
          code.push(wasm_compiler_OP.i32_eqz, wasm_compiler_OP.f64_convert_i32_s);
          return true;
        }
        if (node2.valueType === PS_VALUE_TYPE.numeric) {
          if (!this._compileNode(node2.operand)) {
            return false;
          }
          code.push(wasm_compiler_OP.i32_trunc_f64_s, wasm_compiler_OP.i32_const, 127, wasm_compiler_OP.i32_xor, wasm_compiler_OP.f64_convert_i32_s);
          return true;
        }
        return false;
      }
      if (!this._compileNode(node2.operand)) {
        return false;
      }
      switch (node2.op) {
        case TOKEN.abs:
          code.push(wasm_compiler_OP.f64_abs);
          break;
        case TOKEN.neg:
          code.push(wasm_compiler_OP.f64_neg);
          break;
        case TOKEN.sqrt:
          code.push(wasm_compiler_OP.f64_sqrt);
          break;
        case TOKEN.floor:
          code.push(wasm_compiler_OP.f64_floor);
          break;
        case TOKEN.ceiling:
          code.push(wasm_compiler_OP.f64_ceil);
          break;
        case TOKEN.round:
          this._emitF64Const(0.5);
          code.push(wasm_compiler_OP.f64_add, wasm_compiler_OP.f64_floor);
          break;
        case TOKEN.truncate:
          code.push(wasm_compiler_OP.f64_trunc);
          break;
        case TOKEN.cvi:
          code.push(wasm_compiler_OP.i32_trunc_f64_s, wasm_compiler_OP.f64_convert_i32_s);
          break;
        case TOKEN.cvr:
          break;
        case TOKEN.ln:
          code.push(wasm_compiler_OP.call);
          this._emitULEB128(_PsWasmCompiler.#importIdx.log);
          break;
        case TOKEN.log:
          code.push(wasm_compiler_OP.call);
          this._emitULEB128(_PsWasmCompiler.#importIdx.log10);
          break;
        default:
          return false;
      }
      return true;
    }
    _compileSafeDivNode(first, second) {
      const tmp = this._allocLocal();
      try {
        if (!this._compileNode(second) || !this._compileNode(first)) {
          return false;
        }
        const code = this._code;
        this._emitLocalTee(tmp);
        code.push(wasm_compiler_OP.f64_div);
        this._emitF64Const(0);
        this._emitLocalGet(tmp);
        this._emitF64Const(0);
        code.push(wasm_compiler_OP.f64_ne, wasm_compiler_OP.select);
        return true;
      } finally {
        this._releaseLocal(tmp);
      }
    }
    _compileSafeIdivNode(first, second) {
      const tmp = this._allocLocal();
      try {
        if (!this._compileNode(second) || !this._compileNode(first)) {
          return false;
        }
        const code = this._code;
        this._emitLocalTee(tmp);
        code.push(wasm_compiler_OP.f64_div, wasm_compiler_OP.f64_trunc);
        this._emitF64Const(0);
        this._emitLocalGet(tmp);
        this._emitF64Const(0);
        code.push(wasm_compiler_OP.f64_ne, wasm_compiler_OP.select);
        return true;
      } finally {
        this._releaseLocal(tmp);
      }
    }
    _compileBitshiftNode(first, second) {
      if (first.type !== PS_NODE.const || !Number.isInteger(first.value) || !this._compileNode(second)) {
        return false;
      }
      const code = this._code;
      code.push(wasm_compiler_OP.i32_trunc_f64_s);
      const shift = first.value;
      if (shift > 0) {
        code.push(wasm_compiler_OP.i32_const);
        this._emitSLEB128(shift);
        code.push(wasm_compiler_OP.i32_shl);
      } else if (shift < 0) {
        code.push(wasm_compiler_OP.i32_const);
        this._emitSLEB128(-shift);
        code.push(wasm_compiler_OP.i32_shr_s);
      }
      code.push(wasm_compiler_OP.f64_convert_i32_s);
      return true;
    }
    _compileModNode(first, second) {
      if (first.type === PS_NODE.const && first.value === 0) {
        if (!this._compileNode(second)) {
          return false;
        }
        this._code.push(wasm_compiler_OP.drop);
        this._emitF64Const(0);
        return true;
      }
      const localA = this._allocLocal();
      try {
        if (!this._compileNode(second)) {
          return false;
        }
        this._emitLocalTee(localA);
        const code = this._code;
        if (first.type === PS_NODE.const) {
          this._emitLocalGet(localA);
          this._emitF64Const(first.value);
          code.push(wasm_compiler_OP.f64_div, wasm_compiler_OP.f64_trunc);
          this._emitF64Const(first.value);
          code.push(wasm_compiler_OP.f64_mul, wasm_compiler_OP.f64_sub);
        } else {
          const localB = this._allocLocal();
          try {
            if (!this._compileNode(first)) {
              return false;
            }
            this._emitLocalSet(localB);
            this._emitLocalGet(localA);
            this._emitLocalGet(localB);
            code.push(wasm_compiler_OP.f64_div, wasm_compiler_OP.f64_trunc);
            this._emitLocalGet(localB);
            code.push(wasm_compiler_OP.f64_mul, wasm_compiler_OP.f64_sub);
            this._emitF64Const(0);
            this._emitLocalGet(localB);
            this._emitF64Const(0);
            code.push(wasm_compiler_OP.f64_ne, wasm_compiler_OP.select);
          } finally {
            this._releaseLocal(localB);
          }
        }
        return true;
      } finally {
        this._releaseLocal(localA);
      }
    }
    _compileAtanNode(first, second) {
      const localR = this._allocLocal();
      try {
        if (!this._compileNode(second) || !this._compileNode(first)) {
          return false;
        }
        const code = this._code;
        code.push(wasm_compiler_OP.call);
        this._emitULEB128(_PsWasmCompiler.#importIdx.atan2);
        this._emitF64Const(_PsWasmCompiler.#radToDeg);
        code.push(wasm_compiler_OP.f64_mul);
        this._emitLocalTee(localR);
        this._emitF64Const(0);
        code.push(wasm_compiler_OP.f64_lt, wasm_compiler_OP.if, F64);
        this._emitLocalGet(localR);
        this._emitF64Const(360);
        code.push(wasm_compiler_OP.f64_add, wasm_compiler_OP.else);
        this._emitLocalGet(localR);
        code.push(wasm_compiler_OP.end);
        return true;
      } finally {
        this._releaseLocal(localR);
      }
    }
    _compileBitwiseNode(op, first, second) {
      if (!this._compileBitwiseOperandI32(second) || !this._compileBitwiseOperandI32(first)) {
        return false;
      }
      const code = this._code;
      switch (op) {
        case TOKEN.and:
          code.push(wasm_compiler_OP.i32_and);
          break;
        case TOKEN.or:
          code.push(wasm_compiler_OP.i32_or);
          break;
        case TOKEN.xor:
          code.push(wasm_compiler_OP.i32_xor);
          break;
        default:
          return false;
      }
      code.push(wasm_compiler_OP.f64_convert_i32_s);
      return true;
    }
    _compileBitwiseOperandI32(node2) {
      if (node2.valueType === PS_VALUE_TYPE.boolean) {
        return this._compileNodeAsBoolI32(node2);
      }
      if (!this._compileNode(node2)) {
        return false;
      }
      this._code.push(wasm_compiler_OP.i32_trunc_f64_s);
      return true;
    }
    _compileStandardBinaryNode(op, first, second) {
      if (first === second && first.type !== PS_NODE.arg && first.type !== PS_NODE.const && !first.shared) {
        const tmp = this._allocLocal();
        try {
          if (!this._compileNode(first)) {
            return false;
          }
          this._emitLocalTee(tmp);
          this._emitLocalGet(tmp);
        } finally {
          this._releaseLocal(tmp);
        }
      } else if (!this._compileNode(second) || !this._compileNode(first)) {
        return false;
      }
      const code = this._code;
      switch (op) {
        case TOKEN.add:
          code.push(wasm_compiler_OP.f64_add);
          break;
        case TOKEN.sub:
          code.push(wasm_compiler_OP.f64_sub);
          break;
        case TOKEN.mul:
          code.push(wasm_compiler_OP.f64_mul);
          break;
        case TOKEN.exp:
          code.push(wasm_compiler_OP.call);
          this._emitULEB128(_PsWasmCompiler.#importIdx.pow);
          break;
        case TOKEN.eq:
          code.push(wasm_compiler_OP.f64_eq, wasm_compiler_OP.f64_convert_i32_s);
          break;
        case TOKEN.ne:
          code.push(wasm_compiler_OP.f64_ne, wasm_compiler_OP.f64_convert_i32_s);
          break;
        case TOKEN.lt:
          code.push(wasm_compiler_OP.f64_lt, wasm_compiler_OP.f64_convert_i32_s);
          break;
        case TOKEN.le:
          code.push(wasm_compiler_OP.f64_le, wasm_compiler_OP.f64_convert_i32_s);
          break;
        case TOKEN.gt:
          code.push(wasm_compiler_OP.f64_gt, wasm_compiler_OP.f64_convert_i32_s);
          break;
        case TOKEN.ge:
          code.push(wasm_compiler_OP.f64_ge, wasm_compiler_OP.f64_convert_i32_s);
          break;
        case TOKEN.min:
          code.push(wasm_compiler_OP.f64_min);
          break;
        case TOKEN.max:
          code.push(wasm_compiler_OP.f64_max);
          break;
        default:
          return false;
      }
      return true;
    }
    _compileBinaryNode(node2) {
      const {
        op,
        first,
        second
      } = node2;
      if (op === TOKEN.bitshift) {
        return this._compileBitshiftNode(first, second);
      }
      if (op === TOKEN.div) {
        return this._compileSafeDivNode(first, second);
      }
      if (op === TOKEN.idiv) {
        return this._compileSafeIdivNode(first, second);
      }
      if (op === TOKEN.mod) {
        return this._compileModNode(first, second);
      }
      if (op === TOKEN.atan) {
        return this._compileAtanNode(first, second);
      }
      return op === TOKEN.and || op === TOKEN.or || op === TOKEN.xor ? this._compileBitwiseNode(op, first, second) : this._compileStandardBinaryNode(op, first, second);
    }
    _compileNodeAsBoolI32(node2) {
      if (node2.type === PS_NODE.binary) {
        const wasmOp = _PsWasmCompiler.#comparisonToOp.get(node2.op);
        if (wasmOp !== void 0) {
          if (!this._compileNode(node2.second) || !this._compileNode(node2.first)) {
            return false;
          }
          this._code.push(wasmOp);
          return true;
        }
        if (node2.valueType === PS_VALUE_TYPE.boolean && (node2.op === TOKEN.and || node2.op === TOKEN.or || node2.op === TOKEN.xor)) {
          if (!this._compileNodeAsBoolI32(node2.second) || !this._compileNodeAsBoolI32(node2.first)) {
            return false;
          }
          switch (node2.op) {
            case TOKEN.and:
              this._code.push(wasm_compiler_OP.i32_and);
              break;
            case TOKEN.or:
              this._code.push(wasm_compiler_OP.i32_or);
              break;
            case TOKEN.xor:
              this._code.push(wasm_compiler_OP.i32_xor);
              break;
          }
          return true;
        }
      }
      if (node2.type === PS_NODE.unary && node2.op === TOKEN.not && node2.valueType === PS_VALUE_TYPE.boolean) {
        if (!this._compileNodeAsBoolI32(node2.operand)) {
          return false;
        }
        this._code.push(wasm_compiler_OP.i32_eqz);
        return true;
      }
      if (!this._compileNode(node2)) {
        return false;
      }
      if (node2.valueType === PS_VALUE_TYPE.boolean) {
        this._code.push(wasm_compiler_OP.i32_trunc_f64_s);
      } else {
        this._emitF64Const(0);
        this._code.push(wasm_compiler_OP.f64_ne);
      }
      return true;
    }
    _compileTernaryNode(node2) {
      if (!this._compileNodeAsBoolI32(node2.cond)) {
        return false;
      }
      this._code.push(wasm_compiler_OP.if, F64);
      if (!this._compileNode(node2.then)) {
        return false;
      }
      this._code.push(wasm_compiler_OP.else);
      if (!this._compileNode(node2.otherwise)) {
        return false;
      }
      this._code.push(wasm_compiler_OP.end);
      return true;
    }
    compile(program) {
      const outputs = new PSStackToTree().evaluate(program, this._nIn);
      if (!outputs || outputs.length < this._nOut) {
        return null;
      }
      const code = this._code;
      for (let i = 0; i < this._nOut; i++) {
        const min = this._range[i * 2];
        const max = this._range[i * 2 + 1];
        code.push(wasm_compiler_OP.i32_const);
        this._emitSLEB128(i * 8);
        if (!this._compileNode(outputs[i])) {
          return null;
        }
        this._emitF64Const(max);
        code.push(wasm_compiler_OP.f64_min);
        this._emitF64Const(min);
        code.push(wasm_compiler_OP.f64_max, wasm_compiler_OP.f64_store, 3, 0);
      }
      code.push(wasm_compiler_OP.end);
      const nIn = this._nIn;
      const nLocals = this._nextLocal - nIn;
      const paramTypes = Array(nIn).fill(F64);
      const resultTypes = [];
      const funcType = [FUNC_TYPE, ...vec(paramTypes), ...vec(resultTypes)];
      const typeSectionBytes = new Uint8Array(section(SECTION.type, vec([funcType, ..._PsWasmCompiler.#importTypeEntries])));
      const localDecls = nLocals > 0 ? vec([[...unsignedLEB128(nLocals), F64]]) : vec([]);
      const funcBodyLen = localDecls.length + code.length;
      const codeSectionBytes = new Uint8Array(section(SECTION.code, vec([[...unsignedLEB128(funcBodyLen), ...localDecls, ...code]])));
      const magicVersion = _PsWasmCompiler.#wasmMagicVersion;
      const importSection = _PsWasmCompiler.#importSection;
      const functionSection = _PsWasmCompiler.#functionSection;
      const memorySection = _PsWasmCompiler.#memorySection;
      const exportSection = _PsWasmCompiler.#exportSection;
      const totalLen = magicVersion.length + typeSectionBytes.length + importSection.length + functionSection.length + memorySection.length + exportSection.length + codeSectionBytes.length;
      const result = new Uint8Array(totalLen);
      let off = 0;
      result.set(magicVersion, off);
      off += magicVersion.length;
      result.set(typeSectionBytes, off);
      off += typeSectionBytes.length;
      result.set(importSection, off);
      off += importSection.length;
      result.set(functionSection, off);
      off += functionSection.length;
      result.set(memorySection, off);
      off += memorySection.length;
      result.set(exportSection, off);
      off += exportSection.length;
      result.set(codeSectionBytes, off);
      return result;
    }
  };
  function compilePostScriptToWasm(source, domain, range3) {
    return new PsWasmCompiler(domain, range3).compile(parsePostScriptFunction(source));
  }
  function _makeWrapper(exports, nIn, nOut) {
    const {
      fn,
      mem
    } = exports;
    const outView = new Float64Array(mem.buffer, 0, nOut);
    let writeOut;
    switch (nOut) {
      case 1:
        writeOut = (dest, destOffset) => {
          dest[destOffset] = outView[0];
        };
        break;
      case 2:
        writeOut = (dest, destOffset) => {
          dest[destOffset] = outView[0];
          dest[destOffset + 1] = outView[1];
        };
        break;
      case 3:
        writeOut = (dest, destOffset) => {
          dest[destOffset] = outView[0];
          dest[destOffset + 1] = outView[1];
          dest[destOffset + 2] = outView[2];
        };
        break;
      case 4:
        writeOut = (dest, destOffset) => {
          dest[destOffset] = outView[0];
          dest[destOffset + 1] = outView[1];
          dest[destOffset + 2] = outView[2];
          dest[destOffset + 3] = outView[3];
        };
        break;
      default:
        writeOut = (dest, destOffset) => {
          for (let i = 0; i < nOut; i++) {
            dest[destOffset + i] = outView[i];
          }
        };
    }
    switch (nIn) {
      case 1:
        return (src, srcOffset, dest, destOffset) => {
          fn(src[srcOffset]);
          writeOut(dest, destOffset);
        };
      case 2:
        return (src, srcOffset, dest, destOffset) => {
          fn(src[srcOffset], src[srcOffset + 1]);
          writeOut(dest, destOffset);
        };
      case 3:
        return (src, srcOffset, dest, destOffset) => {
          fn(src[srcOffset], src[srcOffset + 1], src[srcOffset + 2]);
          writeOut(dest, destOffset);
        };
      case 4:
        return (src, srcOffset, dest, destOffset) => {
          fn(src[srcOffset], src[srcOffset + 1], src[srcOffset + 2], src[srcOffset + 3]);
          writeOut(dest, destOffset);
        };
      default: {
        const inBuf = new Float64Array(nIn);
        return (src, srcOffset, dest, destOffset) => {
          for (let i = 0; i < nIn; i++) {
            inBuf[i] = src[srcOffset + i];
          }
          fn(...inBuf);
          writeOut(dest, destOffset);
        };
      }
    }
  }
  function buildPostScriptWasmFunction(source, domain, range3) {
    const bytes2 = compilePostScriptToWasm(source, domain, range3);
    if (!bytes2) {
      return null;
    }
    try {
      const instance = new WebAssembly.Instance(new WebAssembly.Module(bytes2), _mathImportObject);
      return _makeWrapper(instance.exports, domain.length >> 1, range3.length >> 1);
    } catch {
      return null;
    }
  }
  var BaseLocalCache = class {
    constructor(options2) {
      this._onlyRefs = options2?.onlyRefs === true;
      if (!this._onlyRefs) {
        this._nameRefMap = /* @__PURE__ */ new Map();
        this._imageMap = /* @__PURE__ */ new Map();
      }
      this._imageCache = new RefMap();
    }
    getByName(name) {
      if (this._onlyRefs) {
        unreachable2("Should not call `getByName` method.");
      }
      const ref = this._nameRefMap.get(name);
      return ref ? this.getByRef(ref) : this._imageMap.get(name) || null;
    }
    getByRef(ref) {
      return this._imageCache.get(ref) || null;
    }
    set(name, ref, data) {
      unreachable2("Abstract method `set` called.");
    }
  };
  var LocalImageCache = class extends BaseLocalCache {
    set(name, ref = null, data) {
      if (typeof name !== "string") {
        throw new Error('LocalImageCache.set - expected "name" argument.');
      }
      if (ref) {
        if (this._imageCache.has(ref)) {
          return;
        }
        this._nameRefMap.set(name, ref);
        this._imageCache.put(ref, data);
        return;
      }
      if (this._imageMap.has(name)) {
        return;
      }
      this._imageMap.set(name, data);
    }
  };
  var LocalColorSpaceCache = class extends BaseLocalCache {
    set(name = null, ref = null, data) {
      if (typeof name !== "string" && !ref) {
        throw new Error('LocalColorSpaceCache.set - expected "name" and/or "ref" argument.');
      }
      if (ref) {
        if (this._imageCache.has(ref)) {
          return;
        }
        if (name !== null) {
          this._nameRefMap.set(name, ref);
        }
        this._imageCache.put(ref, data);
        return;
      }
      if (this._imageMap.has(name)) {
        return;
      }
      this._imageMap.set(name, data);
    }
  };
  var LocalFunctionCache = class extends BaseLocalCache {
    constructor(options2) {
      super({
        onlyRefs: true
      });
    }
    set(name = null, ref, data) {
      if (!ref) {
        throw new Error('LocalFunctionCache.set - expected "ref" argument.');
      }
      if (this._imageCache.has(ref)) {
        return;
      }
      this._imageCache.put(ref, data);
    }
  };
  var LocalGStateCache = class extends BaseLocalCache {
    set(name, ref = null, data) {
      if (typeof name !== "string") {
        throw new Error('LocalGStateCache.set - expected "name" argument.');
      }
      if (ref) {
        if (this._imageCache.has(ref)) {
          return;
        }
        this._nameRefMap.set(name, ref);
        this._imageCache.put(ref, data);
        return;
      }
      if (this._imageMap.has(name)) {
        return;
      }
      this._imageMap.set(name, data);
    }
  };
  var LocalTilingPatternCache = class extends BaseLocalCache {
    constructor(options2) {
      super({
        onlyRefs: true
      });
    }
    set(name = null, ref, data) {
      if (!ref) {
        throw new Error('LocalTilingPatternCache.set - expected "ref" argument.');
      }
      if (this._imageCache.has(ref)) {
        return;
      }
      this._imageCache.put(ref, data);
    }
  };
  var RegionalImageCache = class extends BaseLocalCache {
    constructor(options2) {
      super({
        onlyRefs: true
      });
    }
    set(name = null, ref, data) {
      if (!ref) {
        throw new Error('RegionalImageCache.set - expected "ref" argument.');
      }
      if (this._imageCache.has(ref)) {
        return;
      }
      this._imageCache.put(ref, data);
    }
  };
  var GlobalColorSpaceCache = class extends BaseLocalCache {
    constructor(options2) {
      super({
        onlyRefs: true
      });
    }
    set(name = null, ref, data) {
      if (!ref) {
        throw new Error('GlobalColorSpaceCache.set - expected "ref" argument.');
      }
      if (this._imageCache.has(ref)) {
        return;
      }
      this._imageCache.put(ref, data);
    }
    clear() {
      this._imageCache.clear();
    }
  };
  var GlobalImageCache = class _GlobalImageCache {
    static NUM_PAGES_THRESHOLD = 2;
    static MIN_IMAGES_TO_CACHE = 10;
    static MAX_BYTE_SIZE = 5e7;
    #decodeFailedSet = new RefSet();
    constructor() {
      this._refCache = new RefMap();
      this._imageCache = new RefMap();
    }
    get #byteSize() {
      let byteSize2 = 0;
      for (const imageData of this._imageCache) {
        byteSize2 += imageData.byteSize;
      }
      return byteSize2;
    }
    get #cacheLimitReached() {
      return this._imageCache.size >= _GlobalImageCache.MIN_IMAGES_TO_CACHE && this.#byteSize >= _GlobalImageCache.MAX_BYTE_SIZE;
    }
    shouldCache(ref, pageIndex) {
      const pageIndexSet = this._refCache.getOrPutComputed(ref, makeSet2);
      pageIndexSet.add(pageIndex);
      if (pageIndexSet.size < _GlobalImageCache.NUM_PAGES_THRESHOLD) {
        return false;
      }
      if (!this._imageCache.has(ref) && this.#cacheLimitReached) {
        return false;
      }
      return true;
    }
    addDecodeFailed(ref) {
      this.#decodeFailedSet.put(ref);
    }
    hasDecodeFailed(ref) {
      return this.#decodeFailedSet.has(ref);
    }
    addByteSize(ref, byteSize2) {
      const imageData = this._imageCache.get(ref);
      if (!imageData) {
        return;
      }
      if (imageData.byteSize) {
        return;
      }
      imageData.byteSize = byteSize2;
    }
    getData(ref, pageIndex) {
      const pageIndexSet = this._refCache.get(ref);
      if (!pageIndexSet || pageIndexSet.size < _GlobalImageCache.NUM_PAGES_THRESHOLD) {
        return null;
      }
      const imageData = this._imageCache.get(ref);
      if (!imageData) {
        return null;
      }
      pageIndexSet.add(pageIndex);
      return imageData;
    }
    setData(ref, data) {
      if (!this._refCache.has(ref)) {
        throw new Error('GlobalImageCache.setData - expected "shouldCache" to have been called.');
      }
      if (this._imageCache.has(ref)) {
        return;
      }
      if (this.#cacheLimitReached) {
        warn2("GlobalImageCache.setData - cache limit reached.");
        return;
      }
      this._imageCache.put(ref, data);
    }
    clear(onlyData = false) {
      if (!onlyData) {
        this.#decodeFailedSet.clear();
        this._refCache.clear();
      }
      this._imageCache.clear();
    }
  };
  var FunctionType = {
    SAMPLED: 0,
    EXPONENTIAL_INTERPOLATION: 2,
    STITCHING: 3,
    POSTSCRIPT_CALCULATOR: 4
  };
  var PDFFunctionFactory = class _PDFFunctionFactory {
    static #useWasm = true;
    static setOptions({
      useWasm
    }) {
      this.#useWasm = useWasm;
    }
    constructor({
      xref
    }) {
      this.xref = xref;
    }
    get useWasm() {
      return _PDFFunctionFactory.#useWasm;
    }
    create(fn, parseArray = false) {
      let fnRef, parsedFn;
      if (fn instanceof Ref) {
        fnRef = fn;
      } else if (fn instanceof Dict) {
        fnRef = fn.objId;
      } else if (fn instanceof BaseStream) {
        fnRef = fn.dict?.objId;
      }
      if (fnRef) {
        const cachedFn = this._localFunctionCache.getByRef(fnRef);
        if (cachedFn) {
          return cachedFn;
        }
      }
      const fnObj = this.xref.fetchIfRef(fn);
      if (Array.isArray(fnObj)) {
        if (!parseArray) {
          throw new Error('PDFFunctionFactory.create - expected "parseArray" argument.');
        }
        parsedFn = PDFFunction.parseArray(this, fnObj);
      } else {
        parsedFn = PDFFunction.parse(this, fnObj);
      }
      if (fnRef) {
        this._localFunctionCache.set(null, fnRef, parsedFn);
      }
      return parsedFn;
    }
    get _localFunctionCache() {
      return util_shadow2(this, "_localFunctionCache", new LocalFunctionCache());
    }
  };
  function toNumberArray(arr) {
    if (!Array.isArray(arr)) {
      return null;
    }
    if (!isNumberArray(arr, null)) {
      return arr.map((x) => +x);
    }
    return arr;
  }
  function setArity(fn, numInputs, numOutputs) {
    fn.numInputs = numInputs;
    fn.numOutputs = numOutputs;
    return fn;
  }
  function interpolate(x, xmin, xmax, ymin, ymax) {
    return xmin === xmax ? ymin : ymin + (x - xmin) * ((ymax - ymin) / (xmax - xmin));
  }
  var PDFFunction = class _PDFFunction {
    static MAX_MULTILINEAR_INPUTS = 8;
    static getSampleArray(size, outputSize, bps, stream2) {
      let length = outputSize;
      for (const s of size) {
        length *= s;
      }
      const array = new Array(length);
      let codeSize = 0;
      let codeBuf = 0;
      const sampleMul = 1 / (2 ** bps - 1);
      const strBytes = stream2.getBytes((length * bps + 7) / 8);
      let strIdx = 0;
      for (let i = 0; i < length; i++) {
        while (codeSize < bps) {
          codeBuf <<= 8;
          codeBuf |= strBytes[strIdx++];
          codeSize += 8;
        }
        codeSize -= bps;
        array[i] = (codeBuf >> codeSize) * sampleMul;
        codeBuf &= (1 << codeSize) - 1;
      }
      return array;
    }
    static parse(factory, fn) {
      const dict = fn.dict || fn;
      const typeNum = dict.get("FunctionType");
      switch (typeNum) {
        case FunctionType.SAMPLED:
          return this.constructSampled(factory, fn, dict);
        case FunctionType.EXPONENTIAL_INTERPOLATION:
          return this.constructInterpolated(factory, dict);
        case FunctionType.STITCHING:
          return this.constructStitched(factory, dict);
        case FunctionType.POSTSCRIPT_CALCULATOR:
          return this.constructPostScript(factory, fn, dict);
      }
      throw new FormatError2(`Unknown function type: ${typeNum}`);
    }
    static parseArray(factory, fnObj) {
      const {
        xref
      } = factory;
      const fnArray = [];
      for (const fn of fnObj) {
        fnArray.push(this.parse(factory, xref.fetchIfRef(fn)));
      }
      if (fnArray.length === 1) {
        return fnArray[0];
      }
      const numInputs = fnArray[0]?.numInputs ?? 0;
      if (fnArray.some((fn) => fn.numInputs !== numInputs || fn.numOutputs !== 1)) {
        throw new FormatError2("Invalid array of functions.");
      }
      return setArity(function(src, srcOffset, dest, destOffset) {
        for (let i = 0, ii = fnArray.length; i < ii; i++) {
          fnArray[i](src, srcOffset, dest, destOffset + i);
        }
      }, numInputs, fnArray.length);
    }
    static constructSampled(factory, fn, dict) {
      const domain = toNumberArray(dict.getArray("Domain"));
      const range3 = toNumberArray(dict.getArray("Range"));
      if (!domain || !range3) {
        throw new FormatError2("No domain or range");
      }
      const inputSize = domain.length / 2;
      const outputSize = range3.length / 2;
      const size = toNumberArray(dict.getArray("Size"));
      const bps = dict.get("BitsPerSample");
      const order = dict.get("Order") || 1;
      if (order !== 1) {
        info2("No support for cubic spline interpolation: " + order);
      }
      let encode = toNumberArray(dict.getArray("Encode"));
      if (!encode) {
        encode = [];
        for (let i = 0; i < inputSize; ++i) {
          encode.push(0, size[i] - 1);
        }
      }
      const decode = toNumberArray(dict.getArray("Decode")) || range3;
      const samples = this.getSampleArray(size, outputSize, bps, fn);
      const useSimplex = inputSize > _PDFFunction.MAX_MULTILINEAR_INPUTS;
      const steps = new Float64Array(inputSize);
      const weights0 = new Float64Array(inputSize);
      const weights1 = new Float64Array(inputSize);
      const sorted = useSimplex ? new Uint32Array(inputSize) : null;
      const maxVertices = useSimplex ? inputSize + 1 : 1 << inputSize;
      const vertices = new Uint32Array(maxVertices);
      const vertexWeights = new Float64Array(maxVertices);
      function constructSampledFn(src, srcOffset, dest, destOffset) {
        let base = 0, k = outputSize, numActive = 0;
        for (let i = 0; i < inputSize; ++i) {
          const domain_2i = domain[2 * i];
          const domain_2i_1 = domain[2 * i + 1];
          const xi = MathClamp2(src[srcOffset + i], domain_2i, domain_2i_1);
          let e = interpolate(xi, domain_2i, domain_2i_1, encode[2 * i], encode[2 * i + 1]);
          const size_i = size[i];
          e = MathClamp2(e, 0, size_i - 1);
          const e0 = Math.floor(e);
          base += e0 * k;
          if (e !== e0) {
            steps[numActive] = k;
            weights0[numActive] = e0 + 1 - e;
            weights1[numActive] = e - e0;
            numActive++;
          }
          k *= size_i;
        }
        vertices[0] = base;
        vertexWeights[0] = 1;
        let numVertices = 1;
        if (!useSimplex) {
          for (let i = 0; i < numActive; i++) {
            const step = steps[i], w0 = weights0[i], w1 = weights1[i];
            for (let j = 0; j < numVertices; j++) {
              vertices[numVertices + j] = vertices[j] + step;
              vertexWeights[numVertices + j] = vertexWeights[j] * w1;
              vertexWeights[j] *= w0;
            }
            numVertices <<= 1;
          }
        } else if (numActive > 0) {
          for (let i = 0; i < numActive; i++) {
            const w1 = weights1[i];
            let j = i;
            for (; j > 0 && weights1[sorted[j - 1]] < w1; j--) {
              sorted[j] = sorted[j - 1];
            }
            sorted[j] = i;
          }
          vertexWeights[0] = weights0[sorted[0]];
          for (let i = 0; i < numActive; i++) {
            const a = sorted[i];
            vertices[i + 1] = vertices[i] + steps[a];
            vertexWeights[i + 1] = i + 1 < numActive ? weights1[a] - weights1[sorted[i + 1]] : weights1[a];
          }
          numVertices = numActive + 1;
        }
        for (let j = 0; j < outputSize; ++j) {
          let rj = 0;
          for (let i = 0; i < numVertices; i++) {
            rj += samples[vertices[i] + j] * vertexWeights[i];
          }
          rj = interpolate(rj, 0, 1, decode[2 * j], decode[2 * j + 1]);
          dest[destOffset + j] = MathClamp2(rj, range3[2 * j], range3[2 * j + 1]);
        }
      }
      return setArity(constructSampledFn, inputSize, outputSize);
    }
    static constructInterpolated(factory, dict) {
      const domain = toNumberArray(dict.getArray("Domain"));
      const c0 = toNumberArray(dict.getArray("C0")) || [0];
      const c1 = toNumberArray(dict.getArray("C1")) || [1];
      const n = dict.get("N");
      const diff = [];
      for (let i = 0, ii = c0.length; i < ii; ++i) {
        diff.push(c1[i] - c0[i]);
      }
      const length = diff.length;
      function constructInterpolatedFn(src, srcOffset, dest, destOffset) {
        const x = n === 1 ? src[srcOffset] : src[srcOffset] ** n;
        for (let j = 0; j < length; ++j) {
          dest[destOffset + j] = c0[j] + x * diff[j];
        }
      }
      return setArity(constructInterpolatedFn, domain ? domain.length / 2 : 1, length);
    }
    static constructStitched(factory, dict) {
      const domain = toNumberArray(dict.getArray("Domain"));
      if (!domain) {
        throw new FormatError2("No domain");
      }
      const inputSize = domain.length / 2;
      if (inputSize !== 1) {
        throw new FormatError2("Bad domain for stitched function");
      }
      const {
        xref
      } = factory;
      const fns = [];
      for (const fn of dict.get("Functions")) {
        fns.push(this.parse(factory, xref.fetchIfRef(fn)));
      }
      const numOutputs = fns[0]?.numOutputs ?? 0;
      if (fns.length === 0 || fns.some((fn) => fn.numInputs !== 1 || fn.numOutputs !== numOutputs)) {
        throw new FormatError2("Incompatible sub-functions for stitched function");
      }
      const bounds2 = toNumberArray(dict.getArray("Bounds"));
      const encode = toNumberArray(dict.getArray("Encode"));
      const tmpBuf = new Float32Array(1);
      function constructStitchedFn(src, srcOffset, dest, destOffset) {
        const v = MathClamp2(src[srcOffset], domain[0], domain[1]);
        const length = bounds2.length;
        let i;
        for (i = 0; i < length; ++i) {
          if (v < bounds2[i]) {
            break;
          }
        }
        const dmin = i > 0 ? bounds2[i - 1] : domain[0];
        const dmax = i < length ? bounds2[i] : domain[1];
        tmpBuf[0] = interpolate(v, dmin, dmax, encode[2 * i], encode[2 * i + 1]);
        fns[i](tmpBuf, 0, dest, destOffset);
      }
      return setArity(constructStitchedFn, inputSize, numOutputs);
    }
    static constructPostScript(factory, fn, dict) {
      const domain = toNumberArray(dict.getArray("Domain"));
      const range3 = toNumberArray(dict.getArray("Range"));
      if (!domain) {
        throw new FormatError2("No domain.");
      }
      if (!range3) {
        throw new FormatError2("No range.");
      }
      const psCode = fn.getString();
      const numInputs = domain.length / 2, numOutputs = range3.length / 2;
      try {
        if (factory.useWasm) {
          const wasmFn = buildPostScriptWasmFunction(psCode, domain, range3);
          if (wasmFn) {
            return setArity(wasmFn, numInputs, numOutputs);
          }
        }
      } catch {
      }
      warn2("Failed to compile PostScript function to wasm, falling back to JS");
      return setArity(buildPostScriptJsFunction(psCode, domain, range3), numInputs, numOutputs);
    }
  };
  function isPDFFunction(v) {
    let fnDict;
    if (v instanceof Dict) {
      fnDict = v;
    } else if (v instanceof BaseStream) {
      fnDict = v.dict;
    } else {
      return false;
    }
    return fnDict.has("FunctionType");
  }
  function textSinkWrapper(sink) {
    const TEXT_CONTENT_CHUNK_SIZE = 100;
    const resolved = sink ? null : Promise.resolve();
    return {
      enqueueInvoked: false,
      enqueue(chunk, size) {
        this.enqueueInvoked = true;
        sink?.enqueue(chunk, size);
      },
      get desiredSize() {
        return sink?.desiredSize ?? TEXT_CONTENT_CHUNK_SIZE;
      },
      get ready() {
        return sink?.ready ?? resolved;
      }
    };
  }
  function _parseVisibilityExpression(xref, array, nestingCounter, currentResult) {
    const MAX_NESTING = 10;
    if (++nestingCounter > MAX_NESTING) {
      warn2("Visibility expression is too deeply nested");
      return;
    }
    const length = array.length;
    const operator = xref.fetchIfRef(array[0]);
    if (length < 2 || !(operator instanceof Name)) {
      warn2("Invalid visibility expression");
      return;
    }
    switch (operator.name) {
      case "And":
      case "Or":
      case "Not":
        currentResult.push(operator.name);
        break;
      default:
        warn2(`Invalid operator ${operator.name} in visibility expression`);
        return;
    }
    for (let i = 1; i < length; i++) {
      const raw = array[i];
      const object = xref.fetchIfRef(raw);
      if (Array.isArray(object)) {
        const nestedResult = [];
        currentResult.push(nestedResult);
        _parseVisibilityExpression(xref, object, nestingCounter, nestedResult);
      } else if (raw instanceof Ref) {
        currentResult.push(raw.toString());
      }
    }
  }
  function parseMarkedContentProps(xref, contentProperties, resources) {
    let optionalContent;
    if (contentProperties instanceof Name) {
      const properties = resources.get("Properties");
      optionalContent = properties.get(contentProperties.name);
    } else if (contentProperties instanceof Dict) {
      optionalContent = contentProperties;
    } else {
      throw new FormatError2("Optional content properties malformed.");
    }
    const optionalContentType = optionalContent.get("Type")?.name;
    if (optionalContentType === "OCG") {
      return {
        type: optionalContentType,
        id: optionalContent.objId
      };
    } else if (optionalContentType === "OCMD") {
      const expression2 = optionalContent.get("VE");
      if (Array.isArray(expression2)) {
        const result = [];
        _parseVisibilityExpression(xref, expression2, 0, result);
        if (result.length > 0) {
          return {
            type: "OCMD",
            expression: result
          };
        }
      }
      const optionalContentGroups = optionalContent.get("OCGs");
      if (Array.isArray(optionalContentGroups) || optionalContentGroups instanceof Dict) {
        const groupIds = [];
        if (Array.isArray(optionalContentGroups)) {
          for (const ocg of optionalContentGroups) {
            groupIds.push(ocg.toString());
          }
        } else {
          groupIds.push(optionalContentGroups.objId);
        }
        const p = optionalContent.get("P");
        return {
          type: optionalContentType,
          ids: groupIds,
          policy: p instanceof Name ? p.name : null,
          expression: null
        };
      } else if (optionalContentGroups instanceof Ref) {
        return {
          type: optionalContentType,
          id: optionalContentGroups.toString()
        };
      }
    }
    return null;
  }
  var baseTypes = ["BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "S", "B", "S", "WS", "B", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "B", "B", "B", "S", "WS", "ON", "ON", "ET", "ET", "ET", "ON", "ON", "ON", "ON", "ON", "ES", "CS", "ES", "CS", "CS", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "CS", "ON", "ON", "ON", "ON", "ON", "ON", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "ON", "ON", "ON", "ON", "ON", "ON", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "ON", "ON", "ON", "ON", "BN", "BN", "BN", "BN", "BN", "BN", "B", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "BN", "CS", "ON", "ET", "ET", "ET", "ET", "ON", "ON", "ON", "ON", "L", "ON", "ON", "BN", "ON", "ON", "ET", "ET", "EN", "EN", "ON", "L", "ON", "ON", "ON", "EN", "L", "ON", "ON", "ON", "ON", "ON", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "ON", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "L", "ON", "L", "L", "L", "L", "L", "L", "L", "L"];
  var arabicTypes = ["AN", "AN", "AN", "AN", "AN", "AN", "ON", "ON", "AL", "ET", "ET", "AL", "CS", "AL", "ON", "ON", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "AN", "ET", "AN", "AN", "AL", "AL", "AL", "NSM", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "AL", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AN", "ON", "NSM", "NSM", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "NSM", "NSM", "ON", "NSM", "NSM", "NSM", "NSM", "AL", "AL", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "EN", "AL", "AL", "AL", "AL", "AL", "AL"];
  function isOdd(i) {
    return (i & 1) !== 0;
  }
  function isEven(i) {
    return (i & 1) === 0;
  }
  function findUnequal(arr, start, value) {
    let j, jj;
    for (j = start, jj = arr.length; j < jj; ++j) {
      if (arr[j] !== value) {
        return j;
      }
    }
    return j;
  }
  function reverseValues(arr, start, end) {
    for (let i = start, j = end - 1; i < j; ++i, --j) {
      const temp = arr[i];
      arr[i] = arr[j];
      arr[j] = temp;
    }
  }
  function createBidiText(str, isLTR, vertical = false) {
    let dir = "ltr";
    if (vertical) {
      dir = "ttb";
    } else if (!isLTR) {
      dir = "rtl";
    }
    return {
      str,
      dir
    };
  }
  var chars3 = [];
  var types = [];
  function bidi(str, startLevel = -1, vertical = false) {
    let isLTR = true;
    const strLength = str.length;
    if (strLength === 0 || vertical) {
      return createBidiText(str, isLTR, vertical);
    }
    chars3.length = strLength;
    types.length = strLength;
    let numBidi = 0;
    let i, ii;
    for (i = 0; i < strLength; ++i) {
      chars3[i] = str.charAt(i);
      const charCode = str.charCodeAt(i);
      let charType = "L";
      if (charCode <= 255) {
        charType = baseTypes[charCode];
      } else if (1424 <= charCode && charCode <= 1524) {
        charType = "R";
      } else if (1536 <= charCode && charCode <= 1791) {
        charType = arabicTypes[charCode & 255];
        if (!charType) {
          warn2("Bidi: invalid Unicode character " + charCode.toString(16));
        }
      } else if (1792 <= charCode && charCode <= 2220 || 64336 <= charCode && charCode <= 65023 || 65136 <= charCode && charCode <= 65279) {
        charType = "AL";
      }
      if (charType === "R" || charType === "AL" || charType === "AN") {
        numBidi++;
      }
      types[i] = charType;
    }
    if (numBidi === 0) {
      isLTR = true;
      return createBidiText(str, isLTR);
    }
    if (startLevel === -1) {
      if (numBidi / strLength < 0.3 && strLength > 4) {
        isLTR = true;
        startLevel = 0;
      } else {
        isLTR = false;
        startLevel = 1;
      }
    }
    const levels = [];
    for (i = 0; i < strLength; ++i) {
      levels[i] = startLevel;
    }
    const e = isOdd(startLevel) ? "R" : "L";
    const sor = e;
    const eor = sor;
    let lastType = sor;
    for (i = 0; i < strLength; ++i) {
      if (types[i] === "NSM") {
        types[i] = lastType;
      } else {
        lastType = types[i];
      }
    }
    lastType = sor;
    let t;
    for (i = 0; i < strLength; ++i) {
      t = types[i];
      if (t === "EN") {
        types[i] = lastType === "AL" ? "AN" : "EN";
      } else if (t === "R" || t === "L" || t === "AL") {
        lastType = t;
      }
    }
    for (i = 0; i < strLength; ++i) {
      t = types[i];
      if (t === "AL") {
        types[i] = "R";
      }
    }
    for (i = 1; i < strLength - 1; ++i) {
      if (types[i] === "ES" && types[i - 1] === "EN" && types[i + 1] === "EN") {
        types[i] = "EN";
      }
      if (types[i] === "CS" && (types[i - 1] === "EN" || types[i - 1] === "AN") && types[i + 1] === types[i - 1]) {
        types[i] = types[i - 1];
      }
    }
    for (i = 0; i < strLength; ++i) {
      if (types[i] === "EN") {
        for (let j = i - 1; j >= 0; --j) {
          if (types[j] !== "ET") {
            break;
          }
          types[j] = "EN";
        }
        for (let j = i + 1; j < strLength; ++j) {
          if (types[j] !== "ET") {
            break;
          }
          types[j] = "EN";
        }
      }
    }
    for (i = 0; i < strLength; ++i) {
      t = types[i];
      if (t === "WS" || t === "ES" || t === "ET" || t === "CS") {
        types[i] = "ON";
      }
    }
    lastType = sor;
    for (i = 0; i < strLength; ++i) {
      t = types[i];
      if (t === "EN") {
        types[i] = lastType === "L" ? "L" : "EN";
      } else if (t === "R" || t === "L") {
        lastType = t;
      }
    }
    for (i = 0; i < strLength; ++i) {
      if (types[i] === "ON") {
        const end = findUnequal(types, i + 1, "ON");
        let before = sor;
        for (let j = i - 1; j >= 0; j--) {
          const tt = types[j];
          if (tt === "L") {
            before = "L";
            break;
          }
          if (tt === "R" || tt === "EN" || tt === "AN") {
            before = "R";
            break;
          }
        }
        let after = eor;
        for (let j = end; j < strLength; j++) {
          const tt = types[j];
          if (tt === "L") {
            after = "L";
            break;
          }
          if (tt === "R" || tt === "EN" || tt === "AN") {
            after = "R";
            break;
          }
        }
        if (before === after) {
          types.fill(before, i, end);
        }
        i = end - 1;
      }
    }
    for (i = 0; i < strLength; ++i) {
      if (types[i] === "ON") {
        types[i] = e;
      }
    }
    for (i = 0; i < strLength; ++i) {
      t = types[i];
      if (isEven(levels[i])) {
        if (t === "R") {
          levels[i] += 1;
        } else if (t === "AN" || t === "EN") {
          levels[i] += 2;
        }
      } else if (t === "L" || t === "AN" || t === "EN") {
        levels[i] += 1;
      }
    }
    let highestLevel = -1;
    let lowestOddLevel = 99;
    let level;
    for (i = 0, ii = levels.length; i < ii; ++i) {
      level = levels[i];
      if (highestLevel < level) {
        highestLevel = level;
      }
      if (lowestOddLevel > level && isOdd(level)) {
        lowestOddLevel = level;
      }
    }
    for (level = highestLevel; level >= lowestOddLevel; --level) {
      let start = -1;
      for (i = 0, ii = levels.length; i < ii; ++i) {
        if (levels[i] < level) {
          if (start >= 0) {
            reverseValues(chars3, start, i);
            start = -1;
          }
        } else if (start < 0) {
          start = i;
        }
      }
      if (start >= 0) {
        reverseValues(chars3, start, levels.length);
      }
    }
    for (i = 0, ii = chars3.length; i < ii; ++i) {
      const ch2 = chars3[i];
      if (ch2 === "<" || ch2 === ">") {
        chars3[i] = "";
      }
    }
    return createBidiText(chars3.join(""), isLTR);
  }
  var font_substitutions_NORMAL = {
    style: "normal",
    weight: "normal"
  };
  var MEDIUM = {
    style: "normal",
    weight: "500"
  };
  var BOLD = {
    style: "normal",
    weight: "bold"
  };
  var ITALIC = {
    style: "italic",
    weight: "normal"
  };
  var BOLDITALIC = {
    style: "italic",
    weight: "bold"
  };
  var substitutionMap = /* @__PURE__ */ new Map([["Times-Roman", {
    local: ["Times New Roman", "Times-Roman", "Times", "Liberation Serif", "Nimbus Roman", "Nimbus Roman L", "Tinos", "Thorndale", "TeX Gyre Termes", "FreeSerif", "Linux Libertine O", "Libertinus Serif", "PT Astra Serif", "DejaVu Serif", "Bitstream Vera Serif", "Ubuntu"],
    style: font_substitutions_NORMAL,
    ultimate: "serif"
  }], ["Times-Bold", {
    alias: "Times-Roman",
    style: BOLD,
    ultimate: "serif"
  }], ["Times-Italic", {
    alias: "Times-Roman",
    style: ITALIC,
    ultimate: "serif"
  }], ["Times-BoldItalic", {
    alias: "Times-Roman",
    style: BOLDITALIC,
    ultimate: "serif"
  }], ["Helvetica", {
    local: ["Helvetica", "Helvetica Neue", "Arial", "Arial Nova", "Liberation Sans", "Arimo", "Nimbus Sans", "Nimbus Sans L", "A030", "TeX Gyre Heros", "FreeSans", "DejaVu Sans", "Albany", "Bitstream Vera Sans", "Arial Unicode MS", "Microsoft Sans Serif", "Apple Symbols", "Cantarell"],
    path: "LiberationSans-Regular.ttf",
    style: font_substitutions_NORMAL,
    ultimate: "sans-serif"
  }], ["Helvetica-Bold", {
    alias: "Helvetica",
    path: "LiberationSans-Bold.ttf",
    style: BOLD,
    ultimate: "sans-serif"
  }], ["Helvetica-Oblique", {
    alias: "Helvetica",
    path: "LiberationSans-Italic.ttf",
    style: ITALIC,
    ultimate: "sans-serif"
  }], ["Helvetica-BoldOblique", {
    alias: "Helvetica",
    path: "LiberationSans-BoldItalic.ttf",
    style: BOLDITALIC,
    ultimate: "sans-serif"
  }], ["Courier", {
    local: ["Courier", "Courier New", "Liberation Mono", "Nimbus Mono", "Nimbus Mono L", "Cousine", "Cumberland", "TeX Gyre Cursor", "FreeMono", "Linux Libertine Mono O", "Libertinus Mono"],
    style: font_substitutions_NORMAL,
    ultimate: "monospace"
  }], ["Courier-Bold", {
    alias: "Courier",
    style: BOLD,
    ultimate: "monospace"
  }], ["Courier-Oblique", {
    alias: "Courier",
    style: ITALIC,
    ultimate: "monospace"
  }], ["Courier-BoldOblique", {
    alias: "Courier",
    style: BOLDITALIC,
    ultimate: "monospace"
  }], ["ArialBlack", {
    local: ["Arial Black"],
    style: {
      style: "normal",
      weight: "900"
    },
    fallback: "Helvetica-Bold"
  }], ["ArialBlack-Bold", {
    alias: "ArialBlack"
  }], ["ArialBlack-Italic", {
    alias: "ArialBlack",
    style: {
      style: "italic",
      weight: "900"
    },
    fallback: "Helvetica-BoldOblique"
  }], ["ArialBlack-BoldItalic", {
    alias: "ArialBlack-Italic"
  }], ["ArialNarrow", {
    local: ["Arial Narrow", "Liberation Sans Narrow", "Helvetica Condensed", "Nimbus Sans Narrow", "TeX Gyre Heros Cn"],
    style: font_substitutions_NORMAL,
    fallback: "Helvetica"
  }], ["ArialNarrow-Bold", {
    alias: "ArialNarrow",
    style: BOLD,
    fallback: "Helvetica-Bold"
  }], ["ArialNarrow-Italic", {
    alias: "ArialNarrow",
    style: ITALIC,
    fallback: "Helvetica-Oblique"
  }], ["ArialNarrow-BoldItalic", {
    alias: "ArialNarrow",
    style: BOLDITALIC,
    fallback: "Helvetica-BoldOblique"
  }], ["Calibri", {
    local: ["Calibri", "Carlito"],
    style: font_substitutions_NORMAL,
    fallback: "Helvetica"
  }], ["Calibri-Bold", {
    alias: "Calibri",
    style: BOLD,
    fallback: "Helvetica-Bold"
  }], ["Calibri-Italic", {
    alias: "Calibri",
    style: ITALIC,
    fallback: "Helvetica-Oblique"
  }], ["Calibri-BoldItalic", {
    alias: "Calibri",
    style: BOLDITALIC,
    fallback: "Helvetica-BoldOblique"
  }], ["Wingdings", {
    local: ["Wingdings", "URW Dingbats"],
    style: font_substitutions_NORMAL
  }], ["Wingdings-Regular", {
    alias: "Wingdings"
  }], ["Wingdings-Bold", {
    alias: "Wingdings"
  }], ["ËÎÌå", {
    local: ["SimSun", "SimSun Regular", "NSimSun"],
    style: font_substitutions_NORMAL,
    ultimate: "serif"
  }], ["ºÚÌå", {
    local: ["SimHei", "SimHei Regular"],
    style: font_substitutions_NORMAL,
    ultimate: "sans-serif"
  }], ["¿¬Ìå", {
    local: ["KaiTi", "SimKai", "SimKai Regular"],
    style: font_substitutions_NORMAL,
    ultimate: "sans-serif"
  }], ["·ÂËÎ", {
    local: ["FangSong", "SimFang", "SimFang Regular"],
    style: font_substitutions_NORMAL,
    ultimate: "serif"
  }], ["¿¬Ìå_GB2312", {
    alias: "¿¬Ìå"
  }], ["·ÂËÎ_GB2312", {
    alias: "·ÂËÎ"
  }], ["Á¥Êé", {
    local: ["SimLi", "SimLi Regular"],
    style: font_substitutions_NORMAL,
    ultimate: "serif"
  }], ["ÐÂËÎ", {
    alias: "ËÎÌå"
  }], ["HeiseiMin-W3", {
    local: ["Hiragino Mincho ProN", "Hiragino Mincho Pro", "Yu Mincho", "YuMincho", "Source Han Serif JP", "Noto Serif JP", "Noto Serif CJK JP", "IPAexMincho", "IPAMincho", "Takao Mincho", "MS Mincho", "MS PMincho"],
    style: font_substitutions_NORMAL,
    ultimate: "serif"
  }], ["HeiseiKakuGo-W5", {
    local: ["Hiragino Kaku Gothic ProN", "Hiragino Kaku Gothic Pro", "Hiragino Sans", "Yu Gothic", "YuGothic", "Source Han Sans JP", "Noto Sans JP", "Noto Sans CJK JP", "IPAexGothic", "IPAGothic", "Takao Gothic", "Meiryo", "MS Gothic", "MS PGothic"],
    style: MEDIUM,
    ultimate: "sans-serif"
  }], ["HeiseiMin-W3-Acro", {
    alias: "HeiseiMin-W3"
  }], ["HeiseiKakuGo-W5-Acro", {
    alias: "HeiseiKakuGo-W5"
  }], ["KozMinPro-Regular", {
    alias: "HeiseiMin-W3"
  }], ["KozMinProVI-Regular", {
    alias: "HeiseiMin-W3"
  }], ["KozMinPr6N-Regular", {
    alias: "HeiseiMin-W3"
  }], ["KozGoPro-Regular", {
    alias: "HeiseiKakuGo-W5"
  }], ["KozGoProVI-Regular", {
    alias: "HeiseiKakuGo-W5"
  }], ["KozGoPr6N-Regular", {
    alias: "HeiseiKakuGo-W5"
  }], ["STSong-Light", {
    local: ["STSong", "Songti SC", "Source Han Serif SC", "Source Han Serif CN", "Noto Serif SC", "Noto Serif CJK SC", "AR PL UMing CN", "SimSun", "NSimSun"],
    style: font_substitutions_NORMAL,
    ultimate: "serif"
  }], ["STHeiti-Regular", {
    local: ["STHeiti", "Heiti SC", "PingFang SC", "Source Han Sans SC", "Source Han Sans CN", "Noto Sans SC", "Noto Sans CJK SC", "Microsoft YaHei", "SimHei", "WenQuanYi Zen Hei"],
    style: font_substitutions_NORMAL,
    ultimate: "sans-serif"
  }], ["STSongStd-Light", {
    alias: "STSong-Light"
  }], ["AdobeSongStd-Light", {
    alias: "STSong-Light"
  }], ["AdobeHeitiStd-Regular", {
    alias: "STHeiti-Regular"
  }], ["AdobeKaitiStd-Regular", {
    alias: "¿¬Ìå"
  }], ["AdobeFangsongStd-Regular", {
    alias: "·ÂËÎ"
  }], ["MSung-Light", {
    local: ["Songti TC", "LiSong Pro", "Source Han Serif TC", "Source Han Serif TW", "Noto Serif TC", "Noto Serif CJK TC", "AR PL UMing TW", "PMingLiU", "MingLiU", "MingLiU_HKSCS"],
    style: font_substitutions_NORMAL,
    ultimate: "serif"
  }], ["MHei-Medium", {
    local: ["Heiti TC", "STHeiti", "Source Han Sans TC", "Source Han Sans TW", "Noto Sans TC", "Noto Sans CJK TC", "PingFang TC", "Microsoft JhengHei"],
    style: MEDIUM,
    ultimate: "sans-serif"
  }], ["MSungStd-Light", {
    alias: "MSung-Light"
  }], ["AdobeMingStd-Light", {
    alias: "MSung-Light"
  }], ["HYSMyeongJo-Medium", {
    local: ["AppleMyungjo", "Source Han Serif KR", "Noto Serif KR", "Noto Serif CJK KR", "Nanum Myeongjo", "Batang"],
    style: MEDIUM,
    ultimate: "serif"
  }], ["HYGoThic-Medium", {
    local: ["Apple SD Gothic Neo", "AppleGothic", "Source Han Sans KR", "Noto Sans KR", "Noto Sans CJK KR", "Nanum Gothic", "Malgun Gothic", "Dotum", "Gulim"],
    style: MEDIUM,
    ultimate: "sans-serif"
  }], ["HYSMyeongJoStd-Medium", {
    alias: "HYSMyeongJo-Medium"
  }], ["AdobeMyungjoStd-Medium", {
    alias: "HYSMyeongJo-Medium"
  }], ["HYGoThic-Bold", {
    alias: "HYGoThic-Medium",
    style: BOLD
  }], ["AdobeGothicStd-Bold", {
    alias: "HYGoThic-Medium",
    style: BOLD
  }]]);
  var fontAliases = /* @__PURE__ */ new Map([["Arial-Black", "ArialBlack"]]);
  function getStyleToAppend(style) {
    switch (style) {
      case BOLD:
        return "Bold";
      case ITALIC:
        return "Italic";
      case BOLDITALIC:
        return "Bold Italic";
      default:
        if (style?.weight === "bold") {
          return "Bold";
        }
        if (style?.style === "italic") {
          return "Italic";
        }
    }
    return "";
  }
  function getFamilyName(str) {
    const keywords = /* @__PURE__ */ new Set(["thin", "extralight", "ultralight", "demilight", "semilight", "light", "book", "regular", "normal", "medium", "demibold", "semibold", "bold", "extrabold", "ultrabold", "black", "heavy", "extrablack", "ultrablack", "roman", "italic", "oblique", "ultracondensed", "extracondensed", "condensed", "semicondensed", "normal", "semiexpanded", "expanded", "extraexpanded", "ultraexpanded", "bolditalic"]);
    return str.split(/[- ,+]+/g).filter((tok) => !keywords.has(tok.toLowerCase())).join(" ");
  }
  function generateFont({
    alias,
    local: local2,
    path: path2,
    fallback,
    style,
    ultimate
  }, src, localFontPath, useFallback = true, usePath = true, append = "") {
    const result = {
      style: null,
      ultimate: null
    };
    if (local2) {
      const extra = append ? ` ${append}` : "";
      for (const name of local2) {
        src.push(`local(${name}${extra})`);
      }
    }
    if (alias) {
      const substitution = substitutionMap.get(alias);
      const aliasAppend = append || getStyleToAppend(style);
      Object.assign(result, generateFont(substitution, src, localFontPath, useFallback && !fallback, usePath && !path2, aliasAppend));
    }
    if (style) {
      result.style = style;
    }
    if (ultimate) {
      result.ultimate = ultimate;
    }
    if (useFallback && fallback) {
      const fallbackInfo = substitutionMap.get(fallback);
      const {
        ultimate: fallbackUltimate
      } = generateFont(fallbackInfo, src, localFontPath, useFallback, usePath && !path2, append);
      result.ultimate ||= fallbackUltimate;
    }
    if (usePath && path2 && localFontPath) {
      src.push(`url(${localFontPath}${path2})`);
    }
    return result;
  }
  function getFontSubstitution(systemFontCache, idFactory, localFontPath, baseFontName, standardFontName, type) {
    if (baseFontName.startsWith("InvalidPDFjsFont_")) {
      return null;
    }
    if ((type === "TrueType" || type === "Type1") && /^[A-Z]{6}\+/.test(baseFontName)) {
      baseFontName = baseFontName.slice(7);
    }
    baseFontName = normalizeFontName(baseFontName);
    const key2 = baseFontName;
    let substitutionInfo = systemFontCache.get(key2);
    if (substitutionInfo) {
      return substitutionInfo;
    }
    let substitution = substitutionMap.get(baseFontName);
    if (!substitution) {
      for (const [alias, subst] of fontAliases) {
        if (baseFontName.startsWith(alias)) {
          baseFontName = `${subst}${baseFontName.substring(alias.length)}`;
          substitution = substitutionMap.get(baseFontName);
          break;
        }
      }
    }
    let mustAddBaseFont = false;
    if (!substitution) {
      substitution = substitutionMap.get(standardFontName);
      mustAddBaseFont = true;
    }
    const loadedName = `${idFactory.getDocId()}_s${idFactory.createFontId()}`;
    if (!substitution) {
      if (!validateFontName(baseFontName)) {
        warn2(`Cannot substitute the font because of its name: ${baseFontName}`);
        systemFontCache.set(key2, null);
        return null;
      }
      const bold = /bold/i.test(baseFontName);
      const italic = /oblique|italic/i.test(baseFontName);
      const style2 = bold && italic && BOLDITALIC || bold && BOLD || italic && ITALIC || font_substitutions_NORMAL;
      substitutionInfo = {
        css: `"${getFamilyName(baseFontName)}",${loadedName}`,
        guessFallback: true,
        loadedName,
        baseFontName,
        src: `local(${baseFontName})`,
        style: style2
      };
      systemFontCache.set(key2, substitutionInfo);
      return substitutionInfo;
    }
    const src = [];
    if (mustAddBaseFont && validateFontName(baseFontName)) {
      src.push(`local(${baseFontName})`);
    }
    const {
      style,
      ultimate
    } = generateFont(substitution, src, localFontPath);
    const guessFallback = ultimate === null;
    const fallback = guessFallback ? "" : `,${ultimate}`;
    substitutionInfo = {
      css: `"${getFamilyName(baseFontName)}",${loadedName}${fallback}`,
      guessFallback,
      loadedName,
      baseFontName,
      src: src.join(","),
      style
    };
    systemFontCache.set(key2, substitutionInfo);
    return substitutionInfo;
  }
  var SEED2 = 3285377520;
  var MASK_HIGH2 = 4294901760;
  var MASK_LOW2 = 65535;
  var MurmurHash3_642 = class {
    constructor(seed) {
      this.h1 = seed ? seed & 4294967295 : SEED2;
      this.h2 = seed ? seed & 4294967295 : SEED2;
    }
    update(input2) {
      let data, length;
      if (typeof input2 === "string") {
        data = new Uint8Array(input2.length * 2);
        length = 0;
        for (let i = 0, ii = input2.length; i < ii; i++) {
          const code = input2.charCodeAt(i);
          if (code <= 255) {
            data[length++] = code;
          } else {
            data[length++] = code >>> 8;
            data[length++] = code & 255;
          }
        }
      } else if (ArrayBuffer.isView(input2)) {
        data = input2.slice();
        length = data.byteLength;
      } else {
        throw new Error("Invalid data format, must be a string or TypedArray.");
      }
      const blockCounts = length >> 2;
      const tailLength = length - blockCounts * 4;
      const dataUint32 = new Uint32Array(data.buffer, 0, blockCounts);
      let k1 = 0, k2 = 0;
      let h1 = this.h1, h2 = this.h2;
      const C1 = 3432918353, C2 = 461845907;
      const C1_LOW = C1 & MASK_LOW2, C2_LOW = C2 & MASK_LOW2;
      for (let i = 0; i < blockCounts; i++) {
        if (i & 1) {
          k1 = dataUint32[i];
          k1 = k1 * C1 & MASK_HIGH2 | k1 * C1_LOW & MASK_LOW2;
          k1 = k1 << 15 | k1 >>> 17;
          k1 = k1 * C2 & MASK_HIGH2 | k1 * C2_LOW & MASK_LOW2;
          h1 ^= k1;
          h1 = h1 << 13 | h1 >>> 19;
          h1 = h1 * 5 + 3864292196;
        } else {
          k2 = dataUint32[i];
          k2 = k2 * C1 & MASK_HIGH2 | k2 * C1_LOW & MASK_LOW2;
          k2 = k2 << 15 | k2 >>> 17;
          k2 = k2 * C2 & MASK_HIGH2 | k2 * C2_LOW & MASK_LOW2;
          h2 ^= k2;
          h2 = h2 << 13 | h2 >>> 19;
          h2 = h2 * 5 + 3864292196;
        }
      }
      k1 = 0;
      switch (tailLength) {
        case 3:
          k1 ^= data[blockCounts * 4 + 2] << 16;
        case 2:
          k1 ^= data[blockCounts * 4 + 1] << 8;
        case 1:
          k1 ^= data[blockCounts * 4];
          k1 = k1 * C1 & MASK_HIGH2 | k1 * C1_LOW & MASK_LOW2;
          k1 = k1 << 15 | k1 >>> 17;
          k1 = k1 * C2 & MASK_HIGH2 | k1 * C2_LOW & MASK_LOW2;
          if (blockCounts & 1) {
            h1 ^= k1;
          } else {
            h2 ^= k1;
          }
      }
      this.h1 = h1;
      this.h2 = h2;
    }
    hexdigest() {
      let h1 = this.h1, h2 = this.h2;
      h1 ^= h2 >>> 1;
      h1 = h1 * 3981806797 & MASK_HIGH2 | h1 * 36045 & MASK_LOW2;
      h2 = h2 * 4283543511 & MASK_HIGH2 | ((h2 << 16 | h1 >>> 16) * 2950163797 & MASK_HIGH2) >>> 16;
      h1 ^= h2 >>> 1;
      h1 = h1 * 444984403 & MASK_HIGH2 | h1 * 60499 & MASK_LOW2;
      h2 = h2 * 3301882366 & MASK_HIGH2 | ((h2 << 16 | h1 >>> 16) * 3120437893 & MASK_HIGH2) >>> 16;
      h1 ^= h2 >>> 1;
      return (h1 >>> 0).toString(16).padStart(8, "0") + (h2 >>> 0).toString(16).padStart(8, "0");
    }
  };
  var PDFImage2 = class _PDFImage {
    constructor({
      xref,
      res,
      image,
      isInline = false,
      smask = null,
      mask = null,
      isMask = false,
      pdfFunctionFactory,
      globalColorSpaceCache,
      localColorSpaceCache
    }) {
      this.image = image;
      const dict = image.dict;
      const filter = dict.get("F", "Filter");
      let filterName;
      if (filter instanceof Name) {
        filterName = filter.name;
      } else if (Array.isArray(filter)) {
        const filterZero = xref.fetchIfRef(filter[0]);
        if (filterZero instanceof Name) {
          filterName = filterZero.name;
        }
      }
      switch (filterName) {
        case "JPXDecode":
          ({
            width: image.width,
            height: image.height,
            componentsCount: image.numComps,
            bitsPerComponent: image.bitsPerComponent
          } = JpxImage.parseImageProperties(image.stream));
          image.stream.reset();
          const reducePower = ImageResizer.getReducePowerForJPX(image.width, image.height, image.numComps);
          this.jpxDecoderOptions = {
            numComponents: 0,
            isIndexedColormap: false,
            smaskInData: dict.get("SMaskInData") >= 1,
            reducePower
          };
          if (reducePower) {
            const factor = 2 ** reducePower;
            image.width = Math.ceil(image.width / factor);
            image.height = Math.ceil(image.height / factor);
          }
          break;
        case "JBIG2Decode":
          image.bitsPerComponent = 1;
          image.numComps = 1;
          break;
      }
      let width = dict.get("W", "Width");
      let height = dict.get("H", "Height");
      if (Number.isInteger(image.width) && image.width > 0 && Number.isInteger(image.height) && image.height > 0 && (image.width !== width || image.height !== height)) {
        warn2("PDFImage - using the Width/Height of the image data, rather than the image dictionary.");
        width = image.width;
        height = image.height;
      } else {
        const validWidth = typeof width === "number" && width > 0, validHeight = typeof height === "number" && height > 0;
        if (!validWidth || !validHeight) {
          if (!image.fallbackDims) {
            throw new FormatError2(`Invalid image width: ${width} or height: ${height}`);
          }
          warn2("PDFImage - using the Width/Height of the parent image, for SMask/Mask data.");
          if (!validWidth) {
            width = image.fallbackDims.width;
          }
          if (!validHeight) {
            height = image.fallbackDims.height;
          }
        }
      }
      this.width = width;
      this.height = height;
      this.interpolate = dict.get("I", "Interpolate");
      this.imageMask = dict.get("IM", "ImageMask") || false;
      this.matte = dict.get("Matte") || false;
      let bitsPerComponent = image.bitsPerComponent;
      if (!bitsPerComponent) {
        bitsPerComponent = dict.get("BPC", "BitsPerComponent");
        if (!bitsPerComponent) {
          if (this.imageMask) {
            bitsPerComponent = 1;
          } else {
            throw new FormatError2(`Bits per component missing in image: ${this.imageMask}`);
          }
        }
      }
      this.bpc = bitsPerComponent;
      if (!this.imageMask) {
        let colorSpace = dict.getRaw("CS") || dict.getRaw("ColorSpace");
        const hasColorSpace = !!colorSpace;
        if (this.jpxDecoderOptions?.smaskInData && dict.get("SMaskInData") === 2) {
          this.jpxPremultiplied = true;
          if (this.matte) {
            const matteColorSpace = ColorSpaceUtils.parse({
              cs: hasColorSpace ? colorSpace : Name.get("DeviceRGB"),
              xref,
              resources: isInline ? res : null,
              pdfFunctionFactory,
              globalColorSpaceCache,
              localColorSpaceCache
            });
            this.preblendMatte = matteColorSpace.getRgb(this.matte, 0);
          }
        }
        if (!hasColorSpace) {
          if (this.jpxDecoderOptions) {
            colorSpace = Name.get("DeviceRGBA");
          } else {
            switch (image.numComps) {
              case 1:
                colorSpace = Name.get("DeviceGray");
                break;
              case 3:
                colorSpace = Name.get("DeviceRGB");
                break;
              case 4:
                colorSpace = Name.get("DeviceCMYK");
                break;
              default:
                throw new Error(`Images with ${image.numComps} color components not supported.`);
            }
          }
        } else if (this.jpxDecoderOptions?.smaskInData) {
          colorSpace = Name.get("DeviceRGBA");
        }
        this.colorSpace = ColorSpaceUtils.parse({
          cs: colorSpace,
          xref,
          resources: isInline ? res : null,
          pdfFunctionFactory,
          globalColorSpaceCache,
          localColorSpaceCache
        });
        this.numComps = this.colorSpace.numComps;
        if (this.jpxDecoderOptions) {
          this.jpxDecoderOptions.numComponents = hasColorSpace ? this.numComps : 0;
          this.jpxDecoderOptions.isIndexedColormap = this.colorSpace.name === "Indexed";
        }
      } else {
        this.numComps = 1;
      }
      this.decode = dict.getArray("D", "Decode");
      this.needsDecode = false;
      if (this.decode && (this.colorSpace && !this.colorSpace.isDefaultDecode(this.decode, bitsPerComponent) || isMask && !ColorSpace2.isDefaultDecode(this.decode, 1))) {
        this.needsDecode = true;
        const max = (1 << bitsPerComponent) - 1;
        this.decodeCoefficients = [];
        this.decodeAddends = [];
        const isIndexed = this.colorSpace?.name === "Indexed";
        for (let i = 0, j = 0; i < this.decode.length; i += 2, ++j) {
          const dmin = this.decode[i];
          const dmax = this.decode[i + 1];
          this.decodeCoefficients[j] = isIndexed ? (dmax - dmin) / max : dmax - dmin;
          this.decodeAddends[j] = isIndexed ? dmin : max * dmin;
        }
      }
      if (smask) {
        smask.fallbackDims ??= {
          width,
          height
        };
        this.smask = new _PDFImage({
          xref,
          res,
          image: smask,
          isInline,
          pdfFunctionFactory,
          globalColorSpaceCache,
          localColorSpaceCache
        });
      } else if (mask) {
        if (mask instanceof BaseStream) {
          const maskDict = mask.dict, imageMask = maskDict.get("IM", "ImageMask");
          if (!imageMask) {
            warn2("Ignoring /Mask in image without /ImageMask.");
          } else {
            mask.fallbackDims ??= {
              width,
              height
            };
            this.mask = new _PDFImage({
              xref,
              res,
              image: mask,
              isInline,
              isMask: true,
              pdfFunctionFactory,
              globalColorSpaceCache,
              localColorSpaceCache
            });
          }
        } else {
          this.mask = mask;
        }
      }
    }
    static async buildImage({
      xref,
      res,
      image,
      isInline = false,
      pdfFunctionFactory,
      globalColorSpaceCache,
      localColorSpaceCache
    }) {
      const imageData = image;
      let smaskData = null;
      let maskData = null;
      const smask = image.dict.get("SMask");
      const mask = image.dict.get("Mask");
      if (smask) {
        if (smask instanceof BaseStream) {
          smaskData = smask;
        } else {
          warn2("Unsupported /SMask format.");
        }
      } else if (mask) {
        if (mask instanceof BaseStream || Array.isArray(mask)) {
          maskData = mask;
        } else {
          warn2("Unsupported /Mask format.");
        }
      }
      return new _PDFImage({
        xref,
        res,
        image: imageData,
        isInline,
        smask: smaskData,
        mask: maskData,
        pdfFunctionFactory,
        globalColorSpaceCache,
        localColorSpaceCache
      });
    }
    static async createMask({
      image,
      isOffscreenCanvasSupported = false
    }) {
      const {
        dict
      } = image;
      const width = dict.get("W", "Width");
      const height = dict.get("H", "Height");
      const interpolate2 = dict.get("I", "Interpolate");
      const decode = dict.getArray("D", "Decode");
      const inverseDecode = decode?.[0] > 0;
      const computedLength = (width + 7 >> 3) * height;
      const imgArray = await image.getImageData(computedLength);
      const isSingleOpaquePixel = width === 1 && height === 1 && inverseDecode === (imgArray.length === 0 || !!(imgArray[0] & 128));
      if (isSingleOpaquePixel) {
        return {
          isSingleOpaquePixel
        };
      }
      if (isOffscreenCanvasSupported) {
        if (ImageResizer.needsToBeResized(width, height)) {
          const data2 = new Uint8ClampedArray(width * height * 4);
          convertBlackAndWhiteToRGBA2({
            src: imgArray,
            dest: data2,
            width,
            height,
            nonBlackColor: 0,
            inverseDecode
          });
          return ImageResizer.createImage({
            kind: ImageKind2.RGBA_32BPP,
            data: data2,
            width,
            height,
            interpolate: interpolate2
          });
        }
        const canvas = new OffscreenCanvas(width, height);
        const ctx = canvas.getContext("2d");
        const imgData = ctx.createImageData(width, height);
        convertBlackAndWhiteToRGBA2({
          src: imgArray,
          dest: imgData.data,
          width,
          height,
          nonBlackColor: 0,
          inverseDecode
        });
        ctx.putImageData(imgData, 0, 0);
        const bitmap = canvas.transferToImageBitmap();
        return {
          data: null,
          width,
          height,
          interpolate: interpolate2,
          bitmap
        };
      }
      const actualLength = imgArray.byteLength;
      const haveFullData = computedLength === actualLength;
      let data;
      if (image instanceof DecodeStream2 && (!inverseDecode || haveFullData)) {
        data = imgArray;
      } else if (!inverseDecode) {
        data = new Uint8Array(imgArray);
      } else {
        data = new Uint8Array(computedLength);
        data.set(imgArray);
        data.fill(255, actualLength);
      }
      if (inverseDecode) {
        for (let i = 0; i < actualLength; i++) {
          data[i] ^= 255;
        }
      }
      return {
        data,
        width,
        height,
        interpolate: interpolate2
      };
    }
    get drawWidth() {
      return Math.max(this.width, this.smask?.width || 0, this.mask?.width || 0);
    }
    get drawHeight() {
      return Math.max(this.height, this.smask?.height || 0, this.mask?.height || 0);
    }
    decodeBuffer(buffer) {
      const bpc = this.bpc;
      const numComps = this.numComps;
      const decodeAddends = this.decodeAddends;
      const decodeCoefficients = this.decodeCoefficients;
      const max = (1 << bpc) - 1;
      let i, ii;
      if (bpc === 1) {
        for (i = 0, ii = buffer.length; i < ii; i++) {
          buffer[i] = +!buffer[i];
        }
        return;
      }
      let index = 0;
      for (i = 0, ii = this.width * this.height; i < ii; i++) {
        for (let j = 0; j < numComps; j++) {
          buffer[index] = MathClamp2(decodeAddends[j] + buffer[index] * decodeCoefficients[j], 0, max);
          index++;
        }
      }
    }
    getComponents(buffer) {
      const bpc = this.bpc;
      if (bpc === 8) {
        return buffer;
      }
      const width = this.width;
      const height = this.height;
      const numComps = this.numComps;
      const length = width * height * numComps;
      let bufferPos = 0;
      let output;
      if (bpc <= 8) {
        output = new Uint8Array(length);
      } else if (bpc <= 16) {
        output = new Uint16Array(length);
      } else {
        output = new Uint32Array(length);
      }
      const rowComps = width * numComps;
      const max = (1 << bpc) - 1;
      let i = 0, buf;
      if (bpc === 1) {
        let mask, loop1End, loop2End;
        for (let j = 0; j < height; j++) {
          loop1End = i + (rowComps & ~7);
          loop2End = i + rowComps;
          while (i < loop1End) {
            buf = buffer[bufferPos++];
            output[i] = buf >> 7 & 1;
            output[i + 1] = buf >> 6 & 1;
            output[i + 2] = buf >> 5 & 1;
            output[i + 3] = buf >> 4 & 1;
            output[i + 4] = buf >> 3 & 1;
            output[i + 5] = buf >> 2 & 1;
            output[i + 6] = buf >> 1 & 1;
            output[i + 7] = buf & 1;
            i += 8;
          }
          if (i < loop2End) {
            buf = buffer[bufferPos++];
            mask = 128;
            while (i < loop2End) {
              output[i++] = +!!(buf & mask);
              mask >>= 1;
            }
          }
        }
      } else {
        let bits = 0;
        buf = 0;
        for (i = 0; i < length; ++i) {
          if (i % rowComps === 0) {
            buf = 0;
            bits = 0;
          }
          while (bits < bpc) {
            buf = buf << 8 | buffer[bufferPos++];
            bits += 8;
          }
          const remainingBits = bits - bpc;
          output[i] = MathClamp2(buf >> remainingBits, 0, max);
          buf &= (1 << remainingBits) - 1;
          bits = remainingBits;
        }
      }
      return output;
    }
    async fillOpacity(rgbaBuf, width, height, actualHeight, image) {
      let apply2;
      if (this.smask) {
        apply2 = (buffer, options2) => this.smask.fillGrayBuffer(buffer, {
          ...options2,
          destWidth: width,
          destHeight: height
        });
      } else if (this.mask) {
        if (this.mask instanceof _PDFImage) {
          apply2 = (buffer, options2) => this.mask.fillGrayBuffer(buffer, {
            ...options2,
            invertOutput: true,
            destWidth: width,
            destHeight: height
          });
        } else if (Array.isArray(this.mask)) {
          apply2 = (buffer, {
            maxRows,
            offset,
            stride
          }) => {
            for (let i = 0, ii = width * maxRows; i < ii; ++i) {
              let opacity = 0;
              const imageOffset = i * this.numComps;
              for (let j = 0; j < this.numComps; ++j) {
                const color2 = image[imageOffset + j];
                const maskOffset = j * 2;
                if (color2 < this.mask[maskOffset] || color2 > this.mask[maskOffset + 1]) {
                  opacity = 255;
                  break;
                }
              }
              buffer[i * stride + offset] = opacity;
            }
          };
        } else {
          throw new FormatError2("Unknown mask format.");
        }
      } else {
        apply2 = (buffer, {
          maxRows,
          offset,
          stride
        }) => {
          for (let i = 0, ii = width * maxRows; i < ii; ++i) {
            buffer[i * stride + offset] = 255;
          }
        };
      }
      await apply2(rgbaBuf, {
        maxRows: actualHeight,
        offset: 3,
        stride: 4
      });
    }
    static #undoPreblend(buffer, length, matteR, matteG, matteB) {
      for (let i = 0; i < length; i += 4) {
        const alpha = buffer[i + 3];
        if (alpha === 0) {
          buffer[i] = 255;
          buffer[i + 1] = 255;
          buffer[i + 2] = 255;
          continue;
        }
        const k = 255 / alpha;
        buffer[i] = (buffer[i] - matteR) * k + matteR;
        buffer[i + 1] = (buffer[i + 1] - matteG) * k + matteG;
        buffer[i + 2] = (buffer[i + 2] - matteB) * k + matteB;
      }
    }
    undoPreblend(buffer, width, height) {
      const matte = this.smask?.matte;
      if (!matte) {
        return;
      }
      const matteRgb = this.colorSpace.getRgb(matte, 0);
      _PDFImage.#undoPreblend(buffer, width * height * 4, matteRgb[0], matteRgb[1], matteRgb[2]);
    }
    async createImageData(forceRGBA = false, isOffscreenCanvasSupported = false) {
      const drawWidth = this.drawWidth;
      const drawHeight = this.drawHeight;
      const imgData = {
        width: drawWidth,
        height: drawHeight,
        interpolate: this.interpolate,
        kind: 0,
        data: null
      };
      const numComps = this.numComps;
      const originalWidth = this.width;
      const originalHeight = this.height;
      const bpc = this.bpc;
      const rowBytes = originalWidth * numComps * bpc + 7 >> 3;
      const mustBeResized = isOffscreenCanvasSupported && ImageResizer.needsToBeResized(drawWidth, drawHeight);
      if (!this.smask && !this.mask && this.colorSpace.name === "DeviceRGBA") {
        imgData.kind = ImageKind2.RGBA_32BPP;
        const imgArray2 = imgData.data = await this.getImageBytes(originalHeight * originalWidth * 4, {
          internal: isOffscreenCanvasSupported && mustBeResized
        });
        if (this.jpxPremultiplied) {
          const matteRgb = this.preblendMatte;
          _PDFImage.#undoPreblend(imgArray2, imgArray2.length, matteRgb?.[0] ?? 0, matteRgb?.[1] ?? 0, matteRgb?.[2] ?? 0);
        }
        if (isOffscreenCanvasSupported) {
          if (!mustBeResized) {
            return this.createBitmap(ImageKind2.RGBA_32BPP, drawWidth, drawHeight, imgArray2);
          }
          return ImageResizer.createImage(imgData, false);
        }
        return imgData;
      }
      if (!forceRGBA && !this.smask && !this.mask) {
        let kind;
        if (this.colorSpace.name === "DeviceGray" && bpc === 1) {
          kind = ImageKind2.GRAYSCALE_1BPP;
        } else if (this.colorSpace.name === "DeviceRGB" && bpc === 8 && !this.needsDecode) {
          kind = ImageKind2.RGB_24BPP;
        }
        if (kind && drawWidth === originalWidth && drawHeight === originalHeight) {
          const image = await this.#getImage(originalWidth, originalHeight);
          if (image) {
            return image;
          }
          const data2 = await this.getImageBytes(originalHeight * rowBytes, {
            internal: isOffscreenCanvasSupported && mustBeResized
          });
          if (isOffscreenCanvasSupported) {
            if (mustBeResized) {
              return ImageResizer.createImage({
                data: data2,
                kind,
                width: drawWidth,
                height: drawHeight,
                interpolate: this.interpolate
              }, this.needsDecode);
            }
            return this.createBitmap(kind, originalWidth, originalHeight, data2);
          }
          imgData.kind = kind;
          imgData.data = data2;
          if (this.needsDecode) {
            util_assert2(kind === ImageKind2.GRAYSCALE_1BPP, "PDFImage.createImageData: The image must be grayscale.");
            const buffer = imgData.data;
            for (let i = 0, ii = buffer.length; i < ii; i++) {
              buffer[i] ^= 255;
            }
          }
          return imgData;
        }
        if (this.image instanceof JpegStream && !this.needsDecode) {
          let isHandled = false;
          switch (this.colorSpace.name) {
            case "DeviceGray":
            case "DeviceRGB":
            case "DeviceCMYK":
              isHandled = true;
              break;
          }
          if (isHandled) {
            if (isOffscreenCanvasSupported) {
              const image = await this.#getImage(drawWidth, drawHeight);
              if (image) {
                return image;
              }
            }
            let imageLength = originalHeight * rowBytes;
            if (isOffscreenCanvasSupported && !mustBeResized) {
              switch (this.colorSpace.name) {
                case "DeviceGray":
                  imageLength *= 4;
                  break;
                case "DeviceRGB":
                  imageLength = imageLength / 3 * 4;
                  break;
              }
              const rgba2 = await this.getImageBytes(imageLength, {
                drawWidth,
                drawHeight,
                forceRGBA: true,
                internal: true
              });
              return this.createBitmap(ImageKind2.RGBA_32BPP, drawWidth, drawHeight, rgba2);
            }
            if (this.colorSpace.name === "DeviceGray") {
              imageLength *= 3;
            }
            imgData.kind = ImageKind2.RGB_24BPP;
            imgData.data = await this.getImageBytes(imageLength, {
              drawWidth,
              drawHeight,
              forceRGB: true,
              internal: mustBeResized
            });
            return mustBeResized ? ImageResizer.createImage(imgData) : imgData;
          }
        }
      }
      const imgArray = await this.getImageBytes(originalHeight * rowBytes, {
        internal: true
      });
      const actualHeight = 0 | imgArray.length / rowBytes * drawHeight / originalHeight;
      const comps = this.getComponents(imgArray);
      let alpha01, maybeUndoPreblend;
      let canvas, ctx, canvasImgData, data;
      if (isOffscreenCanvasSupported && !mustBeResized) {
        canvas = new OffscreenCanvas(drawWidth, drawHeight);
        ctx = canvas.getContext("2d");
        canvasImgData = ctx.createImageData(drawWidth, drawHeight);
        data = canvasImgData.data;
      }
      imgData.kind = ImageKind2.RGBA_32BPP;
      if (!forceRGBA && !this.smask && !this.mask) {
        if (!isOffscreenCanvasSupported || mustBeResized) {
          imgData.kind = ImageKind2.RGB_24BPP;
          data = new Uint8ClampedArray(drawWidth * drawHeight * 3);
          alpha01 = 0;
        } else {
          const arr = new Uint32Array(data.buffer);
          arr.fill(FeatureTest2.isLittleEndian ? 4278190080 : 255);
          alpha01 = 1;
        }
        maybeUndoPreblend = false;
      } else {
        if (!isOffscreenCanvasSupported || mustBeResized) {
          data = new Uint8ClampedArray(drawWidth * drawHeight * 4);
        }
        alpha01 = 1;
        maybeUndoPreblend = true;
        await this.fillOpacity(data, drawWidth, drawHeight, actualHeight, comps);
      }
      if (this.needsDecode) {
        this.decodeBuffer(comps);
      }
      this.colorSpace.fillRgb(data, originalWidth, originalHeight, drawWidth, drawHeight, actualHeight, bpc, comps, alpha01);
      if (maybeUndoPreblend) {
        this.undoPreblend(data, drawWidth, actualHeight);
      }
      if (isOffscreenCanvasSupported && !mustBeResized) {
        ctx.putImageData(canvasImgData, 0, 0);
        const bitmap = canvas.transferToImageBitmap();
        return {
          data: null,
          width: drawWidth,
          height: drawHeight,
          bitmap,
          interpolate: this.interpolate
        };
      }
      imgData.data = data;
      return mustBeResized ? ImageResizer.createImage(imgData) : imgData;
    }
    async fillGrayBuffer(buffer, {
      destWidth,
      destHeight,
      invertOutput,
      maxRows,
      offset = 0,
      stride = 1
    } = {}) {
      const numComps = this.numComps;
      if (numComps !== 1) {
        throw new FormatError2(`Reading gray scale from a color image: ${numComps}`);
      }
      const srcWidth = this.width;
      const srcHeight = this.height;
      const bpc = this.bpc;
      const rowBytes = srcWidth * numComps * bpc + 7 >> 3;
      const imgArray = await this.getImageBytes(srcHeight * rowBytes, {
        internal: true
      });
      const comps = this.getComponents(imgArray);
      const resolvedDestWidth = destWidth ?? srcWidth;
      const resolvedDestHeight = destHeight ?? srcHeight;
      const needsResampling = resolvedDestWidth !== srcWidth || resolvedDestHeight !== srcHeight;
      const rows = maxRows === void 0 ? resolvedDestHeight : Math.min(resolvedDestHeight, maxRows);
      let outputWidth = srcWidth;
      let yRatio = 0;
      let xScaled = null;
      if (needsResampling) {
        outputWidth = resolvedDestWidth;
        yRatio = srcHeight / resolvedDestHeight;
        const xRatio = srcWidth / resolvedDestWidth;
        xScaled = new Uint32Array(resolvedDestWidth);
        for (let i = 0; i < resolvedDestWidth; i++) {
          xScaled[i] = Math.floor(i * xRatio);
        }
      }
      const mask = invertOutput ? 255 : 0;
      if (bpc === 1) {
        if (xScaled) {
          const xMap = xScaled;
          let destIndex = offset;
          if (this.needsDecode) {
            for (let row = 0; row < rows; row++) {
              const py2 = Math.floor(row * yRatio) * srcWidth;
              for (let col = 0; col < outputWidth; col++) {
                buffer[destIndex] = comps[py2 + xMap[col]] - 1 & 255 ^ mask;
                destIndex += stride;
              }
            }
          } else {
            for (let row = 0; row < rows; row++) {
              const py2 = Math.floor(row * yRatio) * srcWidth;
              for (let col = 0; col < outputWidth; col++) {
                buffer[destIndex] = -comps[py2 + xMap[col]] & 255 ^ mask;
                destIndex += stride;
              }
            }
          }
        } else {
          const length = outputWidth * rows;
          if (this.needsDecode) {
            for (let i = 0; i < length; ++i) {
              buffer[i * stride + offset] = comps[i] - 1 & 255 ^ mask;
            }
          } else {
            for (let i = 0; i < length; ++i) {
              buffer[i * stride + offset] = -comps[i] & 255 ^ mask;
            }
          }
        }
        return;
      }
      if (this.needsDecode) {
        this.decodeBuffer(comps);
      }
      const scale2 = 255 / ((1 << bpc) - 1);
      if (xScaled) {
        const xMap = xScaled;
        let destIndex = offset;
        for (let row = 0; row < rows; row++) {
          const py2 = Math.floor(row * yRatio) * srcWidth;
          for (let col = 0; col < outputWidth; col++) {
            buffer[destIndex] = scale2 * comps[py2 + xMap[col]] ^ mask;
            destIndex += stride;
          }
        }
      } else {
        const length = outputWidth * rows;
        for (let i = 0; i < length; ++i) {
          buffer[i * stride + offset] = scale2 * comps[i] ^ mask;
        }
      }
    }
    createBitmap(kind, width, height, src) {
      const canvas = new OffscreenCanvas(width, height);
      const ctx = canvas.getContext("2d");
      let imgData;
      if (kind === ImageKind2.RGBA_32BPP) {
        imgData = new ImageData(src, width, height);
      } else {
        imgData = ctx.createImageData(width, height);
        convertToRGBA({
          kind,
          src,
          dest: new Uint32Array(imgData.data.buffer),
          width,
          height,
          inverseDecode: this.needsDecode
        });
      }
      ctx.putImageData(imgData, 0, 0);
      const bitmap = canvas.transferToImageBitmap();
      return {
        data: null,
        width,
        height,
        bitmap,
        interpolate: this.interpolate
      };
    }
    async #getImage(width, height) {
      const bitmap = await this.image.getTransferableImage(width, height);
      if (!bitmap) {
        return null;
      }
      return {
        data: null,
        width: bitmap.displayWidth ?? width,
        height: bitmap.displayHeight ?? height,
        bitmap,
        interpolate: this.interpolate
      };
    }
    async getImageBytes(length, {
      drawWidth,
      drawHeight,
      forceRGBA = false,
      forceRGB = false,
      internal = false
    }) {
      this.image.reset();
      this.image.drawWidth = drawWidth || this.width;
      this.image.drawHeight = drawHeight || this.height;
      this.image.forceRGBA = !!forceRGBA;
      this.image.forceRGB = !!forceRGB;
      const imageBytes = await this.image.getImageData(length, this.jpxDecoderOptions);
      if (internal || this.image instanceof DecodeStream2) {
        return imageBytes;
      }
      util_assert2(imageBytes instanceof Uint8Array, 'PDFImage.getImageBytes: Unsupported "imageBytes" type.');
      return new Uint8Array(imageBytes);
    }
  };
  var DefaultPartialEvaluatorOptions = Object.freeze({
    maxImageSize: -1,
    disableFontFace: false,
    ignoreErrors: false,
    isOffscreenCanvasSupported: false,
    isImageDecoderSupported: false,
    canvasMaxAreaInBytes: -1,
    fontExtraProperties: false,
    useSystemFonts: true,
    useWasm: true,
    useWorkerFetch: true,
    cMapUrl: null,
    cMapPacked: true,
    iccUrl: null,
    standardFontDataUrl: null,
    wasmUrl: null,
    hasGPU: false
  });
  var PatternType = {
    TILING: 1,
    SHADING: 2
  };
  var TEXT_CHUNK_BATCH_SIZE = 10;
  var deferred = Promise.resolve();
  var argIsDict = (arg) => arg instanceof Dict;
  function normalizeBlendMode(value, parsingArray = false) {
    if (Array.isArray(value)) {
      for (const val of value) {
        const maybeBM = normalizeBlendMode(val, true);
        if (maybeBM) {
          return maybeBM;
        }
      }
      warn2(`Unsupported blend mode Array: ${value}`);
      return "source-over";
    }
    if (value instanceof Name) {
      switch (value.name) {
        case "Normal":
        case "Compatible":
          return "source-over";
        case "Multiply":
          return "multiply";
        case "Screen":
          return "screen";
        case "Overlay":
          return "overlay";
        case "Darken":
          return "darken";
        case "Lighten":
          return "lighten";
        case "ColorDodge":
          return "color-dodge";
        case "ColorBurn":
          return "color-burn";
        case "HardLight":
          return "hard-light";
        case "SoftLight":
          return "soft-light";
        case "Difference":
          return "difference";
        case "Exclusion":
          return "exclusion";
        case "Hue":
          return "hue";
        case "Saturation":
          return "saturation";
        case "Color":
          return "color";
        case "Luminosity":
          return "luminosity";
      }
      warn2(`Unsupported blend mode: ${value.name}`);
    }
    return parsingArray ? null : "source-over";
  }
  function addCachedImageOps(opList, {
    objId,
    fn,
    args,
    optionalContent,
    hasMask
  }) {
    if (objId) {
      opList.addDependency(objId);
    }
    opList.addImageOps(fn, args, optionalContent, hasMask);
    if (fn === OPS2.paintImageMaskXObject && args[0]?.count > 0) {
      args[0].count++;
    }
  }
  var TimeSlotManager = class _TimeSlotManager {
    static TIME_SLOT_DURATION_MS = 20;
    static CHECK_TIME_EVERY = 100;
    constructor() {
      this.reset();
    }
    check() {
      if (++this.checked < _TimeSlotManager.CHECK_TIME_EVERY) {
        return false;
      }
      this.checked = 0;
      return this.endTime <= Date.now();
    }
    reset() {
      this.endTime = Date.now() + _TimeSlotManager.TIME_SLOT_DURATION_MS;
      this.checked = 0;
    }
  };
  var PartialEvaluator = class _PartialEvaluator {
    constructor({
      xref,
      handler,
      pageIndex,
      pageProxyId = null,
      idFactory,
      fontCache: fontCache2,
      builtInCMapCache,
      standardFontDataCache,
      globalColorSpaceCache,
      globalImageCache,
      systemFontCache,
      options: options2 = null
    }) {
      this.xref = xref;
      this.handler = handler;
      this.pageIndex = pageIndex;
      this.pageProxyId = pageProxyId;
      this.idFactory = idFactory;
      this.fontCache = fontCache2;
      this.builtInCMapCache = builtInCMapCache;
      this.standardFontDataCache = standardFontDataCache;
      this.globalColorSpaceCache = globalColorSpaceCache;
      this.globalImageCache = globalImageCache;
      this.systemFontCache = systemFontCache;
      this.options = options2 || DefaultPartialEvaluatorOptions;
      this.type3FontRefs = null;
      this._regionalImageCache = new RegionalImageCache();
      this._fetchBuiltInCMapBound = this.fetchBuiltInCMap.bind(this);
    }
    get _pdfFunctionFactory() {
      return util_shadow2(this, "_pdfFunctionFactory", new PDFFunctionFactory({
        xref: this.xref
      }));
    }
    get parsingType3Font() {
      return !!this.type3FontRefs;
    }
    clone(newOptions = null) {
      const newEvaluator = Object.create(this);
      newEvaluator.options = Object.assign(/* @__PURE__ */ Object.create(null), this.options, newOptions);
      return newEvaluator;
    }
    hasBlendModes(resources, nonBlendModesSet) {
      if (!(resources instanceof Dict)) {
        return false;
      }
      if (resources.objId && nonBlendModesSet.has(resources.objId)) {
        return false;
      }
      const processed = new RefSet(nonBlendModesSet);
      if (resources.objId) {
        processed.put(resources.objId);
      }
      const nodes = [resources], xref = this.xref;
      while (nodes.length) {
        const node2 = nodes.shift();
        const graphicStates = node2.get("ExtGState");
        if (graphicStates instanceof Dict) {
          for (let graphicState of graphicStates.getRawValues()) {
            if (graphicState instanceof Ref) {
              if (processed.has(graphicState)) {
                continue;
              }
              try {
                graphicState = xref.fetch(graphicState);
              } catch (ex) {
                processed.put(graphicState);
                info2(`hasBlendModes - ignoring ExtGState: "${ex}".`);
                continue;
              }
            }
            if (!(graphicState instanceof Dict)) {
              continue;
            }
            if (graphicState.objId) {
              processed.put(graphicState.objId);
            }
            const bm = graphicState.get("BM");
            if (bm instanceof Name) {
              if (bm.name !== "Normal") {
                return true;
              }
              continue;
            }
            if (bm !== void 0 && Array.isArray(bm)) {
              for (const element2 of bm) {
                if (element2 instanceof Name && element2.name !== "Normal") {
                  return true;
                }
              }
            }
          }
        }
        const xObjects = node2.get("XObject");
        if (!(xObjects instanceof Dict)) {
          continue;
        }
        for (let xObject of xObjects.getRawValues()) {
          if (xObject instanceof Ref) {
            if (processed.has(xObject)) {
              continue;
            }
            try {
              xObject = xref.fetch(xObject);
            } catch (ex) {
              processed.put(xObject);
              info2(`hasBlendModes - ignoring XObject: "${ex}".`);
              continue;
            }
          }
          if (!(xObject instanceof BaseStream)) {
            continue;
          }
          if (xObject.dict.objId) {
            processed.put(xObject.dict.objId);
          }
          const xResources = xObject.dict.get("Resources");
          if (!(xResources instanceof Dict)) {
            continue;
          }
          if (xResources.objId && processed.has(xResources.objId)) {
            continue;
          }
          nodes.push(xResources);
          if (xResources.objId) {
            processed.put(xResources.objId);
          }
        }
      }
      for (const ref of processed) {
        nonBlendModesSet.put(ref);
      }
      return false;
    }
    async fetchBuiltInCMap(name) {
      const cachedData = this.builtInCMapCache.get(name);
      if (cachedData) {
        return cachedData;
      }
      let data;
      if (this.options.useWorkerFetch) {
        data = {
          cMapData: await fetchBinaryData(`${this.options.cMapUrl}${name}.bcmap`),
          isCompressed: true
        };
      } else {
        data = {
          cMapData: await this.handler.sendWithPromise("FetchBinaryData", {
            kind: "cMapUrl",
            filename: `${name}${this.options.cMapPacked ? ".bcmap" : ""}`
          }),
          isCompressed: this.options.cMapPacked
        };
      }
      this.builtInCMapCache.set(name, data);
      return data;
    }
    async fetchStandardFontData(name) {
      const cachedData = this.standardFontDataCache.get(name);
      if (cachedData) {
        return new Stream2(cachedData);
      }
      if (this.options.useSystemFonts && name !== "Symbol" && name !== "ZapfDingbats") {
        return null;
      }
      const standardFontNameToFileName = getFontNameToFileMap(), filename = standardFontNameToFileName[name];
      let data;
      try {
        if (this.options.useWorkerFetch) {
          data = await fetchBinaryData(`${this.options.standardFontDataUrl}${filename}`);
        } else {
          data = await this.handler.sendWithPromise("FetchBinaryData", {
            kind: "standardFontDataUrl",
            filename
          });
        }
      } catch (ex) {
        warn2(ex);
        return null;
      }
      this.standardFontDataCache.set(name, data);
      return new Stream2(data);
    }
    async buildFormXObject(resources, xobj, smask, operatorList, task, initialState, localColorSpaceCache, seenRefs) {
      const {
        dict
      } = xobj;
      const matrix = lookupMatrix(dict.getArray("Matrix"), null);
      const bbox = lookupNormalRect(dict.getArray("BBox"), null);
      let f32bbox = bbox && new Float32Array(bbox);
      if (f32bbox?.some((x) => !isFinite(x))) {
        f32bbox = null;
      }
      let optionalContent, groupOptions;
      if (dict.has("OC")) {
        optionalContent = await this.parseMarkedContentProps(dict.get("OC"), resources);
      }
      if (optionalContent !== void 0) {
        operatorList.addOp(OPS2.beginMarkedContentProps, ["OC", optionalContent]);
      }
      const group = dict.get("Group");
      let newOpList;
      const f32matrix = matrix && new Float32Array(matrix);
      const args = [f32matrix, !group && f32bbox || null];
      const localResources = dict.get("Resources");
      if (group) {
        groupOptions = {
          matrix,
          bbox: f32bbox,
          smask,
          isolated: false,
          knockout: false,
          needsIsolation: false,
          hasSoftMask: false,
          isGray: false
        };
        const groupSubtype = group.get("S");
        let colorSpace = null;
        if (isName(groupSubtype, "Transparency")) {
          groupOptions.isolated = group.get("I") || false;
          groupOptions.knockout = group.get("K") || false;
          if (group.has("CS")) {
            const cs = this._getColorSpace(group.getRaw("CS"), resources, localColorSpaceCache);
            colorSpace = cs instanceof ColorSpace2 ? cs : await this._handleColorSpace(cs);
          }
        }
        groupOptions.isGray = colorSpace?.numComps === 1;
        if (smask?.backdrop) {
          colorSpace ||= ColorSpaceUtils.rgb;
          smask.backdrop = colorSpace.getRgbHex(smask.backdrop, 0);
        } else if (smask?.subtype === "Luminosity") {
          smask.backdrop = "#000000";
        }
        newOpList = new CheckedOperatorList();
      } else {
        newOpList = operatorList;
        operatorList.addOp(OPS2.paintFormXObjectBegin, args);
      }
      await this.getOperatorList({
        stream: xobj,
        task,
        resources: localResources instanceof Dict ? localResources : resources,
        operatorList: newOpList,
        initialState,
        prevRefs: seenRefs
      });
      if (group) {
        groupOptions.needsIsolation = newOpList.needsIsolation || !!smask;
        groupOptions.hasSoftMask = newOpList.hasSoftMask || !!smask;
        operatorList.addOp(OPS2.beginGroup, [groupOptions]);
        operatorList.addOp(OPS2.paintFormXObjectBegin, args);
        operatorList.addOpList(newOpList);
        operatorList.addOp(OPS2.paintFormXObjectEnd, []);
        operatorList.addOp(OPS2.endGroup, [groupOptions]);
      } else {
        operatorList.addOp(OPS2.paintFormXObjectEnd, []);
      }
      if (optionalContent !== void 0) {
        operatorList.addOp(OPS2.endMarkedContent, []);
      }
    }
    _sendImgData(objId, imgData, cacheGlobally = false) {
      const transfers = imgData ? [imgData.bitmap || imgData.data.buffer] : null;
      if (this.parsingType3Font || cacheGlobally) {
        return this.handler.send("commonobj", [objId, "Image", imgData], transfers);
      }
      return this.handler.send("obj", [objId, this.pageProxyId, "Image", imgData], transfers);
    }
    async buildPaintImageXObject({
      resources,
      image,
      isInline = false,
      operatorList,
      cacheKey,
      localImageCache,
      localColorSpaceCache
    }) {
      const {
        maxImageSize,
        ignoreErrors,
        isOffscreenCanvasSupported
      } = this.options;
      const {
        dict
      } = image;
      const imageRef = dict.objId;
      const w = dict.get("W", "Width");
      const h = dict.get("H", "Height");
      if (!(w && typeof w === "number") || !(h && typeof h === "number")) {
        warn2("Image dimensions are missing, or not numbers.");
        return;
      }
      if (maxImageSize !== -1 && w * h > maxImageSize) {
        const msg = "Image exceeded maximum allowed size and was removed.";
        if (!ignoreErrors) {
          throw new Error(msg);
        }
        warn2(msg);
        return;
      }
      let optionalContent;
      if (dict.has("OC")) {
        optionalContent = await this.parseMarkedContentProps(dict.get("OC"), resources);
      }
      const imageMask = dict.get("IM", "ImageMask") || false;
      let imgData, fn, args;
      if (imageMask) {
        imgData = await PDFImage2.createMask({
          image,
          isOffscreenCanvasSupported: isOffscreenCanvasSupported && !this.parsingType3Font
        });
        if (imgData.isSingleOpaquePixel) {
          fn = OPS2.paintSolidColorImageMask;
          args = [];
          operatorList.addImageOps(fn, args, optionalContent);
          if (cacheKey) {
            const cacheData = {
              fn,
              args,
              optionalContent
            };
            localImageCache.set(cacheKey, imageRef, cacheData);
            if (imageRef) {
              this._regionalImageCache.set(null, imageRef, cacheData);
            }
          }
          return;
        }
        if (this.parsingType3Font) {
          args = compileType3Glyph(imgData);
          if (args) {
            operatorList.addImageOps(OPS2.constructPath, args, optionalContent);
            return;
          }
          warn2("Cannot compile Type3 glyph.");
          operatorList.addImageOps(OPS2.paintImageMaskXObject, [imgData], optionalContent);
          return;
        }
        const objId2 = `mask_${this.idFactory.createObjId()}`;
        operatorList.addDependency(objId2);
        imgData.dataLen = imgData.bitmap ? imgData.width * imgData.height * 4 : imgData.data.length;
        this._sendImgData(objId2, imgData);
        fn = OPS2.paintImageMaskXObject;
        args = [{
          data: objId2,
          width: imgData.width,
          height: imgData.height,
          interpolate: imgData.interpolate,
          count: 1
        }];
        operatorList.addImageOps(fn, args, optionalContent);
        if (cacheKey) {
          const cacheData = {
            objId: objId2,
            fn,
            args,
            optionalContent
          };
          localImageCache.set(cacheKey, imageRef, cacheData);
          if (imageRef) {
            this._regionalImageCache.set(null, imageRef, cacheData);
          }
        }
        return;
      }
      const SMALL_IMAGE_DIMENSIONS = 200;
      const hasMask = dict.has("SMask") || dict.has("Mask");
      if (isInline && w + h < SMALL_IMAGE_DIMENSIONS && !hasMask) {
        try {
          const imageObj = new PDFImage2({
            xref: this.xref,
            res: resources,
            image,
            isInline,
            pdfFunctionFactory: this._pdfFunctionFactory,
            globalColorSpaceCache: this.globalColorSpaceCache,
            localColorSpaceCache
          });
          imgData = await imageObj.createImageData(true, false);
          operatorList.addImageOps(OPS2.paintInlineImageXObject, [imgData], optionalContent);
        } catch (reason) {
          const msg = `Unable to decode inline image: "${reason}".`;
          if (!ignoreErrors) {
            throw new Error(msg);
          }
          warn2(msg);
        }
        return;
      }
      let objId = `img_${this.idFactory.createObjId()}`, cacheGlobally = false, globalCacheData = null;
      if (this.parsingType3Font) {
        objId = `${this.idFactory.getDocId()}_type3_${objId}`;
      } else if (cacheKey && imageRef) {
        cacheGlobally = this.globalImageCache.shouldCache(imageRef, this.pageIndex);
        if (cacheGlobally) {
          util_assert2(!isInline, "Cannot cache an inline image globally.");
          objId = `${this.idFactory.getDocId()}_${objId}`;
        }
      }
      operatorList.addDependency(objId);
      fn = OPS2.paintImageXObject;
      args = [objId, w, h];
      operatorList.addImageOps(fn, args, optionalContent, hasMask);
      if (cacheGlobally) {
        globalCacheData = {
          objId,
          fn,
          args,
          optionalContent,
          hasMask,
          byteSize: 0
        };
        if (this.globalImageCache.hasDecodeFailed(imageRef)) {
          this.globalImageCache.setData(imageRef, globalCacheData);
          this._sendImgData(objId, null, cacheGlobally);
          return;
        }
        if (w * h > 25e4 || hasMask) {
          const localLength = await this.handler.sendWithPromise("commonobj", [objId, "CopyLocalImage", {
            imageRef
          }]);
          if (localLength) {
            this.globalImageCache.setData(imageRef, globalCacheData);
            this.globalImageCache.addByteSize(imageRef, localLength);
            return;
          }
        }
      }
      PDFImage2.buildImage({
        xref: this.xref,
        res: resources,
        image,
        isInline,
        pdfFunctionFactory: this._pdfFunctionFactory,
        globalColorSpaceCache: this.globalColorSpaceCache,
        localColorSpaceCache
      }).then(async (imageObj) => {
        imgData = await imageObj.createImageData(false, isOffscreenCanvasSupported);
        imgData.dataLen = imgData.bitmap ? imgData.width * imgData.height * 4 : imgData.data.length;
        imgData.ref = imageRef;
        if (cacheGlobally) {
          this.globalImageCache.addByteSize(imageRef, imgData.dataLen);
        }
        return this._sendImgData(objId, imgData, cacheGlobally);
      }).catch((reason) => {
        warn2(`Unable to decode image "${objId}": "${reason}".`);
        if (imageRef) {
          this.globalImageCache.addDecodeFailed(imageRef);
        }
        return this._sendImgData(objId, null, cacheGlobally);
      });
      if (cacheKey) {
        const cacheData = {
          objId,
          fn,
          args,
          optionalContent,
          hasMask
        };
        localImageCache.set(cacheKey, imageRef, cacheData);
        if (imageRef) {
          this._regionalImageCache.set(null, imageRef, cacheData);
          if (cacheGlobally) {
            util_assert2(globalCacheData, "The global cache-data must be available.");
            this.globalImageCache.setData(imageRef, globalCacheData);
          }
        }
      }
    }
    #createTransferMap(fn) {
      const transferFn = this._pdfFunctionFactory.create(fn), tmp = new Float32Array(1);
      return Uint8Array.from({
        length: 256
      }, (_, i) => {
        tmp[0] = i / 255;
        transferFn(tmp, 0, tmp, 0);
        return tmp[0] * 255 | 0;
      });
    }
    handleSMask(smask, resources, operatorList, task, stateManager, localColorSpaceCache, seenRefs) {
      const smaskContent = smask.get("G");
      const smaskOptions = {
        subtype: smask.get("S").name,
        backdrop: smask.get("BC")
      };
      const transferObj = smask.get("TR");
      if (isPDFFunction(transferObj)) {
        smaskOptions.transferMap = this.#createTransferMap(transferObj);
      }
      return this.buildFormXObject(resources, smaskContent, smaskOptions, operatorList, task, stateManager.state.clone({
        newPath: true
      }), localColorSpaceCache, seenRefs);
    }
    handleTransferFunction(tr) {
      let transferArray;
      if (Array.isArray(tr)) {
        transferArray = tr.length > 1 && tr.every((map) => map === tr[0]) ? [tr[0]] : tr;
      } else if (isPDFFunction(tr)) {
        transferArray = [tr];
      } else {
        return null;
      }
      const transferMaps = [];
      let numFns = 0, numEffectfulFns = 0;
      for (const entry of transferArray) {
        const transferObj = this.xref.fetchIfRef(entry);
        numFns++;
        if (isName(transferObj, "Identity")) {
          transferMaps.push(null);
          continue;
        } else if (!isPDFFunction(transferObj)) {
          return null;
        }
        transferMaps.push(this.#createTransferMap(transferObj));
        numEffectfulFns++;
      }
      if (!(numFns === 1 || numFns === 4)) {
        return null;
      }
      if (numEffectfulFns === 0) {
        return null;
      }
      return transferMaps;
    }
    handleTilingType(fn, color2, resources, pattern, patternDict, operatorList, task, localTilingPatternCache, seenRefs) {
      const tilingOpList = new CheckedOperatorList();
      const patternResources = Dict.merge({
        xref: this.xref,
        dictArray: [patternDict.get("Resources"), resources]
      });
      return this.getOperatorList({
        stream: pattern,
        task,
        resources: patternResources,
        operatorList: tilingOpList,
        prevRefs: seenRefs
      }).then(function() {
        const operatorListIR = tilingOpList.getIR();
        const {
          needsIsolation
        } = tilingOpList;
        const tilingPatternIR = getTilingPatternIR(operatorListIR, patternDict, color2, needsIsolation);
        operatorList.addDependencies(tilingOpList.dependencies);
        operatorList.addOp(fn, tilingPatternIR);
        if (patternDict.objId) {
          localTilingPatternCache.set(null, patternDict.objId, {
            operatorListIR,
            needsIsolation,
            dict: patternDict
          });
        }
      }).catch((reason) => {
        if (reason instanceof AbortException2) {
          return;
        }
        if (this.options.ignoreErrors) {
          warn2(`handleTilingType - ignoring pattern: "${reason}".`);
          return;
        }
        throw reason;
      });
    }
    async handleSetFont(resources, fontArgs, fontRef, operatorList, task, state, fallbackFontDict = null, cssFontInfo = null, seenRefs = null) {
      const fontName = fontArgs?.[0] instanceof Name ? fontArgs[0].name : null;
      const translated = await this.loadFont(fontName, fontRef, resources, task, fallbackFontDict, cssFontInfo, seenRefs);
      if (translated.font.isType3Font) {
        operatorList.addDependencies(translated.type3Dependencies);
      }
      state.font = translated.font;
      translated.send(this.handler);
      return translated.loadedName;
    }
    handleText(chars4, state) {
      const font = state.font;
      const glyphs = font.charsToGlyphs(chars4);
      if (font.data) {
        const isAddToPathSet = !!(state.textRenderingMode & TextRenderingMode3.ADD_TO_PATH_FLAG);
        if (isAddToPathSet || state.fillColorSpace.name === "Pattern" || state.strokeColorSpace.name === "Pattern" || font.disableFontFace) {
          _PartialEvaluator.buildFontPaths(font, glyphs, this.handler, this.options);
        }
      }
      return glyphs;
    }
    ensureStateFont(state) {
      if (state.font) {
        return;
      }
      const reason = new FormatError2("Missing setFont (Tf) operator before text rendering operator.");
      if (this.options.ignoreErrors) {
        warn2(`ensureStateFont: "${reason}".`);
        return;
      }
      throw reason;
    }
    async setGState({
      resources,
      gState,
      operatorList,
      cacheKey,
      task,
      stateManager,
      localGStateCache,
      localColorSpaceCache,
      seenRefs
    }) {
      const gStateRef = gState.objId;
      let isSimpleGState = true;
      const gStateObj = [];
      let promise = Promise.resolve();
      for (const [key2, value] of gState) {
        switch (key2) {
          case "Type":
            break;
          case "LW":
            if (typeof value !== "number") {
              warn2(`Invalid LW (line width): ${value}`);
              break;
            }
            gStateObj.push([key2, Math.abs(value)]);
            break;
          case "LC":
          case "LJ":
          case "ML":
          case "D":
          case "RI":
          case "FL":
          case "CA":
          case "ca":
            gStateObj.push([key2, value]);
            break;
          case "Font":
            isSimpleGState = false;
            promise = promise.then(() => this.handleSetFont(resources, null, value[0], operatorList, task, stateManager.state, null, null, seenRefs).then(function(loadedName) {
              operatorList.addDependency(loadedName);
              gStateObj.push([key2, [loadedName, value[1]]]);
            }));
            break;
          case "BM":
            gStateObj.push([key2, normalizeBlendMode(value)]);
            break;
          case "SMask":
            if (isName(value, "None")) {
              gStateObj.push([key2, false]);
              break;
            }
            if (value instanceof Dict) {
              isSimpleGState = false;
              promise = promise.then(() => this.handleSMask(value, resources, operatorList, task, stateManager, localColorSpaceCache, seenRefs));
              gStateObj.push([key2, true]);
            } else {
              warn2("Unsupported SMask type");
            }
            break;
          case "TR":
            if (gState.has("TR2")) {
              break;
            }
          case "TR2": {
            const transferMaps = this.handleTransferFunction(value);
            gStateObj.push(["TR", transferMaps]);
            break;
          }
          case "OP":
          case "op":
          case "OPM":
          case "BG":
          case "BG2":
          case "UCR":
          case "UCR2":
          case "HT":
          case "SM":
          case "SA":
          case "AIS":
          case "TK":
            info2("graphic state operator " + key2);
            break;
          default:
            info2("Unknown graphic state operator " + key2);
            break;
        }
      }
      await promise;
      if (gStateObj.length > 0) {
        operatorList.addOp(OPS2.setGState, [gStateObj]);
      }
      if (isSimpleGState) {
        localGStateCache.set(cacheKey, gStateRef, gStateObj);
      }
    }
    loadFont(fontName, font, resources, task, fallbackFontDict = null, cssFontInfo = null, seenRefs = null) {
      const errorFont = async () => new TranslatedFont({
        loadedName: "g_font_error",
        font: new ErrorFont(`Font "${fontName}" is not available.`),
        dict: font
      });
      let fontRef;
      if (font) {
        if (font instanceof Ref) {
          fontRef = font;
        }
      } else {
        const fontRes = resources.get("Font");
        if (fontRes) {
          fontRef = fontRes.getRaw(fontName);
        }
      }
      if (fontRef) {
        if (this.type3FontRefs?.has(fontRef)) {
          return errorFont();
        }
        if (this.fontCache.has(fontRef)) {
          return this.fontCache.get(fontRef);
        }
        try {
          font = this.xref.fetchIfRef(fontRef);
        } catch (ex) {
          warn2(`loadFont - lookup failed: "${ex}".`);
        }
      }
      if (!(font instanceof Dict)) {
        if (!this.options.ignoreErrors && !this.parsingType3Font) {
          warn2(`Font "${fontName}" is not available.`);
          return errorFont();
        }
        warn2(`Font "${fontName}" is not available -- attempting to fallback to a default font.`);
        font = fallbackFontDict || _PartialEvaluator.fallbackFontDict;
      }
      if (font.cacheKey && this.fontCache.has(font.cacheKey)) {
        return this.fontCache.get(font.cacheKey);
      }
      const {
        promise,
        resolve
      } = Promise.withResolvers();
      let preEvaluatedFont;
      try {
        preEvaluatedFont = this.preEvaluateFont(font);
        preEvaluatedFont.cssFontInfo = cssFontInfo;
      } catch (reason) {
        warn2(`loadFont - preEvaluateFont failed: "${reason}".`);
        return errorFont();
      }
      const {
        descriptor,
        hash
      } = preEvaluatedFont;
      const fontRefIsRef = fontRef instanceof Ref;
      let fontID;
      if (hash && descriptor instanceof Dict) {
        const fontAliases2 = descriptor.fontAliases ||= /* @__PURE__ */ Object.create(null);
        if (fontAliases2[hash]) {
          const aliasFontRef = fontAliases2[hash].aliasRef;
          if (fontRefIsRef && aliasFontRef && this.fontCache.has(aliasFontRef)) {
            this.fontCache.putAlias(fontRef, aliasFontRef);
            return this.fontCache.get(fontRef);
          }
        } else {
          fontAliases2[hash] = {
            fontID: this.idFactory.createFontId()
          };
        }
        if (fontRefIsRef) {
          fontAliases2[hash].aliasRef = fontRef;
        }
        fontID = fontAliases2[hash].fontID;
      } else {
        fontID = this.idFactory.createFontId();
      }
      util_assert2(fontID?.startsWith("f"), 'The "fontID" must be (correctly) defined.');
      if (fontRefIsRef) {
        this.fontCache.put(fontRef, promise);
      } else {
        font.cacheKey = `cacheKey_${fontID}`;
        this.fontCache.put(font.cacheKey, promise);
      }
      font.loadedName = `${this.idFactory.getDocId()}_${fontID}`;
      this.translateFont(preEvaluatedFont).then(async (translatedFont) => {
        const translated = new TranslatedFont({
          loadedName: font.loadedName,
          font: translatedFont,
          dict: font
        });
        if (translatedFont.isType3Font) {
          try {
            await translated.loadType3Data(this, resources, task, seenRefs);
          } catch (reason) {
            throw new Error(`Type3 font load error: ${reason}`);
          }
        }
        resolve(translated);
      }).catch((reason) => {
        warn2(`loadFont - translateFont failed: "${reason}".`);
        resolve(new TranslatedFont({
          loadedName: font.loadedName,
          font: new ErrorFont(reason?.message),
          dict: font
        }));
      });
      return promise;
    }
    buildPath(fn, args, state) {
      const {
        pathMinMax: minMax,
        pathBuffer
      } = state;
      switch (fn | 0) {
        case OPS2.rectangle: {
          const x = state.currentPointX = args[0];
          const y = state.currentPointY = args[1];
          const width = args[2];
          const height = args[3];
          const xw = x + width;
          const yh = y + height;
          if (width === 0 || height === 0) {
            pathBuffer.push(DrawOPS2.moveTo, x, y, DrawOPS2.lineTo, xw, yh, DrawOPS2.closePath);
          } else {
            pathBuffer.push(DrawOPS2.moveTo, x, y, DrawOPS2.lineTo, xw, y, DrawOPS2.lineTo, xw, yh, DrawOPS2.lineTo, x, yh, DrawOPS2.closePath);
          }
          Util2.rectBoundingBox(x, y, xw, yh, minMax);
          break;
        }
        case OPS2.moveTo: {
          const x = state.currentPointX = args[0];
          const y = state.currentPointY = args[1];
          pathBuffer.push(DrawOPS2.moveTo, x, y);
          Util2.pointBoundingBox(x, y, minMax);
          break;
        }
        case OPS2.lineTo: {
          const x = state.currentPointX = args[0];
          const y = state.currentPointY = args[1];
          pathBuffer.push(DrawOPS2.lineTo, x, y);
          Util2.pointBoundingBox(x, y, minMax);
          break;
        }
        case OPS2.curveTo: {
          const startX = state.currentPointX;
          const startY = state.currentPointY;
          const [x1, y1, x2, y2, x, y] = args;
          state.currentPointX = x;
          state.currentPointY = y;
          pathBuffer.push(DrawOPS2.curveTo, x1, y1, x2, y2, x, y);
          Util2.bezierBoundingBox(startX, startY, x1, y1, x2, y2, x, y, minMax);
          break;
        }
        case OPS2.curveTo2: {
          const startX = state.currentPointX;
          const startY = state.currentPointY;
          const [x1, y1, x, y] = args;
          state.currentPointX = x;
          state.currentPointY = y;
          pathBuffer.push(DrawOPS2.curveTo, startX, startY, x1, y1, x, y);
          Util2.bezierBoundingBox(startX, startY, startX, startY, x1, y1, x, y, minMax);
          break;
        }
        case OPS2.curveTo3: {
          const startX = state.currentPointX;
          const startY = state.currentPointY;
          const [x1, y1, x, y] = args;
          state.currentPointX = x;
          state.currentPointY = y;
          pathBuffer.push(DrawOPS2.curveTo, x1, y1, x, y, x, y);
          Util2.bezierBoundingBox(startX, startY, x1, y1, x, y, x, y, minMax);
          break;
        }
        case OPS2.closePath:
          pathBuffer.push(DrawOPS2.closePath);
          break;
      }
    }
    _getColorSpace(cs, resources, localColorSpaceCache) {
      return ColorSpaceUtils.parse({
        cs,
        xref: this.xref,
        resources,
        pdfFunctionFactory: this._pdfFunctionFactory,
        globalColorSpaceCache: this.globalColorSpaceCache,
        localColorSpaceCache,
        asyncIfNotCached: true
      });
    }
    async _handleColorSpace(csPromise) {
      try {
        return await csPromise;
      } catch (ex) {
        if (ex instanceof AbortException2) {
          return null;
        }
        if (this.options.ignoreErrors) {
          warn2(`_handleColorSpace - ignoring ColorSpace: "${ex}".`);
          return null;
        }
        throw ex;
      }
    }
    parseShading({
      shading,
      resources,
      localColorSpaceCache,
      localShadingPatternCache
    }) {
      let id = localShadingPatternCache.get(shading);
      if (id) {
        return id;
      }
      let patternIR;
      try {
        const shadingFill = Pattern.parseShading(shading, this.xref, resources, this._pdfFunctionFactory, this.globalColorSpaceCache, localColorSpaceCache);
        patternIR = shadingFill.getIR();
      } catch (reason) {
        if (reason instanceof AbortException2) {
          return null;
        }
        if (this.options.ignoreErrors) {
          warn2(`parseShading - ignoring shading: "${reason}".`);
          localShadingPatternCache.set(shading, null);
          return null;
        }
        throw reason;
      }
      id = `pattern_${this.idFactory.createObjId()}`;
      if (this.parsingType3Font) {
        id = `${this.idFactory.getDocId()}_type3_${id}`;
      }
      localShadingPatternCache.set(shading, id);
      if (this.parsingType3Font) {
        const buffer = compilePatternInfo(patternIR);
        this.handler.send("commonobj", [id, "Pattern", buffer], [buffer]);
      } else {
        this.handler.send("obj", [id, this.pageProxyId, "Pattern", patternIR]);
      }
      return id;
    }
    handleColorN(operatorList, fn, args, cs, patterns, resources, task, localColorSpaceCache, localTilingPatternCache, localShadingPatternCache, seenRefs) {
      const patternName = args.pop();
      if (patternName instanceof Name) {
        const rawPattern = patterns.getRaw(patternName.name);
        const localTilingPattern = rawPattern instanceof Ref && localTilingPatternCache.getByRef(rawPattern);
        if (localTilingPattern) {
          try {
            const color2 = cs.base ? cs.base.getRgbHex(args, 0) : null;
            const tilingPatternIR = getTilingPatternIR(localTilingPattern.operatorListIR, localTilingPattern.dict, color2, localTilingPattern.needsIsolation);
            operatorList.addOp(fn, tilingPatternIR);
            return void 0;
          } catch {
          }
        }
        const pattern = this.xref.fetchIfRef(rawPattern);
        if (pattern) {
          const dict = pattern instanceof BaseStream ? pattern.dict : pattern;
          const typeNum = dict.get("PatternType");
          if (typeNum === PatternType.TILING) {
            const color2 = cs.base ? cs.base.getRgbHex(args, 0) : null;
            return this.handleTilingType(fn, color2, resources, pattern, dict, operatorList, task, localTilingPatternCache, seenRefs);
          } else if (typeNum === PatternType.SHADING) {
            const shading = dict.get("Shading");
            const objId = this.parseShading({
              shading,
              resources,
              localColorSpaceCache,
              localShadingPatternCache
            });
            if (objId) {
              const matrix = lookupMatrix(dict.getArray("Matrix"), null);
              operatorList.addOp(fn, ["Shading", objId, matrix]);
            }
            return void 0;
          }
          throw new FormatError2(`Unknown PatternType: ${typeNum}`);
        }
      }
      throw new FormatError2(`Unknown PatternName: ${patternName}`);
    }
    async parseMarkedContentProps(contentProperties, resources) {
      return parseMarkedContentProps(this.xref, contentProperties, resources);
    }
    async getOperatorList({
      stream: stream2,
      task,
      resources,
      operatorList,
      initialState = null,
      fallbackFontDict = null,
      prevRefs = null
    }) {
      if (stream2.isAsync) {
        const bytes2 = await stream2.asyncGetBytes();
        if (bytes2) {
          stream2 = new Stream2(bytes2, 0, bytes2.length, stream2.dict);
        }
      }
      const objId = stream2.dict?.objId;
      const seenRefs = new RefSet(prevRefs);
      if (objId) {
        if (prevRefs?.has(objId)) {
          throw new Error(`getOperatorList - ignoring circular reference: ${objId}`);
        }
        seenRefs.put(objId);
      }
      resources ||= Dict.empty;
      initialState ||= new EvalState();
      if (!operatorList) {
        throw new Error('getOperatorList: missing "operatorList" parameter');
      }
      const self2 = this;
      const xref = this.xref;
      const localImageCache = new LocalImageCache();
      const localColorSpaceCache = new LocalColorSpaceCache();
      const localGStateCache = new LocalGStateCache();
      const localTilingPatternCache = new LocalTilingPatternCache();
      const localShadingPatternCache = /* @__PURE__ */ new Map();
      const xobjs = resources.get("XObject") || Dict.empty;
      const patterns = resources.get("Pattern") || Dict.empty;
      const stateManager = new StateManager(initialState);
      const preprocessor = new EvaluatorPreprocessor(stream2, xref, stateManager);
      const timeSlotManager = new TimeSlotManager();
      let markedContentLevel = 0;
      function closePendingRestoreOPS(argument) {
        for (let i = 0, ii = preprocessor.savedStatesDepth; i < ii; i++) {
          operatorList.addOp(OPS2.restore, []);
        }
      }
      function closePendingMarkedContentOPS() {
        for (; markedContentLevel > 0; markedContentLevel--) {
          operatorList.addOp(OPS2.endMarkedContent, []);
        }
      }
      return new Promise(function promiseBody(resolve, reject) {
        const next = function(promise) {
          Promise.all([promise, operatorList.ready]).then(function() {
            try {
              promiseBody(resolve, reject);
            } catch (ex) {
              reject(ex);
            }
          }, reject);
        };
        task.ensureNotTerminated();
        timeSlotManager.reset();
        const operation = {};
        let stop, cs, name, isValidName;
        while (!(stop = timeSlotManager.check())) {
          operation.args = null;
          if (!preprocessor.read(operation)) {
            break;
          }
          let args = operation.args;
          let fn = operation.fn;
          switch (fn | 0) {
            case OPS2.paintXObject:
              isValidName = args[0] instanceof Name;
              name = args[0].name;
              if (isValidName) {
                const localImage = localImageCache.getByName(name);
                if (localImage) {
                  addCachedImageOps(operatorList, localImage);
                  args = null;
                  continue;
                }
              }
              next(new Promise(function(resolveXObject, rejectXObject) {
                if (!isValidName) {
                  throw new FormatError2("XObject must be referred to by name.");
                }
                let xobj = xobjs.getRaw(name);
                if (xobj instanceof Ref) {
                  const cachedImage = localImageCache.getByRef(xobj) || self2._regionalImageCache.getByRef(xobj) || self2.globalImageCache.getData(xobj, self2.pageIndex);
                  if (cachedImage) {
                    addCachedImageOps(operatorList, cachedImage);
                    resolveXObject();
                    return;
                  }
                  xobj = xref.fetch(xobj);
                }
                if (!(xobj instanceof BaseStream)) {
                  throw new FormatError2("XObject should be a stream");
                }
                const type = xobj.dict.get("Subtype");
                if (!(type instanceof Name)) {
                  throw new FormatError2("XObject should have a Name subtype");
                }
                if (type.name === "Form") {
                  stateManager.save();
                  self2.buildFormXObject(resources, xobj, null, operatorList, task, stateManager.state.clone({
                    newPath: true
                  }), localColorSpaceCache, seenRefs).then(function() {
                    stateManager.restore();
                    resolveXObject();
                  }, rejectXObject);
                  return;
                } else if (type.name === "Image") {
                  self2.buildPaintImageXObject({
                    resources,
                    image: xobj,
                    operatorList,
                    cacheKey: name,
                    localImageCache,
                    localColorSpaceCache
                  }).then(resolveXObject, rejectXObject);
                  return;
                } else if (type.name === "PS") {
                  info2("Ignored XObject subtype PS");
                } else {
                  throw new FormatError2(`Unhandled XObject subtype ${type.name}`);
                }
                resolveXObject();
              }).catch((reason) => {
                if (reason instanceof AbortException2) {
                  return;
                }
                if (self2.options.ignoreErrors) {
                  warn2(`getOperatorList - ignoring XObject: "${reason}".`);
                  return;
                }
                throw reason;
              }));
              return;
            case OPS2.setFont:
              const fontSize = args[1];
              next(self2.handleSetFont(resources, args, null, operatorList, task, stateManager.state, fallbackFontDict, null, seenRefs).then(function(loadedName) {
                operatorList.addDependency(loadedName);
                operatorList.addOp(OPS2.setFont, [loadedName, fontSize]);
              }));
              return;
            case OPS2.endInlineImage:
              const cacheKey = args[0].cacheKey;
              if (cacheKey) {
                const localImage = localImageCache.getByName(cacheKey);
                if (localImage) {
                  addCachedImageOps(operatorList, localImage);
                  args = null;
                  continue;
                }
              }
              next(self2.buildPaintImageXObject({
                resources,
                image: args[0],
                isInline: true,
                operatorList,
                cacheKey,
                localImageCache,
                localColorSpaceCache
              }));
              return;
            case OPS2.showText:
              if (!stateManager.state.font) {
                self2.ensureStateFont(stateManager.state);
                continue;
              }
              args[0] = self2.handleText(args[0], stateManager.state);
              break;
            case OPS2.showSpacedText:
              if (!stateManager.state.font) {
                self2.ensureStateFont(stateManager.state);
                continue;
              }
              const combinedGlyphs = [], state = stateManager.state;
              for (const arrItem of args[0]) {
                if (typeof arrItem === "string") {
                  combinedGlyphs.push(...self2.handleText(arrItem, state));
                } else if (typeof arrItem === "number") {
                  combinedGlyphs.push(arrItem);
                }
              }
              args[0] = combinedGlyphs;
              fn = OPS2.showText;
              break;
            case OPS2.nextLineShowText:
              if (!stateManager.state.font) {
                self2.ensureStateFont(stateManager.state);
                continue;
              }
              operatorList.addOp(OPS2.nextLine);
              args[0] = self2.handleText(args[0], stateManager.state);
              fn = OPS2.showText;
              break;
            case OPS2.nextLineSetSpacingShowText:
              if (!stateManager.state.font) {
                self2.ensureStateFont(stateManager.state);
                continue;
              }
              operatorList.addOp(OPS2.nextLine);
              operatorList.addOp(OPS2.setWordSpacing, [args.shift()]);
              operatorList.addOp(OPS2.setCharSpacing, [args.shift()]);
              args[0] = self2.handleText(args[0], stateManager.state);
              fn = OPS2.showText;
              break;
            case OPS2.setTextRenderingMode:
              stateManager.state.textRenderingMode = args[0];
              break;
            case OPS2.setFillColorSpace: {
              const fillCS = self2._getColorSpace(args[0], resources, localColorSpaceCache);
              if (fillCS instanceof ColorSpace2) {
                stateManager.state.fillColorSpace = fillCS;
                continue;
              }
              next(self2._handleColorSpace(fillCS).then((colorSpace) => {
                stateManager.state.fillColorSpace = colorSpace || ColorSpaceUtils.gray;
              }));
              return;
            }
            case OPS2.setStrokeColorSpace: {
              const strokeCS = self2._getColorSpace(args[0], resources, localColorSpaceCache);
              if (strokeCS instanceof ColorSpace2) {
                stateManager.state.strokeColorSpace = strokeCS;
                continue;
              }
              next(self2._handleColorSpace(strokeCS).then((colorSpace) => {
                stateManager.state.strokeColorSpace = colorSpace || ColorSpaceUtils.gray;
              }));
              return;
            }
            case OPS2.setFillColor:
              if (!isNumberArray(args, null)) {
                continue;
              }
              cs = stateManager.state.fillColorSpace;
              args = [cs.getRgbHex(args, 0)];
              fn = OPS2.setFillRGBColor;
              break;
            case OPS2.setStrokeColor:
              if (!isNumberArray(args, null)) {
                continue;
              }
              cs = stateManager.state.strokeColorSpace;
              args = [cs.getRgbHex(args, 0)];
              fn = OPS2.setStrokeRGBColor;
              break;
            case OPS2.setFillGray:
              if (!isNumberArray(args, null)) {
                continue;
              }
              stateManager.state.fillColorSpace = ColorSpaceUtils.gray;
              args = [ColorSpaceUtils.gray.getRgbHex(args, 0)];
              fn = OPS2.setFillRGBColor;
              break;
            case OPS2.setStrokeGray:
              if (!isNumberArray(args, null)) {
                continue;
              }
              stateManager.state.strokeColorSpace = ColorSpaceUtils.gray;
              args = [ColorSpaceUtils.gray.getRgbHex(args, 0)];
              fn = OPS2.setStrokeRGBColor;
              break;
            case OPS2.setFillCMYKColor:
              if (!isNumberArray(args, null)) {
                continue;
              }
              stateManager.state.fillColorSpace = ColorSpaceUtils.cmyk;
              args = [ColorSpaceUtils.cmyk.getRgbHex(args, 0)];
              fn = OPS2.setFillRGBColor;
              break;
            case OPS2.setStrokeCMYKColor:
              if (!isNumberArray(args, null)) {
                continue;
              }
              stateManager.state.strokeColorSpace = ColorSpaceUtils.cmyk;
              args = [ColorSpaceUtils.cmyk.getRgbHex(args, 0)];
              fn = OPS2.setStrokeRGBColor;
              break;
            case OPS2.setFillRGBColor:
              if (!isNumberArray(args, null)) {
                continue;
              }
              stateManager.state.fillColorSpace = ColorSpaceUtils.rgb;
              args = [ColorSpaceUtils.rgb.getRgbHex(args, 0)];
              break;
            case OPS2.setStrokeRGBColor:
              if (!isNumberArray(args, null)) {
                continue;
              }
              stateManager.state.strokeColorSpace = ColorSpaceUtils.rgb;
              args = [ColorSpaceUtils.rgb.getRgbHex(args, 0)];
              break;
            case OPS2.setFillColorN:
              cs = stateManager.state.patternFillColorSpace;
              if (!cs) {
                if (isNumberArray(args, null)) {
                  args = [ColorSpaceUtils.gray.getRgbHex(args, 0)];
                  fn = OPS2.setFillRGBColor;
                  break;
                }
                args = [];
                fn = OPS2.setFillTransparent;
                break;
              }
              if (cs.name === "Pattern") {
                if (!Array.isArray(args)) {
                  continue;
                }
                next(self2.handleColorN(operatorList, OPS2.setFillColorN, args, cs, patterns, resources, task, localColorSpaceCache, localTilingPatternCache, localShadingPatternCache, seenRefs));
                return;
              }
              if (!isNumberArray(args, null)) {
                continue;
              }
              args = [cs.getRgbHex(args, 0)];
              fn = OPS2.setFillRGBColor;
              break;
            case OPS2.setStrokeColorN:
              cs = stateManager.state.patternStrokeColorSpace;
              if (!cs) {
                if (isNumberArray(args, null)) {
                  args = [ColorSpaceUtils.gray.getRgbHex(args, 0)];
                  fn = OPS2.setStrokeRGBColor;
                  break;
                }
                args = [];
                fn = OPS2.setStrokeTransparent;
                break;
              }
              if (cs.name === "Pattern") {
                if (!Array.isArray(args)) {
                  continue;
                }
                next(self2.handleColorN(operatorList, OPS2.setStrokeColorN, args, cs, patterns, resources, task, localColorSpaceCache, localTilingPatternCache, localShadingPatternCache, seenRefs));
                return;
              }
              if (!isNumberArray(args, null)) {
                continue;
              }
              args = [cs.getRgbHex(args, 0)];
              fn = OPS2.setStrokeRGBColor;
              break;
            case OPS2.shadingFill:
              let shading;
              try {
                const shadingRes = resources.get("Shading");
                if (!shadingRes) {
                  throw new FormatError2("No shading resource found");
                }
                shading = shadingRes.get(args[0].name);
                if (!shading) {
                  throw new FormatError2("No shading object found");
                }
              } catch (reason) {
                if (reason instanceof AbortException2) {
                  continue;
                }
                if (self2.options.ignoreErrors) {
                  warn2(`getOperatorList - ignoring Shading: "${reason}".`);
                  continue;
                }
                throw reason;
              }
              const patternId = self2.parseShading({
                shading,
                resources,
                localColorSpaceCache,
                localShadingPatternCache
              });
              if (!patternId) {
                continue;
              }
              args = [patternId];
              fn = OPS2.shadingFill;
              break;
            case OPS2.setGState:
              isValidName = args[0] instanceof Name;
              name = args[0].name;
              if (isValidName) {
                const localGStateObj = localGStateCache.getByName(name);
                if (localGStateObj) {
                  if (localGStateObj.length > 0) {
                    operatorList.addOp(OPS2.setGState, [localGStateObj]);
                  }
                  args = null;
                  continue;
                }
              }
              next(new Promise(function(resolveGState, rejectGState) {
                if (!isValidName) {
                  throw new FormatError2("GState must be referred to by name.");
                }
                const extGState = resources.get("ExtGState");
                if (!(extGState instanceof Dict)) {
                  throw new FormatError2("ExtGState should be a dictionary.");
                }
                const gState = extGState.get(name);
                if (!(gState instanceof Dict)) {
                  throw new FormatError2("GState should be a dictionary.");
                }
                self2.setGState({
                  resources,
                  gState,
                  operatorList,
                  cacheKey: name,
                  task,
                  stateManager,
                  localGStateCache,
                  localColorSpaceCache,
                  seenRefs
                }).then(resolveGState, rejectGState);
              }).catch((reason) => {
                if (reason instanceof AbortException2) {
                  return;
                }
                if (self2.options.ignoreErrors) {
                  warn2(`getOperatorList - ignoring ExtGState: "${reason}".`);
                  return;
                }
                throw reason;
              }));
              return;
            case OPS2.setLineWidth: {
              const [thickness] = args;
              if (typeof thickness !== "number") {
                warn2(`Invalid setLineWidth: ${thickness}`);
                continue;
              }
              args[0] = Math.abs(thickness);
              break;
            }
            case OPS2.setDash: {
              const dashPhase = args[1];
              if (typeof dashPhase !== "number") {
                warn2(`Invalid setDash: ${dashPhase}`);
                continue;
              }
              const dashArray = args[0];
              if (!Array.isArray(dashArray)) {
                warn2(`Invalid setDash: ${dashArray}`);
                continue;
              }
              if (dashArray.some((x) => typeof x !== "number")) {
                args[0] = dashArray.filter((x) => typeof x === "number");
              }
              break;
            }
            case OPS2.moveTo:
            case OPS2.lineTo:
            case OPS2.curveTo:
            case OPS2.curveTo2:
            case OPS2.curveTo3:
            case OPS2.closePath:
            case OPS2.rectangle:
              self2.buildPath(fn, args, stateManager.state);
              continue;
            case OPS2.stroke:
            case OPS2.closeStroke:
            case OPS2.fill:
            case OPS2.eoFill:
            case OPS2.fillStroke:
            case OPS2.eoFillStroke:
            case OPS2.closeFillStroke:
            case OPS2.closeEOFillStroke:
            case OPS2.endPath: {
              const {
                state: {
                  pathBuffer,
                  pathMinMax
                }
              } = stateManager;
              if (fn === OPS2.closeStroke || fn === OPS2.closeFillStroke || fn === OPS2.closeEOFillStroke) {
                pathBuffer.push(DrawOPS2.closePath);
              }
              if (pathBuffer.length === 0) {
                operatorList.addOp(OPS2.constructPath, [fn, [null], null]);
              } else {
                operatorList.addOp(OPS2.constructPath, [fn, [new Float32Array(pathBuffer)], pathMinMax.slice()]);
                pathBuffer.length = 0;
                pathMinMax.set(BBOX_INIT2, 0);
              }
              continue;
            }
            case OPS2.setTextMatrix:
              operatorList.addOp(fn, [new Float32Array(args)]);
              continue;
            case OPS2.markPoint:
            case OPS2.markPointProps:
            case OPS2.beginCompat:
            case OPS2.endCompat:
              continue;
            case OPS2.beginMarkedContentProps:
              markedContentLevel++;
              if (!(args[0] instanceof Name)) {
                warn2(`Expected name for beginMarkedContentProps arg0=${args[0]}`);
                operatorList.addOp(OPS2.beginMarkedContentProps, ["OC", null]);
                continue;
              }
              if (args[0].name === "OC") {
                next(self2.parseMarkedContentProps(args[1], resources).then((data) => {
                  operatorList.addOp(OPS2.beginMarkedContentProps, ["OC", data]);
                }).catch((reason) => {
                  if (reason instanceof AbortException2) {
                    return;
                  }
                  if (self2.options.ignoreErrors) {
                    warn2(`getOperatorList - ignoring beginMarkedContentProps: "${reason}".`);
                    operatorList.addOp(OPS2.beginMarkedContentProps, ["OC", null]);
                    return;
                  }
                  throw reason;
                }));
                return;
              }
              args = [args[0].name, args[1] instanceof Dict ? args[1].get("MCID") : null];
              break;
            case OPS2.beginMarkedContent:
              if (args?.some(argIsDict)) {
                warn2(`getOperatorList - ignoring operator: ${fn}`);
                continue;
              }
              markedContentLevel++;
              break;
            case OPS2.endMarkedContent:
              if (args?.some(argIsDict)) {
                warn2(`getOperatorList - ignoring operator: ${fn}`);
                continue;
              }
              if (markedContentLevel === 0) {
                continue;
              }
              markedContentLevel--;
              break;
            default:
              if (args?.some(argIsDict)) {
                warn2(`getOperatorList - ignoring operator: ${fn}`);
                continue;
              }
          }
          operatorList.addOp(fn, args);
        }
        if (stop) {
          next(deferred);
          return;
        }
        closePendingMarkedContentOPS();
        closePendingRestoreOPS();
        resolve();
      }).catch((reason) => {
        if (reason instanceof AbortException2) {
          return;
        }
        if (this.options.ignoreErrors) {
          warn2(`getOperatorList - ignoring errors during "${task.name}" task: "${reason}".`);
          closePendingMarkedContentOPS();
          closePendingRestoreOPS();
          return;
        }
        throw reason;
      });
    }
    async getTextContent({
      stream: stream2,
      task,
      resources,
      stateManager = null,
      includeMarkedContent = false,
      sink,
      seenStyles = /* @__PURE__ */ new Set(),
      viewBox,
      lang = null,
      disableNormalization = false,
      keepWhiteSpace = false,
      prevRefs = null,
      intersector = null
    }) {
      if (stream2.isAsync) {
        const bytes2 = await stream2.asyncGetBytes();
        if (bytes2) {
          stream2 = new Stream2(bytes2, 0, bytes2.length, stream2.dict);
        }
      }
      sink ??= textSinkWrapper(null);
      const objId = stream2.dict?.objId;
      const seenRefs = new RefSet(prevRefs);
      if (objId) {
        if (prevRefs?.has(objId)) {
          throw new Error(`getTextContent - ignoring circular reference: ${objId}`);
        }
        seenRefs.put(objId);
      }
      resources ||= Dict.empty;
      stateManager ||= new StateManager(new TextState());
      let markedContentLevel = 0;
      let textMarkedContentLevel = null;
      const textContent = {
        items: [],
        styles: /* @__PURE__ */ Object.create(null),
        lang
      };
      const textContentItem = {
        initialized: false,
        str: [],
        totalWidth: 0,
        totalHeight: 0,
        width: 0,
        height: 0,
        vertical: false,
        prevTransform: null,
        prevTextRise: 0,
        textAdvanceScale: 0,
        spaceInFlowMin: 0,
        spaceInFlowMax: 0,
        trackingSpaceMin: Infinity,
        negativeSpaceMax: -Infinity,
        notASpace: -Infinity,
        transform: null,
        fontName: null,
        hasEOL: false
      };
      const twoLastChars = [" ", " "];
      let twoLastCharsPos = 0;
      function saveLastChar(char) {
        const nextPos = (twoLastCharsPos + 1) % 2;
        const ret = twoLastChars[twoLastCharsPos] !== " " && twoLastChars[nextPos] === " ";
        twoLastChars[twoLastCharsPos] = char;
        twoLastCharsPos = nextPos;
        return !keepWhiteSpace && ret;
      }
      function shouldAddWhitepsace() {
        return !keepWhiteSpace && twoLastChars[twoLastCharsPos] !== " " && twoLastChars[(twoLastCharsPos + 1) % 2] === " ";
      }
      function resetLastChars() {
        twoLastChars[0] = twoLastChars[1] = " ";
        twoLastCharsPos = 0;
      }
      const TRACKING_SPACE_FACTOR = 0.102;
      const NOT_A_SPACE_FACTOR = 0.03;
      const NEGATIVE_SPACE_FACTOR = -0.2;
      const SPACE_IN_FLOW_MIN_FACTOR = 0.102;
      const SPACE_IN_FLOW_MAX_FACTOR = 0.6;
      const VERTICAL_SHIFT_RATIO = 0.25;
      const self2 = this;
      const xref = this.xref;
      const showSpacedTextBuffer = [];
      let xobjs = null;
      const emptyXObjectCache = new LocalImageCache();
      const emptyGStateCache = new LocalGStateCache();
      const preprocessor = new EvaluatorPreprocessor(stream2, xref, stateManager);
      let textState, currentTextState;
      function pushWhitespace({
        width = 0,
        height = 0,
        transform = textContentItem.prevTransform,
        fontName = textContentItem.fontName
      }) {
        intersector?.addExtraChar(" ");
        textContent.items.push({
          str: " ",
          dir: "ltr",
          width,
          height,
          transform,
          fontName,
          hasEOL: false
        });
      }
      function getCurrentTextTransform() {
        const font = textState.font;
        const tsm = [textState.fontSize * textState.textHScale, 0, 0, textState.fontSize, 0, textState.textRise];
        if (font.isType3Font && (textState.fontSize <= 1 || font.isCharBBox) && !isArrayEqual(textState.fontMatrix, FONT_IDENTITY_MATRIX2)) {
          const glyphHeight = font.bbox[3] - font.bbox[1];
          if (glyphHeight > 0) {
            tsm[3] *= glyphHeight * textState.fontMatrix[3];
          }
        }
        return Util2.transform(textState.ctm, Util2.transform(textState.textMatrix, tsm));
      }
      function ensureTextContentItem() {
        if (textContentItem.initialized) {
          return textContentItem;
        }
        const {
          font,
          loadedName
        } = textState;
        if (!seenStyles.has(loadedName)) {
          seenStyles.add(loadedName);
          textContent.styles[loadedName] = {
            fontFamily: font.fallbackName,
            ascent: font.ascent,
            descent: font.descent,
            vertical: font.vertical
          };
          if (self2.options.fontExtraProperties && font.systemFontInfo) {
            const style = textContent.styles[loadedName];
            style.fontSubstitution = font.systemFontInfo.css;
            style.fontSubstitutionLoadedName = font.systemFontInfo.loadedName;
          }
        }
        textContentItem.fontName = loadedName;
        const trm = textContentItem.transform = getCurrentTextTransform();
        if (!font.vertical) {
          textContentItem.width = textContentItem.totalWidth = 0;
          textContentItem.height = textContentItem.totalHeight = Math.hypot(trm[2], trm[3]);
          textContentItem.vertical = false;
        } else {
          textContentItem.width = textContentItem.totalWidth = Math.hypot(trm[0], trm[1]);
          textContentItem.height = textContentItem.totalHeight = 0;
          textContentItem.vertical = true;
        }
        const scaleLineX = Math.hypot(textState.textLineMatrix[0], textState.textLineMatrix[1]);
        const scaleCtmX = Math.hypot(textState.ctm[0], textState.ctm[1]);
        textContentItem.textAdvanceScale = scaleCtmX * scaleLineX;
        const {
          fontSize
        } = textState;
        textContentItem.trackingSpaceMin = fontSize * TRACKING_SPACE_FACTOR;
        textContentItem.notASpace = fontSize * NOT_A_SPACE_FACTOR;
        textContentItem.negativeSpaceMax = fontSize * NEGATIVE_SPACE_FACTOR;
        textContentItem.spaceInFlowMin = fontSize * SPACE_IN_FLOW_MIN_FACTOR;
        textContentItem.spaceInFlowMax = fontSize * SPACE_IN_FLOW_MAX_FACTOR;
        textContentItem.hasEOL = false;
        textContentItem.initialized = true;
        return textContentItem;
      }
      function updateAdvanceScale() {
        if (!textContentItem.initialized) {
          return;
        }
        const scaleLineX = Math.hypot(textState.textLineMatrix[0], textState.textLineMatrix[1]);
        const scaleCtmX = Math.hypot(textState.ctm[0], textState.ctm[1]);
        const scaleFactor = scaleCtmX * scaleLineX;
        if (scaleFactor === textContentItem.textAdvanceScale) {
          return;
        }
        if (!textContentItem.vertical) {
          textContentItem.totalWidth += textContentItem.width * textContentItem.textAdvanceScale;
          textContentItem.width = 0;
        } else {
          textContentItem.totalHeight += textContentItem.height * textContentItem.textAdvanceScale;
          textContentItem.height = 0;
        }
        textContentItem.textAdvanceScale = scaleFactor;
      }
      function runBidiTransform(textChunk) {
        let text2 = textChunk.str.join("");
        if (!disableNormalization) {
          text2 = normalizeUnicode2(text2);
        }
        const bidiResult = bidi(text2, -1, textChunk.vertical);
        return {
          str: bidiResult.str,
          dir: bidiResult.dir,
          width: Math.abs(textChunk.totalWidth),
          height: Math.abs(textChunk.totalHeight),
          transform: textChunk.transform,
          fontName: textChunk.fontName,
          hasEOL: textChunk.hasEOL
        };
      }
      async function handleSetFont(fontName, fontRef) {
        const translated = await self2.loadFont(fontName, fontRef, resources, task, null, null, seenRefs);
        textState.loadedName = translated.loadedName;
        textState.font = translated.font;
        textState.fontMatrix = translated.font.fontMatrix || FONT_IDENTITY_MATRIX2;
      }
      function applyInverseRotation(x, y, matrix) {
        const scale2 = Math.hypot(matrix[0], matrix[1]);
        return [(matrix[0] * x + matrix[1] * y) / scale2, (matrix[2] * x + matrix[3] * y) / scale2];
      }
      function compareWithLastPosition(glyphWidth) {
        const currentTransform = getCurrentTextTransform();
        let posX = currentTransform[4];
        let posY = currentTransform[5];
        if (textState.font?.vertical) {
          if (posX < viewBox[0] || posX > viewBox[2] || posY + glyphWidth < viewBox[1] || posY > viewBox[3]) {
            return false;
          }
        } else if (posX + glyphWidth < viewBox[0] || posX > viewBox[2] || posY < viewBox[1] || posY > viewBox[3]) {
          return false;
        }
        if (!textState.font || !textContentItem.prevTransform) {
          return true;
        }
        let lastPosX = textContentItem.prevTransform[4];
        let lastPosY = textContentItem.prevTransform[5];
        if (lastPosX === posX && lastPosY === posY) {
          return true;
        }
        let rotate = -1;
        if (currentTransform[0] && currentTransform[1] === 0 && currentTransform[2] === 0) {
          rotate = currentTransform[0] > 0 ? 0 : 180;
        } else if (currentTransform[1] && currentTransform[0] === 0 && currentTransform[3] === 0) {
          rotate = currentTransform[1] > 0 ? 90 : 270;
        }
        switch (rotate) {
          case 0:
            break;
          case 90:
            [posX, posY] = [posY, posX];
            [lastPosX, lastPosY] = [lastPosY, lastPosX];
            break;
          case 180:
            [posX, posY, lastPosX, lastPosY] = [-posX, -posY, -lastPosX, -lastPosY];
            break;
          case 270:
            [posX, posY] = [-posY, -posX];
            [lastPosX, lastPosY] = [-lastPosY, -lastPosX];
            break;
          default:
            [posX, posY] = applyInverseRotation(posX, posY, currentTransform);
            [lastPosX, lastPosY] = applyInverseRotation(lastPosX, lastPosY, textContentItem.prevTransform);
        }
        if (textState.font.vertical) {
          const advanceY2 = (lastPosY - posY) / textContentItem.textAdvanceScale;
          const advanceX2 = posX - lastPosX;
          const textOrientation2 = Math.sign(textContentItem.height || textContentItem.totalHeight);
          if (advanceY2 < textOrientation2 * textContentItem.negativeSpaceMax) {
            if (Math.abs(advanceX2) > 0.5 * textContentItem.width) {
              appendEOL();
              return true;
            }
            resetLastChars();
            flushTextContentItem();
            return true;
          }
          if (Math.abs(advanceX2) > textContentItem.width) {
            appendEOL();
            return true;
          }
          if (advanceY2 <= textOrientation2 * textContentItem.notASpace) {
            resetLastChars();
          }
          if (advanceY2 <= textOrientation2 * textContentItem.trackingSpaceMin) {
            if (shouldAddWhitepsace()) {
              resetLastChars();
              flushTextContentItem();
              pushWhitespace({
                height: Math.abs(advanceY2)
              });
            } else {
              textContentItem.height += advanceY2;
            }
          } else if (!addFakeSpaces(advanceY2, textContentItem.prevTransform, textOrientation2)) {
            if (textContentItem.str.length === 0) {
              resetLastChars();
              pushWhitespace({
                height: Math.abs(advanceY2)
              });
            } else {
              textContentItem.height += advanceY2;
            }
          }
          if (Math.abs(advanceX2) > textContentItem.width * VERTICAL_SHIFT_RATIO) {
            flushTextContentItem();
          }
          return true;
        }
        const advanceX = (posX - lastPosX) / textContentItem.textAdvanceScale;
        const advanceY = posY - lastPosY;
        const textOrientation = Math.sign(textContentItem.width || textContentItem.totalWidth);
        if (advanceX < textOrientation * textContentItem.negativeSpaceMax) {
          if (Math.abs(advanceY) > 0.5 * textContentItem.height) {
            appendEOL();
            return true;
          }
          resetLastChars();
          flushTextContentItem();
          return true;
        }
        const textRiseDelta = textState.textRise - textContentItem.prevTextRise;
        const advanceYCorrected = textRiseDelta === 0 ? advanceY : advanceY - currentTransform[3] / textState.fontSize * textRiseDelta;
        if (Math.abs(advanceYCorrected) > textContentItem.height) {
          appendEOL();
          return true;
        }
        if (advanceX <= textOrientation * textContentItem.notASpace) {
          resetLastChars();
        }
        if (advanceX <= textOrientation * textContentItem.trackingSpaceMin) {
          if (shouldAddWhitepsace()) {
            resetLastChars();
            flushTextContentItem();
            pushWhitespace({
              width: Math.abs(advanceX)
            });
          } else {
            textContentItem.width += advanceX;
          }
        } else if (!addFakeSpaces(advanceX, textContentItem.prevTransform, textOrientation)) {
          if (textContentItem.str.length === 0) {
            resetLastChars();
            pushWhitespace({
              width: Math.abs(advanceX)
            });
          } else {
            textContentItem.width += advanceX;
          }
        }
        if (Math.abs(advanceY) > textContentItem.height * VERTICAL_SHIFT_RATIO) {
          flushTextContentItem();
        }
        return true;
      }
      function buildTextContentItem({
        chars: chars4,
        extraSpacing
      }) {
        if (currentTextState !== textState && (currentTextState.fontSize !== textState.fontSize || currentTextState.fontName !== textState.fontName && (currentTextState.font.name !== textState.font.name || currentTextState.font.vertical !== textState.font.vertical))) {
          flushTextContentItem();
          currentTextState = textState.clone();
        }
        const font = textState.font;
        const baseCharSpacing = font.vertical ? -textState.charSpacing : textState.charSpacing;
        if (!chars4) {
          const charSpacing = baseCharSpacing + extraSpacing;
          if (charSpacing) {
            if (!font.vertical) {
              textState.translateTextMatrix(charSpacing * textState.textHScale, 0);
            } else {
              textState.translateTextMatrix(0, -charSpacing);
            }
          }
          if (keepWhiteSpace) {
            compareWithLastPosition(0);
          }
          return;
        }
        const glyphs = font.charsToGlyphs(chars4);
        const scale2 = textState.fontMatrix[0] * textState.fontSize;
        for (let i = 0, ii = glyphs.length; i < ii; i++) {
          const glyph = glyphs[i];
          const {
            category,
            originalCharCode
          } = glyph;
          if (category.isInvisibleFormatMark) {
            continue;
          }
          let charSpacing = baseCharSpacing + (i + 1 === ii ? extraSpacing : 0);
          const glyphWidth = font.vertical ? glyph.vmetric[0] : glyph.width;
          let scaledDim = glyphWidth * scale2;
          if (originalCharCode === 32) {
            charSpacing += textState.wordSpacing;
          }
          if (!keepWhiteSpace && category.isWhitespace) {
            if (!font.vertical) {
              charSpacing += scaledDim;
              textState.translateTextMatrix(charSpacing * textState.textHScale, 0);
            } else {
              charSpacing += -scaledDim;
              textState.translateTextMatrix(0, -charSpacing);
            }
            saveLastChar(" ");
            continue;
          }
          if (!category.isZeroWidthDiacritic && !compareWithLastPosition(scaledDim)) {
            if (!font.vertical) {
              textState.translateTextMatrix(scaledDim * textState.textHScale, 0);
            } else {
              textState.translateTextMatrix(0, scaledDim);
            }
            continue;
          }
          const textChunk = ensureTextContentItem();
          if (category.isZeroWidthDiacritic) {
            scaledDim = 0;
          }
          if (!font.vertical) {
            scaledDim *= textState.textHScale;
            intersector?.addGlyph(getCurrentTextTransform(), scaledDim, 0, glyph.unicode);
            textState.translateTextMatrix(scaledDim, 0);
            textChunk.width += scaledDim;
          } else {
            intersector?.addGlyph(getCurrentTextTransform(), 0, scaledDim, glyph.unicode);
            textState.translateTextMatrix(0, scaledDim);
            scaledDim = Math.abs(scaledDim);
            textChunk.height += scaledDim;
          }
          if (scaledDim) {
            textChunk.prevTransform = getCurrentTextTransform();
            textChunk.prevTextRise = textState.textRise;
          }
          const glyphUnicode = glyph.unicode;
          if (saveLastChar(glyphUnicode)) {
            textChunk.str.push(" ");
            intersector?.addExtraChar(" ");
          }
          if (!intersector) {
            textChunk.str.push(glyphUnicode);
          }
          if (charSpacing) {
            if (!font.vertical) {
              textState.translateTextMatrix(charSpacing * textState.textHScale, 0);
            } else {
              textState.translateTextMatrix(0, -charSpacing);
            }
          }
        }
      }
      function appendEOL() {
        intersector?.addExtraChar("\n");
        resetLastChars();
        if (textContentItem.initialized) {
          textContentItem.hasEOL = true;
          flushTextContentItem();
        } else {
          textContent.items.push({
            str: "",
            dir: "ltr",
            width: 0,
            height: 0,
            transform: getCurrentTextTransform(),
            fontName: textState.loadedName,
            hasEOL: true
          });
        }
      }
      function addFakeSpaces(width, transf, textOrientation) {
        if (textOrientation * textContentItem.spaceInFlowMin <= width && width <= textOrientation * textContentItem.spaceInFlowMax) {
          if (textContentItem.initialized) {
            resetLastChars();
            textContentItem.str.push(" ");
            intersector?.addExtraChar(" ");
          }
          return false;
        }
        const fontName = textContentItem.fontName;
        let height = 0;
        if (textContentItem.vertical) {
          height = width;
          width = 0;
        }
        flushTextContentItem();
        resetLastChars();
        pushWhitespace({
          width: Math.abs(width),
          height: Math.abs(height),
          transform: transf || getCurrentTextTransform(),
          fontName
        });
        return true;
      }
      function flushTextContentItem() {
        if (!textContentItem.initialized || !textContentItem.str) {
          return;
        }
        if (!textContentItem.vertical) {
          textContentItem.totalWidth += textContentItem.width * textContentItem.textAdvanceScale;
        } else {
          textContentItem.totalHeight += textContentItem.height * textContentItem.textAdvanceScale;
        }
        textContent.items.push(runBidiTransform(textContentItem));
        textContentItem.initialized = false;
        textContentItem.str.length = 0;
      }
      function closePendingMarkedContentItems(level = 0) {
        if (!includeMarkedContent || markedContentLevel <= level) {
          return;
        }
        flushTextContentItem();
        for (; markedContentLevel > level; markedContentLevel--) {
          textContent.items.push({
            type: "endMarkedContent"
          });
        }
      }
      function enqueueChunk(batch = false) {
        const length = textContent.items.length;
        if (length === 0) {
          return;
        }
        if (batch && length < TEXT_CHUNK_BATCH_SIZE) {
          return;
        }
        sink.enqueue(textContent, length);
        textContent.items = [];
        textContent.styles = /* @__PURE__ */ Object.create(null);
      }
      const timeSlotManager = new TimeSlotManager();
      return new Promise(function promiseBody(resolve, reject) {
        const next = function(promise) {
          enqueueChunk(true);
          Promise.all([promise, sink.ready]).then(function() {
            try {
              promiseBody(resolve, reject);
            } catch (ex) {
              reject(ex);
            }
          }, reject);
        };
        task.ensureNotTerminated();
        timeSlotManager.reset();
        const operation = {};
        let stop, name, isValidName, args = [];
        while (!(stop = timeSlotManager.check())) {
          args.length = 0;
          operation.args = args;
          if (!preprocessor.read(operation)) {
            break;
          }
          textState = stateManager.state;
          currentTextState ||= textState.clone();
          const fn = operation.fn;
          args = operation.args;
          switch (fn | 0) {
            case OPS2.setFont:
              const fontNameArg = args[0].name, fontSizeArg = args[1];
              if (textState.font && fontNameArg === textState.fontName && fontSizeArg === textState.fontSize) {
                break;
              }
              textState.fontName = fontNameArg;
              textState.fontSize = fontSizeArg;
              next(handleSetFont(fontNameArg, null));
              return;
            case OPS2.setTextRise:
              textState.textRise = args[0];
              break;
            case OPS2.setHScale:
              textState.textHScale = args[0] / 100;
              break;
            case OPS2.setLeading:
              textState.leading = args[0];
              break;
            case OPS2.moveText:
              textState.translateTextLineMatrix(args[0], args[1]);
              textState.textMatrix = textState.textLineMatrix.slice();
              break;
            case OPS2.setLeadingMoveText:
              textState.leading = -args[1];
              textState.translateTextLineMatrix(args[0], args[1]);
              textState.textMatrix = textState.textLineMatrix.slice();
              break;
            case OPS2.nextLine:
              textState.carriageReturn();
              break;
            case OPS2.setTextMatrix:
              textState.setTextMatrix(args[0], args[1], args[2], args[3], args[4], args[5]);
              textState.setTextLineMatrix(args[0], args[1], args[2], args[3], args[4], args[5]);
              updateAdvanceScale();
              break;
            case OPS2.setCharSpacing:
              textState.charSpacing = args[0];
              break;
            case OPS2.setWordSpacing:
              textState.wordSpacing = args[0];
              break;
            case OPS2.beginText:
              textState.textMatrix = IDENTITY_MATRIX.slice();
              textState.textLineMatrix = IDENTITY_MATRIX.slice();
              textMarkedContentLevel = markedContentLevel;
              break;
            case OPS2.endText:
              if (textMarkedContentLevel !== null) {
                closePendingMarkedContentItems(textMarkedContentLevel);
                textMarkedContentLevel = null;
              }
              break;
            case OPS2.showSpacedText:
              if (!stateManager.state.font) {
                self2.ensureStateFont(stateManager.state);
                continue;
              }
              const spaceFactor = (textState.font.vertical ? 1 : -1) * textState.fontSize / 1e3;
              for (const item of args[0]) {
                if (typeof item === "string") {
                  showSpacedTextBuffer.push(item);
                } else if (typeof item === "number" && item !== 0) {
                  const str = showSpacedTextBuffer.join("");
                  showSpacedTextBuffer.length = 0;
                  buildTextContentItem({
                    chars: str,
                    extraSpacing: item * spaceFactor
                  });
                }
              }
              if (showSpacedTextBuffer.length > 0) {
                const str = showSpacedTextBuffer.join("");
                showSpacedTextBuffer.length = 0;
                buildTextContentItem({
                  chars: str,
                  extraSpacing: 0
                });
              }
              break;
            case OPS2.showText:
              if (!stateManager.state.font) {
                self2.ensureStateFont(stateManager.state);
                continue;
              }
              buildTextContentItem({
                chars: args[0],
                extraSpacing: 0
              });
              break;
            case OPS2.nextLineShowText:
              if (!stateManager.state.font) {
                self2.ensureStateFont(stateManager.state);
                continue;
              }
              textState.carriageReturn();
              buildTextContentItem({
                chars: args[0],
                extraSpacing: 0
              });
              break;
            case OPS2.nextLineSetSpacingShowText:
              if (!stateManager.state.font) {
                self2.ensureStateFont(stateManager.state);
                continue;
              }
              textState.wordSpacing = args[0];
              textState.charSpacing = args[1];
              textState.carriageReturn();
              buildTextContentItem({
                chars: args[2],
                extraSpacing: 0
              });
              break;
            case OPS2.paintXObject:
              flushTextContentItem();
              xobjs ??= resources.get("XObject") || Dict.empty;
              isValidName = args[0] instanceof Name;
              name = args[0].name;
              if (isValidName && emptyXObjectCache.getByName(name)) {
                break;
              }
              next(new Promise(function(resolveXObject, rejectXObject) {
                if (!isValidName) {
                  throw new FormatError2("XObject must be referred to by name.");
                }
                let xobj = xobjs.getRaw(name);
                if (xobj instanceof Ref) {
                  if (emptyXObjectCache.getByRef(xobj)) {
                    resolveXObject();
                    return;
                  }
                  const globalImage = self2.globalImageCache.getData(xobj, self2.pageIndex);
                  if (globalImage) {
                    resolveXObject();
                    return;
                  }
                  xobj = xref.fetch(xobj);
                }
                if (!(xobj instanceof BaseStream)) {
                  throw new FormatError2("XObject should be a stream");
                }
                const {
                  dict
                } = xobj;
                const type = dict.get("Subtype");
                if (!(type instanceof Name)) {
                  throw new FormatError2("XObject should have a Name subtype");
                }
                if (type.name !== "Form") {
                  emptyXObjectCache.set(name, dict.objId, true);
                  resolveXObject();
                  return;
                }
                const currentState = stateManager.state.clone();
                const xObjStateManager = new StateManager(currentState);
                const matrix = lookupMatrix(dict.getArray("Matrix"), null);
                if (matrix) {
                  xObjStateManager.transform(matrix);
                }
                const localResources = dict.get("Resources");
                enqueueChunk();
                const sinkWrapper = textSinkWrapper(sink);
                self2.getTextContent({
                  stream: xobj,
                  task,
                  resources: localResources instanceof Dict ? localResources : resources,
                  stateManager: xObjStateManager,
                  includeMarkedContent,
                  sink: sinkWrapper,
                  seenStyles,
                  viewBox,
                  lang,
                  disableNormalization,
                  keepWhiteSpace,
                  prevRefs: seenRefs
                }).then(function() {
                  if (!sinkWrapper.enqueueInvoked) {
                    emptyXObjectCache.set(name, dict.objId, true);
                  }
                  resolveXObject();
                }, rejectXObject);
              }).catch((reason) => {
                if (reason instanceof AbortException2) {
                  return;
                }
                if (self2.options.ignoreErrors) {
                  warn2(`getTextContent - ignoring XObject: "${reason}".`);
                  return;
                }
                throw reason;
              }));
              return;
            case OPS2.setGState:
              isValidName = args[0] instanceof Name;
              name = args[0].name;
              if (isValidName && emptyGStateCache.getByName(name)) {
                break;
              }
              next(new Promise(function(resolveGState, rejectGState) {
                if (!isValidName) {
                  throw new FormatError2("GState must be referred to by name.");
                }
                const extGState = resources.get("ExtGState");
                if (!(extGState instanceof Dict)) {
                  throw new FormatError2("ExtGState should be a dictionary.");
                }
                const gState = extGState.get(name);
                if (!(gState instanceof Dict)) {
                  throw new FormatError2("GState should be a dictionary.");
                }
                const gStateFont = gState.get("Font");
                if (!gStateFont) {
                  emptyGStateCache.set(name, gState.objId, true);
                  resolveGState();
                  return;
                }
                flushTextContentItem();
                textState.fontName = null;
                textState.fontSize = gStateFont[1];
                handleSetFont(null, gStateFont[0]).then(resolveGState, rejectGState);
              }).catch((reason) => {
                if (reason instanceof AbortException2) {
                  return;
                }
                if (self2.options.ignoreErrors) {
                  warn2(`getTextContent - ignoring ExtGState: "${reason}".`);
                  return;
                }
                throw reason;
              }));
              return;
            case OPS2.beginMarkedContent:
              flushTextContentItem();
              if (includeMarkedContent) {
                markedContentLevel++;
                textContent.items.push({
                  type: "beginMarkedContent",
                  tag: args[0] instanceof Name ? args[0].name : null
                });
              }
              break;
            case OPS2.beginMarkedContentProps:
              flushTextContentItem();
              if (includeMarkedContent) {
                markedContentLevel++;
                const mcid = args[1] instanceof Dict ? args[1].get("MCID") : null;
                textContent.items.push({
                  type: "beginMarkedContentProps",
                  id: Number.isInteger(mcid) ? `${self2.idFactory.getPageObjId()}_mc${mcid}` : null,
                  tag: args[0] instanceof Name ? args[0].name : null
                });
              }
              break;
            case OPS2.endMarkedContent:
              flushTextContentItem();
              if (includeMarkedContent) {
                if (markedContentLevel === 0) {
                  break;
                }
                markedContentLevel--;
                textContent.items.push({
                  type: "endMarkedContent"
                });
              }
              break;
          }
          if (textContent.items.length >= sink.desiredSize) {
            stop = true;
            break;
          }
        }
        if (stop) {
          next(deferred);
          return;
        }
        flushTextContentItem();
        closePendingMarkedContentItems();
        enqueueChunk();
        resolve();
      }).catch((reason) => {
        if (reason instanceof AbortException2) {
          return;
        }
        if (this.options.ignoreErrors) {
          warn2(`getTextContent - ignoring errors during "${task.name}" task: "${reason}".`);
          flushTextContentItem();
          closePendingMarkedContentItems();
          enqueueChunk();
          return;
        }
        throw reason;
      });
    }
    async extractDataStructures(dict, properties) {
      const xref = this.xref;
      let cidToGidBytes;
      const toUnicodePromise = this.readToUnicode(properties.toUnicode);
      if (properties.composite) {
        const cidSystemInfo = dict.get("CIDSystemInfo");
        if (cidSystemInfo instanceof Dict && !properties.cidSystemInfo) {
          properties.cidSystemInfo = {
            registry: stringToPDFString(cidSystemInfo.get("Registry")),
            ordering: stringToPDFString(cidSystemInfo.get("Ordering")),
            supplement: cidSystemInfo.get("Supplement")
          };
        }
        try {
          const cidToGidMap = dict.get("CIDToGIDMap");
          if (cidToGidMap instanceof BaseStream) {
            cidToGidBytes = cidToGidMap.getBytes();
          }
        } catch (ex) {
          if (!this.options.ignoreErrors) {
            throw ex;
          }
          warn2(`extractDataStructures - ignoring CIDToGIDMap data: "${ex}".`);
        }
      }
      const differences = /* @__PURE__ */ new Map();
      let baseEncodingName = null;
      let encoding;
      if (dict.has("Encoding")) {
        encoding = dict.get("Encoding");
        if (encoding instanceof Dict) {
          baseEncodingName = encoding.get("BaseEncoding");
          baseEncodingName = baseEncodingName instanceof Name ? baseEncodingName.name : null;
          if (encoding.has("Differences")) {
            const diffEncoding = encoding.get("Differences");
            let index = 0;
            for (const entry of diffEncoding) {
              const data = xref.fetchIfRef(entry);
              if (typeof data === "number") {
                index = data;
              } else if (data instanceof Name) {
                differences.set(index++, data.name);
              } else {
                throw new FormatError2(`Invalid entry in 'Differences' array: ${data}`);
              }
            }
          }
        } else if (encoding instanceof Name) {
          baseEncodingName = encoding.name;
        } else {
          const msg = "Encoding is not a Name nor a Dict";
          if (!this.options.ignoreErrors) {
            throw new FormatError2(msg);
          }
          warn2(msg);
        }
        if (baseEncodingName !== "MacRomanEncoding" && baseEncodingName !== "MacExpertEncoding" && baseEncodingName !== "WinAnsiEncoding") {
          baseEncodingName = null;
        }
      }
      const nonEmbeddedFont = !properties.file || properties.isInternalFont, isSymbolsFontName = getSymbolsFonts()[properties.name];
      if (baseEncodingName && nonEmbeddedFont && isSymbolsFontName) {
        baseEncodingName = null;
      }
      if (baseEncodingName === "WinAnsiEncoding" && nonEmbeddedFont && properties.name?.charCodeAt(0) >= 183) {
        const fontName = properties.name;
        const chineseFontNames = ["ËÎÌå", "ºÚÌå", "¿¬Ìå", "·ÂËÎ", "¿¬Ìå_GB2312", "·ÂËÎ_GB2312", "Á¥Êé", "ÐÂËÎ", "·ÂËÎÌå", "Ð¡±êËÎ"];
        if (chineseFontNames.includes(fontName)) {
          baseEncodingName = null;
          properties.defaultEncoding = "Adobe-GB1-UCS2";
          properties.composite = true;
          properties.cidEncoding = Name.get("GBK-EUC-H");
          const cMap = await CMapFactory.create({
            encoding: properties.cidEncoding,
            fetchBuiltInCMap: this._fetchBuiltInCMapBound,
            useCMap: null
          });
          properties.cMap = cMap;
          properties.vertical = properties.cMap.vertical;
          properties.cidSystemInfo = {
            registry: "Adobe",
            ordering: "GB1",
            supplement: 0
          };
        }
      }
      if (baseEncodingName) {
        properties.defaultEncoding = getEncoding(baseEncodingName);
      } else {
        let isSymbolicFont = !!(properties.flags & FontFlags.Symbolic);
        const isNonsymbolicFont = !!(properties.flags & FontFlags.Nonsymbolic);
        if (properties.type === "TrueType" && isSymbolicFont && isNonsymbolicFont && differences.size) {
          properties.flags &= ~FontFlags.Symbolic;
          isSymbolicFont = false;
        }
        encoding = StandardEncoding;
        if (properties.type === "TrueType" && !isNonsymbolicFont) {
          encoding = WinAnsiEncoding;
        }
        if (isSymbolicFont || isSymbolsFontName) {
          encoding = MacRomanEncoding;
          if (nonEmbeddedFont) {
            if (/Symbol/i.test(properties.name)) {
              encoding = SymbolSetEncoding;
            } else if (/Dingbats/i.test(properties.name)) {
              encoding = ZapfDingbatsEncoding;
            } else if (/Wingdings/i.test(properties.name)) {
              encoding = WinAnsiEncoding;
            }
          }
        }
        properties.defaultEncoding = encoding;
      }
      properties.differences = differences;
      properties.baseEncodingName = baseEncodingName;
      properties.hasEncoding = !!baseEncodingName || !!differences.size;
      properties.dict = dict;
      properties.toUnicode = await toUnicodePromise;
      const builtToUnicode = await this.buildToUnicode(properties);
      properties.toUnicode = builtToUnicode;
      if (cidToGidBytes) {
        properties.cidToGidMap = this.readCidToGidMap(cidToGidBytes, builtToUnicode);
      }
      return properties;
    }
    _simpleFontToUnicode(properties, forceGlyphs = false) {
      util_assert2(!properties.composite, "Must be a simple font.");
      const toUnicode = /* @__PURE__ */ new Map();
      const encoding = properties.defaultEncoding.slice();
      const baseEncodingName = properties.baseEncodingName;
      for (const [charCode, glyphName] of properties.differences) {
        if (glyphName === ".notdef") {
          continue;
        }
        encoding[charCode] = glyphName;
      }
      const glyphsUnicodeMap = getGlyphsUnicode();
      for (const charcode in encoding) {
        let glyphName = encoding[charcode];
        if (glyphName === "") {
          continue;
        }
        let unicode = glyphsUnicodeMap[glyphName];
        if (unicode !== void 0) {
          toUnicode.set(+charcode, String.fromCharCode(unicode));
          continue;
        }
        let code = 0;
        switch (glyphName[0]) {
          case "G":
            if (glyphName.length === 3) {
              code = parseInt(glyphName.substring(1), 16);
            }
            break;
          case "g":
            if (glyphName.length === 5) {
              code = parseInt(glyphName.substring(1), 16);
            }
            break;
          case "C":
          case "c":
            if (glyphName.length >= 3 && glyphName.length <= 4) {
              const codeStr = glyphName.substring(1);
              if (forceGlyphs) {
                code = parseInt(codeStr, 16);
                break;
              }
              code = +codeStr;
              if (Number.isNaN(code) && Number.isInteger(parseInt(codeStr, 16))) {
                return this._simpleFontToUnicode(properties, true);
              }
            }
            break;
          case "u":
            unicode = getUnicodeForGlyph(glyphName, glyphsUnicodeMap);
            if (unicode !== -1) {
              code = unicode;
            }
            break;
          default:
            switch (glyphName) {
              case "f_h":
              case "f_t":
              case "T_h":
                toUnicode.set(+charcode, glyphName.replaceAll("_", ""));
                continue;
            }
            break;
        }
        if (code > 0 && code <= 1114111 && Number.isInteger(code)) {
          if (baseEncodingName && code === +charcode) {
            const baseEncoding = getEncoding(baseEncodingName);
            if (baseEncoding && (glyphName = baseEncoding[charcode])) {
              toUnicode.set(+charcode, String.fromCharCode(glyphsUnicodeMap[glyphName]));
              continue;
            }
          }
          toUnicode.set(+charcode, String.fromCodePoint(code));
        }
      }
      return toUnicode;
    }
    async buildToUnicode(properties) {
      properties.hasIncludedToUnicodeMap = !!properties.toUnicode?.size;
      if (properties.hasIncludedToUnicodeMap) {
        if (!properties.composite && properties.hasEncoding) {
          properties.fallbackToUnicode = this._simpleFontToUnicode(properties);
        }
        return properties.toUnicode;
      }
      if (!properties.composite) {
        return new ToUnicodeMap(this._simpleFontToUnicode(properties));
      }
      if (properties.cMap.builtInCMap && !(properties.cMap instanceof IdentityCMap) || properties.cidSystemInfo?.registry === "Adobe" && (properties.cidSystemInfo.ordering === "GB1" || properties.cidSystemInfo.ordering === "CNS1" || properties.cidSystemInfo.ordering === "Japan1" || properties.cidSystemInfo.ordering === "Korea1")) {
        const {
          registry,
          ordering
        } = properties.cidSystemInfo;
        const ucs2CMapName = Name.get(`${registry}-${ordering}-UCS2`);
        const ucs2CMap = await CMapFactory.create({
          encoding: ucs2CMapName,
          fetchBuiltInCMap: this._fetchBuiltInCMapBound,
          useCMap: null
        });
        const toUnicode = /* @__PURE__ */ new Map(), buf = [];
        properties.cMap.forEach((charcode, cid) => {
          if (cid > 65535) {
            throw new FormatError2("Max size of CID is 65,535");
          }
          const ucs2 = ucs2CMap.lookup(cid);
          if (ucs2) {
            buf.length = 0;
            for (let i = 0, ii = ucs2.length; i < ii; i += 2) {
              buf.push((ucs2.charCodeAt(i) << 8) + ucs2.charCodeAt(i + 1));
            }
            toUnicode.set(charcode, String.fromCharCode(...buf));
          }
        });
        return new ToUnicodeMap(toUnicode);
      }
      return new IdentityToUnicodeMap(properties.firstChar, properties.lastChar);
    }
    async readToUnicode(cmapObj) {
      if (!cmapObj) {
        return null;
      }
      if (cmapObj instanceof Name) {
        const cmap = await CMapFactory.create({
          encoding: cmapObj,
          fetchBuiltInCMap: this._fetchBuiltInCMapBound,
          useCMap: null
        });
        return cmap instanceof IdentityCMap ? new IdentityToUnicodeMap(0, 65535) : new ToUnicodeMap(cmap.getMap());
      }
      if (cmapObj instanceof BaseStream) {
        try {
          const cmap = await CMapFactory.create({
            encoding: cmapObj,
            fetchBuiltInCMap: this._fetchBuiltInCMapBound,
            useCMap: null
          });
          if (cmap instanceof IdentityCMap) {
            return new IdentityToUnicodeMap(0, 65535);
          }
          const map = /* @__PURE__ */ new Map();
          cmap.forEach((charCode, token) => {
            if (typeof token === "number") {
              map.set(charCode, String.fromCodePoint(token));
              return;
            }
            if (token.length % 2 !== 0) {
              token = "\0" + token;
            }
            const str = [];
            for (let k = 0; k < token.length; k += 2) {
              const w1 = token.charCodeAt(k) << 8 | token.charCodeAt(k + 1);
              if ((w1 & 63488) !== 55296) {
                str.push(w1);
                continue;
              }
              k += 2;
              const w2 = token.charCodeAt(k) << 8 | token.charCodeAt(k + 1);
              str.push(((w1 & 1023) << 10) + (w2 & 1023) + 65536);
            }
            map.set(charCode, String.fromCodePoint(...str));
          });
          return new ToUnicodeMap(map);
        } catch (reason) {
          if (reason instanceof AbortException2) {
            return null;
          }
          if (this.options.ignoreErrors) {
            warn2(`readToUnicode - ignoring ToUnicode data: "${reason}".`);
            return null;
          }
          throw reason;
        }
      }
      return null;
    }
    readCidToGidMap(glyphsData, toUnicode) {
      const map = /* @__PURE__ */ new Map();
      for (let j = 0, jj = glyphsData.length; j < jj; j++) {
        const glyphID = glyphsData[j++] << 8 | glyphsData[j];
        const code = j >> 1;
        if (glyphID === 0 && !toUnicode.has(code)) {
          continue;
        }
        map.set(code, glyphID);
      }
      return map;
    }
    extractWidths(dict, descriptor, properties) {
      const xref = this.xref;
      let glyphsWidths = [];
      let defaultWidth = 0;
      const glyphsVMetrics = [];
      let defaultVMetrics;
      if (properties.composite) {
        const dw = dict.get("DW");
        defaultWidth = typeof dw === "number" ? Math.ceil(dw) : 1e3;
        const widths = dict.get("W");
        if (Array.isArray(widths)) {
          for (let i = 0, ii = widths.length; i < ii; i++) {
            let start = xref.fetchIfRef(widths[i++]);
            if (!Number.isInteger(start)) {
              break;
            }
            const code = xref.fetchIfRef(widths[i]);
            if (Array.isArray(code)) {
              for (const c of code) {
                const width = xref.fetchIfRef(c);
                if (typeof width === "number") {
                  glyphsWidths[start] = width;
                }
                start++;
              }
            } else if (Number.isInteger(code)) {
              const width = xref.fetchIfRef(widths[++i]);
              if (typeof width !== "number") {
                continue;
              }
              for (let j = start; j <= code; j++) {
                glyphsWidths[j] = width;
              }
            } else {
              break;
            }
          }
        }
        if (properties.vertical) {
          const dw2 = dict.getArray("DW2");
          let vmetrics = isNumberArray(dw2, 2) ? dw2 : [880, -1e3];
          defaultVMetrics = [vmetrics[1], defaultWidth * 0.5, vmetrics[0]];
          vmetrics = dict.get("W2");
          if (Array.isArray(vmetrics)) {
            for (let i = 0, ii = vmetrics.length; i < ii; i++) {
              let start = xref.fetchIfRef(vmetrics[i++]);
              if (!Number.isInteger(start)) {
                break;
              }
              const code = xref.fetchIfRef(vmetrics[i]);
              if (Array.isArray(code)) {
                for (let j = 0, jj = code.length; j < jj; j++) {
                  const vmetric = [xref.fetchIfRef(code[j++]), xref.fetchIfRef(code[j++]), xref.fetchIfRef(code[j])];
                  if (isNumberArray(vmetric, null)) {
                    glyphsVMetrics[start] = vmetric;
                  }
                  start++;
                }
              } else if (Number.isInteger(code)) {
                const vmetric = [xref.fetchIfRef(vmetrics[++i]), xref.fetchIfRef(vmetrics[++i]), xref.fetchIfRef(vmetrics[++i])];
                if (!isNumberArray(vmetric, null)) {
                  continue;
                }
                for (let j = start; j <= code; j++) {
                  glyphsVMetrics[j] = vmetric;
                }
              } else {
                break;
              }
            }
          }
        }
      } else {
        const widths = dict.get("Widths");
        if (Array.isArray(widths)) {
          let j = properties.firstChar;
          for (const w of widths) {
            const width = xref.fetchIfRef(w);
            if (typeof width === "number") {
              glyphsWidths[j] = width;
            }
            j++;
          }
          const missingWidth = descriptor.get("MissingWidth");
          defaultWidth = typeof missingWidth === "number" ? missingWidth : 0;
        } else {
          const baseFontName = dict.get("BaseFont");
          if (baseFontName instanceof Name) {
            const metrics = this.getBaseFontMetrics(baseFontName.name);
            glyphsWidths = this.buildCharCodeToWidth(metrics.widths, properties);
            defaultWidth = metrics.defaultWidth;
          }
        }
      }
      let isMonospace = true;
      let firstWidth = defaultWidth;
      for (const glyph in glyphsWidths) {
        const glyphWidth = glyphsWidths[glyph];
        if (!glyphWidth) {
          continue;
        }
        if (!firstWidth) {
          firstWidth = glyphWidth;
          continue;
        }
        if (firstWidth !== glyphWidth) {
          isMonospace = false;
          break;
        }
      }
      if (isMonospace) {
        properties.flags |= FontFlags.FixedPitch;
      } else {
        properties.flags &= ~FontFlags.FixedPitch;
      }
      properties.defaultWidth = defaultWidth;
      properties.widths = glyphsWidths;
      properties.defaultVMetrics = defaultVMetrics;
      properties.vmetrics = glyphsVMetrics;
    }
    isSerifFont(baseFontName) {
      const fontNameWoStyle = baseFontName.split("-", 1)[0];
      return fontNameWoStyle in getSerifFonts() || /serif/i.test(fontNameWoStyle);
    }
    getBaseFontMetrics(name) {
      let defaultWidth = 0;
      let widths = /* @__PURE__ */ Object.create(null);
      let monospace = false;
      let fontName = normalizeFontName(name);
      const stdFontMap = getStdFontMap();
      fontName = stdFontMap[fontName] || fontName;
      const Metrics = getMetrics();
      const glyphWidths = Metrics[fontName] ?? Metrics[this.isSerifFont(name) ? "Times-Roman" : "Helvetica"];
      if (typeof glyphWidths === "number") {
        defaultWidth = glyphWidths;
        monospace = true;
      } else {
        widths = glyphWidths();
      }
      return {
        defaultWidth,
        monospace,
        widths
      };
    }
    buildCharCodeToWidth(widthsByGlyphName, properties) {
      const widths = /* @__PURE__ */ Object.create(null);
      const diffs = properties.differences, encoding = properties.defaultEncoding;
      for (let charCode = 0; charCode < 256; charCode++) {
        const width = diffs.has(charCode) && widthsByGlyphName[diffs.get(charCode)] || charCode in encoding && widthsByGlyphName[encoding[charCode]];
        if (width) {
          widths[charCode] = width;
        }
      }
      return widths;
    }
    preEvaluateFont(dict) {
      const baseDict = dict;
      let type = dict.get("Subtype");
      if (!(type instanceof Name)) {
        throw new FormatError2("invalid font Subtype");
      }
      let composite = false;
      let hash;
      if (type.name === "Type0") {
        const df = dict.get("DescendantFonts");
        if (!df) {
          throw new FormatError2("Descendant fonts are not specified");
        }
        dict = Array.isArray(df) ? this.xref.fetchIfRef(df[0]) : df;
        if (!(dict instanceof Dict)) {
          throw new FormatError2("Descendant font is not a dictionary.");
        }
        type = dict.get("Subtype");
        if (!(type instanceof Name)) {
          throw new FormatError2("invalid font Subtype");
        }
        composite = true;
      }
      let firstChar = dict.get("FirstChar");
      if (!Number.isInteger(firstChar)) {
        firstChar = 0;
      }
      let lastChar = dict.get("LastChar");
      if (!Number.isInteger(lastChar)) {
        lastChar = composite ? 65535 : 255;
      }
      const descriptor = dict.get("FontDescriptor");
      const toUnicode = dict.get("ToUnicode") || baseDict.get("ToUnicode");
      if (descriptor) {
        hash = new MurmurHash3_642();
        const encoding = baseDict.getRaw("Encoding");
        if (encoding instanceof Name) {
          hash.update(encoding.name);
        } else if (encoding instanceof Ref) {
          hash.update(encoding.toString());
        } else if (encoding instanceof Dict) {
          for (const entry of encoding.getRawValues()) {
            if (entry instanceof Name) {
              hash.update(entry.name);
            } else if (entry instanceof Ref) {
              hash.update(entry.toString());
            } else if (Array.isArray(entry)) {
              const diffLength = entry.length, diffBuf = new Array(diffLength);
              for (let j = 0; j < diffLength; j++) {
                const diffEntry = entry[j];
                if (diffEntry instanceof Name) {
                  diffBuf[j] = diffEntry.name;
                } else if (typeof diffEntry === "number" || diffEntry instanceof Ref) {
                  diffBuf[j] = diffEntry.toString();
                }
              }
              hash.update(diffBuf.join());
            }
          }
        }
        hash.update(`${firstChar}-${lastChar}`);
        if (toUnicode instanceof BaseStream) {
          const stream2 = toUnicode.stream || toUnicode;
          const uint8array = stream2.buffer ? new Uint8Array(stream2.buffer.buffer, 0, stream2.bufferLength) : new Uint8Array(stream2.bytes.buffer, stream2.start, stream2.end - stream2.start);
          hash.update(uint8array);
        } else if (toUnicode instanceof Name) {
          hash.update(toUnicode.name);
        }
        const widths = dict.get("Widths") || baseDict.get("Widths");
        if (Array.isArray(widths)) {
          const widthsBuf = [];
          for (const entry of widths) {
            if (typeof entry === "number" || entry instanceof Ref) {
              widthsBuf.push(entry.toString());
            }
          }
          hash.update(widthsBuf.join());
        }
        if (composite) {
          hash.update("compositeFont");
          const compositeWidths = dict.get("W") || baseDict.get("W");
          if (Array.isArray(compositeWidths)) {
            const widthsBuf = [];
            for (const entry of compositeWidths) {
              if (typeof entry === "number" || entry instanceof Ref) {
                widthsBuf.push(entry.toString());
              } else if (Array.isArray(entry)) {
                const subWidthsBuf = [];
                for (const element2 of entry) {
                  if (typeof element2 === "number" || element2 instanceof Ref) {
                    subWidthsBuf.push(element2.toString());
                  }
                }
                widthsBuf.push(`[${subWidthsBuf.join()}]`);
              }
            }
            hash.update(widthsBuf.join());
          }
          const cidToGidMap = dict.getRaw("CIDToGIDMap") || baseDict.getRaw("CIDToGIDMap");
          if (cidToGidMap instanceof Name) {
            hash.update(cidToGidMap.name);
          } else if (cidToGidMap instanceof Ref) {
            hash.update(cidToGidMap.toString());
          } else if (cidToGidMap instanceof BaseStream) {
            hash.update(cidToGidMap.peekBytes());
          }
        }
        if (type.name === "Type3") {
          const charProcs = baseDict.get("CharProcs");
          if (charProcs instanceof Dict) {
            for (const [key2, entry] of charProcs.getRawEntries()) {
              hash.update(entry instanceof Ref ? `${key2}\0${entry}` : key2);
            }
          }
        }
      }
      return {
        descriptor,
        dict,
        baseDict,
        composite,
        type: type.name,
        firstChar,
        lastChar,
        toUnicode,
        hash: hash ? hash.hexdigest() : ""
      };
    }
    async translateFont({
      descriptor,
      dict,
      baseDict,
      composite,
      type,
      firstChar,
      lastChar,
      toUnicode,
      cssFontInfo
    }) {
      const isType3Font = type === "Type3";
      if (!descriptor) {
        if (isType3Font) {
          descriptor = Dict.empty;
        } else if (composite) {
          descriptor = Dict.empty;
        } else {
          let baseFontName = dict.get("BaseFont");
          if (!(baseFontName instanceof Name)) {
            throw new FormatError2("Base font is not specified");
          }
          baseFontName = normalizeFontName(baseFontName.name);
          const metrics = this.getBaseFontMetrics(baseFontName);
          const fontNameWoStyle = baseFontName.split("-", 1)[0];
          const flags2 = (this.isSerifFont(fontNameWoStyle) ? FontFlags.Serif : 0) | (metrics.monospace ? FontFlags.FixedPitch : 0) | (getSymbolsFonts()[fontNameWoStyle] ? FontFlags.Symbolic : FontFlags.Nonsymbolic);
          const properties2 = {
            type,
            name: baseFontName,
            loadedName: baseDict.loadedName,
            systemFontInfo: null,
            widths: metrics.widths,
            defaultWidth: metrics.defaultWidth,
            isSimulatedFlags: true,
            flags: flags2,
            firstChar,
            lastChar,
            toUnicode,
            xHeight: 0,
            capHeight: 0,
            italicAngle: 0,
            isType3Font
          };
          const widths = dict.get("Widths");
          const standardFontName = getStandardFontName(baseFontName);
          let file = null;
          if (standardFontName) {
            file = await this.fetchStandardFontData(standardFontName);
            properties2.isInternalFont = !!file;
          }
          if (!properties2.isInternalFont && this.options.useSystemFonts) {
            properties2.systemFontInfo = getFontSubstitution(this.systemFontCache, this.idFactory, this.options.standardFontDataUrl, baseFontName, standardFontName, type);
          }
          const newProperties2 = await this.extractDataStructures(dict, properties2);
          if (Array.isArray(widths)) {
            const glyphWidths = [];
            let j = firstChar;
            for (const w of widths) {
              const width = this.xref.fetchIfRef(w);
              if (typeof width === "number") {
                glyphWidths[j] = width;
              }
              j++;
            }
            newProperties2.widths = glyphWidths;
          } else {
            newProperties2.widths = this.buildCharCodeToWidth(metrics.widths, newProperties2);
          }
          return new Font2(baseFontName, file, newProperties2, this.options);
        }
      }
      let fontName = descriptor.get("FontName");
      let baseFont = dict.get("BaseFont");
      if (typeof fontName === "string") {
        fontName = Name.get(fontName);
      }
      if (typeof baseFont === "string") {
        baseFont = Name.get(baseFont);
      }
      const fontNameStr = fontName?.name;
      const baseFontStr = baseFont?.name;
      if (isType3Font) {
        if (!fontNameStr) {
          fontName = Name.get(type);
        }
      } else if (fontNameStr !== baseFontStr) {
        info2(`The FontDescriptor's FontName is "${fontNameStr}" but should be the same as the Font's BaseFont "${baseFontStr}".`);
        if (fontNameStr && baseFontStr && (baseFontStr.startsWith(fontNameStr) || !isKnownFontName(fontNameStr) && isKnownFontName(baseFontStr))) {
          fontName = null;
        }
        fontName ||= baseFont;
      }
      if (!(fontName instanceof Name)) {
        throw new FormatError2("invalid font name");
      }
      let fontFile, fontFileN, subtype, length1, length2, length3;
      try {
        for (const n of ["FontFile", "FontFile2", "FontFile3"]) {
          fontFile = descriptor.get(n);
          if (fontFile) {
            fontFileN = n;
            break;
          }
        }
        if (fontFile) {
          if (!(fontFile instanceof BaseStream)) {
            throw new FormatError2("FontFile should be a stream");
          } else {
            if (fontFile.isAsync) {
              const bytes2 = await fontFile.asyncGetBytes();
              if (bytes2) {
                fontFile = new Stream2(bytes2, 0, bytes2.length, fontFile.dict);
              }
            }
            if (fontFile.isEmpty) {
              throw new FormatError2("FontFile is empty");
            }
          }
        }
      } catch (ex) {
        if (!this.options.ignoreErrors) {
          throw ex;
        }
        warn2(`translateFont - fetching "${fontName.name}" font file: "${ex}".`);
        fontFile = null;
      }
      let isInternalFont = false;
      let glyphScaleFactors = null;
      let systemFontInfo = null;
      if (fontFile) {
        if (fontFile.dict) {
          const subtypeEntry = fontFile.dict.get("Subtype");
          if (subtypeEntry instanceof Name) {
            subtype = subtypeEntry.name;
          }
          length1 = fontFile.dict.get("Length1");
          length2 = fontFile.dict.get("Length2");
          length3 = fontFile.dict.get("Length3");
        }
      } else if (cssFontInfo) {
        const standardFontName = getXfaFontName(fontName.name);
        if (standardFontName) {
          cssFontInfo.fontFamily = `${cssFontInfo.fontFamily}-PdfJS-XFA`;
          cssFontInfo.metrics = standardFontName.metrics || null;
          glyphScaleFactors = standardFontName.factors || null;
          fontFile = await this.fetchStandardFontData(standardFontName.name);
          isInternalFont = !!fontFile;
          baseDict = dict = getXfaFontDict(fontName.name);
          composite = true;
        }
      } else if (!isType3Font) {
        const standardFontName = getStandardFontName(fontName.name);
        if (standardFontName) {
          fontFile = await this.fetchStandardFontData(standardFontName);
          isInternalFont = !!fontFile;
        }
        if (!isInternalFont && this.options.useSystemFonts) {
          systemFontInfo = getFontSubstitution(this.systemFontCache, this.idFactory, this.options.standardFontDataUrl, fontName.name, standardFontName, type);
        }
      }
      const fontMatrix = lookupMatrix(dict.getArray("FontMatrix"), FONT_IDENTITY_MATRIX2);
      const bbox = lookupNormalRect(descriptor.getArray("FontBBox") || dict.getArray("FontBBox"), isType3Font ? [0, 0, 0, 0] : void 0);
      let ascent = descriptor.get("Ascent");
      if (typeof ascent !== "number") {
        ascent = void 0;
      }
      let descent = descriptor.get("Descent");
      if (typeof descent !== "number") {
        descent = void 0;
      }
      let xHeight = descriptor.get("XHeight");
      if (typeof xHeight !== "number") {
        xHeight = 0;
      }
      let capHeight = descriptor.get("CapHeight");
      if (typeof capHeight !== "number") {
        capHeight = 0;
      }
      let flags = descriptor.get("Flags");
      if (!Number.isInteger(flags)) {
        flags = 0;
      }
      let italicAngle = descriptor.get("ItalicAngle");
      if (typeof italicAngle !== "number") {
        italicAngle = 0;
      }
      const properties = {
        type,
        name: fontName.name,
        subtype,
        file: fontFile,
        fontFileN,
        length1,
        length2,
        length3,
        isInternalFont,
        loadedName: baseDict.loadedName,
        composite,
        fixedPitch: false,
        fontMatrix,
        firstChar,
        lastChar,
        toUnicode,
        bbox,
        ascent,
        descent,
        xHeight,
        capHeight,
        flags,
        italicAngle,
        isType3Font,
        cssFontInfo,
        scaleFactors: glyphScaleFactors,
        systemFontInfo
      };
      if (composite) {
        const cidEncoding = baseDict.get("Encoding");
        if (cidEncoding instanceof Name) {
          properties.cidEncoding = cidEncoding.name;
        }
        const cMap = await CMapFactory.create({
          encoding: cidEncoding,
          fetchBuiltInCMap: this._fetchBuiltInCMapBound,
          useCMap: null
        });
        properties.cMap = cMap;
        properties.vertical = properties.cMap.vertical;
      }
      const newProperties = await this.extractDataStructures(dict, properties);
      this.extractWidths(dict, descriptor, newProperties);
      const font = new Font2(fontName.name, fontFile, newProperties, this.options);
      if (font.missingFile && !font.systemFontInfo && !isType3Font && this.options.useSystemFonts) {
        const standardFontName = getStandardFontName(fontName.name);
        const substitution = getFontSubstitution(this.systemFontCache, this.idFactory, this.options.standardFontDataUrl, fontName.name, standardFontName, type);
        if (substitution) {
          if (substitution.guessFallback) {
            substitution.guessFallback = false;
            substitution.css += `,${font.fallbackName}`;
          }
          font.systemFontInfo = substitution;
        }
      }
      return font;
    }
    static buildFontPaths(font, glyphs, handler, evaluatorOptions) {
      function buildPath(fontChar) {
        const glyphName = `${font.loadedName}_path_${fontChar}`;
        try {
          const buffer = font.renderer.getPath(fontChar);
          if (!buffer) {
            return;
          }
          handler.send("commonobj", [glyphName, "FontPath", buffer], [buffer]);
        } catch (reason) {
          if (evaluatorOptions.ignoreErrors) {
            warn2(`buildFontPaths - ignoring ${glyphName} glyph: "${reason}".`);
            return;
          }
          throw reason;
        }
      }
      for (const glyph of glyphs) {
        buildPath(glyph.fontChar);
        const accent = glyph.accent;
        if (accent?.fontChar) {
          buildPath(accent.fontChar);
        }
      }
    }
    static get fallbackFontDict() {
      const dict = new Dict();
      dict.set("BaseFont", Name.get("Helvetica"));
      dict.set("Type", Name.get("FallbackType"));
      dict.set("Subtype", Name.get("FallbackType"));
      dict.set("Encoding", Name.get("WinAnsiEncoding"));
      return util_shadow2(this, "fallbackFontDict", dict);
    }
  };
  var TranslatedFont = class {
    #sent = false;
    #type3Loaded = null;
    constructor({
      loadedName,
      font,
      dict
    }) {
      this.loadedName = loadedName;
      this.font = font;
      this.dict = dict;
      this.type3Dependencies = font.isType3Font ? /* @__PURE__ */ new Set() : null;
    }
    send(handler) {
      if (this.#sent) {
        return;
      }
      this.#sent = true;
      const fontData = this.font.exportData(), transfers = fontData.buffer ? [fontData.buffer] : null;
      handler.send("commonobj", [this.loadedName, "Font", fontData], transfers);
    }
    fallback(handler, evaluatorOptions) {
      if (!this.font.data) {
        return;
      }
      this.font.disableFontFace = true;
      PartialEvaluator.buildFontPaths(this.font, this.font.glyphCacheValues, handler, evaluatorOptions);
    }
    async loadType3Data(evaluator, resources, task, seenRefs = null) {
      if (this.#type3Loaded) {
        return this.#type3Loaded;
      }
      const {
        dict,
        font,
        type3Dependencies
      } = this;
      util_assert2(font.isType3Font, "Must be a Type3 font.");
      const {
        promise,
        resolve
      } = Promise.withResolvers();
      this.#type3Loaded = promise;
      const type3Evaluator = evaluator.clone({
        ignoreErrors: false
      });
      const type3FontRefs = new RefSet(evaluator.type3FontRefs);
      if (dict.objId) {
        type3FontRefs.put(dict.objId);
      }
      type3Evaluator.type3FontRefs = type3FontRefs;
      const charProcs = dict.get("CharProcs");
      const fontResources = dict.get("Resources") || resources;
      const charProcOperatorList = /* @__PURE__ */ new Map();
      const [x0, y0, x1, y1] = font.bbox;
      const fontBBoxSize = Math.hypot(x1 - x0, y1 - y0);
      for (const key2 of charProcs.getKeys()) {
        try {
          const operatorList = new OperatorList();
          await type3Evaluator.getOperatorList({
            stream: charProcs.get(key2),
            task,
            resources: fontResources,
            operatorList,
            prevRefs: seenRefs
          });
          switch (operatorList.fnArray[0]) {
            case OPS2.setCharWidthAndBounds:
              this.#removeType3ColorOperators(operatorList, fontBBoxSize);
              break;
            case OPS2.setCharWidth:
              if (!fontBBoxSize) {
                this.#guessType3FontBBox(operatorList);
              }
              break;
          }
          charProcOperatorList.set(key2, operatorList.getIR());
          for (const dependency of operatorList.dependencies) {
            type3Dependencies.add(dependency);
          }
        } catch {
          warn2(`Type3 font resource "${key2}" is not available.`);
          charProcOperatorList.set(key2, new OperatorList().getIR());
        }
      }
      font.charProcOperatorList = charProcOperatorList;
      if (this._bbox) {
        font.isCharBBox = true;
        font.bbox = this._bbox;
      }
      resolve();
      return this.#type3Loaded;
    }
    #removeType3ColorOperators(operatorList, fontBBoxSize = NaN) {
      const charBBox = Util2.normalizeRect(operatorList.argsArray[0].slice(2)), width = charBBox[2] - charBBox[0], height = charBBox[3] - charBBox[1];
      const charBBoxSize = Math.hypot(width, height);
      if (width === 0 || height === 0) {
        operatorList.fnArray.splice(0, 1);
        operatorList.argsArray.splice(0, 1);
      } else if (fontBBoxSize === 0 || Math.round(charBBoxSize / fontBBoxSize) >= 10) {
        this._bbox ??= BBOX_INIT2.slice();
        Util2.rectBoundingBox(...charBBox, this._bbox);
      }
      let i = 0, ii = operatorList.length;
      while (i < ii) {
        switch (operatorList.fnArray[i]) {
          case OPS2.setCharWidthAndBounds:
            break;
          case OPS2.setStrokeColorSpace:
          case OPS2.setFillColorSpace:
          case OPS2.setStrokeColor:
          case OPS2.setStrokeColorN:
          case OPS2.setFillColor:
          case OPS2.setFillColorN:
          case OPS2.setStrokeGray:
          case OPS2.setFillGray:
          case OPS2.setStrokeRGBColor:
          case OPS2.setFillRGBColor:
          case OPS2.setStrokeCMYKColor:
          case OPS2.setFillCMYKColor:
          case OPS2.shadingFill:
          case OPS2.setRenderingIntent:
            operatorList.fnArray.splice(i, 1);
            operatorList.argsArray.splice(i, 1);
            ii--;
            continue;
          case OPS2.setGState:
            const [gStateObj] = operatorList.argsArray[i];
            let j = 0, jj = gStateObj.length;
            while (j < jj) {
              const [gStateKey] = gStateObj[j];
              switch (gStateKey) {
                case "TR":
                case "TR2":
                case "HT":
                case "BG":
                case "BG2":
                case "UCR":
                case "UCR2":
                  gStateObj.splice(j, 1);
                  jj--;
                  continue;
              }
              j++;
            }
            break;
        }
        i++;
      }
    }
    #guessType3FontBBox(operatorList) {
      let i = 1;
      const ii = operatorList.length;
      while (i < ii) {
        switch (operatorList.fnArray[i]) {
          case OPS2.constructPath:
            const minMax = operatorList.argsArray[i][2];
            this._bbox ??= BBOX_INIT2.slice();
            Util2.rectBoundingBox(...minMax, this._bbox);
            break;
        }
        i++;
      }
    }
  };
  var StateManager = class {
    constructor(initialState = new EvalState()) {
      this.state = initialState;
      this.stateStack = [];
    }
    save() {
      const old = this.state;
      this.stateStack.push(this.state);
      this.state = old.clone();
    }
    restore() {
      const prev = this.stateStack.pop();
      if (prev) {
        this.state = prev;
      }
    }
    transform(args) {
      this.state.ctm = Util2.transform(this.state.ctm, args);
    }
  };
  var TextState = class {
    ctm = new Float32Array(IDENTITY_MATRIX);
    fontName = null;
    fontSize = 0;
    loadedName = null;
    font = null;
    fontMatrix = FONT_IDENTITY_MATRIX2;
    textMatrix = IDENTITY_MATRIX.slice();
    textLineMatrix = IDENTITY_MATRIX.slice();
    charSpacing = 0;
    wordSpacing = 0;
    leading = 0;
    textHScale = 1;
    textRise = 0;
    setTextMatrix(a, b, c, d, e, f) {
      const m = this.textMatrix;
      m[0] = a;
      m[1] = b;
      m[2] = c;
      m[3] = d;
      m[4] = e;
      m[5] = f;
    }
    setTextLineMatrix(a, b, c, d, e, f) {
      const m = this.textLineMatrix;
      m[0] = a;
      m[1] = b;
      m[2] = c;
      m[3] = d;
      m[4] = e;
      m[5] = f;
    }
    translateTextMatrix(x, y) {
      const m = this.textMatrix;
      m[4] = m[0] * x + m[2] * y + m[4];
      m[5] = m[1] * x + m[3] * y + m[5];
    }
    translateTextLineMatrix(x, y) {
      const m = this.textLineMatrix;
      m[4] = m[0] * x + m[2] * y + m[4];
      m[5] = m[1] * x + m[3] * y + m[5];
    }
    carriageReturn() {
      this.translateTextLineMatrix(0, -this.leading);
      this.textMatrix = this.textLineMatrix.slice();
    }
    clone() {
      const clone = Object.assign(Object.create(this), this);
      clone.textMatrix = this.textMatrix.slice();
      clone.textLineMatrix = this.textLineMatrix.slice();
      clone.fontMatrix = this.fontMatrix.slice();
      return clone;
    }
  };
  var EvalState = class {
    ctm = new Float32Array(IDENTITY_MATRIX);
    font = null;
    textRenderingMode = TextRenderingMode3.FILL;
    _fillColorSpace = ColorSpaceUtils.gray;
    _strokeColorSpace = ColorSpaceUtils.gray;
    patternFillColorSpace = null;
    patternStrokeColorSpace = null;
    currentPointX = 0;
    currentPointY = 0;
    pathMinMax = F32_BBOX_INIT2.slice();
    pathBuffer = [];
    get fillColorSpace() {
      return this._fillColorSpace;
    }
    set fillColorSpace(colorSpace) {
      this._fillColorSpace = this.patternFillColorSpace = colorSpace;
    }
    get strokeColorSpace() {
      return this._strokeColorSpace;
    }
    set strokeColorSpace(colorSpace) {
      this._strokeColorSpace = this.patternStrokeColorSpace = colorSpace;
    }
    clone({
      newPath = false
    } = {}) {
      const clone = Object.create(this);
      if (newPath) {
        clone.pathBuffer = [];
        clone.pathMinMax = F32_BBOX_INIT2.slice();
      }
      return clone;
    }
  };
  var EvaluatorPreprocessor = class _EvaluatorPreprocessor {
    static get opMap() {
      return util_shadow2(this, "opMap", Object.assign(/* @__PURE__ */ Object.create(null), {
        w: {
          id: OPS2.setLineWidth,
          numArgs: 1,
          variableArgs: false
        },
        J: {
          id: OPS2.setLineCap,
          numArgs: 1,
          variableArgs: false
        },
        j: {
          id: OPS2.setLineJoin,
          numArgs: 1,
          variableArgs: false
        },
        M: {
          id: OPS2.setMiterLimit,
          numArgs: 1,
          variableArgs: false
        },
        d: {
          id: OPS2.setDash,
          numArgs: 2,
          variableArgs: false
        },
        ri: {
          id: OPS2.setRenderingIntent,
          numArgs: 1,
          variableArgs: false
        },
        i: {
          id: OPS2.setFlatness,
          numArgs: 1,
          variableArgs: false
        },
        gs: {
          id: OPS2.setGState,
          numArgs: 1,
          variableArgs: false
        },
        q: {
          id: OPS2.save,
          numArgs: 0,
          variableArgs: false
        },
        Q: {
          id: OPS2.restore,
          numArgs: 0,
          variableArgs: false
        },
        cm: {
          id: OPS2.transform,
          numArgs: 6,
          variableArgs: false
        },
        m: {
          id: OPS2.moveTo,
          numArgs: 2,
          variableArgs: false
        },
        l: {
          id: OPS2.lineTo,
          numArgs: 2,
          variableArgs: false
        },
        c: {
          id: OPS2.curveTo,
          numArgs: 6,
          variableArgs: false
        },
        v: {
          id: OPS2.curveTo2,
          numArgs: 4,
          variableArgs: false
        },
        y: {
          id: OPS2.curveTo3,
          numArgs: 4,
          variableArgs: false
        },
        h: {
          id: OPS2.closePath,
          numArgs: 0,
          variableArgs: false
        },
        re: {
          id: OPS2.rectangle,
          numArgs: 4,
          variableArgs: false
        },
        S: {
          id: OPS2.stroke,
          numArgs: 0,
          variableArgs: false
        },
        s: {
          id: OPS2.closeStroke,
          numArgs: 0,
          variableArgs: false
        },
        f: {
          id: OPS2.fill,
          numArgs: 0,
          variableArgs: false
        },
        F: {
          id: OPS2.fill,
          numArgs: 0,
          variableArgs: false
        },
        "f*": {
          id: OPS2.eoFill,
          numArgs: 0,
          variableArgs: false
        },
        B: {
          id: OPS2.fillStroke,
          numArgs: 0,
          variableArgs: false
        },
        "B*": {
          id: OPS2.eoFillStroke,
          numArgs: 0,
          variableArgs: false
        },
        b: {
          id: OPS2.closeFillStroke,
          numArgs: 0,
          variableArgs: false
        },
        "b*": {
          id: OPS2.closeEOFillStroke,
          numArgs: 0,
          variableArgs: false
        },
        n: {
          id: OPS2.endPath,
          numArgs: 0,
          variableArgs: false
        },
        W: {
          id: OPS2.clip,
          numArgs: 0,
          variableArgs: false
        },
        "W*": {
          id: OPS2.eoClip,
          numArgs: 0,
          variableArgs: false
        },
        BT: {
          id: OPS2.beginText,
          numArgs: 0,
          variableArgs: false
        },
        ET: {
          id: OPS2.endText,
          numArgs: 0,
          variableArgs: false
        },
        Tc: {
          id: OPS2.setCharSpacing,
          numArgs: 1,
          variableArgs: false
        },
        Tw: {
          id: OPS2.setWordSpacing,
          numArgs: 1,
          variableArgs: false
        },
        Tz: {
          id: OPS2.setHScale,
          numArgs: 1,
          variableArgs: false
        },
        TL: {
          id: OPS2.setLeading,
          numArgs: 1,
          variableArgs: false
        },
        Tf: {
          id: OPS2.setFont,
          numArgs: 2,
          variableArgs: false
        },
        Tr: {
          id: OPS2.setTextRenderingMode,
          numArgs: 1,
          variableArgs: false
        },
        Ts: {
          id: OPS2.setTextRise,
          numArgs: 1,
          variableArgs: false
        },
        Td: {
          id: OPS2.moveText,
          numArgs: 2,
          variableArgs: false
        },
        TD: {
          id: OPS2.setLeadingMoveText,
          numArgs: 2,
          variableArgs: false
        },
        Tm: {
          id: OPS2.setTextMatrix,
          numArgs: 6,
          variableArgs: false
        },
        "T*": {
          id: OPS2.nextLine,
          numArgs: 0,
          variableArgs: false
        },
        Tj: {
          id: OPS2.showText,
          numArgs: 1,
          variableArgs: false
        },
        TJ: {
          id: OPS2.showSpacedText,
          numArgs: 1,
          variableArgs: false
        },
        "'": {
          id: OPS2.nextLineShowText,
          numArgs: 1,
          variableArgs: false
        },
        '"': {
          id: OPS2.nextLineSetSpacingShowText,
          numArgs: 3,
          variableArgs: false
        },
        d0: {
          id: OPS2.setCharWidth,
          numArgs: 2,
          variableArgs: false
        },
        d1: {
          id: OPS2.setCharWidthAndBounds,
          numArgs: 6,
          variableArgs: false
        },
        CS: {
          id: OPS2.setStrokeColorSpace,
          numArgs: 1,
          variableArgs: false
        },
        cs: {
          id: OPS2.setFillColorSpace,
          numArgs: 1,
          variableArgs: false
        },
        SC: {
          id: OPS2.setStrokeColor,
          numArgs: 4,
          variableArgs: true
        },
        SCN: {
          id: OPS2.setStrokeColorN,
          numArgs: 33,
          variableArgs: true
        },
        sc: {
          id: OPS2.setFillColor,
          numArgs: 4,
          variableArgs: true
        },
        scn: {
          id: OPS2.setFillColorN,
          numArgs: 33,
          variableArgs: true
        },
        G: {
          id: OPS2.setStrokeGray,
          numArgs: 1,
          variableArgs: false
        },
        g: {
          id: OPS2.setFillGray,
          numArgs: 1,
          variableArgs: false
        },
        RG: {
          id: OPS2.setStrokeRGBColor,
          numArgs: 3,
          variableArgs: false
        },
        rg: {
          id: OPS2.setFillRGBColor,
          numArgs: 3,
          variableArgs: false
        },
        K: {
          id: OPS2.setStrokeCMYKColor,
          numArgs: 4,
          variableArgs: false
        },
        k: {
          id: OPS2.setFillCMYKColor,
          numArgs: 4,
          variableArgs: false
        },
        sh: {
          id: OPS2.shadingFill,
          numArgs: 1,
          variableArgs: false
        },
        BI: {
          id: OPS2.beginInlineImage,
          numArgs: 0,
          variableArgs: false
        },
        ID: {
          id: OPS2.beginImageData,
          numArgs: 0,
          variableArgs: false
        },
        EI: {
          id: OPS2.endInlineImage,
          numArgs: 1,
          variableArgs: false
        },
        Do: {
          id: OPS2.paintXObject,
          numArgs: 1,
          variableArgs: false
        },
        MP: {
          id: OPS2.markPoint,
          numArgs: 1,
          variableArgs: false
        },
        DP: {
          id: OPS2.markPointProps,
          numArgs: 2,
          variableArgs: false
        },
        BMC: {
          id: OPS2.beginMarkedContent,
          numArgs: 1,
          variableArgs: false
        },
        BDC: {
          id: OPS2.beginMarkedContentProps,
          numArgs: 2,
          variableArgs: false
        },
        EMC: {
          id: OPS2.endMarkedContent,
          numArgs: 0,
          variableArgs: false
        },
        BX: {
          id: OPS2.beginCompat,
          numArgs: 0,
          variableArgs: false
        },
        EX: {
          id: OPS2.endCompat,
          numArgs: 0,
          variableArgs: false
        },
        BM: null,
        BD: null,
        true: null,
        fa: null,
        fal: null,
        fals: null,
        false: null,
        nu: null,
        nul: null,
        null: null
      }));
    }
    static MAX_INVALID_PATH_OPS = 10;
    constructor(stream2, xref, stateManager = new StateManager()) {
      this.parser = new Parser({
        lexer: new Lexer(stream2, _EvaluatorPreprocessor.opMap),
        xref
      });
      this.stateManager = stateManager;
      this.nonProcessedArgs = [];
      this._isPathOp = false;
      this._numInvalidPathOPS = 0;
    }
    get savedStatesDepth() {
      return this.stateManager.stateStack.length;
    }
    read(operation) {
      let args = operation.args;
      while (true) {
        const obj = this.parser.getObj();
        if (obj instanceof Cmd) {
          const cmd = obj.cmd;
          const opSpec = _EvaluatorPreprocessor.opMap[cmd];
          if (!opSpec) {
            warn2(`Unknown command "${cmd}".`);
            continue;
          }
          const fn = opSpec.id;
          const numArgs = opSpec.numArgs;
          let argsLength = args !== null ? args.length : 0;
          if (!this._isPathOp) {
            this._numInvalidPathOPS = 0;
          }
          this._isPathOp = fn >= OPS2.moveTo && fn <= OPS2.endPath;
          if (!opSpec.variableArgs) {
            if (argsLength !== numArgs) {
              const nonProcessedArgs = this.nonProcessedArgs;
              while (argsLength > numArgs) {
                nonProcessedArgs.push(args.shift());
                argsLength--;
              }
              while (argsLength < numArgs && nonProcessedArgs.length !== 0) {
                if (args === null) {
                  args = [];
                }
                args.unshift(nonProcessedArgs.pop());
                argsLength++;
              }
            }
            if (argsLength < numArgs) {
              const partialMsg = `command ${cmd}: expected ${numArgs} args, but received ${argsLength} args.`;
              if (this._isPathOp && ++this._numInvalidPathOPS > _EvaluatorPreprocessor.MAX_INVALID_PATH_OPS) {
                throw new FormatError2(`Invalid ${partialMsg}`);
              }
              warn2(`Skipping ${partialMsg}`);
              if (args !== null) {
                args.length = 0;
              }
              continue;
            }
          } else if (argsLength > numArgs) {
            info2(`Command ${cmd}: expected [0, ${numArgs}] args, but received ${argsLength} args.`);
          }
          this.preprocessCommand(fn, args);
          operation.fn = fn;
          operation.args = args;
          return true;
        }
        if (obj === EOF) {
          return false;
        }
        if (obj !== null) {
          if (args === null) {
            args = [];
          }
          args.push(obj);
          if (args.length > 33) {
            throw new FormatError2("Too many arguments");
          }
        }
      }
    }
    preprocessCommand(fn, args) {
      switch (fn | 0) {
        case OPS2.save:
          this.stateManager.save();
          break;
        case OPS2.restore:
          this.stateManager.restore();
          break;
        case OPS2.transform:
          this.stateManager.transform(args);
          break;
      }
    }
  };
  var DefaultAppearanceEvaluator = class extends EvaluatorPreprocessor {
    constructor(str) {
      super(new StringStream(str));
    }
    parse() {
      const operation = {
        fn: 0,
        args: []
      };
      const result = {
        fontSize: 0,
        fontName: "",
        fontColor: new Uint8ClampedArray(3)
      };
      try {
        while (true) {
          operation.args.length = 0;
          if (!this.read(operation)) {
            break;
          }
          if (this.savedStatesDepth !== 0) {
            continue;
          }
          const {
            fn,
            args
          } = operation;
          switch (fn | 0) {
            case OPS2.setFont:
              const [fontName, fontSize] = args;
              if (fontName instanceof Name) {
                result.fontName = fontName.name;
              }
              if (typeof fontSize === "number" && fontSize > 0) {
                result.fontSize = fontSize;
              }
              break;
            case OPS2.setFillRGBColor:
              ColorSpaceUtils.rgb.getRgbItem(args, 0, result.fontColor, 0);
              break;
            case OPS2.setFillGray:
              ColorSpaceUtils.gray.getRgbItem(args, 0, result.fontColor, 0);
              break;
            case OPS2.setFillCMYKColor:
              ColorSpaceUtils.cmyk.getRgbItem(args, 0, result.fontColor, 0);
              break;
          }
        }
      } catch (reason) {
        warn2(`parseDefaultAppearance - ignoring errors: "${reason}".`);
      }
      return result;
    }
  };
  function parseDefaultAppearance(str) {
    return new DefaultAppearanceEvaluator(str).parse();
  }
  var AppearanceStreamEvaluator = class extends EvaluatorPreprocessor {
    constructor(stream2, xref, globalColorSpaceCache) {
      super(stream2);
      this.stream = stream2;
      this.xref = xref;
      this.globalColorSpaceCache = globalColorSpaceCache;
      this.resources = stream2.dict?.get("Resources");
    }
    parse() {
      const operation = {
        fn: 0,
        args: []
      };
      let result = {
        scaleFactor: 1,
        fontSize: 0,
        fontName: "",
        fontColor: new Uint8ClampedArray(3),
        fillColorSpace: ColorSpaceUtils.gray
      };
      let breakLoop = false;
      const stack = [];
      try {
        while (true) {
          operation.args.length = 0;
          if (breakLoop || !this.read(operation)) {
            break;
          }
          const {
            fn,
            args
          } = operation;
          switch (fn | 0) {
            case OPS2.save:
              stack.push({
                scaleFactor: result.scaleFactor,
                fontSize: result.fontSize,
                fontName: result.fontName,
                fontColor: result.fontColor.slice(),
                fillColorSpace: result.fillColorSpace
              });
              break;
            case OPS2.restore:
              result = stack.pop() || result;
              break;
            case OPS2.setTextMatrix:
              const tm = Util2.transform(this.stateManager.state.ctm, args);
              result.scaleFactor *= Math.hypot(tm[0], tm[1]);
              break;
            case OPS2.setFont:
              const [fontName, fontSize] = args;
              if (fontName instanceof Name) {
                result.fontName = fontName.name;
              }
              if (typeof fontSize === "number" && fontSize > 0) {
                result.fontSize = fontSize;
              }
              break;
            case OPS2.setFillColorSpace:
              result.fillColorSpace = ColorSpaceUtils.parse({
                cs: args[0],
                xref: this.xref,
                resources: this.resources,
                pdfFunctionFactory: this._pdfFunctionFactory,
                globalColorSpaceCache: this.globalColorSpaceCache,
                localColorSpaceCache: this._localColorSpaceCache
              });
              break;
            case OPS2.setFillColor:
              const cs = result.fillColorSpace;
              cs.getRgbItem(args, 0, result.fontColor, 0);
              break;
            case OPS2.setFillRGBColor:
              ColorSpaceUtils.rgb.getRgbItem(args, 0, result.fontColor, 0);
              break;
            case OPS2.setFillGray:
              ColorSpaceUtils.gray.getRgbItem(args, 0, result.fontColor, 0);
              break;
            case OPS2.setFillCMYKColor:
              ColorSpaceUtils.cmyk.getRgbItem(args, 0, result.fontColor, 0);
              break;
            case OPS2.showText:
            case OPS2.showSpacedText:
            case OPS2.nextLineShowText:
            case OPS2.nextLineSetSpacingShowText:
              result.fontSize *= result.scaleFactor;
              breakLoop = true;
              break;
          }
        }
      } catch (reason) {
        warn2(`parseAppearanceStream - ignoring errors: "${reason}".`);
      }
      this.stream.reset();
      delete result.scaleFactor;
      delete result.fillColorSpace;
      return result;
    }
    get _localColorSpaceCache() {
      return util_shadow2(this, "_localColorSpaceCache", new LocalColorSpaceCache());
    }
    get _pdfFunctionFactory() {
      return util_shadow2(this, "_pdfFunctionFactory", new PDFFunctionFactory({
        xref: this.xref
      }));
    }
  };
  function parseAppearanceStream(stream2, xref, globalColorSpaceCache) {
    return new AppearanceStreamEvaluator(stream2, xref, globalColorSpaceCache).parse();
  }
  function getPdfColor(color2, isFill) {
    if (color2[0] === color2[1] && color2[1] === color2[2]) {
      const gray = color2[0] / 255;
      return `${core_utils_numberToString(gray)} ${isFill ? "g" : "G"}`;
    }
    return Array.from(color2, (c) => core_utils_numberToString(c / 255)).join(" ") + ` ${isFill ? "rg" : "RG"}`;
  }
  function createDefaultAppearance({
    fontSize,
    fontName,
    fontColor
  }) {
    return `/${escapePDFName(fontName)} ${fontSize} Tf ${getPdfColor(fontColor, true)}`;
  }
  var FakeUnicodeFont = class _FakeUnicodeFont {
    static #fontNameId = 1;
    constructor(xref, fontFamily) {
      this.xref = xref;
      this.widths = null;
      this.firstChar = Infinity;
      this.lastChar = -Infinity;
      this.fontFamily = fontFamily;
      const canvas = new OffscreenCanvas(1, 1);
      this.ctxMeasure = canvas.getContext("2d", {
        willReadFrequently: true
      });
      this.fontName = Name.get(`InvalidPDFjsFont_${fontFamily}_${_FakeUnicodeFont.#fontNameId++}`);
    }
    get fontDescriptorRef() {
      if (!_FakeUnicodeFont._fontDescriptorRef) {
        const fontDescriptor = new Dict(this.xref);
        fontDescriptor.setIfName("Type", "FontDescriptor");
        fontDescriptor.set("FontName", this.fontName);
        fontDescriptor.set("FontFamily", "MyriadPro Regular");
        fontDescriptor.set("FontBBox", [0, 0, 0, 0]);
        fontDescriptor.setIfName("FontStretch", "Normal");
        fontDescriptor.set("FontWeight", 400);
        fontDescriptor.set("ItalicAngle", 0);
        _FakeUnicodeFont._fontDescriptorRef = this.xref.getNewPersistentRef(fontDescriptor);
      }
      return _FakeUnicodeFont._fontDescriptorRef;
    }
    get descendantFontRef() {
      const descendantFont = new Dict(this.xref);
      descendantFont.set("BaseFont", this.fontName);
      descendantFont.setIfName("Type", "Font");
      descendantFont.setIfName("Subtype", "CIDFontType0");
      descendantFont.setIfName("CIDToGIDMap", "Identity");
      descendantFont.set("FirstChar", this.firstChar);
      descendantFont.set("LastChar", this.lastChar);
      descendantFont.set("FontDescriptor", this.fontDescriptorRef);
      descendantFont.set("DW", 1e3);
      const widths = [];
      const chars4 = [...this.widths].sort();
      let currentChar = null;
      let currentWidths = null;
      for (const [char, width] of chars4) {
        if (!currentChar) {
          currentChar = char;
          currentWidths = [width];
          continue;
        }
        if (char === currentChar + currentWidths.length) {
          currentWidths.push(width);
        } else {
          widths.push(currentChar, currentWidths);
          currentChar = char;
          currentWidths = [width];
        }
      }
      if (currentChar) {
        widths.push(currentChar, currentWidths);
      }
      descendantFont.set("W", widths);
      const cidSystemInfo = new Dict(this.xref);
      cidSystemInfo.set("Ordering", "Identity");
      cidSystemInfo.set("Registry", "Adobe");
      cidSystemInfo.set("Supplement", 0);
      descendantFont.set("CIDSystemInfo", cidSystemInfo);
      return this.xref.getNewPersistentRef(descendantFont);
    }
    get baseFontRef() {
      const baseFont = new Dict(this.xref);
      baseFont.set("BaseFont", this.fontName);
      baseFont.setIfName("Type", "Font");
      baseFont.setIfName("Subtype", "Type0");
      baseFont.setIfName("Encoding", "Identity-H");
      baseFont.set("DescendantFonts", [this.descendantFontRef]);
      baseFont.setIfName("ToUnicode", "Identity-H");
      return this.xref.getNewPersistentRef(baseFont);
    }
    get resources() {
      const resources = new Dict(this.xref);
      const font = new Dict(this.xref);
      font.set(this.fontName.name, this.baseFontRef);
      resources.set("Font", font);
      return resources;
    }
    _createContext() {
      this.widths = /* @__PURE__ */ new Map();
      this.ctxMeasure.font = `1000px ${this.fontFamily}`;
      return this.ctxMeasure;
    }
    createFontResources(text2) {
      const ctx = this._createContext();
      for (const line of text2.split(/\r\n?|\n/)) {
        for (const char of line.split("")) {
          const code = char.charCodeAt(0);
          if (this.widths.has(code)) {
            continue;
          }
          const metrics = ctx.measureText(char);
          const width = Math.ceil(metrics.width);
          this.widths.set(code, width);
          this.firstChar = Math.min(code, this.firstChar);
          this.lastChar = Math.max(code, this.lastChar);
        }
      }
      return this.resources;
    }
    static getFirstPositionInfo(rect2, rotation, fontSize) {
      const [x1, y1, x2, y2] = rect2;
      let w = x2 - x1;
      let h = y2 - y1;
      if (rotation % 180 !== 0) {
        [w, h] = [h, w];
      }
      const lineHeight = (
        /* inlined export .LINE_FACTOR */
        1.35 * fontSize
      );
      const lineDescent = (
        /* inlined export .LINE_DESCENT_FACTOR */
        0.35 * fontSize
      );
      return {
        coords: [0, h + lineDescent - lineHeight],
        bbox: [0, 0, w, h],
        matrix: rotation !== 0 ? getRotationMatrix(rotation, h, lineHeight) : void 0
      };
    }
    createAppearance(text2, rect2, rotation, fontSize, bgColor, strokeAlpha) {
      const ctx = this._createContext();
      const lines = [];
      let maxWidth = -Infinity;
      for (const line of text2.split(/\r\n?|\n/)) {
        lines.push(line);
        const lineWidth = ctx.measureText(line).width;
        maxWidth = Math.max(maxWidth, lineWidth);
        for (const code of codePointIter(line)) {
          const char = String.fromCodePoint(code);
          let width = this.widths.get(code);
          if (width === void 0) {
            const metrics = ctx.measureText(char);
            width = Math.ceil(metrics.width);
            this.widths.set(code, width);
            this.firstChar = Math.min(code, this.firstChar);
            this.lastChar = Math.max(code, this.lastChar);
          }
        }
      }
      maxWidth *= fontSize / 1e3;
      const [x1, y1, x2, y2] = rect2;
      let w = x2 - x1;
      let h = y2 - y1;
      if (rotation % 180 !== 0) {
        [w, h] = [h, w];
      }
      const hscale = maxWidth > w ? w / maxWidth : 1;
      let vscale = 1;
      const lineHeight = (
        /* inlined export .LINE_FACTOR */
        1.35 * fontSize
      );
      const lineDescent = (
        /* inlined export .LINE_DESCENT_FACTOR */
        0.35 * fontSize
      );
      const maxHeight = lineHeight * lines.length;
      if (maxHeight > h) {
        vscale = h / maxHeight;
      }
      const fscale = Math.min(hscale, vscale);
      const newFontSize = fontSize * fscale;
      const buffer = ["q", `0 0 ${core_utils_numberToString(w)} ${core_utils_numberToString(h)} re W n`, `BT`, `1 0 0 1 0 ${core_utils_numberToString(h + lineDescent)} Tm 0 Tc ${getPdfColor(bgColor, true)}`, `/${this.fontName.name} ${core_utils_numberToString(newFontSize)} Tf`];
      const {
        resources
      } = this;
      strokeAlpha = typeof strokeAlpha === "number" && strokeAlpha >= 0 && strokeAlpha <= 1 ? strokeAlpha : 1;
      if (strokeAlpha !== 1) {
        buffer.push("/R0 gs");
        const extGState = new Dict(this.xref);
        const r0 = new Dict(this.xref);
        r0.set("ca", strokeAlpha);
        r0.set("CA", strokeAlpha);
        r0.setIfName("Type", "ExtGState");
        extGState.set("R0", r0);
        resources.set("ExtGState", extGState);
      }
      const vShift = core_utils_numberToString(lineHeight);
      for (const line of lines) {
        buffer.push(`0 -${vShift} Td <${stringToUTF16HexString(line)}> Tj`);
      }
      buffer.push("ET", "Q");
      const appearance = buffer.join("\n");
      const appearanceStreamDict = new Dict(this.xref);
      appearanceStreamDict.setIfName("Subtype", "Form");
      appearanceStreamDict.setIfName("Type", "XObject");
      appearanceStreamDict.set("BBox", [0, 0, w, h]);
      appearanceStreamDict.set("Length", appearance.length);
      appearanceStreamDict.set("Resources", resources);
      if (rotation) {
        const matrix = getRotationMatrix(rotation, w, h);
        appearanceStreamDict.set("Matrix", matrix);
      }
      return new StringStream(appearance, appearanceStreamDict);
    }
  };
  var DateFormats = ["m/d", "m/d/yy", "mm/dd/yy", "mm/yy", "d-mmm", "d-mmm-yy", "dd-mmm-yy", "yy-mm-dd", "mmm-yy", "mmmm-yy", "mmm d, yyyy", "mmmm d, yyyy", "m/d/yy h:MM tt", "m/d/yy HH:MM"];
  var TimeFormats = ["HH:MM", "h:MM tt", "HH:MM:ss", "h:MM:ss tt"];
  es_json_stringify_namespaceFn2();
  var NameOrNumberTree = class {
    constructor(root, xref, type) {
      this.root = root;
      this.xref = xref;
      this._type = type;
    }
    getAll(isRaw = false) {
      const map = /* @__PURE__ */ new Map();
      if (!this.root) {
        return map;
      }
      const xref = this.xref;
      const processed = new RefSet();
      if (this.root instanceof Ref) {
        processed.put(this.root);
      }
      const queue = [this.root];
      for (const node2 of queue) {
        const obj = xref.fetchIfRef(node2);
        if (!(obj instanceof Dict)) {
          continue;
        }
        if (obj.has("Kids")) {
          const kids = obj.get("Kids");
          if (!Array.isArray(kids)) {
            continue;
          }
          for (const kid of kids) {
            if (kid instanceof Ref) {
              if (processed.has(kid)) {
                throw new FormatError2(`Duplicate entry in "${this._type}" tree.`);
              }
              processed.put(kid);
            }
            queue.push(kid);
          }
          continue;
        }
        const entries = obj.get(this._type);
        if (!Array.isArray(entries)) {
          continue;
        }
        for (let i = 0, ii = entries.length; i < ii; i += 2) {
          map.set(isRaw ? entries[i] : xref.fetchIfRef(entries[i]), isRaw ? entries[i + 1] : xref.fetchIfRef(entries[i + 1]));
        }
      }
      return map;
    }
    getRaw(key2) {
      if (!this.root) {
        return null;
      }
      const xref = this.xref;
      let kidsOrEntries = xref.fetchIfRef(this.root);
      let loopCount = 0;
      const MAX_LEVELS = 10;
      while (kidsOrEntries.has("Kids")) {
        if (++loopCount > MAX_LEVELS) {
          warn2(`Search depth limit reached for "${this._type}" tree.`);
          return null;
        }
        const kids = kidsOrEntries.get("Kids");
        if (!Array.isArray(kids)) {
          return null;
        }
        let l = 0, r = kids.length - 1;
        while (l <= r) {
          const m = l + r >> 1;
          const kid = xref.fetchIfRef(kids[m]);
          const limits = kid.get("Limits");
          if (key2 < xref.fetchIfRef(limits[0])) {
            r = m - 1;
          } else if (key2 > xref.fetchIfRef(limits[1])) {
            l = m + 1;
          } else {
            kidsOrEntries = kid;
            break;
          }
        }
        if (l > r) {
          return null;
        }
      }
      const entries = kidsOrEntries.get(this._type);
      if (Array.isArray(entries)) {
        let l = 0, r = entries.length - 2;
        while (l <= r) {
          const tmp = l + r >> 1, m = tmp + (tmp & 1);
          const currentKey = xref.fetchIfRef(entries[m]);
          if (key2 < currentKey) {
            r = m - 2;
          } else if (key2 > currentKey) {
            l = m + 2;
          } else {
            return entries[m + 1];
          }
        }
      }
      return null;
    }
    get(key2) {
      return this.xref.fetchIfRef(this.getRaw(key2));
    }
  };
  var NameTree = class extends NameOrNumberTree {
    constructor(root, xref) {
      super(root, xref, "Names");
    }
  };
  var NumberTree = class extends NameOrNumberTree {
    constructor(root, xref) {
      super(root, xref, "Nums");
    }
  };
  function clearGlobalCaches() {
    clearPatternCaches();
    clearPrimitiveCaches();
    clearUnicodeCaches();
    WasmImage.cleanup();
  }
  var FileSpec = class _FileSpec {
    constructor(root) {
      if (!(root instanceof Dict)) {
        return;
      }
      this.root = root;
      if (root.has("RF")) {
        warn2("Related file specifications are not supported");
      }
    }
    get filename() {
      const item = _FileSpec.pickPlatformItem(this.root);
      if (item && typeof item === "string") {
        return stringToPDFString(item, true).replaceAll("\\\\", "\\").replaceAll("\\/", "/").replaceAll("\\", "/");
      }
      return "";
    }
    get description() {
      const desc = this.root?.get("Desc");
      return desc && typeof desc === "string" ? stringToPDFString(desc) : "";
    }
    get serializable() {
      const {
        filename,
        description
      } = this;
      return {
        rawFilename: filename,
        filename: stripPath2(filename) || "unnamed",
        description
      };
    }
    static pickPlatformItem(dict, raw = false) {
      if (dict instanceof Dict) {
        for (const key2 of ["UF", "F", "Unix", "Mac", "DOS"]) {
          if (dict.has(key2)) {
            return raw ? dict.getRaw(key2) : dict.get(key2);
          }
        }
      }
      return null;
    }
    static hasEmbeddedFile(fileSpecDict) {
      return this.pickPlatformItem(fileSpecDict.get("EF")) instanceof BaseStream;
    }
    static readContent(dict) {
      if (!(dict instanceof Dict)) {
        return null;
      }
      const ef = this.pickPlatformItem(dict.get("EF"));
      if (!(ef instanceof BaseStream)) {
        warn2("Embedded file specification points to non-existing/invalid content");
        return null;
      }
      return this.readStreamContent(ef);
    }
    static readStreamContent(stream2) {
      const encrypt = stream2.dict?.xref?.encrypt;
      if (encrypt?.encryptionKey === null) {
        throw new PasswordException2("No password given", PasswordResponses2.NEED_PASSWORD);
      }
      return stream2.getBytes();
    }
  };
  var XMLParserErrorCode = {
    NoError: 0,
    EndOfDocument: -1,
    UnterminatedCdata: -2,
    UnterminatedXmlDeclaration: -3,
    UnterminatedDoctypeDeclaration: -4,
    UnterminatedComment: -5,
    MalformedElement: -6,
    OutOfMemory: -7,
    UnterminatedAttributeValue: -8,
    UnterminatedElement: -9,
    ElementNeverBegun: -10
  };
  function isWhitespace(s, index) {
    const ch2 = s[index];
    return ch2 === " " || ch2 === "\n" || ch2 === "\r" || ch2 === "	";
  }
  function isWhitespaceString(s) {
    for (let i = 0, ii = s.length; i < ii; i++) {
      if (!isWhitespace(s, i)) {
        return false;
      }
    }
    return true;
  }
  var XMLParserBase = class _XMLParserBase {
    static get _entityRegex() {
      return util_shadow2(this, "_entityRegex", /&(?:#x([^;&]+)|#([^;&]+)|([^;&]+));/g);
    }
    _resolveEntities(s) {
      return s.replaceAll(_XMLParserBase._entityRegex, (all, hex, dec, entity) => {
        if (hex || dec) {
          const code = hex ? parseInt(hex, 16) : parseInt(dec, 10);
          return code >= 0 && code <= 1114111 ? String.fromCodePoint(code) : all;
        }
        switch (entity) {
          case "lt":
            return "<";
          case "gt":
            return ">";
          case "amp":
            return "&";
          case "quot":
            return '"';
          case "apos":
            return "'";
        }
        return this.onResolveEntity(entity);
      });
    }
    _parseContent(s, start) {
      const attributes = [];
      let pos = start;
      function skipWs() {
        while (pos < s.length && isWhitespace(s, pos)) {
          ++pos;
        }
      }
      while (pos < s.length && !isWhitespace(s, pos) && s[pos] !== ">" && s[pos] !== "/") {
        ++pos;
      }
      const name = s.substring(start, pos);
      skipWs();
      while (pos < s.length && s[pos] !== ">" && s[pos] !== "/" && s[pos] !== "?") {
        skipWs();
        let attrName = "", attrValue = "";
        while (pos < s.length && !isWhitespace(s, pos) && s[pos] !== "=") {
          attrName += s[pos];
          ++pos;
        }
        skipWs();
        if (s[pos] !== "=") {
          return null;
        }
        ++pos;
        skipWs();
        const attrEndChar = s[pos];
        if (attrEndChar !== '"' && attrEndChar !== "'") {
          return null;
        }
        const attrEndIndex = s.indexOf(attrEndChar, ++pos);
        if (attrEndIndex < 0) {
          return null;
        }
        attrValue = s.substring(pos, attrEndIndex);
        attributes.push({
          name: attrName,
          value: this._resolveEntities(attrValue)
        });
        pos = attrEndIndex + 1;
        skipWs();
      }
      return {
        name,
        attributes,
        parsed: pos - start
      };
    }
    _parseProcessingInstruction(s, start) {
      let pos = start;
      function skipWs() {
        while (pos < s.length && isWhitespace(s, pos)) {
          ++pos;
        }
      }
      while (pos < s.length && !isWhitespace(s, pos) && s[pos] !== ">" && s[pos] !== "?" && s[pos] !== "/") {
        ++pos;
      }
      const name = s.substring(start, pos);
      skipWs();
      const attrStart = pos;
      while (pos < s.length && (s[pos] !== "?" || s[pos + 1] !== ">")) {
        ++pos;
      }
      const value = s.substring(attrStart, pos);
      return {
        name,
        value,
        parsed: pos - start
      };
    }
    parseXml(s) {
      let i = 0;
      while (i < s.length) {
        const ch2 = s[i];
        let j = i;
        if (ch2 === "<") {
          ++j;
          const ch22 = s[j];
          let q;
          switch (ch22) {
            case "/":
              ++j;
              q = s.indexOf(">", j);
              if (q < 0) {
                this.onError(XMLParserErrorCode.UnterminatedElement);
                return;
              }
              this.onEndElement(s.substring(j, q));
              j = q + 1;
              break;
            case "?":
              ++j;
              const pi = this._parseProcessingInstruction(s, j);
              if (s.substring(j + pi.parsed, j + pi.parsed + 2) !== "?>") {
                this.onError(XMLParserErrorCode.UnterminatedXmlDeclaration);
                return;
              }
              this.onPi(pi.name, pi.value);
              j += pi.parsed + 2;
              break;
            case "!":
              if (s.substring(j + 1, j + 3) === "--") {
                q = s.indexOf("-->", j + 3);
                if (q < 0) {
                  this.onError(XMLParserErrorCode.UnterminatedComment);
                  return;
                }
                this.onComment(s.substring(j + 3, q));
                j = q + 3;
              } else if (s.substring(j + 1, j + 8) === "[CDATA[") {
                q = s.indexOf("]]>", j + 8);
                if (q < 0) {
                  this.onError(XMLParserErrorCode.UnterminatedCdata);
                  return;
                }
                this.onCdata(s.substring(j + 8, q));
                j = q + 3;
              } else if (s.substring(j + 1, j + 8) === "DOCTYPE") {
                const q2 = s.indexOf("[", j + 8);
                let complexDoctype = false;
                q = s.indexOf(">", j + 8);
                if (q < 0) {
                  this.onError(XMLParserErrorCode.UnterminatedDoctypeDeclaration);
                  return;
                }
                if (q2 > 0 && q > q2) {
                  q = s.indexOf("]>", j + 8);
                  if (q < 0) {
                    this.onError(XMLParserErrorCode.UnterminatedDoctypeDeclaration);
                    return;
                  }
                  complexDoctype = true;
                }
                const doctypeContent = s.substring(j + 8, q + (complexDoctype ? 1 : 0));
                this.onDoctype(doctypeContent);
                j = q + (complexDoctype ? 2 : 1);
              } else {
                this.onError(XMLParserErrorCode.MalformedElement);
                return;
              }
              break;
            default:
              const content = this._parseContent(s, j);
              if (content === null) {
                this.onError(XMLParserErrorCode.MalformedElement);
                return;
              }
              let isClosed = false;
              if (s.substring(j + content.parsed, j + content.parsed + 2) === "/>") {
                isClosed = true;
              } else if (s.substring(j + content.parsed, j + content.parsed + 1) !== ">") {
                this.onError(XMLParserErrorCode.UnterminatedElement);
                return;
              }
              this.onBeginElement(content.name, content.attributes, isClosed);
              j += content.parsed + (isClosed ? 2 : 1);
              break;
          }
        } else {
          while (j < s.length && s[j] !== "<") {
            j++;
          }
          const text2 = s.substring(i, j);
          this.onText(this._resolveEntities(text2));
        }
        i = j;
      }
    }
    onResolveEntity(name) {
      return `&${name};`;
    }
    onPi(name, value) {
    }
    onComment(text2) {
    }
    onCdata(text2) {
    }
    onDoctype(doctypeContent) {
    }
    onText(text2) {
    }
    onBeginElement(name, attributes, isEmpty) {
    }
    onEndElement(name) {
    }
    onError(code) {
    }
  };
  var SimpleDOMNode = class {
    constructor(nodeName, nodeValue) {
      this.nodeName = nodeName;
      this.nodeValue = nodeValue;
      Object.defineProperty(this, "parentNode", {
        value: null,
        writable: true
      });
    }
    get firstChild() {
      return this.childNodes?.[0];
    }
    get nextSibling() {
      const childNodes = this.parentNode.childNodes;
      if (!childNodes) {
        return void 0;
      }
      const index = childNodes.indexOf(this);
      return index === -1 ? void 0 : childNodes[index + 1];
    }
    get textContent() {
      return !this.childNodes ? this.nodeValue || "" : this.childNodes.map((child) => child.textContent).join("");
    }
    get children() {
      return this.childNodes || [];
    }
    hasChildNodes() {
      return this.childNodes?.length > 0;
    }
    searchNode(paths6, pos) {
      if (pos >= paths6.length) {
        return this;
      }
      const component = paths6[pos];
      if (component.name.startsWith("#") && pos < paths6.length - 1) {
        return this.searchNode(paths6, pos + 1);
      }
      const stack = [];
      let node2 = this;
      while (true) {
        if (component.name === node2.nodeName) {
          if (component.pos === 0) {
            const res = node2.searchNode(paths6, pos + 1);
            if (res !== null) {
              return res;
            }
          } else if (stack.length === 0) {
            return null;
          } else {
            const [parent] = stack.pop();
            let siblingPos = 0;
            for (const child of parent.childNodes) {
              if (component.name === child.nodeName) {
                if (siblingPos === component.pos) {
                  return child.searchNode(paths6, pos + 1);
                }
                siblingPos++;
              }
            }
            return node2.searchNode(paths6, pos + 1);
          }
        }
        if (node2.childNodes?.length > 0) {
          stack.push([node2, 0]);
          node2 = node2.childNodes[0];
        } else if (stack.length === 0) {
          return null;
        } else {
          while (stack.length !== 0) {
            const [parent, currentPos] = stack.pop();
            const newPos = currentPos + 1;
            if (newPos < parent.childNodes.length) {
              stack.push([parent, newPos]);
              node2 = parent.childNodes[newPos];
              break;
            }
          }
          if (stack.length === 0) {
            return null;
          }
        }
      }
    }
    dump(buffer) {
      if (this.nodeName === "#text") {
        buffer.push(encodeToXmlString(this.nodeValue));
        return;
      }
      buffer.push(`<${this.nodeName}`);
      if (this.attributes) {
        for (const attribute of this.attributes) {
          buffer.push(` ${attribute.name}="${encodeToXmlString(attribute.value)}"`);
        }
      }
      if (this.hasChildNodes()) {
        buffer.push(">");
        for (const child of this.childNodes) {
          child.dump(buffer);
        }
        buffer.push(`</${this.nodeName}>`);
      } else if (this.nodeValue) {
        buffer.push(`>${encodeToXmlString(this.nodeValue)}</${this.nodeName}>`);
      } else {
        buffer.push("/>");
      }
    }
  };
  var SimpleXMLParser = class extends XMLParserBase {
    constructor({
      hasAttributes = false,
      lowerCaseName = false
    }) {
      super();
      this._currentFragment = null;
      this._stack = null;
      this._errorCode = XMLParserErrorCode.NoError;
      this._hasAttributes = hasAttributes;
      this._lowerCaseName = lowerCaseName;
    }
    parseFromString(data) {
      this._currentFragment = [];
      this._stack = [];
      this._errorCode = XMLParserErrorCode.NoError;
      this.parseXml(data);
      if (this._errorCode !== XMLParserErrorCode.NoError) {
        return void 0;
      }
      const [documentElement] = this._currentFragment;
      if (!documentElement) {
        return void 0;
      }
      return {
        documentElement
      };
    }
    onText(text2) {
      if (isWhitespaceString(text2)) {
        return;
      }
      const node2 = new SimpleDOMNode("#text", text2);
      this._currentFragment.push(node2);
    }
    onCdata(text2) {
      const node2 = new SimpleDOMNode("#text", text2);
      this._currentFragment.push(node2);
    }
    onBeginElement(name, attributes, isEmpty) {
      if (this._lowerCaseName) {
        name = name.toLowerCase();
      }
      const node2 = new SimpleDOMNode(name);
      node2.childNodes = [];
      if (this._hasAttributes) {
        node2.attributes = attributes;
      }
      this._currentFragment.push(node2);
      if (isEmpty) {
        return;
      }
      this._stack.push(this._currentFragment);
      this._currentFragment = node2.childNodes;
    }
    onEndElement(name) {
      this._currentFragment = this._stack.pop() || [];
      const lastElement = this._currentFragment.at(-1);
      if (!lastElement) {
        return null;
      }
      for (const childNode of lastElement.childNodes) {
        childNode.parentNode = lastElement;
      }
      return lastElement;
    }
    onError(code) {
      this._errorCode = code;
    }
  };
  var MetadataParser = class {
    constructor(data) {
      data = this._repair(data);
      const parser = new SimpleXMLParser({
        lowerCaseName: true
      });
      const xmlDocument = parser.parseFromString(data);
      this._metadataMap = /* @__PURE__ */ new Map();
      this._data = data;
      if (xmlDocument) {
        this._parse(xmlDocument);
      }
    }
    _repair(data) {
      return data.replace(/^[^<]+/, "").replaceAll(/>\\376\\377([^<]+)/g, function(all, codes) {
        const bytes2 = codes.replaceAll(/\\([0-3])([0-7])([0-7])/g, (_, d1, d2, d3) => String.fromCharCode(d1 * 64 + d2 * 8 + d3 * 1)).replaceAll(/&(amp|apos|gt|lt|quot);/g, function(str, name) {
          switch (name) {
            case "amp":
              return "&";
            case "apos":
              return "'";
            case "gt":
              return ">";
            case "lt":
              return "<";
            case "quot":
              return '"';
          }
          throw new Error(`_repair: ${name} isn't defined.`);
        });
        const charBuf = [">"];
        for (let i = 0, ii = bytes2.length; i < ii; i += 2) {
          const code = bytes2.charCodeAt(i) * 256 + bytes2.charCodeAt(i + 1);
          if (code >= 32 && code < 127 && code !== 60 && code !== 62 && code !== 38) {
            charBuf.push(String.fromCharCode(code));
          } else {
            charBuf.push("&#x" + (65536 + code).toString(16).substring(1) + ";");
          }
        }
        return charBuf.join("");
      });
    }
    _getSequence(entry) {
      const name = entry.nodeName;
      return name !== "rdf:bag" && name !== "rdf:seq" && name !== "rdf:alt" ? null : entry.childNodes.filter((node2) => node2.nodeName === "rdf:li");
    }
    _parseArray(entry) {
      if (!entry.hasChildNodes()) {
        return;
      }
      const [seqNode] = entry.childNodes;
      const sequence2 = this._getSequence(seqNode) || [];
      this._metadataMap.set(entry.nodeName, sequence2.map((node2) => node2.textContent.trim()));
    }
    _parse(xmlDocument) {
      let rdf = xmlDocument.documentElement;
      if (rdf.nodeName !== "rdf:rdf") {
        rdf = rdf.firstChild;
        while (rdf && rdf.nodeName !== "rdf:rdf") {
          rdf = rdf.nextSibling;
        }
      }
      if (!rdf || rdf.nodeName !== "rdf:rdf" || !rdf.hasChildNodes()) {
        return;
      }
      for (const desc of rdf.childNodes) {
        if (desc.nodeName !== "rdf:description") {
          continue;
        }
        for (const entry of desc.childNodes) {
          const name = entry.nodeName;
          switch (name) {
            case "#text":
              continue;
            case "dc:creator":
            case "dc:subject":
              this._parseArray(entry);
              continue;
          }
          this._metadataMap.set(name, entry.textContent.trim());
        }
      }
    }
    get serializable() {
      return {
        parsedData: this._metadataMap,
        rawData: this._data
      };
    }
  };
  var WAV_HEADER_SIZE = 44;
  function getSoundFormat(dict) {
    if (!dict || dict.has("CO")) {
      return null;
    }
    const sampleRate = dict.get("R");
    if (!Number.isInteger(sampleRate) || sampleRate <= 0) {
      return null;
    }
    const channels = dict.get("C") ?? 1;
    if (!Number.isInteger(channels) || channels < 1 || channels > 2) {
      return null;
    }
    const bitsPerSample = dict.get("B") ?? 8;
    if (bitsPerSample !== 8 && bitsPerSample !== 16) {
      return null;
    }
    const e = dict.get("E");
    let encoding = "Raw";
    if (e !== void 0) {
      encoding = e instanceof Name ? e.name : null;
    }
    return encoding !== "Raw" && encoding !== "Signed" ? null : {
      channels,
      sampleRate,
      bitsPerSample,
      encoding
    };
  }
  function soundStreamToWav(stream2, samples) {
    const format = getSoundFormat(stream2.dict);
    if (!format) {
      return null;
    }
    const {
      channels,
      sampleRate,
      bitsPerSample,
      encoding
    } = format;
    const blockAlign = channels * (bitsPerSample >> 3);
    const dataLength = samples.length - samples.length % blockAlign;
    if (dataLength === 0) {
      return null;
    }
    const wav = new Uint8Array(WAV_HEADER_SIZE + dataLength);
    const view2 = new DataView(wav.buffer);
    wav.set(stringToBytes2("RIFF"), 0);
    view2.setUint32(4, WAV_HEADER_SIZE - 8 + dataLength, true);
    wav.set(stringToBytes2("WAVE"), 8);
    wav.set(stringToBytes2("fmt "), 12);
    view2.setUint32(16, 16, true);
    view2.setUint16(20, 1, true);
    view2.setUint16(22, channels, true);
    view2.setUint32(24, sampleRate, true);
    view2.setUint32(28, sampleRate * blockAlign, true);
    view2.setUint16(32, blockAlign, true);
    view2.setUint16(34, bitsPerSample, true);
    wav.set(stringToBytes2("data"), 36);
    view2.setUint32(40, dataLength, true);
    if (bitsPerSample === 16) {
      const signed = encoding === "Signed";
      for (let i = 0; i < dataLength; i += 2) {
        let value = samples[i] << 8 | samples[i + 1];
        if (signed) {
          if (value >= 32768) {
            value -= 65536;
          }
        } else {
          value -= 32768;
        }
        view2.setInt16(WAV_HEADER_SIZE + i, value, true);
      }
    } else if (encoding === "Signed") {
      for (let i = 0; i < dataLength; i++) {
        wav[WAV_HEADER_SIZE + i] = samples[i] + 128 & 255;
      }
    } else {
      wav.set(samples.subarray(0, dataLength), WAV_HEADER_SIZE);
    }
    return wav;
  }
  var MAX_DEPTH = 40;
  var TABLE_SPAN_ATTRIBUTES = [["RowSpan", "rowSpan"], ["ColSpan", "colSpan"]];
  var StructElementType = {
    PAGE_CONTENT: 1,
    STREAM_CONTENT: 2,
    OBJECT: 3,
    ANNOTATION: 4,
    ELEMENT: 5
  };
  var StructTreeRoot = class _StructTreeRoot {
    kidRefToPosition = void 0;
    parentTree = null;
    roleMap = /* @__PURE__ */ new Map();
    structParentIds = null;
    constructor(xref, rootDict, rootRef) {
      this.xref = xref;
      this.dict = rootDict;
      this.ref = rootRef instanceof Ref ? rootRef : null;
      const roleMap = rootDict.get("RoleMap");
      if (roleMap instanceof Dict) {
        for (const [key2, value] of roleMap) {
          if (value instanceof Name) {
            this.roleMap.set(key2, value.name);
          }
        }
      }
      const parentTree = rootDict.getRaw("ParentTree");
      if (parentTree) {
        this.parentTree = new NumberTree(parentTree, xref);
      }
    }
    getKidPosition(kidRef) {
      if (this.kidRefToPosition === void 0) {
        const obj = this.dict.get("K");
        if (Array.isArray(obj)) {
          const map = this.kidRefToPosition = /* @__PURE__ */ new Map();
          for (let i = 0, ii = obj.length; i < ii; i++) {
            const ref = obj[i];
            if (ref) {
              map.set(ref.toString(), i);
            }
          }
        } else if (obj instanceof Dict) {
          this.kidRefToPosition = /* @__PURE__ */ new Map([[obj.objId, 0]]);
        } else if (!obj) {
          this.kidRefToPosition = /* @__PURE__ */ new Map();
        } else {
          this.kidRefToPosition = null;
        }
      }
      return this.kidRefToPosition ? this.kidRefToPosition.get(kidRef) ?? NaN : -1;
    }
    #addIdToPage(pageRef, id, type, objId) {
      if (!(pageRef instanceof Ref) || id < 0) {
        return;
      }
      (this.structParentIds ??= new RefMap()).getOrPutComputed(pageRef, makeArr2).push([id, type, objId]);
    }
    addAnnotationIdToPage(pageRef, id, ref) {
      this.#addIdToPage(pageRef, id, StructElementType.ANNOTATION, ref instanceof Ref ? ref.toString() : null);
    }
    static async canCreateStructureTree({
      catalogRef,
      pdfManager,
      newAnnotationsByPage
    }) {
      if (!(catalogRef instanceof Ref)) {
        warn2("Cannot save the struct tree: no catalog reference.");
        return false;
      }
      let nextKey = 0;
      let hasNothingToUpdate = true;
      for (const [pageIndex, elements] of newAnnotationsByPage) {
        const {
          ref: pageRef
        } = await pdfManager.getPage(pageIndex);
        if (!(pageRef instanceof Ref)) {
          warn2(`Cannot save the struct tree: page ${pageIndex} has no ref.`);
          hasNothingToUpdate = true;
          break;
        }
        for (const element2 of elements) {
          if (element2.accessibilityData?.type) {
            element2.parentTreeId = nextKey++;
            hasNothingToUpdate = false;
          }
        }
      }
      if (hasNothingToUpdate) {
        for (const elements of newAnnotationsByPage.values()) {
          for (const element2 of elements) {
            delete element2.parentTreeId;
          }
        }
        return false;
      }
      return true;
    }
    static async createStructureTree({
      newAnnotationsByPage,
      xref,
      catalogRef,
      pdfManager,
      changes
    }) {
      const root = await pdfManager.ensureCatalog("cloneDict");
      const cache = new RefMap();
      cache.put(catalogRef, root);
      const structTreeRootRef = xref.getNewTemporaryRef();
      root.set("StructTreeRoot", structTreeRootRef);
      const structTreeRoot = new Dict(xref);
      structTreeRoot.set("Type", Name.get("StructTreeRoot"));
      const parentTreeRef = xref.getNewTemporaryRef();
      structTreeRoot.set("ParentTree", parentTreeRef);
      const kids = [];
      structTreeRoot.set("K", kids);
      cache.put(structTreeRootRef, structTreeRoot);
      const parentTree = new Dict(xref);
      const nums = [];
      parentTree.set("Nums", nums);
      const nextKey = await this.#writeKids({
        newAnnotationsByPage,
        structTreeRootRef,
        structTreeRoot: null,
        kids,
        nums,
        xref,
        pdfManager,
        changes,
        cache
      });
      structTreeRoot.set("ParentTreeNextKey", nextKey);
      cache.put(parentTreeRef, parentTree);
      for (const [ref, obj] of cache.items()) {
        changes.put(ref, {
          data: obj
        });
      }
    }
    async canUpdateStructTree({
      pdfManager,
      newAnnotationsByPage
    }) {
      if (!this.ref) {
        warn2("Cannot update the struct tree: no root reference.");
        return false;
      }
      let nextKey = this.dict.get("ParentTreeNextKey");
      if (!Number.isInteger(nextKey) || nextKey < 0) {
        warn2("Cannot update the struct tree: invalid next key.");
        return false;
      }
      const parentTree = this.dict.get("ParentTree");
      if (!(parentTree instanceof Dict)) {
        warn2("Cannot update the struct tree: ParentTree isn't a dict.");
        return false;
      }
      const nums = parentTree.get("Nums");
      if (!Array.isArray(nums)) {
        warn2("Cannot update the struct tree: nums isn't an array.");
        return false;
      }
      const numberTree = new NumberTree(parentTree, this.xref);
      for (const pageIndex of newAnnotationsByPage.keys()) {
        const {
          pageDict
        } = await pdfManager.getPage(pageIndex);
        if (!pageDict.has("StructParents")) {
          continue;
        }
        const id = pageDict.get("StructParents");
        if (!Number.isInteger(id) || !Array.isArray(numberTree.get(id))) {
          warn2(`Cannot save the struct tree: page ${pageIndex} has a wrong id.`);
          return false;
        }
      }
      let hasNothingToUpdate = true;
      for (const [pageIndex, elements] of newAnnotationsByPage) {
        const {
          pageDict
        } = await pdfManager.getPage(pageIndex);
        _StructTreeRoot.#collectParents({
          elements,
          xref: this.xref,
          pageDict,
          numberTree
        });
        for (const element2 of elements) {
          if (element2.accessibilityData?.type) {
            if (!(element2.accessibilityData.structParent >= 0)) {
              element2.parentTreeId = nextKey++;
            }
            hasNothingToUpdate = false;
          }
        }
      }
      if (hasNothingToUpdate) {
        for (const elements of newAnnotationsByPage.values()) {
          for (const element2 of elements) {
            delete element2.parentTreeId;
            delete element2.structTreeParent;
          }
        }
        return false;
      }
      return true;
    }
    async updateStructureTree({
      newAnnotationsByPage,
      pdfManager,
      changes
    }) {
      const {
        ref: structTreeRootRef,
        xref
      } = this;
      const structTreeRoot = this.dict.clone();
      const cache = new RefMap();
      cache.put(structTreeRootRef, structTreeRoot);
      let parentTreeRef = structTreeRoot.getRaw("ParentTree");
      let parentTree;
      if (parentTreeRef instanceof Ref) {
        parentTree = xref.fetch(parentTreeRef);
      } else {
        parentTree = parentTreeRef;
        parentTreeRef = xref.getNewTemporaryRef();
        structTreeRoot.set("ParentTree", parentTreeRef);
      }
      parentTree = parentTree.clone();
      cache.put(parentTreeRef, parentTree);
      let nums = parentTree.getRaw("Nums");
      let numsRef = null;
      if (nums instanceof Ref) {
        numsRef = nums;
        nums = xref.fetch(numsRef);
      }
      nums = nums.slice();
      if (!numsRef) {
        parentTree.set("Nums", nums);
      }
      const newNextKey = await _StructTreeRoot.#writeKids({
        newAnnotationsByPage,
        structTreeRootRef,
        structTreeRoot: this,
        kids: null,
        nums,
        xref,
        pdfManager,
        changes,
        cache
      });
      if (newNextKey === -1) {
        return;
      }
      structTreeRoot.set("ParentTreeNextKey", newNextKey);
      if (numsRef) {
        cache.put(numsRef, nums);
      }
      for (const [ref, obj] of cache.items()) {
        changes.put(ref, {
          data: obj
        });
      }
    }
    static async #writeKids({
      newAnnotationsByPage,
      structTreeRootRef,
      structTreeRoot,
      kids,
      nums,
      xref,
      pdfManager,
      changes,
      cache
    }) {
      const objr = Name.get("OBJR");
      let nextKey = -1;
      let structTreePageObjs;
      for (const [pageIndex, elements] of newAnnotationsByPage) {
        const page = await pdfManager.getPage(pageIndex);
        const {
          ref: pageRef
        } = page;
        const isPageRef = pageRef instanceof Ref;
        for (const {
          accessibilityData,
          ref,
          parentTreeId,
          structTreeParent
        } of elements) {
          if (!accessibilityData?.type) {
            continue;
          }
          const {
            structParent
          } = accessibilityData;
          if (structTreeRoot && Number.isInteger(structParent) && structParent >= 0) {
            let objs = (structTreePageObjs ||= /* @__PURE__ */ new Map()).get(pageIndex);
            if (objs === void 0) {
              const structTreePage = new StructTreePage(structTreeRoot, page.pageDict);
              objs = structTreePage.collectObjects(pageRef);
              structTreePageObjs.set(pageIndex, objs);
            }
            const objRef = objs?.get(structParent);
            if (objRef) {
              const tagDict2 = xref.fetch(objRef).clone();
              _StructTreeRoot.#writeProperties(tagDict2, accessibilityData);
              changes.put(objRef, {
                data: tagDict2
              });
              continue;
            }
          }
          nextKey = Math.max(nextKey, parentTreeId);
          const tagRef = xref.getNewTemporaryRef();
          const tagDict = new Dict(xref);
          _StructTreeRoot.#writeProperties(tagDict, accessibilityData);
          await this.#updateParentTag({
            structTreeParent,
            tagDict,
            newTagRef: tagRef,
            structTreeRootRef,
            fallbackKids: kids,
            xref,
            cache
          });
          const objDict = new Dict(xref);
          tagDict.set("K", objDict);
          objDict.set("Type", objr);
          if (isPageRef) {
            objDict.set("Pg", pageRef);
          }
          objDict.set("Obj", ref);
          cache.put(tagRef, tagDict);
          nums.push(parentTreeId, tagRef);
        }
      }
      return nextKey + 1;
    }
    static #writeProperties(tagDict, {
      type,
      title,
      lang,
      alt,
      expanded,
      actualText
    }) {
      tagDict.set("S", Name.get(type));
      if (title) {
        tagDict.set("T", stringToAsciiOrUTF16BE(title));
      }
      if (lang) {
        tagDict.set("Lang", stringToAsciiOrUTF16BE(lang));
      }
      if (alt) {
        tagDict.set("Alt", stringToAsciiOrUTF16BE(alt));
      }
      if (expanded) {
        tagDict.set("E", stringToAsciiOrUTF16BE(expanded));
      }
      if (actualText) {
        tagDict.set("ActualText", stringToAsciiOrUTF16BE(actualText));
      }
    }
    static #collectParents({
      elements,
      xref,
      pageDict,
      numberTree
    }) {
      const idToElements = /* @__PURE__ */ new Map();
      for (const element2 of elements) {
        if (element2.structTreeParentId) {
          const id2 = parseInt(element2.structTreeParentId.split("_mc")[1], 10);
          idToElements.getOrInsertComputed(id2, makeArr2).push(element2);
        }
      }
      const id = pageDict.get("StructParents");
      if (!Number.isInteger(id)) {
        return;
      }
      const parentArray = numberTree.get(id);
      const updateElement = (kid, pageKid, kidRef) => {
        const elems = idToElements.get(kid);
        if (elems) {
          const parentRef = pageKid.getRaw("P");
          const parentDict = xref.fetchIfRef(parentRef);
          if (parentRef instanceof Ref && parentDict instanceof Dict) {
            const params = {
              ref: kidRef,
              dict: pageKid
            };
            for (const element2 of elems) {
              element2.structTreeParent = params;
            }
          }
          return true;
        }
        return false;
      };
      for (const kidRef of parentArray) {
        if (!(kidRef instanceof Ref)) {
          continue;
        }
        const pageKid = xref.fetch(kidRef);
        const k = pageKid.get("K");
        if (Number.isInteger(k)) {
          updateElement(k, pageKid, kidRef);
          continue;
        }
        if (!Array.isArray(k)) {
          continue;
        }
        for (let kid of k) {
          kid = xref.fetchIfRef(kid);
          if (Number.isInteger(kid) && updateElement(kid, pageKid, kidRef)) {
            break;
          }
          if (!(kid instanceof Dict)) {
            continue;
          }
          if (!isName(kid.get("Type"), "MCR")) {
            break;
          }
          const mcid = kid.get("MCID");
          if (Number.isInteger(mcid) && updateElement(mcid, pageKid, kidRef)) {
            break;
          }
        }
      }
    }
    static async #updateParentTag({
      structTreeParent,
      tagDict,
      newTagRef,
      structTreeRootRef,
      fallbackKids,
      xref,
      cache
    }) {
      let ref = null;
      let parentRef;
      if (structTreeParent) {
        ({
          ref
        } = structTreeParent);
        parentRef = structTreeParent.dict.getRaw("P") || structTreeRootRef;
      } else {
        parentRef = structTreeRootRef;
      }
      tagDict.set("P", parentRef);
      const parentDict = xref.fetchIfRef(parentRef);
      if (!parentDict) {
        fallbackKids.push(newTagRef);
        return;
      }
      const cachedParentDict = cache.getOrPutComputed(parentRef, () => parentDict.clone());
      const parentKidsRaw = cachedParentDict.getRaw("K");
      let cachedParentKids = parentKidsRaw instanceof Ref ? cache.get(parentKidsRaw) : null;
      if (!cachedParentKids) {
        cachedParentKids = xref.fetchIfRef(parentKidsRaw);
        cachedParentKids = Array.isArray(cachedParentKids) ? cachedParentKids.slice() : [parentKidsRaw];
        const parentKidsRef = xref.getNewTemporaryRef();
        cachedParentDict.set("K", parentKidsRef);
        cache.put(parentKidsRef, cachedParentKids);
      }
      const index = cachedParentKids.indexOf(ref);
      cachedParentKids.splice(index >= 0 ? index + 1 : cachedParentKids.length, 0, newTagRef);
    }
  };
  var StructElementNode = class {
    constructor(tree, dict) {
      this.tree = tree;
      this.xref = tree.xref;
      this.dict = dict;
      this.kids = [];
      this.parseKids();
    }
    get role() {
      const nameObj = this.dict.get("S");
      const name = nameObj instanceof Name ? nameObj.name : "";
      const {
        root
      } = this.tree;
      return root.roleMap.get(name) ?? name;
    }
    get mathML() {
      let AFs = this.dict.get("AF") || [];
      if (!Array.isArray(AFs)) {
        AFs = [AFs];
      }
      for (let af of AFs) {
        af = this.xref.fetchIfRef(af);
        if (!isDict(af, "Filespec") || !isName(af.get("AFRelationship"), "Supplement")) {
          continue;
        }
        const fileStream = FileSpec.pickPlatformItem(af.get("EF"));
        if (!(fileStream instanceof BaseStream) || !isDict(fileStream.dict, "EmbeddedFile") || !isName(fileStream.dict.get("Subtype"), "application/mathml+xml")) {
          continue;
        }
        return stringToUTF8String2(fileStream.getString());
      }
      for (const attributes of this.attributes) {
        if (isName(attributes.get("O"), "MSFT_Office")) {
          const mathml = attributes.get("MSFT_MathML");
          return mathml ? stringToPDFString(mathml) : null;
        }
      }
      return null;
    }
    #collectAttributes(value, attributes) {
      const pending = [value];
      const visited = new RefSet();
      while (pending.length > 0) {
        value = pending.pop();
        if (value instanceof Ref) {
          if (visited.has(value)) {
            continue;
          }
          visited.put(value);
          value = this.xref.fetch(value);
        }
        if (value instanceof BaseStream) {
          value = value.dict;
        }
        if (value instanceof Dict) {
          attributes.push(value);
          continue;
        }
        if (!Array.isArray(value)) {
          continue;
        }
        for (let i = value.length - 1; i >= 0; i--) {
          if (!Number.isInteger(value[i])) {
            pending.push(value[i]);
          }
        }
      }
    }
    get attributes() {
      const attributes = [];
      const classes = this.dict.getArray("C");
      if (classes !== void 0) {
        const classMap = this.tree.rootDict?.get("ClassMap");
        if (classMap instanceof Dict) {
          for (const className of Array.isArray(classes) ? classes : [classes]) {
            if (className instanceof Name) {
              this.#collectAttributes(classMap.getRaw(className.name), attributes);
            }
          }
        }
      }
      this.#collectAttributes(this.dict.getRaw("A"), attributes);
      return util_shadow2(this, "attributes", attributes);
    }
    get tableAttributes() {
      const {
        role
      } = this;
      if (role !== "Table" && role !== "TH" && role !== "TD") {
        return null;
      }
      const map = /* @__PURE__ */ new Map();
      for (const attributes of this.attributes) {
        if (!isName(attributes.get("O"), "Table")) {
          continue;
        }
        if (role === "Table") {
          if (attributes.has("Summary")) {
            const summary = attributes.get("Summary");
            if (typeof summary === "string" && summary) {
              map.set("summary", stringToPDFString(summary));
            } else {
              map.delete("summary");
            }
          }
          continue;
        }
        for (const [key2, name] of TABLE_SPAN_ATTRIBUTES) {
          if (!attributes.has(key2)) {
            continue;
          }
          const value = attributes.get(key2);
          if (Number.isInteger(value) && value > 1) {
            map.set(name, value);
          } else {
            map.delete(name);
          }
        }
        if (attributes.has("Headers")) {
          map.delete("headers");
          const headers = attributes.getArray("Headers");
          if (Array.isArray(headers)) {
            const ids = headers.filter((header2) => typeof header2 === "string").map(stringToPDFString);
            if (ids.length > 0) {
              map.set("headers", ids);
            }
          }
        }
        if (role === "TH" && attributes.has("Scope")) {
          map.delete("scope");
          const scope = attributes.get("Scope");
          if (scope instanceof Name && ["Row", "Column", "Both"].includes(scope.name)) {
            map.set("scope", scope.name);
          }
        }
        if (role === "TH" && attributes.has("Short")) {
          map.delete("short");
          const short = attributes.get("Short");
          if (typeof short === "string" && short) {
            map.set("short", stringToPDFString(short));
          }
        }
      }
      return map.size ? map : null;
    }
    parseKids() {
      let pageObjId = null;
      const objRef = this.dict.getRaw("Pg");
      if (objRef instanceof Ref) {
        pageObjId = objRef.toString();
      }
      const kids = this.dict.get("K");
      if (Array.isArray(kids)) {
        for (const kid of kids) {
          const element2 = this.parseKid(pageObjId, this.xref.fetchIfRef(kid));
          if (element2) {
            this.kids.push(element2);
          }
        }
      } else {
        const element2 = this.parseKid(pageObjId, kids);
        if (element2) {
          this.kids.push(element2);
        }
      }
    }
    parseKid(pageObjId, kid) {
      if (Number.isInteger(kid)) {
        if (this.tree.pageDict.objId !== pageObjId) {
          return null;
        }
        return new StructElement({
          type: StructElementType.PAGE_CONTENT,
          mcid: kid,
          pageObjId
        });
      }
      if (!(kid instanceof Dict)) {
        return null;
      }
      const pageRef = kid.getRaw("Pg");
      if (pageRef instanceof Ref) {
        pageObjId = pageRef.toString();
      }
      const type = kid.get("Type") instanceof Name ? kid.get("Type").name : null;
      if (type === "MCR") {
        if (this.tree.pageDict.objId !== pageObjId) {
          return null;
        }
        const kidRef = kid.getRaw("Stm");
        return new StructElement({
          type: StructElementType.STREAM_CONTENT,
          refObjId: kidRef instanceof Ref ? kidRef.toString() : null,
          pageObjId,
          mcid: kid.get("MCID")
        });
      }
      if (type === "OBJR") {
        if (this.tree.pageDict.objId !== pageObjId) {
          return null;
        }
        const kidRef = kid.getRaw("Obj");
        return new StructElement({
          type: StructElementType.OBJECT,
          refObjId: kidRef instanceof Ref ? kidRef.toString() : null,
          pageObjId
        });
      }
      return new StructElement({
        type: StructElementType.ELEMENT,
        dict: kid
      });
    }
  };
  var StructElement = class {
    constructor({
      type,
      dict = null,
      mcid = null,
      pageObjId = null,
      refObjId = null
    }) {
      this.type = type;
      this.dict = dict;
      this.mcid = mcid;
      this.pageObjId = pageObjId;
      this.refObjId = refObjId;
      this.parentNode = null;
    }
  };
  var StructTreePage = class {
    constructor(structTreeRoot, pageDict) {
      this.root = structTreeRoot;
      this.xref = structTreeRoot?.xref ?? null;
      this.rootDict = structTreeRoot?.dict ?? null;
      this.pageDict = pageDict;
      this.nodes = [];
    }
    collectObjects(pageRef) {
      if (!this.root || !this.rootDict || !(pageRef instanceof Ref)) {
        return null;
      }
      const parentTree = this.rootDict.get("ParentTree");
      if (!parentTree) {
        return null;
      }
      const ids = this.root.structParentIds?.get(pageRef);
      if (!ids) {
        return null;
      }
      const map = /* @__PURE__ */ new Map();
      const numberTree = new NumberTree(parentTree, this.xref);
      for (const [elemId] of ids) {
        const obj = numberTree.getRaw(elemId);
        if (obj instanceof Ref) {
          map.set(elemId, obj);
        }
      }
      return map;
    }
    parse(pageRef) {
      if (!this.root || !this.rootDict || !(pageRef instanceof Ref)) {
        return;
      }
      const {
        parentTree
      } = this.root;
      if (!parentTree) {
        return;
      }
      const id = this.pageDict.get("StructParents");
      const ids = this.root.structParentIds?.get(pageRef);
      if (!Number.isInteger(id) && !ids) {
        return;
      }
      const map = /* @__PURE__ */ new Map();
      if (Number.isInteger(id)) {
        const parentArray = parentTree.get(id);
        if (Array.isArray(parentArray)) {
          for (const ref of parentArray) {
            if (ref instanceof Ref) {
              this.addNode(this.xref.fetch(ref), map);
            }
          }
        }
      }
      if (!ids) {
        return;
      }
      for (const [elemId, type, objId] of ids) {
        const obj = parentTree.get(elemId);
        if (!obj) {
          continue;
        }
        const elem = this.addNode(this.xref.fetchIfRef(obj), map);
        if (!elem || !objId) {
          continue;
        }
        for (const kid of elem.kids) {
          if (kid.type === StructElementType.OBJECT && kid.refObjId === objId) {
            kid.type = type;
          }
        }
      }
    }
    addNode(dict, map, level = 0) {
      if (level > MAX_DEPTH) {
        warn2("StructTree MAX_DEPTH reached.");
        return null;
      }
      if (!(dict instanceof Dict)) {
        return null;
      }
      if (map.has(dict)) {
        return map.get(dict);
      }
      const element2 = new StructElementNode(this, dict);
      map.set(dict, element2);
      switch (element2.role) {
        case "L":
        case "LBody":
        case "LI":
        case "Table":
        case "THead":
        case "TBody":
        case "TFoot":
        case "TR": {
          for (const kid of element2.kids) {
            if (kid.type === StructElementType.ELEMENT) {
              this.addNode(kid.dict, map, level - 1);
            }
          }
        }
      }
      const parent = dict.get("P");
      if (!(parent instanceof Dict) || isName(parent.get("Type"), "StructTreeRoot")) {
        if (!this.addTopLevelNode(dict, element2)) {
          map.delete(dict);
        }
        return element2;
      }
      const parentNode = this.addNode(parent, map, level + 1);
      if (!parentNode) {
        return element2;
      }
      let save = false;
      for (const kid of parentNode.kids) {
        if (kid.type === StructElementType.ELEMENT && kid.dict === dict) {
          kid.parentNode = element2;
          save = true;
        }
      }
      if (!save) {
        map.delete(dict);
      }
      return element2;
    }
    addTopLevelNode(dict, element2) {
      const index = this.root.getKidPosition(dict.objId);
      if (isNaN(index)) {
        return false;
      }
      if (index !== -1) {
        this.nodes[index] = element2;
      }
      return true;
    }
    get serializable() {
      function nodeToSerializable(node2, parent, level = 0) {
        if (level > MAX_DEPTH) {
          warn2("StructTree too deep to be fully serialized.");
          return;
        }
        const obj = /* @__PURE__ */ Object.create(null);
        obj.role = node2.role;
        obj.children = [];
        parent.children.push(obj);
        let alt = node2.dict.get("Alt");
        if (typeof alt !== "string") {
          alt = node2.dict.get("ActualText");
        }
        if (typeof alt === "string") {
          obj.alt = stringToPDFString(alt);
        }
        const structId = node2.dict.get("ID");
        if (obj.role === "TH" && typeof structId === "string" && structId) {
          obj.structId = stringToPDFString(structId);
        }
        node2.tableAttributes?.forEach((val, key2) => {
          obj[key2] = val;
        });
        if (obj.role === "Formula") {
          try {
            const {
              mathML
            } = node2;
            if (mathML) {
              obj.mathML = mathML;
            }
          } catch (ex) {
            if (ex instanceof MissingDataException) {
              throw ex;
            }
            warn2(`Ignoring mathML: "${ex}".`);
          }
        }
        let bbox = null, size = null;
        for (const a of node2.attributes) {
          bbox = lookupNormalRect(a.getArray("BBox"), bbox);
          const width = a.get("Width");
          const height = a.get("Height");
          if (typeof width === "number" && width > 0 && typeof height === "number" && height > 0) {
            size = [0, 0, width, height];
          }
        }
        if (bbox || size) {
          obj.bbox = bbox ?? size;
        }
        const lang = node2.dict.get("Lang");
        if (typeof lang === "string") {
          obj.lang = stringToPDFString(lang);
        }
        for (const kid of node2.kids) {
          const kidElement = kid.type === StructElementType.ELEMENT ? kid.parentNode : null;
          if (kidElement) {
            nodeToSerializable(kidElement, obj, level + 1);
            continue;
          } else if (kid.type === StructElementType.PAGE_CONTENT || kid.type === StructElementType.STREAM_CONTENT) {
            obj.children.push({
              type: "content",
              id: `p${kid.pageObjId}_mc${kid.mcid}`
            });
          } else if (kid.type === StructElementType.OBJECT) {
            obj.children.push({
              type: "object",
              id: kid.refObjId
            });
          } else if (kid.type === StructElementType.ANNOTATION) {
            obj.children.push({
              type: "annotation",
              id: `${AnnotationPrefix2}${kid.refObjId}`
            });
          }
        }
      }
      const root = /* @__PURE__ */ Object.create(null);
      root.children = [];
      root.role = "Root";
      for (const child of this.nodes) {
        if (!child) {
          continue;
        }
        nodeToSerializable(child, root);
      }
      return root;
    }
  };
  var isRef = (v) => v instanceof Ref;
  var isValidExplicitDest2 = _isValidExplicitDest2.bind(null, isRef, isName);
  function fetchDest(dest) {
    if (dest instanceof Dict) {
      dest = dest.get("D");
    }
    return isValidExplicitDest2(dest) ? dest : null;
  }
  function fetchRemoteDest(action) {
    let dest = action.get("D");
    if (dest) {
      if (dest instanceof Name) {
        dest = dest.name;
      }
      if (typeof dest === "string") {
        return stringToPDFString(dest, true);
      } else if (isValidExplicitDest2(dest)) {
        return JSON.stringify(dest);
      }
    }
    return null;
  }
  var Catalog = class _Catalog {
    #actualNumPages = null;
    #annotationAttachmentIdByRef = new RefMap();
    #annotationAttachmentRefById = /* @__PURE__ */ new Map();
    #soundAttachmentIds = /* @__PURE__ */ new Set();
    #catDict = null;
    builtInCMapCache = /* @__PURE__ */ new Map();
    fontCache = new RefMap();
    globalColorSpaceCache = new GlobalColorSpaceCache();
    globalImageCache = new GlobalImageCache();
    nonBlendModesSet = new RefSet();
    pageDictCache = new RefMap();
    pageIndexCache = new RefMap();
    pageKidsCountCache = new RefMap();
    standardFontDataCache = /* @__PURE__ */ new Map();
    systemFontCache = /* @__PURE__ */ new Map();
    constructor(pdfManager, xref) {
      this.pdfManager = pdfManager;
      this.xref = xref;
      this.#catDict = xref.getCatalogObj();
      if (!(this.#catDict instanceof Dict)) {
        throw new FormatError2("Catalog object is not a dictionary.");
      }
      this.toplevelPagesDict;
    }
    cloneDict() {
      return this.#catDict.clone();
    }
    getAttachmentIdForAnnotation(ref, isSound = false) {
      let id = this.#annotationAttachmentIdByRef.get(ref);
      if (!id) {
        const baseId = `attachmentRef:${ref.toString()}`;
        id = baseId;
        let i = 1;
        while (this.#annotationAttachmentRefById.has(id) || this.attachments?.has(id)) {
          id = `${baseId}-${i++}`;
        }
        this.#annotationAttachmentIdByRef.put(ref, id);
        this.#annotationAttachmentRefById.set(id, ref);
      }
      if (isSound) {
        this.#soundAttachmentIds.add(id);
      }
      return id;
    }
    get version() {
      const version = this.#catDict.get("Version");
      if (version instanceof Name) {
        if (PDF_VERSION_REGEXP.test(version.name)) {
          return util_shadow2(this, "version", version.name);
        }
        warn2(`Invalid PDF catalog version: ${version.name}`);
      }
      return util_shadow2(this, "version", null);
    }
    get lang() {
      const lang = this.#catDict.get("Lang");
      return util_shadow2(this, "lang", lang && typeof lang === "string" ? stringToPDFString(lang) : null);
    }
    get needsRendering() {
      const needsRendering = this.#catDict.get("NeedsRendering");
      return util_shadow2(this, "needsRendering", needsRendering === true);
    }
    get collection() {
      let collection2 = null;
      try {
        const obj = this.#catDict.get("Collection");
        if (obj instanceof Dict && obj.size > 0) {
          collection2 = obj;
        }
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        info2("Cannot fetch Collection entry; assuming no collection is present.");
      }
      return util_shadow2(this, "collection", collection2);
    }
    get acroForm() {
      let acroForm = null;
      try {
        const obj = this.#catDict.get("AcroForm");
        if (obj instanceof Dict && obj.size > 0) {
          acroForm = obj;
        }
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        info2("Cannot fetch AcroForm entry; assuming no forms are present.");
      }
      return util_shadow2(this, "acroForm", acroForm);
    }
    get acroFormRef() {
      const value = this.#catDict.getRaw("AcroForm");
      return util_shadow2(this, "acroFormRef", value instanceof Ref ? value : null);
    }
    get metadata() {
      const streamRef = this.#catDict.getRaw("Metadata");
      if (!(streamRef instanceof Ref)) {
        return util_shadow2(this, "metadata", null);
      }
      let metadata = null;
      try {
        const stream2 = this.xref.fetch(streamRef, !this.xref.encrypt?.encryptMetadata);
        if (stream2 instanceof BaseStream && isDict(stream2.dict, "Metadata") && isName(stream2.dict.get("Subtype"), "XML")) {
          const data = stringToUTF8String2(stream2.getString());
          if (data) {
            metadata = new MetadataParser(data).serializable;
          }
        }
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        info2(`Skipping invalid Metadata: "${ex}".`);
      }
      return util_shadow2(this, "metadata", metadata);
    }
    get markInfo() {
      let markInfo = null;
      try {
        markInfo = this.#readMarkInfo();
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2("Unable to read mark info.");
      }
      return util_shadow2(this, "markInfo", markInfo);
    }
    #readMarkInfo() {
      const obj = this.#catDict.get("MarkInfo");
      if (!(obj instanceof Dict)) {
        return null;
      }
      const markInfo = /* @__PURE__ */ new Map();
      for (const key2 of ["Marked", "UserProperties", "Suspects"]) {
        const val = obj.get(key2);
        markInfo.set(key2, val === true);
      }
      return markInfo;
    }
    get hasStructTree() {
      return this.#catDict.has("StructTreeRoot");
    }
    get structTreeRoot() {
      let structTree = null;
      try {
        structTree = this.#readStructTreeRoot();
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2("Unable read to structTreeRoot info.");
      }
      return util_shadow2(this, "structTreeRoot", structTree);
    }
    #readStructTreeRoot() {
      const rawObj = this.#catDict.getRaw("StructTreeRoot"), obj = this.xref.fetchIfRef(rawObj);
      return obj instanceof Dict ? new StructTreeRoot(this.xref, obj, rawObj) : null;
    }
    get toplevelPagesDict() {
      const pagesObj = this.#catDict.get("Pages");
      if (!(pagesObj instanceof Dict)) {
        throw new FormatError2("Invalid top-level pages dictionary.");
      }
      return util_shadow2(this, "toplevelPagesDict", pagesObj);
    }
    get documentOutline() {
      let obj = null;
      try {
        obj = this.#readDocumentOutline();
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2("Unable to read document outline.");
      }
      return util_shadow2(this, "documentOutline", obj);
    }
    #readDocumentOutline(options2 = {}) {
      let obj = this.#catDict.get("Outlines");
      if (!(obj instanceof Dict)) {
        return null;
      }
      obj = obj.getRaw("First");
      if (!(obj instanceof Ref)) {
        return null;
      }
      const root = {
        items: []
      };
      const queue = [{
        obj,
        parent: root
      }];
      const processed = new RefSet();
      processed.put(obj);
      const xref = this.xref, blackColor = new Uint8ClampedArray(3);
      while (queue.length > 0) {
        const i = queue.shift();
        const outlineDict = xref.fetchIfRef(i.obj);
        if (outlineDict === null) {
          continue;
        }
        if (!outlineDict.has("Title")) {
          warn2("Invalid outline item encountered.");
        }
        const data = {
          url: null,
          dest: null,
          action: null
        };
        _Catalog.parseDestDictionary({
          destDict: outlineDict,
          resultObj: data,
          docBaseUrl: this.baseUrl,
          docAttachments: this.attachments
        });
        const title = outlineDict.get("Title");
        const flags = outlineDict.get("F") || 0;
        const color2 = outlineDict.getArray("C");
        const count = outlineDict.get("Count");
        let rgbColor = blackColor;
        if (isNumberArray(color2, 3) && (color2[0] !== 0 || color2[1] !== 0 || color2[2] !== 0)) {
          rgbColor = ColorSpaceUtils.rgb.getRgb(color2, 0);
        }
        const outlineItem = {
          action: data.action,
          attachmentId: data.attachmentId,
          attachment: data.attachment,
          dest: data.dest,
          url: data.url,
          unsafeUrl: data.unsafeUrl,
          newWindow: data.newWindow,
          setOCGState: data.setOCGState,
          title: typeof title === "string" ? stringToPDFString(title) : "",
          color: rgbColor,
          count: Number.isInteger(count) ? count : void 0,
          bold: !!(flags & 2),
          italic: !!(flags & 1),
          items: []
        };
        if (options2.keepRawDict) {
          outlineItem.rawDict = outlineDict;
        }
        i.parent.items.push(outlineItem);
        obj = outlineDict.getRaw("First");
        if (obj instanceof Ref && !processed.has(obj)) {
          queue.push({
            obj,
            parent: outlineItem
          });
          processed.put(obj);
        }
        obj = outlineDict.getRaw("Next");
        if (obj instanceof Ref && !processed.has(obj)) {
          queue.push({
            obj,
            parent: i.parent
          });
          processed.put(obj);
        }
      }
      return root.items.length > 0 ? root.items : null;
    }
    get documentOutlineForEditor() {
      let obj = null;
      try {
        obj = this.#readDocumentOutline({
          keepRawDict: true
        });
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2("Unable to read document outline.");
      }
      return util_shadow2(this, "documentOutlineForEditor", obj);
    }
    get permissions() {
      let permissions = null;
      try {
        permissions = this.#readPermissions();
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2("Unable to read permissions.");
      }
      return util_shadow2(this, "permissions", permissions);
    }
    #readPermissions() {
      const encrypt = this.xref.trailer.get("Encrypt");
      if (!(encrypt instanceof Dict)) {
        return null;
      }
      let flags = encrypt.get("P");
      if (typeof flags !== "number") {
        return null;
      }
      flags += 2 ** 32;
      const permissions = /* @__PURE__ */ new Set();
      for (const value of Object.values(PermissionFlag2)) {
        if (flags & value) {
          permissions.add(value);
        }
      }
      return permissions;
    }
    get optionalContentConfig() {
      let config = null;
      try {
        const properties = this.#catDict.get("OCProperties");
        if (!properties) {
          return util_shadow2(this, "optionalContentConfig", null);
        }
        const defaultConfig = properties.get("D");
        if (!defaultConfig) {
          return util_shadow2(this, "optionalContentConfig", null);
        }
        const groupsData = properties.get("OCGs");
        if (!Array.isArray(groupsData)) {
          return util_shadow2(this, "optionalContentConfig", null);
        }
        const groupRefCache = new RefMap();
        for (const groupRef of groupsData) {
          if (!(groupRef instanceof Ref) || groupRefCache.has(groupRef)) {
            continue;
          }
          groupRefCache.put(groupRef, this.#readOptionalContentGroup(groupRef));
        }
        config = this.#readOptionalContentConfig(defaultConfig, groupRefCache);
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2(`Unable to read optional content config: ${ex}`);
      }
      return util_shadow2(this, "optionalContentConfig", config);
    }
    #readOptionalContentGroup(groupRef) {
      const group = this.xref.fetch(groupRef);
      const obj = {
        id: groupRef.toString(),
        name: null,
        intent: null,
        usage: {
          print: null,
          view: null
        },
        rbGroups: []
      };
      const name = group.get("Name");
      if (typeof name === "string") {
        obj.name = stringToPDFString(name);
      }
      let intent = group.getArray("Intent");
      if (!Array.isArray(intent)) {
        intent = [intent];
      }
      if (intent.every((i) => i instanceof Name)) {
        obj.intent = intent.map((i) => i.name);
      }
      const usage = group.get("Usage");
      if (!(usage instanceof Dict)) {
        return obj;
      }
      const usageObj = obj.usage;
      const print = usage.get("Print");
      if (print instanceof Dict) {
        const printState = print.get("PrintState");
        if (printState instanceof Name) {
          switch (printState.name) {
            case "ON":
            case "OFF":
              usageObj.print = {
                printState: printState.name
              };
          }
        }
      }
      const view2 = usage.get("View");
      if (view2 instanceof Dict) {
        const viewState = view2.get("ViewState");
        if (viewState instanceof Name) {
          switch (viewState.name) {
            case "ON":
            case "OFF":
              usageObj.view = {
                viewState: viewState.name
              };
          }
        }
      }
      return obj;
    }
    #readOptionalContentConfig(config, groupRefCache) {
      function parseOnOff(refs) {
        const onParsed = [];
        if (Array.isArray(refs)) {
          for (const value of refs) {
            if (value instanceof Ref && groupRefCache.has(value)) {
              onParsed.push(value.toString());
            }
          }
        }
        return onParsed;
      }
      function parseOrder(refs, nestedLevels = 0) {
        if (!Array.isArray(refs)) {
          return null;
        }
        const order = [];
        for (const value of refs) {
          if (value instanceof Ref && groupRefCache.has(value)) {
            parsedOrderRefs.put(value);
            order.push(value.toString());
            continue;
          }
          const nestedOrder = parseNestedOrder(value, nestedLevels);
          if (nestedOrder) {
            order.push(nestedOrder);
          }
        }
        if (nestedLevels > 0) {
          return order;
        }
        const hiddenGroups = [];
        for (const [groupRef] of groupRefCache.items()) {
          if (parsedOrderRefs.has(groupRef)) {
            continue;
          }
          hiddenGroups.push(groupRef.toString());
        }
        if (hiddenGroups.length) {
          order.push({
            name: null,
            order: hiddenGroups
          });
        }
        return order;
      }
      function parseNestedOrder(ref, nestedLevels) {
        if (++nestedLevels > MAX_NESTED_LEVELS) {
          warn2("parseNestedOrder - reached MAX_NESTED_LEVELS.");
          return null;
        }
        const value = xref.fetchIfRef(ref);
        if (!Array.isArray(value)) {
          return null;
        }
        const nestedName = xref.fetchIfRef(value[0]);
        if (typeof nestedName !== "string") {
          return null;
        }
        const nestedOrder = parseOrder(value.slice(1), nestedLevels);
        return !nestedOrder?.length ? null : {
          name: stringToPDFString(nestedName),
          order: nestedOrder
        };
      }
      function parseRBGroups(rbGroups) {
        if (!Array.isArray(rbGroups)) {
          return;
        }
        for (const value of rbGroups) {
          const rbGroup = xref.fetchIfRef(value);
          if (!Array.isArray(rbGroup) || !rbGroup.length) {
            continue;
          }
          const parsedRbGroup = /* @__PURE__ */ new Set();
          for (const ref of rbGroup) {
            if (ref instanceof Ref && groupRefCache.has(ref) && !parsedRbGroup.has(ref.toString())) {
              parsedRbGroup.add(ref.toString());
              groupRefCache.get(ref).rbGroups.push(parsedRbGroup);
            }
          }
        }
      }
      const xref = this.xref, parsedOrderRefs = new RefSet(), MAX_NESTED_LEVELS = 10;
      parseRBGroups(config.get("RBGroups"));
      return {
        name: typeof config.get("Name") === "string" ? stringToPDFString(config.get("Name")) : null,
        creator: typeof config.get("Creator") === "string" ? stringToPDFString(config.get("Creator")) : null,
        baseState: config.get("BaseState") instanceof Name ? config.get("BaseState").name : null,
        on: parseOnOff(config.get("ON")),
        off: parseOnOff(config.get("OFF")),
        order: parseOrder(config.get("Order")),
        groups: [...groupRefCache]
      };
    }
    setActualNumPages(num = null) {
      this.#actualNumPages = num;
    }
    get hasActualNumPages() {
      return this.#actualNumPages !== null;
    }
    get _pagesCount() {
      const obj = this.toplevelPagesDict.get("Count");
      if (!Number.isInteger(obj)) {
        throw new FormatError2("Page count in top-level pages dictionary is not an integer.");
      }
      return util_shadow2(this, "_pagesCount", obj);
    }
    get numPages() {
      return this.#actualNumPages ?? this._pagesCount;
    }
    get destinations() {
      const dests = /* @__PURE__ */ new Map();
      for (const obj of this.#readDests()) {
        if (obj instanceof NameTree) {
          for (const [key2, value] of obj.getAll()) {
            const dest = fetchDest(value);
            if (dest) {
              dests.set(stringToPDFString(key2, true), dest);
            }
          }
        } else if (obj instanceof Dict) {
          for (const [key2, value] of obj) {
            const dest = fetchDest(value);
            if (dest) {
              dests.getOrInsert(stringToPDFString(key2, true), dest);
            }
          }
        }
      }
      return util_shadow2(this, "destinations", dests);
    }
    getDestination(id) {
      if (Object.hasOwn(this, "destinations")) {
        return this.destinations.get(id) ?? null;
      }
      for (const obj of this.#readDests()) {
        if (obj instanceof NameTree || obj instanceof Dict) {
          const dest = fetchDest(obj.get(id));
          if (dest) {
            return dest;
          }
        }
      }
      return this.destinations.get(id) ?? null;
    }
    #readDests() {
      const obj = this.#catDict.get("Names");
      const rawDests = [];
      if (obj?.has("Dests")) {
        rawDests.push(new NameTree(obj.getRaw("Dests"), this.xref));
      }
      if (this.#catDict.has("Dests")) {
        rawDests.push(this.#catDict.get("Dests"));
      }
      return rawDests;
    }
    get rawPageLabels() {
      const obj = this.#catDict.getRaw("PageLabels");
      if (!obj) {
        return null;
      }
      const numberTree = new NumberTree(obj, this.xref);
      return numberTree.getAll();
    }
    get pageLabels() {
      let obj = null;
      try {
        obj = this.#readPageLabels();
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2("Unable to read page labels.");
      }
      return util_shadow2(this, "pageLabels", obj);
    }
    #readPageLabels() {
      const nums = this.rawPageLabels;
      if (!nums) {
        return null;
      }
      const pageLabels = new Array(this.numPages);
      let style = null, prefix = "";
      let currentLabel = "", currentIndex = 1;
      for (let i = 0, ii = this.numPages; i < ii; i++) {
        const labelDict = nums.get(i);
        if (labelDict !== void 0) {
          if (!(labelDict instanceof Dict)) {
            throw new FormatError2("PageLabel is not a dictionary.");
          }
          if (labelDict.has("Type") && !isName(labelDict.get("Type"), "PageLabel")) {
            throw new FormatError2("Invalid type in PageLabel dictionary.");
          }
          if (labelDict.has("S")) {
            const s = labelDict.get("S");
            if (!(s instanceof Name)) {
              throw new FormatError2("Invalid style in PageLabel dictionary.");
            }
            style = s.name;
          } else {
            style = null;
          }
          if (labelDict.has("P")) {
            const p = labelDict.get("P");
            if (typeof p !== "string") {
              throw new FormatError2("Invalid prefix in PageLabel dictionary.");
            }
            prefix = stringToPDFString(p);
          } else {
            prefix = "";
          }
          if (labelDict.has("St")) {
            const st = labelDict.get("St");
            if (!(Number.isInteger(st) && st >= 1)) {
              throw new FormatError2("Invalid start in PageLabel dictionary.");
            }
            currentIndex = st;
          } else {
            currentIndex = 1;
          }
        }
        switch (style) {
          case "D":
            currentLabel = currentIndex;
            break;
          case "R":
          case "r":
            currentLabel = toRomanNumerals(currentIndex, style === "r");
            break;
          case "A":
          case "a":
            const LIMIT2 = 26;
            const letterIndex = currentIndex - 1;
            const character = String.fromCharCode(style.charCodeAt(0) + letterIndex % LIMIT2);
            currentLabel = character.repeat(Math.floor(letterIndex / LIMIT2) + 1);
            break;
          default:
            if (style) {
              throw new FormatError2(`Invalid style "${style}" in PageLabel dictionary.`);
            }
            currentLabel = "";
        }
        pageLabels[i] = prefix + currentLabel;
        currentIndex++;
      }
      return pageLabels;
    }
    get pageLayout() {
      const obj = this.#catDict.get("PageLayout");
      let pageLayout = "";
      if (obj instanceof Name) {
        switch (obj.name) {
          case "SinglePage":
          case "OneColumn":
          case "TwoColumnLeft":
          case "TwoColumnRight":
          case "TwoPageLeft":
          case "TwoPageRight":
            pageLayout = obj.name;
        }
      }
      return util_shadow2(this, "pageLayout", pageLayout);
    }
    get pageMode() {
      const obj = this.#catDict.get("PageMode");
      let pageMode = "UseNone";
      if (obj instanceof Name) {
        switch (obj.name) {
          case "UseNone":
          case "UseOutlines":
          case "UseThumbs":
          case "FullScreen":
          case "UseOC":
          case "UseAttachments":
            pageMode = obj.name;
        }
      }
      return util_shadow2(this, "pageMode", pageMode);
    }
    get viewerPreferences() {
      const obj = this.#catDict.get("ViewerPreferences");
      if (!(obj instanceof Dict)) {
        return util_shadow2(this, "viewerPreferences", null);
      }
      let prefs = null;
      for (const [key2, value] of obj) {
        let prefValue;
        switch (key2) {
          case "HideToolbar":
          case "HideMenubar":
          case "HideWindowUI":
          case "FitWindow":
          case "CenterWindow":
          case "DisplayDocTitle":
          case "PickTrayByPDFSize":
            if (typeof value === "boolean") {
              prefValue = value;
            }
            break;
          case "NonFullScreenPageMode":
            if (value instanceof Name) {
              switch (value.name) {
                case "UseNone":
                case "UseOutlines":
                case "UseThumbs":
                case "UseOC":
                  prefValue = value.name;
                  break;
                default:
                  prefValue = "UseNone";
              }
            }
            break;
          case "Direction":
            if (value instanceof Name) {
              switch (value.name) {
                case "L2R":
                case "R2L":
                  prefValue = value.name;
                  break;
                default:
                  prefValue = "L2R";
              }
            }
            break;
          case "ViewArea":
          case "ViewClip":
          case "PrintArea":
          case "PrintClip":
            if (value instanceof Name) {
              switch (value.name) {
                case "MediaBox":
                case "CropBox":
                case "BleedBox":
                case "TrimBox":
                case "ArtBox":
                  prefValue = value.name;
                  break;
                default:
                  prefValue = "CropBox";
              }
            }
            break;
          case "PrintScaling":
            if (value instanceof Name) {
              switch (value.name) {
                case "None":
                case "AppDefault":
                  prefValue = value.name;
                  break;
                default:
                  prefValue = "AppDefault";
              }
            }
            break;
          case "Duplex":
            if (value instanceof Name) {
              switch (value.name) {
                case "Simplex":
                case "DuplexFlipShortEdge":
                case "DuplexFlipLongEdge":
                  prefValue = value.name;
                  break;
                default:
                  prefValue = "None";
              }
            }
            break;
          case "PrintPageRange":
            if (Array.isArray(value) && value.length % 2 === 0 && value.every((page, i, arr) => Number.isInteger(page) && page > 0 && (i === 0 || page >= arr[i - 1]) && page <= this.numPages)) {
              prefValue = value;
            }
            break;
          case "NumCopies":
            if (Number.isInteger(value) && value > 0) {
              prefValue = value;
            }
            break;
          default:
            warn2(`Ignoring non-standard key in ViewerPreferences: ${key2}.`);
            continue;
        }
        if (prefValue === void 0) {
          warn2(`Bad value, for key "${key2}", in ViewerPreferences: ${value}.`);
          continue;
        }
        (prefs ??= /* @__PURE__ */ new Map()).set(key2, prefValue);
      }
      return util_shadow2(this, "viewerPreferences", prefs);
    }
    get openAction() {
      const obj = this.#catDict.get("OpenAction");
      const openAction = /* @__PURE__ */ new Map();
      if (obj instanceof Dict) {
        const destDict = new Dict(this.xref);
        destDict.set("A", obj);
        const resultObj = {
          url: null,
          dest: null,
          action: null
        };
        _Catalog.parseDestDictionary({
          destDict,
          resultObj
        });
        if (Array.isArray(resultObj.dest)) {
          openAction.set("dest", resultObj.dest);
        } else if (resultObj.action) {
          openAction.set("action", resultObj.action);
        }
      } else if (isValidExplicitDest2(obj)) {
        openAction.set("dest", obj);
      }
      return util_shadow2(this, "openAction", openAction.size ? openAction : null);
    }
    get attachments() {
      const obj = this.#catDict.get("Names");
      let attachments = null;
      if (obj instanceof Dict && obj.has("EmbeddedFiles")) {
        const nameTree = new NameTree(obj.getRaw("EmbeddedFiles"), this.xref);
        for (const [key2, value] of nameTree.getAll()) {
          (attachments ??= /* @__PURE__ */ new Map()).set(stringToPDFString(key2, true), new FileSpec(value).serializable);
        }
      }
      return util_shadow2(this, "attachments", attachments);
    }
    #attachmentContentByName(id) {
      const obj = this.#catDict.get("Names");
      if (obj instanceof Dict && obj.has("EmbeddedFiles")) {
        const nameTree = new NameTree(obj.getRaw("EmbeddedFiles"), this.xref);
        for (const [key2, value] of nameTree.getAll()) {
          if (stringToPDFString(key2, true) === id) {
            return FileSpec.readContent(value);
          }
        }
      }
      return void 0;
    }
    attachmentContent(id) {
      const namedContent = this.#attachmentContentByName(id);
      if (namedContent !== void 0) {
        return namedContent;
      }
      const ref = this.#annotationAttachmentRefById.get(id);
      if (ref) {
        const target = this.xref.fetch(ref);
        if (target instanceof BaseStream) {
          const content = FileSpec.readStreamContent(target);
          return this.#soundAttachmentIds.has(id) ? soundStreamToWav(target, content) ?? content : content;
        }
        return target instanceof Dict ? FileSpec.readContent(target) : null;
      }
      return null;
    }
    get rawEmbeddedFiles() {
      const obj = this.#catDict.get("Names");
      if (!(obj instanceof Dict) || !obj.has("EmbeddedFiles")) {
        return null;
      }
      const nameTree = new NameTree(obj.getRaw("EmbeddedFiles"), this.xref);
      return nameTree.getAll(true);
    }
    get xfaImages() {
      const obj = this.#catDict.get("Names");
      let xfaImages = null;
      if (obj instanceof Dict && obj.has("XFAImages")) {
        const nameTree = new NameTree(obj.getRaw("XFAImages"), this.xref);
        for (const [key2, value] of nameTree.getAll()) {
          if (value instanceof BaseStream) {
            xfaImages ??= /* @__PURE__ */ new Map();
            xfaImages.set(stringToPDFString(key2, true), value.getBytes());
          }
        }
      }
      return util_shadow2(this, "xfaImages", xfaImages);
    }
    #collectJavaScript() {
      const obj = this.#catDict.get("Names");
      let javaScript = null;
      function appendIfJavaScriptDict(name, jsDict) {
        if (!(jsDict instanceof Dict) || !isName(jsDict.get("S"), "JavaScript")) {
          return;
        }
        let js = jsDict.get("JS");
        if (js instanceof BaseStream) {
          js = js.getString();
        } else if (typeof js !== "string") {
          return;
        }
        js = stringToPDFString(js, true).replaceAll("\0", "");
        if (js) {
          (javaScript ??= /* @__PURE__ */ new Map()).set(name, js);
        }
      }
      if (obj instanceof Dict && obj.has("JavaScript")) {
        const nameTree = new NameTree(obj.getRaw("JavaScript"), this.xref);
        for (const [key2, value] of nameTree.getAll()) {
          appendIfJavaScriptDict(stringToPDFString(key2, true), value);
        }
      }
      const openAction = this.#catDict.get("OpenAction");
      if (openAction) {
        appendIfJavaScriptDict("OpenAction", openAction);
      }
      return javaScript;
    }
    get jsActions() {
      const javaScript = this.#collectJavaScript();
      let actions = collectActions(this.xref, this.#catDict, DocumentActionEventType);
      if (javaScript) {
        actions ??= /* @__PURE__ */ new Map();
        for (const [key2, val] of javaScript) {
          actions.getOrInsertComputed(key2, makeArr2).push(val);
        }
      }
      return util_shadow2(this, "jsActions", actions);
    }
    async cleanup(manuallyTriggered = false) {
      clearGlobalCaches();
      this.globalColorSpaceCache.clear();
      this.globalImageCache.clear(manuallyTriggered);
      this.pageKidsCountCache.clear();
      this.pageIndexCache.clear();
      this.pageDictCache.clear();
      this.nonBlendModesSet.clear();
      for (const {
        dict
      } of await Promise.all(this.fontCache)) {
        delete dict.cacheKey;
      }
      this.fontCache.clear();
      this.builtInCMapCache.clear();
      this.standardFontDataCache.clear();
      this.systemFontCache.clear();
    }
    async getPageDict(pageIndex) {
      const nodesToVisit = [this.toplevelPagesDict];
      const visitedNodes = new RefSet();
      const pagesRef = this.#catDict.getRaw("Pages");
      if (pagesRef instanceof Ref) {
        visitedNodes.put(pagesRef);
      }
      const xref = this.xref, pageKidsCountCache = this.pageKidsCountCache, pageIndexCache = this.pageIndexCache, pageDictCache = this.pageDictCache;
      let currentPageIndex = 0;
      while (nodesToVisit.length) {
        const currentNode = nodesToVisit.pop();
        if (currentNode instanceof Ref) {
          const count2 = pageKidsCountCache.get(currentNode);
          if (count2 >= 0 && currentPageIndex + count2 <= pageIndex) {
            currentPageIndex += count2;
            continue;
          }
          if (visitedNodes.has(currentNode)) {
            throw new FormatError2("Pages tree contains circular reference.");
          }
          visitedNodes.put(currentNode);
          const obj = await (pageDictCache.get(currentNode) || xref.fetchAsync(currentNode));
          if (obj instanceof Dict) {
            let type = obj.getRaw("Type");
            if (type instanceof Ref) {
              type = await xref.fetchAsync(type);
            }
            if (isName(type, "Page") || !obj.has("Kids")) {
              if (!pageKidsCountCache.has(currentNode)) {
                pageKidsCountCache.put(currentNode, 1);
              }
              if (!pageIndexCache.has(currentNode)) {
                pageIndexCache.put(currentNode, currentPageIndex);
              }
              if (currentPageIndex === pageIndex) {
                return [obj, currentNode];
              }
              currentPageIndex++;
              continue;
            }
          }
          nodesToVisit.push(obj);
          continue;
        }
        if (!(currentNode instanceof Dict)) {
          throw new FormatError2("Page dictionary kid reference points to wrong type of object.");
        }
        const {
          objId
        } = currentNode;
        let count = currentNode.getRaw("Count");
        if (count instanceof Ref) {
          count = await xref.fetchAsync(count);
        }
        if (Number.isInteger(count) && count >= 0) {
          if (objId && !pageKidsCountCache.has(objId)) {
            pageKidsCountCache.put(objId, count);
          }
          if (currentPageIndex + count <= pageIndex) {
            currentPageIndex += count;
            continue;
          }
        }
        let kids = currentNode.getRaw("Kids");
        if (kids instanceof Ref) {
          kids = await xref.fetchAsync(kids);
        }
        if (!Array.isArray(kids)) {
          let type = currentNode.getRaw("Type");
          if (type instanceof Ref) {
            type = await xref.fetchAsync(type);
          }
          if (isName(type, "Page") || !currentNode.has("Kids")) {
            if (currentPageIndex === pageIndex) {
              return [currentNode, null];
            }
            currentPageIndex++;
            continue;
          }
          throw new FormatError2("Page dictionary kids object is not an array.");
        }
        for (let last2 = kids.length - 1; last2 >= 0; last2--) {
          const lastKid = kids[last2];
          nodesToVisit.push(lastKid);
          if (currentNode === this.toplevelPagesDict && lastKid instanceof Ref && !pageDictCache.has(lastKid)) {
            pageDictCache.put(lastKid, xref.fetchAsync(lastKid));
          }
        }
      }
      throw new Error(`Page index ${pageIndex} not found.`);
    }
    async getAllPageDicts(recoveryMode = false) {
      const {
        ignoreErrors
      } = this.pdfManager.evaluatorOptions;
      const queue = [{
        currentNode: this.toplevelPagesDict,
        posInKids: 0
      }];
      const visitedNodes = new RefSet();
      const pagesRef = this.#catDict.getRaw("Pages");
      if (pagesRef instanceof Ref) {
        visitedNodes.put(pagesRef);
      }
      const map = /* @__PURE__ */ new Map(), xref = this.xref, pageIndexCache = this.pageIndexCache;
      let pageIndex = 0;
      function addPageDict(pageDict, pageRef) {
        if (pageRef && !pageIndexCache.has(pageRef)) {
          pageIndexCache.put(pageRef, pageIndex);
        }
        map.set(pageIndex++, [pageDict, pageRef]);
      }
      function addPageError(error3) {
        if (error3 instanceof XRefEntryException && !recoveryMode) {
          throw error3;
        }
        if (recoveryMode && ignoreErrors && pageIndex === 0) {
          warn2(`getAllPageDicts - Skipping invalid first page: "${error3}".`);
          error3 = Dict.empty;
        }
        map.set(pageIndex++, [error3, null]);
      }
      while (queue.length > 0) {
        const queueItem = queue.at(-1);
        const {
          currentNode,
          posInKids
        } = queueItem;
        let kids = currentNode.getRaw("Kids");
        if (kids instanceof Ref) {
          try {
            kids = await xref.fetchAsync(kids);
          } catch (ex) {
            addPageError(ex);
            break;
          }
        }
        if (!Array.isArray(kids)) {
          let type2 = currentNode.getRaw("Type");
          if (type2 instanceof Ref) {
            try {
              type2 = await xref.fetchAsync(type2);
            } catch (ex) {
              addPageError(ex);
              break;
            }
          }
          if (isName(type2, "Page") || !currentNode.has("Kids")) {
            addPageDict(currentNode, null);
            break;
          }
          addPageError(new FormatError2("Page dictionary kids object is not an array."));
          break;
        }
        if (posInKids >= kids.length) {
          queue.pop();
          continue;
        }
        const kidObj = kids[posInKids];
        let obj;
        if (kidObj instanceof Ref) {
          if (visitedNodes.has(kidObj)) {
            addPageError(new FormatError2("Pages tree contains circular reference."));
            break;
          }
          visitedNodes.put(kidObj);
          try {
            obj = await xref.fetchAsync(kidObj);
          } catch (ex) {
            addPageError(ex);
            break;
          }
        } else {
          obj = kidObj;
        }
        if (!(obj instanceof Dict)) {
          addPageError(new FormatError2("Page dictionary kid reference points to wrong type of object."));
          break;
        }
        let type = obj.getRaw("Type");
        if (type instanceof Ref) {
          try {
            type = await xref.fetchAsync(type);
          } catch (ex) {
            addPageError(ex);
            break;
          }
        }
        if (isName(type, "Page") || !obj.has("Kids")) {
          addPageDict(obj, kidObj instanceof Ref ? kidObj : null);
        } else {
          queue.push({
            currentNode: obj,
            posInKids: 0
          });
        }
        queueItem.posInKids++;
      }
      return map;
    }
    async getPageIndex(pageRef) {
      const cachedPageIndex = this.pageIndexCache.get(pageRef);
      if (cachedPageIndex !== void 0) {
        return cachedPageIndex;
      }
      const xref = this.xref;
      let total = 0, ref = pageRef;
      const visited = new RefSet();
      visited.put(pageRef);
      while (true) {
        const node2 = await xref.fetchAsync(ref);
        if (isRefsEqual(ref, pageRef) && !isDict(node2, "Page") && !(node2 instanceof Dict && !node2.has("Type") && node2.has("Contents"))) {
          throw new FormatError2("The reference does not point to a /Page dictionary.");
        }
        if (!node2) {
          break;
        }
        if (!(node2 instanceof Dict)) {
          throw new FormatError2("Node must be a dictionary.");
        }
        const parentRef = node2.getRaw("Parent");
        if (parentRef instanceof Ref) {
          if (visited.has(parentRef)) {
            throw new FormatError2("Pages tree contains circular reference.");
          }
          visited.put(parentRef);
        }
        const parent = await node2.getAsync("Parent");
        if (!parent) {
          break;
        }
        if (!(parent instanceof Dict)) {
          throw new FormatError2("Parent must be a dictionary.");
        }
        const kids = await parent.getAsync("Kids");
        if (!kids) {
          break;
        }
        if (!Array.isArray(kids)) {
          throw new FormatError2("Kids must be an array.");
        }
        const kidPromises = [];
        let found = false;
        for (const kid of kids) {
          if (!(kid instanceof Ref)) {
            throw new FormatError2("Kid must be a reference.");
          }
          if (isRefsEqual(kid, ref)) {
            found = true;
            break;
          }
          kidPromises.push(xref.fetchAsync(kid).then((obj) => {
            if (!(obj instanceof Dict)) {
              throw new FormatError2("Kid node must be a dictionary.");
            }
            if (obj.has("Count")) {
              const count = obj.get("Count");
              if (Number.isInteger(count) && count >= 0) {
                total += count;
                return;
              }
              throw new FormatError2("Count must be a (positive) integer.");
            }
            total++;
          }));
        }
        if (!found) {
          throw new FormatError2("Kid reference not found in parent's kids.");
        }
        await Promise.all(kidPromises);
        ref = parentRef;
      }
      this.pageIndexCache.put(pageRef, total);
      return total;
    }
    get baseUrl() {
      const uri = this.#catDict.get("URI");
      if (uri instanceof Dict) {
        const base = uri.get("Base");
        if (typeof base === "string") {
          const absoluteUrl = createValidAbsoluteUrl2(base, null, {
            tryConvertEncoding: true
          });
          if (absoluteUrl) {
            return util_shadow2(this, "baseUrl", absoluteUrl.href);
          }
        }
      }
      return util_shadow2(this, "baseUrl", this.pdfManager.docBaseUrl);
    }
    static #getDestFromStructElement(xref, seRef) {
      const seDict = xref.fetchIfRef(seRef);
      if (!(seDict instanceof Dict)) {
        return null;
      }
      let pageRef = null;
      const directPg = seDict.getRaw("Pg");
      if (directPg instanceof Ref) {
        pageRef = directPg;
      }
      if (!pageRef) {
        const queue = [seDict];
        const visited = new RefSet();
        visited.put(seRef);
        while (queue.length > 0 && !pageRef) {
          const node2 = queue.shift();
          let kids = node2.getRaw("K");
          if (kids instanceof Ref) {
            if (visited.has(kids)) {
              continue;
            }
            visited.put(kids);
            kids = xref.fetch(kids);
          }
          let kidsArr;
          if (Array.isArray(kids)) {
            kidsArr = kids;
          } else if (kids) {
            kidsArr = [kids];
          } else {
            continue;
          }
          for (const kid of kidsArr) {
            if (kid instanceof Ref) {
              if (visited.has(kid)) {
                continue;
              }
              visited.put(kid);
            }
            const kidObj = xref.fetchIfRef(kid);
            if (!(kidObj instanceof Dict)) {
              continue;
            }
            const pg = kidObj.getRaw("Pg");
            if (pg instanceof Ref) {
              pageRef = pg;
              break;
            }
            queue.push(kidObj);
          }
        }
      }
      if (!pageRef) {
        const MAX_DEPTH2 = 40;
        let current = seDict;
        for (let depth = 0; depth < MAX_DEPTH2; depth++) {
          const parentRaw = current.getRaw("P");
          if (!(parentRaw instanceof Ref)) {
            break;
          }
          const parentDict = xref.fetch(parentRaw);
          if (!(parentDict instanceof Dict) || isName(parentDict.get("Type"), "StructTreeRoot")) {
            break;
          }
          const pg = parentDict.getRaw("Pg");
          if (pg instanceof Ref) {
            pageRef = pg;
            break;
          }
          current = parentDict;
        }
      }
      if (!pageRef) {
        return null;
      }
      let x = null, y = null;
      const attrs = seDict.get("A");
      if (attrs instanceof Dict) {
        const bbox = lookupRect(attrs.getArray("BBox"), null);
        if (bbox) {
          x = bbox[0];
          y = bbox[3];
        }
      }
      return [pageRef, {
        name: "XYZ"
      }, x, y, null];
    }
    static parseDestDictionary({
      destDict,
      resultObj,
      docBaseUrl = null,
      docAttachments = null
    }) {
      if (!(destDict instanceof Dict)) {
        warn2("parseDestDictionary: `destDict` must be a dictionary.");
        return;
      }
      let action = destDict.get("A"), url, dest;
      if (!(action instanceof Dict)) {
        if (destDict.has("Dest")) {
          action = destDict.get("Dest");
        } else {
          action = destDict.get("AA");
          if (action instanceof Dict) {
            if (action.has("D")) {
              action = action.get("D");
            } else if (action.has("U")) {
              action = action.get("U");
            }
          }
        }
      }
      if (action instanceof Dict) {
        const actionType = action.get("S");
        if (!(actionType instanceof Name)) {
          warn2("parseDestDictionary: Invalid type in Action dictionary.");
          return;
        }
        const actionName = actionType.name;
        switch (actionName) {
          case "ResetForm":
            const flags = action.get("Flags");
            const include = ((typeof flags === "number" ? flags : 0) & 1) === 0;
            const fields = [];
            const refs = [];
            for (const obj of action.get("Fields") || []) {
              if (obj instanceof Ref) {
                refs.push(obj.toString());
              } else if (typeof obj === "string") {
                fields.push(stringToPDFString(obj));
              }
            }
            resultObj.resetForm = {
              fields,
              refs,
              include
            };
            break;
          case "URI":
            url = action.get("URI");
            if (url instanceof Name) {
              url = "/" + url.name;
            }
            break;
          case "GoTo":
            dest = action.get("D");
            break;
          case "Launch":
          case "GoToR":
            const urlDict = action.get("F");
            if (urlDict instanceof Dict) {
              url = new FileSpec(urlDict).filename;
            } else if (typeof urlDict === "string") {
              url = urlDict;
            } else {
              break;
            }
            const remoteDest = fetchRemoteDest(action);
            if (remoteDest) {
              url = url.split("#", 1)[0] + "#" + remoteDest;
            }
            const newWindow = action.get("NewWindow");
            if (typeof newWindow === "boolean") {
              resultObj.newWindow = newWindow;
            }
            break;
          case "GoToE":
            const target = action.get("T");
            let id = null;
            if (target instanceof Dict) {
              const relationship = target.get("R");
              const name = target.get("N");
              if (isName(relationship, "C") && typeof name === "string") {
                id = stringToPDFString(name, true);
              }
            }
            if (docAttachments && id) {
              resultObj.attachmentId = id;
              resultObj.attachment = docAttachments.get(id);
              const attachmentDest = fetchRemoteDest(action);
              if (attachmentDest) {
                resultObj.attachmentDest = attachmentDest;
              }
            } else {
              warn2(`parseDestDictionary - unimplemented "GoToE" action.`);
            }
            break;
          case "Named":
            const namedAction = action.get("N");
            if (namedAction instanceof Name) {
              resultObj.action = namedAction.name;
            }
            break;
          case "SetOCGState":
            const state = action.get("State");
            const preserveRB = action.get("PreserveRB");
            if (!Array.isArray(state) || state.length === 0) {
              break;
            }
            const stateArr = [];
            for (const elem of state) {
              if (elem instanceof Name) {
                switch (elem.name) {
                  case "ON":
                  case "OFF":
                  case "Toggle":
                    stateArr.push(elem.name);
                    break;
                }
              } else if (elem instanceof Ref) {
                stateArr.push(elem.toString());
              }
            }
            if (stateArr.length !== state.length) {
              break;
            }
            resultObj.setOCGState = {
              state: stateArr,
              preserveRB: preserveRB !== false
            };
            break;
          case "JavaScript":
            const jsAction = action.get("JS");
            let js;
            if (jsAction instanceof BaseStream) {
              js = jsAction.getString();
            } else if (typeof jsAction === "string") {
              js = jsAction;
            }
            const jsURL = js && recoverJsURL(stringToPDFString(js, true));
            if (jsURL) {
              url = jsURL.url;
              resultObj.newWindow = jsURL.newWindow;
              break;
            }
          default:
            if (actionName === "JavaScript" || actionName === "SubmitForm") {
              break;
            }
            warn2(`parseDestDictionary - unsupported action: "${actionName}".`);
            break;
        }
      } else if (destDict.has("Dest")) {
        dest = destDict.get("Dest");
      }
      if (typeof url === "string") {
        const absoluteUrl = createValidAbsoluteUrl2(url, docBaseUrl, {
          addDefaultProtocol: true,
          tryConvertEncoding: true
        });
        if (absoluteUrl) {
          resultObj.url = absoluteUrl.href;
        }
        resultObj.unsafeUrl = url;
      }
      if (dest) {
        if (dest instanceof Name) {
          dest = dest.name;
        }
        if (typeof dest === "string") {
          resultObj.dest = stringToPDFString(dest, true);
        } else if (isValidExplicitDest2(dest)) {
          resultObj.dest = dest;
        }
      }
      if (!resultObj.dest && !resultObj.url && !resultObj.action && !resultObj.attachment && !resultObj.setOCGState && !resultObj.resetForm) {
        const seRef = destDict.getRaw("SE");
        if (seRef instanceof Ref) {
          try {
            const seDest = _Catalog.#getDestFromStructElement(destDict.xref, seRef);
            if (seDest) {
              resultObj.dest = seDest;
            }
          } catch (ex) {
            if (ex instanceof MissingDataException) {
              throw ex;
            }
            info2("SE parsing failed.");
          }
        }
      }
    }
  };
  var FLATE_COLOR_COUNT_THRESHOLD = 16384;
  function createImageDict(xref, width, height, colorSpace) {
    const image = new Dict(xref);
    image.set("Type", Name.get("XObject"));
    image.set("Subtype", Name.get("Image"));
    image.set("BitsPerComponent", 8);
    image.setIfName("ColorSpace", colorSpace);
    image.set("Width", width);
    image.set("Height", height);
    return image;
  }
  function createRawImage(buffer, dict) {
    return new Stream2(buffer, 0, buffer.length, dict);
  }
  function paethPredictor2(left, above, upperLeft) {
    const p = left + above - upperLeft;
    const pa = Math.abs(p - left);
    const pb = Math.abs(p - above);
    const pc = Math.abs(p - upperLeft);
    if (pa <= pb && pa <= pc) {
      return left;
    }
    return pb <= pc ? above : upperLeft;
  }
  function applyPNGOptimumFilter(data, width, height, bytesPerPixel) {
    const rowSize = width * bytesPerPixel;
    const out = new Uint8Array(height * (rowSize + 1));
    const candidates = [new Uint8Array(rowSize), new Uint8Array(rowSize), new Uint8Array(rowSize), new Uint8Array(rowSize), new Uint8Array(rowSize)];
    for (let y = 0; y < height; y++) {
      const rowOffset = y * rowSize;
      const prevRowOffset = rowOffset - rowSize;
      const scores = [0, 0, 0, 0, 0];
      for (let x = 0; x < rowSize; x++) {
        const offset = rowOffset + x;
        const cur = data[offset];
        const left = x >= bytesPerPixel ? data[offset - bytesPerPixel] : 0;
        const above = y > 0 ? data[prevRowOffset + x] : 0;
        const upperLeft = y > 0 && x >= bytesPerPixel ? data[prevRowOffset + x - bytesPerPixel] : 0;
        candidates[0][x] = cur;
        candidates[1][x] = cur - left & 255;
        candidates[2][x] = cur - above & 255;
        candidates[3][x] = cur - (left + above >> 1) & 255;
        candidates[4][x] = cur - paethPredictor2(left, above, upperLeft) & 255;
        for (let f = 0; f < 5; f++) {
          const v = candidates[f][x];
          scores[f] += v < 128 ? v : 256 - v;
        }
      }
      let bestFilter = 0;
      for (let f = 1; f < 5; f++) {
        if (scores[f] < scores[bestFilter]) {
          bestFilter = f;
        }
      }
      const outOffset = y * (rowSize + 1);
      out[outOffset] = bestFilter;
      out.set(candidates[bestFilter], outOffset + 1);
    }
    return out;
  }
  async function deflate2(bytes2) {
    const cs = new CompressionStream("deflate");
    const writer = cs.writable.getWriter();
    const writePromise = (async () => {
      try {
        await writer.ready;
        await writer.write(bytes2);
        await writer.ready;
        await writer.close();
      } catch (reason) {
        await writer.abort(reason).catch(() => {
        });
        throw reason;
      }
    })();
    const [compressed] = await Promise.all([new Response(cs.readable).bytes(), writePromise.then(() => null)]);
    return compressed;
  }
  async function createPNGLikeImage(buffer, width, height, dict) {
    const bytesPerPixel = buffer.length / (width * height);
    let compressed;
    if (typeof CompressionStream === "function") {
      try {
        const filtered = applyPNGOptimumFilter(buffer, width, height, bytesPerPixel);
        compressed = await deflate2(filtered);
      } catch {
      }
    }
    if (!compressed) {
      return createRawImage(buffer, dict);
    }
    dict.setIfName("Filter", "FlateDecode");
    const decodeParms = new Dict(dict.xref);
    decodeParms.set("Predictor", 15);
    decodeParms.set("Columns", width);
    decodeParms.set("Colors", bytesPerPixel);
    decodeParms.set("BitsPerComponent", 8);
    dict.set("DecodeParms", decodeParms);
    return createRawImage(compressed, dict);
  }
  async function createImage(bitmap, xref, {
    closeBitmap = false
  } = {}) {
    const {
      width,
      height
    } = bitmap;
    if (!Number.isInteger(width) || !Number.isInteger(height) || width <= 0 || height <= 0) {
      if (closeBitmap) {
        bitmap.close?.();
      }
      throw new Error(`createImage: invalid bitmap dimensions ${width}x${height}`);
    }
    const canvas = new OffscreenCanvas(width, height);
    const ctx = canvas.getContext("2d", {
      alpha: true,
      willReadFrequently: true
    });
    let data;
    try {
      ctx.drawImage(bitmap, 0, 0);
      data = ctx.getImageData(0, 0, width, height).data;
    } finally {
      if (closeBitmap) {
        bitmap.close?.();
      }
    }
    const buf32 = new Uint32Array(data.buffer, data.byteOffset, data.byteLength >> 2);
    const isLE = FeatureTest2.isLittleEndian;
    const rgbMask = isLE ? 16777215 : 4294967040;
    const colorCounter = /* @__PURE__ */ new Set();
    let hasAlpha = false;
    let useFlate = true;
    for (const v of buf32) {
      if ((isLE ? v >>> 24 : v & 255) !== 255) {
        hasAlpha = true;
        break;
      }
      if (useFlate) {
        colorCounter.add((v & rgbMask) >>> 0);
        if (colorCounter.size > FLATE_COLOR_COUNT_THRESHOLD) {
          useFlate = false;
          colorCounter.clear();
        }
      }
    }
    if (hasAlpha) {
      useFlate = true;
    }
    const image = createImageDict(xref, width, height, "DeviceRGB");
    let imageStreamPromise;
    let imageRenderStream = null;
    if (useFlate) {
      const rgbBuffer = new Uint8Array(width * height * 3);
      for (let i = 0, j = 0, ii = data.length; i < ii; i += 4, j += 3) {
        rgbBuffer[j] = data[i];
        rgbBuffer[j + 1] = data[i + 1];
        rgbBuffer[j + 2] = data[i + 2];
      }
      imageStreamPromise = createPNGLikeImage(rgbBuffer, width, height, image);
      imageRenderStream = createRawImage(rgbBuffer, createImageDict(xref, width, height, "DeviceRGB"));
    } else {
      image.setIfName("Filter", "DCTDecode");
      imageStreamPromise = canvas.convertToBlob({
        type: "image/jpeg",
        quality: 1
      }).then((blob) => blob.bytes()).then((bytes2) => createRawImage(bytes2, image));
    }
    let smaskStreamPromise = Promise.resolve(null);
    let smaskRenderStream = null;
    if (hasAlpha) {
      const alphaBuffer = new Uint8Array(buf32.length);
      if (isLE) {
        for (let i = 0, ii = buf32.length; i < ii; i++) {
          alphaBuffer[i] = buf32[i] >>> 24;
        }
      } else {
        for (let i = 0, ii = buf32.length; i < ii; i++) {
          alphaBuffer[i] = buf32[i] & 255;
        }
      }
      const smask = createImageDict(xref, width, height, "DeviceGray");
      const smaskRenderDict = createImageDict(xref, width, height, "DeviceGray");
      smaskStreamPromise = createPNGLikeImage(alphaBuffer, width, height, smask);
      smaskRenderStream = createRawImage(alphaBuffer, smaskRenderDict);
    }
    const [imageStream, smaskStream] = await Promise.all([imageStreamPromise, smaskStreamPromise]);
    return {
      imageStream,
      imageRenderStream,
      smaskStream,
      smaskRenderStream,
      width,
      height
    };
  }
  function mayHaveChildren(value) {
    return value instanceof Ref || value instanceof Dict || value instanceof BaseStream || Array.isArray(value);
  }
  function addChildren(node2, nodesToVisit) {
    if (node2 instanceof Dict) {
      node2 = node2.getRawValues();
    } else if (node2 instanceof BaseStream) {
      node2 = node2.dict.getRawValues();
    } else if (!Array.isArray(node2)) {
      return;
    }
    for (const rawValue of node2) {
      if (mayHaveChildren(rawValue)) {
        nodesToVisit.push(rawValue);
      }
    }
  }
  var ObjectLoader = class _ObjectLoader {
    refSet = new RefSet();
    constructor(dict, keys, xref) {
      this.dict = dict;
      this.keys = keys;
      this.xref = xref;
    }
    async load() {
      const {
        keys,
        dict
      } = this;
      const nodesToVisit = [];
      for (const key2 of keys) {
        const rawValue = dict.getRaw(key2);
        if (rawValue !== void 0) {
          nodesToVisit.push(rawValue);
        }
      }
      await this.#walk(nodesToVisit);
      this.refSet = null;
    }
    async #walk(nodesToVisit) {
      const nodesToRevisit = [];
      const pendingRequests = [];
      while (nodesToVisit.length) {
        let currentNode = nodesToVisit.pop();
        if (currentNode instanceof Ref) {
          if (this.refSet.has(currentNode)) {
            continue;
          }
          try {
            this.refSet.put(currentNode);
            currentNode = this.xref.fetch(currentNode);
          } catch (ex) {
            if (!(ex instanceof MissingDataException)) {
              warn2(`ObjectLoader.#walk - requesting all data: "${ex}".`);
              await this.xref.stream.manager.requestAllChunks();
              return;
            }
            nodesToRevisit.push(currentNode);
            pendingRequests.push({
              begin: ex.begin,
              end: ex.end
            });
          }
        }
        if (currentNode instanceof BaseStream) {
          const baseStreams = currentNode.getBaseStreams();
          if (baseStreams) {
            let foundMissingData = false;
            for (const stream2 of baseStreams) {
              if (stream2.isDataLoaded) {
                continue;
              }
              foundMissingData = true;
              pendingRequests.push({
                begin: stream2.start,
                end: stream2.end
              });
            }
            if (foundMissingData) {
              nodesToRevisit.push(currentNode);
            }
          }
        }
        addChildren(currentNode, nodesToVisit);
      }
      if (pendingRequests.length) {
        await this.xref.stream.manager.requestRanges(pendingRequests);
        for (const node2 of nodesToRevisit) {
          if (node2 instanceof Ref) {
            this.refSet.remove(node2);
          }
        }
        await this.#walk(nodesToRevisit);
      }
    }
    static async load(obj, keys, xref) {
      if (xref.stream.isDataLoaded) {
        return;
      }
      const objLoader = new _ObjectLoader(obj, keys, xref);
      await objLoader.load();
    }
  };
  var $acceptWhitespace = Symbol();
  var $addHTML = Symbol();
  var $appendChild = Symbol();
  var $childrenToHTML = Symbol();
  var $clean = Symbol();
  var $cleanPage = Symbol();
  var $cleanup = Symbol();
  var $clone = Symbol();
  var $consumed = Symbol();
  var $content = Symbol("content");
  var $data = Symbol("data");
  var $dump = Symbol();
  var $extra = Symbol("extra");
  var $finalize = Symbol();
  var $flushHTML = Symbol();
  var $getAttributeIt = Symbol();
  var $getAttributes = Symbol();
  var $getAvailableSpace = Symbol();
  var $getChildrenByClass = Symbol();
  var $getChildrenByName = Symbol();
  var $getChildrenByNameIt = Symbol();
  var $getDataValue = Symbol();
  var $getExtra = Symbol();
  var $getRealChildrenByNameIt = Symbol();
  var $getChildren = Symbol();
  var $getContainedChildren = Symbol();
  var $getNextPage = Symbol();
  var $getSubformParent = Symbol();
  var $getParent = Symbol();
  var $getTemplateRoot = Symbol();
  var $globalData = Symbol();
  var $hasSettableValue = Symbol();
  var $ids = Symbol();
  var $indexOf = Symbol();
  var $insertAt = Symbol();
  var $isCDATAXml = Symbol();
  var $isBindable = Symbol();
  var $isDataValue = Symbol();
  var $isDescendent = Symbol();
  var $isNsAgnostic = Symbol();
  var $isSplittable = Symbol();
  var $isThereMoreWidth = Symbol();
  var $isTransparent = Symbol();
  var $isUsable = Symbol();
  var $lastAttribute = Symbol();
  var $namespaceId = Symbol("namespaceId");
  var $nodeName = Symbol("nodeName");
  var $nsAttributes = Symbol();
  var $onChild = Symbol();
  var $onChildCheck = Symbol();
  var $onText = Symbol();
  var $pushGlyphs = Symbol();
  var $popPara = Symbol();
  var $pushPara = Symbol();
  var $removeChild = Symbol();
  var $root = Symbol("root");
  var $resolvePrototypes = Symbol();
  var $searchNode = Symbol();
  var $setId = Symbol();
  var $setSetAttributes = Symbol();
  var $setValue = Symbol();
  var $tabIndex = Symbol();
  var $text = Symbol();
  var $toPages = Symbol();
  var $toHTML = Symbol();
  var $toString = Symbol();
  var $toStyle = Symbol();
  var $uid = Symbol("uid");
  es_iterator_flat_map_namespaceFn2();
  es_uint8_array_from_base64_namespaceFn2();
  var $buildXFAObject = Symbol();
  var NamespaceIds = {
    config: {
      id: 0,
      check: (ns2) => ns2.startsWith("http://www.xfa.org/schema/xci/")
    },
    connectionSet: {
      id: 1,
      check: (ns2) => ns2.startsWith("http://www.xfa.org/schema/xfa-connection-set/")
    },
    datasets: {
      id: 2,
      check: (ns2) => ns2.startsWith("http://www.xfa.org/schema/xfa-data/")
    },
    form: {
      id: 3,
      check: (ns2) => ns2.startsWith("http://www.xfa.org/schema/xfa-form/")
    },
    localeSet: {
      id: 4,
      check: (ns2) => ns2.startsWith("http://www.xfa.org/schema/xfa-locale-set/")
    },
    pdf: {
      id: 5,
      check: (ns2) => ns2 === "http://ns.adobe.com/xdp/pdf/"
    },
    signature: {
      id: 6,
      check: (ns2) => ns2 === "http://www.w3.org/2000/09/xmldsig#"
    },
    sourceSet: {
      id: 7,
      check: (ns2) => ns2.startsWith("http://www.xfa.org/schema/xfa-source-set/")
    },
    stylesheet: {
      id: 8,
      check: (ns2) => ns2 === "http://www.w3.org/1999/XSL/Transform"
    },
    template: {
      id: 9,
      check: (ns2) => ns2.startsWith("http://www.xfa.org/schema/xfa-template/")
    },
    xdc: {
      id: 10,
      check: (ns2) => ns2.startsWith("http://www.xfa.org/schema/xdc/")
    },
    xdp: {
      id: 11,
      check: (ns2) => ns2 === "http://ns.adobe.com/xdp/"
    },
    xfdf: {
      id: 12,
      check: (ns2) => ns2 === "http://ns.adobe.com/xfdf/"
    },
    xhtml: {
      id: 13,
      check: (ns2) => ns2 === "http://www.w3.org/1999/xhtml"
    },
    xmpmeta: {
      id: 14,
      check: (ns2) => ns2 === "http://ns.adobe.com/xmpmeta/"
    }
  };
  var dimConverters = {
    pt: (x) => x,
    cm: (x) => x / 2.54 * 72,
    mm: (x) => x / (10 * 2.54) * 72,
    in: (x) => x * 72,
    px: (x) => x
  };
  var measurementPattern = /([+-]?\d+\.?\d*)(.*)/;
  function stripQuotes(str) {
    return str.startsWith("'") || str.startsWith('"') ? str.slice(1, -1) : str;
  }
  function getInteger({
    data,
    defaultValue,
    validate
  }) {
    if (!data) {
      return defaultValue;
    }
    data = data.trim();
    const n = parseInt(data, 10);
    return !isNaN(n) && validate(n) ? n : defaultValue;
  }
  function getFloat({
    data,
    defaultValue,
    validate
  }) {
    if (!data) {
      return defaultValue;
    }
    data = data.trim();
    const n = parseFloat(data);
    return !isNaN(n) && validate(n) ? n : defaultValue;
  }
  function getKeyword({
    data,
    defaultValue,
    validate
  }) {
    if (!data) {
      return defaultValue;
    }
    data = data.trim();
    return validate(data) ? data : defaultValue;
  }
  function getStringOption(data, options2) {
    return getKeyword({
      data,
      defaultValue: options2[0],
      validate: (k) => options2.includes(k)
    });
  }
  function getMeasurement(str, def = "0") {
    def ||= "0";
    if (!str) {
      return getMeasurement(def);
    }
    const match = str.trim().match(measurementPattern);
    if (!match) {
      return getMeasurement(def);
    }
    const [, valueStr, unit] = match;
    const value = parseFloat(valueStr);
    if (isNaN(value)) {
      return getMeasurement(def);
    }
    if (value === 0) {
      return 0;
    }
    const conv = dimConverters[unit];
    return conv ? conv(value) : value;
  }
  function getRatio(data) {
    if (!data) {
      return {
        num: 1,
        den: 1
      };
    }
    const ratio = data.split(":", 2).map((x) => parseFloat(x.trim())).filter((x) => !isNaN(x));
    if (ratio.length === 1) {
      ratio.push(1);
    }
    if (ratio.length === 0) {
      return {
        num: 1,
        den: 1
      };
    }
    const [num, den] = ratio;
    return {
      num,
      den
    };
  }
  function getRelevant(data) {
    if (!data) {
      return [];
    }
    return data.trim().split(/\s+/).map((e) => ({
      excluded: e[0] === "-",
      viewname: e.substring(1)
    }));
  }
  function getColor(data, def = [0, 0, 0]) {
    let [r, g, b] = def;
    if (!data) {
      return {
        r,
        g,
        b
      };
    }
    const color2 = data.split(",", 3).map((c) => {
      c = parseInt(c.trim(), 10);
      return isNaN(c) ? 0 : MathClamp2(c, 0, 255);
    });
    if (color2.length < 3) {
      return {
        r,
        g,
        b
      };
    }
    [r, g, b] = color2;
    return {
      r,
      g,
      b
    };
  }
  function getBBox(data) {
    const def = -1;
    if (!data) {
      return {
        x: def,
        y: def,
        width: def,
        height: def
      };
    }
    const bbox = data.split(",", 4).map((m) => getMeasurement(m.trim(), "-1"));
    if (bbox.length < 4 || bbox[2] < 0 || bbox[3] < 0) {
      return {
        x: def,
        y: def,
        width: def,
        height: def
      };
    }
    const [x, y, width, height] = bbox;
    return {
      x,
      y,
      width,
      height
    };
  }
  var HTMLResult = class _HTMLResult {
    static get FAILURE() {
      return util_shadow2(this, "FAILURE", new _HTMLResult(false, null, null, null));
    }
    static get EMPTY() {
      return util_shadow2(this, "EMPTY", new _HTMLResult(true, null, null, null));
    }
    constructor(success, html, bbox, breakNode) {
      this.success = success;
      this.html = html;
      this.bbox = bbox;
      this.breakNode = breakNode;
    }
    isBreak() {
      return !!this.breakNode;
    }
    static breakNode(node2) {
      return new _HTMLResult(false, null, null, node2);
    }
    static success(html, bbox = null) {
      return new _HTMLResult(true, html, bbox, null);
    }
  };
  var FontFinder = class {
    constructor(pdfFonts) {
      this.fonts = /* @__PURE__ */ new Map();
      this.cache = /* @__PURE__ */ new Map();
      this.warned = /* @__PURE__ */ new Set();
      this.defaultFont = null;
      this.add(pdfFonts);
    }
    add(pdfFonts, reallyMissingFonts = null) {
      for (const pdfFont of pdfFonts) {
        this.addPdfFont(pdfFont);
      }
      for (const pdfFont of this.fonts.values()) {
        pdfFont.regular ||= pdfFont.italic || pdfFont.bold || pdfFont.bolditalic;
      }
      if (!reallyMissingFonts || reallyMissingFonts.size === 0) {
        return;
      }
      const myriad = this.fonts.get("PdfJS-Fallback-PdfJS-XFA");
      for (const missing of reallyMissingFonts) {
        this.fonts.set(missing, myriad);
      }
    }
    addPdfFont(pdfFont) {
      const cssFontInfo = pdfFont.cssFontInfo;
      const name = cssFontInfo.fontFamily;
      const font = this.fonts.getOrInsertComputed(name, makeObj2);
      this.defaultFont ??= font;
      let property = "";
      const fontWeight = parseFloat(cssFontInfo.fontWeight);
      if (parseFloat(cssFontInfo.italicAngle) !== 0) {
        property = fontWeight >= 700 ? "bolditalic" : "italic";
      } else if (fontWeight >= 700) {
        property = "bold";
      }
      if (!property) {
        if (pdfFont.name.includes("Bold") || pdfFont.psName?.includes("Bold")) {
          property = "bold";
        }
        if (pdfFont.name.includes("Italic") || pdfFont.name.endsWith("It") || pdfFont.psName?.includes("Italic") || pdfFont.psName?.endsWith("It")) {
          property += "italic";
        }
      }
      property ||= "regular";
      font[property] = pdfFont;
    }
    getDefault() {
      return this.defaultFont;
    }
    find(fontName, mustWarn = true) {
      let font = this.fonts.get(fontName) || this.cache.get(fontName);
      if (font) {
        return font;
      }
      const pattern = /[,\-_ ]|bolditalic|bold|italic|regular|it/gi;
      let name = fontName.replaceAll(pattern, "");
      font = this.fonts.get(name);
      if (font) {
        this.cache.set(fontName, font);
        return font;
      }
      name = name.toLowerCase();
      const maybe = [];
      for (const [family, pdfFont] of this.fonts) {
        if (family.replaceAll(pattern, "").toLowerCase().startsWith(name)) {
          maybe.push(pdfFont);
        }
      }
      if (maybe.length === 0) {
        for (const pdfFont of this.fonts.values()) {
          if (pdfFont.regular.name?.replaceAll(pattern, "").toLowerCase().startsWith(name)) {
            maybe.push(pdfFont);
          }
        }
      }
      if (maybe.length === 0) {
        name = name.replaceAll(/psmt|mt/gi, "");
        for (const [family, pdfFont] of this.fonts) {
          if (family.replaceAll(pattern, "").toLowerCase().startsWith(name)) {
            maybe.push(pdfFont);
          }
        }
      }
      if (maybe.length === 0) {
        for (const pdfFont of this.fonts.values()) {
          if (pdfFont.regular.name?.replaceAll(pattern, "").toLowerCase().startsWith(name)) {
            maybe.push(pdfFont);
          }
        }
      }
      if (maybe.length >= 1) {
        if (maybe.length !== 1 && mustWarn) {
          warn2(`XFA - Too many choices to guess the correct font: ${fontName}`);
        }
        this.cache.set(fontName, maybe[0]);
        return maybe[0];
      }
      if (mustWarn && !this.warned.has(fontName)) {
        this.warned.add(fontName);
        warn2(`XFA - Cannot find the font: ${fontName}`);
      }
      return null;
    }
  };
  function selectFont(xfaFont, typeface) {
    if (xfaFont.posture === "italic") {
      return xfaFont.weight === "bold" ? typeface.bolditalic : typeface.italic;
    } else if (xfaFont.weight === "bold") {
      return typeface.bold;
    }
    return typeface.regular;
  }
  function fonts_getMetrics(xfaFont, real = false) {
    let pdfFont = null;
    if (xfaFont) {
      const name = stripQuotes(xfaFont.typeface);
      const typeface = xfaFont[$globalData].fontFinder.find(name);
      pdfFont = selectFont(xfaFont, typeface);
    }
    if (!pdfFont) {
      return {
        lineHeight: 12,
        lineGap: 2,
        lineNoGap: 10
      };
    }
    const size = xfaFont.size || 10;
    const lineHeight = pdfFont.lineHeight ? Math.max(real ? 0 : 1.2, pdfFont.lineHeight) : 1.2;
    const lineGap = pdfFont.lineGap === void 0 ? 0.2 : pdfFont.lineGap;
    return {
      lineHeight: lineHeight * size,
      lineGap: lineGap * size,
      lineNoGap: Math.max(1, lineHeight - lineGap) * size
    };
  }
  var WIDTH_FACTOR = 1.02;
  var FontInfo2 = class {
    constructor(xfaFont, margin, lineHeight, fontFinder) {
      this.lineHeight = lineHeight;
      this.paraMargin = margin || {
        top: 0,
        bottom: 0,
        left: 0,
        right: 0
      };
      if (!xfaFont) {
        [this.pdfFont, this.xfaFont] = this.defaultFont(fontFinder);
        return;
      }
      this.xfaFont = {
        typeface: xfaFont.typeface,
        posture: xfaFont.posture,
        weight: xfaFont.weight,
        size: xfaFont.size,
        letterSpacing: xfaFont.letterSpacing
      };
      const typeface = fontFinder.find(xfaFont.typeface);
      if (!typeface) {
        [this.pdfFont, this.xfaFont] = this.defaultFont(fontFinder);
        return;
      }
      this.pdfFont = selectFont(xfaFont, typeface);
      if (!this.pdfFont) {
        [this.pdfFont, this.xfaFont] = this.defaultFont(fontFinder);
      }
    }
    defaultFont(fontFinder) {
      const font = fontFinder.find("Helvetica", false) || fontFinder.find("Myriad Pro", false) || fontFinder.find("Arial", false) || fontFinder.getDefault();
      if (font?.regular) {
        const pdfFont = font.regular;
        const info3 = pdfFont.cssFontInfo;
        const xfaFont2 = {
          typeface: info3.fontFamily,
          posture: "normal",
          weight: "normal",
          size: 10,
          letterSpacing: 0
        };
        return [pdfFont, xfaFont2];
      }
      const xfaFont = {
        typeface: "Courier",
        posture: "normal",
        weight: "normal",
        size: 10,
        letterSpacing: 0
      };
      return [null, xfaFont];
    }
  };
  var FontSelector = class {
    constructor(defaultXfaFont, defaultParaMargin, defaultLineHeight, fontFinder) {
      this.fontFinder = fontFinder;
      this.stack = [new FontInfo2(defaultXfaFont, defaultParaMargin, defaultLineHeight, fontFinder)];
    }
    pushData(xfaFont, margin, lineHeight) {
      const lastFont = this.stack.at(-1);
      for (const name of ["typeface", "posture", "weight", "size", "letterSpacing"]) {
        xfaFont[name] ||= lastFont.xfaFont[name];
      }
      for (const name of ["top", "bottom", "left", "right"]) {
        if (isNaN(margin[name])) {
          margin[name] = lastFont.paraMargin[name];
        }
      }
      const fontInfo = new FontInfo2(xfaFont, margin, lineHeight || lastFont.lineHeight, this.fontFinder);
      fontInfo.pdfFont ||= lastFont.pdfFont;
      this.stack.push(fontInfo);
    }
    popFont() {
      this.stack.pop();
    }
    topFont() {
      return this.stack.at(-1);
    }
  };
  var TextMeasure = class {
    constructor(defaultXfaFont, defaultParaMargin, defaultLineHeight, fonts) {
      this.glyphs = [];
      this.fontSelector = new FontSelector(defaultXfaFont, defaultParaMargin, defaultLineHeight, fonts);
      this.extraHeight = 0;
    }
    pushData(xfaFont, margin, lineHeight) {
      this.fontSelector.pushData(xfaFont, margin, lineHeight);
    }
    popFont(xfaFont) {
      return this.fontSelector.popFont();
    }
    addPara() {
      const lastFont = this.fontSelector.topFont();
      this.extraHeight += lastFont.paraMargin.top + lastFont.paraMargin.bottom;
    }
    addString(str) {
      if (!str) {
        return;
      }
      const lastFont = this.fontSelector.topFont();
      const fontSize = lastFont.xfaFont.size;
      if (lastFont.pdfFont) {
        const letterSpacing = lastFont.xfaFont.letterSpacing;
        const pdfFont = lastFont.pdfFont;
        const fontLineHeight = pdfFont.lineHeight || 1.2;
        const lineHeight = lastFont.lineHeight || Math.max(1.2, fontLineHeight) * fontSize;
        const lineGap = pdfFont.lineGap === void 0 ? 0.2 : pdfFont.lineGap;
        const noGap = fontLineHeight - lineGap;
        const firstLineHeight = Math.max(1, noGap) * fontSize;
        const scale2 = fontSize / 1e3;
        const fallbackWidth = pdfFont.defaultWidth || pdfFont.charsToGlyphs(" ")[0].width;
        for (const line of str.split(/[\u2029\n]/)) {
          const encodedLine = pdfFont.encodeString(line).join("");
          const glyphs = pdfFont.charsToGlyphs(encodedLine);
          for (const glyph of glyphs) {
            const width = glyph.width || fallbackWidth;
            this.glyphs.push([width * scale2 + letterSpacing, lineHeight, firstLineHeight, glyph.unicode, false]);
          }
          this.glyphs.push([0, 0, 0, "\n", true]);
        }
        this.glyphs.pop();
        return;
      }
      for (const line of str.split(/[\u2029\n]/)) {
        for (const char of line.split("")) {
          this.glyphs.push([fontSize, 1.2 * fontSize, fontSize, char, false]);
        }
        this.glyphs.push([0, 0, 0, "\n", true]);
      }
      this.glyphs.pop();
    }
    compute(maxWidth) {
      let lastSpacePos = -1, lastSpaceWidth = 0, width = 0, height = 0, currentLineWidth = 0, currentLineHeight = 0;
      let isBroken = false;
      let isFirstLine = true;
      for (let i = 0, ii = this.glyphs.length; i < ii; i++) {
        const [glyphWidth, lineHeight, firstLineHeight, char, isEOL] = this.glyphs[i];
        const isSpace2 = char === " ";
        const glyphHeight = isFirstLine ? firstLineHeight : lineHeight;
        if (isEOL) {
          width = Math.max(width, currentLineWidth);
          currentLineWidth = 0;
          height += currentLineHeight;
          currentLineHeight = glyphHeight;
          lastSpacePos = -1;
          lastSpaceWidth = 0;
          isFirstLine = false;
          continue;
        }
        if (isSpace2) {
          if (currentLineWidth + glyphWidth > maxWidth) {
            width = Math.max(width, currentLineWidth);
            currentLineWidth = 0;
            height += currentLineHeight;
            currentLineHeight = glyphHeight;
            lastSpacePos = -1;
            lastSpaceWidth = 0;
            isBroken = true;
            isFirstLine = false;
          } else {
            currentLineHeight = Math.max(glyphHeight, currentLineHeight);
            lastSpaceWidth = currentLineWidth;
            currentLineWidth += glyphWidth;
            lastSpacePos = i;
          }
          continue;
        }
        if (currentLineWidth + glyphWidth > maxWidth) {
          height += currentLineHeight;
          currentLineHeight = glyphHeight;
          if (lastSpacePos !== -1) {
            i = lastSpacePos;
            width = Math.max(width, lastSpaceWidth);
            currentLineWidth = 0;
            lastSpacePos = -1;
            lastSpaceWidth = 0;
          } else {
            width = Math.max(width, currentLineWidth);
            currentLineWidth = glyphWidth;
          }
          isBroken = true;
          isFirstLine = false;
          continue;
        }
        currentLineWidth += glyphWidth;
        currentLineHeight = Math.max(glyphHeight, currentLineHeight);
      }
      width = Math.max(width, currentLineWidth);
      height += currentLineHeight + this.extraHeight;
      return {
        width: WIDTH_FACTOR * width,
        height,
        isBroken
      };
    }
  };
  es_weak_map_get_or_insert_namespaceFn2();
  es_weak_map_get_or_insert_computed_namespaceFn2();
  var namePattern = /^[^.[]+/;
  var indexPattern = /^[^\]]+/;
  var operators = {
    dot: 0,
    dotDot: 1,
    dotHash: 2,
    dotBracket: 3,
    dotParen: 4
  };
  var shortcuts = /* @__PURE__ */ new Map([["$data", (root, current) => root.datasets ? root.datasets.data : root], ["$record", (root, current) => (root.datasets ? root.datasets.data : root)[$getChildren]()[0]], ["$template", (root, current) => root.template], ["$connectionSet", (root, current) => root.connectionSet], ["$form", (root, current) => root.form], ["$layout", (root, current) => root.layout], ["$host", (root, current) => root.host], ["$dataWindow", (root, current) => root.dataWindow], ["$event", (root, current) => root.event], ["!", (root, current) => root.datasets], ["$xfa", (root, current) => root], ["xfa", (root, current) => root], ["$", (root, current) => current]]);
  var somCache = /* @__PURE__ */ new WeakMap();
  function parseIndex(index) {
    index = index.trim();
    return index === "*" ? Infinity : parseInt(index, 10) || 0;
  }
  function parseExpression2(expr, dotDotAllowed, noExpr = true) {
    let match = expr.match(namePattern);
    if (!match) {
      return null;
    }
    let [name] = match;
    const parsed = [{
      name,
      cacheName: "." + name,
      index: 0,
      js: null,
      formCalc: null,
      operator: operators.dot
    }];
    let pos = name.length;
    while (pos < expr.length) {
      const spos = pos;
      const char = expr.charAt(pos++);
      if (char === "[") {
        match = expr.slice(pos).match(indexPattern);
        if (!match) {
          warn2("XFA - Invalid index in SOM expression");
          return null;
        }
        parsed.at(-1).index = parseIndex(match[0]);
        pos += match[0].length + 1;
        continue;
      }
      let operator;
      switch (expr.charAt(pos)) {
        case ".":
          if (!dotDotAllowed) {
            return null;
          }
          pos++;
          operator = operators.dotDot;
          break;
        case "#":
          pos++;
          operator = operators.dotHash;
          break;
        case "[":
          if (noExpr) {
            warn2("XFA - SOM expression contains a FormCalc subexpression which is not supported for now.");
            return null;
          }
          operator = operators.dotBracket;
          break;
        case "(":
          if (noExpr) {
            warn2("XFA - SOM expression contains a JavaScript subexpression which is not supported for now.");
            return null;
          }
          operator = operators.dotParen;
          break;
        default:
          operator = operators.dot;
          break;
      }
      match = expr.slice(pos).match(namePattern);
      if (!match) {
        break;
      }
      [name] = match;
      pos += name.length;
      parsed.push({
        name,
        cacheName: expr.slice(spos, pos),
        operator,
        index: 0,
        js: null,
        formCalc: null
      });
    }
    return parsed;
  }
  function searchNode(root, container, expr, dotDotAllowed = true, useCache = true) {
    const parsed = parseExpression2(expr, dotDotAllowed);
    if (!parsed) {
      return null;
    }
    const fn = shortcuts.get(parsed[0].name);
    let i = 0;
    let isQualified;
    if (fn) {
      isQualified = true;
      root = [fn(root, container)];
      i = 1;
    } else {
      isQualified = container === null;
      root = [container || root];
    }
    for (let ii = parsed.length; i < ii; i++) {
      const {
        name,
        cacheName,
        operator,
        index
      } = parsed[i];
      const nodes = [];
      for (const node2 of root) {
        if (!node2.isXFAObject) {
          continue;
        }
        let children, cached;
        if (useCache) {
          cached = somCache.getOrInsertComputed(node2, makeMap2);
          children = cached.get(cacheName);
        }
        if (!children) {
          switch (operator) {
            case operators.dot:
              children = node2[$getChildrenByName](name, false);
              break;
            case operators.dotDot:
              children = node2[$getChildrenByName](name, true);
              break;
            case operators.dotHash:
              children = node2[$getChildrenByClass](name);
              children = children.isXFAObjectArray ? children.children : [children];
              break;
            default:
              break;
          }
          if (useCache) {
            cached.set(cacheName, children);
          }
        }
        if (children.length > 0) {
          nodes.push(children);
        }
      }
      if (nodes.length === 0 && !isQualified && i === 0) {
        const parent = container[$getParent]();
        container = parent;
        if (!container) {
          return null;
        }
        i = -1;
        root = [container];
        continue;
      }
      root = isFinite(index) ? nodes.filter((node2) => index < node2.length).map((node2) => node2[index]) : nodes.flat();
    }
    return root.length === 0 ? null : root;
  }
  function createDataNode(root, container, expr) {
    const parsed = parseExpression2(expr);
    if (!parsed || parsed.some((x) => x.operator === operators.dotDot)) {
      return null;
    }
    const fn = shortcuts.get(parsed[0].name);
    let i = 0;
    if (fn) {
      root = fn(root, container);
      i = 1;
    } else {
      root = container || root;
    }
    for (let ii = parsed.length; i < ii; i++) {
      const {
        name,
        operator,
        index
      } = parsed[i];
      if (!isFinite(index)) {
        parsed[i].index = 0;
        return root.createNodes(parsed.slice(i));
      }
      let children;
      switch (operator) {
        case operators.dot:
          children = root[$getChildrenByName](name, false);
          break;
        case operators.dotDot:
          children = root[$getChildrenByName](name, true);
          break;
        case operators.dotHash:
          children = root[$getChildrenByClass](name);
          children = children.isXFAObjectArray ? children.children : [children];
          break;
        default:
          break;
      }
      if (children.length === 0) {
        return root.createNodes(parsed.slice(i));
      }
      if (index < children.length) {
        const child = children[index];
        if (!child.isXFAObject) {
          warn2(`XFA - Cannot create a node.`);
          return null;
        }
        root = child;
      } else {
        parsed[i].index = index - children.length;
        return root.createNodes(parsed.slice(i));
      }
    }
    return null;
  }
  var _applyPrototype = Symbol();
  var _attributes = Symbol();
  var _attributeNames = Symbol();
  var _children = Symbol("_children");
  var _cloneAttribute = Symbol();
  var _dataValue = Symbol();
  var _defaultValue = Symbol();
  var _filteredChildrenGenerator = Symbol();
  var _getPrototype = Symbol();
  var _getUnsetAttributes = Symbol();
  var _hasChildren = Symbol();
  var _max = Symbol();
  var _options = Symbol();
  var _parent = Symbol("parent");
  var _resolvePrototypesHelper = Symbol();
  var _setAttributes = Symbol();
  var _validator = Symbol();
  var xfa_object_uid = 0;
  var NS_DATASETS = NamespaceIds.datasets.id;
  var XFAObject = class _XFAObject {
    constructor(nsId, name, hasChildren = false) {
      this[$namespaceId] = nsId;
      this[$nodeName] = name;
      this[_hasChildren] = hasChildren;
      this[_parent] = null;
      this[_children] = [];
      this[$uid] = `${name}${xfa_object_uid++}`;
      this[$globalData] = null;
    }
    get isXFAObject() {
      return true;
    }
    get isXFAObjectArray() {
      return false;
    }
    createNodes(path2) {
      let root = this, node2 = null;
      for (const {
        name,
        index
      } of path2) {
        for (let i = 0, ii = isFinite(index) ? index : 0; i <= ii; i++) {
          const nsId = root[$namespaceId] === NS_DATASETS ? -1 : root[$namespaceId];
          node2 = new XmlObject(nsId, name);
          root[$appendChild](node2);
        }
        root = node2;
      }
      return node2;
    }
    [$onChild](child) {
      if (!this[_hasChildren] || !this[$onChildCheck](child)) {
        return false;
      }
      const name = child[$nodeName];
      const node2 = this[name];
      if (node2 instanceof XFAObjectArray) {
        if (node2.push(child)) {
          this[$appendChild](child);
          return true;
        }
      } else {
        if (node2 !== null) {
          this[$removeChild](node2);
        }
        this[name] = child;
        this[$appendChild](child);
        return true;
      }
      let id = "";
      if (this.id) {
        id = ` (id: ${this.id})`;
      } else if (this.name) {
        id = ` (name: ${this.name} ${this.h.value})`;
      }
      warn2(`XFA - node "${this[$nodeName]}"${id} has already enough "${name}"!`);
      return false;
    }
    [$onChildCheck](child) {
      return Object.hasOwn(this, child[$nodeName]) && child[$namespaceId] === this[$namespaceId];
    }
    [$isNsAgnostic]() {
      return false;
    }
    [$acceptWhitespace]() {
      return false;
    }
    [$isCDATAXml]() {
      return false;
    }
    [$isBindable]() {
      return false;
    }
    [$popPara]() {
      if (this.para) {
        this[$getTemplateRoot]()[$extra].paraStack.pop();
      }
    }
    [$pushPara]() {
      this[$getTemplateRoot]()[$extra].paraStack.push(this.para);
    }
    [$setId](ids) {
      if (this.id && this[$namespaceId] === NamespaceIds.template.id) {
        ids.set(this.id, this);
      }
    }
    [$getTemplateRoot]() {
      return this[$globalData].template;
    }
    [$isSplittable]() {
      return false;
    }
    [$isThereMoreWidth]() {
      return false;
    }
    [$appendChild](child) {
      child[_parent] = this;
      this[_children].push(child);
      if (!child[$globalData] && this[$globalData]) {
        child[$globalData] = this[$globalData];
      }
    }
    [$removeChild](child) {
      const i = this[_children].indexOf(child);
      this[_children].splice(i, 1);
    }
    [$hasSettableValue]() {
      return Object.hasOwn(this, "value");
    }
    [$setValue](_) {
    }
    [$onText](_) {
    }
    [$finalize]() {
    }
    [$clean](builder) {
      delete this[_hasChildren];
      if (this[$cleanup]) {
        builder.clean(this[$cleanup]);
        delete this[$cleanup];
      }
    }
    [$indexOf](child) {
      return this[_children].indexOf(child);
    }
    [$insertAt](i, child) {
      child[_parent] = this;
      this[_children].splice(i, 0, child);
      if (!child[$globalData] && this[$globalData]) {
        child[$globalData] = this[$globalData];
      }
    }
    [$isTransparent]() {
      return !this.name;
    }
    [$lastAttribute]() {
      return "";
    }
    [$text]() {
      return this[_children].length === 0 ? this[$content] : this[_children].map((c) => c[$text]()).join("");
    }
    get [_attributeNames]() {
      const proto = Object.getPrototypeOf(this);
      if (!proto._attributes) {
        const attributes = proto._attributes = /* @__PURE__ */ new Set();
        for (const name of Object.getOwnPropertyNames(this)) {
          if (this[name] === null || this[name] instanceof _XFAObject || this[name] instanceof XFAObjectArray) {
            break;
          }
          attributes.add(name);
        }
      }
      return util_shadow2(this, _attributeNames, proto._attributes);
    }
    [$isDescendent](parent) {
      let node2 = this;
      while (node2) {
        if (node2 === parent) {
          return true;
        }
        node2 = node2[$getParent]();
      }
      return false;
    }
    [$getParent]() {
      return this[_parent];
    }
    [$getSubformParent]() {
      return this[$getParent]();
    }
    [$dump]() {
      const dumped = /* @__PURE__ */ Object.create(null);
      if (this[$content]) {
        dumped.$content = this[$content];
      }
      for (const name of Object.getOwnPropertyNames(this)) {
        const value = this[name];
        if (value === null) {
          continue;
        }
        if (value instanceof _XFAObject) {
          dumped[name] = value[$dump]();
        } else if (value instanceof XFAObjectArray) {
          if (!value.isEmpty()) {
            dumped[name] = value.dump();
          }
        } else {
          dumped[name] = value;
        }
      }
      return dumped;
    }
    [$toStyle]() {
      return null;
    }
    [$toHTML]() {
      return HTMLResult.EMPTY;
    }
    *[$getContainedChildren]() {
      for (const node2 of this[$getChildren]()) {
        yield node2;
      }
    }
    *[_filteredChildrenGenerator](filter, include) {
      for (const node2 of this[$getContainedChildren]()) {
        if (!filter || include === filter.has(node2[$nodeName])) {
          const availableSpace = this[$getAvailableSpace]();
          const res = node2[$toHTML](availableSpace);
          if (!res.success) {
            this[$extra].failingNode = node2;
          }
          yield res;
        }
      }
    }
    [$flushHTML]() {
      return null;
    }
    [$addHTML](html, bbox) {
      this[$extra].children.push(html);
    }
    [$getAvailableSpace]() {
    }
    [$childrenToHTML]({
      filter = null,
      include = true
    }) {
      if (!this[$extra].generator) {
        this[$extra].generator = this[_filteredChildrenGenerator](filter, include);
      } else {
        const availableSpace = this[$getAvailableSpace]();
        const res = this[$extra].failingNode[$toHTML](availableSpace);
        if (!res.success) {
          return res;
        }
        if (res.html) {
          this[$addHTML](res.html, res.bbox);
        }
        delete this[$extra].failingNode;
      }
      while (true) {
        const gen = this[$extra].generator.next();
        if (gen.done) {
          break;
        }
        const res = gen.value;
        if (!res.success) {
          return res;
        }
        if (res.html) {
          this[$addHTML](res.html, res.bbox);
        }
      }
      this[$extra].generator = null;
      return HTMLResult.EMPTY;
    }
    [$setSetAttributes](attributes) {
      this[_setAttributes] = new Set(Object.keys(attributes));
    }
    [_getUnsetAttributes](protoAttributes) {
      const allAttr = this[_attributeNames];
      const setAttr = this[_setAttributes];
      return protoAttributes.keys().filter((x) => allAttr.has(x) && !setAttr.has(x)).toArray();
    }
    [$resolvePrototypes](ids, ancestors = /* @__PURE__ */ new Set()) {
      for (const child of this[_children]) {
        child[_resolvePrototypesHelper](ids, ancestors);
      }
    }
    [_resolvePrototypesHelper](ids, ancestors) {
      const proto = this[_getPrototype](ids, ancestors);
      if (proto) {
        this[_applyPrototype](proto, ids, ancestors);
      } else {
        this[$resolvePrototypes](ids, ancestors);
      }
    }
    [_getPrototype](ids, ancestors) {
      const {
        use,
        usehref
      } = this;
      if (!use && !usehref) {
        return null;
      }
      let proto = null;
      let somExpression = null;
      let id = null;
      let ref = use;
      if (usehref) {
        ref = usehref;
        if (usehref.startsWith("#som(") && usehref.endsWith(")")) {
          somExpression = usehref.slice("#som(".length, -1);
        } else if (usehref.startsWith(".#som(") && usehref.endsWith(")")) {
          somExpression = usehref.slice(".#som(".length, -1);
        } else if (usehref.startsWith("#")) {
          id = usehref.slice(1);
        } else if (usehref.startsWith(".#")) {
          id = usehref.slice(2);
        }
      } else if (use.startsWith("#")) {
        id = use.slice(1);
      } else {
        somExpression = use;
      }
      this.use = this.usehref = "";
      if (id) {
        proto = ids.get(id);
      } else {
        proto = searchNode(ids.get($root), this, somExpression, true, false);
        proto &&= proto[0];
      }
      if (!proto) {
        warn2(`XFA - Invalid prototype reference: ${ref}.`);
        return null;
      }
      if (proto[$nodeName] !== this[$nodeName]) {
        warn2(`XFA - Incompatible prototype: ${proto[$nodeName]} !== ${this[$nodeName]}.`);
        return null;
      }
      if (ancestors.has(proto)) {
        warn2(`XFA - Cycle detected in prototypes use.`);
        return null;
      }
      ancestors.add(proto);
      const protoProto = proto[_getPrototype](ids, ancestors);
      if (protoProto) {
        proto[_applyPrototype](protoProto, ids, ancestors);
      }
      proto[$resolvePrototypes](ids, ancestors);
      ancestors.delete(proto);
      return proto;
    }
    [_applyPrototype](proto, ids, ancestors) {
      if (ancestors.has(proto)) {
        warn2(`XFA - Cycle detected in prototypes use.`);
        return;
      }
      if (!this[$content] && proto[$content]) {
        this[$content] = proto[$content];
      }
      const newAncestors = new Set(ancestors);
      newAncestors.add(proto);
      for (const unsetAttrName of this[_getUnsetAttributes](proto[_setAttributes])) {
        this[unsetAttrName] = proto[unsetAttrName];
        if (this[_setAttributes]) {
          this[_setAttributes].add(unsetAttrName);
        }
      }
      for (const name of Object.getOwnPropertyNames(this)) {
        if (this[_attributeNames].has(name)) {
          continue;
        }
        const value = this[name];
        const protoValue = proto[name];
        if (value instanceof XFAObjectArray) {
          for (const child of value[_children]) {
            child[_resolvePrototypesHelper](ids, ancestors);
          }
          for (let i = value[_children].length, ii = protoValue[_children].length; i < ii; i++) {
            const child = proto[_children][i][$clone]();
            if (value.push(child)) {
              child[_parent] = this;
              this[_children].push(child);
              child[_resolvePrototypesHelper](ids, ancestors);
            } else {
              break;
            }
          }
          continue;
        }
        if (value !== null) {
          value[$resolvePrototypes](ids, ancestors);
          if (protoValue) {
            value[_applyPrototype](protoValue, ids, ancestors);
          }
          continue;
        }
        if (protoValue !== null) {
          const child = protoValue[$clone]();
          child[_parent] = this;
          this[name] = child;
          this[_children].push(child);
          child[_resolvePrototypesHelper](ids, ancestors);
        }
      }
    }
    static [_cloneAttribute](obj) {
      if (Array.isArray(obj)) {
        return obj.map((x) => _XFAObject[_cloneAttribute](x));
      }
      return typeof obj === "object" && obj !== null ? Object.assign({}, obj) : obj;
    }
    [$clone]() {
      const clone = Object.create(Object.getPrototypeOf(this));
      for (const $symbol of Object.getOwnPropertySymbols(this)) {
        try {
          clone[$symbol] = this[$symbol];
        } catch {
          util_shadow2(clone, $symbol, this[$symbol]);
        }
      }
      clone[$uid] = `${clone[$nodeName]}${xfa_object_uid++}`;
      clone[_children] = [];
      for (const name of Object.getOwnPropertyNames(this)) {
        if (this[_attributeNames].has(name)) {
          clone[name] = _XFAObject[_cloneAttribute](this[name]);
          continue;
        }
        const value = this[name];
        clone[name] = value instanceof XFAObjectArray ? new XFAObjectArray(value[_max]) : null;
      }
      for (const child of this[_children]) {
        const name = child[$nodeName];
        const clonedChild = child[$clone]();
        clone[_children].push(clonedChild);
        clonedChild[_parent] = clone;
        if (clone[name] === null) {
          clone[name] = clonedChild;
        } else {
          clone[name][_children].push(clonedChild);
        }
      }
      return clone;
    }
    [$getChildren](name = null) {
      return !name ? this[_children] : this[_children].filter((c) => c[$nodeName] === name);
    }
    [$getChildrenByClass](name) {
      return this[name];
    }
    [$getChildrenByName](name, allTransparent, first = true) {
      return Array.from(this[$getChildrenByNameIt](name, allTransparent, first));
    }
    *[$getChildrenByNameIt](name, allTransparent, first = true) {
      if (name === "parent") {
        yield this[_parent];
        return;
      }
      for (const child of this[_children]) {
        if (child[$nodeName] === name) {
          yield child;
        }
        if (child.name === name) {
          yield child;
        }
        if (allTransparent || child[$isTransparent]()) {
          yield* child[$getChildrenByNameIt](name, allTransparent, false);
        }
      }
      if (first && this[_attributeNames].has(name)) {
        yield new XFAAttribute(this, name, this[name]);
      }
    }
  };
  var XFAObjectArray = class _XFAObjectArray {
    constructor(max = Infinity) {
      this[_max] = max;
      this[_children] = [];
    }
    get isXFAObject() {
      return false;
    }
    get isXFAObjectArray() {
      return true;
    }
    push(child) {
      const len = this[_children].length;
      if (len <= this[_max]) {
        this[_children].push(child);
        return true;
      }
      warn2(`XFA - node "${child[$nodeName]}" accepts no more than ${this[_max]} children`);
      return false;
    }
    isEmpty() {
      return this[_children].length === 0;
    }
    dump() {
      return this[_children].length === 1 ? this[_children][0][$dump]() : this[_children].map((x) => x[$dump]());
    }
    [$clone]() {
      const clone = new _XFAObjectArray(this[_max]);
      clone[_children] = this[_children].map((c) => c[$clone]());
      return clone;
    }
    get children() {
      return this[_children];
    }
    clear() {
      this[_children].length = 0;
    }
  };
  var XFAAttribute = class {
    constructor(node2, name, value) {
      this[_parent] = node2;
      this[$nodeName] = name;
      this[$content] = value;
      this[$consumed] = false;
      this[$uid] = `attribute${xfa_object_uid++}`;
    }
    [$getParent]() {
      return this[_parent];
    }
    [$isDataValue]() {
      return true;
    }
    [$getDataValue]() {
      return this[$content].trim();
    }
    [$setValue](value) {
      value = value.value || "";
      this[$content] = value.toString();
    }
    [$text]() {
      return this[$content];
    }
    [$isDescendent](parent) {
      return this[_parent] === parent || this[_parent][$isDescendent](parent);
    }
  };
  var XmlObject = class _XmlObject extends XFAObject {
    constructor(nsId, name, attributes = {}) {
      super(nsId, name);
      this[$content] = "";
      this[_dataValue] = null;
      if (name !== "#text") {
        const map = /* @__PURE__ */ new Map();
        this[_attributes] = map;
        for (const [attrName, value] of Object.entries(attributes)) {
          map.set(attrName, new XFAAttribute(this, attrName, value));
        }
        if (Object.hasOwn(attributes, $nsAttributes)) {
          const dataNode = attributes[$nsAttributes].xfa.dataNode;
          if (dataNode !== void 0) {
            if (dataNode === "dataGroup") {
              this[_dataValue] = false;
            } else if (dataNode === "dataValue") {
              this[_dataValue] = true;
            }
          }
        }
      }
      this[$consumed] = false;
    }
    [$toString](buf) {
      const tagName = this[$nodeName];
      if (tagName === "#text") {
        buf.push(encodeToXmlString(this[$content]));
        return;
      }
      const utf8TagName = utf8StringToString(tagName);
      const prefix = this[$namespaceId] === NS_DATASETS ? "xfa:" : "";
      buf.push(`<${prefix}${utf8TagName}`);
      for (const [name, value] of this[_attributes]) {
        const utf8Name = utf8StringToString(name);
        buf.push(` ${utf8Name}="${encodeToXmlString(value[$content])}"`);
      }
      if (this[_dataValue] !== null) {
        if (this[_dataValue]) {
          buf.push(` xfa:dataNode="dataValue"`);
        } else {
          buf.push(` xfa:dataNode="dataGroup"`);
        }
      }
      if (!this[$content] && this[_children].length === 0) {
        buf.push("/>");
        return;
      }
      buf.push(">");
      if (this[$content]) {
        if (typeof this[$content] === "string") {
          buf.push(encodeToXmlString(this[$content]));
        } else {
          this[$content][$toString](buf);
        }
      } else {
        for (const child of this[_children]) {
          child[$toString](buf);
        }
      }
      buf.push(`</${prefix}${utf8TagName}>`);
    }
    [$onChild](child) {
      if (this[$content]) {
        const node2 = new _XmlObject(this[$namespaceId], "#text");
        this[$appendChild](node2);
        node2[$content] = this[$content];
        this[$content] = "";
      }
      this[$appendChild](child);
      return true;
    }
    [$onText](str) {
      this[$content] += str;
    }
    [$finalize]() {
      if (this[$content] && this[_children].length > 0) {
        const node2 = new _XmlObject(this[$namespaceId], "#text");
        this[$appendChild](node2);
        node2[$content] = this[$content];
        delete this[$content];
      }
    }
    [$toHTML]() {
      if (this[$nodeName] === "#text") {
        return HTMLResult.success({
          name: "#text",
          value: this[$content]
        });
      }
      return HTMLResult.EMPTY;
    }
    [$getAttributes]() {
      return this[_attributes];
    }
    [$getChildrenByClass](name) {
      const value = this[_attributes].get(name);
      return value !== void 0 ? value : this[$getChildren](name);
    }
    *[$getChildrenByNameIt](name, allTransparent) {
      const value = this[_attributes].get(name);
      if (value) {
        yield value;
      }
      for (const child of this[_children]) {
        if (child[$nodeName] === name) {
          yield child;
        }
        if (allTransparent) {
          yield* child[$getChildrenByNameIt](name, allTransparent);
        }
      }
    }
    *[$getAttributeIt](name, skipConsumed) {
      const value = this[_attributes].get(name);
      if (value && (!skipConsumed || !value[$consumed])) {
        yield value;
      }
      for (const child of this[_children]) {
        yield* child[$getAttributeIt](name, skipConsumed);
      }
    }
    *[$getRealChildrenByNameIt](name, allTransparent, skipConsumed) {
      for (const child of this[_children]) {
        if (child[$nodeName] === name && (!skipConsumed || !child[$consumed])) {
          yield child;
        }
        if (allTransparent) {
          yield* child[$getRealChildrenByNameIt](name, allTransparent, skipConsumed);
        }
      }
    }
    [$isDataValue]() {
      if (this[_dataValue] === null) {
        return this[_children].length === 0 || this[_children][0][$namespaceId] === NamespaceIds.xhtml.id;
      }
      return this[_dataValue];
    }
    [$getDataValue]() {
      if (this[_dataValue] === null) {
        if (this[_children].length === 0) {
          return this[$content].trim();
        }
        return this[_children][0][$namespaceId] === NamespaceIds.xhtml.id ? this[_children][0][$text]().trim() : null;
      }
      return this[$content].trim();
    }
    [$setValue](value) {
      value = value.value || "";
      this[$content] = value.toString();
    }
    [$dump](hasNS = false) {
      const dumped = /* @__PURE__ */ Object.create(null);
      if (hasNS) {
        dumped.$ns = this[$namespaceId];
      }
      if (this[$content]) {
        dumped.$content = this[$content];
      }
      dumped.$name = this[$nodeName];
      dumped.children = [];
      for (const child of this[_children]) {
        dumped.children.push(child[$dump](hasNS));
      }
      dumped.attributes = /* @__PURE__ */ Object.create(null);
      for (const [name, value] of this[_attributes]) {
        dumped.attributes[name] = value[$content];
      }
      return dumped;
    }
  };
  var ContentObject = class extends XFAObject {
    constructor(nsId, name) {
      super(nsId, name);
      this[$content] = "";
    }
    [$onText](text2) {
      this[$content] += text2;
    }
    [$finalize]() {
    }
  };
  var OptionObject = class extends ContentObject {
    constructor(nsId, name, options2) {
      super(nsId, name);
      this[_options] = options2;
    }
    [$finalize]() {
      this[$content] = getKeyword({
        data: this[$content],
        defaultValue: this[_options][0],
        validate: (k) => this[_options].includes(k)
      });
    }
    [$clean](builder) {
      super[$clean](builder);
      delete this[_options];
    }
  };
  var StringObject = class extends ContentObject {
    [$finalize]() {
      this[$content] = this[$content].trim();
    }
  };
  var IntegerObject = class extends ContentObject {
    constructor(nsId, name, defaultValue, validator) {
      super(nsId, name);
      this[_defaultValue] = defaultValue;
      this[_validator] = validator;
    }
    [$finalize]() {
      this[$content] = getInteger({
        data: this[$content],
        defaultValue: this[_defaultValue],
        validate: this[_validator]
      });
    }
    [$clean](builder) {
      super[$clean](builder);
      delete this[_defaultValue];
      delete this[_validator];
    }
  };
  var Option01 = class extends IntegerObject {
    constructor(nsId, name) {
      super(nsId, name, 0, (n) => n === 1);
    }
  };
  var Option10 = class extends IntegerObject {
    constructor(nsId, name) {
      super(nsId, name, 1, (n) => n === 0);
    }
  };
  function measureToString(m) {
    if (typeof m === "string") {
      return "0px";
    }
    return Number.isInteger(m) ? `${m}px` : `${m.toFixed(2)}px`;
  }
  var converters = {
    anchorType(node2, style) {
      const parent = node2[$getSubformParent]();
      if (!parent || parent.layout && parent.layout !== "position") {
        return;
      }
      if (!("transform" in style)) {
        style.transform = "";
      }
      switch (node2.anchorType) {
        case "bottomCenter":
          style.transform += "translate(-50%, -100%)";
          break;
        case "bottomLeft":
          style.transform += "translate(0,-100%)";
          break;
        case "bottomRight":
          style.transform += "translate(-100%,-100%)";
          break;
        case "middleCenter":
          style.transform += "translate(-50%,-50%)";
          break;
        case "middleLeft":
          style.transform += "translate(0,-50%)";
          break;
        case "middleRight":
          style.transform += "translate(-100%,-50%)";
          break;
        case "topCenter":
          style.transform += "translate(-50%,0)";
          break;
        case "topRight":
          style.transform += "translate(-100%,0)";
          break;
      }
    },
    dimensions(node2, style) {
      const parent = node2[$getSubformParent]();
      let width = node2.w;
      const height = node2.h;
      if (parent.layout?.includes("row")) {
        const extra = parent[$extra];
        const colSpan = node2.colSpan;
        let w;
        if (colSpan === -1) {
          w = Math.sumPrecise(extra.columnWidths.slice(extra.currentColumn));
          extra.currentColumn = 0;
        } else {
          w = Math.sumPrecise(extra.columnWidths.slice(extra.currentColumn, extra.currentColumn + colSpan));
          extra.currentColumn = (extra.currentColumn + node2.colSpan) % extra.columnWidths.length;
        }
        if (!isNaN(w)) {
          width = node2.w = w;
        }
      }
      style.width = width !== "" ? measureToString(width) : "auto";
      style.height = height !== "" ? measureToString(height) : "auto";
    },
    position(node2, style) {
      const parent = node2[$getSubformParent]();
      if (parent?.layout && parent.layout !== "position") {
        return;
      }
      style.position = "absolute";
      style.left = measureToString(node2.x);
      style.top = measureToString(node2.y);
    },
    rotate(node2, style) {
      if (node2.rotate) {
        if (!("transform" in style)) {
          style.transform = "";
        }
        style.transform += `rotate(-${node2.rotate}deg)`;
        style.transformOrigin = "top left";
      }
    },
    presence(node2, style) {
      switch (node2.presence) {
        case "invisible":
          style.visibility = "hidden";
          break;
        case "hidden":
        case "inactive":
          style.display = "none";
          break;
      }
    },
    hAlign(node2, style) {
      if (node2[$nodeName] === "para") {
        switch (node2.hAlign) {
          case "justifyAll":
            style.textAlign = "justify-all";
            break;
          case "radix":
            style.textAlign = "left";
            break;
          default:
            style.textAlign = node2.hAlign;
        }
      } else {
        switch (node2.hAlign) {
          case "left":
            style.alignSelf = "start";
            break;
          case "center":
            style.alignSelf = "center";
            break;
          case "right":
            style.alignSelf = "end";
            break;
        }
      }
    },
    margin(node2, style) {
      if (node2.margin) {
        style.margin = node2.margin[$toStyle]().margin;
      }
    }
  };
  function setMinMaxDimensions(node2, style) {
    const parent = node2[$getSubformParent]();
    if (parent.layout === "position") {
      if (node2.minW > 0) {
        style.minWidth = measureToString(node2.minW);
      }
      if (node2.maxW > 0) {
        style.maxWidth = measureToString(node2.maxW);
      }
      if (node2.minH > 0) {
        style.minHeight = measureToString(node2.minH);
      }
      if (node2.maxH > 0) {
        style.maxHeight = measureToString(node2.maxH);
      }
    }
  }
  function layoutText(text2, xfaFont, margin, lineHeight, fontFinder, width) {
    const measure = new TextMeasure(xfaFont, margin, lineHeight, fontFinder);
    if (typeof text2 === "string") {
      measure.addString(text2);
    } else {
      text2[$pushGlyphs](measure);
    }
    return measure.compute(width);
  }
  function layoutNode(node2, availableSpace) {
    let height = null;
    let width = null;
    let isBroken = false;
    if ((!node2.w || !node2.h) && node2.value) {
      let marginH = 0;
      let marginV = 0;
      if (node2.margin) {
        marginH = node2.margin.leftInset + node2.margin.rightInset;
        marginV = node2.margin.topInset + node2.margin.bottomInset;
      }
      let lineHeight = null;
      let margin = null;
      if (node2.para) {
        margin = /* @__PURE__ */ Object.create(null);
        lineHeight = node2.para.lineHeight === "" ? null : node2.para.lineHeight;
        margin.top = node2.para.spaceAbove === "" ? 0 : node2.para.spaceAbove;
        margin.bottom = node2.para.spaceBelow === "" ? 0 : node2.para.spaceBelow;
        margin.left = node2.para.marginLeft === "" ? 0 : node2.para.marginLeft;
        margin.right = node2.para.marginRight === "" ? 0 : node2.para.marginRight;
      }
      let font = node2.font;
      if (!font) {
        const root = node2[$getTemplateRoot]();
        let parent = node2[$getParent]();
        while (parent && parent !== root) {
          if (parent.font) {
            font = parent.font;
            break;
          }
          parent = parent[$getParent]();
        }
      }
      const maxWidth = (node2.w || availableSpace.width) - marginH;
      const fontFinder = node2[$globalData].fontFinder;
      if (node2.value.exData && node2.value.exData[$content] && node2.value.exData.contentType === "text/html") {
        const res = layoutText(node2.value.exData[$content], font, margin, lineHeight, fontFinder, maxWidth);
        width = res.width;
        height = res.height;
        isBroken = res.isBroken;
      } else {
        const text2 = node2.value[$text]();
        if (text2) {
          const res = layoutText(text2, font, margin, lineHeight, fontFinder, maxWidth);
          width = res.width;
          height = res.height;
          isBroken = res.isBroken;
        }
      }
      if (width !== null && !node2.w) {
        width += marginH;
      }
      if (height !== null && !node2.h) {
        height += marginV;
      }
    }
    return {
      w: width,
      h: height,
      isBroken
    };
  }
  function computeBbox(node2, html, availableSpace) {
    let bbox;
    if (node2.w !== "" && node2.h !== "") {
      bbox = [node2.x, node2.y, node2.w, node2.h];
    } else {
      if (!availableSpace) {
        return null;
      }
      let width = node2.w;
      if (width === "") {
        if (node2.maxW === 0) {
          const parent = node2[$getSubformParent]();
          width = parent.layout === "position" && parent.w !== "" ? 0 : node2.minW;
        } else {
          width = Math.min(node2.maxW, availableSpace.width);
        }
        html.attributes.style.width = measureToString(width);
      }
      let height = node2.h;
      if (height === "") {
        if (node2.maxH === 0) {
          const parent = node2[$getSubformParent]();
          height = parent.layout === "position" && parent.h !== "" ? 0 : node2.minH;
        } else {
          height = Math.min(node2.maxH, availableSpace.height);
        }
        html.attributes.style.height = measureToString(height);
      }
      bbox = [node2.x, node2.y, width, height];
    }
    return bbox;
  }
  function fixDimensions(node2) {
    const parent = node2[$getSubformParent]();
    if (parent.layout?.includes("row")) {
      const extra = parent[$extra];
      const colSpan = node2.colSpan;
      let width;
      if (colSpan === -1) {
        width = Math.sumPrecise(extra.columnWidths.slice(extra.currentColumn));
      } else {
        width = Math.sumPrecise(extra.columnWidths.slice(extra.currentColumn, extra.currentColumn + colSpan));
      }
      if (!isNaN(width)) {
        node2.w = width;
      }
    }
    if (parent.layout && parent.layout !== "position") {
      node2.x = node2.y = 0;
    }
    if (node2.layout === "table") {
      if (node2.w === "" && Array.isArray(node2.columnWidths)) {
        node2.w = Math.sumPrecise(node2.columnWidths);
      }
    }
  }
  function layoutClass(node2) {
    switch (node2.layout) {
      case "position":
        return "xfaPosition";
      case "lr-tb":
        return "xfaLrTb";
      case "rl-row":
        return "xfaRlRow";
      case "rl-tb":
        return "xfaRlTb";
      case "row":
        return "xfaRow";
      case "table":
        return "xfaTable";
      case "tb":
        return "xfaTb";
      default:
        return "xfaPosition";
    }
  }
  function toStyle(node2, ...names2) {
    const style = /* @__PURE__ */ Object.create(null);
    for (const name of names2) {
      const value = node2[name];
      if (value === null) {
        continue;
      }
      if (Object.hasOwn(converters, name)) {
        converters[name](node2, style);
        continue;
      }
      if (value instanceof XFAObject) {
        const newStyle = value[$toStyle]();
        if (newStyle) {
          Object.assign(style, newStyle);
        } else {
          warn2(`(DEBUG) - XFA - style for ${name} not implemented yet`);
        }
      }
    }
    return style;
  }
  function createWrapper(node2, html) {
    const {
      attributes
    } = html;
    const {
      style
    } = attributes;
    const wrapper = {
      name: "div",
      attributes: {
        class: ["xfaWrapper"],
        style: /* @__PURE__ */ Object.create(null)
      },
      children: []
    };
    attributes.class.push("xfaWrapped");
    if (node2.border) {
      const {
        widths,
        insets
      } = node2.border[$extra];
      let width, height;
      let top = insets[0];
      let left = insets[3];
      const insetsH = insets[0] + insets[2];
      const insetsW = insets[1] + insets[3];
      switch (node2.border.hand) {
        case "even":
          top -= widths[0] / 2;
          left -= widths[3] / 2;
          width = `calc(100% + ${(widths[1] + widths[3]) / 2 - insetsW}px)`;
          height = `calc(100% + ${(widths[0] + widths[2]) / 2 - insetsH}px)`;
          break;
        case "left":
          top -= widths[0];
          left -= widths[3];
          width = `calc(100% + ${widths[1] + widths[3] - insetsW}px)`;
          height = `calc(100% + ${widths[0] + widths[2] - insetsH}px)`;
          break;
        case "right":
          width = insetsW ? `calc(100% - ${insetsW}px)` : "100%";
          height = insetsH ? `calc(100% - ${insetsH}px)` : "100%";
          break;
      }
      const classNames = ["xfaBorder"];
      if (isPrintOnly(node2.border)) {
        classNames.push("xfaPrintOnly");
      }
      const border = {
        name: "div",
        attributes: {
          class: classNames,
          style: {
            top: `${top}px`,
            left: `${left}px`,
            width,
            height
          }
        },
        children: []
      };
      for (const key2 of ["border", "borderWidth", "borderColor", "borderRadius", "borderStyle"]) {
        if (style[key2] !== void 0) {
          border.attributes.style[key2] = style[key2];
          delete style[key2];
        }
      }
      wrapper.children.push(border, html);
    } else {
      wrapper.children.push(html);
    }
    for (const key2 of ["background", "backgroundClip", "top", "left", "width", "height", "minWidth", "minHeight", "maxWidth", "maxHeight", "transform", "transformOrigin", "visibility"]) {
      if (style[key2] !== void 0) {
        wrapper.attributes.style[key2] = style[key2];
        delete style[key2];
      }
    }
    wrapper.attributes.style.position = style.position === "absolute" ? "absolute" : "relative";
    delete style.position;
    if (style.alignSelf) {
      wrapper.attributes.style.alignSelf = style.alignSelf;
      delete style.alignSelf;
    }
    return wrapper;
  }
  function fixTextIndent(styles) {
    const indent = getMeasurement(styles.textIndent, "0px");
    if (indent >= 0) {
      return;
    }
    const align = styles.textAlign === "right" ? "right" : "left";
    const name = "padding" + (align === "left" ? "Left" : "Right");
    const padding = getMeasurement(styles[name], "0px");
    styles[name] = `${padding - indent}px`;
  }
  function setAccess(node2, classNames) {
    switch (node2.access) {
      case "nonInteractive":
        classNames.push("xfaNonInteractive");
        break;
      case "readOnly":
        classNames.push("xfaReadOnly");
        break;
      case "protected":
        classNames.push("xfaDisabled");
        break;
    }
  }
  function isPrintOnly(node2) {
    return node2.relevant.length > 0 && !node2.relevant[0].excluded && node2.relevant[0].viewname === "print";
  }
  function getCurrentPara(node2) {
    const stack = node2[$getTemplateRoot]()[$extra].paraStack;
    return stack.length ? stack.at(-1) : null;
  }
  function setPara(node2, nodeStyle, value) {
    if (value.attributes.class?.includes("xfaRich")) {
      if (nodeStyle) {
        if (node2.h === "") {
          nodeStyle.height = "auto";
        }
        if (node2.w === "") {
          nodeStyle.width = "auto";
        }
      }
      const para = getCurrentPara(node2);
      if (para) {
        const valueStyle = value.attributes.style;
        valueStyle.display = "flex";
        valueStyle.flexDirection = "column";
        switch (para.vAlign) {
          case "top":
            valueStyle.justifyContent = "start";
            break;
          case "bottom":
            valueStyle.justifyContent = "end";
            break;
          case "middle":
            valueStyle.justifyContent = "center";
            break;
        }
        const paraStyle = para[$toStyle]();
        for (const [key2, val] of Object.entries(paraStyle)) {
          if (!(key2 in valueStyle)) {
            valueStyle[key2] = val;
          }
        }
      }
    }
  }
  function setFontFamily(xfaFont, node2, fontFinder, style) {
    if (!fontFinder) {
      delete style.fontFamily;
      return;
    }
    const name = stripQuotes(xfaFont.typeface);
    style.fontFamily = serializeFontFamily2(name);
    const typeface = fontFinder.find(name);
    if (typeface) {
      const {
        fontFamily
      } = typeface.regular.cssFontInfo;
      if (fontFamily !== name) {
        style.fontFamily = serializeFontFamily2(fontFamily);
      }
      const para = getCurrentPara(node2);
      if (para && para.lineHeight !== "") {
        return;
      }
      if (style.lineHeight) {
        return;
      }
      const pdfFont = selectFont(xfaFont, typeface);
      if (pdfFont) {
        style.lineHeight = Math.max(1.2, pdfFont.lineHeight);
      }
    }
  }
  function fixURL(str) {
    const absoluteUrl = createValidAbsoluteUrl2(str, null, {
      addDefaultProtocol: true,
      tryConvertEncoding: true
    });
    return absoluteUrl ? absoluteUrl.href : null;
  }
  function createLine(node2, children) {
    return {
      name: "div",
      attributes: {
        class: [node2.layout === "lr-tb" ? "xfaLr" : "xfaRl"]
      },
      children
    };
  }
  function flushHTML(node2) {
    if (!node2[$extra]) {
      return null;
    }
    const attributes = node2[$extra].attributes;
    const html = {
      name: "div",
      attributes,
      children: node2[$extra].children
    };
    if (node2[$extra].failingNode) {
      const htmlFromFailing = node2[$extra].failingNode[$flushHTML]();
      if (htmlFromFailing) {
        if (node2.layout.endsWith("-tb")) {
          html.children.push(createLine(node2, [htmlFromFailing]));
        } else {
          html.children.push(htmlFromFailing);
        }
      }
    }
    return html.children.length === 0 ? null : html;
  }
  function addHTML(node2, html, bbox) {
    const extra = node2[$extra];
    const availableSpace = extra.availableSpace;
    const [x, y, w, h] = bbox;
    switch (node2.layout) {
      case "position": {
        extra.width = Math.max(extra.width, x + w);
        extra.height = Math.max(extra.height, y + h);
        extra.children.push(html);
        break;
      }
      case "lr-tb":
      case "rl-tb":
        if (!extra.line || extra.attempt === 1) {
          extra.line = createLine(node2, []);
          extra.children.push(extra.line);
          extra.numberInLine = 0;
        }
        extra.numberInLine += 1;
        extra.line.children.push(html);
        if (extra.attempt === 0) {
          extra.currentWidth += w;
          extra.height = Math.max(extra.height, extra.prevHeight + h);
        } else {
          extra.currentWidth = w;
          extra.prevHeight = extra.height;
          extra.height += h;
          extra.attempt = 0;
        }
        extra.width = Math.max(extra.width, extra.currentWidth);
        break;
      case "rl-row":
      case "row": {
        extra.children.push(html);
        extra.width += w;
        extra.height = Math.max(extra.height, h);
        const height = measureToString(extra.height);
        for (const child of extra.children) {
          child.attributes.style.height = height;
        }
        break;
      }
      case "table": {
        extra.width = MathClamp2(w, extra.width, availableSpace.width);
        extra.height += h;
        extra.children.push(html);
        break;
      }
      case "tb": {
        extra.width = MathClamp2(w, extra.width, availableSpace.width);
        extra.height += h;
        extra.children.push(html);
        break;
      }
    }
  }
  function getAvailableSpace(node2) {
    const availableSpace = node2[$extra].availableSpace;
    const marginV = node2.margin ? node2.margin.topInset + node2.margin.bottomInset : 0;
    const marginH = node2.margin ? node2.margin.leftInset + node2.margin.rightInset : 0;
    switch (node2.layout) {
      case "lr-tb":
      case "rl-tb":
        if (node2[$extra].attempt === 0) {
          return {
            width: availableSpace.width - marginH - node2[$extra].currentWidth,
            height: availableSpace.height - marginV - node2[$extra].prevHeight
          };
        }
        return {
          width: availableSpace.width - marginH,
          height: availableSpace.height - marginV - node2[$extra].height
        };
      case "rl-row":
      case "row":
        const width = Math.sumPrecise(node2[$extra].columnWidths.slice(node2[$extra].currentColumn));
        return {
          width,
          height: availableSpace.height - marginH
        };
      case "table":
      case "tb":
        return {
          width: availableSpace.width - marginH,
          height: availableSpace.height - marginV - node2[$extra].height
        };
      case "position":
      default:
        return availableSpace;
    }
  }
  function getTransformedBBox(node2) {
    let w = node2.w === "" ? NaN : node2.w;
    let h = node2.h === "" ? NaN : node2.h;
    let [centerX, centerY] = [0, 0];
    switch (node2.anchorType || "") {
      case "bottomCenter":
        [centerX, centerY] = [w / 2, h];
        break;
      case "bottomLeft":
        [centerX, centerY] = [0, h];
        break;
      case "bottomRight":
        [centerX, centerY] = [w, h];
        break;
      case "middleCenter":
        [centerX, centerY] = [w / 2, h / 2];
        break;
      case "middleLeft":
        [centerX, centerY] = [0, h / 2];
        break;
      case "middleRight":
        [centerX, centerY] = [w, h / 2];
        break;
      case "topCenter":
        [centerX, centerY] = [w / 2, 0];
        break;
      case "topRight":
        [centerX, centerY] = [w, 0];
        break;
    }
    let x, y;
    switch (node2.rotate || 0) {
      case 0:
        [x, y] = [-centerX, -centerY];
        break;
      case 90:
        [x, y] = [-centerY, centerX];
        [w, h] = [h, -w];
        break;
      case 180:
        [x, y] = [centerX, centerY];
        [w, h] = [-w, -h];
        break;
      case 270:
        [x, y] = [centerY, -centerX];
        [w, h] = [-h, w];
        break;
    }
    return [node2.x + x + Math.min(0, w), node2.y + y + Math.min(0, h), Math.abs(w), Math.abs(h)];
  }
  function checkDimensions(node2, space) {
    if (node2[$getTemplateRoot]()[$extra].firstUnsplittable === null || node2.w === 0 || node2.h === 0) {
      return true;
    }
    const ERROR = 2;
    const parent = node2[$getSubformParent]();
    const attempt = parent[$extra]?.attempt || 0;
    const [, y, w, h] = getTransformedBBox(node2);
    switch (parent.layout) {
      case "lr-tb":
      case "rl-tb":
        if (attempt === 0) {
          if (!node2[$getTemplateRoot]()[$extra].noLayoutFailure) {
            if (node2.h !== "" && Math.round(h - space.height) > ERROR) {
              return false;
            }
            if (node2.w !== "") {
              if (Math.round(w - space.width) <= ERROR) {
                return true;
              }
              if (parent[$extra].numberInLine === 0) {
                return space.height > ERROR;
              }
              return false;
            }
            return space.width > ERROR;
          }
          if (node2.w !== "") {
            return Math.round(w - space.width) <= ERROR;
          }
          return space.width > ERROR;
        }
        if (node2[$getTemplateRoot]()[$extra].noLayoutFailure) {
          return true;
        }
        if (node2.h !== "" && Math.round(h - space.height) > ERROR) {
          return false;
        }
        if (node2.w === "" || Math.round(w - space.width) <= ERROR) {
          return space.height > ERROR;
        }
        if (parent[$isThereMoreWidth]()) {
          return false;
        }
        return space.height > ERROR;
      case "table":
      case "tb":
        if (node2[$getTemplateRoot]()[$extra].noLayoutFailure) {
          return true;
        }
        if (node2.h !== "" && !node2[$isSplittable]()) {
          return Math.round(h - space.height) <= ERROR;
        }
        if (node2.w === "" || Math.round(w - space.width) <= ERROR) {
          return space.height > ERROR;
        }
        if (parent[$isThereMoreWidth]()) {
          return false;
        }
        return space.height > ERROR;
      case "position":
        if (node2[$getTemplateRoot]()[$extra].noLayoutFailure || node2.h === "" || Math.round(h + y - space.height) <= ERROR) {
          return true;
        }
        const area = node2[$getTemplateRoot]()[$extra].currentContentArea;
        return h + y > area.h;
      case "rl-row":
      case "row":
        if (node2[$getTemplateRoot]()[$extra].noLayoutFailure) {
          return true;
        }
        if (node2.h !== "") {
          return Math.round(h - space.height) <= ERROR;
        }
        return true;
      default:
        return true;
    }
  }
  var TEMPLATE_NS_ID = NamespaceIds.template.id;
  var MAX_ATTEMPTS_FOR_LRTB_LAYOUT = 2;
  var MAX_EMPTY_PAGES = 3;
  var DEFAULT_TAB_INDEX = 5e3;
  var HEADING_PATTERN = /^H(\d+)$/;
  var MIMES2 = /* @__PURE__ */ new Set(["image/gif", "image/jpeg", "image/jpg", "image/pjpeg", "image/png", "image/apng", "image/x-png", "image/bmp", "image/x-ms-bmp", "image/tiff", "image/tif", "application/octet-stream"]);
  var IMAGES_HEADERS = [[[66, 77], "image/bmp"], [[255, 216, 255], "image/jpeg"], [[73, 73, 42, 0], "image/tiff"], [[77, 77, 0, 42], "image/tiff"], [[71, 73, 70, 56, 57, 97], "image/gif"], [[137, 80, 78, 71, 13, 10, 26, 10], "image/png"]];
  function getBorderDims(node2) {
    if (!node2 || !node2.border) {
      return {
        w: 0,
        h: 0
      };
    }
    const borderExtra = node2.border[$getExtra]();
    if (!borderExtra) {
      return {
        w: 0,
        h: 0
      };
    }
    return {
      w: borderExtra.widths[0] + borderExtra.widths[2] + borderExtra.insets[0] + borderExtra.insets[2],
      h: borderExtra.widths[1] + borderExtra.widths[3] + borderExtra.insets[1] + borderExtra.insets[3]
    };
  }
  function hasMargin(node2) {
    return node2.margin && (node2.margin.topInset || node2.margin.rightInset || node2.margin.bottomInset || node2.margin.leftInset);
  }
  function _setValue(templateNode, value) {
    if (!templateNode.value) {
      const nodeValue = new template_Value({});
      templateNode[$appendChild](nodeValue);
      templateNode.value = nodeValue;
    }
    templateNode.value[$setValue](value);
  }
  function* getContainedChildren(node2) {
    for (const child of node2[$getChildren]()) {
      if (child instanceof SubformSet) {
        yield* child[$getContainedChildren]();
        continue;
      }
      yield child;
    }
  }
  function isRequired(node2) {
    return node2.validate?.nullTest === "error";
  }
  function setTabIndex(node2) {
    while (node2) {
      if (!node2.traversal) {
        node2[$tabIndex] = node2[$getParent]()[$tabIndex];
        return;
      }
      if (node2[$tabIndex]) {
        return;
      }
      let next = null;
      for (const child of node2.traversal[$getChildren]()) {
        if (child.operation === "next") {
          next = child;
          break;
        }
      }
      if (!next || !next.ref) {
        node2[$tabIndex] = node2[$getParent]()[$tabIndex];
        return;
      }
      const root = node2[$getTemplateRoot]();
      node2[$tabIndex] = ++root[$tabIndex];
      const ref = root[$searchNode](next.ref, node2);
      if (!ref) {
        return;
      }
      node2 = ref[0];
    }
  }
  function applyAssist(obj, attributes) {
    const assist = obj.assist;
    if (assist) {
      const assistTitle = assist[$toHTML]();
      if (assistTitle) {
        attributes.title = assistTitle;
      }
      const role = assist.role;
      const match = role.match(HEADING_PATTERN);
      if (match) {
        const ariaRole = "heading";
        const ariaLevel = match[1];
        attributes.role = ariaRole;
        attributes["aria-level"] = ariaLevel;
      }
    }
    if (obj.layout === "table") {
      attributes.role = "table";
    } else if (obj.layout === "row") {
      attributes.role = "row";
    } else {
      const parent = obj[$getParent]();
      if (parent.layout === "row") {
        attributes.role = parent.assist?.role === "TH" ? "columnheader" : "cell";
      }
    }
  }
  function ariaLabel(obj) {
    if (!obj.assist) {
      return null;
    }
    const assist = obj.assist;
    if (assist.speak && assist.speak[$content] !== "") {
      return assist.speak[$content];
    }
    if (assist.toolTip) {
      return assist.toolTip[$content];
    }
    return null;
  }
  function valueToHtml(value) {
    return HTMLResult.success({
      name: "div",
      attributes: {
        class: ["xfaRich"],
        style: /* @__PURE__ */ Object.create(null)
      },
      children: [{
        name: "span",
        attributes: {
          style: /* @__PURE__ */ Object.create(null)
        },
        value
      }]
    });
  }
  function setFirstUnsplittable(node2) {
    const root = node2[$getTemplateRoot]();
    if (root[$extra].firstUnsplittable === null) {
      root[$extra].firstUnsplittable = node2;
      root[$extra].noLayoutFailure = true;
    }
  }
  function unsetFirstUnsplittable(node2) {
    const root = node2[$getTemplateRoot]();
    if (root[$extra].firstUnsplittable === node2) {
      root[$extra].noLayoutFailure = false;
    }
  }
  function handleBreak(node2) {
    if (node2[$extra]) {
      return false;
    }
    node2[$extra] = /* @__PURE__ */ Object.create(null);
    if (node2.targetType === "auto") {
      return false;
    }
    const root = node2[$getTemplateRoot]();
    let target = null;
    if (node2.target) {
      target = root[$searchNode](node2.target, node2[$getParent]());
      if (!target) {
        return false;
      }
      target = target[0];
    }
    const {
      currentPageArea,
      currentContentArea
    } = root[$extra];
    if (node2.targetType === "pageArea") {
      if (!(target instanceof PageArea)) {
        target = null;
      }
      if (node2.startNew) {
        node2[$extra].target = target || currentPageArea;
        return true;
      } else if (target && target !== currentPageArea) {
        node2[$extra].target = target;
        return true;
      }
      return false;
    }
    if (!(target instanceof ContentArea)) {
      target = null;
    }
    const pageArea = target && target[$getParent]();
    let index;
    let nextPageArea = pageArea;
    if (node2.startNew) {
      if (target) {
        const contentAreas = pageArea.contentArea.children;
        const indexForCurrent = contentAreas.indexOf(currentContentArea);
        const indexForTarget = contentAreas.indexOf(target);
        if (indexForCurrent !== -1 && indexForCurrent < indexForTarget) {
          nextPageArea = null;
        }
        index = indexForTarget - 1;
      } else {
        index = currentPageArea.contentArea.children.indexOf(currentContentArea);
      }
    } else if (target && target !== currentContentArea) {
      const contentAreas = pageArea.contentArea.children;
      index = contentAreas.indexOf(target) - 1;
      nextPageArea = pageArea === currentPageArea ? null : pageArea;
    } else {
      return false;
    }
    node2[$extra].target = nextPageArea;
    node2[$extra].index = index;
    return true;
  }
  function handleOverflow(node2, extraNode, space) {
    const root = node2[$getTemplateRoot]();
    const saved = root[$extra].noLayoutFailure;
    const savedMethod = extraNode[$getSubformParent];
    extraNode[$getSubformParent] = () => node2;
    root[$extra].noLayoutFailure = true;
    const res = extraNode[$toHTML](space);
    node2[$addHTML](res.html, res.bbox);
    root[$extra].noLayoutFailure = saved;
    extraNode[$getSubformParent] = savedMethod;
  }
  var AppearanceFilter = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "appearanceFilter");
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Arc = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "arc", true);
      this.circular = getInteger({
        data: attributes.circular,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.hand = getStringOption(attributes.hand, ["even", "left", "right"]);
      this.id = attributes.id || "";
      this.startAngle = getFloat({
        data: attributes.startAngle,
        defaultValue: 0,
        validate: (x) => true
      });
      this.sweepAngle = getFloat({
        data: attributes.sweepAngle,
        defaultValue: 360,
        validate: (x) => true
      });
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.edge = null;
      this.fill = null;
    }
    [$toHTML]() {
      const edge = this.edge || new template_Edge({});
      const edgeStyle = edge[$toStyle]();
      const style = /* @__PURE__ */ Object.create(null);
      if (this.fill?.presence === "visible") {
        Object.assign(style, this.fill[$toStyle]());
      } else {
        style.fill = "transparent";
      }
      style.strokeWidth = measureToString(edge.presence === "visible" ? edge.thickness : 0);
      style.stroke = edgeStyle.color;
      let arc;
      const attributes = {
        xmlns: SVG_NS2,
        style: {
          width: "100%",
          height: "100%",
          overflow: "visible"
        }
      };
      if (this.sweepAngle === 360) {
        arc = {
          name: "ellipse",
          attributes: {
            xmlns: SVG_NS2,
            cx: "50%",
            cy: "50%",
            rx: "50%",
            ry: "50%",
            style
          }
        };
      } else {
        const startAngle = this.startAngle * Math.PI / 180;
        const sweepAngle = this.sweepAngle * Math.PI / 180;
        const largeArc = this.sweepAngle > 180 ? 1 : 0;
        const [x1, y1, x2, y2] = [50 * (1 + Math.cos(startAngle)), 50 * (1 - Math.sin(startAngle)), 50 * (1 + Math.cos(startAngle + sweepAngle)), 50 * (1 - Math.sin(startAngle + sweepAngle))];
        arc = {
          name: "path",
          attributes: {
            xmlns: SVG_NS2,
            d: `M ${x1} ${y1} A 50 50 0 ${largeArc} 0 ${x2} ${y2}`,
            vectorEffect: "non-scaling-stroke",
            style
          }
        };
        Object.assign(attributes, {
          viewBox: "0 0 100 100",
          preserveAspectRatio: "none"
        });
      }
      const svg = {
        name: "svg",
        children: [arc],
        attributes
      };
      const parent = this[$getParent]()[$getParent]();
      if (hasMargin(parent)) {
        return HTMLResult.success({
          name: "div",
          attributes: {
            style: {
              display: "inline",
              width: "100%",
              height: "100%"
            }
          },
          children: [svg]
        });
      }
      svg.attributes.style.position = "absolute";
      return HTMLResult.success(svg);
    }
  };
  var Area = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "area", true);
      this.colSpan = getInteger({
        data: attributes.colSpan,
        defaultValue: 1,
        validate: (n) => n >= 1 || n === -1
      });
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.relevant = getRelevant(attributes.relevant);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.x = getMeasurement(attributes.x, "0pt");
      this.y = getMeasurement(attributes.y, "0pt");
      this.desc = null;
      this.extras = null;
      this.area = new XFAObjectArray();
      this.draw = new XFAObjectArray();
      this.exObject = new XFAObjectArray();
      this.exclGroup = new XFAObjectArray();
      this.field = new XFAObjectArray();
      this.subform = new XFAObjectArray();
      this.subformSet = new XFAObjectArray();
    }
    *[$getContainedChildren]() {
      yield* getContainedChildren(this);
    }
    [$isTransparent]() {
      return true;
    }
    [$isBindable]() {
      return true;
    }
    [$addHTML](html, bbox) {
      const [x, y, w, h] = bbox;
      this[$extra].width = Math.max(this[$extra].width, x + w);
      this[$extra].height = Math.max(this[$extra].height, y + h);
      this[$extra].children.push(html);
    }
    [$getAvailableSpace]() {
      return this[$extra].availableSpace;
    }
    [$toHTML](availableSpace) {
      const style = toStyle(this, "position");
      const attributes = {
        style,
        id: this[$uid],
        class: ["xfaArea"]
      };
      if (isPrintOnly(this)) {
        attributes.class.push("xfaPrintOnly");
      }
      if (this.name) {
        attributes.xfaName = this.name;
      }
      const children = [];
      this[$extra] = {
        children,
        width: 0,
        height: 0,
        availableSpace
      };
      const result = this[$childrenToHTML]({
        filter: /* @__PURE__ */ new Set(["area", "draw", "field", "exclGroup", "subform", "subformSet"]),
        include: true
      });
      if (!result.success) {
        if (result.isBreak()) {
          return result;
        }
        delete this[$extra];
        return HTMLResult.FAILURE;
      }
      style.width = measureToString(this[$extra].width);
      style.height = measureToString(this[$extra].height);
      const html = {
        name: "div",
        attributes,
        children
      };
      const bbox = [this.x, this.y, this[$extra].width, this[$extra].height];
      delete this[$extra];
      return HTMLResult.success(html, bbox);
    }
  };
  var Assist = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "assist", true);
      this.id = attributes.id || "";
      this.role = attributes.role || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.speak = null;
      this.toolTip = null;
    }
    [$toHTML]() {
      return this.toolTip?.[$content] || null;
    }
  };
  var Barcode = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "barcode", true);
      this.charEncoding = getKeyword({
        data: attributes.charEncoding ? attributes.charEncoding.toLowerCase() : "",
        defaultValue: "",
        validate: (k) => ["utf-8", "big-five", "fontspecific", "gbk", "gb-18030", "gb-2312", "ksc-5601", "none", "shift-jis", "ucs-2", "utf-16"].includes(k) || k.match(/iso-8859-\d{2}/)
      });
      this.checksum = getStringOption(attributes.checksum, ["none", "1mod10", "1mod10_1mod11", "2mod10", "auto"]);
      this.dataColumnCount = getInteger({
        data: attributes.dataColumnCount,
        defaultValue: -1,
        validate: (x) => x >= 0
      });
      this.dataLength = getInteger({
        data: attributes.dataLength,
        defaultValue: -1,
        validate: (x) => x >= 0
      });
      this.dataPrep = getStringOption(attributes.dataPrep, ["none", "flateCompress"]);
      this.dataRowCount = getInteger({
        data: attributes.dataRowCount,
        defaultValue: -1,
        validate: (x) => x >= 0
      });
      this.endChar = attributes.endChar || "";
      this.errorCorrectionLevel = getInteger({
        data: attributes.errorCorrectionLevel,
        defaultValue: -1,
        validate: (x) => x >= 0 && x <= 8
      });
      this.id = attributes.id || "";
      this.moduleHeight = getMeasurement(attributes.moduleHeight, "5mm");
      this.moduleWidth = getMeasurement(attributes.moduleWidth, "0.25mm");
      this.printCheckDigit = getInteger({
        data: attributes.printCheckDigit,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.rowColumnRatio = getRatio(attributes.rowColumnRatio);
      this.startChar = attributes.startChar || "";
      this.textLocation = getStringOption(attributes.textLocation, ["below", "above", "aboveEmbedded", "belowEmbedded", "none"]);
      this.truncate = getInteger({
        data: attributes.truncate,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.type = getStringOption(attributes.type ? attributes.type.toLowerCase() : "", ["aztec", "codabar", "code2of5industrial", "code2of5interleaved", "code2of5matrix", "code2of5standard", "code3of9", "code3of9extended", "code11", "code49", "code93", "code128", "code128a", "code128b", "code128c", "code128sscc", "datamatrix", "ean8", "ean8add2", "ean8add5", "ean13", "ean13add2", "ean13add5", "ean13pwcd", "fim", "logmars", "maxicode", "msi", "pdf417", "pdf417macro", "plessey", "postauscust2", "postauscust3", "postausreplypaid", "postausstandard", "postukrm4scc", "postusdpbc", "postusimb", "postusstandard", "postus5zip", "qrcode", "rfid", "rss14", "rss14expanded", "rss14limited", "rss14stacked", "rss14stackedomni", "rss14truncated", "telepen", "ucc128", "ucc128random", "ucc128sscc", "upca", "upcaadd2", "upcaadd5", "upcapwcd", "upce", "upceadd2", "upceadd5", "upcean2", "upcean5", "upsmaxicode"]);
      this.upsMode = getStringOption(attributes.upsMode, ["usCarrier", "internationalCarrier", "secureSymbol", "standardSymbol"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.wideNarrowRatio = getRatio(attributes.wideNarrowRatio);
      this.encrypt = null;
      this.extras = null;
    }
  };
  var Bind = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "bind", true);
      this.match = getStringOption(attributes.match, ["once", "dataRef", "global", "none"]);
      this.ref = attributes.ref || "";
      this.picture = null;
    }
  };
  var BindItems = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "bindItems");
      this.connection = attributes.connection || "";
      this.labelRef = attributes.labelRef || "";
      this.ref = attributes.ref || "";
      this.valueRef = attributes.valueRef || "";
    }
  };
  var Bookend = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "bookend");
      this.id = attributes.id || "";
      this.leader = attributes.leader || "";
      this.trailer = attributes.trailer || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var BooleanElement = class extends Option01 {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "boolean");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$toHTML](availableSpace) {
      return valueToHtml(this[$content] === 1 ? "1" : "0");
    }
  };
  var Border = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "border", true);
      this.break = getStringOption(attributes.break, ["close", "open"]);
      this.hand = getStringOption(attributes.hand, ["even", "left", "right"]);
      this.id = attributes.id || "";
      this.presence = getStringOption(attributes.presence, ["visible", "hidden", "inactive", "invisible"]);
      this.relevant = getRelevant(attributes.relevant);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.corner = new XFAObjectArray(4);
      this.edge = new XFAObjectArray(4);
      this.extras = null;
      this.fill = null;
      this.margin = null;
    }
    [$getExtra]() {
      if (!this[$extra]) {
        const edges = this.edge.children.slice();
        if (edges.length < 4) {
          const defaultEdge = edges.at(-1) || new template_Edge({});
          for (let i = edges.length; i < 4; i++) {
            edges.push(defaultEdge);
          }
        }
        const widths = edges.map((edge) => edge.thickness);
        const insets = [0, 0, 0, 0];
        if (this.margin) {
          insets[0] = this.margin.topInset;
          insets[1] = this.margin.rightInset;
          insets[2] = this.margin.bottomInset;
          insets[3] = this.margin.leftInset;
        }
        this[$extra] = {
          widths,
          insets,
          edges
        };
      }
      return this[$extra];
    }
    [$toStyle]() {
      const {
        edges
      } = this[$getExtra]();
      const edgeStyles = edges.map((node2) => {
        const style2 = node2[$toStyle]();
        style2.color ||= "#000000";
        return style2;
      });
      const style = /* @__PURE__ */ Object.create(null);
      if (this.margin) {
        Object.assign(style, this.margin[$toStyle]());
      }
      if (this.fill?.presence === "visible") {
        Object.assign(style, this.fill[$toStyle]());
      }
      if (this.corner.children.some((node2) => node2.radius !== 0)) {
        const cornerStyles = this.corner.children.map((node2) => node2[$toStyle]());
        if (cornerStyles.length === 2 || cornerStyles.length === 3) {
          const last2 = cornerStyles.at(-1);
          for (let i = cornerStyles.length; i < 4; i++) {
            cornerStyles.push(last2);
          }
        }
        style.borderRadius = cornerStyles.map((s) => s.radius).join(" ");
      }
      switch (this.presence) {
        case "invisible":
        case "hidden":
          style.borderStyle = "";
          break;
        case "inactive":
          style.borderStyle = "none";
          break;
        default:
          style.borderStyle = edgeStyles.map((s) => s.style).join(" ");
          break;
      }
      style.borderWidth = edgeStyles.map((s) => s.width).join(" ");
      style.borderColor = edgeStyles.map((s) => s.color).join(" ");
      return style;
    }
  };
  var Break = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "break", true);
      this.after = getStringOption(attributes.after, ["auto", "contentArea", "pageArea", "pageEven", "pageOdd"]);
      this.afterTarget = attributes.afterTarget || "";
      this.before = getStringOption(attributes.before, ["auto", "contentArea", "pageArea", "pageEven", "pageOdd"]);
      this.beforeTarget = attributes.beforeTarget || "";
      this.bookendLeader = attributes.bookendLeader || "";
      this.bookendTrailer = attributes.bookendTrailer || "";
      this.id = attributes.id || "";
      this.overflowLeader = attributes.overflowLeader || "";
      this.overflowTarget = attributes.overflowTarget || "";
      this.overflowTrailer = attributes.overflowTrailer || "";
      this.startNew = getInteger({
        data: attributes.startNew,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
    }
  };
  var BreakAfter = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "breakAfter", true);
      this.id = attributes.id || "";
      this.leader = attributes.leader || "";
      this.startNew = getInteger({
        data: attributes.startNew,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.target = attributes.target || "";
      this.targetType = getStringOption(attributes.targetType, ["auto", "contentArea", "pageArea"]);
      this.trailer = attributes.trailer || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.script = null;
    }
  };
  var BreakBefore = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "breakBefore", true);
      this.id = attributes.id || "";
      this.leader = attributes.leader || "";
      this.startNew = getInteger({
        data: attributes.startNew,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.target = attributes.target || "";
      this.targetType = getStringOption(attributes.targetType, ["auto", "contentArea", "pageArea"]);
      this.trailer = attributes.trailer || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.script = null;
    }
    [$toHTML](availableSpace) {
      this[$extra] = {};
      return HTMLResult.FAILURE;
    }
  };
  var Button = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "button", true);
      this.highlight = getStringOption(attributes.highlight, ["inverted", "none", "outline", "push"]);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
    }
    [$toHTML](availableSpace) {
      const parent = this[$getParent]();
      const grandpa = parent[$getParent]();
      const htmlButton = {
        name: "button",
        attributes: {
          id: this[$uid],
          class: ["xfaButton"],
          style: {}
        },
        children: []
      };
      for (const event of grandpa.event.children) {
        if (event.activity !== "click" || !event.script) {
          continue;
        }
        const jsURL = recoverJsURL(event.script[$content]);
        if (!jsURL) {
          continue;
        }
        const href = fixURL(jsURL.url);
        if (!href) {
          continue;
        }
        htmlButton.children.push({
          name: "a",
          attributes: {
            id: "link" + this[$uid],
            href,
            newWindow: jsURL.newWindow,
            class: ["xfaLink"],
            style: {}
          },
          children: []
        });
      }
      return HTMLResult.success(htmlButton);
    }
  };
  var Calculate = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "calculate", true);
      this.id = attributes.id || "";
      this.override = getStringOption(attributes.override, ["disabled", "error", "ignore", "warning"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
      this.message = null;
      this.script = null;
    }
  };
  var Caption = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "caption", true);
      this.id = attributes.id || "";
      this.placement = getStringOption(attributes.placement, ["left", "bottom", "inline", "right", "top"]);
      this.presence = getStringOption(attributes.presence, ["visible", "hidden", "inactive", "invisible"]);
      this.reserve = Math.ceil(getMeasurement(attributes.reserve));
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
      this.font = null;
      this.margin = null;
      this.para = null;
      this.value = null;
    }
    [$setValue](value) {
      _setValue(this, value);
    }
    [$getExtra](availableSpace) {
      if (!this[$extra]) {
        let {
          width,
          height
        } = availableSpace;
        switch (this.placement) {
          case "left":
          case "right":
          case "inline":
            width = this.reserve <= 0 ? width : this.reserve;
            break;
          case "top":
          case "bottom":
            height = this.reserve <= 0 ? height : this.reserve;
            break;
        }
        this[$extra] = layoutNode(this, {
          width,
          height
        });
      }
      return this[$extra];
    }
    [$toHTML](availableSpace) {
      if (!this.value) {
        return HTMLResult.EMPTY;
      }
      this[$pushPara]();
      const value = this.value[$toHTML](availableSpace).html;
      if (!value) {
        this[$popPara]();
        return HTMLResult.EMPTY;
      }
      const savedReserve = this.reserve;
      if (this.reserve <= 0) {
        const {
          w,
          h
        } = this[$getExtra](availableSpace);
        switch (this.placement) {
          case "left":
          case "right":
          case "inline":
            this.reserve = w;
            break;
          case "top":
          case "bottom":
            this.reserve = h;
            break;
        }
      }
      const children = [];
      if (typeof value === "string") {
        children.push({
          name: "#text",
          value
        });
      } else {
        children.push(value);
      }
      const style = toStyle(this, "font", "margin", "visibility");
      switch (this.placement) {
        case "left":
        case "right":
          if (this.reserve > 0) {
            style.width = measureToString(this.reserve);
          }
          break;
        case "top":
        case "bottom":
          if (this.reserve > 0) {
            style.height = measureToString(this.reserve);
          }
          break;
      }
      setPara(this, null, value);
      this[$popPara]();
      this.reserve = savedReserve;
      return HTMLResult.success({
        name: "div",
        attributes: {
          style,
          class: ["xfaCaption"]
        },
        children
      });
    }
  };
  var Certificate = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "certificate");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Certificates = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "certificates", true);
      this.credentialServerPolicy = getStringOption(attributes.credentialServerPolicy, ["optional", "required"]);
      this.id = attributes.id || "";
      this.url = attributes.url || "";
      this.urlPolicy = attributes.urlPolicy || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.encryption = null;
      this.issuers = null;
      this.keyUsage = null;
      this.oids = null;
      this.signing = null;
      this.subjectDNs = null;
    }
  };
  var CheckButton = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "checkButton", true);
      this.id = attributes.id || "";
      this.mark = getStringOption(attributes.mark, ["default", "check", "circle", "cross", "diamond", "square", "star"]);
      this.shape = getStringOption(attributes.shape, ["square", "round"]);
      this.size = getMeasurement(attributes.size, "10pt");
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.border = null;
      this.extras = null;
      this.margin = null;
    }
    [$toHTML](availableSpace) {
      const style = toStyle(this, "margin");
      const size = measureToString(this.size);
      style.width = style.height = size;
      let type;
      let className;
      let groupId;
      const field3 = this[$getParent]()[$getParent]();
      const items = field3.items.children.length && field3.items.children[0][$toHTML]().html || [];
      const exportedValue = {
        on: (items[0] !== void 0 ? items[0] : "on").toString(),
        off: (items[1] !== void 0 ? items[1] : "off").toString()
      };
      const value = field3.value?.[$text]() || "off";
      const checked = value === exportedValue.on || void 0;
      const container = field3[$getSubformParent]();
      const fieldId = field3[$uid];
      let dataId;
      if (container instanceof ExclGroup) {
        groupId = container[$uid];
        type = "radio";
        className = "xfaRadio";
        dataId = container[$data]?.[$uid] || container[$uid];
      } else {
        type = "checkbox";
        className = "xfaCheckbox";
        dataId = field3[$data]?.[$uid] || field3[$uid];
      }
      const input2 = {
        name: "input",
        attributes: {
          class: [className],
          style,
          fieldId,
          dataId,
          type,
          checked,
          xfaOn: exportedValue.on,
          xfaOff: exportedValue.off,
          "aria-label": ariaLabel(field3),
          "aria-required": false
        }
      };
      if (groupId) {
        input2.attributes.name = groupId;
      }
      if (isRequired(field3)) {
        input2.attributes["aria-required"] = true;
        input2.attributes.required = true;
      }
      return HTMLResult.success({
        name: "label",
        attributes: {
          class: ["xfaLabel"]
        },
        children: [input2]
      });
    }
  };
  var ChoiceList = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "choiceList", true);
      this.commitOn = getStringOption(attributes.commitOn, ["select", "exit"]);
      this.id = attributes.id || "";
      this.open = getStringOption(attributes.open, ["userControl", "always", "multiSelect", "onEntry"]);
      this.textEntry = getInteger({
        data: attributes.textEntry,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.border = null;
      this.extras = null;
      this.margin = null;
    }
    [$toHTML](availableSpace) {
      const style = toStyle(this, "border", "margin");
      const ui = this[$getParent]();
      const field3 = ui[$getParent]();
      const fontSize = field3.font?.size || 10;
      const optionStyle = {
        fontSize: `calc(${fontSize}px * var(--total-scale-factor))`
      };
      const children = [];
      if (field3.items.children.length > 0) {
        const items = field3.items;
        let displayedIndex = 0;
        let saveIndex = 0;
        if (items.children.length === 2) {
          displayedIndex = items.children[0].save;
          saveIndex = 1 - displayedIndex;
        }
        const displayed = items.children[displayedIndex][$toHTML]().html;
        const values3 = items.children[saveIndex][$toHTML]().html;
        let selected2 = false;
        const value = field3.value?.[$text]() || "";
        for (let i = 0, ii = displayed.length; i < ii; i++) {
          const option3 = {
            name: "option",
            attributes: {
              value: values3[i] || displayed[i],
              style: optionStyle
            },
            value: displayed[i]
          };
          if (values3[i] === value) {
            option3.attributes.selected = selected2 = true;
          }
          children.push(option3);
        }
        if (!selected2) {
          children.splice(0, 0, {
            name: "option",
            attributes: {
              hidden: true,
              selected: true
            },
            value: " "
          });
        }
      }
      const selectAttributes = {
        class: ["xfaSelect"],
        fieldId: field3[$uid],
        dataId: field3[$data]?.[$uid] || field3[$uid],
        style,
        "aria-label": ariaLabel(field3),
        "aria-required": false
      };
      if (isRequired(field3)) {
        selectAttributes["aria-required"] = true;
        selectAttributes.required = true;
      }
      if (this.open === "multiSelect") {
        selectAttributes.multiple = true;
      }
      return HTMLResult.success({
        name: "label",
        attributes: {
          class: ["xfaLabel"]
        },
        children: [{
          name: "select",
          children,
          attributes: selectAttributes
        }]
      });
    }
  };
  var Color = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "color", true);
      this.cSpace = getStringOption(attributes.cSpace, ["SRGB"]);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.value = attributes.value ? getColor(attributes.value) : "";
      this.extras = null;
    }
    [$hasSettableValue]() {
      return false;
    }
    [$toStyle]() {
      return this.value ? Util2.makeHexColor(this.value.r, this.value.g, this.value.b) : null;
    }
  };
  var Comb = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "comb");
      this.id = attributes.id || "";
      this.numberOfCells = getInteger({
        data: attributes.numberOfCells,
        defaultValue: 0,
        validate: (x) => x >= 0
      });
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Connect = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "connect", true);
      this.connection = attributes.connection || "";
      this.id = attributes.id || "";
      this.ref = attributes.ref || "";
      this.usage = getStringOption(attributes.usage, ["exportAndImport", "exportOnly", "importOnly"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.picture = null;
    }
  };
  var ContentArea = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "contentArea", true);
      this.h = getMeasurement(attributes.h);
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.relevant = getRelevant(attributes.relevant);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.w = getMeasurement(attributes.w);
      this.x = getMeasurement(attributes.x, "0pt");
      this.y = getMeasurement(attributes.y, "0pt");
      this.desc = null;
      this.extras = null;
    }
    [$toHTML](availableSpace) {
      const left = measureToString(this.x);
      const top = measureToString(this.y);
      const style = {
        left,
        top,
        width: measureToString(this.w),
        height: measureToString(this.h)
      };
      const classNames = ["xfaContentarea"];
      if (isPrintOnly(this)) {
        classNames.push("xfaPrintOnly");
      }
      return HTMLResult.success({
        name: "div",
        children: [],
        attributes: {
          style,
          class: classNames,
          id: this[$uid]
        }
      });
    }
  };
  var Corner = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "corner", true);
      this.id = attributes.id || "";
      this.inverted = getInteger({
        data: attributes.inverted,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.join = getStringOption(attributes.join, ["square", "round"]);
      this.presence = getStringOption(attributes.presence, ["visible", "hidden", "inactive", "invisible"]);
      this.radius = getMeasurement(attributes.radius);
      this.stroke = getStringOption(attributes.stroke, ["solid", "dashDot", "dashDotDot", "dashed", "dotted", "embossed", "etched", "lowered", "raised"]);
      this.thickness = getMeasurement(attributes.thickness, "0.5pt");
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.color = null;
      this.extras = null;
    }
    [$toStyle]() {
      const style = toStyle(this, "visibility");
      style.radius = measureToString(this.join === "square" ? 0 : this.radius);
      return style;
    }
  };
  var DateElement = class extends ContentObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "date");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$finalize]() {
      const date = this[$content].trim();
      this[$content] = date ? new Date(date) : null;
    }
    [$toHTML](availableSpace) {
      return valueToHtml(this[$content] ? this[$content].toString() : "");
    }
  };
  var DateTime = class extends ContentObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "dateTime");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$finalize]() {
      const date = this[$content].trim();
      this[$content] = date ? new Date(date) : null;
    }
    [$toHTML](availableSpace) {
      return valueToHtml(this[$content] ? this[$content].toString() : "");
    }
  };
  var DateTimeEdit = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "dateTimeEdit", true);
      this.hScrollPolicy = getStringOption(attributes.hScrollPolicy, ["auto", "off", "on"]);
      this.id = attributes.id || "";
      this.picker = getStringOption(attributes.picker, ["host", "none"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.border = null;
      this.comb = null;
      this.extras = null;
      this.margin = null;
    }
    [$toHTML](availableSpace) {
      const style = toStyle(this, "border", "font", "margin");
      const field3 = this[$getParent]()[$getParent]();
      const html = {
        name: "input",
        attributes: {
          type: "text",
          fieldId: field3[$uid],
          dataId: field3[$data]?.[$uid] || field3[$uid],
          class: ["xfaTextfield"],
          style,
          "aria-label": ariaLabel(field3),
          "aria-required": false
        }
      };
      if (isRequired(field3)) {
        html.attributes["aria-required"] = true;
        html.attributes.required = true;
      }
      return HTMLResult.success({
        name: "label",
        attributes: {
          class: ["xfaLabel"]
        },
        children: [html]
      });
    }
  };
  var Decimal = class extends ContentObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "decimal");
      this.fracDigits = getInteger({
        data: attributes.fracDigits,
        defaultValue: 2,
        validate: (x) => true
      });
      this.id = attributes.id || "";
      this.leadDigits = getInteger({
        data: attributes.leadDigits,
        defaultValue: -1,
        validate: (x) => true
      });
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$finalize]() {
      const number2 = parseFloat(this[$content].trim());
      this[$content] = isNaN(number2) ? null : number2;
    }
    [$toHTML](availableSpace) {
      return valueToHtml(this[$content] !== null ? this[$content].toString() : "");
    }
  };
  var DefaultUi = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "defaultUi", true);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
    }
  };
  var Desc = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "desc", true);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.boolean = new XFAObjectArray();
      this.date = new XFAObjectArray();
      this.dateTime = new XFAObjectArray();
      this.decimal = new XFAObjectArray();
      this.exData = new XFAObjectArray();
      this.float = new XFAObjectArray();
      this.image = new XFAObjectArray();
      this.integer = new XFAObjectArray();
      this.text = new XFAObjectArray();
      this.time = new XFAObjectArray();
    }
  };
  var DigestMethod = class extends OptionObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "digestMethod", ["", "SHA1", "SHA256", "SHA512", "RIPEMD160"]);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var DigestMethods = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "digestMethods", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.digestMethod = new XFAObjectArray();
    }
  };
  var Draw = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "draw", true);
      this.anchorType = getStringOption(attributes.anchorType, ["topLeft", "bottomCenter", "bottomLeft", "bottomRight", "middleCenter", "middleLeft", "middleRight", "topCenter", "topRight"]);
      this.colSpan = getInteger({
        data: attributes.colSpan,
        defaultValue: 1,
        validate: (n) => n >= 1 || n === -1
      });
      this.h = attributes.h ? getMeasurement(attributes.h) : "";
      this.hAlign = getStringOption(attributes.hAlign, ["left", "center", "justify", "justifyAll", "radix", "right"]);
      this.id = attributes.id || "";
      this.locale = attributes.locale || "";
      this.maxH = getMeasurement(attributes.maxH, "0pt");
      this.maxW = getMeasurement(attributes.maxW, "0pt");
      this.minH = getMeasurement(attributes.minH, "0pt");
      this.minW = getMeasurement(attributes.minW, "0pt");
      this.name = attributes.name || "";
      this.presence = getStringOption(attributes.presence, ["visible", "hidden", "inactive", "invisible"]);
      this.relevant = getRelevant(attributes.relevant);
      this.rotate = getInteger({
        data: attributes.rotate,
        defaultValue: 0,
        validate: (x) => x % 90 === 0
      });
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.w = attributes.w ? getMeasurement(attributes.w) : "";
      this.x = getMeasurement(attributes.x, "0pt");
      this.y = getMeasurement(attributes.y, "0pt");
      this.assist = null;
      this.border = null;
      this.caption = null;
      this.desc = null;
      this.extras = null;
      this.font = null;
      this.keep = null;
      this.margin = null;
      this.para = null;
      this.traversal = null;
      this.ui = null;
      this.value = null;
      this.setProperty = new XFAObjectArray();
    }
    [$setValue](value) {
      _setValue(this, value);
    }
    [$toHTML](availableSpace) {
      setTabIndex(this);
      if (this.presence === "hidden" || this.presence === "inactive") {
        return HTMLResult.EMPTY;
      }
      fixDimensions(this);
      this[$pushPara]();
      const savedW = this.w;
      const savedH = this.h;
      const {
        w,
        h,
        isBroken
      } = layoutNode(this, availableSpace);
      if (w && this.w === "") {
        if (isBroken && this[$getSubformParent]()[$isThereMoreWidth]()) {
          this[$popPara]();
          return HTMLResult.FAILURE;
        }
        this.w = w;
      }
      if (h && this.h === "") {
        this.h = h;
      }
      setFirstUnsplittable(this);
      if (!checkDimensions(this, availableSpace)) {
        this.w = savedW;
        this.h = savedH;
        this[$popPara]();
        return HTMLResult.FAILURE;
      }
      unsetFirstUnsplittable(this);
      const style = toStyle(this, "font", "hAlign", "dimensions", "position", "presence", "rotate", "anchorType", "border", "margin");
      setMinMaxDimensions(this, style);
      if (style.margin) {
        style.padding = style.margin;
        delete style.margin;
      }
      const classNames = ["xfaDraw"];
      if (this.font) {
        classNames.push("xfaFont");
      }
      if (isPrintOnly(this)) {
        classNames.push("xfaPrintOnly");
      }
      const attributes = {
        style,
        id: this[$uid],
        class: classNames
      };
      if (this.name) {
        attributes.xfaName = this.name;
      }
      const html = {
        name: "div",
        attributes,
        children: []
      };
      applyAssist(this, attributes);
      const bbox = computeBbox(this, html, availableSpace);
      const value = this.value ? this.value[$toHTML](availableSpace).html : null;
      if (value === null) {
        this.w = savedW;
        this.h = savedH;
        this[$popPara]();
        return HTMLResult.success(createWrapper(this, html), bbox);
      }
      html.children.push(value);
      setPara(this, style, value);
      this.w = savedW;
      this.h = savedH;
      this[$popPara]();
      return HTMLResult.success(createWrapper(this, html), bbox);
    }
  };
  var template_Edge = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "edge", true);
      this.cap = getStringOption(attributes.cap, ["square", "butt", "round"]);
      this.id = attributes.id || "";
      this.presence = getStringOption(attributes.presence, ["visible", "hidden", "inactive", "invisible"]);
      this.stroke = getStringOption(attributes.stroke, ["solid", "dashDot", "dashDotDot", "dashed", "dotted", "embossed", "etched", "lowered", "raised"]);
      this.thickness = getMeasurement(attributes.thickness, "0.5pt");
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.color = null;
      this.extras = null;
    }
    [$toStyle]() {
      const style = toStyle(this, "visibility");
      Object.assign(style, {
        linecap: this.cap,
        width: measureToString(this.thickness),
        color: this.color ? this.color[$toStyle]() : "#000000",
        style: ""
      });
      if (this.presence !== "visible") {
        style.style = "none";
      } else {
        switch (this.stroke) {
          case "solid":
            style.style = "solid";
            break;
          case "dashDot":
            style.style = "dashed";
            break;
          case "dashDotDot":
            style.style = "dashed";
            break;
          case "dashed":
            style.style = "dashed";
            break;
          case "dotted":
            style.style = "dotted";
            break;
          case "embossed":
            style.style = "ridge";
            break;
          case "etched":
            style.style = "groove";
            break;
          case "lowered":
            style.style = "inset";
            break;
          case "raised":
            style.style = "outset";
            break;
        }
      }
      return style;
    }
  };
  var Encoding2 = class extends OptionObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "encoding", ["adbe.x509.rsa_sha1", "adbe.pkcs7.detached", "adbe.pkcs7.sha1"]);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Encodings2 = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "encodings", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.encoding = new XFAObjectArray();
    }
  };
  var Encrypt = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "encrypt", true);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.certificate = null;
    }
  };
  var EncryptData = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "encryptData", true);
      this.id = attributes.id || "";
      this.operation = getStringOption(attributes.operation, ["encrypt", "decrypt"]);
      this.target = attributes.target || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.filter = null;
      this.manifest = null;
    }
  };
  var Encryption = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "encryption", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.certificate = new XFAObjectArray();
    }
  };
  var EncryptionMethod = class extends OptionObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "encryptionMethod", ["", "AES256-CBC", "TRIPLEDES-CBC", "AES128-CBC", "AES192-CBC"]);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var EncryptionMethods = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "encryptionMethods", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.encryptionMethod = new XFAObjectArray();
    }
  };
  var Event2 = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "event", true);
      this.activity = getStringOption(attributes.activity, ["click", "change", "docClose", "docReady", "enter", "exit", "full", "indexChange", "initialize", "mouseDown", "mouseEnter", "mouseExit", "mouseUp", "postExecute", "postOpen", "postPrint", "postSave", "postSign", "postSubmit", "preExecute", "preOpen", "prePrint", "preSave", "preSign", "preSubmit", "ready", "validationState"]);
      this.id = attributes.id || "";
      this.listen = getStringOption(attributes.listen, ["refOnly", "refAndDescendents"]);
      this.name = attributes.name || "";
      this.ref = attributes.ref || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
      this.encryptData = null;
      this.execute = null;
      this.script = null;
      this.signData = null;
      this.submit = null;
    }
  };
  var ExData = class extends ContentObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "exData");
      this.contentType = attributes.contentType || "";
      this.href = attributes.href || "";
      this.id = attributes.id || "";
      this.maxLength = getInteger({
        data: attributes.maxLength,
        defaultValue: -1,
        validate: (x) => x >= -1
      });
      this.name = attributes.name || "";
      this.rid = attributes.rid || "";
      this.transferEncoding = getStringOption(attributes.transferEncoding, ["none", "base64", "package"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$isCDATAXml]() {
      return this.contentType === "text/html";
    }
    [$onChild](child) {
      if (this.contentType === "text/html" && child[$namespaceId] === NamespaceIds.xhtml.id) {
        this[$content] = child;
        return true;
      }
      if (this.contentType === "text/xml") {
        this[$content] = child;
        return true;
      }
      return false;
    }
    [$toHTML](availableSpace) {
      if (this.contentType !== "text/html" || !this[$content]) {
        return HTMLResult.EMPTY;
      }
      return this[$content][$toHTML](availableSpace);
    }
  };
  var ExObject = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "exObject", true);
      this.archive = attributes.archive || "";
      this.classId = attributes.classId || "";
      this.codeBase = attributes.codeBase || "";
      this.codeType = attributes.codeType || "";
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
      this.boolean = new XFAObjectArray();
      this.date = new XFAObjectArray();
      this.dateTime = new XFAObjectArray();
      this.decimal = new XFAObjectArray();
      this.exData = new XFAObjectArray();
      this.exObject = new XFAObjectArray();
      this.float = new XFAObjectArray();
      this.image = new XFAObjectArray();
      this.integer = new XFAObjectArray();
      this.text = new XFAObjectArray();
      this.time = new XFAObjectArray();
    }
  };
  var ExclGroup = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "exclGroup", true);
      this.access = getStringOption(attributes.access, ["open", "nonInteractive", "protected", "readOnly"]);
      this.accessKey = attributes.accessKey || "";
      this.anchorType = getStringOption(attributes.anchorType, ["topLeft", "bottomCenter", "bottomLeft", "bottomRight", "middleCenter", "middleLeft", "middleRight", "topCenter", "topRight"]);
      this.colSpan = getInteger({
        data: attributes.colSpan,
        defaultValue: 1,
        validate: (n) => n >= 1 || n === -1
      });
      this.h = attributes.h ? getMeasurement(attributes.h) : "";
      this.hAlign = getStringOption(attributes.hAlign, ["left", "center", "justify", "justifyAll", "radix", "right"]);
      this.id = attributes.id || "";
      this.layout = getStringOption(attributes.layout, ["position", "lr-tb", "rl-row", "rl-tb", "row", "table", "tb"]);
      this.maxH = getMeasurement(attributes.maxH, "0pt");
      this.maxW = getMeasurement(attributes.maxW, "0pt");
      this.minH = getMeasurement(attributes.minH, "0pt");
      this.minW = getMeasurement(attributes.minW, "0pt");
      this.name = attributes.name || "";
      this.presence = getStringOption(attributes.presence, ["visible", "hidden", "inactive", "invisible"]);
      this.relevant = getRelevant(attributes.relevant);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.w = attributes.w ? getMeasurement(attributes.w) : "";
      this.x = getMeasurement(attributes.x, "0pt");
      this.y = getMeasurement(attributes.y, "0pt");
      this.assist = null;
      this.bind = null;
      this.border = null;
      this.calculate = null;
      this.caption = null;
      this.desc = null;
      this.extras = null;
      this.margin = null;
      this.para = null;
      this.traversal = null;
      this.validate = null;
      this.connect = new XFAObjectArray();
      this.event = new XFAObjectArray();
      this.field = new XFAObjectArray();
      this.setProperty = new XFAObjectArray();
    }
    [$isBindable]() {
      return true;
    }
    [$hasSettableValue]() {
      return true;
    }
    [$setValue](value) {
      for (const field3 of this.field.children) {
        if (!field3.value) {
          const nodeValue = new template_Value({});
          field3[$appendChild](nodeValue);
          field3.value = nodeValue;
        }
        field3.value[$setValue](value);
      }
    }
    [$isThereMoreWidth]() {
      return this.layout.endsWith("-tb") && this[$extra].attempt === 0 && this[$extra].numberInLine > 0 || this[$getParent]()[$isThereMoreWidth]();
    }
    [$isSplittable]() {
      const parent = this[$getSubformParent]();
      if (!parent[$isSplittable]()) {
        return false;
      }
      if (this[$extra]._isSplittable !== void 0) {
        return this[$extra]._isSplittable;
      }
      if (this.layout === "position" || this.layout.includes("row")) {
        this[$extra]._isSplittable = false;
        return false;
      }
      if (parent.layout?.endsWith("-tb") && parent[$extra].numberInLine !== 0) {
        return false;
      }
      this[$extra]._isSplittable = true;
      return true;
    }
    [$flushHTML]() {
      return flushHTML(this);
    }
    [$addHTML](html, bbox) {
      addHTML(this, html, bbox);
    }
    [$getAvailableSpace]() {
      return getAvailableSpace(this);
    }
    [$toHTML](availableSpace) {
      setTabIndex(this);
      if (this.presence === "hidden" || this.presence === "inactive" || this.h === 0 || this.w === 0) {
        return HTMLResult.EMPTY;
      }
      fixDimensions(this);
      const children = [];
      const attributes = {
        id: this[$uid],
        class: []
      };
      setAccess(this, attributes.class);
      this[$extra] ||= /* @__PURE__ */ Object.create(null);
      Object.assign(this[$extra], {
        children,
        attributes,
        attempt: 0,
        line: null,
        numberInLine: 0,
        availableSpace: {
          width: Math.min(this.w || Infinity, availableSpace.width),
          height: Math.min(this.h || Infinity, availableSpace.height)
        },
        width: 0,
        height: 0,
        prevHeight: 0,
        currentWidth: 0
      });
      const isSplittable = this[$isSplittable]();
      if (!isSplittable) {
        setFirstUnsplittable(this);
      }
      if (!checkDimensions(this, availableSpace)) {
        return HTMLResult.FAILURE;
      }
      const filter = /* @__PURE__ */ new Set(["field"]);
      if (this.layout.includes("row")) {
        const columnWidths = this[$getSubformParent]().columnWidths;
        if (Array.isArray(columnWidths) && columnWidths.length > 0) {
          this[$extra].columnWidths = columnWidths;
          this[$extra].currentColumn = 0;
        }
      }
      const style = toStyle(this, "anchorType", "dimensions", "position", "presence", "border", "margin", "hAlign");
      const classNames = ["xfaExclgroup"];
      const cl = layoutClass(this);
      if (cl) {
        classNames.push(cl);
      }
      if (isPrintOnly(this)) {
        classNames.push("xfaPrintOnly");
      }
      attributes.style = style;
      attributes.class = classNames;
      if (this.name) {
        attributes.xfaName = this.name;
      }
      this[$pushPara]();
      const isLrTb = this.layout === "lr-tb" || this.layout === "rl-tb";
      const maxRun = isLrTb ? MAX_ATTEMPTS_FOR_LRTB_LAYOUT : 1;
      for (; this[$extra].attempt < maxRun; this[$extra].attempt++) {
        if (isLrTb && this[$extra].attempt === MAX_ATTEMPTS_FOR_LRTB_LAYOUT - 1) {
          this[$extra].numberInLine = 0;
        }
        const result = this[$childrenToHTML]({
          filter,
          include: true
        });
        if (result.success) {
          break;
        }
        if (result.isBreak()) {
          this[$popPara]();
          return result;
        }
        if (isLrTb && this[$extra].attempt === 0 && this[$extra].numberInLine === 0 && !this[$getTemplateRoot]()[$extra].noLayoutFailure) {
          this[$extra].attempt = maxRun;
          break;
        }
      }
      this[$popPara]();
      if (!isSplittable) {
        unsetFirstUnsplittable(this);
      }
      if (this[$extra].attempt === maxRun) {
        if (!isSplittable) {
          delete this[$extra];
        }
        return HTMLResult.FAILURE;
      }
      let marginH = 0;
      let marginV = 0;
      if (this.margin) {
        marginH = this.margin.leftInset + this.margin.rightInset;
        marginV = this.margin.topInset + this.margin.bottomInset;
      }
      const width = Math.max(this[$extra].width + marginH, this.w || 0);
      const height = Math.max(this[$extra].height + marginV, this.h || 0);
      const bbox = [this.x, this.y, width, height];
      if (this.w === "") {
        style.width = measureToString(width);
      }
      if (this.h === "") {
        style.height = measureToString(height);
      }
      const html = {
        name: "div",
        attributes,
        children
      };
      applyAssist(this, attributes);
      delete this[$extra];
      return HTMLResult.success(createWrapper(this, html), bbox);
    }
  };
  var Execute = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "execute");
      this.connection = attributes.connection || "";
      this.executeType = getStringOption(attributes.executeType, ["import", "remerge"]);
      this.id = attributes.id || "";
      this.runAt = getStringOption(attributes.runAt, ["client", "both", "server"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Extras = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "extras", true);
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.boolean = new XFAObjectArray();
      this.date = new XFAObjectArray();
      this.dateTime = new XFAObjectArray();
      this.decimal = new XFAObjectArray();
      this.exData = new XFAObjectArray();
      this.extras = new XFAObjectArray();
      this.float = new XFAObjectArray();
      this.image = new XFAObjectArray();
      this.integer = new XFAObjectArray();
      this.text = new XFAObjectArray();
      this.time = new XFAObjectArray();
    }
  };
  var Field = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "field", true);
      this.access = getStringOption(attributes.access, ["open", "nonInteractive", "protected", "readOnly"]);
      this.accessKey = attributes.accessKey || "";
      this.anchorType = getStringOption(attributes.anchorType, ["topLeft", "bottomCenter", "bottomLeft", "bottomRight", "middleCenter", "middleLeft", "middleRight", "topCenter", "topRight"]);
      this.colSpan = getInteger({
        data: attributes.colSpan,
        defaultValue: 1,
        validate: (n) => n >= 1 || n === -1
      });
      this.h = attributes.h ? getMeasurement(attributes.h) : "";
      this.hAlign = getStringOption(attributes.hAlign, ["left", "center", "justify", "justifyAll", "radix", "right"]);
      this.id = attributes.id || "";
      this.locale = attributes.locale || "";
      this.maxH = getMeasurement(attributes.maxH, "0pt");
      this.maxW = getMeasurement(attributes.maxW, "0pt");
      this.minH = getMeasurement(attributes.minH, "0pt");
      this.minW = getMeasurement(attributes.minW, "0pt");
      this.name = attributes.name || "";
      this.presence = getStringOption(attributes.presence, ["visible", "hidden", "inactive", "invisible"]);
      this.relevant = getRelevant(attributes.relevant);
      this.rotate = getInteger({
        data: attributes.rotate,
        defaultValue: 0,
        validate: (x) => x % 90 === 0
      });
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.w = attributes.w ? getMeasurement(attributes.w) : "";
      this.x = getMeasurement(attributes.x, "0pt");
      this.y = getMeasurement(attributes.y, "0pt");
      this.assist = null;
      this.bind = null;
      this.border = null;
      this.calculate = null;
      this.caption = null;
      this.desc = null;
      this.extras = null;
      this.font = null;
      this.format = null;
      this.items = new XFAObjectArray(2);
      this.keep = null;
      this.margin = null;
      this.para = null;
      this.traversal = null;
      this.ui = null;
      this.validate = null;
      this.value = null;
      this.bindItems = new XFAObjectArray();
      this.connect = new XFAObjectArray();
      this.event = new XFAObjectArray();
      this.setProperty = new XFAObjectArray();
    }
    [$isBindable]() {
      return true;
    }
    [$setValue](value) {
      _setValue(this, value);
    }
    [$toHTML](availableSpace) {
      setTabIndex(this);
      if (!this.ui) {
        this.ui = new Ui({});
        this.ui[$globalData] = this[$globalData];
        this[$appendChild](this.ui);
        let node2;
        switch (this.items.children.length) {
          case 0:
            node2 = new TextEdit({});
            this.ui.textEdit = node2;
            break;
          case 1:
            node2 = new CheckButton({});
            this.ui.checkButton = node2;
            break;
          case 2:
            node2 = new ChoiceList({});
            this.ui.choiceList = node2;
            break;
        }
        this.ui[$appendChild](node2);
      }
      if (!this.ui || this.presence === "hidden" || this.presence === "inactive" || this.h === 0 || this.w === 0) {
        return HTMLResult.EMPTY;
      }
      if (this.caption) {
        delete this.caption[$extra];
      }
      this[$pushPara]();
      const caption = this.caption ? this.caption[$toHTML](availableSpace).html : null;
      const savedW = this.w;
      const savedH = this.h;
      let marginH = 0;
      let marginV = 0;
      if (this.margin) {
        marginH = this.margin.leftInset + this.margin.rightInset;
        marginV = this.margin.topInset + this.margin.bottomInset;
      }
      let borderDims = null;
      if (this.w === "" || this.h === "") {
        let width = null;
        let height = null;
        let uiW = 0;
        let uiH = 0;
        if (this.ui.checkButton) {
          uiW = uiH = this.ui.checkButton.size;
        } else {
          const {
            w,
            h
          } = layoutNode(this, availableSpace);
          if (w !== null) {
            uiW = w;
            uiH = h;
          } else {
            uiH = fonts_getMetrics(this.font, true).lineNoGap;
          }
        }
        borderDims = getBorderDims(this.ui[$getExtra]());
        uiW += borderDims.w;
        uiH += borderDims.h;
        if (this.caption) {
          const {
            w,
            h,
            isBroken
          } = this.caption[$getExtra](availableSpace);
          if (isBroken && this[$getSubformParent]()[$isThereMoreWidth]()) {
            this[$popPara]();
            return HTMLResult.FAILURE;
          }
          width = w;
          height = h;
          switch (this.caption.placement) {
            case "left":
            case "right":
            case "inline":
              width += uiW;
              break;
            case "top":
            case "bottom":
              height += uiH;
              break;
          }
        } else {
          width = uiW;
          height = uiH;
        }
        if (width && this.w === "") {
          width += marginH;
          this.w = Math.min(this.maxW <= 0 ? Infinity : this.maxW, this.minW + 1 < width ? width : this.minW);
        }
        if (height && this.h === "") {
          height += marginV;
          this.h = Math.min(this.maxH <= 0 ? Infinity : this.maxH, this.minH + 1 < height ? height : this.minH);
        }
      }
      this[$popPara]();
      fixDimensions(this);
      setFirstUnsplittable(this);
      if (!checkDimensions(this, availableSpace)) {
        this.w = savedW;
        this.h = savedH;
        this[$popPara]();
        return HTMLResult.FAILURE;
      }
      unsetFirstUnsplittable(this);
      const style = toStyle(this, "font", "dimensions", "position", "rotate", "anchorType", "presence", "margin", "hAlign");
      setMinMaxDimensions(this, style);
      const classNames = ["xfaField"];
      if (this.font) {
        classNames.push("xfaFont");
      }
      if (isPrintOnly(this)) {
        classNames.push("xfaPrintOnly");
      }
      const attributes = {
        style,
        id: this[$uid],
        class: classNames
      };
      if (style.margin) {
        style.padding = style.margin;
        delete style.margin;
      }
      setAccess(this, classNames);
      if (this.name) {
        attributes.xfaName = this.name;
      }
      const children = [];
      const html = {
        name: "div",
        attributes,
        children
      };
      applyAssist(this, attributes);
      const borderStyle = this.border ? this.border[$toStyle]() : null;
      const bbox = computeBbox(this, html, availableSpace);
      const ui = this.ui[$toHTML]().html;
      if (!ui) {
        Object.assign(style, borderStyle);
        return HTMLResult.success(createWrapper(this, html), bbox);
      }
      if (this[$tabIndex]) {
        if (ui.children?.[0]) {
          ui.children[0].attributes.tabindex = this[$tabIndex];
        } else {
          ui.attributes.tabindex = this[$tabIndex];
        }
      }
      ui.attributes.style ||= /* @__PURE__ */ Object.create(null);
      let aElement = null;
      if (this.ui.button) {
        if (ui.children.length === 1) {
          [aElement] = ui.children.splice(0, 1);
        }
        Object.assign(ui.attributes.style, borderStyle);
      } else {
        Object.assign(style, borderStyle);
      }
      children.push(ui);
      if (this.value) {
        if (this.ui.imageEdit) {
          ui.children.push(this.value[$toHTML]().html);
        } else if (!this.ui.button) {
          let value = "";
          if (this.value.exData) {
            value = this.value.exData[$text]();
          } else if (this.value.text) {
            value = this.value.text[$getExtra]();
          } else {
            const htmlValue = this.value[$toHTML]().html;
            if (htmlValue !== null) {
              value = htmlValue.children[0].value;
            }
          }
          if (this.ui.textEdit && this.value.text?.maxChars) {
            ui.children[0].attributes.maxLength = this.value.text.maxChars;
          }
          if (value) {
            if (this.ui.numericEdit) {
              value = parseFloat(value);
              value = isNaN(value) ? "" : value.toString();
            }
            if (ui.children[0].name === "textarea") {
              ui.children[0].attributes.textContent = value;
            } else {
              ui.children[0].attributes.value = value;
            }
          }
        }
      }
      if (!this.ui.imageEdit && ui.children?.[0] && this.h) {
        borderDims ||= getBorderDims(this.ui[$getExtra]());
        if (this.caption && ["top", "bottom"].includes(this.caption.placement)) {
          let captionHeight = this.caption.reserve;
          if (captionHeight <= 0) {
            captionHeight = this.caption[$getExtra](availableSpace).h;
          }
          const inputHeight = this.h - captionHeight - marginV - borderDims.h;
          ui.children[0].attributes.style.height = measureToString(inputHeight);
        } else {
          ui.children[0].attributes.style.height = "100%";
        }
      }
      if (aElement) {
        ui.children.push(aElement);
      }
      if (!caption) {
        if (ui.attributes.class) {
          ui.attributes.class.push("xfaLeft");
        }
        this.w = savedW;
        this.h = savedH;
        return HTMLResult.success(createWrapper(this, html), bbox);
      }
      if (this.ui.button) {
        if (style.padding) {
          delete style.padding;
        }
        if (caption.name === "div") {
          caption.name = "span";
        }
        ui.children.push(caption);
        return HTMLResult.success(html, bbox);
      } else if (this.ui.checkButton) {
        caption.attributes.class[0] = "xfaCaptionForCheckButton";
      }
      ui.attributes.class ||= [];
      ui.children.splice(0, 0, caption);
      switch (this.caption.placement) {
        case "left":
          ui.attributes.class.push("xfaLeft");
          break;
        case "right":
          ui.attributes.class.push("xfaRight");
          break;
        case "top":
          ui.attributes.class.push("xfaTop");
          break;
        case "bottom":
          ui.attributes.class.push("xfaBottom");
          break;
        case "inline":
          ui.attributes.class.push("xfaLeft");
          break;
      }
      this.w = savedW;
      this.h = savedH;
      return HTMLResult.success(createWrapper(this, html), bbox);
    }
  };
  var Fill = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "fill", true);
      this.id = attributes.id || "";
      this.presence = getStringOption(attributes.presence, ["visible", "hidden", "inactive", "invisible"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.color = null;
      this.extras = null;
      this.linear = null;
      this.pattern = null;
      this.radial = null;
      this.solid = null;
      this.stipple = null;
    }
    [$toStyle]() {
      const parent = this[$getParent]();
      const grandpa = parent[$getParent]();
      const ggrandpa = grandpa[$getParent]();
      const style = /* @__PURE__ */ Object.create(null);
      let propName = "color";
      let altPropName = propName;
      if (parent instanceof Border) {
        propName = "background-color";
        altPropName = "background";
        if (ggrandpa instanceof Ui) {
          style.backgroundColor = "white";
        }
      }
      if (parent instanceof Rectangle || parent instanceof Arc) {
        propName = altPropName = "fill";
        style.fill = "white";
      }
      for (const name of Object.getOwnPropertyNames(this)) {
        if (name === "extras" || name === "color") {
          continue;
        }
        const obj = this[name];
        if (!(obj instanceof XFAObject)) {
          continue;
        }
        const color2 = obj[$toStyle](this.color);
        if (color2) {
          style[color2.startsWith("#") ? propName : altPropName] = color2;
        }
        return style;
      }
      if (this.color?.value) {
        const color2 = this.color[$toStyle]();
        style[color2.startsWith("#") ? propName : altPropName] = color2;
      }
      return style;
    }
  };
  var Filter = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "filter", true);
      this.addRevocationInfo = getStringOption(attributes.addRevocationInfo, ["", "required", "optional", "none"]);
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.version = getInteger({
        data: this.version,
        defaultValue: 5,
        validate: (x) => x >= 1 && x <= 5
      });
      this.appearanceFilter = null;
      this.certificates = null;
      this.digestMethods = null;
      this.encodings = null;
      this.encryptionMethods = null;
      this.handler = null;
      this.lockDocument = null;
      this.mdp = null;
      this.reasons = null;
      this.timeStamp = null;
    }
  };
  var Float = class extends ContentObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "float");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$finalize]() {
      const number2 = parseFloat(this[$content].trim());
      this[$content] = isNaN(number2) ? null : number2;
    }
    [$toHTML](availableSpace) {
      return valueToHtml(this[$content] !== null ? this[$content].toString() : "");
    }
  };
  var template_Font = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "font", true);
      this.baselineShift = getMeasurement(attributes.baselineShift);
      this.fontHorizontalScale = getFloat({
        data: attributes.fontHorizontalScale,
        defaultValue: 100,
        validate: (x) => x >= 0
      });
      this.fontVerticalScale = getFloat({
        data: attributes.fontVerticalScale,
        defaultValue: 100,
        validate: (x) => x >= 0
      });
      this.id = attributes.id || "";
      this.kerningMode = getStringOption(attributes.kerningMode, ["none", "pair"]);
      this.letterSpacing = getMeasurement(attributes.letterSpacing, "0");
      this.lineThrough = getInteger({
        data: attributes.lineThrough,
        defaultValue: 0,
        validate: (x) => x === 1 || x === 2
      });
      this.lineThroughPeriod = getStringOption(attributes.lineThroughPeriod, ["all", "word"]);
      this.overline = getInteger({
        data: attributes.overline,
        defaultValue: 0,
        validate: (x) => x === 1 || x === 2
      });
      this.overlinePeriod = getStringOption(attributes.overlinePeriod, ["all", "word"]);
      this.posture = getStringOption(attributes.posture, ["normal", "italic"]);
      this.size = getMeasurement(attributes.size, "10pt");
      this.typeface = attributes.typeface || "Courier";
      this.underline = getInteger({
        data: attributes.underline,
        defaultValue: 0,
        validate: (x) => x === 1 || x === 2
      });
      this.underlinePeriod = getStringOption(attributes.underlinePeriod, ["all", "word"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.weight = getStringOption(attributes.weight, ["normal", "bold"]);
      this.extras = null;
      this.fill = null;
    }
    [$clean](builder) {
      super[$clean](builder);
      this[$globalData].usedTypefaces.add(this.typeface);
    }
    [$toStyle]() {
      const style = toStyle(this, "fill");
      const color2 = style.color;
      if (color2) {
        if (color2 === "#000000") {
          delete style.color;
        } else if (!color2.startsWith("#")) {
          style.background = color2;
          style.backgroundClip = "text";
          style.color = "transparent";
        }
      }
      if (this.baselineShift) {
        style.verticalAlign = measureToString(this.baselineShift);
      }
      style.fontKerning = this.kerningMode === "none" ? "none" : "normal";
      style.letterSpacing = measureToString(this.letterSpacing);
      if (this.lineThrough !== 0) {
        style.textDecoration = "line-through";
        if (this.lineThrough === 2) {
          style.textDecorationStyle = "double";
        }
      }
      if (this.overline !== 0) {
        style.textDecoration = "overline";
        if (this.overline === 2) {
          style.textDecorationStyle = "double";
        }
      }
      style.fontStyle = this.posture;
      style.fontSize = measureToString(0.99 * this.size);
      setFontFamily(this, this, this[$globalData].fontFinder, style);
      if (this.underline !== 0) {
        style.textDecoration = "underline";
        if (this.underline === 2) {
          style.textDecorationStyle = "double";
        }
      }
      style.fontWeight = this.weight;
      return style;
    }
  };
  var Format = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "format", true);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
      this.picture = null;
    }
  };
  var Handler = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "handler");
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Hyphenation = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "hyphenation");
      this.excludeAllCaps = getInteger({
        data: attributes.excludeAllCaps,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.excludeInitialCap = getInteger({
        data: attributes.excludeInitialCap,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.hyphenate = getInteger({
        data: attributes.hyphenate,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.id = attributes.id || "";
      this.pushCharacterCount = getInteger({
        data: attributes.pushCharacterCount,
        defaultValue: 3,
        validate: (x) => x >= 0
      });
      this.remainCharacterCount = getInteger({
        data: attributes.remainCharacterCount,
        defaultValue: 3,
        validate: (x) => x >= 0
      });
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.wordCharacterCount = getInteger({
        data: attributes.wordCharacterCount,
        defaultValue: 7,
        validate: (x) => x >= 0
      });
    }
  };
  var Image2 = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "image");
      this.aspect = getStringOption(attributes.aspect, ["fit", "actual", "height", "none", "width"]);
      this.contentType = attributes.contentType || "";
      this.href = attributes.href || "";
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.transferEncoding = getStringOption(attributes.transferEncoding, ["base64", "none", "package"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$toHTML]() {
      if (this.contentType && !MIMES2.has(this.contentType.toLowerCase())) {
        return HTMLResult.EMPTY;
      }
      let buffer = this[$globalData].images?.get(this.href);
      if (!buffer && (this.href || !this[$content])) {
        return HTMLResult.EMPTY;
      }
      if (!buffer && this.transferEncoding === "base64") {
        buffer = Uint8Array.fromBase64(this[$content]);
      }
      if (!buffer) {
        return HTMLResult.EMPTY;
      }
      if (!this.contentType) {
        for (const [header2, type] of IMAGES_HEADERS) {
          if (buffer.length > header2.length && header2.every((x, i) => x === buffer[i])) {
            this.contentType = type;
            break;
          }
        }
        if (!this.contentType) {
          return HTMLResult.EMPTY;
        }
      }
      const blob = new Blob([buffer], {
        type: this.contentType
      });
      let style;
      switch (this.aspect) {
        case "fit":
        case "actual":
          break;
        case "height":
          style = {
            height: "100%",
            objectFit: "fill"
          };
          break;
        case "none":
          style = {
            width: "100%",
            height: "100%",
            objectFit: "fill"
          };
          break;
        case "width":
          style = {
            width: "100%",
            objectFit: "fill"
          };
          break;
      }
      const parent = this[$getParent]();
      return HTMLResult.success({
        name: "img",
        attributes: {
          class: ["xfaImage"],
          style,
          src: URL.createObjectURL(blob),
          alt: parent ? ariaLabel(parent[$getParent]()) : null
        }
      });
    }
  };
  var ImageEdit = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "imageEdit", true);
      this.data = getStringOption(attributes.data, ["link", "embed"]);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.border = null;
      this.extras = null;
      this.margin = null;
    }
    [$toHTML](availableSpace) {
      if (this.data === "embed") {
        return HTMLResult.success({
          name: "div",
          children: [],
          attributes: {}
        });
      }
      return HTMLResult.EMPTY;
    }
  };
  var Integer = class extends ContentObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "integer");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$finalize]() {
      const number2 = parseInt(this[$content].trim(), 10);
      this[$content] = isNaN(number2) ? null : number2;
    }
    [$toHTML](availableSpace) {
      return valueToHtml(this[$content] !== null ? this[$content].toString() : "");
    }
  };
  var Issuers = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "issuers", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.certificate = new XFAObjectArray();
    }
  };
  var Items = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "items", true);
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.presence = getStringOption(attributes.presence, ["visible", "hidden", "inactive", "invisible"]);
      this.ref = attributes.ref || "";
      this.save = getInteger({
        data: attributes.save,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.boolean = new XFAObjectArray();
      this.date = new XFAObjectArray();
      this.dateTime = new XFAObjectArray();
      this.decimal = new XFAObjectArray();
      this.exData = new XFAObjectArray();
      this.float = new XFAObjectArray();
      this.image = new XFAObjectArray();
      this.integer = new XFAObjectArray();
      this.text = new XFAObjectArray();
      this.time = new XFAObjectArray();
    }
    [$toHTML]() {
      const output = [];
      for (const child of this[$getChildren]()) {
        output.push(child[$text]());
      }
      return HTMLResult.success(output);
    }
  };
  var Keep = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "keep", true);
      this.id = attributes.id || "";
      const options2 = ["none", "contentArea", "pageArea"];
      this.intact = getStringOption(attributes.intact, options2);
      this.next = getStringOption(attributes.next, options2);
      this.previous = getStringOption(attributes.previous, options2);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
    }
  };
  var KeyUsage = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "keyUsage");
      const options2 = ["", "yes", "no"];
      this.crlSign = getStringOption(attributes.crlSign, options2);
      this.dataEncipherment = getStringOption(attributes.dataEncipherment, options2);
      this.decipherOnly = getStringOption(attributes.decipherOnly, options2);
      this.digitalSignature = getStringOption(attributes.digitalSignature, options2);
      this.encipherOnly = getStringOption(attributes.encipherOnly, options2);
      this.id = attributes.id || "";
      this.keyAgreement = getStringOption(attributes.keyAgreement, options2);
      this.keyCertSign = getStringOption(attributes.keyCertSign, options2);
      this.keyEncipherment = getStringOption(attributes.keyEncipherment, options2);
      this.nonRepudiation = getStringOption(attributes.nonRepudiation, options2);
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Line = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "line", true);
      this.hand = getStringOption(attributes.hand, ["even", "left", "right"]);
      this.id = attributes.id || "";
      this.slope = getStringOption(attributes.slope, ["\\", "/"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.edge = null;
    }
    [$toHTML]() {
      const parent = this[$getParent]()[$getParent]();
      const edge = this.edge || new template_Edge({});
      const edgeStyle = edge[$toStyle]();
      const style = /* @__PURE__ */ Object.create(null);
      const thickness = edge.presence === "visible" ? edge.thickness : 0;
      style.strokeWidth = measureToString(thickness);
      style.stroke = edgeStyle.color;
      let x1, y1, x2, y2;
      let width = "100%";
      let height = "100%";
      if (parent.w <= thickness) {
        [x1, y1, x2, y2] = ["50%", 0, "50%", "100%"];
        width = style.strokeWidth;
      } else if (parent.h <= thickness) {
        [x1, y1, x2, y2] = [0, "50%", "100%", "50%"];
        height = style.strokeWidth;
      } else if (this.slope === "\\") {
        [x1, y1, x2, y2] = [0, 0, "100%", "100%"];
      } else {
        [x1, y1, x2, y2] = [0, "100%", "100%", 0];
      }
      const line = {
        name: "line",
        attributes: {
          xmlns: SVG_NS2,
          x1,
          y1,
          x2,
          y2,
          style
        }
      };
      const svg = {
        name: "svg",
        children: [line],
        attributes: {
          xmlns: SVG_NS2,
          width,
          height,
          style: {
            overflow: "visible"
          }
        }
      };
      if (hasMargin(parent)) {
        return HTMLResult.success({
          name: "div",
          attributes: {
            style: {
              display: "inline",
              width: "100%",
              height: "100%"
            }
          },
          children: [svg]
        });
      }
      svg.attributes.style.position = "absolute";
      return HTMLResult.success(svg);
    }
  };
  var Linear = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "linear", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["toRight", "toBottom", "toLeft", "toTop"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.color = null;
      this.extras = null;
    }
    [$toStyle](startColor) {
      startColor = startColor ? startColor[$toStyle]() : "#FFFFFF";
      const transf = this.type.replace(/([RBLT])/, " $1").toLowerCase();
      const endColor = this.color ? this.color[$toStyle]() : "#000000";
      return `linear-gradient(${transf}, ${startColor}, ${endColor})`;
    }
  };
  var LockDocument = class extends ContentObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "lockDocument");
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$finalize]() {
      this[$content] = getStringOption(this[$content], ["auto", "0", "1"]);
    }
  };
  var Manifest = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "manifest", true);
      this.action = getStringOption(attributes.action, ["include", "all", "exclude"]);
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
      this.ref = new XFAObjectArray();
    }
  };
  var Margin = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "margin", true);
      this.bottomInset = getMeasurement(attributes.bottomInset, "0");
      this.id = attributes.id || "";
      this.leftInset = getMeasurement(attributes.leftInset, "0");
      this.rightInset = getMeasurement(attributes.rightInset, "0");
      this.topInset = getMeasurement(attributes.topInset, "0");
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
    }
    [$toStyle]() {
      return {
        margin: measureToString(this.topInset) + " " + measureToString(this.rightInset) + " " + measureToString(this.bottomInset) + " " + measureToString(this.leftInset)
      };
    }
  };
  var Mdp = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "mdp");
      this.id = attributes.id || "";
      this.permissions = getInteger({
        data: attributes.permissions,
        defaultValue: 2,
        validate: (x) => x === 1 || x === 3
      });
      this.signatureType = getStringOption(attributes.signatureType, ["filler", "author"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Medium = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "medium");
      this.id = attributes.id || "";
      this.imagingBBox = getBBox(attributes.imagingBBox);
      this.long = getMeasurement(attributes.long);
      this.orientation = getStringOption(attributes.orientation, ["portrait", "landscape"]);
      this.short = getMeasurement(attributes.short);
      this.stock = attributes.stock || "";
      this.trayIn = getStringOption(attributes.trayIn, ["auto", "delegate", "pageFront"]);
      this.trayOut = getStringOption(attributes.trayOut, ["auto", "delegate"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Message = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "message", true);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.text = new XFAObjectArray();
    }
  };
  var NumericEdit = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "numericEdit", true);
      this.hScrollPolicy = getStringOption(attributes.hScrollPolicy, ["auto", "off", "on"]);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.border = null;
      this.comb = null;
      this.extras = null;
      this.margin = null;
    }
    [$toHTML](availableSpace) {
      const style = toStyle(this, "border", "font", "margin");
      const field3 = this[$getParent]()[$getParent]();
      const html = {
        name: "input",
        attributes: {
          type: "text",
          fieldId: field3[$uid],
          dataId: field3[$data]?.[$uid] || field3[$uid],
          class: ["xfaTextfield"],
          style,
          "aria-label": ariaLabel(field3),
          "aria-required": false
        }
      };
      if (isRequired(field3)) {
        html.attributes["aria-required"] = true;
        html.attributes.required = true;
      }
      return HTMLResult.success({
        name: "label",
        attributes: {
          class: ["xfaLabel"]
        },
        children: [html]
      });
    }
  };
  var Occur = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "occur", true);
      this.id = attributes.id || "";
      this.initial = attributes.initial !== "" ? getInteger({
        data: attributes.initial,
        defaultValue: "",
        validate: (x) => true
      }) : "";
      this.max = attributes.max !== "" ? getInteger({
        data: attributes.max,
        defaultValue: -1,
        validate: (x) => true
      }) : "";
      this.min = attributes.min !== "" ? getInteger({
        data: attributes.min,
        defaultValue: 1,
        validate: (x) => true
      }) : "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
    }
    [$clean]() {
      const parent = this[$getParent]();
      const originalMin = this.min;
      if (this.min === "") {
        this.min = parent instanceof PageArea || parent instanceof PageSet ? 0 : 1;
      }
      if (this.max === "") {
        if (originalMin === "") {
          this.max = parent instanceof PageArea || parent instanceof PageSet ? -1 : 1;
        } else {
          this.max = this.min;
        }
      }
      if (this.max !== -1 && this.max < this.min) {
        this.max = this.min;
      }
      if (this.initial === "") {
        this.initial = parent instanceof Template ? 1 : this.min;
      }
    }
  };
  var Oid = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "oid");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Oids = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "oids", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.oid = new XFAObjectArray();
    }
  };
  var Overflow = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "overflow");
      this.id = attributes.id || "";
      this.leader = attributes.leader || "";
      this.target = attributes.target || "";
      this.trailer = attributes.trailer || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$getExtra]() {
      if (!this[$extra]) {
        const parent = this[$getParent]();
        const root = this[$getTemplateRoot]();
        const target = root[$searchNode](this.target, parent);
        const leader = root[$searchNode](this.leader, parent);
        const trailer = root[$searchNode](this.trailer, parent);
        this[$extra] = {
          target: target?.[0] || null,
          leader: leader?.[0] || null,
          trailer: trailer?.[0] || null,
          addLeader: false,
          addTrailer: false
        };
      }
      return this[$extra];
    }
  };
  var PageArea = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "pageArea", true);
      this.blankOrNotBlank = getStringOption(attributes.blankOrNotBlank, ["any", "blank", "notBlank"]);
      this.id = attributes.id || "";
      this.initialNumber = getInteger({
        data: attributes.initialNumber,
        defaultValue: 1,
        validate: (x) => true
      });
      this.name = attributes.name || "";
      this.numbered = getInteger({
        data: attributes.numbered,
        defaultValue: 1,
        validate: (x) => true
      });
      this.oddOrEven = getStringOption(attributes.oddOrEven, ["any", "even", "odd"]);
      this.pagePosition = getStringOption(attributes.pagePosition, ["any", "first", "last", "only", "rest"]);
      this.relevant = getRelevant(attributes.relevant);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.desc = null;
      this.extras = null;
      this.medium = null;
      this.occur = null;
      this.area = new XFAObjectArray();
      this.contentArea = new XFAObjectArray();
      this.draw = new XFAObjectArray();
      this.exclGroup = new XFAObjectArray();
      this.field = new XFAObjectArray();
      this.subform = new XFAObjectArray();
    }
    [$isUsable]() {
      if (!this[$extra]) {
        this[$extra] = {
          numberOfUse: 0
        };
        return true;
      }
      return !this.occur || this.occur.max === -1 || this[$extra].numberOfUse < this.occur.max;
    }
    [$cleanPage]() {
      delete this[$extra];
    }
    [$getNextPage]() {
      this[$extra] ||= {
        numberOfUse: 0
      };
      const parent = this[$getParent]();
      if (parent.relation === "orderedOccurrence") {
        if (this[$isUsable]()) {
          this[$extra].numberOfUse += 1;
          return this;
        }
      }
      return parent[$getNextPage]();
    }
    [$getAvailableSpace]() {
      return this[$extra].space || {
        width: 0,
        height: 0
      };
    }
    [$toHTML]() {
      this[$extra] ||= {
        numberOfUse: 1
      };
      const children = [];
      this[$extra].children = children;
      const style = /* @__PURE__ */ Object.create(null);
      if (this.medium && this.medium.short && this.medium.long) {
        style.width = measureToString(this.medium.short);
        style.height = measureToString(this.medium.long);
        this[$extra].space = {
          width: this.medium.short,
          height: this.medium.long
        };
        if (this.medium.orientation === "landscape") {
          const x = style.width;
          style.width = style.height;
          style.height = x;
          this[$extra].space = {
            width: this.medium.long,
            height: this.medium.short
          };
        }
      } else {
        warn2("XFA - No medium specified in pageArea: please file a bug.");
      }
      this[$childrenToHTML]({
        filter: /* @__PURE__ */ new Set(["area", "draw", "field", "subform"]),
        include: true
      });
      this[$childrenToHTML]({
        filter: /* @__PURE__ */ new Set(["contentArea"]),
        include: true
      });
      return HTMLResult.success({
        name: "div",
        children,
        attributes: {
          class: ["xfaPage"],
          id: this[$uid],
          style,
          xfaName: this.name
        }
      });
    }
  };
  var PageSet = class _PageSet extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "pageSet", true);
      this.duplexImposition = getStringOption(attributes.duplexImposition, ["longEdge", "shortEdge"]);
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.relation = getStringOption(attributes.relation, ["orderedOccurrence", "duplexPaginated", "simplexPaginated"]);
      this.relevant = getRelevant(attributes.relevant);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
      this.occur = null;
      this.pageArea = new XFAObjectArray();
      this.pageSet = new XFAObjectArray();
    }
    [$cleanPage]() {
      for (const page of this.pageArea.children) {
        page[$cleanPage]();
      }
      for (const page of this.pageSet.children) {
        page[$cleanPage]();
      }
    }
    [$isUsable]() {
      return !this.occur || this.occur.max === -1 || this[$extra].numberOfUse < this.occur.max;
    }
    [$getNextPage]() {
      this[$extra] ||= {
        numberOfUse: 1,
        pageIndex: -1,
        pageSetIndex: -1
      };
      if (this.relation === "orderedOccurrence") {
        if (this[$extra].pageIndex + 1 < this.pageArea.children.length) {
          this[$extra].pageIndex += 1;
          const pageArea = this.pageArea.children[this[$extra].pageIndex];
          return pageArea[$getNextPage]();
        }
        if (this[$extra].pageSetIndex + 1 < this.pageSet.children.length) {
          this[$extra].pageSetIndex += 1;
          return this.pageSet.children[this[$extra].pageSetIndex][$getNextPage]();
        }
        if (this[$isUsable]()) {
          this[$extra].numberOfUse += 1;
          this[$extra].pageIndex = -1;
          this[$extra].pageSetIndex = -1;
          return this[$getNextPage]();
        }
        const parent = this[$getParent]();
        if (parent instanceof _PageSet) {
          return parent[$getNextPage]();
        }
        this[$cleanPage]();
        return this[$getNextPage]();
      }
      const pageNumber = this[$getTemplateRoot]()[$extra].pageNumber;
      const parity = pageNumber % 2 === 0 ? "even" : "odd";
      const position = pageNumber === 0 ? "first" : "rest";
      let page = this.pageArea.children.find((p) => p.oddOrEven === parity && p.pagePosition === position);
      if (page) {
        return page;
      }
      page = this.pageArea.children.find((p) => p.oddOrEven === "any" && p.pagePosition === position);
      if (page) {
        return page;
      }
      page = this.pageArea.children.find((p) => p.oddOrEven === "any" && p.pagePosition === "any");
      return page ?? this.pageArea.children[0];
    }
  };
  var Para = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "para", true);
      this.hAlign = getStringOption(attributes.hAlign, ["left", "center", "justify", "justifyAll", "radix", "right"]);
      this.id = attributes.id || "";
      this.lineHeight = attributes.lineHeight ? getMeasurement(attributes.lineHeight, "0pt") : "";
      this.marginLeft = attributes.marginLeft ? getMeasurement(attributes.marginLeft, "0pt") : "";
      this.marginRight = attributes.marginRight ? getMeasurement(attributes.marginRight, "0pt") : "";
      this.orphans = getInteger({
        data: attributes.orphans,
        defaultValue: 0,
        validate: (x) => x >= 0
      });
      this.preserve = attributes.preserve || "";
      this.radixOffset = attributes.radixOffset ? getMeasurement(attributes.radixOffset, "0pt") : "";
      this.spaceAbove = attributes.spaceAbove ? getMeasurement(attributes.spaceAbove, "0pt") : "";
      this.spaceBelow = attributes.spaceBelow ? getMeasurement(attributes.spaceBelow, "0pt") : "";
      this.tabDefault = attributes.tabDefault ? getMeasurement(this.tabDefault) : "";
      this.tabStops = (attributes.tabStops || "").trim().split(/\s+/).map((x, i) => i % 2 === 1 ? getMeasurement(x) : x);
      this.textIndent = attributes.textIndent ? getMeasurement(attributes.textIndent, "0pt") : "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.vAlign = getStringOption(attributes.vAlign, ["top", "bottom", "middle"]);
      this.widows = getInteger({
        data: attributes.widows,
        defaultValue: 0,
        validate: (x) => x >= 0
      });
      this.hyphenation = null;
    }
    [$toStyle]() {
      const style = toStyle(this, "hAlign");
      if (this.marginLeft !== "") {
        style.paddingLeft = measureToString(this.marginLeft);
      }
      if (this.marginRight !== "") {
        style.paddingRight = measureToString(this.marginRight);
      }
      if (this.spaceAbove !== "") {
        style.paddingTop = measureToString(this.spaceAbove);
      }
      if (this.spaceBelow !== "") {
        style.paddingBottom = measureToString(this.spaceBelow);
      }
      if (this.textIndent !== "") {
        style.textIndent = measureToString(this.textIndent);
        fixTextIndent(style);
      }
      if (this.lineHeight > 0) {
        style.lineHeight = measureToString(this.lineHeight);
      }
      if (this.tabDefault !== "") {
        style.tabSize = measureToString(this.tabDefault);
      }
      if (this.tabStops.length > 0) {
      }
      if (this.hyphenatation) {
        Object.assign(style, this.hyphenatation[$toStyle]());
      }
      return style;
    }
  };
  var PasswordEdit = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "passwordEdit", true);
      this.hScrollPolicy = getStringOption(attributes.hScrollPolicy, ["auto", "off", "on"]);
      this.id = attributes.id || "";
      this.passwordChar = attributes.passwordChar || "*";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.border = null;
      this.extras = null;
      this.margin = null;
    }
  };
  var template_Pattern = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "pattern", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["crossHatch", "crossDiagonal", "diagonalLeft", "diagonalRight", "horizontal", "vertical"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.color = null;
      this.extras = null;
    }
    [$toStyle](startColor) {
      startColor = startColor ? startColor[$toStyle]() : "#FFFFFF";
      const endColor = this.color ? this.color[$toStyle]() : "#000000";
      const width = 5;
      const cmd = "repeating-linear-gradient";
      const colors = `${startColor},${startColor} ${width}px,${endColor} ${width}px,${endColor} ${2 * width}px`;
      switch (this.type) {
        case "crossHatch":
          return `${cmd}(to top,${colors}) ${cmd}(to right,${colors})`;
        case "crossDiagonal":
          return `${cmd}(45deg,${colors}) ${cmd}(-45deg,${colors})`;
        case "diagonalLeft":
          return `${cmd}(45deg,${colors})`;
        case "diagonalRight":
          return `${cmd}(-45deg,${colors})`;
        case "horizontal":
          return `${cmd}(to top,${colors})`;
        case "vertical":
          return `${cmd}(to right,${colors})`;
      }
      return "";
    }
  };
  var Picture = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "picture");
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Proto = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "proto", true);
      this.appearanceFilter = new XFAObjectArray();
      this.arc = new XFAObjectArray();
      this.area = new XFAObjectArray();
      this.assist = new XFAObjectArray();
      this.barcode = new XFAObjectArray();
      this.bindItems = new XFAObjectArray();
      this.bookend = new XFAObjectArray();
      this.boolean = new XFAObjectArray();
      this.border = new XFAObjectArray();
      this.break = new XFAObjectArray();
      this.breakAfter = new XFAObjectArray();
      this.breakBefore = new XFAObjectArray();
      this.button = new XFAObjectArray();
      this.calculate = new XFAObjectArray();
      this.caption = new XFAObjectArray();
      this.certificate = new XFAObjectArray();
      this.certificates = new XFAObjectArray();
      this.checkButton = new XFAObjectArray();
      this.choiceList = new XFAObjectArray();
      this.color = new XFAObjectArray();
      this.comb = new XFAObjectArray();
      this.connect = new XFAObjectArray();
      this.contentArea = new XFAObjectArray();
      this.corner = new XFAObjectArray();
      this.date = new XFAObjectArray();
      this.dateTime = new XFAObjectArray();
      this.dateTimeEdit = new XFAObjectArray();
      this.decimal = new XFAObjectArray();
      this.defaultUi = new XFAObjectArray();
      this.desc = new XFAObjectArray();
      this.digestMethod = new XFAObjectArray();
      this.digestMethods = new XFAObjectArray();
      this.draw = new XFAObjectArray();
      this.edge = new XFAObjectArray();
      this.encoding = new XFAObjectArray();
      this.encodings = new XFAObjectArray();
      this.encrypt = new XFAObjectArray();
      this.encryptData = new XFAObjectArray();
      this.encryption = new XFAObjectArray();
      this.encryptionMethod = new XFAObjectArray();
      this.encryptionMethods = new XFAObjectArray();
      this.event = new XFAObjectArray();
      this.exData = new XFAObjectArray();
      this.exObject = new XFAObjectArray();
      this.exclGroup = new XFAObjectArray();
      this.execute = new XFAObjectArray();
      this.extras = new XFAObjectArray();
      this.field = new XFAObjectArray();
      this.fill = new XFAObjectArray();
      this.filter = new XFAObjectArray();
      this.float = new XFAObjectArray();
      this.font = new XFAObjectArray();
      this.format = new XFAObjectArray();
      this.handler = new XFAObjectArray();
      this.hyphenation = new XFAObjectArray();
      this.image = new XFAObjectArray();
      this.imageEdit = new XFAObjectArray();
      this.integer = new XFAObjectArray();
      this.issuers = new XFAObjectArray();
      this.items = new XFAObjectArray();
      this.keep = new XFAObjectArray();
      this.keyUsage = new XFAObjectArray();
      this.line = new XFAObjectArray();
      this.linear = new XFAObjectArray();
      this.lockDocument = new XFAObjectArray();
      this.manifest = new XFAObjectArray();
      this.margin = new XFAObjectArray();
      this.mdp = new XFAObjectArray();
      this.medium = new XFAObjectArray();
      this.message = new XFAObjectArray();
      this.numericEdit = new XFAObjectArray();
      this.occur = new XFAObjectArray();
      this.oid = new XFAObjectArray();
      this.oids = new XFAObjectArray();
      this.overflow = new XFAObjectArray();
      this.pageArea = new XFAObjectArray();
      this.pageSet = new XFAObjectArray();
      this.para = new XFAObjectArray();
      this.passwordEdit = new XFAObjectArray();
      this.pattern = new XFAObjectArray();
      this.picture = new XFAObjectArray();
      this.radial = new XFAObjectArray();
      this.reason = new XFAObjectArray();
      this.reasons = new XFAObjectArray();
      this.rectangle = new XFAObjectArray();
      this.ref = new XFAObjectArray();
      this.script = new XFAObjectArray();
      this.setProperty = new XFAObjectArray();
      this.signData = new XFAObjectArray();
      this.signature = new XFAObjectArray();
      this.signing = new XFAObjectArray();
      this.solid = new XFAObjectArray();
      this.speak = new XFAObjectArray();
      this.stipple = new XFAObjectArray();
      this.subform = new XFAObjectArray();
      this.subformSet = new XFAObjectArray();
      this.subjectDN = new XFAObjectArray();
      this.subjectDNs = new XFAObjectArray();
      this.submit = new XFAObjectArray();
      this.text = new XFAObjectArray();
      this.textEdit = new XFAObjectArray();
      this.time = new XFAObjectArray();
      this.timeStamp = new XFAObjectArray();
      this.toolTip = new XFAObjectArray();
      this.traversal = new XFAObjectArray();
      this.traverse = new XFAObjectArray();
      this.ui = new XFAObjectArray();
      this.validate = new XFAObjectArray();
      this.value = new XFAObjectArray();
      this.variables = new XFAObjectArray();
    }
  };
  var Radial = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "radial", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["toEdge", "toCenter"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.color = null;
      this.extras = null;
    }
    [$toStyle](startColor) {
      startColor = startColor ? startColor[$toStyle]() : "#FFFFFF";
      const endColor = this.color ? this.color[$toStyle]() : "#000000";
      const colors = this.type === "toEdge" ? `${startColor},${endColor}` : `${endColor},${startColor}`;
      return `radial-gradient(circle at center, ${colors})`;
    }
  };
  var Reason = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "reason");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Reasons = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "reasons", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.reason = new XFAObjectArray();
    }
  };
  var Rectangle = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "rectangle", true);
      this.hand = getStringOption(attributes.hand, ["even", "left", "right"]);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.corner = new XFAObjectArray(4);
      this.edge = new XFAObjectArray(4);
      this.fill = null;
    }
    [$toHTML]() {
      const edge = this.edge.children.length ? this.edge.children[0] : new template_Edge({});
      const edgeStyle = edge[$toStyle]();
      const style = /* @__PURE__ */ Object.create(null);
      if (this.fill?.presence === "visible") {
        Object.assign(style, this.fill[$toStyle]());
      } else {
        style.fill = "transparent";
      }
      style.strokeWidth = measureToString(edge.presence === "visible" ? edge.thickness : 0);
      style.stroke = edgeStyle.color;
      const corner = this.corner.children.length ? this.corner.children[0] : new Corner({});
      const cornerStyle = corner[$toStyle]();
      const rect2 = {
        name: "rect",
        attributes: {
          xmlns: SVG_NS2,
          width: "100%",
          height: "100%",
          x: 0,
          y: 0,
          rx: cornerStyle.radius,
          ry: cornerStyle.radius,
          style
        }
      };
      const svg = {
        name: "svg",
        children: [rect2],
        attributes: {
          xmlns: SVG_NS2,
          style: {
            overflow: "visible"
          },
          width: "100%",
          height: "100%"
        }
      };
      const parent = this[$getParent]()[$getParent]();
      if (hasMargin(parent)) {
        return HTMLResult.success({
          name: "div",
          attributes: {
            style: {
              display: "inline",
              width: "100%",
              height: "100%"
            }
          },
          children: [svg]
        });
      }
      svg.attributes.style.position = "absolute";
      return HTMLResult.success(svg);
    }
  };
  var RefElement = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "ref");
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var template_Script = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "script");
      this.binding = attributes.binding || "";
      this.contentType = attributes.contentType || "";
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.runAt = getStringOption(attributes.runAt, ["client", "both", "server"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var SetProperty = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "setProperty");
      this.connection = attributes.connection || "";
      this.ref = attributes.ref || "";
      this.target = attributes.target || "";
    }
  };
  var SignData = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "signData", true);
      this.id = attributes.id || "";
      this.operation = getStringOption(attributes.operation, ["sign", "clear", "verify"]);
      this.ref = attributes.ref || "";
      this.target = attributes.target || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.filter = null;
      this.manifest = null;
    }
  };
  var Signature = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "signature", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["PDF1.3", "PDF1.6"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.border = null;
      this.extras = null;
      this.filter = null;
      this.manifest = null;
      this.margin = null;
    }
  };
  var Signing = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "signing", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.certificate = new XFAObjectArray();
    }
  };
  var Solid = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "solid", true);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
    }
    [$toStyle](startColor) {
      return startColor ? startColor[$toStyle]() : "#FFFFFF";
    }
  };
  var Speak = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "speak");
      this.disable = getInteger({
        data: attributes.disable,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.id = attributes.id || "";
      this.priority = getStringOption(attributes.priority, ["custom", "caption", "name", "toolTip"]);
      this.rid = attributes.rid || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Stipple = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "stipple", true);
      this.id = attributes.id || "";
      this.rate = getInteger({
        data: attributes.rate,
        defaultValue: 50,
        validate: (x) => x >= 0 && x <= 100
      });
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.color = null;
      this.extras = null;
    }
    [$toStyle](bgColor) {
      const alpha = this.rate / 100;
      return Util2.makeHexColor(Math.round(bgColor.value.r * (1 - alpha) + this.value.r * alpha), Math.round(bgColor.value.g * (1 - alpha) + this.value.g * alpha), Math.round(bgColor.value.b * (1 - alpha) + this.value.b * alpha));
    }
  };
  var Subform = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "subform", true);
      this.access = getStringOption(attributes.access, ["open", "nonInteractive", "protected", "readOnly"]);
      this.allowMacro = getInteger({
        data: attributes.allowMacro,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.anchorType = getStringOption(attributes.anchorType, ["topLeft", "bottomCenter", "bottomLeft", "bottomRight", "middleCenter", "middleLeft", "middleRight", "topCenter", "topRight"]);
      this.colSpan = getInteger({
        data: attributes.colSpan,
        defaultValue: 1,
        validate: (n) => n >= 1 || n === -1
      });
      this.columnWidths = (attributes.columnWidths || "").trim().split(/\s+/).map((x) => x === "-1" ? -1 : getMeasurement(x));
      this.h = attributes.h ? getMeasurement(attributes.h) : "";
      this.hAlign = getStringOption(attributes.hAlign, ["left", "center", "justify", "justifyAll", "radix", "right"]);
      this.id = attributes.id || "";
      this.layout = getStringOption(attributes.layout, ["position", "lr-tb", "rl-row", "rl-tb", "row", "table", "tb"]);
      this.locale = attributes.locale || "";
      this.maxH = getMeasurement(attributes.maxH, "0pt");
      this.maxW = getMeasurement(attributes.maxW, "0pt");
      this.mergeMode = getStringOption(attributes.mergeMode, ["consumeData", "matchTemplate"]);
      this.minH = getMeasurement(attributes.minH, "0pt");
      this.minW = getMeasurement(attributes.minW, "0pt");
      this.name = attributes.name || "";
      this.presence = getStringOption(attributes.presence, ["visible", "hidden", "inactive", "invisible"]);
      this.relevant = getRelevant(attributes.relevant);
      this.restoreState = getStringOption(attributes.restoreState, ["manual", "auto"]);
      this.scope = getStringOption(attributes.scope, ["name", "none"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.w = attributes.w ? getMeasurement(attributes.w) : "";
      this.x = getMeasurement(attributes.x, "0pt");
      this.y = getMeasurement(attributes.y, "0pt");
      this.assist = null;
      this.bind = null;
      this.bookend = null;
      this.border = null;
      this.break = null;
      this.calculate = null;
      this.desc = null;
      this.extras = null;
      this.keep = null;
      this.margin = null;
      this.occur = null;
      this.overflow = null;
      this.pageSet = null;
      this.para = null;
      this.traversal = null;
      this.validate = null;
      this.variables = null;
      this.area = new XFAObjectArray();
      this.breakAfter = new XFAObjectArray();
      this.breakBefore = new XFAObjectArray();
      this.connect = new XFAObjectArray();
      this.draw = new XFAObjectArray();
      this.event = new XFAObjectArray();
      this.exObject = new XFAObjectArray();
      this.exclGroup = new XFAObjectArray();
      this.field = new XFAObjectArray();
      this.proto = new XFAObjectArray();
      this.setProperty = new XFAObjectArray();
      this.subform = new XFAObjectArray();
      this.subformSet = new XFAObjectArray();
    }
    [$getSubformParent]() {
      const parent = this[$getParent]();
      return parent instanceof SubformSet ? parent[$getSubformParent]() : parent;
    }
    [$isBindable]() {
      return true;
    }
    [$isThereMoreWidth]() {
      return this.layout.endsWith("-tb") && this[$extra].attempt === 0 && this[$extra].numberInLine > 0 || this[$getParent]()[$isThereMoreWidth]();
    }
    *[$getContainedChildren]() {
      yield* getContainedChildren(this);
    }
    [$flushHTML]() {
      return flushHTML(this);
    }
    [$addHTML](html, bbox) {
      addHTML(this, html, bbox);
    }
    [$getAvailableSpace]() {
      return getAvailableSpace(this);
    }
    [$isSplittable]() {
      const parent = this[$getSubformParent]();
      if (!parent[$isSplittable]()) {
        return false;
      }
      if (this[$extra]._isSplittable !== void 0) {
        return this[$extra]._isSplittable;
      }
      if (this.layout === "position" || this.layout.includes("row")) {
        this[$extra]._isSplittable = false;
        return false;
      }
      if (this.keep && this.keep.intact !== "none") {
        this[$extra]._isSplittable = false;
        return false;
      }
      if (parent.layout?.endsWith("-tb") && parent[$extra].numberInLine !== 0) {
        return false;
      }
      this[$extra]._isSplittable = true;
      return true;
    }
    [$toHTML](availableSpace) {
      setTabIndex(this);
      if (this.break) {
        if (this.break.after !== "auto" || this.break.afterTarget !== "") {
          const node2 = new BreakAfter({
            targetType: this.break.after,
            target: this.break.afterTarget,
            startNew: this.break.startNew.toString()
          });
          node2[$globalData] = this[$globalData];
          this[$appendChild](node2);
          this.breakAfter.push(node2);
        }
        if (this.break.before !== "auto" || this.break.beforeTarget !== "") {
          const node2 = new BreakBefore({
            targetType: this.break.before,
            target: this.break.beforeTarget,
            startNew: this.break.startNew.toString()
          });
          node2[$globalData] = this[$globalData];
          this[$appendChild](node2);
          this.breakBefore.push(node2);
        }
        if (this.break.overflowTarget !== "") {
          const node2 = new Overflow({
            target: this.break.overflowTarget,
            leader: this.break.overflowLeader,
            trailer: this.break.overflowTrailer
          });
          node2[$globalData] = this[$globalData];
          this[$appendChild](node2);
          this.overflow.push(node2);
        }
        this[$removeChild](this.break);
        this.break = null;
      }
      if (this.presence === "hidden" || this.presence === "inactive") {
        return HTMLResult.EMPTY;
      }
      if (this.breakBefore.children.length > 1 || this.breakAfter.children.length > 1) {
        warn2("XFA - Several breakBefore or breakAfter in subforms: please file a bug.");
      }
      if (this.breakBefore.children.length >= 1) {
        const breakBefore = this.breakBefore.children[0];
        if (handleBreak(breakBefore)) {
          return HTMLResult.breakNode(breakBefore);
        }
      }
      if (this[$extra]?.afterBreakAfter) {
        return HTMLResult.EMPTY;
      }
      fixDimensions(this);
      const children = [];
      const attributes = {
        id: this[$uid],
        class: []
      };
      setAccess(this, attributes.class);
      this[$extra] ||= /* @__PURE__ */ Object.create(null);
      Object.assign(this[$extra], {
        children,
        line: null,
        attributes,
        attempt: 0,
        numberInLine: 0,
        availableSpace: {
          width: Math.min(this.w || Infinity, availableSpace.width),
          height: Math.min(this.h || Infinity, availableSpace.height)
        },
        width: 0,
        height: 0,
        prevHeight: 0,
        currentWidth: 0
      });
      const root = this[$getTemplateRoot]();
      const savedNoLayoutFailure = root[$extra].noLayoutFailure;
      const isSplittable = this[$isSplittable]();
      if (!isSplittable) {
        setFirstUnsplittable(this);
      }
      if (!checkDimensions(this, availableSpace)) {
        return HTMLResult.FAILURE;
      }
      const filter = /* @__PURE__ */ new Set(["area", "draw", "exclGroup", "field", "subform", "subformSet"]);
      if (this.layout.includes("row")) {
        const columnWidths = this[$getSubformParent]().columnWidths;
        if (Array.isArray(columnWidths) && columnWidths.length > 0) {
          this[$extra].columnWidths = columnWidths;
          this[$extra].currentColumn = 0;
        }
      }
      const style = toStyle(this, "anchorType", "dimensions", "position", "presence", "border", "margin", "hAlign");
      const classNames = ["xfaSubform"];
      const cl = layoutClass(this);
      if (cl) {
        classNames.push(cl);
      }
      attributes.style = style;
      attributes.class = classNames;
      if (this.name) {
        attributes.xfaName = this.name;
      }
      if (this.overflow) {
        const overflowExtra = this.overflow[$getExtra]();
        if (overflowExtra.addLeader) {
          overflowExtra.addLeader = false;
          handleOverflow(this, overflowExtra.leader, availableSpace);
        }
      }
      this[$pushPara]();
      const isLrTb = this.layout === "lr-tb" || this.layout === "rl-tb";
      const maxRun = isLrTb ? MAX_ATTEMPTS_FOR_LRTB_LAYOUT : 1;
      for (; this[$extra].attempt < maxRun; this[$extra].attempt++) {
        if (isLrTb && this[$extra].attempt === MAX_ATTEMPTS_FOR_LRTB_LAYOUT - 1) {
          this[$extra].numberInLine = 0;
        }
        const result2 = this[$childrenToHTML]({
          filter,
          include: true
        });
        if (result2.success) {
          break;
        }
        if (result2.isBreak()) {
          this[$popPara]();
          return result2;
        }
        if (isLrTb && this[$extra].attempt === 0 && this[$extra].numberInLine === 0 && !root[$extra].noLayoutFailure) {
          this[$extra].attempt = maxRun;
          break;
        }
      }
      this[$popPara]();
      if (!isSplittable) {
        unsetFirstUnsplittable(this);
      }
      root[$extra].noLayoutFailure = savedNoLayoutFailure;
      if (this[$extra].attempt === maxRun) {
        if (this.overflow) {
          this[$getTemplateRoot]()[$extra].overflowNode = this.overflow;
        }
        if (!isSplittable) {
          delete this[$extra];
        }
        return HTMLResult.FAILURE;
      }
      if (this.overflow) {
        const overflowExtra = this.overflow[$getExtra]();
        if (overflowExtra.addTrailer) {
          overflowExtra.addTrailer = false;
          handleOverflow(this, overflowExtra.trailer, availableSpace);
        }
      }
      let marginH = 0;
      let marginV = 0;
      if (this.margin) {
        marginH = this.margin.leftInset + this.margin.rightInset;
        marginV = this.margin.topInset + this.margin.bottomInset;
      }
      const width = Math.max(this[$extra].width + marginH, this.w || 0);
      const height = Math.max(this[$extra].height + marginV, this.h || 0);
      const bbox = [this.x, this.y, width, height];
      if (this.w === "") {
        style.width = measureToString(width);
      }
      if (this.h === "") {
        style.height = measureToString(height);
      }
      if ((style.width === "0px" || style.height === "0px") && children.length === 0) {
        return HTMLResult.EMPTY;
      }
      const html = {
        name: "div",
        attributes,
        children
      };
      applyAssist(this, attributes);
      const result = HTMLResult.success(createWrapper(this, html), bbox);
      if (this.breakAfter.children.length >= 1) {
        const breakAfter = this.breakAfter.children[0];
        if (handleBreak(breakAfter)) {
          this[$extra].afterBreakAfter = result;
          return HTMLResult.breakNode(breakAfter);
        }
      }
      delete this[$extra];
      return result;
    }
  };
  var SubformSet = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "subformSet", true);
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.relation = getStringOption(attributes.relation, ["ordered", "choice", "unordered"]);
      this.relevant = getRelevant(attributes.relevant);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.bookend = null;
      this.break = null;
      this.desc = null;
      this.extras = null;
      this.occur = null;
      this.overflow = null;
      this.breakAfter = new XFAObjectArray();
      this.breakBefore = new XFAObjectArray();
      this.subform = new XFAObjectArray();
      this.subformSet = new XFAObjectArray();
    }
    *[$getContainedChildren]() {
      yield* getContainedChildren(this);
    }
    [$getSubformParent]() {
      let parent = this[$getParent]();
      while (!(parent instanceof Subform)) {
        parent = parent[$getParent]();
      }
      return parent;
    }
    [$isBindable]() {
      return true;
    }
  };
  var SubjectDN = class extends ContentObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "subjectDN");
      this.delimiter = attributes.delimiter || ",";
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$finalize]() {
      this[$content] = new Map(this[$content].split(this.delimiter).map((kv) => {
        kv = kv.split("=", 2);
        kv[0] = kv[0].trim();
        return kv;
      }));
    }
  };
  var SubjectDNs = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "subjectDNs", true);
      this.id = attributes.id || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.subjectDN = new XFAObjectArray();
    }
  };
  var Submit = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "submit", true);
      this.embedPDF = getInteger({
        data: attributes.embedPDF,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.format = getStringOption(attributes.format, ["xdp", "formdata", "pdf", "urlencoded", "xfd", "xml"]);
      this.id = attributes.id || "";
      this.target = attributes.target || "";
      this.textEncoding = getKeyword({
        data: attributes.textEncoding ? attributes.textEncoding.toLowerCase() : "",
        defaultValue: "",
        validate: (k) => ["utf-8", "big-five", "fontspecific", "gbk", "gb-18030", "gb-2312", "ksc-5601", "none", "shift-jis", "ucs-2", "utf-16"].includes(k) || k.match(/iso-8859-\d{2}/)
      });
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.xdpContent = attributes.xdpContent || "";
      this.encrypt = null;
      this.encryptData = new XFAObjectArray();
      this.signData = new XFAObjectArray();
    }
  };
  var Template = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "template", true);
      this.baseProfile = getStringOption(attributes.baseProfile, ["full", "interactiveForms"]);
      this.extras = null;
      this.subform = new XFAObjectArray();
    }
    [$finalize]() {
      if (this.subform.children.length === 0) {
        warn2("XFA - No subforms in template node.");
      }
      if (this.subform.children.length >= 2) {
        warn2("XFA - Several subforms in template node: please file a bug.");
      }
      this[$tabIndex] = DEFAULT_TAB_INDEX;
    }
    [$isSplittable]() {
      return true;
    }
    [$searchNode](expr, container) {
      if (expr.startsWith("#")) {
        return [this[$ids].get(expr.slice(1))];
      }
      return searchNode(this, container, expr, true, true);
    }
    *[$toPages]() {
      if (!this.subform.children.length) {
        return HTMLResult.success({
          name: "div",
          children: []
        });
      }
      this[$extra] = {
        overflowNode: null,
        firstUnsplittable: null,
        currentContentArea: null,
        currentPageArea: null,
        noLayoutFailure: false,
        pageNumber: 1,
        pagePosition: "first",
        oddOrEven: "odd",
        blankOrNotBlank: "nonBlank",
        paraStack: []
      };
      const root = this.subform.children[0];
      root.pageSet[$cleanPage]();
      const pageAreas = root.pageSet.pageArea.children;
      const mainHtml = {
        name: "div",
        children: []
      };
      let pageArea = null;
      let breakBefore = null;
      let breakBeforeTarget = null;
      if (root.breakBefore.children.length >= 1) {
        breakBefore = root.breakBefore.children[0];
        breakBeforeTarget = breakBefore.target;
      } else if (root.subform.children.length >= 1 && root.subform.children[0].breakBefore.children.length >= 1) {
        breakBefore = root.subform.children[0].breakBefore.children[0];
        breakBeforeTarget = breakBefore.target;
      } else if (root.break?.beforeTarget) {
        breakBefore = root.break;
        breakBeforeTarget = breakBefore.beforeTarget;
      } else if (root.subform.children.length >= 1 && root.subform.children[0].break?.beforeTarget) {
        breakBefore = root.subform.children[0].break;
        breakBeforeTarget = breakBefore.beforeTarget;
      }
      if (breakBefore) {
        const target = this[$searchNode](breakBeforeTarget, breakBefore[$getParent]());
        if (target instanceof PageArea) {
          pageArea = target;
          breakBefore[$extra] = {};
        }
      }
      pageArea ||= pageAreas[0];
      pageArea[$extra] = {
        numberOfUse: 1
      };
      const pageAreaParent = pageArea[$getParent]();
      pageAreaParent[$extra] = {
        numberOfUse: 1,
        pageIndex: pageAreaParent.pageArea.children.indexOf(pageArea),
        pageSetIndex: 0
      };
      let targetPageArea;
      let leader = null;
      let trailer = null;
      let hasSomething = true;
      let hasSomethingCounter = 0;
      let startIndex = 0;
      while (true) {
        if (!hasSomething) {
          mainHtml.children.pop();
          if (++hasSomethingCounter === MAX_EMPTY_PAGES) {
            warn2("XFA - Something goes wrong: please file a bug.");
            return mainHtml;
          }
        } else {
          hasSomethingCounter = 0;
        }
        targetPageArea = null;
        this[$extra].currentPageArea = pageArea;
        const page = pageArea[$toHTML]().html;
        mainHtml.children.push(page);
        if (leader) {
          this[$extra].noLayoutFailure = true;
          page.children.push(leader[$toHTML](pageArea[$extra].space).html);
          leader = null;
        }
        if (trailer) {
          this[$extra].noLayoutFailure = true;
          page.children.push(trailer[$toHTML](pageArea[$extra].space).html);
          trailer = null;
        }
        const contentAreas = pageArea.contentArea.children;
        const htmlContentAreas = page.children.filter((node2) => node2.attributes.class.includes("xfaContentarea"));
        hasSomething = false;
        this[$extra].firstUnsplittable = null;
        this[$extra].noLayoutFailure = false;
        const flush = (index) => {
          const html = root[$flushHTML]();
          if (html) {
            hasSomething ||= html.children?.length > 0;
            htmlContentAreas[index].children.push(html);
          }
        };
        for (let i = startIndex, ii = contentAreas.length; i < ii; i++) {
          const contentArea = this[$extra].currentContentArea = contentAreas[i];
          const space = {
            width: contentArea.w,
            height: contentArea.h
          };
          startIndex = 0;
          if (leader) {
            htmlContentAreas[i].children.push(leader[$toHTML](space).html);
            leader = null;
          }
          if (trailer) {
            htmlContentAreas[i].children.push(trailer[$toHTML](space).html);
            trailer = null;
          }
          const html = root[$toHTML](space);
          if (html.success) {
            if (html.html) {
              hasSomething ||= html.html.children?.length > 0;
              htmlContentAreas[i].children.push(html.html);
            } else if (!hasSomething && mainHtml.children.length > 1) {
              mainHtml.children.pop();
            }
            return mainHtml;
          }
          if (html.isBreak()) {
            const node2 = html.breakNode;
            flush(i);
            if (node2.targetType === "auto") {
              continue;
            }
            if (node2.leader) {
              leader = this[$searchNode](node2.leader, node2[$getParent]());
              leader = leader ? leader[0] : null;
            }
            if (node2.trailer) {
              trailer = this[$searchNode](node2.trailer, node2[$getParent]());
              trailer = trailer ? trailer[0] : null;
            }
            if (node2.targetType === "pageArea") {
              targetPageArea = node2[$extra].target;
              i = Infinity;
            } else if (!node2[$extra].target) {
              i = node2[$extra].index;
            } else {
              targetPageArea = node2[$extra].target;
              startIndex = node2[$extra].index + 1;
              i = Infinity;
            }
            continue;
          }
          if (this[$extra].overflowNode) {
            const node2 = this[$extra].overflowNode;
            this[$extra].overflowNode = null;
            const overflowExtra = node2[$getExtra]();
            const target = overflowExtra.target;
            overflowExtra.addLeader = overflowExtra.leader !== null;
            overflowExtra.addTrailer = overflowExtra.trailer !== null;
            flush(i);
            const currentIndex = i;
            i = Infinity;
            if (target instanceof PageArea) {
              targetPageArea = target;
            } else if (target instanceof ContentArea) {
              const index = contentAreas.indexOf(target);
              if (index !== -1) {
                if (index > currentIndex) {
                  i = index - 1;
                } else {
                  startIndex = index;
                }
              } else {
                targetPageArea = target[$getParent]();
                startIndex = targetPageArea.contentArea.children.indexOf(target);
              }
            }
            continue;
          }
          flush(i);
        }
        this[$extra].pageNumber += 1;
        if (targetPageArea) {
          if (targetPageArea[$isUsable]()) {
            targetPageArea[$extra].numberOfUse += 1;
          } else {
            targetPageArea = null;
          }
        }
        pageArea = targetPageArea || pageArea[$getNextPage]();
        yield null;
      }
    }
  };
  var Text = class extends ContentObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "text");
      this.id = attributes.id || "";
      this.maxChars = getInteger({
        data: attributes.maxChars,
        defaultValue: 0,
        validate: (x) => x >= 0
      });
      this.name = attributes.name || "";
      this.rid = attributes.rid || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$acceptWhitespace]() {
      return true;
    }
    [$onChild](child) {
      if (child[$namespaceId] === NamespaceIds.xhtml.id) {
        this[$content] = child;
        return true;
      }
      warn2(`XFA - Invalid content in Text: ${child[$nodeName]}.`);
      return false;
    }
    [$onText](str) {
      if (this[$content] instanceof XFAObject) {
        return;
      }
      super[$onText](str);
    }
    [$finalize]() {
      if (typeof this[$content] === "string") {
        this[$content] = this[$content].replaceAll("\r\n", "\n");
      }
    }
    [$getExtra]() {
      if (typeof this[$content] === "string") {
        return this[$content].split(/[\u2029\u2028\n]/).filter(Boolean).join("\n");
      }
      return this[$content][$text]();
    }
    [$toHTML](availableSpace) {
      if (typeof this[$content] === "string") {
        const html = valueToHtml(this[$content]).html;
        if (this[$content].includes("\u2029")) {
          html.name = "div";
          html.children = [];
          this[$content].split("\u2029").map((para) => para.split(/[\u2028\n]/).flatMap((line) => [{
            name: "span",
            value: line
          }, {
            name: "br"
          }])).forEach((lines) => {
            html.children.push({
              name: "p",
              children: lines
            });
          });
        } else if (/[\u2028\n]/.test(this[$content])) {
          html.name = "div";
          html.children = [];
          this[$content].split(/[\u2028\n]/).forEach((line) => {
            html.children.push({
              name: "span",
              value: line
            }, {
              name: "br"
            });
          });
        }
        return HTMLResult.success(html);
      }
      return this[$content][$toHTML](availableSpace);
    }
  };
  var TextEdit = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "textEdit", true);
      this.allowRichText = getInteger({
        data: attributes.allowRichText,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.hScrollPolicy = getStringOption(attributes.hScrollPolicy, ["auto", "off", "on"]);
      this.id = attributes.id || "";
      this.multiLine = getInteger({
        data: attributes.multiLine,
        defaultValue: "",
        validate: (x) => x === 0 || x === 1
      });
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.vScrollPolicy = getStringOption(attributes.vScrollPolicy, ["auto", "off", "on"]);
      this.border = null;
      this.comb = null;
      this.extras = null;
      this.margin = null;
    }
    [$toHTML](availableSpace) {
      const style = toStyle(this, "border", "font", "margin");
      let html;
      const field3 = this[$getParent]()[$getParent]();
      if (this.multiLine === "") {
        this.multiLine = field3 instanceof Draw ? 1 : 0;
      }
      if (this.multiLine === 1) {
        html = {
          name: "textarea",
          attributes: {
            dataId: field3[$data]?.[$uid] || field3[$uid],
            fieldId: field3[$uid],
            class: ["xfaTextfield"],
            style,
            "aria-label": ariaLabel(field3),
            "aria-required": false
          }
        };
      } else {
        html = {
          name: "input",
          attributes: {
            type: "text",
            dataId: field3[$data]?.[$uid] || field3[$uid],
            fieldId: field3[$uid],
            class: ["xfaTextfield"],
            style,
            "aria-label": ariaLabel(field3),
            "aria-required": false
          }
        };
      }
      if (isRequired(field3)) {
        html.attributes["aria-required"] = true;
        html.attributes.required = true;
      }
      return HTMLResult.success({
        name: "label",
        attributes: {
          class: ["xfaLabel"]
        },
        children: [html]
      });
    }
  };
  var Time = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "time");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
    [$finalize]() {
      const date = this[$content].trim();
      this[$content] = date ? new Date(date) : null;
    }
    [$toHTML](availableSpace) {
      return valueToHtml(this[$content] ? this[$content].toString() : "");
    }
  };
  var TimeStamp = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "timeStamp");
      this.id = attributes.id || "";
      this.server = attributes.server || "";
      this.type = getStringOption(attributes.type, ["optional", "required"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var ToolTip = class extends StringObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "toolTip");
      this.id = attributes.id || "";
      this.rid = attributes.rid || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Traversal = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "traversal", true);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
      this.traverse = new XFAObjectArray();
    }
  };
  var Traverse = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "traverse", true);
      this.id = attributes.id || "";
      this.operation = getStringOption(attributes.operation, ["next", "back", "down", "first", "left", "right", "up"]);
      this.ref = attributes.ref || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
      this.script = null;
    }
    get name() {
      return this.operation;
    }
    [$isTransparent]() {
      return false;
    }
  };
  var Ui = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "ui", true);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
      this.picture = null;
      this.barcode = null;
      this.button = null;
      this.checkButton = null;
      this.choiceList = null;
      this.dateTimeEdit = null;
      this.defaultUi = null;
      this.imageEdit = null;
      this.numericEdit = null;
      this.passwordEdit = null;
      this.signature = null;
      this.textEdit = null;
    }
    [$getExtra]() {
      if (this[$extra] === void 0) {
        for (const name of Object.getOwnPropertyNames(this)) {
          if (name === "extras" || name === "picture") {
            continue;
          }
          const obj = this[name];
          if (!(obj instanceof XFAObject)) {
            continue;
          }
          this[$extra] = obj;
          return obj;
        }
        this[$extra] = null;
      }
      return this[$extra];
    }
    [$toHTML](availableSpace) {
      const obj = this[$getExtra]();
      return obj ? obj[$toHTML](availableSpace) : HTMLResult.EMPTY;
    }
  };
  var Validate = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "validate", true);
      this.formatTest = getStringOption(attributes.formatTest, ["warning", "disabled", "error"]);
      this.id = attributes.id || "";
      this.nullTest = getStringOption(attributes.nullTest, ["disabled", "error", "warning"]);
      this.scriptTest = getStringOption(attributes.scriptTest, ["error", "disabled", "warning"]);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.extras = null;
      this.message = null;
      this.picture = null;
      this.script = null;
    }
  };
  var template_Value = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "value", true);
      this.id = attributes.id || "";
      this.override = getInteger({
        data: attributes.override,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.relevant = getRelevant(attributes.relevant);
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.arc = null;
      this.boolean = null;
      this.date = null;
      this.dateTime = null;
      this.decimal = null;
      this.exData = null;
      this.float = null;
      this.image = null;
      this.integer = null;
      this.line = null;
      this.rectangle = null;
      this.text = null;
      this.time = null;
    }
    [$setValue](value) {
      const parent = this[$getParent]();
      if (parent instanceof Field) {
        if (parent.ui?.imageEdit) {
          if (!this.image) {
            this.image = new Image2({});
            this[$appendChild](this.image);
          }
          this.image[$content] = value[$content];
          return;
        }
      }
      const valueName = value[$nodeName];
      if (this[valueName] !== null) {
        this[valueName][$content] = value[$content];
        return;
      }
      for (const name of Object.getOwnPropertyNames(this)) {
        const obj = this[name];
        if (obj instanceof XFAObject) {
          this[name] = null;
          this[$removeChild](obj);
        }
      }
      this[value[$nodeName]] = value;
      this[$appendChild](value);
    }
    [$text]() {
      if (this.exData) {
        return typeof this.exData[$content] === "string" ? this.exData[$content].trim() : this.exData[$content][$text]().trim();
      }
      for (const name of Object.getOwnPropertyNames(this)) {
        if (name === "image") {
          continue;
        }
        const obj = this[name];
        if (obj instanceof XFAObject) {
          return (obj[$content] || "").toString().trim();
        }
      }
      return null;
    }
    [$toHTML](availableSpace) {
      for (const name of Object.getOwnPropertyNames(this)) {
        const obj = this[name];
        if (!(obj instanceof XFAObject)) {
          continue;
        }
        return obj[$toHTML](availableSpace);
      }
      return HTMLResult.EMPTY;
    }
  };
  var Variables = class extends XFAObject {
    constructor(attributes) {
      super(TEMPLATE_NS_ID, "variables", true);
      this.id = attributes.id || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
      this.boolean = new XFAObjectArray();
      this.date = new XFAObjectArray();
      this.dateTime = new XFAObjectArray();
      this.decimal = new XFAObjectArray();
      this.exData = new XFAObjectArray();
      this.float = new XFAObjectArray();
      this.image = new XFAObjectArray();
      this.integer = new XFAObjectArray();
      this.manifest = new XFAObjectArray();
      this.script = new XFAObjectArray();
      this.text = new XFAObjectArray();
      this.time = new XFAObjectArray();
    }
    [$isTransparent]() {
      return true;
    }
  };
  var TemplateNamespace = class _TemplateNamespace {
    static [$buildXFAObject](name, attributes) {
      if (Object.hasOwn(_TemplateNamespace, name)) {
        const node2 = _TemplateNamespace[name](attributes);
        node2[$setSetAttributes](attributes);
        return node2;
      }
      return void 0;
    }
    static appearanceFilter(attrs) {
      return new AppearanceFilter(attrs);
    }
    static arc(attrs) {
      return new Arc(attrs);
    }
    static area(attrs) {
      return new Area(attrs);
    }
    static assist(attrs) {
      return new Assist(attrs);
    }
    static barcode(attrs) {
      return new Barcode(attrs);
    }
    static bind(attrs) {
      return new Bind(attrs);
    }
    static bindItems(attrs) {
      return new BindItems(attrs);
    }
    static bookend(attrs) {
      return new Bookend(attrs);
    }
    static boolean(attrs) {
      return new BooleanElement(attrs);
    }
    static border(attrs) {
      return new Border(attrs);
    }
    static break(attrs) {
      return new Break(attrs);
    }
    static breakAfter(attrs) {
      return new BreakAfter(attrs);
    }
    static breakBefore(attrs) {
      return new BreakBefore(attrs);
    }
    static button(attrs) {
      return new Button(attrs);
    }
    static calculate(attrs) {
      return new Calculate(attrs);
    }
    static caption(attrs) {
      return new Caption(attrs);
    }
    static certificate(attrs) {
      return new Certificate(attrs);
    }
    static certificates(attrs) {
      return new Certificates(attrs);
    }
    static checkButton(attrs) {
      return new CheckButton(attrs);
    }
    static choiceList(attrs) {
      return new ChoiceList(attrs);
    }
    static color(attrs) {
      return new Color(attrs);
    }
    static comb(attrs) {
      return new Comb(attrs);
    }
    static connect(attrs) {
      return new Connect(attrs);
    }
    static contentArea(attrs) {
      return new ContentArea(attrs);
    }
    static corner(attrs) {
      return new Corner(attrs);
    }
    static date(attrs) {
      return new DateElement(attrs);
    }
    static dateTime(attrs) {
      return new DateTime(attrs);
    }
    static dateTimeEdit(attrs) {
      return new DateTimeEdit(attrs);
    }
    static decimal(attrs) {
      return new Decimal(attrs);
    }
    static defaultUi(attrs) {
      return new DefaultUi(attrs);
    }
    static desc(attrs) {
      return new Desc(attrs);
    }
    static digestMethod(attrs) {
      return new DigestMethod(attrs);
    }
    static digestMethods(attrs) {
      return new DigestMethods(attrs);
    }
    static draw(attrs) {
      return new Draw(attrs);
    }
    static edge(attrs) {
      return new template_Edge(attrs);
    }
    static encoding(attrs) {
      return new Encoding2(attrs);
    }
    static encodings(attrs) {
      return new Encodings2(attrs);
    }
    static encrypt(attrs) {
      return new Encrypt(attrs);
    }
    static encryptData(attrs) {
      return new EncryptData(attrs);
    }
    static encryption(attrs) {
      return new Encryption(attrs);
    }
    static encryptionMethod(attrs) {
      return new EncryptionMethod(attrs);
    }
    static encryptionMethods(attrs) {
      return new EncryptionMethods(attrs);
    }
    static event(attrs) {
      return new Event2(attrs);
    }
    static exData(attrs) {
      return new ExData(attrs);
    }
    static exObject(attrs) {
      return new ExObject(attrs);
    }
    static exclGroup(attrs) {
      return new ExclGroup(attrs);
    }
    static execute(attrs) {
      return new Execute(attrs);
    }
    static extras(attrs) {
      return new Extras(attrs);
    }
    static field(attrs) {
      return new Field(attrs);
    }
    static fill(attrs) {
      return new Fill(attrs);
    }
    static filter(attrs) {
      return new Filter(attrs);
    }
    static float(attrs) {
      return new Float(attrs);
    }
    static font(attrs) {
      return new template_Font(attrs);
    }
    static format(attrs) {
      return new Format(attrs);
    }
    static handler(attrs) {
      return new Handler(attrs);
    }
    static hyphenation(attrs) {
      return new Hyphenation(attrs);
    }
    static image(attrs) {
      return new Image2(attrs);
    }
    static imageEdit(attrs) {
      return new ImageEdit(attrs);
    }
    static integer(attrs) {
      return new Integer(attrs);
    }
    static issuers(attrs) {
      return new Issuers(attrs);
    }
    static items(attrs) {
      return new Items(attrs);
    }
    static keep(attrs) {
      return new Keep(attrs);
    }
    static keyUsage(attrs) {
      return new KeyUsage(attrs);
    }
    static line(attrs) {
      return new Line(attrs);
    }
    static linear(attrs) {
      return new Linear(attrs);
    }
    static lockDocument(attrs) {
      return new LockDocument(attrs);
    }
    static manifest(attrs) {
      return new Manifest(attrs);
    }
    static margin(attrs) {
      return new Margin(attrs);
    }
    static mdp(attrs) {
      return new Mdp(attrs);
    }
    static medium(attrs) {
      return new Medium(attrs);
    }
    static message(attrs) {
      return new Message(attrs);
    }
    static numericEdit(attrs) {
      return new NumericEdit(attrs);
    }
    static occur(attrs) {
      return new Occur(attrs);
    }
    static oid(attrs) {
      return new Oid(attrs);
    }
    static oids(attrs) {
      return new Oids(attrs);
    }
    static overflow(attrs) {
      return new Overflow(attrs);
    }
    static pageArea(attrs) {
      return new PageArea(attrs);
    }
    static pageSet(attrs) {
      return new PageSet(attrs);
    }
    static para(attrs) {
      return new Para(attrs);
    }
    static passwordEdit(attrs) {
      return new PasswordEdit(attrs);
    }
    static pattern(attrs) {
      return new template_Pattern(attrs);
    }
    static picture(attrs) {
      return new Picture(attrs);
    }
    static proto(attrs) {
      return new Proto(attrs);
    }
    static radial(attrs) {
      return new Radial(attrs);
    }
    static reason(attrs) {
      return new Reason(attrs);
    }
    static reasons(attrs) {
      return new Reasons(attrs);
    }
    static rectangle(attrs) {
      return new Rectangle(attrs);
    }
    static ref(attrs) {
      return new RefElement(attrs);
    }
    static script(attrs) {
      return new template_Script(attrs);
    }
    static setProperty(attrs) {
      return new SetProperty(attrs);
    }
    static signData(attrs) {
      return new SignData(attrs);
    }
    static signature(attrs) {
      return new Signature(attrs);
    }
    static signing(attrs) {
      return new Signing(attrs);
    }
    static solid(attrs) {
      return new Solid(attrs);
    }
    static speak(attrs) {
      return new Speak(attrs);
    }
    static stipple(attrs) {
      return new Stipple(attrs);
    }
    static subform(attrs) {
      return new Subform(attrs);
    }
    static subformSet(attrs) {
      return new SubformSet(attrs);
    }
    static subjectDN(attrs) {
      return new SubjectDN(attrs);
    }
    static subjectDNs(attrs) {
      return new SubjectDNs(attrs);
    }
    static submit(attrs) {
      return new Submit(attrs);
    }
    static template(attrs) {
      return new Template(attrs);
    }
    static text(attrs) {
      return new Text(attrs);
    }
    static textEdit(attrs) {
      return new TextEdit(attrs);
    }
    static time(attrs) {
      return new Time(attrs);
    }
    static timeStamp(attrs) {
      return new TimeStamp(attrs);
    }
    static toolTip(attrs) {
      return new ToolTip(attrs);
    }
    static traversal(attrs) {
      return new Traversal(attrs);
    }
    static traverse(attrs) {
      return new Traverse(attrs);
    }
    static ui(attrs) {
      return new Ui(attrs);
    }
    static validate(attrs) {
      return new Validate(attrs);
    }
    static value(attrs) {
      return new template_Value(attrs);
    }
    static variables(attrs) {
      return new Variables(attrs);
    }
  };
  var bind_NS_DATASETS = NamespaceIds.datasets.id;
  function createText(content) {
    const node2 = new Text({});
    node2[$content] = content;
    return node2;
  }
  var Binder = class {
    constructor(root) {
      this.root = root;
      this.datasets = root.datasets;
      this.data = root.datasets?.data || new XmlObject(bind_NS_DATASETS, "data");
      this.emptyMerge = this.data[$getChildren]().length === 0;
      this.root.form = this.form = root.template[$clone]();
    }
    _isConsumeData() {
      return !this.emptyMerge && this._mergeMode;
    }
    _isMatchTemplate() {
      return !this._isConsumeData();
    }
    bind() {
      this._bindElement(this.form, this.data);
      return this.form;
    }
    getData() {
      return this.data;
    }
    _bindValue(formNode, data, picture) {
      formNode[$data] = data;
      if (formNode[$hasSettableValue]()) {
        if (data[$isDataValue]()) {
          const value = data[$getDataValue]();
          formNode[$setValue](createText(value));
        } else if (formNode instanceof Field && formNode.ui?.choiceList?.open === "multiSelect") {
          const value = data[$getChildren]().map((child) => child[$content].trim()).join("\n");
          formNode[$setValue](createText(value));
        } else if (this._isConsumeData()) {
          warn2(`XFA - Nodes haven't the same type.`);
        }
      } else if (!data[$isDataValue]() || this._isMatchTemplate()) {
        this._bindElement(formNode, data);
      } else {
        warn2(`XFA - Nodes haven't the same type.`);
      }
    }
    _findDataByNameToConsume(name, isValue, dataNode, global2) {
      if (!name) {
        return null;
      }
      let generator, match;
      for (let i = 0; i < 3; i++) {
        generator = dataNode[$getRealChildrenByNameIt](name, false, true);
        while (true) {
          match = generator.next().value;
          if (!match) {
            break;
          }
          if (isValue === match[$isDataValue]()) {
            return match;
          }
        }
        if (dataNode[$namespaceId] === bind_NS_DATASETS && dataNode[$nodeName] === "data") {
          break;
        }
        dataNode = dataNode[$getParent]();
      }
      if (!global2) {
        return null;
      }
      generator = this.data[$getRealChildrenByNameIt](name, true, false);
      match = generator.next().value;
      if (match) {
        return match;
      }
      generator = this.data[$getAttributeIt](name, true);
      match = generator.next().value;
      return match?.[$isDataValue]() ? match : null;
    }
    _setProperties(formNode, dataNode) {
      if (!Object.hasOwn(formNode, "setProperty")) {
        return;
      }
      for (const {
        ref,
        target,
        connection
      } of formNode.setProperty.children) {
        if (connection) {
          continue;
        }
        if (!ref) {
          continue;
        }
        const nodes = searchNode(this.root, dataNode, ref, false, false);
        if (!nodes) {
          warn2(`XFA - Invalid reference: ${ref}.`);
          continue;
        }
        const [node2] = nodes;
        if (!node2[$isDescendent](this.data)) {
          warn2(`XFA - Invalid node: must be a data node.`);
          continue;
        }
        const targetNodes = searchNode(this.root, formNode, target, false, false);
        if (!targetNodes) {
          warn2(`XFA - Invalid target: ${target}.`);
          continue;
        }
        const [targetNode] = targetNodes;
        if (!targetNode[$isDescendent](formNode)) {
          warn2(`XFA - Invalid target: must be a property or subproperty.`);
          continue;
        }
        const targetParent = targetNode[$getParent]();
        if (targetNode instanceof SetProperty || targetParent instanceof SetProperty) {
          warn2(`XFA - Invalid target: cannot be a setProperty or one of its properties.`);
          continue;
        }
        if (targetNode instanceof BindItems || targetParent instanceof BindItems) {
          warn2(`XFA - Invalid target: cannot be a bindItems or one of its properties.`);
          continue;
        }
        const content = node2[$text]();
        const name = targetNode[$nodeName];
        if (targetNode instanceof XFAAttribute) {
          const attrs = /* @__PURE__ */ Object.create(null);
          attrs[name] = content;
          const obj = Reflect.construct(Object.getPrototypeOf(targetParent).constructor, [attrs]);
          targetParent[name] = obj[name];
          continue;
        }
        if (!Object.hasOwn(targetNode, $content)) {
          warn2(`XFA - Invalid node to use in setProperty`);
          continue;
        }
        targetNode[$data] = node2;
        targetNode[$content] = content;
        targetNode[$finalize]();
      }
    }
    _bindItems(formNode, dataNode) {
      if (!Object.hasOwn(formNode, "items") || !Object.hasOwn(formNode, "bindItems") || formNode.bindItems.isEmpty()) {
        return;
      }
      for (const item of formNode.items.children) {
        formNode[$removeChild](item);
      }
      formNode.items.clear();
      const labels = new Items({});
      const values3 = new Items({});
      formNode[$appendChild](labels);
      formNode.items.push(labels);
      formNode[$appendChild](values3);
      formNode.items.push(values3);
      for (const {
        ref,
        labelRef,
        valueRef,
        connection
      } of formNode.bindItems.children) {
        if (connection) {
          continue;
        }
        if (!ref) {
          continue;
        }
        const nodes = searchNode(this.root, dataNode, ref, false, false);
        if (!nodes) {
          warn2(`XFA - Invalid reference: ${ref}.`);
          continue;
        }
        for (const node2 of nodes) {
          if (!node2[$isDescendent](this.datasets)) {
            warn2(`XFA - Invalid ref (${ref}): must be a datasets child.`);
            continue;
          }
          const labelNodes = searchNode(this.root, node2, labelRef, true, false);
          if (!labelNodes) {
            warn2(`XFA - Invalid label: ${labelRef}.`);
            continue;
          }
          const [labelNode] = labelNodes;
          if (!labelNode[$isDescendent](this.datasets)) {
            warn2(`XFA - Invalid label: must be a datasets child.`);
            continue;
          }
          const valueNodes = searchNode(this.root, node2, valueRef, true, false);
          if (!valueNodes) {
            warn2(`XFA - Invalid value: ${valueRef}.`);
            continue;
          }
          const [valueNode] = valueNodes;
          if (!valueNode[$isDescendent](this.datasets)) {
            warn2(`XFA - Invalid value: must be a datasets child.`);
            continue;
          }
          const label = createText(labelNode[$text]());
          const value = createText(valueNode[$text]());
          labels[$appendChild](label);
          labels.text.push(label);
          values3[$appendChild](value);
          values3.text.push(value);
        }
      }
    }
    _bindOccurrences(formNode, matches, picture) {
      let baseClone;
      if (matches.length > 1) {
        baseClone = formNode[$clone]();
        baseClone[$removeChild](baseClone.occur);
        baseClone.occur = null;
      }
      this._bindValue(formNode, matches[0], picture);
      this._setProperties(formNode, matches[0]);
      this._bindItems(formNode, matches[0]);
      if (matches.length === 1) {
        return;
      }
      const parent = formNode[$getParent]();
      const name = formNode[$nodeName];
      const pos = parent[$indexOf](formNode);
      for (let i = 1, ii = matches.length; i < ii; i++) {
        const match = matches[i];
        const clone = baseClone[$clone]();
        parent[name].push(clone);
        parent[$insertAt](pos + i, clone);
        this._bindValue(clone, match, picture);
        this._setProperties(clone, match);
        this._bindItems(clone, match);
      }
    }
    _createOccurrences(formNode) {
      if (!this.emptyMerge) {
        return;
      }
      const {
        occur
      } = formNode;
      if (!occur || occur.initial <= 1) {
        return;
      }
      const parent = formNode[$getParent]();
      const name = formNode[$nodeName];
      if (!(parent[name] instanceof XFAObjectArray)) {
        return;
      }
      let currentNumber;
      if (formNode.name) {
        currentNumber = parent[name].children.filter((e) => e.name === formNode.name).length;
      } else {
        currentNumber = parent[name].children.length;
      }
      const pos = parent[$indexOf](formNode) + 1;
      const ii = occur.initial - currentNumber;
      if (ii) {
        const nodeClone = formNode[$clone]();
        nodeClone[$removeChild](nodeClone.occur);
        nodeClone.occur = null;
        parent[name].push(nodeClone);
        parent[$insertAt](pos, nodeClone);
        for (let i = 1; i < ii; i++) {
          const clone = nodeClone[$clone]();
          parent[name].push(clone);
          parent[$insertAt](pos + i, clone);
        }
      }
    }
    _getOccurInfo(formNode) {
      const {
        name,
        occur
      } = formNode;
      if (!occur || !name) {
        return [1, 1];
      }
      const max = occur.max === -1 ? Infinity : occur.max;
      return [occur.min, max];
    }
    _setAndBind(formNode, dataNode) {
      this._setProperties(formNode, dataNode);
      this._bindItems(formNode, dataNode);
      this._bindElement(formNode, dataNode);
    }
    _bindElement(formNode, dataNode) {
      const uselessNodes = [];
      this._createOccurrences(formNode);
      for (const child of formNode[$getChildren]()) {
        if (child[$data]) {
          continue;
        }
        if (this._mergeMode === void 0 && child[$nodeName] === "subform") {
          this._mergeMode = child.mergeMode === "consumeData";
          const dataChildren = dataNode[$getChildren]();
          if (dataChildren.length > 0) {
            this._bindOccurrences(child, [dataChildren[0]], null);
          } else if (this.emptyMerge) {
            const nsId = dataNode[$namespaceId] === bind_NS_DATASETS ? -1 : dataNode[$namespaceId];
            const dataChild = child[$data] = new XmlObject(nsId, child.name || "root");
            dataNode[$appendChild](dataChild);
            this._bindElement(child, dataChild);
          }
          continue;
        }
        if (!child[$isBindable]()) {
          continue;
        }
        let global2 = false;
        let picture = null;
        let ref = null;
        let match = null;
        if (child.bind) {
          switch (child.bind.match) {
            case "none":
              this._setAndBind(child, dataNode);
              continue;
            case "global":
              global2 = true;
              break;
            case "dataRef":
              if (!child.bind.ref) {
                warn2(`XFA - ref is empty in node ${child[$nodeName]}.`);
                this._setAndBind(child, dataNode);
                continue;
              }
              ref = child.bind.ref;
              break;
            default:
              break;
          }
          if (child.bind.picture) {
            picture = child.bind.picture[$content];
          }
        }
        const [min, max] = this._getOccurInfo(child);
        if (ref) {
          match = searchNode(this.root, dataNode, ref, true, false);
          if (match === null) {
            match = createDataNode(this.data, dataNode, ref);
            if (!match) {
              continue;
            }
            if (this._isConsumeData()) {
              match[$consumed] = true;
            }
            this._setAndBind(child, match);
            continue;
          } else {
            if (this._isConsumeData()) {
              match = match.filter((node2) => !node2[$consumed]);
            }
            if (match.length > max) {
              match = match.slice(0, max);
            } else if (match.length === 0) {
              match = null;
            }
            if (match && this._isConsumeData()) {
              match.forEach((node2) => {
                node2[$consumed] = true;
              });
            }
          }
        } else {
          if (!child.name) {
            this._setAndBind(child, dataNode);
            continue;
          }
          if (this._isConsumeData()) {
            const matches = [];
            while (matches.length < max) {
              const found = this._findDataByNameToConsume(child.name, child[$hasSettableValue](), dataNode, global2);
              if (!found) {
                break;
              }
              found[$consumed] = true;
              matches.push(found);
            }
            match = matches.length > 0 ? matches : null;
          } else {
            match = dataNode[$getRealChildrenByNameIt](child.name, false, this.emptyMerge).next().value;
            if (!match) {
              if (min === 0) {
                uselessNodes.push(child);
                continue;
              }
              const nsId = dataNode[$namespaceId] === bind_NS_DATASETS ? -1 : dataNode[$namespaceId];
              match = child[$data] = new XmlObject(nsId, child.name);
              if (this.emptyMerge) {
                match[$consumed] = true;
              }
              dataNode[$appendChild](match);
              this._setAndBind(child, match);
              continue;
            }
            if (this.emptyMerge) {
              match[$consumed] = true;
            }
            match = [match];
          }
        }
        if (match) {
          this._bindOccurrences(child, match, picture);
        } else if (min > 0) {
          this._setAndBind(child, dataNode);
        } else {
          uselessNodes.push(child);
        }
      }
      uselessNodes.forEach((node2) => node2[$getParent]()[$removeChild](node2));
    }
  };
  var DataHandler = class {
    constructor(root, data) {
      this.data = data;
      this.dataset = root.datasets || null;
    }
    serialize(storage) {
      const stack = [[-1, this.data[$getChildren]()]];
      while (stack.length > 0) {
        const last2 = stack.at(-1);
        const [i, children] = last2;
        if (i + 1 === children.length) {
          stack.pop();
          continue;
        }
        const child = children[++last2[0]];
        const storageEntry = storage.get(child[$uid]);
        if (storageEntry) {
          child[$setValue](storageEntry);
        } else {
          const attributes = child[$getAttributes]();
          for (const value of attributes.values()) {
            const entry = storage.get(value[$uid]);
            if (entry) {
              value[$setValue](entry);
              break;
            }
          }
        }
        const nodes = child[$getChildren]();
        if (nodes.length > 0) {
          stack.push([-1, nodes]);
        }
      }
      const buf = [`<xfa:datasets xmlns:xfa="http://www.xfa.org/schema/xfa-data/1.0/">`];
      if (this.dataset) {
        for (const child of this.dataset[$getChildren]()) {
          if (child[$nodeName] !== "data") {
            child[$toString](buf);
          }
        }
      }
      this.data[$toString](buf);
      buf.push("</xfa:datasets>");
      return buf.join("");
    }
  };
  var CONFIG_NS_ID = NamespaceIds.config.id;
  var Acrobat = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "acrobat", true);
      this.acrobat7 = null;
      this.autoSave = null;
      this.common = null;
      this.validate = null;
      this.validateApprovalSignatures = null;
      this.submitUrl = new XFAObjectArray();
    }
  };
  var Acrobat7 = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "acrobat7", true);
      this.dynamicRender = null;
    }
  };
  var ADBE_JSConsole = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "ADBE_JSConsole", ["delegate", "Enable", "Disable"]);
    }
  };
  var ADBE_JSDebugger = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "ADBE_JSDebugger", ["delegate", "Enable", "Disable"]);
    }
  };
  var AddSilentPrint = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "addSilentPrint");
    }
  };
  var AddViewerPreferences = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "addViewerPreferences");
    }
  };
  var AdjustData = class extends Option10 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "adjustData");
    }
  };
  var AdobeExtensionLevel = class extends IntegerObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "adobeExtensionLevel", 0, (n) => n >= 1 && n <= 8);
    }
  };
  var Agent = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "agent", true);
      this.name = attributes.name ? attributes.name.trim() : "";
      this.common = new XFAObjectArray();
    }
  };
  var AlwaysEmbed = class extends ContentObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "alwaysEmbed");
    }
  };
  var Amd = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "amd");
    }
  };
  var config_Area = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "area");
      this.level = getInteger({
        data: attributes.level,
        defaultValue: 0,
        validate: (n) => n >= 1 && n <= 3
      });
      this.name = getStringOption(attributes.name, ["", "barcode", "coreinit", "deviceDriver", "font", "general", "layout", "merge", "script", "signature", "sourceSet", "templateCache"]);
    }
  };
  var config_Attributes = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "attributes", ["preserve", "delegate", "ignore"]);
    }
  };
  var AutoSave = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "autoSave", ["disabled", "enabled"]);
    }
  };
  var Base = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "base");
    }
  };
  var BatchOutput = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "batchOutput");
      this.format = getStringOption(attributes.format, ["none", "concat", "zip", "zipCompress"]);
    }
  };
  var BehaviorOverride = class extends ContentObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "behaviorOverride");
    }
    [$finalize]() {
      this[$content] = new Map(this[$content].trim().split(/\s+/).filter((x) => x.includes(":")).map((x) => x.split(":", 2)));
    }
  };
  var Cache2 = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "cache", true);
      this.templateCache = null;
    }
  };
  var Change = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "change");
    }
  };
  var Common = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "common", true);
      this.data = null;
      this.locale = null;
      this.localeSet = null;
      this.messaging = null;
      this.suppressBanner = null;
      this.template = null;
      this.validationMessaging = null;
      this.versionControl = null;
      this.log = new XFAObjectArray();
    }
  };
  var Compress = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "compress");
      this.scope = getStringOption(attributes.scope, ["imageOnly", "document"]);
    }
  };
  var CompressLogicalStructure = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "compressLogicalStructure");
    }
  };
  var CompressObjectStream = class extends Option10 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "compressObjectStream");
    }
  };
  var Compression = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "compression", true);
      this.compressLogicalStructure = null;
      this.compressObjectStream = null;
      this.level = null;
      this.type = null;
    }
  };
  var Config = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "config", true);
      this.acrobat = null;
      this.present = null;
      this.trace = null;
      this.agent = new XFAObjectArray();
    }
  };
  var Conformance = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "conformance", ["A", "B"]);
    }
  };
  var ContentCopy = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "contentCopy");
    }
  };
  var Copies = class extends IntegerObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "copies", 1, (n) => n >= 1);
    }
  };
  var Creator = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "creator");
    }
  };
  var CurrentPage = class extends IntegerObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "currentPage", 0, (n) => n >= 0);
    }
  };
  var Data = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "data", true);
      this.adjustData = null;
      this.attributes = null;
      this.incrementalLoad = null;
      this.outputXSL = null;
      this.range = null;
      this.record = null;
      this.startNode = null;
      this.uri = null;
      this.window = null;
      this.xsl = null;
      this.excludeNS = new XFAObjectArray();
      this.transform = new XFAObjectArray();
    }
  };
  var Debug = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "debug", true);
      this.uri = null;
    }
  };
  var DefaultTypeface = class extends ContentObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "defaultTypeface");
      this.writingScript = getStringOption(attributes.writingScript, ["*", "Arabic", "Cyrillic", "EastEuropeanRoman", "Greek", "Hebrew", "Japanese", "Korean", "Roman", "SimplifiedChinese", "Thai", "TraditionalChinese", "Vietnamese"]);
    }
  };
  var Destination = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "destination", ["pdf", "pcl", "ps", "webClient", "zpl"]);
    }
  };
  var DocumentAssembly = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "documentAssembly");
    }
  };
  var Driver = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "driver", true);
      this.name = attributes.name ? attributes.name.trim() : "";
      this.fontInfo = null;
      this.xdc = null;
    }
  };
  var DuplexOption = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "duplexOption", ["simplex", "duplexFlipLongEdge", "duplexFlipShortEdge"]);
    }
  };
  var DynamicRender = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "dynamicRender", ["forbidden", "required"]);
    }
  };
  var Embed = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "embed");
    }
  };
  var config_Encrypt = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "encrypt");
    }
  };
  var config_Encryption = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "encryption", true);
      this.encrypt = null;
      this.encryptionLevel = null;
      this.permissions = null;
    }
  };
  var EncryptionLevel = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "encryptionLevel", ["40bit", "128bit"]);
    }
  };
  var Enforce = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "enforce");
    }
  };
  var Equate = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "equate");
      this.force = getInteger({
        data: attributes.force,
        defaultValue: 1,
        validate: (n) => n === 0
      });
      this.from = attributes.from || "";
      this.to = attributes.to || "";
    }
  };
  var EquateRange = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "equateRange");
      this.from = attributes.from || "";
      this.to = attributes.to || "";
      this._unicodeRange = attributes.unicodeRange || "";
    }
    get unicodeRange() {
      const ranges = [];
      const unicodeRegex = /U\+([0-9a-fA-F]+)/;
      const unicodeRange = this._unicodeRange;
      for (let range3 of unicodeRange.split(",").map((x) => x.trim()).filter(Boolean)) {
        range3 = range3.split("-", 2).map((x) => {
          const found = x.match(unicodeRegex);
          return !found ? 0 : parseInt(found[1], 16);
        });
        if (range3.length === 1) {
          range3.push(range3[0]);
        }
        ranges.push(range3);
      }
      return util_shadow2(this, "unicodeRange", ranges);
    }
  };
  var Exclude = class extends ContentObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "exclude");
    }
    [$finalize]() {
      this[$content] = this[$content].trim().split(/\s+/).filter((x) => x && ["calculate", "close", "enter", "exit", "initialize", "ready", "validate"].includes(x));
    }
  };
  var ExcludeNS = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "excludeNS");
    }
  };
  var FlipLabel = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "flipLabel", ["usePrinterSetting", "on", "off"]);
    }
  };
  var config_FontInfo = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "fontInfo", true);
      this.embed = null;
      this.map = null;
      this.subsetBelow = null;
      this.alwaysEmbed = new XFAObjectArray();
      this.defaultTypeface = new XFAObjectArray();
      this.neverEmbed = new XFAObjectArray();
    }
  };
  var FormFieldFilling = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "formFieldFilling");
    }
  };
  var GroupParent = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "groupParent");
    }
  };
  var IfEmpty = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "ifEmpty", ["dataValue", "dataGroup", "ignore", "remove"]);
    }
  };
  var IncludeXDPContent = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "includeXDPContent");
    }
  };
  var IncrementalLoad = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "incrementalLoad", ["none", "forwardOnly"]);
    }
  };
  var IncrementalMerge = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "incrementalMerge");
    }
  };
  var Interactive = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "interactive");
    }
  };
  var Jog = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "jog", ["usePrinterSetting", "none", "pageSet"]);
    }
  };
  var LabelPrinter = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "labelPrinter", true);
      this.name = getStringOption(attributes.name, ["zpl", "dpl", "ipl", "tcpl"]);
      this.batchOutput = null;
      this.flipLabel = null;
      this.fontInfo = null;
      this.xdc = null;
    }
  };
  var Layout = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "layout", ["paginate", "panel"]);
    }
  };
  var Level = class extends IntegerObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "level", 0, (n) => n > 0);
    }
  };
  var Linearized = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "linearized");
    }
  };
  var Locale = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "locale");
    }
  };
  var LocaleSet = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "localeSet");
    }
  };
  var Log = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "log", true);
      this.mode = null;
      this.threshold = null;
      this.to = null;
      this.uri = null;
    }
  };
  var MapElement = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "map", true);
      this.equate = new XFAObjectArray();
      this.equateRange = new XFAObjectArray();
    }
  };
  var MediumInfo = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "mediumInfo", true);
      this.map = null;
    }
  };
  var config_Message = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "message", true);
      this.msgId = null;
      this.severity = null;
    }
  };
  var Messaging = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "messaging", true);
      this.message = new XFAObjectArray();
    }
  };
  var Mode = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "mode", ["append", "overwrite"]);
    }
  };
  var ModifyAnnots = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "modifyAnnots");
    }
  };
  var MsgId = class extends IntegerObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "msgId", 1, (n) => n >= 1);
    }
  };
  var NameAttr = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "nameAttr");
    }
  };
  var NeverEmbed = class extends ContentObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "neverEmbed");
    }
  };
  var NumberOfCopies = class extends IntegerObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "numberOfCopies", null, (n) => n >= 2 && n <= 5);
    }
  };
  var OpenAction = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "openAction", true);
      this.destination = null;
    }
  };
  var Output = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "output", true);
      this.to = null;
      this.type = null;
      this.uri = null;
    }
  };
  var OutputBin = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "outputBin");
    }
  };
  var OutputXSL = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "outputXSL", true);
      this.uri = null;
    }
  };
  var Overprint = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "overprint", ["none", "both", "draw", "field"]);
    }
  };
  var Packets = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "packets");
    }
    [$finalize]() {
      if (this[$content] === "*") {
        return;
      }
      this[$content] = this[$content].trim().split(/\s+/).filter((x) => ["config", "datasets", "template", "xfdf", "xslt"].includes(x));
    }
  };
  var PageOffset = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "pageOffset");
      this.x = getInteger({
        data: attributes.x,
        defaultValue: "useXDCSetting",
        validate: (n) => true
      });
      this.y = getInteger({
        data: attributes.y,
        defaultValue: "useXDCSetting",
        validate: (n) => true
      });
    }
  };
  var PageRange = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "pageRange");
    }
    [$finalize]() {
      const numbers = this[$content].trim().split(/\s+/).map((x) => parseInt(x, 10));
      const ranges = [];
      for (let i = 0, ii = numbers.length; i < ii; i += 2) {
        ranges.push(numbers.slice(i, i + 2));
      }
      this[$content] = ranges;
    }
  };
  var Pagination = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "pagination", ["simplex", "duplexShortEdge", "duplexLongEdge"]);
    }
  };
  var PaginationOverride = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "paginationOverride", ["none", "forceDuplex", "forceDuplexLongEdge", "forceDuplexShortEdge", "forceSimplex"]);
    }
  };
  var Part = class extends IntegerObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "part", 1, (n) => false);
    }
  };
  var Pcl = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "pcl", true);
      this.name = attributes.name || "";
      this.batchOutput = null;
      this.fontInfo = null;
      this.jog = null;
      this.mediumInfo = null;
      this.outputBin = null;
      this.pageOffset = null;
      this.staple = null;
      this.xdc = null;
    }
  };
  var Pdf = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "pdf", true);
      this.name = attributes.name || "";
      this.adobeExtensionLevel = null;
      this.batchOutput = null;
      this.compression = null;
      this.creator = null;
      this.encryption = null;
      this.fontInfo = null;
      this.interactive = null;
      this.linearized = null;
      this.openAction = null;
      this.pdfa = null;
      this.producer = null;
      this.renderPolicy = null;
      this.scriptModel = null;
      this.silentPrint = null;
      this.submitFormat = null;
      this.tagged = null;
      this.version = null;
      this.viewerPreferences = null;
      this.xdc = null;
    }
  };
  var Pdfa = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "pdfa", true);
      this.amd = null;
      this.conformance = null;
      this.includeXDPContent = null;
      this.part = null;
    }
  };
  var Permissions = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "permissions", true);
      this.accessibleContent = null;
      this.change = null;
      this.contentCopy = null;
      this.documentAssembly = null;
      this.formFieldFilling = null;
      this.modifyAnnots = null;
      this.plaintextMetadata = null;
      this.print = null;
      this.printHighQuality = null;
    }
  };
  var PickTrayByPDFSize = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "pickTrayByPDFSize");
    }
  };
  var config_Picture = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "picture");
    }
  };
  var PlaintextMetadata = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "plaintextMetadata");
    }
  };
  var Presence = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "presence", ["preserve", "dissolve", "dissolveStructure", "ignore", "remove"]);
    }
  };
  var Present = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "present", true);
      this.behaviorOverride = null;
      this.cache = null;
      this.common = null;
      this.copies = null;
      this.destination = null;
      this.incrementalMerge = null;
      this.layout = null;
      this.output = null;
      this.overprint = null;
      this.pagination = null;
      this.paginationOverride = null;
      this.script = null;
      this.validate = null;
      this.xdp = null;
      this.driver = new XFAObjectArray();
      this.labelPrinter = new XFAObjectArray();
      this.pcl = new XFAObjectArray();
      this.pdf = new XFAObjectArray();
      this.ps = new XFAObjectArray();
      this.submitUrl = new XFAObjectArray();
      this.webClient = new XFAObjectArray();
      this.zpl = new XFAObjectArray();
    }
  };
  var Print = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "print");
    }
  };
  var PrintHighQuality = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "printHighQuality");
    }
  };
  var PrintScaling2 = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "printScaling", ["appdefault", "noScaling"]);
    }
  };
  var PrinterName = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "printerName");
    }
  };
  var Producer = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "producer");
    }
  };
  var Ps = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "ps", true);
      this.name = attributes.name || "";
      this.batchOutput = null;
      this.fontInfo = null;
      this.jog = null;
      this.mediumInfo = null;
      this.outputBin = null;
      this.staple = null;
      this.xdc = null;
    }
  };
  var Range2 = class extends ContentObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "range");
    }
    [$finalize]() {
      this[$content] = this[$content].split(",", 2).map((range3) => range3.split("-").map((x) => parseInt(x.trim(), 10))).filter((range3) => range3.every((x) => !isNaN(x))).map((range3) => {
        if (range3.length === 1) {
          range3.push(range3[0]);
        }
        return range3;
      });
    }
  };
  var Record = class extends ContentObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "record");
    }
    [$finalize]() {
      this[$content] = this[$content].trim();
      const n = parseInt(this[$content], 10);
      if (!isNaN(n) && n >= 0) {
        this[$content] = n;
      }
    }
  };
  var Relevant = class extends ContentObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "relevant");
    }
    [$finalize]() {
      this[$content] = this[$content].trim().split(/\s+/);
    }
  };
  var Rename = class extends ContentObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "rename");
    }
    [$finalize]() {
      this[$content] = this[$content].trim();
      if (this[$content].toLowerCase().startsWith("xml") || /[\p{L}_][\p{L}\d._\p{M}-]*/u.test(this[$content])) {
        warn2("XFA - Rename: invalid XFA name");
      }
    }
  };
  var RenderPolicy = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "renderPolicy", ["server", "client"]);
    }
  };
  var RunScripts = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "runScripts", ["both", "client", "none", "server"]);
    }
  };
  var config_Script = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "script", true);
      this.currentPage = null;
      this.exclude = null;
      this.runScripts = null;
    }
  };
  var ScriptModel = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "scriptModel", ["XFA", "none"]);
    }
  };
  var Severity = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "severity", ["ignore", "error", "information", "trace", "warning"]);
    }
  };
  var SilentPrint = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "silentPrint", true);
      this.addSilentPrint = null;
      this.printerName = null;
    }
  };
  var Staple = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "staple");
      this.mode = getStringOption(attributes.mode, ["usePrinterSetting", "on", "off"]);
    }
  };
  var StartNode = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "startNode");
    }
  };
  var StartPage = class extends IntegerObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "startPage", 0, (n) => true);
    }
  };
  var SubmitFormat = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "submitFormat", ["html", "delegate", "fdf", "xml", "pdf"]);
    }
  };
  var SubmitUrl = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "submitUrl");
    }
  };
  var SubsetBelow = class extends IntegerObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "subsetBelow", 100, (n) => n >= 0 && n <= 100);
    }
  };
  var SuppressBanner = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "suppressBanner");
    }
  };
  var Tagged = class extends Option01 {
    constructor(attributes) {
      super(CONFIG_NS_ID, "tagged");
    }
  };
  var config_Template = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "template", true);
      this.base = null;
      this.relevant = null;
      this.startPage = null;
      this.uri = null;
      this.xsl = null;
    }
  };
  var Threshold = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "threshold", ["trace", "error", "information", "warning"]);
    }
  };
  var To = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "to", ["null", "memory", "stderr", "stdout", "system", "uri"]);
    }
  };
  var TemplateCache = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "templateCache");
      this.maxEntries = getInteger({
        data: attributes.maxEntries,
        defaultValue: 5,
        validate: (n) => n >= 0
      });
    }
  };
  var Trace = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "trace", true);
      this.area = new XFAObjectArray();
    }
  };
  var Transform = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "transform", true);
      this.groupParent = null;
      this.ifEmpty = null;
      this.nameAttr = null;
      this.picture = null;
      this.presence = null;
      this.rename = null;
      this.whitespace = null;
    }
  };
  var config_Type = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "type", ["none", "ascii85", "asciiHex", "ccittfax", "flate", "lzw", "runLength", "native", "xdp", "mergedXDP"]);
    }
  };
  var Uri = class extends StringObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "uri");
    }
  };
  var config_Validate = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "validate", ["preSubmit", "prePrint", "preExecute", "preSave"]);
    }
  };
  var ValidateApprovalSignatures = class extends ContentObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "validateApprovalSignatures");
    }
    [$finalize]() {
      this[$content] = this[$content].trim().split(/\s+/).filter((x) => ["docReady", "postSign"].includes(x));
    }
  };
  var ValidationMessaging = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "validationMessaging", ["allMessagesIndividually", "allMessagesTogether", "firstMessageOnly", "noMessages"]);
    }
  };
  var Version = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "version", ["1.7", "1.6", "1.5", "1.4", "1.3", "1.2"]);
    }
  };
  var VersionControl = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "VersionControl");
      this.outputBelow = getStringOption(attributes.outputBelow, ["warn", "error", "update"]);
      this.sourceAbove = getStringOption(attributes.sourceAbove, ["warn", "error"]);
      this.sourceBelow = getStringOption(attributes.sourceBelow, ["update", "maintain"]);
    }
  };
  var ViewerPreferences2 = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "viewerPreferences", true);
      this.ADBE_JSConsole = null;
      this.ADBE_JSDebugger = null;
      this.addViewerPreferences = null;
      this.duplexOption = null;
      this.enforce = null;
      this.numberOfCopies = null;
      this.pageRange = null;
      this.pickTrayByPDFSize = null;
      this.printScaling = null;
    }
  };
  var WebClient = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "webClient", true);
      this.name = attributes.name ? attributes.name.trim() : "";
      this.fontInfo = null;
      this.xdc = null;
    }
  };
  var Whitespace = class extends OptionObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "whitespace", ["preserve", "ltrim", "normalize", "rtrim", "trim"]);
    }
  };
  var Window = class extends ContentObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "window");
    }
    [$finalize]() {
      const pair = this[$content].split(",", 2).map((x) => parseInt(x.trim(), 10));
      if (pair.some((x) => isNaN(x))) {
        this[$content] = [0, 0];
        return;
      }
      if (pair.length === 1) {
        pair.push(pair[0]);
      }
      this[$content] = pair;
    }
  };
  var Xdc = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "xdc", true);
      this.uri = new XFAObjectArray();
      this.xsl = new XFAObjectArray();
    }
  };
  var Xdp = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "xdp", true);
      this.packets = null;
    }
  };
  var Xsl = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "xsl", true);
      this.debug = null;
      this.uri = null;
    }
  };
  var Zpl = class extends XFAObject {
    constructor(attributes) {
      super(CONFIG_NS_ID, "zpl", true);
      this.name = attributes.name ? attributes.name.trim() : "";
      this.batchOutput = null;
      this.flipLabel = null;
      this.fontInfo = null;
      this.xdc = null;
    }
  };
  var ConfigNamespace = class _ConfigNamespace {
    static [$buildXFAObject](name, attributes) {
      return Object.hasOwn(_ConfigNamespace, name) ? _ConfigNamespace[name](attributes) : void 0;
    }
    static acrobat(attrs) {
      return new Acrobat(attrs);
    }
    static acrobat7(attrs) {
      return new Acrobat7(attrs);
    }
    static ADBE_JSConsole(attrs) {
      return new ADBE_JSConsole(attrs);
    }
    static ADBE_JSDebugger(attrs) {
      return new ADBE_JSDebugger(attrs);
    }
    static addSilentPrint(attrs) {
      return new AddSilentPrint(attrs);
    }
    static addViewerPreferences(attrs) {
      return new AddViewerPreferences(attrs);
    }
    static adjustData(attrs) {
      return new AdjustData(attrs);
    }
    static adobeExtensionLevel(attrs) {
      return new AdobeExtensionLevel(attrs);
    }
    static agent(attrs) {
      return new Agent(attrs);
    }
    static alwaysEmbed(attrs) {
      return new AlwaysEmbed(attrs);
    }
    static amd(attrs) {
      return new Amd(attrs);
    }
    static area(attrs) {
      return new config_Area(attrs);
    }
    static attributes(attrs) {
      return new config_Attributes(attrs);
    }
    static autoSave(attrs) {
      return new AutoSave(attrs);
    }
    static base(attrs) {
      return new Base(attrs);
    }
    static batchOutput(attrs) {
      return new BatchOutput(attrs);
    }
    static behaviorOverride(attrs) {
      return new BehaviorOverride(attrs);
    }
    static cache(attrs) {
      return new Cache2(attrs);
    }
    static change(attrs) {
      return new Change(attrs);
    }
    static common(attrs) {
      return new Common(attrs);
    }
    static compress(attrs) {
      return new Compress(attrs);
    }
    static compressLogicalStructure(attrs) {
      return new CompressLogicalStructure(attrs);
    }
    static compressObjectStream(attrs) {
      return new CompressObjectStream(attrs);
    }
    static compression(attrs) {
      return new Compression(attrs);
    }
    static config(attrs) {
      return new Config(attrs);
    }
    static conformance(attrs) {
      return new Conformance(attrs);
    }
    static contentCopy(attrs) {
      return new ContentCopy(attrs);
    }
    static copies(attrs) {
      return new Copies(attrs);
    }
    static creator(attrs) {
      return new Creator(attrs);
    }
    static currentPage(attrs) {
      return new CurrentPage(attrs);
    }
    static data(attrs) {
      return new Data(attrs);
    }
    static debug(attrs) {
      return new Debug(attrs);
    }
    static defaultTypeface(attrs) {
      return new DefaultTypeface(attrs);
    }
    static destination(attrs) {
      return new Destination(attrs);
    }
    static documentAssembly(attrs) {
      return new DocumentAssembly(attrs);
    }
    static driver(attrs) {
      return new Driver(attrs);
    }
    static duplexOption(attrs) {
      return new DuplexOption(attrs);
    }
    static dynamicRender(attrs) {
      return new DynamicRender(attrs);
    }
    static embed(attrs) {
      return new Embed(attrs);
    }
    static encrypt(attrs) {
      return new config_Encrypt(attrs);
    }
    static encryption(attrs) {
      return new config_Encryption(attrs);
    }
    static encryptionLevel(attrs) {
      return new EncryptionLevel(attrs);
    }
    static enforce(attrs) {
      return new Enforce(attrs);
    }
    static equate(attrs) {
      return new Equate(attrs);
    }
    static equateRange(attrs) {
      return new EquateRange(attrs);
    }
    static exclude(attrs) {
      return new Exclude(attrs);
    }
    static excludeNS(attrs) {
      return new ExcludeNS(attrs);
    }
    static flipLabel(attrs) {
      return new FlipLabel(attrs);
    }
    static fontInfo(attrs) {
      return new config_FontInfo(attrs);
    }
    static formFieldFilling(attrs) {
      return new FormFieldFilling(attrs);
    }
    static groupParent(attrs) {
      return new GroupParent(attrs);
    }
    static ifEmpty(attrs) {
      return new IfEmpty(attrs);
    }
    static includeXDPContent(attrs) {
      return new IncludeXDPContent(attrs);
    }
    static incrementalLoad(attrs) {
      return new IncrementalLoad(attrs);
    }
    static incrementalMerge(attrs) {
      return new IncrementalMerge(attrs);
    }
    static interactive(attrs) {
      return new Interactive(attrs);
    }
    static jog(attrs) {
      return new Jog(attrs);
    }
    static labelPrinter(attrs) {
      return new LabelPrinter(attrs);
    }
    static layout(attrs) {
      return new Layout(attrs);
    }
    static level(attrs) {
      return new Level(attrs);
    }
    static linearized(attrs) {
      return new Linearized(attrs);
    }
    static locale(attrs) {
      return new Locale(attrs);
    }
    static localeSet(attrs) {
      return new LocaleSet(attrs);
    }
    static log(attrs) {
      return new Log(attrs);
    }
    static map(attrs) {
      return new MapElement(attrs);
    }
    static mediumInfo(attrs) {
      return new MediumInfo(attrs);
    }
    static message(attrs) {
      return new config_Message(attrs);
    }
    static messaging(attrs) {
      return new Messaging(attrs);
    }
    static mode(attrs) {
      return new Mode(attrs);
    }
    static modifyAnnots(attrs) {
      return new ModifyAnnots(attrs);
    }
    static msgId(attrs) {
      return new MsgId(attrs);
    }
    static nameAttr(attrs) {
      return new NameAttr(attrs);
    }
    static neverEmbed(attrs) {
      return new NeverEmbed(attrs);
    }
    static numberOfCopies(attrs) {
      return new NumberOfCopies(attrs);
    }
    static openAction(attrs) {
      return new OpenAction(attrs);
    }
    static output(attrs) {
      return new Output(attrs);
    }
    static outputBin(attrs) {
      return new OutputBin(attrs);
    }
    static outputXSL(attrs) {
      return new OutputXSL(attrs);
    }
    static overprint(attrs) {
      return new Overprint(attrs);
    }
    static packets(attrs) {
      return new Packets(attrs);
    }
    static pageOffset(attrs) {
      return new PageOffset(attrs);
    }
    static pageRange(attrs) {
      return new PageRange(attrs);
    }
    static pagination(attrs) {
      return new Pagination(attrs);
    }
    static paginationOverride(attrs) {
      return new PaginationOverride(attrs);
    }
    static part(attrs) {
      return new Part(attrs);
    }
    static pcl(attrs) {
      return new Pcl(attrs);
    }
    static pdf(attrs) {
      return new Pdf(attrs);
    }
    static pdfa(attrs) {
      return new Pdfa(attrs);
    }
    static permissions(attrs) {
      return new Permissions(attrs);
    }
    static pickTrayByPDFSize(attrs) {
      return new PickTrayByPDFSize(attrs);
    }
    static picture(attrs) {
      return new config_Picture(attrs);
    }
    static plaintextMetadata(attrs) {
      return new PlaintextMetadata(attrs);
    }
    static presence(attrs) {
      return new Presence(attrs);
    }
    static present(attrs) {
      return new Present(attrs);
    }
    static print(attrs) {
      return new Print(attrs);
    }
    static printHighQuality(attrs) {
      return new PrintHighQuality(attrs);
    }
    static printScaling(attrs) {
      return new PrintScaling2(attrs);
    }
    static printerName(attrs) {
      return new PrinterName(attrs);
    }
    static producer(attrs) {
      return new Producer(attrs);
    }
    static ps(attrs) {
      return new Ps(attrs);
    }
    static range(attrs) {
      return new Range2(attrs);
    }
    static record(attrs) {
      return new Record(attrs);
    }
    static relevant(attrs) {
      return new Relevant(attrs);
    }
    static rename(attrs) {
      return new Rename(attrs);
    }
    static renderPolicy(attrs) {
      return new RenderPolicy(attrs);
    }
    static runScripts(attrs) {
      return new RunScripts(attrs);
    }
    static script(attrs) {
      return new config_Script(attrs);
    }
    static scriptModel(attrs) {
      return new ScriptModel(attrs);
    }
    static severity(attrs) {
      return new Severity(attrs);
    }
    static silentPrint(attrs) {
      return new SilentPrint(attrs);
    }
    static staple(attrs) {
      return new Staple(attrs);
    }
    static startNode(attrs) {
      return new StartNode(attrs);
    }
    static startPage(attrs) {
      return new StartPage(attrs);
    }
    static submitFormat(attrs) {
      return new SubmitFormat(attrs);
    }
    static submitUrl(attrs) {
      return new SubmitUrl(attrs);
    }
    static subsetBelow(attrs) {
      return new SubsetBelow(attrs);
    }
    static suppressBanner(attrs) {
      return new SuppressBanner(attrs);
    }
    static tagged(attrs) {
      return new Tagged(attrs);
    }
    static template(attrs) {
      return new config_Template(attrs);
    }
    static templateCache(attrs) {
      return new TemplateCache(attrs);
    }
    static threshold(attrs) {
      return new Threshold(attrs);
    }
    static to(attrs) {
      return new To(attrs);
    }
    static trace(attrs) {
      return new Trace(attrs);
    }
    static transform(attrs) {
      return new Transform(attrs);
    }
    static type(attrs) {
      return new config_Type(attrs);
    }
    static uri(attrs) {
      return new Uri(attrs);
    }
    static validate(attrs) {
      return new config_Validate(attrs);
    }
    static validateApprovalSignatures(attrs) {
      return new ValidateApprovalSignatures(attrs);
    }
    static validationMessaging(attrs) {
      return new ValidationMessaging(attrs);
    }
    static version(attrs) {
      return new Version(attrs);
    }
    static versionControl(attrs) {
      return new VersionControl(attrs);
    }
    static viewerPreferences(attrs) {
      return new ViewerPreferences2(attrs);
    }
    static webClient(attrs) {
      return new WebClient(attrs);
    }
    static whitespace(attrs) {
      return new Whitespace(attrs);
    }
    static window(attrs) {
      return new Window(attrs);
    }
    static xdc(attrs) {
      return new Xdc(attrs);
    }
    static xdp(attrs) {
      return new Xdp(attrs);
    }
    static xsl(attrs) {
      return new Xsl(attrs);
    }
    static zpl(attrs) {
      return new Zpl(attrs);
    }
  };
  var CONNECTION_SET_NS_ID = NamespaceIds.connectionSet.id;
  var ConnectionSet = class extends XFAObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "connectionSet", true);
      this.wsdlConnection = new XFAObjectArray();
      this.xmlConnection = new XFAObjectArray();
      this.xsdConnection = new XFAObjectArray();
    }
  };
  var EffectiveInputPolicy = class extends XFAObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "effectiveInputPolicy");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var EffectiveOutputPolicy = class extends XFAObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "effectiveOutputPolicy");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var Operation = class extends StringObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "operation");
      this.id = attributes.id || "";
      this.input = attributes.input || "";
      this.name = attributes.name || "";
      this.output = attributes.output || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var RootElement = class extends StringObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "rootElement");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var SoapAction = class extends StringObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "soapAction");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var SoapAddress = class extends StringObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "soapAddress");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var connection_set_Uri = class extends StringObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "uri");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var WsdlAddress = class extends StringObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "wsdlAddress");
      this.id = attributes.id || "";
      this.name = attributes.name || "";
      this.use = attributes.use || "";
      this.usehref = attributes.usehref || "";
    }
  };
  var WsdlConnection = class extends XFAObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "wsdlConnection", true);
      this.dataDescription = attributes.dataDescription || "";
      this.name = attributes.name || "";
      this.effectiveInputPolicy = null;
      this.effectiveOutputPolicy = null;
      this.operation = null;
      this.soapAction = null;
      this.soapAddress = null;
      this.wsdlAddress = null;
    }
  };
  var XmlConnection = class extends XFAObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "xmlConnection", true);
      this.dataDescription = attributes.dataDescription || "";
      this.name = attributes.name || "";
      this.uri = null;
    }
  };
  var XsdConnection = class extends XFAObject {
    constructor(attributes) {
      super(CONNECTION_SET_NS_ID, "xsdConnection", true);
      this.dataDescription = attributes.dataDescription || "";
      this.name = attributes.name || "";
      this.rootElement = null;
      this.uri = null;
    }
  };
  var ConnectionSetNamespace = class _ConnectionSetNamespace {
    static [$buildXFAObject](name, attributes) {
      return Object.hasOwn(_ConnectionSetNamespace, name) ? _ConnectionSetNamespace[name](attributes) : void 0;
    }
    static connectionSet(attrs) {
      return new ConnectionSet(attrs);
    }
    static effectiveInputPolicy(attrs) {
      return new EffectiveInputPolicy(attrs);
    }
    static effectiveOutputPolicy(attrs) {
      return new EffectiveOutputPolicy(attrs);
    }
    static operation(attrs) {
      return new Operation(attrs);
    }
    static rootElement(attrs) {
      return new RootElement(attrs);
    }
    static soapAction(attrs) {
      return new SoapAction(attrs);
    }
    static soapAddress(attrs) {
      return new SoapAddress(attrs);
    }
    static uri(attrs) {
      return new connection_set_Uri(attrs);
    }
    static wsdlAddress(attrs) {
      return new WsdlAddress(attrs);
    }
    static wsdlConnection(attrs) {
      return new WsdlConnection(attrs);
    }
    static xmlConnection(attrs) {
      return new XmlConnection(attrs);
    }
    static xsdConnection(attrs) {
      return new XsdConnection(attrs);
    }
  };
  var DATASETS_NS_ID = NamespaceIds.datasets.id;
  var datasets_Data = class extends XmlObject {
    constructor(attributes) {
      super(DATASETS_NS_ID, "data", attributes);
    }
    [$isNsAgnostic]() {
      return true;
    }
  };
  var Datasets = class extends XFAObject {
    constructor(attributes) {
      super(DATASETS_NS_ID, "datasets", true);
      this.data = null;
      this.Signature = null;
    }
    [$onChild](child) {
      const name = child[$nodeName];
      if (name === "data" && child[$namespaceId] === DATASETS_NS_ID || name === "Signature" && child[$namespaceId] === NamespaceIds.signature.id) {
        this[name] = child;
      }
      this[$appendChild](child);
    }
  };
  var DatasetsNamespace = class _DatasetsNamespace {
    static [$buildXFAObject](name, attributes) {
      return Object.hasOwn(_DatasetsNamespace, name) ? _DatasetsNamespace[name](attributes) : void 0;
    }
    static datasets(attributes) {
      return new Datasets(attributes);
    }
    static data(attributes) {
      return new datasets_Data(attributes);
    }
  };
  var LOCALE_SET_NS_ID = NamespaceIds.localeSet.id;
  var CalendarSymbols = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "calendarSymbols", true);
      this.name = "gregorian";
      this.dayNames = new XFAObjectArray(2);
      this.eraNames = null;
      this.meridiemNames = null;
      this.monthNames = new XFAObjectArray(2);
    }
  };
  var CurrencySymbol = class extends StringObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "currencySymbol");
      this.name = getStringOption(attributes.name, ["symbol", "isoname", "decimal"]);
    }
  };
  var CurrencySymbols = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "currencySymbols", true);
      this.currencySymbol = new XFAObjectArray(3);
    }
  };
  var DatePattern = class extends StringObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "datePattern");
      this.name = getStringOption(attributes.name, ["full", "long", "med", "short"]);
    }
  };
  var DatePatterns = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "datePatterns", true);
      this.datePattern = new XFAObjectArray(4);
    }
  };
  var DateTimeSymbols = class extends ContentObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "dateTimeSymbols");
    }
  };
  var Day = class extends StringObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "day");
    }
  };
  var DayNames = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "dayNames", true);
      this.abbr = getInteger({
        data: attributes.abbr,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.day = new XFAObjectArray(7);
    }
  };
  var Era = class extends StringObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "era");
    }
  };
  var EraNames = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "eraNames", true);
      this.era = new XFAObjectArray(2);
    }
  };
  var locale_set_Locale = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "locale", true);
      this.desc = attributes.desc || "";
      this.name = "isoname";
      this.calendarSymbols = null;
      this.currencySymbols = null;
      this.datePatterns = null;
      this.dateTimeSymbols = null;
      this.numberPatterns = null;
      this.numberSymbols = null;
      this.timePatterns = null;
      this.typeFaces = null;
    }
  };
  var locale_set_LocaleSet = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "localeSet", true);
      this.locale = new XFAObjectArray();
    }
  };
  var Meridiem = class extends StringObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "meridiem");
    }
  };
  var MeridiemNames = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "meridiemNames", true);
      this.meridiem = new XFAObjectArray(2);
    }
  };
  var Month = class extends StringObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "month");
    }
  };
  var MonthNames = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "monthNames", true);
      this.abbr = getInteger({
        data: attributes.abbr,
        defaultValue: 0,
        validate: (x) => x === 1
      });
      this.month = new XFAObjectArray(12);
    }
  };
  var NumberPattern = class extends StringObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "numberPattern");
      this.name = getStringOption(attributes.name, ["full", "long", "med", "short"]);
    }
  };
  var NumberPatterns = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "numberPatterns", true);
      this.numberPattern = new XFAObjectArray(4);
    }
  };
  var NumberSymbol = class extends StringObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "numberSymbol");
      this.name = getStringOption(attributes.name, ["decimal", "grouping", "percent", "minus", "zero"]);
    }
  };
  var NumberSymbols = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "numberSymbols", true);
      this.numberSymbol = new XFAObjectArray(5);
    }
  };
  var TimePattern = class extends StringObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "timePattern");
      this.name = getStringOption(attributes.name, ["full", "long", "med", "short"]);
    }
  };
  var TimePatterns = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "timePatterns", true);
      this.timePattern = new XFAObjectArray(4);
    }
  };
  var TypeFace = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "typeFace", true);
      this.name = attributes.name | "";
    }
  };
  var TypeFaces = class extends XFAObject {
    constructor(attributes) {
      super(LOCALE_SET_NS_ID, "typeFaces", true);
      this.typeFace = new XFAObjectArray();
    }
  };
  var LocaleSetNamespace = class _LocaleSetNamespace {
    static [$buildXFAObject](name, attributes) {
      return Object.hasOwn(_LocaleSetNamespace, name) ? _LocaleSetNamespace[name](attributes) : void 0;
    }
    static calendarSymbols(attrs) {
      return new CalendarSymbols(attrs);
    }
    static currencySymbol(attrs) {
      return new CurrencySymbol(attrs);
    }
    static currencySymbols(attrs) {
      return new CurrencySymbols(attrs);
    }
    static datePattern(attrs) {
      return new DatePattern(attrs);
    }
    static datePatterns(attrs) {
      return new DatePatterns(attrs);
    }
    static dateTimeSymbols(attrs) {
      return new DateTimeSymbols(attrs);
    }
    static day(attrs) {
      return new Day(attrs);
    }
    static dayNames(attrs) {
      return new DayNames(attrs);
    }
    static era(attrs) {
      return new Era(attrs);
    }
    static eraNames(attrs) {
      return new EraNames(attrs);
    }
    static locale(attrs) {
      return new locale_set_Locale(attrs);
    }
    static localeSet(attrs) {
      return new locale_set_LocaleSet(attrs);
    }
    static meridiem(attrs) {
      return new Meridiem(attrs);
    }
    static meridiemNames(attrs) {
      return new MeridiemNames(attrs);
    }
    static month(attrs) {
      return new Month(attrs);
    }
    static monthNames(attrs) {
      return new MonthNames(attrs);
    }
    static numberPattern(attrs) {
      return new NumberPattern(attrs);
    }
    static numberPatterns(attrs) {
      return new NumberPatterns(attrs);
    }
    static numberSymbol(attrs) {
      return new NumberSymbol(attrs);
    }
    static numberSymbols(attrs) {
      return new NumberSymbols(attrs);
    }
    static timePattern(attrs) {
      return new TimePattern(attrs);
    }
    static timePatterns(attrs) {
      return new TimePatterns(attrs);
    }
    static typeFace(attrs) {
      return new TypeFace(attrs);
    }
    static typeFaces(attrs) {
      return new TypeFaces(attrs);
    }
  };
  var SIGNATURE_NS_ID = NamespaceIds.signature.id;
  var signature_Signature = class extends XFAObject {
    constructor(attributes) {
      super(SIGNATURE_NS_ID, "signature", true);
    }
  };
  var SignatureNamespace = class _SignatureNamespace {
    static [$buildXFAObject](name, attributes) {
      return Object.hasOwn(_SignatureNamespace, name) ? _SignatureNamespace[name](attributes) : void 0;
    }
    static signature(attributes) {
      return new signature_Signature(attributes);
    }
  };
  var STYLESHEET_NS_ID = NamespaceIds.stylesheet.id;
  var Stylesheet = class extends XFAObject {
    constructor(attributes) {
      super(STYLESHEET_NS_ID, "stylesheet", true);
    }
  };
  var StylesheetNamespace = class _StylesheetNamespace {
    static [$buildXFAObject](name, attributes) {
      return Object.hasOwn(_StylesheetNamespace, name) ? _StylesheetNamespace[name](attributes) : void 0;
    }
    static stylesheet(attributes) {
      return new Stylesheet(attributes);
    }
  };
  var XDP_NS_ID = NamespaceIds.xdp.id;
  var xdp_Xdp = class extends XFAObject {
    constructor(attributes) {
      super(XDP_NS_ID, "xdp", true);
      this.uuid = attributes.uuid || "";
      this.timeStamp = attributes.timeStamp || "";
      this.config = null;
      this.connectionSet = null;
      this.datasets = null;
      this.localeSet = null;
      this.stylesheet = new XFAObjectArray();
      this.template = null;
    }
    [$onChildCheck](child) {
      const ns2 = NamespaceIds[child[$nodeName]];
      return ns2 && child[$namespaceId] === ns2.id;
    }
  };
  var XdpNamespace = class _XdpNamespace {
    static [$buildXFAObject](name, attributes) {
      return Object.hasOwn(_XdpNamespace, name) ? _XdpNamespace[name](attributes) : void 0;
    }
    static xdp(attributes) {
      return new xdp_Xdp(attributes);
    }
  };
  var XHTML_NS_ID = NamespaceIds.xhtml.id;
  var $richText = Symbol();
  var VALID_STYLES = /* @__PURE__ */ new Set(["color", "font", "font-family", "font-size", "font-stretch", "font-style", "font-weight", "margin", "margin-bottom", "margin-left", "margin-right", "margin-top", "letter-spacing", "line-height", "orphans", "page-break-after", "page-break-before", "page-break-inside", "tab-interval", "tab-stop", "text-align", "text-decoration", "text-indent", "vertical-align", "widows", "kerning-mode", "xfa-font-horizontal-scale", "xfa-font-vertical-scale", "xfa-spacerun", "xfa-tab-stops"]);
  var StyleMapping = /* @__PURE__ */ new Map([["page-break-after", "breakAfter"], ["page-break-before", "breakBefore"], ["page-break-inside", "breakInside"], ["kerning-mode", (value) => value === "none" ? "none" : "normal"], ["xfa-font-horizontal-scale", (value) => `scaleX(${Math.max(0, parseInt(value, 10) / 100).toFixed(2)})`], ["xfa-font-vertical-scale", (value) => `scaleY(${Math.max(0, parseInt(value, 10) / 100).toFixed(2)})`], ["xfa-spacerun", ""], ["xfa-tab-stops", ""], ["font-size", (value, original) => {
    value = original.fontSize = Math.abs(getMeasurement(value));
    return measureToString(0.99 * value);
  }], ["letter-spacing", (value) => measureToString(getMeasurement(value))], ["line-height", (value) => measureToString(getMeasurement(value))], ["margin", (value) => measureToString(getMeasurement(value))], ["margin-bottom", (value) => measureToString(getMeasurement(value))], ["margin-left", (value) => measureToString(getMeasurement(value))], ["margin-right", (value) => measureToString(getMeasurement(value))], ["margin-top", (value) => measureToString(getMeasurement(value))], ["text-indent", (value) => measureToString(getMeasurement(value))], ["font-family", (value) => value], ["vertical-align", (value) => measureToString(getMeasurement(value))]]);
  var spacesRegExp = /\s+/g;
  var crlfRegExp = /[\r\n]+/g;
  var crlfForRichTextRegExp = /\r\n?/g;
  function mapStyle(styleStr, node2, richText) {
    const style = /* @__PURE__ */ Object.create(null);
    if (!styleStr) {
      return style;
    }
    const original = /* @__PURE__ */ Object.create(null);
    for (const [key2, value] of styleStr.split(";").map((s) => s.split(":", 2))) {
      const mapping = StyleMapping.get(key2);
      if (mapping === "") {
        continue;
      }
      let newValue = value;
      if (mapping) {
        newValue = typeof mapping === "string" ? mapping : mapping(value, original);
      }
      if (key2.endsWith("scale")) {
        style.transform = style.transform ? `${style[key2]} ${newValue}` : newValue;
      } else {
        style[key2.replaceAll(/-([a-z])/gi, (_, x) => x.toUpperCase())] = newValue;
      }
    }
    if (style.fontFamily) {
      setFontFamily({
        typeface: style.fontFamily,
        weight: style.fontWeight || "normal",
        posture: style.fontStyle || "normal",
        size: original.fontSize || 0
      }, node2, node2[$globalData].fontFinder, style);
    }
    if (richText && style.verticalAlign && style.verticalAlign !== "0px" && style.fontSize) {
      const SUB_SUPER_SCRIPT_FACTOR = 0.583;
      const VERTICAL_FACTOR = 0.333;
      const fontSize = getMeasurement(style.fontSize);
      style.fontSize = measureToString(fontSize * SUB_SUPER_SCRIPT_FACTOR);
      style.verticalAlign = measureToString(Math.sign(getMeasurement(style.verticalAlign)) * fontSize * VERTICAL_FACTOR);
    }
    if (richText && style.fontSize) {
      style.fontSize = `calc(${style.fontSize} * var(--total-scale-factor))`;
    }
    fixTextIndent(style);
    return style;
  }
  function checkStyle(node2) {
    if (!node2.style) {
      return "";
    }
    return node2.style.split(";").filter((s) => !!s.trim()).map((s) => s.split(":", 2).map((t) => t.trim())).filter(([key2, value]) => {
      if (key2 === "font-family") {
        node2[$globalData].usedTypefaces.add(value);
      }
      return VALID_STYLES.has(key2);
    }).map((kv) => kv.join(":")).join(";");
  }
  var NoWhites = /* @__PURE__ */ new Set(["body", "html"]);
  var XhtmlObject = class extends XmlObject {
    constructor(attributes, name) {
      super(XHTML_NS_ID, name);
      this[$richText] = false;
      this.style = attributes.style || "";
    }
    [$clean](builder) {
      super[$clean](builder);
      this.style = checkStyle(this);
    }
    [$acceptWhitespace]() {
      return !NoWhites.has(this[$nodeName]);
    }
    [$onText](str, richText = false) {
      if (!richText) {
        str = str.replaceAll(crlfRegExp, "");
        if (!this.style.includes("xfa-spacerun:yes")) {
          str = str.replaceAll(spacesRegExp, " ");
        }
      } else {
        this[$richText] = true;
      }
      if (str) {
        this[$content] += str;
      }
    }
    [$pushGlyphs](measure, mustPop = true) {
      const xfaFont = /* @__PURE__ */ Object.create(null);
      const margin = {
        top: NaN,
        bottom: NaN,
        left: NaN,
        right: NaN
      };
      let lineHeight = null;
      for (const [key2, value] of this.style.split(";").map((s) => s.split(":", 2))) {
        switch (key2) {
          case "font-family":
            xfaFont.typeface = stripQuotes(value);
            break;
          case "font-size":
            xfaFont.size = getMeasurement(value);
            break;
          case "font-weight":
            xfaFont.weight = value;
            break;
          case "font-style":
            xfaFont.posture = value;
            break;
          case "letter-spacing":
            xfaFont.letterSpacing = getMeasurement(value);
            break;
          case "margin":
            const values3 = value.split(/ \t/).map(getMeasurement);
            switch (values3.length) {
              case 1:
                margin.top = margin.bottom = margin.left = margin.right = values3[0];
                break;
              case 2:
                margin.top = margin.bottom = values3[0];
                margin.left = margin.right = values3[1];
                break;
              case 3:
                margin.top = values3[0];
                margin.bottom = values3[2];
                margin.left = margin.right = values3[1];
                break;
              case 4:
                margin.top = values3[0];
                margin.left = values3[1];
                margin.bottom = values3[2];
                margin.right = values3[3];
                break;
            }
            break;
          case "margin-top":
            margin.top = getMeasurement(value);
            break;
          case "margin-bottom":
            margin.bottom = getMeasurement(value);
            break;
          case "margin-left":
            margin.left = getMeasurement(value);
            break;
          case "margin-right":
            margin.right = getMeasurement(value);
            break;
          case "line-height":
            lineHeight = getMeasurement(value);
            break;
        }
      }
      measure.pushData(xfaFont, margin, lineHeight);
      if (this[$content]) {
        measure.addString(this[$content]);
      } else {
        for (const child of this[$getChildren]()) {
          if (child[$nodeName] === "#text") {
            measure.addString(child[$content]);
            continue;
          }
          child[$pushGlyphs](measure);
        }
      }
      if (mustPop) {
        measure.popFont();
      }
    }
    [$toHTML](availableSpace) {
      const children = [];
      this[$extra] = {
        children
      };
      this[$childrenToHTML]({});
      if (children.length === 0 && !this[$content]) {
        return HTMLResult.EMPTY;
      }
      let value;
      if (this[$richText]) {
        value = this[$content] ? this[$content].replaceAll(crlfForRichTextRegExp, "\n") : void 0;
      } else {
        value = this[$content] || void 0;
      }
      return HTMLResult.success({
        name: this[$nodeName],
        attributes: {
          href: this.href,
          style: mapStyle(this.style, this, this[$richText])
        },
        children,
        value
      });
    }
  };
  var xhtml_A = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "a");
      this.href = fixURL(attributes.href) || "";
    }
  };
  var B = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "b");
    }
    [$pushGlyphs](measure) {
      measure.pushFont({
        weight: "bold"
      });
      super[$pushGlyphs](measure);
      measure.popFont();
    }
  };
  var Body = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "body");
    }
    [$toHTML](availableSpace) {
      const res = super[$toHTML](availableSpace);
      const {
        html
      } = res;
      if (!html) {
        return HTMLResult.EMPTY;
      }
      html.name = "div";
      html.attributes.class = ["xfaRich"];
      return res;
    }
  };
  var Br = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "br");
    }
    [$text]() {
      return "\n";
    }
    [$pushGlyphs](measure) {
      measure.addString("\n");
    }
    [$toHTML](availableSpace) {
      return HTMLResult.success({
        name: "br"
      });
    }
  };
  var Html = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "html");
    }
    [$toHTML](availableSpace) {
      const children = [];
      this[$extra] = {
        children
      };
      this[$childrenToHTML]({});
      if (children.length === 0) {
        return HTMLResult.success({
          name: "div",
          attributes: {
            class: ["xfaRich"],
            style: {}
          },
          value: this[$content] || ""
        });
      }
      if (children.length === 1) {
        const child = children[0];
        if (child.attributes?.class.includes("xfaRich")) {
          return HTMLResult.success(child);
        }
      }
      return HTMLResult.success({
        name: "div",
        attributes: {
          class: ["xfaRich"],
          style: {}
        },
        children
      });
    }
  };
  var I = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "i");
    }
    [$pushGlyphs](measure) {
      measure.pushFont({
        posture: "italic"
      });
      super[$pushGlyphs](measure);
      measure.popFont();
    }
  };
  var Li = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "li");
    }
  };
  var Ol = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "ol");
    }
  };
  var xhtml_P = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "p");
    }
    [$pushGlyphs](measure) {
      super[$pushGlyphs](measure, false);
      measure.addString("\n");
      measure.addPara();
      measure.popFont();
    }
    [$text]() {
      const siblings = this[$getParent]()[$getChildren]();
      return siblings.at(-1) === this ? super[$text]() : super[$text]() + "\n";
    }
  };
  var Span = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "span");
    }
  };
  var Sub = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "sub");
    }
  };
  var Sup = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "sup");
    }
  };
  var Ul = class extends XhtmlObject {
    constructor(attributes) {
      super(attributes, "ul");
    }
  };
  var XhtmlNamespace = class _XhtmlNamespace {
    static [$buildXFAObject](name, attributes) {
      return Object.hasOwn(_XhtmlNamespace, name) ? _XhtmlNamespace[name](attributes) : void 0;
    }
    static a(attributes) {
      return new xhtml_A(attributes);
    }
    static b(attributes) {
      return new B(attributes);
    }
    static body(attributes) {
      return new Body(attributes);
    }
    static br(attributes) {
      return new Br(attributes);
    }
    static html(attributes) {
      return new Html(attributes);
    }
    static i(attributes) {
      return new I(attributes);
    }
    static li(attributes) {
      return new Li(attributes);
    }
    static ol(attributes) {
      return new Ol(attributes);
    }
    static p(attributes) {
      return new xhtml_P(attributes);
    }
    static span(attributes) {
      return new Span(attributes);
    }
    static sub(attributes) {
      return new Sub(attributes);
    }
    static sup(attributes) {
      return new Sup(attributes);
    }
    static ul(attributes) {
      return new Ul(attributes);
    }
  };
  var NamespaceSetUp = {
    config: ConfigNamespace,
    connection: ConnectionSetNamespace,
    datasets: DatasetsNamespace,
    localeSet: LocaleSetNamespace,
    signature: SignatureNamespace,
    stylesheet: StylesheetNamespace,
    template: TemplateNamespace,
    xdp: XdpNamespace,
    xhtml: XhtmlNamespace
  };
  var UnknownNamespace = class {
    constructor(nsId) {
      this.namespaceId = nsId;
    }
    [$buildXFAObject](name, attributes) {
      return new XmlObject(this.namespaceId, name, attributes);
    }
  };
  var Root = class extends XFAObject {
    constructor(ids) {
      super(-1, "root", /* @__PURE__ */ Object.create(null));
      this.element = null;
      this[$ids] = ids;
    }
    [$onChild](child) {
      this.element = child;
      return true;
    }
    [$finalize]() {
      super[$finalize]();
      if (this.element.template instanceof Template) {
        this[$ids].set($root, this.element);
        this.element.template[$resolvePrototypes](this[$ids]);
        this.element.template[$ids] = this[$ids];
      }
    }
  };
  var Empty = class extends XFAObject {
    constructor() {
      super(-1, "", /* @__PURE__ */ Object.create(null));
    }
    [$onChild](_) {
      return false;
    }
  };
  var Builder = class {
    constructor(rootNameSpace = null) {
      this._namespaceStack = [];
      this._nsAgnosticLevel = 0;
      this._namespacePrefixes = /* @__PURE__ */ new Map();
      this._namespaces = /* @__PURE__ */ new Map();
      this._nextNsId = Math.max(...Object.values(NamespaceIds).map(({
        id
      }) => id));
      this._currentNamespace = rootNameSpace || new UnknownNamespace(++this._nextNsId);
    }
    buildRoot(ids) {
      return new Root(ids);
    }
    build({
      nsPrefix,
      name,
      attributes,
      namespace,
      prefixes
    }) {
      const hasNamespaceDef = namespace !== null;
      if (hasNamespaceDef) {
        this._namespaceStack.push(this._currentNamespace);
        this._currentNamespace = this._searchNamespace(namespace);
      }
      if (prefixes) {
        this._addNamespacePrefix(prefixes);
      }
      if (Object.hasOwn(attributes, $nsAttributes)) {
        const dataTemplate = NamespaceSetUp.datasets;
        const nsAttrs = attributes[$nsAttributes];
        let xfaAttrs = null;
        for (const [ns2, attrs] of Object.entries(nsAttrs)) {
          const nsToUse = this._getNamespaceToUse(ns2);
          if (nsToUse === dataTemplate) {
            xfaAttrs = {
              xfa: attrs
            };
            break;
          }
        }
        if (xfaAttrs) {
          attributes[$nsAttributes] = xfaAttrs;
        } else {
          delete attributes[$nsAttributes];
        }
      }
      const namespaceToUse = this._getNamespaceToUse(nsPrefix);
      const node2 = namespaceToUse?.[$buildXFAObject](name, attributes) || new Empty();
      if (node2[$isNsAgnostic]()) {
        this._nsAgnosticLevel++;
      }
      if (hasNamespaceDef || prefixes || node2[$isNsAgnostic]()) {
        node2[$cleanup] = {
          hasNamespace: hasNamespaceDef,
          prefixes,
          nsAgnostic: node2[$isNsAgnostic]()
        };
      }
      return node2;
    }
    isNsAgnostic() {
      return this._nsAgnosticLevel > 0;
    }
    _searchNamespace(nsName) {
      let ns2 = this._namespaces.get(nsName);
      if (ns2) {
        return ns2;
      }
      for (const [name, {
        check
      }] of Object.entries(NamespaceIds)) {
        if (check(nsName)) {
          ns2 = NamespaceSetUp[name];
          if (ns2) {
            this._namespaces.set(nsName, ns2);
            return ns2;
          }
          break;
        }
      }
      ns2 = new UnknownNamespace(++this._nextNsId);
      this._namespaces.set(nsName, ns2);
      return ns2;
    }
    _addNamespacePrefix(prefixes) {
      for (const {
        prefix,
        value
      } of prefixes) {
        const namespace = this._searchNamespace(value);
        this._namespacePrefixes.getOrInsertComputed(prefix, makeArr2).push(namespace);
      }
    }
    _getNamespaceToUse(prefix) {
      if (!prefix) {
        return this._currentNamespace;
      }
      const prefixStack = this._namespacePrefixes.get(prefix);
      if (prefixStack?.length > 0) {
        return prefixStack.at(-1);
      }
      warn2(`Unknown namespace prefix: ${prefix}.`);
      return null;
    }
    clean(data) {
      const {
        hasNamespace,
        prefixes,
        nsAgnostic
      } = data;
      if (hasNamespace) {
        this._currentNamespace = this._namespaceStack.pop();
      }
      prefixes?.forEach(({
        prefix
      }) => {
        this._namespacePrefixes.get(prefix).pop();
      });
      if (nsAgnostic) {
        this._nsAgnosticLevel--;
      }
    }
  };
  var XFAParser = class _XFAParser extends XMLParserBase {
    constructor(rootNameSpace = null, richText = false) {
      super();
      this._builder = new Builder(rootNameSpace);
      this._stack = [];
      this._globalData = {
        usedTypefaces: /* @__PURE__ */ new Set()
      };
      this._ids = /* @__PURE__ */ new Map();
      this._current = this._builder.buildRoot(this._ids);
      this._errorCode = XMLParserErrorCode.NoError;
      this._whiteRegex = /^\s+$/;
      this._nbsps = /\xa0+/g;
      this._richText = richText;
    }
    parse(data) {
      this.parseXml(data);
      if (this._errorCode !== XMLParserErrorCode.NoError) {
        return void 0;
      }
      this._current[$finalize]();
      return this._current.element;
    }
    onText(text2) {
      text2 = text2.replace(this._nbsps, (match) => match.slice(1) + " ");
      if (this._richText || this._current[$acceptWhitespace]()) {
        this._current[$onText](text2, this._richText);
        return;
      }
      if (this._whiteRegex.test(text2)) {
        return;
      }
      this._current[$onText](text2.trim());
    }
    onCdata(text2) {
      this._current[$onText](text2);
    }
    _mkAttributes(attributes, tagName) {
      let namespace = null;
      let prefixes = null;
      const attributeObj = /* @__PURE__ */ Object.create({});
      for (const {
        name,
        value
      } of attributes) {
        if (name === "xmlns") {
          if (!namespace) {
            namespace = value;
          } else {
            warn2(`XFA - multiple namespace definition in <${tagName}>`);
          }
        } else if (name.startsWith("xmlns:")) {
          const prefix = name.substring("xmlns:".length);
          prefixes ??= [];
          prefixes.push({
            prefix,
            value
          });
        } else {
          const i = name.indexOf(":");
          if (i === -1) {
            attributeObj[name] = value;
          } else {
            const nsAttrs = attributeObj[$nsAttributes] ??= /* @__PURE__ */ Object.create(null);
            const [ns2, attrName] = [name.slice(0, i), name.slice(i + 1)];
            const attrs = nsAttrs[ns2] ||= /* @__PURE__ */ Object.create(null);
            attrs[attrName] = value;
          }
        }
      }
      return [namespace, prefixes, attributeObj];
    }
    _getNameAndPrefix(name, nsAgnostic) {
      const i = name.indexOf(":");
      if (i === -1) {
        return [name, null];
      }
      return [name.substring(i + 1), nsAgnostic ? "" : name.substring(0, i)];
    }
    onBeginElement(tagName, attributes, isEmpty) {
      const [namespace, prefixes, attributesObj] = this._mkAttributes(attributes, tagName);
      const [name, nsPrefix] = this._getNameAndPrefix(tagName, this._builder.isNsAgnostic());
      const node2 = this._builder.build({
        nsPrefix,
        name,
        attributes: attributesObj,
        namespace,
        prefixes
      });
      node2[$globalData] = this._globalData;
      if (isEmpty) {
        node2[$finalize]();
        if (this._current[$onChild](node2)) {
          node2[$setId](this._ids);
        }
        node2[$clean](this._builder);
        return;
      }
      this._stack.push(this._current);
      this._current = node2;
    }
    onEndElement(name) {
      const node2 = this._current;
      if (node2[$isCDATAXml]() && typeof node2[$content] === "string") {
        const parser = new _XFAParser();
        parser._globalData = this._globalData;
        const root = parser.parse(node2[$content]);
        node2[$content] = null;
        node2[$onChild](root);
      }
      node2[$finalize]();
      this._current = this._stack.pop();
      if (this._current[$onChild](node2)) {
        node2[$setId](this._ids);
      }
      node2[$clean](this._builder);
    }
    onError(code) {
      this._errorCode = code;
    }
  };
  var XFAFactory = class _XFAFactory {
    constructor(data) {
      try {
        this.root = new XFAParser().parse(_XFAFactory._createDocument(data));
        const binder = new Binder(this.root);
        this.form = binder.bind();
        this.dataHandler = new DataHandler(this.root, binder.getData());
        this.form[$globalData].template = this.form;
      } catch (e) {
        warn2(`XFA - an error occurred during parsing and binding: ${e}`);
      }
    }
    isValid() {
      return !!(this.root && this.form);
    }
    _createPagesHelper() {
      const iterator = this.form[$toPages]();
      return new Promise((resolve, reject) => {
        const nextIteration = () => {
          try {
            const value = iterator.next();
            if (value.done) {
              resolve(value.value);
            } else {
              setTimeout(nextIteration, 0);
            }
          } catch (e) {
            reject(e);
          }
        };
        setTimeout(nextIteration, 0);
      });
    }
    async _createPages() {
      try {
        this.pages = await this._createPagesHelper();
        this.dims = this.pages.children.map((c) => {
          const {
            width,
            height
          } = c.attributes.style;
          return [0, 0, parseInt(width, 10), parseInt(height, 10)];
        });
      } catch (e) {
        warn2(`XFA - an error occurred during layout: ${e}`);
      }
    }
    getBoundingBox(pageIndex) {
      return this.dims[pageIndex];
    }
    async getNumPages() {
      if (!this.pages) {
        await this._createPages();
      }
      return this.dims.length;
    }
    setImages(images) {
      this.form[$globalData].images = images;
    }
    setFonts(fonts) {
      this.form[$globalData].fontFinder = new FontFinder(fonts);
      const missingFonts = [];
      for (let typeface of this.form[$globalData].usedTypefaces) {
        typeface = stripQuotes(typeface);
        const font = this.form[$globalData].fontFinder.find(typeface);
        if (!font) {
          missingFonts.push(typeface);
        }
      }
      return missingFonts.length > 0 ? missingFonts : null;
    }
    appendFonts(fonts, reallyMissingFonts) {
      this.form[$globalData].fontFinder.add(fonts, reallyMissingFonts);
    }
    async getPages() {
      if (!this.pages) {
        await this._createPages();
      }
      const pages = this.pages;
      this.pages = null;
      return pages;
    }
    serializeData(storage) {
      return this.dataHandler.serialize(storage);
    }
    static _createDocument(data) {
      return !data.get("/xdp:xdp") ? data.get("xdp:xdp") : data.values().join("");
    }
    static getRichTextAsHtml(rc) {
      if (!rc || typeof rc !== "string") {
        return null;
      }
      try {
        let root = new XFAParser(XhtmlNamespace, true).parse(rc);
        if (!["body", "xhtml"].includes(root[$nodeName])) {
          const newRoot = XhtmlNamespace.body({});
          newRoot[$appendChild](root);
          root = newRoot;
        }
        const result = root[$toHTML]();
        if (!result.success) {
          return null;
        }
        const {
          html
        } = result;
        const {
          attributes
        } = html;
        if (attributes) {
          attributes.class &&= attributes.class.filter((attr) => !attr.startsWith("xfa"));
          attributes.dir = "auto";
        }
        return {
          html,
          str: root[$text]()
        };
      } catch (e) {
        warn2(`XFA - an error occurred during parsing of rich text: ${e}`);
      }
      return null;
    }
  };
  var AnnotationFactory = class {
    static createGlobals(pdfManager) {
      return Promise.all([pdfManager.ensureCatalog("acroForm"), pdfManager.ensureDoc("xfaDatasets"), pdfManager.ensureCatalog("structTreeRoot"), pdfManager.ensureCatalog("baseUrl"), pdfManager.ensureCatalog("attachments"), pdfManager.ensureCatalog("globalColorSpaceCache")]).then(([acroForm, xfaDatasets, structTreeRoot, baseUrl, attachments, globalColorSpaceCache]) => ({
        pdfManager,
        catalog: pdfManager.pdfDocument.catalog,
        acroForm: acroForm instanceof Dict ? acroForm : Dict.empty,
        xfaDatasets,
        structTreeRoot,
        baseUrl,
        attachments,
        globalColorSpaceCache
      }), (reason) => {
        warn2(`createGlobals: "${reason}".`);
        return null;
      });
    }
    static async create(xref, ref, annotationGlobals, idFactory, collectFields, orphanFields, collectByType, pageRef) {
      const pageIndex = collectFields ? await this._getPageIndex(xref, ref, annotationGlobals.pdfManager) : null;
      return annotationGlobals.pdfManager.ensure(this, "_create", [xref, ref, annotationGlobals, idFactory, collectFields, orphanFields, collectByType, pageIndex, pageRef]);
    }
    static _create(xref, ref, annotationGlobals, idFactory, collectFields = false, orphanFields = null, collectByType = null, pageIndex = null, pageRef = null) {
      const dict = xref.fetchIfRef(ref);
      if (!(dict instanceof Dict)) {
        return void 0;
      }
      let subtype = dict.get("Subtype");
      subtype = subtype instanceof Name ? subtype.name : null;
      if (collectByType && !collectByType.has(AnnotationType2[subtype?.toUpperCase()])) {
        return null;
      }
      const {
        acroForm,
        pdfManager
      } = annotationGlobals;
      const id = ref instanceof Ref ? ref.toString() : `annot_${idFactory.createObjId()}`;
      const parameters2 = {
        xref,
        ref,
        dict,
        subtype,
        id,
        annotationGlobals,
        collectFields,
        orphanFields,
        needAppearances: !collectFields && acroForm.get("NeedAppearances") === true,
        pageIndex,
        evaluatorOptions: pdfManager.evaluatorOptions,
        pageRef
      };
      switch (subtype) {
        case "Link":
          return new LinkAnnotation(parameters2);
        case "Text":
          return new TextAnnotation(parameters2);
        case "Widget":
          let fieldType = getInheritableProperty({
            dict,
            key: "FT"
          });
          fieldType = fieldType instanceof Name ? fieldType.name : null;
          switch (fieldType) {
            case "Tx":
              return new TextWidgetAnnotation(parameters2);
            case "Btn":
              return new ButtonWidgetAnnotation(parameters2);
            case "Ch":
              return new ChoiceWidgetAnnotation(parameters2);
            case "Sig":
              return new SignatureWidgetAnnotation(parameters2);
          }
          warn2(`Unimplemented widget field type "${fieldType}", falling back to base field type.`);
          return new WidgetAnnotation(parameters2);
        case "Popup":
          return new PopupAnnotation(parameters2);
        case "FreeText":
          return new FreeTextAnnotation(parameters2);
        case "Line":
          return new LineAnnotation(parameters2);
        case "Square":
          return new SquareAnnotation(parameters2);
        case "Circle":
          return new CircleAnnotation(parameters2);
        case "PolyLine":
          return new PolylineAnnotation(parameters2);
        case "Polygon":
          return new PolygonAnnotation(parameters2);
        case "Caret":
          return new CaretAnnotation(parameters2);
        case "Ink":
          return new InkAnnotation(parameters2);
        case "Highlight":
          return new HighlightAnnotation(parameters2);
        case "Underline":
          return new UnderlineAnnotation(parameters2);
        case "Squiggly":
          return new SquigglyAnnotation(parameters2);
        case "StrikeOut":
          return new StrikeOutAnnotation(parameters2);
        case "Stamp":
          return new StampAnnotation(parameters2);
        case "FileAttachment":
          return new FileAttachmentAnnotation(parameters2);
        case "RichMedia":
          return new RichMediaAnnotation(parameters2);
        case "Screen":
          return new ScreenAnnotation(parameters2);
        case "Sound":
          return new SoundAnnotation(parameters2);
        default:
          if (!collectFields) {
            if (!subtype) {
              warn2("Annotation is missing the required /Subtype.");
            } else {
              warn2(`Unimplemented annotation type "${subtype}", falling back to base annotation.`);
            }
          }
          return new Annotation(parameters2);
      }
    }
    static async _getPageIndex(xref, ref, pdfManager) {
      try {
        const annotDict = await xref.fetchIfRefAsync(ref);
        if (!(annotDict instanceof Dict)) {
          return -1;
        }
        const pageRef = annotDict.getRaw("P");
        if (pageRef instanceof Ref) {
          try {
            return await pdfManager.ensureCatalog("getPageIndex", [pageRef]);
          } catch (ex) {
            info2(`_getPageIndex -- not a valid page reference: "${ex}".`);
          }
        }
        if (annotDict.has("Kids")) {
          return -1;
        }
        const numPages = await pdfManager.ensureDoc("numPages");
        for (let pageIndex = 0; pageIndex < numPages; pageIndex++) {
          const page = await pdfManager.getPage(pageIndex);
          const annotations = await pdfManager.ensure(page, "annotations");
          for (const annotRef of annotations) {
            if (annotRef instanceof Ref && isRefsEqual(annotRef, ref)) {
              return pageIndex;
            }
          }
        }
      } catch (ex) {
        warn2(`_getPageIndex: "${ex}".`);
      }
      return -1;
    }
    static generateImages(annotations, xref, isOffscreenCanvasSupported) {
      if (!isOffscreenCanvasSupported) {
        warn2("generateImages: OffscreenCanvas is not supported, cannot save or print some annotations with images.");
        return null;
      }
      let imagePromises;
      for (const {
        bitmapId,
        bitmap
      } of annotations) {
        if (!bitmap) {
          continue;
        }
        imagePromises ||= /* @__PURE__ */ new Map();
        imagePromises.set(bitmapId, createImage(bitmap, xref));
      }
      return imagePromises;
    }
    static getPrintData(annotation) {
      throw new Error("Not implemented: getPrintData");
    }
    static async saveNewAnnotations(evaluator, xref, task, annotations, imagePromises, changes) {
      let baseFontRef;
      const promises = [];
      const {
        isOffscreenCanvasSupported
      } = evaluator.options;
      for (const annotation of annotations) {
        if (annotation.deleted) {
          continue;
        }
        switch (annotation.annotationType) {
          case AnnotationEditorType2.FREETEXT:
            if (!annotation.appearanceRef && !baseFontRef) {
              const baseFont = new Dict(xref);
              baseFont.setIfName("BaseFont", "Helvetica");
              baseFont.setIfName("Type", "Font");
              baseFont.setIfName("Subtype", "Type1");
              baseFont.setIfName("Encoding", "WinAnsiEncoding");
              baseFontRef = xref.getNewTemporaryRef();
              changes.put(baseFontRef, {
                data: baseFont
              });
            }
            promises.push(FreeTextAnnotation.createNewAnnotation(xref, annotation, changes, {
              evaluator,
              task,
              baseFontRef
            }));
            break;
          case AnnotationEditorType2.HIGHLIGHT:
            if (annotation.quadPoints) {
              promises.push(HighlightAnnotation.createNewAnnotation(xref, annotation, changes));
            } else {
              promises.push(InkAnnotation.createNewAnnotation(xref, annotation, changes));
            }
            break;
          case AnnotationEditorType2.INK:
            promises.push(InkAnnotation.createNewAnnotation(xref, annotation, changes));
            break;
          case AnnotationEditorType2.STAMP:
            const image = isOffscreenCanvasSupported ? await imagePromises?.get(annotation.bitmapId) : null;
            if (image?.imageStream) {
              const {
                imageStream,
                smaskStream
              } = image;
              if (smaskStream) {
                const smaskRef = xref.getNewTemporaryRef();
                changes.put(smaskRef, {
                  data: smaskStream
                });
                imageStream.dict.set("SMask", smaskRef);
              }
              const imageRef = image.imageRef = xref.getNewTemporaryRef();
              changes.put(imageRef, {
                data: imageStream
              });
              image.imageStream = null;
              image.imageRenderStream = null;
              image.smaskStream = null;
              image.smaskRenderStream = null;
            }
            promises.push(StampAnnotation.createNewAnnotation(xref, annotation, changes, {
              image
            }));
            break;
          case AnnotationEditorType2.SIGNATURE:
            promises.push(StampAnnotation.createNewAnnotation(xref, annotation, changes, {}));
            break;
        }
      }
      return {
        annotations: (await Promise.all(promises)).flat()
      };
    }
    static async printNewAnnotations(annotationGlobals, evaluator, task, annotations, imagePromises) {
      if (!annotations) {
        return null;
      }
      const {
        options: options2,
        xref
      } = evaluator;
      const promises = [];
      for (const annotation of annotations) {
        if (annotation.deleted) {
          continue;
        }
        switch (annotation.annotationType) {
          case AnnotationEditorType2.FREETEXT:
            promises.push(FreeTextAnnotation.createNewPrintAnnotation(annotationGlobals, xref, annotation, {
              evaluator,
              task,
              evaluatorOptions: options2
            }));
            break;
          case AnnotationEditorType2.HIGHLIGHT:
            if (annotation.quadPoints) {
              promises.push(HighlightAnnotation.createNewPrintAnnotation(annotationGlobals, xref, annotation, {
                evaluatorOptions: options2
              }));
            } else {
              promises.push(InkAnnotation.createNewPrintAnnotation(annotationGlobals, xref, annotation, {
                evaluatorOptions: options2
              }));
            }
            break;
          case AnnotationEditorType2.INK:
            promises.push(InkAnnotation.createNewPrintAnnotation(annotationGlobals, xref, annotation, {
              evaluatorOptions: options2
            }));
            break;
          case AnnotationEditorType2.STAMP:
            const image = options2.isOffscreenCanvasSupported ? await imagePromises?.get(annotation.bitmapId) : null;
            if (image?.imageStream) {
              const {
                imageStream,
                imageRenderStream,
                smaskStream,
                smaskRenderStream
              } = image;
              const imageRef = imageRenderStream || new JpegStream(imageStream, imageStream.length);
              if (smaskStream || smaskRenderStream) {
                imageRef.dict.set("SMask", smaskRenderStream || smaskStream);
              }
              image.imageRef = imageRef;
              image.imageStream = null;
              image.imageRenderStream = null;
              image.smaskStream = null;
              image.smaskRenderStream = null;
            }
            promises.push(StampAnnotation.createNewPrintAnnotation(annotationGlobals, xref, annotation, {
              image,
              evaluatorOptions: options2
            }));
            break;
          case AnnotationEditorType2.SIGNATURE:
            promises.push(StampAnnotation.createNewPrintAnnotation(annotationGlobals, xref, annotation, {
              evaluatorOptions: options2
            }));
            break;
        }
      }
      return Promise.all(promises);
    }
  };
  function getRgbColor(color2, defaultColor = new Uint8ClampedArray(3)) {
    if (!Array.isArray(color2)) {
      return defaultColor;
    }
    const rgbColor = defaultColor || new Uint8ClampedArray(3);
    switch (color2.length) {
      case 0:
        return null;
      case 1:
        ColorSpaceUtils.gray.getRgbItem(color2, 0, rgbColor, 0);
        return rgbColor;
      case 3:
        ColorSpaceUtils.rgb.getRgbItem(color2, 0, rgbColor, 0);
        return rgbColor;
      case 4:
        ColorSpaceUtils.cmyk.getRgbItem(color2, 0, rgbColor, 0);
        return rgbColor;
      default:
        return defaultColor;
    }
  }
  function getPdfColorArray(color2, defaultValue = null) {
    return color2 && Array.from(color2, (c) => c / 255) || defaultValue;
  }
  function getQuadPoints(dict, rect2) {
    const quadPoints = dict.getArray("QuadPoints");
    if (!isNumberArray(quadPoints, null) || quadPoints.length === 0 || quadPoints.length % 8 > 0) {
      return null;
    }
    const newQuadPoints = new Float32Array(quadPoints.length);
    for (let i = 0, ii = quadPoints.length; i < ii; i += 8) {
      const [x1, y1, x2, y2, x3, y3, x4, y4] = quadPoints.slice(i, i + 8);
      const minX = Math.min(x1, x2, x3, x4);
      const maxX = Math.max(x1, x2, x3, x4);
      const minY = Math.min(y1, y2, y3, y4);
      const maxY = Math.max(y1, y2, y3, y4);
      if (rect2 !== null && (minX < rect2[0] || maxX > rect2[2] || minY < rect2[1] || maxY > rect2[3])) {
        return null;
      }
      newQuadPoints.set([minX, maxY, maxX, maxY, minX, minY, maxX, minY], i);
    }
    return newQuadPoints;
  }
  function getTransformMatrix(rect2, bbox, matrix) {
    const minMax = F32_BBOX_INIT2.slice();
    Util2.axialAlignedBoundingBox(bbox, matrix, minMax);
    const [minX, minY, maxX, maxY] = minMax;
    if (minX === maxX || minY === maxY) {
      return [1, 0, 0, 1, rect2[0], rect2[1]];
    }
    const xRatio = (rect2[2] - rect2[0]) / (maxX - minX);
    const yRatio = (rect2[3] - rect2[1]) / (maxY - minY);
    return [xRatio, 0, 0, yRatio, rect2[0] - minX * xRatio, rect2[1] - minY * yRatio];
  }
  function writeLineToCurveToAppearance(data, buffer, maybeClose = false) {
    buffer.push(`${core_utils_numberToString(data[4])} ${core_utils_numberToString(data[5])} m`);
    for (let i = 6, ii = data.length; i < ii; i += 6) {
      if (isNaN(data[i])) {
        buffer.push(`${core_utils_numberToString(data[i + 4])} ${core_utils_numberToString(data[i + 5])} l`);
      } else {
        const curve = data.slice(i, i + 6);
        buffer.push(`${curve.map(core_utils_numberToString).join(" ")} c`);
      }
    }
    if (maybeClose && data.length === 6) {
      buffer.push(`${core_utils_numberToString(data[4])} ${core_utils_numberToString(data[5])} l`);
    }
  }
  var Annotation = class {
    appearance = null;
    _oc = void 0;
    constructor(params) {
      const {
        annotationGlobals,
        dict,
        orphanFields,
        ref,
        subtype,
        xref
      } = params;
      const parentRef = orphanFields?.get(ref);
      if (parentRef) {
        dict.set("Parent", parentRef);
      }
      this.setTitle(dict.get("T"));
      this.setContents(dict.get("Contents"));
      this.setModificationDate(dict.get("M"));
      this.setFlags(dict.get("F"));
      this.setRectangle(dict.getArray("Rect"));
      this.setColor(dict.getArray("C"));
      this.setBorderStyle(dict);
      this.setAppearance(dict);
      this.#setOptionalContent(xref, dict);
      const MK = dict.get("MK");
      this.setBorderAndBackgroundColors(MK);
      this.setRotation(MK, dict);
      this.ref = params.ref instanceof Ref ? params.ref : null;
      this._streams = [];
      if (this.appearance) {
        this._streams.push(this.appearance);
      }
      const isLocked = !!(this.flags & AnnotationFlag.LOCKED);
      const isContentLocked = !!(this.flags & AnnotationFlag.LOCKEDCONTENTS);
      this.data = {
        annotationType: AnnotationType2[subtype?.toUpperCase()],
        annotationFlags: this.flags,
        borderStyle: this.borderStyle,
        color: this.color,
        backgroundColor: this.backgroundColor,
        borderColor: this.borderColor,
        rotation: this.rotation,
        contentsObj: this._contents,
        hasAppearance: !!this.appearance,
        id: params.id,
        modificationDate: this.modificationDate,
        oc: this._oc,
        rect: this.rectangle,
        subtype,
        hasOwnCanvas: false,
        noRotate: !!(this.flags & AnnotationFlag.NOROTATE),
        noHTML: isLocked && isContentLocked,
        isEditable: false,
        structParent: -1
      };
      if (annotationGlobals.structTreeRoot) {
        let structParent = dict.get("StructParent");
        this.data.structParent = structParent = Number.isInteger(structParent) && structParent >= 0 ? structParent : -1;
        annotationGlobals.structTreeRoot.addAnnotationIdToPage(params.pageRef, structParent, this.ref);
      }
      if (params.collectFields) {
        const kids = dict.get("Kids");
        if (Array.isArray(kids)) {
          const kidIds = [];
          for (const kid of kids) {
            if (kid instanceof Ref) {
              kidIds.push(kid.toString());
            }
          }
          if (kidIds.length !== 0) {
            this.data.kidIds = kidIds;
          }
        }
        this.data.actions = collectActions(xref, dict, AnnotationActionEventType);
        this.data.fieldName = this._constructFieldName(dict);
        this.data.pageIndex = params.pageIndex;
      }
      const it = dict.get("IT");
      if (it instanceof Name) {
        this.data.it = it.name;
      }
      this._isOffscreenCanvasSupported = params.evaluatorOptions.isOffscreenCanvasSupported;
      this._fallbackFontDict = null;
      this._needAppearances = false;
    }
    _getOperatorListNoAppearance() {
      return {
        opList: new OperatorList(),
        separateForm: false,
        separateCanvas: false
      };
    }
    _hasFlag(flags, flag3) {
      return !!(flags & flag3);
    }
    _buildFlags(noView, noPrint) {
      let {
        flags
      } = this;
      if (noView === void 0) {
        if (noPrint === void 0) {
          return void 0;
        }
        return noPrint ? flags & ~AnnotationFlag.PRINT : flags & ~AnnotationFlag.HIDDEN | AnnotationFlag.PRINT;
      }
      if (noView) {
        flags |= AnnotationFlag.PRINT;
        if (noPrint) {
          return flags & ~AnnotationFlag.NOVIEW | AnnotationFlag.HIDDEN;
        }
        return flags & ~AnnotationFlag.HIDDEN | AnnotationFlag.NOVIEW;
      }
      flags &= ~(AnnotationFlag.HIDDEN | AnnotationFlag.NOVIEW);
      if (noPrint) {
        return flags & ~AnnotationFlag.PRINT;
      }
      return flags | AnnotationFlag.PRINT;
    }
    _isViewable(flags) {
      return !this._hasFlag(flags, AnnotationFlag.INVISIBLE) && !this._hasFlag(flags, AnnotationFlag.NOVIEW);
    }
    _isPrintable(flags) {
      return this._hasFlag(flags, AnnotationFlag.PRINT) && !this._hasFlag(flags, AnnotationFlag.HIDDEN) && !this._hasFlag(flags, AnnotationFlag.INVISIBLE);
    }
    mustBeViewed(annotationStorage, _renderForms) {
      const noView = annotationStorage?.get(this.data.id)?.noView;
      return noView !== void 0 ? !noView : this.viewable && !this._hasFlag(this.flags, AnnotationFlag.HIDDEN);
    }
    mustBePrinted(annotationStorage) {
      const noPrint = annotationStorage?.get(this.data.id)?.noPrint;
      return noPrint !== void 0 ? !noPrint : this.printable;
    }
    mustBeViewedWhenEditing(isEditing, modifiedIds = null) {
      return isEditing ? !this.data.isEditable : !modifiedIds?.has(this.data.id);
    }
    get viewable() {
      return this.data.quadPoints !== null && (this.flags === 0 || this._isViewable(this.flags));
    }
    get printable() {
      return this.data.quadPoints !== null && this.flags !== 0 && this._isPrintable(this.flags);
    }
    _parseStringHelper(data) {
      const str = typeof data === "string" ? stringToPDFString(data) : "";
      const dir = str && bidi(str).dir === "rtl" ? "rtl" : "ltr";
      return {
        str,
        dir
      };
    }
    setDefaultAppearance(params) {
      const {
        dict,
        annotationGlobals
      } = params;
      const defaultAppearance = getInheritableProperty({
        dict,
        key: "DA"
      }) || annotationGlobals.acroForm.get("DA");
      this._defaultAppearance = typeof defaultAppearance === "string" ? defaultAppearance : "";
      this.data.defaultAppearanceData = parseDefaultAppearance(this._defaultAppearance);
    }
    setTitle(title) {
      this._title = this._parseStringHelper(title);
    }
    setContents(contents) {
      this._contents = this._parseStringHelper(contents);
    }
    setModificationDate(modificationDate) {
      this.modificationDate = typeof modificationDate === "string" ? modificationDate : null;
    }
    setFlags(flags) {
      this.flags = Number.isInteger(flags) && flags > 0 ? flags : 0;
      if (this.flags & AnnotationFlag.INVISIBLE && this.constructor.name !== "Annotation") {
        this.flags ^= AnnotationFlag.INVISIBLE;
      }
    }
    hasFlag(flag3) {
      return this._hasFlag(this.flags, flag3);
    }
    setRectangle(rectangle) {
      this.rectangle = lookupNormalRect(rectangle, [0, 0, 0, 0]);
    }
    setColor(color2) {
      this.color = getRgbColor(color2);
    }
    setLineEndings(lineEndings) {
      this.lineEndings = ["None", "None"];
      if (Array.isArray(lineEndings) && lineEndings.length === 2) {
        for (let i = 0; i < 2; i++) {
          const obj = lineEndings[i];
          if (obj instanceof Name) {
            switch (obj.name) {
              case "None":
                continue;
              case "Square":
              case "Circle":
              case "Diamond":
              case "OpenArrow":
              case "ClosedArrow":
              case "Butt":
              case "ROpenArrow":
              case "RClosedArrow":
              case "Slash":
                this.lineEndings[i] = obj.name;
                continue;
            }
          }
          warn2(`Ignoring invalid lineEnding: ${obj}`);
        }
      }
    }
    setRotation(mk, dict) {
      this.rotation = 0;
      let angle = mk instanceof Dict ? mk.get("R") || 0 : dict.get("Rotate") || 0;
      if (Number.isInteger(angle) && angle !== 0) {
        angle %= 360;
        if (angle < 0) {
          angle += 360;
        }
        if (angle % 90 === 0) {
          this.rotation = angle;
        }
      }
    }
    setBorderAndBackgroundColors(mk) {
      if (mk instanceof Dict) {
        this.borderColor = getRgbColor(mk.getArray("BC"), null);
        this.backgroundColor = getRgbColor(mk.getArray("BG"), null);
      } else {
        this.borderColor = this.backgroundColor = null;
      }
    }
    setBorderStyle(borderStyle) {
      this.borderStyle = new AnnotationBorderStyle();
      if (!(borderStyle instanceof Dict)) {
        return;
      }
      if (borderStyle.has("BS")) {
        const dict = borderStyle.get("BS");
        if (dict instanceof Dict) {
          const dictType = dict.get("Type");
          if (!dictType || isName(dictType, "Border")) {
            this.borderStyle.setWidth(dict.get("W"), this.rectangle);
            this.borderStyle.setStyle(dict.get("S"));
            this.borderStyle.setDashArray(dict.getArray("D"));
          }
        }
      } else if (borderStyle.has("Border")) {
        const array = borderStyle.getArray("Border");
        if (Array.isArray(array)) {
          if (array.length >= 3) {
            this.borderStyle.setHorizontalCornerRadius(array[0]);
            this.borderStyle.setVerticalCornerRadius(array[1]);
            this.borderStyle.setWidth(array[2], this.rectangle);
            if (array.length === 4) {
              this.borderStyle.setDashArray(array[3], true);
            }
          } else if (array.length === 0) {
            this.borderStyle.setWidth(0);
          }
        }
      } else {
        this.borderStyle.setWidth(0);
      }
    }
    setAppearance(dict) {
      const appearanceStates = dict.get("AP");
      if (!(appearanceStates instanceof Dict)) {
        return;
      }
      const normalAppearanceState = appearanceStates.get("N");
      if (normalAppearanceState instanceof BaseStream) {
        this.appearance = normalAppearanceState;
        return;
      }
      if (!(normalAppearanceState instanceof Dict)) {
        return;
      }
      const as = dict.get("AS");
      if (!(as instanceof Name)) {
        return;
      }
      const appearance = normalAppearanceState.get(as.name);
      if (appearance instanceof BaseStream) {
        this.appearance = appearance;
      }
    }
    #setOptionalContent(xref, dict) {
      if (dict.has("OC")) {
        try {
          this._oc = parseMarkedContentProps(xref, dict.get("OC"), null);
        } catch (ex) {
          if (ex instanceof MissingDataException) {
            throw ex;
          }
          warn2(`#setOptionalContent: ${ex}`);
        }
      }
    }
    async loadResources(keys, appearance) {
      const resources = await appearance.dict.getAsync("Resources");
      if (resources) {
        await ObjectLoader.load(resources, keys, resources.xref);
      }
      return resources;
    }
    get _ownCanvasRequiresForms() {
      return false;
    }
    async getOperatorList(evaluator, task, intent, annotationStorage) {
      const {
        hasOwnCanvas,
        id,
        rect: rect2
      } = this.data;
      let appearance = this.appearance;
      const isUsingOwnCanvas = !!(hasOwnCanvas && intent & RenderingIntentFlag2.DISPLAY && (!this._ownCanvasRequiresForms || intent & RenderingIntentFlag2.ANNOTATIONS_FORMS));
      if (isUsingOwnCanvas && (this.width === 0 || this.height === 0)) {
        this.data.hasOwnCanvas = false;
        return this._getOperatorListNoAppearance();
      }
      if (!appearance) {
        if (!isUsingOwnCanvas) {
          return this._getOperatorListNoAppearance();
        }
        appearance = new StringStream("", new Dict());
      }
      const appearanceDict = appearance.dict;
      const resources = await this.loadResources(RESOURCES_KEYS_OPERATOR_LIST, appearance);
      const bbox = lookupRect(appearanceDict.getArray("BBox"), [0, 0, this.width, this.height]);
      const matrix = lookupMatrix(appearanceDict.getArray("Matrix"), IDENTITY_MATRIX);
      const transform = getTransformMatrix(rect2, bbox, matrix);
      const opList = new OperatorList();
      const optionalContent = this._oc;
      if (optionalContent !== void 0) {
        opList.addOp(OPS2.beginMarkedContentProps, ["OC", optionalContent]);
      }
      opList.addOp(OPS2.beginAnnotation, [id, rect2, transform, matrix, isUsingOwnCanvas]);
      await evaluator.getOperatorList({
        stream: appearance,
        task,
        resources,
        operatorList: opList,
        fallbackFontDict: this._fallbackFontDict
      });
      opList.addOp(OPS2.endAnnotation, []);
      if (optionalContent !== void 0) {
        opList.addOp(OPS2.endMarkedContent, []);
      }
      this.reset();
      return {
        opList,
        separateForm: false,
        separateCanvas: isUsingOwnCanvas
      };
    }
    async save(evaluator, task, annotationStorage, changes) {
      return null;
    }
    get overlaysTextContent() {
      return false;
    }
    get hasTextContent() {
      return false;
    }
    async extractTextContent(evaluator, task, viewBox) {
      if (!this.appearance) {
        return;
      }
      const resources = await this.loadResources(RESOURCES_KEYS_TEXT_CONTENT, this.appearance);
      const text2 = [];
      const buffer = [];
      let firstPositionX = Infinity;
      let firstPositionY = Infinity;
      let firstPosition = null;
      const sink = {
        desiredSize: Math.Infinity,
        ready: true,
        enqueue(chunk, size) {
          for (const item of chunk.items) {
            if (item.str === void 0) {
              continue;
            }
            firstPositionX = Math.min(firstPositionX, item.transform[4]);
            firstPositionY = Math.min(firstPositionY, item.transform[5]);
            buffer.push(item.str);
            if (item.hasEOL) {
              text2.push(buffer.join("").trimEnd());
              buffer.length = 0;
            }
          }
        }
      };
      await evaluator.getTextContent({
        stream: this.appearance,
        task,
        resources,
        includeMarkedContent: true,
        keepWhiteSpace: true,
        sink,
        viewBox
      });
      this.reset();
      if (firstPositionX !== Infinity) {
        firstPosition = [firstPositionX, firstPositionY];
      }
      if (buffer.length) {
        text2.push(buffer.join("").trimEnd());
      }
      if (text2.length > 1 || text2[0]) {
        const appearanceDict = this.appearance.dict;
        const bbox = lookupRect(appearanceDict.getArray("BBox"), null);
        const matrix = lookupMatrix(appearanceDict.getArray("Matrix"), null);
        this.data.textPosition = this._transformPoint(firstPosition, bbox, matrix);
        this.data.textContent = text2;
      }
    }
    _transformPoint(coords, bbox, matrix) {
      const {
        rect: rect2
      } = this.data;
      bbox ||= [0, 0, 1, 1];
      matrix ||= [1, 0, 0, 1, 0, 0];
      const transform = getTransformMatrix(rect2, bbox, matrix);
      transform[4] -= rect2[0];
      transform[5] -= rect2[1];
      const p = coords.slice();
      Util2.applyTransform(p, transform);
      Util2.applyTransform(p, matrix);
      return p;
    }
    getFieldObject() {
      if (this.data.kidIds) {
        return {
          id: this.data.id,
          actions: this.data.actions,
          name: this.data.fieldName,
          strokeColor: this.data.borderColor,
          fillColor: this.data.backgroundColor,
          type: "",
          kidIds: this.data.kidIds,
          page: this.data.pageIndex,
          rotation: this.rotation
        };
      }
      return null;
    }
    reset() {
      for (const stream2 of this._streams) {
        stream2.reset();
      }
    }
    _constructFieldName(dict) {
      if (!dict.has("T") && !dict.has("Parent")) {
        warn2("Unknown field name, falling back to empty field name.");
        return "";
      }
      if (!dict.has("Parent")) {
        return stringToPDFString(dict.get("T"));
      }
      const fieldName = [];
      if (dict.has("T")) {
        fieldName.unshift(stringToPDFString(dict.get("T")));
      }
      let loopDict = dict;
      const visited = new RefSet();
      if (dict.objId) {
        visited.put(dict.objId);
      }
      while (loopDict.has("Parent")) {
        loopDict = loopDict.get("Parent");
        if (!(loopDict instanceof Dict) || loopDict.objId && visited.has(loopDict.objId)) {
          break;
        }
        if (loopDict.objId) {
          visited.put(loopDict.objId);
        }
        if (loopDict.has("T")) {
          fieldName.unshift(stringToPDFString(loopDict.get("T")));
        }
      }
      return fieldName.join(".");
    }
    _getAttachmentId(fsDict, fsRef, annotationGlobals, isSound = false) {
      if (!(fsDict instanceof Dict)) {
        return void 0;
      }
      if (!(fsRef instanceof Ref)) {
        fsRef = FileSpec.pickPlatformItem(fsDict.get("EF"), true);
      }
      return fsRef instanceof Ref ? annotationGlobals.catalog.getAttachmentIdForAnnotation(fsRef, isSound) : void 0;
    }
    get width() {
      return this.data.rect[2] - this.data.rect[0];
    }
    get height() {
      return this.data.rect[3] - this.data.rect[1];
    }
  };
  var AnnotationBorderStyle = class {
    width = 1;
    rawWidth = 1;
    style = AnnotationBorderStyleType2.SOLID;
    dashArray = [3];
    horizontalCornerRadius = 0;
    verticalCornerRadius = 0;
    setWidth(width, rect2 = [0, 0, 0, 0]) {
      if (width instanceof Name) {
        this.width = 0;
        return;
      }
      if (typeof width === "number") {
        if (width > 0) {
          this.rawWidth = width;
          const maxWidth = (rect2[2] - rect2[0]) / 2;
          const maxHeight = (rect2[3] - rect2[1]) / 2;
          if (maxWidth > 0 && maxHeight > 0 && (width > maxWidth || width > maxHeight)) {
            warn2(`AnnotationBorderStyle.setWidth - ignoring width: ${width}`);
            width = 1;
          }
        }
        this.width = width;
      }
    }
    setStyle(style) {
      if (!(style instanceof Name)) {
        return;
      }
      switch (style.name) {
        case "S":
          this.style = AnnotationBorderStyleType2.SOLID;
          break;
        case "D":
          this.style = AnnotationBorderStyleType2.DASHED;
          break;
        case "B":
          this.style = AnnotationBorderStyleType2.BEVELED;
          break;
        case "I":
          this.style = AnnotationBorderStyleType2.INSET;
          break;
        case "U":
          this.style = AnnotationBorderStyleType2.UNDERLINE;
          break;
        default:
          break;
      }
    }
    setDashArray(dashArray, forceStyle = false) {
      if (Array.isArray(dashArray)) {
        let isValid = true;
        let allZeros = true;
        for (const element2 of dashArray) {
          const validNumber = +element2 >= 0;
          if (!validNumber) {
            isValid = false;
            break;
          } else if (element2 > 0) {
            allZeros = false;
          }
        }
        if (dashArray.length === 0 || isValid && !allZeros) {
          this.dashArray = dashArray;
          if (forceStyle) {
            this.setStyle(Name.get("D"));
          }
        } else {
          this.width = 0;
        }
      } else if (dashArray) {
        this.width = 0;
      }
    }
    setHorizontalCornerRadius(radius) {
      if (Number.isInteger(radius)) {
        this.horizontalCornerRadius = radius;
      }
    }
    setVerticalCornerRadius(radius) {
      if (Number.isInteger(radius)) {
        this.verticalCornerRadius = radius;
      }
    }
  };
  var MarkupAnnotation = class extends Annotation {
    constructor(params) {
      super(params);
      const {
        dict
      } = params;
      if (dict.has("IRT")) {
        const rawIRT = dict.getRaw("IRT");
        this.data.inReplyTo = rawIRT instanceof Ref ? rawIRT.toString() : null;
        const rt = dict.get("RT");
        this.data.replyType = rt instanceof Name ? rt.name : AnnotationReplyType.REPLY;
      }
      let popupRef = null;
      if (this.data.replyType === AnnotationReplyType.GROUP) {
        const parent = dict.get("IRT");
        this.setTitle(parent.get("T"));
        this.data.titleObj = this._title;
        this.setContents(parent.get("Contents"));
        this.data.contentsObj = this._contents;
        if (!parent.has("CreationDate")) {
          this.data.creationDate = null;
        } else {
          this.setCreationDate(parent.get("CreationDate"));
          this.data.creationDate = this.creationDate;
        }
        if (!parent.has("M")) {
          this.data.modificationDate = null;
        } else {
          this.setModificationDate(parent.get("M"));
          this.data.modificationDate = this.modificationDate;
        }
        popupRef = parent.getRaw("Popup");
        if (!parent.has("C")) {
          this.data.color = null;
        } else {
          this.setColor(parent.getArray("C"));
          this.data.color = this.color;
        }
      } else {
        this.data.titleObj = this._title;
        this.setCreationDate(dict.get("CreationDate"));
        this.data.creationDate = this.creationDate;
        popupRef = dict.getRaw("Popup");
        if (!dict.has("C")) {
          this.data.color = null;
        }
      }
      this.data.popupRef = popupRef instanceof Ref ? popupRef.toString() : null;
      if (dict.has("RC")) {
        this.data.richText = XFAFactory.getRichTextAsHtml(dict.get("RC"));
      }
    }
    setCreationDate(creationDate) {
      this.creationDate = typeof creationDate === "string" ? creationDate : null;
    }
    _setDefaultAppearance({
      xref,
      extra,
      strokeColor,
      fillColor,
      blendMode,
      strokeAlpha,
      fillAlpha,
      pointsCallback
    }) {
      const bbox = this.data.rect = BBOX_INIT2.slice();
      const buffer = ["q"];
      if (extra) {
        buffer.push(extra);
      }
      if (strokeColor) {
        buffer.push(`${strokeColor[0]} ${strokeColor[1]} ${strokeColor[2]} RG`);
      }
      if (fillColor) {
        buffer.push(`${fillColor[0]} ${fillColor[1]} ${fillColor[2]} rg`);
      }
      const pointsArray = this.data.quadPoints || Float32Array.from([this.rectangle[0], this.rectangle[3], this.rectangle[2], this.rectangle[3], this.rectangle[0], this.rectangle[1], this.rectangle[2], this.rectangle[1]]);
      for (let i = 0, ii = pointsArray.length; i < ii; i += 8) {
        const points = pointsCallback(buffer, pointsArray.subarray(i, i + 8));
        Util2.rectBoundingBox(...points, bbox);
      }
      buffer.push("Q");
      const formDict = new Dict(xref);
      const appearanceStreamDict = new Dict(xref);
      appearanceStreamDict.setIfName("Subtype", "Form");
      const appearanceStream = new StringStream(buffer.join(" "), appearanceStreamDict);
      formDict.set("Fm0", appearanceStream);
      const gsDict = new Dict(xref);
      if (blendMode) {
        gsDict.setIfName("BM", blendMode);
      }
      gsDict.setIfNumber("CA", strokeAlpha);
      gsDict.setIfNumber("ca", fillAlpha);
      const stateDict = new Dict(xref);
      stateDict.set("GS0", gsDict);
      const resources = new Dict(xref);
      resources.set("ExtGState", stateDict);
      resources.set("XObject", formDict);
      const appearanceDict = new Dict(xref);
      appearanceDict.set("Resources", resources);
      appearanceDict.set("BBox", bbox);
      this.appearance = new StringStream("/GS0 gs /Fm0 Do", appearanceDict);
      this._streams.push(this.appearance, appearanceStream);
    }
    static async createNewAnnotation(xref, annotation, changes, params) {
      const annotationRef = annotation.ref ||= xref.getNewTemporaryRef();
      const ap = await this.createNewAppearanceStream(annotation, xref, params);
      let apRef = annotation.appearanceRef ?? null;
      if (ap) {
        changes.put(apRef = xref.getNewTemporaryRef(), {
          data: ap
        });
      }
      const annotationDict = this.createNewDict(annotation, xref, {
        apRef
      });
      if (Number.isInteger(annotation.parentTreeId)) {
        annotationDict.set("StructParent", annotation.parentTreeId);
      }
      changes.put(annotationRef, {
        data: annotationDict
      });
      const retRef = {
        ref: annotationRef
      };
      const {
        popup
      } = annotation;
      if (popup) {
        if (popup.deleted) {
          annotationDict.delete("Popup");
          annotationDict.delete("Contents");
          annotationDict.delete("RC");
          return retRef;
        }
        const popupRef = popup.ref ||= xref.getNewTemporaryRef();
        popup.parent = annotationRef;
        const popupDict = PopupAnnotation.createNewDict(popup, xref);
        changes.put(popupRef, {
          data: popupDict
        });
        annotationDict.setIfDefined("Contents", stringToAsciiOrUTF16BE(popup.contents));
        annotationDict.set("Popup", popupRef);
        return [retRef, {
          ref: popupRef
        }];
      }
      return retRef;
    }
    static async createNewPrintAnnotation(annotationGlobals, xref, annotation, params) {
      const ap = await this.createNewAppearanceStream(annotation, xref, params);
      const annotationDict = this.createNewDict(annotation, xref, ap ? {
        ap
      } : {});
      const newAnnotation = new this.prototype.constructor({
        dict: annotationDict,
        xref,
        annotationGlobals,
        evaluatorOptions: params.evaluatorOptions
      });
      if (annotation.ref) {
        newAnnotation.ref = newAnnotation.refToReplace = annotation.ref;
      }
      return newAnnotation;
    }
  };
  var WidgetAnnotation = class _WidgetAnnotation extends Annotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref,
        annotationGlobals
      } = params;
      const data = this.data;
      this._needAppearances = params.needAppearances;
      if (data.fieldName === void 0) {
        data.fieldName = this._constructFieldName(dict);
      }
      if (data.actions === void 0) {
        data.actions = collectActions(xref, dict, AnnotationActionEventType);
      }
      let fieldValue = getInheritableProperty({
        dict,
        key: "V",
        getArray: true
      });
      data.fieldValue = this._decodeFormValue(fieldValue);
      const defaultFieldValue = getInheritableProperty({
        dict,
        key: "DV",
        getArray: true
      });
      data.defaultFieldValue = this._decodeFormValue(defaultFieldValue);
      if (fieldValue === void 0 && annotationGlobals.xfaDatasets) {
        const path2 = this._title.str;
        if (path2) {
          this._hasValueFromXFA = true;
          data.fieldValue = fieldValue = annotationGlobals.xfaDatasets.getValue(path2);
        }
      }
      if (fieldValue === void 0 && data.defaultFieldValue !== null) {
        data.fieldValue = data.defaultFieldValue;
      }
      data.alternativeText = stringToPDFString(dict.get("TU") || "");
      this.setDefaultAppearance(params);
      data.hasAppearance ||= this._needAppearances && data.fieldValue !== void 0 && data.fieldValue !== null;
      const fieldType = getInheritableProperty({
        dict,
        key: "FT"
      });
      data.fieldType = fieldType instanceof Name ? fieldType.name : null;
      const localResources = getInheritableProperty({
        dict,
        key: "DR"
      });
      const acroFormResources = annotationGlobals.acroForm.get("DR");
      const appearanceResources = this.appearance?.dict.get("Resources");
      this._fieldResources = {
        localResources,
        acroFormResources,
        appearanceResources,
        mergedResources: Dict.merge({
          xref,
          dictArray: [localResources, appearanceResources, acroFormResources],
          mergeSubDicts: true
        })
      };
      data.fieldFlags = getInheritableProperty({
        dict,
        key: "Ff"
      });
      if (!Number.isInteger(data.fieldFlags) || data.fieldFlags < 0) {
        data.fieldFlags = 0;
      }
      data.password = this.hasFieldFlag(AnnotationFieldFlag.PASSWORD);
      data.readOnly = this.hasFieldFlag(AnnotationFieldFlag.READONLY);
      data.required = this.hasFieldFlag(AnnotationFieldFlag.REQUIRED);
      data.hidden = this._hasFlag(data.annotationFlags, AnnotationFlag.HIDDEN) || this._hasFlag(data.annotationFlags, AnnotationFlag.NOVIEW);
    }
    _decodeFormValue(formValue) {
      if (Array.isArray(formValue)) {
        const arr = formValue.map((item) => this._decodeFormValue(item)).filter((item) => item !== null);
        return arr.length > 0 ? arr : null;
      } else if (formValue instanceof Name) {
        return formValue.name;
      } else if (typeof formValue === "string") {
        return stringToPDFString(formValue);
      }
      return null;
    }
    hasFieldFlag(flag3) {
      return !!(this.data.fieldFlags & flag3);
    }
    _isViewable(flags) {
      return true;
    }
    mustBeViewed(annotationStorage, renderForms) {
      if (renderForms) {
        return this.viewable;
      }
      return super.mustBeViewed(annotationStorage, renderForms) && !this._hasFlag(this.flags, AnnotationFlag.NOVIEW);
    }
    getRotationMatrix(annotationStorage) {
      let rotation = annotationStorage?.get(this.data.id)?.rotation;
      if (rotation === void 0) {
        rotation = this.rotation;
      }
      return rotation === 0 ? IDENTITY_MATRIX : getRotationMatrix(rotation, this.width, this.height);
    }
    getBorderAndBackgroundAppearances(annotationStorage) {
      let rotation = annotationStorage?.get(this.data.id)?.rotation;
      if (rotation === void 0) {
        rotation = this.rotation;
      }
      if (!this.backgroundColor && !this.borderColor) {
        return "";
      }
      const rect2 = rotation === 0 || rotation === 180 ? `0 0 ${this.width} ${this.height} re` : `0 0 ${this.height} ${this.width} re`;
      let str = "";
      if (this.backgroundColor) {
        str = `${getPdfColor(this.backgroundColor, true)} ${rect2} f `;
      }
      if (this.borderColor) {
        const borderWidth = this.borderStyle.width || 1;
        str += `${borderWidth} w ${getPdfColor(this.borderColor, false)} ${rect2} S `;
      }
      return str;
    }
    async getOperatorList(evaluator, task, intent, annotationStorage) {
      if (intent & RenderingIntentFlag2.ANNOTATIONS_FORMS && !(this instanceof SignatureWidgetAnnotation) && !this.data.noHTML && !this.data.hasOwnCanvas) {
        const list = this._getOperatorListNoAppearance();
        list.separateForm = true;
        return list;
      }
      if (!this._hasText) {
        return super.getOperatorList(evaluator, task, intent, annotationStorage);
      }
      const isUsingOwnCanvas = !!(this.data.hasOwnCanvas && intent & RenderingIntentFlag2.DISPLAY);
      if (isUsingOwnCanvas && (this.width === 0 || this.height === 0)) {
        this.data.hasOwnCanvas = false;
        return this._getOperatorListNoAppearance();
      }
      const content = await this._getAppearance(evaluator, task, intent, annotationStorage);
      if (this.appearance && content === null) {
        return super.getOperatorList(evaluator, task, intent, annotationStorage);
      }
      const opList = new OperatorList();
      if (!this._defaultAppearance || content === null) {
        return {
          opList,
          separateForm: false,
          separateCanvas: false
        };
      }
      const matrix = [1, 0, 0, 1, 0, 0];
      const bbox = [0, 0, this.width, this.height];
      const transform = getTransformMatrix(this.data.rect, bbox, matrix);
      const optionalContent = this._oc;
      if (optionalContent !== void 0) {
        opList.addOp(OPS2.beginMarkedContentProps, ["OC", optionalContent]);
      }
      opList.addOp(OPS2.beginAnnotation, [this.data.id, this.data.rect, transform, this.getRotationMatrix(annotationStorage), isUsingOwnCanvas]);
      const stream2 = new StringStream(content);
      await evaluator.getOperatorList({
        stream: stream2,
        task,
        resources: this._fieldResources.mergedResources,
        operatorList: opList
      });
      opList.addOp(OPS2.endAnnotation, []);
      if (optionalContent !== void 0) {
        opList.addOp(OPS2.endMarkedContent, []);
      }
      return {
        opList,
        separateForm: false,
        separateCanvas: isUsingOwnCanvas
      };
    }
    _getMKDict(rotation) {
      const mk = new Dict(null);
      if (rotation) {
        mk.set("R", rotation);
      }
      mk.setIfArray("BC", getPdfColorArray(this.borderColor));
      mk.setIfArray("BG", getPdfColorArray(this.backgroundColor));
      return mk.size > 0 ? mk : null;
    }
    amendSavedDict(annotationStorage, dict) {
    }
    setValue(dict, value, xref, changes) {
      const {
        dict: parentDict,
        ref: parentRef
      } = getParentToUpdate(dict, this.ref, xref);
      if (!parentDict) {
        dict.set("V", value);
      } else if (!changes.has(parentRef)) {
        const newParentDict = parentDict.clone();
        newParentDict.set("V", value);
        changes.put(parentRef, {
          data: newParentDict
        });
        return newParentDict;
      }
      return null;
    }
    async save(evaluator, task, annotationStorage, changes) {
      const storageEntry = annotationStorage?.get(this.data.id);
      const flags = this._buildFlags(storageEntry?.noView, storageEntry?.noPrint);
      let value = storageEntry?.value, rotation = storageEntry?.rotation;
      if (value === this.data.fieldValue || value === void 0) {
        if (!this._hasValueFromXFA && rotation === void 0 && flags === void 0) {
          return;
        }
        value ||= this.data.fieldValue;
      }
      if (rotation === void 0 && !this._hasValueFromXFA && Array.isArray(value) && Array.isArray(this.data.fieldValue) && isArrayEqual(value, this.data.fieldValue) && flags === void 0) {
        return;
      }
      if (rotation === void 0) {
        rotation = this.rotation;
      }
      let appearance = null;
      if (!this._needAppearances) {
        appearance = await this._getAppearance(evaluator, task, RenderingIntentFlag2.SAVE, annotationStorage);
        if (appearance === null && flags === void 0) {
          return;
        }
      } else {
      }
      let needAppearances = false;
      if (appearance?.needAppearances) {
        needAppearances = true;
        appearance = null;
      }
      const {
        xref
      } = evaluator;
      const originalDict = xref.fetchIfRef(this.ref);
      if (!(originalDict instanceof Dict)) {
        return;
      }
      const dict = new Dict(xref);
      for (const [key2, rawVal] of originalDict.getRawEntries()) {
        if (key2 !== "AP") {
          dict.set(key2, rawVal);
        }
      }
      if (flags !== void 0) {
        dict.set("F", flags);
        if (appearance === null && !needAppearances) {
          const ap = originalDict.getRaw("AP");
          if (ap) {
            dict.set("AP", ap);
          }
        }
      }
      const xfa = {
        path: this.data.fieldName,
        value
      };
      const newParentDict = this.setValue(dict, Array.isArray(value) ? value.map(stringToAsciiOrUTF16BE) : stringToAsciiOrUTF16BE(value), xref, changes);
      this.amendSavedDict(annotationStorage, newParentDict || dict);
      const maybeMK = this._getMKDict(rotation);
      if (maybeMK) {
        dict.set("MK", maybeMK);
      }
      changes.put(this.ref, {
        data: dict,
        xfa,
        needAppearances
      });
      if (appearance !== null) {
        const newRef = xref.getNewTemporaryRef();
        const AP = new Dict(xref);
        dict.set("AP", AP);
        AP.set("N", newRef);
        const resources = this._getSaveFieldResources(xref), appearanceDict = new Dict(xref);
        appearanceDict.setIfName("Subtype", "Form");
        appearanceDict.set("Resources", resources);
        const bbox = rotation % 180 === 0 ? [0, 0, this.width, this.height] : [0, 0, this.height, this.width];
        appearanceDict.set("BBox", bbox);
        const appearanceStream = new StringStream(appearance, appearanceDict);
        const rotationMatrix = this.getRotationMatrix(annotationStorage);
        if (rotationMatrix !== IDENTITY_MATRIX) {
          appearanceDict.set("Matrix", rotationMatrix);
        }
        changes.put(newRef, {
          data: appearanceStream,
          xfa: null,
          needAppearances: false
        });
      }
      dict.set("M", `D:${getModificationDate()}`);
    }
    async _getAppearance(evaluator, task, intent, annotationStorage) {
      if (this.data.password) {
        return null;
      }
      const storageEntry = annotationStorage?.get(this.data.id);
      let value, rotation;
      if (storageEntry) {
        value = storageEntry.formattedValue || storageEntry.value;
        rotation = storageEntry.rotation;
      }
      if (rotation === void 0 && value === void 0 && !this._needAppearances) {
        if (!this._hasValueFromXFA || this.appearance) {
          return null;
        }
      }
      const colors = this.getBorderAndBackgroundAppearances(annotationStorage);
      if (value === void 0) {
        value = this.data.fieldValue;
        if (!value) {
          return `/Tx BMC q ${colors}Q EMC`;
        }
      }
      if (Array.isArray(value) && value.length === 1) {
        value = value[0];
      }
      util_assert2(typeof value === "string", "Expected `value` to be a string.");
      value = value.trimEnd();
      if (this.data.combo) {
        const option3 = this.data.options.find(({
          exportValue
        }) => value === exportValue);
        value = option3?.displayValue || value;
      }
      if (value === "") {
        return `/Tx BMC q ${colors}Q EMC`;
      }
      if (rotation === void 0) {
        rotation = this.rotation;
      }
      let lineCount2 = -1;
      let lines;
      if (this.data.multiLine) {
        lines = value.split(/\r\n?|\n/).map((line) => line.normalize("NFC"));
        lineCount2 = lines.length;
      } else {
        lines = [value.replace(/\r\n?|\n/, "").normalize("NFC")];
      }
      const defaultPadding = 1;
      const defaultHPadding = 2;
      let {
        width: totalWidth,
        height: totalHeight
      } = this;
      if (rotation === 90 || rotation === 270) {
        [totalWidth, totalHeight] = [totalHeight, totalWidth];
      }
      if (!this._defaultAppearance) {
        this.data.defaultAppearanceData = parseDefaultAppearance(this._defaultAppearance = "/Helvetica 0 Tf 0 g");
      }
      if (!this.data.defaultAppearanceData.fontSize && (totalWidth <= 2 * defaultHPadding || totalHeight <= 2 * defaultPadding)) {
        return `/Tx BMC q ${colors}Q EMC`;
      }
      let font = await _WidgetAnnotation._getFontData(evaluator, task, this.data.defaultAppearanceData, this._fieldResources.mergedResources);
      let defaultAppearance, fontSize, lineHeight;
      const encodedLines = [];
      let encodingError = false;
      for (const line of lines) {
        const encodedString = font.encodeString(line);
        if (encodedString.length > 1) {
          encodingError = true;
        }
        encodedLines.push(encodedString.join(""));
      }
      if (encodingError && intent & RenderingIntentFlag2.SAVE) {
        return {
          needAppearances: true
        };
      }
      if (encodingError && this._isOffscreenCanvasSupported) {
        const fontFamily = this.data.comb ? "monospace" : "sans-serif";
        const fakeUnicodeFont = new FakeUnicodeFont(evaluator.xref, fontFamily);
        const resources = fakeUnicodeFont.createFontResources(lines.join(""));
        const newFont = resources.getRaw("Font");
        if (this._fieldResources.mergedResources.has("Font")) {
          const oldFont = this._fieldResources.mergedResources.get("Font");
          for (const [key2, rawVal] of newFont.getRawEntries()) {
            oldFont.set(key2, rawVal);
          }
        } else {
          this._fieldResources.mergedResources.set("Font", newFont);
        }
        const fontName = fakeUnicodeFont.fontName.name;
        font = await _WidgetAnnotation._getFontData(evaluator, task, {
          fontName,
          fontSize: 0
        }, resources);
        for (let i = 0, ii = encodedLines.length; i < ii; i++) {
          encodedLines[i] = stringToUTF16String(lines[i]);
        }
        const savedDefaultAppearance = Object.assign(/* @__PURE__ */ Object.create(null), this.data.defaultAppearanceData);
        this.data.defaultAppearanceData.fontSize = 0;
        this.data.defaultAppearanceData.fontName = fontName;
        [defaultAppearance, fontSize, lineHeight] = this._computeFontSize(totalHeight - 2 * defaultPadding, totalWidth - 2 * defaultHPadding, value, font, lineCount2);
        this.data.defaultAppearanceData = savedDefaultAppearance;
      } else {
        if (!this._isOffscreenCanvasSupported) {
          warn2("_getAppearance: OffscreenCanvas is not supported, annotation may not render correctly.");
        }
        [defaultAppearance, fontSize, lineHeight] = this._computeFontSize(totalHeight - 2 * defaultPadding, totalWidth - 2 * defaultHPadding, value, font, lineCount2);
      }
      let descent = font.descent;
      if (isNaN(descent)) {
        descent = BASELINE_FACTOR * lineHeight;
      } else {
        descent = Math.max(BASELINE_FACTOR * lineHeight, Math.abs(descent) * fontSize);
      }
      const defaultVPadding = Math.min(Math.floor((totalHeight - fontSize) / 2), defaultPadding);
      const alignment = this.data.textAlignment;
      let {
        ascent: fontAscent,
        descent: fontDescent
      } = font;
      if (isNaN(fontAscent) || isNaN(fontDescent) || !fontAscent && !fontDescent) {
        fontAscent = /* inlined export .LINE_FACTOR */
        1.35 - /* inlined export .LINE_DESCENT_FACTOR */
        0.35;
        fontDescent = /* inlined export .LINE_DESCENT_FACTOR */
        0.35;
      } else {
        fontDescent = Math.abs(fontDescent);
      }
      const vShift = (totalHeight - (fontAscent + fontDescent) * fontSize) / 2 + fontDescent * fontSize;
      if (this.data.multiLine) {
        return this._getMultilineAppearance(defaultAppearance, encodedLines, font, fontSize, totalWidth, totalHeight, alignment, defaultHPadding, defaultVPadding, descent, lineHeight, annotationStorage);
      }
      if (this.data.comb) {
        return this._getCombAppearance(defaultAppearance, font, encodedLines[0], fontSize, totalWidth, vShift, alignment, bidi(lines[0]).dir === "rtl", annotationStorage);
      }
      const bottomPadding = vShift;
      if (alignment === 0 || alignment > 2) {
        return `/Tx BMC q ${colors}BT ` + defaultAppearance + ` 1 0 0 1 ${core_utils_numberToString(defaultHPadding)} ${core_utils_numberToString(bottomPadding)} Tm (${escapeString(encodedLines[0])}) Tj ET Q EMC`;
      }
      const prevInfo = {
        shift: 0
      };
      const renderedText = this._renderText(encodedLines[0], font, fontSize, totalWidth, alignment, prevInfo, defaultHPadding, bottomPadding);
      return `/Tx BMC q ${colors}BT ` + defaultAppearance + ` 1 0 0 1 0 0 Tm ${renderedText} ET Q EMC`;
    }
    static async _getFontData(evaluator, task, appearanceData, resources) {
      const operatorList = new OperatorList();
      const initialState = {
        font: null,
        clone() {
          return this;
        }
      };
      const {
        fontName,
        fontSize
      } = appearanceData;
      await evaluator.handleSetFont(resources, [fontName && Name.get(fontName), fontSize], null, operatorList, task, initialState, null);
      return initialState.font;
    }
    _getTextWidth(text2, font) {
      return Math.sumPrecise(font.charsToGlyphs(text2).map((g) => g.width)) / 1e3;
    }
    _computeFontSize(height, width, text2, font, lineCount2) {
      let {
        fontSize
      } = this.data.defaultAppearanceData;
      const lineHeight = (fontSize || 12) * /* inlined export .LINE_FACTOR */
      1.35;
      let numberOfLines = Math.round(height / lineHeight);
      if (!fontSize) {
        const roundWithTwoDigits = (x) => Math.floor(x * 100) / 100;
        if (lineCount2 === -1) {
          const textWidth = this._getTextWidth(text2, font);
          fontSize = roundWithTwoDigits(Math.min(height / /* inlined export .LINE_FACTOR */
          1.35, width / textWidth));
          numberOfLines = 1;
        } else {
          const lines = text2.split(/\r\n?|\n/);
          const cachedLines = [];
          for (const line of lines) {
            const encoded = font.encodeString(line).join("");
            const glyphs = font.charsToGlyphs(encoded);
            const positions = font.getCharPositions(encoded);
            cachedLines.push({
              line: encoded,
              glyphs,
              positions
            });
          }
          const isTooBig = (fsize) => {
            let totalHeight = 0;
            for (const cache of cachedLines) {
              const chunks = this._splitLine(null, font, fsize, width, cache);
              totalHeight += chunks.length * fsize;
              if (totalHeight > height) {
                return true;
              }
            }
            return false;
          };
          numberOfLines = Math.max(numberOfLines, lineCount2);
          const getFontSize = (n) => roundWithTwoDigits(height / n / /* inlined export .LINE_FACTOR */
          1.35);
          if (height > 0 && isTooBig(getFontSize(numberOfLines))) {
            let low = numberOfLines, high = 2 * numberOfLines;
            while (isTooBig(getFontSize(high))) {
              low = high;
              high *= 2;
            }
            while (high - low > 1) {
              const mid = Math.floor((low + high) / 2);
              if (isTooBig(getFontSize(mid))) {
                low = mid;
              } else {
                high = mid;
              }
            }
            numberOfLines = high;
          }
          fontSize = getFontSize(numberOfLines);
        }
        const {
          fontName,
          fontColor
        } = this.data.defaultAppearanceData;
        this._defaultAppearance = createDefaultAppearance({
          fontSize,
          fontName,
          fontColor
        });
      }
      return [this._defaultAppearance, fontSize, height / numberOfLines];
    }
    _renderText(text2, font, fontSize, totalWidth, alignment, prevInfo, hPadding, vPadding) {
      let shift;
      if (alignment === 1) {
        const width = this._getTextWidth(text2, font) * fontSize;
        shift = (totalWidth - width) / 2;
      } else if (alignment === 2) {
        const width = this._getTextWidth(text2, font) * fontSize;
        shift = totalWidth - width - hPadding;
      } else {
        shift = hPadding;
      }
      const shiftStr = core_utils_numberToString(shift - prevInfo.shift);
      prevInfo.shift = shift;
      vPadding = core_utils_numberToString(vPadding);
      return `${shiftStr} ${vPadding} Td (${escapeString(text2)}) Tj`;
    }
    _getSaveFieldResources(xref) {
      const {
        localResources,
        appearanceResources,
        acroFormResources
      } = this._fieldResources;
      const fontName = this.data.defaultAppearanceData?.fontName;
      if (!fontName) {
        return localResources || Dict.empty;
      }
      for (const resources of [localResources, appearanceResources]) {
        if (resources instanceof Dict) {
          const localFont = resources.get("Font");
          if (localFont instanceof Dict && localFont.has(fontName)) {
            return resources;
          }
        }
      }
      if (acroFormResources instanceof Dict) {
        const acroFormFont = acroFormResources.get("Font");
        if (acroFormFont instanceof Dict && acroFormFont.has(fontName)) {
          const subFontDict = new Dict(xref);
          subFontDict.set(fontName, acroFormFont.getRaw(fontName));
          const subResourcesDict = new Dict(xref);
          subResourcesDict.set("Font", subFontDict);
          return Dict.merge({
            xref,
            dictArray: [subResourcesDict, localResources],
            mergeSubDicts: true
          });
        }
      }
      return localResources || Dict.empty;
    }
    getFieldObject() {
      return null;
    }
  };
  var TextWidgetAnnotation = class extends WidgetAnnotation {
    constructor(params) {
      super(params);
      const {
        annotationGlobals,
        dict
      } = params;
      if (dict.has("PMD")) {
        this.flags |= AnnotationFlag.HIDDEN;
        this.data.hidden = true;
        warn2("Barcodes are not supported");
      }
      this.data.hasOwnCanvas = this.data.readOnly && !this.data.noHTML;
      this._hasText = true;
      if (typeof this.data.fieldValue !== "string") {
        this.data.fieldValue = "";
      }
      const getAlignment = (q) => Number.isInteger(q) && q >= 0 && q <= 2 ? q : null;
      this.data.textAlignment = getAlignment(getInheritableProperty({
        dict,
        key: "Q"
      })) ?? getAlignment(annotationGlobals.acroForm.get("Q")) ?? null;
      let maximumLength = getInheritableProperty({
        dict,
        key: "MaxLen"
      });
      if (!Number.isInteger(maximumLength) || maximumLength < 0) {
        maximumLength = 0;
      }
      this.data.maxLen = maximumLength;
      this.data.multiLine = this.hasFieldFlag(AnnotationFieldFlag.MULTILINE);
      this.data.comb = this.hasFieldFlag(AnnotationFieldFlag.COMB) && !this.data.multiLine && !this.data.password && !this.hasFieldFlag(AnnotationFieldFlag.FILESELECT) && this.data.maxLen !== 0;
      this.data.doNotScroll = this.hasFieldFlag(AnnotationFieldFlag.DONOTSCROLL);
      const {
        actions
      } = this.data;
      if (!actions) {
        return;
      }
      const AFDateTime = /^AF(Date|Time)_(?:Keystroke|Format)(?:Ex)?\(['"]?([^'"]+)['"]?\);$/;
      let canUseHTMLDateTime = false;
      const aFormat = actions.get("Format"), aKeystroke = actions.get("Keystroke");
      if (aFormat?.length === 1 && aKeystroke?.length === 1 && AFDateTime.test(aFormat[0]) && AFDateTime.test(aKeystroke[0]) || aFormat?.length === 0 && aKeystroke?.length === 1 && AFDateTime.test(aKeystroke[0]) || aKeystroke?.length === 0 && aFormat?.length === 1 && AFDateTime.test(aFormat[0])) {
        canUseHTMLDateTime = true;
      }
      const actionsToVisit = [];
      if (aFormat) {
        actionsToVisit.push(...aFormat);
      }
      if (aKeystroke) {
        actionsToVisit.push(...aKeystroke);
      }
      if (canUseHTMLDateTime) {
        actions.delete("Keystroke");
        actions.set("Format", actionsToVisit);
      }
      for (const formatAction of actionsToVisit) {
        const m = formatAction.match(AFDateTime);
        if (!m) {
          continue;
        }
        const isDate = m[1] === "Date";
        let format = m[2];
        const num = parseInt(format, 10);
        if (!isNaN(num) && Math.floor(Math.log10(num)) + 1 === m[2].length) {
          format = (isDate ? DateFormats : TimeFormats)[num] ?? format;
        }
        this.data.datetimeFormat = format;
        if (!canUseHTMLDateTime) {
          break;
        }
        if (isDate) {
          if (/HH|MM|ss|h/.test(format)) {
            this.data.datetimeType = "datetime-local";
            this.data.timeStep = /ss/.test(format) ? 1 : 60;
          } else {
            this.data.datetimeType = "date";
          }
          break;
        }
        this.data.datetimeType = "time";
        this.data.timeStep = /ss/.test(format) ? 1 : 60;
        break;
      }
    }
    get hasTextContent() {
      return !!this.appearance && !this._needAppearances;
    }
    _getCombAppearance(defaultAppearance, font, text2, fontSize, width, vShift, alignment, isRTL, annotationStorage) {
      const combWidth = width / this.data.maxLen;
      const colors = this.getBorderAndBackgroundAppearances(annotationStorage);
      const cells = font.getCharPositions(text2).map(([start, end]) => {
        const glyph = text2.substring(start, end);
        return {
          glyph,
          width: this._getTextWidth(glyph, font) * fontSize
        };
      });
      if (isRTL) {
        cells.reverse();
      }
      const textWidth = combWidth * cells.length;
      let hShift = 0;
      if (alignment === 1) {
        hShift += Math.floor((width - textWidth) / (2 * combWidth)) * combWidth;
      } else if (alignment === 2) {
        hShift += width - textWidth;
      }
      const buf = [];
      let previousWidth = 0;
      for (let i = 0, ii = cells.length; i < ii; i++) {
        const {
          glyph,
          width: glyphWidth
        } = cells[i];
        const shift = i === 0 ? (combWidth - glyphWidth) / 2 : combWidth + (previousWidth - glyphWidth) / 2;
        buf.push(`${core_utils_numberToString(shift)} 0 Td (${escapeString(glyph)}) Tj`);
        previousWidth = glyphWidth;
      }
      const renderedComb = buf.join(" ");
      return `/Tx BMC q ${colors}BT ` + defaultAppearance + ` 1 0 0 1 ${core_utils_numberToString(hShift)} ${core_utils_numberToString(vShift)} Tm ${renderedComb} ET Q EMC`;
    }
    _getMultilineAppearance(defaultAppearance, lines, font, fontSize, width, height, alignment, hPadding, vPadding, descent, lineHeight, annotationStorage) {
      const buf = [];
      const totalWidth = width - 2 * hPadding;
      const prevInfo = {
        shift: 0
      };
      for (let i = 0, ii = lines.length; i < ii; i++) {
        const line = lines[i];
        const chunks = this._splitLine(line, font, fontSize, totalWidth);
        for (let j = 0, jj = chunks.length; j < jj; j++) {
          const chunk = chunks[j];
          const vShift = i === 0 && j === 0 ? -vPadding - (lineHeight - descent) : -lineHeight;
          buf.push(this._renderText(chunk, font, fontSize, width, alignment, prevInfo, hPadding, vShift));
        }
      }
      const colors = this.getBorderAndBackgroundAppearances(annotationStorage);
      const renderedText = buf.join("\n");
      return `/Tx BMC q ${colors}BT ` + defaultAppearance + ` 1 0 0 1 0 ${core_utils_numberToString(height)} Tm ${renderedText} ET Q EMC`;
    }
    _splitLine(line, font, fontSize, width, cache = {}) {
      line = cache.line || line;
      const glyphs = cache.glyphs || font.charsToGlyphs(line);
      if (glyphs.length <= 1) {
        return [line];
      }
      const positions = cache.positions || font.getCharPositions(line);
      const scale2 = fontSize / 1e3;
      const chunks = [];
      let lastSpacePosInStringStart = -1, lastSpacePosInStringEnd = -1, lastSpacePos = -1, startChunk = 0, currentWidth = 0;
      for (let i = 0, ii = glyphs.length; i < ii; i++) {
        const [start, end] = positions[i];
        const glyph = glyphs[i];
        const glyphWidth = glyph.width * scale2;
        if (glyph.unicode === " ") {
          if (currentWidth + glyphWidth > width) {
            chunks.push(line.substring(startChunk, start));
            startChunk = start;
            currentWidth = glyphWidth;
            lastSpacePosInStringStart = -1;
            lastSpacePos = -1;
          } else {
            currentWidth += glyphWidth;
            lastSpacePosInStringStart = start;
            lastSpacePosInStringEnd = end;
            lastSpacePos = i;
          }
        } else if (currentWidth + glyphWidth > width) {
          if (lastSpacePosInStringStart !== -1) {
            chunks.push(line.substring(startChunk, lastSpacePosInStringEnd));
            startChunk = lastSpacePosInStringEnd;
            i = lastSpacePos + 1;
            lastSpacePosInStringStart = -1;
            currentWidth = 0;
          } else {
            chunks.push(line.substring(startChunk, start));
            startChunk = start;
            currentWidth = glyphWidth;
          }
        } else {
          currentWidth += glyphWidth;
        }
      }
      if (startChunk < line.length) {
        chunks.push(line.substring(startChunk));
      }
      return chunks;
    }
    async extractTextContent(evaluator, task, viewBox) {
      await super.extractTextContent(evaluator, task, viewBox);
      const text2 = this.data.textContent;
      if (!text2) {
        return;
      }
      const allText = text2.join("\n");
      if (allText === this.data.fieldValue) {
        return;
      }
      const regex = allText.replaceAll(/([.*+?^${}()|[\]\\])|(\s+)/g, (_m, p1) => p1 ? `\\${p1}` : "\\s+");
      if (new RegExp(`^\\s*${regex}\\s*$`).test(this.data.fieldValue)) {
        this.data.textContent = this.data.fieldValue.split("\n");
      }
    }
    getFieldObject() {
      return {
        id: this.data.id,
        value: this.data.fieldValue,
        defaultValue: this.data.defaultFieldValue || "",
        multiline: this.data.multiLine,
        password: this.data.password,
        charLimit: this.data.maxLen,
        comb: this.data.comb,
        editable: !this.data.readOnly,
        hidden: this.data.hidden,
        name: this.data.fieldName,
        rect: this.data.rect,
        actions: this.data.actions,
        page: this.data.pageIndex,
        strokeColor: this.data.borderColor,
        fillColor: this.data.backgroundColor,
        rotation: this.rotation,
        datetimeFormat: this.data.datetimeFormat,
        hasDatetimeHTML: !!this.data.datetimeType,
        type: "text"
      };
    }
  };
  var ButtonWidgetAnnotation = class extends WidgetAnnotation {
    constructor(params) {
      super(params);
      this.checkedAppearance = null;
      this.uncheckedAppearance = null;
      const isRadio = this.hasFieldFlag(AnnotationFieldFlag.RADIO), isPushButton = this.hasFieldFlag(AnnotationFieldFlag.PUSHBUTTON);
      this.data.checkBox = !isRadio && !isPushButton;
      this.data.radioButton = isRadio && !isPushButton;
      this.data.pushButton = isPushButton;
      this.data.isTooltipOnly = false;
      this.data.hasOwnCanvas = true;
      this.data.noHTML = false;
      if (this.data.checkBox) {
        this._processCheckBox(params);
      } else if (this.data.radioButton) {
        this._processRadioButton(params);
      } else if (this.data.pushButton) {
        this._processPushButton(params);
      } else {
        warn2("Invalid field flags for button widget annotation");
      }
    }
    get _ownCanvasRequiresForms() {
      return this.data.checkBox || this.data.radioButton;
    }
    #getOperatorListForAppearance(evaluator, task, intent, annotationStorage, rotation, appearance) {
      if (!appearance) {
        return this._getOperatorListNoAppearance();
      }
      const savedAppearance = this.appearance;
      const savedMatrix = lookupMatrix(appearance.dict.getArray("Matrix"), IDENTITY_MATRIX);
      if (rotation) {
        appearance.dict.set("Matrix", this.getRotationMatrix(annotationStorage));
      }
      this.appearance = appearance;
      const operatorList = super.getOperatorList(evaluator, task, intent, annotationStorage);
      this.appearance = savedAppearance;
      appearance.dict.set("Matrix", savedMatrix);
      return operatorList;
    }
    async getOperatorList(evaluator, task, intent, annotationStorage) {
      if (this.data.pushButton) {
        return super.getOperatorList(evaluator, task, intent, false, annotationStorage);
      }
      if (intent & RenderingIntentFlag2.DISPLAY && intent & RenderingIntentFlag2.ANNOTATIONS_FORMS && (this.data.checkBox || this.data.radioButton)) {
        const setCanvasName = (operatorList, name) => {
          const index = operatorList.fnArray.indexOf(OPS2.beginAnnotation);
          if (index !== -1) {
            operatorList.argsArray[index].push(name);
          }
        };
        const checked = await this.#getOperatorListForAppearance(evaluator, task, intent, annotationStorage, null, this.checkedAppearance);
        setCanvasName(checked.opList, "checked");
        const unchecked = await this.#getOperatorListForAppearance(evaluator, task, intent, annotationStorage, null, this.uncheckedAppearance);
        setCanvasName(unchecked.opList, "unchecked");
        checked.opList.addOpList(unchecked.opList);
        checked.separateForm ||= unchecked.separateForm;
        checked.separateCanvas ||= unchecked.separateCanvas;
        return checked;
      }
      let value = null;
      let rotation = null;
      if (annotationStorage) {
        const storageEntry = annotationStorage.get(this.data.id);
        value = storageEntry ? storageEntry.value : null;
        rotation = storageEntry ? storageEntry.rotation : null;
      }
      if (value === null && this.appearance) {
        return super.getOperatorList(evaluator, task, intent, annotationStorage);
      }
      value ??= this.data.checkBox ? this.data.fieldValue === this.data.exportValue : this.data.fieldValue === this.data.buttonValue;
      return this.#getOperatorListForAppearance(evaluator, task, intent, annotationStorage, rotation, value ? this.checkedAppearance : this.uncheckedAppearance);
    }
    async save(evaluator, task, annotationStorage, changes) {
      if (this.data.checkBox) {
        this._saveCheckbox(evaluator, task, annotationStorage, changes);
        return;
      }
      if (this.data.radioButton) {
        this._saveRadioButton(evaluator, task, annotationStorage, changes);
      }
    }
    async _saveCheckbox(evaluator, task, annotationStorage, changes) {
      if (!annotationStorage) {
        return;
      }
      const storageEntry = annotationStorage.get(this.data.id);
      const flags = this._buildFlags(storageEntry?.noView, storageEntry?.noPrint);
      let rotation = storageEntry?.rotation, value = storageEntry?.value;
      if (rotation === void 0 && flags === void 0) {
        if (value === void 0) {
          return;
        }
        const defaultValue = this.data.fieldValue === this.data.exportValue;
        if (defaultValue === value) {
          return;
        }
      }
      let dict = evaluator.xref.fetchIfRef(this.ref);
      if (!(dict instanceof Dict)) {
        return;
      }
      dict = dict.clone();
      if (rotation === void 0) {
        rotation = this.rotation;
      }
      if (value === void 0) {
        value = this.data.fieldValue === this.data.exportValue;
      }
      const xfa = {
        path: this.data.fieldName,
        value: value ? this.data.exportValue : ""
      };
      const name = Name.get(value ? this._onStateName : "Off");
      this.setValue(dict, name, evaluator.xref, changes);
      dict.set("AS", name);
      dict.set("M", `D:${getModificationDate()}`);
      if (flags !== void 0) {
        dict.set("F", flags);
      }
      const maybeMK = this._getMKDict(rotation);
      if (maybeMK) {
        dict.set("MK", maybeMK);
      }
      changes.put(this.ref, {
        data: dict,
        xfa,
        needAppearances: false
      });
    }
    async _saveRadioButton(evaluator, task, annotationStorage, changes) {
      if (!annotationStorage) {
        return;
      }
      const storageEntry = annotationStorage.get(this.data.id);
      const flags = this._buildFlags(storageEntry?.noView, storageEntry?.noPrint);
      let rotation = storageEntry?.rotation, value = storageEntry?.value;
      if (rotation === void 0 && flags === void 0) {
        if (value === void 0) {
          return;
        }
        const defaultValue = this.data.fieldValue === this.data.buttonValue;
        if (defaultValue === value) {
          return;
        }
      }
      let dict = evaluator.xref.fetchIfRef(this.ref);
      if (!(dict instanceof Dict)) {
        return;
      }
      dict = dict.clone();
      if (value === void 0) {
        value = this.data.fieldValue === this.data.buttonValue;
      }
      if (rotation === void 0) {
        rotation = this.rotation;
      }
      const xfa = {
        path: this.data.fieldName,
        value: value ? this.data.buttonValue : ""
      };
      const name = Name.get(value ? this._onStateName : "Off");
      if (value) {
        this.setValue(dict, name, evaluator.xref, changes);
      }
      dict.set("AS", name);
      dict.set("M", `D:${getModificationDate()}`);
      if (flags !== void 0) {
        dict.set("F", flags);
      }
      const maybeMK = this._getMKDict(rotation);
      if (maybeMK) {
        dict.set("MK", maybeMK);
      }
      changes.put(this.ref, {
        data: dict,
        xfa,
        needAppearances: false
      });
    }
    _getDefaultCheckedAppearance(params, type) {
      const {
        width,
        height
      } = this;
      const bbox = [0, 0, width, height];
      const FONT_RATIO = 0.8;
      const fontSize = Math.min(width, height) * FONT_RATIO;
      let metrics, char;
      if (type === "check") {
        metrics = {
          width: 0.755 * fontSize,
          height: 0.705 * fontSize
        };
        char = "3";
      } else if (type === "disc") {
        metrics = {
          width: 0.791 * fontSize,
          height: 0.705 * fontSize
        };
        char = "l";
      } else {
        unreachable2(`_getDefaultCheckedAppearance - unsupported type: ${type}`);
      }
      const xShift = core_utils_numberToString((width - metrics.width) / 2);
      const yShift = core_utils_numberToString((height - metrics.height) / 2);
      const appearance = `q BT /PdfJsZaDb ${fontSize} Tf 0 g ${xShift} ${yShift} Td (${char}) Tj ET Q`;
      const appearanceStreamDict = new Dict(params.xref);
      appearanceStreamDict.set("FormType", 1);
      appearanceStreamDict.setIfName("Subtype", "Form");
      appearanceStreamDict.setIfName("Type", "XObject");
      appearanceStreamDict.set("BBox", bbox);
      appearanceStreamDict.set("Matrix", [1, 0, 0, 1, 0, 0]);
      appearanceStreamDict.set("Length", appearance.length);
      const resources = new Dict(params.xref);
      const font = new Dict(params.xref);
      font.set("PdfJsZaDb", this.fallbackFontDict);
      resources.set("Font", font);
      appearanceStreamDict.set("Resources", resources);
      this.checkedAppearance = new StringStream(appearance, appearanceStreamDict);
      this._streams.push(this.checkedAppearance);
    }
    _getOnStateName(dict) {
      const appearanceStates = dict.get("AP");
      if (!(appearanceStates instanceof Dict)) {
        return null;
      }
      const normalAppearance = appearanceStates.get("N");
      if (!(normalAppearance instanceof Dict)) {
        return null;
      }
      for (const key2 of normalAppearance.getKeys()) {
        if (key2 !== "Off") {
          return key2;
        }
      }
      return null;
    }
    _getExportValueForOptIndex(index, opt, xref) {
      if (Number.isInteger(index) && index >= 0 && index < opt.length) {
        const value = this._decodeFormValue(xref.fetchIfRef(opt[index]));
        if (typeof value === "string") {
          return value;
        }
      }
      return null;
    }
    _getOptInfo(dict, onState, opt, xref) {
      if (!Array.isArray(opt)) {
        return null;
      }
      const stateToIndex = /* @__PURE__ */ new Map();
      let currentIndex = null;
      const fieldParent = dict.get("Parent");
      const kids = fieldParent instanceof Dict ? fieldParent.get("Kids") : null;
      if (Array.isArray(kids)) {
        for (let i = 0, ii = Math.min(kids.length, opt.length); i < ii; i++) {
          const kid = kids[i];
          if (kid instanceof Ref && isRefsEqual(kid, this.ref)) {
            currentIndex = i;
          }
          const kidDict = xref.fetchIfRef(kid);
          if (!(kidDict instanceof Dict)) {
            continue;
          }
          if (kidDict === dict) {
            currentIndex = i;
          }
          const kidOnState = this._getOnStateName(kidDict);
          if (typeof kidOnState === "string" && !stateToIndex.has(kidOnState)) {
            stateToIndex.set(kidOnState, i);
          }
        }
      } else if (opt.length === 1 && typeof onState === "string") {
        currentIndex = 0;
        stateToIndex.set(onState, 0);
      }
      return {
        currentIndex,
        opt,
        stateToIndex
      };
    }
    _getExportValue(state, optInfo, xref) {
      if (!optInfo || typeof state !== "string" || state === "Off") {
        return state;
      }
      if (state === this._onStateName) {
        const exportValue = this._getExportValueForOptIndex(optInfo.currentIndex, optInfo.opt, xref);
        if (exportValue !== null) {
          return exportValue;
        }
      }
      if (optInfo.stateToIndex.has(state)) {
        const exportValue = this._getExportValueForOptIndex(optInfo.stateToIndex.get(state), optInfo.opt, xref);
        if (exportValue !== null) {
          return exportValue;
        }
      }
      const index = parseInt(state, 10);
      return Number.isInteger(index) && String(index) === state ? this._getExportValueForOptIndex(index, optInfo.opt, xref) || state : state;
    }
    _processCheckBox(params) {
      const customAppearance = params.dict.get("AP");
      let normalAppearance = customAppearance instanceof Dict ? customAppearance.get("N") : null;
      if (!(normalAppearance instanceof Dict)) {
        normalAppearance = null;
      }
      const asValue = this._decodeFormValue(params.dict.get("AS"));
      if (typeof asValue === "string") {
        this.data.fieldValue = asValue;
      }
      const yes = this.data.fieldValue !== null && this.data.fieldValue !== "Off" ? this.data.fieldValue : "Yes";
      const exportValues = normalAppearance ? [...normalAppearance.getKeys()] : [];
      if (exportValues.length === 0) {
        exportValues.push("Off", yes);
      } else if (exportValues.length === 1) {
        if (exportValues[0] === "Off") {
          exportValues.push(yes);
        } else {
          exportValues.unshift("Off");
        }
      } else if (exportValues.includes(yes)) {
        exportValues.length = 0;
        exportValues.push("Off", yes);
      } else {
        const otherYes = exportValues.find((v) => v !== "Off");
        exportValues.length = 0;
        exportValues.push("Off", otherYes);
      }
      const onState = exportValues[1];
      this._onStateName = onState;
      const opt = getInheritableProperty({
        dict: params.dict,
        key: "Opt"
      });
      const optInfo = this._getOptInfo(params.dict, onState, opt, params.xref);
      this.data.exportValue = this._getExportValue(onState, optInfo, params.xref);
      if (!exportValues.includes(this.data.fieldValue) && this.data.fieldValue !== this.data.exportValue) {
        this.data.fieldValue = "Off";
      }
      this.data.fieldValue = this._getExportValue(this.data.fieldValue, optInfo, params.xref);
      this.data.defaultFieldValue = this._getExportValue(this.data.defaultFieldValue, optInfo, params.xref);
      const checkedAppearance = normalAppearance?.get(onState);
      this.checkedAppearance = checkedAppearance instanceof BaseStream ? checkedAppearance : null;
      const uncheckedAppearance = normalAppearance?.get("Off");
      this.uncheckedAppearance = uncheckedAppearance instanceof BaseStream ? uncheckedAppearance : null;
      if (this.checkedAppearance) {
        this._streams.push(this.checkedAppearance);
      } else {
        this._getDefaultCheckedAppearance(params, "check");
      }
      if (this.uncheckedAppearance) {
        this._streams.push(this.uncheckedAppearance);
      }
      this._fallbackFontDict = this.fallbackFontDict;
      if (this.data.defaultFieldValue === null) {
        this.data.defaultFieldValue = "Off";
      }
    }
    _processRadioButton(params) {
      this.data.buttonValue = null;
      const fieldParent = params.dict.get("Parent");
      if (fieldParent instanceof Dict) {
        this.parent = params.dict.getRaw("Parent");
        const fieldParentValue = fieldParent.get("V");
        if (fieldParentValue instanceof Name) {
          this.data.fieldValue = this._decodeFormValue(fieldParentValue);
        }
      }
      const appearanceStates = params.dict.get("AP");
      if (!(appearanceStates instanceof Dict)) {
        return;
      }
      const normalAppearance = appearanceStates.get("N");
      if (!(normalAppearance instanceof Dict)) {
        return;
      }
      let onState = null;
      for (const key2 of normalAppearance.getKeys()) {
        if (key2 !== "Off") {
          onState = key2;
          break;
        }
      }
      this._onStateName = onState;
      const opt = getInheritableProperty({
        dict: params.dict,
        key: "Opt"
      });
      const optInfo = this._getOptInfo(params.dict, onState, opt, params.xref);
      this.data.buttonValue = this._getExportValue(onState, optInfo, params.xref);
      this.data.fieldValue = this._getExportValue(this.data.fieldValue, optInfo, params.xref);
      this.data.defaultFieldValue = this._getExportValue(this.data.defaultFieldValue, optInfo, params.xref);
      const checkedAppearance = normalAppearance.get(onState);
      this.checkedAppearance = checkedAppearance instanceof BaseStream ? checkedAppearance : null;
      const uncheckedAppearance = normalAppearance.get("Off");
      this.uncheckedAppearance = uncheckedAppearance instanceof BaseStream ? uncheckedAppearance : null;
      if (this.checkedAppearance) {
        this._streams.push(this.checkedAppearance);
      } else {
        this._getDefaultCheckedAppearance(params, "disc");
      }
      if (this.uncheckedAppearance) {
        this._streams.push(this.uncheckedAppearance);
      }
      this._fallbackFontDict = this.fallbackFontDict;
      if (this.data.defaultFieldValue === null) {
        this.data.defaultFieldValue = "Off";
      }
    }
    _processPushButton(params) {
      const {
        dict,
        annotationGlobals
      } = params;
      if (!dict.has("A") && !dict.has("AA") && !this.data.alternativeText) {
        warn2("Push buttons without action dictionaries are not supported");
        return;
      }
      this.data.isTooltipOnly = !dict.has("A") && !dict.has("AA");
      Catalog.parseDestDictionary({
        destDict: dict,
        resultObj: this.data,
        docBaseUrl: annotationGlobals.baseUrl,
        docAttachments: annotationGlobals.attachments
      });
    }
    getFieldObject() {
      let type = "button";
      let exportValues;
      if (this.data.checkBox) {
        type = "checkbox";
        exportValues = this.data.exportValue;
      } else if (this.data.radioButton) {
        type = "radiobutton";
        exportValues = this.data.buttonValue;
      }
      return {
        id: this.data.id,
        value: this.data.fieldValue || "Off",
        defaultValue: this.data.defaultFieldValue,
        exportValues,
        editable: !this.data.readOnly,
        name: this.data.fieldName,
        rect: this.data.rect,
        hidden: this.data.hidden,
        actions: this.data.actions,
        page: this.data.pageIndex,
        strokeColor: this.data.borderColor,
        fillColor: this.data.backgroundColor,
        rotation: this.rotation,
        type
      };
    }
    get fallbackFontDict() {
      const dict = new Dict();
      dict.setIfName("BaseFont", "ZapfDingbats");
      dict.setIfName("Type", "FallbackType");
      dict.setIfName("Subtype", "FallbackType");
      dict.setIfName("Encoding", "ZapfDingbatsEncoding");
      return util_shadow2(this, "fallbackFontDict", dict);
    }
  };
  var ChoiceWidgetAnnotation = class extends WidgetAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref
      } = params;
      this.indices = dict.getArray("I");
      this.hasIndices = Array.isArray(this.indices) && this.indices.length > 0;
      this.data.options = [];
      const options2 = getInheritableProperty({
        dict,
        key: "Opt"
      });
      if (Array.isArray(options2)) {
        for (let i = 0, ii = options2.length; i < ii; i++) {
          const option3 = xref.fetchIfRef(options2[i]);
          const isOptionArray = Array.isArray(option3);
          this.data.options[i] = {
            exportValue: this._decodeFormValue(isOptionArray ? xref.fetchIfRef(option3[0]) : option3),
            displayValue: this._decodeFormValue(isOptionArray ? xref.fetchIfRef(option3[1]) : option3)
          };
        }
      }
      if (!this.hasIndices) {
        if (typeof this.data.fieldValue === "string") {
          this.data.fieldValue = [this.data.fieldValue];
        } else {
          this.data.fieldValue ||= [];
        }
      } else {
        this.data.fieldValue = [];
        const ii = this.data.options.length;
        for (const i of this.indices) {
          if (Number.isInteger(i) && i >= 0 && i < ii) {
            this.data.fieldValue.push(this.data.options[i].exportValue);
          }
        }
      }
      if (this.data.options.length === 0 && this.data.fieldValue.length > 0) {
        this.data.options = this.data.fieldValue.map((value) => ({
          exportValue: value,
          displayValue: value
        }));
      }
      this.data.combo = this.hasFieldFlag(AnnotationFieldFlag.COMBO);
      this.data.multiSelect = this.hasFieldFlag(AnnotationFieldFlag.MULTISELECT);
      this._hasText = true;
    }
    getFieldObject() {
      const type = this.data.combo ? "combobox" : "listbox";
      const value = this.data.fieldValue.length > 0 ? this.data.fieldValue[0] : null;
      return {
        id: this.data.id,
        value,
        defaultValue: this.data.defaultFieldValue,
        editable: !this.data.readOnly,
        name: this.data.fieldName,
        rect: this.data.rect,
        numItems: this.data.fieldValue.length,
        multipleSelection: this.data.multiSelect,
        hidden: this.data.hidden,
        actions: this.data.actions,
        items: this.data.options,
        page: this.data.pageIndex,
        strokeColor: this.data.borderColor,
        fillColor: this.data.backgroundColor,
        rotation: this.rotation,
        type
      };
    }
    amendSavedDict(annotationStorage, dict) {
      if (!this.hasIndices) {
        return;
      }
      let values3 = annotationStorage?.get(this.data.id)?.value;
      if (!Array.isArray(values3)) {
        values3 = [values3];
      }
      const indices = [];
      const {
        options: options2
      } = this.data;
      for (let i = 0, j = 0, ii = options2.length; i < ii; i++) {
        if (options2[i].exportValue === values3[j]) {
          indices.push(i);
          j += 1;
        }
      }
      dict.set("I", indices);
    }
    async _getAppearance(evaluator, task, intent, annotationStorage) {
      if (this.data.combo) {
        return super._getAppearance(evaluator, task, intent, annotationStorage);
      }
      let exportedValue, rotation;
      const storageEntry = annotationStorage?.get(this.data.id);
      if (storageEntry) {
        rotation = storageEntry.rotation;
        exportedValue = storageEntry.value;
      }
      if (rotation === void 0 && exportedValue === void 0 && !this._needAppearances) {
        return null;
      }
      if (exportedValue === void 0) {
        exportedValue = this.data.fieldValue;
      } else if (!Array.isArray(exportedValue)) {
        exportedValue = [exportedValue];
      }
      const defaultPadding = 1;
      const defaultHPadding = 2;
      let {
        width: totalWidth,
        height: totalHeight
      } = this;
      if (rotation === 90 || rotation === 270) {
        [totalWidth, totalHeight] = [totalHeight, totalWidth];
      }
      const lineCount2 = this.data.options.length;
      const valueIndices = [];
      for (let i = 0; i < lineCount2; i++) {
        const {
          exportValue
        } = this.data.options[i];
        if (exportedValue.includes(exportValue)) {
          valueIndices.push(i);
        }
      }
      if (!this._defaultAppearance) {
        this.data.defaultAppearanceData = parseDefaultAppearance(this._defaultAppearance = "/Helvetica 0 Tf 0 g");
      }
      const font = await WidgetAnnotation._getFontData(evaluator, task, this.data.defaultAppearanceData, this._fieldResources.mergedResources);
      let defaultAppearance;
      let {
        fontSize
      } = this.data.defaultAppearanceData;
      if (!fontSize) {
        const lineHeight2 = (totalHeight - defaultPadding) / lineCount2;
        let lineWidth = -1;
        let value;
        for (const {
          displayValue
        } of this.data.options) {
          const width = this._getTextWidth(displayValue, font);
          if (width > lineWidth) {
            lineWidth = width;
            value = displayValue;
          }
        }
        [defaultAppearance, fontSize] = this._computeFontSize(lineHeight2, totalWidth - 2 * defaultHPadding, value, font, -1);
      } else {
        defaultAppearance = this._defaultAppearance;
      }
      const lineHeight = fontSize * /* inlined export .LINE_FACTOR */
      1.35;
      const vPadding = (lineHeight - fontSize) / 2;
      const numberOfVisibleLines = Math.floor(totalHeight / lineHeight);
      let firstIndex = 0;
      if (valueIndices.length > 0) {
        const minIndex = Math.min(...valueIndices);
        const maxIndex = Math.max(...valueIndices);
        firstIndex = MathClamp2(maxIndex - numberOfVisibleLines + 1, 0, minIndex);
      }
      const end = Math.min(firstIndex + numberOfVisibleLines + 1, lineCount2);
      const buf = ["/Tx BMC q", `1 1 ${totalWidth} ${totalHeight} re W n`];
      if (valueIndices.length) {
        buf.push("0.600006 0.756866 0.854904 rg");
        for (const index of valueIndices) {
          if (firstIndex <= index && index < end) {
            buf.push(`1 ${totalHeight - (index - firstIndex + 1) * lineHeight} ${totalWidth} ${lineHeight} re f`);
          }
        }
      }
      buf.push("BT", defaultAppearance, `1 0 0 1 0 ${totalHeight} Tm`);
      const prevInfo = {
        shift: 0
      };
      for (let i = firstIndex; i < end; i++) {
        const {
          displayValue
        } = this.data.options[i];
        const vpadding = i === firstIndex ? vPadding : 0;
        buf.push(this._renderText(displayValue, font, fontSize, totalWidth, 0, prevInfo, defaultHPadding, -lineHeight + vpadding));
      }
      buf.push("ET Q EMC");
      return buf.join("\n");
    }
  };
  var SignatureWidgetAnnotation = class extends WidgetAnnotation {
    _hasValueFromXFA = false;
    constructor(params) {
      super(params);
      this.data.fieldValue = null;
      this.data.hasOwnCanvas = this.data.noRotate;
      this.data.noHTML = !this.data.hasOwnCanvas;
    }
    getFieldObject() {
      return {
        id: this.data.id,
        value: null,
        page: this.data.pageIndex,
        type: "signature"
      };
    }
  };
  var TextAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      const DEFAULT_ICON_SIZE = 22;
      super(params);
      this.data.noRotate = true;
      this.data.hasOwnCanvas = this.data.noRotate;
      this.data.noHTML = false;
      const {
        dict
      } = params;
      if (this.data.hasAppearance) {
        this.data.name = "NoIcon";
      } else {
        this.data.rect[1] = this.data.rect[3] - DEFAULT_ICON_SIZE;
        this.data.rect[2] = this.data.rect[0] + DEFAULT_ICON_SIZE;
        this.data.name = dict.has("Name") ? dict.get("Name").name : "Note";
      }
      if (dict.has("State")) {
        this.data.state = dict.get("State") || null;
        this.data.stateModel = dict.get("StateModel") || null;
      } else {
        this.data.state = null;
        this.data.stateModel = null;
      }
    }
  };
  var LinkAnnotation = class extends Annotation {
    constructor(params) {
      super(params);
      const {
        dict,
        annotationGlobals
      } = params;
      this.data.noHTML = false;
      const quadPoints = getQuadPoints(dict, this.rectangle);
      if (quadPoints) {
        this.data.quadPoints = quadPoints;
      }
      this.data.borderColor ||= this.data.color;
      Catalog.parseDestDictionary({
        destDict: dict,
        resultObj: this.data,
        docBaseUrl: annotationGlobals.baseUrl,
        docAttachments: annotationGlobals.attachments
      });
    }
    get overlaysTextContent() {
      return true;
    }
  };
  var PopupAnnotation = class extends Annotation {
    constructor(params) {
      super(params);
      const {
        dict
      } = params;
      this.data.noHTML = false;
      if (this.width === 0 || this.height === 0) {
        this.data.rect = null;
      }
      let parentItem = dict.get("Parent");
      if (!parentItem) {
        warn2("Popup annotation has a missing or invalid parent annotation.");
        return;
      }
      this.data.parentRect = lookupNormalRect(parentItem.getArray("Rect"), null);
      this.data.creationDate = parentItem.get("CreationDate") || "";
      const rt = parentItem.get("RT");
      if (isName(rt, AnnotationReplyType.GROUP)) {
        parentItem = parentItem.get("IRT");
      }
      if (!parentItem.has("M")) {
        this.data.modificationDate = null;
      } else {
        this.setModificationDate(parentItem.get("M"));
        this.data.modificationDate = this.modificationDate;
      }
      if (!parentItem.has("C")) {
        this.data.color = null;
      } else {
        this.setColor(parentItem.getArray("C"));
        this.data.color = this.color;
      }
      if (!this.viewable) {
        const parentFlags = parentItem.get("F");
        if (this._isViewable(parentFlags)) {
          this.setFlags(parentFlags);
        }
      }
      this.setTitle(parentItem.get("T"));
      this.data.titleObj = this._title;
      this.setContents(parentItem.get("Contents"));
      this.data.contentsObj = this._contents;
      if (parentItem.has("RC")) {
        this.data.richText = XFAFactory.getRichTextAsHtml(parentItem.get("RC"));
      }
      this.data.open = !!dict.get("Open");
    }
    static createNewDict(annotation, xref, _params) {
      const {
        oldAnnotation,
        rect: rect2,
        parent
      } = annotation;
      const popup = oldAnnotation || new Dict(xref);
      popup.setIfNotExists("Type", Name.get("Annot"));
      popup.setIfNotExists("Subtype", Name.get("Popup"));
      popup.setIfNotExists("Open", false);
      popup.setIfArray("Rect", rect2);
      popup.set("Parent", parent);
      return popup;
    }
    static async createNewAppearanceStream(annotation, xref, params) {
      return null;
    }
  };
  var FreeTextAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      super(params);
      this.data.hasOwnCanvas = this.data.noRotate;
      this.data.isEditable = !this.data.noHTML;
      this.data.noHTML = false;
      const {
        annotationGlobals,
        xref
      } = params;
      this.setDefaultAppearance(params);
      this._hasAppearance = !!this.appearance;
      if (this._hasAppearance) {
        const {
          fontColor,
          fontSize
        } = parseAppearanceStream(this.appearance, xref, annotationGlobals.globalColorSpaceCache);
        this.data.defaultAppearanceData.fontColor = fontColor;
        this.data.defaultAppearanceData.fontSize = fontSize || 10;
      } else {
        this.data.defaultAppearanceData.fontSize ||= 10;
        const {
          fontColor,
          fontSize
        } = this.data.defaultAppearanceData;
        if (this._contents.str) {
          this.data.textContent = this._contents.str.split(/\r\n?|\n/).map((line) => line.trimEnd());
          const {
            coords,
            bbox,
            matrix
          } = FakeUnicodeFont.getFirstPositionInfo(this.rectangle, this.rotation, fontSize);
          this.data.textPosition = this._transformPoint(coords, bbox, matrix);
        }
        if (this._isOffscreenCanvasSupported) {
          const strokeAlpha = params.dict.get("CA");
          const fakeUnicodeFont = new FakeUnicodeFont(xref, "sans-serif");
          this.appearance = fakeUnicodeFont.createAppearance(this._contents.str, this.rectangle, this.rotation, fontSize, fontColor, strokeAlpha);
          this._streams.push(this.appearance);
        } else {
          warn2("FreeTextAnnotation: OffscreenCanvas is not supported, annotation may not render correctly.");
        }
      }
    }
    get hasTextContent() {
      return this._hasAppearance;
    }
    static createNewDict(annotation, xref, {
      apRef,
      ap
    }) {
      const {
        color: color2,
        date,
        fontSize,
        oldAnnotation,
        rect: rect2,
        rotation,
        user,
        value
      } = annotation;
      const freetext = oldAnnotation || new Dict(xref);
      freetext.setIfNotExists("Type", Name.get("Annot"));
      freetext.setIfNotExists("Subtype", Name.get("FreeText"));
      freetext.set(oldAnnotation ? "M" : "CreationDate", `D:${getModificationDate(date)}`);
      if (oldAnnotation) {
        freetext.delete("RC");
      }
      freetext.setIfArray("Rect", rect2);
      const da = `/Helv ${fontSize} Tf ${getPdfColor(color2, true)}`;
      freetext.set("DA", da);
      freetext.setIfDefined("Contents", stringToAsciiOrUTF16BE(value));
      freetext.setIfNotExists("F", 4);
      freetext.setIfNotExists("Border", [0, 0, 0]);
      freetext.setIfNumber("Rotate", rotation);
      freetext.setIfDefined("T", stringToAsciiOrUTF16BE(user));
      if (apRef || ap) {
        const n = new Dict(xref);
        freetext.set("AP", n);
        n.set("N", apRef || ap);
      }
      return freetext;
    }
    static getPrintData({
      color: color2,
      fontSize,
      rect: rect2,
      rotation,
      value
    }) {
      throw new Error("Not implemented: getPrintData");
    }
    static async createNewAppearanceStream(annotation, xref, params) {
      const {
        baseFontRef,
        evaluator,
        task
      } = params;
      const {
        color: color2,
        fontSize,
        rect: rect2,
        rotation,
        value
      } = annotation;
      if (!color2) {
        return null;
      }
      const resources = new Dict(xref);
      const font = new Dict(xref);
      if (baseFontRef) {
        font.set("Helv", baseFontRef);
      } else {
        const baseFont = new Dict(xref);
        baseFont.setIfName("BaseFont", "Helvetica");
        baseFont.setIfName("Type", "Font");
        baseFont.setIfName("Subtype", "Type1");
        baseFont.setIfName("Encoding", "WinAnsiEncoding");
        font.set("Helv", baseFont);
      }
      resources.set("Font", font);
      const helv = await WidgetAnnotation._getFontData(evaluator, task, {
        fontName: "Helv",
        fontSize
      }, resources);
      const [x1, y1, x2, y2] = rect2;
      let w = x2 - x1;
      let h = y2 - y1;
      if (rotation % 180 !== 0) {
        [w, h] = [h, w];
      }
      const lines = value.split("\n");
      const scale2 = fontSize / 1e3;
      let totalWidth = -Infinity;
      const encodedLines = [];
      for (let line of lines) {
        const encoded = helv.encodeString(line);
        if (encoded.length > 1) {
          return null;
        }
        line = encoded.join("");
        encodedLines.push(line);
        let lineWidth = 0;
        const glyphs = helv.charsToGlyphs(line);
        for (const glyph of glyphs) {
          lineWidth += glyph.width * scale2;
        }
        totalWidth = Math.max(totalWidth, lineWidth);
      }
      const hscale = totalWidth > w ? w / totalWidth : 1;
      let vscale = 1;
      const lineHeight = (
        /* inlined export .LINE_FACTOR */
        1.35 * fontSize
      );
      const lineAscent = (
        /* inlined export .LINE_FACTOR */
        (1.35 - /* inlined export .LINE_DESCENT_FACTOR */
        0.35) * fontSize
      );
      const totalHeight = lineHeight * lines.length;
      if (totalHeight > h) {
        vscale = h / totalHeight;
      }
      const fscale = Math.min(hscale, vscale);
      const newFontSize = fontSize * fscale;
      let firstPoint, clipBox, matrix;
      switch (rotation) {
        case 0:
          matrix = [1, 0, 0, 1];
          clipBox = [rect2[0], rect2[1], w, h];
          firstPoint = [rect2[0], rect2[3] - lineAscent];
          break;
        case 90:
          matrix = [0, 1, -1, 0];
          clipBox = [rect2[1], -rect2[2], w, h];
          firstPoint = [rect2[1], -rect2[0] - lineAscent];
          break;
        case 180:
          matrix = [-1, 0, 0, -1];
          clipBox = [-rect2[2], -rect2[3], w, h];
          firstPoint = [-rect2[2], -rect2[1] - lineAscent];
          break;
        case 270:
          matrix = [0, -1, 1, 0];
          clipBox = [-rect2[3], rect2[0], w, h];
          firstPoint = [-rect2[3], rect2[2] - lineAscent];
          break;
      }
      const buffer = ["q", `${matrix.join(" ")} 0 0 cm`, `${clipBox.join(" ")} re W n`, `BT`, `${getPdfColor(color2, true)}`, `0 Tc /Helv ${core_utils_numberToString(newFontSize)} Tf`];
      buffer.push(`${firstPoint.join(" ")} Td (${escapeString(encodedLines[0])}) Tj`);
      const vShift = core_utils_numberToString(lineHeight);
      for (let i = 1, ii = encodedLines.length; i < ii; i++) {
        const line = encodedLines[i];
        buffer.push(`0 -${vShift} Td (${escapeString(line)}) Tj`);
      }
      buffer.push("ET", "Q");
      const appearance = buffer.join("\n");
      const appearanceStreamDict = new Dict(xref);
      appearanceStreamDict.set("FormType", 1);
      appearanceStreamDict.setIfName("Subtype", "Form");
      appearanceStreamDict.setIfName("Type", "XObject");
      appearanceStreamDict.set("BBox", rect2);
      appearanceStreamDict.set("Resources", resources);
      appearanceStreamDict.set("Matrix", [1, 0, 0, 1, -rect2[0], -rect2[1]]);
      return new StringStream(appearance, appearanceStreamDict);
    }
  };
  var LineAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref
      } = params;
      this.data.hasOwnCanvas = this.data.noRotate;
      this.data.noHTML = false;
      const lineCoordinates = lookupRect(dict.getArray("L"), [0, 0, 0, 0]);
      this.data.lineCoordinates = Util2.normalizeRect(lineCoordinates);
      this.setLineEndings(dict.getArray("LE"));
      this.data.lineEndings = this.lineEndings;
      if (!this.appearance) {
        const strokeColor = getPdfColorArray(this.color, [0, 0, 0]);
        const strokeAlpha = dict.get("CA");
        const interiorColor = getRgbColor(dict.getArray("IC"), null);
        const fillColor = getPdfColorArray(interiorColor);
        const fillAlpha = fillColor ? strokeAlpha : null;
        const borderWidth = this.borderStyle.width || 1, borderAdjust = 2 * borderWidth;
        const bbox = [this.data.lineCoordinates[0] - borderAdjust, this.data.lineCoordinates[1] - borderAdjust, this.data.lineCoordinates[2] + borderAdjust, this.data.lineCoordinates[3] + borderAdjust];
        if (!Util2.intersect(this.rectangle, bbox)) {
          this.rectangle = bbox;
        }
        this._setDefaultAppearance({
          xref,
          extra: `${borderWidth} w`,
          strokeColor,
          fillColor,
          strokeAlpha,
          fillAlpha,
          pointsCallback: (buffer, points) => {
            buffer.push(`${lineCoordinates[0]} ${lineCoordinates[1]} m`, `${lineCoordinates[2]} ${lineCoordinates[3]} l`, "S");
            return [points[0] - borderWidth, points[7] - borderWidth, points[2] + borderWidth, points[3] + borderWidth];
          }
        });
      }
    }
  };
  var SquareAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref
      } = params;
      this.data.hasOwnCanvas = this.data.noRotate;
      this.data.noHTML = false;
      if (!this.appearance) {
        const strokeColor = getPdfColorArray(this.color, [0, 0, 0]);
        const strokeAlpha = dict.get("CA");
        const interiorColor = getRgbColor(dict.getArray("IC"), null);
        const fillColor = getPdfColorArray(interiorColor);
        const fillAlpha = fillColor ? strokeAlpha : null;
        if (this.borderStyle.width === 0 && !fillColor) {
          return;
        }
        this._setDefaultAppearance({
          xref,
          extra: `${this.borderStyle.width} w`,
          strokeColor,
          fillColor,
          strokeAlpha,
          fillAlpha,
          pointsCallback: (buffer, points) => {
            const x = points[4] + this.borderStyle.width / 2;
            const y = points[5] + this.borderStyle.width / 2;
            const width = points[6] - points[4] - this.borderStyle.width;
            const height = points[3] - points[7] - this.borderStyle.width;
            buffer.push(`${x} ${y} ${width} ${height} re`);
            if (fillColor) {
              buffer.push("B");
            } else {
              buffer.push("S");
            }
            return [points[0], points[7], points[2], points[3]];
          }
        });
      }
    }
  };
  var CircleAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref
      } = params;
      if (!this.appearance) {
        const strokeColor = getPdfColorArray(this.color, [0, 0, 0]);
        const strokeAlpha = dict.get("CA");
        const interiorColor = getRgbColor(dict.getArray("IC"), null);
        const fillColor = getPdfColorArray(interiorColor);
        const fillAlpha = fillColor ? strokeAlpha : null;
        if (this.borderStyle.width === 0 && !fillColor) {
          return;
        }
        const controlPointsDistance = 4 / 3 * Math.tan(Math.PI / (2 * 4));
        this._setDefaultAppearance({
          xref,
          extra: `${this.borderStyle.width} w`,
          strokeColor,
          fillColor,
          strokeAlpha,
          fillAlpha,
          pointsCallback: (buffer, points) => {
            const x0 = points[0] + this.borderStyle.width / 2;
            const y0 = points[1] - this.borderStyle.width / 2;
            const x1 = points[6] - this.borderStyle.width / 2;
            const y1 = points[7] + this.borderStyle.width / 2;
            const xMid = x0 + (x1 - x0) / 2;
            const yMid = y0 + (y1 - y0) / 2;
            const xOffset = (x1 - x0) / 2 * controlPointsDistance;
            const yOffset = (y1 - y0) / 2 * controlPointsDistance;
            buffer.push(`${xMid} ${y1} m`, `${xMid + xOffset} ${y1} ${x1} ${yMid + yOffset} ${x1} ${yMid} c`, `${x1} ${yMid - yOffset} ${xMid + xOffset} ${y0} ${xMid} ${y0} c`, `${xMid - xOffset} ${y0} ${x0} ${yMid - yOffset} ${x0} ${yMid} c`, `${x0} ${yMid + yOffset} ${xMid - xOffset} ${y1} ${xMid} ${y1} c`, "h");
            if (fillColor) {
              buffer.push("B");
            } else {
              buffer.push("S");
            }
            return [points[0], points[7], points[2], points[3]];
          }
        });
      }
    }
  };
  var PolylineAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref
      } = params;
      this.data.hasOwnCanvas = this.data.noRotate;
      this.data.noHTML = false;
      this.data.vertices = null;
      if (!(this instanceof PolygonAnnotation)) {
        this.setLineEndings(dict.getArray("LE"));
        this.data.lineEndings = this.lineEndings;
      }
      const rawVertices = dict.getArray("Vertices");
      if (!isNumberArray(rawVertices, null)) {
        return;
      }
      const vertices = this.data.vertices = Float32Array.from(rawVertices);
      if (!this.appearance) {
        const strokeColor = getPdfColorArray(this.color, [0, 0, 0]);
        const strokeAlpha = dict.get("CA");
        let fillColor = getRgbColor(dict.getArray("IC"), null);
        fillColor &&= getPdfColorArray(fillColor);
        let operator;
        if (fillColor) {
          if (this.color) {
            operator = fillColor.every((c, i) => c === strokeColor[i]) ? "f" : "B";
          } else {
            operator = "f";
          }
        } else {
          operator = "S";
        }
        const borderWidth = this.borderStyle.width || 1, borderAdjust = 2 * borderWidth;
        const bbox = BBOX_INIT2.slice();
        for (let i = 0, ii = vertices.length; i < ii; i += 2) {
          Util2.rectBoundingBox(vertices[i] - borderAdjust, vertices[i + 1] - borderAdjust, vertices[i] + borderAdjust, vertices[i + 1] + borderAdjust, bbox);
        }
        if (!Util2.intersect(this.rectangle, bbox)) {
          this.rectangle = bbox;
        }
        this._setDefaultAppearance({
          xref,
          extra: `${borderWidth} w`,
          strokeColor,
          strokeAlpha,
          fillColor,
          fillAlpha: fillColor ? strokeAlpha : null,
          pointsCallback: (buffer, points) => {
            for (let i = 0, ii = vertices.length; i < ii; i += 2) {
              buffer.push(`${vertices[i]} ${vertices[i + 1]} ${i === 0 ? "m" : "l"}`);
            }
            buffer.push(operator);
            return [points[0], points[7], points[2], points[3]];
          }
        });
      }
    }
  };
  var PolygonAnnotation = class extends PolylineAnnotation {
  };
  var CaretAnnotation = class extends MarkupAnnotation {
  };
  var InkAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      super(params);
      this.data.hasOwnCanvas = this.data.noRotate;
      this.data.noHTML = false;
      const {
        dict,
        xref
      } = params;
      this.data.inkLists = [];
      this.data.isEditable = !this.data.noHTML;
      this.data.noHTML = false;
      this.data.opacity = dict.get("CA") || 1;
      const rawInkLists = dict.getArray("InkList");
      if (!Array.isArray(rawInkLists)) {
        return;
      }
      for (const rawInkList of rawInkLists) {
        if (!Array.isArray(rawInkList)) {
          continue;
        }
        const inkList = new Float32Array(rawInkList.length);
        this.data.inkLists.push(inkList);
        for (let j = 0, jj = rawInkList.length; j < jj; j += 2) {
          const x = xref.fetchIfRef(rawInkList[j]), y = xref.fetchIfRef(rawInkList[j + 1]);
          if (typeof x === "number" && typeof y === "number") {
            inkList[j] = x;
            inkList[j + 1] = y;
          }
        }
      }
      if (!this.appearance) {
        const strokeColor = getPdfColorArray(this.color, [0, 0, 0]);
        const strokeAlpha = dict.get("CA");
        const borderWidth = this.borderStyle.width || 1, borderAdjust = 2 * borderWidth;
        const bbox = BBOX_INIT2.slice();
        for (const inkList of this.data.inkLists) {
          for (let i = 0, ii = inkList.length; i < ii; i += 2) {
            Util2.rectBoundingBox(inkList[i] - borderAdjust, inkList[i + 1] - borderAdjust, inkList[i] + borderAdjust, inkList[i + 1] + borderAdjust, bbox);
          }
        }
        if (!Util2.intersect(this.rectangle, bbox)) {
          this.rectangle = bbox;
        }
        this._setDefaultAppearance({
          xref,
          extra: `${borderWidth} w`,
          strokeColor,
          strokeAlpha,
          pointsCallback: (buffer, points) => {
            for (const inkList of this.data.inkLists) {
              for (let i = 0, ii = inkList.length; i < ii; i += 2) {
                buffer.push(`${inkList[i]} ${inkList[i + 1]} ${i === 0 ? "m" : "l"}`);
              }
              buffer.push("S");
            }
            return [points[0], points[7], points[2], points[3]];
          }
        });
      }
    }
    static createNewDict(annotation, xref, {
      apRef,
      ap
    }) {
      const {
        oldAnnotation,
        color: color2,
        date,
        opacity,
        paths: paths6,
        outlines,
        rect: rect2,
        rotation,
        thickness,
        user
      } = annotation;
      const ink = oldAnnotation || new Dict(xref);
      ink.setIfNotExists("Type", Name.get("Annot"));
      ink.setIfNotExists("Subtype", Name.get("Ink"));
      ink.set(oldAnnotation ? "M" : "CreationDate", `D:${getModificationDate(date)}`);
      ink.setIfArray("Rect", rect2);
      ink.setIfArray("InkList", outlines?.points || paths6?.points);
      ink.setIfNotExists("F", 4);
      ink.setIfNumber("Rotate", rotation);
      ink.setIfDefined("T", stringToAsciiOrUTF16BE(user));
      if (outlines) {
        ink.setIfName("IT", "InkHighlight");
      }
      if (thickness > 0) {
        const bs = new Dict(xref);
        ink.set("BS", bs);
        bs.set("W", thickness);
      }
      ink.setIfArray("C", getPdfColorArray(color2));
      ink.setIfNumber("CA", opacity);
      if (ap || apRef) {
        const n = new Dict(xref);
        ink.set("AP", n);
        n.set("N", apRef || ap);
      }
      return ink;
    }
    static async createNewAppearanceStream(annotation, xref, params) {
      if (annotation.outlines) {
        return this.createNewAppearanceStreamForHighlight(annotation, xref, params);
      }
      const {
        color: color2,
        rect: rect2,
        paths: paths6,
        thickness,
        opacity
      } = annotation;
      if (!color2) {
        return null;
      }
      const appearanceBuffer = [`${thickness} w 1 J 1 j`, `${getPdfColor(color2, false)}`];
      if (opacity !== 1) {
        appearanceBuffer.push("/R0 gs");
      }
      for (const outline of paths6.lines) {
        writeLineToCurveToAppearance(outline, appearanceBuffer, true);
      }
      appearanceBuffer.push("S");
      const appearance = appearanceBuffer.join("\n");
      const appearanceStreamDict = new Dict(xref);
      appearanceStreamDict.set("FormType", 1);
      appearanceStreamDict.setIfName("Subtype", "Form");
      appearanceStreamDict.setIfName("Type", "XObject");
      appearanceStreamDict.set("BBox", rect2);
      appearanceStreamDict.set("Length", appearance.length);
      if (opacity !== 1) {
        const resources = new Dict(xref);
        const extGState = new Dict(xref);
        const r0 = new Dict(xref);
        r0.set("CA", opacity);
        r0.setIfName("Type", "ExtGState");
        extGState.set("R0", r0);
        resources.set("ExtGState", extGState);
        appearanceStreamDict.set("Resources", resources);
      }
      return new StringStream(appearance, appearanceStreamDict);
    }
    static async createNewAppearanceStreamForHighlight(annotation, xref, params) {
      const {
        color: color2,
        rect: rect2,
        outlines: {
          outline
        },
        opacity
      } = annotation;
      if (!color2) {
        return null;
      }
      const appearanceBuffer = [`${getPdfColor(color2, true)}`, "/R0 gs"];
      writeLineToCurveToAppearance(outline, appearanceBuffer);
      appearanceBuffer.push("h f");
      const appearance = appearanceBuffer.join("\n");
      const appearanceStreamDict = new Dict(xref);
      appearanceStreamDict.set("FormType", 1);
      appearanceStreamDict.setIfName("Subtype", "Form");
      appearanceStreamDict.setIfName("Type", "XObject");
      appearanceStreamDict.set("BBox", rect2);
      appearanceStreamDict.set("Length", appearance.length);
      const resources = new Dict(xref);
      const extGState = new Dict(xref);
      resources.set("ExtGState", extGState);
      appearanceStreamDict.set("Resources", resources);
      const r0 = new Dict(xref);
      extGState.set("R0", r0);
      r0.setIfName("BM", "Multiply");
      if (opacity !== 1) {
        r0.set("ca", opacity);
        r0.setIfName("Type", "ExtGState");
      }
      return new StringStream(appearance, appearanceStreamDict);
    }
  };
  var HighlightAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref
      } = params;
      this.data.isEditable = !this.data.noHTML;
      this.data.noHTML = false;
      this.data.opacity = dict.get("CA") || 1;
      const quadPoints = this.data.quadPoints = getQuadPoints(dict, null);
      if (quadPoints) {
        if (!this.appearance) {
          const fillColor = getPdfColorArray(this.color, [1, 1, 0]);
          const fillAlpha = dict.get("CA");
          this._setDefaultAppearance({
            xref,
            fillColor,
            blendMode: "Multiply",
            fillAlpha,
            pointsCallback: (buffer, points) => {
              buffer.push(`${points[0]} ${points[1]} m`, `${points[2]} ${points[3]} l`, `${points[6]} ${points[7]} l`, `${points[4]} ${points[5]} l`, "f");
              return [points[0], points[7], points[2], points[3]];
            }
          });
        }
      } else {
        this.data.popupRef = null;
      }
    }
    get overlaysTextContent() {
      return true;
    }
    static createNewDict(annotation, xref, {
      apRef,
      ap
    }) {
      const {
        color: color2,
        date,
        oldAnnotation,
        opacity,
        rect: rect2,
        rotation,
        user,
        quadPoints
      } = annotation;
      const highlight = oldAnnotation || new Dict(xref);
      highlight.setIfNotExists("Type", Name.get("Annot"));
      highlight.setIfNotExists("Subtype", Name.get("Highlight"));
      highlight.set(oldAnnotation ? "M" : "CreationDate", `D:${getModificationDate(date)}`);
      highlight.setIfArray("Rect", rect2);
      highlight.setIfNotExists("F", 4);
      highlight.setIfNotExists("Border", [0, 0, 0]);
      highlight.setIfNumber("Rotate", rotation);
      highlight.setIfArray("QuadPoints", quadPoints);
      highlight.setIfArray("C", getPdfColorArray(color2));
      highlight.setIfNumber("CA", opacity);
      highlight.setIfDefined("T", stringToAsciiOrUTF16BE(user));
      if (apRef || ap) {
        const n = new Dict(xref);
        highlight.set("AP", n);
        n.set("N", apRef || ap);
      }
      return highlight;
    }
    static async createNewAppearanceStream(annotation, xref, params) {
      const {
        color: color2,
        rect: rect2,
        outlines,
        opacity
      } = annotation;
      if (!color2) {
        return null;
      }
      const appearanceBuffer = [`${getPdfColor(color2, true)}`, "/R0 gs"];
      const buffer = [];
      for (const outline of outlines) {
        buffer.length = 0;
        buffer.push(`${core_utils_numberToString(outline[0])} ${core_utils_numberToString(outline[1])} m`);
        for (let i = 2, ii = outline.length; i < ii; i += 2) {
          buffer.push(`${core_utils_numberToString(outline[i])} ${core_utils_numberToString(outline[i + 1])} l`);
        }
        buffer.push("h");
        appearanceBuffer.push(buffer.join("\n"));
      }
      appearanceBuffer.push("f*");
      const appearance = appearanceBuffer.join("\n");
      const appearanceStreamDict = new Dict(xref);
      appearanceStreamDict.set("FormType", 1);
      appearanceStreamDict.setIfName("Subtype", "Form");
      appearanceStreamDict.setIfName("Type", "XObject");
      appearanceStreamDict.set("BBox", rect2);
      appearanceStreamDict.set("Length", appearance.length);
      const resources = new Dict(xref);
      const extGState = new Dict(xref);
      resources.set("ExtGState", extGState);
      appearanceStreamDict.set("Resources", resources);
      const r0 = new Dict(xref);
      extGState.set("R0", r0);
      r0.setIfName("BM", "Multiply");
      if (opacity !== 1) {
        r0.set("ca", opacity);
        r0.setIfName("Type", "ExtGState");
      }
      return new StringStream(appearance, appearanceStreamDict);
    }
  };
  var UnderlineAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref
      } = params;
      const quadPoints = this.data.quadPoints = getQuadPoints(dict, null);
      if (quadPoints) {
        if (!this.appearance) {
          const strokeColor = getPdfColorArray(this.color, [0, 0, 0]);
          const strokeAlpha = dict.get("CA");
          this._setDefaultAppearance({
            xref,
            extra: "[] 0 d 0.571 w",
            strokeColor,
            strokeAlpha,
            pointsCallback: (buffer, points) => {
              buffer.push(`${points[4]} ${points[5] + 1.3} m`, `${points[6]} ${points[7] + 1.3} l`, "S");
              return [points[0], points[7], points[2], points[3]];
            }
          });
        }
      } else {
        this.data.popupRef = null;
      }
    }
    get overlaysTextContent() {
      return true;
    }
  };
  var SquigglyAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref
      } = params;
      const quadPoints = this.data.quadPoints = getQuadPoints(dict, null);
      if (quadPoints) {
        if (!this.appearance) {
          const strokeColor = getPdfColorArray(this.color, [0, 0, 0]);
          const strokeAlpha = dict.get("CA");
          this._setDefaultAppearance({
            xref,
            extra: "[] 0 d 1 w",
            strokeColor,
            strokeAlpha,
            pointsCallback: (buffer, points) => {
              const dy = (points[1] - points[5]) / 6;
              let shift = dy;
              let x = points[4];
              const y = points[5];
              const xEnd = points[6];
              buffer.push(`${x} ${y + shift} m`);
              do {
                x += 2;
                shift = shift === 0 ? dy : 0;
                buffer.push(`${x} ${y + shift} l`);
              } while (x < xEnd);
              buffer.push("S");
              return [points[4], y - 2 * dy, xEnd, y + 2 * dy];
            }
          });
        }
      } else {
        this.data.popupRef = null;
      }
    }
    get overlaysTextContent() {
      return true;
    }
  };
  var StrikeOutAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref
      } = params;
      const quadPoints = this.data.quadPoints = getQuadPoints(dict, null);
      if (quadPoints) {
        if (!this.appearance) {
          const strokeColor = getPdfColorArray(this.color, [0, 0, 0]);
          const strokeAlpha = dict.get("CA");
          this._setDefaultAppearance({
            xref,
            extra: "[] 0 d 1 w",
            strokeColor,
            strokeAlpha,
            pointsCallback: (buffer, points) => {
              buffer.push(`${(points[0] + points[4]) / 2} ${(points[1] + points[5]) / 2} m`, `${(points[2] + points[6]) / 2} ${(points[3] + points[7]) / 2} l`, "S");
              return [points[0], points[7], points[2], points[3]];
            }
          });
        }
      } else {
        this.data.popupRef = null;
      }
    }
    get overlaysTextContent() {
      return true;
    }
  };
  var StampAnnotation = class extends MarkupAnnotation {
    #savedHasOwnCanvas = null;
    constructor(params) {
      super(params);
      this.data.hasOwnCanvas = this.data.noRotate;
      this.data.isEditable = !this.data.noHTML;
      this.data.noHTML = false;
    }
    mustBeViewedWhenEditing(isEditing, modifiedIds = null) {
      if (isEditing) {
        if (!this.data.isEditable) {
          return true;
        }
        this.#savedHasOwnCanvas ??= this.data.hasOwnCanvas;
        this.data.hasOwnCanvas = true;
        return true;
      }
      if (this.#savedHasOwnCanvas !== null) {
        this.data.hasOwnCanvas = this.#savedHasOwnCanvas;
        this.#savedHasOwnCanvas = null;
      }
      return !modifiedIds?.has(this.data.id);
    }
    static createNewDict(annotation, xref, {
      apRef,
      ap
    }) {
      const {
        date,
        oldAnnotation,
        rect: rect2,
        rotation,
        user
      } = annotation;
      const stamp = oldAnnotation || new Dict(xref);
      stamp.setIfNotExists("Type", Name.get("Annot"));
      stamp.setIfNotExists("Subtype", Name.get("Stamp"));
      stamp.set(oldAnnotation ? "M" : "CreationDate", `D:${getModificationDate(date)}`);
      stamp.setIfArray("Rect", rect2);
      stamp.setIfNotExists("F", 4);
      stamp.setIfNotExists("Border", [0, 0, 0]);
      stamp.setIfNumber("Rotate", rotation);
      stamp.setIfDefined("T", stringToAsciiOrUTF16BE(user));
      if (apRef || ap) {
        const n = new Dict(xref);
        stamp.set("AP", n);
        n.set("N", apRef || ap);
      }
      return stamp;
    }
    static async #createNewAppearanceStreamForDrawing(annotation, xref) {
      const {
        areContours,
        color: color2,
        rect: rect2,
        lines,
        thickness
      } = annotation;
      if (!color2) {
        return null;
      }
      const appearanceBuffer = [`${thickness} w 1 J 1 j`, `${getPdfColor(color2, areContours)}`];
      for (const line of lines) {
        writeLineToCurveToAppearance(line, appearanceBuffer, true);
      }
      appearanceBuffer.push(areContours ? "F" : "S");
      const appearance = appearanceBuffer.join("\n");
      const appearanceStreamDict = new Dict(xref);
      appearanceStreamDict.set("FormType", 1);
      appearanceStreamDict.setIfName("Subtype", "Form");
      appearanceStreamDict.setIfName("Type", "XObject");
      appearanceStreamDict.set("BBox", rect2);
      appearanceStreamDict.set("Length", appearance.length);
      return new StringStream(appearance, appearanceStreamDict);
    }
    static async createNewAppearanceStream(annotation, xref, params) {
      if (annotation.oldAnnotation) {
        return null;
      }
      if (annotation.isSignature) {
        return this.#createNewAppearanceStreamForDrawing(annotation, xref);
      }
      const {
        rotation
      } = annotation;
      const {
        imageRef,
        width,
        height
      } = params.image;
      const resources = new Dict(xref);
      const xobject = new Dict(xref);
      resources.set("XObject", xobject);
      xobject.set("Im0", imageRef);
      const appearance = `q ${width} 0 0 ${height} 0 0 cm /Im0 Do Q`;
      const appearanceStreamDict = new Dict(xref);
      appearanceStreamDict.set("FormType", 1);
      appearanceStreamDict.setIfName("Subtype", "Form");
      appearanceStreamDict.setIfName("Type", "XObject");
      appearanceStreamDict.set("BBox", [0, 0, width, height]);
      appearanceStreamDict.set("Resources", resources);
      if (rotation) {
        const matrix = getRotationMatrix(rotation, width, height);
        appearanceStreamDict.set("Matrix", matrix);
      }
      return new StringStream(appearance, appearanceStreamDict);
    }
  };
  var FileAttachmentAnnotation = class extends MarkupAnnotation {
    constructor(params) {
      super(params);
      const {
        annotationGlobals,
        dict
      } = params;
      const fsDict = dict.get("FS");
      this.data.hasOwnCanvas = this.data.noRotate;
      this.data.noHTML = false;
      this.data.fileId = this._getAttachmentId(fsDict, dict.getRaw("FS"), annotationGlobals);
      this.data.file = new FileSpec(fsDict).serializable;
      const name = dict.get("Name");
      this.data.name = name instanceof Name ? stringToPDFString(name.name) : "PushPin";
      const fillAlpha = dict.get("ca");
      this.data.fillAlpha = typeof fillAlpha === "number" && fillAlpha >= 0 && fillAlpha <= 1 ? fillAlpha : null;
    }
  };
  var MediaAnnotation = class _MediaAnnotation extends Annotation {
    static #MEDIA_MIME_TYPE_RE = /^(?:video|audio)\/[a-z0-9][\w!#$&^.+-]{0,126}$/i;
    static #MEDIA_CONTENT_TYPE_RE = /^(?:video|audio)\/[a-z0-9][\w!#$&^.+-]{0,126}(?: *; *[a-z0-9][\w!#$&^.+-]{0,126} *= *(?:[-!#$%&'*+.^\x60{|}~\w]+|"(?:[\x20\x21\x23-\x5b\x5d-\x7e]|\\[\x20-\x7e])*"))* *$/i;
    constructor(params) {
      super(params);
      this.data.noHTML = true;
    }
    _setMediaData({
      assetRef,
      assetDict,
      filename,
      contentType,
      wrapSound = false
    }, annotationGlobals) {
      this.data.noHTML = false;
      this.data.richMedia = {
        fileId: this._getAttachmentId(assetDict, assetRef, annotationGlobals, wrapSound),
        filename,
        contentType
      };
    }
    static _getContentType(assetDict, filename, contentType = null, contentTypeIsName = false) {
      if (typeof contentType === "string" && (contentTypeIsName ? _MediaAnnotation.#MEDIA_MIME_TYPE_RE : _MediaAnnotation.#MEDIA_CONTENT_TYPE_RE).test(contentType)) {
        return contentType;
      }
      const stream2 = FileSpec.pickPlatformItem(assetDict.get("EF"));
      const subtype = stream2 instanceof BaseStream ? stream2.dict?.get("Subtype") : null;
      if (subtype instanceof Name && _MediaAnnotation.#MEDIA_MIME_TYPE_RE.test(subtype.name)) {
        return subtype.name;
      }
      const extPos = filename.lastIndexOf(".") + 1, ext = extPos > 0 && filename.substring(extPos).toLowerCase();
      switch (ext) {
        case "mp4":
        case "m4v":
          return "video/mp4";
        case "webm":
          return "video/webm";
        case "ogv":
          return "video/ogg";
        case "mov":
          return "video/quicktime";
        case "mp3":
          return "audio/mpeg";
        case "m4a":
          return "audio/mp4";
        case "wav":
          return "audio/wav";
        case "oga":
        case "ogg":
          return "audio/ogg";
        default:
          return null;
      }
    }
  };
  var RichMediaAnnotation = class _RichMediaAnnotation extends MediaAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref,
        annotationGlobals
      } = params;
      const content = dict.get("RichMediaContent");
      if (!(content instanceof Dict)) {
        return;
      }
      const asset = _RichMediaAnnotation.#findAsset(content, xref);
      if (!asset) {
        warn2("RichMedia annotation has no playable asset.");
        return;
      }
      this._setMediaData(asset, annotationGlobals);
    }
    static #findAsset(content, xref) {
      const configurations = content.get("Configurations");
      if (!Array.isArray(configurations)) {
        return null;
      }
      for (const configRef of configurations) {
        const config = xref.fetchIfRef(configRef);
        if (!(config instanceof Dict)) {
          continue;
        }
        const instances = config.get("Instances");
        if (!Array.isArray(instances)) {
          continue;
        }
        for (const instanceRef of instances) {
          const instance = xref.fetchIfRef(instanceRef);
          if (!(instance instanceof Dict)) {
            continue;
          }
          if (isName(instance.get("Subtype"), "Flash")) {
            continue;
          }
          const rawAsset = instance.getRaw("Asset");
          const asset = xref.fetchIfRef(rawAsset);
          if (!(asset instanceof Dict)) {
            continue;
          }
          if (!FileSpec.hasEmbeddedFile(asset)) {
            continue;
          }
          const {
            filename
          } = new FileSpec(asset).serializable;
          const contentType = MediaAnnotation._getContentType(asset, filename);
          if (!contentType) {
            continue;
          }
          return {
            assetRef: rawAsset instanceof Ref ? rawAsset : null,
            assetDict: asset,
            filename,
            contentType
          };
        }
      }
      return null;
    }
  };
  var ScreenAnnotation = class _ScreenAnnotation extends MediaAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref,
        annotationGlobals
      } = params;
      const asset = _ScreenAnnotation.#findAsset(dict, xref);
      if (!asset) {
        return;
      }
      this._setMediaData(asset, annotationGlobals);
    }
    static #findAsset(dict, xref) {
      for (const action of this.#renditionActions(dict)) {
        const asset = this.#findRenditionAsset(action.get("R"), xref, new RefSet());
        if (asset) {
          return asset;
        }
      }
      return null;
    }
    static *#renditionActions(dict) {
      const action = dict.get("A");
      if (this.#isPlayAction(action)) {
        yield action;
      }
      const additionalActions = dict.get("AA");
      if (additionalActions instanceof Dict) {
        for (const [, aa] of additionalActions) {
          if (this.#isPlayAction(aa)) {
            yield aa;
          }
        }
      }
    }
    static #isPlayAction(action) {
      if (!(action instanceof Dict) || !isName(action.get("S"), "Rendition")) {
        return false;
      }
      const operation = action.get("OP");
      return operation === void 0 || operation === AnnotationRenditionOperation.PLAY_OR_RESUME || operation === AnnotationRenditionOperation.PLAY;
    }
    static #findRenditionAsset(rendition, xref, seen) {
      if (!(rendition instanceof Dict)) {
        return null;
      }
      const subtype = rendition.get("S");
      if (isName(subtype, "MR")) {
        return this.#findClipAsset(rendition.get("C"), xref);
      }
      if (isName(subtype, "SR")) {
        const renditions = rendition.get("R");
        if (Array.isArray(renditions)) {
          for (const ref of renditions) {
            if (ref instanceof Ref) {
              if (seen.has(ref)) {
                continue;
              }
              seen.put(ref);
            }
            const asset = this.#findRenditionAsset(xref.fetchIfRef(ref), xref, seen);
            if (asset) {
              return asset;
            }
          }
        }
      }
      return null;
    }
    static #findClipAsset(clip2, xref) {
      if (!(clip2 instanceof Dict) || !isName(clip2.get("S"), "MCD")) {
        return null;
      }
      const rawData = clip2.getRaw("D");
      const data = xref.fetchIfRef(rawData);
      const contentTypeHint = clip2.get("CT");
      let explicitType = typeof contentTypeHint === "string" ? contentTypeHint : null;
      let explicitTypeIsName = false;
      let assetDict, filename;
      if (data instanceof BaseStream) {
        assetDict = data.dict;
        const name = clip2.get("N");
        filename = typeof name === "string" ? stringToPDFString(name) : "";
        if (!explicitType) {
          const subtype = data.dict.get("Subtype");
          if (subtype instanceof Name) {
            explicitType = subtype.name;
            explicitTypeIsName = true;
          }
        }
      } else if (data instanceof Dict) {
        if (!FileSpec.hasEmbeddedFile(data)) {
          return null;
        }
        assetDict = data;
        ({
          filename
        } = new FileSpec(data).serializable);
      } else {
        return null;
      }
      const contentType = MediaAnnotation._getContentType(assetDict, filename, explicitType, explicitTypeIsName);
      if (!contentType) {
        return null;
      }
      return {
        assetRef: rawData instanceof Ref ? rawData : null,
        assetDict,
        filename,
        contentType
      };
    }
  };
  var SoundAnnotation = class extends MediaAnnotation {
    constructor(params) {
      super(params);
      const {
        dict,
        xref,
        annotationGlobals
      } = params;
      const soundRef = dict.getRaw("Sound");
      if (!(soundRef instanceof Ref)) {
        return;
      }
      let sound;
      try {
        sound = xref.fetch(soundRef);
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2(`SoundAnnotation: "${ex}".`);
        return;
      }
      if (!(sound instanceof BaseStream) || !getSoundFormat(sound.dict)) {
        return;
      }
      this._setMediaData({
        assetRef: soundRef,
        assetDict: sound.dict,
        filename: "sound.wav",
        contentType: "audio/wav",
        wrapSound: true
      }, annotationGlobals);
    }
  };
  var PARAMS = {
    get r() {
      return util_shadow2(this, "r", new Uint8Array([7, 12, 17, 22, 7, 12, 17, 22, 7, 12, 17, 22, 7, 12, 17, 22, 5, 9, 14, 20, 5, 9, 14, 20, 5, 9, 14, 20, 5, 9, 14, 20, 4, 11, 16, 23, 4, 11, 16, 23, 4, 11, 16, 23, 4, 11, 16, 23, 6, 10, 15, 21, 6, 10, 15, 21, 6, 10, 15, 21, 6, 10, 15, 21]));
    },
    get k() {
      return util_shadow2(this, "k", new Int32Array([-680876936, -389564586, 606105819, -1044525330, -176418897, 1200080426, -1473231341, -45705983, 1770035416, -1958414417, -42063, -1990404162, 1804603682, -40341101, -1502002290, 1236535329, -165796510, -1069501632, 643717713, -373897302, -701558691, 38016083, -660478335, -405537848, 568446438, -1019803690, -187363961, 1163531501, -1444681467, -51403784, 1735328473, -1926607734, -378558, -2022574463, 1839030562, -35309556, -1530992060, 1272893353, -155497632, -1094730640, 681279174, -358537222, -722521979, 76029189, -640364487, -421815835, 530742520, -995338651, -198630844, 1126891415, -1416354905, -57434055, 1700485571, -1894986606, -1051523, -2054922799, 1873313359, -30611744, -1560198380, 1309151649, -145523070, -1120210379, 718787259, -343485551]));
    }
  };
  function calculateMD5(data, offset, length) {
    let h0 = 1732584193, h1 = -271733879, h2 = -1732584194, h3 = 271733878;
    const paddedLength = length + 72 & ~63;
    const padded = new Uint8Array(paddedLength);
    let i, j;
    for (i = 0; i < length; ++i) {
      padded[i] = data[offset++];
    }
    padded[i++] = 128;
    const n = paddedLength - 8;
    if (i < n) {
      i = n;
    }
    padded[i++] = length << 3 & 255;
    padded[i++] = length >> 5 & 255;
    padded[i++] = length >> 13 & 255;
    padded[i++] = length >> 21 & 255;
    padded[i++] = length >>> 29 & 255;
    i += 3;
    const w = new Int32Array(16);
    const {
      k,
      r
    } = PARAMS;
    for (i = 0; i < paddedLength; ) {
      for (j = 0; j < 16; ++j, i += 4) {
        w[j] = padded[i] | padded[i + 1] << 8 | padded[i + 2] << 16 | padded[i + 3] << 24;
      }
      let a = h0, b = h1, c = h2, d = h3, f, g;
      for (j = 0; j < 64; ++j) {
        if (j < 16) {
          f = b & c | ~b & d;
          g = j;
        } else if (j < 32) {
          f = d & b | ~d & c;
          g = 5 * j + 1 & 15;
        } else if (j < 48) {
          f = b ^ c ^ d;
          g = 3 * j + 5 & 15;
        } else {
          f = c ^ (b | ~d);
          g = 7 * j & 15;
        }
        const tmp = d, rotateArg = a + f + k[j] + w[g] | 0, rotate = r[j];
        d = c;
        c = b;
        b = b + (rotateArg << rotate | rotateArg >>> 32 - rotate) | 0;
        a = tmp;
      }
      h0 = h0 + a | 0;
      h1 = h1 + b | 0;
      h2 = h2 + c | 0;
      h3 = h3 + d | 0;
    }
    return new Uint8Array([h0 & 255, h0 >> 8 & 255, h0 >> 16 & 255, h0 >>> 24 & 255, h1 & 255, h1 >> 8 & 255, h1 >> 16 & 255, h1 >>> 24 & 255, h2 & 255, h2 >> 8 & 255, h2 >> 16 & 255, h2 >>> 24 & 255, h3 & 255, h3 >> 8 & 255, h3 >> 16 & 255, h3 >>> 24 & 255]);
  }
  function decodeString(str) {
    try {
      return stringToUTF8String2(str);
    } catch (ex) {
      warn2(`UTF-8 decoding failed: "${ex}".`);
      return str;
    }
  }
  var DatasetXMLParser = class extends SimpleXMLParser {
    node = null;
    onEndElement(name) {
      const node2 = super.onEndElement(name);
      if (node2 && name === "xfa:datasets") {
        this.node = node2;
        throw new Error("Aborting DatasetXMLParser.");
      }
    }
  };
  var DatasetReader = class {
    constructor(data) {
      if (data.datasets) {
        this.node = new SimpleXMLParser({
          hasAttributes: true
        }).parseFromString(data.datasets).documentElement;
      } else {
        const parser = new DatasetXMLParser({
          hasAttributes: true
        });
        try {
          parser.parseFromString(data["xdp:xdp"]);
        } catch {
        }
        this.node = parser.node;
      }
    }
    getValue(path2) {
      if (!this.node || !path2) {
        return "";
      }
      const node2 = this.node.searchNode(parseXFAPath(path2), 0);
      if (!node2) {
        return "";
      }
      const first = node2.firstChild;
      return first?.nodeName === "value" ? node2.children.map((child) => decodeString(child.textContent)) : decodeString(node2.textContent);
    }
  };
  var SingleIntersector = class {
    #annotation;
    minX = Infinity;
    minY = Infinity;
    maxX = -Infinity;
    maxY = -Infinity;
    #quadPoints = null;
    #text = [];
    #extraChars = [];
    #lastIntersectingQuadIndex = -1;
    #canTakeExtraChars = false;
    constructor(annotation) {
      this.#annotation = annotation;
      const quadPoints = annotation.data.quadPoints;
      if (!quadPoints) {
        [this.minX, this.minY, this.maxX, this.maxY] = annotation.data.rect;
        return;
      }
      for (let i = 0, ii = quadPoints.length; i < ii; i += 8) {
        this.minX = Math.min(this.minX, quadPoints[i]);
        this.maxX = Math.max(this.maxX, quadPoints[i + 2]);
        this.minY = Math.min(this.minY, quadPoints[i + 5]);
        this.maxY = Math.max(this.maxY, quadPoints[i + 1]);
      }
      if (quadPoints.length > 8) {
        this.#quadPoints = quadPoints;
      }
    }
    #intersects(x, y) {
      if (this.minX >= x || this.maxX <= x || this.minY >= y || this.maxY <= y) {
        return false;
      }
      const quadPoints = this.#quadPoints;
      if (!quadPoints) {
        return true;
      }
      if (this.#lastIntersectingQuadIndex >= 0) {
        const i = this.#lastIntersectingQuadIndex;
        if (!(quadPoints[i] >= x || quadPoints[i + 2] <= x || quadPoints[i + 5] >= y || quadPoints[i + 1] <= y)) {
          return true;
        }
        this.#lastIntersectingQuadIndex = -1;
      }
      for (let i = 0, ii = quadPoints.length; i < ii; i += 8) {
        if (!(quadPoints[i] >= x || quadPoints[i + 2] <= x || quadPoints[i + 5] >= y || quadPoints[i + 1] <= y)) {
          this.#lastIntersectingQuadIndex = i;
          return true;
        }
      }
      return false;
    }
    addGlyph(x, y, glyph) {
      if (!this.#intersects(x, y)) {
        this.disableExtraChars();
        return false;
      }
      if (this.#extraChars.length > 0) {
        this.#text.push(this.#extraChars.join(""));
        this.#extraChars.length = 0;
      }
      this.#text.push(glyph);
      this.#canTakeExtraChars = true;
      return true;
    }
    addExtraChar(char) {
      if (this.#canTakeExtraChars) {
        this.#extraChars.push(char);
      }
    }
    disableExtraChars() {
      if (!this.#canTakeExtraChars) {
        return;
      }
      this.#canTakeExtraChars = false;
      this.#extraChars.length = 0;
    }
    setText() {
      this.#annotation.data.overlaidText = this.#text.join("");
    }
  };
  var STEPS = 64;
  var Intersector = class {
    #intersectors = [];
    #grid = [];
    #minX;
    #maxX;
    #minY;
    #maxY;
    #invXRatio;
    #invYRatio;
    constructor(annotations) {
      let minX = Infinity;
      let minY = Infinity;
      let maxX = -Infinity;
      let maxY = -Infinity;
      const intersectors = this.#intersectors;
      for (const annotation of annotations) {
        if (!annotation.data.quadPoints && !annotation.data.rect) {
          continue;
        }
        const intersector = new SingleIntersector(annotation);
        intersectors.push(intersector);
        minX = Math.min(minX, intersector.minX);
        minY = Math.min(minY, intersector.minY);
        maxX = Math.max(maxX, intersector.maxX);
        maxY = Math.max(maxY, intersector.maxY);
      }
      this.#minX = minX;
      this.#minY = minY;
      this.#maxX = maxX;
      this.#maxY = maxY;
      this.#invXRatio = (STEPS - 1) / (maxX - minX);
      this.#invYRatio = (STEPS - 1) / (maxY - minY);
      for (const intersector of intersectors) {
        const iMin = this.#getGridIndex(intersector.minX, intersector.minY);
        const iMax = this.#getGridIndex(intersector.maxX, intersector.maxY);
        const w = (iMax - iMin) % STEPS;
        const h = Math.floor((iMax - iMin) / STEPS);
        for (let i = iMin; i <= iMin + h * STEPS; i += STEPS) {
          for (let j = 0; j <= w; j++) {
            (this.#grid[i + j] ??= []).push(intersector);
          }
        }
      }
    }
    #getGridIndex(x, y) {
      const i = Math.floor((x - this.#minX) * this.#invXRatio);
      const j = Math.floor((y - this.#minY) * this.#invYRatio);
      return i + j * STEPS;
    }
    addGlyph(transform, width, height, glyph) {
      const x = transform[4] + width / 2;
      const y = transform[5] + height / 2;
      if (x < this.#minX || y < this.#minY || x > this.#maxX || y > this.#maxY) {
        return;
      }
      const intersectors = this.#grid[this.#getGridIndex(x, y)];
      if (!intersectors) {
        return;
      }
      for (const intersector of intersectors) {
        intersector.addGlyph(x, y, glyph);
      }
    }
    addExtraChar(char) {
      for (const intersector of this.#intersectors) {
        intersector.addExtraChar(char);
      }
    }
    setText() {
      for (const intersector of this.#intersectors) {
        intersector.setText();
      }
    }
  };
  var Word64 = class {
    constructor(highInteger, lowInteger) {
      this.high = highInteger | 0;
      this.low = lowInteger | 0;
    }
    and(word) {
      this.high &= word.high;
      this.low &= word.low;
    }
    xor(word) {
      this.high ^= word.high;
      this.low ^= word.low;
    }
    shiftRight(places) {
      this.low = this.low >>> places | this.high << 32 - places;
      this.high = this.high >>> places | 0;
    }
    rotateRight(places) {
      let low, high;
      if (places & 32) {
        high = this.low;
        low = this.high;
      } else {
        low = this.low;
        high = this.high;
      }
      places &= 31;
      this.low = low >>> places | high << 32 - places;
      this.high = high >>> places | low << 32 - places;
    }
    not() {
      this.high = ~this.high;
      this.low = ~this.low;
    }
    add(word) {
      const lowAdd = (this.low >>> 0) + (word.low >>> 0);
      let highAdd = (this.high >>> 0) + (word.high >>> 0);
      if (lowAdd > 4294967295) {
        highAdd += 1;
      }
      this.low = lowAdd | 0;
      this.high = highAdd | 0;
    }
    copyTo(bytes2, offset) {
      bytes2[offset] = this.high >>> 24 & 255;
      bytes2[offset + 1] = this.high >> 16 & 255;
      bytes2[offset + 2] = this.high >> 8 & 255;
      bytes2[offset + 3] = this.high & 255;
      bytes2[offset + 4] = this.low >>> 24 & 255;
      bytes2[offset + 5] = this.low >> 16 & 255;
      bytes2[offset + 6] = this.low >> 8 & 255;
      bytes2[offset + 7] = this.low & 255;
    }
    assign(word) {
      this.high = word.high;
      this.low = word.low;
    }
  };
  var calculate_sha_other_PARAMS = {
    get k() {
      return util_shadow2(this, "k", [new Word64(1116352408, 3609767458), new Word64(1899447441, 602891725), new Word64(3049323471, 3964484399), new Word64(3921009573, 2173295548), new Word64(961987163, 4081628472), new Word64(1508970993, 3053834265), new Word64(2453635748, 2937671579), new Word64(2870763221, 3664609560), new Word64(3624381080, 2734883394), new Word64(310598401, 1164996542), new Word64(607225278, 1323610764), new Word64(1426881987, 3590304994), new Word64(1925078388, 4068182383), new Word64(2162078206, 991336113), new Word64(2614888103, 633803317), new Word64(3248222580, 3479774868), new Word64(3835390401, 2666613458), new Word64(4022224774, 944711139), new Word64(264347078, 2341262773), new Word64(604807628, 2007800933), new Word64(770255983, 1495990901), new Word64(1249150122, 1856431235), new Word64(1555081692, 3175218132), new Word64(1996064986, 2198950837), new Word64(2554220882, 3999719339), new Word64(2821834349, 766784016), new Word64(2952996808, 2566594879), new Word64(3210313671, 3203337956), new Word64(3336571891, 1034457026), new Word64(3584528711, 2466948901), new Word64(113926993, 3758326383), new Word64(338241895, 168717936), new Word64(666307205, 1188179964), new Word64(773529912, 1546045734), new Word64(1294757372, 1522805485), new Word64(1396182291, 2643833823), new Word64(1695183700, 2343527390), new Word64(1986661051, 1014477480), new Word64(2177026350, 1206759142), new Word64(2456956037, 344077627), new Word64(2730485921, 1290863460), new Word64(2820302411, 3158454273), new Word64(3259730800, 3505952657), new Word64(3345764771, 106217008), new Word64(3516065817, 3606008344), new Word64(3600352804, 1432725776), new Word64(4094571909, 1467031594), new Word64(275423344, 851169720), new Word64(430227734, 3100823752), new Word64(506948616, 1363258195), new Word64(659060556, 3750685593), new Word64(883997877, 3785050280), new Word64(958139571, 3318307427), new Word64(1322822218, 3812723403), new Word64(1537002063, 2003034995), new Word64(1747873779, 3602036899), new Word64(1955562222, 1575990012), new Word64(2024104815, 1125592928), new Word64(2227730452, 2716904306), new Word64(2361852424, 442776044), new Word64(2428436474, 593698344), new Word64(2756734187, 3733110249), new Word64(3204031479, 2999351573), new Word64(3329325298, 3815920427), new Word64(3391569614, 3928383900), new Word64(3515267271, 566280711), new Word64(3940187606, 3454069534), new Word64(4118630271, 4000239992), new Word64(116418474, 1914138554), new Word64(174292421, 2731055270), new Word64(289380356, 3203993006), new Word64(460393269, 320620315), new Word64(685471733, 587496836), new Word64(852142971, 1086792851), new Word64(1017036298, 365543100), new Word64(1126000580, 2618297676), new Word64(1288033470, 3409855158), new Word64(1501505948, 4234509866), new Word64(1607167915, 987167468), new Word64(1816402316, 1246189591)]);
    }
  };
  function ch(result, x, y, z, tmp) {
    result.assign(x);
    result.and(y);
    tmp.assign(x);
    tmp.not();
    tmp.and(z);
    result.xor(tmp);
  }
  function maj(result, x, y, z, tmp) {
    result.assign(x);
    result.and(y);
    tmp.assign(x);
    tmp.and(z);
    result.xor(tmp);
    tmp.assign(y);
    tmp.and(z);
    result.xor(tmp);
  }
  function sigma(result, x, tmp) {
    result.assign(x);
    result.rotateRight(28);
    tmp.assign(x);
    tmp.rotateRight(34);
    result.xor(tmp);
    tmp.assign(x);
    tmp.rotateRight(39);
    result.xor(tmp);
  }
  function sigmaPrime(result, x, tmp) {
    result.assign(x);
    result.rotateRight(14);
    tmp.assign(x);
    tmp.rotateRight(18);
    result.xor(tmp);
    tmp.assign(x);
    tmp.rotateRight(41);
    result.xor(tmp);
  }
  function littleSigma(result, x, tmp) {
    result.assign(x);
    result.rotateRight(1);
    tmp.assign(x);
    tmp.rotateRight(8);
    result.xor(tmp);
    tmp.assign(x);
    tmp.shiftRight(7);
    result.xor(tmp);
  }
  function littleSigmaPrime(result, x, tmp) {
    result.assign(x);
    result.rotateRight(19);
    tmp.assign(x);
    tmp.rotateRight(61);
    result.xor(tmp);
    tmp.assign(x);
    tmp.shiftRight(6);
    result.xor(tmp);
  }
  function calculateSHA512(data, offset, length, mode384 = false) {
    let h0, h1, h2, h3, h4, h5, h6, h7;
    if (!mode384) {
      h0 = new Word64(1779033703, 4089235720);
      h1 = new Word64(3144134277, 2227873595);
      h2 = new Word64(1013904242, 4271175723);
      h3 = new Word64(2773480762, 1595750129);
      h4 = new Word64(1359893119, 2917565137);
      h5 = new Word64(2600822924, 725511199);
      h6 = new Word64(528734635, 4215389547);
      h7 = new Word64(1541459225, 327033209);
    } else {
      h0 = new Word64(3418070365, 3238371032);
      h1 = new Word64(1654270250, 914150663);
      h2 = new Word64(2438529370, 812702999);
      h3 = new Word64(355462360, 4144912697);
      h4 = new Word64(1731405415, 4290775857);
      h5 = new Word64(2394180231, 1750603025);
      h6 = new Word64(3675008525, 1694076839);
      h7 = new Word64(1203062813, 3204075428);
    }
    const paddedLength = Math.ceil((length + 17) / 128) * 128;
    const padded = new Uint8Array(paddedLength);
    let i, j;
    for (i = 0; i < length; ++i) {
      padded[i] = data[offset++];
    }
    padded[i++] = 128;
    const n = paddedLength - 16;
    if (i < n) {
      i = n;
    }
    i += 11;
    padded[i++] = length >>> 29 & 255;
    padded[i++] = length >> 21 & 255;
    padded[i++] = length >> 13 & 255;
    padded[i++] = length >> 5 & 255;
    padded[i++] = length << 3 & 255;
    const w = new Array(80);
    for (i = 0; i < 80; i++) {
      w[i] = new Word64(0, 0);
    }
    const {
      k
    } = calculate_sha_other_PARAMS;
    let a = new Word64(0, 0), b = new Word64(0, 0), c = new Word64(0, 0);
    let d = new Word64(0, 0), e = new Word64(0, 0), f = new Word64(0, 0);
    let g = new Word64(0, 0), h = new Word64(0, 0);
    const t1 = new Word64(0, 0), t2 = new Word64(0, 0);
    const tmp1 = new Word64(0, 0), tmp2 = new Word64(0, 0);
    let tmp3;
    for (i = 0; i < paddedLength; ) {
      for (j = 0; j < 16; ++j) {
        w[j].high = padded[i] << 24 | padded[i + 1] << 16 | padded[i + 2] << 8 | padded[i + 3];
        w[j].low = padded[i + 4] << 24 | padded[i + 5] << 16 | padded[i + 6] << 8 | padded[i + 7];
        i += 8;
      }
      for (j = 16; j < 80; ++j) {
        tmp3 = w[j];
        littleSigmaPrime(tmp3, w[j - 2], tmp2);
        tmp3.add(w[j - 7]);
        littleSigma(tmp1, w[j - 15], tmp2);
        tmp3.add(tmp1);
        tmp3.add(w[j - 16]);
      }
      a.assign(h0);
      b.assign(h1);
      c.assign(h2);
      d.assign(h3);
      e.assign(h4);
      f.assign(h5);
      g.assign(h6);
      h.assign(h7);
      for (j = 0; j < 80; ++j) {
        t1.assign(h);
        sigmaPrime(tmp1, e, tmp2);
        t1.add(tmp1);
        ch(tmp1, e, f, g, tmp2);
        t1.add(tmp1);
        t1.add(k[j]);
        t1.add(w[j]);
        sigma(t2, a, tmp2);
        maj(tmp1, a, b, c, tmp2);
        t2.add(tmp1);
        tmp3 = h;
        h = g;
        g = f;
        f = e;
        d.add(t1);
        e = d;
        d = c;
        c = b;
        b = a;
        tmp3.assign(t1);
        tmp3.add(t2);
        a = tmp3;
      }
      h0.add(a);
      h1.add(b);
      h2.add(c);
      h3.add(d);
      h4.add(e);
      h5.add(f);
      h6.add(g);
      h7.add(h);
    }
    let result;
    if (!mode384) {
      result = new Uint8Array(64);
      h0.copyTo(result, 0);
      h1.copyTo(result, 8);
      h2.copyTo(result, 16);
      h3.copyTo(result, 24);
      h4.copyTo(result, 32);
      h5.copyTo(result, 40);
      h6.copyTo(result, 48);
      h7.copyTo(result, 56);
    } else {
      result = new Uint8Array(48);
      h0.copyTo(result, 0);
      h1.copyTo(result, 8);
      h2.copyTo(result, 16);
      h3.copyTo(result, 24);
      h4.copyTo(result, 32);
      h5.copyTo(result, 40);
    }
    return result;
  }
  function calculateSHA384(data, offset, length) {
    return calculateSHA512(data, offset, length, true);
  }
  var calculate_sha256_PARAMS = {
    get k() {
      return util_shadow2(this, "k", [1116352408, 1899447441, 3049323471, 3921009573, 961987163, 1508970993, 2453635748, 2870763221, 3624381080, 310598401, 607225278, 1426881987, 1925078388, 2162078206, 2614888103, 3248222580, 3835390401, 4022224774, 264347078, 604807628, 770255983, 1249150122, 1555081692, 1996064986, 2554220882, 2821834349, 2952996808, 3210313671, 3336571891, 3584528711, 113926993, 338241895, 666307205, 773529912, 1294757372, 1396182291, 1695183700, 1986661051, 2177026350, 2456956037, 2730485921, 2820302411, 3259730800, 3345764771, 3516065817, 3600352804, 4094571909, 275423344, 430227734, 506948616, 659060556, 883997877, 958139571, 1322822218, 1537002063, 1747873779, 1955562222, 2024104815, 2227730452, 2361852424, 2428436474, 2756734187, 3204031479, 3329325298]);
    }
  };
  function rotr(x, n) {
    return x >>> n | x << 32 - n;
  }
  function calculate_sha256_ch(x, y, z) {
    return x & y ^ ~x & z;
  }
  function calculate_sha256_maj(x, y, z) {
    return x & y ^ x & z ^ y & z;
  }
  function calculate_sha256_sigma(x) {
    return rotr(x, 2) ^ rotr(x, 13) ^ rotr(x, 22);
  }
  function calculate_sha256_sigmaPrime(x) {
    return rotr(x, 6) ^ rotr(x, 11) ^ rotr(x, 25);
  }
  function calculate_sha256_littleSigma(x) {
    return rotr(x, 7) ^ rotr(x, 18) ^ x >>> 3;
  }
  function calculate_sha256_littleSigmaPrime(x) {
    return rotr(x, 17) ^ rotr(x, 19) ^ x >>> 10;
  }
  function calculateSHA256(data, offset, length) {
    let h0 = 1779033703, h1 = 3144134277, h2 = 1013904242, h3 = 2773480762, h4 = 1359893119, h5 = 2600822924, h6 = 528734635, h7 = 1541459225;
    const paddedLength = Math.ceil((length + 9) / 64) * 64;
    const padded = new Uint8Array(paddedLength);
    let i, j;
    for (i = 0; i < length; ++i) {
      padded[i] = data[offset++];
    }
    padded[i++] = 128;
    const n = paddedLength - 8;
    if (i < n) {
      i = n;
    }
    i += 3;
    padded[i++] = length >>> 29 & 255;
    padded[i++] = length >> 21 & 255;
    padded[i++] = length >> 13 & 255;
    padded[i++] = length >> 5 & 255;
    padded[i++] = length << 3 & 255;
    const w = new Uint32Array(64);
    const {
      k
    } = calculate_sha256_PARAMS;
    for (i = 0; i < paddedLength; ) {
      for (j = 0; j < 16; ++j) {
        w[j] = padded[i] << 24 | padded[i + 1] << 16 | padded[i + 2] << 8 | padded[i + 3];
        i += 4;
      }
      for (j = 16; j < 64; ++j) {
        w[j] = calculate_sha256_littleSigmaPrime(w[j - 2]) + w[j - 7] + calculate_sha256_littleSigma(w[j - 15]) + w[j - 16] | 0;
      }
      let a = h0, b = h1, c = h2, d = h3, e = h4, f = h5, g = h6, h = h7, t1, t2;
      for (j = 0; j < 64; ++j) {
        t1 = h + calculate_sha256_sigmaPrime(e) + calculate_sha256_ch(e, f, g) + k[j] + w[j];
        t2 = calculate_sha256_sigma(a) + calculate_sha256_maj(a, b, c);
        h = g;
        g = f;
        f = e;
        e = d + t1 | 0;
        d = c;
        c = b;
        b = a;
        a = t1 + t2 | 0;
      }
      h0 = h0 + a | 0;
      h1 = h1 + b | 0;
      h2 = h2 + c | 0;
      h3 = h3 + d | 0;
      h4 = h4 + e | 0;
      h5 = h5 + f | 0;
      h6 = h6 + g | 0;
      h7 = h7 + h | 0;
    }
    return new Uint8Array([h0 >> 24 & 255, h0 >> 16 & 255, h0 >> 8 & 255, h0 & 255, h1 >> 24 & 255, h1 >> 16 & 255, h1 >> 8 & 255, h1 & 255, h2 >> 24 & 255, h2 >> 16 & 255, h2 >> 8 & 255, h2 & 255, h3 >> 24 & 255, h3 >> 16 & 255, h3 >> 8 & 255, h3 & 255, h4 >> 24 & 255, h4 >> 16 & 255, h4 >> 8 & 255, h4 & 255, h5 >> 24 & 255, h5 >> 16 & 255, h5 >> 8 & 255, h5 & 255, h6 >> 24 & 255, h6 >> 16 & 255, h6 >> 8 & 255, h6 & 255, h7 >> 24 & 255, h7 >> 16 & 255, h7 >> 8 & 255, h7 & 255]);
  }
  var chunkSize = 512;
  var DecryptStream = class extends DecodeStream2 {
    #nextChunk = null;
    constructor(str, maybeLength, decrypt2) {
      super(maybeLength);
      this.stream = str;
      this.dict = str.dict;
      this.decrypt = decrypt2;
    }
    readBlock() {
      let chunk = this.#nextChunk ?? this.stream.getBytes(chunkSize);
      if (!chunk.length) {
        this.eof = true;
        return;
      }
      this.#nextChunk = this.stream.getBytes(chunkSize);
      const hasMoreData = this.#nextChunk.length > 0;
      const decrypt2 = this.decrypt;
      chunk = decrypt2(chunk, !hasMoreData);
      const bufferLength = this.bufferLength, newLength = bufferLength + chunk.length, buffer = this.ensureBuffer(newLength);
      buffer.set(chunk, bufferLength);
      this.bufferLength = newLength;
    }
    getOriginalStream() {
      return this;
    }
  };
  var NON_ASCII_SPACES = /* @__PURE__ */ new Set([160, 5760, 8192, 8193, 8194, 8195, 8196, 8197, 8198, 8199, 8200, 8201, 8202, 8203, 8239, 8287, 12288]);
  var COMMONLY_MAPPED_TO_NOTHING = /* @__PURE__ */ new Set([173, 847, 6150, 6155, 6156, 6157, 8203, 8204, 8205, 8288, 65024, 65025, 65026, 65027, 65028, 65029, 65030, 65031, 65032, 65033, 65034, 65035, 65036, 65037, 65038, 65039, 65279]);
  function saslPrep(str) {
    let mapped = "";
    for (const char of str) {
      const code = char.codePointAt(0);
      if (NON_ASCII_SPACES.has(code)) {
        mapped += " ";
      } else if (!COMMONLY_MAPPED_TO_NOTHING.has(code)) {
        mapped += char;
      }
    }
    return mapped.normalize("NFKC");
  }
  var ARCFourCipher = class {
    a = 0;
    b = 0;
    constructor(key2) {
      const s = Uint8Array.from({
        length: 256
      }, (_, i) => i);
      const keyLength = key2.length;
      for (let i = 0, j = 0; i < 256; ++i) {
        const tmp = s[i];
        j = j + tmp + key2[i % keyLength] & 255;
        s[i] = s[j];
        s[j] = tmp;
      }
      this.s = s;
    }
    encryptBlock(data) {
      let a = this.a, b = this.b;
      const s = this.s;
      const n = data.length;
      const output = new Uint8Array(n);
      for (let i = 0; i < n; ++i) {
        a = a + 1 & 255;
        const tmp = s[a];
        b = b + tmp & 255;
        const tmp2 = s[b];
        s[a] = tmp2;
        s[b] = tmp;
        output[i] = data[i] ^ s[tmp + tmp2 & 255];
      }
      this.a = a;
      this.b = b;
      return output;
    }
    decryptBlock(data) {
      return this.encryptBlock(data);
    }
    encrypt(data) {
      return this.encryptBlock(data);
    }
  };
  var NullCipher = class {
    decryptBlock(data) {
      return data;
    }
    encrypt(data) {
      return data;
    }
  };
  var AESBaseCipher = class {
    _s = new Uint8Array([99, 124, 119, 123, 242, 107, 111, 197, 48, 1, 103, 43, 254, 215, 171, 118, 202, 130, 201, 125, 250, 89, 71, 240, 173, 212, 162, 175, 156, 164, 114, 192, 183, 253, 147, 38, 54, 63, 247, 204, 52, 165, 229, 241, 113, 216, 49, 21, 4, 199, 35, 195, 24, 150, 5, 154, 7, 18, 128, 226, 235, 39, 178, 117, 9, 131, 44, 26, 27, 110, 90, 160, 82, 59, 214, 179, 41, 227, 47, 132, 83, 209, 0, 237, 32, 252, 177, 91, 106, 203, 190, 57, 74, 76, 88, 207, 208, 239, 170, 251, 67, 77, 51, 133, 69, 249, 2, 127, 80, 60, 159, 168, 81, 163, 64, 143, 146, 157, 56, 245, 188, 182, 218, 33, 16, 255, 243, 210, 205, 12, 19, 236, 95, 151, 68, 23, 196, 167, 126, 61, 100, 93, 25, 115, 96, 129, 79, 220, 34, 42, 144, 136, 70, 238, 184, 20, 222, 94, 11, 219, 224, 50, 58, 10, 73, 6, 36, 92, 194, 211, 172, 98, 145, 149, 228, 121, 231, 200, 55, 109, 141, 213, 78, 169, 108, 86, 244, 234, 101, 122, 174, 8, 186, 120, 37, 46, 28, 166, 180, 198, 232, 221, 116, 31, 75, 189, 139, 138, 112, 62, 181, 102, 72, 3, 246, 14, 97, 53, 87, 185, 134, 193, 29, 158, 225, 248, 152, 17, 105, 217, 142, 148, 155, 30, 135, 233, 206, 85, 40, 223, 140, 161, 137, 13, 191, 230, 66, 104, 65, 153, 45, 15, 176, 84, 187, 22]);
    _inv_s = new Uint8Array([82, 9, 106, 213, 48, 54, 165, 56, 191, 64, 163, 158, 129, 243, 215, 251, 124, 227, 57, 130, 155, 47, 255, 135, 52, 142, 67, 68, 196, 222, 233, 203, 84, 123, 148, 50, 166, 194, 35, 61, 238, 76, 149, 11, 66, 250, 195, 78, 8, 46, 161, 102, 40, 217, 36, 178, 118, 91, 162, 73, 109, 139, 209, 37, 114, 248, 246, 100, 134, 104, 152, 22, 212, 164, 92, 204, 93, 101, 182, 146, 108, 112, 72, 80, 253, 237, 185, 218, 94, 21, 70, 87, 167, 141, 157, 132, 144, 216, 171, 0, 140, 188, 211, 10, 247, 228, 88, 5, 184, 179, 69, 6, 208, 44, 30, 143, 202, 63, 15, 2, 193, 175, 189, 3, 1, 19, 138, 107, 58, 145, 17, 65, 79, 103, 220, 234, 151, 242, 207, 206, 240, 180, 230, 115, 150, 172, 116, 34, 231, 173, 53, 133, 226, 249, 55, 232, 28, 117, 223, 110, 71, 241, 26, 113, 29, 41, 197, 137, 111, 183, 98, 14, 170, 24, 190, 27, 252, 86, 62, 75, 198, 210, 121, 32, 154, 219, 192, 254, 120, 205, 90, 244, 31, 221, 168, 51, 136, 7, 199, 49, 177, 18, 16, 89, 39, 128, 236, 95, 96, 81, 127, 169, 25, 181, 74, 13, 45, 229, 122, 159, 147, 201, 156, 239, 160, 224, 59, 77, 174, 42, 245, 176, 200, 235, 187, 60, 131, 83, 153, 97, 23, 43, 4, 126, 186, 119, 214, 38, 225, 105, 20, 99, 85, 33, 12, 125]);
    _mix = new Uint32Array([0, 235474187, 470948374, 303765277, 941896748, 908933415, 607530554, 708780849, 1883793496, 2118214995, 1817866830, 1649639237, 1215061108, 1181045119, 1417561698, 1517767529, 3767586992, 4003061179, 4236429990, 4069246893, 3635733660, 3602770327, 3299278474, 3400528769, 2430122216, 2664543715, 2362090238, 2193862645, 2835123396, 2801107407, 3035535058, 3135740889, 3678124923, 3576870512, 3341394285, 3374361702, 3810496343, 3977675356, 4279080257, 4043610186, 2876494627, 2776292904, 3076639029, 3110650942, 2472011535, 2640243204, 2403728665, 2169303058, 1001089995, 899835584, 666464733, 699432150, 59727847, 226906860, 530400753, 294930682, 1273168787, 1172967064, 1475418501, 1509430414, 1942435775, 2110667444, 1876241833, 1641816226, 2910219766, 2743034109, 2976151520, 3211623147, 2505202138, 2606453969, 2302690252, 2269728455, 3711829422, 3543599269, 3240894392, 3475313331, 3843699074, 3943906441, 4178062228, 4144047775, 1306967366, 1139781709, 1374988112, 1610459739, 1975683434, 2076935265, 1775276924, 1742315127, 1034867998, 866637845, 566021896, 800440835, 92987698, 193195065, 429456164, 395441711, 1984812685, 2017778566, 1784663195, 1683407248, 1315562145, 1080094634, 1383856311, 1551037884, 101039829, 135050206, 437757123, 337553864, 1042385657, 807962610, 573804783, 742039012, 2531067453, 2564033334, 2328828971, 2227573024, 2935566865, 2700099354, 3001755655, 3168937228, 3868552805, 3902563182, 4203181171, 4102977912, 3736164937, 3501741890, 3265478751, 3433712980, 1106041591, 1340463100, 1576976609, 1408749034, 2043211483, 2009195472, 1708848333, 1809054150, 832877231, 1068351396, 766945465, 599762354, 159417987, 126454664, 361929877, 463180190, 2709260871, 2943682380, 3178106961, 3009879386, 2572697195, 2538681184, 2236228733, 2336434550, 3509871135, 3745345300, 3441850377, 3274667266, 3910161971, 3877198648, 4110568485, 4211818798, 2597806476, 2497604743, 2261089178, 2295101073, 2733856160, 2902087851, 3202437046, 2968011453, 3936291284, 3835036895, 4136440770, 4169408201, 3535486456, 3702665459, 3467192302, 3231722213, 2051518780, 1951317047, 1716890410, 1750902305, 1113818384, 1282050075, 1584504582, 1350078989, 168810852, 67556463, 371049330, 404016761, 841739592, 1008918595, 775550814, 540080725, 3969562369, 3801332234, 4035489047, 4269907996, 3569255213, 3669462566, 3366754619, 3332740144, 2631065433, 2463879762, 2160117071, 2395588676, 2767645557, 2868897406, 3102011747, 3069049960, 202008497, 33778362, 270040487, 504459436, 875451293, 975658646, 675039627, 641025152, 2084704233, 1917518562, 1615861247, 1851332852, 1147550661, 1248802510, 1484005843, 1451044056, 933301370, 967311729, 733156972, 632953703, 260388950, 25965917, 328671808, 496906059, 1206477858, 1239443753, 1543208500, 1441952575, 2144161806, 1908694277, 1675577880, 1842759443, 3610369226, 3644379585, 3408119516, 3307916247, 4011190502, 3776767469, 4077384432, 4245618683, 2809771154, 2842737049, 3144396420, 3043140495, 2673705150, 2438237621, 2203032232, 2370213795]);
    _mixCol = Uint8Array.from({
      length: 256
    }, (_, i) => i < 128 ? i << 1 : i << 1 ^ 27);
    constructor() {
      this.buffer = new Uint8Array(16);
      this.bufferPosition = 0;
    }
    _expandKey(cipherKey) {
      unreachable2("Cannot call `_expandKey` on the base class");
    }
    _decrypt(input2, key2) {
      let t, u, v;
      const state = new Uint8Array(16);
      state.set(input2);
      for (let j = 0, k = this._keySize; j < 16; ++j, ++k) {
        state[j] ^= key2[k];
      }
      for (let i = this._cyclesOfRepetition - 1; i >= 1; --i) {
        t = state[13];
        state[13] = state[9];
        state[9] = state[5];
        state[5] = state[1];
        state[1] = t;
        t = state[14];
        u = state[10];
        state[14] = state[6];
        state[10] = state[2];
        state[6] = t;
        state[2] = u;
        t = state[15];
        u = state[11];
        v = state[7];
        state[15] = state[3];
        state[11] = t;
        state[7] = u;
        state[3] = v;
        for (let j = 0; j < 16; ++j) {
          state[j] = this._inv_s[state[j]];
        }
        for (let j = 0, k = i * 16; j < 16; ++j, ++k) {
          state[j] ^= key2[k];
        }
        for (let j = 0; j < 16; j += 4) {
          const s0 = this._mix[state[j]];
          const s1 = this._mix[state[j + 1]];
          const s2 = this._mix[state[j + 2]];
          const s3 = this._mix[state[j + 3]];
          t = s0 ^ s1 >>> 8 ^ s1 << 24 ^ s2 >>> 16 ^ s2 << 16 ^ s3 >>> 24 ^ s3 << 8;
          state[j] = t >>> 24 & 255;
          state[j + 1] = t >> 16 & 255;
          state[j + 2] = t >> 8 & 255;
          state[j + 3] = t & 255;
        }
      }
      t = state[13];
      state[13] = state[9];
      state[9] = state[5];
      state[5] = state[1];
      state[1] = t;
      t = state[14];
      u = state[10];
      state[14] = state[6];
      state[10] = state[2];
      state[6] = t;
      state[2] = u;
      t = state[15];
      u = state[11];
      v = state[7];
      state[15] = state[3];
      state[11] = t;
      state[7] = u;
      state[3] = v;
      for (let j = 0; j < 16; ++j) {
        state[j] = this._inv_s[state[j]];
        state[j] ^= key2[j];
      }
      return state;
    }
    _encrypt(input2, key2) {
      const s = this._s;
      let t, u, v;
      const state = new Uint8Array(16);
      state.set(input2);
      for (let j = 0; j < 16; ++j) {
        state[j] ^= key2[j];
      }
      for (let i = 1; i < this._cyclesOfRepetition; i++) {
        for (let j = 0; j < 16; ++j) {
          state[j] = s[state[j]];
        }
        v = state[1];
        state[1] = state[5];
        state[5] = state[9];
        state[9] = state[13];
        state[13] = v;
        v = state[2];
        u = state[6];
        state[2] = state[10];
        state[6] = state[14];
        state[10] = v;
        state[14] = u;
        v = state[3];
        u = state[7];
        t = state[11];
        state[3] = state[15];
        state[7] = v;
        state[11] = u;
        state[15] = t;
        for (let j = 0; j < 16; j += 4) {
          const s0 = state[j];
          const s1 = state[j + 1];
          const s2 = state[j + 2];
          const s3 = state[j + 3];
          t = s0 ^ s1 ^ s2 ^ s3;
          state[j] ^= t ^ this._mixCol[s0 ^ s1];
          state[j + 1] ^= t ^ this._mixCol[s1 ^ s2];
          state[j + 2] ^= t ^ this._mixCol[s2 ^ s3];
          state[j + 3] ^= t ^ this._mixCol[s3 ^ s0];
        }
        for (let j = 0, k = i * 16; j < 16; ++j, ++k) {
          state[j] ^= key2[k];
        }
      }
      for (let j = 0; j < 16; ++j) {
        state[j] = s[state[j]];
      }
      v = state[1];
      state[1] = state[5];
      state[5] = state[9];
      state[9] = state[13];
      state[13] = v;
      v = state[2];
      u = state[6];
      state[2] = state[10];
      state[6] = state[14];
      state[10] = v;
      state[14] = u;
      v = state[3];
      u = state[7];
      t = state[11];
      state[3] = state[15];
      state[7] = v;
      state[11] = u;
      state[15] = t;
      for (let j = 0, k = this._keySize; j < 16; ++j, ++k) {
        state[j] ^= key2[k];
      }
      return state;
    }
    _decryptBlock2(data, finalize) {
      const sourceLength = data.length;
      let buffer = this.buffer, bufferLength = this.bufferPosition;
      const result = [];
      let iv = this.iv;
      for (let i = 0; i < sourceLength; ++i) {
        buffer[bufferLength] = data[i];
        ++bufferLength;
        if (bufferLength < 16) {
          continue;
        }
        const plain = this._decrypt(buffer, this._key);
        for (let j = 0; j < 16; ++j) {
          plain[j] ^= iv[j];
        }
        iv = buffer;
        result.push(plain);
        buffer = new Uint8Array(16);
        bufferLength = 0;
      }
      this.buffer = buffer;
      this.bufferLength = bufferLength;
      this.iv = iv;
      if (result.length === 0) {
        return new Uint8Array(0);
      }
      let outputLength = 16 * result.length;
      if (finalize) {
        const lastBlock = result.at(-1);
        let psLen = lastBlock[15];
        if (psLen <= 16) {
          for (let i = 15, ii = 16 - psLen; i >= ii; --i) {
            if (lastBlock[i] !== psLen) {
              psLen = 0;
              break;
            }
          }
          outputLength -= psLen;
          result[result.length - 1] = lastBlock.subarray(0, 16 - psLen);
        }
      }
      const output = new Uint8Array(outputLength);
      for (let i = 0, j = 0, ii = result.length; i < ii; ++i, j += 16) {
        output.set(result[i], j);
      }
      return output;
    }
    decryptBlock(data, finalize, iv = null) {
      const sourceLength = data.length;
      const buffer = this.buffer;
      let bufferLength = this.bufferPosition;
      if (iv) {
        this.iv = iv;
      } else {
        for (let i = 0; bufferLength < 16 && i < sourceLength; ++i, ++bufferLength) {
          buffer[bufferLength] = data[i];
        }
        if (bufferLength < 16) {
          this.bufferLength = bufferLength;
          return new Uint8Array(0);
        }
        this.iv = buffer;
        data = data.subarray(16);
      }
      this.buffer = new Uint8Array(16);
      this.bufferLength = 0;
      this.decryptBlock = this._decryptBlock2;
      return this.decryptBlock(data, finalize);
    }
    encrypt(data, iv) {
      const sourceLength = data.length;
      let buffer = this.buffer, bufferLength = this.bufferPosition;
      const result = [];
      iv ||= new Uint8Array(16);
      for (let i = 0; i < sourceLength; ++i) {
        buffer[bufferLength] = data[i];
        ++bufferLength;
        if (bufferLength < 16) {
          continue;
        }
        for (let j = 0; j < 16; ++j) {
          buffer[j] ^= iv[j];
        }
        const cipher = this._encrypt(buffer, this._key);
        iv = cipher;
        result.push(cipher);
        buffer = new Uint8Array(16);
        bufferLength = 0;
      }
      this.buffer = buffer;
      this.bufferLength = bufferLength;
      this.iv = iv;
      if (result.length === 0) {
        return new Uint8Array(0);
      }
      const outputLength = 16 * result.length;
      const output = new Uint8Array(outputLength);
      for (let i = 0, j = 0, ii = result.length; i < ii; ++i, j += 16) {
        output.set(result[i], j);
      }
      return output;
    }
  };
  var AES128Cipher = class extends AESBaseCipher {
    _rcon = new Uint8Array([141, 1, 2, 4, 8, 16, 32, 64, 128, 27, 54, 108, 216, 171, 77, 154, 47, 94, 188, 99, 198, 151, 53, 106, 212, 179, 125, 250, 239, 197, 145, 57, 114, 228, 211, 189, 97, 194, 159, 37, 74, 148, 51, 102, 204, 131, 29, 58, 116, 232, 203, 141, 1, 2, 4, 8, 16, 32, 64, 128, 27, 54, 108, 216, 171, 77, 154, 47, 94, 188, 99, 198, 151, 53, 106, 212, 179, 125, 250, 239, 197, 145, 57, 114, 228, 211, 189, 97, 194, 159, 37, 74, 148, 51, 102, 204, 131, 29, 58, 116, 232, 203, 141, 1, 2, 4, 8, 16, 32, 64, 128, 27, 54, 108, 216, 171, 77, 154, 47, 94, 188, 99, 198, 151, 53, 106, 212, 179, 125, 250, 239, 197, 145, 57, 114, 228, 211, 189, 97, 194, 159, 37, 74, 148, 51, 102, 204, 131, 29, 58, 116, 232, 203, 141, 1, 2, 4, 8, 16, 32, 64, 128, 27, 54, 108, 216, 171, 77, 154, 47, 94, 188, 99, 198, 151, 53, 106, 212, 179, 125, 250, 239, 197, 145, 57, 114, 228, 211, 189, 97, 194, 159, 37, 74, 148, 51, 102, 204, 131, 29, 58, 116, 232, 203, 141, 1, 2, 4, 8, 16, 32, 64, 128, 27, 54, 108, 216, 171, 77, 154, 47, 94, 188, 99, 198, 151, 53, 106, 212, 179, 125, 250, 239, 197, 145, 57, 114, 228, 211, 189, 97, 194, 159, 37, 74, 148, 51, 102, 204, 131, 29, 58, 116, 232, 203, 141]);
    constructor(key2) {
      super();
      this._cyclesOfRepetition = 10;
      this._keySize = 160;
      this._key = this._expandKey(key2);
    }
    _expandKey(cipherKey) {
      const b = 176;
      const s = this._s;
      const rcon = this._rcon;
      const result = new Uint8Array(b);
      result.set(cipherKey);
      for (let j = 16, i = 1; j < b; ++i) {
        let t1 = result[j - 3];
        let t2 = result[j - 2];
        let t3 = result[j - 1];
        let t4 = result[j - 4];
        t1 = s[t1];
        t2 = s[t2];
        t3 = s[t3];
        t4 = s[t4];
        t1 ^= rcon[i];
        for (let n = 0; n < 4; ++n) {
          result[j] = t1 ^= result[j - 16];
          j++;
          result[j] = t2 ^= result[j - 16];
          j++;
          result[j] = t3 ^= result[j - 16];
          j++;
          result[j] = t4 ^= result[j - 16];
          j++;
        }
      }
      return result;
    }
  };
  var AES256Cipher = class extends AESBaseCipher {
    constructor(key2) {
      super();
      this._cyclesOfRepetition = 14;
      this._keySize = 224;
      this._key = this._expandKey(key2);
    }
    _expandKey(cipherKey) {
      const b = 240;
      const s = this._s;
      const result = new Uint8Array(b);
      result.set(cipherKey);
      let r = 1;
      let t1, t2, t3, t4;
      for (let j = 32, i = 1; j < b; ++i) {
        if (j % 32 === 16) {
          t1 = s[t1];
          t2 = s[t2];
          t3 = s[t3];
          t4 = s[t4];
        } else if (j % 32 === 0) {
          t1 = result[j - 3];
          t2 = result[j - 2];
          t3 = result[j - 1];
          t4 = result[j - 4];
          t1 = s[t1];
          t2 = s[t2];
          t3 = s[t3];
          t4 = s[t4];
          t1 ^= r;
          if ((r <<= 1) >= 256) {
            r = (r ^ 27) & 255;
          }
        }
        for (let n = 0; n < 4; ++n) {
          result[j] = t1 ^= result[j - 32];
          j++;
          result[j] = t2 ^= result[j - 32];
          j++;
          result[j] = t3 ^= result[j - 32];
          j++;
          result[j] = t4 ^= result[j - 32];
          j++;
        }
      }
      return result;
    }
  };
  var PDFBase = class {
    _hash(password, input2, userBytes) {
      unreachable2("Abstract method `_hash` called");
    }
    checkOwnerPassword(password, ownerValidationSalt, userBytes, ownerPassword) {
      const hashData = new Uint8Array(password.length + 56);
      hashData.set(password, 0);
      hashData.set(ownerValidationSalt, password.length);
      hashData.set(userBytes, password.length + ownerValidationSalt.length);
      const result = this._hash(password, hashData, userBytes);
      return isArrayEqual(result, ownerPassword);
    }
    checkUserPassword(password, userValidationSalt, userPassword) {
      const hashData = new Uint8Array(password.length + 8);
      hashData.set(password, 0);
      hashData.set(userValidationSalt, password.length);
      const result = this._hash(password, hashData, []);
      return isArrayEqual(result, userPassword);
    }
    getOwnerKey(password, ownerKeySalt, userBytes, ownerEncryption) {
      const hashData = new Uint8Array(password.length + 56);
      hashData.set(password, 0);
      hashData.set(ownerKeySalt, password.length);
      hashData.set(userBytes, password.length + ownerKeySalt.length);
      const key2 = this._hash(password, hashData, userBytes);
      const cipher = new AES256Cipher(key2);
      return cipher.decryptBlock(ownerEncryption, false, new Uint8Array(16));
    }
    getUserKey(password, userKeySalt, userEncryption) {
      const hashData = new Uint8Array(password.length + 8);
      hashData.set(password, 0);
      hashData.set(userKeySalt, password.length);
      const key2 = this._hash(password, hashData, []);
      const cipher = new AES256Cipher(key2);
      return cipher.decryptBlock(userEncryption, false, new Uint8Array(16));
    }
  };
  var PDF17 = class extends PDFBase {
    _hash(password, input2, userBytes) {
      return calculateSHA256(input2, 0, input2.length);
    }
  };
  var PDF20 = class extends PDFBase {
    _hash(password, input2, userBytes) {
      let k = calculateSHA256(input2, 0, input2.length).subarray(0, 32);
      let e = [0];
      let i = 0;
      while (i < 64 || e.at(-1) > i - 32) {
        const combinedLength = password.length + k.length + userBytes.length, combinedArray = new Uint8Array(combinedLength);
        let writeOffset = 0;
        combinedArray.set(password, writeOffset);
        writeOffset += password.length;
        combinedArray.set(k, writeOffset);
        writeOffset += k.length;
        combinedArray.set(userBytes, writeOffset);
        const k1 = new Uint8Array(combinedLength * 64);
        for (let j = 0, pos = 0; j < 64; j++, pos += combinedLength) {
          k1.set(combinedArray, pos);
        }
        const cipher = new AES128Cipher(k.subarray(0, 16));
        e = cipher.encrypt(k1, k.subarray(16, 32));
        const remainder = Math.sumPrecise(e.slice(0, 16)) % 3;
        if (remainder === 0) {
          k = calculateSHA256(e, 0, e.length);
        } else if (remainder === 1) {
          k = calculateSHA384(e, 0, e.length);
        } else if (remainder === 2) {
          k = calculateSHA512(e, 0, e.length);
        }
        i++;
      }
      return k.subarray(0, 32);
    }
  };
  var CipherTransform = class {
    #cipherCache = /* @__PURE__ */ new Map();
    embeddedFilterName = null;
    constructor(resolveCipher, stringFilterName = null, streamFilterName = null) {
      this.resolveCipher = resolveCipher;
      this.streamFilterName = streamFilterName;
      this.stringFilterName = stringFilterName;
    }
    #getCipher(filterName = null) {
      const key2 = filterName instanceof Name ? filterName.name : "__default__";
      return this.#cipherCache.getOrInsertComputed(key2, () => this.resolveCipher(filterName));
    }
    createStream(stream2, length, cryptFilterName = null) {
      const defaultFilterName = this.embeddedFilterName && isDict(stream2.dict, "EmbeddedFile") ? this.embeddedFilterName : this.streamFilterName;
      const Cipher = this.#getCipher(cryptFilterName || defaultFilterName);
      const cipher = new Cipher();
      return new DecryptStream(stream2, length, function cipherTransformDecryptStream(data, finalize) {
        return cipher.decryptBlock(data, finalize);
      });
    }
    decryptString(s) {
      const Cipher = this.#getCipher(this.stringFilterName);
      const cipher = new Cipher();
      let data = stringToBytes2(s);
      data = cipher.decryptBlock(data, true);
      return bytesToString2(data);
    }
    encryptString(s) {
      const Cipher = this.#getCipher(this.stringFilterName);
      const cipher = new Cipher();
      if (cipher instanceof AESBaseCipher) {
        const strLen = s.length;
        const pad = 16 - strLen % 16;
        s += String.fromCharCode(pad).repeat(pad);
        const iv = new Uint8Array(16);
        crypto.getRandomValues(iv);
        let data2 = stringToBytes2(s);
        data2 = cipher.encrypt(data2, iv);
        const buf = new Uint8Array(16 + data2.length);
        buf.set(iv);
        buf.set(data2, 16);
        return bytesToString2(buf);
      }
      let data = stringToBytes2(s);
      data = cipher.encrypt(data);
      return bytesToString2(data);
    }
  };
  function utf8PasswordToBytes(password) {
    try {
      password = utf8StringToString(password);
    } catch {
      warn2("CipherTransformFactory: Unable to convert UTF8 encoded password.");
    }
    return stringToBytes2(password);
  }
  var CipherTransformFactory = class _CipherTransformFactory {
    #fileId;
    static get _defaultPasswordBytes() {
      return util_shadow2(this, "_defaultPasswordBytes", new Uint8Array([40, 191, 78, 94, 78, 117, 138, 65, 100, 0, 78, 86, 255, 250, 1, 8, 46, 46, 0, 182, 208, 104, 62, 128, 47, 12, 169, 254, 100, 83, 105, 122]));
    }
    #createEncryptionKey20(revision, password, ownerPassword, ownerValidationSalt, ownerKeySalt, uBytes, userPassword, userValidationSalt, userKeySalt, ownerEncryption, userEncryption, perms) {
      if (password) {
        const passwordLength = Math.min(127, password.length);
        password = password.subarray(0, passwordLength);
      } else {
        password = [];
      }
      const pdfAlgorithm = revision === 6 ? new PDF20() : new PDF17();
      if (pdfAlgorithm.checkUserPassword(password, userValidationSalt, userPassword)) {
        return pdfAlgorithm.getUserKey(password, userKeySalt, userEncryption);
      } else if (password.length && pdfAlgorithm.checkOwnerPassword(password, ownerValidationSalt, uBytes, ownerPassword)) {
        return pdfAlgorithm.getOwnerKey(password, ownerKeySalt, uBytes, ownerEncryption);
      }
      return null;
    }
    #prepareKeyData(fileId, password, ownerPassword, userPassword, flags, revision, keyLength, encryptMetadata) {
      const hashDataSize = 40 + ownerPassword.length + fileId.length;
      const hashData = new Uint8Array(hashDataSize);
      let i = 0, j, n;
      if (password) {
        n = Math.min(32, password.length);
        for (; i < n; ++i) {
          hashData[i] = password[i];
        }
      }
      j = 0;
      while (i < 32) {
        hashData[i++] = _CipherTransformFactory._defaultPasswordBytes[j++];
      }
      hashData.set(ownerPassword, i);
      i += ownerPassword.length;
      hashData[i++] = flags & 255;
      hashData[i++] = flags >> 8 & 255;
      hashData[i++] = flags >> 16 & 255;
      hashData[i++] = flags >>> 24 & 255;
      hashData.set(fileId, i);
      i += fileId.length;
      if (revision >= 4 && !encryptMetadata) {
        hashData.fill(255, i, i + 4);
        i += 4;
      }
      let hash = calculateMD5(hashData, 0, i);
      const keyLengthInBytes = keyLength >> 3;
      if (revision >= 3) {
        for (j = 0; j < 50; ++j) {
          hash = calculateMD5(hash, 0, keyLengthInBytes);
        }
      }
      const encryptionKey = hash.subarray(0, keyLengthInBytes);
      let cipher, checkData;
      if (revision >= 3) {
        i = 0;
        hashData.set(_CipherTransformFactory._defaultPasswordBytes, i);
        i += 32;
        hashData.set(fileId, i);
        i += fileId.length;
        cipher = new ARCFourCipher(encryptionKey);
        checkData = cipher.encryptBlock(calculateMD5(hashData, 0, i));
        n = encryptionKey.length;
        const derivedKey = new Uint8Array(n);
        for (j = 1; j <= 19; ++j) {
          for (let k = 0; k < n; ++k) {
            derivedKey[k] = encryptionKey[k] ^ j;
          }
          cipher = new ARCFourCipher(derivedKey);
          checkData = cipher.encryptBlock(checkData);
        }
      } else {
        cipher = new ARCFourCipher(encryptionKey);
        checkData = cipher.encryptBlock(_CipherTransformFactory._defaultPasswordBytes);
      }
      return checkData.every((data, k) => userPassword[k] === data) ? encryptionKey : null;
    }
    #decodeUserPassword(password, ownerPassword, revision, keyLength) {
      const hashData = new Uint8Array(32);
      let i = 0;
      const n = Math.min(32, password.length);
      for (; i < n; ++i) {
        hashData[i] = password[i];
      }
      let j = 0;
      while (i < 32) {
        hashData[i++] = _CipherTransformFactory._defaultPasswordBytes[j++];
      }
      let hash = calculateMD5(hashData, 0, i);
      const keyLengthInBytes = keyLength >> 3;
      if (revision >= 3) {
        for (j = 0; j < 50; ++j) {
          hash = calculateMD5(hash, 0, hash.length);
        }
      }
      let cipher, userPassword;
      if (revision >= 3) {
        userPassword = ownerPassword;
        const derivedKey = new Uint8Array(keyLengthInBytes);
        for (j = 19; j >= 0; j--) {
          for (let k = 0; k < keyLengthInBytes; ++k) {
            derivedKey[k] = hash[k] ^ j;
          }
          cipher = new ARCFourCipher(derivedKey);
          userPassword = cipher.encryptBlock(userPassword);
        }
      } else {
        cipher = new ARCFourCipher(hash.subarray(0, keyLengthInBytes));
        userPassword = cipher.encryptBlock(ownerPassword);
      }
      return userPassword;
    }
    #buildObjectKey(num, gen, encryptionKey, isAes = false) {
      const n = encryptionKey.length;
      const key2 = new Uint8Array(n + 9);
      key2.set(encryptionKey);
      let i = n;
      key2[i++] = num & 255;
      key2[i++] = num >> 8 & 255;
      key2[i++] = num >> 16 & 255;
      key2[i++] = gen & 255;
      key2[i++] = gen >> 8 & 255;
      if (isAes) {
        key2[i++] = 115;
        key2[i++] = 65;
        key2[i++] = 108;
        key2[i++] = 84;
      }
      const hash = calculateMD5(key2, 0, i);
      return hash.subarray(0, Math.min(n + 5, 16));
    }
    constructor(dict, fileId, password) {
      const filter = dict.get("Filter");
      if (!isName(filter, "Standard")) {
        throw new FormatError2("unknown encryption method");
      }
      this.filterName = filter.name;
      this.dict = dict;
      this.#fileId = fileId;
      const algorithm = dict.get("V");
      if (!Number.isInteger(algorithm) || algorithm !== 1 && algorithm !== 2 && algorithm !== 4 && algorithm !== 5) {
        throw new FormatError2("unsupported encryption algorithm");
      }
      this.algorithm = algorithm;
      let keyLength = dict.get("Length");
      if (!keyLength) {
        if (algorithm <= 3) {
          keyLength = 40;
        } else {
          const cfDict = dict.get("CF");
          const streamCryptoName = dict.get("StmF");
          if (cfDict instanceof Dict && streamCryptoName instanceof Name) {
            cfDict.suppressEncryption = true;
            const handlerDict = cfDict.get(streamCryptoName.name);
            keyLength = handlerDict?.get("Length") || 128;
            if (keyLength < 40) {
              keyLength <<= 3;
            }
          }
        }
      }
      if (!Number.isInteger(keyLength) || keyLength < 40 || keyLength % 8 !== 0) {
        throw new FormatError2("invalid key length");
      }
      let cf = null;
      let stmf = Name.get("Identity");
      let strf = Name.get("Identity");
      let eff = stmf;
      if (algorithm >= 4) {
        cf = dict.get("CF");
        if (cf instanceof Dict) {
          cf.suppressEncryption = true;
        }
        stmf = dict.get("StmF") || Name.get("Identity");
        strf = dict.get("StrF") || Name.get("Identity");
        eff = dict.get("EFF") || stmf;
      }
      this.cf = cf;
      this.stmf = stmf;
      this.strf = strf;
      this.eff = eff;
      const ownerBytes = stringToBytes2(dict.get("O")), userBytes = stringToBytes2(dict.get("U"));
      const ownerPassword = ownerBytes.subarray(0, 32);
      const userPassword = userBytes.subarray(0, 32);
      const flags = dict.get("P");
      const revision = dict.get("R");
      const encryptMetadata = (algorithm === 4 || algorithm === 5) && dict.get("EncryptMetadata") !== false;
      this.encryptMetadata = encryptMetadata;
      const fileIdBytes = stringToBytes2(fileId);
      let passwordBytes, rawPasswordBytes;
      if (password) {
        if (revision === 6) {
          const preppedPassword = saslPrep(password);
          passwordBytes = utf8PasswordToBytes(preppedPassword);
          if (preppedPassword !== password) {
            rawPasswordBytes = utf8PasswordToBytes(password);
          }
        } else if (algorithm === 5) {
          passwordBytes = utf8PasswordToBytes(password);
        } else {
          passwordBytes = stringToBytes2(password);
        }
      }
      let encryptionKey;
      if (algorithm !== 5) {
        encryptionKey = this.#prepareKeyData(fileIdBytes, passwordBytes, ownerPassword, userPassword, flags, revision, keyLength, encryptMetadata);
      } else {
        const ownerValidationSalt = ownerBytes.subarray(32, 40);
        const ownerKeySalt = ownerBytes.subarray(40, 48);
        const uBytes = userBytes.subarray(0, 48);
        const userValidationSalt = userBytes.subarray(32, 40);
        const userKeySalt = userBytes.subarray(40, 48);
        const ownerEncryption = stringToBytes2(dict.get("OE"));
        const userEncryption = stringToBytes2(dict.get("UE"));
        const perms = stringToBytes2(dict.get("Perms"));
        for (const candidate2 of rawPasswordBytes ? [passwordBytes, rawPasswordBytes] : [passwordBytes]) {
          encryptionKey = this.#createEncryptionKey20(revision, candidate2, ownerPassword, ownerValidationSalt, ownerKeySalt, uBytes, userPassword, userValidationSalt, userKeySalt, ownerEncryption, userEncryption, perms);
          if (encryptionKey) {
            break;
          }
        }
      }
      if (!encryptionKey) {
        if (!password) {
          if (this.algorithm >= 4 && isName(this.stmf, "Identity") && isName(this.strf, "Identity")) {
            const effCF = this.cf?.get(this.eff.name);
            const authEvent = effCF?.get("AuthEvent");
            if (isName(authEvent, "EFOpen")) {
              this.encryptionKey = null;
              return;
            }
          }
          throw new PasswordException2("No password given", PasswordResponses2.NEED_PASSWORD);
        }
        const decodedPassword = this.#decodeUserPassword(passwordBytes, ownerPassword, revision, keyLength);
        encryptionKey = this.#prepareKeyData(fileIdBytes, decodedPassword, ownerPassword, userPassword, flags, revision, keyLength, encryptMetadata);
      }
      if (!encryptionKey) {
        throw new PasswordException2("Incorrect Password", PasswordResponses2.INCORRECT_PASSWORD);
      }
      if (algorithm === 4 && encryptionKey.length < 16) {
        this.encryptionKey = new Uint8Array(16);
        this.encryptionKey.set(encryptionKey);
      } else {
        this.encryptionKey = encryptionKey;
      }
    }
    setPassword(password) {
      const transform = new _CipherTransformFactory(this.dict, this.#fileId, password);
      this.encryptionKey = transform.encryptionKey;
    }
    createCipherTransform(num, gen) {
      if (this.algorithm === 4 || this.algorithm === 5) {
        const resolveCipher2 = (filterName) => {
          if (!(filterName instanceof Name)) {
            throw new FormatError2("Invalid crypt filter name.");
          }
          const cryptFilter = this.cf.get(filterName.name);
          const cfm = cryptFilter?.get("CFM");
          if (!cfm || cfm.name === "None") {
            return NullCipher;
          }
          if (!this.encryptionKey) {
            throw new PasswordException2("No password given", PasswordResponses2.NEED_PASSWORD);
          }
          if (this.algorithm === 5 || cfm.name === "AESV3") {
            return AES256Cipher.bind(null, this.encryptionKey);
          }
          if (cfm.name === "V2") {
            return ARCFourCipher.bind(null, this.#buildObjectKey(num, gen, this.encryptionKey, false));
          }
          if (cfm.name === "AESV2") {
            return AES128Cipher.bind(null, this.#buildObjectKey(num, gen, this.encryptionKey, true));
          }
          throw new FormatError2("Unknown crypto method");
        };
        const transform = new CipherTransform(resolveCipher2, this.strf, this.stmf);
        transform.embeddedFilterName = this.eff;
        return transform;
      }
      const resolveCipher = () => ARCFourCipher.bind(null, this.#buildObjectKey(num, gen, this.encryptionKey, false));
      return new CipherTransform(resolveCipher);
    }
  };
  var XRef = class {
    #cacheMap = /* @__PURE__ */ new Map();
    #entries = [];
    #newPersistentRefNum = null;
    #newTemporaryRefNum = null;
    #parsedWithRecovery = false;
    #pendingRefs = new RefSet();
    #persistentRefsCache = null;
    #xrefSectionOffsets = /* @__PURE__ */ new Set();
    #xrefSectionsComplete = true;
    #xrefStms = /* @__PURE__ */ new Set();
    constructor(stream2, pdfManager) {
      this.stream = stream2;
      this.pdfManager = pdfManager;
    }
    getNewPersistentRef(obj) {
      if (this.#newPersistentRefNum === null) {
        this.#newPersistentRefNum = this.#entries.length || 1;
      }
      const num = this.#newPersistentRefNum++;
      this.#cacheMap.set(num, obj);
      return Ref.get(num, 0);
    }
    getNewTemporaryRef() {
      if (this.#newTemporaryRefNum === null) {
        this.#newTemporaryRefNum = this.#entries.length || 1;
        if (this.#newPersistentRefNum) {
          this.#persistentRefsCache = /* @__PURE__ */ new Map();
          for (let i = this.#newTemporaryRefNum; i < this.#newPersistentRefNum; i++) {
            this.#persistentRefsCache.set(i, this.#cacheMap.get(i));
            this.#cacheMap.delete(i);
          }
        }
      }
      return Ref.get(this.#newTemporaryRefNum++, 0);
    }
    resetNewTemporaryRef() {
      this.#newTemporaryRefNum = null;
      if (this.#persistentRefsCache) {
        for (const [num, obj] of this.#persistentRefsCache) {
          this.#cacheMap.set(num, obj);
        }
      }
      this.#persistentRefsCache = null;
    }
    setStartXRef(startXRef) {
      this.startXRefQueue = [startXRef];
    }
    parse(recoveryMode = false) {
      this.#parsedWithRecovery = recoveryMode;
      let trailerDict;
      if (!recoveryMode) {
        trailerDict = this.readXRef();
      } else {
        warn2("Indexing all PDF objects");
        trailerDict = this.indexObjects();
      }
      trailerDict.assignXref(this);
      this.trailer = trailerDict;
      let encrypt;
      try {
        encrypt = trailerDict.get("Encrypt");
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2(`XRef.parse - Invalid "Encrypt" reference: "${ex}".`);
      }
      if (encrypt instanceof Dict) {
        const ids = trailerDict.get("ID");
        const fileId = ids?.length ? ids[0] : "";
        encrypt.suppressEncryption = true;
        this.encrypt = new CipherTransformFactory(encrypt, fileId, this.pdfManager.password);
      }
      let root;
      try {
        root = trailerDict.get("Root");
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2(`XRef.parse - Invalid "Root" reference: "${ex}".`);
      }
      if (root instanceof Dict) {
        try {
          const pages = root.get("Pages");
          if (pages instanceof Dict) {
            this.root = root;
            return;
          }
        } catch (ex) {
          if (ex instanceof MissingDataException) {
            throw ex;
          }
          warn2(`XRef.parse - Invalid "Pages" reference: "${ex}".`);
        }
      }
      if (!recoveryMode) {
        throw new XRefParseException();
      }
      throw new InvalidPDFException2("Invalid Root reference.");
    }
    processXRefTable(parser) {
      this._tableState ??= {
        entryNum: 0,
        streamPos: parser.lexer.stream.pos,
        parserBuf1: parser.buf1,
        parserBuf2: parser.buf2
      };
      const obj = this.readXRefTable(parser);
      if (!isCmd(obj, "trailer")) {
        throw new FormatError2("Invalid XRef table: could not find trailer dictionary");
      }
      let dict = parser.getObj();
      if (dict instanceof BaseStream) {
        dict = dict.dict;
      }
      if (!(dict instanceof Dict)) {
        throw new FormatError2("Invalid XRef table: could not parse trailer dictionary");
      }
      delete this._tableState;
      return dict;
    }
    readXRefTable(parser) {
      const stream2 = parser.lexer.stream;
      const tableState = this._tableState;
      stream2.pos = tableState.streamPos;
      parser.buf1 = tableState.parserBuf1;
      parser.buf2 = tableState.parserBuf2;
      let obj;
      while (true) {
        if (!("firstEntryNum" in tableState) || !("entryCount" in tableState)) {
          if (isCmd(obj = parser.getObj(), "trailer")) {
            break;
          }
          tableState.firstEntryNum = obj;
          tableState.entryCount = parser.getObj();
        }
        let first = tableState.firstEntryNum;
        const count = tableState.entryCount;
        if (!Number.isInteger(first) || !Number.isInteger(count)) {
          throw new FormatError2("Invalid XRef table: wrong types in subsection header");
        }
        for (let i = tableState.entryNum; i < count; i++) {
          tableState.streamPos = stream2.pos;
          tableState.entryNum = i;
          tableState.parserBuf1 = parser.buf1;
          tableState.parserBuf2 = parser.buf2;
          const entry = {
            offset: parser.getObj(),
            gen: parser.getObj(),
            free: false,
            uncompressed: false
          };
          const type = parser.getObj();
          if (type instanceof Cmd) {
            switch (type.cmd) {
              case "f":
                entry.free = true;
                break;
              case "n":
                entry.uncompressed = true;
                break;
            }
          }
          if (!Number.isInteger(entry.offset) || !Number.isInteger(entry.gen) || !(entry.free || entry.uncompressed)) {
            throw new FormatError2(`Invalid entry in XRef subsection: ${first}, ${count}`);
          }
          if (i === 0 && entry.free && first === 1) {
            first = 0;
          }
          this.#entries[first + i] ??= entry;
        }
        tableState.entryNum = 0;
        tableState.streamPos = stream2.pos;
        tableState.parserBuf1 = parser.buf1;
        tableState.parserBuf2 = parser.buf2;
        delete tableState.firstEntryNum;
        delete tableState.entryCount;
      }
      if (this.#entries[0] && !this.#entries[0].free) {
        throw new FormatError2("Invalid XRef table: unexpected first object");
      }
      return obj;
    }
    processXRefStream(stream2) {
      if (!("streamState" in this)) {
        const {
          dict,
          pos
        } = stream2;
        const byteWidths = dict.get("W");
        const range3 = dict.get("Index") || [0, dict.get("Size")];
        this.streamState = {
          entryRanges: range3,
          byteWidths,
          entryNum: 0,
          streamPos: pos
        };
      }
      this.readXRefStream(stream2);
      delete this.streamState;
      return stream2.dict;
    }
    readXRefStream(stream2) {
      const streamState = this.streamState;
      stream2.pos = streamState.streamPos;
      const [typeFieldWidth, offsetFieldWidth, generationFieldWidth] = streamState.byteWidths;
      const entryRanges = streamState.entryRanges;
      while (entryRanges.length > 0) {
        const [first, n] = entryRanges;
        if (!Number.isInteger(first) || !Number.isInteger(n)) {
          throw new FormatError2(`Invalid XRef range fields: ${first}, ${n}`);
        }
        if (![typeFieldWidth, offsetFieldWidth, generationFieldWidth].every((width) => Number.isInteger(width) && width >= 0) || typeFieldWidth + offsetFieldWidth + generationFieldWidth === 0) {
          throw new FormatError2(`Invalid XRef entry fields length: ${first}, ${n}`);
        }
        for (let i = streamState.entryNum; i < n; ++i) {
          streamState.entryNum = i;
          streamState.streamPos = stream2.pos;
          let type = 0, offset = 0, generation = 0;
          for (let j = 0; j < typeFieldWidth; ++j) {
            const typeByte = stream2.getByte();
            if (typeByte === -1) {
              throw new FormatError2("Invalid XRef byteWidths 'type'.");
            }
            type = type << 8 | typeByte;
          }
          if (typeFieldWidth === 0) {
            type = 1;
          }
          for (let j = 0; j < offsetFieldWidth; ++j) {
            const offsetByte = stream2.getByte();
            if (offsetByte === -1) {
              throw new FormatError2("Invalid XRef byteWidths 'offset'.");
            }
            offset = offset << 8 | offsetByte;
          }
          for (let j = 0; j < generationFieldWidth; ++j) {
            const generationByte = stream2.getByte();
            if (generationByte === -1) {
              throw new FormatError2("Invalid XRef byteWidths 'generation'.");
            }
            generation = generation << 8 | generationByte;
          }
          const entry = {
            offset,
            gen: generation,
            free: false,
            uncompressed: false
          };
          switch (type) {
            case 0:
              entry.free = true;
              break;
            case 1:
              entry.uncompressed = true;
              break;
            case 2:
              break;
            default:
              throw new FormatError2(`Invalid XRef entry type: ${type}`);
          }
          this.#entries[first + i] ??= entry;
        }
        streamState.entryNum = 0;
        streamState.streamPos = stream2.pos;
        entryRanges.splice(0, 2);
      }
    }
    indexObjects() {
      const TAB = 9, LF = 10, CR = 13, SPACE = 32;
      const PERCENT = 37, LT = 60;
      function readToken(data, offset) {
        let token = "", ch2 = data[offset];
        while (ch2 !== LF && ch2 !== CR && ch2 !== LT) {
          if (++offset >= data.length) {
            break;
          }
          token += String.fromCharCode(ch2);
          ch2 = data[offset];
        }
        return token;
      }
      function skipUntil(data, offset, what) {
        const length2 = what.length, dataLength = data.length;
        let skipped = 0;
        while (offset < dataLength) {
          let i = 0;
          while (i < length2 && data[offset + i] === what[i]) {
            ++i;
          }
          if (i >= length2) {
            break;
          }
          offset++;
          skipped++;
        }
        return skipped;
      }
      const gEndobjRegExp = /\b(endobj|\d+\s+\d+\s+obj|xref|trailer\s*<<)\b/g;
      const gStartxrefRegExp = /\b(startxref|\d+\s+\d+\s+obj)\b/g;
      const objRegExp = /^(\d+)\s+(\d+)\s+obj\b/;
      const trailerBytes = new Uint8Array([116, 114, 97, 105, 108, 101, 114]);
      const startxrefBytes = new Uint8Array([115, 116, 97, 114, 116, 120, 114, 101, 102]);
      const xrefBytes = new Uint8Array([47, 88, 82, 101, 102]);
      this.#entries.length = 0;
      this.#cacheMap.clear();
      const stream2 = this.stream;
      stream2.pos = 0;
      const buffer = stream2.getBytes(), bufferStr = bytesToString2(buffer), length = buffer.length;
      let position = stream2.start;
      const trailers = [], xrefStms = [];
      while (position < length) {
        let ch2 = buffer[position];
        if (ch2 === TAB || ch2 === LF || ch2 === CR || ch2 === SPACE) {
          ++position;
          continue;
        }
        if (ch2 === PERCENT) {
          do {
            ++position;
            if (position >= length) {
              break;
            }
            ch2 = buffer[position];
          } while (ch2 !== LF && ch2 !== CR);
          continue;
        }
        const token = readToken(buffer, position);
        let m;
        if (token.startsWith("xref") && (token.length === 4 || /\s/.test(token[4]))) {
          position += skipUntil(buffer, position, trailerBytes);
          trailers.push(position);
          position += skipUntil(buffer, position, startxrefBytes);
        } else if (m = objRegExp.exec(token)) {
          const num = m[1] | 0, gen = m[2] | 0;
          const startPos = position + token.length;
          let contentLength, updateEntries = false;
          if (!this.#entries[num]) {
            updateEntries = true;
          } else if (this.#entries[num].gen === gen) {
            try {
              const parser = new Parser({
                lexer: new Lexer(stream2.makeSubStream(startPos))
              });
              parser.getObj();
              updateEntries = true;
            } catch (ex) {
              if (ex instanceof ParserEOFException) {
                warn2(`indexObjects -- checking object (${token}): "${ex}".`);
              } else {
                updateEntries = true;
              }
            }
          }
          if (updateEntries) {
            this.#entries[num] = {
              offset: position - stream2.start,
              gen,
              free: false,
              uncompressed: true
            };
          }
          gEndobjRegExp.lastIndex = startPos;
          const match = gEndobjRegExp.exec(bufferStr);
          if (match) {
            const endPos = gEndobjRegExp.lastIndex + 1;
            contentLength = endPos - position;
            if (match[1] !== "endobj") {
              warn2(`indexObjects: Found "${match[1]}" inside of another "obj", caused by missing "endobj" -- trying to recover.`);
              contentLength -= match[1].length + 1;
            }
          } else {
            contentLength = length - position;
          }
          const content = buffer.subarray(position, position + contentLength);
          const xrefTagOffset = skipUntil(content, 0, xrefBytes);
          if (xrefTagOffset < contentLength && content[xrefTagOffset + 5] < 64) {
            xrefStms.push(position - stream2.start);
            this.#xrefStms.add(position - stream2.start);
          }
          position += contentLength;
        } else if (token.startsWith("trailer") && (token.length === 7 || /\s/.test(token[7]))) {
          trailers.push(position);
          const startPos = position + token.length;
          let contentLength;
          gStartxrefRegExp.lastIndex = startPos;
          const match = gStartxrefRegExp.exec(bufferStr);
          if (match) {
            const endPos = gStartxrefRegExp.lastIndex + 1;
            contentLength = endPos - position;
            if (match[1] !== "startxref") {
              warn2(`indexObjects: Found "${match[1]}" after "trailer", caused by missing "startxref" -- trying to recover.`);
              contentLength -= match[1].length + 1;
            }
          } else {
            contentLength = length - position;
          }
          position += contentLength;
        } else {
          position += token.length + 1;
        }
      }
      for (const xrefStm of xrefStms) {
        this.startXRefQueue.push(xrefStm);
        this.readXRef(true);
      }
      const trailerDicts = [];
      let isEncrypted = false;
      for (const trailer of trailers) {
        stream2.pos = trailer;
        const parser = new Parser({
          lexer: new Lexer(stream2),
          xref: this,
          allowStreams: true,
          recoveryMode: true
        });
        const obj = parser.getObj();
        if (!isCmd(obj, "trailer")) {
          continue;
        }
        const dict = parser.getObj();
        if (!(dict instanceof Dict)) {
          continue;
        }
        trailerDicts.push(dict);
        if (dict.has("Encrypt")) {
          isEncrypted = true;
        }
      }
      let trailerDict, trailerError;
      for (const dict of [...trailerDicts, "genFallback", ...trailerDicts]) {
        if (dict === "genFallback") {
          if (!trailerError) {
            break;
          }
          this._generationFallback = true;
          continue;
        }
        let validPagesDict = false;
        try {
          const rootDict = dict.get("Root");
          if (!(rootDict instanceof Dict)) {
            continue;
          }
          const pagesDict = rootDict.get("Pages");
          if (!(pagesDict instanceof Dict)) {
            continue;
          }
          const pagesCount = pagesDict.get("Count");
          if (Number.isInteger(pagesCount)) {
            validPagesDict = true;
          }
        } catch (ex) {
          trailerError = ex;
          continue;
        }
        if (validPagesDict && (!isEncrypted || dict.has("Encrypt")) && dict.has("ID")) {
          return dict;
        }
        trailerDict = dict;
      }
      if (trailerDict) {
        return trailerDict;
      }
      if (this.topDict) {
        return this.topDict;
      }
      if (!trailerDicts.length) {
        for (const num in this.#entries) {
          const entry = this.#entries[num];
          if (!entry) {
            continue;
          }
          const ref = Ref.get(parseInt(num, 10), entry.gen);
          let obj;
          try {
            obj = this.fetch(ref);
          } catch {
            continue;
          }
          if (obj instanceof BaseStream) {
            obj = obj.dict;
          }
          if (obj instanceof Dict && obj.has("Root")) {
            return obj;
          }
        }
      }
      throw new InvalidPDFException2("Invalid PDF structure.");
    }
    readXRef(recoveryMode = false) {
      const stream2 = this.stream;
      const startXRefParsedCache = /* @__PURE__ */ new Set();
      while (this.startXRefQueue.length) {
        try {
          const startXRef = this.startXRefQueue[0];
          if (startXRefParsedCache.has(startXRef)) {
            warn2("readXRef - skipping XRef table since it was already parsed.");
            this.startXRefQueue.shift();
            continue;
          }
          startXRefParsedCache.add(startXRef);
          stream2.pos = startXRef + stream2.start;
          const parser = new Parser({
            lexer: new Lexer(stream2),
            xref: this,
            allowStreams: true
          });
          let obj = parser.getObj();
          let dict;
          if (isCmd(obj, "xref")) {
            dict = this.processXRefTable(parser);
            this.topDict ||= dict;
            obj = dict.get("XRefStm");
            if (Number.isInteger(obj) && !this.#xrefStms.has(obj)) {
              this.#xrefStms.add(obj);
              this.startXRefQueue.push(obj);
            }
          } else if (Number.isInteger(obj)) {
            if (!Number.isInteger(parser.getObj()) || !isCmd(parser.getObj(), "obj") || !((obj = parser.getObj()) instanceof BaseStream)) {
              throw new FormatError2("Invalid XRef stream");
            }
            dict = this.processXRefStream(obj);
            this.topDict ||= dict;
            if (!dict) {
              throw new FormatError2("Failed to read XRef stream");
            }
          } else {
            throw new FormatError2("Invalid XRef stream header");
          }
          this.#xrefSectionOffsets.add(startXRef);
          obj = dict.get("Prev");
          if (Number.isInteger(obj)) {
            this.startXRefQueue.push(obj);
          } else if (obj instanceof Ref) {
            this.startXRefQueue.push(obj.num);
          }
        } catch (e) {
          if (e instanceof MissingDataException) {
            throw e;
          }
          this.#xrefSectionsComplete = false;
          info2("(while reading XRef): " + e);
        }
        this.startXRefQueue.shift();
      }
      if (this.topDict) {
        return this.topDict;
      }
      if (recoveryMode) {
        return void 0;
      }
      throw new XRefParseException();
    }
    countUpdatesAfter(offset) {
      if (this.#parsedWithRecovery || !this.#xrefSectionsComplete) {
        return null;
      }
      const relativeOffset = offset - this.stream.start;
      let count = 0;
      for (const sectionOffset of this.#xrefSectionOffsets) {
        if (sectionOffset >= relativeOffset && !this.#xrefStms.has(sectionOffset)) {
          count++;
        }
      }
      return count;
    }
    getEntry(i) {
      const entry = this.#entries[i];
      return entry && !entry.free && entry.offset ? entry : null;
    }
    fetchIfRef(obj, suppressEncryption = false) {
      return obj instanceof Ref ? this.fetch(obj, suppressEncryption) : obj;
    }
    fetch(ref, suppressEncryption = false) {
      if (!(ref instanceof Ref)) {
        throw new Error("ref object is not a reference");
      }
      const num = ref.num;
      const cacheEntry = this.#cacheMap.get(num);
      if (cacheEntry !== void 0) {
        if (cacheEntry instanceof Dict && !cacheEntry.objId) {
          cacheEntry.objId = ref.toString();
        }
        return cacheEntry;
      }
      let xrefEntry = this.getEntry(num);
      if (xrefEntry === null) {
        return xrefEntry;
      }
      if (this.#pendingRefs.has(ref)) {
        this.#pendingRefs.remove(ref);
        warn2(`Ignoring circular reference: ${ref}.`);
        return CIRCULAR_REF;
      }
      this.#pendingRefs.put(ref);
      try {
        xrefEntry = xrefEntry.uncompressed ? this.fetchUncompressed(ref, xrefEntry, suppressEncryption) : this.fetchCompressed(ref, xrefEntry, suppressEncryption);
        this.#pendingRefs.remove(ref);
      } catch (ex) {
        this.#pendingRefs.remove(ref);
        throw ex;
      }
      if (xrefEntry instanceof Dict) {
        xrefEntry.objId = ref.toString();
      } else if (xrefEntry instanceof BaseStream) {
        xrefEntry.dict.objId = ref.toString();
      }
      return xrefEntry;
    }
    fetchUncompressed(ref, xrefEntry, suppressEncryption = false) {
      const gen = ref.gen;
      let num = ref.num;
      if (xrefEntry.gen !== gen) {
        const msg = `Inconsistent generation in XRef: ${ref}`;
        if (this._generationFallback && xrefEntry.gen < gen) {
          warn2(msg);
          return this.fetchUncompressed(Ref.get(num, xrefEntry.gen), xrefEntry, suppressEncryption);
        }
        throw new XRefEntryException(msg);
      }
      const stream2 = this.stream.makeSubStream(xrefEntry.offset + this.stream.start);
      const parser = new Parser({
        lexer: new Lexer(stream2),
        xref: this,
        allowStreams: true
      });
      const obj1 = parser.getObj();
      const obj2 = parser.getObj();
      const obj3 = parser.getObj();
      if (obj1 !== num || obj2 !== gen || !(obj3 instanceof Cmd)) {
        throw new XRefEntryException(`Bad (uncompressed) XRef entry: ${ref}`);
      }
      if (obj3.cmd !== "obj") {
        if (obj3.cmd.startsWith("obj")) {
          num = parseInt(obj3.cmd.substring(3), 10);
          if (!Number.isNaN(num)) {
            return num;
          }
        }
        throw new XRefEntryException(`Bad (uncompressed) XRef entry: ${ref}`);
      }
      xrefEntry = this.encrypt && !suppressEncryption ? parser.getObj(this.encrypt.createCipherTransform(num, gen)) : parser.getObj();
      if (!(xrefEntry instanceof BaseStream)) {
        this.#cacheMap.set(num, xrefEntry);
      }
      return xrefEntry;
    }
    fetchCompressed(ref, xrefEntry, suppressEncryption = false) {
      const tableOffset = xrefEntry.offset;
      const stream2 = this.fetch(Ref.get(tableOffset, 0));
      if (!(stream2 instanceof BaseStream)) {
        throw new FormatError2("bad ObjStm stream");
      }
      const first = stream2.dict.get("First");
      const n = stream2.dict.get("N");
      if (!Number.isInteger(first) || !Number.isInteger(n)) {
        throw new FormatError2("invalid first and n parameters for ObjStm stream");
      }
      let parser = new Parser({
        lexer: new Lexer(stream2),
        xref: this,
        allowStreams: true
      });
      const nums = new Array(n);
      const offsets = new Array(n);
      for (let i = 0; i < n; ++i) {
        const num = parser.getObj();
        if (!Number.isInteger(num)) {
          throw new FormatError2(`invalid object number in the ObjStm stream: ${num}`);
        }
        const offset = parser.getObj();
        if (!Number.isInteger(offset)) {
          throw new FormatError2(`invalid object offset in the ObjStm stream: ${offset}`);
        }
        nums[i] = num;
        const entry = this.getEntry(num);
        if (entry?.offset === tableOffset && entry.gen !== i) {
          entry.gen = i;
        }
        offsets[i] = offset;
      }
      const start = (stream2.start || 0) + first;
      const entries = new Array(n);
      for (let i = 0; i < n; ++i) {
        const length = i < n - 1 ? offsets[i + 1] - offsets[i] : void 0;
        if (length < 0) {
          throw new FormatError2("Invalid offset in the ObjStm stream.");
        }
        parser = new Parser({
          lexer: new Lexer(stream2.makeSubStream(start + offsets[i], length, stream2.dict)),
          xref: this,
          allowStreams: true
        });
        const obj = parser.getObj();
        entries[i] = obj;
        if (obj instanceof BaseStream) {
          continue;
        }
        const num = nums[i], entry = this.#entries[num];
        if (entry && entry.offset === tableOffset && entry.gen === i) {
          this.#cacheMap.set(num, obj);
        }
      }
      xrefEntry = entries[xrefEntry.gen];
      if (xrefEntry === void 0) {
        throw new XRefEntryException(`Bad (compressed) XRef entry: ${ref}`);
      }
      return xrefEntry;
    }
    async fetchIfRefAsync(obj, suppressEncryption) {
      return obj instanceof Ref ? this.fetchAsync(obj, suppressEncryption) : obj;
    }
    async fetchAsync(ref, suppressEncryption) {
      try {
        return this.fetch(ref, suppressEncryption);
      } catch (ex) {
        if (!(ex instanceof MissingDataException)) {
          throw ex;
        }
        await this.pdfManager.requestRange(ex.begin, ex.end);
        return this.fetchAsync(ref, suppressEncryption);
      }
    }
    getCatalogObj() {
      return this.root;
    }
  };
  var LETTER_SIZE_MEDIABOX = [0, 0, 612, 792];
  var SIGNATURE_TAIL_CHUNK_SIZE = 65536;
  var Page = class {
    #resourcesPromise = null;
    constructor({
      pdfManager,
      xref,
      pageIndex,
      pageDict,
      ref,
      globalIdFactory,
      fontCache: fontCache2,
      builtInCMapCache,
      standardFontDataCache,
      globalColorSpaceCache,
      globalImageCache,
      systemFontCache,
      nonBlendModesSet,
      xfaFactory
    }) {
      this.pdfManager = pdfManager;
      this.pageIndex = pageIndex;
      this.pageDict = pageDict;
      this.xref = xref;
      this.ref = ref;
      this.fontCache = fontCache2;
      this.builtInCMapCache = builtInCMapCache;
      this.standardFontDataCache = standardFontDataCache;
      this.globalColorSpaceCache = globalColorSpaceCache;
      this.globalImageCache = globalImageCache;
      this.systemFontCache = systemFontCache;
      this.nonBlendModesSet = nonBlendModesSet;
      this.evaluatorOptions = pdfManager.evaluatorOptions;
      this.xfaFactory = xfaFactory;
      const idCounters = {
        obj: 0
      };
      this._localIdFactory = class extends globalIdFactory {
        static createObjId() {
          return `p${pageIndex}_${++idCounters.obj}`;
        }
        static getPageObjId() {
          return `p${ref.toString()}`;
        }
      };
    }
    _createPartialEvaluator(handler, pageIndex = this.pageIndex, pageProxyId = null) {
      return new PartialEvaluator({
        xref: this.xref,
        handler,
        pageIndex,
        pageProxyId,
        idFactory: this._localIdFactory,
        fontCache: this.fontCache,
        builtInCMapCache: this.builtInCMapCache,
        standardFontDataCache: this.standardFontDataCache,
        globalColorSpaceCache: this.globalColorSpaceCache,
        globalImageCache: this.globalImageCache,
        systemFontCache: this.systemFontCache,
        options: this.evaluatorOptions
      });
    }
    #getInheritableProperty(key2, getArray = false) {
      const value = getInheritableProperty({
        dict: this.pageDict,
        key: key2,
        getArray,
        stopWhenFound: false
      });
      if (!Array.isArray(value)) {
        return value;
      }
      return value.length === 1 || !(value[0] instanceof Dict) ? value[0] : Dict.merge({
        xref: this.xref,
        dictArray: value
      });
    }
    get content() {
      return this.pageDict.getArray("Contents");
    }
    get resources() {
      const resources = this.#getInheritableProperty("Resources");
      return util_shadow2(this, "resources", resources instanceof Dict ? resources : Dict.empty);
    }
    getBoundingBox(name) {
      if (this.xfaData) {
        return this.xfaData.bbox;
      }
      const box = lookupNormalRect(this.#getInheritableProperty(name, true), null);
      if (box) {
        if (box[2] - box[0] > 0 && box[3] - box[1] > 0) {
          return box;
        }
        warn2(`Empty, or invalid, /${name} entry.`);
      }
      return null;
    }
    get mediaBox() {
      return util_shadow2(this, "mediaBox", this.getBoundingBox("MediaBox") || LETTER_SIZE_MEDIABOX);
    }
    get cropBox() {
      return util_shadow2(this, "cropBox", this.getBoundingBox("CropBox") || this.mediaBox);
    }
    get userUnit() {
      const obj = this.pageDict.get("UserUnit");
      return util_shadow2(this, "userUnit", typeof obj === "number" && obj > 0 ? obj : 1);
    }
    get view() {
      const {
        cropBox,
        mediaBox
      } = this;
      if (cropBox !== mediaBox && !isArrayEqual(cropBox, mediaBox)) {
        const box = Util2.intersect(cropBox, mediaBox);
        if (box && box[2] - box[0] > 0 && box[3] - box[1] > 0) {
          return util_shadow2(this, "view", box);
        }
        warn2("Empty /CropBox and /MediaBox intersection.");
      }
      return util_shadow2(this, "view", mediaBox);
    }
    get rotate() {
      let rotate = this.#getInheritableProperty("Rotate") || 0;
      if (rotate % 90 !== 0) {
        rotate = 0;
      } else if (rotate >= 360) {
        rotate %= 360;
      } else if (rotate < 0) {
        rotate = (rotate % 360 + 360) % 360;
      }
      return util_shadow2(this, "rotate", rotate);
    }
    #onSubStreamError(reason, objId) {
      if (this.evaluatorOptions.ignoreErrors) {
        warn2(`getContentStream - ignoring sub-stream (${objId}): "${reason}".`);
        return;
      }
      throw reason;
    }
    async getContentStream() {
      const content = await this.pdfManager.ensure(this, "content");
      if (content instanceof BaseStream && !content.isImageStream) {
        if (content.isAsync) {
          const bytes2 = await content.asyncGetBytes();
          if (bytes2) {
            return new Stream2(bytes2, 0, bytes2.length, content.dict);
          }
        }
        return content;
      }
      if (Array.isArray(content)) {
        const promises = [];
        for (let i = 0, ii = content.length; i < ii; i++) {
          const item = content[i];
          if (item instanceof BaseStream && item.isAsync) {
            promises.push(item.asyncGetBytes().then((bytes2) => {
              if (bytes2) {
                content[i] = new Stream2(bytes2, 0, bytes2.length, item.dict);
              }
            }));
          }
        }
        if (promises.length > 0) {
          await Promise.all(promises);
        }
        return new StreamsSequenceStream(content, this.#onSubStreamError.bind(this));
      }
      return new NullStream();
    }
    get xfaData() {
      return util_shadow2(this, "xfaData", this.xfaFactory ? {
        bbox: this.xfaFactory.getBoundingBox(this.pageIndex)
      } : null);
    }
    async #replaceIdByRef(annotations, deletedAnnotations, existingAnnotations) {
      const promises = [];
      for (const annotation of annotations) {
        if (!annotation.id) {
          continue;
        }
        const ref = Ref.fromString(annotation.id);
        if (!ref) {
          warn2(`A non-linked annotation cannot be modified: ${annotation.id}`);
          continue;
        }
        if (annotation.deleted) {
          deletedAnnotations.put(ref);
          if (annotation.popupRef) {
            const popupRef = Ref.fromString(annotation.popupRef);
            if (popupRef) {
              deletedAnnotations.put(popupRef);
            }
          }
          continue;
        }
        if (annotation.popup?.deleted) {
          const popupRef = Ref.fromString(annotation.popupRef);
          if (popupRef) {
            deletedAnnotations.put(popupRef);
          }
        }
        existingAnnotations?.put(ref);
        annotation.ref = ref;
        promises.push(this.xref.fetchAsync(ref).then((obj) => {
          if (obj instanceof Dict) {
            annotation.oldAnnotation = obj.clone();
          }
        }, () => {
          warn2(`Cannot fetch \`oldAnnotation\` for: ${ref}.`);
        }));
        delete annotation.id;
      }
      await Promise.all(promises);
    }
    async saveNewAnnotations(handler, task, annotations, imagePromises, changes) {
      if (this.xfaFactory) {
        throw new Error("XFA: Cannot save new annotations.");
      }
      const partialEvaluator = this._createPartialEvaluator(handler);
      const deletedAnnotations = new RefSet();
      const existingAnnotations = new RefSet();
      await this.#replaceIdByRef(annotations, deletedAnnotations, existingAnnotations);
      const pageDict = this.pageDict;
      const annotationsArray = this.annotations.filter((a) => !(a instanceof Ref && deletedAnnotations.has(a)));
      const newData = await AnnotationFactory.saveNewAnnotations(partialEvaluator, this.xref, task, annotations, imagePromises, changes);
      for (const {
        ref
      } of newData.annotations) {
        if (ref instanceof Ref && !existingAnnotations.has(ref)) {
          annotationsArray.push(ref);
        }
      }
      const dict = pageDict.clone();
      dict.set("Annots", annotationsArray);
      changes.put(this.ref, {
        data: dict
      });
      for (const deletedRef of deletedAnnotations) {
        changes.put(deletedRef, {
          data: null
        });
      }
    }
    async save(handler, task, annotationStorage, changes) {
      const partialEvaluator = this._createPartialEvaluator(handler);
      const annotations = await this._parsedAnnotations;
      const promises = [];
      for (const annotation of annotations) {
        promises.push(annotation.save(partialEvaluator, task, annotationStorage, changes).catch((reason) => {
          warn2(`save - ignoring annotation data during "${task.name}" task: "${reason}".`);
          return null;
        }));
      }
      return Promise.all(promises);
    }
    async loadResources(keys) {
      await (this.#resourcesPromise ??= this.pdfManager.ensure(this, "resources"));
      await ObjectLoader.load(this.resources, keys, this.xref);
    }
    async #getMergedResources(streamDict, keys) {
      const localResources = streamDict?.get("Resources");
      if (!(localResources instanceof Dict && localResources.size)) {
        return this.resources;
      }
      await ObjectLoader.load(localResources, keys, this.xref);
      return Dict.merge({
        xref: this.xref,
        dictArray: [localResources, this.resources],
        mergeSubDicts: true
      });
    }
    async getOperatorList({
      handler,
      sink,
      task,
      intent,
      cacheKey,
      pageIndex = this.pageIndex,
      pageProxyId = null,
      annotationStorage = null,
      modifiedIds = null
    }) {
      const contentStreamPromise = this.getContentStream();
      const resourcesPromise = this.loadResources(RESOURCES_KEYS_OPERATOR_LIST);
      const partialEvaluator = this._createPartialEvaluator(handler, pageIndex, pageProxyId);
      const newAnnotsByPage = !this.xfaFactory ? getNewAnnotationsMap(annotationStorage) : null;
      const newAnnots = newAnnotsByPage?.get(this.pageIndex);
      let newAnnotationsPromise = Promise.resolve(null);
      let deletedAnnotations = null;
      if (newAnnots) {
        const annotationGlobalsPromise = this.pdfManager.ensureDoc("annotationGlobals");
        let imagePromises;
        const missingBitmaps = /* @__PURE__ */ new Set();
        for (const {
          bitmapId,
          bitmap
        } of newAnnots) {
          if (bitmapId && !bitmap && !missingBitmaps.has(bitmapId)) {
            missingBitmaps.add(bitmapId);
          }
        }
        const {
          isOffscreenCanvasSupported
        } = this.evaluatorOptions;
        if (missingBitmaps.size > 0) {
          const annotationWithBitmaps = newAnnots.slice();
          for (const [key2, annotation] of annotationStorage) {
            if (!key2.startsWith(AnnotationEditorPrefix2)) {
              continue;
            }
            if (annotation.bitmap && missingBitmaps.has(annotation.bitmapId)) {
              annotationWithBitmaps.push(annotation);
            }
          }
          imagePromises = AnnotationFactory.generateImages(annotationWithBitmaps, this.xref, isOffscreenCanvasSupported);
        } else {
          imagePromises = AnnotationFactory.generateImages(newAnnots, this.xref, isOffscreenCanvasSupported);
        }
        deletedAnnotations = new RefSet();
        newAnnotationsPromise = Promise.all([annotationGlobalsPromise, this.#replaceIdByRef(newAnnots, deletedAnnotations, null)]).then(([annotationGlobals]) => {
          if (!annotationGlobals) {
            return null;
          }
          return AnnotationFactory.printNewAnnotations(annotationGlobals, partialEvaluator, task, newAnnots, imagePromises);
        });
      }
      const pageListPromise = Promise.all([contentStreamPromise, resourcesPromise]).then(async ([contentStream]) => {
        const resources = await this.#getMergedResources(contentStream.dict, RESOURCES_KEYS_OPERATOR_LIST);
        const opList = new OperatorList(intent, sink);
        handler.send("StartRenderPage", {
          transparency: partialEvaluator.hasBlendModes(resources, this.nonBlendModesSet),
          pageProxyId,
          cacheKey
        });
        await partialEvaluator.getOperatorList({
          stream: contentStream,
          task,
          resources,
          operatorList: opList
        });
        return opList;
      });
      let [pageOpList, annotations, newAnnotations] = await Promise.all([pageListPromise, this._parsedAnnotations, newAnnotationsPromise]);
      if (newAnnotations) {
        annotations = annotations.filter((a) => !(a.ref && deletedAnnotations.has(a.ref)));
        for (let i = 0, ii = newAnnotations.length; i < ii; i++) {
          const newAnnotation = newAnnotations[i];
          if (newAnnotation.refToReplace) {
            const j = annotations.findIndex((a) => a.ref && isRefsEqual(a.ref, newAnnotation.refToReplace));
            if (j >= 0) {
              annotations.splice(j, 1, newAnnotation);
              newAnnotations.splice(i--, 1);
              ii--;
            }
          }
        }
        annotations = annotations.concat(newAnnotations);
      }
      if (annotations.length === 0 || intent & RenderingIntentFlag2.ANNOTATIONS_DISABLE) {
        pageOpList.flush(true);
        return;
      }
      const renderForms = !!(intent & RenderingIntentFlag2.ANNOTATIONS_FORMS), isEditing = !!(intent & RenderingIntentFlag2.IS_EDITING), intentAny = !!(intent & RenderingIntentFlag2.ANY), intentDisplay = !!(intent & RenderingIntentFlag2.DISPLAY), intentPrint = !!(intent & RenderingIntentFlag2.PRINT);
      const opListPromises = [];
      for (const annotation of annotations) {
        if (intentAny || intentDisplay && annotation.mustBeViewed(annotationStorage, renderForms) && annotation.mustBeViewedWhenEditing(isEditing, modifiedIds) || intentPrint && annotation.mustBePrinted(annotationStorage)) {
          opListPromises.push(annotation.getOperatorList(partialEvaluator, task, intent, annotationStorage).catch((reason) => {
            warn2(`getOperatorList - ignoring annotation data during "${task.name}" task: "${reason}".`);
            return {
              opList: null,
              separateForm: false,
              separateCanvas: false
            };
          }));
        }
      }
      const opLists = await Promise.all(opListPromises);
      let form3 = false, canvas = false;
      for (const {
        opList,
        separateForm,
        separateCanvas
      } of opLists) {
        pageOpList.addOpList(opList);
        form3 ||= separateForm;
        canvas ||= separateCanvas;
      }
      pageOpList.flush(true, {
        form: form3,
        canvas
      });
    }
    async extractTextContent({
      handler,
      task,
      includeMarkedContent,
      disableNormalization,
      sink,
      intersector = null
    }) {
      const contentStreamPromise = this.getContentStream();
      const resourcesPromise = this.loadResources(RESOURCES_KEYS_TEXT_CONTENT);
      const langPromise = this.pdfManager.ensureCatalog("lang");
      const [contentStream, , lang] = await Promise.all([contentStreamPromise, resourcesPromise, langPromise]);
      const resources = await this.#getMergedResources(contentStream.dict, RESOURCES_KEYS_TEXT_CONTENT);
      const partialEvaluator = this._createPartialEvaluator(handler);
      return partialEvaluator.getTextContent({
        stream: contentStream,
        task,
        resources,
        includeMarkedContent,
        disableNormalization,
        sink,
        viewBox: this.view,
        lang,
        intersector
      });
    }
    async getStructTree() {
      const structTreeRoot = await this.pdfManager.ensureCatalog("structTreeRoot");
      if (!structTreeRoot) {
        return null;
      }
      await this._parsedAnnotations;
      try {
        const structTree = await this.pdfManager.ensure(this, "_parseStructTree", [structTreeRoot]);
        return await this.pdfManager.ensure(structTree, "serializable");
      } catch (ex) {
        warn2(`getStructTree: "${ex}".`);
        return null;
      }
    }
    _parseStructTree(structTreeRoot) {
      const tree = new StructTreePage(structTreeRoot, this.pageDict);
      tree.parse(this.ref);
      return tree;
    }
    async getAnnotationsData(handler, task, intent) {
      const annotations = await this._parsedAnnotations;
      if (annotations.length === 0) {
        return annotations;
      }
      const annotationsData = [], textContentPromises = [];
      let partialEvaluator;
      const intentAny = !!(intent & RenderingIntentFlag2.ANY), intentDisplay = !!(intent & RenderingIntentFlag2.DISPLAY), intentPrint = !!(intent & RenderingIntentFlag2.PRINT);
      const highlightedAnnotations = [];
      for (const annotation of annotations) {
        const isVisible = intentAny || intentDisplay && annotation.viewable;
        if (isVisible || intentPrint && annotation.printable) {
          annotationsData.push(annotation.data);
        }
        if (annotation.hasTextContent && isVisible) {
          partialEvaluator ??= this._createPartialEvaluator(handler);
          textContentPromises.push(annotation.extractTextContent(partialEvaluator, task, [-Infinity, -Infinity, Infinity, Infinity]).catch((reason) => {
            warn2(`getAnnotationsData - ignoring textContent during "${task.name}" task: "${reason}".`);
          }));
        } else if (annotation.overlaysTextContent && isVisible) {
          highlightedAnnotations.push(annotation);
        }
      }
      if (highlightedAnnotations.length > 0) {
        const intersector = new Intersector(highlightedAnnotations);
        textContentPromises.push(this.extractTextContent({
          handler,
          task,
          includeMarkedContent: false,
          disableNormalization: false,
          sink: null,
          intersector
        }).then(() => {
          intersector.setText();
        }));
      }
      await Promise.all(textContentPromises);
      return annotationsData;
    }
    get annotations() {
      const annots = this.#getInheritableProperty("Annots");
      return util_shadow2(this, "annotations", Array.isArray(annots) ? annots : []);
    }
    get _parsedAnnotations() {
      const promise = this.pdfManager.ensure(this, "annotations").then(async (annots) => {
        if (annots.length === 0) {
          return annots;
        }
        const [annotationGlobals, fieldObjects] = await Promise.all([this.pdfManager.ensureDoc("annotationGlobals"), this.pdfManager.ensureDoc("fieldObjects")]);
        if (!annotationGlobals) {
          return [];
        }
        const orphanFields = fieldObjects?.orphanFields;
        const annotationPromises = [];
        for (const annotationRef of annots) {
          annotationPromises.push(AnnotationFactory.create(this.xref, annotationRef, annotationGlobals, this._localIdFactory, false, orphanFields, null, this.ref).catch((reason) => {
            warn2(`_parsedAnnotations: "${reason}".`);
            return null;
          }));
        }
        const sortedAnnotations = [];
        let popupAnnotations, widgetAnnotations;
        for (const annotation of await Promise.all(annotationPromises)) {
          if (!annotation) {
            continue;
          }
          if (annotation instanceof WidgetAnnotation) {
            (widgetAnnotations ||= []).push(annotation);
            continue;
          }
          if (annotation instanceof PopupAnnotation) {
            (popupAnnotations ||= []).push(annotation);
            continue;
          }
          sortedAnnotations.push(annotation);
        }
        if (widgetAnnotations) {
          sortedAnnotations.push(...widgetAnnotations);
        }
        if (popupAnnotations) {
          sortedAnnotations.push(...popupAnnotations);
        }
        return sortedAnnotations;
      });
      return util_shadow2(this, "_parsedAnnotations", promise);
    }
    get jsActions() {
      const actions = collectActions(this.xref, this.pageDict, PageActionEventType);
      return util_shadow2(this, "jsActions", actions);
    }
    async collectAnnotationsByType(handler, task, types2, promises, annotationGlobals) {
      const {
        pageIndex
      } = this;
      if (Object.hasOwn(this, "_parsedAnnotations")) {
        const cachedAnnotations = await this._parsedAnnotations;
        for (const {
          data
        } of cachedAnnotations) {
          if (!types2 || types2.has(data.annotationType)) {
            data.pageIndex = pageIndex;
            promises.push(Promise.resolve(data));
          }
        }
        return;
      }
      const annots = await this.pdfManager.ensure(this, "annotations");
      let partialEvaluator;
      for (const annotationRef of annots) {
        promises.push(AnnotationFactory.create(this.xref, annotationRef, annotationGlobals, this._localIdFactory, false, null, types2, this.ref).then(async (annotation) => {
          if (!annotation) {
            return null;
          }
          annotation.data.pageIndex = pageIndex;
          if (annotation.hasTextContent && annotation.viewable) {
            partialEvaluator ??= this._createPartialEvaluator(handler);
            await annotation.extractTextContent(partialEvaluator, task, [-Infinity, -Infinity, Infinity, Infinity]);
          }
          return annotation.data;
        }).catch((reason) => {
          warn2(`collectAnnotationsByType: "${reason}".`);
          return null;
        }));
      }
    }
  };
  var PDF_HEADER_SIGNATURE = new Uint8Array([37, 80, 68, 70, 45]);
  var STARTXREF_SIGNATURE = new Uint8Array([115, 116, 97, 114, 116, 120, 114, 101, 102]);
  var ENDOBJ_SIGNATURE = new Uint8Array([101, 110, 100, 111, 98, 106]);
  function document_find(stream2, signature, limit = 1024, backwards = false) {
    const signatureLength = signature.length;
    const scanBytes = stream2.peekBytes(limit);
    const scanLength = scanBytes.length - signatureLength;
    if (scanLength <= 0) {
      return false;
    }
    if (backwards) {
      const signatureEnd = signatureLength - 1;
      let pos = scanBytes.length - 1;
      while (pos >= signatureEnd) {
        let j = 0;
        while (j < signatureLength && scanBytes[pos - j] === signature[signatureEnd - j]) {
          j++;
        }
        if (j >= signatureLength) {
          stream2.pos += pos - signatureEnd;
          return true;
        }
        pos--;
      }
    } else {
      let pos = 0;
      while (pos <= scanLength) {
        let j = 0;
        while (j < signatureLength && scanBytes[pos + j] === signature[j]) {
          j++;
        }
        if (j >= signatureLength) {
          stream2.pos += pos;
          return true;
        }
        pos++;
      }
    }
    return false;
  }
  var PDFDocument2 = class {
    #pagePromises = /* @__PURE__ */ new Map();
    #signatureData = null;
    #version = null;
    constructor(pdfManager, stream2) {
      if (stream2.length <= 0) {
        throw new InvalidPDFException2("The PDF file is empty, i.e. its size is zero bytes.");
      }
      this.pdfManager = pdfManager;
      this.stream = stream2;
      this.xref = new XRef(stream2, pdfManager);
      const idCounters = {
        font: 0
      };
      this._globalIdFactory = class {
        static getDocId() {
          return `g_${pdfManager.docId}`;
        }
        static createFontId() {
          return `f${++idCounters.font}`;
        }
        static createObjId() {
          unreachable2("Abstract method `createObjId` called.");
        }
        static getPageObjId() {
          unreachable2("Abstract method `getPageObjId` called.");
        }
      };
    }
    parse(recoveryMode) {
      this.xref.parse(recoveryMode);
      this.catalog = new Catalog(this.pdfManager, this.xref);
    }
    get linearization() {
      let linearization = null;
      try {
        linearization = Linearization.create(this.stream);
      } catch (err) {
        if (err instanceof MissingDataException) {
          throw err;
        }
        info2(err);
      }
      return util_shadow2(this, "linearization", linearization);
    }
    get startXRef() {
      const stream2 = this.stream;
      let startXRef = 0;
      if (this.linearization) {
        stream2.reset();
        if (document_find(stream2, ENDOBJ_SIGNATURE)) {
          stream2.skip(6);
          let ch2 = stream2.peekByte();
          while (isWhiteSpace(ch2)) {
            stream2.pos++;
            ch2 = stream2.peekByte();
          }
          startXRef = stream2.pos - stream2.start;
        }
      } else {
        const step = 1024;
        const startXRefLength = STARTXREF_SIGNATURE.length;
        let found = false, pos = stream2.end;
        while (!found && pos > 0) {
          pos -= step - startXRefLength;
          if (pos < 0) {
            pos = 0;
          }
          stream2.pos = pos;
          found = document_find(stream2, STARTXREF_SIGNATURE, step, true);
        }
        if (found) {
          stream2.skip(9);
          let ch2;
          do {
            ch2 = stream2.getByte();
          } while (isWhiteSpace(ch2));
          let str = "";
          while (ch2 >= 32 && ch2 <= 57) {
            str += String.fromCharCode(ch2);
            ch2 = stream2.getByte();
          }
          startXRef = parseInt(str, 10);
          if (isNaN(startXRef)) {
            startXRef = 0;
          }
        }
      }
      return util_shadow2(this, "startXRef", startXRef);
    }
    checkHeader() {
      const stream2 = this.stream;
      stream2.reset();
      if (!document_find(stream2, PDF_HEADER_SIGNATURE)) {
        return;
      }
      stream2.moveStart();
      stream2.skip(PDF_HEADER_SIGNATURE.length);
      let version = "", ch2;
      while ((ch2 = stream2.getByte()) > 32 && version.length < 7) {
        version += String.fromCharCode(ch2);
      }
      if (PDF_VERSION_REGEXP.test(version)) {
        this.#version = version;
      } else {
        warn2(`Invalid PDF header version: ${version}`);
      }
    }
    parseStartXRef() {
      this.xref.setStartXRef(this.startXRef);
    }
    get numPages() {
      let num = 0;
      if (this.catalog.hasActualNumPages) {
        num = this.catalog.numPages;
      } else if (this.xfaFactory) {
        num = this.xfaFactory.getNumPages();
      } else if (this.linearization) {
        num = this.linearization.numPages;
      } else {
        num = this.catalog.numPages;
      }
      return util_shadow2(this, "numPages", num);
    }
    #hasOnlyDocumentSignatures(fields, recursionDepth = 0) {
      const RECURSION_LIMIT = 10;
      if (!Array.isArray(fields)) {
        return false;
      }
      return fields.every((field3) => {
        field3 = this.xref.fetchIfRef(field3);
        if (!(field3 instanceof Dict)) {
          return false;
        }
        if (field3.has("Kids")) {
          if (++recursionDepth > RECURSION_LIMIT) {
            warn2("#hasOnlyDocumentSignatures: maximum recursion depth reached");
            return false;
          }
          return this.#hasOnlyDocumentSignatures(field3.get("Kids"), recursionDepth);
        }
        const isSignature = isName(getInheritableProperty({
          dict: field3,
          key: "FT"
        }), "Sig");
        const rectangle = field3.get("Rect");
        const isInvisible = Array.isArray(rectangle) && rectangle.every((value) => value === 0);
        return isSignature && isInvisible;
      });
    }
    get _xfaStreams() {
      const {
        acroForm
      } = this.catalog;
      if (!acroForm) {
        return null;
      }
      const xfa = acroForm.get("XFA");
      const entries = new Map(["xdp:xdp", "template", "datasets", "config", "connectionSet", "localeSet", "stylesheet", "/xdp:xdp"].map((e) => [e, null]));
      if (xfa instanceof BaseStream && !xfa.isEmpty) {
        entries.set("xdp:xdp", xfa);
        return entries;
      }
      if (!Array.isArray(xfa) || xfa.length === 0) {
        return null;
      }
      for (let i = 0, ii = xfa.length; i < ii; i += 2) {
        let name;
        if (i === 0) {
          name = "xdp:xdp";
        } else if (i === ii - 2) {
          name = "/xdp:xdp";
        } else {
          name = xfa[i];
        }
        if (!entries.has(name)) {
          continue;
        }
        const data = this.xref.fetchIfRef(xfa[i + 1]);
        if (!(data instanceof BaseStream) || data.isEmpty) {
          continue;
        }
        entries.set(name, data);
      }
      return entries;
    }
    get xfaDatasets() {
      const streams = this._xfaStreams;
      if (!streams) {
        return util_shadow2(this, "xfaDatasets", null);
      }
      for (const key2 of ["datasets", "xdp:xdp"]) {
        const stream2 = streams.get(key2);
        if (!stream2) {
          continue;
        }
        try {
          const str = stringToUTF8String2(stream2.getString());
          const data = {
            [key2]: str
          };
          return util_shadow2(this, "xfaDatasets", new DatasetReader(data));
        } catch {
          warn2("XFA - Invalid utf-8 string.");
          break;
        }
      }
      return util_shadow2(this, "xfaDatasets", null);
    }
    get xfaData() {
      const streams = this._xfaStreams;
      if (!streams) {
        return null;
      }
      const data = /* @__PURE__ */ new Map();
      for (const [key2, stream2] of streams) {
        if (!stream2) {
          continue;
        }
        try {
          data.set(key2, stringToUTF8String2(stream2.getString()));
        } catch {
          warn2("XFA - Invalid utf-8 string.");
          return null;
        }
      }
      return data;
    }
    get xfaFactory() {
      let data;
      if (this.pdfManager.enableXfa && this.catalog.needsRendering && this.formInfo.hasXfa && !this.formInfo.hasAcroForm) {
        data = this.xfaData;
      }
      return util_shadow2(this, "xfaFactory", data ? new XFAFactory(data) : null);
    }
    get isPureXfa() {
      return this.xfaFactory ? this.xfaFactory.isValid() : false;
    }
    get htmlForXfa() {
      return this.xfaFactory ? this.xfaFactory.getPages() : null;
    }
    async #loadXfaImages() {
      const xfaImages = await this.pdfManager.ensureCatalog("xfaImages");
      if (!xfaImages) {
        return;
      }
      this.xfaFactory.setImages(xfaImages);
    }
    async #loadXfaFonts(handler, task) {
      const acroForm = await this.pdfManager.ensureCatalog("acroForm");
      if (!acroForm) {
        return;
      }
      const resources = await acroForm.getAsync("DR");
      if (!(resources instanceof Dict)) {
        return;
      }
      await ObjectLoader.load(resources, ["Font"], this.xref);
      const fontRes = resources.get("Font");
      if (!(fontRes instanceof Dict)) {
        return;
      }
      const options2 = Object.assign(/* @__PURE__ */ Object.create(null), this.pdfManager.evaluatorOptions, {
        useSystemFonts: false
      });
      const {
        builtInCMapCache,
        fontCache: fontCache2,
        standardFontDataCache
      } = this.catalog;
      const partialEvaluator = new PartialEvaluator({
        xref: this.xref,
        handler,
        pageIndex: -1,
        idFactory: this._globalIdFactory,
        fontCache: fontCache2,
        builtInCMapCache,
        standardFontDataCache,
        options: options2
      });
      const operatorList = new OperatorList();
      const pdfFonts = [];
      const initialState = {
        get font() {
          return pdfFonts.at(-1);
        },
        set font(font) {
          pdfFonts.push(font);
        },
        clone() {
          return this;
        }
      };
      const parseFont = (fontName, fallbackFontDict, cssFontInfo) => partialEvaluator.handleSetFont(resources, [Name.get(fontName), 1], null, operatorList, task, initialState, fallbackFontDict, cssFontInfo).catch((reason) => {
        warn2(`loadXfaFonts: "${reason}".`);
        return null;
      });
      const promises = [];
      for (const [fontName, font] of fontRes) {
        const descriptor = font.get("FontDescriptor");
        if (!(descriptor instanceof Dict)) {
          continue;
        }
        const fontFamily = normalizeCSSFontFamily(descriptor.get("FontFamily"));
        const fontWeight = descriptor.get("FontWeight");
        const italicAngle = -descriptor.get("ItalicAngle");
        const cssFontInfo = {
          fontFamily,
          fontWeight,
          italicAngle
        };
        if (!validateCSSFont(cssFontInfo)) {
          continue;
        }
        promises.push(parseFont(fontName, null, cssFontInfo));
      }
      await Promise.all(promises);
      const missingFonts = this.xfaFactory.setFonts(pdfFonts);
      if (!missingFonts) {
        return;
      }
      options2.ignoreErrors = true;
      promises.length = 0;
      pdfFonts.length = 0;
      const reallyMissingFonts = /* @__PURE__ */ new Set();
      for (const missing of missingFonts) {
        if (!getXfaFontName(`${missing}-Regular`)) {
          reallyMissingFonts.add(missing);
        }
      }
      if (reallyMissingFonts.size) {
        missingFonts.push("PdfJS-Fallback");
      }
      for (const missing of missingFonts) {
        if (reallyMissingFonts.has(missing)) {
          continue;
        }
        for (const fontInfo of [{
          name: "Regular",
          fontWeight: 400,
          italicAngle: 0
        }, {
          name: "Bold",
          fontWeight: 700,
          italicAngle: 0
        }, {
          name: "Italic",
          fontWeight: 400,
          italicAngle: 12
        }, {
          name: "BoldItalic",
          fontWeight: 700,
          italicAngle: 12
        }]) {
          const name = `${missing}-${fontInfo.name}`;
          promises.push(parseFont(name, getXfaFontDict(name), {
            fontFamily: missing,
            fontWeight: fontInfo.fontWeight,
            italicAngle: fontInfo.italicAngle
          }));
        }
      }
      await Promise.all(promises);
      this.xfaFactory.appendFonts(pdfFonts, reallyMissingFonts);
    }
    loadXfaResources(handler, task) {
      return Promise.all([this.#loadXfaFonts(handler, task).catch(() => {
      }), this.#loadXfaImages()]);
    }
    serializeXfaData(annotationStorage) {
      return this.xfaFactory ? this.xfaFactory.serializeData(annotationStorage) : null;
    }
    get version() {
      return this.catalog.version || this.#version;
    }
    get formInfo() {
      const formInfo = {
        hasFields: false,
        hasAcroForm: false,
        hasXfa: false,
        hasSignatures: false
      };
      const {
        acroForm
      } = this.catalog;
      if (!acroForm) {
        return util_shadow2(this, "formInfo", formInfo);
      }
      try {
        const fields = acroForm.get("Fields");
        const hasFields = Array.isArray(fields) && fields.length > 0;
        formInfo.hasFields = hasFields;
        const xfa = acroForm.get("XFA");
        formInfo.hasXfa = Array.isArray(xfa) && xfa.length > 0 || xfa instanceof BaseStream && !xfa.isEmpty;
        const sigFlags = acroForm.get("SigFlags");
        const hasSignatures = !!(sigFlags & 1);
        const hasOnlyDocumentSignatures = hasSignatures && this.#hasOnlyDocumentSignatures(fields);
        formInfo.hasAcroForm = hasFields && !hasOnlyDocumentSignatures;
        formInfo.hasSignatures = hasSignatures;
      } catch (ex) {
        if (ex instanceof MissingDataException) {
          throw ex;
        }
        warn2(`Cannot fetch form information: "${ex}".`);
      }
      return util_shadow2(this, "formInfo", formInfo);
    }
    get documentInfo() {
      const {
        catalog,
        formInfo,
        xref
      } = this;
      const docInfo = {
        PDFFormatVersion: this.version,
        Language: catalog.lang,
        EncryptFilterName: xref.encrypt?.filterName ?? null,
        IsLinearized: !!this.linearization,
        IsAcroFormPresent: formInfo.hasAcroForm,
        IsXFAPresent: formInfo.hasXfa,
        IsCollectionPresent: !!catalog.collection,
        IsSignaturesPresent: formInfo.hasSignatures
      };
      let infoDict;
      try {
        infoDict = xref.trailer.get("Info");
      } catch (err) {
        if (err instanceof MissingDataException) {
          throw err;
        }
        info2("The document information dictionary is invalid.");
      }
      if (!(infoDict instanceof Dict)) {
        return util_shadow2(this, "documentInfo", docInfo);
      }
      for (const [key2, value] of infoDict) {
        switch (key2) {
          case "Title":
          case "Author":
          case "Subject":
          case "Keywords":
          case "Creator":
          case "Producer":
          case "CreationDate":
          case "ModDate":
            if (typeof value === "string") {
              docInfo[key2] = stringToPDFString(value);
              continue;
            }
            break;
          case "Trapped":
            if (value instanceof Name) {
              docInfo[key2] = value;
              continue;
            }
            break;
          default:
            let customValue;
            switch (typeof value) {
              case "string":
                customValue = stringToPDFString(value);
                break;
              case "number":
              case "boolean":
                customValue = value;
                break;
              default:
                if (value instanceof Name) {
                  customValue = value;
                  break;
                }
                warn2(`Bad value, for custom key "${key2}", in Info: ${value}.`);
                continue;
            }
            (docInfo.Custom ??= /* @__PURE__ */ new Map()).set(key2, customValue);
            continue;
        }
        warn2(`Bad value, for key "${key2}", in Info: ${value}.`);
      }
      return util_shadow2(this, "documentInfo", docInfo);
    }
    get fingerprints() {
      const FINGERPRINT_FIRST_BYTES = 1024;
      const EMPTY_FINGERPRINT = "\0".repeat(16);
      function validate(data) {
        return typeof data === "string" && data.length === 16 && data !== EMPTY_FINGERPRINT;
      }
      const id = this.xref.trailer.get("ID");
      let hashOriginal, hashModified;
      if (Array.isArray(id) && validate(id[0])) {
        hashOriginal = stringToBytes2(id[0]);
        if (id[1] !== id[0] && validate(id[1])) {
          hashModified = stringToBytes2(id[1]);
        }
      } else {
        hashOriginal = calculateMD5(this.stream.getByteRange(0, FINGERPRINT_FIRST_BYTES), 0, FINGERPRINT_FIRST_BYTES);
      }
      return util_shadow2(this, "fingerprints", [hashOriginal.toHex(), hashModified?.toHex() ?? null]);
    }
    async #getLinearizationPage(pageIndex) {
      const {
        catalog,
        linearization,
        xref
      } = this;
      const ref = Ref.get(linearization.objectNumberFirst, 0);
      try {
        const obj = await xref.fetchAsync(ref);
        if (obj instanceof Dict) {
          let type = obj.getRaw("Type");
          if (type instanceof Ref) {
            type = await xref.fetchAsync(type);
          }
          if (isName(type, "Page") || !obj.has("Type") && !obj.has("Kids") && obj.has("Contents")) {
            if (!catalog.pageKidsCountCache.has(ref)) {
              catalog.pageKidsCountCache.put(ref, 1);
            }
            if (!catalog.pageIndexCache.has(ref)) {
              catalog.pageIndexCache.put(ref, 0);
            }
            return [obj, ref];
          }
        }
        throw new FormatError2("The Linearization dictionary doesn't point to a valid Page dictionary.");
      } catch (reason) {
        warn2(`_getLinearizationPage: "${reason.message}".`);
        return catalog.getPageDict(pageIndex);
      }
    }
    getPage(pageIndex) {
      const cachedPromise = this.#pagePromises.get(pageIndex);
      if (cachedPromise) {
        return cachedPromise;
      }
      const {
        catalog,
        linearization,
        xfaFactory
      } = this;
      let promise;
      if (xfaFactory) {
        promise = Promise.resolve([Dict.empty, null]);
      } else if (linearization?.pageFirst === pageIndex) {
        promise = this.#getLinearizationPage(pageIndex);
      } else {
        promise = catalog.getPageDict(pageIndex);
      }
      promise = promise.then(([pageDict, ref]) => new Page({
        pdfManager: this.pdfManager,
        xref: this.xref,
        pageIndex,
        pageDict,
        ref,
        globalIdFactory: this._globalIdFactory,
        fontCache: catalog.fontCache,
        builtInCMapCache: catalog.builtInCMapCache,
        standardFontDataCache: catalog.standardFontDataCache,
        globalColorSpaceCache: catalog.globalColorSpaceCache,
        globalImageCache: catalog.globalImageCache,
        systemFontCache: catalog.systemFontCache,
        nonBlendModesSet: catalog.nonBlendModesSet,
        xfaFactory
      }));
      this.#pagePromises.set(pageIndex, promise);
      return promise;
    }
    async checkFirstPage(recoveryMode = false) {
      if (recoveryMode) {
        return;
      }
      try {
        await this.getPage(0);
      } catch (reason) {
        if (reason instanceof XRefEntryException) {
          this.#pagePromises.delete(0);
          await this.cleanup();
          throw new XRefParseException();
        }
      }
    }
    async checkLastPage(recoveryMode = false) {
      const {
        catalog,
        pdfManager
      } = this;
      catalog.setActualNumPages();
      let numPages;
      try {
        await Promise.all([pdfManager.ensureDoc("xfaFactory"), pdfManager.ensureDoc("linearization"), pdfManager.ensureCatalog("numPages")]);
        if (this.xfaFactory) {
          return;
        } else if (this.linearization) {
          numPages = this.linearization.numPages;
        } else {
          numPages = catalog.numPages;
        }
        if (!Number.isInteger(numPages)) {
          throw new FormatError2("Page count is not an integer.");
        } else if (numPages <= 1) {
          return;
        }
        await this.getPage(numPages - 1);
      } catch (reason) {
        this.#pagePromises.delete(numPages - 1);
        await this.cleanup();
        if (reason instanceof XRefEntryException && !recoveryMode) {
          throw new XRefParseException();
        }
        warn2(`checkLastPage - invalid /Pages tree /Count: ${numPages}.`);
        let pagesTree;
        try {
          pagesTree = await catalog.getAllPageDicts(recoveryMode);
        } catch (reasonAll) {
          if (reasonAll instanceof XRefEntryException && !recoveryMode) {
            throw new XRefParseException();
          }
          catalog.setActualNumPages(1);
          return;
        }
        for (const [pageIndex, [pageDict, ref]] of pagesTree) {
          let promise;
          if (pageDict instanceof Error) {
            promise = Promise.reject(pageDict);
            promise.catch(() => {
            });
          } else {
            promise = Promise.resolve(new Page({
              pdfManager,
              xref: this.xref,
              pageIndex,
              pageDict,
              ref,
              globalIdFactory: this._globalIdFactory,
              fontCache: catalog.fontCache,
              builtInCMapCache: catalog.builtInCMapCache,
              standardFontDataCache: catalog.standardFontDataCache,
              globalColorSpaceCache: this.globalColorSpaceCache,
              globalImageCache: catalog.globalImageCache,
              systemFontCache: catalog.systemFontCache,
              nonBlendModesSet: catalog.nonBlendModesSet,
              xfaFactory: null
            }));
          }
          this.#pagePromises.set(pageIndex, promise);
        }
        catalog.setActualNumPages(pagesTree.size);
      }
    }
    async fontFallback(id, handler) {
      const {
        catalog,
        pdfManager
      } = this;
      for (const translatedFont of await Promise.all(catalog.fontCache)) {
        if (translatedFont.loadedName === id) {
          translatedFont.fallback(handler, pdfManager.evaluatorOptions);
          return;
        }
      }
    }
    async cleanup(manuallyTriggered = false) {
      return this.catalog ? this.catalog.cleanup(manuallyTriggered) : clearGlobalCaches();
    }
    async #collectFieldObjects(name, parentRef, fieldRef, promises, annotationGlobals, visitedRefs, orphanFields) {
      const {
        xref
      } = this;
      if (!(fieldRef instanceof Ref) || visitedRefs.has(fieldRef)) {
        return;
      }
      visitedRefs.put(fieldRef);
      const field3 = await xref.fetchAsync(fieldRef);
      if (!(field3 instanceof Dict)) {
        return;
      }
      let subtype = await field3.getAsync("Subtype");
      subtype = subtype instanceof Name ? subtype.name : null;
      switch (subtype) {
        case "Link":
          return;
      }
      if (field3.has("T")) {
        const partName = stringToPDFString(await field3.getAsync("T"));
        name = name === "" ? partName : `${name}.${partName}`;
      } else {
        let obj = field3;
        const walkedRefs = new RefSet();
        while (true) {
          obj = obj.getRaw("Parent") || parentRef;
          if (obj instanceof Ref) {
            if (visitedRefs.has(obj) || walkedRefs.has(obj)) {
              break;
            }
            walkedRefs.put(obj);
            obj = await xref.fetchAsync(obj);
          }
          if (!(obj instanceof Dict)) {
            break;
          }
          if (obj.has("T")) {
            const partName = stringToPDFString(await obj.getAsync("T"));
            name = name === "" ? partName : `${name}.${partName}`;
            break;
          }
        }
      }
      if (parentRef && !field3.has("Parent") && isName(field3.get("Subtype"), "Widget")) {
        orphanFields.put(fieldRef, parentRef);
      }
      promises.getOrInsertComputed(name, makeArr2).push(AnnotationFactory.create(xref, fieldRef, annotationGlobals, null, true, orphanFields, null, null).then((annotation) => annotation?.getFieldObject()).catch((reason) => {
        warn2(`#collectFieldObjects: "${reason}".`);
        return null;
      }));
      if (!field3.has("Kids")) {
        return;
      }
      const kids = await field3.getAsync("Kids");
      if (Array.isArray(kids)) {
        for (const kid of kids) {
          await this.#collectFieldObjects(name, fieldRef, kid, promises, annotationGlobals, visitedRefs, orphanFields);
        }
      }
    }
    get fieldObjects() {
      const promise = this.pdfManager.ensureDoc("formInfo").then(async (formInfo) => {
        if (!formInfo.hasFields) {
          return null;
        }
        const annotationGlobals = await this.annotationGlobals;
        if (!annotationGlobals) {
          return null;
        }
        const {
          acroForm
        } = annotationGlobals;
        const visitedRefs = new RefSet();
        const allFields = /* @__PURE__ */ new Map();
        const fieldPromises = /* @__PURE__ */ new Map();
        const orphanFields = new RefMap();
        for (const fieldRef of acroForm.get("Fields")) {
          await this.#collectFieldObjects("", null, fieldRef, fieldPromises, annotationGlobals, visitedRefs, orphanFields);
        }
        const allPromises = [];
        for (const [name, promises] of fieldPromises) {
          allPromises.push(Promise.all(promises).then((fields) => {
            fields = fields.filter(Boolean);
            if (fields.length > 0) {
              allFields.set(name, fields);
            }
          }));
        }
        await Promise.all(allPromises);
        return {
          allFields: allFields.size ? allFields : null,
          orphanFields
        };
      });
      return util_shadow2(this, "fieldObjects", promise);
    }
    async #collectSignatureFields(fields, out, visitedRefs) {
      if (!Array.isArray(fields)) {
        return;
      }
      for (const fieldRef of fields) {
        if (fieldRef instanceof Ref) {
          if (visitedRefs.has(fieldRef)) {
            continue;
          }
          visitedRefs.put(fieldRef);
        }
        const field3 = await this.xref.fetchIfRefAsync(fieldRef);
        if (!(field3 instanceof Dict)) {
          continue;
        }
        if (isName(await field3.getAsync("FT"), "Sig")) {
          const sigDict = await field3.getAsync("V");
          if (sigDict instanceof Dict) {
            const parsed = await this.#parseSignatureDict(field3, sigDict, fieldRef);
            if (parsed) {
              out.push(parsed);
            }
          }
        }
        if (field3.has("Kids")) {
          await this.#collectSignatureFields(await field3.getAsync("Kids"), out, visitedRefs);
        }
      }
    }
    async #getByteRange(begin, end) {
      try {
        return this.stream.getByteRange(begin, end);
      } catch (ex) {
        if (!(ex instanceof MissingDataException)) {
          throw ex;
        }
        await this.pdfManager.requestRange(begin, end);
        return this.#getByteRange(begin, end);
      }
    }
    async #coversWholeDocument(signedEnd, modificationsAfterSignature) {
      if (modificationsAfterSignature > 0) {
        return false;
      }
      const fileLength = this.stream.end;
      for (let begin = signedEnd; begin < fileLength; begin += SIGNATURE_TAIL_CHUNK_SIZE) {
        const end = Math.min(begin + SIGNATURE_TAIL_CHUNK_SIZE, fileLength);
        const tail = await this.#getByteRange(begin, end);
        for (const byte of tail) {
          if (byte !== 0 && byte !== 9 && byte !== 10 && byte !== 12 && byte !== 13 && byte !== 32) {
            return false;
          }
        }
      }
      return true;
    }
    async #parseSignatureDict(field3, sigDict, fieldRef) {
      const byteRange = await sigDict.getAsync("ByteRange");
      if (!Array.isArray(byteRange) || byteRange.length !== 4 || byteRange.some((n) => !Number.isInteger(n) || n < 0)) {
        return null;
      }
      const [a, b, c, d] = byteRange;
      const fileLength = this.stream.end || 0;
      if (a !== 0 || b <= 0 || a + b > c || c + d > fileLength || fileLength === 0) {
        return null;
      }
      const contents = await sigDict.getAsync("Contents");
      if (typeof contents !== "string" || contents.length === 0) {
        return null;
      }
      const [filterName, subFilterName, t, name, reason, location, contactInfo, m] = await Promise.all([sigDict.getAsync("Filter"), sigDict.getAsync("SubFilter"), field3.getAsync("T"), sigDict.getAsync("Name"), sigDict.getAsync("Reason"), sigDict.getAsync("Location"), sigDict.getAsync("ContactInfo"), sigDict.getAsync("M")]);
      const filter = filterName instanceof Name ? filterName.name : null, subFilter = subFilterName instanceof Name ? subFilterName.name : null;
      let signatureType = null;
      if (subFilter === "adbe.pkcs7.detached") {
        signatureType = 0;
      } else if (subFilter === "adbe.pkcs7.sha1") {
        signatureType = 1;
      }
      const refKey = fieldRef instanceof Ref ? fieldRef.toString() : "inline";
      return {
        id: `${refKey}:${a}-${b}-${c}-${d}`,
        fieldName: typeof t === "string" ? stringToPDFString(t) : "",
        signerName: typeof name === "string" ? stringToPDFString(name) : null,
        reason: typeof reason === "string" ? stringToPDFString(reason) : null,
        location: typeof location === "string" ? stringToPDFString(location) : null,
        contactInfo: typeof contactInfo === "string" ? stringToPDFString(contactInfo) : null,
        signingTime: typeof m === "string" ? m : null,
        filter,
        subFilter,
        signatureType,
        byteRange,
        pkcs7: stringToBytes2(contents),
        revisionIndex: 0,
        parentId: null
      };
    }
    get signatures() {
      const promise = this.pdfManager.ensureDoc("formInfo").then(async (formInfo) => {
        if (!formInfo.hasSignatures || !formInfo.hasFields) {
          return null;
        }
        const annotationGlobals = await this.annotationGlobals;
        if (!annotationGlobals) {
          return null;
        }
        const fields = annotationGlobals.acroForm.get("Fields");
        const collected = [];
        await this.#collectSignatureFields(fields, collected, new RefSet());
        await Promise.all(collected.map(async (signature) => {
          const signedEnd = signature.byteRange[2] + signature.byteRange[3];
          signature.modificationsAfterSignature = this.xref.countUpdatesAfter(signedEnd);
          signature.coversWholeDocument = await this.#coversWholeDocument(signedEnd, signature.modificationsAfterSignature);
        }));
        collected.sort((a, b) => b.byteRange[2] + b.byteRange[3] - (a.byteRange[2] + a.byteRange[3]));
        for (let i = 0, ii = collected.length; i < ii; i++) {
          const sig = collected[i];
          sig.revisionIndex = i;
          for (let j = i - 1; j >= 0; j--) {
            const candidate2 = collected[j];
            if (candidate2.byteRange[2] + candidate2.byteRange[3] > sig.byteRange[2] + sig.byteRange[3]) {
              sig.parentId = candidate2.id;
              break;
            }
          }
        }
        const signatureData = /* @__PURE__ */ new Map();
        const metadata = collected.map((sig) => {
          const {
            pkcs7,
            ...rest
          } = sig;
          signatureData.set(sig.id, {
            byteRange: sig.byteRange,
            pkcs7
          });
          return rest;
        });
        this.#signatureData = signatureData;
        return metadata.length ? metadata : null;
      });
      return util_shadow2(this, "signatures", promise);
    }
    async getSignatureData(id) {
      await this.signatures;
      const signature = this.#signatureData?.get(id);
      if (!signature) {
        return null;
      }
      const {
        byteRange,
        pkcs7
      } = signature;
      const [a, b, c, d] = byteRange;
      const data = await Promise.all([this.#getByteRange(a, a + b), this.#getByteRange(c, c + d)]);
      return {
        data,
        pkcs7
      };
    }
    get hasJSActions() {
      const promise = Promise.all([this.pdfManager.ensureCatalog("jsActions"), this.pdfManager.ensureDoc("fieldObjects")]).then(([catalogJsActions, fieldObjects]) => {
        if (catalogJsActions) {
          return true;
        }
        if (fieldObjects?.allFields) {
          return fieldObjects.allFields.values().some((fieldObj) => fieldObj.some((obj) => obj.actions !== null));
        }
        return false;
      });
      return util_shadow2(this, "hasJSActions", promise);
    }
    get calculationOrderIds() {
      const calculationOrder = this.catalog.acroForm?.get("CO");
      if (!Array.isArray(calculationOrder) || calculationOrder.length === 0) {
        return util_shadow2(this, "calculationOrderIds", null);
      }
      const ids = [];
      for (const id of calculationOrder) {
        if (id instanceof Ref) {
          ids.push(id.toString());
        }
      }
      return util_shadow2(this, "calculationOrderIds", ids.length ? ids : null);
    }
    get annotationGlobals() {
      return util_shadow2(this, "annotationGlobals", AnnotationFactory.createGlobals(this.pdfManager));
    }
    async toJSObject(value, firstCall = true) {
      throw new Error("Not implemented: toJSObject");
    }
  };
  function parseDocBaseUrl(url) {
    if (url) {
      const absoluteUrl = createValidAbsoluteUrl2(url);
      if (absoluteUrl) {
        return absoluteUrl.href;
      }
      warn2(`Invalid absolute docBaseUrl: "${url}".`);
    }
    return null;
  }
  var BasePdfManager = class {
    constructor({
      docBaseUrl,
      docId,
      enableXfa,
      evaluatorOptions,
      handler,
      password
    }) {
      this._docBaseUrl = parseDocBaseUrl(docBaseUrl);
      this._docId = docId;
      this._password = password;
      this.enableXfa = enableXfa;
      evaluatorOptions.isOffscreenCanvasSupported &&= FeatureTest2.isOffscreenCanvasSupported;
      evaluatorOptions.isImageDecoderSupported &&= FeatureTest2.isImageDecoderSupported;
      this.evaluatorOptions = Object.freeze(evaluatorOptions);
      ImageResizer.setOptions(evaluatorOptions);
      JpegStream.setOptions(evaluatorOptions);
      OperatorList.setOptions(evaluatorOptions);
      const options2 = {
        ...evaluatorOptions,
        handler
      };
      IccColorSpace.setOptions(options2);
      CmykICCBasedCS.setOptions(options2);
      PDFFunctionFactory.setOptions(options2);
      Pattern.setOptions(options2);
      WasmImage.setOptions(options2);
    }
    get docId() {
      return this._docId;
    }
    get password() {
      return this._password;
    }
    get docBaseUrl() {
      return this._docBaseUrl;
    }
    ensureDoc(prop, args) {
      return this.ensure(this.pdfDocument, prop, args);
    }
    ensureCatalog(prop, args) {
      return this.ensure(this.pdfDocument.catalog, prop, args);
    }
    async initDocument(recoveryMode) {
      await this.ensureDoc("checkHeader");
      await this.ensureDoc("parseStartXRef");
      await this.ensureDoc("parse", [recoveryMode]);
      await this.ensureDoc("checkFirstPage", [recoveryMode]);
      await this.ensureDoc("checkLastPage", [recoveryMode]);
    }
    getPage(pageIndex) {
      return this.pdfDocument.getPage(pageIndex);
    }
    fontFallback(id, handler) {
      return this.pdfDocument.fontFallback(id, handler);
    }
    cleanup(manuallyTriggered = false) {
      return this.pdfDocument.cleanup(manuallyTriggered);
    }
    async ensure(obj, prop, args) {
      unreachable2("Abstract method `ensure` called");
    }
    requestRange(begin, end) {
      unreachable2("Abstract method `requestRange` called");
    }
    requestLoadedStream(noFetch = false) {
      unreachable2("Abstract method `requestLoadedStream` called");
    }
    sendProgressiveData(chunk) {
      unreachable2("Abstract method `sendProgressiveData` called");
    }
    updatePassword(password) {
      this._password = password;
      this.pdfDocument.xref.encrypt?.setPassword(password);
    }
    terminate(reason) {
      unreachable2("Abstract method `terminate` called");
    }
  };
  var LocalPdfManager = class extends BasePdfManager {
    constructor(args) {
      super(args);
      const stream2 = new Stream2(args.source);
      this.pdfDocument = new PDFDocument2(this, stream2);
      this._loadedStreamPromise = Promise.resolve(stream2);
    }
    async ensure(obj, prop, args) {
      const value = obj[prop];
      return typeof value === "function" ? value.apply(obj, args) : value;
    }
    requestLoadedStream(noFetch = false) {
      return this._loadedStreamPromise;
    }
    terminate(reason) {
    }
  };
  var NetworkPdfManager = class extends BasePdfManager {
    constructor(args) {
      super(args);
      this.streamManager = new ChunkedStreamManager(args.source, {
        msgHandler: args.handler,
        length: args.length,
        disableAutoFetch: args.disableAutoFetch,
        rangeChunkSize: args.rangeChunkSize
      });
      this.pdfDocument = new PDFDocument2(this, this.streamManager.getStream());
    }
    async ensure(obj, prop, args) {
      try {
        const value = obj[prop];
        return typeof value === "function" ? await value.apply(obj, args) : value;
      } catch (ex) {
        if (!(ex instanceof MissingDataException)) {
          throw ex;
        }
        await this.requestRange(ex.begin, ex.end);
        return this.ensure(obj, prop, args);
      }
    }
    requestRange(begin, end) {
      return this.streamManager.requestRange(begin, end);
    }
    requestLoadedStream(noFetch = false) {
      return this.streamManager.requestAllChunks(noFetch);
    }
    sendProgressiveData(chunk) {
      this.streamManager.onReceiveData({
        chunk
      });
    }
    terminate(reason) {
      this.streamManager.abort(reason);
    }
  };
  es_promise_try_namespaceFn2();
  var CallbackKind2 = {
    DATA: 1,
    ERROR: 2
  };
  var StreamKind2 = {
    CANCEL: 1,
    CANCEL_COMPLETE: 2,
    CLOSE: 3,
    ENQUEUE: 4,
    ERROR: 5,
    PULL: 6,
    PULL_COMPLETE: 7,
    START_COMPLETE: 8
  };
  function onFn2() {
  }
  function wrapReason2(ex) {
    if (ex instanceof AbortException2 || ex instanceof InvalidPDFException2 || ex instanceof PasswordException2 || ex instanceof ResponseException2 || ex instanceof UnknownErrorException2) {
      return ex;
    }
    if (!(ex instanceof Error || typeof ex === "object" && ex !== null)) {
      unreachable2('wrapReason: Expected "reason" to be a (possibly cloned) Error.');
    }
    switch (ex.name) {
      case "AbortException":
        return new AbortException2(ex.message);
      case "InvalidPDFException":
        return new InvalidPDFException2(ex.message);
      case "PasswordException":
        return new PasswordException2(ex.message, ex.code);
      case "ResponseException":
        return new ResponseException2(ex.message, ex.status, ex.missing);
      case "UnknownErrorException":
        return new UnknownErrorException2(ex.message, ex.details);
    }
    return new UnknownErrorException2(ex.message, ex.toString());
  }
  var MessageHandler2 = class {
    #actions = /* @__PURE__ */ new Map();
    #callbackCapabilities = /* @__PURE__ */ new Map();
    #callbackId = 1;
    #comObj;
    #messageAC = new AbortController();
    #sourceName;
    #streamControllers = /* @__PURE__ */ new Map();
    #streamId = 1;
    #streamSinks = /* @__PURE__ */ new Map();
    #targetName;
    constructor(sourceName, targetName, comObj) {
      this.#sourceName = sourceName;
      this.#targetName = targetName;
      this.#comObj = comObj;
      comObj.addEventListener("message", this.#onMessage.bind(this), {
        signal: this.#messageAC.signal
      });
    }
    #onMessage({
      data
    }) {
      if (data.targetName !== this.#sourceName) {
        return;
      }
      if (data.stream) {
        this.#processStreamMessage(data);
        return;
      }
      if (data.callback) {
        const {
          callbackId,
          callback
        } = data;
        const capability2 = this.#callbackCapabilities.get(callbackId);
        if (!capability2) {
          throw new Error(`Cannot resolve callback ${callbackId}`);
        }
        this.#callbackCapabilities.delete(callbackId);
        if (callback === CallbackKind2.DATA) {
          capability2.resolve(data.data);
        } else if (callback === CallbackKind2.ERROR) {
          capability2.reject(wrapReason2(data.reason));
        } else {
          throw new Error("Unexpected callback case");
        }
        return;
      }
      const action = this.#actions.get(data.action);
      if (!action) {
        throw new Error(`Unknown action from worker: ${data.action}`);
      }
      if (data.callbackId) {
        const sourceName = this.#sourceName, targetName = data.sourceName, comObj = this.#comObj;
        Promise.try(action, data.data).then((result) => {
          comObj.postMessage({
            sourceName,
            targetName,
            callback: CallbackKind2.DATA,
            callbackId: data.callbackId,
            data: result
          });
        }, (reason) => {
          comObj.postMessage({
            sourceName,
            targetName,
            callback: CallbackKind2.ERROR,
            callbackId: data.callbackId,
            reason: wrapReason2(reason)
          });
        });
        return;
      }
      if (data.streamId) {
        this.#createStreamSink(data);
        return;
      }
      action(data.data);
    }
    on(actionName, handler) {
      const ah = this.#actions;
      if (ah.has(actionName)) {
        throw new Error(`There is already a "${actionName}" handler.`);
      }
      ah.set(actionName, handler);
    }
    send(actionName, data, transfers) {
      this.#comObj.postMessage({
        sourceName: this.#sourceName,
        targetName: this.#targetName,
        action: actionName,
        data
      }, transfers);
    }
    sendWithPromise(actionName, data, transfers) {
      const callbackId = this.#callbackId++, capability2 = Promise.withResolvers();
      this.#callbackCapabilities.set(callbackId, capability2);
      try {
        this.#comObj.postMessage({
          sourceName: this.#sourceName,
          targetName: this.#targetName,
          action: actionName,
          callbackId,
          data
        }, transfers);
      } catch (ex) {
        capability2.reject(ex);
      }
      return capability2.promise;
    }
    sendWithStream(actionName, data, queueingStrategy, transfers) {
      const streamId = this.#streamId++, sourceName = this.#sourceName, targetName = this.#targetName, comObj = this.#comObj;
      return new ReadableStream({
        start: (controller) => {
          const startCapability = Promise.withResolvers();
          this.#streamControllers.set(streamId, {
            controller,
            startCall: startCapability,
            pullCall: null,
            cancelCall: null,
            isClosed: false
          });
          comObj.postMessage({
            sourceName,
            targetName,
            action: actionName,
            streamId,
            data,
            desiredSize: controller.desiredSize
          }, transfers);
          return startCapability.promise;
        },
        pull: (controller) => {
          const pullCapability = Promise.withResolvers();
          this.#streamControllers.get(streamId).pullCall = pullCapability;
          comObj.postMessage({
            sourceName,
            targetName,
            stream: StreamKind2.PULL,
            streamId,
            desiredSize: controller.desiredSize
          });
          return pullCapability.promise;
        },
        cancel: (reason) => {
          util_assert2(reason instanceof Error, "cancel must have a valid reason");
          const cancelCapability = Promise.withResolvers();
          this.#streamControllers.get(streamId).cancelCall = cancelCapability;
          this.#streamControllers.get(streamId).isClosed = true;
          comObj.postMessage({
            sourceName,
            targetName,
            stream: StreamKind2.CANCEL,
            streamId,
            reason: wrapReason2(reason)
          });
          return cancelCapability.promise;
        }
      }, queueingStrategy);
    }
    #createStreamSink(data) {
      const streamId = data.streamId, sourceName = this.#sourceName, targetName = data.sourceName, comObj = this.#comObj;
      const streamSinks = this.#streamSinks, action = this.#actions.get(data.action);
      const streamSink = {
        enqueue(chunk, size = 1, transfers) {
          if (this.isCancelled) {
            return;
          }
          const lastDesiredSize = this.desiredSize;
          this.desiredSize -= size;
          if (lastDesiredSize > 0 && this.desiredSize <= 0) {
            this.sinkCapability = Promise.withResolvers();
            this.ready = this.sinkCapability.promise;
          }
          comObj.postMessage({
            sourceName,
            targetName,
            stream: StreamKind2.ENQUEUE,
            streamId,
            chunk
          }, transfers);
        },
        close() {
          if (this.isCancelled) {
            return;
          }
          this.isCancelled = true;
          comObj.postMessage({
            sourceName,
            targetName,
            stream: StreamKind2.CLOSE,
            streamId
          });
          streamSinks.delete(streamId);
        },
        error(reason) {
          util_assert2(reason instanceof Error, "error must have a valid reason");
          if (this.isCancelled) {
            return;
          }
          this.isCancelled = true;
          comObj.postMessage({
            sourceName,
            targetName,
            stream: StreamKind2.ERROR,
            streamId,
            reason: wrapReason2(reason)
          });
        },
        sinkCapability: Promise.withResolvers(),
        onPull: null,
        onCancel: null,
        isCancelled: false,
        desiredSize: data.desiredSize,
        ready: null
      };
      streamSink.sinkCapability.resolve();
      streamSink.ready = streamSink.sinkCapability.promise;
      streamSinks.set(streamId, streamSink);
      Promise.try(action, data.data, streamSink).then(() => {
        comObj.postMessage({
          sourceName,
          targetName,
          stream: StreamKind2.START_COMPLETE,
          streamId,
          success: true
        });
      }, (reason) => {
        comObj.postMessage({
          sourceName,
          targetName,
          stream: StreamKind2.START_COMPLETE,
          streamId,
          reason: wrapReason2(reason)
        });
      });
    }
    #processStreamMessage(data) {
      const streamId = data.streamId, sourceName = this.#sourceName, targetName = data.sourceName, comObj = this.#comObj;
      const streamController = this.#streamControllers.get(streamId), streamSink = this.#streamSinks.get(streamId);
      switch (data.stream) {
        case StreamKind2.START_COMPLETE:
          if (data.success) {
            streamController.startCall.resolve();
          } else {
            streamController.startCall.reject(wrapReason2(data.reason));
          }
          break;
        case StreamKind2.PULL_COMPLETE:
          if (data.success) {
            streamController.pullCall.resolve();
          } else {
            streamController.pullCall.reject(wrapReason2(data.reason));
          }
          break;
        case StreamKind2.PULL:
          if (!streamSink) {
            comObj.postMessage({
              sourceName,
              targetName,
              stream: StreamKind2.PULL_COMPLETE,
              streamId,
              success: true
            });
            break;
          }
          if (streamSink.desiredSize <= 0 && data.desiredSize > 0) {
            streamSink.sinkCapability.resolve();
          }
          streamSink.desiredSize = data.desiredSize;
          Promise.try(streamSink.onPull || onFn2).then(() => {
            comObj.postMessage({
              sourceName,
              targetName,
              stream: StreamKind2.PULL_COMPLETE,
              streamId,
              success: true
            });
          }, (reason) => {
            comObj.postMessage({
              sourceName,
              targetName,
              stream: StreamKind2.PULL_COMPLETE,
              streamId,
              reason: wrapReason2(reason)
            });
          });
          break;
        case StreamKind2.ENQUEUE:
          util_assert2(streamController, "enqueue should have stream controller");
          if (streamController.isClosed) {
            break;
          }
          streamController.controller.enqueue(data.chunk);
          break;
        case StreamKind2.CLOSE:
          util_assert2(streamController, "close should have stream controller");
          if (streamController.isClosed) {
            break;
          }
          streamController.isClosed = true;
          streamController.controller.close();
          this.#deleteStreamController(streamController, streamId);
          break;
        case StreamKind2.ERROR:
          util_assert2(streamController, "error should have stream controller");
          streamController.controller.error(wrapReason2(data.reason));
          this.#deleteStreamController(streamController, streamId);
          break;
        case StreamKind2.CANCEL_COMPLETE:
          if (data.success) {
            streamController.cancelCall.resolve();
          } else {
            streamController.cancelCall.reject(wrapReason2(data.reason));
          }
          this.#deleteStreamController(streamController, streamId);
          break;
        case StreamKind2.CANCEL:
          if (!streamSink) {
            break;
          }
          const dataReason = wrapReason2(data.reason);
          Promise.try(streamSink.onCancel || onFn2, dataReason).then(() => {
            comObj.postMessage({
              sourceName,
              targetName,
              stream: StreamKind2.CANCEL_COMPLETE,
              streamId,
              success: true
            });
          }, (reason) => {
            comObj.postMessage({
              sourceName,
              targetName,
              stream: StreamKind2.CANCEL_COMPLETE,
              streamId,
              reason: wrapReason2(reason)
            });
          });
          streamSink.sinkCapability.reject(dataReason);
          streamSink.isCancelled = true;
          this.#streamSinks.delete(streamId);
          break;
        default:
          throw new Error("Unexpected stream case");
      }
    }
    async #deleteStreamController(streamController, streamId) {
      await Promise.allSettled([streamController.startCall?.promise, streamController.pullCall?.promise, streamController.cancelCall?.promise]);
      this.#streamControllers.delete(streamId);
    }
    destroy() {
      this.#messageAC?.abort();
      this.#messageAC = null;
    }
  };
  async function writeObject(ref, obj, buffer, {
    encrypt = null,
    encryptRef = null
  }) {
    const transform = encrypt && encryptRef !== ref ? encrypt.createCipherTransform(ref.num, ref.gen) : null;
    buffer.push(`${ref.num} ${ref.gen} obj
`);
    await writeValue(obj, buffer, transform);
    buffer.push("\nendobj\n");
  }
  async function writeDict(dict, buffer, transform) {
    buffer.push("<<");
    for (const [key2, rawObj] of dict.getRawEntries()) {
      buffer.push(` /${escapePDFName(key2)} `);
      await writeValue(rawObj, buffer, transform);
    }
    buffer.push(">>");
  }
  async function writeStream(stream2, buffer, transform) {
    stream2 = stream2.getOriginalStream();
    stream2.reset();
    let bytes2 = stream2.getBytes();
    const {
      dict
    } = stream2;
    const [filter, params] = await Promise.all([dict.getAsync("Filter"), dict.getAsync("DecodeParms")]);
    const filterZero = Array.isArray(filter) ? await dict.xref.fetchIfRefAsync(filter[0]) : filter;
    const isFilterZeroFlateDecode = isName(filterZero, "FlateDecode");
    const isFilterZeroImageDecode = isName(filterZero, "DCTDecode") || isName(filterZero, "JPXDecode") || isName(filterZero, "JBIG2Decode") || isName(filterZero, "CCITTFaxDecode") || isName(filterZero, "LZWDecode");
    const isFilterZeroCompressedObject = isFilterZeroFlateDecode || isFilterZeroImageDecode || isName(filterZero, "BrotliDecode");
    const MIN_LENGTH_FOR_COMPRESSING = 256;
    if (!isFilterZeroCompressedObject && bytes2.length >= MIN_LENGTH_FOR_COMPRESSING) {
      try {
        const cs = new CompressionStream("deflate");
        const writer = cs.writable.getWriter();
        await writer.ready;
        writer.write(bytes2).then(async () => {
          await writer.ready;
          await writer.close();
        }).catch(() => {
        });
        bytes2 = await new Response(cs.readable).bytes();
        let newFilter, newParams;
        if (!filter) {
          newFilter = Name.get("FlateDecode");
        } else if (!isFilterZeroFlateDecode) {
          newFilter = Array.isArray(filter) ? [Name.get("FlateDecode"), ...filter] : [Name.get("FlateDecode"), filter];
          if (params) {
            newParams = Array.isArray(params) ? [null, ...params] : [null, params];
          }
        }
        if (newFilter) {
          dict.set("Filter", newFilter);
        }
        if (newParams) {
          dict.set("DecodeParms", newParams);
        }
      } catch (ex) {
        info2(`writeStream - cannot compress data: "${ex}".`);
      }
    }
    let string = bytesToString2(bytes2);
    if (transform) {
      string = transform.encryptString(string);
    }
    dict.set("Length", string.length);
    await writeDict(dict, buffer, transform);
    buffer.push(" stream\n", string, "\nendstream");
  }
  async function writeArray(array, buffer, transform) {
    buffer.push("[");
    for (let i = 0, ii = array.length; i < ii; i++) {
      await writeValue(array[i], buffer, transform);
      if (i < ii - 1) {
        buffer.push(" ");
      }
    }
    buffer.push("]");
  }
  function numberToPDFString(value) {
    if (Number.isInteger(value) && Math.abs(value) >= 1e21) {
      return BigInt(value).toString();
    }
    const str = value.toFixed(10);
    let end = str.length;
    while (str[end - 1] === "0") {
      end--;
    }
    if (str[end - 1] === ".") {
      end--;
    }
    return str.slice(0, end);
  }
  async function writeValue(value, buffer, transform) {
    if (value instanceof Name) {
      buffer.push(`/${escapePDFName(value.name)}`);
    } else if (value instanceof Ref) {
      buffer.push(`${value.num} ${value.gen} R`);
    } else if (Array.isArray(value) || ArrayBuffer.isView(value)) {
      await writeArray(value, buffer, transform);
    } else if (typeof value === "string") {
      if (transform) {
        value = transform.encryptString(value);
      }
      buffer.push(`(${escapeString(value)})`);
    } else if (typeof value === "number") {
      buffer.push(numberToPDFString(value));
    } else if (typeof value === "boolean") {
      buffer.push(value.toString());
    } else if (value instanceof Dict) {
      await writeDict(value, buffer, transform);
    } else if (value instanceof BaseStream) {
      await writeStream(value, buffer, transform);
    } else if (value === null) {
      buffer.push("null");
    } else {
      warn2(`Unhandled value in writer: ${typeof value}, please file a bug.`);
    }
  }
  function writeInt(number2, size, offset, buffer) {
    for (let i = size + offset - 1; i > offset - 1; i--) {
      buffer[i] = number2 & 255;
      number2 >>= 8;
    }
    return offset + size;
  }
  function writeString(string, offset, buffer) {
    const ii = string.length;
    for (let i = 0; i < ii; i++) {
      buffer[offset + i] = string.charCodeAt(i) & 255;
    }
    return offset + ii;
  }
  function computeMD5(filesize, xrefInfo) {
    const time = Math.floor(Date.now() / 1e3);
    const filename = xrefInfo.filename || "";
    const md5Buffer = [time.toString(), filename, filesize.toString(), ...xrefInfo.infoMap.values()];
    const md5BufferLen = Math.sumPrecise(md5Buffer.map((str) => str.length));
    const array = new Uint8Array(md5BufferLen);
    let offset = 0;
    for (const str of md5Buffer) {
      offset = writeString(str, offset, array);
    }
    return bytesToString2(calculateMD5(array, 0, array.length));
  }
  function writeXFADataForAcroform(str, changes) {
    const xml = new SimpleXMLParser({
      hasAttributes: true
    }).parseFromString(str);
    for (const {
      xfa
    } of changes) {
      if (!xfa) {
        continue;
      }
      const {
        path: path2,
        value
      } = xfa;
      if (!path2 || value === null) {
        continue;
      }
      const nodePath = parseXFAPath(path2);
      let node2 = xml.documentElement.searchNode(nodePath, 0);
      if (!node2 && nodePath.length > 1) {
        node2 = xml.documentElement.searchNode([nodePath.at(-1)], 0);
      }
      if (node2) {
        node2.childNodes = Array.isArray(value) ? value.map((val) => new SimpleDOMNode("value", val)) : [new SimpleDOMNode("#text", value)];
      } else {
        warn2(`Node not found for path: ${path2}`);
      }
    }
    const buffer = [];
    xml.documentElement.dump(buffer);
    return buffer.join("");
  }
  async function updateAcroform({
    xref,
    acroForm,
    acroFormRef,
    hasXfa,
    hasXfaDatasetsEntry,
    xfaDatasetsRef,
    needAppearances,
    changes
  }) {
    if (hasXfa && !hasXfaDatasetsEntry && !xfaDatasetsRef) {
      warn2("XFA - Cannot save it");
    }
    if (!needAppearances && (!hasXfa || !xfaDatasetsRef || hasXfaDatasetsEntry)) {
      return;
    }
    const dict = acroForm.clone();
    if (hasXfa && !hasXfaDatasetsEntry) {
      const newXfa = acroForm.get("XFA").slice();
      newXfa.splice(2, 0, "datasets");
      newXfa.splice(3, 0, xfaDatasetsRef);
      dict.set("XFA", newXfa);
    }
    if (needAppearances) {
      dict.set("NeedAppearances", true);
    }
    changes.put(acroFormRef, {
      data: dict
    });
  }
  function updateXFA({
    xfaData,
    xfaDatasetsRef,
    changes,
    xref
  }) {
    if (xfaData === null) {
      const datasets = xref.fetchIfRef(xfaDatasetsRef);
      xfaData = writeXFADataForAcroform(datasets.getString(), changes);
    }
    const xfaDataStream = new StringStream(xfaData, new Dict(xref));
    xfaDataStream.dict.setIfName("Type", "EmbeddedFile");
    changes.put(xfaDatasetsRef, {
      data: xfaDataStream
    });
  }
  async function getXRefTable(xrefInfo, baseOffset, newRefs, newXref, buffer) {
    buffer.push("xref\n");
    const indexes = getIndexes(newRefs);
    let indexesPosition = 0;
    for (const {
      ref,
      data
    } of newRefs) {
      if (ref.num === indexes[indexesPosition]) {
        buffer.push(`${indexes[indexesPosition]} ${indexes[indexesPosition + 1]}
`);
        indexesPosition += 2;
      }
      if (data !== null) {
        buffer.push(`${baseOffset.toString().padStart(10, "0")} ${Math.min(ref.gen, 65535).toString().padStart(5, "0")} n\r
`);
        baseOffset += data.length;
      } else {
        buffer.push(`0000000000 ${Math.min(ref.gen + 1, 65535).toString().padStart(5, "0")} f\r
`);
      }
    }
    computeIDs(baseOffset, xrefInfo, newXref);
    buffer.push("trailer\n");
    await writeDict(newXref, buffer, null);
    buffer.push("\nstartxref\n", baseOffset.toString(), "\n%%EOF\n");
  }
  function getIndexes(newRefs) {
    const indexes = [];
    for (const {
      ref
    } of newRefs) {
      if (ref.num === indexes.at(-2) + indexes.at(-1)) {
        indexes[indexes.length - 1] += 1;
      } else {
        indexes.push(ref.num, 1);
      }
    }
    return indexes;
  }
  async function getXRefStreamTable(xrefInfo, baseOffset, newRefs, newXref, buffer) {
    const xrefTableData = [];
    let maxOffset = 0;
    let maxGen = 0;
    for (const {
      ref,
      data: data2,
      objStreamRef,
      index
    } of newRefs) {
      let gen;
      maxOffset = Math.max(maxOffset, baseOffset);
      if (objStreamRef) {
        gen = index;
        xrefTableData.push([2, objStreamRef.num, gen]);
      } else if (data2 !== null) {
        gen = Math.min(ref.gen, 65535);
        xrefTableData.push([1, baseOffset, gen]);
        baseOffset += data2.length;
      } else {
        gen = Math.min(ref.gen + 1, 65535);
        xrefTableData.push([0, 0, gen]);
      }
      maxGen = Math.max(maxGen, gen);
    }
    newXref.set("Index", getIndexes(newRefs));
    const offsetSize = getSizeInBytes(maxOffset);
    const maxGenSize = getSizeInBytes(maxGen);
    const sizes = [1, offsetSize, maxGenSize];
    newXref.set("W", sizes);
    computeIDs(baseOffset, xrefInfo, newXref);
    const structSize = Math.sumPrecise(sizes);
    const data = new Uint8Array(structSize * xrefTableData.length);
    const stream2 = new Stream2(data);
    stream2.dict = newXref;
    let offset = 0;
    for (const [type, objOffset, gen] of xrefTableData) {
      offset = writeInt(type, sizes[0], offset, data);
      offset = writeInt(objOffset, sizes[1], offset, data);
      offset = writeInt(gen, sizes[2], offset, data);
    }
    await writeObject(xrefInfo.newRef, stream2, buffer, {});
    buffer.push("startxref\n", baseOffset.toString(), "\n%%EOF\n");
  }
  function computeIDs(baseOffset, xrefInfo, newXref) {
    if (Array.isArray(xrefInfo.fileIds) && xrefInfo.fileIds.length > 0) {
      const md5 = computeMD5(baseOffset, xrefInfo);
      newXref.set("ID", [xrefInfo.fileIds[0] || md5, md5]);
    }
  }
  function getTrailerDict(xrefInfo, changes, useXrefStream) {
    const newXref = new Dict(null);
    newXref.setIfDefined("Prev", xrefInfo?.startXRef);
    const refForXrefTable = xrefInfo.newRef;
    if (useXrefStream) {
      changes.put(refForXrefTable, {
        data: ""
      });
      newXref.set("Size", refForXrefTable.num + 1);
      newXref.setIfName("Type", "XRef");
    } else {
      newXref.set("Size", refForXrefTable.num);
    }
    newXref.setIfDefined("Root", xrefInfo?.rootRef);
    newXref.setIfDefined("Info", xrefInfo?.infoRef);
    newXref.setIfDefined("Encrypt", xrefInfo?.encryptRef);
    return newXref;
  }
  async function writeChanges(changes, xref, buffer = []) {
    const newRefs = [];
    for (const [ref, {
      data,
      objStreamRef,
      index
    }] of changes.items()) {
      if (objStreamRef) {
        newRefs.push({
          ref,
          data,
          objStreamRef,
          index
        });
        continue;
      }
      if (data === null || typeof data === "string") {
        newRefs.push({
          ref,
          data
        });
        continue;
      }
      await writeObject(ref, data, buffer, xref);
      newRefs.push({
        ref,
        data: buffer.join("")
      });
      buffer.length = 0;
    }
    return newRefs.sort((a, b) => a.ref.num - b.ref.num);
  }
  async function incrementalUpdate({
    originalData,
    xrefInfo,
    changes,
    xref = null,
    hasXfa = false,
    xfaDatasetsRef = null,
    hasXfaDatasetsEntry = false,
    needAppearances,
    acroFormRef = null,
    acroForm = null,
    xfaData = null,
    useXrefStream = false
  }) {
    await updateAcroform({
      xref,
      acroForm,
      acroFormRef,
      hasXfa,
      hasXfaDatasetsEntry,
      xfaDatasetsRef,
      needAppearances,
      changes
    });
    if (hasXfa) {
      updateXFA({
        xfaData,
        xfaDatasetsRef,
        changes,
        xref
      });
    }
    const newXref = getTrailerDict(xrefInfo, changes, useXrefStream);
    const buffer = [];
    const newRefs = await writeChanges(changes, xref, buffer);
    let baseOffset = originalData.length;
    const lastByte = originalData.at(-1);
    if (lastByte !== 10 && lastByte !== 13) {
      buffer.push("\n");
      baseOffset += 1;
    }
    for (const {
      data
    } of newRefs) {
      if (data !== null) {
        buffer.push(data);
      }
    }
    await (useXrefStream ? getXRefStreamTable(xrefInfo, baseOffset, newRefs, newXref, buffer) : getXRefTable(xrefInfo, baseOffset, newRefs, newXref, buffer));
    const totalLength = originalData.length + Math.sumPrecise(buffer.map((str) => str.length));
    const array = new Uint8Array(totalLength);
    array.set(originalData);
    let offset = originalData.length;
    for (const str of buffer) {
      offset = writeString(str, offset, array);
    }
    return array;
  }
  var MAX_LEAVES_PER_PAGES_NODE = 16;
  var MAX_IN_NAME_TREE_NODE = 64;
  var PageData = class {
    constructor(page, documentData) {
      this.page = page;
      this.documentData = documentData;
      this.annotations = null;
      this.pointingNamedDestinations = null;
      this.copyLevel = 0;
      documentData.pagesMap.put(page.ref, this);
    }
  };
  var DocumentData = class {
    constructor(document2) {
      this.document = document2;
      this.destinations = null;
      this.pageLabels = null;
      this.pagesMap = new RefMap();
      this.oldRefMapping = new RefMap();
      this.dedupNamedDestinations = /* @__PURE__ */ new Map();
      this.usedNamedDestinations = /* @__PURE__ */ new Set();
      this.postponedRefCopies = new RefMap();
      this.resourceStreamPromises = /* @__PURE__ */ new Map();
      this.usedStructParents = /* @__PURE__ */ new Set();
      this.oldStructParentMapping = /* @__PURE__ */ new Map();
      this.structTreeRoot = null;
      this.parentTree = null;
      this.idTree = null;
      this.roleMap = null;
      this.classMap = null;
      this.namespaces = null;
      this.structTreeAF = null;
      this.structTreePronunciationLexicon = [];
      this.acroForm = null;
      this.acroFormDefaultAppearance = "";
      this.acroFormDefaultResources = null;
      this.acroFormQ = 0;
      this.hasSignatureAnnotations = false;
      this.fieldToParent = new RefMap();
      this.outline = null;
      this.embeddedFiles = null;
    }
  };
  var XRefWrapper = class {
    constructor(entries, getNewRef) {
      this.entries = entries;
      this._getNewRef = getNewRef;
    }
    getNewTemporaryRef() {
      return this._getNewRef();
    }
    countUpdatesAfter(offset) {
      return null;
    }
    fetchIfRef(obj) {
      return obj instanceof Ref ? this.fetch(obj) : obj;
    }
    fetch(ref) {
      if (!(ref instanceof Ref)) {
        throw new Error("ref object is not a reference");
      }
      return this.entries[ref.num];
    }
    async fetchIfRefAsync(obj) {
      return obj instanceof Ref ? this.fetchAsync(obj) : obj;
    }
    async fetchAsync(ref) {
      return this.fetch(ref);
    }
  };
  var PDFEditor = class {
    isSingleFile = false;
    #newAnnotationsParams = null;
    #primaryDocument = null;
    #resourceStreamCache = /* @__PURE__ */ new Map();
    currentDocument = null;
    oldPages = [];
    newPages = [];
    xref = [null];
    xrefWrapper = new XRefWrapper(this.xref, () => this.newRef);
    newRefCount = 1;
    namesDict = null;
    version = "1.7";
    pageLabels = null;
    namedDestinations = /* @__PURE__ */ new Map();
    parentTree = /* @__PURE__ */ new Map();
    structTreeKids = [];
    idTree = /* @__PURE__ */ new Map();
    classMap = new Dict();
    roleMap = new Dict();
    namespaces = /* @__PURE__ */ new Map();
    structTreeAF = [];
    structTreePronunciationLexicon = [];
    fields = [];
    acroFormDefaultAppearance = "";
    acroFormDefaultResources = null;
    acroFormNeedAppearances = false;
    acroFormSigFlags = 0;
    acroFormCalculationOrder = null;
    acroFormQ = 0;
    outlineItems = null;
    embeddedFiles = /* @__PURE__ */ new Map();
    constructor({
      useObjectStreams = true,
      title = "",
      author = ""
    } = {}) {
      [this.rootRef, this.rootDict] = this.newDict;
      [this.infoRef, this.infoDict] = this.newDict;
      [this.pagesRef, this.pagesDict] = this.newDict;
      this.useObjectStreams = useObjectStreams;
      this.objStreamRefs = useObjectStreams ? /* @__PURE__ */ new Set() : null;
      this.title = title;
      this.author = author;
    }
    get newRef() {
      return Ref.get(this.newRefCount++, 0);
    }
    get newDict() {
      const ref = this.newRef;
      const dict = this.xref[ref.num] = new Dict();
      return [ref, dict];
    }
    async #cloneObject(obj, xref) {
      const ref = this.newRef;
      this.xref[ref.num] = await this.#collectDependencies(obj, true, xref);
      return ref;
    }
    cloneDict(dict) {
      const newDict = dict.clone();
      newDict.xref = this.xrefWrapper;
      return newDict;
    }
    async #collectDependencies(obj, mustClone, xref, resourceStreamPath = new RefSet()) {
      if (obj instanceof Ref) {
        const {
          currentDocument: {
            fieldToParent,
            oldRefMapping
          }
        } = this;
        const existingRef = oldRefMapping.get(obj);
        if (existingRef) {
          return existingRef;
        }
        const oldRef = obj;
        obj = await xref.fetchAsync(oldRef);
        const mappedRef = oldRefMapping.get(oldRef);
        if (mappedRef) {
          return mappedRef;
        }
        if (typeof obj === "number") {
          return obj;
        }
        if (obj instanceof BaseStream && this.#isResourceStream(obj.dict)) {
          return this.#collectResourceStream(oldRef, obj, xref, resourceStreamPath);
        }
        const newRef = this.newRef;
        oldRefMapping.put(oldRef, newRef);
        let cloneSource = true;
        if (fieldToParent.has(oldRef) && obj instanceof Dict) {
          obj = this.cloneDict(obj);
          obj.delete("Parent");
          cloneSource = false;
        }
        this.xref[newRef.num] = await this.#collectDependencies(obj, cloneSource, xref, resourceStreamPath);
        return newRef;
      }
      const promises = [];
      const {
        currentDocument: {
          postponedRefCopies
        }
      } = this;
      if (Array.isArray(obj)) {
        if (mustClone) {
          obj = obj.slice();
        }
        for (let i = 0, ii = obj.length; i < ii; i++) {
          const postponedActions = obj[i] instanceof Ref && postponedRefCopies.get(obj[i]);
          if (postponedActions) {
            postponedActions.push((ref) => obj[i] = ref);
            continue;
          }
          promises.push(this.#collectDependencies(obj[i], true, xref, resourceStreamPath).then((newObj) => obj[i] = newObj));
        }
        await Promise.all(promises);
        return obj;
      }
      let dict;
      if (obj instanceof BaseStream) {
        ({
          dict
        } = obj = obj.getOriginalStream().clone());
        dict.xref = this.xrefWrapper;
      } else if (obj instanceof Dict) {
        if (mustClone) {
          obj = obj.clone();
          obj.xref = this.xrefWrapper;
        }
        dict = obj;
      }
      if (dict) {
        for (const [key2, rawObj] of dict.getRawEntries()) {
          const postponedActions = rawObj instanceof Ref && postponedRefCopies.get(rawObj);
          if (postponedActions) {
            postponedActions.push((ref) => dict.set(key2, ref));
            continue;
          }
          promises.push(this.#collectDependencies(rawObj, true, xref, resourceStreamPath).then((newObj) => dict.set(key2, newObj)));
        }
        await Promise.all(promises);
      }
      return obj;
    }
    #isResourceStream(dict) {
      const subtype = dict.get("Subtype");
      return isName(subtype, "Image") || dict.has("Length1") || isName(subtype, "Type1C") || isName(subtype, "CIDFontType0C") || isName(subtype, "OpenType");
    }
    #rawStreamBytes(stream2) {
      const original = stream2.getOriginalStream();
      original.reset();
      return original.getBytes();
    }
    async #serializeDict(dict) {
      const buffer = [];
      await writeValue(dict, buffer, null);
      return buffer.join("");
    }
    #resourceStreamKey(dictStr, bytes2) {
      const SAMPLE_SIZE = 256;
      const SAMPLE_COUNT = 4;
      const {
        length
      } = bytes2;
      const hash = new MurmurHash3_642();
      hash.update(dictStr);
      hash.update(`#${length}`);
      if (length <= SAMPLE_SIZE * SAMPLE_COUNT) {
        hash.update(bytes2);
      } else {
        const step = Math.floor((length - SAMPLE_SIZE) / (SAMPLE_COUNT - 1));
        for (let i = 0; i < SAMPLE_COUNT; i++) {
          const start = Math.min(i * step, length - SAMPLE_SIZE);
          hash.update(bytes2.subarray(start, start + SAMPLE_SIZE));
        }
      }
      return hash.hexdigest();
    }
    async #collectResourceStream(oldRef, stream2, xref, resourceStreamPath) {
      const {
        currentDocument: {
          oldRefMapping,
          resourceStreamPromises
        }
      } = this;
      if (resourceStreamPath.has(oldRef)) {
        return oldRefMapping.getOrPutComputed(oldRef, () => this.newRef);
      }
      const key2 = oldRef.toString();
      const pending = resourceStreamPromises.get(key2);
      if (pending) {
        return pending;
      }
      const childPath = new RefSet(resourceStreamPath);
      childPath.put(oldRef);
      const promise = Promise.resolve().then(async () => {
        const collected = await this.#collectDependencies(stream2, true, xref, childPath);
        const cycleRef = oldRefMapping.get(oldRef);
        if (cycleRef) {
          this.xref[cycleRef.num] = collected;
          return cycleRef;
        }
        const ref = await this.#dedupResourceStream(collected);
        oldRefMapping.put(oldRef, ref);
        return ref;
      });
      resourceStreamPromises.set(key2, promise);
      try {
        return await promise;
      } finally {
        if (resourceStreamPromises.get(key2) === promise) {
          resourceStreamPromises.delete(key2);
        }
      }
    }
    async #dedupResourceStream(stream2) {
      const dictStr = await this.#serializeDict(stream2.dict);
      const bytes2 = this.#rawStreamBytes(stream2);
      const key2 = this.#resourceStreamKey(dictStr, bytes2);
      const bucket = this.#resourceStreamCache.getOrInsertComputed(key2, makeArr2);
      for (const entry of bucket) {
        if (entry.dictStr === dictStr && isArrayEqual(this.#rawStreamBytes(entry.stream), bytes2)) {
          return entry.ref;
        }
      }
      const ref = this.newRef;
      this.xref[ref.num] = stream2;
      bucket.push({
        ref,
        dictStr,
        stream: stream2
      });
      return ref;
    }
    async #resolveStructKids(rawKids, xref) {
      if (rawKids instanceof Ref) {
        const fetched = await xref.fetchAsync(rawKids);
        return Array.isArray(fetched) ? fetched : [rawKids];
      }
      return Array.isArray(rawKids) ? rawKids : [rawKids];
    }
    async #cloneStructTreeNode(parentStructRef, node2, xref, removedStructElements, dedupIDs, dedupClasses, dedupRoles, visited = new RefSet()) {
      const {
        currentDocument: {
          pagesMap,
          oldRefMapping
        }
      } = this;
      const pg = node2.getRaw("Pg");
      if (pg instanceof Ref && !pagesMap.has(pg)) {
        return null;
      }
      const k = node2.getRaw("K");
      if (k instanceof Ref && visited.has(k)) {
        return null;
      }
      const kids = await this.#resolveStructKids(k, xref);
      const newKids = [];
      const structElemIndices = [];
      for (let kid of kids) {
        const kidRef = kid instanceof Ref ? kid : null;
        if (kidRef) {
          if (visited.has(kidRef)) {
            continue;
          }
          visited.put(kidRef);
          kid = await xref.fetchAsync(kidRef);
        }
        if (typeof kid === "number") {
          newKids.push(kid);
          continue;
        }
        if (!(kid instanceof Dict)) {
          continue;
        }
        const pgRef = kid.getRaw("Pg");
        if (pgRef instanceof Ref && !pagesMap.has(pgRef)) {
          continue;
        }
        const type = kid.get("Type");
        if (!type || isName(type, "StructElem")) {
          let setAsSpan = false;
          if (kidRef && removedStructElements.has(kidRef)) {
            if (!isName(kid.get("S"), "Link")) {
              continue;
            }
            setAsSpan = true;
          }
          const newKidRef = await this.#cloneStructTreeNode(kidRef, kid, xref, removedStructElements, dedupIDs, dedupClasses, dedupRoles, visited);
          if (newKidRef) {
            structElemIndices.push(newKids.length);
            newKids.push(newKidRef);
            if (kidRef) {
              oldRefMapping.put(kidRef, newKidRef);
            }
            if (setAsSpan) {
              this.xref[newKidRef.num].setIfName("S", "Span");
            }
          }
          continue;
        }
        if (isName(type, "OBJR")) {
          if (!kidRef) {
            continue;
          }
          const oldObjRef = kid.getRaw("Obj");
          if (oldObjRef instanceof Ref && !oldRefMapping.get(oldObjRef)) {
            continue;
          }
          const newKidRef = oldRefMapping.get(kidRef) || await this.#collectDependencies(kidRef, true, xref);
          const newKid = this.xref[newKidRef.num];
          const objRef = newKid.getRaw("Obj");
          if (objRef instanceof Ref) {
            const obj = this.xref[objRef.num];
            if (obj instanceof Dict && !obj.has("StructParent") && parentStructRef) {
              const structParent = this.parentTree.size;
              this.parentTree.set(structParent, [oldRefMapping, parentStructRef]);
              obj.set("StructParent", structParent);
            }
          }
          newKids.push(newKidRef);
          continue;
        }
        if (isName(type, "MCR")) {
          const newKid = await this.#collectDependencies(kidRef || kid, true, xref);
          newKids.push(newKid);
          continue;
        }
        if (kidRef) {
          const newKidRef = await this.#collectDependencies(kidRef, true, xref);
          newKids.push(newKidRef);
        }
      }
      if (kids.length !== 0 && newKids.length === 0) {
        return null;
      }
      const newNodeRef = this.newRef;
      const newNode = this.xref[newNodeRef.num] = this.cloneDict(node2);
      newNode.delete("ID");
      newNode.delete("C");
      newNode.delete("K");
      newNode.delete("P");
      newNode.delete("S");
      await this.#collectDependencies(newNode, false, xref);
      const classNames = node2.get("C");
      if (classNames instanceof Name) {
        const newClassName = dedupClasses.get(classNames.name);
        newNode.set("C", newClassName ? Name.get(newClassName) : classNames);
      } else if (Array.isArray(classNames)) {
        const newClassNames = [];
        for (const className of classNames) {
          if (className instanceof Name) {
            const newClassName = dedupClasses.get(className.name);
            newClassNames.push(newClassName ? Name.get(newClassName) : className);
          }
        }
        newNode.set("C", newClassNames);
      }
      const roleName = node2.get("S");
      if (roleName instanceof Name) {
        const newRoleName = dedupRoles.get(roleName.name);
        newNode.set("S", newRoleName ? Name.get(newRoleName) : roleName);
      }
      const id = node2.get("ID");
      if (typeof id === "string") {
        const stringId = stringToPDFString(id, false);
        const newId = dedupIDs.get(stringId);
        newNode.set("ID", newId ? stringToAsciiOrUTF16BE(newId) : id);
      }
      let attributes = newNode.get("A");
      if (attributes) {
        if (!Array.isArray(attributes)) {
          attributes = [attributes];
        }
        for (let attr of attributes) {
          attr = this.xrefWrapper.fetchIfRef(attr);
          if (!(attr instanceof Dict)) {
            continue;
          }
          if (isName(attr.get("O"), "Table") && attr.has("Headers")) {
            const headers = this.xrefWrapper.fetchIfRef(attr.getRaw("Headers"));
            if (Array.isArray(headers)) {
              for (let i = 0, ii = headers.length; i < ii; i++) {
                const header2 = this.xrefWrapper.fetchIfRef(headers[i]);
                if (typeof header2 !== "string") {
                  continue;
                }
                const newId = dedupIDs.get(stringToPDFString(header2, false));
                if (newId) {
                  headers[i] = newId;
                }
              }
            }
          }
        }
      }
      for (const index of structElemIndices) {
        const structElemRef = newKids[index];
        const structElem = this.xref[structElemRef.num];
        structElem.set("P", newNodeRef);
      }
      if (newKids.length === 1) {
        newNode.set("K", newKids[0]);
      } else if (newKids.length > 1) {
        newNode.set("K", newKids);
      }
      return newNodeRef;
    }
    #getFilteredPageIndices({
      document: document2,
      includePages,
      excludePages
    }) {
      if (!document2) {
        return [];
      }
      const compile = (list) => {
        if (!list?.length) {
          return null;
        }
        const indices = /* @__PURE__ */ new Set();
        const ranges = [];
        for (const item of list) {
          if (Array.isArray(item)) {
            ranges.push(item);
          } else {
            indices.add(item);
          }
        }
        return {
          indices,
          ranges
        };
      };
      const matches = (index, {
        indices,
        ranges
      }) => indices.has(index) || ranges.some(([start, end]) => index >= start && index <= end);
      const inc = compile(includePages);
      const exc = compile(excludePages);
      const result = [];
      for (let i = 0, ii = document2.numPages; i < ii; i++) {
        if (exc && matches(i, exc)) {
          continue;
        }
        if (!inc || matches(i, inc)) {
          result.push(i);
        }
      }
      return result;
    }
    #resolveInsertAfterIndices(pageInfos) {
      const counts = new Array(pageInfos.length);
      const sequence2 = [];
      const insertAfterList = [];
      for (let i = 0; i < pageInfos.length; i++) {
        const info3 = pageInfos[i];
        let count;
        if (info3.image) {
          count = counts[i] = 1;
        } else if (!info3.document) {
          counts[i] = 0;
          continue;
        } else {
          count = counts[i] = this.#getFilteredPageIndices(info3).length;
        }
        if (info3.pageIndices) {
          continue;
        }
        if (info3.insertAfter === void 0) {
          for (let j = 0; j < count; j++) {
            sequence2.push(i);
          }
        } else {
          insertAfterList.push({
            i,
            insertAfter: info3.insertAfter,
            count
          });
        }
      }
      if (insertAfterList.length === 0) {
        return pageInfos;
      }
      const hasContent = (info3) => !!(info3.document || info3.image);
      for (let i = 0; i < pageInfos.length; i++) {
        const info3 = pageInfos[i];
        if (hasContent(info3) && info3.pageIndices && info3.pageIndices.length < counts[i]) {
          throw new Error("extractPages: partial pageIndices cannot be combined with insertAfter entries.");
        }
      }
      insertAfterList.sort((a, b) => a.insertAfter - b.insertAfter || a.i - b.i);
      if (sequence2.length === 0 && pageInfos.some((info3) => hasContent(info3) && info3.pageIndices)) {
        const updatedPageInfos = pageInfos.slice();
        let maxExistingPos = -1;
        for (const info3 of pageInfos) {
          if (!hasContent(info3) || !info3.pageIndices) {
            continue;
          }
          for (const idx of info3.pageIndices) {
            if (idx > maxExistingPos) {
              maxExistingPos = idx;
            }
          }
        }
        let offset2 = 0;
        for (const {
          i,
          insertAfter,
          count
        } of insertAfterList) {
          const threshold = Math.min(Math.max(insertAfter, -1) + offset2, maxExistingPos);
          for (let j = 0; j < updatedPageInfos.length; j++) {
            const existingInfo = updatedPageInfos[j];
            if (!hasContent(existingInfo) || !existingInfo.pageIndices || existingInfo.pageIndices.every((idx) => idx <= threshold)) {
              continue;
            }
            updatedPageInfos[j] = {
              ...existingInfo,
              pageIndices: existingInfo.pageIndices.map((idx) => idx > threshold ? idx + count : idx)
            };
          }
          const pageIndices = [];
          for (let k = 0; k < count; k++) {
            pageIndices.push(threshold + 1 + k);
          }
          const result = {
            ...updatedPageInfos[i],
            pageIndices
          };
          delete result.insertAfter;
          updatedPageInfos[i] = result;
          offset2 += count;
          maxExistingPos += count;
        }
        return updatedPageInfos;
      }
      let offset = 0;
      for (const {
        i,
        insertAfter,
        count
      } of insertAfterList) {
        const insertPos = Math.max(insertAfter, -1) + 1 + offset;
        sequence2.splice(insertPos, 0, ...new Array(count).fill(i));
        offset += count;
      }
      const pageIndicesArr = new Array(pageInfos.length);
      for (let pos = 0; pos < sequence2.length; pos++) {
        const infoIdx = sequence2[pos];
        (pageIndicesArr[infoIdx] ||= []).push(pos);
      }
      return pageInfos.map((info3, i) => {
        if (!hasContent(info3) || info3.pageIndices) {
          return info3;
        }
        const result = {
          ...info3,
          pageIndices: pageIndicesArr[i] || []
        };
        delete result.insertAfter;
        return result;
      });
    }
    async extractPages(pageInfos, annotationStorage, primaryDocument, handler, task) {
      this.#primaryDocument = primaryDocument;
      pageInfos = this.#resolveInsertAfterIndices(pageInfos);
      const promises = [];
      let newIndex = 0;
      const reservePageSlot = (newPageIndex) => {
        if (!Number.isInteger(newPageIndex) || newPageIndex < 0) {
          throw new Error("extractPages: invalid page index.");
        }
        if (this.oldPages[newPageIndex] !== void 0) {
          throw new Error("extractPages: overlapping pageIndices.");
        }
        this.oldPages[newPageIndex] = null;
      };
      const allDocumentData = [];
      if (annotationStorage) {
        this.#newAnnotationsParams = {
          handler,
          task,
          newAnnotationsByPage: getNewAnnotationsMap(annotationStorage),
          imagesPromises: AnnotationFactory.generateImages(annotationStorage.values(), this.xrefWrapper, true)
        };
      }
      const imageEntries = [];
      for (const pageInfo of pageInfos) {
        const {
          document: document2,
          image,
          includePages,
          excludePages,
          pageIndices
        } = pageInfo;
        if (image) {
          if (pageIndices) {
            newIndex = -1;
            if (pageIndices.length > 1) {
              throw new Error("extractPages: too many pageIndices.");
            }
          }
          let newPageIndex;
          if (pageIndices?.length) {
            newPageIndex = pageIndices[0];
          } else if (newIndex !== -1) {
            newPageIndex = newIndex++;
          } else {
            for (newPageIndex = 0; this.oldPages[newPageIndex] !== void 0; newPageIndex++) {
            }
          }
          reservePageSlot(newPageIndex);
          imageEntries.push({
            image,
            slot: newPageIndex
          });
          continue;
        }
        if (!document2) {
          continue;
        }
        if (pageIndices) {
          newIndex = -1;
        }
        const filteredPageIndices = this.#getFilteredPageIndices({
          document: document2,
          includePages,
          excludePages
        });
        if (pageIndices && pageIndices.length > filteredPageIndices.length) {
          throw new Error("extractPages: too many pageIndices.");
        }
        const documentData = new DocumentData(document2);
        allDocumentData.push(documentData);
        promises.push(this.#collectDocumentData(documentData));
        let pageIndex = 0;
        for (const i of filteredPageIndices) {
          let newPageIndex;
          if (pageIndices) {
            newPageIndex = pageIndices[pageIndex++];
          }
          if (newPageIndex === void 0) {
            if (newIndex !== -1) {
              newPageIndex = newIndex++;
            } else {
              for (newPageIndex = 0; this.oldPages[newPageIndex] !== void 0; newPageIndex++) {
              }
            }
          }
          reservePageSlot(newPageIndex);
          promises.push(document2.getPage(i).then((page) => {
            this.oldPages[newPageIndex] = new PageData(page, documentData);
          }));
        }
      }
      await Promise.all(promises);
      if (this.oldPages.length === 0) {
        throw new Error("extractPages: nothing to extract.");
      }
      const copyCounts = /* @__PURE__ */ new Map();
      const documents = /* @__PURE__ */ new Set();
      for (let i = 0, ii = this.oldPages.length; i < ii; i++) {
        const pageData = this.oldPages[i];
        if (pageData === void 0) {
          throw new Error("extractPages: sparse pageIndices.");
        }
        if (pageData) {
          const {
            page
          } = pageData;
          const copyLevel = copyCounts.get(page) ?? 0;
          copyCounts.set(page, copyLevel + 1);
          pageData.copyLevel = copyLevel;
          documents.add(pageData.documentData.document);
        }
      }
      this.isSingleFile = documents.size === 1;
      promises.length = 0;
      this.#collectValidDestinations(allDocumentData);
      this.#collectOutlineDestinations(allDocumentData);
      this.#collectPageLabels();
      for (const page of this.oldPages) {
        if (page) {
          promises.push(this.#postCollectPageData(page));
        }
      }
      await Promise.all(promises);
      this.#findDuplicateNamedDestinations();
      this.#setPostponedRefCopies(allDocumentData);
      const imageSlots = /* @__PURE__ */ new Map();
      for (const entry of imageEntries) {
        imageSlots.set(entry.slot, entry);
      }
      const modalPageSize = imageSlots.size > 0 ? this.#modalPageSize() : null;
      for (let i = 0, ii = this.oldPages.length; i < ii; i++) {
        const imageEntry = imageSlots.get(i);
        if (imageEntry) {
          this.newPages[i] = await this.#makeImagePage(imageEntry.image, modalPageSize);
        } else {
          this.newPages[i] = await this.#makePageCopy(i, null);
        }
      }
      this.#fixPostponedRefCopies(allDocumentData);
      await this.#mergeStructTrees(allDocumentData);
      await this.#mergeAcroForms(allDocumentData);
      this.#buildOutline(allDocumentData);
      await this.#collectEmbeddedFiles(allDocumentData);
      return this.writePDF();
    }
    async #collectDocumentData(documentData) {
      const {
        document: {
          pdfManager,
          xref
        }
      } = documentData;
      await Promise.all([pdfManager.ensureCatalog("destinations").then((destinations) => documentData.destinations = destinations), pdfManager.ensureCatalog("rawPageLabels").then((pageLabels) => documentData.pageLabels = pageLabels), pdfManager.ensureCatalog("structTreeRoot").then((structTreeRoot2) => documentData.structTreeRoot = structTreeRoot2), pdfManager.ensureCatalog("acroForm").then((acroForm) => documentData.acroForm = acroForm), pdfManager.ensureCatalog("documentOutlineForEditor").then((outline) => documentData.outline = outline), pdfManager.ensureCatalog("rawEmbeddedFiles").then((ef) => documentData.embeddedFiles = ef)]);
      const structTreeRoot = documentData.structTreeRoot;
      if (structTreeRoot) {
        const rootDict = structTreeRoot.dict;
        const parentTree = rootDict.get("ParentTree");
        if (parentTree) {
          const numberTree = new NumberTree(parentTree, xref);
          documentData.parentTree = numberTree.getAll(true);
        }
        const idTree = rootDict.get("IDTree");
        if (idTree) {
          const nameTree = new NameTree(idTree, xref);
          documentData.idTree = nameTree.getAll(true);
        }
        documentData.roleMap = rootDict.get("RoleMap") || null;
        documentData.classMap = rootDict.get("ClassMap") || null;
        let namespaces = rootDict.get("Namespaces") || null;
        if (namespaces && !Array.isArray(namespaces)) {
          namespaces = [namespaces];
        }
        documentData.namespaces = namespaces;
        documentData.structTreeAF = rootDict.get("AF") || null;
        documentData.structTreePronunciationLexicon = rootDict.get("PronunciationLexicon") || null;
      }
    }
    async #postCollectPageData(pageData) {
      const {
        page: {
          xref,
          annotations
        },
        documentData: {
          pagesMap,
          destinations,
          usedNamedDestinations,
          fieldToParent
        }
      } = pageData;
      if (!annotations) {
        return;
      }
      const promises = [];
      let newAnnotations = [];
      let newIndex = 0;
      let {
        hasSignatureAnnotations
      } = pageData.documentData;
      for (const annotationRef of annotations) {
        const newAnnotationIndex = newIndex++;
        promises.push(xref.fetchIfRefAsync(annotationRef).then(async (annotationDict) => {
          if (!isName(annotationDict.get("Subtype"), "Link")) {
            if (isName(annotationDict.get("Subtype"), "Widget")) {
              hasSignatureAnnotations ||= isName(getInheritableProperty({
                dict: annotationDict,
                key: "FT"
              }), "Sig");
              const parentRef = annotationDict.getRaw("Parent") || null;
              fieldToParent.put(annotationRef, parentRef);
            }
            newAnnotations[newAnnotationIndex] = annotationRef;
            return;
          }
          const action = annotationDict.get("A");
          if (action instanceof Dict && !isName(action.get("S"), "GoTo")) {
            newAnnotations[newAnnotationIndex] = annotationRef;
            return;
          }
          const dest = action instanceof Dict ? action.get("D") : annotationDict.get("Dest");
          if (!dest || Array.isArray(dest) && (!(dest[0] instanceof Ref) || pagesMap.has(dest[0]))) {
            newAnnotations[newAnnotationIndex] = annotationRef;
          } else if (dest instanceof Name || typeof dest === "string") {
            const destString = stringToPDFString(dest instanceof Name ? dest.name : dest, true);
            if (destinations.has(destString)) {
              newAnnotations[newAnnotationIndex] = annotationRef;
              usedNamedDestinations.add(destString);
            }
          }
        }));
      }
      await Promise.all(promises);
      newAnnotations = newAnnotations.filter(Boolean);
      pageData.annotations = newAnnotations.length > 0 ? newAnnotations : null;
      pageData.documentData.hasSignatureAnnotations ||= hasSignatureAnnotations;
    }
    #setPostponedRefCopies(allDocumentData) {
      for (const {
        postponedRefCopies,
        pagesMap
      } of allDocumentData) {
        for (const oldPageRef of pagesMap.keys()) {
          postponedRefCopies.put(oldPageRef, []);
        }
      }
    }
    #fixPostponedRefCopies(allDocumentData) {
      for (const {
        postponedRefCopies,
        oldRefMapping
      } of allDocumentData) {
        for (const [oldRef, actions] of postponedRefCopies.items()) {
          const newRef = oldRefMapping.get(oldRef);
          for (const action of actions) {
            action(newRef);
          }
        }
        postponedRefCopies.clear();
      }
    }
    #visitObject(obj, callback, visited = new RefSet()) {
      if (obj instanceof Ref) {
        if (!visited.has(obj)) {
          visited.put(obj);
          this.#visitObject(this.xref[obj.num], callback, visited);
        }
        return;
      }
      if (Array.isArray(obj)) {
        for (const item of obj) {
          this.#visitObject(item, callback, visited);
        }
        return;
      }
      let dict;
      if (obj instanceof BaseStream) {
        ({
          dict
        } = obj);
      } else if (obj instanceof Dict) {
        dict = obj;
      }
      if (dict) {
        callback(dict);
        for (const value of dict.getRawValues()) {
          this.#visitObject(value, callback, visited);
        }
      }
    }
    async #mergeStructTrees(allDocumentData) {
      let newStructParentId = 0;
      const {
        parentTree: newParentTree
      } = this;
      for (let i = 0, ii = this.newPages.length; i < ii; i++) {
        if (!this.oldPages[i]) {
          continue;
        }
        const {
          documentData: {
            parentTree,
            oldRefMapping,
            oldStructParentMapping,
            usedStructParents,
            document: {
              xref
            }
          }
        } = this.oldPages[i];
        if (!parentTree) {
          continue;
        }
        const pageRef = this.newPages[i];
        const pageDict = this.xref[pageRef.num];
        const visited = new RefSet();
        visited.put(pageRef);
        this.#visitObject(pageDict, (dict) => {
          const structParent = dict.get("StructParent") ?? dict.get("StructParents");
          if (typeof structParent !== "number") {
            return;
          }
          usedStructParents.add(structParent);
          let parent = parentTree.get(structParent);
          const parentRef = parent instanceof Ref ? parent : null;
          if (parentRef) {
            const array = xref.fetch(parentRef);
            if (Array.isArray(array)) {
              parent = array;
            }
          }
          if (Array.isArray(parent) && parent.every((ref) => ref === null)) {
            parent = null;
          }
          if (!parent) {
            if (dict.has("StructParent")) {
              dict.delete("StructParent");
            } else {
              dict.delete("StructParents");
            }
            return;
          }
          let newStructParent = oldStructParentMapping.get(structParent);
          if (newStructParent === void 0) {
            newStructParent = newStructParentId++;
            oldStructParentMapping.set(structParent, newStructParent);
            newParentTree.set(newStructParent, [oldRefMapping, parent]);
          }
          if (dict.has("StructParent")) {
            dict.set("StructParent", newStructParent);
          } else {
            dict.set("StructParents", newStructParent);
          }
        }, visited);
      }
      const {
        structTreeKids,
        idTree: newIdTree,
        classMap: newClassMap,
        roleMap: newRoleMap,
        namespaces: newNamespaces,
        structTreeAF: newStructTreeAF,
        structTreePronunciationLexicon: newStructTreePronunciationLexicon
      } = this;
      for (const documentData of allDocumentData) {
        const {
          document: {
            xref
          },
          oldRefMapping,
          parentTree,
          usedStructParents,
          structTreeRoot,
          idTree,
          classMap,
          roleMap,
          namespaces,
          structTreeAF,
          structTreePronunciationLexicon
        } = documentData;
        if (!structTreeRoot) {
          continue;
        }
        this.currentDocument = documentData;
        const removedStructElements = new RefSet();
        for (const [key2, value] of parentTree || []) {
          if (!usedStructParents.has(key2) && value instanceof Ref) {
            removedStructElements.put(value);
          }
        }
        const dedupIDs = /* @__PURE__ */ new Map();
        for (const [id, nodeRef] of idTree || []) {
          let _id = id;
          if (newIdTree.has(id)) {
            for (let i = 1; ; i++) {
              const newId = `${id}_${i}`;
              if (!newIdTree.has(newId)) {
                dedupIDs.set(id, newId);
                _id = newId;
                break;
              }
            }
          }
          newIdTree.set(_id, nodeRef);
        }
        const dedupClasses = /* @__PURE__ */ new Map();
        if (classMap?.size > 0) {
          for (let [className, classDict] of classMap) {
            classDict = await this.#collectDependencies(classDict, true, xref);
            if (newClassMap.has(className)) {
              for (let i = 1; ; i++) {
                const newClassName = `${className}_${i}`;
                if (!newClassMap.has(newClassName)) {
                  dedupClasses.set(className, newClassName);
                  className = newClassName;
                  break;
                }
              }
            }
            newClassMap.set(className, classDict);
          }
        }
        const dedupRoles = /* @__PURE__ */ new Map();
        if (roleMap?.size > 0) {
          for (const [roleName, mappedName] of roleMap) {
            const newMappedName = newRoleMap.get(roleName);
            if (!newMappedName) {
              newRoleMap.set(roleName, mappedName);
              continue;
            }
            if (newMappedName === mappedName) {
              continue;
            }
            for (let i = 1; ; i++) {
              const newRoleName = `${roleName}_${i}`;
              if (!newRoleMap.has(newRoleName)) {
                dedupRoles.set(roleName, newRoleName);
                newRoleMap.set(newRoleName, mappedName);
                break;
              }
            }
          }
        }
        if (namespaces?.length > 0) {
          for (const namespaceRef of namespaces) {
            const namespace = await xref.fetchIfRefAsync(namespaceRef);
            let ns2 = namespace.get("NS");
            if (!ns2 || newNamespaces.has(ns2)) {
              continue;
            }
            ns2 = stringToPDFString(ns2, false);
            const newNamespace = await this.#collectDependencies(namespace, true, xref);
            newNamespaces.set(ns2, newNamespace);
          }
        }
        if (structTreeAF) {
          for (const afRef of structTreeAF) {
            newStructTreeAF.push(await this.#collectDependencies(afRef, true, xref));
          }
        }
        if (structTreePronunciationLexicon) {
          for (const lexiconRef of structTreePronunciationLexicon) {
            newStructTreePronunciationLexicon.push(await this.#collectDependencies(lexiconRef, true, xref));
          }
        }
        const rawKids = structTreeRoot.dict.getRaw("K");
        if (!rawKids) {
          continue;
        }
        const kids = await this.#resolveStructKids(rawKids, xref);
        for (let kid of kids) {
          const kidRef = kid instanceof Ref ? kid : null;
          kid = await xref.fetchIfRefAsync(kid);
          if (!(kid instanceof Dict)) {
            continue;
          }
          let setAsSpan = false;
          if (kidRef && removedStructElements.has(kidRef)) {
            if (!isName(kid.get("S"), "Link")) {
              continue;
            }
            setAsSpan = true;
          }
          const newKidRef = await this.#cloneStructTreeNode(kidRef, kid, xref, removedStructElements, dedupIDs, dedupClasses, dedupRoles);
          if (newKidRef) {
            structTreeKids.push(newKidRef);
            if (kidRef) {
              oldRefMapping.put(kidRef, newKidRef);
            }
            if (setAsSpan) {
              this.xref[newKidRef.num].setIfName("S", "Span");
            }
          }
        }
        for (const [id, nodeRef] of idTree || []) {
          const newNodeRef = nodeRef instanceof Ref && oldRefMapping.get(nodeRef);
          const newId = dedupIDs.get(id) || id;
          if (newNodeRef) {
            newIdTree.set(newId, newNodeRef);
          } else {
            newIdTree.delete(newId);
          }
        }
      }
      for (const [key2, [oldRefMapping, parent]] of newParentTree) {
        if (!parent) {
          newParentTree.delete(key2);
          continue;
        }
        if (!Array.isArray(parent)) {
          const newParent = oldRefMapping.get(parent);
          if (newParent === void 0) {
            newParentTree.delete(key2);
          } else {
            newParentTree.set(key2, newParent);
          }
          continue;
        }
        const newParents = parent.map((ref) => ref instanceof Ref && oldRefMapping.get(ref) || null);
        if (newParents.length === 0 || newParents.every((ref) => ref === null)) {
          newParentTree.delete(key2);
          continue;
        }
        newParentTree.set(key2, newParents);
      }
      this.currentDocument = null;
    }
    #collectValidDestinations(allDocumentData) {
      for (const documentData of allDocumentData) {
        if (!documentData.destinations) {
          continue;
        }
        const {
          destinations,
          pagesMap
        } = documentData;
        const newDestinations = documentData.destinations = /* @__PURE__ */ new Map();
        for (const [key2, dest] of destinations) {
          const pageRef = dest[0];
          const pageData = pageRef instanceof Ref && pagesMap.get(pageRef);
          if (!pageData) {
            continue;
          }
          (pageData.pointingNamedDestinations ||= /* @__PURE__ */ new Set()).add(key2);
          newDestinations.set(key2, dest);
        }
      }
    }
    #findDuplicateNamedDestinations() {
      const {
        namedDestinations
      } = this;
      const getUniqueDestinationName = (name) => {
        if (!namedDestinations.has(name)) {
          return name;
        }
        for (let i = 1; ; i++) {
          const dedupedName = `${name}_${i}`;
          if (!namedDestinations.has(dedupedName)) {
            return dedupedName;
          }
        }
      };
      for (let i = 0, ii = this.oldPages.length; i < ii; i++) {
        const page = this.oldPages[i];
        if (!page) {
          continue;
        }
        const {
          documentData: {
            destinations,
            dedupNamedDestinations,
            usedNamedDestinations
          }
        } = page;
        let {
          pointingNamedDestinations
        } = page;
        if (!pointingNamedDestinations) {
          continue;
        }
        page.pointingNamedDestinations = pointingNamedDestinations = pointingNamedDestinations.intersection(usedNamedDestinations);
        for (const pointingDest of pointingNamedDestinations) {
          if (!usedNamedDestinations.has(pointingDest)) {
            continue;
          }
          const dest = destinations.get(pointingDest).slice();
          if (!namedDestinations.has(pointingDest)) {
            namedDestinations.set(pointingDest, dest);
            continue;
          }
          const newName = getUniqueDestinationName(`${pointingDest}_p${i + 1}`);
          dedupNamedDestinations.set(pointingDest, newName);
          namedDestinations.set(newName, dest);
        }
      }
    }
    #fixNamedDestinations(annotations, dedupNamedDestinations) {
      if (dedupNamedDestinations.size === 0) {
        return;
      }
      const fixDestination = (dict, key2, dest) => {
        if (typeof dest === "string") {
          dict.set(key2, dedupNamedDestinations.get(stringToPDFString(dest, true)) || dest);
        }
      };
      for (const annotRef of annotations) {
        const annotDict = this.xref[annotRef.num];
        if (!isName(annotDict.get("Subtype"), "Link")) {
          continue;
        }
        const action = annotDict.get("A");
        if (action instanceof Dict && action.has("D")) {
          const dest2 = action.get("D");
          fixDestination(action, "D", dest2);
          continue;
        }
        const dest = annotDict.get("Dest");
        fixDestination(annotDict, "Dest", dest);
      }
    }
    #collectOutlineDestinations(allDocumentData) {
      const collect = (items, destinations, usedNamedDestinations) => {
        for (const item of items) {
          if (typeof item.dest === "string" && destinations?.has(item.dest)) {
            usedNamedDestinations.add(item.dest);
          }
          if (item.items.length > 0) {
            collect(item.items, destinations, usedNamedDestinations);
          }
        }
      };
      for (const documentData of allDocumentData) {
        const {
          outline,
          destinations,
          usedNamedDestinations
        } = documentData;
        if (outline?.length) {
          collect(outline, destinations, usedNamedDestinations);
        }
      }
    }
    #isValidOutlineDest(item, documentData) {
      const {
        dest,
        action,
        url,
        unsafeUrl,
        attachment,
        setOCGState
      } = item;
      if (action || url || unsafeUrl || attachment || setOCGState) {
        return true;
      }
      if (!dest) {
        return false;
      }
      if (typeof dest === "string") {
        const name = documentData.dedupNamedDestinations.get(dest) || dest;
        return this.namedDestinations.has(name);
      }
      return Array.isArray(dest) && dest[0] instanceof Ref && !!documentData.oldRefMapping.get(dest[0]);
    }
    #filterOutlineItems(items, documentData) {
      const result = [];
      for (const item of items) {
        const filteredChildren = this.#filterOutlineItems(item.items, documentData);
        const hasValidOwnDest = this.#isValidOutlineDest(item, documentData);
        if (hasValidOwnDest || filteredChildren.length > 0) {
          result.push({
            ...item,
            dest: hasValidOwnDest ? item.dest : null,
            rawDict: hasValidOwnDest ? item.rawDict : null,
            items: filteredChildren,
            _documentData: documentData
          });
        }
      }
      return result;
    }
    #buildOutline(allDocumentData) {
      const outlineItems = [];
      for (const documentData of allDocumentData) {
        const {
          outline
        } = documentData;
        if (!outline?.length) {
          continue;
        }
        outlineItems.push(...this.#filterOutlineItems(outline, documentData));
      }
      this.outlineItems = outlineItems.length > 0 ? outlineItems : null;
    }
    async #setOutlineItemDest(itemDict, item) {
      const {
        dest,
        rawDict
      } = item;
      const documentData = item._documentData;
      if (dest) {
        if (typeof dest === "string") {
          const name = documentData.dedupNamedDestinations.get(dest) || dest;
          itemDict.set("Dest", stringToAsciiOrUTF16BE(name));
        } else if (Array.isArray(dest)) {
          const newDest = dest.slice();
          if (newDest[0] instanceof Ref) {
            newDest[0] = documentData.oldRefMapping.get(newDest[0]) || newDest[0];
          }
          itemDict.set("Dest", newDest);
        }
        return;
      }
      const actionDict = rawDict?.get("A");
      if (actionDict instanceof Dict) {
        this.currentDocument = documentData;
        const actionRef = await this.#cloneObject(actionDict, documentData.document.xref);
        this.currentDocument = null;
        itemDict.set("A", actionRef);
      }
    }
    async #makeOutline() {
      const {
        outlineItems
      } = this;
      if (!outlineItems?.length) {
        return;
      }
      const [outlineRootRef, outlineRootDict] = this.newDict;
      outlineRootDict.setIfName("Type", "Outlines");
      const assignRefs = (items) => {
        for (const item of items) {
          [item._ref] = this.newDict;
          if (item.items.length > 0) {
            assignRefs(item.items);
          }
        }
      };
      assignRefs(outlineItems);
      const fillItems = async (items, parentRef) => {
        let totalCount2 = 0;
        for (let i = 0; i < items.length; i++) {
          const item = items[i];
          const dict = this.xref[item._ref.num];
          dict.set("Title", stringToAsciiOrUTF16BE(item.title));
          dict.set("Parent", parentRef);
          if (i > 0) {
            dict.set("Prev", items[i - 1]._ref);
          }
          if (i < items.length - 1) {
            dict.set("Next", items[i + 1]._ref);
          }
          if (item.items.length > 0) {
            dict.set("First", item.items[0]._ref);
            dict.set("Last", item.items.at(-1)._ref);
            const childCount = await fillItems(item.items, item._ref);
            if (item.count !== void 0) {
              dict.set("Count", item.count < 0 ? -childCount : childCount);
            }
            totalCount2 += item.count !== void 0 && item.count < 0 ? 1 : childCount + 1;
          } else {
            totalCount2 += 1;
          }
          await this.#setOutlineItemDest(dict, item);
          const flags = (item.bold ? 2 : 0) | (item.italic ? 1 : 0);
          if (flags !== 0) {
            dict.set("F", flags);
          }
          if (item.color && (item.color[0] !== 0 || item.color[1] !== 0 || item.color[2] !== 0)) {
            dict.set("C", [item.color[0] / 255, item.color[1] / 255, item.color[2] / 255]);
          }
        }
        return totalCount2;
      };
      const totalCount = await fillItems(outlineItems, outlineRootRef);
      outlineRootDict.set("First", outlineItems[0]._ref);
      outlineRootDict.set("Last", outlineItems.at(-1)._ref);
      outlineRootDict.set("Count", totalCount);
      this.rootDict.set("Outlines", outlineRootRef);
    }
    async #mergeAcroForms(allDocumentData) {
      this.#setAcroFormDefaultBasicValues(allDocumentData);
      this.#setAcroFormDefaultAppearance(allDocumentData);
      this.#setAcroFormQ(allDocumentData);
      await this.#setAcroFormDefaultResources(allDocumentData);
      const newFields = this.fields;
      for (const documentData of allDocumentData) {
        let fields = documentData.acroForm?.get("Fields") || null;
        if (!fields && documentData.fieldToParent.size > 0) {
          fields = this.#fixFields(documentData.fieldToParent, documentData.document.xref);
        }
        if (Array.isArray(fields) && fields.length > 0) {
          this.currentDocument = documentData;
          await this.#cloneFields(newFields, fields);
          this.currentDocument = null;
        }
      }
      this.#setAcroFormCalculationOrder(allDocumentData);
    }
    #setAcroFormQ(allDocumentData) {
      let firstQ = 0;
      let firstDocData = null;
      for (const documentData of allDocumentData) {
        const q = documentData.acroForm?.get("Q");
        if (typeof q !== "number" || q === 0) {
          continue;
        }
        if (firstDocData?.acroFormQ > 0) {
          documentData.acroFormQ = q;
          continue;
        }
        if (firstQ === 0) {
          firstQ = q;
          firstDocData = documentData;
          continue;
        }
        if (q === firstQ) {
          continue;
        }
        firstDocData.acroFormQ ||= firstQ;
        documentData.acroFormQ = q;
        firstQ = 0;
      }
      if (firstQ > 0) {
        this.acroFormQ = firstQ;
      }
    }
    #setAcroFormDefaultBasicValues(allDocumentData) {
      let sigFlags = 0;
      let needAppearances = false;
      for (const documentData of allDocumentData) {
        if (!documentData.acroForm) {
          continue;
        }
        const sf = documentData.acroForm.get("SigFlags");
        if (typeof sf === "number" && documentData.hasSignatureAnnotations) {
          sigFlags |= sf;
        }
        if (documentData.acroForm.get("NeedAppearances") === true) {
          needAppearances = true;
        }
      }
      this.acroFormSigFlags = sigFlags;
      this.acroFormNeedAppearances = needAppearances;
    }
    #setAcroFormCalculationOrder(allDocumentData) {
      const calculationOrder = [];
      for (const documentData of allDocumentData) {
        const co = documentData.acroForm?.get("CO") || null;
        if (!Array.isArray(co)) {
          continue;
        }
        const {
          oldRefMapping
        } = documentData;
        for (const coRef of co) {
          const newCoRef = coRef instanceof Ref && oldRefMapping.get(coRef);
          if (newCoRef) {
            calculationOrder.push(newCoRef);
          }
        }
      }
      this.acroFormCalculationOrder = calculationOrder.length > 0 ? calculationOrder : null;
    }
    #setAcroFormDefaultAppearance(allDocumentData) {
      let firstDA = null;
      let firstDocData = null;
      for (const documentData of allDocumentData) {
        const da = documentData.acroForm?.get("DA") || null;
        if (!da || typeof da !== "string") {
          continue;
        }
        if (firstDocData?.acroFormDefaultAppearance) {
          documentData.acroFormDefaultAppearance = da;
          continue;
        }
        if (!firstDA) {
          firstDA = da;
          firstDocData = documentData;
          continue;
        }
        if (da === firstDA) {
          continue;
        }
        firstDocData.acroFormDefaultAppearance ||= firstDA;
        documentData.acroFormDefaultAppearance = da;
        firstDA = null;
      }
      if (firstDA) {
        this.acroFormDefaultAppearance = firstDA;
      }
    }
    async #setAcroFormDefaultResources(allDocumentData) {
      let firstDR = null;
      let firstDRRef = null;
      let firstDocData = null;
      for (const documentData of allDocumentData) {
        const dr = documentData.acroForm?.get("DR") || null;
        if (!dr || !(dr instanceof Dict)) {
          continue;
        }
        if (firstDocData?.acroFormDefaultResources) {
          documentData.acroFormDefaultResources = dr;
          continue;
        }
        if (!firstDR) {
          firstDR = dr;
          firstDRRef = documentData.acroForm.getRaw("DR");
          firstDocData = documentData;
          continue;
        }
        if (deepCompare(firstDR, dr)) {
          continue;
        }
        firstDocData.acroFormDefaultResources ||= firstDR;
        documentData.acroFormDefaultResources = dr;
        firstDR = null;
        firstDRRef = null;
      }
      if (firstDR) {
        this.currentDocument = firstDocData;
        this.acroFormDefaultResources = await this.#collectDependencies(firstDRRef, true, firstDocData.document.xref);
        this.currentDocument = null;
      }
    }
    #fixFields(fieldToParent, xref) {
      const newFields = [];
      const processed = new RefSet();
      for (const [fieldRef, parentRef] of fieldToParent.items()) {
        if (!parentRef) {
          newFields.push(fieldRef);
          continue;
        }
        let parent = parentRef;
        let lastNonNullParent = parentRef;
        const visited = new RefSet();
        while (true) {
          if (parent instanceof Ref) {
            if (visited.has(parent)) {
              break;
            }
            visited.put(parent);
          }
          const parentDict = xref.fetchIfRef(parent);
          if (!(parentDict instanceof Dict)) {
            break;
          }
          parent = parentDict.getRaw("Parent") || null;
          if (!parent) {
            break;
          }
          lastNonNullParent = parent;
        }
        if (lastNonNullParent instanceof Ref && !processed.has(lastNonNullParent)) {
          newFields.push(lastNonNullParent);
          processed.put(lastNonNullParent);
        }
      }
      return newFields;
    }
    async #cloneFields(newFields, fields) {
      const processed = new RefSet();
      const stack = [{
        kids: fields,
        newKids: newFields,
        pos: 0,
        oldParentRef: null,
        parentRef: null,
        parent: null
      }];
      const {
        document: {
          xref
        },
        oldRefMapping,
        fieldToParent,
        acroFormDefaultAppearance,
        acroFormDefaultResources,
        acroFormQ
      } = this.currentDocument;
      const daToFix = [];
      const drToFix = [];
      while (stack.length > 0) {
        const data = stack.at(-1);
        const {
          kids,
          newKids,
          parent,
          pos
        } = data;
        if (pos === kids.length) {
          stack.pop();
          if (newKids.length === 0 || !parent) {
            continue;
          }
          const parentDict = this.xref[data.parentRef.num] = this.cloneDict(parent);
          parentDict.delete("Parent");
          parentDict.delete("Kids");
          await this.#collectDependencies(parentDict, false, xref);
          parentDict.set("Kids", newKids);
          if (stack.length > 0) {
            const lastData = stack.at(-1);
            if (!lastData.parentRef && lastData.oldParentRef) {
              const parentRef = lastData.parentRef = this.newRef;
              parentDict.set("Parent", parentRef);
              oldRefMapping.put(lastData.oldParentRef, parentRef);
            }
            lastData.newKids.push(data.parentRef);
          }
          continue;
        }
        const oldKidRef = kids[data.pos++];
        if (!(oldKidRef instanceof Ref) || processed.has(oldKidRef)) {
          continue;
        }
        processed.put(oldKidRef);
        const kid = xref.fetchIfRef(oldKidRef);
        if (!(kid instanceof Dict)) {
          continue;
        }
        if (kid.has("Kids")) {
          const kidsArray = kid.get("Kids");
          if (!Array.isArray(kidsArray)) {
            continue;
          }
          stack.push({
            kids: kidsArray,
            newKids: [],
            pos: 0,
            oldParentRef: oldKidRef,
            parentRef: null,
            parent: kid
          });
          continue;
        }
        if (!fieldToParent.has(oldKidRef)) {
          continue;
        }
        const newRef = oldRefMapping.get(oldKidRef);
        if (!newRef) {
          continue;
        }
        newKids.push(newRef);
        if (!data.parentRef && data.oldParentRef) {
          data.parentRef = this.newRef;
          oldRefMapping.put(data.oldParentRef, data.parentRef);
        }
        const newKid = this.xref[newRef.num];
        if (data.parentRef) {
          newKid.set("Parent", data.parentRef);
        }
        if (acroFormDefaultAppearance && !newKid.has("DA")) {
          daToFix.push(newKid);
        }
        if (acroFormDefaultResources && !newKid.has("Kids") && newKid.get("AP") instanceof Dict) {
          drToFix.push(newKid);
        }
        if (acroFormQ && !newKid.has("Q")) {
          newKid.set("Q", acroFormQ);
        }
      }
      for (const field3 of daToFix) {
        const fieldType = getInheritableProperty({
          dict: field3,
          key: "FT"
        });
        if (!isName(fieldType, "Tx")) {
          continue;
        }
        const da = getInheritableProperty({
          dict: field3,
          key: "DA"
        });
        if (!da) {
          field3.set("DA", acroFormDefaultAppearance);
        }
      }
      const resourcesValuesCache = /* @__PURE__ */ new Map();
      const fixAppearanceResources = async (stream2) => {
        let resources = stream2.dict.getRaw("Resources");
        resources &&= this.xrefWrapper.fetchIfRef(resources);
        if (!(resources instanceof Dict)) {
          const newResourcesRef = await resourcesValuesCache.getOrInsertComputed(acroFormDefaultResources, () => this.#cloneObject(acroFormDefaultResources, xref));
          stream2.dict.set("Resources", newResourcesRef);
          return;
        }
        for (const [resKey, resValue] of acroFormDefaultResources.getRawEntries()) {
          if (resources.has(resKey)) {
            continue;
          }
          let newResValue = resValue;
          if (resValue instanceof Ref) {
            newResValue = await this.#collectDependencies(resValue, true, xref);
          } else if (resValue instanceof Dict || resValue instanceof BaseStream || Array.isArray(resValue)) {
            newResValue = await resourcesValuesCache.getOrInsertComputed(resValue, () => this.#cloneObject(resValue, xref));
          }
          resources.set(resKey, newResValue);
        }
      };
      for (const field3 of drToFix) {
        const ap = field3.get("AP");
        for (const [, value] of ap) {
          if (value instanceof BaseStream) {
            await fixAppearanceResources(value);
          } else if (value instanceof Dict) {
            for (const [, stream2] of value) {
              if (stream2 instanceof BaseStream) {
                await fixAppearanceResources(stream2);
              }
            }
          }
        }
      }
    }
    async #collectPageLabels() {
      if (!this.isSingleFile) {
        return;
      }
      const firstRealPage = this.oldPages.find((p) => !!p);
      if (!firstRealPage) {
        return;
      }
      const {
        documentData: {
          document: document2,
          pageLabels
        }
      } = firstRealPage;
      if (!pageLabels) {
        return;
      }
      const numPages = document2.numPages;
      const labelsByPageIndex = /* @__PURE__ */ new Map();
      const oldPageIndices = new Set(this.oldPages.filter(Boolean).map(({
        page: {
          pageIndex
        }
      }) => pageIndex));
      let currentLabel = null;
      let stFirstIndex = -1;
      for (let i = 0; i < numPages; i++) {
        const newLabel = pageLabels.get(i);
        if (newLabel) {
          currentLabel = newLabel;
          stFirstIndex = currentLabel.has("St") ? i : -1;
        }
        if (!oldPageIndices.has(i)) {
          continue;
        }
        if (stFirstIndex !== -1) {
          const st = currentLabel.get("St");
          currentLabel = this.cloneDict(currentLabel);
          currentLabel.set("St", st + (i - stFirstIndex));
          stFirstIndex = -1;
        }
        labelsByPageIndex.set(i, currentLabel);
      }
      const defaultLabel = (index) => {
        const label = new Dict();
        label.setIfName("S", "D");
        label.set("St", index + 1);
        return label;
      };
      currentLabel = null;
      const newPageLabels = this.pageLabels = [];
      for (let i = 0, ii = this.oldPages.length; i < ii; i++) {
        const pageData = this.oldPages[i];
        const label = pageData ? labelsByPageIndex.get(pageData.page.pageIndex) || defaultLabel(i) : defaultLabel(i);
        if (label === currentLabel) {
          continue;
        }
        currentLabel = label;
        newPageLabels.push([i, currentLabel]);
      }
    }
    async #makePageCopy(pageIndex) {
      const {
        page,
        documentData,
        annotations,
        pointingNamedDestinations,
        copyLevel
      } = this.oldPages[pageIndex];
      this.currentDocument = documentData;
      const {
        dedupNamedDestinations,
        oldRefMapping
      } = documentData;
      const {
        xref,
        rotate,
        mediaBox,
        resources,
        ref: oldPageRef
      } = page;
      const pageRef = this.newRef;
      const pageDict = this.xref[pageRef.num] = this.cloneDict(page.pageDict);
      oldRefMapping.put(oldPageRef, pageRef);
      if (pointingNamedDestinations) {
        for (const pointingDest of pointingNamedDestinations) {
          const name = dedupNamedDestinations.get(pointingDest) || pointingDest;
          const dest = this.namedDestinations.get(name);
          dest[0] = pageRef;
        }
      }
      for (const key2 of ["Rotate", "MediaBox", "CropBox", "BleedBox", "TrimBox", "ArtBox", "Resources", "Annots", "Parent", "UserUnit"]) {
        pageDict.delete(key2);
      }
      const lastRef = this.newRefCount;
      await this.#collectDependencies(pageDict, false, xref);
      pageDict.set("Rotate", rotate);
      pageDict.set("MediaBox", mediaBox);
      for (const boxName of ["CropBox", "BleedBox", "TrimBox", "ArtBox"]) {
        const box = page.getBoundingBox(boxName);
        if (box?.some((value, index) => value !== mediaBox[index])) {
          pageDict.set(boxName, box);
        }
      }
      const userUnit = page.userUnit;
      if (userUnit !== 1) {
        pageDict.set("UserUnit", userUnit);
      }
      pageDict.setIfDict("Resources", await this.#collectDependencies(resources, true, xref));
      let newAnnots = null;
      if (annotations) {
        const newAnnotations2 = await this.#collectDependencies(annotations, true, xref);
        this.#fixNamedDestinations(newAnnotations2, dedupNamedDestinations);
        if (Array.isArray(newAnnotations2) && newAnnotations2.length > 0) {
          newAnnots = newAnnotations2;
        }
      }
      const newAnnotations = documentData.document === this.#primaryDocument ? this.#newAnnotationsParams?.newAnnotationsByPage?.get(page.pageIndex)?.filter(({
        copyLevel: level
      }) => (level ?? 0) === copyLevel) : null;
      if (newAnnotations?.length) {
        const {
          handler,
          task,
          imagesPromises
        } = this.#newAnnotationsParams;
        const changes = new RefMap();
        const newData = await AnnotationFactory.saveNewAnnotations(page._createPartialEvaluator(handler), this.xrefWrapper, task, newAnnotations, imagesPromises, changes);
        for (const [ref, {
          data
        }] of changes.items()) {
          this.xref[ref.num] = data;
        }
        newAnnots ||= [];
        for (const {
          ref
        } of newData.annotations) {
          newAnnots.push(ref);
        }
      }
      pageDict.setIfArray("Annots", newAnnots);
      if (this.useObjectStreams) {
        const newLastRef = this.newRefCount;
        const pageObjectRefs = [];
        for (let i = lastRef; i < newLastRef; i++) {
          const obj = this.xref[i];
          if (obj instanceof BaseStream) {
            continue;
          }
          pageObjectRefs.push(Ref.get(i, 0));
        }
        for (let i = 0; i < pageObjectRefs.length; i += 65535) {
          const objStreamRef = this.newRef;
          this.objStreamRefs.add(objStreamRef.num);
          this.xref[objStreamRef.num] = pageObjectRefs.slice(i, i + 65535);
        }
      }
      this.currentDocument = null;
      return pageRef;
    }
    #modalPageSize() {
      const counts = /* @__PURE__ */ new Map();
      for (const pageData of this.oldPages) {
        if (!pageData) {
          continue;
        }
        const {
          page
        } = pageData;
        const [x0, y0, x1, y1] = page.view;
        let width = x1 - x0;
        let height = y1 - y0;
        if (width <= 0 || height <= 0) {
          continue;
        }
        if (page.rotate % 180 !== 0) {
          [width, height] = [height, width];
        }
        const key2 = `${width}x${height}`;
        const entry = counts.get(key2);
        if (entry) {
          entry.count++;
        } else {
          counts.set(key2, {
            width,
            height,
            count: 1
          });
        }
      }
      if (counts.size === 0) {
        const [, , width, height] = LETTER_SIZE_MEDIABOX;
        return {
          width,
          height
        };
      }
      let best = null;
      for (const entry of counts.values()) {
        if (!best || entry.count > best.count || entry.count === best.count && entry.width * entry.height > best.width * best.height) {
          best = entry;
        }
      }
      return {
        width: best.width,
        height: best.height
      };
    }
    async #makeImagePage(bitmap, pageSize) {
      const {
        width: pageW,
        height: pageH
      } = pageSize;
      const DEFAULT_MARGIN_RATIO = 0.1;
      const margin = pageW * DEFAULT_MARGIN_RATIO;
      const availW = Math.max(1, pageW - 2 * margin);
      const availH = Math.max(1, pageH - 2 * margin);
      const lastRef = this.newRefCount;
      const {
        imageStream,
        smaskStream,
        width: imgW,
        height: imgH
      } = await createImage(bitmap, this.xrefWrapper, {
        closeBitmap: true
      });
      const scale2 = Math.min(availW / imgW, availH / imgH);
      const drawW = imgW * scale2;
      const drawH = imgH * scale2;
      const tx = (pageW - drawW) / 2;
      const ty = (pageH - drawH) / 2;
      if (smaskStream) {
        const smaskRef = this.newRef;
        this.xref[smaskRef.num] = smaskStream;
        imageStream.dict.set("SMask", smaskRef);
      }
      const imageRef = this.newRef;
      this.xref[imageRef.num] = imageStream;
      const xobjectDict = new Dict(this.xrefWrapper);
      xobjectDict.set("Im0", imageRef);
      const resourcesDict = new Dict(this.xrefWrapper);
      resourcesDict.set("XObject", xobjectDict);
      resourcesDict.set("ProcSet", [Name.get("PDF"), Name.get("ImageC")]);
      const content = `q ${core_utils_numberToString(drawW)} 0 0 ${core_utils_numberToString(drawH)} ${core_utils_numberToString(tx)} ${core_utils_numberToString(ty)} cm /Im0 Do Q`;
      const contentsStream = new StringStream(content, new Dict(this.xrefWrapper));
      const contentsRef = this.newRef;
      this.xref[contentsRef.num] = contentsStream;
      const pageRef = this.newRef;
      const pageDict = this.xref[pageRef.num] = new Dict(this.xrefWrapper);
      pageDict.setIfName("Type", "Page");
      pageDict.set("MediaBox", [0, 0, pageW, pageH]);
      pageDict.set("Resources", resourcesDict);
      pageDict.set("Contents", contentsRef);
      if (this.useObjectStreams) {
        const newLastRef = this.newRefCount;
        const pageObjectRefs = [];
        for (let i = lastRef; i < newLastRef; i++) {
          const obj = this.xref[i];
          if (obj instanceof BaseStream) {
            continue;
          }
          pageObjectRefs.push(Ref.get(i, 0));
        }
        for (let i = 0; i < pageObjectRefs.length; i += 65535) {
          const objStreamRef = this.newRef;
          this.objStreamRefs.add(objStreamRef.num);
          this.xref[objStreamRef.num] = pageObjectRefs.slice(i, i + 65535);
        }
      }
      return pageRef;
    }
    #makePageTree() {
      const {
        newPages: pages,
        rootDict,
        pagesRef,
        pagesDict
      } = this;
      rootDict.set("Pages", pagesRef);
      pagesDict.setIfName("Type", "Pages");
      pagesDict.set("Count", pages.length);
      const maxLeaves = false ? 0 : MAX_LEAVES_PER_PAGES_NODE;
      const stack = [{
        dict: pagesDict,
        kids: pages,
        parentRef: pagesRef
      }];
      while (stack.length > 0) {
        const {
          dict,
          kids,
          parentRef
        } = stack.pop();
        if (kids.length <= maxLeaves) {
          dict.set("Kids", kids);
          for (const ref of kids) {
            this.xref[ref.num].set("Parent", parentRef);
          }
          continue;
        }
        const chunkSize2 = Math.max(maxLeaves, Math.ceil(kids.length / maxLeaves));
        const kidsChunks = [];
        for (let i = 0; i < kids.length; i += chunkSize2) {
          kidsChunks.push(kids.slice(i, i + chunkSize2));
        }
        const kidsRefs = [];
        dict.set("Kids", kidsRefs);
        for (const chunk of kidsChunks) {
          const [kidRef, kidDict] = this.newDict;
          kidsRefs.push(kidRef);
          kidDict.setIfName("Type", "Pages");
          kidDict.set("Parent", parentRef);
          kidDict.set("Count", chunk.length);
          stack.push({
            dict: kidDict,
            kids: chunk,
            parentRef: kidRef
          });
        }
      }
    }
    #makeNameNumTree(map, areNames) {
      const allEntries = map.sort(areNames ? ([keyA], [keyB]) => {
        if (keyA < keyB) {
          return -1;
        }
        return keyA > keyB ? 1 : 0;
      } : ([keyA], [keyB]) => keyA - keyB);
      const maxLeaves = false ? 0 : MAX_IN_NAME_TREE_NODE;
      const [treeRef, treeDict] = this.newDict;
      const stack = [{
        dict: treeDict,
        entries: allEntries,
        isRoot: true
      }];
      const valueType = areNames ? "Names" : "Nums";
      while (stack.length > 0) {
        const {
          dict,
          entries,
          isRoot
        } = stack.pop();
        if (entries.length <= maxLeaves) {
          if (!isRoot) {
            dict.set("Limits", [entries[0][0], entries.at(-1)[0]]);
          }
          dict.set(valueType, entries.flat());
          continue;
        }
        const entriesChunks = [];
        const chunkSize2 = Math.max(maxLeaves, Math.ceil(entries.length / maxLeaves));
        for (let i = 0; i < entries.length; i += chunkSize2) {
          entriesChunks.push(entries.slice(i, i + chunkSize2));
        }
        const entriesRefs = [];
        dict.set("Kids", entriesRefs);
        for (const chunk of entriesChunks) {
          const [entriesRef, entriesDict] = this.newDict;
          entriesRefs.push(entriesRef);
          entriesDict.set("Limits", [chunk[0][0], chunk.at(-1)[0]]);
          stack.push({
            dict: entriesDict,
            entries: chunk
          });
        }
      }
      return treeRef;
    }
    #makePageLabelsTree() {
      const {
        pageLabels
      } = this;
      if (!pageLabels?.length) {
        return;
      }
      const {
        rootDict
      } = this;
      const pageLabelsRef = this.#makeNameNumTree(this.pageLabels, false);
      rootDict.set("PageLabels", pageLabelsRef);
    }
    async #collectEmbeddedFiles(allDocumentData) {
      const {
        embeddedFiles
      } = this;
      for (const documentData of allDocumentData) {
        const {
          embeddedFiles: docEmbeddedFiles,
          document: {
            xref
          }
        } = documentData;
        if (!docEmbeddedFiles?.size) {
          continue;
        }
        this.currentDocument = documentData;
        for (const [key2, valueRef] of docEmbeddedFiles) {
          let name = key2;
          if (embeddedFiles.has(name)) {
            const displayName = stringToPDFString(key2, true);
            for (let i = 1; ; i++) {
              const deduped = stringToAsciiOrUTF16BE(`${displayName}_${i}`);
              if (!embeddedFiles.has(deduped)) {
                name = deduped;
                break;
              }
            }
          }
          embeddedFiles.set(name, await this.#collectDependencies(valueRef, true, xref));
        }
        this.currentDocument = null;
      }
    }
    #makeEmbeddedFilesTree() {
      const {
        embeddedFiles
      } = this;
      if (embeddedFiles.size === 0) {
        return;
      }
      if (!this.namesDict) {
        [this.namesRef, this.namesDict] = this.newDict;
        this.rootDict.set("Names", this.namesRef);
      }
      this.namesDict.set("EmbeddedFiles", this.#makeNameNumTree(Array.from(embeddedFiles.entries()), true));
    }
    #makeDestinationsTree() {
      const {
        namedDestinations
      } = this;
      if (namedDestinations.size === 0) {
        return;
      }
      if (!this.namesDict) {
        [this.namesRef, this.namesDict] = this.newDict;
        this.rootDict.set("Names", this.namesRef);
      }
      this.namesDict.set("Dests", this.#makeNameNumTree(Array.from(namedDestinations, ([name, dest]) => [stringToAsciiOrUTF16BE(name), dest]), true));
    }
    #makeStructTree() {
      const {
        structTreeKids
      } = this;
      if (!structTreeKids?.length) {
        return;
      }
      const {
        rootDict
      } = this;
      const structTreeRef = this.newRef;
      const structTree = this.xref[structTreeRef.num] = new Dict();
      structTree.setIfName("Type", "StructTreeRoot");
      structTree.setIfArray("K", structTreeKids);
      for (const kidRef of structTreeKids) {
        const kid = this.xref[kidRef.num];
        const type = kid.get("Type");
        if (!type || isName(type, "StructElem")) {
          kid.set("P", structTreeRef);
        }
      }
      if (this.parentTree.size > 0) {
        const parentTreeRef = this.#makeNameNumTree(Array.from(this.parentTree.entries()), false);
        const parentTree = this.xref[parentTreeRef.num];
        parentTree.setIfName("Type", "ParentTree");
        structTree.set("ParentTree", parentTreeRef);
        let nextKey = 0;
        for (const key2 of this.parentTree.keys()) {
          nextKey = Math.max(nextKey, key2 + 1);
        }
        structTree.set("ParentTreeNextKey", nextKey);
      }
      if (this.idTree.size > 0) {
        const idTreeRef = this.#makeNameNumTree(Array.from(this.idTree.entries()), true);
        const idTree = this.xref[idTreeRef.num];
        idTree.setIfName("Type", "IDTree");
        structTree.set("IDTree", idTreeRef);
      }
      if (this.classMap.size > 0) {
        const classMapRef = this.newRef;
        this.xref[classMapRef.num] = this.classMap;
        structTree.set("ClassMap", classMapRef);
      }
      if (this.roleMap.size > 0) {
        const roleMapRef = this.newRef;
        this.xref[roleMapRef.num] = this.roleMap;
        structTree.set("RoleMap", roleMapRef);
      }
      if (this.namespaces.size > 0) {
        const namespacesRef = this.newRef;
        this.xref[namespacesRef.num] = Array.from(this.namespaces.values());
        structTree.set("Namespaces", namespacesRef);
      }
      if (this.structTreeAF.length > 0) {
        const structTreeAFRef = this.newRef;
        this.xref[structTreeAFRef.num] = this.structTreeAF;
        structTree.set("AF", structTreeAFRef);
      }
      if (this.structTreePronunciationLexicon.length > 0) {
        const structTreePronunciationLexiconRef = this.newRef;
        this.xref[structTreePronunciationLexiconRef.num] = this.structTreePronunciationLexicon;
        structTree.set("PronunciationLexicon", structTreePronunciationLexiconRef);
      }
      rootDict.set("StructTreeRoot", structTreeRef);
    }
    #makeAcroForm() {
      if (this.fields.length === 0) {
        return;
      }
      const {
        rootDict
      } = this;
      const acroFormRef = this.newRef;
      const acroForm = this.xref[acroFormRef.num] = new Dict();
      rootDict.set("AcroForm", acroFormRef);
      acroForm.set("Fields", this.fields);
      if (this.acroFormNeedAppearances) {
        acroForm.set("NeedAppearances", true);
      }
      if (this.acroFormSigFlags > 0) {
        acroForm.set("SigFlags", this.acroFormSigFlags);
      }
      acroForm.setIfArray("CO", this.acroFormCalculationOrder);
      acroForm.setIfDefined("DR", this.acroFormDefaultResources);
      if (this.acroFormDefaultAppearance) {
        acroForm.set("DA", this.acroFormDefaultAppearance);
      }
      if (this.acroFormQ > 0) {
        acroForm.set("Q", this.acroFormQ);
      }
    }
    async #makeRoot() {
      const {
        rootDict
      } = this;
      rootDict.setIfName("Type", "Catalog");
      rootDict.setIfName("Version", this.version);
      this.#makeAcroForm();
      this.#makePageTree();
      this.#makePageLabelsTree();
      this.#makeEmbeddedFilesTree();
      this.#makeDestinationsTree();
      this.#makeStructTree();
      await this.#makeOutline();
    }
    #makeInfo() {
      const infoMap = /* @__PURE__ */ new Map();
      if (this.isSingleFile) {
        const firstRealPage = this.oldPages.find((p) => !!p);
        const {
          xref: {
            trailer
          }
        } = firstRealPage.documentData.document;
        const oldInfoDict = trailer.get("Info");
        for (const [key2, value] of oldInfoDict || []) {
          if (typeof value === "string") {
            infoMap.set(key2, stringToPDFString(value));
          }
        }
      }
      infoMap.delete("ModDate");
      infoMap.set("CreationDate", getModificationDate());
      infoMap.set("Creator", "PDF.js");
      infoMap.set("Producer", "Firefox");
      if (this.author) {
        infoMap.set("Author", this.author);
      }
      if (this.title) {
        infoMap.set("Title", this.title);
      }
      for (const [key2, value] of infoMap) {
        this.infoDict.set(key2, stringToAsciiOrUTF16BE(value));
      }
      return infoMap;
    }
    async #makeEncrypt() {
      if (!this.isSingleFile) {
        return [null, null, null];
      }
      const firstRealPage = this.oldPages.find((p) => !!p);
      const {
        documentData
      } = firstRealPage;
      const {
        document: {
          xref: {
            trailer,
            encrypt
          }
        }
      } = documentData;
      if (!trailer.has("Encrypt")) {
        return [null, null, null];
      }
      const encryptDict = trailer.get("Encrypt");
      if (!(encryptDict instanceof Dict)) {
        return [null, null, null];
      }
      this.currentDocument = documentData;
      const result = [await this.#cloneObject(encryptDict, trailer.xref), encrypt, trailer.get("ID")];
      this.currentDocument = null;
      return result;
    }
    async #createChanges() {
      const changes = new RefMap();
      changes.put(Ref.get(0, 65535), {
        data: null
      });
      for (let i = 1, ii = this.xref.length; i < ii; i++) {
        if (this.objStreamRefs?.has(i)) {
          await this.#createObjectStream(Ref.get(i, 0), this.xref[i], changes);
        } else {
          changes.put(Ref.get(i, 0), {
            data: this.xref[i]
          });
        }
      }
      return [changes, this.newRef];
    }
    async #createObjectStream(objStreamRef, objRefs, changes) {
      const streamBuffer = [""];
      const objOffsets = [];
      let offset = 0;
      const buffer = [];
      for (let i = 0, ii = objRefs.length; i < ii; i++) {
        const objRef = objRefs[i];
        changes.put(objRef, {
          data: null,
          objStreamRef,
          index: i
        });
        objOffsets.push(`${objRef.num} ${offset}`);
        const data = this.xref[objRef.num];
        await writeValue(data, buffer, null);
        const obj = buffer.join("");
        buffer.length = 0;
        streamBuffer.push(obj);
        offset += obj.length + 1;
      }
      streamBuffer[0] = objOffsets.join("\n");
      const dict = new Dict();
      dict.setIfName("Type", "ObjStm");
      dict.set("N", objRefs.length);
      dict.set("First", streamBuffer[0].length + 1);
      const objStream = new StringStream(streamBuffer.join("\n"), dict);
      changes.put(objStreamRef, {
        data: objStream
      });
    }
    async writePDF() {
      await this.#makeRoot();
      const infoMap = this.#makeInfo();
      const [encryptRef, encrypt, fileIds] = await this.#makeEncrypt();
      const [changes, xrefTableRef] = await this.#createChanges();
      const header2 = stringToBytes2(`%PDF-${this.version}
%úÞúÎ`);
      return incrementalUpdate({
        originalData: header2,
        changes,
        xrefInfo: {
          startXRef: null,
          rootRef: this.rootRef,
          infoRef: this.infoRef,
          encryptRef,
          newRef: xrefTableRef,
          fileIds: fileIds || [null, null],
          infoMap
        },
        useXrefStream: this.useObjectStreams,
        xref: {
          encrypt,
          encryptRef
        }
      });
    }
  };
  var BasePDFStream2 = class {
    #PDFStreamReader = null;
    #PDFStreamRangeReader = null;
    _fullReader = null;
    _rangeReaders = /* @__PURE__ */ new Set();
    _source = null;
    constructor(source, PDFStreamReader, PDFStreamRangeReader) {
      this._source = source;
      this.#PDFStreamReader = PDFStreamReader;
      this.#PDFStreamRangeReader = PDFStreamRangeReader;
    }
    get _progressiveDataLength() {
      return this._fullReader?._loaded ?? 0;
    }
    getFullReader() {
      util_assert2(!this._fullReader, "BasePDFStream.getFullReader can only be called once.");
      return this._fullReader = new this.#PDFStreamReader(this);
    }
    getRangeReader(begin, end) {
      if (end <= this._progressiveDataLength) {
        return null;
      }
      const reader = new this.#PDFStreamRangeReader(this, begin, end);
      this._rangeReaders.add(reader);
      return reader;
    }
    cancelAllRequests(reason) {
      this._fullReader?.cancel(reason);
      for (const reader of new Set(this._rangeReaders)) {
        reader.cancel(reason);
      }
    }
  };
  var BasePDFStreamReader2 = class {
    onProgress = null;
    _contentLength = 0;
    _filename = null;
    _headersCapability = Promise.withResolvers();
    _isRangeSupported = false;
    _isStreamingSupported = false;
    _loaded = 0;
    _stream = null;
    constructor(stream2) {
      this._stream = stream2;
    }
    _callOnProgress() {
      this.onProgress?.({
        loaded: this._loaded,
        total: this._contentLength
      });
    }
    get headersReady() {
      return this._headersCapability.promise;
    }
    get filename() {
      return this._filename;
    }
    get contentLength() {
      return this._contentLength;
    }
    get isRangeSupported() {
      return this._isRangeSupported;
    }
    get isStreamingSupported() {
      return this._isStreamingSupported;
    }
    async read() {
      unreachable2("Abstract method `read` called");
    }
    cancel(reason) {
      unreachable2("Abstract method `cancel` called");
    }
  };
  var BasePDFStreamRangeReader2 = class {
    _stream = null;
    constructor(stream2, begin, end) {
      this._stream = stream2;
    }
    async read() {
      unreachable2("Abstract method `read` called");
    }
    cancel(reason) {
      unreachable2("Abstract method `cancel` called");
    }
  };
  var PDFWorkerStream = class extends BasePDFStream2 {
    constructor(source) {
      super(source, PDFWorkerStreamReader, PDFWorkerStreamRangeReader);
    }
  };
  var PDFWorkerStreamReader = class extends BasePDFStreamReader2 {
    _reader = null;
    constructor(stream2) {
      super(stream2);
      const {
        msgHandler
      } = stream2._source;
      const readableStream = msgHandler.sendWithStream("GetReader");
      this._reader = readableStream.getReader();
      msgHandler.sendWithPromise("ReaderHeadersReady").then((data) => {
        this._contentLength = data.contentLength;
        this._isStreamingSupported = data.isStreamingSupported;
        this._isRangeSupported = data.isRangeSupported;
        this._headersCapability.resolve();
      }, this._headersCapability.reject);
    }
    async read() {
      const {
        value,
        done
      } = await this._reader.read();
      if (done) {
        return {
          value: void 0,
          done: true
        };
      }
      return {
        value: value.buffer,
        done: false
      };
    }
    cancel(reason) {
      this._reader.cancel(reason);
    }
  };
  var PDFWorkerStreamRangeReader = class extends BasePDFStreamRangeReader2 {
    _reader = null;
    constructor(stream2, begin, end) {
      super(stream2, begin, end);
      const {
        msgHandler
      } = stream2._source;
      const readableStream = msgHandler.sendWithStream("GetRangeReader", {
        begin,
        end
      });
      this._reader = readableStream.getReader();
    }
    async read() {
      const {
        value,
        done
      } = await this._reader.read();
      return done ? {
        value: void 0,
        done: true
      } : {
        value: value.buffer,
        done: false
      };
    }
    cancel(reason) {
      this._reader.cancel(reason);
    }
  };
  var WorkerTask = class {
    #capability = Promise.withResolvers();
    terminated = false;
    constructor(name) {
      this.name = name;
    }
    get finished() {
      return this.#capability.promise;
    }
    finish() {
      this.#capability.resolve();
    }
    terminate() {
      this.terminated = true;
    }
    ensureNotTerminated() {
      if (this.terminated) {
        throw new Error("Worker task was terminated");
      }
    }
  };
  var WorkerMessageHandler = class {
    static {
      if (typeof window === "undefined" && !isNodeJS2 && typeof self !== "undefined" && typeof self.postMessage === "function" && "onmessage" in self) {
        this.initializeFromPort(self);
      }
    }
    static setup(handler, port) {
      handler.on("configure", (data) => {
        setVerbosityLevel2(data.verbosity);
      });
      handler.on("GetDocRequest", (data) => this.createDocumentHandler(data, port));
    }
    static createDocumentHandler(docParams, port) {
      let pdfManager;
      let terminated = false;
      let cancelXHRs = null;
      const WorkerTasks = /* @__PURE__ */ new Set();
      const {
        docId,
        apiVersion
      } = docParams;
      const workerVersion = "6.4.299";
      if (apiVersion !== workerVersion) {
        throw new Error(`The API version "${apiVersion}" does not match the Worker version "${workerVersion}".`);
      }
      const buildMsg = (type, prop) => `The \`${type}.prototype\` contains unexpected enumerable property "${prop}", thus breaking e.g. \`for...in\` iteration of ${type}s.`;
      for (const prop in {}) {
        throw new Error(buildMsg("Object", prop));
      }
      for (const prop in []) {
        throw new Error(buildMsg("Array", prop));
      }
      const workerHandlerName = docId + "_worker";
      let handler = new MessageHandler2(workerHandlerName, docId, port);
      function ensureNotTerminated() {
        if (terminated) {
          throw new Error("Worker was terminated");
        }
      }
      function startWorkerTask(task) {
        WorkerTasks.add(task);
      }
      function finishWorkerTask(task) {
        task.finish();
        WorkerTasks.delete(task);
      }
      async function loadDocument(recoveryMode) {
        await pdfManager.initDocument(recoveryMode);
        const isPureXfa = await pdfManager.ensureDoc("isPureXfa");
        if (isPureXfa) {
          const task = new WorkerTask("loadXfaResources");
          startWorkerTask(task);
          await pdfManager.ensureDoc("loadXfaResources", [handler, task]);
          finishWorkerTask(task);
        }
        const [numPages, fingerprints] = await Promise.all([pdfManager.ensureDoc("numPages"), pdfManager.ensureDoc("fingerprints")]);
        const htmlForXfa = isPureXfa ? await pdfManager.ensureDoc("htmlForXfa") : null;
        return {
          numPages,
          fingerprints,
          htmlForXfa
        };
      }
      async function getPdfManager({
        data,
        password,
        disableAutoFetch,
        rangeChunkSize,
        docBaseUrl,
        enableXfa,
        evaluatorOptions
      }) {
        const pdfManagerArgs = {
          source: null,
          disableAutoFetch,
          docBaseUrl,
          docId,
          enableXfa,
          evaluatorOptions,
          handler,
          length: 0,
          password,
          rangeChunkSize
        };
        if (data) {
          pdfManagerArgs.source = data;
          return new LocalPdfManager(pdfManagerArgs);
        }
        const pdfStream = new PDFWorkerStream({
          msgHandler: handler
        }), fullReader = pdfStream.getFullReader();
        const {
          promise,
          resolve,
          reject
        } = Promise.withResolvers();
        let newPdfManager, cachedChunks = [];
        cancelXHRs = (reason) => pdfStream.cancelAllRequests(reason);
        fullReader.headersReady.then(() => {
          if (!fullReader.isRangeSupported) {
            return;
          }
          pdfManagerArgs.source = pdfStream;
          pdfManagerArgs.length = fullReader.contentLength;
          pdfManagerArgs.disableAutoFetch ||= fullReader.isStreamingSupported;
          newPdfManager = new NetworkPdfManager(pdfManagerArgs);
          for (const chunk of cachedChunks) {
            newPdfManager.sendProgressiveData(chunk);
          }
          cachedChunks = null;
          resolve(newPdfManager);
          cancelXHRs = null;
        }).catch((reason) => {
          reject(reason);
          cancelXHRs = null;
        });
        async function readData() {
          let loaded = 0;
          while (true) {
            const {
              value,
              done
            } = await fullReader.read();
            ensureNotTerminated();
            if (done) {
              break;
            }
            loaded += value.byteLength;
            if (!fullReader.isStreamingSupported) {
              handler.send("DocProgress", {
                loaded,
                total: fullReader.contentLength
              });
            }
            if (newPdfManager) {
              newPdfManager.sendProgressiveData(value);
            } else {
              cachedChunks.push(value);
            }
          }
          if (!newPdfManager) {
            pdfManagerArgs.source = arrayBuffersToBytes(cachedChunks);
            cachedChunks = null;
            newPdfManager = new LocalPdfManager(pdfManagerArgs);
            resolve(newPdfManager);
          }
          cancelXHRs = null;
        }
        readData().catch((reason) => {
          reject(reason);
          cancelXHRs = null;
        });
        return promise;
      }
      async function getPassword(ex) {
        const task = new WorkerTask(`PasswordException: response ${ex.code}`);
        startWorkerTask(task);
        try {
          const res = await handler.sendWithPromise("PasswordRequest", ex);
          return res.password;
        } finally {
          Promise.resolve().then(() => {
            finishWorkerTask(task);
          });
        }
      }
      function setupDoc(data) {
        function onSuccess(doc) {
          ensureNotTerminated();
          handler.send("GetDoc", {
            pdfInfo: doc
          });
        }
        function onFailure(ex) {
          if (terminated) {
            return;
          }
          if (ex instanceof PasswordException2) {
            getPassword(ex).then((password) => {
              pdfManager.updatePassword(password);
              pdfManagerReady();
            }).catch(() => {
              handler.send("DocException", ex);
            });
          } else {
            handler.send("DocException", wrapReason2(ex));
          }
        }
        function pdfManagerReady() {
          ensureNotTerminated();
          loadDocument(false).then(onSuccess, function(reason) {
            ensureNotTerminated();
            if (!(reason instanceof XRefParseException)) {
              onFailure(reason);
              return;
            }
            pdfManager.requestLoadedStream().then(function() {
              ensureNotTerminated();
              loadDocument(true).then(onSuccess, onFailure);
            }, onFailure);
          });
        }
        ensureNotTerminated();
        getPdfManager(data).then(function(newPdfManager) {
          if (terminated) {
            newPdfManager.terminate(new AbortException2("Worker was terminated."));
            throw new Error("Worker was terminated");
          }
          pdfManager = newPdfManager;
          pdfManager.requestLoadedStream(true).then((stream2) => {
            handler.send("DataLoaded", {
              length: stream2.bytes.byteLength
            });
          }, () => {
          });
        }).then(pdfManagerReady, onFailure);
      }
      handler.on("GetPage", async function({
        pageIndex
      }) {
        const page = await pdfManager.getPage(pageIndex);
        const [rotate, ref, userUnit, view2] = await Promise.all([pdfManager.ensure(page, "rotate"), pdfManager.ensure(page, "ref"), pdfManager.ensure(page, "userUnit"), pdfManager.ensure(page, "view")]);
        return {
          rotate,
          ref,
          refStr: ref?.toString() ?? null,
          userUnit,
          view: view2
        };
      });
      handler.on("GetPageIndex", function({
        num,
        gen
      }) {
        return pdfManager.ensureCatalog("getPageIndex", [Ref.get(num, gen)]);
      });
      handler.on("GetDestinations", function() {
        return pdfManager.ensureCatalog("destinations");
      });
      handler.on("GetDestination", function({
        id
      }) {
        return pdfManager.ensureCatalog("getDestination", [id]);
      });
      handler.on("GetPageLabels", function() {
        return pdfManager.ensureCatalog("pageLabels");
      });
      handler.on("GetPageLayout", function() {
        return pdfManager.ensureCatalog("pageLayout");
      });
      handler.on("GetPageMode", function() {
        return pdfManager.ensureCatalog("pageMode");
      });
      handler.on("GetViewerPreferences", function() {
        return pdfManager.ensureCatalog("viewerPreferences");
      });
      handler.on("GetOpenAction", function() {
        return pdfManager.ensureCatalog("openAction");
      });
      handler.on("GetAttachments", function() {
        return pdfManager.ensureCatalog("attachments");
      });
      handler.on("GetAttachmentContent", async function(id) {
        let passwordEx;
        while (true) {
          const password = passwordEx ? await getPassword(passwordEx) : null;
          try {
            if (password) {
              pdfManager.updatePassword(password);
            }
            return await pdfManager.ensureCatalog("attachmentContent", [id]);
          } catch (ex) {
            if (ex instanceof PasswordException2) {
              passwordEx = ex;
              continue;
            }
            throw ex;
          }
        }
      });
      handler.on("GetDocJSActions", function() {
        return pdfManager.ensureCatalog("jsActions");
      });
      handler.on("GetPageJSActions", async function({
        pageIndex
      }) {
        const page = await pdfManager.getPage(pageIndex);
        return pdfManager.ensure(page, "jsActions");
      });
      handler.on("GetAnnotationsByType", async function({
        types: types2,
        pageIndexesToSkip
      }) {
        const [numPages, annotationGlobals] = await Promise.all([pdfManager.ensureDoc("numPages"), pdfManager.ensureDoc("annotationGlobals")]);
        if (!annotationGlobals) {
          return null;
        }
        const pagePromises = [];
        const annotationPromises = [];
        let task = null;
        try {
          for (let i = 0; i < numPages; i++) {
            if (pageIndexesToSkip?.has(i)) {
              continue;
            }
            if (!task) {
              task = new WorkerTask("GetAnnotationsByType");
              startWorkerTask(task);
            }
            pagePromises.push(pdfManager.getPage(i).then((page) => page.collectAnnotationsByType(handler, task, types2, annotationPromises, annotationGlobals)));
          }
          await Promise.all(pagePromises);
          const annotations = await Promise.all(annotationPromises);
          return annotations.filter(Boolean);
        } finally {
          if (task) {
            finishWorkerTask(task);
          }
        }
      });
      handler.on("GetOutline", function() {
        return pdfManager.ensureCatalog("documentOutline");
      });
      handler.on("GetOptionalContentConfig", function() {
        return pdfManager.ensureCatalog("optionalContentConfig");
      });
      handler.on("GetPermissions", function() {
        return pdfManager.ensureCatalog("permissions");
      });
      handler.on("GetMetadata", function() {
        return Promise.all([pdfManager.ensureDoc("documentInfo"), pdfManager.ensureCatalog("metadata"), pdfManager.ensureCatalog("hasStructTree")]);
      });
      handler.on("GetMarkInfo", function() {
        return pdfManager.ensureCatalog("markInfo");
      });
      handler.on("GetData", async function() {
        const stream2 = await pdfManager.requestLoadedStream();
        return stream2.bytes;
      });
      handler.on("GetAnnotations", async function({
        pageIndex,
        intent
      }) {
        const page = await pdfManager.getPage(pageIndex);
        const task = new WorkerTask(`GetAnnotations: page ${pageIndex}`);
        startWorkerTask(task);
        try {
          return await page.getAnnotationsData(handler, task, intent);
        } finally {
          finishWorkerTask(task);
        }
      });
      handler.on("GetFieldObjects", async function() {
        const fieldObjects = await pdfManager.ensureDoc("fieldObjects");
        return fieldObjects?.allFields || null;
      });
      handler.on("GetSignatures", function() {
        return pdfManager.ensureDoc("signatures");
      });
      handler.on("GetSignatureData", function(id) {
        return pdfManager.ensureDoc("getSignatureData", [id]);
      });
      handler.on("HasJSActions", function() {
        return pdfManager.ensureDoc("hasJSActions");
      });
      handler.on("GetCalculationOrderIds", function() {
        return pdfManager.ensureDoc("calculationOrderIds");
      });
      handler.on("ExtractPages", async function({
        pageInfos,
        annotationStorage
      }) {
        if (!pageInfos) {
          warn2("extractPages: nothing to extract.");
          return null;
        }
        if (!Array.isArray(pageInfos)) {
          pageInfos = [pageInfos];
        }
        let newDocumentId = 0;
        for (const pageInfo of pageInfos) {
          if (pageInfo.image) {
            continue;
          }
          if (pageInfo.document === null) {
            pageInfo.document = pdfManager.pdfDocument;
          } else if (ArrayBuffer.isView(pageInfo.document)) {
            const manager = new LocalPdfManager({
              source: pageInfo.document,
              docId: `${docId}_extractPages_${newDocumentId++}`,
              handler,
              password: pageInfo.password ?? null,
              evaluatorOptions: Object.assign({}, pdfManager.evaluatorOptions)
            });
            let recoveryMode = false;
            let isValid = true;
            while (true) {
              try {
                await manager.requestLoadedStream();
                await manager.initDocument(recoveryMode);
                break;
              } catch (e) {
                if (e instanceof XRefParseException) {
                  if (recoveryMode === false) {
                    recoveryMode = true;
                    continue;
                  } else {
                    isValid = false;
                    warn2("extractPages: XRefParseException.");
                  }
                } else if (e instanceof PasswordException2) {
                  try {
                    const password = await getPassword(e);
                    manager.updatePassword(password);
                  } catch {
                    isValid = false;
                    warn2("extractPages: invalid password.");
                  }
                } else {
                  isValid = false;
                  warn2("extractPages: invalid document.");
                }
                if (!isValid) {
                  break;
                }
              }
            }
            if (!isValid) {
              pageInfo.document = null;
            }
            const isPureXfa = await manager.ensureDoc("isPureXfa");
            if (isPureXfa) {
              pageInfo.document = null;
              warn2("extractPages does not support pure XFA documents.");
            } else {
              pageInfo.document = manager.pdfDocument;
            }
          } else {
            warn2("extractPages: invalid document.");
          }
        }
        let task;
        try {
          const pdfEditor = new PDFEditor();
          task = new WorkerTask(`ExtractPages: ${pageInfos.length} page(s)`);
          startWorkerTask(task);
          return await pdfEditor.extractPages(pageInfos, annotationStorage, pdfManager.pdfDocument, handler, task);
        } catch (reason) {
          warn2(`extractPages: "${reason}".`);
          return null;
        } finally {
          if (task) {
            finishWorkerTask(task);
          }
        }
      });
      handler.on("SaveDocument", async function({
        isPureXfa,
        numPages,
        annotationStorage,
        supportsPrintToPDF,
        filename
      }) {
        const globalPromises = [pdfManager.requestLoadedStream(), pdfManager.ensureCatalog("acroForm"), pdfManager.ensureCatalog("acroFormRef"), pdfManager.ensureDoc("startXRef"), pdfManager.ensureDoc("xref"), pdfManager.ensureCatalog("structTreeRoot")];
        const changes = new RefMap();
        const promises = [];
        const newAnnotationsByPage = !isPureXfa ? getNewAnnotationsMap(annotationStorage) : null;
        const [stream2, acroForm, acroFormRef, startXRef, xref, _structTreeRoot] = await Promise.all(globalPromises);
        const catalogRef = xref.trailer.getRaw("Root") || null;
        let structTreeRoot;
        if (newAnnotationsByPage) {
          if (!_structTreeRoot) {
            if (await StructTreeRoot.canCreateStructureTree({
              catalogRef,
              pdfManager,
              newAnnotationsByPage
            })) {
              structTreeRoot = null;
            }
          } else if (await _structTreeRoot.canUpdateStructTree({
            pdfManager,
            newAnnotationsByPage
          })) {
            structTreeRoot = _structTreeRoot;
          }
          const imagePromises = AnnotationFactory.generateImages(annotationStorage.values(), xref, pdfManager.evaluatorOptions.isOffscreenCanvasSupported);
          const newAnnotationPromises = structTreeRoot === void 0 ? promises : [];
          for (const [pageIndex, annotations] of newAnnotationsByPage) {
            newAnnotationPromises.push(pdfManager.getPage(pageIndex).then((page) => {
              const task = new WorkerTask(`Save (editor): page ${pageIndex}`);
              startWorkerTask(task);
              return page.saveNewAnnotations(handler, task, annotations, imagePromises, changes).finally(() => {
                finishWorkerTask(task);
              });
            }));
          }
          if (structTreeRoot === null) {
            promises.push(Promise.all(newAnnotationPromises).then(() => StructTreeRoot.createStructureTree({
              newAnnotationsByPage,
              xref,
              catalogRef,
              pdfManager,
              changes
            })));
          } else if (structTreeRoot) {
            promises.push(Promise.all(newAnnotationPromises).then(() => structTreeRoot.updateStructureTree({
              newAnnotationsByPage,
              pdfManager,
              changes
            })));
          }
        }
        if (isPureXfa) {
          promises.push(pdfManager.ensureDoc("serializeXfaData", [annotationStorage]));
        } else {
          for (let pageIndex = 0; pageIndex < numPages; pageIndex++) {
            promises.push(pdfManager.getPage(pageIndex).then(function(page) {
              const task = new WorkerTask(`Save: page ${pageIndex}`);
              startWorkerTask(task);
              return page.save(handler, task, annotationStorage, changes).finally(() => {
                finishWorkerTask(task);
              });
            }));
          }
        }
        const refs = await Promise.all(promises);
        let xfaData = null;
        if (isPureXfa) {
          xfaData = refs[0];
          if (!xfaData) {
            return stream2.bytes;
          }
        } else if (changes.size === 0) {
          return stream2.bytes;
        }
        const needAppearances = acroFormRef && acroForm instanceof Dict && changes.values().some((ref) => ref.needAppearances);
        const xfa = acroForm instanceof Dict && acroForm.get("XFA") || null;
        let xfaDatasetsRef = null;
        let hasXfaDatasetsEntry = false;
        if (Array.isArray(xfa)) {
          for (let i = 0, ii = xfa.length; i < ii; i += 2) {
            if (xfa[i] === "datasets") {
              xfaDatasetsRef = xfa[i + 1];
              hasXfaDatasetsEntry = true;
            }
          }
          if (xfaDatasetsRef === null) {
            xfaDatasetsRef = xref.getNewTemporaryRef();
          }
        } else if (xfa) {
          warn2("Unsupported XFA type.");
        }
        let newXrefInfo = /* @__PURE__ */ Object.create(null);
        if (xref.trailer) {
          const infoMap = /* @__PURE__ */ new Map();
          const xrefInfo = xref.trailer.get("Info") || null;
          if (xrefInfo instanceof Dict) {
            for (const [key2, value] of xrefInfo) {
              if (typeof value === "string") {
                infoMap.set(key2, stringToPDFString(value));
              }
            }
          }
          newXrefInfo = {
            rootRef: catalogRef,
            encryptRef: xref.trailer.getRaw("Encrypt") || null,
            newRef: xref.getNewTemporaryRef(),
            infoRef: xref.trailer.getRaw("Info") || null,
            infoMap,
            fileIds: xref.trailer.get("ID") || null,
            startXRef,
            filename
          };
        }
        return incrementalUpdate({
          originalData: stream2.bytes,
          xrefInfo: newXrefInfo,
          changes,
          xref,
          hasXfa: !!xfa,
          xfaDatasetsRef,
          hasXfaDatasetsEntry,
          needAppearances,
          acroFormRef,
          acroForm,
          xfaData,
          useXrefStream: isDict(xref.topDict, "XRef")
        }).finally(() => {
          xref.resetNewTemporaryRef();
        });
      });
      handler.on("GetOperatorList", function({
        pageId,
        pageIndex,
        pageProxyId,
        intent,
        cacheKey,
        annotationStorage,
        modifiedIds
      }, sink) {
        pdfManager.getPage(pageId).then(function(page) {
          const task = new WorkerTask(`GetOperatorList: page ${pageIndex}`);
          startWorkerTask(task);
          page.getOperatorList({
            handler,
            sink,
            task,
            intent,
            cacheKey,
            annotationStorage,
            modifiedIds,
            pageIndex,
            pageProxyId
          }).then(() => {
            sink.close();
          }, (reason) => {
            if (task.terminated) {
              return;
            }
            sink.error(reason);
          }).finally(() => {
            finishWorkerTask(task);
          });
        });
      });
      handler.on("GetTextContent", function({
        pageId,
        pageIndex,
        includeMarkedContent,
        disableNormalization
      }, sink) {
        pdfManager.getPage(pageId).then(function(page) {
          const task = new WorkerTask("GetTextContent: page " + pageIndex);
          startWorkerTask(task);
          page.extractTextContent({
            handler,
            task,
            sink,
            includeMarkedContent,
            disableNormalization
          }).then(() => {
            sink.close();
          }, (reason) => {
            if (task.terminated) {
              return;
            }
            sink.error(reason);
          }).finally(() => {
            finishWorkerTask(task);
          });
        });
      });
      handler.on("GetStructTree", async function({
        pageIndex
      }) {
        const page = await pdfManager.getPage(pageIndex);
        return pdfManager.ensure(page, "getStructTree");
      });
      handler.on("FontFallback", function({
        id
      }) {
        return pdfManager.fontFallback(id, handler);
      });
      handler.on("Cleanup", function() {
        return pdfManager.cleanup(true);
      });
      handler.on("Terminate", async function() {
        terminated = true;
        const waitOn = [];
        if (pdfManager) {
          pdfManager.terminate(new AbortException2("Worker was terminated."));
          const cleanupPromise = pdfManager.cleanup();
          waitOn.push(cleanupPromise);
          pdfManager = null;
        } else {
          clearGlobalCaches();
        }
        cancelXHRs?.(new AbortException2("Worker was terminated."));
        for (const task of WorkerTasks) {
          waitOn.push(task.finished);
          task.terminate();
        }
        await Promise.all(waitOn);
        handler.destroy();
        handler = null;
      });
      handler.on("Ready", function() {
        setupDoc(docParams);
        docParams = null;
      });
      return workerHandlerName;
    }
    static initializeFromPort(port) {
      const handler = new MessageHandler2("worker", "main", port);
      this.setup(handler, port);
      const testObj = new Uint8Array();
      handler.send("ready", testObj, [testObj.buffer]);
    }
  };
  globalThis.pdfjsWorker = {
    WorkerMessageHandler
  };

  // src/tools/pdf/renderer-assets.json
  var renderer_assets_default = { "cmaps/78-EUC-H.bcmap": 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", 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AXgBaABwAIAAKAAyRDjqif/omBAQeAiYCRiAGUA4IkR86soEWAkIeAmgEXjRSEjogAiIIBnw+EAwOboEIGgZgDAgKIJEcOtOD6kgCcFZiDCACWhgcTlJgTixDgUgsUCAQBBQkBgyRCzrxhvoEGg4KCBIqZCwgkQ86/oe1QCgCJgIECBAOchAIZiKBBDsPiMoADgAQAlSRETsYiScQGniBMAIcFioOChhWYIFoVC6RJDsri1SBDgKCUBg8YGgOLAo4gRoELhAOID4OKg5mVEAGEi42CDoESDo8gV6RHDtRj8YyBiIWUi6BBhgGAgwiRAosRAgoEAQUJAoEUh4SkQ47b5GyEmYMBhZAFAgUBg4ggUKRJjt/kt9aDhIOPhQkCARaPCMuEC4uBCJIFCoqDIQKWgQCEBA4gQRGLFY+CFCDATul2H7d9JELO6aW3hQOIAyBIBAUCEwOkQk7s5fZCCoqBh4IDiSBGDu+mFkAJACBFgACAAgAEAA4AoE0ABgAHAAEAIEiAi4AcAAmABoABAIcAAIAIgAWAoJEABIAOJE8O+CbcwpaMgoeHgYWBAQaNgQWFCIeGAyCFH4INgokAhxGIgYcEBYQQA6CDAYGdAxCAggCKg4CDgYiIBAGNAYagsVl6FeDATwc2H7cBIEEPB1WIACiVACBwG0AgcgcgwE8IdhN3jqRHDwiaySTKIQnixiCjB+CsEKSNIQeWILHJYOMXoHRFYHoVoKgF4QKLIMkkmTPOopYgxyBYoIslBR4hRSLSL5GgwE8PthM3/6BBTw/c6gAgeJrAJgxALxgAJYFgwE8RNhN3cSBCDxF//0Agq9UAIKvVwCB+zgAjnEAgexLAIKVeACTT4MBPE3YZ949gQU8TkZlAJVFAIYeAJA0AMhNgwE8U9hJ3gmBKTxX+HoACASB3gYABACDagC6OQKBBQAqAIRjAL92AIFBALovAAQEPAADBEEACQRnAAIAVgAEBTgAgggAgkcACACBMgAfAnEARABBAC4CWAA/AAIABAKCaQCBfACDPQBNAC4AvXCDDjzzMEswmgCP/34Aj/9+AI//fgCP/35Whb//fgCP/34Aj/9+AI//fgCP/34Av/9+AMf/fgCf/34Kkvf/foEEPWswUwCBPgK9PQCHBJF2PXUB1gICAoMxhyaGNzgGCigCgW2HKoY7OIVWhVEKKIVEhUNRgSVsZwoWFWgGEA4uHRuBJWxnChYVAmQGEA4uHYVqhyMmDh5OHoFHJg4eTh6EBjIbJQIUHGU4EggaKx0dJFQfWxwghTWFWgNdYoMtgiAGWEmDG4MoQGMGAh08NE0ldFF4A4EZdi8ng3KCMwYI9Vr0YYMCPfAC6QLlAJ//eYERPfIDJQAMABgAOwJAACkACgCBIwCBCgAWABYAEQQVAiEA/CYAHwCCPpENPg0CahICAg4cEgQEIAIIEoEDPhwiCgAMADaRCj4hIpgKAoGIZY0GChz1Pr1wvReROT4vAdYCAgKDMXA4BgooAoFtcDgGCigCUYElbGcKFhVoBhAOLh0bgSVsZwoWFQJkBhAOLh2BNyYOHk4egUcmDh5OHoEFPmwwAwAEAINqAAQAgUGDDj7HMEswmgCP/34Aj/9+AI//fgCP/35Whb//fgCP/34Aj/9+AI//fgCP/34Av/9+AMf/fgCf/34Kkvf/foEMPz8wUwCBPgCBEgCDAwCDBAC7NQKREAAHAo0mAKIxAL1wAMIbkw0/UTBLMJqP/36P/36P/36P/36Fv/9+j/9+j/9+j/9+j/9+v/9+x/9+n/9+gQI/XgPCDIGHXIMBP3Yx9zCagRE/jCA+AIGDfwCBnyYAj3cAhBQAgSsGgYxVAP5YAB8QhwwAOAA8AAQAMhiGCwK/BADCG4MBP9cx9zCakw0/4DBLMJqP/36P/36P/36P/36Fv/9+j/9+j/9+j/9+j/9+v/9+x/9+n/9+gwE/9zH3MJqTDT/+MEswmo//fo//fo//fo//foW//36P/36P/36P/36P/36//37H/36f/36DAUAVMfcwmoECQBwpvwCPM5MNQB4wSzCaj/9+j/9+j/9+j/9+hb//fo//fo//fo//fo//fr//fsf/fp//foMBQDUx9zCagQJAQDBTAIE+gwFATDH3MJqBJkBTMFMAgT4AuScCgQUAKgCEYwCECAAEBDwAAwRBAAkEZwACAFYABAU4AIIIAIJHAAgAgTIAHwJxAEQAQQAuAlgAPwACAAQCgmkAgXwAgz0ATQAuAL1wAr0XAIcEkXZAmAHWAgICgzGHJoY3OAYKKAKBbYcqhjs4hVaFUQoohUSFQ1GBJWxnChYVaAYQDi4dG4ElbGcKFhUCZAYQDi4dhWqHIyYOHk4egUcmDh5OHoQGMhslAhQcZTgSCBorHR0kVB9bHCCFNYVaA11igy2CIAZYSYMbgyhAYwYCHTw0TSV0UXgDgRl2LyeDcoIzBgj1WvRhgwJBEwLpAuUAn/95gRFBFQMlAAwAGAA7AkAAKQAKAIEjAIEKABYAFgARBBUCIQD8JgAfAII+kQ1BMAJqEgICDhwSBAQgAggQgQNBPyIKAAwANpEKQUQimAoCgYhljQYKHPU+vXC9F5FeQVIB1gICAoMxcDgGCigCgW1wOAYKKAJRgSVsZwoWFWgGEA4uHRuBJWxnChYVAmQGEA4uHYE3Jg4eTh6BRyYOHk4egrc0LBQCgkISUIJgRWoHYj4C8kX0KC6BaIFoEkhAgQxygWiBWBCDDmBWQIFYgUQUEoMGCIMBQbDYRN8bgQRBsVfPACgAgX4ASIMBQbXYRdxukQtBtljSGoG1QIGybQxggR6BJh4YfoMBQcHYRty9gQRBwlt9ACoAgXwAg4ctgwFBxthF3rSBBkHHXHoAKAAeAAYADABKgwFBzdhH3jSRKkHOXQ1yckQERoIkgjQMAkAyLFCCHgwGOCKBKmwQgRqCIAeBUG4ogUyCSoFQgiaBFBaBMIFmgjgxEAgEKIMBQfjYTN3EkQ5B+2aNWj4YgTxyIggEgUBAggqBTHyDAUIJ2E3dxIEIQgppQgBCAIEAAFIAgbgzABgAgbhKABaDAUIS2E3fP4EBQhNqO4MBQhTYTd9jkTVCFWqUIIG6LYG8FiB0gQIGUk4KgVxGgURrgVQOCjB2KmACgUwygSQegRyBEA44GiY2FARKgTpMXH6BDBseRCw4AmQSgSCBzy2B0TaDAUJK2FHf8ZEcQktzJ1AqdoIQNDYUcAQ+ai6B1kuB2TZmCoE2ODYYFi4KIhQwHIEEQml3egAKACYAgRaDAUJt2FXcjoEDQm54QwBUAIECgwFCcdhV3Q6BCEJyeK0AgSQANgAiAAoAIgBkAIEcgwFCethV33GBBUJ7edQAEgAYAAIAgi6DAUKA2FbdxIEIQoF6zgBcACgANAAaAGYAgiIAYoMBQonYV92hkRRCinxtFioIFmiBNlRMRDaBSoVcgQaBMgKCJCokgViBB0KggW0AgRoAHAAYAIH1eQCB+AgAJoMBQqfYWt7/gQFCqIKhkRZCq4KpKipOBEIUGBhqUk4CHj4IgTAgBCIwNoMBQsHYW95AkQpCwoUyKSBoKiIqUEIigQFCzoYQgwFCz9hc3PSRDULQhhg+PBSCgwuCgy6BBIEGghSChjuCiD4KgnqDAULd2F3ehJEWQt6JMgwMgSaBQoEgKgYmgTSBaiQeZoJWPIUMQgqBFjJ6gwFC9Nhg3neBBUL1SEQAgppqAEYAHABMgwFC+thg382BEEL7j+gACgAyAEgAgVIANgAUAhAATgBIAAICMAAIAIEcAIFaAIUukS5DEZOjdkhcLDAahDggGBIoCASCsEeCsFqDDIESgTyBDDAWDA4igXSCIIFgglSCegIUDlYKgrtjgrwqYA46CiZeLCRUgQhDQZxlAoM6ABwAbgAWAFIAKQAegwFDS9ho3ZCBBUNMnecAPgCCLAAgAINOgwFDUdhA3ImBBkNSTgIAGAAEACwACAAwgwFDWNhA3KKBAkNZTlEA6ReDAUNb2EDcpJEPQ1xOaWbpY+oeDAhEIywGQIEaWwwygwFDa9hA3hOREENuT4IEgUBpJAoM7VHuDkAQYggefjeBAkOAUJUAKIMBQ4LYQN8rgQRDg1CxAiQABABWgwFDidhA34GBAUOKUM6DAUOL2EDfcYEDQ4xQ1AAYAPEfgwFDj9hA3/mBAUOQUReDAUOR2EHcSoEBQ5JRYIMBQ5PYQd0JgQhDlFFzAB4ADgDzHwDzNgAUABIA802DAUOc2EHd1oEDQ51R8wA8AAaDAUOg2EHfT4EGQ6FSVQAMAB4AFAAYAAWDAUOn2ELcB4EBQ6hSmIMBQ6nYQtw6gQNDqlKkAkoADIMBQ6/YQty5gQNDsFL3AHoAGIMCQ7PYQt18AECBBEO1U2cAJABSAB6DAUO52ELe04ECQ7pTtwAQgwFDvNhC3x2REEO/U9X5ZfogXgb6dfsoPBJQFAoOEAQQgwFDz9hD3UWBC0PQVOwABAACAAICKgBkAAgA/jcA/kAA/j8A/naDAUPd2EPd4YEFQ95VfQAIABwA/xkAgYAYgwJD49hD3pUAUYEHQ+VVvwASAAQACAAWAIGABwCBgA6DAUPs2EPeZIECQ+1V6QB8gwFD79hD31+RFEPwVgcQPoGAeYGBEAQMLAIYgYFRgYIEBiAUEiQOIhCDAkQG2ETeAQCBJoEBRAhXKYMBRAnYRN57gQFEDFdNgwFEDdhE3nSBA0QOV2gADAMWgwJEFNhE3uQAG4EDRBZXmgIaAFyDAUQb2ETe/YEBRBxXzIMCRB3YRN82ABqRCkQfV94igYZNgYZaBAIMMhAigwFEKdhE38SBCEQqWEkABAA0AkoCDAAQABgADIMBRDbYRdxtgQVEN1jDABIAKARUAAyDAURA2EXd14EFREE2kQCBilYAgYpJAIGKWACBimGDAURG2FvcKYEBREdZX4MBREjYRd5HkQlES1l8RBwaFgggEAyDAkRU2EXfBgB2kQlEVjbPgYx6Eh4KbiggIJEURGFaohwGCAg0AhAUBQwkHDguCioMIgSDAUR12Ebdw4ECRHZblgAqkQlEelvODoGRVQOBkgoWgZIRgZIaSoMBRIPYR9xWgQJEhFxfAiCDBESI2EfdLQAuAGQALYEDRIxciAACAIGTE4MCRI/YR92hAAuBA0SRXKAAAgAIgwFElNhH3ZKBAkSVXK0ADoMBRJfYR923gQFEmFzJgwJEmdhH3eAAgSSRDESbXQYSNB0EIA6BlSOBlXAQgZVtgZV2gwFEp9hH3x6BBkSoN/0AgZYUAIGWEQCBliwAMAAGgwFErthH33aBAkSvXdEACoMBRLHYR9/6kQtEsl3kCIGWdQwSgZc8PBSBl1uBl3KBl2uDAUS/2Ejde4EFRMBepQAMABgAGAAkgwFExdhI3x6BAkTGXv0AFIMBRMjYSN+tkQlEyV8eUDYcFiAkSAaBCUTVX+ICIACBmzkAgZwUAAIAgZwVAIGcYgCBEAAkgwFE4NhJ3vORDkThYLEYEiAoDDQQCDaBnxeBnyIIMoMBRO/YStxbgQNE8mGXABoADoMBRPXYStyrgQNE9mHVAA4ALoMBRPnYSt2PkQlE+mIjXBwELB0KSnaDAUUD2EreuIEIRQRi/QAKABgCQgAEAhYABAASgwFFENhK30aBAUURY1mDAkUS2EvcHQCH8W+BAkUUY2wAWIMBRRbYS9wkgQNFF2OUAFACRJEMRR5j8lYMBgpUBCoSEhIagQJFLGTVAAKDAUUu2Evd4ZEfRS9k5DSBqiOBqkAIgapDgapUJiIeLBwSCk4EBAwSFIGrfYGsRAQOBjAQNBYHga1JgwNFTthM3cMAYgB/gQFFUWZqkQ1FVGZ7CB4Cga4Jga48BgaBrjcCgQuBsFIggwFFYdhM33KBAUViZxmDAkVj2Ezf0wADgQNFZWdNAAwAEIMDRWjYTN/QACYAH4EBRWtndIMBRWzYTN/agQFFbWeSgwFFbthM39+BB0Vvg2MA7ScAgRsACAASABAANoMDRXbYTdxKAAwADYEDRXloGAAMABqDAUV82E3cZZEQRX1oMw4EDAYEEAKBs0GBs2YEGgoaCoG0U4EERZBonAIuAAwAfoMCRZbYTdzkAIFqgQlFmGjDAAIADAAYAiQAFAAWAAYAgbYBgwFFo9hN3ZSRDUWkO42BtnBEBBougbddgbdiMhICBiCDA0Wx2E3eOQAaAB+BCEW0aeMCHgCBuE0AgbhMABIAJAAQAASDAUW+2E3fHIEGRcFqPwASAGAAWQAGACKDAUXH2E3fDIEDRchqiwCBujcAgbpggwFFy9hN32SBBkXMaqsAIgAQABoACQAYgwJF0thN3/8AMYEBRddq/YMBRdjYTtwkgQFF2WsLgwFF3dhO3D2RC0XeaxeBu2OBvBA0GiYQCAwyJIMBRenYTt6YgQdF6mu9AzgCJgAmAA4ABgBOgwFF9thP3H+RDkX3bE0aIiwIgb8Ngb8gBCoogb9hgcASGAaDAUYF2E/dAIEMRgZtAABGAoJ7AIMOABgAPAAIAB4CMgAEAAYADIMERhbYT91AAIJyAAMATZENRhptqwQKGoIdgiYKICx+MYHEG4HEQIEBRituT5ERRi5uVxaBxQuBxWgmGByBYoEVGgIcAhYYIAqDAUY/2E/ffpELRkBvUggQDk4KTj8KEoHJF4EBRk1v6YMBRk7YUNyWgQRGT2/8AAYAEgAwgwFGU9hQ3QORC0ZUcDoQBgaBymOByxQGCA4eIIMBRl/YUN3GgQJGYHCfACKDAUZi2FDd/pESRmNw7EUMYgQCBoHNGYHNXEAEFIHOFYHPAi00CAKDAUZ32FDfvJEJRnhx2QRUgdAFgdBcCBAoFoMBRoHYUd4pgQNGhHJ4AAwAHIMBRofYUd6lkQtGiHKuAiCB0UOB0VaB0U0CgdIUDBgUgQhGlT6DAIHSagAbAAwAEgAoAIHSfQCB0yyDAUad2FLclpEYRqBzcR4QEgYGECYKCgoqCiIyMwyBIicEHBRGDIMBRrjYUt5NkQxGuXSSCAIOBggcAgM2AiSDAUbF2FLfVoEBRsZ0+oMBRsfYUt9vgQRGyHUgAAYACgCB1yeDAUbM2FPcFoEZRs91QAAOAA4AAgA+AAMAEAIiAIHYLwCB2FgAgdhXAIHYcAAMAhwAEAAGABICEgAMAAQAIgAoACMADgCB2UODAUbu2FPeDoEBRu92E4MBRvLYU943gQRG83YlAAQAJgATgwFG99hT3mqBAkb4P8kAgdlugwFG+thT3ouBCEb7dkkAFgCB2X0AgdosAEwAFgADAhyDAUcF2FTcSoEBRwZ2yYMBRwfYVNxVgQFHCHbogwFHCdhU3SKBBEcKdxcABAAkAA6DAUcO2FTdqYEBRw9AOYMCRxDYVN3lADGBAUcSd1iDAUcT2FTeHoEBRxR3fIMBRxXYVN5MgQlHFkBYAIHdAgAIAAQAAgJ+AAoAAgAcgwFHIdhV3C6BB0cieAUABgAGABYAJAA0AESDAUcp2FXc2YEJRyp4igASAB4ADwACADYAMgAgAi6DAUc12FXdp5EORzZ5EBQSSBqB4SeB4UIURBYOFBoIgQJHRnnWAIHiHYMCR0jYVd+pABSREkdKQU+B4nQUCoHicYHjKBwcBAQEDgQUGA4KNoMBR1zYVt3UgQdHXUG0AIHkCAAIAIHjfwCB5BgANgAWgwNHZNhW3uQAAwAagQJHZ3s9ACeRCkdrQeYYgeYWfYHlJ4HlTEYrAhiDAUd12FbfsoEIR3ZCBwCB5hAAFACB5hsAgeZMAAwAEAAIgwJHfthX3EsAMJEOR4B71AIGHgokFGwIGAwEDgqDA0eO2FfeLgBOAByBAUeRfKaDAkeS2FfeYgKBaoEBR5Z8xIMBR5fYV97CgQFHmHzNgwJHmdhX3ugAdIEBR5t85oMBR5zYV99cgQVHnXz1ABoAgeh7AIHpFgAWgwJHothX3+AAGYECR6Z9QAAMgwJHqNhY3AwAh/AjgQZHqkLWAIHqBgAeAAoAgeonAIHqQoMBR7DYWNwXgQJHsX2IAByDAUez2FjcYJEJR7R9nRIEFhIsAhiB60mDAUe92Fjc7ZEJR776WIPxEQwKEggwXhCBCEfJQysAge1cAIHtLwCB73AAAwAEAAgAgqoFgwJH0dhY3nAAKoEDR9V/bQJEAIG4K4MBR9rYT90OgQNH23+WAAoAIIMBR97YWdwCkRFH33/DFiYcLgUaKgYkRCg6BA4EIIMBR/DYWd5+kQ1H8YDFHiBMMQqB9BuB9QwvgfRdgfRmBAiDAUf+2FnfHZENR/+BPYH0a4H1QIH1JQiB9VCB9UeB9WoyHAIkCIMBSAzYWtzdgQFIDYHkgwFIDtha3OqBA0gPgewAIAACgwFIEtha3W+BAUgTggSDAUgU2Frd3YECSBWCGQAQgwFIF9ha3h6BA0gYgjwAGAAJgwFIG9ha3liBA0gcRHYABgCB9ziDAUgf2FrejIECSCCCXAAMgwFIItha3reBDUgjRJEAgfdWAAIABgAMABACPAACAAoAAgBKAAoAHJELSDSDDIEOcwIkFg4kgfozKkORCUhBg5sCVgwGEA4mNoMBSErYW9xzgQRIS4QXAEIAKgQYgwFIU9hb3N2RCUhUhGUkBgiB/WmB/hIcLoH+bYEBSF+E04MBSGDYW95lgQtIYYTnAAQACAACABAAQAIeAEYAPgCCgFkAgoAagwFIcNhb35SBCEhxhXsAAgACAAIACAAYABIAAoMBSHnYW9/4gQNIfIW8ABQABJEKSIGF3wIIHhIgGAQEBIMBSIvYXN0NgQJIjIY5AASDAUiO2FzdOYEGSI+GQAAkAAQAQAAeAAKRF0iXhrECGgIaBgIWBIKEXYKFGAIMAhwCAhoQCgQaDIECSLCHcgASgwJIsthc39sAA4EFSLSHpwA9AAIADgAYgwFIudhc3/6BAki6ReUAgocwgwFIvNhd3BCBA0i9h8EAGAAggwFIwNhd3EmBAUjBh+ORCUjEh+pQKAoGEoKIW4KIdBqDAkjN2F3eFQADgQFIz4hpgwFI0Nhd3jGBBEjRiG8AYAA2AAaDAUjV2F3ek4EESNaI0QACAIKKJQCCin6DAUja2F3fDoEBSNuJN4MBSNzYXd8jgQNI3YlCAAQABoMBSODYXd9SkQ9I4YliTAwcIAxAJIKNFYKNIhICgo0hgo1CBIMBSPDYXt2FkQtI8YohJhAMDhSBKj1MPkiDAUj82F7ehJELSP2LCgsOHCCCkEOCkQgYLhQSgQFJCow5gwFJC9he37OBAUkMjD2DAkkN2F7fvgAQgQVJD4xFABIADgAiAAaDAUkU2F/cuIEHSRWMkwADAAwAgpRrAIKUbAB0AAODAUkc2F/doIEBSR2M8YMBSR7YX94QgQhJH40JAAgAgnIAIABkAIKYHwCCl34AEIMBSSfYYNyKgQNJKI4UAAICIIMBSS3YYNy7kQtJLkgWgpg+BDQaFAJQCiwKgwFJOdhg3oKBAUk6SE6DAUk72GDe84EGSTyPAAAOAEQAKAASABqDAUlC2GHcDIECSUOPpAAegwFJRdhh3FWRDElGj8EIg6k6g6k1BAoCNgYKIFSDAUlS2GHda4ECSVOQQwAykQlJV5CFDAYggp9Zgp90ChgIgwFJYNhh3teBAklhkNwABIMBSWPYYd76gRFJZJD2AAkAGgArAjAAAgAiAAoAMAACAjoAAgA0AAgAFgBaAASDAkl72GLdSQAHgQJJfZHsACiDAUmB2GLda4EGSYKSQgAOABYAFAAGAASDAUmI2GLdiIEMSYuSfwASAAYAEgACAAoAFgIMAiYADgAsAFaDAkmb2GLeHgAUgQJJnZL3AGKDAkmf2GLecQBdgQZJoZNRABAAIAAKAAIAWoMCSafYYt6ZAGaBBUmpk4gABAAGABwAgSyDAkmu2GLe5AAPgQhJsJPxAFUAKAAUAEICHQBsABCDAkm62GLfwQBagQRJvJRtAAIAhBIAGIMCScLYY90QAIFAgQF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", 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", 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BkDwCCYEtg2EAg24ACAAPBDsASAmUewGUbgACAAMDig0DgSkDiVcBlQwAi11BAb9AzSZBC75hgYZKFhoMCgIABAQICAIAAQAEBIFAMg8SUQm/dsU7hij9BPN/iQuGTJZLgY0E/Q1BGL+CxToAjRsTjDYAhWeBJzcKVACHCwJQBUYFiVYCikEOiUgCjWMDjmoCgVUEhneBU4QrA4J9CohqGIZkHIFPgTiDHS6BDgaBYEEXv4nIUgADCgYHA4EmKQiJOAKJDwAEAAMMFwASCAkBZwKJSAYrA4gtIYYOAYJugUKGUwEAEoN+gW9hAQNBC7+WgYcmgTcgGyIBAAIABgYBACM+gURAggSBPBcqUQrCk8AXhW+KCE6BjRb7K5RPh1iBiB77L0GBDMKgwnmBH4UDAoQ4N4F4H4JMgS2FLQ6CHwKIAgeQPxOCHAKCPAaDZg+HWQGHdASCEwGCSoEpgysGiVgAggAFimUMhGgDgzIAgUUAiB0ABSyFUQqEbIElIQKJXhuEUg4mgXOCFwiLWQaBBQSOaoFFj00Nj0wCjQcThjIHhnoPhH0IhHQKAAGGaQiIY4Exj1QACx2TUQGTSAaQZxeECgCMOAsMgTkoAo5jAo4uBIQ7DIRMAxgEJQMMACcBMgIhBygEkjkAi2ICSAeGEoEoLwGPFQGOdgaJLQiJXgWOcwGFagqIbhCNFwCNHAqEYwYXA4UiCYQLAYM6gSGUGQCUYAcAAIwtAIQgA4IxDIo8AwkDPwiMfQuNMgOLZRCHGQWGZgGEDwaCSoNJhQoKggYOKRmEZQKGcoE2gSgdkCEEOgiODgcuFIh1gS6DDQODHQOINAaIQAqFMQSBMAGMIQ6QBoFbigEHhmkAkSY6ixeBJYt2GJJnEI04BIwRAoxaFIgvA4FJA4UiAoJigTKBJQ+EJQJUAoMhHYIzCJEUAJApAIECQQ7DhMlHgUcFBwY9AwkCgSkJmlAdCAKBIwIFBwIGAgAEAAcJQR/FnMtvgSQAhFeCYIM0ZYF8IIREgk0HB4FuCIFGBgkFAwQPGQgKBgUNBwgMAAILD4E/gm6BdII/H4JqB2MggneBIQQMAxUDAAUDCAaCVoIIgUUBAEEGxICBijAYJgEAgSkQV4EWgSIEQRjIQIGMVFKBEoFbbIINgTwCAIFDOgEAFyQ+aoFgaBYmg2qCSIFzgRQLDh4wgU1MEByBf4EygW+BCic+gTIeEhgcMgEAUQnTi753gapwgaELgaEKgZ0hgZ0ggaMHgaMGgZ0nQQXTm754AoItgSaDYAaDQzGBKUEY05bDagGDbgCILwaETIEggkUFhigHhw0DgnoCghMBhiQDgUsFgUYEAgYJAYF1AYIAAQUAiFkCiFgCWwZwAIQfAFwCgz9BCdOXgZQ2AgAEBIEgAAUGEBYXJAEAAQBRDdSKwiyBpQCBsAuSEo53jnaBnXSBnX+OP4EBim6BokyBnX1BA9VGv2IDhDYGiR9BB9ScxXACBYEjAwCBHwCBGg6CbQGDAEED1KCBlHeBLxIEBFEL1VrEPYGhFIGwDYRmgaskgaNLCoUahk+BpHCBrFVBA9Vuv1wGg08FX0EG1WjCRwMFBYZ2BYNTBYNOAoEZQQLVbYGVERIWUQzVhMJpgaRsgZ5HgZ5GgaZvgaZugZ5dgZ5cgZ5RgZ5QgZ5RiytBA9WTwGAFhjOBM4IuQQvVlMV/AwMCGgMvgSAgAQYAhG8DhF4BBgAGBAVBBdWagZUrBQaBIAAGBgUEURDWUsYCj32OMIGgOIGif4GifoGeZ4GeZoGoIYGoIIGoX4lshV2BpEyBpRuETEEE1mW+VwOEVACBqQQAgZ5pUQrWb8YEgZ8IgZ51kzWBsiiBp3OIfI1bgaxOgaNrQSvWfMQGBoQMAggAigsAigoFYQWMUwSCeoEpiB4EghoAjlcGjlABh0kAh0gAhlsBgkkNiSYCg38ABQOFBQKGFwWLagKNWwqCFQdGAIoUAYN7AIw6BRcBEIE1iR8Fhxc8gwUAkQYBjWcAgmcAgxQEhioAhSsAgWsAiWYAiGkAjGBBAdeHzBtBBtdRgZV4AwA3VAgKgXuBLA0IUR3ZQIGXB4GjS4gQgZs4gZszlw+BIIGxHoG1A4hOhxGBs0KBmz2Wa4l8jGyBmzqBrCGEbZVIkT85gyuVKoGbNoGjK4xxgbAagaRRQQXZY8kyAI4vAIsVAIG1BACBm0FRDtlsyTOBm0qBs3WBs3SBqgWBqgSBq0+LdIdphRODO4GwDIGyJZZWQRbZfMURATMBjkkGhDwFimoBjgMAh0AAhnoGLQKBFwEXAIFQAYZfgSCEKAaDWwSIUQCNDCSNEQONSg2GGYFahTUXijZBCdl9yTUQAggTgSoES4UMgXUIBgQMCoEsD0ED2ZyBlzECAIEgAFEJ3E/LfJ1hnWqBmWCBqE2BqEyBmWENCEGBJ9xmvSMViRgKiWsAj1YAjGMAgj4DiBIMgz2BN4YsCotRBYpMCo0fAIc4BYMBAYMbCD0DhAMAiEAEg1cIhxQCiGkCjVAAcwSCCYEfgiIDgUQDWQCLGRCBVQGQcg6VIQOBWACBJQADAIk+LI0OgSCFaQGJSwqBPQ6KLgGMKwCCMQCLTgOBOgGMXQGOFgSELwaKXwKJFACEJAFYAYdNAYESAYQ9ApI2AZZXA4g4AI4egUWDKwyDVwuDWAKFMwiDaAGBPgGDFw2OLQWPFgGJNQCGBQGRYgECAgmBKgohgxkDjw0LjXgAiVEOg2wAhHgGgkkHiVkDjm4FjneBJE4Qhz4OewOGZwCBDgWCVwCIVgiDIwSDCRGEPgmIBAGKaYEvhFUFiXgCgTMAgSYGiXMUhSgCghcEi3oEgkULZgaERwOEXgiBIIEvgQEBGAGBUQWERwOGDgGONwmDBBGBXwaIYAKBAgqEbQOCa4Eyji4HkC0HXgGIDgOENQGDAAKEYgOMDQKGTABmDIRuCol5AYFPCo4kAo4lgS6ICgiFCwSLSgeIAweJEQqMUguBBgCGYgmQcwGNTgSHRxSCAYEzhmMBhSgvgUoHiVAViXOBIykBhWANhFYNjCEdinQBghEEhE8EdwCJNAGBQ4E8j1MHiA4BjQIAilkCilhBgRfckMkMBgAIDIElAwYLBgQACAAPAAQBCAYEAQMCAwcECQYKBwwGDmKBImMNAA0bAQuGMYFOAQMBAwkIgSEDDQQBCQEIBhIACQICAw8HBgADFAgADwAIBiYBCQITAwMABgAUACMCCAEIBSWBISoAAwMCBxcIBAcNEiYEHAMIDw0CCQMMBSUCLgIfgSAaABUAFwAiACsDEAowBggHNQIRDToBCANDASwAFAERBjsANgADAAcEDgoUBAmBKgMCCgMKAEUAMAMODgkJLQYkAgYCgSUAgS4NAg8AAAkDF4EkIAUJB1AFSQIGDwINBAB5AQwAUgYWBAACCQYAAxIDAAMdABSBIgYEawBEBRwDCQEZEGEBgQoBCgmBKwcgBwQAeAAJBBADEQIIBzGBKDgFgT8BEAOBLAoFAScHKguBUQKBUAEXBgIMAkEK3F3MAQQGBAQDA4QmgWaFdIIDAQOHYoFmg2yBIYI0A0FT3I+BmSCBSDwGCAEAAQAKDhESHiaBOygCAEFwgSAAGzAHBgEAERgBAAEABgSBcYEUAQAVIgIAAQCBcoESAQAEBAQADQ6BHwABAA0WAQAWGhQcCwyBRSohMAoKDRQEBAEAAQAICgIAgS4QAQAHCAEAAQAWIggGAgANDBEWgSYMDw4FBg8QCQwICAEAHSyBNiASHBAWAgACAAEABASBSDQCABIeAQAZKIFBKgQEEBgHChAaDBAGCIFMTFEM6V28RYHGfoHAW49WgbECgbEJin2BvASBuRWBuRSBwgOQdkFA6WzEaQiMTQFLAWcCgRIAhSgCjHgAAgAHBIVvA4V2AocxAQYAhy4AAwAJAAQDBAQfAY8nAI9EgR+PMwOPNAMDAAIAlHkFgiYBklAClUkDlSYmglcDiA0ChV4GgVEBjj0AhxwEhmYJjFGBIIMwA4o+AoszCoc6AYFOBYE+AYdFAlEMhQACJQGKZwCPCgSJGwCCDguGegSOG4E7i0gZhW0ViiAfjkGBT4lSAIIhBoZ7BZRIAgIBA0EN6XjMeSIbgTpIggsmgXOCMQMDAQIRB4FXghIRbwUDAmgCZ0EP6XaBoBQHBBASDAoBAIEyFj1ogTAaEx4HCgQEDxiBaYEAggmBPhIaURDtkcNJgb4ygb01jQGIPoHBdIG+NYIJkXyPU4G+EIG0D4G0DoHAL4HALoGuQ0E67kHEQQCCbwCNNwCCWAOHRACCFwuHMgiCIwKHfweBCAKDagGDDgiGTwWGMACKJQeMKAOBKAKOFwKFDgiDPQOCcYEijRYBhXUCglwGh2cbhm4OhwkQBwKMWAmDJwCMKwCLfASGEQGFNYEjjl4BjDkDhl4AhmcEjSYFij0CiFAGiisUhAwGfgaCFQWCAwCGHAmKG4E/iAAAhygAjQECigABi30AjUYMjiUOkRoBizcCgRFBKO5Ay0cMAgQDBAQQABcABAAFBAgDAgIGAIEiAAILEIMQAUEChlUFAAkAAQANhG0Bi0QFi0MDBgYAgTMABQAJABYTAxIEEQIQAwAHBAEACIpyBAAFinWBYIEyAgsDCkEV7laBonQWIB4oCw6BKgoQFgEAEhwBAA8YCQgBAAQEEBaBIgQCAC5EBgYXGIFGQiA0UQrxgMgEgbk0gcRdgcRcgcM5gcM4gbk9gbk8gcdpjjhBMfGUvj8DhE6BLIIhAYUpA5YWBwMAjQ8AjQoGCAKNNxGMcAFAAAQBikkFiigAi3MAjBAGjl8Bi1YAgwAABwKMPwSMMAIDARwFkWMBiSiBIYh3AJEIA4VVAokdAY8WAAMEGxCXRxWNFChRgTiJeQGHCgGMagQJAYYVGQsVh1+BQIgjHI1+G4ZZgT2BGyqFDkEy83TMYQGBBAGBAwADEiSBOAgKSgZxHQcGAxyBCwIDgSgCAQAKAAEIAQUHBgIIAAcLAwAEAQsTGgANBQ4CAwkaARcEEIEgBwMHAAYBBwIACAQDAggXASQICwAGAwUCAwECDgQCMwE4AgMAAgMHQRjyRoGkfStGAgAQFA4MBwqBKw4rTIFicgEAAQAGCBksgUhGDBQcKBwsDBKBJQgGBgUEFB4SGhMcUQv2lswyNgiBtiiBtiOBtiKBtmmBtmiBtm+Btm6BtitBefdCzFQGBgIHAKARCKAaAQMBAwCYVwCYAAQsAUEHagVhChMBGoFDlisDk0YCikkGjy8AhgoBk2oPAgADAY4pC4FZBYMAAY0GAQAECQKODwEdBo40AAIKmQsDVQKZXoEtlnsAlwIABwgIAJppAppgAAYIAgGTQwKTQgKSRRWSHAEmCQcEBgEAgSkCAwAFiSUEkBEGnDYAgwEDCQEEAZhnDphqA5NpAZM4AC4LNQA2CAMCAgAnBCYAjgsAjgyBMAMIRQQ0ABABNQAFGYNyAyoAgkcBmV8AiU4Sh0sLgUIClgqBJII8BA8QjmsIkDMEHQaebAE+AkMOgR8GgTCBR5ZbAIZIA4lOAJkbAZ4QBAICAgIHAAIAl0UBmQACgTsDAgEDBZRHBJRICpdBAoF2A4YjAJcUA5ZzCNRlAdgSgSC2Z0EB/Z6BgVNBGvdXgad+AQAICBosgVRcEh4TIAEABAQEBIFiah0wEBqBRj4BABQigWNqITgCACE6gU9UgWh8DhAICgwSIZVpYAEgXgFjIYE4/TgBga8cgXYJga8egoV2B4GvKIF4CYGvMYF2CYGvO4F2CYGvRYF2CYGvT4F2CYGvWYF2CYGvY4F2CYGvbYF2CYGvd7d5AoGuewIBga5+hXwCga8Bl3sFga8EgXYJga8KgXYHga8U8XgJgbACgXYJgbAMgXYJgbAWgXYJgbAggXYJgbAqgXYJgbA0gXYJgbA+gXYJgbBIgXYJgbBSgXYJgbBcgXYJgbBmgXYJgbBwgXYJgbB6gXYJgbEEgXYJgbEOgXYJgbEYYQaBQDjOWAEEzxEBBc8WAWXPHAEH0AIBB9AKY4V4gjCBMAmBsSKBdgmBsSyBdgmBsTaBdgmBsUCBdgmBsUqBdgmBsVSBdgmBsV6BdgmBsWiBdgmBsXKBdgmBsXyBdgmBsgaBdgmBshCBdgmBshqBdgmBsiSBdgmBsi6BdgmBsjiBdgmBskKBdgmBskyBdgmBslaBdgmBsmCBdgmBsmqBdgmBsnSBdgmBsn6BdgmBswiBdgmBsxKBdgmBsxyBdgmBsyaBdgmBszCBdgmBszqBdgmBs0SBdgmBs06BdgmBs1iBdgmBs2KBdgmBs2yBdgmBs3aBdgmBtACBdgmBtAqBdgmBtBSBdgmBtB6BdgmBtCiBdgmBtDKBdgmBtDyBdgmBtEaBdgmBtFCBdgmBtFqBdgmBtGSBdgmBtG6BdgmBtHiBdgmBtQKBdgmBtQyBdgmBtRaBdgmBtSCBdgmBtSqBdgmBtTSBdgmBtT6BdgmBtUiBdgmBtVKBdgmBtVyBdgmBtWaBdgmBtXCBdgmBtXqBdgmBtgSBdgmBtg6BdgmBthiBdgmBtiKBdgmBtiyBdgmBtjaBdgmBtkCBdgmBtkqBdgmBtlSBdgmBtl6BdgmBtmiBdgmBtnKBdgmBtnyBdgmBtwaBdgmBtxCBdgmBtxqBdgmBtySBdgmBty6BdgmBtziBdgmBt0KBdgmBt0yBdgmBt1aBdgmBt2CBdgmBt2qBdgmBt3SBdgmBt36BdgmBuAiBdgmBuBKBdgmBuByBdgmBuCaBdgmBuDCBdgmBuDqBdgmBuESBdgmBuE6BdgmBuFiBdgmBuGKBdgmBuGyBdgmBuHaBdgmBuQCBdgmBuQqBdgmBuRSBdgmBuR6BdgmBuSiBdgmBuTKBdgmBuTyBdgmBuUaBdgmBuVCBdgmBuVqBdgmBuWSBdgmBuW6BdgmBuXiBdgmBugKBdgmBugyBdgmBuhaBdgmBuiCBdgmBuiqBdgmBujSBdgmBuj6BdgmBukiBdgmBulKBdgmBulyBdgmBumaBdgmBunCBdgmBunqBdgmBuwSChXYJgbsOgXYJgbsYgXYJgbsigXYJgbssgXYJgbs2gXYJgbtAgXYJgbtKgXYJgbtUgXYJgbtegXYJgbtogXYJgbtygXYJgbt8gXYJgbwGgXYJgbwQgXYJgbwagXYJgbwkgXYJgbwugXYJgbw4gXYJgbxCgXYJgbxMgXYJgbxWgXYJgbxggXYJgbxqgXYJgbx0gXYJgbx+gXYJgb0IgXYJgb0SgXYJgb0cgXYJgb0mgXYJgb0wgXYJgb06gXYJgb1EgXYJgb1OgXYJgb1YgXYJgb1igXYJgb1sgXYJgb12gXYJgb4AgXYJgb4KgXYJgb4UgXYJgb4egXYJgb4ogXYJgb4ygXYJgb48gXYJgb5GgXYJgb5QgXYJgb5agXYJgb5kgXYJgb5ugXYJgb54gXYJgb8CgXYJgb8MgXYJgb8WgXYJgb8ggXYJgb8qgXYJgb80gXYJgb8+gXYJgb9IgXYJgb9SgXYJgb9cgXYJgb9mgXYJgb9wgXYJgb96gXYJgcAEgXYJgcAOgXYJgcAYgXYJgcAigXYJgcAsgXYJgcA2gXYJgcBAgXYJgcBKgXYJgcBUgXYJgcBegXYJgcBogXYJgcBygXYJgcB8gXYJgcEGgXYJgcEQgXYJgcEagXYJgcEkgXYJgcEugXYJgcE4gXYJgcFCgXYJgcFMgXYJgcFWgXYJgcFggXYJgcFqgXYJgcF0gXYJgcF+gXYJgcIIgXYJgcISgXYJgcIcgXYJgcImgXYJgcIwgXYJgcI6gXYJgcJEgXYJgcJOgXYJgcJYgXYJgcJigXYJgcJsgXYJgcJ2gXYJgcMAgXYJgcMKgXYJgcMUgXYJgcMegXYJgcMogXYJgcMygXYJgcM8gXYJgcNGgXYJgcNQgXYJgcNagXYJgcNkgXYJgcNugXYJgcN4gXYJgcQCgXYJgcQMgXYJgcQWgXYJgcQggXYJgcQqgXYJgcQ0gXYJgcQ+gXYJgcRIgXYJgcRSgXYJgcRcgXYJgcRmgXYJgcRwgoV2CYHEeoF2CYHFBIF2CYHFDoF2CYHFGIF2CYHFIoF2CYHFLIF2CYHFNoF2CYHFQIF2CYHFSoF2CYHFVIF2CYHFXoF2CYHFaIF2CYHFcoF2CYHFfIF2CYHGBoF2CYHGEIF2CYHGGoF2CYHGJIF2CYHGLoF2CYHGOIF2CYHGQoF2CYHGTIF2CYHGVoF2CYHGYIF2CYHGaoF2CYHGdIF2CYHGfoF2CYHHCIF2CYHHEoF2CYHHHIF2CYHHJoF2CYHHMIF2CYHHOoF2CYHHRIF2CYHHToF2CYHHWIF2CYHHYoF2CYHHbIF2CYHHdoF2CYHIAIF2CYHICoF2CYHIFIF2CYHIHoF2CYHIKIF2CYHIMoF2CYHIPIF2CYHIRoF2CYHIUIF2CYHIWoF2CYHIZIF2CYHIboF2CYHIeIF2CYHJAoF2CYHJDIF2CYHJFoF2CYHJIIF2CYHJKoF2CYHJNIF2CYHJPoF2CYHJSIF2CYHJUoF2CYHJXIF2CYHJZoF2CYHJcIF2CYHJeoF2CYHKBIF2CYHKDoF2CYHKGIF2CYHKIoF2CYHKLIF2CYHKNoF2CYHKQIF2CYHKSoF2CYHKVIF2CYHKXoF2CYHKaIF2CYHKcoF2CYHKfIF2CYHLBoF2CYHLEIF2CYHLGoF2CYHLJIF2CYHLLoF2CYHLOIF2CYHLQoF2CYHLTIF2CYHLVoF2CYHLYIF2CYHLaoF2CYHLdIF2CYHLfoF2CYHMCIF2CYHMEoF2CYHMHIF2CYHMJoF2CYHMMIF2CYHMOoF2CYHMRIF2CYHMToF2CYHMWIF2CYHMYoF2CYHMbIF2CYHMdoF2CYHNAIF2CYHNCoF2CYHNFIF2CYHNHoF2CYHNKIF2CYHNMoF2CYHNPIF2CYHNRoF2CYHNUIF2CYHNWoF2CYHNZIF2CYHNboF2CYHNeIF2CYHOAoF2CYHODIF2CYHOFoF2CYHOIIF2CYHOKoF2CYHONIF2CYHOPoF2CYHOSIF2CYHOUoF2CYHOXIKFdgmBzmaBdgmBznCBdgmBznqBdgmBzwSBdgmBzw6BdgmBzxiBdgmBzyKBdgmBzyyBdgmBzzaBdgmBz0CBdgmBz0qBdgmBz1SBdgmBz16BdgmBz2iBdgmBz3KBdgmBz3yBdgmB0AaBdgmB0BCBdgmB0BqBdgmB0CSBdgmB0C6BdgmB0DiBdgmB0EKBdgmB0EyBdgmB0FaBdgmB0GCBdgmB0GqBdgmB0HSBdgmB0H6BdgmB0QiBdgmB0RKBdgmB0RyBdgmB0SaBdgmB0TCBdgmB0TqBdgmB0USBdgmB0U6BdgmB0ViBdgmB0WKBdgmB0WyBdgmB0XaBdgmB0gCBdgmB0gqBdgmB0hSBdgmB0h6BdgmB0iiBdgmB0jKBdgmB0jyBdgmB0kaBdgmB0lCBdgmB0lqBdgmB0mSBdgmB0m6BdgmB0niBdgmB0wKBdgmB0wyBdgmB0xaBdgmB0yCBdgmB0yqBdgmB0zSBdgmB0z6BdgmB00iBdgmB01KBdgmB01yBdgmB02aBdgmB03CBdgmB03qBdgmB1ASBdgmB1A6BdgmB1BiBdgmB1CKBdgmB1CyBdgmB1DaBdgmB1ECBdgmB1EqBdgmB1FSBdgmB1F6BdgmB1GiBdgmB1HKBdgmB1HyBdgmB1QaBdgmB1RCBdgmB1RqBdgmB1SSBdgmB1S6BdgmB1TiBdgmB1UKBdgmB1UyBdgmB1VaBdgmB1WCBdgmB1WqBdgmB1XSBdgmB1X6BdgmB1giBdgmB1hKBdgmB1hyBdgmB1iaBdgmB1jCBdgmB1jqBdgmB1kSBdgmB1k6BdgmB1liBdgmB1mKBdgmB1myBdgmB1naBdgmB1wCBdgmB1wqBdgmB1xSBdgmB1x6BdgmB1yiBdgmB1zKBdgmB1zyBdgmB10aBdgmB11CBdgmB11qBdgmB12SBdgmB126BdgmB13iBdgmB2AKBdgmB2AyBdgmB2BaBdgmB2CCBdgmB2CqBdgmB2DSBdgmB2D6BdgmB2EiChXYJgdhSgXYJgdhcgXYJgdhmgXYJgdhwgXYJgdh6gXYJgdkEgXYJgdkOgXYJgdkYgXYJgdkigXYJgdksgXYJgdk2gXYJgdlAgXYJgdlKgXYJgdlUgXYJgdlegXYJgdlogXYJgdlygXYJgdl8gXYJgdoGgXYJgdoQgXYJgdoagXYJgdokgXYJgdougXYJgdo4gXYJgdpCgXYJgdpMgXYJgdpWgXYJgdpggXYJgdpqgXYJgdp0gXYJgdp+gXYJgdsIgXYJgdsSgXYJgdscgXYJgdsmgXYJgdswgXYJgds6gXYJgdtEgXYJgdtOgXYJgdtYgXYJgdtigXYJgdtsgXYJgdt2gXYJgdwAgXYJgdwKgXYJgdwUgXYJgdwegXYJgdwogXYJgdwygXYJgdw8gXYJgdxGgXYJgdxQgXYJgdxagXYJgdxkgXYJgdxugXYJgdx4gXYJgd0CgXYJgd0MgXYJgd0WgXYJgd0ggXYJgd0qgXYJgd00gXYJgd0+gXYJgd1IgXYJgd1SgXYJgd1cgXYJgd1mgXYJgd1wgXYJgd16gXYJgd4EgXYJgd4OgXYJgd4YgXYJgd4igXYJgd4sgXYJgd42gXYJgd5AgXYJgd5KgXYJgd5UgXYJgd5egXYJgd5ogXYJgd5ygXYJgd58gXYJgd8GgXYJgd8QgXYJgd8agXYJgd8kgXYJgd8ugXYJgd84gXYJgd9CgXYJgd9MgXYJgd9WgXYJgd9ggXYJgd9qgXYJgd90gXYJgd9+gXYJgeAIgXYJgeASgXYJgeAcgXYJgeAmgXYJgeAwgXYJgeA6gXYJgeBEgXYJgeBOgXYJgeBYgXYJgeBigXYJgeBsgXYJgeB2gXYJgeEAgXYJgeEKgXYJgeEUgXYJgeEegXYJgeEogXYJgeEygXYJgeE8gXYJgeFGgXYJgeFQgXYJgeFagXYJgeFkgXYJgeFugXYJgeF4gXYJgeICgXYJgeIMgXYJgeIWgXYJgeIggXYJgeIqgXYJgeI0goV2CYHiPoF2CYHiSIF2CYHiUoF2CYHiXIF2CYHiZoF2CYHicIF2CIHieqF6BoHjCIF2CYHjD4F2CYHjGYF2CYHjI4F2CYHjLYF2CYHjN4F2CYHjQYF2CYHjS4F2CYHjVYF2CYHjX4F2CYHjaYF2CYHjc4F2CYHjfYF2CYHkB4F2CYHkEYF2CYHkG4F2CYHkJYF2CYHkL4F2CYHkOYF2CYHkQ4F2CYHkTYF2CYHkV4F2CYHkYYF2CYHka4F2CYHkdYF2CYHkf4F2CYHlCYF2CYHlE4F2CYHlHYF2CYHlJ4F2CYHlMYF2CYHlO4F2CYHlRYF2CYHlT4F2CYHlWYF2CYHlY4F2CYHlbYF2CYHld4F2CYHmAYF2CYHmC4F2CYHmFYF2CYHmH4F2CYHmKYF2CYHmM4F2CYHmPYF2CYHmR4F2CYHmUYF2CYHmW4F2CYHmZYF2CYHmb4F2CYHmeYF2CYHnA4F2CYHnDYF2CYHnF4F2CYHnIYF2CYHnK4F2CYHnNYF2CYHnP4F2CYHnSYF2CYHnU4F2CYHnXYF2CYHnZ4F2CYHncYF2CYHne4F2CYHoBYF2CYHoD4F2CYHoGYF2CYHoI4F2CYHoLYF2CYHoN4F2CYHoQYF2CYHoS4F2CYHoVYF2CYHoX4F2CYHoaYF2CYHoc4F2CYHofYF2CYHpB4F2CYHpEYF2CYHpG4F2CYHpJYF2CYHpL4F2CYHpOYF2CYHpQ4F2CYHpTYF2CYHpV4F2CYHpYYF2CYHpa4F2CYHpdYF2CYHpf4F2CYHqCYF2CYHqE4F2CYHqHYF2CYHqJ4F2CYHqMYF2CYHqO4F2CYHqRYF2CYHqT4F2CYHqWYF2CYHqY4F2CYHqbYF2CYHqd4F2CYHrAYKFdgmB6wuBdgmB6xWBdgmB6x+BdgmB6ymBdgmB6zOBdgmB6z2BdgmB60eBdgmB61GBdgmB61uBdgmB62WBdgmB62+BdgmB63mBdgmB7AOBdgeB7A2BeQiB7BWBdgmB7B6BdgmB7CiBdgmB7DKBdgmB7DyBdgWB7EZhWKGhXWCBMjGBPgIJgXACC4F6gSRdggaBIlKCZIEtVYM3gSoXhA0INIQlgSsghFoPIIR7gS8fhRwEJYU8gTlLhWKBMV2GLoEiH4cMiWBdhyyBIl2ICoEiXYhogSJdiUaBIl2KJIEiXYsCgSJdi2CBIl2MPoEiXY0cgSJdjXqBIl2OWIEiXY82gSJdkBSBIl2QcoEiXZFQgSJdki6BIl2TDIEiXZNqgSJdlEiBIl2VJoEiXZYEgSJdlmKBIl2XQIEiXZgegSJdmHyBIl2ZWoEiXZo4gSJdmxaBIl2bdIEiXZxSgSJdnTCBIl2eDoEiXZ5sgSJdn0qBIl2gKIEiXaEGgSJdoWSBIl2iQoEiXaMggSJYo36BJ12kV4EiXaU1gSJdphOBIl2mcYEiXadPgSJdqC2BIl2pC4EiXalpgSJdqkeBIl2rJYEiXawDgSJdrGGBIl2tP4EiXa4dgSJdrnuBIl2vWYEiXbA3gSJdsRWBIl2xc4EiXbJRgSJdsy+BIl20DYEiXbRrgSJdtUmBIl22J4EiXbcFgSJdt2OBIl24QYEiXbkfgSJduX2BIl26W4EiXbs5YQHVTgHFeWEC74MBxx+BeAHHKWECvHYByB7sEgHIFmEJsEEByy8dAcs02hcByR2IEwLJc4NVAcoRgjYByk+FLQHKaEkBykGPOAHJTGEC9k4BzDuMJwHMGGEHoqEJzSmLFT7NMwEVzXKBKhfOCAEBziAFHs4jARXOQmGBC4JAEtASAQ3QJQEQ0DMBBNBEAQHQSQQB0EwBC9BOARPQWgEh0G4CFtEQBAfRKAED0TABA9E0BQLROUMC0T0BAdFAAQLRQgEF0UUBAtFLAQXRTgEF0VQCCtFaAQTRZQkE0W0BAdFyAgHRdAEF0XYBCNF8AQbSBQED0gwBAdIQAwjSEgEN0hsBK9IpAQfSVUEP0l0BH9JtAQHTDQEB0w8BBtMRAQHTGAEK0xoBAtMlAgjTKAEC0zEGAdM1ARrTNwEM01IIAdNiAQvTZAEC03ABAdNzAQzTdUEQ1AIECNQUAQbUHQEX1CQBBtQ8AQLUQwEF1EYBAtRMAwjUUAEO1FkBS9RoQQnVNAEI1T4BEtVHARXVWgEV1XABAdYGAQbWCAEn1g8FAdY5AQnWOwIC1kUBBdZIAQTWTgEE1lMBCdZYQgLWYgED1mUEAdZqAQbWbAEB1nMHBNZ3ARLWfAEB1w8GAtcTBQHXGAID1xoBA9ceAQPXIgEE1yYBAtcrAQrXLgME1zoBAtc/BAbXQwMB10oBAddMBAPXTwEb11MEA9dwQwHXdAM313cBOdgvARDYaQEG2HoBAdkBAQbZAwEE2QoBC9kPAgHZGwEH2R1BCtklBgLZMgEH2TUDDNk+AQLZSwEJ2U4BAdlYAQrZWgEM2WUBA9lyAQbZdgMF2X4BCdoEAQLaDgMC2hEFBNoVAQHaGgEF2hwBAdoiARfaJAEJ2jxDFtpHBhnaYAEE2noBY9p/YYEniuUZ22NBA9t9AQPcAQEv3AUBA9w1AQvcOQEQ3EUBE9xWAQTcagED3G8BBtxzBAncewEG3QUBB90MAQTdFAED3RkBDd0dQQPdKwEJ3S8BBt05AQPdQAEh3UQBCt1mCAXdcwIG3XkGF94BARDeGQQC3isBHt4uAQTeTUEy3lIDBN8GAQLfCwEH3w4BBd8WAQ3fHAEZ3yoBJ99EAwHfbQEO328BBd9+QgXgBAEO4AoFDOAbAQTgKAMN4C4CGeA8AQLgVgED4FkBAeBdAQPgXwMN4GQCA+ByAwbgdwIG4H4CE+EFARHhGUER4SsFBeE9AQXhQwEZ4UkBBeFjAwvhagMC4XcDAuF7ARrhfgEF4hkDBeIgAQniJgEl4jBBPuJWARzjFQIa4zIBBONNAgLjUgEU41UCD+NqAQHjegEF43wBBuQCQQHkCQEH5AsDAuQUAQHkFwIC5BkCAeQcAQLkHgMJ5CIBBuQsAQLkMwMB5DYBA+Q4AQfkPAEC5EQDAuRIAQLkSwEM5E4DDeRbAgLkaQEC5GwBCORvAQHkeAoE5H0BAeUCAQblBAEE5QsDC+URQT7lHQE15VwBFuYSAwLmKgEJ5i0CHOY3Qg/mVAEL5mQBEeZwAQTnAgEH5wcBC+cPAQ/nGwEG5ysDC+czAQLnPwEB50IDB+dFAQfnTQEG51UBAudcAgPnXwEB52MCAudlCQHnawID520BAudxQgPndAEH53gBAegABgHoAwEB6AUFA+gIAwboDQEC6BQJA+gbBAPoHwIX6CMBEOg7AwjoTQIK6FYBCuhhAQbobAEd6HNBMekRAQvpQwEC6U8BGelSAhLpbAEF6X8BE+oFBgvqGwEE6icBCOosAQXqNQEE6jtCFepAASTqVgEB6nsBfup9YYgKl0Am63wBA+wjAw/sKAEV7DgCBOxOAQTsUwEa7FgBLexzAQftIQEG7SlBBO0wAQLtNQEE7TgBIO09AwrtXwMI7WsCEu10AQjuBwEK7hACAe4bAQvuHQEC7ikBA+4sAQHuMAEO7jIDCO5BAQHuSgEL7kxBAu5YAx/uXAEG7nwBBe8DAQPvCQIC7w0BBO8QAQLvFQED7xgBAe8cAQbvHgEO7yUBBe80BgbvOwYF70QBA+9KAQHvTgEH71ABBO9YAQPvXQEB72EBAu9jAQbvZgEJ721BCe93AQvwAQEM8A0DCPAbAQPwJAIG8CgBB/AvAQLwNwED8DoBBPA+AQHwQwIB8EUBAvBHAgXwSgEk8FABBPB1AQLwegEG8H0EGPEFQT7xHgFQ8V0BCfIuASHyOEES8loBBPJtBBfycwEC8wsBBPMOAQXzEwEV8xkBDPMvAR3zPAED81oBFfNeAgPzdAML83kBAfQFQgH0BwEC9AkCBPQMAxD0EgEF9CMCA/QpAQH0LQEC9C8BBPQyBQn0OQEB9EMBAvRFAQb0SAEG9E8CA/RWAQP0WgID9F4CCfRiAQb0bAEB9HMBAvR1AQP0eAEB9HwBCvR+Ag31CQEB9RcBAfUZAQH1GwEB9R1DBPUgAQH1JQIH9ScFBfUxAgH1NwMC9ToBA/U9AQH1QQEB9UMEBPVGAgH1SwEE9U0DCPVTAQP1XAIJ9WABAvVqAQH1bQED9W8BA/VzAgH1dwE89XkBCPY2QQ32PwEf9k0BDvZtARH2fAEE9w4BDPcTAQH3IAEB9yIBG/ckAQL3QAES90MBCPdWAQH3XwEE92EBB/dmQwL3bwEB93IBAfd0AQP3dgEE93oBBPd/AQX4BAMM+AsBAfgYAQn4GgIP+CQBAfg0AxH4NwEU+EkBDfheAQn4bAED+HYBDvh6AQ/5CZJBDPkZAiH5JgMC+UkBAflMAgL5TgEZ+VGBJwH5bggB+XIBMPl0ASD6JYEfBfpGASn6TAEJ+nYBAfsAAQz7AgEE+w8CC/sUgR8I+yABE/spAQH7PQEF+z8BCvtFAQn7UAEB+1oBA/tcAQL7YAEE+2MBDvtogR8T+3cBDPwLARv8GAID/DQBBPw4AQf8PQEK/EWBICP8UAEV/HQBAv0KAQH9DQIJ/Q8ECf0aAQH9JIEmCf0pAQP9MwEB/TcOBv08AQ/9QwMW/VQDBv1sgR8K/XMIK/4BARb+LQEI/kSBIST+TgEE/nMBBf54AQn+fgIH/wgBD/8QAQX/IIEfAv8mASv/KQEN/1UBB/9jAQL/awMR/2+BHxOBgAEBAoGAFQEEgYAYBBKBgB4BB4GAMQICgYA5AQSBgDwBCIGAQQEMgYBKgSEIgYBYAQmBgGEBAoGAawMDgYBuARyBgHIBG4GBDwICgYErgR8RgYEuAQGBgUABAoGBQgQhgYFGASCBgWiBHw2BggkBAYGCFwEGgYIZAQmBgiADD4GCKgIFgYI6BB2BgkGBHwKBgl8EBYGCYwECgYJpAQeBgmwHFYGCdgEGgYMMAQGBgxMBHYGDFYEfD4GDMwEPgYNDARiBg1MBAoGDbAEcgYNvAQGBhAyBIAGBhA4DEIGEEQEBgYQiAQWBhCQBCIGEKgEIgYQzAQmBhDwBA4GERgUDgYRMAQ+BhFCBIweBhGEBDYGEaQEBgYR3AgKBhHkBA4GEfAYCgYUCAQ+BhQUBIIGFFYEfEYGFNgIFgYVIAQWBhU4JAoGFWA8BgYVfAgGBhWEKAoGFZQEJgYVoBAKBhXKBHwGBhXUEAYGFeAgGgYV9AwuBhgUCAYGGEQICgYYTAwaBhhcDAYGGHgQGgYYhAwGBhikEBIGGLAECgYYxAQSBhjSBHwKBhjkDAoGGPQIFgYZACQKBhkcIA4GGSwEBgYZPAQGBhlECBIGGUwQBgYZZBAKBhlsHAYGGYAQBgYZjAQGBhmUIAYGGaoEiC4GGbQQDgYZ5AgiBhn0FAoGHBwECgYcKAQKBhw0EAYGHEQoBgYcVAgSBhxcCCYGHHAQDgYcnAQKBhyuBIAKBhy4BBYGHMQgBgYc4AQSBhzoBAYGHPwMHgYdBCAKBh0wGAYGHUQEBgYdTARqBh1UDAoGHcYEfD4GHdAECgYgEAQmBiAcEEYGIEgEBgYgkAQWBiCYBFIGILAEKgYhBgR8NgYhMARWBiFoDFIGIcQMDgYkHAQ2BiQsKAoGJG4EhAYGJHgE2gYkgAQKBiVcBA4GJWgEVgYleAQSBiXSBHwiBiXkBAYGKAgEGgYoEAQKBigsBAYGKDgEGgYoQARKBihcBAYGKKgEDgYosAw6BijEDA4GKQAUDgYpGgR8DgYpKAwOBik8CBIGKUwELgYpYAQKBimQEF4GKZwESgYp/AQeBixIDAYGLG4EhAYGLHgEBgYsgARqBiyIBDYGLPQELgYtLASCBi1eBHyWBi3gBB4GMHgEFgYwmAQOBjCwBAoGMMAEggYwzgSEMgYxVAQGBjGIBEoGMZAEGgYx3AQ6BjH4CBoGNDQEJgY0UAwOBjR8BAoGNIwECgY0mgR8OgY0pAhyBjTgDBYGNVgEGgY1cAQ6BjWMCCoGNcgEDgY19gR8NgY4BAQaBjg8BAYGOFgEBgY4YAQOBjhoBC4GOHgECgY4qAQOBji0BAoGOMQcGgY42AQOBjj0CAYGOQQEGgY5DAQWBjkqBHwKBjlAFAoGOVQEBgY5YAQeBjloBBIGOYgMJgY5oAQ+BjnICAYGPAgEGgY8EAQWBjwsBAoGPEQEIgY8UAwGBjx6BIQaBjyADAoGPJwELgY8qAQKBjzYBAoGPOQEHgY88AQqBj0QBAoGPTwMNgY9TAQSBj2EDBYGPZwECgY9tgR8+gY9wAQ+BkC8BBoGQPwEHgZBGgR8mgZBOAQmBkHUBC4GQfwMEgZEMARKBkREBAYGRJAEBgZEmgR8NgZEoAQWBkTYBAYGRPAECgZE+AQ6BkUEBBYGRUAMBgZFXAQKBkVkBAYGRXAMGgZFfAgeBkWYCCIGRboEiDIGReAECgZIFAQKBkggBBYGSCwECgZIRAQWBkhQBA4GSGgMNgZIfAyCBki6BHxSBkk8BAoGSZAEGgZJnAhGBkm4BBoGTAAMcgZMIAgGBkyWBIAGBkycBCIGTKQENgZMyAQWBk0ACAoGTRgEDgZNJAwGBk04BAYGTUAEIgZNSAQmBk1sBAoGTZQECgZNoAQGBk2sDB4GTboEgA4GTdgECgZN6AwGBk34BAYGUAAEDgZQCAQGBlAYBAYGUCAQYgZQLBQGBlCYBBIGUKAMCgZQtCQGBlDQGAYGUOIEkAoGUPAMDgZRAAQGBlEQBAoGURgEBgZRJAwKBlEwBBIGUTwEDgZRUAQWBlFgIAYGUYQEBgZRjAQGBlGUCAYGUZwMBgZRpAQGBlGsNBIGUcAEBgZR1gSECgZR4BAKBlHsBAoGUfgQBgZUCAwKBlQULAoGVCwECgZUOAwKBlRIBAYGVFQEBgZUXAQGBlRkBAYGVGwQBgZUeDAKBlSUCAoGVKAQCgZUsgSUCgZUxBAGBlTUDAYGVOBACgZU/AQKBlUIDAoGVRgoCgZVMAQGBlU8BAoGVUQEBgZVUAwSBlVYBBIGVWwEDgZVgAQaBlWSBHwKBlWsBA4GVbgIFgZVyBwyBlXoBAYGWBwICgZYJAQGBlgwBBIGWDgEBgZYTAQWBlhUBAoGWGwECgZYeAQKBliEFBIGWJQMIgZYrgR8MgZY0AQSBlkEBKoGWRgEPgZZxBgOBlwKBQwWBlw4FA4GXFQ4BgZcdBQWBlx8BBIGXJQUEgZcqAgGBly+BKASBlzQBA4GXOQIjgZc9AQKBl2EBBoGXZAEEgZdrAQeBl3ABEYGXeIEfH4GYCgEWgZgqAQWBmEEBA4GYRwEFgZhLAQuBmFEBB4GYXYEfBIGYZQEIgZhqCQSBmHUBA4GYegECgZh+AgKBmQEBD4GZBAEBgZkUAQaBmRYEAoGZHQMFgZkhAQKBmScBA4GZKoEgBYGZLgEFgZk0AQSBmToHA4GZQAgGgZlHBASBmU8FA4GZVAQBgZlZAgOBmVsBAoGZXwEDgZliAQGBmWYBAYGZaAIBgZlqgSQBgZltAQKBmW8CBIGZcgEJgZl3BgqBmgMBAoGaDgQLgZoRARGBmh0BC4GaL4EkCYGaPQENgZpHBQKBmlYFA4GaWwEFgZpfAQGBmmUKAYGaagMCgZptAhWBmnCBHw+BmwYBC4GbFgEKgZsiAQGBmy0BB4GbLwUEgZs5AQaBmz4BBIGbRQgBgZtNAQiBm0+BHwGBm1gBIIGbWgECgZt7AQqBm34CCIGcCQEDgZwSBgGBnBgKAYGcHAEEgZwegSYKgZwmBgSBnDMCAYGcOAECgZw6AgKBnD0FAYGcQQIHgZxDAQOBnEsGBYGcUAMBgZxXAgGBnFkEAYGcWwQDgZxdgSABgZxhAgKBnGMBAoGcZgECgZxpAwGBnG0CAYGcbwECgZxxAQKBnHQBBIGcdwIIgZx8BAKBnQYCAYGdCQQJgZ0MAwGBnRcHAoGdHAEBgZ0fgSkCgZ0jAQSBnSYGA4GdLQcCgZ00AQGBnTcBAYGdOQEJgZ07AwKBnUYJAYGdSwUDgZ1NAwKBnVIBA4GdVQEDgZ1ZgSMFgZ1eAwGBnWUBAYGdZwQCgZ1pBAKBnW0DAYGdcQEBgZ1zAgGBnXUCAYGddwMFgZ16BAGBngECAYGeAwUFgZ4HAQKBng0BAYGeEAEHgZ4SAgKBnhqBIgKBnh4BA4GeIQICgZ4lAQKBnigBAoGeKwMBgZ4vAQGBnjEBCYGeMwMIgZ4+AgGBnkcMAYGeTQMBgZ5QAQWBnlIBAoGeWAECgZ5bAgGBnl6BIQKBnmABA4GeYwICgZ5nCQKBnmwBC4GebwUIgZ59AQaBnwYBAYGfDQEBgZ8PBQKBnxICAoGfFQEBgZ8YAQSBnxoDBIGfH4EgAoGfJAQBgZ8oAwKBnysBA4GfLgEEgZ8yAwSBnzgDCoGfPgEBgZ9JAwWBn0wBAYGfUgQDgZ9VAwGBn1oEEIGfXIEfC4GfbQEGgZ95BAGBoAEBAYGgAwwCgaAJAQeBoAwFAYGgFQcDgaAYAQKBoBwBAYGgHwcCgaAiAQGBoCWBJgKBoCkBAoGgLAMEgaAvAwGBoDUCAYGgNwEkgaA5AgKBoF4BAYGgYQEFgaBjBAOBoGoBCIGgboEiAoGgeAEBgaB7AQmBoH0DBIGhCAMBgaEOAwmBoREBAYGhGwQDgaEeAgSBoSIBBIGhJwEDgaEsARWBoTCBHwWBoUYBDoGhTAECgaFbAwKBoV8BDIGhYgEGgaFvAQeBoXYBFYGhfgEJgaIUgR8FgaIeARCBoiQBBIGiNQEBgaI6AQGBojwEBYGiPwEEgaJFAQGBokoDBIGiTQEQgaJSgTQCgaJoAgKBomsBA4GibgEBgaJyAwWBonUBAYGiewEFgaJ9AgGBowMDB4GjBgEEgaMOBAOBoxMCAoGjFwQBgaMbAQKBox0BAYGjIAMCgaMjAgGBoyaBJQWBoykBBIGjLwYBgaM2AQSBozgBBoGjPQUJgaNGAQGBo1ADAYGjUwEBgaNVBwGBo1kDBoGjXAMDgaNjAwGBo2iBJAGBo2wDA4GjbgEBgaNyAQGBo3QBAYGjdgEFgaN4AQiBo34BAoGkBwEDgaQKBAKBpA8DAYGkEwYDgaQVAgGBpBkBA4GkGwMCgaQgAQmBpCOBHxGBpC0DAYGkPwQLgaRCAQ2BpE4GAYGkXQwJgaRjAQKBpG0BB4GkcIEfBIGkeAMCgaR+AQaBpQEDBYGlCAEBgaUOARCBpRAGBIGlIwQEgaUoCAOBpS4BAYGlMgMEgaU1AwGBpTuBIQKBpT0BAYGlQAQDgaVDAQ+BpUcBEYGlVwYEgaVqAQuBpW8BEoGle4EgBIGmDgEJgaYTAQWBph0HA4GmJgMPgaYrAQWBpjsEE4GmQgEDgaZWAQGBploBA4GmXIEfBIGmYAMJgaZmBQaBpnEBAYGmeAIKgaZ6BQuBpwYBBIGnEgIEgacXBAiBpx0DA4GnJ4EiAoGnLAQBgacwBQOBpzMBAoGnNwEHgac6AweBp0MCAoGnSwEBgadOBAaBp1EBBIGnWAEBgaddAwGBp2ACAoGnYgECgadlgSoBgadsAQWBp24BAYGndAIHgad2BwOBqAADBoGoBQEEgagMAQmBqBEEIIGoHIEfAYGoPQECgag/AQGBqEIBBYGoRAQOgahLBAqBqFsBBIGoZgUBgahtAwGBqHADBYGocwIJgah5AQKBqQMBAYGpBoEgDYGpCAMHgakWAgGBqR4CB4GpIAMBgakpAQGBqSsBDoGpLQEEgak8AwiBqUIBA4GpSwMHgalQgR8BgalYAQKBqVoBBIGpXQEDgaliAQWBqWYCAoGpbAUNgalxAQKBqX8EBoGqAwECgaoKAgeBqg0BAYGqFQIDgaoXAweBqhuBHwiBqiMBB4GqLAEDgao0BRiBqjkBAoGqUgcPgapXAQqBqmcBAYGqcoEhA4GqdQEDgap5AQ+Bqn0BB4GrDQEDgasVAQWBqxkDAYGrIAEBgasiAgWBqyQBAoGrKgEFgastARWBqzOBHxGBq0kCAoGrWwQDgatfAQGBq2MBAYGrZQUBgatoAQKBq2oDBIGrbgEDgatzAweBq3gBAYGsAAECgawCAgKBrAUBB4GsCIEkPYGsEAEggaxO", 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", 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", 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", 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BAYGMRAILgYxGAQuBjFIBNYGMXgEDgY0UbAGBjRmDbwKBjS+PZQGBjU4vAYGNUQEBgY1TAQOBjVUiAYGNWQEKgY1bAQOBjWYLAoGNbgYJgY1zAQSBjX0EAoGOAwECgY4GAQKBjgkBBIGODAEBgY4RBgWBjhVEAYGOHAYGgY4gAQOBjicBBoGOKwEGgY4yAQSBjjkBAoGOPgEFgY5BAQGBjkcBBYGOSSgGgY5SAQKBjlkBAoGOXAECgY5fAQ6BjmIBAYGOcQEEgY5zAQGBjngBB4GOegEBgY8CBwWBjwcBA4GPDQEJgY8RQQmBjxsDC4GPJgEEgY8yAwOBjzgGBoGPPgMHgY9GIwGBj04DAoGPUQIGgY9UAQOBj1sHCIGPYgEHgY9rAwWBj3QDBYGPegMCgZABAgOBkAQBAoGQCAECgZALAQOBkA4BAoGQEkEFgZAVAQKBkBsBCIGQHgECgZAnCg2BkC4EAYGQPAMBgZA+KgGBkEIGAYGQRQEBgZBHCAOBkEkJAoGQTgwBgZBWAwGBkFgHAoGQXAkCgZBhAQGBkGQHAYGQaEwBgZBtEQGBkHITAYGQei4BgZB/AQGBkQEHAYGRBRICgZEIDgOBkQwiAoGRFEQEgZEYAQGBkR0BAYGRHwYCgZEjAwGBkScBBYGRKQQSgZEwAgOBkUMjA4GRRwkBgZFNAQGBkU8FA4GRUwUBgZFYAgGBkVoEAYGRXQkDgZFggQwBgZFoAwWBkWsDAoGRcjABgZF5CQGBkX0GAYGSAQEBgZIDAgKBkgUHAYGSCQEBgZILBAGBkg4CAYGSEBwCgZITUgGBkhkaAYGSG4J+BoGSMAECgZI3AQuBkjrPVQKBiUYACIGKHAEHgYolAQaBii0ECYGTEuMqAYGSRoQRAYGSUoQgAYGSXQ0BgZJf", 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CAY0zBwCNNQEAjTYBAI03CwCNOAMAjTkDAI06BwCNOwEAjTwNAI09AwCNPgMAjT8HAI1AAQCNQQEAjUIBAI1DgSkBjUQCAI1GAwCNRwcAjUgBAI1JAQONSgMBjU4DAY1QAgCNUgMAjVMHAI1UAQCNVQECjVYJAY1ZAgCNWw8AjVwBAI1dKQGNXgIAjWADAI1hBwCNYgEAjWMBAo1kBQCNZ0MBjWgCAI1qAwCNawcAjWwBAI1tAQCNbgEAjW8JAY1wAgCNcgMAjXMHAI10AQCNdQECjXYJAI15AwCNeg0AjXsBAI18CwGNfQIAjX8DAI4ABwCOAQEAjgIBAI4DAQCOBAkAjgUDAI4GEQCOBx4AjghKAI4JAwCOCgMAjgsHAI4MAQCODQEAjg4BAI4PCQCOEAMAjhEDAI4SCQCOEwEAjhQBAI4VCQGOFgIAjhgDAI4ZBwCOGgEAjhsBAI4cAQCOHQkAjh4UAI4fCgCOIB8BjiECAI4jAwCOJAcAjiUDAI4mAQCOJ0kBjigCAI4qAwCOKwcAjiwBAI4tAQCOLgEAji8JAY4wAgCOMgMAjjMHAI40AQCONQEAjjYBAY43AgGOOSQBjjsCAI49AwCOPgcAjj8BAI5AAQCOQQEAjkKBKQGOQwIAjkUBBI5GBQCOS2GBIZj0ANdcAwTXXUYB12IBAtdkAQbXZwMA124DBddvBA/XdQEC2AUBBtgIAxDYDwEK2CAFAdgrAQLYLQEH2DABA9g4AQXYPAQG2EIBB9hJAQrYUQQP2FwBCthsRALYdwEL2HoBCtkGAxDZEQEK2SIFAdktAQLZLwEF2TIDA9k4AQXZPAMQ2UIBCtlTBA/ZXgEK2W4EAtl5AQLZfAEG2X8DAtoGAQXaCUMQ2g8BCtogBQHaKwEB2i0CBtovAwDaNgEH2jcEAto/AQLaQgEG2kUDCdpMBALaVgEC2lkBBtpcAwDaYwEA2mQBBdplgSUB2msBAtptAQbacAMA2ncEAtp4BwHaewEC2n0BBtsAAwDbBwMF2wgFAdsOAQvbEAEB2xwBANseAQXbHwMQ2yUBCts2BQHbQQEC20MBBttGAwDbTQME205GAdtTAQLbVQEG21gDANtfAQDbYAEF22EFAdtnAQLbaQEG22wDANtzAwXbdAQC23oBC9t9AgDcCQEH3AoFAdwSAQLcFAEG3BcDANweAQDcHwEF3CAEAtwmAQvcKQED3DUBBdw5AxDcPwEC3FABBtxTRALcWgEC3F0BBtxgAwDcZwEA3GgBBdxpBALcbwEC3HIBB9x1AgDcfQEA3H4BBdx/BQHdBQEC3QcBBt0KAwDdEQEA3RIBBd0TBA/dGQEC3SkBBt0sBA/dMwEK3UMFAd1OAQLdUAEG3VMCAd1aAQDdXAEF3V1FAd1jAQLdZQEG3WgDAN1vAQDdcAEF3XEFAd13AQLdeQEG3XwDAN4DAQDeBAIB3gUCAN4HAxDeCAEK3hkFAd4kAQLeJgEG3ikDAN4wAQDeMQEF3jKBJQHeOAEA3joFBN47cQmgcwCOTADeQACOTQDeQQGOTgHeQgCOUADeRACOUWEUoIEBjlIAAd5FAACOVAAC3kcAAI5VAAbeSgAAjlYBAI5XAADeUQADjlgABN5SAwGOXAAF3lcAAI5eAAfeXQED3mUAAI5fAAXeaQMQ3m8BCt8AcQmg4QGOYAHfCwCOYgLfDQCOYwDfEACOZATfEQCOZWEgoPMAjmYAAN8WAACOZwAA3xcAAY5oAAPfGAAAjmpDAY5rAAHfHAAAjm0AAt8eAACObgAG3yEAAI5vAQCOcAAA3ygAAo5xAAXfKQMBjnQAAd8vAACOdgAC3zEAAI53AAffNAEB3zwAAo54AADfPgAAjnsAA98/AwCOfAAP30MBCt9TcQmhoQGOfQDfXgGOfwLfXwCPAQDfYgCPAgTfYwCPA2EsobMAjwQAAN9oAACPBQAA32kAAI8GAAXfagMAjwcAAt9wAACPCAAL33MBAt9/AAGPCQAF4AIDEOAIAQrgGUMAjwsAAuAkAACPDAAC4CcAAI8NAAfgKgEAjw4AAOAyAACPDwAA4DMAAI8QAAXgNAMAjxEAAuA6AACPEgAC4D0AAI8TAAfgQAEAjxQAAOBIAACPFQAH4EkDAo8WAADgUQAAjxkAAeBSAAOPGgAE4FQAAI8ecQmikwCPHwDgWQCPIADgWgCPIQLgWwCPIgDgXgCPI2EqoqEAjyQAAuBfAACPJQAC4GIAAI8mAAfgZQEAjycAAOBtAACPKAAH4G4DAI8pAA/gdgEK4QYDAI8qAALhEQAAjysAAuEUAACPLAAH4RcBCuEfQwCPLQAC4SoAAI8uAALhLQAAjy8ABuEwAACPMAEB4TcAAI8xAAfhOQMAjzIAAuFBAACPMwAC4UQAAI80AAbhRwAAjzUBAeFOAACPNgAH4VADEOFYAQrhaXEJo6EBjzcB4XQAjzkB4XYBjzoA4XgAjzwE4XkAjz1hAaRBAIJ3YRWjswCPPgECjz8BAI9CAQCPQ4ElBI9EAgSPSQQAj04BAI9PAQCPUAEAj1EDAI9SBQGPUwIAj1UDAI9WBwCPVwEAj1gBAo9ZAwCPXAUBj10CAI9fDQCPYGEVo7QA4X4DAOF/AQDiAAEB4gGBKAHiAwUD4gUDAOIJAQDiCgEC4gsBAeIOBQHiEAEC4hIBBuIVAwDiHAMC4h0BAeIgBQHiIgEL4iQCCeIwAxDiOgEK4ktxCaThAY9hAeJWAI9jAeJYAY9kAOJaAI9mBOJbAI9nYYEEpPMAj2gAAOJgAACPaQAA4mEAAY9qAATiYkMBj2wAAeJnAACPbgAB4mkAAY9vAAbiawAAj3EBAI9yAADicgACj3MABeJzAwGPdgAB4nkAAI94AALiewAAj3kAB+J+AQCPegAA4wYAAo97AALjBwAAj34AAeMKAwCPfwAC4wwAAJAAAAvjDwEK4xsDApABAADjJgAAkAQAAuMnAACQBQAG4yoAAJAGAQCQBwAA4zEAAJAIAADjMgAAkAkABeMzAwCQCgAC4zkAAJALAAvjPAEC40gAAJAMAAbjSwMAkA0AD+NSAQLjYgAAkA4ABuNlQwGQDwAB42wAAJARAALjbgAAkBIABuNxAACQEwEAkBQACeN4AwCQFQAC5AIAAJAWAAvkBQEK5BEDAZAXAAHkHAAAkBkAAeQeAAOQGgAE5CAAAJAeAQCQHwAA5CUAAJAgAADkJgAAkCEAAuQnAAGQIgAA5CoDAJAkAAbkKwAAkCUAB+QyAQLkOgAAkCYABuQ9AwCQJwAP5EQBCuRUAwGQKAAB5F8AAJAqAALkYQAAkCsAB+RkAQPkbAAAkCwABeRwQwCQLQAC5HYAAJAuAALkeQAAkC8ABuR8AACQMAEB5QMAAJAxAADlBQAAkDIABeUGAwGQMwAB5QwAAJA1AALlDgAAkDYABuURAACQNwEAkDgAAOUYAACQOQAH5RkDEOUhAQrlMnEJp6EBkDoB5T0AkDwC5T8AkD0A5UIAkD4E5UMAkD9hB6ezAJBAAADlSAAAkEEAAOVJAAKQQgAD5UqBAwCCeHEJqGEBkEUB5U4AkEcC5VAAkEgA5VMAkEkE5VQAkEphAaxBAIJ6YWOocwCQSwECkEwFAJBPAwGQUAIAkFIDAJBTBwCQVAEAkFUBApBWCQGQWQ4AkFsvAZBcAgCQXgIBkF8HAJBhAwKQYkkAkGUVAJBmCQGQZw4AkGkBAJBqAQKQaykBkG4CAJBwAwCQcQcAkHIBAJBzAwCQdIEJAJB1HwCQdhUAkHcJAZB4AgCQegMAkHsHAJB8AwCQfQEAkH6BKQCQfxUAkQAJAJEBAwCRAgMAkQMHAJEEAQCRBS0BkQYCAJEIAwCRCQcAkQoBAJELAQCRDAEAkQ2BKQGRDgEBkRACA5ESBQCRFgEAkRcBApEYAwCRGwUBkRwCAJEeAwCRHwcAkSABAJEhAQKRIgkBkSUCAJEnAwCRKAcAkSkBAJEqAQCRKwEAkSwJAJEtAwCRLgMAkS8HAJEwBQCRMQkEkTICAZE3AQGROQQAkTsBAJE8AQKRPQQAkUBEAZFBAgCRQwMAkUQHAJFFAQCRRgECkUcJAZFKAgCRTAMAkU0HAJFOAQCRTwECkVAJAJFTAwCRVAMAkVUNAJFWYWyodADlWQME5VoGAeVfAQLlYQEG5WQDAOVrAwXlbAUN5XICCuYAAxDmCwEK5hwFAeYnAQHmKQIG5isCAeYyAwXmNEQP5joBA+ZKAQXmTgUN5lQDAOZiAwXmYwMQ5mkBCuZ6BQHnBQEC5wcBBucKAwLnEQEF5xQDEOcaAQrnKwMQ5zYBCudHRA/nUgEK52IED+dtAQPnfQEF6AEFAegHAQLoCQEG6AwCAegTAQDoFQEF6BYDEOgcAQroLQMQ6DgBCuhJAxDoVAEK6GVED+hwAQPpAAEF6QQEAukKAQLpDQEG6RADCekXAxDpIQEK6TIFAek9AQLpPwEG6UIDAOlJAQDpSgEF6UuBJQDpUQIB6VIEBOlUAwDpWQMC6VoBAeldBQHpXwEC6WEBBulkAwDpawMF6WwFAelyAQLpdAEG6XcDAOl+AQDpfwEF6gAEAuoGAQLqCQEG6gwCA+oTAQXqFwgB6h0CAOofAgPqIAMA6iQDA+olAQDqKUUB6ioBAuosAQbqLwMA6jYDBeo3BQHqPQEC6j8BBupCAwDqSQMF6koEAupQAQLqUwEH6lYBA+peAQXqYnEJraECkVcA6mgAkVoC6mkAkVsA6mwAkVwE6m0AkV1hOa2zAJFeAADqcgAAkV8AAOpzAACRYAAC6nQAAJFhAAHqdwMBkWIAAep5AACRZAAC6nsAAJFlAAfqfgED6wYAAJFmAAXrCgMAkWcAAusQAACRaAAC6xMAAJFpAAbrFgAAkWoBAesdAAGRawAG6x9DAJFtAALrJgAAkW4AAuspAACRbwAG6ywAAJFwAQCRcQAA6zMAAJFyAAfrNAMBkXMAAes8AACRdQAC6z4AAJF2AAbrQQAAkXcBAJF4AADrSAAAkXkAAOtJAACRegAF60oDAZF7AAHrUAAAkX0AAetSAAGRfgAG61RBCa6RkgABAACBszIAgbMzAIGzMgCBszMAgbMyAIGzMwCBszJhAbBBAIJ7YTGumwGSBQQAkgcUAJIICgGSCQIAkgsDAJIMBwCSDQUAkg4JAZIPAgCSEQMAkhIHAJITAQCSFAEAkhUBAJIWSQGSFwYAkhkHAJIaAwCSGwEAkhwJAZIdAgCSHwMBkiAGAJIiAQCSIwEAkiQBAJIlKQGSJgIAkigCAZIpBgGSKwEAki0BAJIuAQCSLwQAkjCBJAGSMQEBkjMDAJI1BwCSNgEAkjcCAZI4BQCSOgMBkjsCAJI9AwCSPgcAkj8BAJJAAgGSQR8AkkNhMq6dAOtfBA/rYAEC63ABButzBQHregEC63wBBut/AgPsBgEF7AoFAewQAQLsEgEG7BUDAOwcAQDsHQEF7B5FBewkAQbsKgIB7DEBAOwzAQXsNAUB7DoBAuw8AgXsPwMA7EUBAOxGAQXsRwMQ7E0BCuxeBQHsaQEB7GsCBextBADscwEA7HQBA+x1AQDseYElAOx6AgLsewEG7H4DAe0FAgTtBwYB7QwBAu0OAQbtEQMB7RgCBe0aAxDtIAED7TEBBe01AxDtOwEK7UxxCbDhAZJEAe1XAJJGAu1ZAJJHAO1cAJJIBO1dAJJJYRGw8wCSSgAB7WIAAZJLAAXtZEMAkk0AAu1qAACSTgAC7W0AAJJPAAftcAEK7XgDEO4DAQruFAMD7h8AAJJQAAvuIwEK7i9xCbGhAZJRAe46AJJTAe48AZJUAO4+AJJWBO4/AJJXYTixswCSWAAC7kQAAJJZAAXuRwMBkloAAe5NAACSXAAL7k8BAu5bAACSXQAG7l4DAJJeAA/uZQEC7nUAAJJfAAbueEMAkmAAAu5/AACSYQAC7wIAAJJiAAbvBQAAkmMBAJJkAAnvDAMAkmUAD+8WAQrvJgMBkmYAAe8xAACSaAAC7zMAAJJpAAbvNgAAkmoBAJJrAALvPQAAkmwABe9AAwCSbQAP70YBAu9WAACSbgAG71kDAJJvAA/vYAEK73ADAJJwAALvewAAknEAC+9+AQrwCkMQ8BUBA/AmAACScgAF8CpxCbNhAZJzAfAwAJJ1AvAyAJJ2APA1AJJ3A/A2AZJ4YQG0QQCCfGEZs3MAknoNAJJ7AwCSfAMAkn0HAJJ+DwGSfwIAkwEDAJMCBwCTAwEAkwQBAJMFAQCTBoEpAZMHAgKTCQECkwwEAZMPAQCTEQECkxIDAZMVBAGTFwIAkxkDAJMaBwCTGwEAkxwBApMdYRazdAnwOgQC8EQBAvBHAQbwSgIK8FEFAfBcAQLwXgEG8GEDAPBoAQDwaQEF8GqBJQHwcAMA8HIDA/BzBADwdwMC8HgCAPB7BQHwfAEC8H4BBvEBAwDxCAMF8QlxCbShAZMgAfEPAJMiAvERAJMjAfEUAJMkA/EWAJMlcQm0swCTJgDxGgCTJwDxGwCTKALxHACTKQDxHwCTKmEitMEAkysAAvEgAACTLAAC8SMAAJMtAAfxJgEAky4ACfEuAwGTLwAB8TgAAZMxAADxOgADkzMABPE7AACTNwEFkzgAAPFAAACTPgAA8UEAAJM/AADxQkMBk0AAAfFDAACTQgAC8UUAAJNDAAbxSAAAk0QBAJNFAADxTwAAk0YAAPFQAACTRwAF8VFxCbVhApNIAPFXAJNLAvFYAJNMAPFbAZNNA/FcAJNPYQ61cwSTUAAC8WAAApNVAwCTWAAC8WMAAJNZAALxZgAAk1oABvFpAACTWwEAk1wAAPFwAAGTXQAG8XFxCbWhAZNfAfF4AJNhAvF6ApNiAPF9AJNlAfF+AZNmYXa1swCTaAAA8gAAAJNpAADyAQAAk2oAAPICAACTawAD8gMDAZNsAAHyBwAAk24AAvIJAACTbwAG8gwAAJNwAQCTcQAA8hMAApNyAAXyFAMBk3UAAfIaAACTdwAK8hwAAJN4AQHyJwAAk3kAAPIpAACTegAF8ipDAZN7AAHyMAAAk30AAvIyAACTfgAG8jUAAJN/AQCUAAAA8jwAAJQBAADyPQAAlAIABfI+AwGUAwAB8kQAAJQFAALyRgAAlAYABvJJAACUBwEAlAgAAPJQAACUCQAA8lEAAJQKAAXyUgMBlAsAAfJYAACUDQAC8loAApQOAATyXQAAlBEBAJQSAADyYgAAlBMAAPJjAACUFAAF8mQDAZQVAAHyagAAlBcAAvJsAACUGAAG8m8AAJQZAQCUGgAB8nYAAZQbAAXyeAMBlB0AAfJ+AACUHwAC8wAAAJQgAAbzAwAAlCEBAJQiAALzCgAAlCMABfMNAwGUJAAB8xMAAJQmAALzFQAAlCcABvMYAACUKAEAlCkAAPMfAACUKgAA8yAAAJQrAAXzIUMBlCwAAfMnAACULgAC8ykAAJQvAAbzLAAAlDABAJQxAADzMwAAlDIAAPM0AACUMwAA8zUAAJQ0AAPzNnEJt2EBlDUB8zoAlDcC8zwAlDgE8z8AlDkA80QAlDphAbhBAIJ9YQ+3cwCUOwEAlDwBBpQ9AwCURAMAlEUDAJRGBwCURwMAlEgLAZRJAgCUSwMClEwEAZRPAQCUUQEDlFIDAJRWYQ23dADzRQEA80YLAvNHAQLzSgEG800CAfNUAQfzVgUB814BAvNgAwPzYwQA82cEAvNoAQDza3EJuGEBlFcB82wAlFkA824ClFoA828AlF0E83AAlF5hD7hzAJRfAADzdQADlGAABPN2AwGUZAAB83sAAJRmAALzfQAAlGcABvQAAACUaAEAlGkAAPQHAAKUagAF9AhxCbihAZRtAfQOAJRvAPQQAJRwAPQRAJRxBvQSAJRyYQq4swP0GQAAlHMABfQdAwCUdAAC9CMAAJR1AAL0JgAAlHYAB/QpAQr0MXEJuOEBlHcB9DwAlHkC9D4AlHoA9EEAlHsE9EIAlHxhIbjzAJR9AAD0RwAAlH4AAPRIAAGUfwAE9ElDAZUBAAH0TgAAlQMAAvRQAACVBAAG9FMAAJUFAQCVBgAA9FoAAJUHAAD0WwAAlQgABfRcAwCVCQAC9GIAAJUKAAL0ZQAAlQsABvRoAACVDAEAlQ0AAfRvAAGVDgAF9HEDAJUQAA/0dwEK9QdxCbmhAZURAfUSAJUTAvUUAJUUAPUXAJUVBPUYAJUWYWG5swCVFwAA9R0AAJUYAAD1HgAClRkAAvUfAACVHAMBlR0ABfUiAACVHwAH9SgBAJUgAAD1MAAAlSEAAPUxAACVIgAF9TIDAJUjAA/1OAEC9UgAAZUkAAX1S0MAlSYAAvVRAACVJwAC9VQAAJUoAAb1VwAAlSkBAJUqAAD1XgAAlSsAAPVfAACVLAAF9WADAZUtAAH1ZgAAlS8AC/VoAQP1dAAAlTAABfV4AwGVMQAB9X4AAJUzAAL2AAAClTQABPYDAACVNwEAlTgAAPYIAACVOQAA9gkAAJU6AAX2CgMAlTsAD/YQAQL2IAAAlTwABvYjAwCVPQAP9ioBCvY6AwGVPgAB9kUAAJVAAAL2RwAAlUEABvZKAACVQgEAlUMAAPZRAACVRAAH9lJDAJVFAAL2WgAAlUYAAvZdAACVRwAG9mAAAJVIAQr2ZwMBlUkAAfZyAACVSwAC9nQAAJVMAAb2dwAAlU0BAJVOAAD2fgAAlU8AAPZ/AACVUAAF9wADEPcGAQr3F3EJu6EBlVEB9yIAlVMB9yQBlVQA9yYAlVYE9ycAlVdhCbuzAJVYAAD3LAAAlVkAAPctAAGVWgAB9y4AAZVcAAD3MIEDAIJ+cQu8YQGVXgH3MQCVYAD3MwCVYQD3NACVYgH3NQCVYwP3NwCVZGEBwEEAgn9hPbxzAJVlAQKVZgkBlWkCAJVrAwCVbAcAlW0BAJVuAQKVbwkAlXIDAJVzEQCVdCkBlXUCAJV3AwCVeAcAlXkBAJV6AQKVe0kAlX4VAJV/CQCWABQAlgEqAZYCAgCWBAMAlgUHAJYGAQCWBwEAlggBAJYJAQCWCgcBlgsGAJYNDACWDgoAlg8UAJYQSgCWEQMAlhIDAJYTBwCWFAEAlhUjAJYWCQGWFwIAlhkDAJYaBwCWGwEAlhwDAJYdCQCWHhQBlh8pAJYhXwCWIh8AliMPAJYkAwCWJQEAliYpAZYnAgCWKQMAlioHAJYrAQCWLAMBli0EAJYvYUi8dAD3OwMF9zwFAfdCAQL3RAEG90cDAPdOAwX3TwQC91UBC/dYAQP3ZAEF92gDEPduAQr3fwUB+AoBAvgMAQb4DwMA+BYDBfgXRA/4HQED+C0BBfgxBA/4NwEC+EcBBvhKAxD4UQEK+GIFAfhtAQL4bwEG+HIDAPh5AQD4egEA+HsBA/h8BQX5AAEH+QYBAvkOAQb5EQQP+RgBAvkoAQb5K0QC+TIBAvk1AQb5OAMJ+T8DEPlJAQP5WgEF+V4FAflkAQL5ZgEG+WkDAvlwAQX5cwQP+XkBAvoJAgX6DAMQ+hIBCvojBA/6LgEK+j5ED/pJAQr6WQQO+mQCAfpzAQD6dQEF+nYDEPp8AQr7DQUB+xgBAvsaAQb7HQMC+yQCA/sncQnAYQGWMAH7KwCWMgD7LQCWMwD7LgCWNAb7LwCWNWEPwHMAljYAAPs2AAOWNwAE+zcDAZY7AAH7PAAAlj0AAvs+AACWPgAG+0EAAJY/AQCWQAAA+0gAApZBAAX7SXEJwKEAlkQC+08AlkUA+1IAlkYA+1MAlkcG+1QAlkhhAsRBAIMAh38AgwFhgTTAtwCWSSkBlkoCAJZMAwCWTQcAlk4BAJZPAQKWUEkBllMCAJZVAwCWVgcAllcBAJZYAQCWWQEAlloJAJZbAwCWXBAAll0KAJZeAwCWXxEAlmAJAZZhAgCWYwMAlmQHAJZlAQCWZgEAlmcBAJZoCQCWaQMAlmoDAJZrDQCWbGkAlm0DAJZuAwCWbwcAlnABAJZxAQCWcgEAlnMJAJZ0DwCWdQ8BlnYCAJZ4AwCWeQcAlnoBAJZ7AQCWfAEAln0JAJZ+FACWfwoAlwADAJcBGwCXAgMAlwMDAJcEBwCXBQEAlwYBAJcHAQCXCEkAlwkDAJcKAwCXCwcAlwwFAJcNCQGXDgIAlxADAJcRBwCXEgEAlxMBAJcUAQCXFSkBlxYCAJcYAgKXGQYAlxwBAJcdAQCXHgEAlx+BKQGXIAIAlyIDAJcjBwCXJAEAlyUBAJcmAQCXJwkBlygCAJcqAwCXKwcAlywBAJctAQKXLgkBlzEUAJczKQGXNAIAlzYCAZc3BwCXOQEAlzoBApc7SQGXPgIAl0ADAJdBBwCXQgEAl0MBAJdEAQCXRQkAl0YDAJdHAwCXSAcAl0kBAJdKAQKXSwkAl04fAZdPAgCXUQMAl1IHAJdTAQCXVAEAl1UBAJdWCQGXVwIAl1kDAJdaBwCXWwUAl1wJAJddFQCXXkkAl18HAJdgFwCXYR8Bl2ICAJdkAwCXZQcAl2YBAJdnAQCXaAEAl2kJAJdqAwCXawMAl2wNAJdtCQCXbhUAl28JAZdwAgCXcgMAl3MHAJd0AQCXdQEAl3YBAJd3SQCXeAMAl3kDAJd6BwCXew8Bl3wCAJd+AwCXfwcAmAABAJgBAwCYAikBmAMCAJgFAwCYBgcAmAcBAJgIAQCYCQEAmAqBKQGYCwIAmA0DAZgOBgCYEAEAmBEBApgSCQGYFQIAmBcDAJgYBwCYGQEAmBoBApgbCQCYHhUAmB9hgTrAswP7WwEF+18DEPtlAQr7dgUB/AEBAvwDAQb8BgMA/A0DBfwORQH8FAEC/BYBBvwZAwD8IAEA/CEBBfwiBAL8KAEL/CsBAvw3AQb8OgQC/EEBC/xEAQP8UAEF/FQFAfxaAQL8XAEG/F8DAPxmAQD8ZwEF/GgEAvxuAQL8cQEH/HQBA/x8AQX9AAMQ/QYBCv0XRAL9IgEC/SUBBv0oAwD9LwEA/TABBf0xBA79NwIK/UYFAf1RAQL9UwEG/VYDAP1dAQD9XgEF/V8ED/1lAQL9dQEG/XgEAv1/AQv+AgEK/g4EAv4ZAQL+HAEG/h8DAP4mAQD+JwEF/ihEAv4uAQL+MQEG/jQCA/47AQX+PwUB/kUBAv5HAQb+SgMA/lEBAP5SAQX+UwMQ/lkBCv5qBQH+dQEB/ncDBf55AwD+fwEA/wABBf8BgSUB/wcBAv8JAQb/DAMA/xMBAP8UAQX/FQUB/xsBAv8dAQb/IAMA/ycDBf8oBQ7/LgED/z0BBf9BAxD/RwEK/1gFAf9jAQH/ZQIG/2cDAP9uAwX/b0UB/3UBAv93AQb/egMAgYABAQCBgAIBBYGAAwQCgYAJAQKBgAwBBoGADwMAgYAWAwWBgBcED4GAHQEKgYAtBQGBgDgBAoGAOgEGgYA9AwCBgEQBAIGARQEFgYBGBQGBgEwBAoGATgEGgYBRAgOBgFgBBYGAXAQPgYBiAQOBgHIBBYGAdkQGgYB8AQeBgQMBCoGBCwQPgYEWAQqBgSYFAYGBMQECgYEzAQaBgTYDAIGBPQEAgYE+AQWBgT8EAoGBRQECgYFIAQeBgUsBA4GBUwEFgYFXBA+BgV0BA4GBbQEFgYFxBQGBgXcBAoGBeQEGgYF8AwCBggMBAIGCBAEFgYIFRAKBggsBAoGCDgEGgYIRAgqBghgFAYGCIwECgYIlAQaBgigDAoGCLwEFgYIyAxCBgjgBCoGCSQUBgYJUAQKBglYBBoGCWQMAgYJgAQCBgmEBBYGCYoElAYGCaAECgYJqAgWBgm0DAIGCcwMFgYJ0BQGBgnoBAoGCfAEGgYJ/AwCBgwYDBYGDBwQPgYMNAQOBgx0BBYGDIQMQgYMnAQqBgzhxCcjhAZggAYGDQwCYIgKBg0UAmCMAgYNIAJgkBIGDSQCYJWFqyPMAmCYAAIGDTgACmCcABYGDT0MBmCoAAYGDVQAAmCwAAoGDVwAAmC0ABoGDWgAAmC4BAJgvAACBg2EAAJgwAACBg2IAAJgxAAWBg2MDAJgyAAKBg2kAAJgzAAuBg2wBAoGDeAAAmDQABoGDewMAmDUAAoGEAgAAmDYAC4GEBQEKgYQRAwGYNwABgYQcAACYOQACgYQeAACYOgAGgYQhAACYOwEAmDwAAIGEKAAAmD0AAIGEKQAAmD4AA4GEKgAAmD8AAIGELgMAmEAAAoGELwAAmEEAC4GEMgEKgYQ+AwCYQgAPgYRJAQqBhFlDAJhDAAKBhGQAAJhEAAuBhGcBAYGEcwAAmEUAAIGEdQAAmEYABYGEdgMAmEcAD4GEfAEKgYUMAwGYSAABgYUXAACYSgACgYUZAACYSwAGgYUcAACYTAEAmE0AAIGFIwAAmE4AAIGFJAAAmE8ABYGFJQMAmFAAD4GFKwECgYU7AACYUQAGgYU+AwCYUgAPgYVFAQqBhVUDAZhTAAGBhWAAAJhVAAKBhWIAAJhWAAaBhWUAAJhXAQCYWAACgYVsAACYWQAFgYVvQwCYWgACgYV1AACYWwACgYV4AACYXAAGgYV7AACYXQEDgYYCAACYXgAFgYYGcQnLYQGYXwGBhgwAmGEBgYYOAZhiAIGGEACYZASBhhEAmGVhAcxBAIMCYQ7LcwCYZgEAmGcLAJhoAwCYaQMAmGoHAJhrAQCYbA0BmG0CAJhvAwCYcAcAmHEBAJhyAQCYcwEAmHRhDMt0AIGGFgEHgYYXBAKBhh8BAoGGIgEGgYYlAwmBhiwFAYGGNgECgYY4AQaBhjsDAIGGQgEAgYZDAQWBhkRxCcxhAph1AIGGSgCYeAKBhksAmHkAgYZOAJh6BIGGTwCYe2FkzHMAmHwAAIGGVAACmH0AAoGGVQAAmQAAAYGGWAMBmQEAAYGGWgAAmQMAAoGGXAAAmQQABoGGXwAAmQUBAJkGAACBhmYAApkHAAWBhmcDAZkKAA6Bhm0BCoGGfAMQgYcHAQqBhxgDAZkMAAGBhyMAAJkOAAKBhyUAAJkPAAaBhygAAJkQAQCZEQAAgYcvAAKZEgAFgYcwQwGZFQABgYc2AACZFwACgYc4AACZGAAGgYc7AACZGQEAmRoAAIGHQgAAmRsAAIGHQwAAmRwABYGHRAMAmR0AAoGHSgAAmR4AAoGHTQAAmR8ABoGHUAAAmSABAJkhAAGBh1cAAZkiAAWBh1kDAJkkAAaBh18AAJklAAeBh2YBAJkmAACBh24AAJknAAeBh28DAZkoAAGBh3cAAJkqAAKBh3kAAJkrAAaBh3wAAJksAQCZLQAAgYgDAACZLgAAgYgEAACZLwAFgYgFAwCZMAAPgYgLAQOBiBsAAJkxAAWBiB8DEIGIJQEKgYg2QwCZMgACgYhBAACZMwALgYhEAQqBiFADAJk0AAKBiFsAAJk1AAKBiF4AAJk2AAeBiGEBAJk3AACBiGkAAJk4AAeBiGpxCc6BAZk5AYGIcgCZOwGBiHQBmTwAgYh2AJk+BIGIdwCZP2EB0EEAgwNhHc6TAJlAAQCZQQEAmUIJAJlDFQCZRCkAmUUDAJlGAwCZRwcAmUgDAJlJSwCZSgMAmUsDAJlMBwCZTQMAmU4BAJlPCQCZUAMAmVEDAJlSBwCZUwEAmVQBAJlVKwGZVgIAmVgDAJlZBwCZWgEAmVsBAJlcAQCZXWEgzpQAgYh8AQCBiH0BBYGIfgQPgYkEAQOBiRQBBYGJGAMQgYkeAQqBiS8EAoGJOgECgYk9AQaBiUACAYGJRwEHgYlJRAKBiVEBAoGJVAEGgYlXAgGBiV4BAIGJYAEFgYlhBAKBiWcBAoGJagEGgYltAwCBiXQBB4GJdQMQgYl9AQqBig4FAYGKGQECgYobAQaBih4DAIGKJQEAgYomAQWBiidxCdBhAZleAYGKLQCZYAKBii8AmWEDgYoyAJliAYGKNgCZY2EY0HMAmWQAAIGKOAAAmWUAAIGKOQAAmWYABYGKOgMBmWcAAYGKQAAAmWkAAoGKQgAAmWoABoGKRQAAmWsBAJlsAACBikwAApltAAWBik0DAJlwAA+BilMBA4GKYwAAmXEABYGKZwMQgYptAQqBin5xCdDhAZlyAYGLCQCZdAKBiwsAmXUAgYsOAJl2BIGLDwCZd2Em0PMAmXgAAIGLFAAAmXkAAIGLFQAAmXoABYGLFkMBmXsAAYGLHAAAmX0AAoGLHgAAmX4ABoGLIQAAmX8BAJoAAACBiygAAJoBAACBiykAAJoCAAWBiyoDAZoDAAGBizAAAJoFAAKBizIAAJoGAAaBizUAAJoHAQCaCAAAgYs8AAKaCQAFgYs9AwCaDAACgYtDAACaDQACgYtGAACaDgAHgYtJAQCaDwAJgYtRcQnRoQGaEAGBi1sAmhICgYtdAJoTA4GLYACaFAGBi2QAmhVhMtGzAJoWAACBi2YAAJoXAACBi2cAAJoYAAKBi2gAAJoZAAGBi2sDAZoaAAGBi20AAJocAAKBi28AAJodAAeBi3IBAYGLegAAmh4AAIGLfAAAmh8ABYGLfQMBmiAAAYGMAwAAmiIAC4GMBQEBgYwRAACaIwAAgYwTAACaJAAFgYwUQwGaJQABgYwaAACaJwACgYwcAACaKAAHgYwfAQCaKQAAgYwnAACaKgAAgYwoAACaKwAFgYwpAwCaLAACgYwvAACaLQACgYwyAACaLgAHgYw1AQCaLwAAgYw9AACaMAAHgYw+cQnSgQGaMQGBjEYAmjMCgYxIAJo0A4GMSwCaNQGBjE8AmjZhVtKVAJo3AQCaOAkAmjkDAJo6AwCaOwcAmjwFAJo9CQGaPgIAmkADAJpBDQCaQgkBmkMCAJpFAwCaRgcAmkcBAJpIAQCaSQEAmkpJAZpLAgCaTQMAmk4HAJpPAwCaUAEAmlEJAZpSAgCaVAEDmlUGAJpZAQCaWgEAmlsBAJpcAwCaXQUAml4DAJpfAwCaYAcAmmEBAJpiAwCaYwkBmmQCAJpmAwCaZwcAmmgBAJppAQCaagEAmmuKeU1lElSBM0tNggg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", 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", 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NVEOqCAcLCgYABAEACgwBCAoNACADGQANCgUBDEELVEfVBgEABwgIAAgKAQABAAwQDAgBAAEAUQxUi6JHpweBjEqBhl+eTKdPgY9e4xHjENY7t3GIOEEJVJmURQKBgVIA1i8FFAASANYOANYtAAMAi3FRClSrrmecc5NW1jaBhgGBhgDmM+YygYVHrwxBAVS4njlRD1S7qiW5Ds116xTWMcVpoEalCNZGgYxHgYxGgZJFoVqca6cAQSdUzKonAJcdAK5TAMV8AC0AlFUAlFoCDAG1TQS1VgAGAAIAki8Fpm8AkigApnQAoD8AjEUAhGoChnkAl3IDiC4AjnAGwm8BjCwAtjoBhkcBjgkEiEkAolMBhh8Fxg4AnEEAnEACCwYJBAIDtUMCtVBBAlThxEcihEhBClTW1UMBAAIABAAaHAIAAQAEBAIAGCJRClUqqjzWaoGMdYGMdPYDhQiaKsF9gZhI1lFBAVU3qkdRC1U8qkbWavFlmnLWcNZ31naBhkOjBuM693VBEFVJqkAAxikFxjAEBQAIBQoEu1MClTQAhFwAjSUArj4Cpn0Bm3QAiwwAp1EJkCxBA1VPwxwDgycKhExBA1VU1ggICg0MUQpVe6panEfzTNcP1w6Bh1mwQpobmhChJUEOVYeTGQCudAC2YQB7ALdOAyMBNAIIA8BdAMBcApkBAJ5BAbcsB5YjQQNVqsILAVsBiGlBBFWQ1iUNDgwSAQBRDFWxqlKzMsNd53jXedd4/in+KNdV11TpRelEQQhVxKpqAJZ9A5ZqBwIAKQChZwCiEgEfQQNVxsFYAIdOBokjQQJVyNZFDAhREVXawyGmWPdfoBLXStdp12jxbfFs9jOedA8J11LXQ7gOuDNBE1XvqmsFDAEjBZ4xAJ5iAQAACQYFALRrArRqAbp1AK56CIsNApQ/Aqs8ACUDLAADAgZBCFX2xnIPiBEGiCIGixkBixIAlA0ElAQMkFdBBlX01lcKCgcIDQwHBAoKURBWLKsCCbdyhlOGMMVntEGBmj7kWcRO1wP3CqAbt1PXbPFbQQFWP48QQQhWTKsHAAkAlR8FlSYCDwAFAAoCAEEDVkDWewCUDxuMC1ENVmDGcKBA2BvYGtgRt1YHoD79e5kWhGmROqBZUQxWb8Z/oCzYF7dQoESrRatEgZM5gZM4sn2eLJROQQZWjo52AJsGE4RWE4sTBJAZDYpGQQZWhasPAA0MDBsAJAACAEEYVoDGbgaGbwSGegCgYAYGAKBRA4tJDIsYAKEaAK4BBZlKBIxFAIYRAKcYAKEDCQ0ABACGZQKEHAKCHACMPAGVCACUbwSPbVELVtqYcYUO+D7ZC7ZPqXyHZ5Q2nD/1RoGXA0EEVvCTEgCQfQiHIAJaQQdW66sXAZJJBoh7AJs+AwIEnFcAnFZBAVbs12FRC1cDl3OmTNkm63PKGtwFpDQDpkKyYqlBQSFXHKsdApxXA4RtBI9AAIoSAAIBAwCxUQKGDwK3YAUAALtLALtQAq5FAaZQAYdyBKoRAoshAbUOAJY/AJMFAIVrAKoUAKNrBSoChEUAlmIAlk4AvyEArDYAogsArkAAmGtBBFcSxEYAAgKDFQECQQVXF9d2ExgTEgEACQxRDFdkkw+Bih74J/gm4VMNnzGfMuFa4VPhUoGBVUEGV3eSTQqQIwCRNACCYg2CAwiOT0EBV4ufGEEIV3OnOgIDBAcAAwgHAAIFEAYIUQ9XoKdDQ7IjpziLGuIOgYtNqULiCOJJ4kiBmX+BmX7iGakTQSpXsqc+AQQDDgmzHwCNGQebUgKWWQC7JAIQAZ8vAJ8kAgAAAgADAg4Bi28AsS0DvRYICAEPBAMDAgCgVwCOJwKvBAICAZZ7A6ANALh2A4F7AQADnj0DmBUDtlgEAwEEAL8VAoY+BY4eBZsUBKgPDrcoQQlX4cYqFYI/DYwNBI4+CwwGAhGEUwGPGwJ0QQdXs9hLHy4KCA8UEhQKCBIWUQtYSr9jjSrVFa5mzBimC6YK+0HVNqYI+n9BLFhYnBQFhH0GnAIFli8Ali4RbQFyAAcBq3EBkl4DmRAImzEAh08FhDoAnkIDikcAhhEIkkcAk3USth4EvUMDvUILAAOwYw6USgaCdACCZQGVVgGTPQKPPQKGSwKiJgiXMAHDZwKEEQWKGgGiAgSPEgCPUQCCAQKRWgCzRQGoQAKkWUEYWFfCfwpOAYYOEJJlA4kwEIgpEY9eEY8nBDIHhz4Cg3kIhhILggoEh00AjDwABAOPLwCDUACLWAEDBpN5BZIECo1LAodcQRFYY9k9GygCAAEAFh4BAB8uCAoLEgEADAoBAAYIAgAVGAoODAxREFkiwQGydNxDBdxGgZ8PgZ8O+3+BA51fgZpe6y+JKaJFgZcagYAFQR9ZNJxoAodEAJs1AIRdAIhHAbocBAAAhEkBjhUCj3sAgykAkk0BJQKMHgCiZgGYUwKfXwDCGACwYQCWTgCaEgEDBbtNAZ0QAqUTDZ5CAAcBewGLJwCWKgOZcUEFWT6+fCqPPACRewGDBgGCUUELWTvaRQEABQQGBAUECAQHCgkKAQAHCAEAUQpZga51qmeqZqMR+nrtPa0rjyqBizqBgwNBalmNrncExV0AiGgCn04AnSgBshEEshQECQAIAKNvAqBVAsQ8ArB7ALECAgMGsnMBhGgCrgwHsVUDsUIAqFMEkj8AhjEAwUYAn0EAg0UCowgADAGdOwGeZQC8FgUCAbcbAposA6BzDL1gAZwdA4ZUAY1zAUEAkQUChnsAu24ACAIDBAYBAgSxAQNPAoglAJAcAqlQAcVFA5JyB5dIAJp+AQABrCUFrDIDCQWuXwKKegCjZAoABL4xB74yBAkCt2UJm0wAnB4AqVkAqV4CAASfOxKTfwcMALMkDgMHCgCiBwGqCgKIAQULAr0dAJIgBpJ1ApwuBaFCAQABCAECAwADDQDHXwHHXgIEArFXAbFCBQwXCAwCAAMaAgGSRwKSRggAQRNZncUtgSOJXSSEYwaTVDkEFY4nGY4aHQMFDAQLBwICBgCRLQyRMAcFCAAFhz8Hg38TizBBFVmY2nYhJh4kAQAIChUiBQYBAA8MERYOFAEAfoFGHioBAAwMBwgfMA0SGCgBAFEQW1CkMJYM23Tbdbkpnlz2PvIBsxWhdKcelHeBHYp9/QyBj0FBDVtirzkAvhEAhC0AwjIAn0sCoW8AjDgBn1QDkz8Ap04BgRYBxEkEmFxBAltrwloMghRBA1ty3TwBAAQEURBbfZZYgY1UuVmkU68bgY1EgYMnpHqXRfVu92WNSaZlgawQgYQHgy5BAVuPjyFRFFuTrjHeNN453jjyLawLqmSvfaJyhmCxB6R4gYYCgacDoDyPJZlWiTunEL03QRRbqp5JAKEJBKgoAqZ7AKJkAIJPAJxJApFkA4x9AJQ3AKVmApY3AQMAoRIAlkEAhXEEimcDkCABjUUApX5BAVu4rjNBA1u33VgLCg0OURRb3ZhbhROZP4GoeIGfDeZ0uBbedbRN3DqCGb0nvyC3ILQ9h1+8Gt533nbedUEHW/iKagCCUACeRgCIQgCoeQKfJAGbY0ECW/W9CgCBJ0ECW/fdeQgEUQ5cBJodgYdCgZoH3EKMDs8zjX6+NLQuwE1DvRv+KIGHX1EKXBSMOsVuvTuBmlyBqEOBqEKBh3mBh3jdJ8tZQQlcIqk2AOkoAPk9AJASAOkoAPtHBJIcBK55Aq54UQxcN8Zc2DOMfq1/yUKwRYlpl2CNWYkhiwKcO0ECXEWSAgSBC0EHXEiYeQCHCAGCWgKGNwCFYwGOTAOHJEECXFCuaAgAUQtcXpsLgYY6gYJxkAvXRqNLm3bPebQA3nqsbUFiXG6udACjbQGGEQeNUgCVFgSTNwGLZQCHHwWmPgMLAAICAAAIAsN/AcN0ALs1Ars8AMAzAMAyBQIACAWXAwGWfAADAK4LA64MAZJxAZJkAQ4Ax3sEx2wBsGUBsGwCAgYEBgUGj3kHijECmigAAgCtHwGRFQGqZAKSJwKXEQqKVAqyOgDCfwabdgWaTwGqEgSXQAIFBQMBBQADAcY7A7ReAJFcBQwIAAAFCJUmApUXAAMApkcLpjICCAECCwYBBwAJAgIECg0AFgADABkCDQAHnF8NpUgBy1UAsmACiAMArAkCiEoArSQAmBUAjHMAiA0BnzwCqGMAu1IBrWUAoFQAijcAp0sCrgZBFlxswj40iFFSkWQBkyUGi3gPhzQJkWsUkWAjAzAMAoRBAoQsDwoIAwYDEAYBjTsBiBAOiScGgVYBjHgbgV1BG1xt3i4CAA8WFBgUEgcGAQABAAcIAQAmOgEACw4GCBggDxQCADNKDRYYJBQiIDQBABAaBggIDA0IUQxd/aV3qHOBnggAgbATpFajSYGvAoGKU50pgad6gYwTQQReDJ4QApoaAJBnAJBqUQpeFKsgqD2LFoGHfoGZKa5Ijnu1WbUYsA9BEl4minsAsEgFigkArEUCxk4FBADDOwSXWgRWAasGALwhBoUaB7cEAKoTBaoSAgACAADBbUEMXiXCQwU1B4UaAo8hCY86AoN8EwQAAwaDbQORGQclAJUkQQVeLOBZBQQODBQaCQhRD15yjUSULoIfgZRqgbA1gbA0gYNPvWqcAcB3o0YnuxLgb7toQQZehKQMAPl2AIGQPwCgWwKDcADDelESXo+fPZVRrzjpNoGcP5w2qyfBdsFTgasGgZY7j3WBpi6Bp0+Bp06Bk3uUUb8SQSJepaw1AMBdALEcBZABBZ9GAQUAoksAkSMAnTYAljAEAgqxBQCBCQayEgADALJPAoICBLBMDAABAAmKUQGOOQCGUwKXNQOwZgCJJQCkSQCpSgCMVQCRNQCCXQOlBAHBXQDCakEIXqu/YDOCTACIHwCUagCScQB0CIQmBoRkQQZerOEZBwo0QgEACQwTEFEKXw+aVIGOAu877zqBpyOBpyKBgSmBgSiBqHOEAkEJXxuJfwOCegCuUASaFwCRRgCeEwCBpFgA5WkAA1EJXy2ucOVqgYkjgYkigZAvgZAus2ezZrlpQQhfOYsQAJpWAIGSYADldwOJFgWyXgCqDgDJDVEOX0zBA8FsvWW9ZOYz5jKBpnWGYYGtVIGaNbQAAwK8LEEFX2mJEQB7AQwOggQAglVBC19doFQDljIAmSsBhHUBhlwGkUEClmoAgx8BlRQDAAGVf0EGX2PiBAEABQQGBAUGAQBRDV+AnSqLWpES7GKBoF+NS4GuKOxluSG5ILg7ilCtaEErX5CfNwGFEwKdbgHBBQCXRgCpPAIABJQVBpQUAZgnApgmAJxzBpxyAcERBMEQALgFBZ5IAJpkAMgDALBSApcuArgPAJFUAaY6AI8MAAMAlCkDhRgAkg8AjCEAkAUDry4CkmUAkW4CAAKWPQKWQgCzKwGzKgARAsVFA5lWAqt8QQVfkb9FDIRJAZNiCJIRD4IfQQdfluIbBgQBABYcAQAVFh0cUQpf+58OgYcKgaZPujq/IYUYmGx/ogoCQRZgDqI4A5cVAZhYAJgxAJt5BZVgAI5wAqBfBIpCAZ10AIU4AacbBJRAC5dQB5MjB41VAYgzAoV6AYcTApd2DJZXAZ8mQRJgCqxZAgcBAwkJAQQFDAQRAgYBAAkNBo50Ao5nAY5sAI5jFo5iAAcCAwUIQQVgE+JcBgQlKAsOBARRCmBntBDJd4U/wFTBYaEknQmBqhiBiX2LY0ENYHOSXwKMXwWUDgKVWgSRSwSLHgOeRwaCAAqcIgCGUgKjNQKkaAGWU0EKYHqsXwADAQYFCAgCBQMDCwMAAAoBCUEHYHfjEgYAFBoBAAYGAQAICFEOYKu0FKkbmjrtEoGaa4Gaau0HySuBtjDsf7UCjG3EZoGle0EIYLusbADDGQibCgCoEgO2LwCXDAWaMQOYZFEKYNisb+007TPtMoGKb50y7TqBjCmbDdtgURFg5otMjQ6Rd4EwgbM8gbZfyRDHJ4NohlSEI+lajErRR5w87TSBp2NBHmD5mSIAi2QGqgUGrxYALQWBQQqBMgSncQSBHwKMIBedWgiuYQOKHAGVKgIlA4d9DIF5BIppAIUUB5YkBpYXE5NXArNCGac1FRgDhgEFpioBrmsHlzoThw5BOWD7xzkEtQMFjjgGAACOOwYJBZ5kAJYoA7UVAgQCBQQKCLR0AggGDwu0cQCrTAyMCQEDApENAaY+A5IRAJZeBYRbAIlJAoN5BI1SAbUBAKlcC4UMB49nBYc2AIJAAIwCAbUBBaBeApIrBpNCAqF5AY4wAZlgAKgZAbRmA4dbA4EeAK4pD6U6AYkIAaATAKY2BKY3Ao41CcAUAIZdAwIEhFEJlG9BD2EH410dICM2AwALDgQECggFBAQEGiYDABYeAgAlLhMcUQxh9a0CpXaCW4oewjC7FbsUylvKWsU9tH2xAFEWYga0HKsI93mBrjiBjg+neqUPiEWDP4lkqG2nZJhZgacat0G4C7ovw2SeOYGESoGaEbN8UQliH7F85hbmFQPmFuYTA+YUt01RC2IqkSmBp0bmGeYYgaBTgaBSwDnAOMNB8VlqQRBiN488B4VBAJ4iAKZHBaJqA4FWAJ0YAMBdALJgApUnAKAxAIZEAJxwA4ckApR5B0RBA2I9s3QAAwQCQQJiQuUYBwZRC2JmmCGWIoGDcoGkM6xMnzWMbJJnnWeDUJ8IQQlic4dtAopKApROApYTAoR7AIxyA407BJEaAJUJQQFifqJzQQFifeU2UQtikaBdi0eSDoGDAoGRO6FljSCgaoGFEIGwR5NqQQ5ioJJmAIQqAIcAAZIJAI5RAp4yAiAAiHoEp1UDhkwDlSYCky4AqysBl1BBAmKfqTwbAEEDYqPlSRYcAwBRG2LCjRSBsQ6Bg1OxX4MbmT5ohmmsSvg8gbtVniKFOYGiaIGuYYGuYIGnKZV6qmGBvAyBkUGYfq8DpDaKRo0dthNBCWLflkUCg3cAh08AgaoCAIGJFwCbbQCGegCbawCzDFEMYuyTE48MnUyMSYGFFIGvP4GvPoGZQ4QqgZUW+E+tc0ELYvyXUwCYYACSewCIQwGYVwCIXgSqFgG3cQSWZgKTJgSBBkEBYwiyTkEBYwDlb1EMYxqjPp0TgaIWgZBJg1GGBpEHlke8XIxZpVmBBUEkYyiHLwGfBgCYCQOwRAKeeAaSFwCZWwKBCgSBLgCXIAGZSQCTIwKiEAGKVADDaQCOMgCWQACGbQCIfwSSNQiUcgCQWgGWAwCCKQCIcQOYOgGkMgMHAK8DAq54BL4fAI1mArA2AKV1BI9EAaVlQQZjPsNRKYJrAokABoxIEJVrAIJnQQdjKeYEGiAFBBUYCQYBABQWUQxjh4wdnSaeObty+VKBhyWBhyT5X5pXiAeBnDqBnmtBA2OWoDsAgYwGAIGoPVERY6CUeoGjGIGUb6RngblUgapJgapIgadJlCKGFqorgbc2+XkPEvly53dBAmOzlFcAqWhRCmO3oz+wb4G3DoG6K4G6Kvl/+X75bflszw1BR2PEqVcBBgKgQQOWBACKNACnWQCNDAGmEQOuMAeSJAEHAJdjAaZ1BZAaAIEXAoEVBLBeAY9FAY8sARYErFUBrFYAwDkAiFIAjVIChnkFsRgABALBYQCCaAKBCgCdYgagAACcNQGbUQG4BAAEBAMDmx0BqFMAhggGxwgFnnkCqxEB0jwBkWcCnwUAnwAAw3EAsQQArxEBpkIHmy4BnQMDjmIFjjIIvgsBllADpzoMAgerKQGrIACvEQGKZAmbTwCfTAKDOgCccAIGBIs7BbRnQRFj2sN/E4pPHogECYpLHohIGooICgACjEMPiRoDil8CjXwEk2kMhi4KgiALixYDkmcBgTFBGGPF5lcLCg0SAgAQFAEAAQAGCA8ODg4BAAsOCQwICgEACAQJDAkMCg4FBggKCwwCAA0QUQ5kqZQMgacq0zXLAZ85g36BuWyBhzeBhzbMSYpCwgSBoi2BoixRD2S552f7dbFk522BsXrJF4gfqkG0fOFJgag+zkXNF4GbWsYRUQtkyr5ngmvUdIG9G58EgZ4U+3/7foGeLYGeLNUPQQRk16lwAJFCAOpAANBPUQlk3ptIgZhc0gvSCvwN/Az8EfwQgb1lQQFlAJcLQQ9k7MEYAokNAIkiAIYRAI1kAYpFAo1uApRxAIxIAIgmAYlZBYlQAYsTAq5PBa0QQQRk8+gCCQgBAAUGUQxlEqIfgYts0EHQQMJnwmaBnXnHGNZewmXCZMt7QQ9lJal0Ba8rAq8qAI0fBpB1AZUKAK9nAXwCgjkArHgFqXkCoRwDpwMClQ4BiAVBCGUixFkAiAcAhBgFhnUBgSQHm2cAgTgTjUhBBGUt6CMJCAIAFRpRCmVVsmfWP+lK2BiBrj2BrjyBqQOBqQKBv32CGkEFZWKNTQCYGgKbCQTNIADCC1EJZXCbFIGaaoGgFYGgFIGKX7Q+1h6BtnnqYkEFZYLAHgCHNwO9YQOJcACzYVENZZCzQdcvgcFo6jnqOL4ZvhiBuVeBuVaBqRWBqRTcG7c1QQNln6MGAIGLPgCBlglRDWWkkUCOc4G9QoG3B4G3BoGMJ4GMJukFoQrxQ4G5OoGafYc8QVBluYxaA5tKA4ZXA4RXBZU6A4lyB5hvCItCAZplApFoAJxNAI1aAKMEAIIjAoUnADcDoSEElzYAjw0ClFAHq00DlxQFkxkBmG4Ai38DoUAAhTcKghwAhAoErTcBlhAAnhAEgzsBkCkMkg4BiksEnT0Hg04AkHYFKwCJcAGGSgSJZwmBPAGcFQGMHwWcHgCMKwCYUgOKSwGOHQOjXgOeewOcLASHawmGTQSIKwCeYRadOAWcFySlZgOGHxKUDAGSDwCPDAClDwSJKQKXfgGaLgCMBQCQIgeFDQCBIQGUAwGUMwacIAKPbwOTbAGnMQGcSEEmZbyzRAYEAAMBAwUEAQADAAMAKYJzAgUGBwoGAwcDDBMCAgMABAADCggNAAQFAQQAAgcNAQgVAgwABwAQAgkDEYcVBIcWJwQCAA0vEoE8BSAEEkERZbe9V4EKiSoahVoqgQsAiSIYmF8FhjkClXgYiRgBhzwAh0EBizEMizQJkwULhFQLUgqHQUEbZbjocwkKCggTGh8eCQoBABASBwgHCAEADA4gIgEABAQBAA0QDRBBXgIAERwWHAsIDgwJCgUGAQBRDGcmsyysLuZHgahogZonjm+bS7QwgZAsgZ8XgZ8WgY1bQRRnNJdyAJcfBIdWAp42AosDAZBWAJInApZ7AphcBIw5AJcIAKwnAIM4BLAABa1LAp4UAJpxAJ1gA5JTApluQQZnSLBUAwcGAAoACgIABEEFZ0HqYwUEBQQEAAoOUQtnbY5zgbgMgcVJkizYPJZ7gm30QvQ/9D70N0EGZ36bPgCnHQGQWgKEGQSeKgaBOEEDZ3ywYgoXAxBBBGd96wECAAcIAQBRCmeVow6BkASBrWW4dPRugasvgasugbh/qSCacFEPZ6Kad45igZFa9QP1AvR7AvR2gaVHlm2BvDL0d/R2gbBju3pBCWe2kE8AGwyPPwqCAQCcZACRHwCUcgCCLgBEQQVns7BtAQUCCggEAQlBAme06x4NEFELZ9iwZQgC9RCBuVfERpg5gY1Ggakxgakw9QtBB2fliTAGjl4Cg1wBolABnm8AlhMKoj5BBGfpsGcGCQwiAg1BAmfy60ELEFEPaAWiRYGSEoHFebQQnA4CyW/JcvVM9Tu7IYGwWoGhB4GhBoGga0EJaBaXewCINwW6PAOkIwekMgCaPwyHDwCiQQCCHVEaaDyNbKhUnVr1VPVZBcRzmzapLKcPlG2BsWKByF3TBgP1VoGPK4GPKvVz9XKBnjWFfYGkMIG4UYM8vyZRCmhisHvLS8tMsHewfALABaYSgY9o9WVBSGh2nGEKkT0DgnAAmwMQjAAKmBwDiHEAkDYAlD0EkCwBgQ4AhR4CiBEMlDMIigYBhEABkmkEjSMCuGoCqC0BjiAFiUwNhGMCjDMDgXsEiEEKpEgHhTYAgUADphUal3wChlYMrA0BIBSoaAWpIQOSVBiCKwSEJAWOGQOoAA2cIQeWawu1EgucGQKJLBiTFwqCRiGPEQyGUBSsLAGZOQiNXQajXhWRFRGdIwepXg+pAw6jVAOEJCeRF3OFSACbRwCJcgCefgOQJwqVTgeTTQOJfwiXcgGNAQKVJUFLaHSxCwIACx0LFgMEIQkMCiAUDAkIBQIHBAwJAwQGEw0PIAQTCAIUDQUMAgUCHAIDBBUCJQIWBhAAEAYXAwUEEgMeBwUCKwIUCwADAgEAAwIJCQUICAABIQEEBRIKBgACDAYEBgwNKB4GHwUUBwQADwUDCwQHDAINCQ0TEAIGEQsBDAADBQQIGwgWAQJ4gzoSAAEACQACABIAQSFoncJ1OYNSB44jB45GYoFpCIwBGYwWB4o3OIYgHIczAYZeJYRtDYwQAIpLEHAFh2UEi1oEgxIUhQMAgXgRgUcThWsCiDgxiyENgyoVhCoChB8HgTU3i04IiFcFg3wyIxJtQR9omMhqBgQ2BTgOWAJBGxQaJwodITQUDQdABRIKBhYPBR8EBgsAJQEYABQAKwciACcBDwEqBiEEIhYJAgkDCAcJQQFqr80ZQSxodewJDBIBABkkDxIFBAwUCAwBAAwMFR4LDAQGCxAEACxGIC4HCAQECQoKCgEAAQAjLgIAExgOEC5IAQAfKgEABggGCCk2BQYuSBEWCAoxTgwOAQAzUhggDxBRCWtfyUvNHOMPtjc1sSGDFalci1tBCGtqnRIHywwEhQ0Ag0EA5ncAgcpeAIGpZwCVR1ELa4OgE6MK/SaBymPNNv0qgaEliUejRYHOLv0nQQprlqMyHZhxAJVbAalYB6pXAYg8A6F2BYVxAY8vAYEvQQ5rmLxcBZhWAq5TAq5OBa5PAK5SAgMAAgKUEQCXDQadIgCEaQaYOQObXkEGa5fwNgEAHB4JCgsMAQBRCmvSi32xYrh9DAKeCIGyMIHQP4HQPoG2U0ELa+GiUgigAgDHOQOaKAOtDgECAwADBQcEAAIAA0ECa//JQAiJJ0ECa/TwbQkMUQxsDMlBrUv8QIGsL5QInWuBtg6BtymFWLUKuGGBtSJBAWwbjHJRF2wfjReBx1b8RbQF0VSdT/xAgcRTowSxRdZKAp4EjzTPBIHLdZNGh2qBsED8Q/xCgatJo3ZBGGw4oSUEiRICkjsAjTIAlHkDmgYAq3kBgg8GnkwEiDEBliEDoVgBjDEAlnsAhWoAjgMAp1gCgy8FgiIFgksBlzUGnXwDjhcAlkdBBWxKrSIJBQcAFxABAEEFbEjxEw0QGhoBAAEAUQlsgZhcj2iFWYGnHIGIIQ6BiBCBrhWhC0EIbIytJwKqSwCqRAKNcgCNcwSmdQCBryYAgbQzURBsn44OgcZqgbgJgbgIgYhFrEuGI4Ikl0WB0E6BiDO7ZY0ogbZsgYgvtk9BFmyzjwoEhDsAqQgBhDQAgTMAqTUAqHQAhSkEgXsAjCMDIgCgFQGZRgiSNQUiApQWAnQAnF8AnlYBgzECmnYBoGdBCWyxrTsADR0PAhoAGwEOAAcIAgoEQQVsuvFOEA4TFAQABARRCWzurToEowOibIGIaIGhC4GhCoHSe9dmUQls+fFqgYhlnGeOR5Umlg6BiFgAgcB3QQ1tC6AcBo0VBIkcA5IrApIzBoseBIRHBoVJAK5ACKc1AJoUAIlfAIIrQQxtBK1FAgMEBwEKCgMACgwZAw4CAgQKAQsDGUEFbQ3xdAoODRANDAUGURRtQZRAgbskgYkjgYkigbNJjmcguGiBiSKBm2O1d4HRWIGJG7onuiyBiRKBxC+7Gq1LrUpBF21ZowQAoSkBtk4BBwEGAgICq00CkXEAiHADjDUAwGoEl10CphUAhWgDuBQFoVUCjCkCkBYAiRMCjggBhU0CniQDoitBAm15x1wNA0EGbVvyHAEAAQAmMAYEBARREW2bnCGBrEKBvgm0JrM1szSfa4GpSIHFXYhFgc4ggbFvkS2jXpIHmRHBFEEaba6tagCbewKBJgKjOwJMBr0qAMQnA7E2AJJmAJ1pAJ1kA7JxAI9uBII/BIkJAYtYAKJ8AwMADQEEAMUpAqxeAZhKBJlJAKw1AYlEQQFt6sBeQQRt1/JiBwYFBAcGUQxt8ZongbEQgdBfgdBe3FuGOu9DgcVggaV5wzrKKa9AQTJuBZhiBJIQAZd6AJJvAJJaAblVALlYApgxAZg2AKZtAqZUApglApEfAJlnAaxsALMLAMl0A6BJAaAyAaBBAZ9rAsA6AbY7A502AZcFCIIuAK1YCKIDAKFuB7xxAZ46AogYA5YeCwUCBQ+hLQCFKwOOZwGELwC5cgLAXQXBAgCYHQeYAgOzAwKzHAKaMwKaHAEAAp9PQQduJsMfBYxzEYN4H5FyEIllJoUSBo4fQQ5uC/J/AwAFBAwMBwQDAAQEBQYbJgEALEQSGAYGBwhRCW6vm1KBsC6Bi2UTgYt2gYtRgYtQgbRrqRJBA266lkoGmFMFgkBBBW67rgABAwQMAZ04AIhIQQNuvPNvBgYCAFENbsukKbIm7HTab7B7gYtogchxgchwgZ8XkBuuCoGBJIGLc0EBbtqOT1EMbt6jTJRUBLEzsTSBjAiBvh+DB4MOgb4UgdZJpkxBC270iy8ExToIrH8DYgKsJAWzBwOBcwCYXACcCgqvdwOvckEKbuy+SwKNDAKFXQSDOQCOLgaNUwGHBBiGEweFYQCDNEEDbvP0CQwOICxRC28prhQFsVvgJK57gYxigYw/gYw+gbIz00DEI0EnbzauDwebWQybWAGhLQqMXQOCQgGHGwOyTAOzawaPagCkZwPJBAERAwwBBAEDB8hPAykAyGoCAgADAK1TDYgLBJ4EBZdkC80fAs0gAgMGvBEBvBIGCQcDAMp/C8sMAQAABwwAAAQhrF1BJ284vxsGBgGYVA+UGQKEFQSQRAqLJQqLNgCPawaPegcPAIsrBYVRAIE6D4FPCJEOA4YDBIl6BIQJApQ1D49iAYgbEYICAoINApdKA5wrBIdsBoVZBIYeAI0DCIUWAZB6AY4PBo4qAAsCiB8BiCADDwWWIUESbzf0MQgKCw4QFAUGAQALDAEABQQBAAkKIioJDEhgAQABAAoOBQZRCXAYx1nbUoGOOQKBjjTqYepg2zMDQR1wI64oEQQDAxK/YwK/ZA4ADLxRAMdSALt1AZUdAIh+BIkUAJt8AaB9A6ReAYQVALF/ANRiBIJzA7p7AJQ7A6sMA6xPAZ5mAI0LAMIKAqAJAqAEAAJBDnAnx1gAKgeKPgGKQwuPZwSPNgAiDItFA4N3AoU0BIoQBYlNAIRjAo4cQQZwMfVSHiwdJAgIBQYVGlEJcKuzU8J9k3iJb4phgchygYUjgYUigdp/QQxwuKJJAK4LApB0AJNvA6JIAI9/AJJEBJBtD4l9AIhAAaBkA4d5QQVwt7NSAwUEAAkIBJ8YQQNwuvYqDgwQGFEMcOSSS4HHdIHTbZp6swzHPYHNHoG0UZUjjyiBukiBsGVBInD3nRoBi10DlE0LpVYAogcKgUoDjmUAiSQLiCYJnggFjXMVkmkBgWoPki4FiGMCmmwGgXYOk3UGiDgFgiIEWgSMPwSJGgWGAwymdRajGgqKDwaXcA+EUAiJRhe+AyO3WgGaBQSfEUE2cPTCehueRwIAAgABLAieaA2fFwEAEwYDmQQAmQMHq2gJq3MFpTgDpRMBJwCUHgKXTAWrawAJBAoBABehCASKXACrZwcGBwMInCgBnC8BAAMWBJIoApkgBpg9CYk8AZxfBJ4CAo1YAoplAKB9BZFqAJFpBaJmBo0FBJVjApceAZQ6Do4jAoQHCoENAZgnCgAHggUBoEZBFHD49k8bKgIAM04BAA8YBQYBAAcECw4ZJh4qAQANEhAYKTYBABwwDBQBAFELcjWSI4lhpgSxK4dw8Fq+P4GnGIG6K8UIoRNBBXJHl0sAnzUDnioAt0IEAFENclaya4GLON4L0zWBsT6Bw0uBw0qBjA2BjAyBxG2BxGyBxGmFP0EpcmayRQC4QwGPMgSpBgAGArAjAoQrA4gUAINCBRYAlQ8CvWwFzRcAzRYBAAEAAgAMFQyydQClSgG+NQC+NAMAAY9BAoVBB5UGALFvALFqAMEDA4YnBMcsAAMBuQcBuQgEu1EBh14EiTwBjxcAhAQGtUIAAkEFcn3BTBiJZguRXwSLNBiEBEEJcmj4UCMoAQAfLgYGGRoBAAYIBghRCXLsi3+kXIdfonSRQ4JxlDQGB0EjcverfgCwUwNHBLEYAQIGCgOvVQSvTgEIAMULAMR8A6xlAJkTAMV+AAMCBQAIAgIDmXMAiS4AnH8ArUABmxUCmxYCuVUCxFoAiwsABwS5GQCkag2UNgIDAYsGBIsFCABBB3L5wzYDjXM4j24EhUIFBQKFLQCEK0EIcwD5KAEAERoYFAcIBAAFBBAWUQtzaL1S+DDlKwK2B6BDgbtugZstqhbxFPYTUQxzdcAr8wjlOYk37m7uJYFChzDlLoGbN4GbNuU1QS9zhJ9JApUxAZlIAYhhAqViAgAEvFMEhkADthQCAwamCQGPOwK1PgDBHQCdbAGUMwC3bAMDAhYAzwUEzm4BCQUKAAMArGECkiIBmi4Axy8AxzAHDAQIAZkHBJh4AQgBAwPQfQTRAhCufQGKfwBOAoFAALdcBAoAqQcJqRgAAwaYM0EBc/7DQEELc4j5eQEAHy4GBA8SDA4QFgYIAQAWJAQGUQx0JbAyA4GUbIGUa4GUaoGUdYGUdIGUaYGUaIGUbYGUbIGUcUEJdDOUHgCIbgCCMQB1BYNKAt9qAOQqAIGUewmwRFELdFWwPIGVGIGVHYGVHIGVG8IfwgISgZUggcMBLkEDdHCOPgWjUAyYb0EXdGPCXQWDDgCGdwKgVwkDBgIICAGwNgGwNwIJAQ4LEwEKBLAmAgwAsC8InBAJnA8CsCIMjWcEjWACsCMBsCxBB3R/+yMCAAUGAQAEBA0WNVJRDXTayGTmBoHbAYHbAIGKb4GKboGKb4GKboHIOZ81okiBxSKBvTlBEnTunVwAqEwEAAG0TQCaJQfOcASdewiLeAGSAAEAAQAEyQcAuGQAnxUBhCgChCEDxHgBxHlBAXUMySVBBnT1+3gYJAEAAQAICAgKURR1KKEojBuBwX6B3XXSJNwTgedggZtRo2WJVqFJkzCBw3KB4SuB4SqBy1eVU4HhKIGOT8ptQQ11RYlOBo9SApgaBIxtBIUnAKVAAY9BCJUHAIYWA5Z9CYRzA4t+DYFcQRB1PrAWAYlEBwQCAwIDDAQBmCIEiRsIhBYGkyEDkGQCkGUFiVcDiVYDkBQDiwtBBXU//CINECUuAQABAFEMdY+af4HDLIG4DawegYtsgYttgYtsgYttxSeB0RKB3WOIKFEJdZ22ZIGLboHLVb9grROBuQSBi2/eH5NGQQl1q6BmAqxpAIUkApR4Apl5A7EQAo1DAJRbAIM5QQR1rLZlAwwAAwYFQQF1rfxjUQl1wrZuAwfcBYHoBIGzFYQJnm+OQEEBdc22cFEKddKgIIG5IoGyT6hzzziBjAaB4XPnFvpagcAfQQF13pdFUQp14pNqxgwEgYwKgYwPBAmBjBCB2lHOQkEEdfCcCAOkHQSCeweETEERdfG2eAoAAgAAAgGoYgCobwEKBAQAjgAAjgcAmgICmgsEDgEJAAQAAgEAQQN2BP0KERQDAFEQdh7LMttFsm6MHIwhgYwigdE1xQK4G8xs91yB5E2ENaZSgcIsgYwjQQV2MLcLAggAqEMAqDoCu39RCXY7yzOoW4GMOoGMKwcHgYw2+XuSNUEBdkyHNEEIdknLMQOoQQYCAQIBqCwDqDEBBQCKdkEEdkj9KAwQAQAFBlELdmLEAshv1z6MS/Bk5BnkGOQJ5AiBjEuZGEETdniOSAKGQQGHDQACA7UWAa4XAYt+AIMNA4QNBYxNBKtWF4s5AphADZtZApcOAoQeAJhPAZNUAU9BD3ZvtxcAmi4AgxUAkSIJmx0LjnkFAAQABQAAi2gJi2kNgiwBAAOnbAGMTUEHdoP9RgEADAwgMAUGDRABAFEMds21C9sLth6FP55JgxmB3WCB1WeB1WaB4G+EQZdUQQF225o5UQp23sRu3j2B0Fr9A/0C/XeEWphNgZFm+ntBOXbuliIAlQMB0WwAvl8BnAwDiUcArBoCuxkBlWkCnDgCtEAEvjEBhgEBxDALCgAFBKMvAJpHAb10AwQBpD0AhXEDqigBvhkFvhoAw0UAgU0AxRABsDUBhnIDiDoAghcBoyADAxICAMYpBZMcALMMANFfAdFeAL0TAb0MAsZ3AJBDDIVmA9FYAJ9/AJ94AAQDvgUAly8G1TIABwCtEQKtFgC/KQ+nbEEEd0/NBA6GKzkDBZF1QRB28P4HAgAJCgEAAAAJCAEAFB4FBgYGCgoBAAYGISwCADlMUQl3pZdSgc5QgcxxgcxwgbYRsRWB5ySBxy3jPkEFd7OcXAeLaBGJCgm5YwOWFEEId7C0dQQABqlyAKlzAYwMB6QcEo9bAZstQQJ3tP8CCQpRDnfimk+MFIG9FIG3eYG3eIGSGYGSGIHaQYHaQIHcKcoM1CGJK+9oQSN385pGCYcCAKJ5AIxmAYQiAIksCYMpAIsrBIlwAZB+AYgYA4d3DIV6CJc/A3QChHgAj2QFnGMBkwEEiDgMnwoChTkHhmwNlE8AmTYBkAsIkGEEjRwMl0MCkhYAmkkAqEoCpw8FqggAozNBHHf2tCIBAAcACAAHBA0OAwYBBQAOAgsCBQATDgwGsWwDsVkEAAEPAQgTqloDCQGqTwIPAZ8EF55xCwUGAAAFAAZBE3f3/y4bHgEAAwABAAIABQYDABQSAQAEBAEABggBAAEAFyAeKgkIBgZRC3ifi1uB6GiBlxmBlxiBlxmBlxiBlxWBlxSB7z2B7zz7GUEheLCXNwCNLQGWWgClPQmaOAKYDQOFEQSXCACRNQSYRASIexKGbA6DUQKJCQaCWDiTFgGNcwGNBgKEJwYDDZhsBoEHAJMtAIJwBYVkAo4NBI47CYovAIlcB6t+AKh/AoYqCo8JQTV4rclkBKo9Bao+AKo/AJpeAYIZDJhBCgUEAAChOAiJCAMDBKo/AqosAqotAQIIqjQHqjkIkQYEkQUFjywEjysFAwGWKAOUAACTKwCETQSXdgKqKwaBNwQABQACAAkEAwQCBQUEAQUEBgcDCgIKAAQAApU8AJVqC6spC7IyALIzAqsmA5MfAZMYAJhHAZJdQQ54u4GAHQEANUgMECQ6FxwBAAcIGRoEBAcICg41TgIAUQt5uaFShiKiHYHbaoHRZZMvgeUSgcQ/h3mBzDaByUdBCHnGjUwCiU8BoAwBlVADogUAhjgFJwadQkEBedW2HUECecqBgVMBAFEOeeO2H9hPge9YgdIhjwCBwx6BvD+BvD6Blw+Blw6BlxWBlxSB4y+MT0ELefiRJgKeTAGhMQKcMAqoOwGgNgCCLgimeQK3PAWybRKnCEEIegK2JAADAgUNCAkDBIlSCpQKApArQQV5/IGBcwQECgwSGBIcUQp6N7YogZdogZdtgZdsge1/ilp5geQageh//ixBBnpGliUQinQch2ABm0cAjXgCjBNBCXpMzCQAmncAiwICnAUPqSoAmEkGiH4Bk0IErSNBAnpqgYJACg5RCnp/iizZXrRhgctAgdN5k3iBv36BlmOBlmKBlmNBCXqNmEwDjzwAhkQDpFkAjV8AjnADjhsApgABlWlBAnqVtx8KAkEBep6BglxRCnqlkwfIMIGXAIGWfZd4Nf82gZcBApUQQRJ6v5RHC4E5Co5KAo8aBKFtAAMAoXQCoGkBlGAHlmEBik0Jr0oFrFEGi2cEqCAFhhQCrH0GhXxBFHqztyUCqCYDlx8JhQ0AiHgBkywAjTEBhX0blRMDlk4LhXUDjUkCAAoAAQYEAgUHAwwEDgELQQt6xoGCdAIAGiQJCg8UBgYBAAEABgYJCgQEUQt7JLh0A9c3gewugfYRgfYQgZUHCdpfge9sgZUFQQR7OpBWAYdeDJI7AYwqQQh7MbhxAQYEEQUQBgYAhwwAhysEHkEGezKBgzUGCAEAAQAKDAEAUQ97T4xBjHahfo41gc1GgfEpgfEogfRFgfREgZUjgZUigZUjvhGB0zKBlR1BDHt3kncBkUcEnCIBjwMMhRsGikkAjjwBlwgJmkcHjSQDiDEDm0BBFntguH4BBASlRAalSwIGAAMCDwUICRQFi3QEjAULEAAJBAgFCQECAAQADwcOAxMHjFYAjENBB3thgYNOFBwBAAEABAQMEgkKUQl7xL1vgYw8gcAJmQOB2Qr9V/1W8FGlK0Eje9OUTwWNbweFdQyRDAJcBYc6D5kvH4oEF40zDY42JYp0AKAwBqRVAaFEC65tCI1mAod2AZofAK90Bo4LBIxoAIM0BK1FA44GAgQBhFMFjW0EjWgLhE0Kgy8AnHgCpXMCmGwCmRoAn0VBNnvRuREIBgIDBqUcBJMlAJFzCKUaCKUXAQMBpRgKpRMACwCOTgGOSwYAB6UYAKUXAYteAZk4AqUXAwMApRQMpRMEkFoAgmcBjXMAAwGNJgiFVQ+dNgIIAJZpA5kwBIJdAA4Bl0kBgTYDmHoJpzMUAgoCAAMAAgMADwAOBAMIAQkABA4CBaQ0AJtzCIROAI0TQRB70oGEFR8mCg4BAA4SERoBAB8oKD4BACg6DAoiKgIAAQAMDlENfO+WdexK8HDzQ/NC/3n/ePNF80SBl2GcZvp4gc5tUQl8/r9IgYwkgY1BgY1A+n/6foGCI4wJkyZBBn0JwX8AyE8AywIAgYUGAIGJGwIqUQp9E8gjlhGWDPsAgYcngYcmgYEvjDmBc5RQQQZ9IJtNATwElE8DpUwDoU0+l3JBJ30hvXMOinoAiWgAAwCMCwUNAIwSAQYCAgADAYYrAVIBkhsHl3QBkW8MkWoAkXkCgnAAhXYDiwcBhz4IgXQAZQCLRAKRMwCLWQGLUAeGPQGXdgIDAQIAiSsFggcDhi0Ii2wBhXgDllEAllQCnSFBCn07gYV3BQQBAAEACQ4XIhASCQ4EBBUgUQp9q8NFiWKKS5JRgZk2/BmUQ4lkjRmRZEEvfbjAXwCPMAANAIZ9AY8xAJYoAI5ZBI5eAgoCkgkAkXYFjz8AhhIBiSoCEACSaQCSZAOTHQCCLQEzAJYKAYd5AoduAZd1AIQcAoReAoQeAYpYAAkBkDkBkDwCCQ6DYQCDbgAIAA8EOwBICZR7AZRuAAIAAwOKDQOBKQOJVwGVDACLXUEBffvNJkELfbyBhkoWGgsKAgAEBAgIAgABAAQEITIPElEOfjHFO4Yo/QTzf4kLhkyWS4GNBP0N/QyBljWBljSBgzmNG0EBfkGMTkEhfkXIUgADAJ1NCp1SAYcZAIVnBIx6A40zA40IBow1AIcLAJx2AZwnAJMWAAQAAwKSVQWJVgKKQQCTJAASA8gfBcgUAWcBiQMAkkoBoC8DjmoAkRYBkm0Bij4CnV0AjCRBB35TgYcmGCAcIgEAAgAGBgEAUQl+n69Tu0m7SMBjwGKiO6I6my+jLVERfqqQQJFYiCikLIGvdoH6J8ouq1uYM5EugeJSgcY5nnOQG60Oi0+haUEBfsqHeEEIfr2WZwGPSAOVGQChCgCUOwCHdgCKEABKQQJ+vq9bCgZRE37NmhWNQJ41vArPSaJ0kA+8YK0Fgdxuga9rv1OEEaMyoC61L4VPghmXEFEMfuKSHZokgdBSgdd9gQyXSb5QvxueTKBMga9igdAxQQ9+8IpFAp9iAIYGAI8tAZp3AINWA7RCAIMvAZtdAJ5GA6Z1AIoYAIR7AoYjBIgbQQR+9q9vBwQOCQEWQQN++YGHXBAABQBRDn8Tj0+IIZJamEnOZpwLnArFCcUKA8VtgfUqga89zQVBH38ooQwAikUEg1EFkVEAvW4AkRYB1hkBlnIHvyQN1FEAnWICj2gArG0BjDgAv3YB0QME0QQBAwDaRQXaSACkHQCDKAOCFQG0TgCRRwC0AQGzfAKOSgGOSQQCAgNBAn9My2IBgm5BC383gYdgAQAJDgkMAQAGBAIABggOEAMABARRCn+FwGKSHPw+/D/8PoHPb4HPboHfNYHfNIHlH0EZf5SNXAWNJgOVcgKBRQKKZxOZcACwKwOnNgOHdQOnKwatXAeEQQOMGQaaKQCBHQ+IAgCOPwmJfgCoUgOBBQCZcQGBYwGgbAatEwCdQEEWf525RAEABaRYAaRZAZUcCJUZCZU5ApVgCoUNA4UMA5McApMdCwIDAwACAgAEAAQABY9yCp4bAXMEinhBDX+ggYghBQQBAAgKDA4BAAoOAQAFBhsiAgAHCgcGUQqAEJYwgeRogaI1gaI0gaI10y3TLNElphi0V0EWgBy3TgMAAQAFCAADAMB9BsB+AdY7AdY8AK5HAJF2AJtlAqJ9AYICAYVuApE2AMICAgADxxsAbACdVACoVkECgCzLQgEDQQeAIYGIbAkEAQAEBAEABwQBAFEJgFK3XIGiToHqI4HqIoGNO4GNOoHiX4HiXoHte0EDgF7DGQqWeQDaF1ELgG/AF4VviwWVDE6BjRb7K5RPh1iBiB77L0EEgH3CeQCFAwCYNQADUQqAg5tVih7DXs4/jwSBzEyB30eB30aB6y+GbUEBgJOycVEQgJaeb4HUdIHLE4HLEoH6S4MYyjjKT4H3RIGse9JJiSyqDoHMBIH4OVVRDICpkFqHf8w0gax0gax11meWLoHtKoGse6Ingc8ggax3QQGAt7J5UQ2AuoxrgfkYga0NArELkkyBUYdjqAKqcapwgaxwgfxhQQOAzIgcANVKAK4VUQmA1pcXt1aBrQSBrQu3Q7c6sQexEtV/QQSA4Y8xAqp2AKUyAIGkBlETgOuzBodZh1yBrQSB7S+bMqRuCMpLykCBrQiB8QWB8QSB1FeB1FaChBuChBqBrQe5HUEFgQKjKwLATADxXwKUcgCJY1ENgQ+iI5Q1gyW5LrhPnkCBxyKCgUeCgUaBrRGBrRCB8Q/wYEEEgS+NJwGfNAaSDQWHCEEFgR6zEg0ABQIDCQKjTkECgTCBiW8GBlERgUacRoHacIGtU4GtUoHtS5pGpS6BrVKBjz2BjzyB+TEFgfk0ga1XtUGJVthAQQKBYLMdAKxWUQ2BZZ8TxACbZYGtVoGtYYGtYIGJc4GJcoGtX7MbgeB4gdNZpWxBDoF5jTQAoiIAj30Ci0gAgRYAqXkJgXYEiUIIig0CpwQAjCMAkBQKjT8KhRRBC4F0sxkDkzoJkyMFAwgCCJU8BYI8Apd5AgwCm1AAm19BBYGBgYoXBwoGCAgMDQxRCoG6rEGNWIGuIIGaJZg0kEHIU6xe1VexLkEDgeOJYQluDo8+QRKBxqBjAr52AJllAQUAnDIBkAgIkzUBkyoEiVMAggAGpzkAnFIBt3cBqW4Nkm4Avy8CrDQBsW1BB4HLgYpEAgAKEA8SAQARFAEAUQmCA4GKZoGifc5dnxLFbIFFiB0FgZY6QQaCEpp9AYMOBp8kAKFfAYUaAItEQQGCELhiQQSCEYGKagEACQwCAFELgii5MIGjDoH4CdR44wfifoGjFIGjFdB5jy+CgzpBEoI1jCUAhl0AqwgBqBsNpFAQgiMWjwUAhlUBkhAAjEQAnVIEjiEAjgsCjgoAwFcAwFYCrHEBrHZBEYI4uTICAAIEBQAEAAEAAwAJhkwAhk0EAASkZAGZLwGLNwKkZAKkKQKKVgWJXkEHgjqBinsNEgEAGiYBABAMCghRC4KIpHiBzGSBxw2MG4HTJoHiO5swCYHHEIHHCaUFQQmCl6dqABAAEQKTewCKagCB0B4AgcZvAIHGbgCBxnVREYKkqACtE4Y0ge1KgcclJAQhtXuKP8BIkVmRSrBlgfd2gf1BtkBBCoK3p3QADwCeKwOOHgCQCgISAgoClQUAlGYBAEEBgrvGIkEDgrqBizwBAAwMUQyCzYkbvUaYa4HfdIHTF4wcBpgpmDSBxmKB6zWkOlENgtuSTqpwgccCgocJjBK0BiWBxxCBxzEinGuNRecQQQqC65l0A6MdAIKGVACB1RUCjgACCwCBxyQAged5AIHneACBxxdRCoMAgYtcgc57nVeRQ5d0hkGlQhUkL0EDgw6RVBiBbQCML0EHgwyoCwINARAFLgIvADwAM0EDgw2Bi18CAAUEURKDK5Uol3W9coHHEoHHJYHHJIHHLYHHLIHHFR2OS68RgoUKgeUHFp1UgccYgcc3QQaDRpFSApBdBo8IAYIhAYgIBYYvQQWDQKglAgUDAwcDARdBAoNIgYt+CgpREINdgYwKgcdXCAS6JYKBaoHlL5JxsF4DjjeOOAICjnOObkEYg2+gMAeiYQCyaAIYAAsABAcJAKEfAoghBIwUA5xiAD4EEAJLADgBEAEZBxgADQANAKRZBKRMAKotAIEqQQSDisUrC4tZC4EFBI5qQQSDl4GMJgUEAQABAFEJg7WBjDSBx22wcbB0jmmOcIHHXIHHXaY3QTODwKheAC0DKAG1DwKHWgFIAoZRBLMoAQsBDQO+cwC+eAEOAL9ZAL9qAy8DoTcAoVgFBgCoawCPEQq3WAMPAR4AmGsBmGAEDwCmAwCEGgCLQgCWNAEJBg8DCACnHwinNgCTfQCKHQiePAY/AzAAp0MIp0IKFQWJWQGJWgADALVzALVsBKFpAZgFQQmD775NF49MAo0HIYYyCIZ6E4R9CIR0EQABhmlBDIPGgYw7BAQJDAEABgYhKAEAAgAKBEdmCQgCAFEShGmoboHIZIH7Y6VmjRyByFyBgAOBgAKChSGChSCByH2ByHyB9DurTKtkq2+ByHSByHtBDISCizoGul4Br1UAr14BAAgeAaZnAowQBJpMDYdPAppPAaIeQQKEk8ZNAAtBBISKgY0yAgAKDBoqUQqEuKMVi1IHgckugaFpp1GByTiByTW7ErsjQTGExJ85BIwNAJ8MAgsCAACaHwGaIgLBBwaVVAGFZwCxHAIKAQMAFwWjEQOjLgsMAgMMEwSmIQGBJQObPgKKfQSXCAG/bQmabgCIVAqEdwChFAACAAIAAgDDLwCCAgXBPAQNALATAJEEC58AAgYEBgUDAwMJCgGOEQSOGgATAAYCqylBFYTLvhIihAoAjDgNDBaMZAmMPQSOYwKOLgaEOxOETAQYByUDDAAnATICIQkoBpI5AItiAkgJhhJBEITMgY1cBQQLEAUECAoQFhMgDQ4BAB8kBAQMDAIACw4PEgQEUQmFhIgKwiqBymKBym+6RIGQKIGfP4GfPoGQSUElhY+pHAuTGwCTHgcNAwABlCUDlCoAnDUAnDwGAwEDBwYHr18FkC8AmR4CpmgBpFMGpFQHmXUEn0sRq0ADjXwFAgumSQSmShAHAQIOjR8DjSARs2sAikIAhC4AhAcIlQoDhBoMrm8FoHBBIoWRzQAClk0KiV4GjnMChWoQiG4SjRcAjRwOhGMHFwSFIgmECwGDOgKUGQCUYAkAAYwtAIQgA4IxDoo8AwkDPwqMfQyNMgSLZQ2RYwYAAIpGBoZmAoQPApcrBJl0BI9tAQBBDIWQgY5XFBwBABASGyQgMDJEEBoBAB8qAQAPElEKhnmPHtEsAgO4O4Uasxi6U4wUlwdBFIaKnVIBqyMIgigGrSYHhQIbgxoFlgkAgkICl3MAhh0IiTQEmkABjTgIq3sJjmQBmzoIgzsEqXEBnTwBnA9BJ4aLt3oBAwUMCQkFAgMDAAsAEAAFAQkCGgAHAAICBgARAAUDCAkJBAwECwAKAAwACgYDBQcAAgkTAwQFAAAGAwoBpnwIpwMCpnoApnsAAgAEAAUCAEEIhpSBkAYWGhkeAgARDhQaDwwBAFENhxKferAwgbBwgeclgeckgeVfixKB2kqBsFOBsFKB9V+B9V6BsF1BGYchkxolm2wBrysEqnIInjMcVwGHLRabMBGGcRqBcz6TegmOFBGZHQydeR2qHgSBBQYSAIFSBoMVApopAZ0IB6EnALkmAJZJAa8TQVuHIrguAB0BBAMMBA0CCAIDAgQDFQIIAAoICwMYBgQBk2wDk2cGEwIKAAIAAgCVageVewEFB5VUApVbAA4FGQAwAKYqAKYzAgMCGQcMAw4GkEwDhnIFl08CDgACAAsBDQMYAQMFpioBpiUCAgOYVAGYdQGmOAGmGwALAqYoAqYlAB8AGAcIBAICpgABphsEFAGILgGILQCmCgKdJQOdHgSPEQKWcwaXIACOWAOlewWmBgACAaYRAgMEBgOOKAGOKQGleA2aXwCSOQOPGgKHfwGQMgCQMweBGAGXWAOPcAiVIweBMAGMIQaLRUEdhySBkFMoNgYIAQABABYeBQYBABQSIS4FBgcICAoBAAEAGiIGCAEADA4EBAQGDRABAAsOGSQQEgwOAQABAFELiGiIVt0ggbV4gfBXoCGCkHaB2D+B2D6B7hmB7hiBtX9BA4h3o1MAgd0wAIGaQVEJiH23KYQohCmBtgqB4QOqdoG2CoKVTeNmQRqIi4p/AZg4BIliA4ZABYQ9B5FqBrtHAatsA6F5D4grAJYeAp9kDIN4AYpFAIF6A5ElCoxJDo4yAIVRA4QxAIxrCFMNgUABjgsSonwEhmZBHoiIuUAZhCkUAgQACQUCBACpAAOofwCRMgiNFwOGLACRJgGXVQKEIwACAQACBgcCAAsKAgCrXgCrXQiqeAKqbwgFBQMADQAOBQcJCkEIiIyBkjYWIggMJjIKCBMWDAoRGlEJiTCuOYHJVIGnB5cyp3eBt0iBt0eBt0aBj1FBBYlEnlIamh0fmQIBhFQEpglBHIk7xV0FnDUFp3IOnicGniIAo3MBo2wDCAGndwOXBAGTRgKfWQKMWgiXUQcyB45sA4FJA4UiAoJiAY4CCAIEAgOPMQGPKAIGAgAEAAKTW0EGiWWBk0kFBhQeAQAUHBMeUQ2Jvb99gagYgZUflh3af4R1gossgosZjjyKFq8evh+CD0EEidKRGBA0Ao4XGasoQQ6J1rpXAwIBAAEFBgQFAAMAA447ALEQAQABnW0IkRQAkCkAgQJBBonNgZQMDQwBAAYIEBQBAFEKigelfrFwgapwgaELgaEKgZ0hgZ0ggaMHgaMGgZ0nQQGKSLUEQR6KE8NqAYNuAIgvAYUnAoItAYweAYJFA4V7AYwiBI9nAohYA4J6AoITAYYkA4FLA5RJApYOBAIHCQGBdQGCAAEFAIhZAohYAlsCkD8CkS4AhB8AXAKDP0EKihSBlDYCAAQEAQAFBhAWERgHCgEAAQBRDYppwiyBpQCBsAuSEo53jnaBnXSBnX+OP4EBim6BokyBnX1BBIp5olMPgWEAimkIgylBCop8xXACBQQDAIEfAIEaAIwVBYQ2B4kfAo4MAYMAQQOKiIGUewsKBARRC4qexD2BoRSBsA2EZoGrJIGjSwqFGoZPgaRwgaxVQQOKsr9cBoNPBV9BBoqswkcDBQWGdgWDUwWDTgGBGUECirGBlRERFlEMisfCaYGkbIGeR4GeRoGmb4GmboGeXYGeXIGeUYGeUIGeUYsrQQOK1sBgBYYzFIIuQQuK18V/AwMCGgMvASABBgCEbwOEXgEGAAYEBUEFit2BlSsFBgEABgYFBFESivbGAo99jjCBoDiBon+Bon6BnmeBnmaBqCGBqCCBqF+JbIVdgaRMgaUbhEyBoEyBzgdBBIsKvlcDhFQAgakEAIGeaVEKixTGBIGfCIGedZM1gbIogadziHyNW4GsToGja0ECi2aRXgWLUkEeiyHEBgSSTwGWWgIIAIoLAIoKBWEFjFMEgnoKiB4EghoAjlcGjlABh0kAh0gAhlsBgkkOiSYDg38ABQOFBQKGFwWLagKNWwmCFQOfIgOeXQCKFAGDewCMOkEEiyeBlVMvSAMAOFRRCoucxg6BoDaBoCeBoCaB4CmrPYkjgxyXZJIlUQyLqJwphheZdpt9gfwege0dgiKCI55LgotkgopVghVRDIu2n3GMVo1LphWRJoKCVoH1VZx1miybA4sKoXhRDovEl1+ZSJNvgfdCgedLjW2OdoYehQWyI7coA4HgHIHqfUEGi9qJdAKLIACIbQKGbgOCEwGIEUECi9WaawFTQQeL1qYmBIRxAIR0BY0jAIIsAIp4AY8rUSeL6oGWMYKJa5hch1CJNJBbkFqJbaMBrGyWDzSVWJsVlgiFCp57lW20ZrMXi2KnMgCWKZYotT+1PqRboBiEQJRdgfRMgesDlTugSrU5iA6tKI57QSKME51MA6gdALoIAAUAjGEAjGAAoVEAoVIEjn0AgkoAsFEAvQYAnEEAnEAAqgMAhzoCgTYAjA4CkUMAiRgCdAKUIQmDQASIFQWiNhSDFgCeGQeBOwClYAeTaAXHFQCCSg6LHAKMXEEXjEe5dgCPIgCPIwaICgSHUQSOCx2OfgkAAgIEAwkEAwMEg0wAkQYBjWcAgmcAgxQEhioAhSsAgWsAiWYAiGkAjGBBA4wegZYzbHwTHFEcjK/FIogQgZs4gZszlw+BIIGxHoG1A4hOhxGBs0KBmz2Wa4l8jGyBmzqBrCGEbZVIkT85gyuVKoGbNoGjK4xxgbAagaRRQQWM0ckyAI4vAIsVAIG1BACBm0FRDozayTOBm0qBs3WBs3SBqgWBqgSBq0+LdIdphRODO4GwDIGyJZZWQQmM6sURATMAjkkGhDwFimoBjgMAh0AAhnoGLUEDjOvJNQ8CCBNBAYz/gZcqUQmNCMRmgaUUgaUtgVCBo1qBqjuBqjqBphOKDEEBjRbCPVEXjRu+FY0M+H+1WqstgpQOgpJniXuySodzrSe2CKVFpnyta55ciF2eF4sQq06rA4N5iFxREY00nEycAcdCzmGUcpEVhEDGPp9xn3DDT4ErxHi8FW6bBIQIQQiNR7I2ArA/AJlTAIJXAMxmAK5tAIF3AJ5tURWNU6w7qjG2KL4xgog+geZXnEacYZRllmINhUWB6j6B6guQf44qpwuHE4KaeIH6T78wQSCNa48MBKpeA64jAKsSAKpXAJUICZxPAy8EsFwAkhkThlIDhj8PlwAAmwEJmHAEgnEHtE8Ah3wElwYLih0BiDUIiXwBiFMEjCQDj1gBlz8EiREPqXYBrh8Co0oOk08DlEJBIo1tuXUFDRAADAICAwCIRAONSg6GGQiPdwCkCAKjOQILAQ4BAwIDBAQBDhMLAAYCBwQOAAQGLwAgDAYBAAEEBzEDLAaJRgOJRQgAAQADBEENjWyBl0ZMZgEAAQAHBgcIAgALDAwMCgoBAAUADhRRCY4piQ+2TIHoCoG8D4G8DoG8DwKBvAqBvAFBBI5EnDYDojsCoTgapxNBDo40xDAAk2kDAwAFAgYCBwaXfwGYBgAIAaJwCAQDo00Jo1YFo1dBAY5DgZhIUQuObIsmg3eCnm6BvDcHgbw8gpkdgpkcgbw5gbw4gbxBQQaOest/AIGZVACBvEcC31UAgpweAIHtAVEQjoW6SoG8TIKdJ4KdJoGZbZ1hnWqBmWCBqE2BqEyBvFMComwNCKJvQQWOq5omAJhHApVoApktB59yQTeOmswBAaJnAQAComoDnUUAnUgDAxWULwmJawCPVgCMYwCCPgCbPQOjTgGKVgYAA44XBI4iBgMGCwWHawCHbgAIAA8ABAEIBJNNAZNQAQMBiQMAiH4HBAGWJQCHOAWDAQCRcACVDQc9AJVAAplFAIhABINXA5ReBI1LAohpAo1QAHMCijQBjD8AgiIAiTYCh3MDWQCLGQWTYkEKjpuBmHoBADVIKTwBAAQGAQABAAoOLzpREo9fvkaBtnSBpgOEKIGhWIGhZYGhZIKgU7FMp3mhfIH0foHQR5s1mzS5S4kUlFtBCY90o2ACnBAAAwKyFQCyGgCfIwCfIgDBHQCCkUpRCo+DkSDBHskbjUa7UtMtjxqCN8ZGgdAmURCPkI0VhhSCk0yB/hmfcJIFhxGIWp46nW+dbqVXoW+Cl2SCnn2EEUEDj6OTHALSJgCBuzpRCY+qgZoPgqJ9gqJ8gblngSUD5VGfQM9MQRSPuYhIA5cSAJJBAppkAJIuAZJLAI8QAaIXAI0KBZdqAYF2AKEDAol3A4V2AKZoAaJ1AKBeAIkLAJJ/AJNvQQOPtq49HAABAEEFj8OBmhsCAAgKAgAHBFEPj+KcSYH7PoHXTwUGgddKgddJB8YnmGyChQaCnR3FRoHXVIH+P0EJj/eVWQCaVwCPTgOnegKOMQCCdQCBQwCDCAKLO0EDj/OuRRAEAANBAY/0zHtRG5AJn0oqnVCB11yB11mB11iB+yGOCpU2xhuCnXaB+xfWBLJLxSmCnQKBqnvQS5w5gpd8gf9BoU2jLo1AmDzDD+YiQRKQJq5KBgwAxyEAxyAIm10Clz0AmS8Bsi4CqlcAnwgBpWICmXEFshMBh0AAxEQCxmsDqlQAnBZBBZAyvzsYii4CjCsFgjEAi05BBZA3gZpJBQQFBAgKCQBRC5BbrlqqIoGtWIG6N4G6NoGsIYGsIIHYBaxVgoRYgfRlQQSQaK5XAKc2A8AdAIEqUROQcr0EgbtAgdgTlB2B7C6Bsi+EJIGuCIGtMYGtMIG0f6MZgdgWgqRJrzzBHKQrAp9oQQWQh8dxALIlAIHYGACBvE0Am0tRD5CPwGOOHs4pgfQggp8Jgp8IgdU1gdU0gegXgegWgegTgegSgegZgegYgegZQQSQoaZsAI8lAJFhApxjURKQqp57gfgEgegngegmgfMhpR2wIJwJgoQigeglA5kzmTSB6CKB6CGEbYRopRtBIZC+pnUCijkCijoABwEGAqtXA4RMAKZ8AAQAhykBhywDBgMAAAUAsAcDhm4AqRIDAwCJYQCyCQK7cAGwWwGwWgS6QQOCTASBZgC2CgO1GwG1GhS9IQS9IgMDAAJBCJDfxh4Vg1cQg1gChTMIg2gBgT4BgxcQji1BC5DGgZsICwoLDAEACwoBABAUAwQBAA0UAQBRCpEtxQeBrQSB6QeySrJPrEiBvD6Bql2BqlyBqltBDpE5pwgJAAIAAostAZEFAJZaAJl3BIphBJsIAqUVAqo+AIwnBJo9AZlWQQeROsYbDQoBmFMFABAIAAMBA0ECkUeBm1kJAFERkWm6AM0HgpBUgqMzgqMygf4dukoF0XXRfIHDSoHDS9FPiDyFH5FOvF5BAZF/llNRCZGFugiBw1SCommComiB7lWB7lSCojfeWARBApGalVYAhlpBAZGSnxxBCpGQugkAAgSVEgWPDQ2GAwCTegCJUQeKIwADBAJREpHAwRuEeIGweoGgOYGgOIGgPYGgPIKmEYKmEIH1QY0rzx7dNZ94hkGYX4KQIoKVM0ECkdyNJYEXhwpBRJHVyXgBAwCYXwCYWgOJbQWOdwCYagIDAZgbC5geAQkBCACQYwWQdAAJAgIDDwCRXwOGZwCBDgGXOgADApoRAIhWCIMjBIMJAZdqAA8ACAYmAQkCEwCTNwKTMgAGABQAIwIIAIs1AIs8AJYnBJYAAioAAwMCA5sFA5psAZB1AoEzAIEmApECA5p3A5poEZVBAZVmAJd/A5gaAIwhAowoAY5vCI93ApBcAY14AgkBkjkBkkQBjWcDjUBBDpHWgZwbERINFgEAFhoUHAoMJioiMAoKDRQEBAEAAQBRDJKjyjWBpVaBsimMMIGldoGlXRUXIiuBpgyBxEVBJ5K3w00BGAGBUQWERwOGDgGONwCCdQmFeBGBXwWIYAKBAgqEbQOCaxOOLgeQLQdeAYgOA4Q1AYMAAoRiA4wNAoZMAGYKi3sCkGgJiXkBgU8KjiQCjiUOhSUBjS4IhQsEi0oHiAMHiREEgl0Gjy4LgQYAhmJBKZKxyiUKMAYICDUCEQ06AQgDQwEsABQBEQU7ADYAAwAHBA4KFAQJCwMCCgMKAEUAMAMODgkHhD4BhG0HJAIGAoElAIEuDAIPAAAJAxcGIAUJB1AFSQIGEAJBFJK4gZ0rAQAHCAEAAQAXIggGAQANDAgMEBYPDgUGDxAHCgIACQoeLBcgExxRC5OmymN5gahCgag3UoGnYoHAX4HAXoGzEYGzEIGnUUEDlIijDACuUwSYfEE+k7PBIAGTCAIJBgADEgMAAJUbAYo3AZ8yABQDBgSdWwCcbgBEBRwAm3kBhSgAlkQBGQODAgyDZQGBCgEKCYErByAElBMBlBYAeAAJA4s5AItIAxECCAcxBZUHA5U+AJVpAYVgAo5GARADnjsAn2YEizEFiyoBJwWXJwGXUAuBUQKBUAEXBZ9VAZ9WAoxNAYIRBIRPAZMsApQlAIk0AI04AI59Cp8ZAANBEJO0gZ5PFBwBABQUAgASHgEAGCgiKgQEERgHChAaBwoEBAYIUQmUkYGfYYKmKYFt0n4CgdUQgdUVgdUUgqRFQQaUnYwaAIUPALN8AJpTAJwXAIpkUQqUpaICkmGMUZZ6nznOJgMEA7x3QQaUsZgrALlyALlzALlyANhxBbcwUQqUvpBLyUSnfYlHpzWWdMIAuhmFY4KUYkEZlNycXgCPbQObMgGIRQigYQCQHAKJWQCeZACuDQOufAGFeAGYIwOHXQGVUgCFdQKjHQCIYgKhNgKkVQCkDAOKfQCFTAWNGgGwIwCUfEEOlNi1PgADAQIGBgYKAAMAAgsKAQAFBAICAAMUGgIAQQWUz4GfZQoECwAUACAAUQqVIIGfbIKDQa82wUOVGbMupRuCnEyCgnOubEETlS2LZgCKEACCQgCGfgiFWgGYZwQPAJJ6BZseAphzAgACkXkAizsKk0IGhGIJgScCZAWVMAiqDUEQlSy1bAcEAA4EQgFNBQQGCAIADhIBBBEWB40+CIgOAY0CAIpZAopYQQqVM4GfbgkABQAEAAIACQAEAAUADQASElEMlYm8RYHGfoHAW49WgbECgbEJin2BvASBuRWBuRSBwgOQdkEelZjEaQiMTQFLAWcCgRIAhSgBjHgAAgAHBIVvA4V2AocxAQYAhy4AAwAJAAQDBAQfAY8nAI9EAI8zA480AwMAAgCUeQWCJgGSUAKVSQOVJkEDlaTMeSEbG0hBBpWigaAUBwQPEgwKAQATFlENleiVSq50phemFoHmaIKve6o0pkeeLKZynRWdFLhjUQyV95VLmW6YFY9rnh6ebK4hriCB5l6Cp3GCUoI0QROWBaIHA4QnBBQBrHsAk0YCIQeLSQCyQgG1BQG1BgADBwQDmh8CmhoAs3UApn4AgTwAhC4Ao1lBBJYGrQ8BAAYIAgBBBpYHgaA9CwAEAAIAAgABAFETljukRYQoA4HzcoKyTassgocegfNzgfNygqY7hgiITDOVSblogfNygpgLgwKKG0EEllCeSwOQIgCZRQLYPFEKlluIRoKwMoG9GYG9GIH0B4H0BoKpV6wKxgz1RUEGlmemXwCJJwCHFQCOPQCCkwAAgfQLUQmWcMQcgbkYgfQRrDisOaRfj2iEQsQEQQGWfcQBUQyWhaFMmgmCmFiB9CWB9CSBxjvDf4KKOIH0J7Eaxy+KUlEJlpSNb+1EgbhQgfQtvletUIKFMIHEB7gTQQSWp5tiAM1oAIG8XgCBuxFRDJawpma6cIG5WoHoE6ZwgcEggppBgppAgcF1ijmBzCyBp1dBNpa+ljQBhTwAjXACgU0AgQ4AnxkAg3kEhzsArSoBrX8FgmISq3gBg3sLlk0AgVUBlm8Eq2ABgmwDgSECiFoBmycDimsFjG4ChEEFjXoBhhITkxkFmX0AnzQYgkQDjW0CDQGMNwKCOgGLTgCGFAAmAp4sA64xCYc+AJwGAa9nFK42Aa55CqIWB40TDJJvOKlWAIgXAZUNA4YcBZ4SAYIsAJADQTSWybYcBIk+AwADjzACJQGKZwCPCgOTMQGKFACCDgWMYwUCApNYAJNdB4VABYU9BAMBAgUCAAMXkQACkH8CAAIADKJCAKJDA6I+AQIDlzkKiyUGolQNjRETk3cIAAmFMgSFLw4EAqMKBKMPAwMCBAEACKIYBQMCaAJnAZMlAIIhBoZ7BZRIAgIBA0EYlr+BoREIBBEQBgYWGAEABAQFBBcaExwRFhskFRoWJAEAAQACABgkAQAEBBYiEhoKDgsKUQ+X/8NJgb4ygb01jQGIPoHBdIG+NYIJkXyPU4G+EIG0D4G0DoHAL4HALkEVmBDEQQCCbwCNNwCCWAOHRACCFwuHMgiCIwKHfweBCAKDagGDDgiGTwWGMACKJQaMKAOBKAKOFwKFDgiDPQOCcUEKmBzLSQQDBAQQABYABAAFBAgDAgIGAEEEmCWBonQWIB0oCw5RHZhvwz6QKpYhgcVGga8zkznCc6ktmgS9cLILhmeIGqFgph+daYQZ1xDfZaciuECrd5onP4ZajAfMBM43gqVAUQyYjoGjKoHXCa45kW2ClyyCjGe1XIHXCIKELZ0Jk0SCjW5BC5icn34ApyMCgVsDg3sCnnwml30JlRAFlU8Am0Ywom1UjgBBN5iovgAIni4BQQKGVQUAB5AvAZAuAQAMrC8FlHIEkkwBi0QEwUkAnxgAlmoDBgGSYQKMWAGGBgeJLwCMKwCLfASGEQGFNQOVHgCGQQGMOQCDfwOWdgCMGwCGZwSNJgKFWAKQFwKIUAaKKwWFCwSWZAMSBBEBjVMAjWIDAAGMZwWCFQCPAASRBQCGHAGMHQADAaF2BAABn3cDlQAAtiFBFJijgaMuDAoBABIcAQAMDgwICggBAAQECw4EBgYGMUQGBg4MAgAGCAYGAQBRC5ltjFaoVqAbk16lL6ZagpFQgfADv1OZRqYKQQiZepEZAIKmHACCtwUAxn4AgfAEAIKvaQC/YgCrV1EMmYSsKJtDoCO7ZLI7gqI+gfAFxVuCtV6B8AWB8ASCn2VBBpmSlR8DixwAk34AghQAjlMOkhpBDZmltisGlQIAhygAjQECigABi30AjUYMjiUOkRoAhUIAkHsBkG4AkgFBApmygaRBIDRRC5nYyAgJgbk0gcRdgcRcgcM5gcM4gbk9gbk8gcdpjjhBAZoBvQNBIJntvj8DhE4NgiEFkG4HAwCNDwCNCgYIAo03EYxwAUAABAGKSQWKKACLcwCMEAWOXwGLVgCDAAAHAow/BIwwAgMBHAWRYwGJKAKIdwCRCAOFVQKJHQGPFgADQQeaAIGkfStGAgAPFA4MBwoMDlENmmrIDIG6dIKgZ5koiUmFKKs1nXKCmRqCuRmXUrUmqVFBB5p5kgMAunIAlnkAjXcApHAAvV8AvVpRC5qClRWCoGaCqHW8ZLRrjF/BSIHsDIHsDcsbrDRBDpqPkjIAuiQArm8ErnIAr3kAr3gBq1MDqSgCslkCnToAl1IBAADCZQ9uQQuar7wpAIEtAAMEBgAFAgQBAAMCAAMABAIDQQSamYGlTwwAEhQBAFEKms/MYYGyDoHUFaMI4w/OLJNcA4GyDoKwIUEBmzyORkEbmt+7bAEABAAEAgECAKIEAKINCQYBBQeuewK8LgGNMQSiCgGiCwMABqJSBKJTAqFgAKFhAYMuAYcKAYxqBAkAwFsBukQAvz0IlCRBCZrggaVxCxANEgwSBggVHgEAAQAHCFEJm0GTCoYX10LHd8dygdUsgdUrAgNBAptPnUkEjn9BM5tNu2UAoX4CoX8GoXoBkFcUh18ElygCAwkCAQAKAAEIAJ9dAJ9WBwYCCAAHCwMABAELAJFfEZF4AA0FDgGYVwCYUgkaARcEEAEHAwcABgEHAgAAmX8HmgIDAggXASQICwAGAwUCAwECAJUFDJUIAjMBOAIDAAIDB0ENm1CBpjsICihGDBQcKBssDBIGCAYGBQQUHhIaEhxRC5wxzDI2CIG2KIG2I4G2IoG2aYG2aIG2b4G2boG2K0EJnHyhSASZXQuZDQ6sRAeVOROECQqPehKhfQeXGEFSnD7MVAYGAgcAoBEIoBoBAwEDAJhXAJgABCwBQQdqBWEKEwEaBKJRAgAICgIAHCQzQgIAAosoA5NGAopJBo8vAIYKAZNqDwIAAwGOKQuBWQWDAAGNBgEAAwkCjg8BHQaONAACCpkLA1UCmV4OlnsAlwIABwgIAJppAppgAAYIAgGTQwKTQgKSRRSSHAEmCQcEBgEACgIDAAWJJQSQEQacNgCDAQMJAQQBmGcOmGoDk2kBkzgALgo1ADYIAwICACcEJgCOCwCODBEDCEVBGZxTgad+AQAICBosAQAEBAsIAgADAAkIDAABAAIACQA7NBIeEyABAAgKQ2ocMBAaJz4BABQiUQ6eGsshEIG+GoG+UQXodb9AzDnMOMBxgqh0gqcBkVSClSpRDJ4tn2WClSqClE2ClEyB538DqSWCkSSCmnWydAIDQRyePY1mAYJwA4VwAYtbBJlIBIM3FJBPGosiEwsSfBQVCIprCJZaAI5tAokFApIwA4Q3NZRVBIRuDJlYGqU1FJ8yLpwRBJRUBokgDYh3AI0FBIECQQaecKEKWIlaRoIJBgcBhVqBBoNZQVWePrZDBQQJDAIAAwABAACKCAWKAwQACRADAwECAaxQAyoAgkcBmV8AiU4Akz0Dg0oIBAYABIgcBYgbAQAFiVoDlgoFgjwEplEApkACpkUTl1gCnmEOjiwAgnMAAwECAgQBAwCCTgCCUwAEBAACoTYBPgJDAbApA68EAKJFAKJECQABokcBAAejdAyhSQkAAgAHAgEDCgYFil4AhkgDiU4BrCMAkwYBnhAEAgICAgcAAgCXRQGZAAKBOwMCAQMFlEcElEgIolUCAAgMAIsCAoF2A4YjAJcUBaozAJM+QSWeQIGqQAwAAgAFBgIAAwAHCAwEAQAGBiIsHSgTFhAOBAQMDAQEAQAPEgEAAgAEBAEAAQAIDBYkAQABABYaDhAICkh0AA4CFgAgACAAHkMI2EDch4GsIAEAQgCEgDxUhIETIIyAOUeT/zcSmIBuMkES55aEVzCBPgAEozCdDm3YEiS2Z4gDwDkAAgADBjAWgZMKAIGTD4FShmFZeYEDgZpmAIGWdwCBlnYAgZgtQQH5lYGBU0EF52yBrlGjP4UFgUSWGR+WHgYEYSwAIF4BhhIQhA0BBoQeBxCEJQEGhDZGBYRaAB+EYQAZhQK3SAFtAgFvFAGBI4IsC4F6JAGBOoEVAYEDOwGBGwgBgRmDcAmBZgoTgVIAE4E+ZEuFYpU0AmAFB3MAAX0CAXEAAXspUoJkDVWDNw4khTyBdgmBcILqYwaEPQABhFCsfQOEQAABhFAaAYRYAAGERAABhFQAAYRGAAGEUgABhEoAAYRIAAOETIE8AoIGAViCCoECAYEoYQGPqAGIT2EBZHgBlgNhAYIMAZoZYQGEJAGhDmEBgfMBo0BhAVI/AaURYRdSrAGnDokAAacs1xsBp3ZHAagRRQGoFxABqDJEAag2QwGoWoENAahnjh0BphgMAaYbDAGmHg4CpiMDAaYnBQGmKgcBpi0nAaY8AQKmPggCpkUIAaZKAgGmTAIBpk4BAaZQYYE+VFICqgRFAaoTDQGqKygBqiAEAaooRwGqN1ECqklFAapcDQGqbx0BqmUFAaptgQcBqw2GLAGueFoBrwWFEQGrMWgBq0SCNwGrI4NIAaxMcQGsXINOAbN2hG0BqWqCNQKyCoFqAbIoglUBsHYsAbB4gT0BsRJmAbEogQ4BsT+CaAGxVg8BsVoGAbFdfAKyXk0BrSiBDQGtMYEaAa1WgT4BrXKBcQGuCYY2AbJHNwGrckEBrAKDBAGwQyYBsEiCCQG2Z4JSAbRcRwG0ZU0BtHN2AbQmAwG0KxsCtC0aAbQ4ggMBs3yCGwG3GoEJAbhmgSEBuQU9AbkWgVUBuVIOAblWg1oBr1cWAq9cCAGvYBMBr2YMAa9qAQGvbAcBr3AFAq9zAwGvdgIBr3gEAa97DgawAgIDsAkBBLANEAG4YGkBuUd0ArdRgT8DsnoiAbMKSgGzGiEBsx+BAwG5Jh4CuSsPAbk0iTwBuA6BCgG4L4RLArI7AQOyPoZgAbIsEQGyMgEBsjSBBAG6JQYBuiEfAboqSAG6QA4BukKCHgKxYwEBsWYCAbFqBgGxbgoCsXOBJQGuTxoBrlSBewG5ei0BugIjAboMCQK6D4VVArUOBAG1EwEBtRUJArUaBgG1HQoBtSMFBLUnAQG1LAoGtTABArU3AgK1OgYCtUADAbVEAQG1RgUBtUsDArVNBgG1UggBtVcBAbVZAgK1WwIEtV4GArVlCgG1aQUBtW0DArVwBQG1dAQCtXgHAbV9AgK1fwEDtgIEAbYHAQG2CgEItgwEArYWgQEBrQkMAa0NBQOtEQcCrRcBAa0agSEBunqBUwG7SlcCsE6BHwG3ZAwBt2gCAbdqAQG3bAIBt24qArM3BQGzO4EMBaweIwGsLAECrC6BYQGvOwcBr0AQAa9GBwKvSgEBr00BAa9PJwG7XYM4A7sLBwK7EgEBuxUEAbsXAgW7GQEEux8DAbslAQe7JwIDuy8GA7szAga7NwICuz4BArtBAgG7RIJKBLY3DAG2QQYBtkQDA7ZHAQG2Sw0CtlEJBrZWGgG7fTQBu3kcArwEHQG0VkABvBRGBbpvYQGKkQHFeWECmOoBxx9cAscpYQJ9BwHIHro6AcgWYQp2RgHLLyUByzSxLwHJHYUyAslzgRcByhGBGQHKT4FTAcpoSAHKQYdmActGgR4ByUxhAZvqAcw7YZU7AsoBzTO9JAnNKRwDzTyBTAHNRIVoI81HDQ7NawMCzXomAc19JAPNf5FQAYGsQ4I4C85MIQHOBgIIzghxAc4kAAHOKV4BziaFDwHOEgwCzhQyAc4aqy8BgaxWAQGBrFiGGAKBrGFxBoGsZoFqAs5ZGALOXwwBzmUQAs5sFwHOdQYDzncBAc57AQXOfQQJzwQBAs8OAQLPERABzxcEAc8aEQLPHgQDzyICAs8mEAHPKwkCzy4JAc8zBQLPNggCzzsHBs9BAgHPSAUEz0oFAc9PCgHPUwICz1UPBM9eAQHPYwEFz2UUAc9uBwHPcgEBz3QCAc92BAPPeQUCz34PAdAHBALQCgMB0A4BAdAQDQTQFQEI0BoBAdAjBAPQJQEC0CkEBNAsDQHQNAUB0DcHA9A7AwLQQAME0EQBAdBJDALQTwUB0FMDAtBWCgrQWgUD0GcBAtBrAwHQbgQE0HEBA9B2AwfQewEF0QMBBtEJBALREAEB0RMDA9EVAQHRGQED0RsBB9EfBAfRKAgB0TICA9E0BgHROQIB0TsBAtE9AQHRQAEC0UIBBNFFAwLRSwIC0U4BAtFRAQXRVAQC0VoDA9FdAwLRYgMD0WYMA9FuBgHRdAEF0XYDB9F9AQbSBQED0gwBAdIQAwHSEg8C0hgGAtIcAwTSIAEB0iUBAdInFgHSLQMB0i8BAdIxAgHSMwID0jUBAdI5CALSPQYE0kICAdJHCQLSSgMB0k0BAtJPDgjSVwMB0mECAdJjAQXSZRkB0nEFAdJ0AgHSdgIC0ngIAdJ8AQLSfgEC0wEJAdMHAQHTCQ8B0w0BAdMPBAHTEQIB0xMDA9MWBAHTGwEC0x0GAtMiAgHTJQQG0ygHAtMxBwHTNQQG0zgJA9NABgLTRAMJ00cGAtNTBQPTWAMB010LAdNiAwrTZQIC03ABAdNzAwLTdQMD03gEA9N9BAPUAgYB1AcBAdQJBAHUDAEC1A4BAdQRBQbUFAMB1BsNAtQgCgHUJBIB1CsNA9QwAQHUNAUB1DcFBtQ6AQHUQQMB1EMNAtRJAgLUTAUD1FEBAtRVBQPUWQYC1F0BAdRgCALUZB8B1GsYAtRzCQHUeBAB1H0JAdUCAQHVBAYD1QgNBNUOBwfVFggB1R8DAdUhBwPVJgwB1S0FBNUwEgLVOQEB1TwPAdVBFgLVRwYB1UoCAtVMAgXVTwgB1VgGBNVcAwHVYQEF1WMBA9VpBQHVbgEB1XAKAtV1AQPVeAsB1gACA9YCAgHWBgQE1gkDAdYPAQHWEQQB1hMFBdYWBAHWHAoB1iAFAtYiAwHWJgEC1igCAdYrBAbWLgEB1jUFAdY5DgTWQAYB1kYDAdZIBgLWSxMB1lMBAdZVBgTWWAUD1l4EAdZjBAPWZQUB1moFAtZtAgHWcAMB1nMQAtZ4AwnWfAME1wYBAdcLAwHXDQIB1w8NAdcUDgLXGwED1x4DA9ciBALXJwMC1ysBCNcuAQHXNwME1zoCAtc/BQPXQwEC10cDAddKAQHXTAUD108BAddTAQHXVQEB11cLBddbAwHXYgIB12QCAtdmAgHXaQMC12sLA9dwAgHXdAMC13cBAdd6AQLXfAED138JAdgEAQTYBgMB2AsFA9gPAQHYEwgE2BYBAdgbCAHYHQwC2CMBAdgmAgLYKAIE2CsFA9gwAgTYNAIG2DkBA9hADwLYSAMC2EwBCNhPAgbYWAEB2F8CAdhhBAHYZAMB2GYFAdhpAQfYawMD2HQBAdh4BAHYegEB2HwDAdh/AwHZAQQC2QQBAtkHAgHZCgEC2QwFAdkQAQTZEgED2RcDAdkbAg3ZHQEE2SsLAdkzAgTZNQEC2ToEBNk+AgfZQwEC2UsBA9lOCALZVQIG2VgCBNlfBwfZZgID2W4BA9lyAQbZdgQB2X4BAtoAAwjaBAUB2g8DAtoRBwPaFggB2hwBAdoeAQHaIAIB2iIBAdokAAHaJgMB2ikBBNorAwPaMQMB2jUEAdo4AQHaOhAB2kEBAdpDCAHaRwQB2koFAdpNBAHaUAcE2lMDAdpZAQLaWwYD2mAHAtpmAQLaaQoB2m4BA9pwAgHadAQC2ncCA9p6AwHafgQB2wACAdsCAQXbBAMB2wsBBtsNAQLbFAID2xcFAdsbBwTbHwMB2yUBAtsnAQvbKgMC2zcLAds8AQPbPgMD20MBAttHAQHbSgIB20wDAttPAQbbUgYE21sBAttgAgPbYwEB22cCCdtpAQPbcwEG23cBAtt+AgHcAQEB3AMBBdwFBAHcCwED3A0BEdwRAQbcIwIK3CoBAdw1AQbcNwQB3D8BA9xBAgHcRQIF3EcBAdxNAQTcTwcC3FYBAtxZBAHcXQEB3F8DBNxiAQLcZwEE3GoBA9xvAQbccwUI3HsEBt0FAQfdDAEE3RQFAd0bAgbdHQEK3SQBAt0vEAHdNQUB3TcEAt05BgHdPgMB3UEQAd1HAQLdSRQC3U8CA91SAQHdVgcC3VkDAd1cBgPdXwEC3WMECN1nFAPddQgB3XoDAd19DgHeAgoD3gcGA94NAQPeEQEB3hUBAd4XDAHeGQEB3hsEAd4dBALeHwEC3iIBA94lCwLeKwYG3jACA943BATePAEC3kECAd5EAgHeRgkD3kkDBN5NBQLeUwgD3lkFAd5fAQXeYQEF3mcBBd5tAQbecwEB3noHAd5+AQHfAAEC3wIDA98GAwHfCwAB3w0CAd8PAgTfEQIE3xYEAt8cAQHfHwEE3yEGAd8oAwTfKgEH3y8CB983AQHfPwMC30EBBt9EAQHfSwMK304EAd9aAQPfXAEL32AEAd9tAQ7fbwMC338BAeACAQXgBAEO4AoGB+AbAQTgIwMD4CkDBeAuBAHgNQIB4DcHAeA6BwHgPAEE4D4MAuBHAQHgSgMB4EwKBuBPAwLgVgQB4FoDAeBdAwHgXwMB4GEGBeBkAQbgagUB4HIBAeB0BgbgdwIE4H4PAuEFBAHhCQIC4QsSA+ESAwLhFgME4RoHA+EgAQnhJAIF4S4DAeE0AQPhNgEC4ToFA+E9BQXhQwUB4UoBAuFMBwLhTwQC4VMKAeFaAQLhXAID4V8GAeFkCQLhagQC4W4BBOFxAwLhdw4C4X4BAuIBBgHiBgUB4gkEAuIMBgLiEQ0C4hYDAeIZBQHiHAYF4iADAeImAgXiKAUB4jACBOIyBAHiNwEB4jkHAuI8BALiPwEB4kICAeJEAQHiRgEB4kgFAeJLAQLiTQEB4lABAeJSDALiVQEB4lgDAeJaBQHiXQUB4mACAuJiBwLiZQEE4mgBBOJtAgHicgUG4nUDAeJ9AwHjAAEC4wICAeMFAQPjBwMB4wsKAeMOAQHjEAoC4xQCA+MXAQHjGwID4x0FAuMjBwHjKAEB4yoDAeMtDgHjMwIH4zUCAuM9AgTjQAEC40UBAeNICgPjTREB41MDA+NVAgPjWQQC414DBONhAQPjZgMB42oCAeNsBQLjbwEH43IBAeN6AQXjfAIH5AIHAeQMAQLkDgEB5BEDAeQUAwHkFwMB5BkFAeQcAwHkHwUJ5CIBBuQsAgHkMwcE5DcBAeQ8AQXkPgEB5EQIAuRIAQLkSwIF5E4BAuRUAQPkVwYD5FsECORgAgLkaQEB5GwDCORvAQHkeAwE5H0WAuUFCQHlCwsB5REBBOUTBwLlGQgB5R0EAuUfAQHlIgEG5SQBAeUrCwHlLgEB5TABAeUyAQHlNAUC5TcBA+U6AgXlPgsC5UYHAeVKAQHlTAID5U4BAuVSAQLlVQcB5VobAeVhAQHlYwgB5WYMA+VrBwPlcAMD5XQBAeV4AQPlegEC5X4MAeYCBALmBQEB5ggBBeYKAgHmEAIC5hIFAeYWCAPmGQEH5h0GAuYmCAHmKwIC5i0CAeYwAgPmMgUB5jcMAuY8AwbmQBEB5kwCAeZOCgLmVAMB5lgBAuZaBgLmXgEC5mEBAuZkBgTmaQIB5m4CAuZwBwPmdgYB5nsBBOZ9BgHnAwIB5wUBAucHBwPnDAEC5xAEBecUAwLnGwEB5x4FAeciBwXnJQQC5ywBAucvBAbnMwMC5zsDAuc/AQHnQgYF50UHB+dNBgHnVgED51gCAudcAwLnXx8B52sLAedxBALndAkE53sBAegABgHoAwEB6AUHAugJAwHoDQEE6A8BAegUDAPoGwQD6B8GA+gkCAHoKgIE6CwBAegxAgHoMwEB6DUDAug4CgLoPgIB6EEBA+hDAgLoRwkI6E0CAuhWAQLoWQIC6FwNAehkAwHoZw0F6G0DAeh0AgLodgYD6HoFAeh/AQLpAQIH6QQDAekNBQHpDwYD6RECAekVAQTpFwQB6R0BAukfBgLpJAMC6ScBAukqBAPpLgQD6TMFAek5AwTpOwMB6UEDBulDAgHpSgEB6UwGAelOAQHpUAUB6VQFBOlYAwLpXQQB6WEBAuljAQLpZgMB6WoDAelsAQPpbgED6XICBOl2AQPpewED6X8CAeoDAQHqBQEE6gcBA+oMAQPqEAEE6hQGC+obAQHqJwUB6ioBBOosAQHqMQEB6jMBAuo1BQHqOQMB6jsFAeo+AQPqQAYB6kUBAupHBALqSwUF6lAMAepZAgPqWwEB6l8BAephBAHqZAQB6mcIAeprAQTqbQYC6nMBAep2AwHqeAsD6n0GAesDAQHrBQUD6wkBA+sNCgLrFA8B6xwGB+sfBAnrKAYC6zILAes4AQLrOgEB6z0BAes/BgfrQgQD60sPAetTAgTrVQEC61oBButdAgbrZAIC62sDAetuGgnrdgwH7AEECOwKBgfsFQEC7B0BAuwgAgPsIwMB7CgBAuwqAwPsLQQB7DIDCew1AwXsQAUD7EgBAexMBgPsTwIB7FMBAuxVAQXsWAQC7F8BAuxiBALsZgIC7GoBBOxtCAvsdAIC7QABB+0DAQHtCwEC7Q0BA+0QAQLtFAMB7RgBBu0aAQftIQIB7SkBAe0rAQHtLQQB7TABAe0yAwHtNQQB7TgBAu06BQHtPgEC7UAKAu1GAQXtSQIB7U8BAe1RAgntUwgB7V8BAe1hAQHtYwEC7WUBAu1oAwftbAcC7XUBBe14AQLtfgIF7gEBBO4HAQPuDAII7hAGAe4bAQPuHQEH7iEBAu4pAwPuLAYD7jIDA+43AwLuPAEB7j8DAe5BAgTuQwEB7kgCAe5KAQPuTAEG7lAEAu5YBAHuXAEK7l4BBu5pAQHucAEC7nIBAu51AQPueAED7nwEAe8BAQHvAwED7wUBAu8JBATvDQQB7xMBAu8VAQPvGAEB7xwBBu8eAQ7vJQEF7zQGBu87BgXvRAED70oBAe9OAQPvUAAD71QBBO9YAQPvXQEB72EBAu9jAQbvZgcB724BCe9wAQPvegQB738CA/ABAQHwBQQB8AgBAvAKAQfwDQEE8BUJAfAbAQbwHQED8CQGA/ApDQPwMAIB8DQGAfA4AQHwOgEB8DwBBPA+AgHwQwIB8EUGAfBIAgLwSgQB8E4CA/BQBQHwVgoE8FoBB/BfAgLwZwEC8GoDAvBuAQLwcQME8HUEAvB6EALxABcB8QgBA/EKAQHxDgMC8RAFBPEUAQLxGQQC8R0HAfEgAQLxIgME8SUHAfEtAQLxLwIB8TIJAfE2AQHxOAIB8ToCA/E8AwLxQRAB8UgDA/FKCAPxTwIC8VMEAvFXAQHxWgUC8VwBAfFfCAHxYwQB8WYUAfFtAQHxbwEC8XEEAvF1AQPxeAUB8X0BBfF/AwHyBgIB8ggBAfIKBQLyDQYB8hEUA/IYCAHyHwEB8iEBAfIjAgLyJQID8igBAfIsAwHyLgEE8jABAfI1BQHyOAMB8jsFBPI+EQHyRgIB8kgBAfJKAQHyTAEF8k4CAvJUBALyVwID8loBA/JeBALyYwUB8mcDAvJqBQHybgwC8nMABPJ2AQPyewgB8wEEAfMEAQHzBgEB8wgHAfMLBwHzDwMC8xIDAvMWAQPzGQIH8x0CA/MlBgHzKwEB8y0CCvMvAQHzOgIN8zwCAvNKBAHzTgEE81ACBPNVAwLzWwQB818BAfNhAwHzZAED82YJAfNtBALzcAcC83UNAfN8AQLzfgwB9AMBAfQFAQH0BwMB9AoDBPQMBAL0EgEB9BUBBPQXAQL0HAMD9B8BBPQjBQP0KQsB9C8DBPQyBAP0OAIC9DwDAvRAAQH0QwEC9EUCAfRIAwL0SwUF9FAIAfRYBgH0XAIC9F4GAfRiAwf0ZAED9GwBAvRwAgH0cwEB9HUDA/R4AQH0fAMB9H8BAfUBAQX1AwQE9QkBBvUOAgH1FQEB9RcBAfUZAQH1GwQB9R0BBfUfAQH1JQQH9ScGBPUyAgH1NwMC9ToDAvU+AQH1QQkB9UYBAvVIAgb1SwMB9VMBAvVVAQP1WAED9VwCBvVgAQH1ZwMC9WoBAfVtAQP1bwID9XMCAfV3AQL1eQYD9X0EAvYCBQP2BgEC9goCAvYNAQL2EAUB9hQBAfYWAgz2GAkC9icHAfYrBAP2LQMD9jIBB/Y2BAL2PwED9kIMA/ZJAQH2TQMC9lABAfZTAAj2VQIE9l4BAfZjCAX2ZwED9m0BB/ZxAwP2eQEN9n0BAvcLBgL3EAEI9xMDAvcdCAH3IgMC9yUCA/coAwH3LQEF9y8BBPc1AQP3OgEB9z4DAfdBAwT3QwIG90gBAvdPAQP3UgUC91gBA/dbAQH3XwMD92IBBPdmAQL3awQC928BAfdyAQH3dAID93YDBPd6AgT3fwED+AQBAfgIBAX4DAEF+BIBAfgYAQn4GgMJ+CUFAvgxAwH4NAsG+DcCAvg+AgP4QQEC+EUNAvhNBAP4UQIB+FUBAfhXAQL4WQIB+FwFAfheAQT4YAYB+GcBAvhpAQf4bAEB+HQBA/h2AQP4egUC+H8GBfkDBQL5CQED+QwGA/kSAwP5FwQF+RwCAfkiCQH5JAcB+SYEBfkqAQL5MAED+TMFAvk4BAH5OwIB+T0BAvk/BgH5QwEB+UUIAflJBAH5TAIG+U4BAflVAwP5WAEH+VwBBvlkCwH5bgwC+XQBAfl3BQH5ewEB+X0BA/l/AQP6AwEC+gcBAfoKAQX6DAMB+hMGAvoWAQH6GQID+hsDBPogAwH6JQUG+igBA/ovAwP6NAUC+joBA/o9AQr6QQIC+k0EAfpRAgP6UwII+lcCBfpgAQH6ZgwB+m0EBPpvAQH6dAMI+ncBCPsACwL7DAEE+w8CAfsUAQH7FgEE+xgCBfsdBgL7JQUB+yoDCvstAwP7OQEB+z0EBfs/AQj7RQEB+04BC/tQAQP7XAEB+2ADBPtjDQb7bQID+3QEBvt5AQP8AAEG/AQIA/wOBQH8EwEC/BUDAfwZFAH8IAMD/CMBAfwnAQH8KQUD/CwBA/wwBQP8NAEB/DgCAvw6AgX8PQgE/EYBAvxLAQH8TgIC/FABAvxTDAH8WgkE/F4LAfxkAgH8ZgMC/GgJAfxsAQP8bgoB/HUBAvx3CgP8fAIB/QABA/0CAQH9BgEB/QgHA/0LBAH9DwED/REHAf0XEAH9HAEB/R4DAf0gAQH9IgkB/SYEAf0pAgX9KwUC/TMEAf03EQT9PAEB/UEEAv1DBwH9SAEB/UoBAf1MAwH9TwEB/VECCP1TAQj9XAEB/WUEAv1oAwP9bAEB/XABAf1yBgH9dgwB/XoBAf18CgX+AQcC/gkCAf4MBgH+EQEB/hMHCv4XAgP+IgQC/icEAv4rAwT+LwgC/jYEAv46AQb+PQMH/kQCAf5MAQH+TggB/lICC/5UAQL+YAQC/mMCBf5mAwH+bAIE/m4BBP5zBQH+eQkB/n4BAf8AAwT/AwUG/wkBBP8QAQj/FQEB/x4DBP8gDgL/KQEB/ywDA/8vBgX/MwEB/zkCAv87DwL/QwcB/0gCAf9KAQL/TAEB/08KAf9TBQP/VwcB/14DBP9gAQX/ZQEC/2sIBv9vAQP/dgEJ/3oDAYGABQMBgYAHAwKBgAoGAYGADgsCgYAVAQGBgBgFAoGAGgcBgYAfAQKBgCEBAoGAJAMDgYAnAQKBgCsCAoGALgIHgYAxAQKBgDkCAoGAPAEBgYA/AQGBgEEDAYGARAEBgYBGAQGBgEgBAYGASgICgYBNAQeBgFABA4GAWAEEgYBcAQOBgGEBBIGAZQMCgYBrAwOBgG4BAYGAcgEEgYB0CAOBgHsECIGBAAEBgYEJAgGBgQsJAYGBDgQDgYERAwaBgRYEBIGBHgIBgYEjAgOBgSUBAYGBKQMJgYErAQqBgTUCAYGBQAECgYFCBgSBgUcLAYGBTwEBgYFRBQKBgVUCAYGBWAEBgYFaAQWBgVwBAoGBYg4GgYFqAQGBgXEDAYGBdAQBgYF3AQOBgXkEBIGBfgEBgYIDAQGBggUBAoGCBwMBgYILAQmBgg0BAYGCFwMCgYIaCgSBgiABBIGCJQMBgYIqAQSBgiwBCIGCMQIFgYI6AwOBgkEBAoGCRQcDgYJJCgOBglABAoGCVAIBgYJXBAKBglkFA4GCXQoDgYJjAQGBgmcBAoGCaQEDgYJsAQOBgnAICYGCdgEBgYMAAQOBgwIDAYGDBgQCgYMJAQGBgwwDBYGDDwEBgYMVAgGBgxcDAoGDGgkCgYMgAwGBgyQCAoGDJgMBgYMqAwKBgy0LAYGDMwMDgYM2BwWBgz0IAYGDRQ8BgYNMAwOBg08BBYGDUwEBgYNZAgGBg1sHAYGDYAMDgYNjAQSBg2cDAYGDbQECgYNvBAOBg3MCAoGDdwICgYN6CAKBg30BAYGEAAECgYQCAQaBhAUCAYGEDAkDgYQRAwSBhBYCAYGEGwECgYQdAQGBhCADAYGEIgICgYQkAQGBhCcDAoGEKgEDgYQtBQWBhDMBAoGEOQUFgYQ9AQaBhEMGAYGETAIBgYROAguBhFABA4GEXAcHgYRhAg2BhGkBAYGEdwICgYR5AQOBhHwGAoGFAgMFgYUFAwqBhQsBBoGFFgIBgYUdBAKBhSAEAYGFIwQDgYUmAQKBhSoBAYGFLQMEgYUvAQGBhTQDAYGFNgECgYU4CQaBhT4FAYGFRgUFgYVIAgWBhU4NAYGFWRABgYVfAQGBhWEKAoGFZQMDgYVoAQKBhWwBAoGFbwUEgYVyBAGBhXgIBoGFfQMLgYYFAgGBhhECAoGGEwMEgYYXAQGBhhwDAYGGHgQGgYYhAwGBhikEBIGGLAECgYYxAQeBhjQDAoGGPQIBgYZAAQOBhkIKAoGGRwgDgYZLAQGBhk8BAYGGUQIEgYZTBAGBhlkDAoGGWwcBgYZgBAGBhmMBAYGGZQgBgYZqAwOBhm0AB4GGcQQDgYZ5AgiBhn0FAoGHBwECgYcKAQKBhw0EAYGHEQ4BgYcXAQKBhxkDCYGHHAQDgYcnAQKBhysBAoGHLgEFgYcxCAGBhzgBBIGHOgEBgYc/AwKBh0EBBIGHRAgCgYdMBgGBh1ECAYGHUxwBgYdXfgaBh2IEBYGHagYBgYdyBwOBh3YEBIGHewMCgYgABwGBiAUDA4GICAEBgYgMAQKBiA4KBIGIFQEEgYgaAQGBiB8FAYGIIgYEgYgmBASBiCwCAYGIMQYCgYg1AQOBiDgFAoGIPgQBgYhCAQWBiEQDAoGISgIBgYhNAQOBiE8GBIGIVQQCgYhbBwOBiF8DAYGIYwoBgYhnAQKBiGkDAYGIbQoBgYhxCAGBiHUFAYGIeQIBgYh7AQKBiH0EA4GJAAkCgYkIAQmBiQsCA4GJFQsCgYkbBAGBiR4KBYGJIgEBgYkoEAKBiS4MAYGJNAEBgYk2DQSBiToDBoGJPwkBgYlHAQGBiUkaAYGJUQABgYlTAQGBiVUCAYGJVwIBgYlZDwGBiV4BDIGJYAEBgYltBAKBiXAEA4GJdAEGgYl4EQGBigQCBIGKBgICgYoLDQGBihIBAoGKFAsEgYoYAwOBih4DBYGKIwYBgYoqAQGBiiwBAYGKLgUHgYoxAQWBijkKAYGKQAEBgYpCBweBikYDA4GKTwIBgYpTAQKBilUHBIGKWgIEgYpfFAGBimgFBYGKbAkDgYp0FAGBinwBBIGKfgEBgYsDBQKBiwcBB4GLCgMDgYsSAQOBixYFAYGLHAEBgYseBwGBiyAEAYGLIwMBgYslAwKBiygLA4GLLgMBgYsyBgGBizYRAYGLOggBgYs+AQGBi0ABAYGLQhIBgYtHDQKBi0sBAoGLTgMBgYtSAQGBi1QFA4GLWAoBgYtdBgGBi2EEAYGLZAMJgYtmAgGBi3ASAoGLdwEBgYt6AQGBi3wEBIGLfwYEgYwFFgaBjAwCAYGMEwMGgYwVAgGBjBwCAoGMHgECgYwhAgGBjCQDAYGMJwgDgYwsBQOBjDAOAYGMNgICgYw4AwGBjDwDAYGMPwEDgYxBBQKBjEcGAoGMSwECgYxOAgOBjFEEBIGMVQICgYxaAQGBjF0IAYGMYggFgYxlAQKBjGsCBYGMbgUCgYx0AQOBjHcBAoGMewEBgYx+AQKBjQACB4GNAwEBgY0LAQaBjQ0CA4GNFAYDgY0ZBgGBjR8SBoGNJwEDgY0uCAOBjTQCAYGNOAMBgY07AQOBjT0BDIGNQQEBgY1OAwKBjVEKAYGNVgEDgY1YBQGBjV0EAYGNYAEFgY1iBAGBjWkEBIGNbAUKgY1yBAuBjX4BA4GOCgQBgY4PAQGBjhEBAoGOEwYBgY4YAQOBjhoDCIGOHgcCgY4nAwGBjisFAoGOLgECgY4xCAOBjjYBAoGOOgMCgY4+AwGBjkEBA4GOQwMBgY5IBQGBjksBBIGOTQkBgY5VAwGBjlgBBYGOWgIBgY5gAQOBjmIHAoGOaAMFgY5rBAWBjnIBBoGOeAECgY5/BAGBjwIDBYGPBQIFgY8LAgKBjxECCIGPFAMBgY8eAwKBjyABA4GPIwQCgY8nAQSBjyoBA4GPLwECgY8zAQKBjzYBAoGPOQEDgY88AwKBj0EBCYGPRAUBgY9QAQyBj1IFAYGPXwIDgY9hBgGBj2cBA4GPaQECgY9tBAGBj3EBBoGPcwoGgY96BASBkAEDBYGQBwIEgZANAgGBkBIGAYGQFQMBgZAXAwKBkBkBBIGQHAECgZAhCAGBkCYEAYGQKAECgZAqBAGBkC4CA4GQMAEDgZA0AQKBkDgIAoGQPAMCgZA/BgGBkEQFAYGQRgEDgZBIDQGBkFEFAoGQVAEDgZBXAQGBkFsBAYGQXQEBgZBfAQKBkGEBAYGQZAIGgZBmAwGBkG0DA4GQcAcFgZB3AQGBkH0EBoGQfwMCgZEHBQGBkQwEAoGRDgQBgZERAQGBkRMDBIGRFgECgZEbAQWBkR4CAYGRJAEEgZEmAQGBkSsFAoGRLgMDgZEyBAGBkTcBAoGROQgBgZE/AQGBkUEDBoGRQwEDgZFKAQGBkU4DA4GRUQYBgZFXAQKBkVkBAYGRXAMBgZFfAgKBkWIEAoGRZgEEgZFpBwOBkXABAoGRdAUMgZF4AgKBkgUBAYGSCAQCgZILAQKBkg4DAoGSEQQEgZIVAgGBkhoHAoGSHwUBgZIiCwOBkigDAoGSLQkBgZIyAQGBkjQDA4GSNwECgZI7AQSBkj4BBIGSQwMFgZJJAwKBklABBIGSUwEDgZJYAQOBklwCAYGSYAIBgZJiAgKBkmQCAYGSZwQBgZJqAgGBkmwEAYGSbwQBgZJxAQaBknMFAoGSewIBgZJ+BAGBkwEBA4GTAwEBgZMHAQSBkwkEBIGTDwMEgZMUAQKBkxkBA4GTHAIDgZMgCQGBkycBBIGTKQEBgZMuAQGBkzABDYGTMgEFgZNABAKBk0YDAoGTSgMBgZNOAQGBk1ABB4GTUgECgZNaBQGBk18BA4GTYQECgZNlAQKBk2gBAYGTawMHgZNuAQOBk3YBAoGTegMBgZN+AQGBlAABA4GUAgEBgZQGAQGBlAgWAoGUDQECgZQQBQOBlBUEA4GUGgECgZQeAQKBlCEGBoGUJgQCgZQtCgGBlDQGAYGUOAUCgZQ8AwOBlEABAYGURAECgZRGAQGBlEkDAoGUTAECgZRPAQGBlFIBA4GUVAMEgZRZCAGBlGEBAYGUYwEBgZRlAQGBlGcDAYGUaQEBgZRrDQKBlHABAYGUcwEBgZR1AQOBlHcHAYGUfAECgZR+BQGBlQIDAoGVBQsCgZULAQKBlQ4DAoGVEgEBgZUVAQGBlRcBAYGVGQEBgZUbAwGBlR4MAoGVJQICgZUoBAKBlSwGAoGVMQQBgZU1AwGBlTgSAYGVQAECgZVCAwKBlUYKAoGVTAEDgZVPAwGBlVQDBIGVVgEEgZVbAQOBlWABCYGVZAEDgZVuAgWBlXIHCIGVegEDgZYDAgGBlgcCAoGWCQEBgZYMAQSBlg4BAYGWEwEIgZYVAQKBlh4BAoGWIQUEgZYlgRwIgZY0AQOBlj0EAYGWQQECgZZDAQOBlkYBA4GWSgEFgZZOAgaBllQCBoGWWwEDgZZiAwaBlmYBAYGWbQECgZZvBAaBlnMBAoGWegEDgZZ9BgOBlwIGAYGXBhwFgZcOBQOBlxUOAYGXHQQFgZcfAQSBlyUGA4GXKwIBgZcvCQSBlzQBA4GXOTYBgZc+FQKBl0MDAYGXRwEBgZdJBQiBl0sBAYGXVAIDgZdWAgSBl1oBAYGXXwICgZdhAQSBl2QBAoGXaQEDgZdsAQeBl3AFAYGXeAgCgZd9BAOBmAEHA4GYBwIBgZgLBgKBmA4CAoGYEQUBgZgVAQKBmBcLAYGYHQAEgZgfAQKBmCQEAYGYKAICgZgqAQeBmC0DAYGYNQIEgZg3CQGBmD8CAoGYQQIBgZhEAQGBmEYFAYGYSQYDgZhLAgGBmE8BAoGYUQEIgZhUAQGBmF0BAYGYXwEBgZhhCwKBmGcDAYGYawMCgZhuEASBmHUFAYGYfAECgZh+AgKBmQEDAYGZBAEBgZkGAQaBmQgBBIGZDwEIgZkUBQKBmR0DBYGZIQECgZknAQOBmSoBBYGZLgEFgZk0AQSBmToIAoGZQQgGgZlHBASBmU8FBIGZVAIBgZlZAgOBmVsBAoGZXwEDgZliAQGBmWYBAYGZaAIBgZlqBQGBmW0BAoGZbwIEgZlyAQmBmXdBAoGaCQEBgZoMDQKBmhEBAYGaFAECgZoWAgGBmhkIBIGaHQgBgZokCAGBmicPAYGaLQIBgZovAwKBmjEBAYGaNAcBgZo2GwGBmj0BBYGaPwMBgZpFAQGBmkcEAYGaSgQBgZpNBAGBmlABAoGaUg4BgZpXCwGBml0CAoGaXwICgZpiEwGBmmoFAoGabQ8CgZp2AwGBmnkBAoGaexIBgZsCAQGBmwQBAYGbBgQBgZsJAQKBmwsGAoGbDwECgZsSCAKBmxcDAYGbGgUDgZseAgGBmyIBA4GbJAMBgZs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", 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", 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", 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", 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", 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JlC3GJfcicfc5GYKNgolx+zkl+yItUBmJgo2C6VDx+yKl+zkZDkygdvfQrffydxL4BbFmrxPw97kW6gbqlgZfy3HzhfcdCJoGSJPEWNAb1sfH1tZPx0BGUlhIgx8T6HsGlIuUlBrBB82UvsTPGtZPx0BAT09AR75SzYIeVQeCi4KCGnsGzoNSvkYbQE9PQEDHT9bQxL7Okx8T8JoGhfsdcSNfSwgO+yn3M3az9+T7j/c59xF3EsH4Cvs3+Br7zPfME7Ku9x4V+QD4M/0ABhPY+B37bhWiB/dk9zAF++QH/Np2FRO092f3NAVomal4sRuvp6GrmB/3Zvs0BRO4E7T8BfduFRO4+2f3NgX42gb7afs2BROyrX5tnmYbE9RqaXVsgB8T2Ptn+1kV9+QH92P7MAV0Bw5b9yOfw5+EmYqfp5+Vn4+f7aPzdxL3H5+An/dfmauflqnan5OlE9/fjfgSFc5yBXuMlXmhG5mVkJGSH5GKBXOae6KWlI6QlB6Mind9f3qFdRkT37+BfoB7dhpnpnmkrbCepase2MuwkgV1jpp5pxsTr9+gnZmYmB+pqpeNBRPfv3aPnn6eG6emqp+dH6+R3cIFmQf7eYQ0kJSalJmSmxnPpry8io8pgqv1h409YGZIXZRZdAWIB81peHRufHJ7GfuhvlNrBYaLhoYa+NMxFZOMBX+PhZSTkJWXHrOQBXt8dnZ7G3qEl5qNH/tUeBWGpamisqf3BIUY90uRXG37mmd+iXeGeocZrfdAFWGhlI+2gwWT+1IVlowFf4mPgJYbl5GWm4ofu5JycgWBgX6AfBt0hp2bjR/7jGsVhpKWh50boYSUpG2BcZWDjhmXqKaXppzrxxidlpyXmpmgoJWjmqWrwxiunm8v2ZKAgENvgHB7c3tzGWNwZm2SbjtJGHh0aHZqGxOv33p8mKCelpmVlh/F1hX7atenm/eTWwX7MXMVtXwFhoSDiIIbfYWWl40fRaMVqoAFh4aGiYMbgYiTlB8OWq+fvcXA9Sn3A2Hnneqdn5PNhMoSyaOAtnag+NGfE+bYzPihFa+XuLbrG8HNfH3MHxPnWHzOzny8G8i+pKGpH3jTBXFtYXBXG1RPmJlOHxPm2JlMS5pOG/sHXFBTgo+CjYIftvuDFYV7hoBwGi/3AyP3WPc/9xze9wmihpaFmx6LlqqiGvcB+xjj+0QiOmtmXB5plWKigq0IE+cohYaGf4AaXp5zqHoeE+dYenGCeGcaco5/k3oelcEV7fcT2vcy9zL3FjwpKvsWPPsy+zL7E9rsHpNIFZd3pHGefgh5h3+Kgxpu0UymlJSSlpYeg6fFfsIbwMGdl58fkoWed5mUnZacmZqfCJmek5yYGpCFkYOQHpiVnJ+TmQiQg459eBor+xM7+zX7M/sR3Oiej5uPkx73gvccFY6GlIqRjZaNpoybh5eIj46PkL/PGJCShY2BjVWXZo9EgIKKhYWOhwj3N/taFdxUlIWRjZKQGbGlnp+YtwiRjYaQghsT11j7EJAFgYeHhx+Kg4J9foKCho6HkYcI+zHDFRPPWHKtdrS0raCkpGmgYmJpdnIeL/sMFZOHlYuPj9bIGJGQh4+FjoKQe5iHlYiThYyCivsMfxh+iuAxjYWaaUbLwW0IDu/3LHbRpfc9pXikvaOQpI93Ep+kE+3C91cV9x+Y8VzehNp0rZuepLaWq8XIk7LGBbMHXcD3B4/3BZEFpIyfn6Iao3Seaowe+/eRc6MFE+v7RpL7DvsK+xOQBXVpgmZlGoxil2GhZwj35fcWFYehkKOokNt1GPcFf42VV6aVlYmihpUZVsX35YgFopeBfn+DgXWKHyWG+zKEyzsFdAduX0+DBftGdBV4onirqZr3RVEYclpuhQX8TKMVe6iDq6oaqpGpmKMe9xCF9w73Cvc1g98ykIOJe4eJGX+BfYt4jzfFGJWvfI+CY1V8j3wFE93End1QP6BtiHdzjG8ZYG5ehFeViXwYt4O3jrOfgXiSb6BycnuQdZh4RpEYI7oF91lRFX2ZeqeklvFjGHp3eIEFDn2u5av345z3Q0wK97Ln96OuF6737jcKE2wzCh/3XmsK95ypBlePBWWOjZenGvgdVgdnWmRvTYIIesUHtYmJYR/7igd0gXlyiR5ahwUOfa5o9xH4cPcKaEwKaPdT99z3XPtR91ForhOYgCIKE2YA9zBrCqIH1L3BwrQewbPLu9Yas3y4XHtqe3gef5GBfxpxdndxbHijqaeZoaCcHqSqspGxG9jiaDH7Lvttmlj7Dx/3YAa6jrHBlh8TZQCZ+0kGDn2u+Rp3ASIK94+RFYyri5zHrmhPVGZGT3htnaMelpGWlhqneaFsaHd3aGilcad7HnqqsIStG+bzufT3AvsZkoiRH4mP9LHNGtw8oEhVKnlFb595pqWfo6OSipKHkR6iqJ2du6BdYFBbalQedQYOfa7l9z1avPgaTAr3wuT3lq4TviIK9wH7BxX3VXgGSHuLboged4kFE95u93GoB3mOBVSUkYnJGhO+nu68KPfBMwf7VvvUBc6eFfcS92MF+2MHDn6u3a/3bLXf4fFMCvdDtPcz9wb3NK4XIwquFkAKQQoeE/OAKAr7JPtIHxN3APtH+yX3JPdIH/dDdhW0egWknaeiqxvDpFZaV2pNUHlrk6IfmJWUmxqqcZpva3lybUPvc8To78Tx4zu6O2ZdgXJtHvcNB+mIBbHKhqSrH52ZnLeQowh/ZWOIZBtRRJKYTR8Ofa75Ha4BIgr3dXgVt6jFqcAb2sdWOSg4TCz7HU73AfcR9xHO9xH3HMHmdEdue3FscXeepR+WkJiVGqNllngsgPsJQR6R+w4VVbFYxsakxL+6dsdSTGNXUB4Ofa74a+TkTAr3cvcE+wT3DPfHrhP2Igr3J80Vnwa4n42ushv3UAYg+yQFZ1xYRk0aZaFvs66ioq8eE/qig6KiGs670KvCHuf3MgX79gYOfa7esfgwrd1MCvcuxXHZ9x29YOP3La4T/MD31/f+FVVsXmpGGi/eatnj6MDr1VyvTqkeE7tAsaSkpL0a0UmkUR5CR108WqhusXQf8LsVW6RhnbQarqikrR4TmUC0rHRgaXlvbnsfSEgVE9zAoH+egZqBCLhvoHZqGlRia1dTXLbCtLK1r58e+9aONwoTCAAzCh8Ofa7erGr3JrS6mHf3cq7dTAr3LdxM6Pck9wEj8yXx9xiuE8+ULgr3W/daJQr7WvtbKgquFkAK9yX3SPdHLwr7R/tINgoe+DGQFRPPTI0GIo56+wEyG3dplaMflJGWmBoTt1SkeKBybXhybkjicsHNvZvEsh6uv5rOyRr3Ckn3BPsWHhPXpCpETyM5vFjbHxPPlL+8nLapH/tH5hXCo8PKHhPXpMGsV1pTcFFMUHLAvh8Ofa7kr/fum7Ct5kwK90Lfuuvy67yuF/gL9+oVE//AIp37E/cV9xad9xD3AOl69yP7EfsbefsWIB7rFrOK9zfAwYj7OGRmjPszV1WN9zKxHvxIjyEK9whrCvdcrQaAjAVaj42RnRr4K1QHb1tpdViICHulBxMCAKulj2Qf+68HdoOGeIoebIkFDvu2WKO4dvd8mpKa9wqatqP3V6SGoxL3HqTCma6ai5uhm6mkrKSAoxP9/uqIFWqkrnyvG6urlZ6mH7z3HrGxt9S7ppCydbaPs5DEbqpsj3R/ofdbBauPdp10G3d2f3CEH1v7VnHmedsFE/79pIWCnW0ba4dqeowfmPuLdIhydHj7Ibr7BwX3aPcpFbqqdX2pnqSVGJSamm6IeIGGZX5bdoalGftr+5IVqfZa9wic9xKZl/caoJiJk32BfRl5cmF7boBgohiFfbN3onKUbJFhGZmOhbOFqHelGaqWs5uepQiRk42VkxqagJh3jB4pfH73kgWdipGQkBuXj4h3jx+dO7H7GQWmBsb3gAUT/f6YjpSSlBuVlIN8iR9w+4rFqpmJm3mGXYZhfnb7AFuFjIWOiZEZhZ21opyYsMsYf5FWXJt8BYGEXHFyGoiLiIyIHoCPmYKYG6GTBXaMmIKdG5WXjY+YH2RJY2Vc+x4Ff3hxg3IbcHGUn3ofDn3v+JzuAff08CYK93T7mBWsB8GOrY2RrYqmGfeYB7eMjl4eSp8G0JWkqLLCCNj8OQZKm5DJhh6figVqBw597/ij5xKu90P7Q/dY9+j3S/s/9z8T6CMK90P7mBWJ9sLGyLgIx7jRwN4at3y9VntleXcefpKAfRpuc3RuHhPYaXamrNnjqszi72clL0NjQmgfVHJCY3RRCPd1BpuKnIuSnKTgGBPknftcBg595vepd7reOPdVsucSrvc8+zz3U+f3Lvsk9w/y91z7N/c3E9zAIwr3qpQVpaMHyb+0zLt0slVpenaCH4OQingaE+rAcHRycGx2oKnY9qDG1eN0MUphbVN6HoiKfomHGoWTio+ZtX6Flx4T3SC4dqViWhr7BfsFVShlZJGcaR5qnGuqtBqxoKGzrKB0ax5+hIB+GnGsgqDNtM3IzWWySHl5kId5Hg5974vT+FTuEq74s/sC97IT8CkKHhPoJAofE/AnCh/3DfsTFawH92339gUT6Or74QYT8PcCVQYT6PsCTAZ4k4SbiB6+ggVr+6CrB9KUBaCOjqCSGsgH+yvBFfcr95cGDnvnMef3q3fO6On3BhKu9y77LvdX1fcm9xL3RhO9gDsKE32ALAoTu4D3V3QVjPe3BX3M2oLIG7i5jpm2H4VyeVh4fQhvZkeQXxsjjwX7GgenrL+WtBu0tIJyrB+wcaNhXRoTfYD7B/sCTCNN+wOm26yfp6+qp3ppHniBgX4aca6Cn8yv0MTBcMZNZ21xcHYeDn3n96l307ld9z+u5xKu9yn3B/dVavKL91T7Ovc6E+5AIwr3l3YVvKrDrMUb48hJMfsDNE0iSVKgwGMfZb6AzMoay5PPrcIez7XEptobE+2Ax+1yQGt6b2hudZ+oH5iRmZYaE95ApWOXdlZ8bV54Hnxai0WDUAiQMxVOpk/RzanLxb9yzE5IY1VLHg596Pik7QGu9zgmCvc41RWM908F+B4GJftEBWhOVj9CcZRsdxpkcnFkX3Oqtc/C17S/HvcK9zQF+2sGdoCEcYQfeVQFDn3n+KvnEq73P9f3Yfs09yz09z4T7CMK962dFWCldavCGuHNvdvL1Ww+U29zYXAezmq/YzoaIClQKjUqsPHXvLDIrR73BL8Vqp6fqrAau2alXmZqZmVft3+seh5YNBUT9GF1bl1bGlC1XMfEua/HvGClZqAeDn3nsPc+Xrj33OcSrvc2+zb3UdH3VfcG9y0TuyMK+F6QFV5qVHZUGzBN0+n3AOTB8/cny/sP+xxHgkplUh9JYVF3PxsTt08tp9WroKetpqBzcB99hX+BGhPbcKuAoO6f9xvXHvtb9xMVUqdQy9Gqy8jCZsVPRXFOTh4Ofecv7/hM90co7i/nEq73VejE8fcF68wTZ4AjCvcV+5gVsAetjgWwjYShqRr3tQe1codnHmueBhNXgMSOm6OqwAjd/D4GVoiOwoYemIkFZgeD95MVE4+A9wqT9y73Kvcemvs8I/sAfvsv+x/7KYH3IvcNHvEWYIn7SMbEivdLsx73RYCBxGcbVIr7V2QfDpuudsOkhqWrmpejlp33Bvc9Z6V5qHD3MhKepPg7mvd7m7OkE7y8z7UV9x/CBRPcvICqs3usG7W1naK0H9Bwya3El6Znrni2qRmMjo6G3DKUkWj3BXO1mo6YlJCcGYb3JPsM9xhUn2GOBRO8fDr3IAVABtr7GyWRWHr7h/s0WIAFc2aDU18aXJ9LqGceE748+Oz3wBU99xugirp59wL7DI77FoaCg4qDjBlpxQWUlY+YlxqieJ9zjx5Z+0sVeNOyk8MphnpreXSqe6EZ+yCMFYGTh5OSGpmWl56UHovHkamQHp5EVH8F/HpEFXWvfbC3GriOr56sHrmVBRO9PPeH9za4mPcFhdX7FFqTOa2SrHmOe0T7JH2MfPdqn/dMcAWeiJV7exqBiIGChB53Qip9TxttmGVZQ2lKiT6dGYh813nKjdGoGaZjBRPcvHlqY3hlG2xfnZVuH/d7mRVvtI6NoKa+kgWCg4KBexp7lX+Ygh6/gWR2BQ59rvhSoPdKdAr3vsn3ta4DIgr3vmsKyfhqUQZ+SnFwTYoIduwHDn2u5b74C73edAr3P8f3R8z3Qq4DIgr3RmsK976++34Gmq6uoKmfCNe+2LvyGuRExTU4Sk37AYwex4YF1aO/ycatXlI9UGZRZR5UaE5YRRoOfa7ev/gVut1MCvglyVvI90GuE/siCvdLMBX7A4rPY9Mb29XA38JxuVSZH40HE/26naCovhrbR79AQFBcP40ewYUFvImlrMAbwadrVlNecVgfcowFYwcT+8iS1W9CGlJmb1NWZLfCkh4Ofa73ZMD4GHQK9+bC95SuAyIK9xb7CRX3ZPsKwvcK2sA898UGWIz7aPvGBcMW9yz3dQX7dQcOfa7evfdwwu7A5EwK91S/Xr73Qcr3N64T/sAiCvdU+w4VQo/FXNMb8sTU7NxV1TUfE/3AZmOCaXgf9yL3dsD7qfurBxP+wLgGuZOppb0byahgVEh3VD1fZLC4jR8Ofa7eufdnv/cQvt1MCvc3w1PN90XD90+uE/7AIgr3b4oV5p/w4bybcGGUHr2YBc+BX7JGG1NTZVhzH3VbhlRXGlmPTKFeHlijvWzEG+TA2t7ZWtA4c3SGf3gfd4B8eoF0CBP9wJU7Fb+st8LLpF1TVnZTTUttw8YeDn2u+I7B5HQK9zv3zPc+rgMiCvdyawrOBqT3Ltf3H+T3Ewi9+8xV94kHKfsLSPsjcvsuCA59rui/9zfB9zK63UwK90TDZMP3Nb9ew/dErhP+YPfj9/sVVXxoZFAaOclZ3NzUtuHEbbZUmx6NBxP9oLyapK7AGtVQvUNDSVs+XKdjt3wee/IVuqupur2rb1pYa21YVnKqvR4T/mB6+3QVvq2xwMS0dE9SaXRRVmOgwB77n/UhCg59rt699xO/92e33UwK90LDZ7z3Oc1Tw/dDrhP9YCIK91b7IBVKk7ZmzhvJwbXCoh+cs5HRtxrxcfcX+xQeE/5gMlJBNju6R+C9tqG5nh9Dg/sPKR4T/aBncKethR/X9wkVE/6gTm+zw8igwdHEqVNYUnBcTR8Ofa7duPgeuN50Cvc6yLzD90TD4K4D+CZNCsST9x/d4or7G05ThfsiOzWH9x3IHlMWNKv7MPcG9xeW9yPv63n3JfsQ+xh9+yEnHvvLFiAK9zprCsj4algGhVZlaVuMCG3dBw7ToHb3Wpb4UXcB8/ksA/iq8hX3cySWlvsQ93T8N/g3dXX4Ofw5b4n8LPgsgIH4K/wrfWj8Nvg1W1oF+Fz8FxWgl5qyrI7Y+xeCggUOfXIKAff25SYK99NrCvf4Kq4H0oyooZfRCNb8eAYOffcR+H7zEq73VPtU91zb9yzn91cT7CMKE9z3XGsKiezOv8WwCMKuwa/UGr1ysVRUeV5GjB4T7DOTBfcI1cnj5tpKLCI3XD1XHnR8aneAcQj3ekoGDn33Cs33NsP3JdDyAffU9yvj91cmCvdgQBXcjAVOj2HPjB6/jKarvRrDZqJYHlyIBckHsogFvaykv7N5p19QfmtZjR85lAXoic684xvX1VY6XHloYHUfvHGjbk8aMD5VNj85tOEeDn33EfiA8RL3Tve3+173CxPQIwoT4Pcr+wkVxwf3X/fOBeP7x99IN/sKBhPQOPcKBhPgE9D7C84V9wv3VgYOffcK9/HWzvcCAfjO90wmCvdp+wIV2p0FYYelZrkb0JvIxbt0tFRad25hhB9E96/3v0j7cC0Gl6Sikqcb78dEKidCOiY8Sb3diB8OffcK0fdOzvXQ8gGu90zl9y4mCveguRWkqaeVshvkxEc0MU09LfsgbPca9wX3BLL3H/ce179hQJUfP3YFsIGGq1obRXg2U4kfkfsMFVilXMXCmrm4u3m6UVlvX18eDn1yCgH3c/foJgr3mmsKovcswfch7fcPCPuNz/foTQYy+xc9+xhz+zMIDn33CtD3Ktr3FtDzEq73Wd73M/sk9xzm91kT+yMK96ugFWSccrW0Gt/UvdnX0FY6W3ZqXngevm+lbU0aND1TODM/vOnBqru+nR6b7xVionO3uaKhtrV1ol5bdnVgHhP9fPtwFVyqcLzApaS8u2+nWlZuclgeDn33CtH2z/dNzvMBrvdX3/cy4PdZJgr3avsUFdeZBWyQm3CvG9SZ4MKOH3NyZ4JoGzBUzuPnzNTq9xiu+w77A1iGO3JeH1JsVGxLG0VXt9GFH8z3aBVco2m+w6G0vLxxuVNOgVFdHg599wn7CXIKI/MSrvdP91P3Kd/3ABNu93L3AxX39jmtB8GKrbCQxwjZ/HgG+6j3fxUsCve7lxUTnvcCnfcZ9yH3GqL7HSH7Anr7Jfsg+w5m9zPrHt4WWY77JtTOkfcqub+M9xxBRoT7H1oeDun3idBJ9wtsznyqAaL3jBX49Qb3euAFmgf7itIF/OVs+OgGeHYF/NV8+NMGmmgF/OIG+Oh3FZKierKgpPcnZQV+Bw7Co3b3ueL3uncBwfm5A8H3tRX3xJoF+8AHjYr4h/fkdQr8h/fkiYoF+8AH+8SaBQ6K90F290ui90pUCvfjFfi+BmFXZU2ORsri9xLR8bAlsPsQ0UriikyrPrlhCPy+Bg5JCve6+4wF+0v7RBX3ePdEBfg5Bg73RfdBdvdLovdKdwGtTQryZe1FzDWMymvWXbgI+M4GYVdkTY9GyuLw0fCwJa8p0kriikyqPbpiCPzOBrW9scmI0UwzJkUlZwgO/BEjdvpFdwH3baIDrvceFeJM0SiwJq/x0uvhzE2MPWxhXAj4zge+Ycll0I40ykXwZ/FlJEUpNUrKitart7kI/M4HWLVNskaHCA7gy3b3l9X3mHcBw/nMA8P3vBX4EpgF+50HjIr4Tfe8dQr8Tfe7iooF+50H/BKYBQ7a99ulcaZ/lBKf+gMTkMP32RX5HI88evsAV3VYGX2FjIKPG42Pjo6NH8rg91q085oIjYyMjYwfEzCOjY6OlRuSjJSOjhqMiIyIHvsZlfsvsUbmCI2JiY6KG4mNgYCPH6JT3WfXbQgTUPz3jQVwZpSNeB+IjIeJiBqIjoiQhh6QhpV+moQIDuPAdvd89zj3fHcSrvntF/ja95wVTU0FdnR9dGoaV7Nkvq+ko6SgHhMw9373nfuB96EFo3dyoGobE1BWZGFWb6Fwnngfw0wF/EgGUVZ6Ske/fcYfDuT3Knb3XKz3XFQK+ewDrvfdFfj/+1wG94H3bfuB92wF+1z8/wcO5Pcpdvc09wj3M1QK+e4Drve0Ffj/+zQG94P3bvuD920F+zP8/wcO9UN2+dZ3ATQK/H38wxW1ZPcM1vclr/cfmRm891jL2fcR9y4IjpSNk5QatmG4XXt7hn57HvsZ+x4hNvsy+wBqMU37B05BCLGVFaOpp7ObqKe9pL6ev+DF3sjYzr63urq6uwiVlY+QmxuprW1tgYeFhoQfcmtwa3NqPSRhOGr7EfsAf/sKbiZbe4R4gIGEiowY9yH3KgWoq66nkoSTg25laG2QH/sd+ywFDob3RHby90TyVAqky7qv2QP3yveWFfeZJAb3ePdT+3j3UwUk+5kHJPtEFdn3RD0GOPtEFbr3RFwGMvtEFaT3RHIGDq33Bnb4jlQKotOrxr6x1QP4LPdbFfc6IZIGt/cL9OP3ALn7Arr7AOZk9wcIhCH7OgYp+7oV1fe6QQYy+7oVvve6WAYw+7oVq/e6awYs+7oVove6dAYOgPcRdvh4VAr5iAOu910V+IsqBveR94b7kfeGBSr8iwcOSQr3vPuMBbgW+3D3RPkT+0QFDtk9Cvnjegr54/fu/eP37vdn++4FDub0dvev2Pc4VAqzA/i13xV2CiP7ywclilKo9xwaY/uFBoxOi2+4XAhisbmHwBv32wYO5/R29zf3l/FUCrMDrt8Vswb3HMWn8Yoe98okBnYKJfvbB1ZehmJkH19dim6KTwgO/Aw9dvoOVAr4HgOuwhX3FPsuBvee+FH7nvhRBfsu+xQHDrfndvi8dwH4QpYDrvc4FfgfLpYGrtL3fvdx9x53CJQH+z2f+yn2MvckCIAt/B8GDoi3oHZsCnagEq6l9+SlE7eu910V9/4GE0v7MfcoB/eV98L7lffCBfsoBhO3+zH7/gel+50V94T3/vc1B/eO+637jn0K9xtQdvhX90eLs4ug9xZ3Acb53gM0Cvxv/MEVloP3K/c7BamGsa6oG5OSg4Rva2huH/sw+zqTg/cG0vcrsPcVmRm490rK3fcJ9yQIiQa9kW+9UhuDg4mKgx9rafsB+wX7EC77FTMZbz5M+w9QRAgOp5D5TgHF+XMD8/e+Fbz3RPePZAWLyPdRiBqIiven+4aLGogHjvwo+3WLHoq590iLHvvV+xYV95K0a/sWiPsA+Jj3rQX1B/vu98tE+277kbJN+3YFDvsjzHbk5Pe4qPRUCqf3eKUD9w33GRX3PnEG10z3uvew/Ab31AUi+5T75gennBX3uPeS1gf3lvty+5b7iAXuBw6u7Xbrz/eZpeZ3Afi2owPz90EV+E5mBslQ93z3ivu697wFMPyRB9j7MTz7FgWnFtn3Fkv3FwX4gccG9077U/tO+0sFwAcOPJx2+UN3Abb3PAO29+gV+1L3K/su9073Tvcr9y73UvdS+yv3LftO+077K/st+1Ie9zz7tBX41AeMjPiH+7SACvyH+7QFDvb3C3b3Da3Sq9Kt9w13Afk6rAOy928V9+0G7PQF91n7dgb3ffeG+333hgX7dvtZByr0BfvtBvcG+w0F+ML7OxX34gf3Mvs7Bf2LNBXf4jfiBfefBto0PDQFDqX4h/faFfctBnFpi1yqarPHzrTNskimSbNjyGlujlSlbQj7LQb8ZPszFffoBvcL9wsF++YGswT35gaQ+xH3B4sf++cGDvcU9yV292Gt92F3AfdK+HMDrvcjFffmBpHAoNK2qgiptdiMvRvnBlZTiDGYUNXm4uL3Arf7Arkw3UXpfmSQ+we+WAgvBk9Oi7VbH2WrcMiGvgj75gaXMLs94mk1bFY3gzMIDoP3C3b3ZNNbofd8dxKj+aMTuPl+994VYHH7BkVFYghjdIN7dRpyo4KVnpOUp6UezdH06dm2CIkHjQc7tiPmSdIIp3GClHgbgXWCcnWUe7N0H9Fj9wdEtHEIE9j7r/u1pS8bZHh9dHKggbEfE7jq97yj96QbDq3cdvefo/eldwH5q/fbFV5x+wdVNXEITXiOWGYaYsF+tJypoZ2YHsngxvcD3bc4uEL3D0zhCJx/b5h6G1xfcGJjpGG2eh/ebPcKWrdxCPu7+5bnKxtUUkFtZMNLxB/u95/m968bDuP3X/emAan5+AOp918V+RkG93P3HHUK+3P3HAX9GQb3GPscgAoON5N2+WJ3Aa35QwP4Zvi2Ffvy+397dIEbgIKnk4gfynGJnHcbcW16fHYffoKBg3oaWbInoV0ekn2QfZWECIaSmourG5mnjJCSH5SR9/P40PcL9wWhoBhVM3djZx8O9xfU+KoBqfn4A6nUFfkZBvdz9551Cvtz954F/RkG9xj7noAKDtqR+TAB5PmiA+SRFfmi9+F1Cv2i9+EFOAf45/uOgAr85/uOBZX3FhX34fcMdQr74fcMBQ4wu3b4h3cB1PjvA/cS3RX3Y/c49y/7boyK90/4hwWKBvypgYyK9y37bvtz+x8FDoi3bAoSrvcE94H3CxNsrvddFffxBhOc+zH3Ggf3sPfC+7D3wgX7GgYTrPsx+/EH9wT7nRX3hPf49zUH95z7rfucfQpHxXb4keqZdxL47uATsPh++D0V9wTnj2O0bbOAGYjlqs+gyAgT0EV3O3xEoIxmp1athvsELxj8RPtjFfc9fveX9277O5kFNvxBFfeY924FzZK/lLwe+5j7bgUOvI129/H3OfdtdxL5RuwTsK33uBVeusduzRujo4+Uoh94aINoZBpanVmlYR73l/dtBRPQcrJ9urka18C3v7ge0cSKOrxJvGYZ9yib7r3sHvsGaPsNlfsIoKpPxE7ZgkNRGGhiV2NTG1hKqK5lHw4w7Xb4TXfZdwHO+PED9yDeFfiohXUK+1T4hYAK+yz7bvtk9zZWQPd1+x/7LPtwBQ5HxXaj3PiVdwH46eUD+Gb3ghX2K2mGdFqKZhmTpKeNphu7vYB+th92yGzPjuVjgF1ph2Mg6xj7V2IV9zuZ+5f3bvs9fgX3VLYV95j7bgWPiHf3Posa+5j3bgUOvI12ovcH+OV3Afk/8wP3ufdMFa6xzKi+G8O/Y2i0H8xVPYJXSG5RGZbGyZPHG8XDhXrDH1nse+73KBpfcE5DjDpMwBhXuFa31xq5mbqksh77l/dtBXFheVlaGmSTaJ5oHpR0c49zG0lPbl5cHw6npHb4iXf3bXcBu/mbA/cY930VY/dE961pBYtd90iKi/gd+3WOGogHi/uq+4aOih6IX/dRix77wjIV96SywPtu9/T3y7rs/Hr3tk37AK/7FvtdtE0rBQ73Du6z8PdQRHf3VbMS+Zb3Cou7E9z5OfftFbeevKDBk72fGayYqKSyGrxdql1RaF5ZeB56XYB7X3MI/R73HRX48PuFwXWxeqNSGVihsWTFG7m3qryybKZplx9XnlSSWaFVoxh1wf0I9zEFk/w0Ffi39zEFjAf7Brj8R/tUBfmE9+gVq66iqaWmem5qanRscHCdqB6N+68VqaSdp6mveGpudndubmOfrB77UPcoFRO8lJOTlJSTg4KCg4OCgoOTlB4OkjoKr/mbA8LzFYdpqXSieAiBmLRrsBul6uOipB/4T/hdBaGhkIuoGswHqIuRa3mDh4F+Hvtx+18F+3H7doODgxtrh6yjhx+CwQWIn4Stnxq+TYVpfx52hHhyfnsIamSLklcaX4tqkGAeDvsjzHb0qPe45ORUCqf3eKUDrvcpFfeUIgb4BvfZ+7n3qz5MBXH7Pgc1QwWn+8kV97j3ku4H95b7iPuW+3IF1gcOrul25qX3mc/rdwH4uKMDsPc4FfiTMAb3uPe6+3z3jE9WBWD8UAdGR9D7FgVw+xcVwfcXR/cWBfiRwAb3TvtL+077UwXHBw73G+yz92um666xdxL5MrFl9xWftb+7E/f5NvgOFbKIBYfCxHjAG7azo7q8WbFdZ2p3c3IfaGp6g1uJCPxh9BX3MQb3dvtQtmencZFQGU2Rr0/RG7Sxp7aoeaN1nB9hq1qhZK9hshiHwvs99QX3OJ/8Qgb7YywV+LAsBYwHI+L8RZ0F+a1rFammmKWpqnpqbnN6cG1qn6we+25nFZSSkZSTlISDgoKEgoKFk5MeE/v3E/tcFaSinqOornFscnd2cm5mp6oeDj6Lqfirp2/3ExKuqPipp2/3FhPYrhb44vUGE7Tx+N782wYT2Cj7AQeo/McV+Kv4qfyrBw47i6v4rfcPAa6q+Kj3E3oK+M0G9w33CwX40fzGB/sU+wcFqvy1bQpmCq/36RXmVPc/+x/3NPtbmpYYX/cLM/c9R+nK3+j3Za3egJgY+zj7VvtC+yc9WwgO/EE4CvcbiwP3Gxb3hAYn9+7v9+4F+4QGJ/vuBQ4+j/k/Aav5TgOxkxWkkNagnZWjl9TQ7fWRkZ2JkIXOQdpAo3MIZLOrfqMblMuVkZMfjpdppftC90VA5xn3PPdM2PcDn7GEmRhbhTh9h4NjTj8mPDlZs/sv91BvxAiABn+CaF6BeIR4i4OgZZ1s2TTu+wKQhIuAhoRnXvtN+1xtcAgOPaV2+SGZpXcBqPlTA66UFaeO6pqvop+Xsqbg9pCSnImUgrpYwU6kdAhktql+oxuX9wiUkJUfjZpmrfsy909J5Rng4vcx902btIKZGGOI+xN6h4RsWkIqVVVG0C73FG7DCH0Gc4A7OIN5hHmNeqBmnWvDR+YkkIWJfIaGZ137MvtQbXAIDvugXHb5bXcB91D3mAP3tPeWFfs07p9nmBuXnpiXjR+Jj4iRjxqRm5GPjx6TB5KOj4+OkvsB93kY4/cT4/OWlQiPj5KRkRqSe5aHlR6NiomRiBuIhYSIiR+AgQWQhWeGhRv7MftBP/cqBZOHiJWAG4CDe4GCiQiPhoeQhBt5fYKChBqCk3qOgx7X+1RJPD0lYkMZbFZ6c34aiI6JjYkekoWHhYmDCImFioeFGoCUgJGCHoGRjYGYG5mljpSXHw77NpN2+WJ3Afdf92QD85MVnnYFmAaSlPcm91ixWqlTt14Zjo6JjZugrZAbjpODio0fiI+RhZAbkJOUjo4fkpGUjoeVCJGJlpmNG5MGlJekkY4fkpeLio2Y+yj3Sxj3S/dwu4m1GnyuhpKLjISJGX+Ih6uQGo6NjY2NHpaSWZKJG3/7W/tlcHQf+wr3RQWSh4OWght+fYB+jB+CiIGAiH2djIYefX5+fYJ6pi+3Nbg3+zv7Wxh+m3uBfn+FhBqHk4KNiB6Sf5N6mIUIjpOSkJQbjY6JiB+HiIWHGg4/hrD3eq/csPd3sAG8sPdsruOw92uwA7z3mhX3kfuf9zT3n/eQ9y77kQaM95wF+zX7nPuQBrD7ChXc95D3nOL7nPeQOvuQ+54z954HDjygdvd893r3encB95v3fAOu93wV93j7fPd893z3e/d6+3v3evt8+3r7eAYOO6B297L3DPeydwH31fcJA673qBX3qPuo9x33qPep9yD7qfeo+x37qPuoBveo+yAV9yD3HfsgBw42oHb3f/dt94R3Afee93ADrvd/Ffd7+3/3cfd/9333bft994T7cfuE+3sG93v7bRX3bfdw+20HDlZ7dve5rGqtr6mvrve2dxL3y62iqbivaa0T34D4DvfDFYZTe2N7aQh6ZXpsZBpsmHileR6Yg52BkYUIiY2Pg48bj4+TjY0fkZGdlZiTCKWdmJ6qGrd5q3myHnysfLGGv5WQk5OQlr6GsX2rfAh4tat3tRuqnpilnR+TmJWdkZEIjY2Tj48aj4OPiY0ehZGBnYOYCKV5dZlsG1pqdHddH25+aYBeh4eUg5OCjo+9mLCZqgiet6Cstxqqfp5xnR5+k3mVhZEIjYmHk4cbh4eDiYkfhYV5gX6DCHF5fnhsGl6eap5iHplrmmaPWIGHhISHglOQZJtpmgidZGycYxtseH1xeR+DfoF5hYUIiYmDh4cah5OHjYkekYWVeZN+CHGdn4CpG7Wrm5ywH62asZzCkI+Bk4OVhgiW938ViaB/loCUCH+VgJObGpyUlpuWHpKPlpKPjwiLj5OMHo2Jj4eMio6HloSRhgibgJKCehp3e4N9fR6CgoOBiXoI91n7WRWKj56OlpSUlRmYl5OYnBucl4N7lh+OhJOBj4eMio+HjYkIioWIiYoeh4eFf4aFCBO/QHuAg4R5G3mDmZiAH4KWgJV3jQj8H4cVeYiBg4KCCH5/g315G3iBk5uAH4eShJaHjwiLhY6MjR6KjZGOixqPkJKVj5IIE99Am5aUkpwbnJN+f5YflYCXgKCICPdZ+1kVj42OeZOAlIIZmH6agop5CHmDgXuAHoSIgIKIiAiJiYiHihuKhpGLH4aPgpODkAh8lYOTnBqdmZOYlx6WlJWXjp4IDvch7rPv91JCd/dYshL5m/cKi7wT3Pk89+8Vt569ocKQvaAZrJmppbIavFyoXlFnX1l4Hnldf3pfdAj9HPcgFfjx+4vBda96pFIZWKGwZcYbubiqvLFqpmqXH1edVJNZoVWjGHbB/Qj3NgWS/DoV+Lj3M4qM+wK3/Ev7VQX5hPfrFauuo6mlpnpuaWx0anFvnagejvuxFamknaeprnhqbnd4bm5jna0e/PL3vBX4WvsQnVvBdHp/epV5k3mSGfxd90kFkPvCFfez9w69dfvkJgX4MfcxFYKShJSUkpKUHhO8lISSgoKEhIIeDp7C6sJY9wrs9wJawlTD6cIS1sJWwOvCWPcG6vcIWsNUwunCE9NS9373ZBWVeniRdxtSXV1SUrlexMS5ucSfhp6Amx/Z2JSGlIeViRkTssqYRQWdBpjRlo2Vj5SRGdk9BYB6hXh3GlO4XcTEubnEHhPK0sNduVN4eIWBex492ZGUjpWOlRnNlwWdB0uXiZaHloWVGdbXBYGcnoWfG8S5ucTEXbhSHxPSxlNcXlJ4kXiVeh8+QIGSgZB/jRl/yQV5Bn9MgIiBh4GFGUHWBZWbkJ6eGsRduVJSXl5SHhPGplK4XcSen5GVmx7WP4WBh4CJgBlIfwV5B9B+joGOgpGCGfeP954Vpp+fpqafd3Bwd3dwcHefph77bvtoFROysqWgoaWloXVxcXV0cXF2o6Qe9237bxUTytKloaGlpaB1cXF2dnFxdaClHvxD+EMVpaGgaQqhpR78QwSloaFpCqClHg6f9xj7BHb3d8hs9xVp0EjO6vcQ+xD3ERLV9xP7EvcS6s1Jzmr3FGvLTcnq9xX7FfcWE6WigPfE96oVnnJtlWwbPEpLPDzMStrazMnbqoCqeaQfE1FVAJ+aoZKjG6acg3idH3hygGxsGjzOS9nay8va2krMPG1tgXlzHhOqSIB2noSZqBqklJ2dnR54pKqAqhvay87Z2kvLPB8TkVKAPEpJPG2VbZ1zH3h5eoVxG3N3kZ56H52klqmqGtpKzDw8Sks8HhOlSIA8zUraqamVnaMenXmTe3Eab4V8d3ceE6VSgPdO92VCCvu197RCCg5ai/cMbfYip7+Tg5Wy6DDpZvcLOb1jpHL3Fy+sbOWjp2/2MZbAo+d3Evckq270cZW06DD3IDiuaPcLNb1Z9yb7GKSX56X1L5i+qX4K+E34FHkKk5yGkIaSeIF8e3t6g3qQhgie+xR4CoOce5x8m3iUhoaGhZN6m3sI+yj3KHgKgpx7nHybeJWGhIaGlHqbewjS+3QVE0RU6guUf3iTfRtqcXRscJ9xqx8TNFTog5CRjIyQH4yNi4wbh4WAgHcaE5RU6INtpnKrrKakqaCDkoeTHpOJBYmTkouSGxNEVOgjp5mnqB8TRFTog6pwoWoeE4ok7Bx9dIWCgR+MtYnHoaGkpMSLt4cIgYGEdn0aaqNxqqSloKiRipGKkR6Mi46MGhORBOwbh5OVf50bqqSnq6xypWx3hoOHgx+MlAWMkIuQkBoTlCTsHKxzmWptdXJqHhOUUewbe5B3lH8eVIpei3SicaWRyIqxCBOUUmwbgpWgg5gbrKaiqqZ2pWwfE5RU6RuGhoqKhR+IiouKG4+SlpaeGqlxpGprcHJtdpKEj4Meg40FjYSFi4YbfgptfXBtbKR1rJufkZSXH4ppkk5vb3p6RYVljAgTkQTUG5SXkp6ZGqx0pW1ycHlvhIqEjYMeiouKiBqPg4OXdxtscnBqaqRxqqCRk4+RH34KioIFioaLh4caaaJ8rR4TklTUG6qgpKybhp+Clx+zjsSNpXEIpHKISWgaMMN5CpSchpGGkHiCfHt7eoJ6kIYI96X1UAoeE5SM6EtRCvtY91ZECvtW+1hECvdZ+1ZECg5dm3b30cP30XcB+Aa/A/eU91cV9yD7XPcg91z3b/cl+2/3Jfsg91z7IPtc+2/7JQX4Fa0Vo8LIpJCPiIZyT1Fzh4qNjx5ShRVzT8WkkI+OkKTCTnOHiomHH8RNFY+MjY+jx1FyhoeIhnJUyKMe+yE+FaTHxaOPjImHc1ROcoaHjpAeDl54+VQBsfliA/eZ91gV9xz7a/cn93P3aPcc+273Ivsh91/7Hvtf+3H7IgX3fvsaFZ7K+za8kp2Dnfczx3nGxHi89zehfqCZv/szyJp5Uvc1VYR4lXr7M1WeTU+hT/s3d5N5glz3MgUOdDoK99b3eAP3RX0V93v3Pfd8+z0x96n3fPdBBfu1Bjb3oTX7oQX7swb3fvtBBQ57knb4TKb3kFQK+YQD90Z9Ffd99y33ffstRfej92n3T/uonif3hif7hvuoePdg+08FY/uGFeb3jvtx9zv3oYDU95DU+5D3oZb7ePs77PuO+2f3RAUOWZJ2+UWpi1QKufkNswOu9+wV+1v3N/sz91n3W/c09zb3Wvda+zT3Nfta+137NPs1+1we9zL7oxXa9377U/ckBfeEBtb3dNf7dAX3hgb7Wfsk1Pt++1b3JQUOjZJ291Oti/dP98d3AfexrIv3UIuvA/dJfRX3fvdT94T7U/sF97D3nfcm+8yJNve3O/u3+7uN9477JgWssxW/tq+/vbZmWFljWlZYX7nAHg57snb3e/dKhrD3p3cS99T3ShO490U1CuwVE9hZtGK9vbS0vb1itFlZYmJZHg77DMao91zHnuGzr3V39zl3Eviuos6lE+/4rvhqFZCNl5COj4+ai6GKnHt7c4J+iAiLn3GVgB78DJcVl5bQtduvu6HHoqaUCJyRlI2QGpRSkH5+TXNoOx47aDRffxqApIOZhR6ZhZKNlZQI+w5MFXWVr22vG6+9r5aTH5GYlaKemZ6YsqGrm6KXs5+xjJyMoYWceKKRsJyKlQijim+9fhuCJmZqQh9Cakdcg4YIhoN7eYEbgXmUkH4fg455l4OVfn+BfYBcCPcP+ykVi/d8+02XgR6Bl5qFkhuSkI6Slh+Wkvcs9JaUCJaUj52YmIyUnRqdhpt6ox56oyn3CYCYg5V/oHqUCBP3g4+Cj32Kd4pmfm17eIFhd3J4d3uEcoh0hFSHeYSDgH5zfXiHCPsV9xEVjHqNa5B1CHeXs3epG6molJ6eH5Khj6mOogiAgWdrXRtdbK+afh/4RI4VdqKuoJ90BYdUFXmgrKCcdgWIVRV5nqqhnXcFUwR3oqmgn3cF+0C5FXWir6OhcwWGURV3oK6joHUFhlAVeJ+vpJ14BYZQFXajraSgcwX7kfEVl5P3F9mUkAiQlJSPkhuSjIiGhoSIfoMfbnoiTYGFCISAfn6AG4WIi5GTkI6dlx/XWBV4oqufn3QFjlEVdqKooKF0BYxTFXmgqJ6deAWKVBV3oqmhoXIFQkgVg5Uv9HycfJyMlI+OkI+cfJOClYDmIJKECISSk4ePG4+VkZCSH5KQ9wbYkpAIkJKUko8bj5GIhoaChIKGH4KG+xYzhIaEhomJiYWJhYxwioIIeIiLeYYbhoiVm5OInoqdH4qVhpSDlQgOhbJ2+AK1i7D3p3cB90o1Cm4V5tfmP1/3A/DK+wuDbvcHbvsH+wuT8EwFDnSydvd1qfcZpYWw96d3EhPo90JPCgUT2DIK+xBCFfcQ8vcQJE/3Kfcc4fs0gWP3MGP7MPs0lfccNQUOg5J2+D+g96N3Afg42QP3P30V9433RPeV+0Ql9673cfc6BfutBiz3oyr7owX7tAb3ffs6BfcsuhU47d73jQX77wTZ7QX3kgb8YfsfFftp9yT36iQFiwT3GWLy+58F/GGVFfd1970F+xYHDt+SdvhHoPebdwH30/ftA/dDkhX3DXb3R/cX9zX7EvcPhiz3qfd09zJOoAX7cwY394n7BJ0y+5sF+7AG93b7QQVV+3wV2/eG+1P3IgX3hAbc94vd+4sF94wG+1/7Itr7kfti9zgFDiyddvlLdwG/+RQD0vcDFfeC9wn3Lft7oJho96D3iNYFowf7jLOi955wlPse+4b7f/cUfHb3OPtx+zb7XQUO+wiadveZ9z/3m3cB94WWi/c8A8T3AxX3kfcg9y/7lZ6ZT/es95vJBacH+6KeuPerb5j7Fvug+4/3Lnp292H7cfta+1wF92X3ZBW5sLK7uq9kXVxnZFxbZrK6Hg4xoHb5MHcBs/kxA/cE9xAV94P3RfsF+6iyiqSFsXkZtPe49wn7paelopuxlRn7SPeC96n7A4iqmbKZqBn7ubX3pvcJdKN2sIKmGfuC+0X3BPeobIxilm+YGWD7uPsI96V3eWh2an4ZjAb3RfuC+6j3AwVkgHB8ah73uWD7pfsIpG+YdJlmGQ5an3b4j3eud/dGdxLC+TwT2Ov3MRX3i/cGXPuhnYjn95P3MftzmZT7B/eL96Jcjpv7k+n3c/cwBRO4gJr7ifsGuveheY4t+5P7L/dzfIL3CPuL+6K6iHv3ky37c/swBQ5ceGAKjr5+ZwqVd7jPSM/Xp4x3ErBgCpW+d2cKrs9Iz9enE+xStFVA94qhFXOmf7muGridtaurHo2JBYF6hXZ4GmGjbLSCHkmXv07SG6WjlZ2eH3mMeZJ7k0+pZcOKz46MGGSUr2S2G5ubkZOYH3inrYCtG8nAssyOH3NwXX9oG15hnatrfwoT0VK5IUCBnKCFnhu1qqO0lB/Nl8i/0hqlgaN5nh6KeYR5g3ttT1NlR4qKjhiylLKvthqbhZuDmB4T5VK5VMCep5atrRoT5VK5IUDJZMBKjh4T5VK5VMCjcJddaBpeeWFrax6JjQUT5IK5SUCVnJGgnhq1c6pilB4T5UZ5SUDNf1fIRBtxc4F5eB+dip2Em4PHbbFTjEeIihiygmeyYBt7e4WDfh8T5VG5VUCeb2mWaRtuCk1WZEqIHxPlUblVQKOmuZeuG7i1eWurH4mJBRPoIrlVQJV6dpF4G2Fsc2KCH0l/TldEGnGVc514Hoydkp2Tm6nHw7HPjIyIGGSCZGdgGnuRe5N+HnhvgGlpGk2yVsyIHsb3BhWBm4eenhoT41K5VUC2oby0nR6KjQWOf36NfxtlTHlucB9uCr2YwrG9G5aWiYeVH4yNc7ZCuFmKGRPlSrIVQJWbno+eGxPlUrjVQLa8dWKdH42MBY6XjZiXGrF5ym6mHhPlUrkhQL1+sVRZGoCJgIeBHo2KtqO41Iq9GRPIgrlTQJV7j3h4GmB1WmJ5HoyJBYiXmImXG7HKnaimH1l+VGVZG4CAjY+BH4qJBRPlUrlVQKNg1F69jAgT5VKyIUCBe3iHeBtgWqG0eR+JigWIf4l+fxplnUyocB5ZmGXCvRqWjZaPlR6JjAUT5VK5VUBgc15CjFkI0fc5FaSXpoaHppikcI94n35zBW4Kcn+fdwUO+ySSdvlkdwGy+P0Dsvc+FfeN18b7mMf3mPeNPvta90T3X/dE+5I8UfecTvuc+5Ha9177RAUOWUyi92qo+Ip3AfdRzRWBfId5eRpbpG28p6iVl6UewKS6sbWzCLS229LKG6KegnmZH4+cnY4Fo3pyl24bTEZWYV8fWlj7AihAG25toaqXj5eQlh+Ekpl9lRuQjo2Pjh/o9xMFj5GMmJIalImfhJEegZR3m5oarcTgn6cepZ63yLGspXGVG5CPj4+OH+f3EwWPkIuXkRqTi52EkR6gc1SbbBt8fYiDfx9KYDL7BVxKWUZB+wByOQiIgIl+fxplnWeibh6osxVynXSxqhq79wj3P6q2HrrM2fTMuAiSlZeNlxukrYB8nx+OiI+IhhqDTTqCfx6IiYeHh4R5nXkbe36Fgn4fVGY3+xZuTAiHgn1ugX6wc4MagUo3gX4eiImIiYcbh4iNjYgfDkyadvlVVAr5VgP3rfeGFWL7fQV+iYyJjBuRkpWPjh/3FvdM9xv7UwWFkIyKjRuPjo2TiR9e94L3e18FnYiOjI0akH+TiYwe+1P3G/dR9xcFlJGSk48akHyLgYge+3ditPduBZ+Pi4+JG4GCe4qKH/sS+0n7FvdMBY2KhJeHG4GReocftPtx+3S0BYaMepCCGoWXhY2JHvdQ+xr7T/sSBYeIgISHGoScjo+MHg5EmXb5VlQK+U8DrvdYFfdsqHD7fPcy9z33Mvs9cvd8929u+z33Mfc59zH7a26k9277Mvs9+zL3Pab7bvtsqPc8+zEFDlw6Ct/5BwPf9zUV90i7W/tB9xj3Fsf7SLX3QfcU+w9b9z/3SWP7FPcY90K5+0G69xf3EPtQYrn3R/sS+xRb90da+0P7FfcSuPtJ+0q69xn7GftKVvdEXAUOO5x2o3b3pHwK5negd/dfdxL3y3wKE27Y9wf3CxWZgqB2lH33SfdjGIyK+w77i5yIpoGZgBnj95kFjQYTrth5+6ecj6eLnIcZefenBYwG5PuZmZallZyOGfsO94uNjPdJ+2OUmaCgmZQZ+2P3SYyM94v7Do6claaWmRn7meN1CveneYeci6ePnBn7p3kFjAf3meSAmYGliJwZ+4v7DoqN92P3SX2UdqCCmRn7Sftjioz3DveLeo5wlX2WGTP7mQWJBp33p3qHb4t6jxmd+6cFigYy95kFfX5xgXkb9w77i4mK+0n3Y4J9dnZ9ghn3Y/tJiooFE3Xo+4v3Doh6gXCAfRn3mTOACvunnY96i2+Hehn3p50Figf7mTKWfZVxjnoZ94v3DoyJBY6zFamkpKmppHJtbXJybW1ypKkeDvsYrHb3yKCJoPfIdxL34aCJoBO4pPeZFUf3CKqqmR6jlqSZpJmkmaWZoJcIjY+OjI0bj42Jh4mKiImHH390fHF8cAhxXm1aVxpuk2Gtrqa+p5IelKyNubmojKekGpOOkI+Oj4iGjh6ZdZpxm3CiZaNkoXWkcsFtpqampm3BcqRzo2SkY6JymnKadpcIho6Ij44aj5COkx6MpamLqhu4jLeNqpMIqZO8pK8aE9SZg5V/kh5noVd+Z3tzgHB9cXxyfXJ9dX8IiYeIiokbh4mNj42Mjo2PH5eimqWappqlmaaVowiqmaT3AUsbZnRabYIfgmqJXV1uim9yGoOIhoeIh46QiB59oXyle6Z0sXOydaFypFWpcHBwcKlVpHKjc7Jys3SkfKR8oH8IkIiOh4gah4aIgx6KcW2LbBteil+JbIMIE9hsg1txaBoO+xeudvdk9whjs5T3CvdjdxL3gPcKnfcME96k95oVa76Dox4TvtrC17YbnZp9eR9uP0U8GnOSWaytp72nkx6Rn42goKKIoKIaoo2lqpeThoGSHqhhlWGzYwh3n6x5pxuhmZeip3eteJ4fZLJill+nCIGShJSYGqShkaAeoqKJohuioo2RoR+nk72nrRqsWZRyHj5EPGwben2anB+p2dbWGqOCvWtpbVlvhB6EcYpxcHSNdHUaeYF5d36BlJWEHoWVhZeGlnqseaxxpQieeGuebxt0fX10b55rnngfsGa4e7ZxCJWFlIF+GnZ0gXkecnONcht1dIqFdh9vg1duaRr3pdoVqqSkqqqkcmxscnJsbHKkqh4O+zE/ChL3nfcvL6MT0K73SRXCUtaWssQIE+Cuu7DBv6kIVntde2Mec02EdnMaW65rtn8eE9C3l6ysvhpn9XyuebyMvxm+bq9XrV2nSuyDvMII022xSJQeIJpgmGSfwKvJkseUCNWUsLDhGkq0S3teUzsrb3J+honLmKijxAiUoKLEohq1Y6pnlx5ff2ZsWhpsnWeWcB6aaKFTUBpeoGe+b7Nhx1CvOFkI+wzQhMyBHr6Ev4G6cGd1Xn8qfQhFgmd5MRoO+x6Vw4e076d8zFfboJaJlpF3r9pXzXympXfqs4fDEpDMsKuypObRZrVltWjP6KKxrLHLE6Sbp/cIWwpihpn7ElgKE2Sbj1kKrYGuf6t/ChOMN5dDCnEKGU4KE6Sbx1cKaZVoPAr3qfe/FY+WjZeXGp6GewqXGhOMN8elrZqhsLVsZGhqkHWAHnWAeHSDdAjPMBWSB7iUnaaYoQiblZOZmxuuomFscnpgbXl+opR7HxOhm8eVeXaQdxuGhouKhh+W5RV7Z3ZfYn4IE5Kbp4qIh4qHG1UKRwoTUluXYQr7ePcjFaJ3bpltG35/i42BH36OgpSiGrazrLSepIF0Hn2DfnwacpRwm3ge9x37SxWRjwV0n6h9qRuppo5jYGNqYnhylaIfmZOYmhqkgqZ7nh77cfcmFY2am42aGxOhm6eiyH1uHxOkm5d3Ch5ICpuvoLe0mAiMjo+MjxtdCpffFWaEeXh+eAh1fIR2dxtodLaqpJy1qZiVfn6cH4CZnoGqG5GQi4yRH9AvFZGIBROkm4+Hf4l+fxp1knySfh6TfJSAgBpxaXx1ZmGqsq6shaGXHqCWn6KToggOfqp292+/vJaJlry/v3f3T3cS+Bq1ZbWD9zH7EpUT7yD3R1sKioOLg4MaZZoivrfBvqykHlMKj5yNnmMKwnW3G7aVqrCtga9/qn8KXAp3mXc5CgUT7kBxCgizj3/3E2IKE96gUgqHeol4ZApUoV8bYIFsZmmVZ5dsSgqffZ+BCGV6O0UK9/73uxV6ZXhjYXwIioeIiocbE+8gVQoT7kBHChPeoGEK+8b3AhWNmpuNmhsT7yCiyH1udwofSAqcsZ6ztZoIjI+OjI8bE+6gXQoOc5Wzl6n3D6p6nMHbdXfrnHqqsXf0qZezEsq1x6e2or+wj5yGnX3bfZ2GnI+wZvdLLaK2p8e1E9r/FID3QlsKY4aZ+xNYClkKroGtf6t/CkMKBRPW/yuAcQoITgpXCmiVaTwK96j3wRWPlo2Wlxqdh3sKlhqrvaWnsZ5eanGBhHOGHmuEb26AbQjTLxWKkq2QpaGaqRmSmZCVm44IjI6Ni44bq7hsaW5mX21/gpiXfB+XfXiWahuFhYqKhR/7VdMVE+n/K4CjeGyYbIWGi4Uba4OnprCbqrSiuX9uH3yDfHsac5Rxm3ge+xP7kBWqyqjBz6qKjRhDlF22W70IjJ2ejJ0bvreCbbUfjI0FgKSHp6caspWwlrEerViqWksahIuEioQejQa3xciezptsTG5VR2yMiRjTgrlgu1kIinl4inkbWF+UqWEfiokFlnKPb28aE+r+m4BkgWaAZR5pvmy8yxqSi5KMkh6JBl9RTnhIewj3o88VkI8Fc56qfqqRkIuRG6uTb3Bme2xidF2XqB+ak5qbGqOCpXueHvtP0BVphnF1fG2EfYaBe4gIaoBXtqsaqLC3qZSShIKUHn2aoHm0G5GRjIyRH9MvFRPa/quAkYgFh4CJgH8adZJ7kn0ek3yTgIIaa1lxb2V4uKyllZKjkB6rkqeolqkIE9r+S4CP9wAVdZ15oaGdnaGheZ11dXl5dR4O++2gdvg26vdHdwH3XOsD91wW6/g29zjq+zj3Ryv7R/s5LPc5Bg5Zg1YKjXe0XgoSuVYKol4KE7KalpagufgZFVeycLujo5KQoh6QpqePphuSoYuBHxN0mpUKoIR6goWJHnSBc4NyhAhWfT+AQxphr2m1v6W+sKQemJ+anZudCJKRmZuVGxO0mpZWYI+PiIaFh4GJhR+Cc4B0fnUIeGpxamMaYaxqtb+msrujhKOGoh6GpoenphoTspqWVoiSi6GVHhOoKpZWoJKUeoWNH5V0k3OScghlClaZlj/TG3AKta2vtb9YpWakH3eYeZp5mwgTspqWVpCGkHmbkxoTspmWVqCPj5CPkZWHiZEeo4KigKF+CHisrHGzG7WsrLW/ZKZbH3AKc3OEhnQfhnBvh3AbE7KaNlaghHWLlR8TspqWYKCSnJSRjR6ilaOTpJIIwJnXltMabwq1Z61hV3FYZnIefnd8eXt5CBOymlZWoISFfXuBG4eHjpCRj5WNkR+Uo5aimKEInqylrLMatWqsYVdwZFsebwpzknOQdB6QcI9vcBqEi3WBHhOzAo6WoISCnJGJH4Gig6OEpAjAfYDXQxthaWdhV75xsHIfn36dfJ17CJGFnHyCGoaHiIeFgY+NhR5zlHSWdZgInmpqpWMbYWpqYR/4LIwVo6CioJ6kCBOymZZWoKSepLKvGxOympZWkJ6cenhlUXpugR9sgW59b3wIT7AVjaqMq4eqCImbiJybGhOymjZWoKWUr6secAqkl3tzbX52fnEffW5/bYJsCMUtFY2WqomriqqPGY2bnI6bGxO0mpZWiKWvgmtye39zbXaYmHEfbpltl2yUCPsS2RV2o3aicp4Icp5kpK8aE7KaVlagnpycnrGcUW6VHpVsmW6abwgTswKWVqCJKhWOoAVlCn+dnJgFE7KalmCgkKCgiJ2XmHoFE6gqllagoIYFZQqIdpd5en4FE7KalQqghnZ2jnl/fpwFE7MCllagymsVlJKgc6B0pHgZE3KallZgpHiycmcaeHp6eGV6xaiBHoGqfah8pwj7C9UVZQqMe3uMext8e4qJfB+Je3qIextxZ5SrH28KpJuXo6mgfn6lHqh9qX+qggjFLRWWiYlsimuPbBmNe456exoTspqOlqBxgmdrcn+bo6mYoJilHpmol6mUqgharhWSgnN2dHZ4chlyeHJkZxt4epyescWcqJUfqpWomaeaCA5ZlHapdvdtnvdpnvd6dxL3o5v3a5wTvvcs3xX3VfcWuPt2BRN+nJQFh7n3bosf91D7EZiR+xf3VPd1uZGY+3u39xH3T4ac+1b7Fl33en6FXvt1+073EHyF9xf7VPtxX4B993xe+xD7SwX3IPeAFca8usbGu1xQUFpbUFBbu8YeDvsYl8OS1q6sauZ3n5fBZJ+awWifpp935mqslHewd6jWksMSoNGNtMihhc1zn6K1ZaWAqpmqdLVtpaLNTZ+voci0jdET7NfsM/gI+DAVjo+SjYwflZyYmpqYmJealJuSCI2MkI6OGhPqy+pTjoWLiWNWZ2CJi4CPHsBYFYeVi42fnoeFnh6chZqDmYEIiY2Oio4bjYyLjY6Jj4mNH6V6aJ9sG4NrhYEf+xOpFY2LjI0fE+zX7JOOiY+Jjh6BnIWfh54IiZaKlpeSjJGSGo2LkIiAhF6CcJVuo3weiY6QiI4bE+zX1DP7qfsEFUzPbMHLwrC3th6Tk5WSlxublH58HxPrV+yPc4BsfHkeeHRyfm6HCGmGe3FqGmOpc7LKvMzElR6OmoyamxqnhaWEph6KkIqRkRqblJicHhPrJ+lTkY+KiJAfrHajZmNvfXh3Gmqwbau3pLuyt3S4aaceZ6ppmF6XCH2PepScGqm+lKIe2o5Juxuur6WwykeqVUtUZl9gHxPs1+qTg4OBhH8be4KYmh8T7Nfpk6OWqpqdHp6ipJiojwitkJulrBqzbaNkTFpKUoEeiHyKfHsab5FxknAejIaMhYUae4J+eh4T1NfUk4WHjI6GH2qgc7Czp5menxqsZqlrX3JbZF+iXq1vHq9srX64fwiZh5yCehptWIJ0Vnipn3YelIGAknsbaGdxZh8T7NfsM/gVkhUT7NfsT4iNh42IHpV6kXePeAiNgIyAf4SKhYQaiYuGjpaSuJSmgahzmh6NiIaOiBsT6tfUM4mLiokf+4zKFXGcrneqG5OrkZWPgYuJd3iPkXgfepF8k32VCI2JiIyIG4mKi4mIjYeNiR/a+z4ViJGLjbPAr7aNi5aHHhPrV+oziIeEiYofgXp+fHx+fn98gnuECImKhoiIGvdo94gVpqizl7Ibo62BbXl/f3mChI6QhB9to16RZ38I+w66FYmVipSVGrCj3LmbnH56fn9+gIYean5pZYZnCPcf+zoVtH7FWFwad396dnl/nJweE+zX7C+RjZGRGqp7tXKeHvuB4xVimFG+uhqfl5ygnZd6eh6FiYWFGmybYaR4Hvch+z8VjYGMgoEaZnM6XR4T7NfSk3t6mJyYl5iWkB+smK2xkK8I+we0FXBuY39kG3Nplamdl5edlJKIhpIfeqCnhKYbl5eMkJYfDvssmXb5SncB99qvA9H3DRWugaPfw6twK66BsPcY3LqaggUuBysppXHR0wVKB05MpXLAwcBVpaROygXMB9FDpaUr7QXoB5qU3Fyw+xiulXDrw2ujN66Vd9TUnYKuNnZTrOyjgq/7GWk6uQWdB9y59xlplK8qo8Os4HaUrkKen9NolXM3U2um62iVZvsYOlx8lAXoB+vtcaVFQwXMB8jKcaRWVVbBcXLITAVKB0XTcXHrKQUuB3yCOrpm9xhogaYrU6tz32iBn0NCeJRo4KDDaipzlGf3Ga3cXQV5Bzpd+xmtgmfsc1NqNqCCaNR4BQ77I552+UB3EvdxsNCzZLPPsGewE/Lb9wwVsX+j5d26hiekfQUT6t/BBS0HSUmocMTExFKopknNBekH31WkmYbv3VyjMbGXdtnZn4KyMXM5uuS5BacHMrnduuVzlLI9oKDYZZdzMTlckO9ymTdVBekHzc1uplJSUsRucM1JBS0HN8FyfZAnObpz5WV/oD49dpRk5aPdXDJdBW8H5F05XDGjgmTZdgX3n/dGFdkH0rcFE/SIOAUT6ltBFc+y1WRBZAX7FNUVR7KI3tJfBbP7dhXZBxP0z2SOOAUT6vtb9woVQbLVss9kBVj7MRWO3s+yBT0HDvsqm3b5RncB99K/A9P3DhW9faPirJ50Nbx+sPcc1LWOigU2Bygnr2fKygVlB0tLsGbAv8BXsLBLywWxB8pMr68o7wXgB46M1GGw+xy8mHThrHijNL2ZedPSnn6+M3RqnuGifrz7HGdCtnUK1Lb3HGeYvDWirJ7jdJi+RJ+d0lmZczRqeKLhWphm+xxCYYiMBeAH7u9nr0xMBbEHy8tmsFZXVr9mZstLBWUHTMpnZ+4nBTYHiIpCtWb3HFp+ojVqnnPiWX2dRER3mFjjoqx4NXSYWvccr9RggApCYPscr35a4XRqeDOifljSdwUOVpd2pXb33Kr34ncS+A2qE7j4MPgTFZSG9z33j3aPgZF9mxn7Afu8Ffek9xl7mYWVh6AZ+4/7PQVgnhWVBqD3wgWIgoOJgxuDg4yPgB/U+/YV98J2BYeVipOTGpOMk4+VHvvCdgVArBWUkPsZ96R9e4GFdocZ93/70RX3j/s9j6CRlZuZGfuk9xkFNbEVkJT7j/c9h3aFgXt9Gffi+1cV9xn7pJmblZGgjxn7PfePBfwNlxX3wqAFlQf7wqAFj4CMhIIag4mDiIIe99f71xUTeI6Vk42TGxO4k5OJiJUfdvfCBYEG+7D7KhX3j/c9hpT7pPsZm32RgY92GecvFaCHlYWZe/cZ96QYgpAFDleXdqV2+Ul3Erf5ThOw+DX4BxX3VfeLeI5Vqn+aGfsJ+7cFoHYV97f3CXyXbMGInhn7i/tVBWeaFZUGt/fKBYeCd4p3G3d3jI+CH+P79hX3yl8Fh5SKoJ8an42ejpQe+8pfBUylFZSQ+wn3t398VWx4iBn3jPvCFfeL+1WOnqrBmpcZ+7f3CQVDqRWQlPuL91WIeGxVfH8Z+F/8XxWXmsGqno77VfeLGIKGBfwAfhX3yrcFlQf7yrcFj4KMdncad4l4iIIe98D7wBUTcI6Uno2fGxOwn6CKh5QfX/fKBYEG+6X7RhX3i/dVhpT7t/sJmn+qVY54GchOFZ6IwWyXfPcJ97cYgpAFDvsSknb3H/dD5vdC9xV3Eq73RcX3QiKu9xT3RBP79+f3NRVmf2trYRpZr2S+vbCzvLZrqmWXHvcwB/cYPgWJg4mDghpas2K8HhP9vbCxvLpltFpvdn94dx8T+/sW1/cW1wV2oJ+CqRu8r7a6vWKtW15hY16BjICOgx/7GD0F9zEHsZarq7UavWazWVlmY1lhqmuxgB77MQf7GNkFjpKNk5UavGOzWh4T/VllZllcsmK7qKCXnp8fE/v3Fj/7Fj8FoXZ3lGwbWmdfXFm1abu3trO4ln6Zk5Af9xjYBQ5bl3b3g/cPcfcP94N3Evey9w9x9w8T1Pg59/EVv6+7n8ebqJOpkqSdmpWLnoyejJWLlo+UCIyNi42NGpOEjISBgY6Ogh6OgYGPgRtvZ1Z2fB9vY25oZWyChIKFgoUIeJEVmIiWyaC7qsEZmKKis6YamIOTg5QegZaDlISYCI6KiJCHG4aLiYiHH3+AgIeChgh3gX6FYRp1j3aPdh6Ra49rahpxiXGGcR6lZRXJgLt2wWwIfqKzdKYbmJSTk5MflpWUk5iSCI6MkI6PGpCJi4iPHoKWhZSHlAihgIeZXxt1doeHdh+Fa2uHahtxcY2QcR9bmhWXk2e/d7t7xxmDqISpeaSCmHyNe4x+jH6Lf48IjImJi4kbg4qEhICIgIeBH4iCiIKCGm/AZ6B8HrNvrm6qZZKCkYKRggipYRWvV59bm0+TbpJtnXKUfZyKnIqXipeLlocIio2Ni40bk4ySkpSNk46UH4+Wj5aWGqdWr3aaHmOnaKhssYSUhZSFlAhbmhWOmE2WW6BVqhkTuJh0Y6JwG36Cg4ODH4CBgoN+hAiIioaIhxqGjYuOhx6VgJGAj4IIdpWQfrYboaCPj6Afkaurj6wbpaWJhqUfm3UVgE12W2xVCH50dGNwGn6TgpODHpWAk4KSfgiIjI6GjxuQi42Ojx+Uk5OQk48Io5ebjboaoYegh6AehauHq6wapY2lkKUeeJEVg5dXZ1t3T3sZboNthHJ5foKJe4p6in+LfoeACIqJi4mJGoOSipKVlYiIlR6IlZSHlRunr8Cgmh+ns6iusaqUkpSRlJEIDvuzi833ttHnpPcPpQGupPcPpujT1NAD90vIFeROBfL3+Pci9wkGS9EFPdcGRtQF+w/7Kfso+w0G5kkFxAam+7YV9/z7Kuf3Kvco6Pso9yUv+yX7/AcOVToK99/3yRX7M/sDcnp9eoZzGWmEpm2tG6OaoqqkH/cC9y6eg2T7ZgVlhKFhthu6m7Sygx9l92adk/cE+zIFcJ+YdLEbrKGpqqR9mXeYH/tG9wyTn/dRbQW0hcWGxRrKUYlghB77T2eDn/dE9w0Fi6unpBqpcqlsbH58dHse+wr7QHmUq/dNBbWSishQG114aUaXH7H7TXiC+wL3KQWhe3mrbBtqb3RpZad+pngf9zAmg3j7Tq8FYJNRik4aTsaUtJEe90+nBQ5bOgqu+WYDOwr7XPc3+zT3W/da9zb3Nvda91r7Nvc1+1r7W/s3+zP7XB4OrX2u+RyvAa6f+R73GQOu9+wV+3X3SfsZ92r3a/dV9xP3e/d3+1L3Gvtp+2n7T/sb+3Yenxb3SPcoQQr3Rvcl+yf7RvtG+yU+CvtJ+yX3I/dIHg49PQr5R3oK+Uf5SP1HBg4+i/cSbqj4rKkSrqj4qagTeK7sFfcABhO4Kvjc+N4m9fzjBxN4qPzKFfis+Kn8rAcOO4v3D/itqwGuqvio9xMDrvcHFfcK+wcF+ND4xwb7DfcVBfzNBqr8zW0KwKB2+VVUCvnLegr5ywb8MPlVBQ7Aknb5VlQK+csD+FJ9Ffgw+VYF/csGDjoKo/ljAzsK9/v7/Pf89/z7/Pf7BQ5UPwoSr/ld/I73xhPQ+Bz4IRX3Lfct+y33L/st+y4F91/7XxX3LPssBRPg9y/3Jfst9zUF+/n7+xX3Lfsx9zD3Mfsw9y8F+18lFfct9yz7L/cu+yv7LgUO+8KLpPfboqraqqT3EqQBrqP3BqSq3Kmj9wakA/dBFvdT9/T3H/dR+x/3K/tT+yv7HvtR9x4GpPvbFffy+x/3Ifcf9yv3Ivsr9x77Ifse+/IH+wOpFdz38/cd2vsd9yo6+yr7Hzz3HwYO/CU6Cq74BAOufRX3Zvcy9zX3XPdc+zf3MvthH/1jBw79UT0K0HoK0PlIRgYO/MZaCq4W92P5SPtjBg78PD0K9+16Cvft+Uj77QYOZgq5ZBWWfvc491b3Qvcn2bsZMML7P/cf+zT3W3yAGLf7C+P7Pc8tTDcu+2VpOAgO/EE9Cvfoegr3hAbv9+4n9+4F+4QG7/vuBQ788ToKrscDrtMV9yI1oaAj0gX4rwfzz3Wf+yIzBQ788ToK9x7IA66TFaB19yPhBfi1B/sj43Z38kcF/K4HDvxVOgqu9xAD9/J9FZGWBfslvFf3MvchGvcew/c49yG6HoOWBftSVPsPIPtaGvtb9xr7AvdJWR4O+5rzovdVs/dpogGuovdmtPdmohQc9PMV+AQGgaIFIVvi9wQf9wrnXCAfooEF+AQHdIGO+wX7AGUiiBnytvcC9wOFHpWiBfwEBpV0BfaIuTH7Bhr7AiK79ZAfdJUF/AQHopWM9vcAxPCBGSJjKfsFjx4O/FU6Cvd89w8DrogVkoAF91C/9xH3APdbGvdZ+w/3APtSwh6EgAX3IFvE+zf7Hhr7IVb7MvskWh4O/MdaCvcZFvcBBib37fD37wUiBiX77wUO/MdaCq4W9Qbw9+0k9+8FIwbv++8FDvyePQr3NAP3TBbuBlT3BGr3BPcRGvcSqe299wseKwY6KUz7DPsUGvsSzPsT3y4eDvyeOAr3DPc3egruBt7nzfcU9xEa9xZL9wk77x4oBsD7DKYq+xIa+xBs+wVV+wQeDvyNOArh9xsD978WmQc9i8HB9y6PwDicH96dh8b3JBrXi6/ZHphhB2c5i3x2H2x1h3BoGpH7PgVkf21hgx61g5dvYxqF+z0FaIxpr3kef6PSia8bDvyNOAr3Bfcbegq7Bq/ci5mZH6+djK2uGoX3PYq0mKa1kxlhk32gjbuR9z4Yroina6AemnQ7i2cbYX4G2YtUVh83B0WHVt15Hjl6j1ZFGjcHVYtVPR4O/FNzCvAm99AToPfM+ToVhqAF+xN6+yNL+1saNsYh8uvF1NLDcax1lx5+kXqPfIYIhniBhnAbE8BjcaC1va/M9x6rHw78U3MK99Am8BPA3vd4FfcTnPcjy/dbGuBQ9SQrUUJEU6VqoX8el4Wah52QCJCelZCmGxOgs6V2YVlnSvseax+QdgUO+z/47Pk6FYegBfsMXwpzrHaXHoCRfI96hgiGeoGGchtlc6C1vazM9xarH/vEFoagBfsLXwpyrHaXHoCRfY96hgiGeYKGcRtmcqC1va3M9xarHw78xQ59mffumPfhmAYeoDlj/wwJpwrlC/moFPnbFacTAGECAAEABwALABEAGAAfACwAMAA5AD4AQwBLAFIAWgBfAGQAaQB4AH8AugC/AQsBEQEYAR0BJAE+AUIBRgFVAVkBXgFkAWkBbgGFAY0BkgGlAaoBxwHiAfwCCwIWAhsCHwIpAjcCQQJLAlgCZQJpAn8ClQKkAq8CvgLEAs8C2gLsAv4DDwMgAy8DOANBA0oDUQNeA2sDdwODA4kDjQOYA6EDqAOvA7YDvQPEA8sD0APUA94D6APyA/wEAAQJBBIEGQQfBCQEKDAKMwoeCxUgCguu9+4hCguu9+4VLAoL91slCvtbC/c19zX3W/da+zX3NQsDIwoL+1r7Nfs1+1oL90gtCgsuCvdaC/s1+zX7Wh4L+1v3Nfs1C0YKJAonCh4L9yUxCgs7CisKCy0K+yULLAquFkAKQQr3SC8K+0gLPgr7SPslC/d+9z4F+7UGMvenMvunBfu1Bvd++z4FaPtbFeH3bPtY9xD3fHzE93XE+3X3fJr7WPsQ4fts+0f3KQUL+0c2Cgv4qviNFa+uBaKYqaasG7rFX01xdWtweh9uZcGOs76Tthn3Eulx9y77I/sbfZh6lXeSGfcF9xYFemWHg30fL/sEBVKEYVBoh4uIhxoLTwoyCjAL+yX3JfdICxUwCh4LoHb5SHcBC5UIspzaxLoavSanZJAeio6Xm5eclZwZh44LPwoBC65NCguXa0oKnn2ggQhkejxFCgs4Cq4L+yX7RwuSdvljdwv3R/clC/cl90cLFaafoKamoHZLCvu0BKafn6amoHdLCgtcCniZdjkKC1AKUQoLUlwaWfBvsoYejIh/e396gXoZCysK91oLoW6hbWUaf4hze3KCw56fkJ6Pnh5qCol8e4l8GwtqCnWodamxGpeOo5uklFN4d4Z4h3ge+y3CFQvg9wt294x396BUCvnqA67tFfnq94z96veMCx+JiQWOd3aMdxuGB5x8C3BwdndwcHefph4LrhKurgv37hULtI9/9xJiClIKC50V9373Pvd++z4x96cLFX2WgJmZlpaZC5mAln19gIB9HguIjISegZ2BnBmHiQULjoqSeJV5lXoZj40FC3cBrguDg5CUkY2QjpAforOvl7SYCPstwhULzHfIksHEuF73LvsBsHCuj/cu+xudC4d5iXlkClWhXhtggWxmC8Mbt8G+rKQfUwoLj52NnWMKwXW4G7aVqrALPQr3YwML9ycVoZKglZ6YCAuIn6CKnxuQB3qaC5OThoKFiYaIhh90Y2d/Yn4IC65wsIu4YrjAwVnBjshSyHfMC3r7G0v7Wxo2wyHs5cLU0sMLp9jPr7he9wr7CvciOMaDkgt0TpmomJmNlbujcm6tHwtSG19VWGpyHwudkIqQkBpxrwt5hoyGhhqlZwsTslqWVqAL+95sdvmidwGv+EkDC/ci+wvGUfcKXbhfuAuc9xvL91sa4FP1KgulpaF2cXF1dXFxdQv3SvtrFQv7fxUL90pypPeEpHL3SgsV+K34qPytBw4T5IK5VUALE7KWllagCxOympZVoAt1hHaBeH4L9xH4ePcCC/d4+GsSsAuuAa6uCwWNBwv38/d8+/P3fAULfn2JgVtzpKhpCxWbe52CkJCQkAsVkIadlJubm5sLA64WC5qFlx6CnYCYC5mL9wI+t6yZC/utBfc1Bw4TlFTsGwsfjY0FCwWJBws=", 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", 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", 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", 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3OhX3iAak9wgF+4cGDvwwfvcoAYL3KAOCyDwK/BSOjR2NeRX36PlTBUUG++T9UwUOfaj5E6gB+AryA5z3YxUwpPsW9xP3OPck94L3fvcVS+sy+0f7FPui+2Ie90z3gRXVorb3HMQbsJhrWkcy/H77CPsL9yX4LZ+RHw6LrPkedwGQFvftrAZTYI6pj4yPjJAf9zr48El7Un37J3UZiXQFjp+mjZ8bk66KdIiLh4qHH/sY/IeAYUyIXooZDov3A9t3+DrlAffM9xoDcBb4Awba91MFcgZNaXN5Ohv7KQb3WPc7Bc/F19XaGvcRUdAi+xFJIlBvHqF/BaCZtszXG+iLNng+WT9SRR9aUIuL+0v7SwgOfrPrd/iR0hL3sfcPNPcVE/D3FPfvFe/EZicuWDFRaHakpHcfonh7onQbemOEVoCSSvcU9zD3GOz3EvBqwV+rHxPo8b6ct7Ua5zrESiNMRktjHqB+Ba6mprPLG8miZWP7CfslY1+DHw6gdvcq7fhHdwH3UPcU9w3NA/d59yoVYvsqBfcUBrX3KgXPBqbtBUYG9wv4RwVJBvw8/EBvIgX37/gLFY2JPfunBftfBg5+s2P3HPeN9wTX9wES98f0E7jU+AgV9yrfOCVAUjY9bX+mpHsfE3iifXqgaBtvbHtfbaxd6/cp9yXt9zzmIvcg+yQfrdcF95IGr/cBBfuvBg58q/gBsveWdwGi9wT3NPcQA/d7+C0Vu+7d6PcowYWjGPvdW/sr+4z7Sho/n/sg9zL3D/cL9wH3MPcQS7pKbm2IgnMeK/vOFceh2KDGHt6rjZO3G8qLWHc/WfsciIAfXHlyc2wbU4rApB8OoHb4wPcFAd74aAP3JBb4EfkxBfwRBjT7UgWlBsiuo5v3ARv3Dwb71vzABQ5+qfkNrBKO7JT3A+H3BWfoE/j3S/foFVl6+xZe+xQaa5v7F/dJ9wnx3fcR5VDKcKgekAcT9NiqzbbiGvcB+wyrVfsCODlDPrRDrGgepXMVE/jXMaBxTxpMZUpHOXnXt+q+vcWyHvDdFVu4YbfIGrWiwsYeE/S6rWVFS2VlaGYfDpZ295N3+D6rAfdF9/gVoJ73HK/RHrKfpqitG76KXG6IiC5jJR83a3yGbBt8WYzOH/tL/AIV9/y+9w33p/cqGvcYV+D7AvtBNPsv+wgox0fmppuRk50eVfsJISz7CWsIDvvdfvcm90f3JxKi9yhU9ygT4KLIQx2qYmBsa2MeE9Do99lDHatiYGxqYx4O+937Nnb30Hf3W/cnAaJtHUz3KANy+zMVnpbuvMQaonmTeJgeepd7maoatqiqtKfFejz7GPtEN3yHHvcU+M0Vs6qstrSsa2JgamxiX22stB4OL5h2+J53Aar4kAP4fYMVzwf8BvdV+Dj3VQXPB/yQ+30FUwcOL/Hl3eRnzxIToN733xX4Ws/8WgZZ+7gV+FoGE8DM/FoHDi+YdviedwH4r/d1FcMH/F73fQVHB/gG+1X8OPtVBUcHDn73KPf191hsqhLa9yj7APcO8fcTE8z3O/drFaiEo8aaqranGfcZ4sa82Rq6Zez7KfsBVE1HZ6VtrquopK2fg5iDlR6ElIWSlBoTtKC2nKeqqHtJVXFZPC4eTj+EWYhqCDP7LjwK9z55ufcGsGa7XHfnd/eku/cXshLK5vcK1/gMuROvwPfw96oV9wzj0LuomnVg+yJARV9qb6fHHvciTBV+ok/P9w3P9x7z90D7J/cV+1D7XPtA+yj7cPsd9wj7Wvee29Gnqswefq4FcFBXdjAb+z/7DPcl9yT3d/cZ8fco90v1+yb7CB8Tz8A0WfsKPmyFpJ+SjJGMkh7M95UFRAaAZQWkfYGmWxv7HUv7NT8fE5/A+wPQc6jHusOblh4OUR0BQPkoA/cVFq4HX3aen5CNkI6SPwpbaYNeLApoB/gM+H8VdB37TQYOkIur98ap96GuEvg+9y0l6iz3JxPwcxb3rwb3J/c6vvcx8TinWJsfjQcT5M2b9wyv9w0a9x/7RYxQHvukaAa1qoZjH/sZ/HZ6TW+GaIYZ97n3wxUT8NPZdvsBX3L7GPsbZXSVpJOMk4+WH9X3phXI93UFn5CRo7EbE+jRn1VV+zj7DI47Hw6QecD4+64Bq/cuA/i29y0VL0JLcTwbffsWn/dH90Xz94P3NePFSTJ/in6JfoEdgYN+dRuCf4+QfB+UcGWWVBv7h/tE+3n7cvtJ9yJE9xb3FubT2L4fDseLrfjwqgH4rvcnA/dS9xIV9xT4boAd+ywsJWD7k/uXYX2Zo5qPnXcKjPcT93NdCneDcvsK/DcedT1rg2qGCA5RCgFwFjcdVX2VnJiTm5Cefgr3BKtvTH6JfYl7KgoOkKB29+ar95+rAX4W97sGkK4FXXGWoo6Lj4yPH8v3lgX3AqZsTn6JfYl8TAoFN19/dfsiG8j3cwWrlJaXshv3SYs2Rx+mhrb3UgX8qWgGvYWkh3qLCoUe+xT8lIJnbIljhBkOx3mx96av99OvAaD3MAP4N/e6FbmHqohlGoSKgYmBHoRoYPsQh4QIdH1gfl8bavsUvfc/92f091n3NPcDuzsmH6iHvvdxBWwGgYaCd28bfoCQkHwflHNolkcb+5n7NPuI+1z7RfccOfc51/cHpKTBH5eUu/dJndCTisCPGa/7swcO9wiLrve6t/eZrgFzFnUdXo5ulaUaj4yPjJAezfeGBfeDBkz7hoNreXo/iBlo99GuB2mMZJenGo6Lj4yPHvcZ+HmbyaSFs5EZYQrAg6F7dBqGioaKhh5S+1sF+4MGwfdbm8eoi8ONggq+hKN7dBqGioaKhR77GPx5gGJqhmaFGQ77paB2+Q6uAWsWdR1gjW6bpBqQi5CMkB73Ifh3mr6ejVYdxYagdYh6ioaKhoqH+xj8dxiAYXCBYIUIDkX3P/jMdxJd9xP7E/jOE+D3d/kOFb2EpHxziwqEHiL8LQX7C2tdYXMbgYaSmZiPj5KSH5KSkJKeGq9upWhob29gTtFk3PcYvuXxph73APgtBRPQnsSaiLqTCK77vQcOkKB2+TF3AXYW97WuBmRwmK2QjJCMkR/L93mTiQX3Aft9l3SIGnSEilGEHmj3rK4HcY50jX2p+zH33Bj3bPdQuLWYjK+QGa77Z2gHsoeciXUacvt4+0RkVB6GjMf3cZvFp4u9jxmu+8poB72EpHx0fB15S3CIaIYZDlMdVX6WnZSPlo6YH/cV+HKbx6iKw46CCr+Eont1fB17UnaCYIUZDvd3i65xdvdgd/iFdxITsG4W92OuBlB5o6ylk6uTpx/v+AAFjQYTcM38vgWnBvgH+MqNifsP/EcFE7B7UG94U4cIaPfMrgdVepagmI+ckJ8f9w/4UZvJpI+zkRmu+2gH+8j8cW8KVfhxBftxaAbAiZ6JbBr7DPw5Y/sef5JafxkOix0SE6BwFvdkrgZReZ2wmo6bkJwf9PggBRNgWQqNlpSKkxuvl3Jrb4Vqg3FkHfsS/FcYE6BtIYCbVX4IDsd5rfkPrQFNCgP3P/cqFefg+C33TPOOIXb7CC/8HPtGUFytVR3U+xT3O/eN90P3nvdW90L7G9D7Aftv+137ffuJHg5YoHb31qv3r6sB+Gf3JgP3off2bx0jVFX7Ix/7vPv2Ffe6rgZaeKOyl46YjpkfwfdNBfcn92Ok9zn3EiCqIR/7s2gGvoSjiHmLCoYe+w/8W3pNampjhBkOx/tk6F33Rmmt+Q6tEk0KE1z3P/cqFefi+C33TPOMI3b7CC38HftGUF6s7x77I/vPFZlzBaLErZCgG76ue362HxO8gauvg7wb9yDS48i3H3aeBVhrUXNOG25sjpRwH1ebXpNpjwhmkHWMjxqQqqiamR73hvdZ95H3ZPdC+xnOXR37ffuJOLwn9wVsH5WHi4uPhoiFi4v7QPsjCA6QoHb5EasB+Gz3KwP3pff/Fcf3egWikJKgrBvLqVZPJTtQ+wsf+8L7/44dZnGOsJSNlY6YH8L3dAWoBvb73wX3Xq4GW5B5jXXMOPeAGPcXoMjf1xr3JftEi08e+6hoBr+EooJ3GoeKh4qEHvsZ/HB7UneBX4YZDiF5rfkOroeFHRPYjXkVqQailo+XpBuYmoSDoh+CpqqAtBv3MOX3APcY01TCUbgfS75HtsIal4Tq8fcGpvsCUx6mhwUTuLP3XQVtBnJ+cIqHG3x6kpJ0HxPYk3Rwk24b+xk4KyY7yF7IYx/IY8lmSxp3fvsm+wRh+wWb90Aebo0FDlhYCgG9FvffBo2uBVF2kamUjpePmh/3HvijBcDghfspH6aJr/dUBfy7BmX7P6SEBfG+0rTqG/sm/KN4RmKGXo0ZDsd5w/jprQHO9x4D7fkOFcmDlmtrXSP7qDgK4fe7mbydm1UKjJOTi5IbuphocoWKhYqGHzv7uwUhb2X7C/sjGyhzt8Wzm7uXtz4dDpCHdvdTd7J3+FyuEtP5HhPYE7j3e3kVqwb4Hfj4kZSbn7CWGa77VGgHuoedimwa+4v8MW8KWPgYBYqWi5SSGqenjbuPHmEKx4mTgpRRCA73d45294t3+D2uAfdweRWoBvd7+HoFjQbG/HoFqAb3qPjPq8uqmKqQGa37T2gHuI6dgXQafYZ6gXce+y772G8Kave4BYikiaCeGqqZm7uMHq77oWkHvoOfkioa+yj7yG8KZPfgBYqUi5OSGrColKuOHq77qWkHy4CNlJZDCA6QWAoBcxb3aq4GdI1XkK4a90L3TwWVY7ogYBppa4lniB5o98iuBz+SfqJw4UH3dxj3W/dXv8GjjqKPGa77X2gHrIime3sah4qHh4ce+zj7OgV8v2fanhqtmqLGkR6u+8VoB7+Go4OaWd/7mhhPTPsD+wxHUHV4hIdsgggOWFgKAdQW99auBl2NbIy0Gsf3eWoKxIijgHgagYd/gX4e+y/7akj3XI2DgaUZh5WIlpIapqiUuWodT/tieUtyiFGGGQ5YWAo+Cg773fszuPl7uAFm+zMV928GkrgFOwZ/doujH/cy+SQFxpmKj7Ab0gaSuAX7XAYO/BT7HHb3NI0d9x77MRXGBjL53gVQBg773fsxuPl5uAFk+wQVhF4F91sG91z50wX7cAaEXgXZBpajiHUf+zH9IQVRfYmGZhsOL/fZdvgBdwHO98QV5Ab3Ffeh9xX7oQXkBvtG+AEFOwYO+xG9AUAEWfiIvQcOfx33SXcB95D4mHsK+wP3JwWYgHqgcBtweHV2dqB4mIIfDlgdtYV3dAoTaPeO9wcVLh0TmHEKkJRECgX7AwZ6TW8KE6ikh4q2Txv7DvszLx3M1feE35StOQoOfqz4Cs/3gXcB99P3EQP3WvgMFYmN4/fVQncdZfst/INuGnfBY+D3O/cs9z73PdlbxU1MZGNdaR4y+9kVjMf36vO5i1h6Nkr7cfsFhnCLqh4O+25+y/eP9zRqrBKG9xQTsPfS9yEVUWNma14bbl+V29LH923ilJmHfoOFg4WBH4aCh4F+GhPQhB1ntzz7Hvsk+zz7LfsD3mDN9b7Ty7geDn7TWnb4Q7X3gXcSdvcQE3j3jvcHFYRsiHl7Gk7Ai5LRwuKyox51mwWEkFVLdhuGiI+UH/c8+QZog12A+xSBbQq2noVzfHI1dTgfmX2DnmAb+wj7N/tV+y8fE7hfojje4bvZvKge+yUW0c/3gOKwmF2Fbkf7rCxjib2QHg77bn7L+CGsAZD3Fvc/5wNQHfcHwhrTR5No+zf7E/tV+xz7BN9pNQqO2p6Nlz0KZYJXcDr7F2gfDvvd+2Gq+Nm193CoAbL4KxXUBnY7Y/tXcPsJCPscbnxWWxuAhpCSjo+Qj5Ifj5KPk5Yar2aYfnRveWxPuHO/90Oz92f4JeEe5QaUtQUvBvcDpqr3Ab4bk5SIgIiHh4eEH4eEh4OAGm6gdqajp5myn4HHM/sSSfsF+xxoHkIGDvtfrfdMdvczqnR397aqElfi93v3AUD3CRPe2ZMViQdMe0h6Qho/83Db9z/T2tDaRKY9oB4wpn6XmxqWmaKYHhPtkpKKiJIfiJOTipYb9wH3A8z3BJ+Jk4eaH87D+wMGnnNnmVsb+yg/JT5UqGS+eB9LaGt5Xhpgt3uahh4T7q59Faf3EWNWTzKBXkB1q7C+1LaQH7H3khUT7ayn9yrWr5VocFto+x1FX4u5nR4OiR33gXcSE3B+gwqk4673CrTJCLanvtq1G56PfIN9cERzQR94T3lOaBoTsGqhb7bduNPLtB51mgV3iFNNjwqQlpCgxaHLH6PQo9afGtpTm3VZUG/7JikeiYz1+C5AfFODPoSCHWYd+MP3Gk0dU1VziB2PlTIdqYtrHzQd+wL4fxVBHQ78FPtOdvmJ9xoBqvgrFbuZhXIfI/w5BTZ1fF1nG4F/kpCPjpCPkB+PkY+RlxqzZZSAc3J2a2+gWuDk1sn3Pbce9wb4SkV8e4n7DoAZ9wX3TBVBHQ6D0mF2+FV396J3EhNwdBb3Dga991CypgUTsPsOoaMm2RvQtdu3ox91lgV2f3RgcRtpfdP3MmwfysLXzqKFr5AZrvtjaAelpIl0aPsPOWVtH4mN9w74W0x/OH9NhYIdZh35WGwdVFVzG4SHj5Wfm8WRoR/3JfiffwqsjWwfXPsi/FRPGn2LVs/bt9DOtx4O9wiXdql2+BnUEhNgfYMK+ADo9wOkkhu4Tfsu+39BH/cMBr33OJm4sMuOkd73Ba2MCJSRg3h9azhyPB96Vn1XbhoToErAi5zbudnAqh51mAVziFdYdhuGh5CUnZ/DoMcfos6k1K4at3OuVDlQNzpYHoqNBZSima2yGs5Oi4YySicyUR6Ijcf3TkZ7cokhgm0KmrKObh8TYGpe+x9S+2UeDokdEhNgeAqvbS4wbR93T3hQbBoToHYdaoFiYXYbhIaQl5mfxKDJH6HNo9StTwoTYIgKDn6o+DWoUh3hFcu/96/3AKWffVlAT/uqK1eNvZ8e+wu9FSvXVt33NPcS90D3Kfca+wmfZfsy+xf7QPsuHg6HHVkdeGtDRPuKTx1XH4iOrfJEfWSHOIFtCq+diXJ1SvuFT/uPH2mDbYcKbY2roajjk6wfDvthsPcv0/f8tn53Eoz3ERPY8/s8FWb3n7AHaG2LqaD3E/g3sfcnH/sBBn1UbwoT6KuGhK9LG/sT+yL7YPsRaov7BfTUuMW5px+NiU/7d4NtbY5XiBmh98EV1tz3Z92nk3B0VEr7ky5ii7ykHg77paB2+GJ3AXaDCqvolbulzgjAob/vpxuRkYODkh+BlJh/nhuqp6a5zVWLh0lQ+wxRaB/D90ZIemyJJYJtCq+diXJrWvs8VvtIHw77pZN2+FGsh3cSjqb3LeukqBPchQqWlYeGlx+GmpyFoxvL5LDsum+2bLMfZrtita0akIe8wMakRlmTHqaJBRO8eQp7gpGQgB+RgH6QchtKPGcyYqpfq2AfrlyxXGAacnhtZYJDfAoOZh34NLX3JXcB91/3IRV5iVVOchuEh4+VrcH3Q6z3Dh/etUMGsvclBWgGRyE/bGR8CGi+B1/7Mlv7KmIahItP09m82cWwHg5kCqx3EhPALB1WTXMbhIeRmDEKY6DCr5YfE6BEHaGIcW54UHlPH3hNeEtoRwoO+26TdvhvdwHa9w/d9wkD4H4VpQb3Pvcy9wz3Ke8atmikb3Ntc2p2lX2Vfx6XfZeAeRpvdWAj+wge906Cz3XbHk98Y4ZUgwhwB6qlh2ofhoyFhBoOkJN2919397h3AeD3C/fi1wPqfhWmBtr3Ddv3IpSeCI0Gj12c+2eNcgimBrW393r3hfcRGrlmnnNqdGtwd5V9lX0elX2WfXkaYjcqaGIea/fgBXAGUjBdMVgwCIkG9xJ+03fVHl6CXYFLgghwB6uli2kfhYyEgxoOk3bpd7R3+BB3AfdB9yIV+wqfq2a6G83E37GlH3aZBWh2dXV4G3h8mbCDH2v3MAWfmbbWrhuXkoaGkx+GkpOGmRuso6Wlo3SxaldpaiJBH3vZgqt3p/s7cxhwB4yVmIyWG56ki0iYH6n7LgU0VXxzdRt/hZGRgR+Pg4GQextod2xze5RfwMLL1N2xHw55HQH33MsDRQqVlHwek359k3k4HWqZgJmBHpiCmYN1egoO+6VSdvhG6AF5dBWnsYuLmhukpHl4qB91rLJzwHYKf46Dj4UfkYKShoIahIODfm+Bpqx6HnqrcrFRooAK+ytwHfv5BQ6KChKn82DxE+D3aftDFUeVfq2vGhPQxcb3L8Aat3ebR5wejQfxnaalndK490cYndGuuOCajpcY+xk3d/sObB9d+0d6SW9sL3gZxH2meWAaE+BkTvtBUhpLsm/3Ix4O/E77O3b3U40dsOMD9135QRXPBvt5/f0FRwYOigoB9wjxbfMD+xL7QxXgm62xntG49z8YntOmsfCeCI0HR5t3mrbAxvcvxhqwfq1Hlh6OlwX3I7JtSx9STvs+YxpgpnrEfB4ueHFeeUld+z8Y+w1rOHz7GRsOL/dF30h2onbR3493EhNQ7/dBFa6bo7C3G7SsfHuqHxOIea6teLYbyay3takfZ9EFaHRyZmMbbmibm2cfEzCdZGOdaRtIZ19hdR8O+6X7THb4vfckAZ73KZX3JAP3VfenFUz7OTr7L3ttCIJ6hnp8Gl2saK7GnsG1jh6U9wek9zKf8ghf9y0VY6trs7Orq7Oza6tjY2trYx4O+w529yt2+E+s9wV3AZf3EwP3asQVY5yGvqUazsr3aN6gjoKEHvsp/D8VXfsWBa0GuvcZ3Zi2yLXGGXCda1tkY1yKGef3mgWFkpeGnRuqq6W1q3mpaJwfuPcSBWgGYvsIBY2BgYx/G/sb+yb7Lvsy+w7pYcEfDn+qbPMj90L7LHb3F3fCd/dDx/errRJrqRNPgPcwvBVuq7hruBvnudDtnR9yBmd7f3BGG2VKpZF8H63Aqt6VvQj3BwaVxwX7Bgay914FvJSgp6obp4dzc4YfiYKKgoMaZ6t8oKesorfMT6ZYZ/s3ffu/WR4iBoFPBfcBBoNWhk2FXAgTI4CTeH2RaxtdXW1QHxMfgF6vZL7Koq+jmh5gtBUTj4BqhXtlZht1aZmtt6qUn6mgeX+YHw7SdtzV92XV1HcB09v3XdoD9xz3zBXKvr/LzbpVTEpbVEhKW8TMHjn7jhXh4wV4p7N8thu2sZqepx/hM7+/NOMFoKaWsrYatn2xeKce4+NXvTQ1BZ5uZ5VfG2JigXhvHzXhV1njMwV4cHxkYBpgmGWgbx4zMwUOi6T3H73ZvffCpAG5FvfWpAZZjWyMtBqomLaRoh73LAaZvQX7LAag2QX3KgaYvQX7Gwb3MPd9kB24kxmk+1xyB8ehfHmChoCEgB/7K/uABXTBVvdUnRqil5jKHqT7rHIHwISKkqFk2PubGPsRBn1ZBfciBnU9BfshBn1ZBfchBnAsf2JxjUyGGQ78Tj528Hb3lnetd/hXdxLN4xPc9ff1Fc8G7/fgBUMG+3j9oxXUBhPs6/fmBUcGDvsOdqJ395mm95Ck93ihEq/3Bp3Rqdie0hN/gPey9w0VjY8FiJOVipcbxsW81spiwXijHyb3DGe1tBqwo7DDr6d8f4KDh4OEHoCEgoF3GnCjcaqgsJm7t2LAJzdJVTpLt1aWgB6JiAWPfm2Nhhv7AG77KyjeH/cW+zSed2MaTk99cHVflZ2Wk4+Ukx6Uk5SUohq0ZpV3b252ZB4Tv4BSxFvj4tjE2MZkuXekHjvsFYiOS8++GrKloKvC9wT7F1BgaXhybnqXxVYeDvvd+KH3FgG49xbf9xYDuPjiFUsK92gWSwoO4Hm59wSi4nf3tJ/wuQGfyFjI5OD4HMgDqffhFfdX9yv3MfdV91X3K/sx+1j7WPsr+y77VftV+yv3L/dYHsgW+zj3Evsh9zH3MfcS9yD3OPc4+xL3I/sx+zL7Efsj+zce+Fk4FXpDBXBuZoBIG/sMLcj3IeDI9wP3MsClgoKmH5qGkoSCGkR6B7aDcLo/Gy9hPiggqEPvzLqyu58fDvwg+CS4cnb3l6YSm9kTcPdU+G8Vh3uIgYEabKqCl7OwuKqgHn6UBX+Fb25/G4iJjZGhmLKUpx+59yA/iIFqbwqaiISlZBs5LPsLMx8TsHeSUczBrL2mmh4rFrjF9xy6lJV/emNe+yRSiHiPpx4Och2X921xHYGUloKTG5GPjpgfQY0K418K902CcR2AlJeKHUGNCuPcrxqUiI6GeWBie2wKDlP3FXb3Xc5I5QH4ZeVD0wO+98kV+ET7XdP3oPyMBg7gebn3D/dO9z2g9wS5AanI9zrS9wHU9yfIA6n34xX7WPcr+zH3VfdV9yv3LfdY91j7K/cy+1X7Vfsr+y/7Vx7IFvc49xH3IPcy9zL3Efsk+zj7OPsR+x/7Mvsx+xL3I/c4HvcL+0wV9zqbBlqQjIy1GvG3BzDIyECJG9EGd6VurTf3CQi7mqyzvRrMVKhNHvtLewa8homKYhr7jQdhjYpahh73Cvc+Ffc9sweyqXhRVndkWx8O+934vdEBvvi9FffYBp3RBfvXBg77mvg2dveydwHe+LIVPMtJ2trLydraS808PEtNPB6xihVRuVvFxbq3xcVcvFFRXV5RHg4vi+Syd/c25DzJ9zh3EveF4z7ME+r3kPcUFcwGE9r3LPdwyftw9zhK+zj7b033bwf7b/usFfiMBhPsz/yMBw77/vem0PeryAGN96ZeHe8Ftqq8vVIKbWZhH2toi4T7CPsCCA77/veydvgDvhL3Zt9O4xPg9wL4dRXMrmlPaWZPaYGCj5eDZx3P4bx0o26eHxPQYx1pCg5/HfdJdwH3H/iYFb0G9yshHQ41+05292PRTXb3EXf3+XcST/cLE9z3r/cEFYNsiXx6Gm2ha7PautbDtR52mwUTvHGAa2d5G4CFlKuTH/P35AX7GwZY+zgF+w5iQi5TG26Vt6KRH+j3zAUT3PsbBvsD/AsFX/sSgVRkGmCgeamzp669tofAnL0eeqKUhK4bwM3StKIfDvtXdvncsRKy92RC5Pcs5BPY9xH7bBW8BveF+dwF5Ab7hf3cBbwG92n5fgXtp5Kb5RuQnQX7vQYT6Ptk+wP7MPsc+xPwbPaJHw78MPeV9ygBvvcoA7733zwK+937brSA2EnY9HcSE1C0kBVJKph/BROwfQpyfGxue4YKn3m/G8Dpo8q/Xp5nfX6LiYMfuM4FDvv+97t29xd29793Aan4FIwKYnGRoJMfnbnH9yGnzV6CZoMsfYl2GKizk3F8Rfsfe24fcH1mi3MbDvv++CSf94mfAfee3AP3HfhfFbKu9zvSlZiFbV5k+zhNb4umlx46qRVSvmvA897y5ds/l3IkNCQuHg5yHffrSR2VgoCUg4gdiH4f+wT7QHAKj4iQnbW1mkoKlYKAlIOIHYh+Hw6GHfind6J3EhNw+BHjFfczBhOQcDMF4QYTcEgK/Dn7N2Ed/Mj8KowKXX6SopOOlY6XHxOIbh2UcGsK44vQTXb3FHf3ksj3o3eidxITePcNfWEdE7T7JP08Xh3uBbaqvL5SCmNmYR9raIuL+wj7Agj8OfeWjApffJCglI2Wj5kfbh2TcWsKhh33CHf3gPdbW7uOdxL3XN9O4xN5APchfWEd/HD7WxXMrmlPXGxhZX6Aj5KGZx3R4bx0oW6eHxOSgGMdE5SAaQoTeQD3sPwrFfczBhOZAHAzBeEGE3kASAoO+2GqbPdY9/X3KBKp9xP3CPcoE3j3xPejFXNQfGxgbwj7GTRQWj0aXKgq9yn3AcvJz69xqWhrbnJpeJN/koEekoGSg4IaE7h2anpvbGSbzcGpvdboHsjXkr2OrAhP9y48ClEd94V3Afg8+Wd7CvsC9yYFmIB4oTAd+/r9wDMKUR33hXcB98v5ZyId/Ij96jMKUR33flod/Fr+FSQdVgr4TXfVgx1e1hIT5PeT+XwVE+iek5SjrBusooSAoB8T8H+mn32mG+Gj3q+TH2IGeIKCdGgbfHOWlnAflnBvlHAbKHn7B4gfNf18Fa4HIx1oB/gM+H8VdB37TQYOVgr4WXe69xr7DfcaEveA9xq99xoT7vdz+a8VE/YgHfdoKwr8iv2vJB1RHbi79wG8Afewu/cIvAP3sPnCFU+5XcfGu7rGxlu7UFBcW14K/CP9wiQd966Lq/dzsrer95+rAUurFayQiovD0/gC+FsYmJuSmZgaoG2TWB6s+OEHXvtSc5AF9xQ5pDxWh4B2hh5K+3/wiMCYs+sZpYdC+6VykJjpd7b7D4gZTPuFBYmCioOFGm+dfaf3K8+69wzTHqWIUPtYBfyjqwa6k5qQm8W59ywY+1QG+wb7KgWCfoaAgRpxoH61Hmv7Vwf4Yve6Fef31wV/BvuR+9cFDpD7brT3b3auv/ivrgGr9y7vuPehq5ipA/d/LxWYfwWPlJSMkxuooXJ/cHR9bG56kZZ0H3VqBYObo3q+G8DnnsrDWKBlgIKKiYQfqrkF9wnb1tO7H22hBS5DSXI9G337Fov3R/dF8/eX9zXjxU0qf4qAiYCBHYCFfnQbfneTk28fknNskWMb+4f7RPt0+3H7QPcVNvcRHw5RCnMK+Dz5Zycd+9L9wBU3HVd7lJuYk5yQn34K9wGucU99inuIeUwKBTpgfHL7JxtlCpNzHYtAHYWWh0MKDlEKcwr3y/lnFbwG9yvhBaKYnJclHfxg/eoVNx1VfZWcmJObkJ5+CvcDrHBNfol8iXpMCmA6fHH7J4wZZQqVcx2JMR0OUQr3eFod/DL+FRU3HVZ8lZyYkZuQnh/K93sF9wapbkl/iX6JfSoKDlEKxfcbAfeG9xvY9xsDcBY3HVZ8lZuYk5uQn34K9wOscE1+iXyJeioK96H5i0YdaApzCmsWdR1Kf5qhl5GYjpVBCsabfnp/hnxHHffl+UQqHWgKcwr3VPlnewr3GtwFoZienCUd+9r96o4dTnuYn5iRmo6WQQrGm395f4Z8Rx0OaAr3eHcB9wv5ZxXEBvTq4yw7Hfux/hWOHU57mJ+YkZqOlkYKaArG9xoB8vcbA/L5sBVBHfdjFkEd++r9sI4dSn+aoZeRmI6VRgrHi633u7f3naoB+L33JwP3mPfdFfcOBpe3BfsOBsj3d4Ad+x1bJWD70fuXYX2ao5qPnHcKkfcT925dCn6CdVr7Sh4lBn9fBfEGhniAXGf7D28tbYVqhggOix3VjB0TsHAW92SuBlJ3nq+nkqyTph/u9/gFE3BZCsKgeGpvhWiDb2Qd+wz8LxgTqGP7H4CTWX8I97H5WVAKqKJ/gKIfE7CAoaKBqj0dfHOWlnAflXFulXBUHTMd+D34liodMx337/iWJgplHfdqJQr3h/iWWwrs4yp+HWUdx4wdTQoT3Dod94D4qlAKpKJ/gKQfE+yAo6SBqD0dfHKWlnAflXFvlXBUHWUduPcaEqb3JPcM9xrY9xoy9yQT+jod95z43S4KE/z3Zy0dL7B2+G53AbvHFbdf91T3VPdT+1S6uvtV91L3VfdWWbb7UPtS+1L3Ul1c91H7UQUOxyN29q35D63adwFNCgP3StgVg5+Ioqka6+T4KfdJqKCDfpoe+7785BX32fi/BZZ0jm95GvsCLvwi+0dydJGbeB77I/s3FbsG0fcMBYOjpoaqG/eN90X3oPdW9wJWzkeuH8r3AAVaBlYvBZRwZ49wG/tv+1f7ffuJRq823GEfDnIKcwqw9x4D7fkOKR3DnnpoboRohHBKHSxvtMG1mr2Yuj4d9/bBKh1yCnMKzvceA/gy+WciHfxK+3ApHcOeeWhvhGiEcEodL2yxv7aZv5m8Ph0Ocgr3eHcBzvceA/ei+WdCCvvg+5spHcChe2tuhWaDbkodMGuxvraZwJm8Ph0OcgrG9xoB8/ceyvcauvcaA+35DikdxJ14Z2+EaoRwSh0tbrPBtZq+mLo+Hfdj9xIuCvdpLR1YWApzCtQW99auBlhwmKuZjZuSnB+/90lqCsKmfnmBh36AfB/7L/tpBUv3XIGCpxqilLPFah1V+055S2x0UYYZ97H5RCYKWIuu9yer97Sra/c7Evg/9yYT6Pd5929vHTNiQCZ6eIyPdx/7lPtvFfe6rgZMf56ilI2UjZMfot8Fh7CairQb9xr3E873FPcSIKohH1sGqeWjj7ORCBPYjK4F+7poBr+ff3d8iHiFdR/7D/xLek10iGOEGQ77XPcWyq35HKkS98/3DEL3AxPw9yKaFYKYln62G/cL9vca9xLpTLE9mB+NBxPoyqL3CL/3AhrUT7o2+y5D+zP7I3EeSfv/bfscZlwIgIJxenwbhIePlJaTjJCVH42QjZGWGrBrkn5Vi1yDZ6pkzPcKz/cN90m0Hub4KwX3A6SowrkbuoxHdU15ISsfhGoFE/C2hapfOhpbbftGP3p4k5qAHg5YHbWFd/eZNApvgWJidhuEho+VRAoF+wEGeE1vChOsJwowCvd0+CUqHVsd95M0Cm6AX2N3Px0TrDAK9w34JSYKWx33jDQKcQqPlSgdE6wwCqH4JUIKDlsd6YwddvcPE2ooChOaboBeY3g/HROmMAqp+DpQCqWigoGhHxOqf6amfqU9HXtxmJZuH5VycJNyVB1bHdr3GnQKpo4KE28oChOfboBfY3c/HROvMAqm+G0uCjoKWB2wZrXBvFr3OfsI9wj7CPc4W7t0CvcD9zf7CPcI+wj3Olm9E2TkKAoTmWRxCo+VKB0wCvcD+I8Vxrq7xh4TqsjGu1tQUFtcUB8TpORQXLrGHxOq1LqMFWulcaurpaWrq3Gla2txcWseDsd+ykzSWnb3Cnf3FHf3dbNtqY53Eob3Evhi5ROcwPes9wgVjQZblJo69xAb9xfE9xmNjB9vnAV6gmBDRBtRgsWkm42cjpofspQF9zWwztTSGshgplNoY4NWYR6JjZ3GBRM5wCiOdk0FiAalgn+vTRv7EPso+177ISbJbb7qvt+3pR/7M40VE1zA6eD3Y9ewmXFmWkn7jStnfaiqHve46xWQnAUTmsDBm7X3JNUbrItvffsN+yJXbx8O+277brTY9yv7AnfjdvfO9zRqrBJz9xQTuvcDfxVUO5h/BRPKfQp0fGxueYYKoXm/G8DnnsofE7rHSZxzgoOKiYIerr/glsvLtMUZb50FE8ZRY1NrXhtuX6rb0tr3WOKUmYd+hoiFh4QfhYGDfnoaE7qEHWC3PPse+zD7LvstI9NMyh4OLwr3KvfCFbYG+wFfHS8KvvfCFbhaCmgd93giClv3whXABvcX6OQuBb0GNU4KDmgdx/cZEpD3Fmn3GdPnL/cdE/QgChPqXPgKFWcK92UWZwoOZh35VjwddPgZewr7BF8dZh35VmwdUlWPCpCUJAr7EvgZJgpmHflPbB1UVXMbhDIK+4T4GRXEBvcW6OQuBb4GNE4KDmYd+Kb3GgGc9xrW9xoD92z3IRVxiFFWdBuFiJCUJAr7cfhhLgr3ZS0dfqj4NW4K9y6QCvdrex19WUBR+6orV4v3Cp8e93f3nhWpem+Xcxv7KPsV+y77LivZRN33L/cV90X3bOBm3VLIH/bDaasgUmSrXaFckRlfcLGFtXOvaBn7DkusbPcLyQWuX6ZWVhoOIZd2qXb4Ynf3HtYSE3B4CpiXgX8fdTP7b0QaE7B2HWiAYGN3iB2Rlh+o4vdozE8KE3CICvcr+K1QCqmhgYGhH3+ko3+nPR18dJWWcB+VcW2WcFQdfqj4M6j3gTcK9934Diodfqj4M24K45AK96t7HX9ZQFH7qjYK90D3Kfca+wudSx33dvgOJgqPHfd6Nwr3E/gOQgoOjx3XjB1OHRPcIwr3G/gjUAqpoIGAoB8T7ICion+sPR18dJWWcR+VcG2WcFQdjx3I9xoSiPcLk/cay/cL+wH3GhP8Iwr3E/hWLgoT+joKL27vJ/co5+E20PX3KCfvEvdn9yj7DO8TWqz3aBX4jND8jAYTpfdi+5gVZgr4ZARmCg4pdvWozXf4CKjsXB3hkAr3sPcAmJaGgZQe+1H75W8KYUAVQ/sSBbMGy/cGBYabnYicG/c09xD3QPcp2mKyYp0fzPcIBWYGUCMFkHlxjYEb+zL7C/tB+y5Nq1+4dB/BphX3VffrBYyKi4eIGkBR+6ord3+SloMeDmQK96B3ASwdVE6PCpGXMQp5hpeanpSkLQrP9/0qHWQK96B3ASkKlpuelKQtCmj3/SYKZAr3mXcBKQqVmp6Upi0K+xr3/UIKDmQK5/caAfcsjgoDKQqWmp6UpS0K+xr4RS4KOgp5HfeTdwE1HVVLSnB7fpOTfh6UfHyVdzgdb5Z+l4Iemn+chXJ6Clv4JyYKhx33gXdZHXRrQ0T7hk8dWh+Ijur36ER3HRp++w78Xkz7iB5Ne3WHCnepq6Gex5OsHw77bvth9wf3ZXf3/3fa9xoS644K+wLLE/pFCpSUfR6UfX6TeDgdbJh+mIIemYGahHR6Cvsn+G8uChP8OgpmHfhrPB0OUx1WfZaclI6Xj5gfvfdN9yjeoNH7KjrH92ecx6eUw46CCrqEo3l0GoOLg4mDHj77qCdWdUXzw2n7DntSdoxghRkOZh35WHcB92b3IRVxiFJWjwqQlJ+bxZGhH8T3YeG6ns81XND3jn8KjayLbBp2byhxLx49YHhF2LYFZfsdbfsBcBp9hVbP273QzrceDveug6tzq/fErfefq3OrEqL3IRO0+OH35BXeirqASBqDiGuKfR6mhtP3pHCOclRxWvsejBnI93AFrJSPmbAb90SBME0fpIW591MF++MGeG2NjXEfE6yNcHONghv7JPvJ+wb74PsM6/sL9zwf9zWSBRN01YwF97wGx/dWcJAFRmdAKfsUG0xwjqmSjJSNlR/7GasVE6xOenNlSxv7BIDyq/cO3/f/91CMH57Ei0t0gWeJgx8Ox36obsr4E6gSkfcJE3D4OfduFfdq0q+LoxuemnxwiYv7F/s5ZB8g+0IVXLO4gacb5sW94rYfb5oFWGpwZU8bYHW4vJiOmZCYH/Gi9zKz9w0a1VCfVElgaW9oHqR6cLBCG/tJ+wT7XCL7OfcZhqWv0Ja5tx/7U8cV6sr3HoqHHrmfpsG7G8OMVnYfE7BWUfu2KF2Asb0eDiF5rfkOrod394CFHRPcjXkVqQailZCXpBuco36BrR+EoaaGqRv3L+Lb9xjZTchNwh9Owk+7vxqWg+vx9wah+wJTkR6mhwUTvLP3XQVtBnF/b4uHG3t2k5NzHxPcknVyknAb+xo6KyY+wlfFWx/LVs9bRxp3giH7BGH7CJv3QIoebo0F95T4mRXdBvcq90IFUwb7D3gd+6WTdvhOrIp39413EvdA9hPYhQqYloWFmh+Hl5mHnhvL6bDsum63bLMfZrpjta0akIW8wMamRlmTHqaJBRO4eQp6gpCRfx8T2JCAfZFzG0o+ZzJOqmW8TB+ka59eaRpwfXdmgkh8Cvdq+KVgHViLpPj/pMX3GwH3dPcb2PcbA9QW99akBmRnlayTjZWPlh+/92f3UvefkB22kxmk+2RyB7yJn3x0GnmAdHpyHvsV+04FS/dcfpanGqKXqcUepPuvcge7hJKUnVTj+6oYT/tseUtyiFGGGfcr+ZVGHVhYCvd4dz4K99H5QGAK+6VSdvhD6/eFdwFydRWnsZKKmhulpHh4qB91rLJ0v3YKfo+Cj4UfkIOShoMahIODfnGBoqh8Hnqtc7VMpIAK+y5wHfv2Bfdz+JlgCvsw9yf4Kbf3C/cobakS+Dz3BRPY2fggFfQGP/wijz1VaQiFgneFfBuBg4+UkZSTk5YfkZOQlZYanH6sZFyAYn1IwHLD9wfv5ffIwR6m9y4F9wgGlLcF+woG9x+im+3MG5eXhoGGhoaFhh+Dg4GBdxoT6Gaqfp3Li8CVulyxT/tBZPtUQHIeIAYOfx33QncBs/iYWwrm4zB+HX8d90J3Afc7+JhgHfvd+JjTQ/c2AdP5OhW2BleQqmXTG+Wew62bH7IGhYD7MPs3+x+J9wq3Hg773fih9xYB91f3FgP3N/jiFUsKDvvd+J289wu7AfcGu/cVvAP3E/kDFU+7XMbFu7vGxVu7UVBbXF4KDvvd+0HQ9yh3AWPfA6e3FWNfb15eGkbSfbOtyaa7oR5xmQWBeX6BdBtjcp26pJiyj54fDvvd+LL2MHamdrDWQc8SEzCH+LMVrwYTSJySk6CpG6WhgoGfHxOAgaCggaUb2Z/Wq5MfZgZ6g4J2bBt+dJWVch+UdHKUcxsTMDN6I4kfDvvd+Jj3SQHQ+JgVuwb3LSEd0PsXFbpaCvdGx0/mAYD3RhX4Vcf8VQYO9+b3RshO5gH3RgT6U8j+UwYO+91pHfcU4TX3MBPg9+D5KRVcCsZ7ph4T0LSoq7WpfJp6lx8T4HmYd5Sheh0O+91pHfcmbR0T0PcD+AUVSQoT4GJua2FrnH2cfx8T0J1/nYGJCg773fs1Ygq2bR0T0Ib7MhWYcwVJChPgYm5rYW+YfJqAHxPQnnyig3NUCg5pHcDhNfcw7+E19zAT2PeV+SkVYwqreZp6lx4T5HmXepSgeh33lBZjCqh8mnuXHhPoeJl3k6J6HQ5pHfBtHe9tHRPk99b4BRVACm1hbJx7nH8fE9Sdfp2BiQr7h3MVQAptYW2afJt/HxPYnn2fgXVUCg77NWIKgm0d720dE+T3W/syFZhzBUAKbGFqnXydfx8T1Jx/nIKJCvuUFphzBUAKbGFsm3ycfx8T2J1+noJ1VAoO+xB2+LfzTKP3bncSE7D3MPslFaIGsfcesPdN0OYIgZl7zr4am42aj5YeqY2hhJ2CCBPQf6KdfKIblbqQupCLulRzen6Acx8TsIN6d4RuG4+dkayeogimrZ+lqRqdgK9daXZzaGyWb5FxHpByinOAcmqKdZR4lAgT0JZ2eZZwG4FiiVdynnSqq5yXlp8fE7CclJ+TqoqIZ2w4Vl+V+woYDvtXdvdX9Pe59PdXdwHZ9xKvn6/3EhQO90qhFXNAO1lRGmyhc6q5pri1Hq2ArK0anI+cjpseisG4YcAbqaGiqKpxoW4fjGxQXlgbnL6ro7ugCHCeeaGuGsK3p7aeHnSge5ytGpeNlo6XHrTNWJKtH6ygnq2scJ5rXWdfjFofo9bbvcUaqnWjbF1wXmEeaZZqaRp6h3qIex6MVV61VhttdXRubKV1qB+Kqsa4vht6WGtzW3YIpniddWgaVF9vYHgeonabemkaf4mAiH8eYkm+hGkfanZ4aWqmeKu5r7eKvB8O+8z3WHb3xHfNdwGs9+YVPMtM2dnKydnZSsw9PE5MPR4O9+Z+9ygBs/cq90n3KvdJ9yoUcLPIFWKrfR1qaWMe998WYqt9HWppYx733xZiqWq3tK6rtbRoUwr35n2lhXb34aX3xqWMdxITsPfm9wgrHfd0Mysd/Wn3iCsdE2j7MPy7FccG+On5SAVPBg773XIdq/dtcR2AlZaKHUKNCuJfCg773XId9zBJHZaCf5ODG4aHh38fDvyDknb5TXcB+wF9FfhF+UsFjU8H/EX9TQUOkIu692C077T3abAB9wT3JvenrgOz948V+0H3Gj33BPcL9xa73sUebaEFU2P7AllXG/sOVcP3KIwf970Gl7QF+8UGpZa5lKce98EGmbQF+8IG1Zfj9x/xG/cGkVEuH673IgaeY3mmLBtS+3dV+1hJH/sXBn5iBfcUBoNug2GJbggqBn5iBQ735vedoIl2+BShEvc82feNpvfM2RO89wr3nRX3RqAGWJCMjLka98m8B7OdbWeTH6Dj+/IzoAavk52psxu8+8kGXYyKWIYe99l2FfcXoAZej4SMuhr3d40HE3z3JvvCBZYG9yv3xAWN+3kGE7xdjYpXhh5290agB1iQjIy5GveVB62Wn7gen/sBB/sx+8L7KvfCBfsTdwaop3ZsmB/7lwdchIpehx4OU/dlyU3jAb73ZRX4jMn8jAYOIfthrfdLdvg0tfH3LG2pEhPonPgrFdYGL/wvBfsZbX5pXRt5i5GOk5KOkJIfj5COkZYaqXOeboB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3JkX3CPcm5PS3sG8KDvgBi6n45akS+OH3AxexCh8T4PRN9zX7eh77qnsG435FWX0f+wf8NQVNenB1Yxv3X/cwFfcE+DAFmY+VpMSyCll5naWml6+Vrh8O95KLrPe5rGzpChKK+Q8T2IsKdGKStJCLlo2SHxO4jpaFecv3ewj3N4t9Y0AKhYD7NRu39zcFzp2BqOkb9z6ab2d8i3mJdmMKwpxwdXeHdIR0H/sH/DoFR3lke3AbDn0K99zpCgH3ZO4Dkxb3kJsGSYqAtprExPdpGOPRlU92hnSIfR+chtf3fnmQBSxdeo37LRu29zUF5KOLlNsb9yivfkx9iX2KfR+giav3LQX8hnsGwpt1bXiHdIV2H/sB/Cp1OoeESn8ZDrYKsPj5rQG/9wID+Fz3wxW5oHFphYuEioQfiHt2+xdudAh0bnKAWBv7Pmv3ENn3OO33i/dd0vcBavsXH52IvPdZfI8FfYF9d2QbfHCWlWcfknBrkWcb+2r7U/tZ+3lgqPtr95zU6aGzyx+490UFy5yqncAbm/ueBw74AaB297m199J3EoP3ivuK+Zv7i/eLE/SDFveKmwZobZqxkoySjZQfE+jH934F97EGUPt2BUt5VXdoG+YKZGubtJKMk42TH/cD+DwF9wepqo2uG5MKu5tzbHiHdoV3H2L7LgX7sQa19y4F9wWqv42pG8QKwZ10bHiGdoV2H/sE/DoFTXpndWkbDnPLCoP4HAODFveImwZZfaSqnpCgkJ0f9wH4HAXspqKdthuTCrmddnJ2iHKFdB8g/BwFKHB4fFwbDuJ5qmz3IvildxKF6BOw94H5ERXDnXZteIZ0hXUf+xX8WwV3hYJpaRtqiKGijB+RjJKRGhNwpHWhcW56dGxOx3DA9xey8/WoHur33gXZopmwwBub+5IHDvfKoHb35rD3qncBkvlfA5IW94ybBlJ+naqakZ6RoB/H92+TivcH+1oFmnCfbHMac3t5Ux5796ebB110krxvH/tC98P3wPd2BZCSsqqoG5v7cnsHvJeDenI/S0dbH/skJoWMt/cxBeCjpZ/FG8QKw6B7cHqHdoRzH/sH/C8FOHSBdVIbDm4KWFmLso+LkI2RH/cN+E8FzZ2lsc0bxArHnHlue4Z3hXUf+w/8TgVNemp/bBsO+HDLCnn6D/1h90n3IPelA3nkClV9pKuhk6aSox/1+BoFjwbH/KwFnAb4CPi9BY4G+wz8RQVXfYZXMhvmCk16naackp+RoR/3D/hPBcqcqJavG5v7Owf74fx9BYgGVPh9BftJewbCnnl2goBsgGMfIfwIBfsIamt9ahsO98qRdq929zJ3+Jd3EvdaqhN4d+QKVHuhqqmasJOqH+73/gWPBhO493j8tAWdBvck+IsF9w2uoKe7G+sKewfDmndteXxegWcfM/veBYgG+2L4gwX7NXsGtKd4Zpwf+wv8NQX7FmZ1eV8bDr8KkArH93MV+1L3H1jg93T3U/eG9133PCTU+wz7R/uB+3L7cR70XRX3FvcB99r3WuqmRzD7DjD75ftf+xaG9x+iHg59CvfFr/euqQH4ivIDiwT3iZsGWX2dqp2RoZKkH7v3SwWGoZmI0Rv3XMT3DtX3K/s7jF8f+4x7BsCceXB2g2+Dbx8i/BQFS3l+WEsb94/339gKm6kb9wKpYUH7HyhwOnByjo54Hw74AftKz3P3L2qs+PysEoYKE1zG+y4VlXwFpLKskaobrax+gLIfE7yBrrOBvBu69yil9tIffJYFYmNPaCYbdXKRkm8fEzxamFOcVYnIxBiuCveCTwr7Zvtx+zXrRNt8Hyo2goVEWAj19+sV9xbv9873WuqvRTD7Div74ftf+xaL9ymiHg59Cvfhp/eaqQH4d/QDfhb3iJsGW3iYqpqPoJKjH8P3ZcyG9w/72AX3KJsGV3S7rn4fM/d+BcH3I8T3C/ck+0CLZx/7jHsGvp97cnmFdIV0H/sH/DAFTHmAYk8b95T38hXM93kFnZKPlbgbxMl0NUBmPfskcIOMj3MfDnmudq5ydvkcrIx3EhMwuQqchIOfHxOQgaSogLFtChNIs/dbBXQGeX94g3Qbc3uUknIfE5CQe3ePcGQKDvdboHb4/q4BzBb3tpsGSXeerJyRoJKjH/ca+HwF9xKshTx/in2JfB+cibf3NwX8qAZh+y6dhwX3D8W9i/cWG/sX/HwFSXlgW1EbDqoKdwHx5fgK91sD9xP5ERW+ontnH1ko+698Cvc9xfcA9ym3Hu734wWdkKe4uhvrCnsHrqp6X3k9+7KDbB8mb1b7CfsaG0tAq+TB7/fqmrgfr5ewm7cb0goO95KOdvkzdwHX+PgD94R5FZ4G98r4lAWVkcr3Gb0bm/tOewe0nHV5aW5bfXMf+2L7+AWGBk73+wWHoYWmoxqxnKvMHpv7hXsHvI51+w+fHw74cI52+TN3AdL51wP3aHkVngb3cvhaBZAGvfxaBZ8G98D40QW/pqmpoBub+017B76Zc3V5hHqJhx/7WPwVBYgGXPgkBY+LkI8aqrKlrh6b+4J7B8eXdF6QH5JQ+z776wWIBoepYff9BYqTi5KRGrS4nKoem/uAewfBmF9pjx8O95LLCm75QANuFvdqmwZhdZqgmJGamZwf9yv3QNP7RwWPgY2BghpzeXZRHuYKYGeVy3IfJfeW9033aAW+uMCllhub+2R7B7SefXh+hXt+fB/7Jfs7UPcnBYKghp6bGqShm7sem/ucewfConY/qR/l+3f7MvtMfXx6ehlTU2JyehsO91vLCs8KWG2Zs5SMlY6XH8H3Yfdv96IFs6upoJMb6Aqqp31yg4mDh4EfemT7AvsWXlNz52r1haUIiZKLkJEaqq+crc0Kr6OCUpsf2PuhUvteBUl4VXlnGw73W4uv+NmvUAoO4Qqg+AYDoPstFfdQBpKmBV0Ga2iStZcf9zT5OgWmkaOTphu/BpKmBftBBg48+xN29yB2+Ut3AVT4CwP3a/soFa0G+0H5wgVmBg7hCpf4BgOe+xIVhHAF90EG91n5xAX7UQaEcAW6BqqthmCBH/s1/ToFeYd9eWUbDsz5LneidhL3SfdBE2D3wQQToM8G9yP3svcj+7IFzwb7SfgBBU8GDvsRvQGUQBWCWQX4gAaTvQUOc/iVdvdAdwH3rPiAtwr7A/cixQp5klYKnnqACoC8+BGhEpzf91jUi5kX99L3H2EKcLW2rbDVxx4T+DgKRYp6TwWJBqdtr18KNgqooW5bKS/7YiFwap3AHg6Aon+i+AW8kbz3T3cSouH3q+ATfvcBuBX06/eG9wLKlVVsHhO+Nyz7Z/sdXIulkh6M+OoVuJx+dnuFdYRzH/sc/IkFhwd12GzA9y33O/dB9zLUWrtFMVA4V2oeiYyt9wW190Sh3RmGkFeBWIRZhRkO4oCv+B+gAanh93LiA/fy9RVjZ1xiTxtObbjY69DbCoSJhYiEH4eAhX97owr7Hvst+yH7Gd5yzPTF1qukHg5/u292+Iqi03cSmuITuPH3AxXm6vdp9wS6i2J0+xAp+1MsTovFnB73WY4Vg2iHdHQaE3h2k3KyrMy6zrYef5UFW2F3dHcbgYOSmpv3Dfg+tvdCH4aQWIBYhFiGGXoHs5p8cnmFdIRyH2X7KYmJBaGHhKlTGxM4+wv7PvtI+ysfE7hXoEjevcOd9wLTHg7igLj4FKISquL3eM0X9xf3WhWgwQXlrtHXwRuklW52g4L7DPtiYR+EdRX3UqDt4toat2ytWB4ToPsh+zJcCh9zCmFXos+fjJWQoB8OPPtjoPjQq/eCoRL37doT4Kn4FhXlBjj8LgVjg3H7Dksbf4STk4+Mjo2OH46Pjo+VGqRxl31oimOIHhPwZbd2rfcJxPc19w6mHs73ygX3AQaRqwX7AAa+lK73T90bmJWHg4aJiImIH4iHiIV/GoCRcKuinZ+fn3u4Q/sSVPtDNnEeLwYO+1Kh99Og94uhEpPMotn3K8dq2hP89xGyFTdUanVSGlTAU/cB9x3ZyODGZKpfnx5PpkWTqRqYoaaZHpiZh5gbE/rj6t3Vn4ifhZ4fvQYTqLJOB3xgr1AbOfsIUfsERrZzr3sfaXRgbmwaeJp/l4IeoYAVko7tY52CCBP8noKvel4aWVpeMXwqmt2KHrGZv8ekHqb3chUToM638dgeE/q1mm5kOFkrSV56rLgfDr4K94Z3EvgG2RNwnhbWBqz3EpnCuc8Ip57g9wW9G5uYgXoffjn7s3EaE7BwmHirzbbJv68eExB+lwVbZXNsdxuDg5KXHxM4oNz3lK4azF2SdTEl+y5ZbB6JjfcK+EuGkFd/VoJXhRl7B7eclE+BelGDbR8O1wr4xPQSvNaw8hf3cvcGSgrn9+QfiI0FhGQyeWsbE/B7B8KPfHYfb0BLCkH4hhVuoIUKdnNuHg48+2OidPL5JPES+xDc923xE7jU+CQVx4yZjGEaM/v/BT54ciNYG4KAjJWRjo6Ojx+Oj4+QlhoTeKB3mndmh2iHWrh8rOTF1vc0tB7z+C+IjQWEZCt5aBvw908Vb6J0p6eioqendKJvb3R0bx4O4pV2q3b5JHe6dxKZ+FMTcJkW1ga790i1q5VtsTOXdBkTsFCpnXSqG7eosNOxH3yWBVlugXl1G3F4ufc/Qx/3Dvcetau4GxM4m/tLewemp4t4bPsUK1RgH4mN9wv4WYaQBX9XNnx4GxMAewelsoJxfHM6gmcfDjyPdvk1d7p3ErTYF/d40wp8i5mRlpOmjZQf9yv414aQBX9XPXxxGxOQewelsYJxH3b7IfyUdrUK+AGXdql2+Bm/EhNglxbWBrD3Dp/Ns8cIs6bX8LgblJiLcHhG+4pxKh/WBqj3BZzKu9cIvKrT47Qbl5SDfB93PfurcBoToH2LaLXDvcPFtB58lwVcZXFreBt/iI6cH5nc96CtGrN0pmdJOjP7CEUeiY0FmbOi3pkatXaiZTck+y9abR6JjcP3WoiPVoBWgVWBGRMAewe8lnV1HxNgdT37mntJHg6+ChL3/dwTcIkKE5DDChOwUQoTAHsHwZN2fB8TcHZK+3Rs+wUeDoCg+C6gkgqm9xsVOLpM9fct9xv3R/cPzWrf+wj7Jvsm+zP7Jx7fbRX3CuT3WfcEu6NdVyA++2H7BllrscQeDvtIdvdndvgttkgKcx+JjaboBZaOiI2IG/svdQUTgI17BbmegXl2Kfv+cPsEH2uDgdoKYXWL0ZQfjp+b05StCA77UHb3WsD4DaEBpOH3oZkD9yr7VRV794WdB25cmrWXH/cw+MQFQgZ9XwWJBqWFe6xTG/sW+zX7UvsdR6VS2OTF3NjAH42JO/unBV59bHlUG2T3yRX3CPcI90/oqqh2Xin7APtpImh2qrYeDqugdvhNdwG4+AMDuBbXBrT3GZm4sdMImpPH9wOqG5eNg4KPH4KQkoGhG5avi7+tcpp0TDn7BkZwH4N3iY2891uIjQWEWy93fBt6B42Wlo6WG6OUenNzg22Ech8Oq4CgiXb4Q6KMdxL3AdS51xNswgqamoaGmh8TrIaamYeaG8PopPcBs3C1brIfa7Zps6wavKuUocyoSVoemwYTnLsKfYKOj4AfE6yQfn2QcxshfTtsZahgqWEfqWGpYmq0Cg7XCvggq/cVdwGw95cD92r3CRVrcmhcdxuGgI6Xl6brx/d0H+EGkKsFOQap9wYFk42JkoQbgoeEhocfb2hYU2t6CGt6dZFtGtYGRfucBYd7eE58Gm2ngZ+/srfYvh4Ogr5rdvhYqQrZE6D34Pd3FRO4TQpyCoCKlpCambeQn0IKhHyPnpeq9wzI94YfiI0Ff1k3fHsbE1BdChNgpgrijnb4X3cS9xzS9zy+F/dj0RWKyYP3Mmn3FwiehoqMgYf7AXJ9G34HvKKe+wSgH5s0kftKbhp6i36UHhNQmp2f0s0frK73KfdG5xqwc6Vqd3t9fHOTgJSDHpeAmIV1Glk7+wtSUB4O98qOdvhed6B3EvcN0vc4yvdJuxO891L3FRWdhPcTefAewYGFl4WCKXN3G30HxJyOMJQfkFScP/svGn2MimqYG5qSoPdA7B+42qO1nasIjQao+9AFe4yLfZYblpieu7MfucH3L/dX4hqoe6ZmboJ5enqWgpaBHpaBlYF5Glc+KjP7AR5r9/sFE9yNiouQhBuFiIeGiB/7U/vCBQ7igML4IXcBcPhuA/di90QVqfsMBVaYmn2oG6Koi/cG0h99kwVtcHdmdht3hKSbhx+FpGn3HJ0ai8/3DaiWkoeHkh6Hk5OGlxujlZ6do3WXeFdcTjlXH4DCBeN5fIt1G2tJc4JwH498BZOrmY6UG6aXc2yUH4yGpfsPghr7FzFxaXobgoKQkIEfkIKBj4AbdX95e3ObeKyql5aenB+tsLXBu80IDuL7TXb5G3cS+B3HCs9+XfcRfn77EnOGGxPgmAqfTOIKrvsvegqDhZCRgx+TgX+UepYKcAp2loOXgx+agpuEdKcKDqtPdvhVxwG6CrGycXSyH3isrXmtrwqBjoOOhR+Pg4+FhRp+e4h/gXSLrHUezl9QrGsb97b37AXKCo6Uw90e9xwGDt0KvtaC1hPg90f7OhVrk3abuRoT0LPN92G0GrNpm3iTHoyNz5yisp7TGbj3PAXmo8CsqxuOlgUvUHz7DGkfWvs+eUt3XkV5GbZ9lHhtGhPgUkn7SVoaVKpw6R4OOfsndvc/4Aqa+zwVtgb3bPnWBWIGDt0K96bWQtYT0If7OhWIgAXnyZr3DKwfuvc+nMuguNGdGWCZgp6pGhPgxM33SbwawmymLR6IgAWhqnNdHxPQY0n7YWIaY617noMeiolHenRkeEMZXvs8BTFzVmlrGw73TPdPy1x208uPdxKz+GITaNf3SxWum6Owtxu5qX17px8TmHmsqXe9G8mst7WpH2e9BWh0cmZjG2lsmZtsHxNonWdmn18bSGdfYXUfDqv7THb40PUB92z1A/ds+DgVbqNzqKijo6ioc6NubnNzbh6U+xoVUfsyWPsKX/sQCIR4hX18GnWedp21lZzAlh6l9xCi9xit9zUIDoGugHb4PKIS2OETsPcd+yO3Crr3GQX3FrXbpaUfe5UFZGlXYVcbE3CBgIyOgR/3HfgbBZydhX2Ch4KHgR+IgoeBf5cKqXS9Ph619wwFbQZh+wwFE1D7Evsf+zL7Gx8TcPsG02OvHpy7FXGefq++GvLi9zvfHg57oX/Tqaf3YbX3oqgSE7j3NPcHFZZji4t2G0l0X3lZp3eyt6evpqEfTtaziaob863lko0fgJQFE3hwZmaEaBtWVZ2fah+47JGkpPII9xIGkrUF+w8Gne2WyaPCCKGVm6y0G6KXfmyPH22Ok32kG56fk62xa7BQ+z5W+3ZCgh/7AgaCYQX3BQZh+5QVE7hsg2dxcxtpf6CbkI6zvaWZgXygHw73GMT3pMQBxMj3nMgD9wr32hXTxMrX1sNMQ0FTTEA/UsrVHkf7ihXi4wVzpbl/txu2tZejpB/kM7a4NOIFoqaXtrYatoC2c6Ye4uRgtjI0BaNxX5ZgG2Bff3RxHzTiXmDjMgVzcX9fXxpgl2CjcR4zNAUOoHb3SrPls/fBdwG/FvexmwZTaqC3kYyRjZEfkqePlpm3CPdIBpezBftIBqPdkZMF9z4Gl7MF+ysG9zL3dAWzq6qglRvoCqirfHSEiYOHgx93ZDX7GlxTcudh9YalCImVipSTGqqfk7/NCqO3jUefH9T7bwX7IAZ/YwX3NwaOgXQ7Bfs4Bn9jBfc5BnM5BUh3UHpqGw45juAK9zb4HBWzBt33pgVlBvtd/UAVtQbV95MFXgYO+ymg93ig95+g6Pc4fKASwPJJxLDItcWrxRPtwPeu8xWNjgWGlpCJoBvPucLRxXCzfZwf+w/3KgV8noCjpxrKuqC7rKN8e4GAgoJ/HoOBhYB7GhPzwHmYcay2lLegwFy5OEFCYTdeo2C2WB6JiAWVdnCMhhtVV1o9YKRWuVYf1zQFtlqSdm8aWmZjR2drnpyVlZKVlB4T7cCWlZaXpBqtc5V1UotRgFy6UefV2r7fvnalYcEeE+vA+xv3bhW1rqOpqaaASr4ev0mQbnEaWF94dVIg9xfRHg5z+JDtAfbGCgP2+MEjCvgnebX3BJ/375/wtQG0wurY94mb9xvCA7T31xX7Ufcp+yz3VPdS9yf3LPdR91H7J/cu+1L7VPsp+y77UR7CFvcz9xH3Ivc19zL3EPsh+zT7M/sR+yD7Mfs0+xL3IPczHvhHQhVeeGZaSRsmYtfzjB/rjLXS6BvYpl1hkB+b0AaThpN7kB6TcXKVWRv7Kkn7ATn7IOpT9wa5spWSnh+bj5SOjJec2RgOOvgqrfeAdxK11PcmrxPg94f4ehWAcIh+fRqBkHump6Ght7IeE3CElQVvcX6AhBuGjpqZjh8T4JCpuvc6jZJWihh/ZAWJBpuJeqRlGzUn+wMzeZJW0bisncq3H/sSiRW9zPcP0piQgWSHHlqGV/sMShuDd5WuHw7OCsD3bGgKk3i7db0fgaKAo4GeoaKen5ucCNbcmaKZaQr3NoJoCpN2wnPAH4Kfgp6CnKKjn6CcnQjU2ZiimWkKDvfS9xV294SxEviSz221E+Dh9/AVE9D4YvuEtfeq/IwGDvgnebX3Dpp89zX7NfdH+z73Pvc790JRtXG1ErTCX8L3Nsvzzk7O9y7CE5J09+H32RUTlHT3O7QHE5Jssap4UlZ4ZVofE5K0++IW+1H3Kfsu91T3Uvcn9y/3UR4TkXT3Ufsn9yv7Uh4TkrT7VPsp+yz7UR/CFhORdPcz9xH3IPc19zL3EPse+zT7M/sR+yP7MR4TkrT7NPsS9yL3Mx/3EftHFfc0BhPCdJoHWZCNi7YaE6J07boHLsqkR6sbygYTinSUB3iZba1xr1LZGBPCbLiarbG+GslUp1Ae+0N8BryGioxfGvuDB2CMi1qGHg5z+Ki+Ae73zAPu+KgV978GmL4F+78GDrb4Gq33bq0B8LL3ZLID9yD4qxXFubzFxblcUVFdVFFRXcDFHmQWO8pK29vKztvbTMY7O0xOOx4O99KLzvdpz1S49zx3EvfFz1O2E9jhFviMtfyMBhO4948EE7T3e/s/tvc/93q4+3r3PGD7PPt7Bg5S96PA98G+Aaz3o8EKd35gGymVCsJGeTaJdQoOUvegsmTY9ySUgvdPa6sS94LKbs4TVPcR+H0Vw8R5N0dOd3V8hJWVgx+YgYCYcBsTrGyIpQp7kx+HjQUTaskKZlpyZ3segwpz+Jd29z53AfdIrQr3M+ufCp2cmhqdfZx2gHZ9nQoO+1B291vC+BN3AW3095neA9nHFU+dv4GqG77Mub6yH40GiYGFd4EaaJ11r6+plbq3Ho6UBXZxe4Z8G2eYtKCPH9n35AUzBkf7wwVyelNUWBtPd7jBlh/O97AFMwY2/AqEa39ofGoZfWxzZloacpF2p8uS9wCvtIe0j7YeDvc6+1d2+eemAfcX+2wVrwb3iPnnBeYG+4j95wWuBveI+ecFzAaTpgX7egb7ilz7REz7BO165x8OIPdb9wMB0fcDA9H3koQKc/ttr/dJdwH3ANUD3BZMIZSDBZGWm46ZG6CegXRva3xoeHePlXwfem4FfqOvg68bxsSiy7VnpGSAgIuIgR+3zQUOUvejm/cGdve8dwG2938DtvejFfdJmwZofpabnJaklq4f3fecBY6SjJCPGo6JjYeDLniIbh54B4ybl4uTG5eRhoKDioGIhB9M+2NzO4OET3sZDlz3uaPko/ddoYyhAc7U9ynUA874ghXj6Onv2KRZY0A0IiNDa7C+HtSBFWyXdKfPtPcLvqaEpnBIW/sEUR4OzgrC+BwD9//3cxVJCvs2FkkKDtkK9xCb+Bl3Eqz5UxNoZwoTvJQKE6j7svsxjAr8yfwpFfdJBhMQmwcTHHF0lZ2Ni4309+QfjZKNj48ajoqOhtwKjJyXi5Mbp4ByfYcfMvunhXhxf2mHGQ74HYvAYXb4AL/3oncSrfeD+yS++IzME3b3FYGMChO6+xL9OMEKgX5gG/sAlQrDRnk2iHUK/Dz3kRX3SAYTAJsHExhybpabkB/I91269y2IGo6Nk4TcCrCMBZmPhoJ+iYgv+7AfhXhyf2mHCA7ZCvfq908S927Kbs4TeGcKlAoTuPux+zGMCvyC+08Vw8R+MkdOd3V6f5iXfx+WgICVfRtoi6UKd5UfE3TJCh4TBGZacmd7H4MK+4ihEqXV9yzLVfUT4Pew97EVcyZUX2BoCCY5amxFGkHCVuse0s2y0qh8p3OBbYZtgI+Bj4Efj4GOgX8aXEqLhkKExqTWurq8wR66v7vGk+oIE9Bk9xsVbqOFCnNzbh4OiApYFpsKX32go52TqM/3Ch/3cAai+xiLgoIaZnR0UycKx/hOtwr7A/cnxQp5jVYKnn+ACogK99P5Vn8K/KP98ecKZHifo56UopaggQqh+xGMg4IaYXhxTycKDloK93V3AVj4+wP3f0YK/E/9/ecKY3mfpJ6UoZaggQqj+xaKgoMaZ3FwVjUKgmh8Gfd294tMCg5aCt+sChP094P5bWUKc5eWcR8T6JVzcpVxbAr7tv1t5wpkeJ2knpSjlqCBCqH7EoyBhBphcHJXJwoOWgrT7QH3isYKA1gWmwpld6Cfo5SflqGBCqH7D4x/hBpgcnJVJwr7D/iPIwpaCq73OqsK9zkSWPdP9yitafc5qwr3OhPygPew+aMVVLhewh4T5yDCuLjCwl64VB8T8oBUXl5UH60WswoT60DlCvwF/aPnCmV3oJ+jlJ+WoYEKofsPjH+EGmByclUnCg74qIus912wxOkKAfmInQNwFpsKbmqborLk6K26H/dSBl37NH9je39UhRl7+IYHy/c4eZAF+wNCSXL7IRttBmWBn5+duvc2oNYfswbroYRde4h6iHsfnIfQ93x5jwUuYHyH+y0byPdyBbCVlIvHG/dOgXYqH5yJrPctBfyZfAa9h5mKchp9enh8eR78Fvx3cWt6d3OFGfeo95MV95f33gWRBi/73gUO98r7WHb3XbbUChPo95AhFZODBZGXm46aG6GegXRuZ31nenneCqOwg68bxcSjyrVnpGSAgYuIgB+svQX3Hd70ta9vCp2IBRPYuAp/dpKRcB8T6JFzbpBq1Qr7T/cUOvcFHw6NCvdzdwH4JJ/3NqADiwpobZiykIyQjJEfjZeZPAp/gPsvdAr3UIZ2KkEK+EL5RLcK+wH3IsUKd5JWCqB6gAqNCvdzdwH42qAD9935Vp4K9zjwnwqYl0cKfIKdCvx5/fE0CveSi6z3u6z3mayJvtEK+CSf9zagA/eYRgr8Nv39NAqNCs7tAfeexgoDihYyCn+A+y90CvdQhnYqQQr3n/mFIwpzmQqDFioK9775RHcKc5kK92b5Vp4K9yHunwqbmUcKeYCdCvvy/e8VKgoOc5oKvtEKg/hFA/cXRgr7vP39FSoKDnOHCuLtAfcdxgoDgxYqCvcl+YUjCvgBi6n3vLX3k6kB91ju97r3AwOxCvRN9zX7eh/7qnsGxJ12bXqHeYZ4H137OAUxBn9hBeUGXfs4BSZvhl5IG/eK98oV9y0Gl7UF+y0GuPc5BcGajq/MsgpVepulopeqla8fDvfKkXavdvke9y/7LHfux1byhXcSE2J35ApWfKCrnJCekaEf9wD4JgWPBhOi93j8tAWdBvcs+K2i25yiw5cZE1rrCgcTYnsHvZt0bXiHdoV3Hyn8AgWIBhNa+2L4gwX7NQYTYnsHu6B4Zpwf+xP8V3Y/eG1Ugxn3vfldYAqdqX+AqB8TWoCnpoFxCnd0lpZxHxNUlXNxlnHWCr8K92aoCsf3dyQK99T4cXcKvwr3ZqgK+DP5Vl4K/JX9DiQKDrYKrPj3sWysi7H3PagK99VGCvw2/RokCg62Cqz4/6zQ8oh3EoYKE+z3z/ltYAqcpoGBph9/qal/nhsT3EMKeHSWlnIfE+yWc3CVcGwK+5P8iiQKDrYKrPi4rPcU7RLH9PgI7WL0E/TH93ckCvdA+LJYChP4JQr30qh2tHb4VneydxL3HvgmE5j3CMQVp3D3V/dTBRNY91f7Vaeo+1f3Vvdc91oFE6huqPtb+1r7WPdYcG73VvtYBQ74ATd24qz4/qzDqAr3UtUVcrqL5Zga9xL3Fvev9zyvp4F7nh773/zHFff3+KYFnW+ROWIa+wH7Dvu/+0RlcZeceh77JvspFbcG1fcABX6prYOnG64K94T3Xe1lzVOyH8vrBV8GVz0FmmpnkmYb+0f7ePtu+3EhtUvAaB8Oqgp394N3o3cSzAoT7PcT+REpCvgEvrcKIPciBRPconl1klYKonqACqoKd/eHdwHMCgP4M/lWXgr8Uvt0KQoOqgq+0QrMCgP3xkYK++T7gCkKDrYKtPj63wrx5fdIxgoTzvcT+RE6ChO+6woHE843ChO+0goTzveJ9wgVE74hCvdbmQrPCllpnLqSjJGNkx+Rp5KhuPcv92/3ohirs5aTppgI6AqrrIZnYvsf+yxeUx9z52z1haUIiZWLk5IapKqYsI7NCqmniEydH9j7oVH7XgVJeFd5Zhv3pvlGngr3P/WfCpGSRwqDh50KDn0K9z6w962pbfc5Evhm8hPoiwT3iZsGVX6dpZaOmI+ZH6DdBYSurYirG/ct9wHb9wj3K/s7jF8fUwaZyZSvppurkBkT2Jv7gnsHtYalfmYafYNthXQe+wf8M3lLe39Ygxn3a/dX2AqcqRv3AqlgQfsfMHI4b3CNjXUfDvtjo3Pz26H5JaIS+APiYtsTtKKHFSx2dTdMG32Hj5COjo+Okh+OkY6TkhoTdJSEpmx0eYBqZa91tfcOv/dEtpYe9wP4PgW1lrn3ROEbtKJwW017P0trH3SAeol/igh8ioWNfBqAlYmZih4TuKuIvon7ARpAYftJOn6GlI+Rj4+Okh6OkI2RlRqgf55xc3d7bVi6e6r3KNP3S9bcXsY8kR6OBxO0yaHwsvMax2TRKPsiSPsg+3RYHg6hCjMKE7goCveb+BN4CqEK95z4gn8KJPySIgoTuCgKDnYKi773PXcSnN8TfPdDVQp9/J4iChO8KAoOdgrarAqc3xO290z4mWUKdJeWcR8TapVzcZVxbAr3GvwOIgoTtigKDnYKzu0SnN/lxgoTfjMKE74oCuX4VCMKdgq+rIv3F/sX9zoSnN/3H/c4qwr3OhN2QDMKE7cAKAr3H/h2FVS3X8IeE7ZAwri3wsJeuFQfE7cAVF9eVB+sihWzChO6gOUKDvfKgL34DaR3nxKi4fdT4/dOzRO897r3IBWQBomDioWCGkmrTdnr5fGVkR6BlwVISFiBdhtCi9aoo4yNkKEf9wqt9yCy8RrHUJ11ZGJ2ZGUeiY2fw0SJeGAFo4CBolsb+xL7K/tq+xhcmlDT18ba07wf+01nFe3u92/pma2IVCcg+3QpHhNYaYmqrR/3q/cBFfcdtcfNuxsTDJuffGtWWUD7HG8fDuL7ba/crcOu+B+gAaXh19XX4gPwKBWUgwWRlZiMlxuhoH5ybml9Z3l43gqir4OvG8bFosu0aaVlf3+LiIAfscPrkcDRo6kZe5UFY2dcYk8bTmm42OvU2wqBhoKHgB+Ig4iBgKMK+yL7Lfsh+wrQaseFHg7igLj3/KKMovdzdwGq4AP3F/daFZy3BS0K92j30HgK4oC4+A2i93p3Eqrg93vMF/eArQr3Ou6fCpaZRwp+gJ0K+5r8VRWctwU9ChPQt3CtWB5bCh9UCg7igLj386KVoou+88yLdwGq4Pd7zAP3J1UK+0H8YxWctwUtCg7igLj4DaJ7os7tEqrgsMYKE973F/daFZy3BRO+LQqo+BEjCtcK+TfjCvdy9wYsCp34GbcK+wP3I8UKeZFWCp57gArXCvk34wr3GK0K9zrvnwqXmEcKfYGdCkj8qiwKDtcK+TTjCq1VCqr8tywKDtcK+JvtAbzy8u0D93L3BiwK+0n4WlgK910WIAoOgKD3RqD4bncSpt/3pd4X9wPyFfcK5vdb9wS7oV9XIDz7Y/sGWW2vxB73r/e1Fal9ap5mG/sb+yj7NfsnOLhO9fct9xz3Q/dc7GfOWcEf8LhrpyhgZKxbqWOTGWh6r32za6tsGfsPVaxu9wm+r16mWpRFGQ6+CtqsCvf93BNqiQrDChOqUQp7B8GSdnwfE3Z2S/t0bPsFHvcbogqnH4CoVwp3cpiWcB8TapV0cpRy1gqkCqb3GSYK95H3/LcK+wX3JsUKe45WCpx+gAqkCvecrQr3M+2fCp2aRwp3f50K/Bf8lSYKDoCg+BigjKCLvvPMi3eSCvc5VQr7u/ykJgoOgKD4IaDnrAqm3/el3xPu9z34mWAKnKaBgKcfgKipf54bQwp3dJeWcR8T1pVzcZVxbAr7IvwUJgoOgKD4JaDX7RKm39vt6t8+7RP8pvcZJgrb+D1YChP6JQr30oD3A/cMzVO59xb3AxL3r/cDI+ETuOH3ehX4jLn8jAb3i/cvFRPUjgqN/E4VjgoOgqL4KKESp9/3pd8X9yCoFXicgpfXGtnY92L3Hx77NfwoFfdS+BwFqmeIcVgafGT7nPtHHmB5FUv7FwWuBhPwyPcSBRNQ92H3APdU9wDPb8ZEnB/F9wsFaQZU+wYFEyD7O/sk+zT7JR8TAFOhTNV3Hg6gCvfd93c7Cq73nbcK+wT3JcUKeo9WCp19gAqgCveS+IJ+Cjv8ODsKDoK6b3b4T8f3PakK5ROw9zn4gBWyBhO8OQqS/EZTChOsLgoTcKYKgrpvdvib7RK12MnGChOs9933d1MKE7wrChN8XQpiCvso994jCuL7Yrj47nf3h3cS+BbHCtt8X/cFfht5PXuDWx+YCp5P4gqv+zJ6CoSEj5GEH5OBf5V5lgofE3BwCnOZgpmDH5iDmIR3pwpv+Dp+Cg77THb3a3b4Lbb3hndICncfiY2RnN33zo6XGROQhpBYgViEWYUZege6mn11eoR2hXUfavsJ+w/8ZHY1CGuDgtoKdGaQuZ6k5ZOvHw7i+012+Rt34u0S9yPGClSzE/T3nNMVavc/BdZ9XvcPfht5ij18W4MIE7iYCp9D4gqu+yZ6CoKDk5KBH5KCgJF9lgofE3RwCnWXg5iDH5mCmoR1pwr7Dfh5WAoT+CUK1wr4WOMK93L3Bj8KZIQ4e2WJGT4KDm4KVF6Lt6ys5Kv3ER/3It6ZvPsjNrn3Mar1m4LIlBnECsOfeG57h3eFdh9P+2ooUH5b7sZc+z56TXl+WoIZDtcK+Up3AbDXA/d00wp+iJWXnJSgjZIf1fev7L2XuSpZzPeOhpBXf1eCV4UZewelsoJxgW/7AG77AR9DZ39d068FYvsoa/sPgbUK+N+Dq3Os97vpCnirErz3ABO0+YT3dBWfic33enmPBTdke4D7ORvL93cFmo+RnKYb6wb3DItpOB+bBqr3KgX8BQZ7cY+Obx8TrI9ubY1zG/te+1P7XvuI+xTwJ/cMsq6Nja0fE3SNrq6Nsxv37gbM9zp7kQVJW1ZC+zcbRnGNrpmVrZCfH7/3UgX3H6d6Xh+HcY+ghWYI+7pyFROs+wNtckshG/sfivcgtvdF9wf3jvdCyrVsWHp+YoRwHw73yn+gdrV3dvhBohKf3hNY98PDFWKes3C4G+DWz7GwH4CWBV9SY2xZG3lUmc+gja+UmR+Tl/CK5cwIt6uetqYakoXUSWFchkA8HpOJc9MyG/sO+yn7N/seHxM4+wPfY8LVrqytrh77XMEV9wXh91fmw5Jhbh4TmGZa+8H7DkaL1qUe97LqFfcIqdfqwRuik3B0eoNcVGAfanJzhER1CA55roB2+RysjHcSvp/H4xNsuQqahYOeHxOsgaSqf7JtChOcs/dbBXQGeIB6hXgbeHWRkXofE6yReX2RXmQKE2z3mPiEUgqrk3b4Q6L3cHcS9wHUi/coJdcT9MIKmZqHhpkfhpqbhpobw+ik9wG1bbZtsx9stGyyqxq8q5ShHhP4zKhRUh+bBrsKe4CQkH4fj4B+jnYbIX07bGOrXapgHxP0qGOmZWu0Cvdl9+5SCvdboHb5Ed8K943GChPMzwpRj2yQthqUjZaPmB7H92H3b/eiq7OWk6aYGRO8m/tRBxPMewezh6aGcxqEiYOHgB58ZPsM+xxeU3PnbvCDrQiIlouUkxqko5W4HhO8m/uDBxPMewe/g5OKm1LY+6EYS/teeElnfVyHGfc/+YUVE7whCvdbi6/42a/3cHdQCvfj+UZSCqtUdvhQx/d9dxL32NAXugqsrHl3rB90srJys68Kgo2FjoUfj4KQhIQafnuIf4F4i6xxHlfOep5Jmfe29+wYygrDoaqOsRv3HAYToDj3EFIK+0qi+Kep94+oAaTf99HcA/cO+AgV9wQGZ/vhBfsIfoA5TxuFfo+XkY+QjpEfj5GOkpManHygc4VkiVptpGnC9xiw93KykB6y97kF9w4GkqkF+xIG9zSfmebMG5eShIWFiIWHhR+IhoiGhBpyon2cpZqgpb5ZnW37AlD7IPsgdx77AQYOc/iVdtEK5viAFbQG9xbz4CMFsQYz9z0FWgYOc/iVdtEK9w33xQP3bfiAewpmBvseIi/0BWUGDnP4gMPxdwH3CakD9wn5HhVhjPsI9xnhztLimR5tBoeKaykoGyiB4ZsfDnP4kO0B92PtA/dj+MFYCg5z+ICtafc5qwr3ORL3L65o9zv7GPcY+xj3OWqsE6SA9y/44xVUt1/CHhOZAMK5t8LCXbhUHxNEgFRfXlQfrhavqKmvr6ptZ2dsbmceE6qA5QoOc/s9t/c5dwF3xQPFsxVucVpEYhpZo3aqu+iytKMedZwFb3ZDcnQbfYGUn7OixaWxHw5z+JzyEu+iCqgfE4CAp1cKeHWVlnIflnJwlnDWCnP4gvc+Aej4HQPorQr3Nu6fCpqZRwp6gJ0KnPstXgoO91mtabkBhfdZFfiJBpWtBfyJBg74qPdZsWW5AYX3WRX6DQaWsQX+DQYOc5EK9z/LS/cFE9D3yvkdFXkKuZO1oICWf5UeE+B+ln6Tnb0KDnORCvdE9wZLyxPg9zT4SBXqCsicCqppg1yEYXaWgZeBHhPQmICZgnkaZlRod34eDnP7Ffd6EtLAChPAt/sEFWsKdJh/mIEeE6CWgpaCe4IKDvdbkQr3OstL9wTsy0v3BBPU98X5HRV5CriTtaJ+l36VHhPkgJSAlJu9CvdlFnkKuJO1o32WfpYeE9iAlIGTm70KDvdbkQr3RsAK7MAKE+T3NPhIFVkKdZaAl4EeE9iXgZiCeoIK9256FVkKd5SAloIeE9SYgJqCeIIKDvdb+xX3ehLfwArswAoT0MT7BBVrCnWXf5eBHhOwl4GXg3qCCvdlFmsKc5mAmIAeE6iWgpWDe4IKDvg+oPdvdxL3suQX9zH7MxWhBrv3ZpfBsvcBqbcZgY6Ftbcap46pkaAevKeCgqAfhJyXhZobqJugoB8T4J98n2xyfoSDeh6EenWDXxuWw52nmp8Imp+XmKUasHeednRyd2d6jn+Nfh6NgY1/fBp4iG+EZh5gdZKTeR+Sen6TchtsfHd3dpt2qJyZk5OeH5OepJKzG39Fc1VlY5n7IHZWYft4CA77V3b3PtN0drJ2+FjT9z53Etjg9zngE5/3MHkVe1tMSlsaeZl4nqqgo9urjquUqR7CuG+vG6CemqCfeJt4H2ZncVAbm7OetbCkCISdiJ2eGtCz7sO0Hn+ehZqiGpyPnI+bHsmxca4bn5+aoJ53nHkfZltvXBubu8rMuxqdfZ54bHZzOx4Tz2uIa4JtHlRep2cbdnh8dh8Tr3eee54esK+lxht7Y3hhZnIIknmOeXgaRmMoU2IeE8+XeJF8dBp6h3qHex5NZaVoGxOfd3d8dnifep0fsLunuhsOhPdodq1294d3rXcSvveKE5jA99sVE1hHwVTPzsHDzh4TqM5VwEdHVlZIHg74qIDvEsT3AzXv9zvvLPcD9yzvSfcDE6rdshWPChPS958WjwoTzPegFm+gdaenoqGnp3Shb292dW8eDvkXsArL0Ap10Aqx0AoTteD5QvcJMAr8J7wwCvvr+BFqCh4TtuAvChNu4FP8MxW1Bvit+UgFYQYOc7D4AgG+93oDvvdsaAqWY+9syB/3EvcWnqqcaQoOc84Kx/dyA/da93MV+xL7FndsekQKgLQnqk4fDvtSlnb5QncBgoEVtwb3NvlCBVwGDou492Wx4bH3a7AB9073AfeKogPO95IV+0H0Ovb29xK6378eepQFU2MmZFcb+xNYv/cxH/esBpexBfu3BqWUq5SnHve1BpmxBfu1BtWX4vch8Rv3BpFSLh+i9yIGnmN5pSwbUvtEU/tYSR8oBn5lBesGg26Db4luCEoGfmUFDvkD942finb4Fp8S9zvS946l99DSE7z3CfeNFfc/nwZXkY2Vuxr3wL0HtJxsZpQfn+P77TOfBrCUnKq1G7z7wAZbjYFXhR7303cV9xefBl6Pg6a3GvdljQcTfPcp+8YFlgb3LPfIBY37cgYTvFuOgVeFHnf3Pp8HV5GNlbsa94kHrpedt40enyQH+zT7yfsu98kF+w13Bqind22XH/uDB1+DcF+HHg730uH3cBX4lrX8lgYO+2Ojc/cE83b4LKv3e6ESE7i4+CAV4gaBdVP7s3T7AwhVgHAiVBt3h46VkI6SjpMfE3iNkYyRkRqYgqNwcH5ofHqYXsz3CcP3NPcPpx7T99QF9y8Gl4+HhoiLh4qIH24gU/tSZhpsnXequLe5xrUee5QFeHthWXgbhoSNlJrj986Spx+QnoyRio6GjhiFgImJex+Je3WJbxv7Kgb3FrCn8Oobn5qGgIaIh4iFH4iFh4N9GnCbfaCfpZmyulWhXfs3WPsxK28eNAYO+2Ck91N2+Cmr93yhEvsh0xf3bPhAFdKdsPc19wEbE/ipl32CH4Z/gX0ahY2GjoUejoWOhImFZ/skGPvqaxXkBod5X/tpZPtOCE5+cCpXG3WIj5SQjpKNkh+NkY2RkhqefJx3a4Jsd36UW9HqzvcD90ezHtD3ygX3OgZ6NUz7Z1Maap54p62wnOPJHnuUBXB0Z2F5G4aEjZUfEzCh9x34wJSsHoyQjJCPGpCJj4iHhYiJhB6IhISIgxuDfY6Oex+Ne3qOfRv7Lkr7HvsIax8wBg55nfg/mPdonJGSBvtkj/hsjQceoDlj/wwJqgrWC/iIFPf5FbATAM0CAAEAEwAXADEANABhAGcAnAClALYAvwDzAQ8BGwEnASwBTgFTAVkBawFyAYgBogG4Ad8B8wICAiECKgI3AlcCYwJuAoUCmQKuAr0C4wLqAu8C9wM3A1MDYgNxA34DjwOgA64D5wQfBCwEMgQ/BEQETARRBFUEYQRqBHEEfwSNBJ0EpwSxBLsEyATUBPkFAwUKBS0FQAVTBV4FZAVsBYwFrAXMBd0F4gXsBfYGAgYeBiYGNgZGBlUGZAZtBnYGewaLBpsGnwanBq8GwwbWBuIG6AbsBvcHCgcdByIHLQc2B0gHWgdfB2cHbwd1B4YHlwehB6sHtQe8B8EHxgfLB88H0wfXB+MH7gfzB/wIBwgWCBkIIggmCC0IMwg6CEEIRghLCFkIZwh1CIMIkQifCKsIrwizCMAIzQjaCOcI9Aj8CQQJCwkQCRwJKAk0CToJPglCCU0JVQlgCWsJbwl2CX0JhAmLCZAJlQmaCaQJrgm4CbsJvwnICdEJ2gnjCewJ9Qn+CgcKEAoZCh8KJQorCjEKNwo7CkEKRgpKCk4KUnChdaamoaGmpnWhcHB1dXAeCyAKJQphCnG1tq2v1cceOApHh3tSBYkGpGqyXwoeCxUhChX7UvcaVOCuCveETwr7bvtxHvQW2Ov33fde76pI+xcuK/vb+1/7Fov3GtkeC/dcFiAKDhU4uE719y33HfdJ9w/NbN37CPsm+yj7NfsnHt+KFcnm93b3BLikffsFWjz7fvsGWW2q5h4LNQqDaHwZRQo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", 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gAmwiAkkNBCAUIAkgAmtLDQQgBSgCDCACagshHCAFKAIUIQpBACEPAkAgDUUNACAKQQJIDQAgCC0AAEEGdkEBcSEPCwJAIA1FDQAgCkEATA0AIA8gCC0AAEEGdkECcXIhDwtBACEQAkAgB0UNACAKQQJIDQAgBC0AAEEGdkEBcSEQCwJAIAdFDQAgCkEATA0AIBAgBC0AAEEGdkECcXIhEAsgACgCBEUNAEEAIQNBACEWA0ACQAJAIAAtAAJBAUcNACADQQBIDQAgEkUNACADIAAoAgwoAhRODQAgA0EDdiICIBJPDQYgAiAbai0AACADQQdxdEGAAXFFDQBBACEMDAELQQAhFQJAIAMgACwAEGoiCUEASA0AIBRFDQAgCSAKTg0AIAlBA3YiAiAUTw0GIAIgHGotAAAgCUF/c0EHcXZBAnRBBHEhFQsgEy0AAARAQX8PCyAQQQN0IA9BB3RyIBVyIBZyIgIgF08NBSATIBggAkEBdGoQCSAFKAIUIQpFBEBBACEMDAELQQEhDCADQQBIDQAgBkUNACADIApODQAgA0EDdiICIAZPDQUgAiALaiICIAItAABBgAEgA0EHcXZyOgAAIAUoAhQhCgtBACEOAn9BACADQQJqIhFBAEgiCQ0AGkEAIA1FDQAaQQAgCiARTA0AGiARQQN2IgIgDU8NBSACIAhqLQAAIBFBf3NBB3F2QQFxCwJAIAkNACAHRQ0AIAogEUwNACARQQN2IgIgB08NBSACIARqLQAAIBFBf3NBB3F2QQFxIQ4LIA9BAXRBBnFyIQ8gDiAQQQF0QQ5xciEQIAwgFkEBdEECcXIhFiADQQFqIgMgACgCBEkNAAsLAkAgASgCECIIRQRAIAAoAhghAwwBCyAIIAgoAgAoAggRAgAgACgCGCEDRQ0AIAAgA0EBajYCGCAAQQM2AjRBAw8LIAAgA0EBaiIDNgIYIAchDSAEIQggAyAAKAIISQ0ACwsgAEEENgI0QQQPCwALgwIBBX8gASgCACgCACEDIAAoAjBFBEAgACADKQIMNwIsCwJAIAAoAgQiAkUNACAAKAIYIAAoAghJBEAgAkEBayICQQN2IQUgAkEHcUEBaiEGA0AgACABQfwQIAUgBhA5RQRAQX8PCyAAIAApAiQ3AhwgACgCMCICIAMoAhwiBEkNAiAAIAI2AiggACACIARrNgIwIAAgACgCLCICNgIkIAAgAiAEajYCLAJAIAEoAhAiAkUNACACIAIoAgAoAggRAgBFDQAgACAAKAIYQQFqNgIYIABBAzYCNEEDDwsgACAAKAIYQQFqIgI2AhggAiAAKAIISQ0ACwsgAEEENgI0QQQPCwALjgsBG38gASgCBCETIAEoAgwhFyABKAIIIRggASgCACgCACIFKAIYIQYgBSgCECECAkACf0EAIAAoAhgiA0EBayIEQQBIDQAaQQAgAkUNABpBACAEIAZODQAaIAIgBSgCHCIHIARsIgRJDQEgByACIARrSw0BIAUoAgwgBGoLIQwCf0EAIANBAmsiBEEASA0AGkEAIAJFDQAaQQAgBCAGTg0AGiACIAUoAhwiCyAEbCIESQ0BIAsgAiAEa0sNASAFKAIMIARqCyEIIAAoAgggA0sEQCAYQaoeaiEZIBdBlQ9LIRoDQCAMIQQgByEGAn8CQCADQQBIDQAgBSgCECICRQ0AQQAhB0EAIAMgBSgCGE4NARogAiAFKAIcIgcgA2wiDEkNBCAHIAIgDGtLDQQgBSgCDCAMagwBC0EAIQdBAAshDAJAIAAtAAFFBEAgACgCPCEDDAELIBMtAAAEQEF/DwsgGkUNAyAAIAAoAjwgEyAZEAlzIgM2AjwLAkAgAwRAIAdFIggNASAGRQRAIAdBAEwNAiAIDQIgDEEAIAf8CwAMAgsgBiAHSw0EIAZFDQEgDCAEIAb8CgAADAELIAAoAhghDUEAIRRBACESAn9BACAALQACQQFHDQAaQQAgDUEASA0AGkEAIAAoAgwiECgCECIKRQ0AGkEAIA0gECgCGE4NABogCiAQKAIcIhIgDWwiAkkNBCASIAogAmtLDQQgECgCDCACagshGwJ/QQAgDSAALAARaiICQQBIDQAaQQAgBSgCECIKRQ0AGkEAIAIgBSgCGE4NABogCiAFKAIcIhQgAmwiAkkNBCAUIAogAmtLDQQgBSgCDCACagshHCAFKAIUIQlBACEOAkAgC0UNACAJQQNIDQAgCC0AAEEFdkEBcSEOCwJAIAtFDQAgCUECSA0AIA4gCC0AAEEFdkECcXIhDgsCQCALRQ0AIAlBAEwNACAOIAgtAABBBXZBBHFyIQ4LQQAhDwJAIAZFDQAgCUEDSA0AIAQtAABBBXZBAXEhDwsCQCAGRQ0AIAlBAkgNACAPIAQtAABBBXZBAnFyIQ8LAkAgBkUNACAJQQBMDQAgDyAELQAAQQV2QQRxciEPCyAAKAIERQ0AQQAhA0EAIRYDQAJAAkAgAC0AAkEBRw0AIANBAEgNACASRQ0AIAMgACgCDCgCFE4NACADQQN2IgIgEk8NBiACIBtqLQAAIANBB3F0QYABcUUNAEEAIQ0MAQtBACEVAkAgAyAALAAQaiIKQQBIDQAgFEUNACAJIApMDQAgCkEDdiICIBRPDQYgAiAcai0AACAKQX9zQQdxdkEDdEEIcSEVCyATLQAABEBBfw8LIA9BBHQgDkEJdHIgFXIgFnIiAiAXTw0FIBMgGCACQQF0ahAJIAUoAhQhCUUEQEEAIQ0MAQtBASENIANBAEgNACAHRQ0AIAMgCU4NACADQQN2IgIgB08NBSACIAxqIgIgAi0AAEGAASADQQdxdnI6AAAgBSgCFCEJC0EAIRACf0EAIANBA2oiEUEASCIKDQAaQQAgC0UNABpBACAJIBFMDQAaIBFBA3YiAiALTw0FIAIgCGotAAAgEUF/c0EHcXZBAXELAkAgCg0AIAZFDQAgCSARTA0AIBFBA3YiAiAGTw0FIAIgBGotAAAgEUF/c0EHcXZBAXEhEAsgDkEBdEEOcXIhDiAQIA9BAXRBHnFyIQ8gDSAWQQF0QQZxciEWIANBAWoiAyAAKAIESQ0ACwsCQCABKAIQIghFBEAgACgCGCEDDAELIAggCCgCACgCCBECACAAKAIYIQNFDQAgACADQQFqNgIYIABBAzYCNEEDDwsgACADQQFqIgM2AhggBiELIAQhCCADIAAoAghJDQALCyAAQQQ2AjRBBA8LAAuJAgEGfyABKAIAKAIAIQMgACgCMEUEQCAAIAMpAgw3AiwLAkAgACgCBCICRQ0AIAAoAghB/////wdxIgUgACgCGEsEQCACQQFrIgJBA3YhBiACQQdxQQFqIQcDQCAAIAFB3BAgBiAHEDlFBEBBfw8LIAAgACkCJDcCHCAAKAIwIgIgAygCHCIESQ0CIAAgAjYCKCAAIAIgBGs2AjAgACAAKAIsIgI2AiQgACACIARqNgIsAkAgASgCECICRQ0AIAIgAigCACgCCBECAEUNACAAIAAoAhhBAWo2AhggAEEDNgI0QQMPCyAAIAAoAhhBAWoiAjYCGCACIAVJDQALCyAAQQQ2AjRBBA8LAAvjDgEgfyABKAIEIRQgASgCDCEYIAEoAgghGSABKAIAKAIAIgUoAhghCyAFKAIQIQgCQAJ/QQAgACgCGCICQQFrIg9BAEgNABpBACAIRQ0AGkEAIAsgD0wNABogCCAFKAIcIgogD2wiDUkNASAKIAggDWtLDQEgBSgCDCANagshDQJ/QQAgAkECayIDQQBIDQAaQQAgCEUNABpBACADIAtODQAaIAggBSgCHCIJIANsIgtJDQEgCSAIIAtrSw0BIAUoAgwgC2oLIQ8gACgCCCACSwRAIBlByuwEaiEbIBhBpbYCSyEcA0AgDSELIAohCAJ/AkAgAkEASA0AIAUoAhAiA0UNAEEAIQpBACACIAUoAhhODQEaIAMgBSgCHCIKIAJsIg1JDQQgCiADIA1rSw0EIAUoAgwgDWoMAQtBACEKQQALIQ0CQCAALQABRQRAIAAoAjwhAgwBCyAULQAABEBBfw8LIBxFDQMgACAAKAI8IBQgGxAJcyICNgI8CwJAIAIEQCAKRSIJDQEgCEUEQCAKQQBMDQIgCQ0CIA1BACAK/AsADAILIAggCksNBCAIRQ0BIA0gCyAI/AoAAAwBCyAAKAIYIQNBACEVQQAhEQJ/QQAgAC0AAkEBRw0AGkEAIANBAEgNABpBACAAKAIMIgIoAhAiBkUNABpBACADIAIoAhhODQAaIAYgAigCHCIRIANsIgRJDQQgESAGIARrSw0EIAIoAgwgBGoLIR0gBSgCGCEGIAUoAhAhAgJ/QQAgAyAALAARaiIEQQBIDQAaQQAgAkUNABpBACAEIAZODQAaIAIgBSgCHCIVIARsIgRJDQQgFSACIARrSw0EIAUoAgwgBGoLIR5BACEWAn8CQCADIAAsABNqIgRBAEgNACACRQ0AQQAhEkEAIAQgBk4NARogAiAFKAIcIhIgBGwiBEkNBSASIAIgBGtLDQUgBSgCDCAEagwBC0EAIRJBAAshHwJ/QQAgAyAALAAVaiIEQQBIDQAaQQAgAkUNABpBACAEIAZODQAaIAIgBSgCHCIWIARsIgRJDQQgFiACIARrSw0EIAUoAgwgBGoLISBBACEQAn8CQCADIAAsABdqIgNBAEgNACACRQ0AQQAhE0EAIAMgBk4NARogAiAFKAIcIhMgA2wiA0kNBSATIAIgA2tLDQUgBSgCDCADagwBC0EAIRNBAAshISAFKAIUIQMCQCAJRQ0AIANBAkgNACAPLQAAQQZ2QQFxIRALAkAgCUUNACADQQBMDQAgECAPLQAAQQZ2QQJxciEQC0EAIQQCQCAIRQ0AIANBA0gNACALLQAAQQV2QQFxIQQLAkAgCEUNACADQQJIDQAgBCALLQAAQQV2QQJxciEECwJAIAhFDQAgA0EATA0AIAQ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" };

  // src/tools/pdf/advanced.js
  var baseName = (name) => String(name || "documento").replace(/\.[^.]+$/, "").slice(0, 150) || "documento";
  function pdfResult(blob, name, extra = {}) {
    return { file: blob, name, size: blob.size, mime: blob.type, source: "output", ...extra };
  }
  function pageRange(text2, total, maximum = 30) {
    if (typeof text2 !== "string" || text2.length > 2e3 || !Number.isSafeInteger(total) || total < 1) throw new Error("Informe páginas válidas.");
    const pages = [];
    const push = (n) => {
      if (n < 1 || n > total || pages.includes(n)) throw new Error("Use páginas existentes, sem repetições.");
      if (pages.length >= maximum) throw new Error("Processe no máximo " + maximum + " páginas por vez.");
      pages.push(n);
    };
    if (!text2.trim()) {
      for (let n = 1; n <= total; n++) push(n);
      return pages;
    }
    for (const part of text2.split(",")) {
      const match = part.trim().match(/^(\d+)(?:\s*-\s*(\d+))?$/);
      if (!match) throw new Error("Use números e intervalos, como 1-3, 5.");
      const a = Number(match[1]), b = Number(match[2] || a);
      if (a > b || b > total || a < 1) throw new Error("Confira os intervalos de páginas.");
      for (let n = a; n <= b; n++) push(n);
    }
    return pages;
  }
  async function optimizePdf(file, { signal, limits = DEFAULT_LIMITS } = {}) {
    const source = await inspectPdfBlob(file, { signal, limits });
    abortCheck(signal);
    const bytes2 = await abortable(source.document.save({ useObjectStreams: true, addDefaultPage: false, objectsPerTick: 40, updateFieldAppearances: false }), signal);
    abortCheck(signal);
    const smaller = bytes2.length < file.size;
    const blob = smaller ? new Blob([bytes2], { type: "application/pdf" }) : file.slice(0, file.size, "application/pdf");
    if (smaller) {
      const verified = await inspectPdfBlob(blob, { signal, limits });
      if (verified.pageCount !== source.pageCount) throw new Error("Não foi possível verificar a otimização.");
    }
    return pdfResult(blob, baseName(file.name) + "-otimizado.pdf", { saved: file.size - blob.size, pages: source.pageCount, notice: smaller ? "Estrutura otimizada sem reduzir a qualidade das páginas." : "Este PDF já está otimizado. Não foi possível reduzir o tamanho sem alterar o conteúdo." });
  }
  async function imagesToPdf(files, { signal, limits = DEFAULT_LIMITS, pageSize = "a4", landscape = false } = {}) {
    if (!Array.isArray(files) || !files.length || files.length > limits.maxFiles) throw new Error("Selecione de 1 a " + limits.maxFiles + " imagens.");
    if (files.some((file) => !(file instanceof Blob) || file.size > limits.maxFileBytes) || files.reduce((n, file) => n + file.size, 0) > limits.maxTotalBytes) throw new Error("A seleção de imagens ultrapassa os limites de tamanho.");
    const pdf = await PDFDocument_default.create();
    for (const file of files) {
      abortCheck(signal);
      const header2 = new Uint8Array(await abortable(file.slice(0, limits.sniffBytes).arrayBuffer(), signal));
      const tail = new Uint8Array(await abortable(file.slice(Math.max(0, file.size - limits.tailBytes)).arrayBuffer(), signal));
      const detected = sniffBinary(header2, tail, file.size, file.type);
      if (!detected.valid || detected.kind !== "image" || !["image/png", "image/jpeg", "image/webp"].includes(detected.mime)) throw new Error("Use imagens PNG, JPEG ou WebP válidas.");
      ensureImageDimensions(detected.width, detected.height, limits);
      let bytes3, image;
      if (detected.mime === "image/webp") {
        const decoded = await decodeImage({ ...detected, file, size: file.size }, { signal, limits });
        const canvas = document.createElement("canvas");
        try {
          ensureImageDimensions(decoded.width, decoded.height, limits);
          canvas.width = decoded.width;
          canvas.height = decoded.height;
          canvas.getContext("2d").drawImage(decoded.source, 0, 0);
          const png = await abortable(new Promise((resolve, reject) => canvas.toBlob((blob2) => blob2 ? resolve(blob2) : reject(new Error("Não foi possível converter a imagem.")), "image/png")), signal);
          bytes3 = new Uint8Array(await png.arrayBuffer());
          image = await pdf.embedPng(bytes3);
        } finally {
          decoded.close();
          canvas.width = 1;
          canvas.height = 1;
        }
      } else {
        bytes3 = new Uint8Array(await abortable(file.arrayBuffer(), signal));
        image = detected.mime === "image/png" ? await pdf.embedPng(bytes3) : await pdf.embedJpg(bytes3);
      }
      const size = pageSize === "original" ? [image.width * 0.75, image.height * 0.75] : landscape ? [841.89, 595.28] : [595.28, 841.89];
      const page = pdf.addPage(size), margin = pageSize === "original" ? 0 : 24;
      const ratio = Math.min((size[0] - margin * 2) / image.width, (size[1] - margin * 2) / image.height);
      const width = image.width * ratio, height = image.height * ratio;
      page.drawImage(image, { x: (size[0] - width) / 2, y: (size[1] - height) / 2, width, height });
      await yieldTask(signal);
    }
    const bytes2 = await abortable(pdf.save({ useObjectStreams: true }), signal);
    if (bytes2.length > limits.maxPdfFileBytes) throw new Error("O PDF gerado ultrapassa " + Math.round(limits.maxPdfFileBytes / 1048576) + " MB. Tente menos imagens.");
    const blob = new Blob([bytes2], { type: "application/pdf" });
    const verified = await inspectPdfBlob(blob, { signal, limits });
    if (verified.pageCount !== files.length) throw new Error("Não foi possível verificar todas as páginas geradas.");
    return pdfResult(blob, "imagens.pdf", { pages: files.length });
  }

  // src/tools/pdf/renderer.js
  globalThis.pdfjsWorker = { WorkerMessageHandler };
  var LocalBinaryData = class {
    async ["fetch"]({ kind, filename }) {
      const group = { cMapUrl: "cmaps", standardFontDataUrl: "standard_fonts", wasmUrl: "wasm" }[kind];
      const data = renderer_assets_default[group + "/" + filename];
      if (!data) throw new Error("Recurso local do PDF indisponível.");
      return Uint8Array.from(atob(data), (character) => character.charCodeAt(0));
    }
  };
  async function openLocalPdf(file, { signal, limits = DEFAULT_LIMITS } = {}) {
    if (!(file instanceof Blob) || file.size < 8 || file.size > limits.maxPdfFileBytes) throw new Error("Selecione um PDF de até " + Math.round(limits.maxPdfFileBytes / 1048576) + " MB.");
    const data = new Uint8Array(await abortable(file.arrayBuffer(), signal));
    abortCheck(signal);
    const loading = getDocument({
      data,
      BinaryDataFactory: LocalBinaryData,
      useWorkerFetch: false,
      cMapPacked: true,
      disableAutoFetch: true,
      disableStream: true,
      disableRange: true,
      isOffscreenCanvasSupported: false,
      isImageDecoderSupported: false,
      useWasm: true,
      maxImageSize: limits.maxImagePixels,
      canvasMaxAreaInBytes: 64 * 1024 * 1024,
      enableXfa: false,
      stopAtErrors: true,
      verbosity: 0
    });
    const cancel = () => {
      void loading.destroy();
    };
    signal?.addEventListener("abort", cancel, { once: true });
    try {
      const pdf = await abortable(loading.promise, signal);
      if (!pdf.numPages || pdf.numPages > limits.maxPdfPagesPerFile) throw new Error("O PDF ultrapassa o limite de " + limits.maxPdfPagesPerFile + " páginas.");
      return { numPages: pdf.numPages, getPage: (number2) => pdf.getPage(number2), destroy: () => loading.destroy() };
    } catch (error3) {
      void loading.destroy();
      if (signal?.aborted) throw signal.reason;
      if (error3.name === "PasswordException") throw new Error("Este PDF está protegido por senha. Use uma cópia desbloqueada.");
      throw new Error(error3.message || "Não foi possível visualizar o PDF.");
    } finally {
      signal?.removeEventListener("abort", cancel);
    }
  }
  function pageViewport(page, scale2, maxPixels = 16e6) {
    const original = page.getViewport({ scale: scale2 });
    const ratio = Math.min(1, Math.sqrt(maxPixels / (original.width * original.height)), 8192 / Math.max(original.width, original.height));
    return page.getViewport({ scale: scale2 * ratio });
  }
  async function renderPdfPage(pdf, pageNumber, canvas, { scale: scale2 = 1, signal, onTask = () => {
  } } = {}) {
    const page = await abortable(pdf.getPage(pageNumber), signal), viewport = pageViewport(page, scale2);
    canvas.width = Math.max(1, Math.ceil(viewport.width));
    canvas.height = Math.max(1, Math.ceil(viewport.height));
    const context2 = canvas.getContext("2d", { alpha: false });
    if (!context2) throw new Error("O navegador não oferece a visualização necessária.");
    const task = page.render({ canvasContext: context2, viewport, background: "#ffffff" });
    onTask(task);
    const cancel = () => task.cancel();
    signal?.addEventListener("abort", cancel, { once: true });
    try {
      await abortable(task.promise, signal);
    } finally {
      signal?.removeEventListener("abort", cancel);
      onTask(null);
      page.cleanup?.();
    }
    return { width: canvas.width, height: canvas.height };
  }
  async function pdfText(pdf, pages, { signal } = {}) {
    const sections = [];
    let length = 0;
    for (const index of pages) {
      abortCheck(signal);
      const page = await abortable(pdf.getPage(index), signal), content = await abortable(page.getTextContent(), signal);
      const text2 = content.items.filter((item) => typeof item.str === "string").map((item) => item.str + (item.hasEOL ? "\n" : " ")).join("").trim();
      length += new TextEncoder().encode(text2).byteLength;
      if (length > DEFAULT_LIMITS.maxTextBytes) throw new Error("O texto ultrapassa o limite de 2 MB. Converta menos páginas.");
      sections.push({ page: index, text: text2 });
      page.cleanup?.();
      await yieldTask(signal);
    }
    if (!sections.some((section2) => section2.text)) throw new Error("Este PDF não contém texto extraível. Para páginas escaneadas, será necessário OCR.");
    return sections;
  }
  async function pdfImages(pdf, file, pages, { format = "png", scale: scale2 = 1.5, signal } = {}) {
    if (!["png", "jpeg"].includes(format) || ![1, 1.5, 2].includes(scale2) || !pages.length || pages.length > 30) throw new Error("Escolha um formato, uma resolução e até 30 páginas.");
    const items = [];
    let total = 0;
    for (const page of pages) {
      abortCheck(signal);
      const canvas = document.createElement("canvas");
      try {
        await renderPdfPage(pdf, page, canvas, { scale: scale2, signal });
        const blob = await abortable(new Promise((resolve, reject) => canvas.toBlob((result) => result ? resolve(result) : reject(new Error("Não foi possível gerar a imagem.")), "image/" + format, 0.92)), signal);
        if (blob.type !== "image/" + format) throw new Error("O navegador não suporta o formato selecionado.");
        total += blob.size;
        if (blob.size > DEFAULT_LIMITS.maxFileBytes || total > DEFAULT_LIMITS.maxTotalBytes) throw new Error("As imagens geradas ultrapassam o limite. Use menos páginas ou uma resolução menor.");
        items.push(pdfResult(blob, baseName(file.name) + "-pagina-" + page + "." + (format === "jpeg" ? "jpg" : "png")));
      } finally {
        canvas.width = 1;
        canvas.height = 1;
      }
      await yieldTask(signal);
    }
    return items;
  }

  // src/components/pdf-viewer.js
  function pdfViewer({ onReady = () => {
  }, onError = () => {
  }, open = openLocalPdf, render = renderPdfPage } = {}) {
    const events = new AbortController();
    let file, pdf, loading, painting, thumbnails, revision = 0, disposed = false;
    let current = 1, zoom = 1, fit = true, count = 0, thumbnailsCollapsed = false;
    const root = element("section", "pdf-viewer");
    root.setAttribute("aria-label", "Visualização do PDF");
    const pageInput = element("input", "pdf-page-number");
    pageInput.type = "number";
    pageInput.min = "1";
    pageInput.value = "1";
    pageInput.setAttribute("aria-label", "Página atual");
    const total = element("span", "pdf-page-total", "/ 0"), zoomText = element("span", "pdf-zoom-text", "100%");
    const back = button("Página anterior", "pdf-viewer-button", icon("chevronLeft"), () => {
      void go(current - 1);
    });
    const next = button("Próxima página", "pdf-viewer-button", icon("chevronRight"), () => {
      void go(current + 1);
    });
    const minus = button("Diminuir zoom do PDF", "pdf-viewer-button", "−", () => changeZoom(-0.1));
    const plus = button("Aumentar zoom do PDF", "pdf-viewer-button", "+", () => changeZoom(0.1));
    const fitButton = button("Ajustar PDF à largura", "pdf-viewer-button", icon("fitWidth"), () => {
      fit = true;
      void paint();
    });
    const save = button("Baixar PDF original", "pdf-viewer-button", icon("download"), () => {
      if (file) downloadResultFile({ file, name: file.name || "documento.pdf" });
    });
    const fullscreen = button("Visualizar PDF em tela cheia", "pdf-viewer-button", icon("fullscreen"), () => {
      if (document.fullscreenElement === root) void document.exitFullscreen()?.catch((error3) => onError(error3.message));
      else if (root.requestFullscreen) void root.requestFullscreen().catch((error3) => onError(error3.message));
      else onError("O navegador não disponibilizou a tela cheia.");
    });
    const toolbar = element("div", "pdf-viewer-toolbar", [element("div", "pdf-page-controls", [back, pageInput, total, next]), element("div", "pdf-zoom-controls", [minus, zoomText, plus]), element("div", "pdf-viewer-extra", [fitButton, save, fullscreen])]);
    const stage = element("div", "pdf-viewer-stage");
    stage.tabIndex = 0;
    stage.setAttribute("aria-label", "Página do documento");
    const thumbnailRail = element("div", "pdf-thumbnail-rail");
    const older = button("Miniaturas anteriores", "pdf-viewer-button", icon("chevronLeft"), () => {
      void go(Math.max(1, Math.floor((current - 1) / 6) * 6 - 5));
    });
    const newer = button("Próximas miniaturas", "pdf-viewer-button", icon("chevronRight"), () => {
      void go(Math.min(count, Math.floor((current - 1) / 6) * 6 + 7));
    });
    const strip = element("div", "pdf-thumbnails", [older, thumbnailRail, newer]);
    const toggleThumbnails = button("Minimizar miniaturas", "pdf-thumbnail-toggle", [], () => {
      thumbnailsCollapsed = !thumbnailsCollapsed;
      updateThumbnailToggle();
    });
    const thumbnailSection = element("div", "pdf-thumbnail-section", [strip, toggleThumbnails]);
    function updateThumbnailToggle() {
      strip.hidden = thumbnailsCollapsed;
      const label = thumbnailsCollapsed ? "Mostrar miniaturas" : "Minimizar miniaturas";
      toggleThumbnails.setAttribute("aria-label", label);
      toggleThumbnails.title = label;
      toggleThumbnails.setAttribute("aria-expanded", String(!thumbnailsCollapsed));
      toggleThumbnails.replaceChildren(icon(thumbnailsCollapsed ? "chevronUp" : "chevronDown"), element("span", "", thumbnailsCollapsed ? "Mostrar páginas" : "Minimizar"));
    }
    updateThumbnailToggle();
    const status = element("p", "pdf-viewer-status sr-only");
    status.setAttribute("role", "status");
    status.setAttribute("aria-live", "polite");
    root.append(toolbar, stage, thumbnailSection, status);
    function releaseCanvases(node2) {
      for (const canvas of node2.querySelectorAll("canvas")) {
        canvas.width = 1;
        canvas.height = 1;
      }
    }
    function blank(message = "Seu PDF aparecerá aqui", detail = "Selecione um arquivo para visualizar as páginas e as miniaturas.") {
      releaseCanvases(stage);
      stage.replaceChildren(element("div", "pdf-viewer-empty", [icon("pdf"), element("h2", "", message), element("p", "", detail)]));
      releaseCanvases(thumbnailRail);
      thumbnailRail.replaceChildren();
      thumbnailSection.hidden = true;
    }
    function controls() {
      const active = Boolean(pdf) && !disposed;
      for (const node2 of [pageInput, minus, plus, fitButton, save, fullscreen]) node2.disabled = !active;
      back.disabled = !active || current <= 1;
      next.disabled = !active || current >= count;
      older.disabled = !active || current <= 6;
      newer.disabled = !active || Math.floor((current - 1) / 6) * 6 + 6 >= count;
      pageInput.max = String(count || 1);
      pageInput.value = String(current);
      total.textContent = "/ " + count;
      zoomText.textContent = Math.round(zoom * 100) + "%";
    }
    async function paint() {
      if (!pdf || disposed) return;
      painting?.abort();
      const scope = new AbortController();
      painting = scope;
      const document2 = pdf, number2 = current, canvas = globalThis.document.createElement("canvas");
      try {
        stage.setAttribute("aria-busy", "true");
        const page = await document2.getPage(number2);
        scope.signal.throwIfAborted();
        const unit = pageViewport(page, 1);
        if (fit) zoom = Math.min(3, Math.max(0.1, ((stage.clientWidth || 700) - 48) / unit.width));
        const css = pageViewport(page, zoom), dpr = Math.min(2, globalThis.window?.devicePixelRatio || 1);
        await render(document2, number2, canvas, { scale: zoom * dpr, signal: scope.signal });
        scope.signal.throwIfAborted();
        if (disposed || pdf !== document2 || current !== number2) return;
        canvas.style.width = Math.ceil(css.width) + "px";
        canvas.style.height = Math.ceil(css.height) + "px";
        canvas.setAttribute("role", "img");
        canvas.setAttribute("aria-label", "Página " + number2 + " de " + count);
        releaseCanvases(stage);
        stage.replaceChildren(canvas);
        stage.scrollTop = 0;
        stage.scrollLeft = 0;
        status.textContent = "Página " + number2 + " de " + count;
        controls();
      } catch (error3) {
        if (!scope.signal.aborted && !disposed) {
          blank("Não foi possível desenhar esta página", "Tente outra página ou um PDF diferente.");
          onError(error3.message);
        }
      } finally {
        if (painting === scope) stage.setAttribute("aria-busy", "false");
        if (!canvas.parentNode) {
          canvas.width = 1;
          canvas.height = 1;
        }
      }
    }
    async function thumbs() {
      if (!pdf || disposed) return;
      thumbnails?.abort();
      const scope = new AbortController();
      thumbnails = scope;
      const document2 = pdf, start = Math.floor((current - 1) / 6) * 6 + 1;
      releaseCanvases(thumbnailRail);
      thumbnailRail.replaceChildren();
      thumbnailSection.hidden = false;
      updateThumbnailToggle();
      for (let number2 = start; number2 <= Math.min(count, start + 5); number2++) {
        if (scope.signal.aborted || disposed) return;
        const canvas = globalThis.document.createElement("canvas"), thumbnail = button("Visualizar página " + number2, "pdf-thumbnail", [element("span", "pdf-thumbnail-paper", canvas), element("span", "pdf-thumbnail-label", String(number2))], () => {
          void go(number2);
        });
        thumbnail.setAttribute("aria-pressed", String(number2 === current));
        thumbnail.dataset.page = String(number2);
        thumbnailRail.append(thumbnail);
        try {
          const page = await document2.getPage(number2);
          scope.signal.throwIfAborted();
          await render(document2, number2, canvas, { scale: Math.min(100 / pageViewport(page, 1).height, 110 / pageViewport(page, 1).width), signal: scope.signal });
        } catch {
          if (scope.signal.aborted) return;
          canvas.width = 1;
          canvas.height = 1;
          thumbnail.classList.add("is-unavailable");
        }
      }
    }
    async function go(number2) {
      if (!pdf || !Number.isInteger(number2)) return;
      const next2 = Math.max(1, Math.min(count, number2)), groupChanged = Math.floor((current - 1) / 6) !== Math.floor((next2 - 1) / 6);
      current = next2;
      controls();
      void paint();
      if (groupChanged || !thumbnailRail.children.length) void thumbs();
      else for (const thumbnail of thumbnailRail.children) thumbnail.setAttribute("aria-pressed", String(Number(thumbnail.dataset.page) === current));
    }
    function changeZoom(delta) {
      if (!pdf) return;
      fit = false;
      zoom = Math.max(0.1, Math.min(3, Math.round((zoom + delta) * 10) / 10));
      controls();
      void paint();
    }
    async function load(nextFile) {
      if (disposed || file === nextFile) return;
      const token = ++revision;
      loading?.abort();
      painting?.abort();
      thumbnails?.abort();
      if (pdf) {
        void pdf.destroy();
        pdf = null;
      }
      file = nextFile;
      current = 1;
      count = 0;
      fit = true;
      zoom = 1;
      blank(nextFile ? "Abrindo o PDF…" : void 0);
      controls();
      onReady(null, nextFile);
      if (!nextFile) return;
      const scope = new AbortController();
      loading = scope;
      try {
        const opened = await open(nextFile, { signal: scope.signal });
        if (disposed || token !== revision) {
          void opened.destroy();
          return;
        }
        pdf = opened;
        count = pdf.numPages;
        controls();
        onReady(pdf, file);
        void paint();
        void thumbs();
      } catch (error3) {
        if (!disposed && !scope.signal.aborted && token === revision) {
          blank("Não foi possível abrir o PDF", "Confira se o documento é válido e está desbloqueado.");
          onError(error3.message);
        }
      }
    }
    pageInput.addEventListener("change", () => {
      const number2 = Number(pageInput.value);
      if (Number.isInteger(number2)) void go(number2);
      else controls();
    }, { signal: events.signal });
    pageInput.addEventListener("keydown", (event) => {
      if (event.key === "Enter") {
        event.preventDefault();
        void go(Number(pageInput.value));
      }
    }, { signal: events.signal });
    stage.addEventListener("keydown", (event) => {
      if (event.key === "ArrowRight" || event.key === "ArrowLeft") {
        event.preventDefault();
        void go(current + (event.key === "ArrowRight" ? 1 : -1));
      }
    }, { signal: events.signal });
    const resize = typeof ResizeObserver === "function" ? new ResizeObserver(() => {
      if (fit && pdf && !disposed) void paint();
    }) : null;
    resize?.observe(stage);
    root.load = load;
    root.getFile = () => file;
    root.getPdf = () => pdf;
    root.getPage = () => current;
    root.dispose = () => {
      disposed = true;
      revision++;
      events.abort();
      loading?.abort();
      painting?.abort();
      thumbnails?.abort();
      resize?.disconnect();
      if (pdf) void pdf.destroy();
      pdf = null;
      releaseCanvases(stage);
      releaseCanvases(thumbnailRail);
    };
    blank();
    controls();
    return root;
  }

  // src/pages/pdf-page.js
  var modes = [["view", "Visualizar", "document"], ["merge", "Unir PDF", "pdfMerge"], ["split", "Separar PDF", "scissors"], ["convert", "Converter", "exchange"], ["export", "PDF para imagem", "image"], ["images", "Imagem para PDF", "imagePlus"], ["compress", "Comprimir", "sliders"], ["organize", "Organizar", "grid"]];
  var bytesText = (bytes2) => new Intl.NumberFormat("pt-BR", { maximumFractionDigits: 1 }).format(bytes2 / (bytes2 < 1048576 ? 1024 : 1048576)) + (bytes2 < 1048576 ? " KB" : " MB");
  function pdfPage(tool, { viewerFactory = pdfViewer } = {}) {
    const body = document.body;
    body.classList.add("pdf-studio-active");
    const events = new AbortController(), limits = DEFAULT_LIMITS;
    let area, viewer, exportPicker, imageFiles = [], mode = "view", operation, working = false, workspaceBusy = false, disposed = false, selectingImages = false, imageRevision = 0, refreshLayout = () => {
    };
    const imageUrls = /* @__PURE__ */ new Map();
    const heading = element("h1", "sr-only", tool.name);
    heading.tabIndex = -1;
    const tabs = element("div", "pdf-studio-tabs");
    tabs.setAttribute("role", "tablist");
    tabs.setAttribute("aria-label", "Ferramentas de PDF");
    const notice = element("p", "pdf-studio-notice");
    notice.setAttribute("role", "status");
    notice.setAttribute("aria-live", "polite");
    const output = element("section", "pdf-extra-results");
    output.hidden = true;
    output.setAttribute("aria-label", "Arquivos gerados");
    const cancel = button("Cancelar processamento de PDF", "pdf-secondary", "Cancelar processamento", () => operation?.controller.abort());
    cancel.hidden = true;
    const info3 = element("dl", "pdf-info-list"), infoBlock = element("details", "pdf-file-details", [element("summary", "", [icon("document"), "Informações do arquivo"]), info3]);
    const controls = /* @__PURE__ */ new Map();
    viewer = viewerFactory({ onReady: (pdf, file) => {
      showInfo(file, pdf?.numPages || area?.getFiles().find((record) => record.file === file)?.pages);
      refreshLayout();
      update();
    }, onError: (text2) => message(text2, true) });
    function message(text2, error3 = false) {
      if (!disposed) {
        notice.textContent = text2;
        notice.classList.toggle("is-error", error3);
      }
    }
    function showInfo(file, pages) {
      infoBlock.hidden = !file || mode === "images";
      const rows = [["Nome", file?.name || "Nenhum arquivo selecionado"], ["Tamanho", file ? bytesText(file.size) : "—"], ["Páginas", pages ? String(pages) : file ? "Carregando…" : "—"], ["Data de modificação", file?.lastModified && Number.isFinite(file.lastModified) ? new Intl.DateTimeFormat("pt-BR", { dateStyle: "short", timeStyle: "short" }).format(new Date(file.lastModified)) : "—"]];
      info3.replaceChildren(...rows.map(([label, value]) => element("div", "", [element("dt", "", label), element("dd", "", value)])));
    }
    function update() {
      const busy = working || workspaceBusy || selectingImages;
      for (const tab of tabs.children) tab.disabled = busy;
      for (const section3 of controls.values()) for (const control of section3.querySelectorAll("button")) control.disabled = busy || control.classList.contains("pdf-requires-document") && !viewer.getPdf() || control.classList.contains("pdf-requires-file") && !viewer.getFile() || control.classList.contains("pdf-requires-images") && !imageFiles.length;
      if (area) area.inert = working;
      if (exportPicker) exportPicker.inert = busy;
      cancel.hidden = !working;
    }
    area = pdfWorkspace({ persistentPicker: true, onMessage: (text2, error3, kind) => message(kind === "success" ? "" : text2, error3), onBusy: (value) => {
      workspaceBusy = value;
      update();
    }, onPreview: (record) => {
      message("");
      void viewer.load(record.file);
    }, onFilesChange: (records) => {
      if (working) operation?.controller.abort();
      const current = viewer.getFile();
      if (!records.length) void viewer.load(null);
      else if (!records.some((record) => record.file === current)) void viewer.load(records.find((record) => record.selected)?.file || records[0].file);
      refreshLayout();
    } });
    area.querySelector(".image-workspace-status").hidden = true;
    const modeSections = element("div", "pdf-mode-sections");
    function section2(id, title, description, children) {
      const help = element("details", "pdf-mode-help", [element("summary", "", "Como funciona"), element("p", "", description)]);
      const node2 = element("section", "pdf-mode-section", [element("h2", "sr-only", title), ...children, help]);
      node2.id = "pdf-panel-" + id;
      node2.setAttribute("role", "tabpanel");
      node2.setAttribute("aria-labelledby", "pdf-tab-" + id);
      node2.tabIndex = 0;
      controls.set(id, node2);
      modeSections.append(node2);
    }
    function field3(label, placeholder = "") {
      const input2 = element("input", "pdf-field-input");
      input2.setAttribute("aria-label", label);
      input2.placeholder = placeholder;
      return { input: input2, node: element("label", "pdf-field", [element("span", "", label), input2]) };
    }
    function select(label, choices) {
      const input2 = element("select", "pdf-field-input");
      input2.setAttribute("aria-label", label);
      for (const [value, name] of choices) {
        const option3 = element("option", "", name);
        option3.value = value;
        input2.append(option3);
      }
      input2.value = choices[0][0];
      return { input: input2, node: element("label", "pdf-field", [element("span", "", label), input2]) };
    }
    function legacy(id, label, visible) {
      return button(label + " — Disponível", "primary-action capability-action pdf-operation", [icon(id === "pdf.rotate" ? "rotate" : "pdf"), visible], () => {
        if (id !== "pdf.merge" && viewer.getFile()) area.selectFile(viewer.getFile());
        area.runAction(id);
      });
    }
    section2("view", "Visualizar PDF", "Navegue pelas páginas e miniaturas. Use os controles para ampliar, ajustar à largura ou abrir em tela cheia.", []);
    section2("merge", "Unir PDFs", "Selecione pelo menos dois arquivos. A ordem da lista será a ordem do novo PDF.", [legacy("pdf.merge", "Juntar PDFs", "Unir PDFs selecionados")]);
    section2("split", "Separar ou extrair páginas", "Escolha um único PDF na lista. Separe cada página em um arquivo ou informe intervalos.", [legacy("pdf.split", "Separar PDF", "Separar PDF"), legacy("pdf.extractPages", "Extrair páginas", "Extrair páginas")]);
    section2("organize", "Organizar páginas", "Selecione um único PDF para alterar a ordem ou girar as páginas. O original é preservado.", [legacy("pdf.reorder", "Reorganizar páginas", "Reorganizar páginas"), legacy("pdf.rotate", "Girar páginas", "Girar páginas")]);
    const textFormat = select("Formato de conversão", [["txt", "Texto (.txt)"], ["json", "Texto por página (.json)"]]), textPages = field3("Páginas para converter", "Todas, ou ex.: 1-3, 5");
    section2("convert", "Converter PDF", "Extraia o texto do PDF em visualização. Páginas escaneadas exigem OCR e não são convertidas em texto aqui.", [textFormat.node, textPages.node, button("Converter PDF em texto", "pdf-operation pdf-requires-document", [icon("exchange"), "Converter"], () => void run(async (signal) => {
      const file = viewer.getFile(), pdf = viewer.getPdf(), sections = await pdfText(pdf, pageRange(textPages.input.value, pdf.numPages, 500), { signal });
      const json = textFormat.input.value === "json", text2 = json ? JSON.stringify(sections, null, 2) : sections.map((section3) => "Página " + section3.page + "\n\n" + section3.text).join("\n\n");
      return [pdfResult(new Blob([text2], { type: json ? "application/json" : "text/plain;charset=utf-8" }), baseName(file.name) + (json ? ".json" : ".txt"))];
    }))]);
    const imageFormat = select("Formato das imagens", [["png", "PNG"], ["jpeg", "JPEG"]]), resolution = select("Resolução", [["1.5", "108 dpi"], ["1", "72 dpi"], ["2", "144 dpi"]]), exportPages = field3("Páginas para exportar", "Todas, ou ex.: 1-3, 5");
    section2("export", "PDF para imagem", "Converta até 30 páginas por vez. Cada página gera uma imagem, com opção de baixar todas em ZIP.", [imageFormat.node, resolution.node, exportPages.node, button("Converter páginas em imagens", "pdf-operation pdf-requires-document", [icon("image"), "Gerar imagens"], () => void run((signal) => pdfImages(viewer.getPdf(), viewer.getFile(), pageRange(exportPages.input.value, viewer.getPdf().numPages), { signal, format: imageFormat.input.value, scale: Number(resolution.input.value) })))]);
    section2("compress", "Comprimir PDF", "Otimize a estrutura do arquivo em visualização sem reduzir a qualidade. O tamanho pode permanecer igual em PDFs já otimizados.", [button("Otimizar PDF sem perda", "pdf-operation pdf-requires-file", [icon("sliders"), "Otimizar e comprimir"], () => void run(async (signal) => [await optimizePdf(viewer.getFile(), { signal })]))]);
    const imageInput = element("input", "sr-only");
    imageInput.type = "file";
    imageInput.multiple = true;
    imageInput.accept = ".png,.jpg,.jpeg,.webp,image/png,image/jpeg,image/webp";
    imageInput.tabIndex = -1;
    imageInput.setAttribute("aria-label", "Selecionar imagens para PDF");
    const chooseImages = () => {
      if (!working && !selectingImages) imageInput.click();
    };
    const imageList = element("div", "pdf-images-list");
    function selectionCard(title, glyph, prompt, hint, label, action, choose, details = "") {
      return element("div", "pdf-selection-card" + (glyph === "pdf" ? " pdf-selection-card--pdf" : ""), [element("h2", "pdf-upload-heading", title), element("div", "pdf-image-picker", [
        icon(glyph),
        element("h3", "", prompt),
        element("p", "", hint),
        button(label, "pdf-secondary pdf-image-select", [icon(glyph === "pdf" ? "upload" : "folder"), action], choose),
        details ? element("small", "pdf-picker-details", details) : null
      ])]);
    }
    const imageEmpty = selectionCard("Selecionar imagens", "imagePlus", "Selecione suas imagens", "Arraste PNG, JPEG ou WebP para cá.", "Selecionar imagens para converter", "Selecionar imagens", chooseImages);
    imageEmpty.classList.add("pdf-image-empty");
    const exportInput = element("input", "sr-only");
    exportInput.type = "file";
    exportInput.accept = ".pdf,application/pdf";
    exportInput.tabIndex = -1;
    exportInput.setAttribute("aria-label", "Selecionar PDF para converter em imagens");
    exportPicker = element("section", "pdf-export-picker", selectionCard("Selecionar arquivo PDF", "pdf", "Selecione seu PDF", "Arraste e solte aqui ou escolha o arquivo do seu dispositivo.", "Escolher PDF para converter em imagens", "Selecionar arquivo", () => {
      if (!working && !workspaceBusy) exportInput.click();
    }, "Formato: PDF · Até " + Math.round(limits.maxPdfFileBytes / 1048576) + " MB por arquivo"));
    exportPicker.setAttribute("aria-label", "Seleção de PDF para imagem");
    async function selectExportPdf(files) {
      if (disposed || working || workspaceBusy || !files.length) return;
      if (files.length !== 1) {
        message("Selecione um PDF por vez para converter em imagens.", true);
        return;
      }
      await area.receive(files);
      if (!disposed && area.selectFile(files[0])) {
        output.hidden = true;
        output.replaceChildren();
        message("");
        void viewer.load(files[0]);
      }
    }
    exportInput.addEventListener("change", () => {
      void selectExportPdf([...exportInput.files || []]);
      exportInput.value = "";
    }, { signal: events.signal });
    exportPicker.addEventListener("dragover", (event) => event.preventDefault(), { signal: events.signal });
    exportPicker.addEventListener("drop", (event) => {
      event.preventDefault();
      void selectExportPdf([...event.dataTransfer?.files || []]);
    }, { signal: events.signal });
    const imageCount = element("span", "pdf-image-count");
    const imageToolbar = element("div", "pdf-image-toolbar", [imageCount, button("Adicionar imagens ao PDF", "pdf-secondary", [icon("plus"), "Adicionar imagens"], chooseImages)]);
    const imageDrop = element("section", "pdf-image-drop", [imageEmpty, imageToolbar, imageList]);
    imageDrop.setAttribute("aria-label", "Seleção de imagens para PDF");
    const paper2 = select("Tamanho das páginas", [["a4", "A4"], ["original", "Ajustar ao tamanho da imagem"]]), orientation = select("Orientação", [["portrait", "Retrato"], ["landscape", "Paisagem"]]);
    for (const control of [paper2.input, orientation.input]) control.addEventListener("change", () => {
      output.hidden = true;
      output.replaceChildren();
    }, { signal: events.signal });
    section2("images", "Imagem para PDF", "Cada imagem gera uma página, na ordem da lista. Use as setas para reorganizar antes de criar o PDF.", [paper2.node, orientation.node, button("Criar PDF das imagens", "pdf-operation pdf-requires-images", [icon("pdf"), "Criar PDF"], () => void run(async (signal) => [await imagesToPdf(imageFiles, { signal, pageSize: paper2.input.value, landscape: orientation.input.value === "landscape" })]))]);
    async function showImages(files) {
      if (working || selectingImages || disposed || !files.length) return;
      const combined = [...imageFiles];
      for (const file of files) if (!combined.some((item) => item.name === file.name && item.size === file.size && item.lastModified === file.lastModified)) combined.push(file);
      if (combined.length > limits.maxFiles || combined.some((file) => file.size > limits.maxFileBytes) || combined.reduce((sum2, file) => sum2 + file.size, 0) > limits.maxTotalBytes) {
        message("A seleção de imagens ultrapassa o limite de 30 arquivos, 32 MB por imagem ou 128 MB no total.", true);
        return;
      }
      const revision = ++imageRevision;
      selectingImages = true;
      imageDrop.inert = true;
      update();
      try {
        for (const file of combined.filter((file2) => !imageUrls.has(file2))) {
          const head = new Uint8Array(await file.slice(0, limits.sniffBytes).arrayBuffer()), tail = new Uint8Array(await file.slice(Math.max(0, file.size - limits.tailBytes)).arrayBuffer());
          if (disposed || revision !== imageRevision) return;
          const detected = sniffBinary(head, tail, file.size, file.type);
          if (!detected.valid || detected.kind !== "image" || !["image/png", "image/jpeg", "image/webp"].includes(detected.mime)) throw new Error("Selecione uma imagem PNG, JPEG ou WebP válida.");
          ensureImageDimensions(detected.width, detected.height, limits);
        }
        for (const file of combined) if (!imageUrls.has(file)) imageUrls.set(file, URL.createObjectURL(file));
        imageFiles = combined;
        output.hidden = true;
        output.replaceChildren();
        message("");
        renderImages();
        imageState();
      } catch (error3) {
        if (!disposed) message(error3.message, true);
      } finally {
        selectingImages = false;
        imageDrop.inert = false;
        if (!disposed) update();
      }
    }
    function imageState() {
      const active = mode === "images", hasImages = imageFiles.length > 0, pickingPdf = mode === "export" && !viewer.getFile(), pickingUpload = ["view", "merge", "split", "convert", "compress"].includes(mode) && !area.getFiles().length;
      left.hidden = active || pickingPdf;
      viewer.hidden = active || pickingPdf || pickingUpload;
      imageDrop.hidden = !active;
      exportPicker.hidden = !pickingPdf;
      page.classList.toggle("is-picking-pdf", pickingPdf);
      page.classList.toggle("is-picking-upload", pickingUpload);
      main2.hidden = pickingUpload;
      imageEmpty.hidden = hasImages;
      imageToolbar.hidden = !hasImages;
      imageList.hidden = !hasImages;
      imageDrop.classList.toggle("has-selection", hasImages);
      imageCount.textContent = imageFiles.length + (imageFiles.length === 1 ? " imagem selecionada" : " imagens selecionadas");
      modeSections.hidden = mode === "view" || active && !hasImages || pickingPdf || pickingUpload;
      if (active && !hasImages || pickingPdf || pickingUpload) output.hidden = true;
    }
    function renderImages() {
      imageList.replaceChildren(...imageFiles.map((file, index) => {
        const preview = element("img", "pdf-image-preview");
        preview.loading = "lazy";
        preview.decoding = "async";
        preview.src = imageUrls.get(file);
        preview.alt = "Prévia de " + file.name;
        const up = button("Subir imagem " + file.name, "pdf-order-button", "↑", () => {
          [imageFiles[index - 1], imageFiles[index]] = [imageFiles[index], imageFiles[index - 1]];
          output.hidden = true;
          output.replaceChildren();
          renderImages();
        });
        up.disabled = index === 0;
        const down = button("Descer imagem " + file.name, "pdf-order-button", "↓", () => {
          [imageFiles[index + 1], imageFiles[index]] = [imageFiles[index], imageFiles[index + 1]];
          output.hidden = true;
          output.replaceChildren();
          renderImages();
        });
        down.disabled = index === imageFiles.length - 1;
        const name = element("span", "pdf-image-name", file.name);
        name.title = file.name;
        return element("article", "pdf-image-row", [element("div", "pdf-image-preview-wrap", preview), name, element("div", "pdf-image-controls", [up, down, button("Remover imagem " + file.name, "pdf-order-button", icon("close"), () => {
          URL.revokeObjectURL(imageUrls.get(file));
          imageUrls.delete(file);
          imageFiles.splice(index, 1);
          output.hidden = true;
          output.replaceChildren();
          renderImages();
          imageState();
          update();
        })])]);
      }));
    }
    async function run(action) {
      if (working || workspaceBusy || selectingImages || disposed) return;
      operation = createAbortScope(events.signal, 12e4, "O processamento demorou demais. Tente menos páginas por vez.");
      const scope = operation;
      working = true;
      imageDrop.inert = true;
      output.hidden = true;
      output.dataset.mode = mode;
      output.replaceChildren();
      message("Processando localmente…");
      update();
      try {
        const results = await action(scope.signal);
        scope.signal.throwIfAborted();
        if (disposed) return;
        output.append(element("h2", "", "Arquivos prontos"), ...results.map((item) => element("article", "pdf-extra-result", [element("div", "", [element("strong", "", item.name), element("small", "", bytesText(item.size)), item.notice ? element("p", "", item.notice) : null]), button("Baixar " + item.name, "pdf-secondary", [icon("download"), "Baixar"], () => downloadResultFile(item))])));
        const batch = batchDownloadControl(results, { signal: events.signal });
        if (batch) output.append(batch);
        output.hidden = false;
        message(results.length + " arquivo(s) pronto(s) para baixar.");
      } catch (error3) {
        if (!disposed) message(scope.signal.aborted ? "Processamento cancelado." : error3.message, !scope.signal.aborted);
      } finally {
        scope.dispose();
        if (operation === scope) operation = null;
        working = false;
        imageDrop.inert = false;
        if (!disposed) update();
      }
    }
    function setMode(next) {
      if (working || workspaceBusy || selectingImages) return;
      mode = next;
      message("");
      for (const tab of tabs.children) {
        const active = tab.dataset.mode === mode;
        tab.setAttribute("aria-selected", String(active));
        tab.tabIndex = active ? 0 : -1;
      }
      for (const [id, section3] of controls) section3.hidden = mode !== id;
      area.dataset.mode = mode;
      page.dataset.pdfMode = mode;
      area.hidden = mode === "images";
      infoBlock.hidden = mode === "images" || !viewer.getFile();
      imageState();
      update();
      if (mode === "images" && output.dataset.mode !== "images") output.hidden = true;
      if (mode !== "view" && mode !== "images" && mode !== "export" && mode !== "merge" && mode !== "split" && mode !== "convert" && mode !== "compress" && !viewer.getFile()) message("Selecione um PDF no painel à esquerda para usar esta ferramenta.");
    }
    for (const [id, name, glyph] of modes) {
      const tab = button(name, "pdf-studio-tab", [icon(glyph), element("span", "", name)], () => setMode(id));
      tab.dataset.mode = id;
      tab.id = "pdf-tab-" + id;
      tab.setAttribute("role", "tab");
      tab.setAttribute("aria-controls", "pdf-panel-" + id);
      tab.addEventListener("keydown", (event) => {
        let index = modes.findIndex((item) => item[0] === mode);
        if (event.key === "ArrowRight") index = (index + 1) % modes.length;
        else if (event.key === "ArrowLeft") index = (index + modes.length - 1) % modes.length;
        else if (event.key === "Home") index = 0;
        else if (event.key === "End") index = modes.length - 1;
        else return;
        event.preventDefault();
        setMode(modes[index][0]);
        tabs.children[index].focus();
      }, { signal: events.signal });
      tabs.append(tab);
    }
    imageInput.addEventListener("change", () => {
      void showImages([...imageInput.files || []]);
      imageInput.value = "";
    }, { signal: events.signal });
    imageDrop.addEventListener("dragover", (event) => {
      event.preventDefault();
    }, { signal: events.signal });
    imageDrop.addEventListener("drop", (event) => {
      event.preventDefault();
      void showImages([...event.dataTransfer?.files || []]);
    }, { signal: events.signal });
    const uploadHeading = element("h2", "pdf-upload-heading", "Selecionar arquivo PDF");
    modeSections.append(cancel);
    const workspaceResults = area.querySelector(".image-workspace-results");
    const left = element("aside", "pdf-studio-sidebar", [uploadHeading, area, infoBlock]);
    const main2 = element("div", "pdf-studio-main", [exportPicker, imageDrop, modeSections, workspaceResults, output, viewer]);
    const page = element("div", "pdf-page pdf-studio-page", [heading, tabs, notice, element("div", "pdf-studio-layout", [left, main2]), imageInput, exportInput]);
    refreshLayout = imageState;
    page.dispose = () => {
      disposed = true;
      imageRevision++;
      events.abort();
      operation?.controller.abort();
      operation?.dispose();
      area.dispose();
      viewer.dispose();
      for (const url of imageUrls.values()) URL.revokeObjectURL(url);
      imageUrls.clear();
      imageFiles = [];
      body.classList.remove("pdf-studio-active");
    };
    showInfo();
    setMode("view");
    return page;
  }

  // src/components/canvas-symbol.js
  var paths5 = {
    back: "M14 6l-6 6 6 6",
    plus: "M12 5v14M5 12h14",
    minus: "M5 12h14",
    sliders: "M3 6h18M3 12h18M3 18h18M8 3v6M16 9v6M10 15v6",
    undo: "M9 5L4 9l5 4M4 9h10a6 6 0 010 12",
    redo: "M15 5l5 4-5 4m5-4H10a6 6 0 000 12",
    search: "M20 20l-5-5M17 10a7 7 0 11-14 0 7 7 0 0114 0",
    templates: "M8 4H5a2 2 0 00-2 2v14h14v-3M9 2h12v13H9zM12 6h6m-6 4h4",
    text: "M4 5V3h16v2M12 3v18M8 21h8",
    shapes: "M4 3h9v9H4zM12 12h8v8h-8z",
    elements: "M12 3l4 7H8zM7 19a4 4 0 110-8 4 4 0 010 8M17 20a4 4 0 110-8 4 4 0 010 8",
    upload: "M12 16V3m-4 4l4-4 4 4M4 14v6h16v-6",
    brand: "M5 8h14v13H5zM8 8V5a4 4 0 018 0v3M10 14h4",
    background: "M3 4h18v16H3zM3 16L16 4M8 20L21 7",
    cloud: "M7 18H5a4 4 0 01-1-8 7 7 0 0113-3 5 5 0 012 11h-3M12 21V11m-3 3l3-3 3 3",
    share: "M12 15V2m-4 4l4-4 4 4M7 7H4v15h16V7h-3",
    download: "M12 3v13m-5-5l5 5 5-5M4 17v4h16v-4",
    chevron: "M6 9l6 6 6-6",
    hand: "M7 11V6a2 2 0 014 0v5-7a2 2 0 014 0v7-5a2 2 0 014 0v8l-2 6H9l-6-7a2 2 0 013-2l1 1",
    fit: "M3 9V3h6m6 0h6v6m0 6v6h-6M9 21H3v-6",
    duplicate: "M8 3h13v14H8zM4 7H2v15h14v-2",
    trash: "M3 6h18M9 6V3h6v3M6 6l1 15h10l1-15M10 10v7m4-7v7",
    layers: "M2 8l10-6 10 6-10 6zM3 13l9 5 9-5M3 18l9 5 9-5",
    up: "M12 21V3m-6 6l6-6 6 6",
    down: "M12 3v18m-6-6l6 6 6-6",
    front: "M5 10V3h14v7M12 21V7m-4 4l4-4 4 4",
    eye: "M2 12s4-7 10-7 10 7 10 7-4 7-10 7S2 12 2 12M15 12a3 3 0 11-6 0 3 3 0 016 0",
    lock: "M5 10h14v12H5zM8 10V5a4 4 0 018 0v5M12 14v4",
    left: "M4 4v16M7 6h13M7 10h8M7 14h13M7 18h8",
    center: "M3 5h18M7 9h10M3 13h18M7 17h10M3 21h18",
    right: "M20 4v16M4 6h13M9 10h8M4 14h13M9 18h8",
    notes: "M5 3h14v18H5zM8 7h8M8 11h8M8 15h5",
    image: "M3 3h18v18H3zM3 16l6-6 4 5 3-3 5 6M17 7h.01",
    square: "M4 4h16v16H4z",
    circle: "M21 12a9 9 0 11-18 0 9 9 0 0118 0",
    triangle: "M12 3l10 18H2z",
    line: "M3 20L21 4",
    close: "M5 5l14 14M19 5L5 19"
  };
  function canvasSymbol(name) {
    const svg = document.createElementNS("http://www.w3.org/2000/svg", "svg");
    svg.setAttribute("viewBox", "0 0 24 24");
    svg.setAttribute("class", "cv-icon");
    svg.setAttribute("fill", "none");
    svg.setAttribute("stroke", "currentColor");
    svg.setAttribute("stroke-width", "1.7");
    svg.setAttribute("stroke-linecap", "round");
    svg.setAttribute("stroke-linejoin", "round");
    svg.setAttribute("aria-hidden", "true");
    const path2 = document.createElementNS("http://www.w3.org/2000/svg", "path");
    path2.setAttribute("d", paths5[name] || paths5.square);
    svg.append(path2);
    return svg;
  }

  // src/tools/canvas/assets.json
  var assets_default = { summer: 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", "photo-interior": 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", 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", 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", 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", 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" };

  // src/tools/canvas/image-layout.js
  var clamp3 = (value, min, max) => Math.max(min, Math.min(max, value));
  var minimum = 8;
  function canvasImageBounds(item) {
    const angle = item.rotation * Math.PI / 180, c = Math.abs(Math.cos(angle)), s = Math.abs(Math.sin(angle));
    const width = item.width * c + item.height * s, height = item.width * s + item.height * c;
    return { x: item.x + (item.width - width) / 2, y: item.y + (item.height - height) / 2, width, height };
  }
  function constrainCanvasImage(page, item, { resize = false } = {}) {
    let { x, y, width, height } = item;
    if (resize && Math.abs(item.rotation % 360) < 1e-3) {
      x = clamp3(x, 0, page.width - minimum);
      y = clamp3(y, 0, page.height - minimum);
      width = Math.min(width, page.width - x);
      height = Math.min(height, page.height - y);
    }
    let bounds2 = canvasImageBounds({ ...item, x, y, width, height });
    const scale2 = Math.min(1, page.width / bounds2.width, page.height / bounds2.height);
    width *= scale2;
    height *= scale2;
    bounds2 = canvasImageBounds({ ...item, x, y, width, height });
    const cx2 = clamp3(x + width / 2, bounds2.width / 2, page.width - bounds2.width / 2), cy2 = clamp3(y + height / 2, bounds2.height / 2, page.height - bounds2.height / 2);
    return { x: cx2 - width / 2, y: cy2 - height / 2, width, height };
  }
  function snapCanvasImage(page, original, patch, { handle = "", tolerance = 0, proportional = false } = {}) {
    const candidate2 = { ...original, ...patch };
    if (Math.abs(original.rotation % 360) > 1e-3) return constrainCanvasImage(page, candidate2);
    if (!handle) {
      const geometry = constrainCanvasImage(page, candidate2);
      for (const [position, size, limit] of [["x", "width", page.width], ["y", "height", page.height]]) {
        if (Math.abs(geometry[position]) <= tolerance) geometry[position] = 0;
        else if (Math.abs(geometry[position] + geometry[size] - limit) <= tolerance) geometry[position] = limit - geometry[size];
      }
      return geometry;
    }
    const right = original.x + original.width, bottom = original.y + original.height;
    let left = handle.includes("w") ? clamp3(candidate2.x, 0, right - minimum) : original.x;
    let top = handle.includes("n") ? clamp3(candidate2.y, 0, bottom - minimum) : original.y;
    let end = handle.includes("e") ? clamp3(candidate2.x + candidate2.width, left + minimum, page.width) : right;
    let lower = handle.includes("s") ? clamp3(candidate2.y + candidate2.height, top + minimum, page.height) : bottom;
    if (handle.includes("w") && left <= tolerance) left = 0;
    if (handle.includes("n") && top <= tolerance) top = 0;
    if (handle.includes("e") && page.width - end <= tolerance) end = page.width;
    if (handle.includes("s") && page.height - lower <= tolerance) lower = page.height;
    let width = end - left, height = lower - top;
    if (proportional) {
      const ratio = original.width / original.height;
      if (handle === "n" || handle === "s") width = height * ratio;
      else height = width / ratio;
      const availableWidth = handle.includes("w") ? right : page.width - original.x, availableHeight = handle.includes("n") ? bottom : page.height - original.y;
      const scale2 = Math.min(1, availableWidth / width, availableHeight / height);
      width *= scale2;
      height *= scale2;
      left = handle.includes("w") ? right - width : original.x;
      top = handle.includes("n") ? bottom - height : original.y;
    }
    return constrainCanvasImage(page, { ...candidate2, x: left, y: top, width, height });
  }
  function fitCanvasImage(page, item) {
    const scale2 = Math.min(page.width / item.width, page.height / item.height), width = item.width * scale2, height = item.height * scale2;
    return { x: (page.width - width) / 2, y: (page.height - height) / 2, width, height, rotation: 0 };
  }

  // src/tools/canvas/text-layout.js
  var context;
  function canvasTextLines(item) {
    const size = item.fontSize, max = Math.max(8, item.width);
    if (!context && typeof document !== "undefined") {
      try {
        const candidate2 = document.createElement("canvas").getContext("2d");
        if (candidate2?.measureText) context = candidate2;
      } catch {
      }
    }
    if (context) context.font = `${item.italic ? "italic " : ""}${item.bold ? "bold " : ""}${size}px "${item.font}"`;
    const measure = (text2) => (context ? context.measureText(text2).width : Array.from(text2).length * size * 0.56) + Math.max(0, Array.from(text2).length - 1) * item.spacing;
    const lines = [];
    for (const paragraph of item.text.split("\n")) {
      if (!paragraph) {
        lines.push("");
        continue;
      }
      let line = "";
      for (const word of paragraph.split(/\s+/u)) {
        const candidate2 = line ? line + " " + word : word;
        if (measure(candidate2) <= max) {
          line = candidate2;
          continue;
        }
        if (line) {
          lines.push(line);
          line = "";
        }
        for (const character of Array.from(word)) {
          if (line && measure(line + character) > max) {
            lines.push(line);
            line = "";
          }
          line += character;
        }
      }
      lines.push(line);
    }
    return lines;
  }

  // src/tools/canvas/graphic-elements.js
  var canvasGraphics = [
    ["star", "Estrela"],
    ["heart", "Coração"],
    ["diamond", "Losango"],
    ["arrow", "Seta"],
    ["hexagon", "Hexágono"],
    ["bubble", "Balão de fala"]
  ];
  function canvasGraphicPath(item) {
    const w = item.width, h = item.height;
    if (item.graphic === "star") return Array.from({ length: 10 }, (_, i) => {
      const a = -Math.PI / 2 + i * Math.PI / 5, r = i % 2 ? 0.22 : 0.5;
      return (i ? "L" : "M") + (w / 2 + Math.cos(a) * w * r) + " " + (h / 2 + Math.sin(a) * h * r);
    }).join(" ") + "Z";
    if (item.graphic === "heart") return `M${w / 2} ${h} C${w * 0.35} ${h * 0.78} 0 ${h * 0.55} 0 ${h * 0.25} C0 0 ${w * 0.35} ${-h * 0.1} ${w / 2} ${h * 0.2} C${w * 0.65} ${-h * 0.1} ${w} 0 ${w} ${h * 0.25} C${w} ${h * 0.55} ${w * 0.65} ${h * 0.78} ${w / 2} ${h}Z`;
    if (item.graphic === "diamond") return `M${w / 2} 0L${w} ${h / 2}L${w / 2} ${h}L0 ${h / 2}Z`;
    if (item.graphic === "arrow") return `M0 ${h * 0.3}H${w * 0.6}V0L${w} ${h / 2}L${w * 0.6} ${h}V${h * 0.7}H0Z`;
    if (item.graphic === "hexagon") return `M${w * 0.25} 0H${w * 0.75}L${w} ${h / 2}L${w * 0.75} ${h}H${w * 0.25}L0 ${h / 2}Z`;
    return `M0 0H${w}V${h * 0.75}H${w * 0.4}L${w * 0.15} ${h}V${h * 0.75}H0Z`;
  }

  // src/tools/canvas/project.js
  var CANVAS_DRAFT_KEY = "allinmeadow.canvas.project.v1";
  var copy2 = (value) => structuredClone(value);
  var uid = () => "cv-" + Math.random().toString(36).slice(2, 11);
  var canvasFonts = ["Segoe UI", "Arial", "Georgia", "Trebuchet MS", "Courier New", "cursive"];
  var canvasPresets = [
    { id: "photo-interior", name: "Interior acolhedor", color: "#f3e5d4", category: "Interiores", asset: "photo-interior", width: 1448, height: 1086 },
    { id: "photo-routine", name: "Rotina produtiva", color: "#0d756c", category: "Produtividade", asset: "photo-routine", width: 1448, height: 1086 },
    { id: "photo-connect", name: "Conexões ao pôr do sol", color: "#d5978a", category: "Comunidade", asset: "photo-connect", width: 1448, height: 1086 },
    { id: "photo-summer", name: "Verão na praia", color: "#c9e8e2", category: "Viagens", asset: "photo-summer", width: 1448, height: 1086 },
    { id: "photo-clay", name: "Marca natural", color: "#e6c8a6", category: "Marca", asset: "photo-clay", width: 1448, height: 1086 },
    { id: "photo-results", name: "Crescimento em destaque", color: "#003244", category: "Negócios", asset: "photo-results", width: 1448, height: 1086 },
    { id: "summer", name: "Verão com mais vida", color: "#d5f0ed", category: "Viagens" },
    { id: "clay", name: "Novos horizontes para sua marca", color: "#f0c9b3", category: "Marca" },
    { id: "results", name: "Ideias que viram resultados", color: "#064f60", category: "Negócios" },
    { id: "interior", name: "Qualidade em cada detalhe", color: "#e4dfd4", category: "Design" },
    { id: "routine", name: "Rotina mais leve e produtiva", color: "#bed8be", category: "Estilo de vida" },
    { id: "connect", name: "Conectando pessoas e oportunidades", color: "#d0c4e4", category: "Comunidade" }
  ];
  var canvasTemplates = canvasPresets.filter((template) => Boolean(template.asset));
  function canvasItem(type = "text", values3 = {}) {
    return {
      id: uid(),
      type,
      name: type === "text" ? "Texto" : type === "image" ? "Imagem" : "Forma",
      x: 130,
      y: 160,
      width: 420,
      height: 160,
      rotation: 0,
      opacity: 1,
      fill: "#064a5b",
      stroke: "#007596",
      strokeWidth: 0,
      shadow: false,
      locked: false,
      hidden: false,
      imageFit: "contain",
      text: "Seu texto aqui",
      font: "Segoe UI",
      fontSize: 64,
      bold: false,
      italic: false,
      underline: false,
      align: "left",
      spacing: 0,
      lineHeight: 1.12,
      groupId: "",
      crop: null,
      graphic: "star",
      ...values3
    };
  }
  function canvasPage(template = "blank") {
    const preset = canvasPresets.find((item) => item.id === template), items = [];
    const add = (type, values3) => items.push(canvasItem(type, values3));
    const page = { id: uid(), name: preset?.asset ? preset.name : preset ? "Post para redes sociais" : "Página sem título", width: preset?.width || 1080, height: preset?.height || 1080, background: preset?.color || "#ffffff", image: assets_default[preset?.asset || (template === "summer" ? "summer" : "")] || "", notes: "", items };
    if (!preset || preset.asset) return page;
    if (template === "summer") {
      add("circle", { name: "Detalhe superior", x: 815, y: -150, width: 410, height: 350, fill: "#c1e2ce", opacity: 0.88 });
      add("triangle", { name: "Detalhe inferior", x: -70, y: 880, width: 460, height: 260, fill: "#acd9cc", opacity: 0.85 });
      add("text", { name: "Chamada", x: 98, y: 60, width: 510, height: 90, text: "VIVA GRANDES\nMOMENTOS", fontSize: 21, spacing: 8, lineHeight: 1.6 });
      add("text", { name: "Título de verão", x: 98, y: 245, width: 605, height: 225, text: "Verão\ncom mais", fontSize: 108, bold: true, lineHeight: 0.88 });
      add("text", { name: "Vida", x: 98, y: 452, width: 530, height: 175, text: "vida", font: "cursive", fontSize: 166, italic: true, bold: true, fill: "#007f97" });
      add("text", { name: "Descrição", x: 100, y: 650, width: 420, height: 170, text: "Destinos incríveis,\nexperiências reais\ne memórias para\nsempre.", fontSize: 32, lineHeight: 1.2 });
      add("rect", { name: "Botão", x: 98, y: 839, width: 350, height: 77, radius: 39, fill: "#008c9e" });
      add("text", { name: "Descubra agora", x: 132, y: 855, width: 300, height: 48, text: "Descubra agora  →", fontSize: 28, fill: "#ffffff" });
      for (let i = 0; i < 3; i++) add("rect", { name: "Raio de sol", x: 560 + i * 34, y: 265 + i * 35, width: 64, height: 11, rotation: -65 + i * 25, radius: 5, fill: "#ffb800" });
      return page;
    }
    const dark = template === "results", ink = dark ? "#ffffff" : "#204a50";
    add("circle", { name: "Círculo decorativo", x: 490, y: 420, width: 760, height: 760, fill: dark ? "#087b84" : "#ffffff", opacity: 0.5 });
    add("rect", { name: "Faixa", x: 80, y: 130, width: 80, height: 10, fill: dark ? "#74dfcf" : "#9c684e" });
    add("text", { name: preset.name, x: 80, y: 220, width: 820, height: 480, text: preset.name.replace(/(.{14,24})\s/g, "$1\n"), fontSize: 92, bold: template !== "clay", font: template === "clay" ? "Georgia" : "Segoe UI", fill: ink });
    add("text", { name: "Assinatura", x: 84, y: 920, width: 800, height: 60, text: "ALLINMEADOW   /   CRIE DO SEU JEITO", fontSize: 20, spacing: 3, fill: ink });
    return page;
  }
  function createCanvasProject() {
    const page = canvasPage("summer");
    return { version: 1, name: "Meu design", activePage: page.id, pages: [page] };
  }
  var currentCanvasPage = (project) => project.pages.find((page) => page.id === project.activePage) || project.pages[0];
  function canvasHistory(initial) {
    let value = copy2(initial), before = [], after = [];
    return {
      get value() {
        return value;
      },
      get canUndo() {
        return before.length > 0;
      },
      get canRedo() {
        return after.length > 0;
      },
      commit(next) {
        if (JSON.stringify(next) === JSON.stringify(value)) return;
        before.push(copy2(value));
        before = before.slice(-45);
        after = [];
        value = copy2(next);
      },
      undo() {
        if (!before.length) return;
        after.push(value);
        value = before.pop();
      },
      redo() {
        if (!after.length) return;
        before.push(value);
        value = after.pop();
      }
    };
  }
  function editCanvasItem(project, id, patch) {
    const next = copy2(project), item = currentCanvasPage(next).items.find((item2) => item2.id === id);
    if (!item || item.locked) return next;
    const numeric2 = { x: [-5e3, 5e3], y: [-5e3, 5e3], width: [8, 8e3], height: [8, 8e3], rotation: [-360, 360], fontSize: [6, 500], spacing: [-10, 50], lineHeight: [0.5, 3], opacity: [0, 1], strokeWidth: [0, 50] };
    for (const [key2, value] of Object.entries(patch)) {
      if (numeric2[key2]) {
        const number2 = Number(value);
        if (Number.isFinite(number2)) item[key2] = Math.max(numeric2[key2][0], Math.min(numeric2[key2][1], number2));
      } else if (["bold", "italic", "underline", "shadow"].includes(key2)) item[key2] = Boolean(value);
      else if (["fill", "stroke"].includes(key2) && /^#[0-9a-f]{6}$/i.test(value)) item[key2] = value;
      else if (key2 === "font" && canvasFonts.includes(value)) item.font = value;
      else if (key2 === "align" && ["left", "center", "right"].includes(value)) item.align = value;
      else if (key2 === "imageFit" && ["contain", "cover"].includes(value)) item.imageFit = value;
      else if (key2 === "groupId") item.groupId = String(value || "").slice(0, 80);
      else if (key2 === "graphic" && canvasGraphics.some(([id2]) => id2 === value)) item.graphic = value;
      else if (key2 === "crop") {
        if (!value) item.crop = null;
        else if (["x", "y", "width", "height"].every((key3) => Number.isFinite(value[key3])) && value.x >= 0 && value.y >= 0 && value.width >= 0.05 && value.height >= 0.05 && value.x + value.width <= 1.000001 && value.y + value.height <= 1.000001) item.crop = { x: value.x, y: value.y, width: value.width, height: value.height };
      } else if (["text", "name"].includes(key2)) item[key2] = String(value).slice(0, key2 === "text" ? 1e4 : 120);
    }
    if (item.type === "image") Object.assign(item, constrainCanvasImage(currentCanvasPage(next), item, { resize: Object.hasOwn(patch, "width") || Object.hasOwn(patch, "height") }));
    return next;
  }
  var escape2 = (value) => String(value).replace(/[&<>"']/g, (c) => ({ "&": "&amp;", "<": "&lt;", ">": "&gt;", '"': "&quot;", "'": "&apos;" })[c]);
  var safeCanvasImage = (value) => /^data:image\/(png|jpeg|webp);base64,[a-z0-9+/=\s]+$/i.test(value || "");
  var safeImage = safeCanvasImage;
  function canvasSvg(page, { interactive = false } = {}) {
    const bg = `<rect width="${page.width}" height="${page.height}" fill="${escape2(page.background)}"/>` + (safeImage(page.image) ? `<image href="${escape2(page.image)}" width="${page.width}" height="${page.height}" preserveAspectRatio="xMidYMid slice"/>` : "");
    const markup = page.items.filter((item) => !item.hidden).map((item) => {
      const { x, y, width: w, height: h } = item, style = `fill="${escape2(item.fill)}" stroke="${escape2(item.stroke)}" stroke-width="${item.strokeWidth}"`;
      let content = "";
      if (item.type === "text") {
        const anchor = item.align === "center" ? "middle" : item.align === "right" ? "end" : "start", tx = item.align === "center" ? w / 2 : item.align === "right" ? w : 0;
        content = `<text ${style} x="${tx}" font-family="${escape2(item.font)}, sans-serif" font-size="${item.fontSize}" font-weight="${item.bold ? 700 : 400}" font-style="${item.italic ? "italic" : "normal"}" text-decoration="${item.underline ? "underline" : "none"}" letter-spacing="${item.spacing}" text-anchor="${anchor}">` + canvasTextLines(item).map((line, i) => `<tspan x="${tx}" y="${item.fontSize * 0.86 + i * item.fontSize * item.lineHeight}">${escape2(line || " ")}</tspan>`).join("") + "</text>";
      } else if (item.type === "circle") content = `<ellipse cx="${w / 2}" cy="${h / 2}" rx="${w / 2}" ry="${h / 2}" ${style}/>`;
      else if (item.type === "triangle") content = `<path d="M0 ${h} L0 0 L${w} ${h}Z" ${style}/>`;
      else if (item.type === "line") content = `<path d="M0 ${h / 2} H${w}" stroke="${escape2(item.fill)}" stroke-width="${Math.max(2, item.strokeWidth || 5)}"/>`;
      else if (item.type === "graphic") content = `<path d="${canvasGraphicPath(item)}" ${style}/>`;
      else if (item.type === "image" && safeImage(item.src)) content = `<svg width="${w}" height="${h}" ${item.crop ? `viewBox="${item.crop.x * w} ${item.crop.y * h} ${item.crop.width * w} ${item.crop.height * h}" preserveAspectRatio="xMidYMid slice"` : ""} overflow="hidden"><image href="${escape2(item.src)}" width="${w}" height="${h}" preserveAspectRatio="xMidYMid ${item.imageFit === "cover" ? "slice" : "meet"}"/></svg>`;
      else content = `<rect width="${w}" height="${h}" rx="${item.radius || 0}" ${style}/>`;
      return `<g ${interactive ? `data-cv-id="${escape2(item.id)}" role="button" tabindex="0" aria-label="${escape2(item.name)}"` : ""} transform="translate(${x} ${y}) rotate(${item.rotation} ${w / 2} ${h / 2})" opacity="${item.opacity}"${item.shadow ? ' filter="url(#cv-shadow)"' : ""}>${content}${interactive ? `<rect width="${w}" height="${h}" fill="transparent" stroke="none"/>` : ""}</g>`;
    }).join("");
    return `<svg xmlns="http://www.w3.org/2000/svg" width="${page.width}" height="${page.height}" viewBox="0 0 ${page.width} ${page.height}" overflow="hidden"><defs><filter id="cv-shadow" x="-50%" y="-50%" width="200%" height="200%"><feDropShadow dx="0" dy="6" stdDeviation="8" flood-opacity=".2"/></filter></defs>${bg}${markup}</svg>`;
  }
  function parseCanvasProject(text2) {
    if (text2.length > 22e6) throw new Error("O projeto ultrapassa o limite de 22 MB.");
    const value = JSON.parse(text2);
    if (value.version !== 1 || !Array.isArray(value.pages) || !value.pages.length || value.pages.length > 30) throw new Error("Projeto Canvas inválido.");
    const result = { version: 1, name: String(value.name || "Meu design").slice(0, 120), activePage: "", pages: [] };
    for (const source of value.pages) {
      if (!Number.isFinite(source.width) || !Number.isFinite(source.height) || source.width < 100 || source.height < 100 || source.width > 4e3 || source.height > 4e3 || !Array.isArray(source.items) || source.items.length > 250) throw new Error("Dimensões ou elementos do projeto inválidos.");
      const page = { id: uid(), name: String(source.name || "Página").slice(0, 120), width: source.width, height: source.height, background: /^#[0-9a-f]{6}$/i.test(source.background) ? source.background : "#ffffff", image: safeImage(source.image) ? source.image : "", notes: String(source.notes || "").slice(0, 1e4), items: [] };
      for (const sourceItem of source.items) {
        if (!["text", "rect", "circle", "triangle", "line", "image", "graphic"].includes(sourceItem.type)) continue;
        const item = canvasItem(sourceItem.type);
        page.items.push(item);
        const holder = { pages: [page], activePage: page.id }, cleaned = editCanvasItem(holder, item.id, sourceItem);
        Object.assign(item, cleaned.pages[0].items.at(-1));
        item.radius = Math.max(0, Math.min(500, Number(sourceItem.radius) || 0));
        item.hidden = Boolean(sourceItem.hidden);
        item.locked = Boolean(sourceItem.locked);
        if (safeImage(sourceItem.src)) item.src = sourceItem.src;
      }
      if (source.id === value.activePage) result.activePage = page.id;
      result.pages.push(page);
    }
    result.activePage ||= result.pages[0].id;
    return result;
  }

  // src/tools/canvas/svg-dom.js
  var ns = "http://www.w3.org/2000/svg";
  function node(tag, attributes = {}, children = []) {
    const result = document.createElementNS(ns, tag);
    for (const [name, value] of Object.entries(attributes)) result.setAttribute(name, String(value));
    result.append(...children);
    return result;
  }
  function canvasSvgNode(page, { interactive = false } = {}) {
    const root = node("svg", { xmlns: ns, width: page.width, height: page.height, viewBox: `0 0 ${page.width} ${page.height}`, overflow: "hidden" });
    root.append(node("defs", {}, [node("filter", { id: "cv-shadow", x: "-50%", y: "-50%", width: "200%", height: "200%" }, [node("feDropShadow", { dx: 0, dy: 6, stdDeviation: 8, "flood-opacity": 0.2 })])]));
    root.append(node("rect", { width: page.width, height: page.height, fill: page.background }));
    if (safeCanvasImage(page.image)) root.append(node("image", { href: page.image, width: page.width, height: page.height, preserveAspectRatio: "xMidYMid slice" }));
    for (const item of page.items.filter((item2) => !item2.hidden)) {
      const w = item.width, h = item.height, attributes = { transform: `translate(${item.x} ${item.y}) rotate(${item.rotation} ${w / 2} ${h / 2})`, opacity: item.opacity };
      if (item.shadow) attributes.filter = "url(#cv-shadow)";
      if (interactive) Object.assign(attributes, { "data-cv-id": item.id, role: "button", tabindex: 0, "aria-label": item.name });
      const group = node("g", attributes), style = { fill: item.fill, stroke: item.stroke, "stroke-width": item.strokeWidth };
      if (item.type === "text") {
        const tx = item.align === "center" ? w / 2 : item.align === "right" ? w : 0;
        group.append(node("text", { ...style, x: tx, "font-family": item.font + ", sans-serif", "font-size": item.fontSize, "font-weight": item.bold ? 700 : 400, "font-style": item.italic ? "italic" : "normal", "text-decoration": item.underline ? "underline" : "none", "letter-spacing": item.spacing, "text-anchor": item.align === "center" ? "middle" : item.align === "right" ? "end" : "start" }, canvasTextLines(item).map((line, index) => node("tspan", { x: tx, y: item.fontSize * 0.86 + index * item.fontSize * item.lineHeight }, [document.createTextNode(line || " ")]))));
      } else if (item.type === "circle") group.append(node("ellipse", { cx: w / 2, cy: h / 2, rx: w / 2, ry: h / 2, ...style }));
      else if (item.type === "triangle") group.append(node("path", { d: `M0 ${h} L0 0 L${w} ${h}Z`, ...style }));
      else if (item.type === "line") group.append(node("path", { d: `M0 ${h / 2} H${w}`, stroke: item.fill, "stroke-width": Math.max(2, item.strokeWidth || 5) }));
      else if (item.type === "graphic") group.append(node("path", { d: canvasGraphicPath(item), ...style }));
      else if (item.type === "image" && safeCanvasImage(item.src)) group.append(node("svg", { width: w, height: h, overflow: "hidden", ...item.crop ? { preserveAspectRatio: "xMidYMid slice", viewBox: `${item.crop.x * w} ${item.crop.y * h} ${item.crop.width * w} ${item.crop.height * h}` } : {} }, [node("image", { href: item.src, width: w, height: h, preserveAspectRatio: "xMidYMid " + (item.imageFit === "cover" ? "slice" : "meet") })]));
      else group.append(node("rect", { width: w, height: h, rx: item.radius || 0, ...style }));
      if (interactive) group.append(node("rect", { width: w, height: h, fill: "transparent", stroke: "none" }));
      root.append(group);
    }
    return root;
  }

  // src/tools/canvas/page-sizes.js
  var canvasPageSizes = Object.freeze([
    { id: "square", name: "Quadrado", width: 1080, height: 1080 },
    { id: "portrait", name: "Post retrato", width: 1080, height: 1350 },
    { id: "story", name: "Story / vertical", width: 1080, height: 1920 },
    { id: "landscape", name: "Paisagem / apresentação", width: 1920, height: 1080 },
    { id: "photo", name: "Formato dos modelos", width: 1448, height: 1086 },
    { id: "cover", name: "Capa horizontal", width: 1200, height: 628 },
    { id: "a4-portrait", name: "A4 retrato", width: 2480, height: 3508 },
    { id: "a4-landscape", name: "A4 paisagem", width: 3508, height: 2480 }
  ].map((size) => Object.freeze(size)));
  function resizeCanvasPage(project, sizeId) {
    const size = canvasPageSizes.find((size2) => size2.id === sizeId);
    if (!size) throw new Error("Escolha uma das dimensões predefinidas.");
    const next = structuredClone(project), page = currentCanvasPage(next);
    if (page.width === size.width && page.height === size.height) return next;
    const scale2 = Math.min(size.width / page.width, size.height / page.height);
    const offsetX = (size.width - page.width * scale2) / 2, offsetY = (size.height - page.height * scale2) / 2;
    for (const item of page.items) {
      item.x = item.x * scale2 + offsetX;
      item.y = item.y * scale2 + offsetY;
      item.width = Math.min(8e3, Math.max(8, item.width * scale2));
      item.height = Math.min(8e3, Math.max(8, item.height * scale2));
      item.fontSize = Math.min(500, Math.max(6, item.fontSize * scale2));
      item.spacing = Math.min(50, Math.max(-10, item.spacing * scale2));
      item.strokeWidth = Math.min(50, item.strokeWidth * scale2);
      if (item.radius) item.radius = Math.min(500, item.radius * scale2);
    }
    page.width = size.width;
    page.height = size.height;
    for (const item of page.items) if (item.type === "image") Object.assign(item, constrainCanvasImage(page, item));
    return next;
  }

  // src/pages/canvas-page.js
  function canvasPageEditor() {
    const events = new AbortController(), renderEvents = /* @__PURE__ */ new Map();
    let activeEvents = events;
    const on = (node2, event, fn) => node2.addEventListener(event, fn, { signal: activeEvents.signal });
    function renderScope(name, fn) {
      renderEvents.get(name)?.abort();
      const scope = new AbortController();
      renderEvents.set(name, scope);
      const previous = activeEvents;
      activeEvents = scope;
      try {
        fn();
      } finally {
        activeEvents = previous;
      }
    }
    const clone = (value) => structuredClone(value);
    let initial = createCanvasProject(), restoreFailed = false;
    try {
      const saved = localStorage.getItem(CANVAS_DRAFT_KEY);
      if (saved) initial = parseCanvasProject(saved);
    } catch {
      restoreFailed = true;
    }
    const history = canvasHistory(initial);
    let selected2 = currentCanvasPage(initial).items.find((item) => item.name === "Título de verão")?.id || null, panel = "templates", rightTab = "properties", inspectorMode = "properties", zoom = 1, fitted = true, hand = false, drag = null, transient = null, saveTimer, disposed = false, notesOpen = false, aspectLocked = false;
    const project = () => transient || history.value, page = () => currentCanvasPage(project()), selection = () => page().items.find((item) => item.id === selected2);
    let selectedIds = /* @__PURE__ */ new Set();
    const selections = () => page().items.filter((item) => selected2 && (selectedIds.has(selected2) ? selectedIds.has(item.id) : item.id === selected2) && !item.hidden);
    const bounds2 = (items) => {
      const boxes = items.map(canvasImageBounds), x = Math.min(...boxes.map((box) => box.x)), y = Math.min(...boxes.map((box) => box.y));
      return { x, y, width: Math.max(...boxes.map((box) => box.x + box.width)) - x, height: Math.max(...boxes.map((box) => box.y + box.height)) - y };
    };
    const root = element("section", "cv-editor");
    document.body.classList.add("cv-active");
    if (window.innerWidth < 1030) root.classList.add("cv-properties-closed");
    if (window.innerWidth < 681) root.classList.add("cv-library-closed");
    const status = element("span", "cv-save-state", "Salvo neste navegador"), live = element("p", "cv-status");
    live.setAttribute("role", "status");
    live.setAttribute("aria-live", "polite");
    function notify(text2, error3 = false) {
      live.textContent = text2;
      live.classList.toggle("is-error", error3);
    }
    const action = (label, glyph, fn, cls = "") => button(label, "cv-button " + cls, [canvasSymbol(glyph), element("span", "", label)], fn);
    const tool = (label, glyph, fn, cls = "") => button(label, "cv-tool " + cls, canvasSymbol(glyph), fn);
    function persist() {
      clearTimeout(saveTimer);
      status.textContent = "Salvando…";
      saveTimer = setTimeout(() => {
        try {
          localStorage.setItem(CANVAS_DRAFT_KEY, JSON.stringify(history.value));
          status.textContent = "Salvo neste navegador";
        } catch {
          status.textContent = "Salvamento local indisponível";
          notify("Não foi possível salvar neste navegador. Exporte o projeto para guardar suas alterações.", true);
        }
      }, 400);
    }
    function commit(next) {
      transient = null;
      history.commit(next);
      persist();
      render();
    }
    function change(patch) {
      if (selection()) commit(editCanvasItem(project(), selected2, patch));
    }
    function mutate(fn) {
      const next = clone(project());
      fn(currentCanvasPage(next), next);
      for (const page2 of next.pages) for (const item of page2.items) if (item.type === "image") Object.assign(item, constrainCanvasImage(page2, item));
      commit(next);
    }
    function showInspector(tab = "properties") {
      inspectorMode = "properties";
      rightTab = tab;
      root.classList.remove("cv-properties-closed");
      properties();
    }
    function pick(id, keepLayers = false, additive = false) {
      const target = page().items.find((item) => item.id === id), members = target?.groupId ? page().items.filter((item) => item.groupId === target.groupId && !item.hidden).map((item) => item.id) : id ? [id] : [];
      const next = additive ? new Set(selections().map((item) => item.id)) : /* @__PURE__ */ new Set();
      const remove = additive && members.every((id2) => next.has(id2));
      for (const member of members) remove ? next.delete(member) : next.add(member);
      selectedIds = next;
      selected2 = next.has(id) ? id : [...next].at(-1) || null;
      if (selected2) {
        inspectorMode = "properties";
        if (!keepLayers) rightTab = "properties";
        root.classList.remove("cv-properties-closed");
      }
      paint();
      properties();
    }
    function groupItems(ungroup = false) {
      const items = selections();
      if (!items.length || items.some((item) => item.locked) || !ungroup && items.length < 2) return;
      const ids = new Set(items.map((item) => item.id)), groupId = ungroup ? "" : "group-" + Math.random().toString(36).slice(2);
      mutate((page2) => {
        for (const item of page2.items) if (ids.has(item.id)) item.groupId = groupId;
      });
    }
    function addItem(type, values3 = {}) {
      if (page().items.length >= 250) return notify("Esta página atingiu o limite de 250 elementos.", true);
      const item = canvasItem(type, values3);
      selected2 = item.id;
      inspectorMode = "properties";
      rightTab = "properties";
      root.classList.remove("cv-properties-closed");
      mutate((page2) => page2.items.push(item));
    }
    function removeItem() {
      const items = selections();
      if (!items.length || items.some((item) => item.locked)) return;
      const ids = new Set(items.map((item) => item.id));
      selected2 = null;
      selectedIds.clear();
      mutate((page2) => {
        page2.items = page2.items.filter((item) => !ids.has(item.id));
      });
    }
    function duplicate() {
      const items = selections();
      if (!items.length) return;
      if (page().items.length + items.length > 250) return notify("Esta página atingiu o limite de 250 elementos.", true);
      const groups2 = /* @__PURE__ */ new Map();
      const copies = items.map(({ id, ...item }) => {
        if (item.groupId && !groups2.has(item.groupId)) groups2.set(item.groupId, "group-" + Math.random().toString(36).slice(2));
        return canvasItem(item.type, { ...item, groupId: groups2.get(item.groupId) || "", x: item.x + 24, y: item.y + 24, locked: false, name: item.name + " (cópia)" });
      });
      selected2 = copies[0].id;
      selectedIds = new Set(copies.map((item) => item.id));
      mutate((page2) => page2.items.push(...copies));
    }
    function order(delta, absolute = false) {
      const items = selections();
      if (!items.length || items.some((item) => item.locked)) return;
      const ids = new Set(items.map((item) => item.id));
      mutate((page2) => {
        const from = page2.items.findIndex((item) => ids.has(item.id)), moving = page2.items.filter((item) => ids.has(item.id)), rest = page2.items.filter((item) => !ids.has(item.id));
        const to = absolute ? delta > 0 ? rest.length : 0 : Math.max(0, Math.min(rest.length, from + delta));
        rest.splice(to, 0, ...moving);
        page2.items = rest;
      });
    }
    function download(blob, name) {
      const url = URL.createObjectURL(blob), link = element("a", "");
      link.href = url;
      link.download = name;
      document.body.append(link);
      link.click();
      link.remove();
      setTimeout(() => URL.revokeObjectURL(url), 3e3);
    }
    const fileName = () => project().name.replace(/[^\p{L}\p{N} _-]/gu, "").slice(0, 70) || "Meu design";
    function downloadProject() {
      download(new Blob([JSON.stringify(project(), null, 2)], { type: "application/json" }), fileName() + ".allincanvas");
    }
    async function exportImage(format = exportFormat.value) {
      if (exportButton.disabled) return;
      exportButton.disabled = true;
      exportFormat.disabled = true;
      exportMenu.open = false;
      exportControl.setAttribute("aria-busy", "true");
      try {
        const snapshot = clone(page()), svg = canvasSvg(snapshot);
        if (format === "project") {
          downloadProject();
          notify("Projeto exportado. Você pode abri-lo em Uploads.");
          return;
        }
        if (format === "svg") {
          download(new Blob([svg], { type: "image/svg+xml;charset=utf-8" }), fileName() + ".svg");
          notify("SVG exportado.");
          return;
        }
        await document.fonts?.ready;
        const image = new Image(), url = URL.createObjectURL(new Blob([svg], { type: "image/svg+xml;charset=utf-8" }));
        try {
          image.src = url;
          await image.decode();
          if (disposed) return;
          const canvas = document.createElement("canvas");
          canvas.width = snapshot.width;
          canvas.height = snapshot.height;
          const context2 = canvas.getContext("2d");
          context2.fillStyle = "#fff";
          context2.fillRect(0, 0, canvas.width, canvas.height);
          context2.drawImage(image, 0, 0);
          const blob = await new Promise((resolve) => canvas.toBlob(resolve, "image/" + format, 0.94));
          if (!blob) throw new Error("Não foi possível gerar a imagem.");
          if (disposed) return;
          download(blob, fileName() + (format === "jpeg" ? ".jpg" : ".png"));
          notify("Imagem exportada na resolução original.");
        } finally {
          URL.revokeObjectURL(url);
        }
      } catch (error3) {
        notify(error3.message || "Não foi possível exportar.", true);
      } finally {
        exportButton.disabled = false;
        exportFormat.disabled = false;
        exportControl.setAttribute("aria-busy", "false");
      }
    }
    const exportFormat = element("select", "cv-export-format");
    exportFormat.setAttribute("aria-label", "Formato de exportação");
    for (const [value, label] of [["png", "PNG"], ["jpeg", "JPG"], ["svg", "SVG"], ["project", "Projeto"]]) {
      const option3 = element("option", "", label);
      option3.value = value;
      exportFormat.append(option3);
    }
    exportFormat.value = "png";
    const exportButton = action("Exportar", "download", () => void exportImage(), "cv-primary");
    const exportSummary = element("summary", "cv-export-toggle", canvasSymbol("chevron"));
    exportSummary.setAttribute("aria-label", "Opções de exportação");
    exportSummary.title = "Opções de exportação";
    const exportMenu = element("details", "cv-export-menu", [exportSummary, element("div", "cv-export-options", [element("label", "cv-field", [element("span", "", "Formato do arquivo"), exportFormat])])]);
    const exportControl = element("div", "cv-export", [exportButton, exportMenu]);
    on(document, "pointerdown", (event) => {
      if (!exportControl.contains(event.target)) exportMenu.open = false;
    });
    on(exportMenu, "keydown", (event) => {
      if (event.key === "Escape") {
        exportMenu.open = false;
        exportSummary.focus();
      }
    });
    const share = action("Compartilhar", "share", async () => {
      const file = new File([JSON.stringify(project())], fileName() + ".allincanvas", { type: "application/json" });
      try {
        if (navigator.canShare?.({ files: [file] })) await navigator.share({ files: [file], title: project().name });
        else {
          downloadProject();
          notify("Projeto baixado para compartilhar. Quem receber pode abri-lo em Uploads.");
        }
      } catch (error3) {
        if (error3.name !== "AbortError") notify("Não foi possível compartilhar. Use Exportar → Projeto.", true);
      }
    });
    const heading = element("h1", "sr-only", "Canvas");
    heading.tabIndex = -1;
    const header2 = element("header", "cv-header", [heading, element("div", "cv-header-actions", [element("div", "cv-saved", [canvasSymbol("cloud"), status]), share, exportControl])]);
    const left = element("aside", "cv-library");
    left.setAttribute("aria-label", "Adicionar ao design");
    const collapse = tool("Recolher painel de criação", "back", () => {
      root.classList.toggle("cv-library-closed");
      fitted = true;
      requestAnimationFrame(paint);
    });
    const search = element("input", "");
    search.type = "search";
    search.placeholder = "Buscar modelos, elementos…";
    search.setAttribute("aria-label", "Buscar modelos e elementos");
    const libraryContent = element("div", "cv-library-content"), nav = element("nav", "cv-library-nav");
    const sections = [["templates", "Modelos", "templates"], ["text", "Texto", "text"], ["shapes", "Formas", "shapes"], ["elements", "Elementos", "elements"], ["uploads", "Uploads", "cloud"], ["brand", "Marca", "brand"], ["background", "Fundos", "background"]];
    function openLibrary(id) {
      panel = id;
      inspectorMode = "library";
      search.value = "";
      root.classList.remove("cv-properties-closed");
      if (window.innerWidth < 681) root.classList.add("cv-library-closed");
      renderLibrary();
      properties();
      right.scrollTop = 0;
    }
    function openLibraryNavigation() {
      root.classList.remove("cv-library-closed");
      if (window.innerWidth < 681) root.classList.add("cv-properties-closed");
      fitted = true;
      requestAnimationFrame(paint);
    }
    for (const [id, label, glyph] of sections) {
      const entry = action(label, glyph, () => openLibrary(id));
      entry.dataset.panel = id;
      entry.setAttribute("aria-controls", "cv-inspector-library");
      nav.append(entry);
    }
    left.append(element("div", "cv-panel-title", [element("h2", "", "Adicionar ao design"), collapse]), nav);
    on(search, "input", renderLibrary);
    const imageInput = element("input", "sr-only");
    imageInput.type = "file";
    imageInput.multiple = true;
    imageInput.accept = "image/png,image/jpeg,image/webp";
    imageInput.setAttribute("aria-label", "Adicionar imagens ao Canvas");
    const backgroundInput = element("input", "sr-only");
    backgroundInput.type = "file";
    backgroundInput.accept = imageInput.accept;
    backgroundInput.setAttribute("aria-label", "Selecionar imagem de fundo");
    const projectInput = element("input", "sr-only");
    projectInput.type = "file";
    projectInput.accept = ".allincanvas,application/json";
    projectInput.setAttribute("aria-label", "Abrir projeto Canvas");
    async function importImages(files, { asBackground = false } = {}) {
      if (files.length > 15) return notify("Adicione até 15 imagens por vez.", true);
      try {
        for (const file of files) {
          if (!["image/png", "image/jpeg", "image/webp"].includes(file.type) || file.size > 8 * 1048576) throw new Error("Use PNG, JPG ou WebP de até 8 MB.");
          const data = await new Promise((resolve, reject) => {
            const reader = new FileReader();
            reader.onload = () => resolve(reader.result);
            reader.onerror = reject;
            reader.readAsDataURL(file);
          });
          const image = new Image();
          image.src = data;
          await image.decode();
          if (disposed) return;
          if (!image.naturalWidth || !image.naturalHeight || image.naturalWidth * image.naturalHeight > 24e6) throw new Error("A imagem ultrapassa o limite de 24 milhões de pixels.");
          if (asBackground) {
            selected2 = null;
            mutate((page2) => {
              page2.image = data;
            });
            notify("Fundo ajustado aos limites da página.");
            return;
          }
          const scale2 = Math.min(1, 650 / image.naturalWidth, page().width * 0.7 / image.naturalWidth, page().height * 0.7 / image.naturalHeight);
          const width = image.naturalWidth * scale2, height = image.naturalHeight * scale2;
          addItem("image", { src: data, name: file.name, x: (page().width - width) / 2, y: (page().height - height) / 2, width, height });
        }
        notify("Imagens adicionadas ao design.");
      } catch (error3) {
        notify(error3.message || "Não foi possível abrir a imagem.", true);
      }
    }
    on(imageInput, "change", () => {
      void importImages([...imageInput.files || []]);
      imageInput.value = "";
    });
    on(backgroundInput, "change", () => {
      void importImages([...backgroundInput.files || []].slice(0, 1), { asBackground: true });
      backgroundInput.value = "";
    });
    on(projectInput, "change", async () => {
      const file = projectInput.files?.[0];
      projectInput.value = "";
      if (!file) return;
      try {
        if (file.size > 22e6) throw new Error("O projeto ultrapassa o limite de 22 MB.");
        const next = parseCanvasProject(await file.text());
        if (disposed) return;
        selected2 = null;
        fitted = true;
        commit(next);
        notify("Projeto aberto.");
      } catch (error3) {
        notify(error3.message, true);
      }
    });
    const center = element("main", "cv-center"), toolbar = element("div", "cv-toolbar");
    toolbar.setAttribute("aria-label", "Controles do design");
    const undo = tool("Desfazer", "undo", () => {
      history.undo();
      transient = null;
      persist();
      render();
    });
    const redo = tool("Refazer", "redo", () => {
      history.redo();
      transient = null;
      persist();
      render();
    });
    const zoomText = element("span", "cv-zoom-label", "100%");
    const zoomBy = (factor) => {
      fitted = false;
      zoom = Math.max(0.1, Math.min(3, zoom * factor));
      paint();
    };
    const handButton = tool("Mover área de trabalho", "hand", () => {
      hand = !hand;
      handButton.setAttribute("aria-pressed", String(hand));
      board.classList.toggle("cv-hand", hand);
    });
    toolbar.append(
      tool("Abrir painel de criação", "templates", openLibraryNavigation, "cv-open-library"),
      undo,
      redo,
      element("div", "cv-zoom", [tool("Diminuir zoom", "minus", () => zoomBy(0.85)), zoomText, tool("Aumentar zoom", "plus", () => zoomBy(1.15))]),
      handButton,
      element("span", "cv-toolbar-spacer"),
      tool("Duplicar elemento", "duplicate", duplicate),
      tool("Excluir elemento", "trash", removeItem),
      tool("Abrir camadas", "layers", () => showInspector("layers")),
      tool("Trazer para frente", "front", () => order(1, true)),
      tool("Subir camada", "up", () => order(1)),
      tool("Descer camada", "down", () => order(-1))
    );
    const stage = element("div", "cv-stage"), pageLabel = element("p", "cv-page-label"), board = element("div", "cv-board"), art = element("div", "cv-art"), selectionBox = element("div", "cv-selection"), floating = element("div", "cv-floating"), boardWrap = element("div", "cv-board-wrap");
    board.tabIndex = 0;
    board.setAttribute("aria-label", "Área de edição do Canvas");
    selectionBox.hidden = true;
    for (const point of ["nw", "n", "ne", "e", "se", "s", "sw", "w"]) {
      const handle = element("span", "cv-handle cv-handle-" + point);
      handle.dataset.handle = point;
      selectionBox.append(handle);
    }
    board.append(art, selectionBox, floating);
    boardWrap.append(pageLabel, board);
    stage.append(boardWrap);
    const footer = element("footer", "cv-footer"), pageRail = element("div", "cv-page-rail"), pageCount = element("span", "cv-page-count");
    const notes = element("textarea", "cv-notes");
    notes.hidden = true;
    notes.placeholder = "Anotações desta página…";
    notes.setAttribute("aria-label", "Notas da página");
    on(notes, "change", () => mutate((page2) => {
      page2.notes = notes.value.slice(0, 1e4);
    }));
    const deletePage = action("Excluir página atual", "trash", () => {
      if (project().pages.length === 1) return;
      selected2 = null;
      mutate((page2, project2) => {
        project2.pages = project2.pages.filter((item) => item.id !== page2.id);
        project2.activePage = project2.pages[0].id;
      });
    });
    const pageMenu = element("details", "cv-pages-menu", [element("summary", "", "Páginas"), element("div", "cv-pages-actions", [action("Duplicar página atual", "duplicate", () => {
      if (project().pages.length >= 30) return notify("O limite é de 30 páginas.", true);
      const next = clone(project()), duplicated = parseCanvasProject(JSON.stringify({ ...next, pages: [currentCanvasPage(next)] })).pages[0];
      duplicated.name += " (cópia)";
      next.pages.push(duplicated);
      next.activePage = duplicated.id;
      selected2 = null;
      commit(next);
    }), deletePage])]);
    footer.append(action("Notas", "notes", () => {
      notesOpen = !notesOpen;
      notes.hidden = !notesOpen;
      if (notesOpen) notes.focus();
    }), pageRail, element("div", "cv-page-summary", [pageMenu, pageCount]), tool("Tela cheia", "fit", async () => {
      try {
        if (document.fullscreenElement) await document.exitFullscreen();
        else await root.requestFullscreen();
      } catch {
        notify("Não foi possível abrir a tela cheia neste navegador.", true);
      }
    }));
    center.append(toolbar, stage, notes, footer);
    const right = element("aside", "cv-inspector");
    right.setAttribute("aria-label", "Propriedades e camadas");
    const propTabs = element("div", "cv-inspector-tabs"), propBody = element("div", "cv-inspector-body");
    const libraryHeading = element("h2", "cv-library-heading"), librarySearch = element("label", "cv-search", [canvasSymbol("search"), search]);
    const inspectorLibrary = element("div", "cv-inspector-library", [libraryHeading, librarySearch, libraryContent]);
    inspectorLibrary.id = "cv-inspector-library";
    for (const [id, label] of [["properties", "Propriedades"], ["layers", "Camadas"]]) {
      const tab = button(label, "cv-inspector-tab", label, () => showInspector(id));
      tab.dataset.tab = id;
      propTabs.append(tab);
    }
    right.append(tool("Fechar painel de propriedades", "close", () => root.classList.add("cv-properties-closed"), "cv-close-properties"), propTabs, propBody, inspectorLibrary);
    const layout = element("div", "cv-layout", [left, center, right]);
    root.append(header2, live, layout, imageInput, backgroundInput, projectInput);
    function renderLibrary() {
      renderScope("library", renderLibraryContents);
    }
    function syncLibraryNavigation() {
      for (const node2 of nav.children) {
        const active = inspectorMode === "library" && node2.dataset.panel === panel;
        node2.classList.toggle("is-active", active);
        node2.setAttribute("aria-pressed", String(active));
      }
    }
    function renderLibraryContents() {
      syncLibraryNavigation();
      libraryHeading.textContent = sections.find((item) => item[0] === panel)?.[1] || "Adicionar ao design";
      librarySearch.hidden = panel !== "templates";
      const query = search.value.toLocaleLowerCase("pt-BR").trim(), content = [];
      if (panel === "templates") {
        const grid = element("div", "cv-templates");
        for (const template of canvasTemplates.filter((item) => (item.name + item.category).toLocaleLowerCase("pt-BR").includes(query))) {
          const preview = element("span", "cv-template-preview", canvasSvgNode(canvasPage(template.id)));
          const card = button("Usar modelo: " + template.name, "cv-template", preview, () => {
            const replacement = canvasPage(template.id);
            fitted = true;
            mutate((page2, project2) => {
              const at = project2.pages.findIndex((item) => item.id === page2.id);
              project2.pages[at] = replacement;
              project2.activePage = replacement.id;
            });
            selected2 = replacement.items.find((item) => item.type === "text")?.id;
            render();
          });
          if (template.width && template.height) card.style.aspectRatio = template.width + " / " + template.height;
          grid.append(card);
        }
        content.push(element("div", "cv-section-title", [element("h3", "", "Todos os modelos"), element("span", "", canvasTemplates.length + " modelos")]), grid, button("Começar um design em branco", "cv-blank", "Começar em branco", () => {
          selected2 = null;
          mutate((page2) => {
            page2.items = [];
            page2.image = "";
            page2.background = "#ffffff";
          });
        }));
        if (!grid.children.length) content.push(element("p", "cv-hint", "Nenhum modelo encontrado."));
      } else if (panel === "text") {
        content.push(element("h3", "", "Adicione seu texto"), action("Adicionar um título", "text", () => addItem("text", { text: "Seu título", fontSize: 88, bold: true, width: 780, height: 120 }), "cv-add-heading"), action("Adicionar um subtítulo", "text", () => addItem("text", { text: "Seu subtítulo", fontSize: 48, width: 650, height: 90 })), action("Adicionar texto", "text", () => addItem("text", { text: "Conte sua história aqui.", fontSize: 32, width: 650, height: 160 })), element("p", "cv-hint", "Clique duas vezes em um texto da página para escrever."));
      } else if (panel === "elements") {
        const grid = element("div", "cv-shapes");
        for (const [graphic, name] of canvasGraphics) {
          const preview = element("span", "cv-graphic-preview", canvasSvgNode({ width: 100, height: 100, background: "#ffffff", items: [canvasItem("graphic", { graphic, x: 5, y: 5, width: 90, height: 90, fill: "#007596" })] }));
          grid.append(button("Adicionar " + name, "cv-graphic-card", [preview, element("span", "", name)], () => addItem("graphic", { graphic, name, width: 240, height: 240 })));
        }
        content.push(element("h3", "", "Elementos gráficos"), grid);
      } else if (panel === "shapes") {
        const grid = element("div", "cv-shapes");
        for (const [type, name] of [["rect", "Retângulo"], ["circle", "Círculo"], ["triangle", "Triângulo"], ["line", "Linha"]]) grid.append(action(name, type === "rect" ? "square" : type, () => addItem(type, { name, width: 280, height: type === "line" ? 12 : 280, fill: "#007596" })));
        content.push(element("h3", "", panel === "shapes" ? "Formas básicas" : "Elementos gráficos"), grid, action("Adicionar etiqueta", "square", () => addItem("rect", { radius: 55, width: 400, height: 100, fill: "#007596" })), action("Adicionar destaque", "circle", () => addItem("circle", { width: 180, height: 180, fill: "#ffb82f" })));
      } else if (panel === "uploads") {
        content.push(element("h3", "", "Seus arquivos"), action("Enviar imagens", "upload", () => imageInput.click(), "cv-primary"), element("p", "cv-hint", "PNG, JPG ou WebP · Até 8 MB por imagem"), action("Abrir projeto Canvas", "templates", () => projectInput.click()));
        const images = page().items.filter((item) => item.type === "image");
        for (const item of images) {
          const img = element("img", "cv-upload-preview");
          img.src = item.src;
          img.alt = item.name;
          content.push(button("Selecionar " + item.name, "cv-upload-item", img, () => pick(item.id)));
        }
      } else if (panel === "brand") {
        content.push(element("h3", "", "Cores da marca"), element("p", "cv-hint", "Aplique uma cor ao elemento selecionado ou ao fundo da página."), swatches(["#007596", "#05afc5", "#054a5b", "#ffffff", "#f3f8fe", "#ffb82f"], (color2) => {
          if (selection()) change({ fill: color2 });
          else mutate((page2) => {
            page2.background = color2;
          });
        }), action("Adicionar nome da marca", "brand", () => addItem("text", { text: "AllinMeadow", fontSize: 42, bold: true, fill: "#007596" })));
      } else {
        content.push(element("h3", "", "Fundo da página"), action("Enviar imagem de fundo", "upload", () => backgroundInput.click(), "cv-primary"), element("p", "cv-hint", "A imagem preenche a página e fica recortada nas bordas, sem deformar."), swatches(["#ffffff", "#e5f4fb", "#c9e4da", "#f4d8c3", "#1b5260", "#e4daf2", "#f7eaad", "#d6dce2"], (color2) => mutate((page2) => {
          page2.background = color2;
          page2.image = "";
        })), field3("Cor personalizada", page().background, (color2) => mutate((page2) => {
          page2.background = color2;
          page2.image = "";
        }), "color"), action("Remover imagem de fundo", "trash", () => mutate((page2) => {
          page2.image = "";
        })));
      }
      libraryContent.replaceChildren(...content);
    }
    function swatches(colors, choose) {
      return element("div", "cv-swatches", colors.map((color2) => {
        const node2 = button("Aplicar cor " + color2, "cv-swatch", "", () => choose(color2));
        node2.style.background = color2;
        return node2;
      }));
    }
    function field3(label, value, fn, type = "number", choices) {
      const input2 = element(choices ? "select" : "input", "cv-input");
      input2.setAttribute("aria-label", label);
      if (choices) for (const item of choices) {
        const option3 = element("option", "", Array.isArray(item) ? item[1] : item);
        option3.value = Array.isArray(item) ? item[0] : item;
        input2.append(option3);
      }
      else {
        input2.type = type;
        if (type === "number") {
          input2.step = "any";
        }
      }
      input2.value = String(value);
      on(input2, "change", () => fn(choices || type === "color" || type === "text" ? input2.value : Number(input2.value)));
      return element("label", "cv-field", [element("span", "", label), input2]);
    }
    function group(title, children) {
      const node2 = element("details", "cv-property-group", [element("summary", "", [title, canvasSymbol("chevron")]), element("div", "cv-group-content", children)]);
      node2.open = true;
      return node2;
    }
    function rangeField(label, value, min, max, step, fn) {
      const range3 = element("input", "cv-range");
      range3.type = "range";
      range3.min = String(min);
      range3.max = String(max);
      range3.step = String(step);
      range3.value = String(value);
      range3.setAttribute("aria-label", label + " — controle deslizante");
      const number2 = element("input", "cv-input");
      number2.type = "number";
      number2.min = String(min);
      number2.max = String(max);
      number2.step = String(step);
      number2.value = String(value);
      number2.setAttribute("aria-label", label);
      const sync = () => range3.style.setProperty("--cv-range-fill", (Number(range3.value) - min) / (max - min) * 100 + "%");
      on(range3, "input", () => {
        number2.value = range3.value;
        sync();
      });
      on(range3, "change", () => fn(Number(range3.value)));
      on(number2, "change", () => {
        const value2 = Number(number2.value);
        if (Number.isFinite(value2)) fn(Math.min(max, Math.max(min, value2)));
      });
      sync();
      return element("label", "cv-field", [element("span", "", label), element("div", "cv-range-field", [range3, number2])]);
    }
    function toggle(label, text2, key2) {
      const node2 = button(label, "cv-format-button", text2, () => change({ [key2]: !selection()?.[key2] }));
      node2.setAttribute("aria-pressed", String(Boolean(selection()?.[key2])));
      return node2;
    }
    function properties() {
      renderScope("properties", renderPropertiesContents);
    }
    function renderPropertiesContents() {
      syncLibraryNavigation();
      const libraryOpen = inspectorMode === "library";
      propBody.hidden = libraryOpen;
      inspectorLibrary.hidden = !libraryOpen;
      for (const tab of propTabs.children) {
        const active = !libraryOpen && tab.dataset.tab === rightTab;
        tab.classList.toggle("is-active", active);
        tab.setAttribute("aria-pressed", String(active));
      }
      if (libraryOpen) return;
      const item = selection();
      if (rightTab === "layers") {
        const list = element("div", "cv-layers");
        for (const layer of [...page().items].reverse()) {
          const row = element("div", "cv-layer" + (selections().some((item2) => item2.id === layer.id) ? " is-active" : ""), [tool((layer.hidden ? "Mostrar " : "Ocultar ") + layer.name, "eye", () => mutate((page2) => {
            const target = page2.items.find((item2) => item2.id === layer.id);
            target.hidden = !target.hidden;
          })), button("Selecionar camada " + layer.name, "cv-layer-name", [canvasSymbol(layer.type === "text" ? "text" : layer.type === "image" ? "image" : "shapes"), layer.name], (event) => pick(layer.id, true, event.shiftKey)), tool((layer.locked ? "Desbloquear " : "Bloquear ") + layer.name, "lock", () => mutate((page2) => {
            const target = page2.items.find((item2) => item2.id === layer.id);
            target.locked = !target.locked;
          }))]);
          if (layer.hidden) row.classList.add("is-hidden");
          if (layer.locked) row.classList.add("is-locked");
          list.append(row);
        }
        propBody.replaceChildren(element("h3", "cv-layer-heading", "Elementos da página"), list);
        return;
      }
      if (selections().length > 1) {
        const items = selections(), blocked = items.some((item2) => item2.locked);
        const grouping = action("Agrupar elementos", "layers", () => groupItems());
        grouping.disabled = blocked;
        const ungrouping = action("Desagrupar elementos", "layers", () => groupItems(true));
        ungrouping.disabled = blocked || !items.some((item2) => item2.groupId);
        propBody.replaceChildren(
          element("h3", "", items.length + " elementos selecionados"),
          element("p", "cv-hint", "Shift + clique adiciona ou remove elementos da seleção."),
          grouping,
          ungrouping,
          action("Duplicar seleção", "duplicate", duplicate),
          action("Excluir seleção", "trash", removeItem)
        );
        return;
      }
      if (!item) {
        const size = canvasPageSizes.find((size2) => size2.width === page().width && size2.height === page().height);
        const choices = canvasPageSizes.map((size2) => [size2.id, size2.name + " · " + size2.width + " × " + size2.height + " px"]);
        if (!size) choices.unshift(["current", "Tamanho atual · " + page().width + " × " + page().height + " px"]);
        const resize2 = field3("Dimensões predefinidas", size?.id || "current", (id) => {
          if (id === "current") return;
          fitted = true;
          commit(resizeCanvasPage(project(), id));
        }, "text", choices);
        if (!size) resize2.querySelector("select").children[0].disabled = true;
        resize2.querySelector("span").textContent = "Redimensionamento";
        propBody.replaceChildren(element("div", "cv-page-properties", [field3("Nome do design", project().name, (name) => mutate((_, project2) => {
          project2.name = name.slice(0, 120);
        }), "text"), resize2]));
        return;
      }
      const groups2 = [];
      if (item.locked) groups2.push(action("Desbloquear elemento", "lock", () => mutate((page2) => {
        page2.items.find((item2) => item2.id === selected2).locked = false;
      })));
      if (item.type === "text") {
        const content = element("textarea", "cv-text-content");
        content.value = item.text;
        content.setAttribute("aria-label", "Conteúdo do texto");
        on(content, "change", () => change({ text: content.value }));
        groups2.push(group("Texto", [content, field3("Fonte", item.font, (value) => change({ font: value }), "text", canvasFonts), element("div", "cv-two-fields", [field3("Tamanho da fonte", item.fontSize, (fontSize) => change({ fontSize })), element("div", "cv-inline-formats", [toggle("Negrito", "B", "bold"), toggle("Itálico", "I", "italic"), toggle("Sublinhado", "U", "underline")])]), element("div", "cv-inline-formats", ["left", "center", "right"].map((align, i) => {
          const node2 = tool(["Alinhar texto à esquerda", "Centralizar texto", "Alinhar texto à direita"][i], align, () => change({ align }));
          node2.setAttribute("aria-pressed", String(item.align === align));
          return node2;
        }))]));
      }
      if (item.type === "image") groups2.push(group("Imagem", [
        field3("Encaixe da imagem", item.imageFit || "contain", (imageFit) => change({ imageFit }), "text", [["contain", "Mostrar imagem inteira"], ["cover", "Preencher área"]]),
        action("Ajustar imagem à página", "fit", () => change(fitCanvasImage(page(), item))),
        action("Usar imagem como fundo", "background", () => {
          if (item.locked) return;
          selected2 = null;
          mutate((page2) => {
            page2.image = item.src;
            page2.items = page2.items.filter((candidate2) => candidate2.id !== item.id);
          });
        })
      ]));
      if (item.type === "image") {
        const crop = item.crop || { x: 0, y: 0, width: 1, height: 1 };
        const edges = { left: crop.x * 100, top: crop.y * 100, right: (1 - crop.x - crop.width) * 100, bottom: (1 - crop.y - crop.height) * 100 };
        const cropField = (label, edge) => field3(label, Math.round(edges[edge]), (value) => {
          const next = { ...edges, [edge]: Math.min(95, Math.max(0, value)) };
          if (next.left + next.right > 95 || next.top + next.bottom > 95) return notify("Mantenha pelo menos 5% da imagem no recorte.", true);
          change({ crop: { x: next.left / 100, y: next.top / 100, width: 1 - (next.left + next.right) / 100, height: 1 - (next.top + next.bottom) / 100 } });
        });
        groups2.push(group("Recortar imagem", [
          element("p", "cv-hint", "Ajuste a porcentagem retirada de cada borda. O original é preservado."),
          element("div", "cv-two-fields", [cropField("Recortar esquerda %", "left"), cropField("Recortar direita %", "right")]),
          element("div", "cv-two-fields", [cropField("Recortar topo %", "top"), cropField("Recortar base %", "bottom")]),
          action("Restaurar recorte", "undo", () => change({ crop: null }))
        ]));
      }
      groups2.push(group("Posição e tamanho", [element("div", "cv-two-fields", [field3("X", Math.round(item.x), (x) => change({ x })), field3("Y", Math.round(item.y), (y) => change({ y }))]), element("div", "cv-two-fields", [field3("Largura", Math.round(item.width), (width) => change(aspectLocked ? { width, height: item.height * width / item.width } : { width })), field3("Altura", Math.round(item.height), (height) => change(aspectLocked ? { height, width: item.width * height / item.height } : { height }))]), element("div", "cv-two-fields", [field3("Rotação", item.rotation, (rotation) => change({ rotation })), button("Manter proporções", "cv-lock-ratio", [canvasSymbol("lock"), "Proporção"], () => {
        aspectLocked = !aspectLocked;
        properties();
      })])]));
      if (item.type === "text") groups2.push(group("Espaçamento", [rangeField("Entre letras", item.spacing, -10, 50, 0.5, (spacing) => change({ spacing })), rangeField("Altura da linha", item.lineHeight, 0.5, 3, 0.05, (lineHeight) => change({ lineHeight })), action("Ajustar altura ao texto", "text", () => change({ height: Math.ceil(canvasTextLines(item).length * item.fontSize * item.lineHeight) }))]));
      groups2.push(group("Aparência", [rangeField("Opacidade %", Math.round(item.opacity * 100), 0, 100, 1, (value) => change({ opacity: value / 100 })), element("div", "cv-two-fields", [field3("Preenchimento", item.fill, (fill2) => change({ fill: fill2 }), "color"), field3("Contorno", item.stroke, (stroke2) => change({ stroke: stroke2 }), "color")]), element("div", "cv-two-fields", [field3("Espessura px", item.strokeWidth, (strokeWidth) => change({ strokeWidth })), toggle("Sombra", "Sombra", "shadow")])]));
      groups2.push(group("Alinhamento", [element("div", "cv-align-actions", [tool("Alinhar à esquerda da página", "left", () => change({ x: 0 })), tool("Centralizar na página", "center", () => change({ x: (page().width - item.width) / 2 })), tool("Alinhar à direita da página", "right", () => change({ x: page().width - item.width })), tool("Trazer elemento para frente", "layers", () => order(1, true)), tool("Enviar elemento para trás", "layers", () => order(-1, true))])]));
      propBody.replaceChildren(...groups2);
    }
    function paint() {
      renderScope("scene", paintScene);
    }
    function paintScene() {
      const current = page(), item = selection(), available = stage.getBoundingClientRect();
      if (fitted && available.width > 0) zoom = Math.min(1, Math.max(0.1, Math.min((available.width - 70) / current.width, (available.height - 70) / current.height)));
      zoomText.textContent = Math.round(zoom * 100) + "%";
      board.style.width = current.width * zoom + "px";
      board.style.height = current.height * zoom + "px";
      art.replaceChildren(canvasSvgNode(current, { interactive: true }));
      for (const node2 of art.querySelectorAll("[data-cv-id]")) node2.setAttribute("aria-pressed", String(selections().some((item2) => item2.id === node2.getAttribute("data-cv-id"))));
      pageLabel.textContent = "Página " + (project().pages.indexOf(current) + 1) + " · " + current.name + " (" + current.width + " × " + current.height + " px)";
      selectionBox.hidden = !item || item.hidden;
      floating.hidden = !item || item.hidden || Boolean(drag);
      if (selections().length > 1) {
        const box = bounds2(selections());
        Object.assign(selectionBox.style, { left: box.x * zoom + "px", top: box.y * zoom + "px", width: box.width * zoom + "px", height: box.height * zoom + "px", transform: "none" });
        selectionBox.classList.toggle("is-locked", selections().some((item2) => item2.locked));
        floating.hidden = true;
        undo.disabled = !history.canUndo;
        redo.disabled = !history.canRedo;
        return;
      }
      if (item && !item.hidden) {
        Object.assign(selectionBox.style, { left: item.x * zoom + "px", top: item.y * zoom + "px", width: item.width * zoom + "px", height: item.height * zoom + "px", transform: "rotate(" + item.rotation + "deg)" });
        selectionBox.classList.toggle("is-locked", item.locked);
        Object.assign(floating.style, { left: Math.max(4, Math.min(current.width * zoom - 260, item.x * zoom)) + "px", top: Math.max(4, item.y * zoom - 53) + "px" });
        const tools2 = item.type === "text" ? [element("span", "cv-floating-font", item.font), element("span", "cv-floating-size", Math.round(item.fontSize)), toggle("Negrito na seleção", "B", "bold"), toggle("Itálico na seleção", "I", "italic"), tool("Centralizar texto selecionado", "center", () => change({ align: "center" }))] : [element("span", "cv-floating-font", item.name)];
        const color2 = element("input", "cv-floating-color");
        color2.type = "color";
        color2.value = item.fill;
        color2.setAttribute("aria-label", "Cor do elemento selecionado");
        on(color2, "change", () => change({ fill: color2.value }));
        floating.replaceChildren(...tools2, color2, tool("Propriedades do elemento", "sliders", () => showInspector()));
      }
      undo.disabled = !history.canUndo;
      redo.disabled = !history.canRedo;
    }
    function renderPages() {
      const previews = project().pages.map((item, index) => {
        const preview = element("span", "cv-page-miniature", canvasSvgNode(item));
        const node2 = button("Abrir página " + (index + 1), "cv-page-thumbnail", [preview, element("span", "cv-page-number", String(index + 1))], () => {
          const next = clone(project());
          next.activePage = item.id;
          selected2 = null;
          fitted = true;
          commit(next);
        });
        node2.setAttribute("aria-pressed", String(item.id === project().activePage));
        return node2;
      });
      pageRail.replaceChildren(...previews, tool("Adicionar página", "plus", () => {
        if (project().pages.length >= 30) return notify("O limite é de 30 páginas.", true);
        const next = clone(project()), item = canvasPage();
        next.pages.push(item);
        next.activePage = item.id;
        selected2 = null;
        fitted = true;
        commit(next);
      }));
      pageCount.textContent = project().pages.findIndex((item) => item.id === project().activePage) + 1 + " / " + project().pages.length;
      notes.value = page().notes;
      deletePage.disabled = project().pages.length === 1;
    }
    function render() {
      paint();
      properties();
      renderPages();
      renderLibrary();
    }
    function startEditing(item) {
      if (!item || item.type !== "text" || item.locked) return;
      const editor = element("textarea", "cv-inline-editor");
      editor.value = item.text;
      editor.setAttribute("aria-label", "Editar texto na página");
      Object.assign(editor.style, { left: item.x * zoom + "px", top: item.y * zoom + "px", width: item.width * zoom + "px", height: Math.max(item.height * zoom, 65) + "px", fontSize: item.fontSize * zoom + "px", fontFamily: item.font, fontWeight: item.bold ? "700" : "400", color: item.fill, lineHeight: String(item.lineHeight), transform: "rotate(" + item.rotation + "deg)" });
      let canceled = false;
      on(editor, "keydown", (event) => {
        event.stopPropagation();
        if (event.key === "Escape") {
          canceled = true;
          editor.remove();
        }
      });
      on(editor, "blur", () => {
        if (!canceled && !disposed) change({ text: editor.value });
        editor.remove();
      });
      board.append(editor);
      editor.focus();
      editor.select();
    }
    on(board, "dblclick", () => startEditing(selection()));
    on(board, "pointerdown", (event) => {
      if (event.button !== 0 || event.target.closest(".cv-floating, .cv-inline-editor")) return;
      const handle = event.target.dataset?.handle, target = event.target.closest("[data-cv-id]");
      if (!handle && !hand && !event.target.closest(".cv-selection")) {
        const id = target?.getAttribute("data-cv-id") || null;
        if (event.shiftKey || !selections().some((item) => item.id === id)) pick(id, false, event.shiftKey);
        else if (id && inspectorMode === "library") {
          inspectorMode = "properties";
          rightTab = "properties";
          paint();
          properties();
        }
      }
      if (hand) {
        drag = { pan: true, x: event.clientX, y: event.clientY, left: stage.scrollLeft, top: stage.scrollTop };
      } else {
        const item = selection(), items = selections();
        if (!item || items.some((item2) => item2.locked)) return;
        drag = { id: item.id, item: clone(item), handle, x: event.clientX, y: event.clientY, original: clone(project()), items: clone(items), box: items.length > 1 ? bounds2(items) : null };
      }
      event.preventDefault();
      board.setPointerCapture(event.pointerId);
    });
    on(board, "pointermove", (event) => {
      if (!drag) return;
      if (drag.pan) {
        stage.scrollLeft = drag.left - (event.clientX - drag.x);
        stage.scrollTop = drag.top - (event.clientY - drag.y);
        return;
      }
      const dx = (event.clientX - drag.x) / zoom, dy = (event.clientY - drag.y) / zoom, item = drag.item;
      if (drag.box) {
        const box = drag.box, handle = drag.handle || "", hasImages = drag.items.some((item2) => item2.type === "image");
        let scale2 = 1, x = box.x + dx, y = box.y + dy;
        if (handle) {
          scale2 = handle.includes("e") ? 1 + dx / box.width : handle.includes("w") ? 1 - dx / box.width : handle.includes("s") ? 1 + dy / box.height : 1 - dy / box.height;
          const minimum2 = Math.max(...drag.items.map((item2) => Math.max(8 / item2.width, 8 / item2.height)));
          scale2 = Math.max(minimum2, Math.min(8, scale2));
          if (hasImages) scale2 = Math.min(scale2, page().width / box.width, page().height / box.height);
          x = handle.includes("w") ? box.x + box.width * (1 - scale2) : box.x;
          y = handle.includes("n") ? box.y + box.height * (1 - scale2) : box.y;
        }
        if (hasImages) {
          x = Math.max(0, Math.min(page().width - box.width * scale2, x));
          y = Math.max(0, Math.min(page().height - box.height * scale2, y));
        }
        let next = clone(drag.original);
        for (const original of drag.items) next = editCanvasItem(next, original.id, { x: x + (original.x - box.x) * scale2, y: y + (original.y - box.y) * scale2, width: original.width * scale2, height: original.height * scale2, fontSize: original.fontSize * scale2 });
        transient = next;
        paint();
        return;
      }
      let patch = { x: item.x + dx, y: item.y + dy };
      if (drag.handle) {
        const h = drag.handle, angle = item.rotation * Math.PI / 180, localX = dx * Math.cos(angle) + dy * Math.sin(angle), localY = -dx * Math.sin(angle) + dy * Math.cos(angle);
        let width = Math.max(8, item.width + (h.includes("e") ? localX : h.includes("w") ? -localX : 0)), height = Math.max(8, item.height + (h.includes("s") ? localY : h.includes("n") ? -localY : 0));
        if (event.shiftKey || aspectLocked) {
          if (h === "n" || h === "s") width = height * item.width / item.height;
          else height = width * item.height / item.width;
        }
        const shiftX = h.includes("w") ? (item.width - width) / 2 : (width - item.width) / 2, shiftY = h.includes("n") ? (item.height - height) / 2 : (height - item.height) / 2;
        const cx2 = item.x + item.width / 2 + shiftX * Math.cos(angle) - shiftY * Math.sin(angle), cy2 = item.y + item.height / 2 + shiftX * Math.sin(angle) + shiftY * Math.cos(angle);
        patch = { width, height, x: cx2 - width / 2, y: cy2 - height / 2 };
      }
      if (item.type === "image") patch = snapCanvasImage(currentCanvasPage(drag.original), item, patch, { handle: drag.handle || "", tolerance: 6 / zoom, proportional: event.shiftKey || aspectLocked });
      transient = editCanvasItem(drag.original, drag.id, patch);
      paint();
    });
    function finishDrag(event, cancel = false) {
      if (!drag) return;
      const next = transient;
      drag = null;
      transient = null;
      if (board.hasPointerCapture?.(event.pointerId)) board.releasePointerCapture(event.pointerId);
      if (!cancel && next) commit(next);
      else paint();
    }
    on(board, "pointerup", (event) => finishDrag(event));
    on(board, "pointercancel", (event) => finishDrag(event, true));
    on(art, "keydown", (event) => {
      if (event.key === "Enter" || event.key === " ") {
        event.preventDefault();
        pick(event.target.closest("[data-cv-id]")?.getAttribute("data-cv-id"));
      }
    });
    on(stage, "dragover", (event) => event.preventDefault());
    on(stage, "drop", (event) => {
      event.preventDefault();
      void importImages([...event.dataTransfer?.files || []]);
    });
    on(document, "keydown", (event) => {
      if (event.target.closest?.("input,textarea,select,[contenteditable]")) return;
      const ctrl = event.ctrlKey || event.metaKey, key2 = event.key.toLowerCase();
      if (ctrl && key2 === "a") {
        event.preventDefault();
        const items = page().items.filter((item) => !item.hidden);
        selectedIds = new Set(items.map((item) => item.id));
        selected2 = items[0]?.id || null;
        showInspector();
        paint();
      } else if (ctrl && key2 === "g") {
        event.preventDefault();
        groupItems(event.shiftKey);
      } else if (ctrl && key2 === "z") {
        event.preventDefault();
        event.shiftKey ? history.redo() : history.undo();
        persist();
        render();
      } else if (ctrl && key2 === "y") {
        event.preventDefault();
        history.redo();
        persist();
        render();
      } else if (ctrl && key2 === "d") {
        event.preventDefault();
        duplicate();
      } else if (ctrl && key2 === "s") {
        event.preventDefault();
        downloadProject();
      } else if (event.key === "Delete" || event.key === "Backspace") {
        event.preventDefault();
        removeItem();
      } else if (event.key === "Escape") {
        pick(null);
      } else if (["ArrowLeft", "ArrowRight", "ArrowUp", "ArrowDown"].includes(event.key) && selection()) {
        event.preventDefault();
        const step = event.shiftKey ? 10 : 1, items = selections();
        if (items.some((item) => item.locked)) return;
        let dx = event.key === "ArrowLeft" ? -step : event.key === "ArrowRight" ? step : 0, dy = event.key === "ArrowUp" ? -step : event.key === "ArrowDown" ? step : 0;
        if (items.some((item) => item.type === "image")) {
          const box = bounds2(items);
          dx = Math.max(-box.x, Math.min(page().width - box.x - box.width, dx));
          dy = Math.max(-box.y, Math.min(page().height - box.y - box.height, dy));
        }
        let next = project();
        for (const item of items) next = editCanvasItem(next, item.id, { x: item.x + dx, y: item.y + dy });
        commit(next);
      }
    });
    const resize = typeof ResizeObserver === "function" ? new ResizeObserver(() => {
      if (fitted && !disposed) paint();
    }) : null;
    resize?.observe(stage);
    on(window, "resize", () => {
      if (fitted) paint();
    });
    root.dispose = () => {
      if (disposed) return;
      disposed = true;
      events.abort();
      for (const scope of renderEvents.values()) scope.abort();
      renderEvents.clear();
      resize?.disconnect();
      clearTimeout(saveTimer);
      try {
        localStorage.setItem(CANVAS_DRAFT_KEY, JSON.stringify(history.value));
      } catch {
      }
      document.body.classList.remove("cv-active");
    };
    root.getProject = () => clone(project());
    render();
    requestAnimationFrame(() => {
      if (!disposed) paint();
    });
    if (restoreFailed) notify("O rascunho não pôde ser recuperado. Um novo design foi aberto.", true);
    return root;
  }

  // src/pages/design-page.js
  function designPage() {
    return canvasPageEditor();
  }

  // src/tools/calculator/engine.js
  var LIMIT = 1e100;
  function finite(value) {
    if (!Number.isFinite(value) || Math.abs(value) > LIMIT) throw new Error("O resultado ultrapassa os limites numéricos.");
    return Object.is(value, -0) ? 0 : value;
  }
  function solve(expression2, degrees2 = true) {
    if (typeof expression2 !== "string" || expression2.length > 512) throw new Error("Use uma expressão de até 512 caracteres.");
    const source = expression2.trim().replaceAll("×", "*").replaceAll("÷", "/").replaceAll("−", "-").replaceAll(",", ".").replaceAll("π", "pi").replaceAll("√", "sqrt");
    const tokens = [], scanner = /\s*(\d+(?:\.\d*)?(?:e[+-]?\d+)?|\.\d+(?:e[+-]?\d+)?|[a-z]+|[()+*/^%!\-])/iy;
    let cursor = 0, position = 0;
    while (cursor < source.length) {
      scanner.lastIndex = cursor;
      const match = scanner.exec(source);
      if (!match) throw new Error("Confira os números e as operações da expressão.");
      tokens.push(match[1].toLowerCase());
      cursor = scanner.lastIndex;
      if (tokens.length > 256) throw new Error("A expressão tem operações demais.");
    }
    const angle = (value) => degrees2 ? value * Math.PI / 180 : value;
    const functions = {
      sqrt: (x) => {
        if (x < 0) throw new Error("A raiz exige um número positivo ou zero.");
        return Math.sqrt(x);
      },
      sin: (x) => Math.sin(angle(x)),
      cos: (x) => Math.cos(angle(x)),
      tan: (x) => {
        if (Math.abs(Math.cos(angle(x))) < 1e-12) throw new Error("A tangente não está definida para esse ângulo.");
        return Math.tan(angle(x));
      },
      ln: (x) => {
        if (x <= 0) throw new Error("O logaritmo exige um número maior que zero.");
        return Math.log(x);
      },
      log: (x) => {
        if (x <= 0) throw new Error("O logaritmo exige um número maior que zero.");
        return Math.log10(x);
      },
      abs: Math.abs,
      exp: Math.exp
    };
    function atom(depth) {
      if (depth > 32) throw new Error("Há operações aninhadas demais.");
      const token = tokens[position++];
      let value;
      if (token === "(") {
        value = sum2(depth + 1);
        if (tokens[position++] !== ")") throw new Error("Confira os parênteses.");
      } else if (Object.hasOwn(functions, token || "")) {
        if (tokens[position++] !== "(") throw new Error("Use parênteses depois da função.");
        value = functions[token](sum2(depth + 1).value);
        if (tokens[position++] !== ")") throw new Error("Confira os parênteses.");
      } else if (token === "pi" || token === "e") value = token === "pi" ? Math.PI : Math.E;
      else if (token && /^(?:\d|\.\d)/.test(token)) value = Number(token);
      else throw new Error("Complete a expressão antes de calcular.");
      let node2 = typeof value === "object" ? value : { value: finite(value) };
      while (tokens[position] === "%" || tokens[position] === "!") {
        const op = tokens[position++];
        if (op === "%") node2 = { value: node2.value / 100, percent: true };
        else {
          if (!Number.isInteger(node2.value) || node2.value < 0 || node2.value > 69) throw new Error("O fatorial aceita inteiros de 0 a 69.");
          let n = 1;
          for (let i = 2; i <= node2.value; i++) n *= i;
          node2 = { value: finite(n) };
        }
      }
      return node2;
    }
    function unary(depth) {
      if (depth > 32) throw new Error("Há operações aninhadas demais.");
      if (tokens[position] === "+" || tokens[position] === "-") {
        const op = tokens[position++], n2 = unary(depth + 1);
        return { ...n2, value: finite(op === "-" ? -n2.value : n2.value) };
      }
      let n = atom(depth);
      if (tokens[position] === "^") {
        position++;
        n = { value: finite(n.value ** unary(depth + 1).value) };
      }
      return n;
    }
    function product(depth) {
      let n = unary(depth);
      while (tokens[position] === "*" || tokens[position] === "/") {
        const op = tokens[position++], right = unary(depth);
        if (op === "/" && right.value === 0) throw new Error("Não é possível dividir por zero.");
        n = { value: finite(op === "*" ? n.value * right.value : n.value / right.value) };
      }
      return n;
    }
    function sum2(depth) {
      let n = product(depth);
      while (tokens[position] === "+" || tokens[position] === "-") {
        const op = tokens[position++], right = product(depth), amount = right.percent ? n.value * right.value : right.value;
        n = { value: finite(op === "+" ? n.value + amount : n.value - amount) };
      }
      return n;
    }
    if (!tokens.length) return 0;
    const answer = sum2(0).value;
    if (position !== tokens.length) throw new Error("Confira as operações e os parênteses.");
    return finite(Number(answer.toPrecision(15)));
  }
  var numberText = (value) => new Intl.NumberFormat("pt-BR", { maximumSignificantDigits: 15 }).format(value);
  var rawNumber = (value) => String(Number(value.toPrecision(15))).replace(".", ",");
  var unitGroups = {
    Comprimento: { Metro: 1, Quilômetro: 1e3, Centímetro: 0.01, Milímetro: 1e-3, Milha: 1609.344, Jarda: 0.9144, Pé: 0.3048, Polegada: 0.0254 },
    Massa: { Quilograma: 1, Grama: 1e-3, Miligrama: 1e-6, Tonelada: 1e3, Libra: 0.45359237, Onça: 0.028349523125 },
    Área: { "Metro quadrado": 1, "Quilômetro quadrado": 1e6, Hectare: 1e4, "Centímetro quadrado": 1e-4 },
    Volume: { Litro: 1, Mililitro: 1e-3, "Metro cúbico": 1e3, "Galão (EUA)": 3.785411784 },
    Tempo: { Segundo: 1, Minuto: 60, Hora: 3600, Dia: 86400, Semana: 604800 },
    Temperatura: { Celsius: 1, Fahrenheit: 1, Kelvin: 1 },
    Dados: { Byte: 1, Kilobyte: 1e3, Megabyte: 1e6, Gigabyte: 1e9, Kibibyte: 1024, Mebibyte: 1048576, Gibibyte: 1073741824 }
  };
  function convertUnit(value, group, from, to) {
    if (!Number.isFinite(value) || !Object.hasOwn(unitGroups, group) || !Object.hasOwn(unitGroups[group], from) || !Object.hasOwn(unitGroups[group], to)) throw new Error("Confira o valor e as unidades.");
    if (group === "Temperatura") {
      const c = from === "Fahrenheit" ? (value - 32) * 5 / 9 : from === "Kelvin" ? value - 273.15 : value;
      if (c < -273.150000001) throw new Error("A temperatura não pode ficar abaixo do zero absoluto.");
      return finite(to === "Fahrenheit" ? c * 9 / 5 + 32 : to === "Kelvin" ? c + 273.15 : c);
    }
    return finite(value * unitGroups[group][from] / unitGroups[group][to]);
  }
  function readInteger(text2, base = 10) {
    if (![2, 8, 10, 16].includes(base) || typeof text2 !== "string" || text2.length > 260) throw new Error("Use um inteiro de até 256 bits.");
    const value = text2.trim(), negative = value.startsWith("-"), digits = value.replace(/^[+-]/, "");
    const patterns = { 2: /^[01]+$/, 8: /^[0-7]+$/, 10: /^\d+$/, 16: /^[0-9a-f]+$/i };
    if (!patterns[base].test(digits)) throw new Error("Há dígitos inválidos para a base selecionada.");
    const n = BigInt({ 2: "0b", 8: "0o", 10: "", 16: "0x" }[base] + digits);
    if (n.toString(2).length > 256) throw new Error("Use um inteiro de até 256 bits.");
    return negative ? -n : n;
  }
  function financeInputs(principal, monthly, rate, months) {
    if (![principal, monthly, rate, months].every(Number.isFinite) || principal < 0 || monthly < 0 || rate < 0 || rate > 1e3 || !Number.isInteger(months) || months < 1 || months > 1200) throw new Error("Use valores não negativos e prazo de 1 a 1.200 meses.");
  }
  function compoundInterest(principal, monthly, rate, months) {
    financeInputs(principal, monthly, rate, months);
    const r = rate / 100, growth = Math.expm1(months * Math.log1p(r));
    const total = finite(principal * (1 + growth) + monthly * (r === 0 ? months : growth / r));
    return { total, invested: finite(principal + monthly * months), interest: finite(total - principal - monthly * months) };
  }
  function loanPayment(principal, rate, months) {
    financeInputs(principal, 0, rate, months);
    const r = rate / 100;
    const payment = finite(r === 0 ? principal / months : principal * r / -Math.expm1(-months * Math.log1p(r)));
    return { payment, total: finite(payment * months), interest: finite(payment * months - principal) };
  }
  function dateValue(text2) {
    if (!/^\d{4}-\d{2}-\d{2}$/.test(text2)) throw new Error("Informe uma data válida.");
    const [y, m, d] = text2.split("-").map(Number), value = /* @__PURE__ */ new Date(0);
    value.setUTCFullYear(y, m - 1, d);
    value.setUTCHours(0, 0, 0, 0);
    if (y < 1 || value.getUTCFullYear() !== y || value.getUTCMonth() !== m - 1 || value.getUTCDate() !== d) throw new Error("Informe uma data válida.");
    return value.getTime();
  }
  function daysBetween(start, end) {
    return (dateValue(end) - dateValue(start)) / 864e5;
  }
  function addDays(start, days) {
    if (!Number.isInteger(days) || Math.abs(days) > 365e3) throw new Error("Use um número inteiro de dias entre −365.000 e 365.000.");
    const value = new Date(dateValue(start) + days * 864e5), year = value.getUTCFullYear();
    if (year < 1 || year > 9999) throw new Error("A data está fora do intervalo permitido.");
    return value.toISOString().slice(0, 10);
  }

  // src/tools/calculator/programmer.js
  var wordSizes = [8, 16, 32, 64];
  var programmerBases = [[16, "HEX", "Hexadecimal (base 16)", "hex"], [10, "DEC", "Decimal (base 10)", "dec"], [8, "OCT", "Octal (base 8)", "oct"], [2, "BIN", "Binário (base 2)", "bin"]];
  function wordValue(value, bits, signed = false) {
    if (!wordSizes.includes(bits)) throw new Error("Escolha uma palavra de 8, 16, 32 ou 64 bits.");
    return signed ? BigInt.asIntN(bits, value) : BigInt.asUintN(bits, value);
  }
  function formatWord(value, base, bits, signed = false, grouped = true) {
    if (![2, 8, 10, 16].includes(base)) throw new Error("Base inválida.");
    let text2 = wordValue(value, bits, base === 10 && signed).toString(base).toUpperCase();
    if (base === 2 && grouped) text2 = text2.padStart(bits, "0").replace(/(.{4})(?=.)/g, "$1 ");
    return text2;
  }
  function rotateWord(value, direction, bits, count = 1) {
    const n = wordValue(value, bits), width = BigInt(bits);
    if (!Number.isInteger(count) || count < 0 || count > 63) throw new Error("A rotação deve usar de 0 a 63 posições.");
    const shift = BigInt(count % bits);
    return wordValue(direction === "ROL" ? n << shift | n >> width - shift : n >> shift | n << width - shift, bits);
  }
  function solveProgrammer(expression2, { base = 16, bits = 16, signed = false } = {}) {
    wordValue(0n, bits);
    if (![2, 8, 10, 16].includes(base)) throw new Error("Base inválida.");
    if (typeof expression2 !== "string" || expression2.length > 512) throw new Error("Use uma expressão de até 512 caracteres.");
    const text2 = expression2.trim().toUpperCase().replaceAll("×", "*").replaceAll("÷", "/").replaceAll("−", "-");
    const tokens = [], scanner = /\s*(NAND\b|NOR\b|XOR\b|AND\b|NOT\b|MOD\b|ROL\b|ROR\b|OR\b|0X[0-9A-F]+|0B[01]+|0O[0-7]+|[0-9A-F]+|>>>|<<|>>|[()+*/%&|^~,\-])/y;
    let cursor = 0, position = 0;
    while (cursor < text2.length) {
      scanner.lastIndex = cursor;
      const match = scanner.exec(text2);
      if (!match) throw new Error("Confira os dígitos, as bases e as operações da expressão.");
      tokens.push(match[1]);
      cursor = scanner.lastIndex;
      if (tokens.length > 256) throw new Error("A expressão tem operações demais.");
    }
    const aliases = { "&": "AND", "|": "OR", "^": "XOR", "%": "MOD" };
    const precedence = { OR: 1, NOR: 1, XOR: 2, AND: 3, NAND: 3, "<<": 4, ">>": 4, ">>>": 4, "+": 5, "-": 5, "*": 6, "/": 6, MOD: 6 };
    function atom(depth) {
      if (depth > 32) throw new Error("Há operações aninhadas demais.");
      const token = tokens[position++];
      if (token === "+" || token === "-" || token === "~" || token === "NOT") return { type: "unary", op: token, child: atom(depth + 1) };
      if (token === "ROL" || token === "ROR") {
        if (tokens[position++] !== "(") throw new Error("Use Rol(valor) ou Ror(valor).");
        const child = binary(1, depth + 1);
        let count = { type: "number", text: "1" };
        if (tokens[position] === ",") {
          position++;
          count = binary(1, depth + 1);
        }
        if (tokens[position++] !== ")") throw new Error("Confira os parênteses da rotação.");
        return { type: "rotate", op: token, child, count };
      }
      if (token === "(") {
        const node2 = binary(1, depth + 1);
        if (tokens[position++] !== ")") throw new Error("Confira os parênteses.");
        return node2;
      }
      if (!token || !/^[0-9A-F]/.test(token)) throw new Error("Complete a expressão antes de calcular.");
      return { type: "number", text: token };
    }
    function binary(minimum2, depth) {
      let left = atom(depth);
      while (true) {
        const op = aliases[tokens[position]] || tokens[position], rank = precedence[op];
        if (!rank || rank < minimum2) break;
        position++;
        left = { type: "binary", op, left, right: binary(rank + 1, depth + 1) };
      }
      return left;
    }
    const normalize2 = (n, count) => {
      if (count) {
        if ((n < 0n ? -n : n).toString(2).length > 256) throw new Error("A contagem ultrapassa o limite permitido.");
        return n;
      }
      return wordValue(n, bits, signed);
    };
    function evaluate(node2, count = false) {
      let value;
      if (node2.type === "number") {
        const prefix = node2.text.slice(0, 2), radix = { "0X": 16, "0B": 2, "0O": 8 }[prefix];
        value = readInteger(radix ? node2.text.slice(2) : node2.text, radix || (count ? 10 : base));
      } else if (node2.type === "unary") {
        const child = evaluate(node2.child, count);
        value = node2.op === "-" ? -child : node2.op === "+" ? child : ~child;
      } else if (node2.type === "rotate") {
        const amount = evaluate(node2.count, true);
        if (amount < 0n || amount > 63n) throw new Error("A rotação deve usar de 0 a 63 posições.");
        value = rotateWord(evaluate(node2.child, count), node2.op, bits, Number(amount));
      } else {
        const a = evaluate(node2.left, count), shift = ["<<", ">>", ">>>"].includes(node2.op), b = evaluate(node2.right, count || shift);
        if (shift && (b < 0n || b >= BigInt(bits))) throw new Error("O deslocamento deve estar entre 0 e " + (bits - 1) + ".");
        if ((node2.op === "/" || node2.op === "MOD") && b === 0n) throw new Error("Não é possível dividir por zero.");
        switch (node2.op) {
          case "+":
            value = a + b;
            break;
          case "-":
            value = a - b;
            break;
          case "*":
            value = a * b;
            break;
          case "/":
            value = a / b;
            break;
          case "MOD":
            value = a % b;
            break;
          case "AND":
            value = a & b;
            break;
          case "OR":
            value = a | b;
            break;
          case "XOR":
            value = a ^ b;
            break;
          case "NAND":
            value = ~(a & b);
            break;
          case "NOR":
            value = ~(a | b);
            break;
          case "<<":
            value = a << b;
            break;
          case ">>":
            value = a >> b;
            break;
          case ">>>":
            value = wordValue(a, bits) >> b;
            break;
          default:
            throw new Error("Operação inválida.");
        }
      }
      return normalize2(value, count);
    }
    if (!tokens.length) return 0n;
    const tree = binary(1, 0);
    if (position !== tokens.length) throw new Error("Confira as operações e os parênteses.");
    return wordValue(evaluate(tree), bits);
  }

  // src/components/calculator-programmer.js
  function programmerCalculator({ state, onCalculate = () => {
  }, onMessage = () => {
  } }) {
    const events = new AbortController(), keys = /* @__PURE__ */ new Map(), timers = /* @__PURE__ */ new Map();
    let disposed = false;
    const on = (node2, type, callback) => node2.addEventListener(type, callback, { signal: events.signal });
    const root = element("div", "calc-programmer");
    const expression2 = element("input", "calc-expression calc-prog-expression");
    expression2.type = "text";
    expression2.maxLength = 512;
    expression2.autocomplete = "off";
    expression2.spellcheck = false;
    expression2.setAttribute("aria-label", "Expressão do programador");
    const baseLabel = element("span", "calc-prog-display-base"), result = element("output", "calc-result calc-prog-result");
    result.setAttribute("aria-label", "Resultado do programador");
    result.setAttribute("aria-live", "polite");
    const display = element("div", "calc-display calc-prog-display", [element("div", "calc-prog-display-top", [expression2, baseLabel]), result]);
    const summary = element("div", "calc-prog-bases"), summaries = /* @__PURE__ */ new Map(), sizeButtons = /* @__PURE__ */ new Map();
    for (const [base, tag, name, tone] of programmerBases) {
      const value = element("strong", "");
      const card = button("Usar base " + name.toLowerCase(), "calc-prog-base calc-base-" + tone, [element("span", "", tag), value], () => selectBase(base));
      summaries.set(base, { card, value });
      summary.append(card);
    }
    const sizes = element("div", "calc-prog-sizes");
    sizes.setAttribute("role", "group");
    sizes.setAttribute("aria-label", "Tamanho da palavra");
    for (const bits of wordSizes) {
      const control = button("Palavra de " + bits + " bits", "calc-prog-size", bits + " bits", () => {
        const value = wordValue(state.value, state.bits, state.signed);
        state.bits = bits;
        resetWord(value);
        onMessage("Palavra ajustada para " + bits + " bits.");
      });
      sizeButtons.set(bits, control);
      sizes.append(control);
    }
    const baseSelect = element("select", "calc-field-input calc-prog-base-select");
    baseSelect.setAttribute("aria-label", "Formato de entrada");
    for (const [base, , name] of programmerBases) {
      const option3 = element("option", "", name);
      option3.value = String(base);
      baseSelect.append(option3);
    }
    on(baseSelect, "change", () => selectBase(Number(baseSelect.value)));
    const settings = element("div", "calc-prog-settings", [element("div", "calc-prog-word-setting", [element("span", "", "Tamanho da palavra"), sizes]), element("label", "calc-prog-format-setting", [element("span", "", "Formato de entrada"), baseSelect])]);
    const signed = element("input");
    signed.type = "checkbox";
    signed.setAttribute("aria-label", "Usar inteiros com sinal");
    on(signed, "change", () => {
      state.signed = signed.checked;
      resetWord(state.value);
    });
    const bitTitle = element("span", ""), bitGrid = element("div", "calc-prog-bit-grid");
    bitGrid.setAttribute("role", "group");
    bitGrid.setAttribute("aria-label", "Editar bits da palavra");
    const bitsPanel = element("section", "calc-prog-bits", [element("header", "", [bitTitle, element("label", "calc-prog-signed", [signed, "Com sinal"])]), bitGrid]);
    function flashNode(node2) {
      if (!node2 || node2.disabled) return;
      clearTimeout(timers.get(node2));
      node2.classList.add("is-pressed");
      timers.set(node2, setTimeout(() => {
        node2.classList.remove("is-pressed");
        timers.delete(node2);
      }, 160));
    }
    function flash(value) {
      flashNode(keys.get(value));
    }
    function key2(label, value = label, kind = "", aria = label) {
      const node2 = button(aria, "calc-key calc-prog-key " + kind, label, () => {
        flashNode(node2);
        enter(value);
      });
      keys.set(value, node2);
      return node2;
    }
    const letters = element("div", "calc-prog-letters", ["A", "B", "C", "D", "E", "F"].map((letter) => key2(letter, letter, "is-operation", "Dígito hexadecimal " + letter)));
    const keypad = element("div", "calc-prog-keypad", [key2("7"), key2("8"), key2("9"), key2(icon("backspace"), "backspace", "is-operation prog-backspace", "Apagar caractere do programador"), key2("C", "clear", "is-clear prog-clear", "Limpar programador"), key2("4"), key2("5"), key2("6"), key2("(", "(", "is-operation prog-open", "Abrir parênteses do programador"), key2(")", ")", "is-operation prog-close", "Fechar parênteses do programador"), key2("mod", "MOD", "is-operation prog-mod", "Resto da divisão"), key2("1"), key2("2"), key2("3"), key2("+", "+", "is-operation prog-add", "Somar inteiros"), key2("−", "−", "is-operation prog-subtract", "Subtrair inteiros"), key2("×", "×", "is-operation prog-multiply", "Multiplicar inteiros"), key2("÷", "÷", "is-operation prog-divide", "Dividir inteiros"), key2("0", "0", "prog-zero"), key2("<<", "<<", "is-operation prog-bottom-left", "Deslocar bits à esquerda"), key2(">>", ">>", "is-operation prog-bottom-right", "Deslocar bits à direita"), key2(">>>", ">>>", "is-operation prog-bottom-logical", "Deslocar à direita sem sinal"), key2("=", "=", "is-equals prog-equals", "Calcular no programador")]);
    const operations = element("div", "calc-prog-operations", [["AND", "AND"], ["OR", "OR"], ["XOR", "XOR"], ["NOT", "NOT"], ["NAND", "NAND"], ["NOR", "NOR"], ["±", "negate"], ["<<", "<<"], [">>", ">>"], ["Rol", "ROL"], ["Ror", "ROR"], ["~", "~"]].map(([label, value]) => key2(label, value, "is-operation", { negate: "Trocar sinal do inteiro", ROL: "Rotacionar bits à esquerda", ROR: "Rotacionar bits à direita", "~": "Complemento bit a bit" }[value] || "Operação " + label)));
    const hint = element("p", "calc-keyboard-tip calc-prog-hint");
    root.append(display, summary, settings, bitsPanel, element("div", "calc-prog-keyboard", [element("div", "calc-prog-main-keys", [letters, keypad]), operations]), hint);
    function literal() {
      return formatWord(state.value, state.base, state.bits, state.signed, false);
    }
    function resetWord(value) {
      state.value = wordValue(value, state.bits);
      state.expression = literal();
      state.solved = true;
      sync();
    }
    function selectBase(base) {
      state.base = base;
      resetWord(state.value);
      onMessage("");
    }
    function preview() {
      try {
        state.value = solveProgrammer(state.expression, state);
      } catch {
      }
      sync();
    }
    function calculate2() {
      try {
        const value = solveProgrammer(state.expression, state);
        state.value = value;
        state.solved = true;
        sync();
        onMessage("");
        if (state.expression.trim()) onCalculate({ label: state.expression, value: literal(), tag: programmerBases.find((item) => item[0] === state.base)[1], snapshot: { ...state } });
      } catch (error3) {
        onMessage(error3.message);
      }
    }
    function enter(value) {
      onMessage("");
      if (value === "=") {
        calculate2();
        return;
      }
      if (value === "clear") {
        state.expression = "";
        state.value = 0n;
        state.solved = false;
        sync();
        return;
      }
      if (value === "backspace") {
        if (state.solved) state.expression = literal();
        state.expression = state.expression.trimEnd().slice(0, -1);
        state.solved = false;
        preview();
        return;
      }
      if (/^[0-9A-F]$/.test(value) && parseInt(value, 16) >= state.base) {
        onMessage("Este dígito não pertence à base selecionada.");
        return;
      }
      let next;
      if (["NOT", "~", "ROL", "ROR", "negate"].includes(value)) {
        const source = state.expression || literal();
        next = value === "negate" ? "−(" + source + ")" : value + "(" + source + ")";
      } else {
        const operator = ["AND", "OR", "XOR", "NAND", "NOR", "MOD", "<<", ">>", ">>>", "+", "−", "×", "÷"].includes(value);
        const start = state.solved ? operator ? literal() : "" : state.expression;
        next = start + (operator ? " " + value + " " : value);
      }
      if (next.length > 512) {
        onMessage("A expressão atingiu o limite de tamanho.");
        return;
      }
      state.expression = next;
      state.solved = false;
      preview();
    }
    function sync() {
      state.value = wordValue(state.value, state.bits);
      expression2.value = state.expression;
      baseLabel.textContent = programmerBases.find((item) => item[0] === state.base)[1];
      result.textContent = formatWord(state.value, state.base, state.bits, state.signed);
      result.classList.toggle("is-long", result.textContent.length > 22);
      baseSelect.value = String(state.base);
      signed.checked = state.signed;
      for (const [base, item] of summaries) {
        item.value.textContent = formatWord(state.value, base, state.bits, state.signed);
        item.card.setAttribute("aria-pressed", String(base === state.base));
      }
      for (const [bits, control] of sizeButtons) control.setAttribute("aria-pressed", String(bits === state.bits));
      for (const [value, control] of keys) if (/^[0-9A-F]$/.test(value)) control.disabled = parseInt(value, 16) >= state.base;
      bitTitle.textContent = "Bits (" + state.bits + " bits)";
      bitGrid.dataset.bits = String(state.bits);
      const focusedBit = bitGrid.contains(document.activeElement) ? document.activeElement.dataset.bit : null;
      bitGrid.replaceChildren(...Array.from({ length: state.bits }, (_, i) => {
        const index = state.bits - 1 - i, mask = 1n << BigInt(index), active = Boolean(state.value & mask);
        const toggle = button("Alternar bit " + index, "calc-prog-bit", active ? "1" : "0", () => {
          resetWord(state.value ^ mask);
          onMessage("Bit " + index + " alterado.");
        });
        toggle.setAttribute("aria-pressed", String(active));
        toggle.dataset.bit = String(index);
        return element("div", "calc-prog-bit-cell", [element("span", "", String(index)), toggle]);
      }));
      if (focusedBit !== null) [...bitGrid.querySelectorAll("button")].find((node2) => node2.dataset.bit === focusedBit)?.focus();
      hint.textContent = "Divisão inteira · Resultados limitados a " + state.bits + " bits " + (state.signed ? "com sinal" : "sem sinal") + " · Deslocamentos usam contagens decimais";
    }
    const mappedKey = (key3) => ({ Enter: "=", Escape: "clear", Delete: "clear", Backspace: "backspace", "*": "×", "/": "÷", "-": "−", "%": "MOD", "&": "AND", "|": "OR", "^": "XOR", "~": "NOT", "<": "<<", ">": ">>" })[key3] || (/^[a-f]$/.test(key3) ? key3.toUpperCase() : key3);
    on(expression2, "input", () => {
      state.expression = expression2.value;
      state.solved = false;
      onMessage("");
      preview();
    });
    on(expression2, "keydown", (event) => {
      if (event.ctrlKey || event.metaKey || event.altKey) return;
      flash(mappedKey(event.key));
      if (event.key === "Enter" || event.key === "Escape") {
        event.preventDefault();
        enter(mappedKey(event.key));
      }
    });
    root.handleKey = (event) => {
      if (disposed || event.defaultPrevented || event.ctrlKey || event.metaKey || event.altKey) return;
      if (event.target?.closest?.('input, select, textarea, [contenteditable="true"]')) return;
      if ((event.key === "Enter" || event.key === " ") && event.target?.closest?.("button")) return;
      const mapped = mappedKey(event.key);
      if (/^[0-9A-F()]$/.test(mapped) || keys.has(mapped)) {
        event.preventDefault();
        flash(mapped);
        enter(mapped);
      }
    };
    root.dispose = () => {
      disposed = true;
      events.abort();
      for (const [node2, timer] of timers) {
        clearTimeout(timer);
        node2.classList.remove("is-pressed");
      }
      timers.clear();
    };
    sync();
    return root;
  }

  // src/pages/calculator-page.js
  var session = { history: [], memory: 0, added: 0, subtracted: 0, recalled: 0 };
  var modes2 = [["standard", "Padrão", "calculator"], ["scientific", "Científica", "flask"], ["programmer", "Programador", "code"], ["units", "Conversor de unidades", "exchange"], ["finance", "Financeira", "chart"], ["dates", "Data e hora", "calendar"]];
  var arithmetic = (id) => id === "standard" || id === "scientific";
  var keyboardValue = (key2) => ({ "*": "×", "/": "÷", "-": "−", ".": ",", Enter: "=", Escape: "C", Backspace: "backspace", Delete: "C" })[key2] || key2;
  function calculatorPage() {
    document.body.classList.add("calculator-active");
    const events = new AbortController();
    let modeEvents = new AbortController();
    const on = (node2, type, fn) => node2.addEventListener(type, fn, { signal: node2 === document || node2.classList.contains("calc-tab") ? events.signal : modeEvents.signal });
    let mode = "standard", expression2 = "", result = 0, solved = false, degrees2 = true;
    let expressionInput, resultOutput, memoryGrid;
    let programmer;
    const programmerState = { bits: 16, base: 16, signed: false, value: 0n, expression: "", solved: false };
    const keyButtons = /* @__PURE__ */ new Map(), keyTimers = /* @__PURE__ */ new Map();
    function flashKey(value) {
      const node2 = keyButtons.get(value);
      if (!node2) return;
      clearTimeout(keyTimers.get(node2));
      node2.classList.add("is-pressed");
      keyTimers.set(node2, setTimeout(() => {
        node2.classList.remove("is-pressed");
        keyTimers.delete(node2);
      }, 160));
    }
    function clearKeyFeedback() {
      for (const [node2, timer] of keyTimers) {
        clearTimeout(timer);
        node2.classList.remove("is-pressed");
      }
      keyTimers.clear();
      keyButtons.clear();
    }
    const heading = element("h1", "sr-only", "Calculadora");
    heading.tabIndex = -1;
    const tabs = element("div", "calc-tabs");
    tabs.setAttribute("role", "tablist");
    tabs.setAttribute("aria-label", "Modos da calculadora");
    const panel = element("section", "calc-main-card");
    panel.id = "calc-panel";
    panel.setAttribute("role", "tabpanel");
    panel.tabIndex = 0;
    const notice = element("p", "calc-notice");
    notice.setAttribute("role", "status");
    notice.setAttribute("aria-live", "polite");
    const historyList = element("div", "calc-history-list");
    const history = element("section", "calc-history calc-side-card", [element("header", "calc-card-header", [element("h2", "", [icon("clock"), "Histórico"]), button("Limpar histórico", "calc-icon-button", icon("trash"), () => {
      session.history = [];
      renderHistory();
      announce("Histórico limpo.");
    })]), historyList]);
    const memoryContent = element("div", "calc-memory-content");
    const collapseMemory = button("Recolher memória", "calc-icon-button", icon("chevronUp"), () => {
      memoryContent.hidden = !memoryContent.hidden;
      collapseMemory.setAttribute("aria-expanded", String(!memoryContent.hidden));
      collapseMemory.setAttribute("aria-label", memoryContent.hidden ? "Expandir memória" : "Recolher memória");
      collapseMemory.replaceChildren(icon(memoryContent.hidden ? "chevronDown" : "chevronUp"));
    });
    collapseMemory.setAttribute("aria-expanded", "true");
    collapseMemory.setAttribute("aria-controls", "calc-memory-content");
    memoryContent.id = "calc-memory-content";
    const memory = element("section", "calc-memory calc-side-card", [element("header", "calc-card-header", [element("h2", "", [icon("database"), "Memória"]), collapseMemory]), memoryContent]);
    const page = element("div", "calculator-page", [heading, tabs, element("div", "calc-workspace", [element("div", "calc-main-column", [panel, notice]), element("aside", "calc-inspector", [history, memory])])]);
    function announce(message) {
      notice.textContent = message;
    }
    function record(label, value, reusable = false, metadata = {}) {
      session.history.unshift({ label, display: typeof value === "number" ? numberText(value) : value, value, reusable, ...metadata });
      session.history = session.history.slice(0, 50);
      renderHistory();
    }
    function renderHistory() {
      historyList.replaceChildren();
      if (!session.history.length) historyList.append(element("div", "calc-empty-history", [icon("clock"), element("p", "", "Seus cálculos aparecerão aqui."), element("span", "", "Calcule e consulte os resultados nesta sessão.")]));
      for (const entry of session.history) {
        const parts = [element("span", "calc-history-expression", entry.label), entry.tag ? element("span", "calc-base-tag calc-base-" + entry.tag.toLowerCase(), entry.tag) : null, element("strong", "calc-history-result", entry.display)];
        const row = entry.programmer ? button("Reutilizar cálculo do programador: " + entry.display, "calc-history-row", parts, () => {
          Object.assign(programmerState, entry.programmer);
          setMode("programmer");
        }) : entry.reusable ? button("Reutilizar resultado: " + entry.display, "calc-history-row", parts, () => {
          expression2 = rawNumber(entry.value);
          result = entry.value;
          solved = true;
          setMode("standard");
          expressionInput.focus();
        }) : element("div", "calc-history-row", parts);
        historyList.append(row);
      }
      history.querySelector("button").disabled = !session.history.length;
    }
    function memoryAction(action) {
      try {
        if (action === "MC") {
          session.memory = 0;
          session.added = 0;
          session.subtracted = 0;
          session.recalled = 0;
        } else if (action === "MR") {
          session.recalled = session.memory;
          expression2 = rawNumber(session.memory);
          result = session.memory;
          solved = true;
          if (!arithmetic(mode)) setMode("standard");
          syncDisplay();
        } else {
          const value = solve(expression2, degrees2), next = action === "M+" ? session.memory + value : action === "M−" ? session.memory - value : value;
          if (!Number.isFinite(next) || Math.abs(next) > 1e100) throw new Error("O valor ultrapassa o limite da memória.");
          session.memory = Number(next.toPrecision(15));
          if (action === "M+") session.added = value;
          if (action === "M−") session.subtracted = value;
        }
        renderMemory();
        announce(action === "MR" ? "Valor da memória recuperado." : action === "MC" ? "Memória limpa." : "Memória atualizada.");
      } catch (error3) {
        announce(error3.message);
      }
    }
    function renderMemory() {
      memoryGrid = element("div", "calc-memory-grid", [["M", "Armazenar na memória", session.memory], ["M+", "Somar à memória", session.added], ["M−", "Subtrair da memória", session.subtracted], ["MR", "Recuperar memória", session.recalled]].map(([action, label, value]) => button(label, "calc-memory-value", [element("span", "", action), element("strong", "", numberText(value))], () => memoryAction(action))));
      memoryContent.replaceChildren(memoryGrid);
    }
    function preview() {
      try {
        result = solve(expression2, degrees2);
      } catch {
      }
      syncDisplay();
    }
    function syncDisplay() {
      if (!expressionInput) return;
      expressionInput.value = expression2;
      resultOutput.textContent = numberText(result);
    }
    function calculate2() {
      try {
        result = solve(expression2, degrees2);
        if (!expression2.trim()) return;
        record(expression2, result, true);
        solved = true;
        syncDisplay();
        announce("");
      } catch (error3) {
        announce(error3.message);
      }
    }
    function enter(value) {
      announce("");
      if (value === "=") {
        calculate2();
        return;
      }
      if (value === "C") {
        expression2 = "";
        result = 0;
        solved = false;
        syncDisplay();
        return;
      }
      if (value === "CE") {
        expression2 = expression2.replace(/(?:\d+(?:[.,]\d*)?(?:e[+-]?\d+)?|[.,]\d+)$/i, "");
        solved = false;
        preview();
        return;
      }
      if (value === "backspace") {
        if (solved) expression2 = rawNumber(result);
        expression2 = expression2.slice(0, -1);
        solved = false;
        preview();
        return;
      }
      if (value === "±") {
        expression2 = expression2 ? "−(" + expression2 + ")" : "−";
        solved = false;
        preview();
        return;
      }
      if (solved) expression2 = /^[+−×÷^%!]/.test(value) ? rawNumber(result) : "";
      if (value === "," && /(?:^|[+−×÷^(])$/.test(expression2)) value = "0,";
      if (value === "," && /\d+[.,]\d*$/.test(expression2)) return;
      if (/^[×÷^]$/.test(value) && !expression2) return;
      if (expression2.length + value.length > 512) {
        announce("A expressão atingiu o limite de tamanho.");
        return;
      }
      expression2 += value;
      solved = false;
      preview();
    }
    function key2(label, value = label, kind = "", aria = label) {
      const node2 = button(aria, "calc-key " + kind, label, () => {
        flashKey(value);
        enter(value);
      });
      keyButtons.set(value, node2);
      return node2;
    }
    function renderCalculator() {
      expressionInput = element("input", "calc-expression");
      expressionInput.type = "text";
      expressionInput.inputMode = "text";
      expressionInput.placeholder = "0";
      expressionInput.maxLength = 512;
      expressionInput.autocomplete = "off";
      expressionInput.spellcheck = false;
      expressionInput.setAttribute("aria-label", "Expressão");
      resultOutput = element("output", "calc-result", numberText(result));
      resultOutput.setAttribute("aria-label", "Resultado");
      resultOutput.setAttribute("aria-live", "polite");
      on(expressionInput, "input", () => {
        expression2 = expressionInput.value;
        solved = false;
        announce("");
        preview();
      });
      on(expressionInput, "keydown", (event) => {
        if (!event.ctrlKey && !event.metaKey && !event.altKey) flashKey(keyboardValue(event.key));
        if (event.key === "Enter") {
          event.preventDefault();
          calculate2();
        } else if (event.key === "Escape") {
          event.preventDefault();
          enter("C");
        }
      });
      const display = element("div", "calc-display", [expressionInput, resultOutput]);
      const memoryKeys = element("div", "calc-memory-keys", [button("Limpar memória", "calc-key", "MC", () => memoryAction("MC")), button("Recuperar memória", "calc-key", "MR", () => memoryAction("MR")), button("Somar à memória", "calc-key", "M+", () => memoryAction("M+")), button("Subtrair da memória", "calc-key", "M−", () => memoryAction("M−")), key2("%", "%", "", "Porcentagem"), key2("CE", "CE", "is-clear-entry", "Limpar entrada"), key2("C", "C", "is-clear", "Limpar tudo")]);
      const keypad = element("div", "calc-keypad", [key2("7"), key2("8"), key2("9"), key2("÷", "÷", "is-operation key-divide", "Dividir"), key2(icon("backspace"), "backspace", "is-operation key-backspace", "Apagar último caractere"), key2("4"), key2("5"), key2("6"), key2("×", "×", "is-operation key-times", "Multiplicar"), key2("−", "−", "is-operation key-minus", "Subtrair"), key2("1"), key2("2"), key2("3"), key2("+", "+", "is-operation key-plus", "Somar"), key2("0", "0", "key-zero"), key2(",", ",", "key-decimal", "Separador decimal"), key2("(", "(", "is-operation key-open", "Abrir parênteses"), key2(")", ")", "is-operation key-close", "Fechar parênteses"), key2("=", "=", "is-equals key-equals", "Calcular")]);
      panel.replaceChildren(display);
      if (mode === "scientific") {
        const angle = button("Alternar graus e radianos", "calc-angle", degrees2 ? "DEG · Graus" : "RAD · Radianos", () => {
          degrees2 = !degrees2;
          angle.textContent = degrees2 ? "DEG · Graus" : "RAD · Radianos";
          preview();
        });
        panel.append(element("div", "calc-science-toolbar", [angle, element("span", "", "Funções científicas")]), element("div", "calc-science-keys", [key2("sin", "sin("), key2("cos", "cos("), key2("tan", "tan("), key2("π", "π"), key2("e", "e"), key2("√", "sqrt(", "", "Raiz quadrada"), key2("x²", "^2", "", "Elevar ao quadrado"), key2("xʸ", "^", "", "Potência"), key2("log", "log("), key2("ln", "ln("), key2("n!", "!", "", "Fatorial"), key2("±", "±", "", "Trocar sinal")]));
      }
      panel.append(memoryKeys, keypad, element("p", "calc-keyboard-tip", "Use o teclado: números e operações · Enter para calcular · Esc para limpar"));
      syncDisplay();
    }
    function field3(label, value = "", type = "text") {
      const input2 = element("input", "calc-field-input");
      input2.type = type;
      input2.value = value;
      input2.setAttribute("aria-label", label);
      if (type === "number") input2.step = "any";
      return { input: input2, node: element("label", "calc-field", [element("span", "", label), input2]) };
    }
    function select(label, options2, selected2) {
      const input2 = element("select", "calc-field-input");
      input2.setAttribute("aria-label", label);
      input2.append(...options2.map((option3) => {
        const [value, text2] = Array.isArray(option3) ? option3 : [option3, option3];
        const node2 = element("option", "", text2);
        node2.value = String(value);
        return node2;
      }));
      input2.value = String(selected2 ?? (Array.isArray(options2[0]) ? options2[0][0] : options2[0]));
      return { input: input2, node: element("label", "calc-field", [element("span", "", label), input2]) };
    }
    function numeric2(input2) {
      const text2 = input2.value.trim().replace(",", ".");
      if (!text2 || !/^[+-]?(?:\d+(?:\.\d*)?|\.\d+)(?:e[+-]?\d+)?$/i.test(text2) || !Number.isFinite(Number(text2))) throw new Error("Preencha os campos com números válidos.");
      return Number(text2);
    }
    function form3(title, subtitle, fields, actionLabel, action) {
      const output = element("div", "calc-form-result");
      output.setAttribute("aria-live", "polite");
      const area = element("form", "calc-form", [element("header", "calc-form-heading", [element("h2", "", title), element("p", "", subtitle)]), element("div", "calc-fields", fields.map((item) => item.node)), element("button", "calc-submit", actionLabel), output]);
      area.querySelector(".calc-submit").type = "submit";
      on(area, "submit", (event) => {
        event.preventDefault();
        try {
          announce("");
          output.replaceChildren(...action());
        } catch (error3) {
          output.replaceChildren();
          announce(error3.message);
        }
      });
      panel.replaceChildren(area);
      expressionInput = null;
      return output;
    }
    const answer = (label, value) => element("div", "calc-answer", [element("span", "", label), element("strong", "", value)]);
    function renderUnits() {
      const category = select("Grandeza", Object.keys(unitGroups)), amount = field3("Valor", "1", "text"), from = select("De", Object.keys(unitGroups.Comprimento)), to = select("Para", Object.keys(unitGroups.Comprimento), "Quilômetro");
      on(category.input, "change", () => {
        const units = Object.keys(unitGroups[category.input.value]);
        for (const control of [from, to]) control.input.replaceChildren(...units.map((unit) => {
          const option3 = element("option", "", unit);
          option3.value = unit;
          return option3;
        }));
        from.input.value = units[0];
        to.input.value = units[1];
        output.replaceChildren();
      });
      const output = form3("Conversor de unidades", "Converta medidas de comprimento, massa, temperatura e muito mais.", [category, amount, from, to], "Converter", () => {
        const value = numeric2(amount.input), converted = convertUnit(value, category.input.value, from.input.value, to.input.value);
        record(numberText(value) + " " + from.input.value, numberText(converted) + " " + to.input.value);
        return [answer("Resultado em " + to.input.value, numberText(converted)), element("p", "calc-result-detail", numberText(value) + " " + from.input.value + " = " + numberText(converted) + " " + to.input.value)];
      });
    }
    function renderProgrammer() {
      expressionInput = null;
      resultOutput = null;
      programmer = programmerCalculator({ state: programmerState, onMessage: announce, onCalculate: (entry) => record(entry.label, entry.value, false, { tag: entry.tag, programmer: entry.snapshot }) });
      panel.replaceChildren(programmer);
    }
    function renderFinance() {
      const kind = select("Cálculo financeiro", [["compound", "Juros compostos"], ["loan", "Parcelas de financiamento"]]), initial = field3("Valor inicial (R$)", "1000", "number"), monthly = field3("Aporte mensal (R$)", "100", "number"), rate = field3("Taxa mensal (%)", "1", "number"), months = field3("Prazo (meses)", "12", "number");
      const currency = (value) => new Intl.NumberFormat("pt-BR", { style: "currency", currency: "BRL", maximumFractionDigits: 2 }).format(value);
      on(kind.input, "change", () => {
        monthly.node.hidden = kind.input.value === "loan";
        monthly.input.disabled = monthly.node.hidden;
        output.replaceChildren();
      });
      const output = form3("Calculadora financeira", "Simule juros compostos com aportes ao fim de cada mês ou parcelas fixas pela tabela Price.", [kind, initial, monthly, rate, months], "Calcular simulação", () => {
        const principal = numeric2(initial.input), r = numeric2(rate.input), n = numeric2(months.input);
        if (kind.input.value === "loan") {
          const value2 = loanPayment(principal, r, n);
          record(n + " parcelas · " + numberText(r) + "% a.m.", currency(value2.payment) + "/mês");
          return [answer("Parcela mensal", currency(value2.payment)), answer("Total pago", currency(value2.total)), answer("Juros totais", currency(value2.interest)), element("p", "calc-result-detail", "Parcelas fixas, sem tarifas, seguros ou tributos.")];
        }
        const value = compoundInterest(principal, numeric2(monthly.input), r, n);
        record("Juros compostos · " + n + " meses", currency(value.total));
        return [answer("Valor futuro", currency(value.total)), answer("Total investido", currency(value.invested)), answer("Juros acumulados", currency(value.interest))];
      });
    }
    function renderDates() {
      const today = /* @__PURE__ */ new Date(), date = [today.getFullYear(), String(today.getMonth() + 1).padStart(2, "0"), String(today.getDate()).padStart(2, "0")].join("-");
      const kind = select("Operação com datas", [["difference", "Diferença entre datas"], ["add", "Somar ou subtrair dias"]]), start = field3("Data inicial", date, "date"), end = field3("Data final", date, "date"), days = field3("Quantidade de dias", "7", "number");
      days.node.hidden = true;
      days.input.disabled = true;
      on(kind.input, "change", () => {
        const adding = kind.input.value === "add";
        end.node.hidden = adding;
        end.input.disabled = adding;
        days.node.hidden = !adding;
        days.input.disabled = !adding;
        output.replaceChildren();
      });
      const output = form3("Data e hora", "Compare datas sem diferenças de fuso horário ou avance e volte dias no calendário.", [kind, start, end, days], "Calcular datas", () => {
        if (kind.input.value === "add") {
          const n2 = numeric2(days.input), date2 = addDays(start.input.value, n2), formatted = date2.split("-").reverse().join("/");
          record(start.input.value.split("-").reverse().join("/") + " + " + n2 + " dias", formatted);
          return [answer("Data resultante", formatted)];
        }
        const n = daysBetween(start.input.value, end.input.value);
        record("Diferença entre datas", numberText(n) + " dias");
        return [answer("Dias", numberText(n)), answer("Horas", numberText(n * 24)), answer("Semanas e dias", Math.floor(Math.abs(n) / 7) + " semanas e " + Math.abs(n % 7) + " dias" + (n < 0 ? " antes" : "")), element("p", "calc-result-detail", "Diferença entre o início de cada data; não inclui a data final.")];
      });
    }
    function setMode(next) {
      programmer?.dispose();
      programmer = null;
      clearKeyFeedback();
      modeEvents.abort();
      modeEvents = new AbortController();
      mode = next;
      announce("");
      memory.hidden = mode === "programmer";
      page.classList.toggle("is-programmer", mode === "programmer");
      for (const tab of tabs.children) {
        const selected2 = tab.dataset.mode === mode;
        tab.setAttribute("aria-selected", String(selected2));
        tab.tabIndex = selected2 ? 0 : -1;
      }
      panel.setAttribute("aria-labelledby", "calc-tab-" + mode);
      if (arithmetic(mode)) renderCalculator();
      else if (mode === "units") renderUnits();
      else if (mode === "finance") renderFinance();
      else if (mode === "dates") renderDates();
      else if (mode === "programmer") renderProgrammer();
    }
    for (const [id, label, symbol] of modes2) {
      const tab = button(label, "calc-tab", [icon(symbol), element("span", "", label)], () => setMode(id));
      tab.id = "calc-tab-" + id;
      tab.dataset.mode = id;
      tab.setAttribute("role", "tab");
      tab.setAttribute("aria-controls", panel.id);
      on(tab, "keydown", (event) => {
        const index = modes2.findIndex((item) => item[0] === mode);
        let next;
        if (event.key === "ArrowRight") next = (index + 1) % modes2.length;
        if (event.key === "ArrowLeft") next = (index + modes2.length - 1) % modes2.length;
        if (event.key === "Home") next = 0;
        if (event.key === "End") next = modes2.length - 1;
        if (next !== void 0) {
          event.preventDefault();
          setMode(modes2[next][0]);
          tabs.children[next].focus();
        }
      });
      tabs.append(tab);
    }
    on(document, "keydown", (event) => {
      if (mode === "programmer") {
        if (!document.querySelector("dialog[open]")) programmer?.handleKey(event);
        return;
      }
      if (!arithmetic(mode) || event.defaultPrevented || event.ctrlKey || event.metaKey || event.altKey || document.querySelector("dialog[open]")) return;
      if (event.target?.closest?.('input, select, textarea, [contenteditable="true"]')) return;
      if ((event.key === "Enter" || event.key === " ") && event.target?.closest?.("button")) return;
      const mapped = keyboardValue(event.key);
      if (/^[0-9+×÷−(),^%]$/.test(mapped) || ["=", "C", "backspace"].includes(mapped)) {
        event.preventDefault();
        flashKey(mapped);
        enter(mapped);
      }
    });
    renderHistory();
    renderMemory();
    setMode("standard");
    page.dispose = () => {
      programmer?.dispose();
      clearKeyFeedback();
      events.abort();
      modeEvents.abort();
      document.body.classList.remove("calculator-active");
    };
    return page;
  }

  // src/pages/data-page.js
  var modes3 = [
    ["view", "Visualizar", "sheet"],
    ["sort", "Ordenar", "dataSort"],
    ["filter", "Filtrar", "dataFilter"],
    ["deduplicate", "Duplicados", "files"],
    ["statistics", "Estatísticas", "calculator"],
    ["convert", "Converter", "exchange"],
    ["chart", "Gráfico", "chart"],
    ["json", "JSON", "code"]
  ];
  function selectField3(label, values3) {
    const input2 = element("select", "dt-input", values3.map(([value, text2]) => {
      const option3 = element("option", "", text2);
      option3.value = value;
      return option3;
    }));
    input2.value = values3[0]?.[0] || "";
    input2.setAttribute("aria-label", label);
    return { input: input2, node: element("label", "dt-field", [element("span", "", label), input2]) };
  }
  function dataPage() {
    document.body.classList.add("data-studio-active");
    let mode = "view", current = null, original = null, history = [], busy = false, disposed = false;
    let chart = null, statistics = null;
    const scope = new AbortController();
    const heading = element("h1", "sr-only", "Dados");
    heading.tabIndex = -1;
    const status = element("p", "dt-status");
    status.setAttribute("role", "status");
    status.hidden = true;
    const input2 = element("input", "sr-only");
    input2.type = "file";
    input2.accept = ".csv,.json,text/csv,application/json";
    input2.tabIndex = -1;
    input2.setAttribute("aria-label", "Arquivo CSV ou JSON");
    const tabs = modes3.map(([id, label, symbol]) => {
      const tab = button(label, "dt-tab", [icon(symbol), element("span", "", label)], () => {
        if (busy) return;
        mode = id;
        message("");
        render();
      });
      tab.setAttribute("role", "tab");
      tab.id = "dt-tab-" + id;
      tab.setAttribute("aria-controls", "dt-content");
      return tab;
    });
    const nav = element("div", "dt-tabs", tabs);
    nav.setAttribute("role", "tablist");
    nav.setAttribute("aria-label", "Ferramentas de dados");
    nav.addEventListener("keydown", (event) => {
      if (busy || !["ArrowLeft", "ArrowRight", "Home", "End"].includes(event.key)) return;
      event.preventDefault();
      const index = modes3.findIndex(([id]) => id === mode);
      const next = event.key === "Home" ? 0 : event.key === "End" ? tabs.length - 1 : (index + (event.key === "ArrowRight" ? 1 : -1) + tabs.length) % tabs.length;
      tabs[next].click();
      tabs[next].focus();
    });
    const choose = button("Selecionar arquivo", "dt-button dt-upload", [icon("folder"), "Selecionar arquivo"], () => input2.click());
    const drop = element("div", "dt-drop", [
      icon("database"),
      element("p", "", "Arraste e solte seu arquivo aqui ou escolha no dispositivo."),
      choose,
      element("small", "", "CSV ou JSON · até 2 MB")
    ]);
    const picker = element("section", "dt-picker", [element("h2", "", "Selecionar arquivo de dados"), drop]);
    const empty = element("div", "dt-empty", picker);
    const fileName = element("span", "dt-filename"), meta = element("span", "dt-meta");
    const change = button("Trocar arquivo", "dt-button dt-secondary", [icon("upload"), "Trocar arquivo"], () => input2.click());
    const undo = button("Desfazer alteração", "dt-button dt-secondary", [icon("undo"), "Desfazer"], () => {
      if (busy || !history.length) return;
      current = history.pop();
      chart = statistics = null;
      message("Última alteração desfeita.");
      render();
    });
    const restore = button("Restaurar original", "dt-button dt-secondary", "Restaurar original", () => {
      if (busy || !original || current === original) return;
      remember();
      current = original;
      chart = statistics = null;
      message("Arquivo original restaurado.");
      render();
    });
    const download = button("Baixar arquivo de dados", "dt-button dt-primary", [icon("download"), "Baixar arquivo"], () => {
      if (!busy && !disposed && current) downloadResultFile(current);
    });
    const clear = button("Remover arquivo", "dt-button dt-icon", icon("close"), () => {
      if (busy) return;
      current = original = chart = statistics = null;
      history = [];
      message("");
      render();
    });
    const toolbar = element("div", "dt-toolbar", [
      element("div", "dt-file", [icon("database"), element("div", "", [fileName, meta])]),
      change,
      undo,
      restore,
      download,
      clear
    ]);
    const settings = element("form", "dt-settings"), preview = element("section", "dt-preview");
    const loaded = element("div", "dt-loaded", [toolbar, settings, preview]);
    const content = element("div", "dt-content", [empty, loaded]);
    content.id = "dt-content";
    content.setAttribute("role", "tabpanel");
    const root = element("div", "environment-page dt-page", [heading, nav, status, input2, content]);
    function message(text2, error3 = false) {
      status.textContent = text2;
      status.hidden = !text2;
      status.classList.toggle("is-error", error3);
    }
    function remember() {
      history.push(current);
      if (history.length > 10) history.shift();
    }
    function lock(value) {
      busy = value;
      root.setAttribute("aria-busy", String(value));
      for (const node2 of root.querySelectorAll("button, select, input")) node2.disabled = value;
      if (!value) {
        undo.disabled = !history.length;
        restore.disabled = current === original;
      }
    }
    async function load(files) {
      if (disposed || busy || !files?.length) return;
      if (files.length !== 1) {
        message("Selecione um arquivo CSV ou JSON por vez.", true);
        return;
      }
      const file = files[0];
      if (!/\.(csv|json)$/i.test(file.name) || file.size > 2 * 1024 * 1024) {
        message("Escolha um arquivo CSV ou JSON de até 2 MB.", true);
        return;
      }
      lock(true);
      message("Abrindo arquivo…");
      try {
        const detected = await detectInput({ files: [file] }, { signal: scope.signal });
        if (disposed) return;
        const item = detected.items[0];
        if (!detected.valid || !["text/csv", "application/json"].includes(item?.mime)) {
          throw new Error(item?.warnings?.join(" ") || "Não foi possível abrir este arquivo.");
        }
        original = current = item;
        history = [];
        chart = statistics = null;
        message("");
        render();
      } catch (error3) {
        if (!disposed) message(error3.message || "Não foi possível abrir o arquivo.", true);
      } finally {
        if (!disposed) lock(false);
      }
    }
    async function run(capabilityId, parameters2 = {}) {
      if (disposed || busy || !current) return;
      lock(true);
      message("Processando…");
      try {
        const result = await executePlan(
          createManualPlan(capabilityId, parameters2),
          collection([current]),
          { signal: scope.signal, confirmed: true }
        );
        if (disposed) return;
        const item = result.items[0];
        chart = item.chart || null;
        statistics = item.statistics || null;
        if (!["data.chart", "data.statistics", "json.validate"].includes(capabilityId)) {
          remember();
          current = item;
        }
        message([item.notice, ...item.warnings || []].filter(Boolean).join(" "));
        render();
      } catch (error3) {
        if (!disposed) message(error3.message || "Não foi possível concluir esta ação.", true);
      } finally {
        if (!disposed) lock(false);
      }
    }
    let execute = null;
    settings.addEventListener("submit", (event) => {
      event.preventDefault();
      execute?.();
    });
    function configure() {
      settings.replaceChildren();
      settings.hidden = mode === "view";
      execute = null;
      if (mode === "view") return;
      const table = current.table;
      const values3 = table?.columns.map((name) => [name, name]) || [];
      if (!table && !["json"].includes(mode)) {
        settings.append(element("p", "dt-hint", "Este JSON possui uma estrutura aninhada. Use Visualizar ou JSON para trabalhar com ele."));
        return;
      }
      if (mode === "json" && current.mime !== "application/json") {
        settings.append(element("p", "dt-hint", "Escolha Converter para transformar seu CSV em JSON."));
        return;
      }
      const fields = [], add = (field3) => {
        fields.push(field3.node);
        return field3.input;
      };
      let action = "Aplicar", capability2, parameters2 = () => ({});
      if (mode === "sort") {
        const column = add(selectField3("Coluna", values3)), order = add(selectField3("Ordem", [["asc", "Crescente"], ["desc", "Decrescente"]]));
        capability2 = "data.sort";
        action = "Ordenar";
        parameters2 = () => ({ column: column.value, order: order.value });
      } else if (mode === "filter") {
        const column = add(selectField3("Coluna", values3));
        const operator = add(selectField3("Comparação", [["eq", "Igual a"], ["ne", "Diferente de"], ["gt", "Maior que"], ["lt", "Menor que"], ["gte", "Maior ou igual a"], ["lte", "Menor ou igual a"]]));
        const value = element("input", "dt-input");
        value.type = "text";
        value.placeholder = "Deixe vazio para células vazias";
        value.setAttribute("aria-label", "Valor");
        fields.push(element("label", "dt-field", [element("span", "", "Valor"), value]));
        capability2 = "data.filter";
        action = "Filtrar";
        parameters2 = () => ({ column: column.value, operator: operator.value, value: value.value });
      } else if (mode === "deduplicate") {
        const column = add(selectField3("Comparar por", [["", "Linha inteira"], ...values3]));
        capability2 = "data.deduplicate";
        action = "Remover duplicados";
        parameters2 = () => column.value ? { column: column.value } : {};
      } else if (mode === "statistics") {
        const column = add(selectField3("Coluna", values3));
        const statistic = add(selectField3("Cálculo", [["count", "Contagem"], ["sum", "Soma"], ["mean", "Média"], ["min", "Mínimo"], ["max", "Máximo"]]));
        capability2 = "data.statistics";
        action = "Calcular";
        parameters2 = () => ({ column: column.value, statistic: statistic.value });
      } else if (mode === "convert") {
        const target = current.mime === "text/csv" ? "JSON" : "CSV";
        fields.push(element("p", "dt-conversion", [element("span", "", current.mime === "text/csv" ? "CSV" : "JSON"), icon("exchange"), element("span", "", target)]));
        capability2 = current.mime === "text/csv" ? "data.csvToJson" : "data.jsonToCsv";
        action = "Converter para " + target;
      } else if (mode === "chart") {
        const xColumn = add(selectField3("Eixo horizontal", values3));
        const numeric2 = table.columns.flatMap((name, i) => table.columnTypes[i] === "number" ? [[name, name]] : []);
        if (!numeric2.length) {
          settings.append(element("p", "dt-hint", "Este arquivo não possui uma coluna numérica para gerar um gráfico."));
          return;
        }
        const yColumn = add(selectField3("Valores", numeric2)), chartType = add(selectField3("Tipo de gráfico", dataChartTypes));
        if (chart) {
          xColumn.value = chart.xColumn;
          yColumn.value = chart.yColumn;
          chartType.value = chart.type;
        }
        capability2 = "data.chart";
        action = "Gerar gráfico";
        parameters2 = () => ({ xColumn: xColumn.value, yColumn: yColumn.value, chartType: chartType.value });
      } else if (mode === "json") {
        const operation = add(selectField3("Operação", [["json.format", "Formatar JSON"], ["json.validate", "Validar JSON"]]));
        action = "Executar";
        execute = () => run(operation.value);
      }
      const submit = element("button", "dt-button dt-primary", action);
      submit.type = "submit";
      settings.append(...fields, submit);
      execute ||= () => run(capability2, parameters2());
    }
    function render() {
      tabs.forEach((tab, i) => {
        const active = modes3[i][0] === mode;
        tab.setAttribute("aria-selected", String(active));
        tab.tabIndex = active ? 0 : -1;
      });
      content.setAttribute("aria-labelledby", "dt-tab-" + mode);
      empty.hidden = !!current;
      loaded.hidden = !current;
      if (!current) return;
      fileName.textContent = current.name;
      fileName.title = current.name;
      meta.textContent = (current.mime === "text/csv" ? "CSV" : "JSON") + (current.table ? " · " + current.table.rowCount + " linhas · " + current.table.columnCount + " colunas" : " · Estrutura aninhada");
      undo.disabled = !history.length;
      restore.disabled = current === original;
      configure();
      preview.replaceChildren(...mode === "chart" && chart ? [renderDataChart(chart)] : mode === "statistics" && statistics ? [renderDataStatistics(statistics), renderDataPreview(current)] : [renderDataPreview(current)]);
    }
    input2.addEventListener("change", () => {
      const files = Array.from(input2.files || []);
      input2.value = "";
      void load(files);
    });
    root.addEventListener("dragover", (event) => {
      event.preventDefault();
      if (!busy) root.classList.add("is-dragging");
    });
    root.addEventListener("dragleave", (event) => {
      if (!root.contains(event.relatedTarget)) root.classList.remove("is-dragging");
    });
    root.addEventListener("drop", (event) => {
      event.preventDefault();
      root.classList.remove("is-dragging");
      void load(Array.from(event.dataTransfer?.files || []));
    });
    root.dispose = () => {
      disposed = true;
      scope.abort();
      current = original = null;
      history = [];
      document.body.classList.remove("data-studio-active");
    };
    render();
    return root;
  }

  // src/pages/tool-page.js
  function toolPage(tool) {
    if (tool.id === "quadro") return studyboardPage(tool);
    if (tool.id === "audio") return audioPage(tool);
    if (tool.id === "pixel-art") return pixelPage(tool);
    if (tool.id === "documento") return documentPage(tool);
    if (tool.id === "planilha") return spreadsheetPage(tool);
    if (tool.id === "imagem") return imagePage(tool);
    if (tool.id === "pdf") return pdfPage(tool);
    if (tool.id === "design") return designPage(tool);
    if (tool.id === "calculadora") return calculatorPage();
    if (tool.id === "dados") return dataPage();
    const heading = element("h1", "sr-only", tool.name);
    heading.tabIndex = -1;
    return element("div", "environment-page", [
      routeLink("/", "Voltar ao início", "back-link", [icon("back"), "Voltar ao início"]),
      heading,
      environmentActions(tool.id),
      workspace(tool)
    ]);
  }
  function notFoundPage() {
    const heading = element("h1", "", "Este espaço não foi encontrado");
    heading.tabIndex = -1;
    return element("div", "not-found", [heading, routeLink("/", "Voltar ao início", "back-link", [icon("back"), "Voltar ao início"])]);
  }

  // src/pages/legal-page.js
  function legalPage(path2) {
    const meta = legalPages.find((item) => item.path === path2), content = legalContent[path2];
    const heading = element("h1", "", meta.name);
    heading.tabIndex = -1;
    const navigation = legalLinks("legal-page-tabs");
    for (const link of navigation.querySelectorAll("a")) if (link.dataset.route === path2) link.setAttribute("aria-current", "page");
    const sections = content.sections.map(([title, paragraphs]) => element("section", "legal-section", [
      element("h2", "", title),
      ...paragraphs.map((text2) => element("p", "", text2))
    ]));
    if (content.reference) {
      const link = element("a", "legal-reference", [icon("shield"), content.reference.label]);
      link.href = content.reference.url;
      link.target = "_blank";
      link.rel = "noopener noreferrer";
      sections.push(element("section", "legal-section", [link]));
    }
    return element("div", "legal-page", [
      routeLink("/", "Voltar às ferramentas", "legal-back", [icon("back"), "Ferramentas"]),
      element("header", "legal-header", [
        element("span", "legal-symbol", icon(meta.icon)),
        element("div", "", [element("span", "legal-brand", brand.name), heading, element("p", "", content.intro)])
      ]),
      navigation,
      element("article", "legal-paper", [
        element("p", "legal-updated", "Atualizado em " + legalUpdated),
        element("p", "legal-summary", content.summary),
        ...sections
      ]),
      element("footer", "legal-footer", [brand.name, legalLinks()])
    ]);
  }

  // src/main.js
  var app = document.querySelector("#app");
  var main = element("main", "main-content");
  main.id = "main";
  main.tabIndex = -1;
  document.querySelector(".skip-link").addEventListener("click", (event) => {
    event.preventDefault();
    main.focus();
    main.scrollIntoView({ block: "start" });
  });
  var view = element("div", "route-view");
  var mobileMenu = button("Abrir navegação", "icon-button mobile-menu", icon("menu"), () => setMobileMenu(true));
  mobileMenu.setAttribute("aria-controls", "sidebar");
  mobileMenu.setAttribute("aria-expanded", "false");
  var overlay = button("Fechar navegação", "sidebar-overlay", [], () => setMobileMenu(false));
  overlay.tabIndex = -1;
  var side = sidebar();
  main.append(element("div", "topbar", [mobileMenu, philosophy()]), view);
  app.replaceChildren(side, overlay, main);
  function setMobileMenu(open) {
    document.body.classList.toggle("menu-open", open);
    mobileMenu.setAttribute("aria-expanded", String(open));
    if (open) side.querySelector("a").focus();
  }
  document.addEventListener("keydown", (event) => {
    if (!document.body.classList.contains("menu-open")) return;
    if (event.key === "Escape") {
      setMobileMenu(false);
      mobileMenu.focus();
    }
    if (event.key === "Tab") {
      const items = [...side.querySelectorAll("a, button")];
      if (event.shiftKey && document.activeElement === items[0]) {
        event.preventDefault();
        items.at(-1).focus();
      } else if (!event.shiftKey && document.activeElement === items.at(-1)) {
        event.preventDefault();
        items[0].focus();
      }
    }
  });
  var currentPage;
  createRouter((path2, focus) => {
    closeDialog();
    setMobileMenu(false);
    const isHome = path2 === "/" || path2 === "/inicio";
    const tool = tools.find((item) => item.path === path2);
    const legal = legalPages.find((item) => item.path === path2);
    document.body.classList.toggle("studyboard-active", tool?.id === "quadro");
    document.body.classList.toggle("audio-active", tool?.id === "audio");
    document.body.classList.toggle("pixel-active", tool?.id === "pixel-art");
    document.body.classList.toggle("document-active", tool?.id === "documento");
    document.body.classList.toggle("spreadsheet-active", tool?.id === "planilha");
    document.body.classList.toggle("design-active", tool?.id === "design");
    currentPage?.dispose?.();
    currentPage = isHome ? homePage() : tool ? toolPage(tool) : legal ? legalPage(path2) : notFoundPage();
    if (tool) currentPage.classList.add("has-tool-motion");
    view.replaceChildren(currentPage);
    updateSidebar(path2);
    updateSeo(path2);
    if (focus) view.querySelector("h1")?.focus({ preventScroll: true });
  });
  for (const eventName of ["dragover", "drop"]) {
    document.addEventListener(eventName, (event) => {
      if (event.dataTransfer?.types.includes("Files")) event.preventDefault();
    });
  }
})();
</script>
  </body>
</html>