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draft.tex
\documentclass[a4paper]{article}
\usepackage[warn]{mathtext}
\usepackage[T2A]{fontenc}
\usepackage[utf8]{inputenc}
\usepackage[russian]{babel}
\usepackage{amsfonts,amsmath,amssymb,amsthm,amscd}
% \usepackage{tikz}
% \usepackage{pgfplots}
\usepackage{rumathbr}
\usepackage{std}
\renewcommand{\theenumi}{(\asbuk{enumi})}
\renewcommand{\labelenumi}{\asbuk{enumi})}
\usepackage[labelformat=empty]{caption}
\renewcommand{\d}{\partial}
\newcommand{\dx}{\partial x}
\newcommand{\dt}{\partial t}
\newcommand{\du}{\partial u}
\newcommand{\dv}{\partial v}
\newcommand{\ints}{\!\int\!}
\newcommand{\intss}{\!\!\int\!\!}
\newcommand\repl[1]{\left\{\begin{matrix}#1\end{matrix}\right\}}
\begin{document}
\begin{center}
{\Large Заголовок}\\[1.0ex]
{\Large Еще один}\\[4.0ex]
{Авотр
гр. 108}\\[4.0ex]
{Вариант N}\\[1.0ex]
\today\\[3.0ex]
\end{center}
\end{document}
Raw
rumathbr.sty
% ================================================================
% Russian-style hyphenation of inline equations
% (C) 2009-2010 Denis Ryabov.
%
% Based on ideas and code from M.I.Grinchuk "TeX and Russian
% Traditions of Typesetting", TUGboat 17 (1996) 4.
%
% CHANGELOG:
% -------------------- 0.98 [31-January-2010] --------------------
% [+] hyphenation on :=
% [+] correct work with 'icomma' package and option 'icomma' of
% 'eulervm' package
% [+] correct work with 'program' package
% [+] symbols have been added from boisik, euler, fourier,
% lucbmath, lucidabr, lucmin, lucmtime, luctime, mathbbol,
% mdwmath, sbbm, stmaryrd and wasysym packages.
% [-] remove shrinking of space in math (breaked url package)
% [#] don't hyphenate after punctuation (',', ';', '\colon' etc.)
% [#] create broken commands as robust
% [#] some fixes of redeclaring of AMS commands
% [#] commented hyphenation on \ldots и \cdots, as TeX doesn't
% here by default
% -------------------- 0.97 [08-October-2009] --------------------
% [#] problem with operators like '+^\leq'
% -------------------- 0.96 [29-September-2009] ------------------
% [#] problem with '-' in AMS \DeclareMathOperator
% [#] problem with \ldots in text mode
% -------------------- 0.95 [28-September-2009] ------------------
% [#] problem with sub/sup-scripts after relations
% [+] hyphenation on \ldots
% [+] AMS/Lucida left brackets (lvert, lVert, ulcorner, llcorner)
% support
% [+] mathbbol.sty left bracket (Lbrack) support
% [^] huge code refactoring
% -------------------- 0.91 [21-September-2009] ------------------
% [#] problem with space after brackets
% -------------------- 0.90 [20-September-2009] ------------------
% [!] first public release
%
%
% KNOWN ISSUES:
% expressions like $\sum -y$ require manual insertion of \nobr
% before - (that is $\sum \nobr-y$)
% 'xy' package: should be loaded after 'rumathbr' to work properly
% 'breqn' package: cannot work together with 'rumathbr'
% ================================================================
%
% Перенос строчных формул в русском стиле (с дублированием знаков)
% (C) 2009-2010 Денис Рябов.
%
% Основано на идеях и коде из M.I.Grinchuk "TeX and Russian
% Traditions of Typesetting", TUGboat 17 (1996) 4.
%
% ИЗМЕНЕНИЯ:
% -------------------- 0.98 [31 января 2010] ---------------------
% [+] перенос на :=
% [+] корректная работа с опцией icomma пакета eulervm и пакетом
% icomma
% [+] корректная работа с пакетом program
% [+] добавлены символы из пакетов boisik, euler, fourier,
% lucbmath, lucidabr, lucmin, lucmtime, luctime, mathbbol,
% mdwmath, sbbm, stmaryrd и wasysym
% [-] убрано уменьшение пробелов в математических формулах
% (нарушало работу пакета url)
% [#] не делать переносы после знаков пунктуации , ; \colon и др.
% [#] переносимые команды создаются как крепкие
% [#] исправлено объявление некоторых AMS-команд
% [#] перенос на \ldots и \cdots закомментирован, т.к. TeX на них
% по-умолчанию не переносит
% -------------------- 0.97 [08 октября 2009] --------------------
% [#] решена проблема с операторами типа '+^\leq'
% -------------------- 0.96 [29 сентября 2009] -------------------
% [#] решена проблема с '-' в AMS \DeclareMathOperator
% [#] решена проблема с \ldots в текстовой моде
% -------------------- 0.95 [28 сентября 2009] -------------------
% [#] решена проблема с над- и подстрочными индексами после знаков
% [+] перенос на \ldots
% [+] учитываются открывающие скобки из AMS/Lucida (lvert, lVert,
% ulcorner, llcorner)
% [+] учитываются открывающие скобки из mathbbol.sty (Lbrack)
% [^] код пакета в значительной степени переработан
% -------------------- 0.91 [21 сентября 2009] -------------------
% [#] решена проблема с отступами после скобок
% -------------------- 0.90 [20 сентября 2009] -------------------
% [!] первая публичная версия
%
%
% ИЗВЕСТНЫЕ ПРОБЛЕМЫ:
% в выражениях типа $\sum -y$ нужно вручную вставлять \nobr
% перед - (то есть писать $\sum \nobr-y$)
% пакет xy: для корректной работы должен загружать после rumathbr
% пакет breqn: не может работать совместно с rumathbr
% ================================================================
\NeedsTeXFormat{LaTeX2e}
\ProvidesPackage{rumathbr}[2010/01/31 v0.98]
\@ifpackageloaded{breqn}%
{
\PackageError{rumathbr}{'rumathbr' package cannot be used together with 'breqn' package!}{}%
}{}
\@ifpackageloaded{xy}%
{
\PackageError{rumathbr}{'rumathbr' package should be loaded before 'xy' package!}{}%
}{}
% INTERFACE
% makes next symbol nonbreakable
\def\nobr{\penalty\relpenalty}
% makes breakable binary operation
\def\SetBreakableBin#1{\rumathbr@setbreakable{#1}{\brokenbin}}
% makes breakable relation sign
\def\SetBreakableRel#1{\rumathbr@setbreakable{#1}{\brokenrel}}
% makes breakable inner (like \ldots)
\def\SetBreakableInner#1{\rumathbr@setbreakable{#1}{\brokeninner}}
% disables breaks after open bracket
\def\SetOpenBracket#1{\rumathbr@nobrafter{#1}}
% disables breaks after punctuation sign
\def\SetPunctuation#1{\rumathbr@nobrafter{#1}}
% makes argument as breakable binary operation
\DeclareRobustCommand{\brokenbin}[1]{\rumathbr@brokenbin{#1}}
% makes argument as breakable relation sign
\DeclareRobustCommand{\brokenrel}[1]{\rumathbr@brokenrel{#1}}
% makes argument as breakable inner
\DeclareRobustCommand{\brokeninner}[1]{\rumathbr@brokeninner{#1}}
% IMPLEMENTATION
% save default penalty to \exhyphenpenalty
% (as \exhyphenpenalty will be actual penalty for mathbreaks)
\exhyphenpenalty=\relpenalty
% disable default breaks
\relpenalty=13131
\binoppenalty=14141
% first symbol in equation is nonbreakable
\expandafter\everymath\expandafter{\the\everymath\nobr }
% setup basic math
\catcode`\^=7 \let\upperindex=^ \catcode`\^=12
\catcode`\_=8 \let\lowerindex=_ \catcode`\_=12
\begingroup
\catcode`\=\active \xdef={\noexpand\brokenrel{\mathchar\number\mathcode`\=}}
\catcode`\+\active \xdef+{\noexpand\brokenbin{\mathchar\number\mathcode`\+}}
\catcode`\-\active \xdef-{\noexpand\brokenbin{\mathchar\number\mathcode`\-}}
\catcode`\*\active \xdef*{\noexpand\brokenbin{\mathchar\number\mathcode`\*}}
\catcode`\<\active \xdef<{\noexpand\brokenrel{\mathchar\number\mathcode`\<}}
\catcode`\>\active \xdef>{\noexpand\brokenrel{\mathchar\number\mathcode`\>}}
\catcode`\_\active \gdef_#1{\lowerindex{{#1}}}
\catcode`\^\active \gdef^#1{\upperindex{{#1}}}
\catcode`\(\active \xdef({\mathopen\delimiter\number\delcode`\(\noexpand\nobr }
\catcode`\[\active \xdef[{\mathopen\delimiter\number\delcode`\[\noexpand\nobr }
\catcode`\:\active \gdef:{\futurelet\rumathbr@let@token\rumathbr@colontest}
\endgroup
\def\rumathbr@colontest% check for :=
{
\ifx=\rumathbr@let@token
\expandafter\rumathbr@letsign
\else
\expandafter\rumathbr@colon
\fi
}
\edef\rumathbr@letsign#1{\noexpand\brokenrel{\mathchar\number\mathcode`\:\mathchar\number\mathcode`\=}}
\edef\rumathbr@colon{\noexpand\brokenrel{\mathchar\number\mathcode`\:}}
\begingroup
\catcode`\,\active
\@ifpackageloaded{icomma}% check for 'icomma' package
{
\expandafter\gdef\expandafter\sm@rtcomma\expandafter{\sm@rtcomma\nobr}
}{
\ifx\domathcomma\undefined% check for 'eulervm' package with 'icomma' option
\xdef,{\mathpunct\mathchar\number\mathcode`\,\noexpand\nobr }
\else
\expandafter\gdef\expandafter\domathcomma\expandafter{\domathcomma\nobr}
\fi
}
\endgroup
\begingroup
\catcode`\;\active
\@ifpackageloaded{program}% check for 'program' package
{
\gdef;{\ifmmode\semicolon\;\nobr\else\@semicolon\fi}
}{
\xdef;{\mathpunct\mathchar\number\mathcode`\;\noexpand\nobr }
}
\endgroup
\AtBeginDocument%
{
\mathcode`\==32768% "8000
\mathcode`\<=32768
\mathcode`\>=32768
\mathcode`\+=32768
\mathcode`\-=32768
\mathcode`\*=32768
\mathcode`\_=32768
\mathcode`\^=32768
\mathcode`\(=32768
\mathcode`\[=32768
\mathcode`\:=32768
\mathcode`\,=32768
\mathcode`\;=32768
\let\rumathbr@orig@resetMathstrut=\resetMathstrut@
\begingroup
\gdef\resetMathstrut@
{
\mathcode`\(=16424% "4028
\rumathbr@orig@resetMathstrut
\mathcode`\(=32768% "8000
}
\gdef\newmcodes@
{
\mathcode`\'=39
\mathcode`\*=42
\mathcode`\.=24890% "613A
\mathcode`\-=45
\mathcode`\/=47
\mathcode`\:=24634% "603A
\relax
}
\endgroup%
}
\def\rumathbr@ReDeclareRobustCommand#1#2%
{
\begingroup
\ifx#1\undefined
\else
\edef\var@orig@I{rumathbr@orig@\expandafter\@gobble\string#1}
\edef\var@Ispace{\expandafter\@gobble\string#1 }
\expandafter\ifx\csname\var@orig@I\endcsname\relax
\expandafter\ifx\csname\var@Ispace\endcsname\relax
\global\expandafter\let\csname\var@orig@I\endcsname#1
\else
\global\expandafter\let\csname\var@orig@I\expandafter\endcsname\csname\var@Ispace\endcsname
\fi
\fi
\expandafter\gdef\csname\var@Ispace\endcsname{#2}% no arguments
\xdef#1{\noexpand\protect\expandafter\noexpand\csname\var@Ispace\endcsname}
\fi
\endgroup%
}
\def\rumathbr@ReDeclareRobustCommandI#1#2%
{
\begingroup
\ifx#1\undefined
\else
\edef\var@orig@I{rumathbr@orig@\expandafter\@gobble\string#1}
\edef\var@Ispace{\expandafter\@gobble\string#1 }
\expandafter\ifx\csname\var@orig@I\endcsname\relax
\expandafter\ifx\csname\var@Ispace\endcsname\relax
\global\expandafter\let\csname\var@orig@I\endcsname#1
\else
\global\expandafter\let\csname\var@orig@I\expandafter\endcsname\csname\var@Ispace\endcsname
\fi
\fi
\expandafter\gdef\csname\var@Ispace\endcsname##1{#2}% one argument
\xdef#1{\noexpand\protect\expandafter\noexpand\csname\var@Ispace\endcsname}
\fi
\endgroup%
}
\def\rumathbr@setbrokens%
{
\rumathbr@ReDeclareRobustCommandI{\brokenbin}{\rumathbr@brokenbin{##1}}
\rumathbr@ReDeclareRobustCommandI{\brokenrel}{\rumathbr@brokenrel{##1}}
\rumathbr@ReDeclareRobustCommandI{\brokeninner}{\rumathbr@brokeninner{##1}}%
}
\def\rumathbr@unsetbrokens%
{
\def\brokenbin##1{##1}
\def\brokenrel##1{##1}
\def\brokeninner##1{##1}%
}
\def\rumathbr@brokenbin#1%
{
\relax
\def\rumathbr@arg{#1}
\def\rumathbr@this{\rumathbr@brokenbin}
\def\rumathbr@output{\rumathbr@@brokenbin}
\futurelet\rumathbr@let@token\rumathbr@brokenop%
}
\def\rumathbr@brokenrel#1%
{
\relax
\def\rumathbr@arg{#1}
\def\rumathbr@this{\rumathbr@brokenrel}
\def\rumathbr@output{\rumathbr@@brokenrel}
\futurelet\rumathbr@let@token\rumathbr@brokenop%
}
\def\rumathbr@brokeninner#1%
{
\relax
\def\rumathbr@arg{#1}
\def\rumathbr@this{\rumathbr@brokeninner}
\def\rumathbr@output{\rumathbr@@brokeninner}
\futurelet\rumathbr@let@token\rumathbr@brokenop%
}
\def\rumathbr@@brokenbin#1%
{
\ifnum\lastpenalty=\relpenalty
\mathbin{#1}
\else
\mathbin{#1}\rumathbr@selector{#1}
\fi
\rumathbr@setbrokens
\penalty\binoppenalty %
}
\def\rumathbr@@brokenrel#1%
{
\ifnum\lastpenalty=\relpenalty
\mathrel{#1}
\else
\mathrel{#1}\rumathbr@selector{#1}
\fi
\rumathbr@setbrokens
\penalty\relpenalty %
}
\def\rumathbr@@brokeninner#1%
{
\ifnum\lastpenalty=\relpenalty
\mathinner{#1}
\else
\mathinner{#1}\rumathbr@selector{#1}
\fi
\rumathbr@setbrokens
\penalty\relpenalty %
}
\def\rumathbr@selector#1%
{
\mathchoice
{\discretionary{}{\hbox{$\m@th\displaystyle#1$}}{}}
{\discretionary{}{\hbox{$\m@th\textstyle#1$}}{}}
{\discretionary{}{\hbox{$\m@th\scriptstyle#1$}}{}}
{\discretionary{}{\hbox{$\m@th\scriptscriptstyle#1$}}{}}%
}
\def\rumathbr@brokenop%
{
\ifmmode
\rumathbr@unsetbrokens
\ifx_\rumathbr@let@token
\let\@command=\rumathbr@brokenglue
\else\ifx^\rumathbr@let@token
\let\@command=\rumathbr@brokenglue
\else\ifx\relax\rumathbr@let@token
\let\@command=\rumathbr@brokenskiprelax
\else
\let\@command=\rumathbr@output
\fi\fi\fi
\else
\let\@command=\relax
\fi
\expandafter\@command{\rumathbr@arg}%
}
\def\rumathbr@brokenglue#1#2#3%
{
\edef\rumathbr@temp{#1#2{#3}}
\expandafter\rumathbr@this{\rumathbr@temp}%
}
\def\rumathbr@brokenskiprelax#1#2%
{
\edef\rumathbr@temp{#1#2}
\expandafter\rumathbr@this{\rumathbr@temp}%
}
\def\rumathbr@setbreakable#1#2%
{
\begingroup
\ifx#1\undefined
\else
\edef\rumathbr@orig{rumathbr@orig@\expandafter\@gobble\string#1}
\expandafter\ifx\csname\rumathbr@orig\endcsname\relax
\expandafter\rumathbr@ReDeclareRobustCommand\expandafter#1\expandafter{\expandafter#2\expandafter{\csname\rumathbr@orig\endcsname}}
\fi
\fi
\endgroup%
}
\def\rumathbr@nobrafter#1%
{
\begingroup
\ifx#1\undefined
\else
\edef\rumathbr@orig{rumathbr@orig@\expandafter\@gobble\string#1}
\expandafter\ifx\csname\rumathbr@orig\endcsname\relax
\expandafter\rumathbr@ReDeclareRobustCommand\expandafter#1\expandafter{\csname\rumathbr@orig\endcsname\nobr}
\fi
\fi
\endgroup%
}
% REDECLARATION OF MATH SIGNS
% redeclare \not
\rumathbr@ReDeclareRobustCommandI{\not}%
{
\begingroup
\edef\rumathbr@orig{rumathbr@orig@\expandafter\@gobble\string#1}
\expandafter\ifx\csname\rumathbr@orig\endcsname\relax
\brokenrel{\rumathbr@orig@not#1}
\else
\expandafter\brokenrel\expandafter{\expandafter\rumathbr@orig@not\csname\rumathbr@orig\endcsname}
\fi
\endgroup%
}
% Open brackets
\rumathbr@ReDeclareRobustCommandI{\bigl}{\mathopen\big#1\nobr}
\rumathbr@ReDeclareRobustCommandI{\Bigl}{\mathopen\Big#1\nobr}
\rumathbr@ReDeclareRobustCommandI{\biggl}{\mathopen\bigg#1\nobr}
\rumathbr@ReDeclareRobustCommandI{\Biggl}{\mathopen\Bigg#1\nobr}
\SetOpenBracket{\lmoustache}
\SetOpenBracket{\langle}
\SetOpenBracket{\lbrace}
\SetOpenBracket{\lceil}
\SetOpenBracket{\lfloor}
\SetOpenBracket{\lgroup}
\SetOpenBracket{\lvert}
\SetOpenBracket{\lVert}
\SetOpenBracket{\ulcorner}
\SetOpenBracket{\llcorner}
\SetOpenBracket{\Lbrack}
% Punctuations
\SetPunctuation{\ldotp}
\SetPunctuation{\cdotp}
\SetPunctuation{\colon}
\SetPunctuation{\period}
% Inners - uncomment if you like to make it breakable
%\SetBreakableInner{\ldots}
%\SetBreakableInner{\cdots}
% Binary Operations
\SetBreakableBin{\triangleleft}
\SetBreakableBin{\triangleright}
\SetBreakableBin{\bigtriangleup}
\SetBreakableBin{\bigtriangledown}
\SetBreakableBin{\wedge} \let\land=\wedge
\SetBreakableBin{\vee} \let\lor=\vee
\SetBreakableBin{\cap}
\SetBreakableBin{\cup}
\SetBreakableBin{\ddagger}
\SetBreakableBin{\dagger}
\SetBreakableBin{\sqcap}
\SetBreakableBin{\sqcup}
\SetBreakableBin{\uplus}
\SetBreakableBin{\amalg}
\SetBreakableBin{\diamond}
\SetBreakableBin{\bullet}
\SetBreakableBin{\wr}
\SetBreakableBin{\div}
\SetBreakableBin{\odot}
\SetBreakableBin{\oslash}
\SetBreakableBin{\otimes}
\SetBreakableBin{\ominus}
\SetBreakableBin{\oplus}
\SetBreakableBin{\mp}
\SetBreakableBin{\pm}
\SetBreakableBin{\circ}
\SetBreakableBin{\bigcirc}
\SetBreakableBin{\setminus}
\SetBreakableBin{\ast}
\SetBreakableBin{\star}
\SetBreakableBin{\times}
%\SetBreakableBin{\cdot} % TODO (if possible - it should be changed to \times on hyphenation)
\def\*{\discretionary{\thinspace\the\textfont2\char2}
{\the\textfont2\char2\thinspace}{}}
% Relations
\SetBreakableRel{\propto}
\SetBreakableRel{\sqsubseteq}
\SetBreakableRel{\sqsupseteq}
\SetBreakableRel{\parallel}
\SetBreakableRel{\mid}
\SetBreakableRel{\dashv}
\SetBreakableRel{\vdash}
\SetBreakableRel{\leq} \let\le=\leq
\SetBreakableRel{\geq} \let\ge=\geq
\SetBreakableRel{\succ}
\SetBreakableRel{\prec}
\SetBreakableRel{\approx}
\SetBreakableRel{\succeq}
\SetBreakableRel{\preceq}
\SetBreakableRel{\supset}
\SetBreakableRel{\subset}
\SetBreakableRel{\supseteq}
\SetBreakableRel{\subseteq}
\SetBreakableRel{\in}
\SetBreakableRel{\ni} \let\owns=\ni
\SetBreakableRel{\gg}
\SetBreakableRel{\ll}
\SetBreakableRel{\sim}
\SetBreakableRel{\simeq}
\SetBreakableRel{\perp}
\SetBreakableRel{\equiv}
\SetBreakableRel{\asymp}
\SetBreakableRel{\smile}
\SetBreakableRel{\frown}
\SetBreakableRel{\models}
\SetBreakableRel{\cong}
\SetBreakableRel{\notin}
\SetBreakableRel{\doteq}
\SetBreakableRel{\bowtie}
\SetBreakableRel{\neq} % Works well without \SetBreakableRel
\SetBreakableRel{\ne} % Works well without \SetBreakableRel
% Arrows
\SetBreakableRel{\nearrow}
\SetBreakableRel{\searrow}
\SetBreakableRel{\nwarrow}
\SetBreakableRel{\swarrow}
\SetBreakableRel{\Leftrightarrow}
\SetBreakableRel{\Leftarrow}
\SetBreakableRel{\Rightarrow}
\SetBreakableRel{\leftrightarrow}
\SetBreakableRel{\leftarrow} \let\gets=\leftarrow
\SetBreakableRel{\rightarrow} \let\to=\rightarrow
\SetBreakableRel{\leftharpoonup}
\SetBreakableRel{\leftharpoondown}
\SetBreakableRel{\rightharpoonup}
\SetBreakableRel{\rightharpoondown}
\SetBreakableRel{\longleftarrow}
\SetBreakableRel{\Longleftarrow}
\SetBreakableRel{\longrightarrow}
\SetBreakableRel{\Longrightarrow}
\SetBreakableRel{\longleftrightarrow}
\SetBreakableRel{\Longleftrightarrow}
%\mapstochar - unlikely used as relation symbol by itself (without \joinrel to smth.)
\SetBreakableRel{\mapsto}
\SetBreakableRel{\longmapsto}
%\lhook - unlikely used as relation symbol by itself (without \joinrel to smth.)
%\rhook - unlikely used as relation symbol by itself (without \joinrel to smth.)
\SetBreakableRel{\hookleftarrow}
\SetBreakableRel{\hookrightarrow}
\SetBreakableRel{\rightleftharpoons}
%From latexsym
\SetBreakableBin{\lhd}
\SetBreakableBin{\unlhd}
\SetBreakableBin{\rhd}
\SetBreakableBin{\unrhd}
\SetBreakableRel{\Join}
\SetBreakableRel{\leadsto}
\SetBreakableRel{\sqsubset}
\SetBreakableRel{\sqsupset}
\@ifpackageloaded{amsfonts}% amsfonts
{
\SetBreakableRel{\dashrightarrow} \global\let\dasharrow\dashrightarrow
\SetBreakableRel{\dashleftarrow}
\SetBreakableRel{\vartriangleright}
\SetBreakableRel{\vartriangleleft}
\SetBreakableRel{\trianglerighteq}
\SetBreakableRel{\trianglelefteq}
\SetBreakableRel{\rightsquigarrow} \global\let\leadsto\rightsquigarrow
}{}
\@ifpackageloaded{amssymb}% amssymb
{
\SetBreakableBin{\boxdot}
\SetBreakableBin{\boxplus}
\SetBreakableBin{\boxtimes}
\SetBreakableBin{\centerdot}
\SetBreakableBin{\boxminus}
\SetBreakableBin{\veebar}
\SetBreakableBin{\barwedge}
\SetBreakableBin{\doublebarwedge}
\SetBreakableBin{\Cup} \global\let\doublecup\Cup
\SetBreakableBin{\Cap} \global\let\doublecap\Cap
\SetBreakableBin{\curlywedge}
\SetBreakableBin{\curlyvee}
\SetBreakableBin{\leftthreetimes}
\SetBreakableBin{\rightthreetimes}
\SetBreakableBin{\dotplus}
\SetBreakableBin{\intercal}
\SetBreakableBin{\circledcirc}
\SetBreakableBin{\circledast}
\SetBreakableBin{\circleddash}
\SetBreakableBin{\divideontimes}
\SetBreakableBin{\lessdot}
\SetBreakableBin{\gtrdot}
\SetBreakableBin{\ltimes}
\SetBreakableBin{\rtimes}
\SetBreakableBin{\smallsetminus}
\SetBreakableRel{\circlearrowright}
\SetBreakableRel{\circlearrowleft}
\SetBreakableRel{\leftrightharpoons}
\SetBreakableRel{\Vdash}
\SetBreakableRel{\Vvdash}
\SetBreakableRel{\vDash}
\SetBreakableRel{\twoheadrightarrow}
\SetBreakableRel{\twoheadleftarrow}
\SetBreakableRel{\leftleftarrows}
\SetBreakableRel{\rightrightarrows}
\SetBreakableRel{\upuparrows}
\SetBreakableRel{\downdownarrows}
\SetBreakableRel{\upharpoonright} \global\let\restriction\upharpoonright
\SetBreakableRel{\downharpoonright}
\SetBreakableRel{\upharpoonleft}
\SetBreakableRel{\downharpoonleft}
\SetBreakableRel{\rightarrowtail}
\SetBreakableRel{\leftarrowtail}
\SetBreakableRel{\leftrightarrows}
\SetBreakableRel{\rightleftarrows}
\SetBreakableRel{\Lsh}
\SetBreakableRel{\Rsh}
\SetBreakableRel{\rightsquigarrow}
\SetBreakableRel{\leftrightsquigarrow}
\SetBreakableRel{\looparrowleft}
\SetBreakableRel{\looparrowright}
\SetBreakableRel{\circeq}
\SetBreakableRel{\succsim}
\SetBreakableRel{\gtrsim}
\SetBreakableRel{\gtrapprox}
\SetBreakableRel{\multimap}
\SetBreakableRel{\therefore}
\SetBreakableRel{\because}
\SetBreakableRel{\doteqdot} \global\let\Doteq\doteqdot
\SetBreakableRel{\triangleq}
\SetBreakableRel{\precsim}
\SetBreakableRel{\lesssim}
\SetBreakableRel{\lessapprox}
\SetBreakableRel{\eqslantless}
\SetBreakableRel{\eqslantgtr}
\SetBreakableRel{\curlyeqprec}
\SetBreakableRel{\curlyeqsucc}
\SetBreakableRel{\preccurlyeq}
\SetBreakableRel{\leqq}
\SetBreakableRel{\leqslant}
\SetBreakableRel{\lessgtr}
\SetBreakableRel{\risingdotseq}
\SetBreakableRel{\fallingdotseq}
\SetBreakableRel{\succcurlyeq}
\SetBreakableRel{\geqq}
\SetBreakableRel{\geqslant}
\SetBreakableRel{\gtrless}
\SetBreakableRel{\vartriangleright}
\SetBreakableRel{\vartriangleleft}
\SetBreakableRel{\trianglerighteq}
\SetBreakableRel{\trianglelefteq}
\SetBreakableRel{\between}
\SetBreakableRel{\blacktriangleright}
\SetBreakableRel{\blacktriangleleft}
\SetBreakableRel{\vartriangle}
\SetBreakableRel{\eqcirc}
\SetBreakableRel{\lesseqgtr}
\SetBreakableRel{\gtreqless}
\SetBreakableRel{\lesseqqgtr}
\SetBreakableRel{\gtreqqless}
\SetBreakableRel{\Rrightarrow}
\SetBreakableRel{\Lleftarrow}
\SetBreakableRel{\varpropto}
\SetBreakableRel{\smallsmile}
\SetBreakableRel{\smallfrown}
\SetBreakableRel{\Subset}
\SetBreakableRel{\Supset}
\SetBreakableRel{\subseteqq}
\SetBreakableRel{\supseteqq}
\SetBreakableRel{\bumpeq}
\SetBreakableRel{\Bumpeq}
\SetBreakableRel{\lll} \global\let\llless\lll
\SetBreakableRel{\ggg} \global\let\gggtr\ggg
\SetBreakableRel{\pitchfork}
\SetBreakableRel{\backsim}
\SetBreakableRel{\backsimeq}
\SetBreakableRel{\lvertneqq}
\SetBreakableRel{\gvertneqq}
\SetBreakableRel{\nleq}
\SetBreakableRel{\ngeq}
\SetBreakableRel{\nless}
\SetBreakableRel{\ngtr}
\SetBreakableRel{\nprec}
\SetBreakableRel{\nsucc}
\SetBreakableRel{\lneqq}
\SetBreakableRel{\gneqq}
\SetBreakableRel{\nleqslant}
\SetBreakableRel{\ngeqslant}
\SetBreakableRel{\lneq}
\SetBreakableRel{\gneq}
\SetBreakableRel{\npreceq}
\SetBreakableRel{\nsucceq}
\SetBreakableRel{\precnsim}
\SetBreakableRel{\succnsim}
\SetBreakableRel{\lnsim}
\SetBreakableRel{\gnsim}
\SetBreakableRel{\nleqq}
\SetBreakableRel{\ngeqq}
\SetBreakableRel{\precneqq}
\SetBreakableRel{\succneqq}
\SetBreakableRel{\precnapprox}
\SetBreakableRel{\succnapprox}
\SetBreakableRel{\lnapprox}
\SetBreakableRel{\gnapprox}
\SetBreakableRel{\nsim}
\SetBreakableRel{\ncong}
\SetBreakableRel{\varsubsetneq}
\SetBreakableRel{\varsupsetneq}
\SetBreakableRel{\nsubseteqq}
\SetBreakableRel{\nsupseteqq}
\SetBreakableRel{\subsetneqq}
\SetBreakableRel{\supsetneqq}
\SetBreakableRel{\varsubsetneqq}
\SetBreakableRel{\varsupsetneqq}
\SetBreakableRel{\subsetneq}
\SetBreakableRel{\supsetneq}
\SetBreakableRel{\nsubseteq}
\SetBreakableRel{\nsupseteq}
\SetBreakableRel{\nparallel}
\SetBreakableRel{\nmid}
\SetBreakableRel{\nshortmid}
\SetBreakableRel{\nshortparallel}
\SetBreakableRel{\nvdash}
\SetBreakableRel{\nVdash}
\SetBreakableRel{\nvDash}
\SetBreakableRel{\nVDash}
\SetBreakableRel{\ntrianglerighteq}
\SetBreakableRel{\ntrianglelefteq}
\SetBreakableRel{\ntriangleleft}
\SetBreakableRel{\ntriangleright}
\SetBreakableRel{\nleftarrow}
\SetBreakableRel{\nrightarrow}
\SetBreakableRel{\nLeftarrow}
\SetBreakableRel{\nRightarrow}
\SetBreakableRel{\nLeftrightarrow}
\SetBreakableRel{\nleftrightarrow}
\SetBreakableRel{\eqsim}
\SetBreakableRel{\shortmid}
\SetBreakableRel{\shortparallel}
\SetBreakableRel{\thicksim}
\SetBreakableRel{\thickapprox}
\SetBreakableRel{\approxeq}
\SetBreakableRel{\succapprox}
\SetBreakableRel{\precapprox}
\SetBreakableRel{\curvearrowleft}
\SetBreakableRel{\curvearrowright}
\SetBreakableRel{\backepsilon}
}{}
\@ifpackageloaded{amstex}% amstex
{
\SetBreakableRel{\vartriangleright} \global\let\rhd\vartriangleright
\SetBreakableRel{\vartriangleleft} \global\let\lhd\vartriangleleft
\SetBreakableRel{\trianglerighteq} \global\let\unrhd\trianglerighteq
\SetBreakableRel{\trianglelefteq} \global\let\unlhd\trianglelefteq
\SetBreakableRel{\rightsquigarrow} \global\let\leadsto\rightsquigarrow
}{}
\@ifpackageloaded{boisik}% boisik
{
\SetOpenBracket{\binampersand}
\SetBreakableRel{\upharpoonright}
\SetBreakableRel{\downharpoonright}
\SetBreakableRel{\upharpoonleft}
\SetBreakableRel{\downharpoonleft}
\SetBreakableRel{\leftrightarrows}
\SetBreakableRel{\rightleftarrows}
\SetBreakableRel{\leftrightharpoons}
\SetBreakableRel{\leftleftarrows}
\SetBreakableRel{\rightrightarrows}
\SetBreakableRel{\upuparrows}
\SetBreakableRel{\downdownarrows}
\SetBreakableRel{\twoheadrightarrow}
\SetBreakableRel{\twoheadleftarrow}
\SetBreakableRel{\rightarrowtail}
\SetBreakableRel{\leftarrowtail}
\SetBreakableRel{\rightsquigarrow}
\SetBreakableRel{\leftrightsquigarrow}
\SetBreakableRel{\Lsh}
\SetBreakableRel{\Rsh}
\SetBreakableRel{\looparrowleft}
\SetBreakableRel{\looparrowright}
\SetBreakableRel{\circlearrowright}
\SetBreakableRel{\circlearrowleft}
\SetBreakableRel{\curvearrowleft}
\SetBreakableRel{\curvearrowright}
\SetBreakableRel{\nleftarrow}
\SetBreakableRel{\nrightarrow}
\SetBreakableRel{\nleftrightarrow}
\SetBreakableRel{\nLeftarrow}
\SetBreakableRel{\nRightarrow}
\SetBreakableRel{\nLeftrightarrow}
\SetBreakableRel{\Lleftarrow}
\SetBreakableRel{\Rrightarrow}
\SetBreakableRel{\nLeftrightarroW}
% \SetBreakableRel{\lhook}
% \SetBreakableRel{\rhook}
\SetBreakableRel{\multimap}
\SetBreakableRel{\multimapdot}
\SetBreakableRel{\therefore}
\SetBreakableRel{\because}
\SetBreakableRel{\between}
\SetBreakableRel{\Vdash}
\SetBreakableRel{\Vvdash}
\SetBreakableRel{\VDash}
\SetBreakableRel{\vDash}
\SetBreakableRel{\smallsmile}
\SetBreakableRel{\smallfrown}
\SetBreakableRel{\shortmid}
\SetBreakableRel{\shortparallel}
\SetBreakableRel{\thickapprox}
\SetBreakableBin{\divideontimes}
\SetBreakableBin{\lessdot}
\SetBreakableBin{\gtrdot}
\SetBreakableRel{\bumpeq}
\SetBreakableRel{\Bumpeq}
\SetBreakableRel{\leqslant}
\SetBreakableRel{\geqslant}
\SetBreakableRel{\eqslantless}
\SetBreakableRel{\eqslantgtr}
\SetBreakableRel{\curlyeqprec}
\SetBreakableRel{\curlyeqsucc}
\SetBreakableRel{\preccurlyeq}
\SetBreakableRel{\succcurlyeq}
\SetBreakableRel{\thicksim}
\SetBreakableRel{\backsim}
\SetBreakableRel{\eqsim}
\SetBreakableRel{\backsimeq}
\SetBreakableBin{\ltimes}
\SetBreakableBin{\rtimes}
\SetBreakableRel{\lll} \global\let\llless\lll
\SetBreakableRel{\ggg} \global\let\gggtr\ggg
\SetBreakableRel{\triangleq}
\SetBreakableRel{\circeq}
\SetBreakableRel{\eqcirc}
\SetBreakableRel{\doteqdot} \global\let\Doteq\doteqdot
\SetBreakableRel{\risingdotseq}
\SetBreakableRel{\fallingdotseq}
\SetBreakableRel{\varpropto}
\SetBreakableRel{\vartriangleright}
\SetBreakableRel{\vartriangleleft}
\SetBreakableRel{\trianglerighteq}
\SetBreakableRel{\trianglelefteq}
\SetBreakableRel{\blacktriangleright}
\SetBreakableRel{\blacktriangleleft}
\SetBreakableRel{\vartriangle}
\SetBreakableBin{\centerdot}
\SetBreakableBin{\boxplus}
\SetBreakableBin{\boxminus}
\SetBreakableBin{\boxtimes}
\SetBreakableBin{\boxdot}
\SetBreakableBin{\circledcirc}
\SetBreakableBin{\circledast}
\SetBreakableBin{\circleddash}
\SetBreakableBin{\intercal}
\SetBreakableRel{\prurel}
\SetBreakableRel{\scurel}
\SetBreakableRel{\disin}
\SetBreakableRel{\nisd}
\SetBreakableRel{\fatslash}
\SetBreakableRel{\fatbslash}
\SetBreakableRel{\nequiv}
\SetBreakableRel{\bagmember}
\SetBreakableRel{\lvertneqq}
\SetBreakableRel{\gvertneqq}
\SetBreakableRel{\nleq}
\SetBreakableRel{\ngeq}
\SetBreakableRel{\nless}
\SetBreakableRel{\ngtr}
\SetBreakableRel{\nprec}
\SetBreakableRel{\nsucc}
\SetBreakableRel{\lneqq}
\SetBreakableRel{\gneqq}
\SetBreakableRel{\nleqslant}
\SetBreakableRel{\ngeqslant}
\SetBreakableRel{\lneq}
\SetBreakableRel{\gneq}
\SetBreakableRel{\npreceq}
\SetBreakableRel{\nsucceq}
\SetBreakableRel{\nleqq}
\SetBreakableRel{\ngeqq}
\SetBreakableRel{\lnsim}
\SetBreakableRel{\gnsim}
\SetBreakableRel{\precnsim}
\SetBreakableRel{\succnsim}
\SetBreakableRel{\precneqq}
\SetBreakableRel{\succneqq}
\SetBreakableRel{\nsim}
\SetBreakableRel{\ncong}
\SetBreakableRel{\lnapprox}
\SetBreakableRel{\gnapprox}
\SetBreakableRel{\precnapprox}
\SetBreakableRel{\succnapprox}
\SetBreakableRel{\nsubset}
\SetBreakableRel{\nsupset}
\SetBreakableRel{\varsubsetneq}
\SetBreakableRel{\varsupsetneq}
\SetBreakableRel{\nsubseteqq}
\SetBreakableRel{\nsupseteqq}
\SetBreakableRel{\subsetneqq}
\SetBreakableRel{\supsetneqq}
\SetBreakableRel{\varsubsetneqq}
\SetBreakableRel{\varsupsetneqq}
\SetBreakableRel{\subsetneq}
\SetBreakableRel{\supsetneq}
\SetBreakableRel{\nsubseteq}
\SetBreakableRel{\nsupseteq}
\SetBreakableRel{\nparallel}
\SetBreakableRel{\nmid}
\SetBreakableRel{\nshortmid}
\SetBreakableRel{\nshortparallel}
\SetBreakableRel{\nvdash}
\SetBreakableRel{\nVdash}
\SetBreakableRel{\nvDash}
\SetBreakableRel{\nVDash}
\SetBreakableRel{\ntrianglerighteq}
\SetBreakableRel{\ntrianglelefteq}
\SetBreakableRel{\ntriangleleft}
\SetBreakableRel{\ntriangleright}
\SetBreakableRel{\precapprox}
\SetBreakableRel{\succapprox}
\SetBreakableRel{\precsim}
\SetBreakableRel{\succsim}
\SetBreakableRel{\lesssim}
\SetBreakableRel{\gtrsim}
\SetBreakableRel{\lessapprox}
\SetBreakableRel{\gtrapprox}
\SetBreakableRel{\leqq}
\SetBreakableRel{\geqq}
\SetBreakableRel{\lessgtr}
\SetBreakableRel{\gtrless}
\SetBreakableRel{\lesseqgtr}
\SetBreakableRel{\gtreqless}
\SetBreakableRel{\lesseqqgtr}
\SetBreakableRel{\gtreqqless}
\SetBreakableRel{\Subset}
\SetBreakableRel{\Supset}
\SetBreakableBin{\Cup} \global\let\doublecup\Cup
\SetBreakableBin{\Cap} \global\let\doublecap\Cap
\SetBreakableRel{\subseteqq}
\SetBreakableRel{\supseteqq}
\SetBreakableBin{\curlywedge}
\SetBreakableBin{\curlyvee}
\SetBreakableBin{\veebar}
\SetBreakableBin{\barwedge}
\SetBreakableBin{\doublebarwedge}
\SetBreakableBin{\leftthreetimes}
\SetBreakableBin{\rightthreetimes}
\SetBreakableBin{\smallsetminus}
\SetBreakableRel{\approxeq}
\SetBreakableBin{\dotplus}
\SetBreakableRel{\pitchfork}
\SetBreakableBin{\oblong}
\SetBreakableBin{\talloblong}
\SetBreakableBin{\sslash}
\SetBreakableBin{\bbslash}
\SetBreakableRel{\hash}
\SetBreakableRel{\varhash}
\SetBreakableBin{\convolution}
\SetBreakableBin{\coAsterisk}
\SetBreakableRel{\veeeq}
\SetBreakableRel{\corresponds}
\SetBreakableRel{\arceq}
\SetBreakableRel{\CircledEq}
\SetBreakableRel{\eqbumped}
\SetBreakableRel{\dotminus}
\SetBreakableRel{\kernelcontraction}
\SetBreakableRel{\dotsim}
\SetBreakableRel{\simrdots}
\SetBreakableBin{\circplus}
\SetBreakableBin{\dottimes}
\SetBreakableBin{\vartimes}
\SetBreakableBin{\merge}
\SetBreakableBin{\veeonvee}
\SetBreakableBin{\obslash}
\SetBreakableBin{\otop}
\SetBreakableBin{\obot}
\SetBreakableBin{\oleft}
\SetBreakableBin{\oright}
\SetBreakableBin{\obar}
\SetBreakableBin{\otriangle}
\SetBreakableBin{\olessthan}
\SetBreakableBin{\ogreaterthan}
\SetBreakableBin{\ovee}
\SetBreakableBin{\owedge}
\SetBreakableBin{\boxbslash}
\SetBreakableBin{\boxtop}
\SetBreakableBin{\boxbot}
\SetBreakableBin{\boxleft}
\SetBreakableBin{\boxright}
\SetBreakableBin{\boxbar}
\SetBreakableBin{\boxslash}
\SetBreakableBin{\boxtriangle}
\SetBreakableBin{\boxast}
\SetBreakableBin{\boxcircle}
\SetBreakableBin{\boxdivision}
\SetBreakableBin{\boxbox}
\SetBreakableBin{\diamondop}
\SetBreakableBin{\diamondminus}
\SetBreakableBin{\diamondbar}
\SetBreakableBin{\diamondtimes}
\SetBreakableBin{\diamondplus}
\SetBreakableBin{\diamondtriangle}
\SetBreakableBin{\diamondcircle}
\SetBreakableBin{\cupleftarrow}
\SetBreakableBin{\varcup}
\SetBreakableBin{\varcap}
\SetBreakableBin{\varsqcup}
\SetBreakableBin{\varsqcap}
\SetBreakableRel{\sqSubset}
\SetBreakableRel{\sqSupset}
\SetBreakableRel{\inplus}
\SetBreakableRel{\niplus}
\SetBreakableRel{\varisins}
\SetBreakableRel{\varnis}
\SetBreakableRel{\subsetplus}
\SetBreakableRel{\supsetplus}
\SetBreakableRel{\subsetpluseq}
\SetBreakableRel{\supsetpluseq}
\SetBreakableBin{\nplus}
\SetBreakableBin{\squplus}
\SetBreakableRel{\multimapboth}
\SetBreakableRel{\multimapdotboth}
\SetBreakableRel{\multimapdotbothB}
\SetBreakableRel{\multimapdotbothA}
\SetBreakableRel{\multimapinv}
\SetBreakableRel{\multimapdotinv}
\SetBreakableRel{\multimapbothvert}
\SetBreakableRel{\multimapdotbothvert}
\SetBreakableRel{\multimapdotbothBvert}
\SetBreakableRel{\multimapdotbothAvert}
\SetBreakableRel{\dfourier}
\SetBreakableRel{\Dfourier}
\SetBreakableRel{\ztransf}
\SetBreakableRel{\Ztransf}
\SetBreakableRel{\Lt}
\SetBreakableRel{\Gt}
\SetBreakableBin{\leftslice}
\SetBreakableBin{\rightslice}
\SetBreakableRel{\trianglelefteqslant}
\SetBreakableRel{\trianglerighteqslant}
\SetBreakableBin{\Ydown}
\SetBreakableBin{\Yup}
\SetBreakableBin{\Yleft}
\SetBreakableBin{\Yright}
\SetBreakableRel{\dashVv}
\SetBreakableRel{\DashV}
\SetBreakableRel{\DashV}
\SetBreakableRel{\dashV}
\SetBreakableBin{\lbag}
\SetBreakableBin{\rbag}
\SetBreakableRel{\Perp}
\SetBreakableBin{\moo}
\SetBreakableBin{\baro}
\SetBreakableBin{\pluscirc}
\SetBreakableBin{\minuso}
\SetBreakableRel{\llcurly}
\SetBreakableRel{\ggcurly}
\SetBreakableRel{\strictfi}
\SetBreakableRel{\strictif}
\SetBreakableRel{\ac}
\SetBreakableBin{\varintercal}
\SetBreakableRel{\equalparallel}
\SetBreakableBin{\plustrif}
\SetBreakableBin{\smashtimes}
\SetBreakableRel{\ltcir}
\SetBreakableRel{\gtcir}
\SetBreakableRel{\glj}
\SetBreakableBin{\Vee}
\SetBreakableBin{\Wedge}
\SetBreakableBin{\fatsemi}
\SetBreakableRel{\forkv}
\SetBreakableRel{\topfork}
\SetBreakableRel{\twoheaduparrow}
\SetBreakableRel{\twoheaddownarrow}
\SetBreakableRel{\mapsfrom}
\SetBreakableRel{\mapsup}
\SetBreakableRel{\mapsdown}
\SetBreakableRel{\nVleftarrow}
\SetBreakableRel{\nVrightarrow}
\SetBreakableRel{\rightarrowcircle}
\SetBreakableRel{\nwarrowcorner}
\SetBreakableRel{\nearrowcorner}
\SetBreakableRel{\barovernorthwestarrow}
\SetBreakableRel{\carriagereturn}
\SetBreakableRel{\linefeed}
\SetBreakableRel{\leftzigzagarrow}
\SetBreakableRel{\Nwarrow}
\SetBreakableRel{\Nearrow}
\SetBreakableRel{\Swarrow}
\SetBreakableRel{\Searrow}
\SetBreakableRel{\nHuparrow}
\SetBreakableRel{\nHdownarrow}
\SetBreakableRel{\updownarrowbar}
\SetBreakableRel{\barleftarrow}
\SetBreakableRel{\rightarrowbar}
\SetBreakableRel{\leftsquigarrow}
\SetBreakableRel{\rightsquigarrow}
\SetBreakableRel{\leftrightsquigarrow}
\SetBreakableRel{\downzigzagarrow}
\SetBreakableRel{\rightthreearrows}
\SetBreakableRel{\barleftarrowrightarrowbar}
\SetBreakableRel{\leftdasharrow}
\SetBreakableRel{\rightdasharrow}
\SetBreakableRel{\updasharrow}
\SetBreakableRel{\downdasharrow}
\SetBreakableRel{\upwhitearrow}
\SetBreakableRel{\downwhitearrow}
\SetBreakableRel{\whitearrowupfrombar}
\SetBreakableRel{\whitearrowuppedestal}
\SetBreakableRel{\whitearrowuppedestalhbar}
\SetBreakableRel{\whitearrowuppedestalvbar}
\SetBreakableRel{\twoheadwhiteuparrow}
\SetBreakableRel{\twoheadwhiteuparrowpedestal}
\SetBreakableRel{\updownwhitearrow}
\SetBreakableRel{\leftblackarrow}
\SetBreakableRel{\rightblackarrow}
\SetBreakableRel{\upblackarrow}
\SetBreakableRel{\downblackarrow}
\SetBreakableRel{\leftrightblackarrow}
\SetBreakableRel{\updownblackarrow}
\SetBreakableRel{\curlyveeuparrow}
\SetBreakableRel{\curlyveedownarrow}
\SetBreakableRel{\curlywedgeuparrow}
\SetBreakableRel{\curlywedgedownarrow}
\SetBreakableRel{\Mapsfrom}
\SetBreakableRel{\Mapsto}
\SetBreakableRel{\leftwhitearrow}
\SetBreakableRel{\rightwhitearrow}
\SetBreakableRel{\leftwhiteroundarrow}
\SetBreakableRel{\rightwhiteroundarrow}
\SetBreakableRel{\righttoleftarrow}
\SetBreakableRel{\lefttorightarrow}
\SetBreakableRel{\looparrowdownleft}
\SetBreakableRel{\looparrowdownright}
\SetBreakableRel{\uptodownarrow}
\SetBreakableRel{\downtouparrow}
\SetBreakableRel{\nnearrow}
\SetBreakableRel{\ssearrow}
\SetBreakableRel{\nnwarrow}
\SetBreakableRel{\sswarrow}
\SetBreakableRel{\curvearrowleft}
\SetBreakableRel{\curvearrowright}
\SetBreakableRel{\curvearrowleftright}
\SetBreakableRel{\curvearrowbotleft}
\SetBreakableRel{\curvearrowbotright}
\SetBreakableRel{\curvearrowbotleftright}
\SetBreakableRel{\leftrightarroweq}
\SetBreakableRel{\eqleftrightarrow}
\SetBreakableRel{\dlsh}
\SetBreakableRel{\drsh}
\SetBreakableRel{\leftarrowTriangle}
\SetBreakableRel{\rightarrowTriangle}
\SetBreakableRel{\leftrightarrowTriangle}
\SetBreakableRel{\leftarrowtriangle}
\SetBreakableRel{\rightarrowtriangle}
\SetBreakableRel{\leftrightarrowtriangle}
}{}
\@ifpackageloaded{euler}% euler
{
\SetBreakableRel{\uparrow}
\SetBreakableRel{\downarrow}
\SetBreakableRel{\updownarrow}
\SetBreakableRel{\Uparrow}
\SetBreakableRel{\Downarrow}
\SetBreakableRel{\Updownarrow}
% \SetBreakableRel{\lhook}
% \SetBreakableRel{\rhook}
}{}
\@ifpackageloaded{fourier}% fourier
{
\SetOpenBracket{\llbracket}
\SetBreakableRel{\leqslant}
\SetBreakableRel{\geqslant}
\SetBreakableRel{\parallelslant}
\SetBreakableRel{\vDash}
\SetBreakableRel{\blacktriangleleft}
\SetBreakableRel{\blacktriangleright}
\SetBreakableRel{\nleqslant}
\SetBreakableRel{\ngeqslant}
\SetBreakableRel{\nparallel}
\SetBreakableRel{\nparallelslant}
\SetBreakableRel{\nvDash}
\SetBreakableBin{\intercal}
\SetBreakableRel{\varsubsetneq}
\SetBreakableRel{\notowns}
\SetBreakableBin{\smallsetminus}
\SetBreakableRel{\subsetneqq}
\SetBreakableRel{\rightrightarrows}
\SetBreakableRel{\leftleftarrows}
\SetBreakableRel{\curvearrowleft}
\SetBreakableRel{\curvearrowright}
\SetBreakableRel{\Downarrow}
}{}
% Lucida font (lucbmath,lucidabr,lucmin,lucmtime,luctime)
\def\do#1{}
\@ifpackageloaded{lucbmath}{ \gdef\do#1{#1} }{}
\@ifpackageloaded{lucidabr}{ \gdef\do#1{#1} }{}
\@ifpackageloaded{lucmin} { \gdef\do#1{#1} }{}
\@ifpackageloaded{lucmtime}{ \gdef\do#1{#1} }{}
\@ifpackageloaded{luctime} { \gdef\do#1{#1} }{}
\do{
% \SetBreakableRel{\relbar}
% \SetBreakableRel{\Relbar}
\SetBreakableRel{\leadsfrom}
\SetBreakableRel{\defineequal}
\SetBreakableRel{\notequiv}
\SetBreakableRel{\notapprox}
\SetBreakableRel{\notasymp}
\SetBreakableRel{\notsubset}
\SetBreakableRel{\notsupset}
\SetBreakableRel{\notsim}
\SetBreakableRel{\notsubseteq}
\SetBreakableRel{\notsupseteq}
\SetBreakableRel{\notsimeq}
\SetBreakableRel{\notsqsubseteq}
\SetBreakableRel{\notsqsupseteq}
\SetBreakableRel{\notcong}
\SetBreakableRel{\notni}
\SetBreakableBin{\boxdot}
\SetBreakableBin{\boxplus}
\SetBreakableBin{\boxtimes}
\SetBreakableBin{\centerdot}
\SetBreakableRel{\circlearrowright}
\SetBreakableRel{\circlearrowleft}
\SetBreakableRel{\leftrightharpoons}
\SetBreakableBin{\boxminus}
\SetBreakableRel{\Vdash}
\SetBreakableRel{\Vvdash}
\SetBreakableRel{\vDash}
\SetBreakableRel{\twoheadrightarrow}
\SetBreakableRel{\twoheadleftarrow}
\SetBreakableRel{\leftleftarrows}
\SetBreakableRel{\rightrightarrows}
\SetBreakableRel{\upuparrows}
\SetBreakableRel{\downdownarrows}
\SetBreakableRel{\upharpoonright}
\SetBreakableRel{\downharpoonright}
\SetBreakableRel{\upharpoonleft}
\SetBreakableRel{\downharpoonleft}
\SetBreakableRel{\rightarrowtail}
\SetBreakableRel{\leftarrowtail}
\SetBreakableRel{\leftrightarrows}
\SetBreakableRel{\rightleftarrows}
\SetBreakableRel{\Lsh}
\SetBreakableRel{\Rsh}
\SetBreakableRel{\rightsquigarrow}
\SetBreakableRel{\leftsquigarrow}
\SetBreakableRel{\leftrightsquigarrow}
\SetBreakableRel{\looparrowleft}
\SetBreakableRel{\looparrowright}
\SetBreakableRel{\circeq}
\SetBreakableRel{\succsim}
\SetBreakableRel{\gtrsim}
\SetBreakableRel{\gtrapprox}
\SetBreakableRel{\multimap}
\SetBreakableRel{\image}
\SetBreakableRel{\original}
\SetBreakableRel{\therefore}
\SetBreakableRel{\because}
\SetBreakableRel{\doteqdot}
\SetBreakableRel{\triangleq}
\SetBreakableRel{\precsim}
\SetBreakableRel{\lesssim}
\SetBreakableRel{\lessapprox}
\SetBreakableRel{\eqslantless}
\SetBreakableRel{\eqslantgtr}
\SetBreakableRel{\curlyeqprec}
\SetBreakableRel{\curlyeqsucc}
\SetBreakableRel{\preccurlyeq}
\SetBreakableRel{\leqq}
\SetBreakableRel{\leqslant}
\SetBreakableRel{\lessgtr}
\SetBreakableRel{\risingdotseq}
\SetBreakableRel{\fallingdotseq}
\SetBreakableRel{\succcurlyeq}
\SetBreakableRel{\geqq}
\SetBreakableRel{\geqslant}
\SetBreakableRel{\gtrless}
\SetBreakableRel{\vartriangleright}
\SetBreakableRel{\vartriangleleft}
\SetBreakableRel{\trianglerighteq}
\SetBreakableRel{\trianglelefteq}
\SetBreakableRel{\between}
\SetBreakableRel{\blacktriangleright}
\SetBreakableRel{\blacktriangleleft}
\SetBreakableRel{\vartriangle}
\SetBreakableRel{\eqcirc}
\SetBreakableRel{\lesseqgtr}
\SetBreakableRel{\gtreqless}
\SetBreakableRel{\lesseqqgtr}
\SetBreakableRel{\gtreqqless}
\SetBreakableRel{\Rrightarrow}
\SetBreakableRel{\Lleftarrow}
\SetBreakableBin{\veebar}
\SetBreakableBin{\barwedge}
\SetBreakableRel{\varpropto}
\SetBreakableRel{\smallsmile}
\SetBreakableRel{\smallfrown}
\SetBreakableRel{\Subset}
\SetBreakableRel{\Supset}
\SetBreakableBin{\Cup}
\SetBreakableBin{\Cap}
\SetBreakableBin{\curlywedge}
\SetBreakableBin{\curlyvee}
\SetBreakableBin{\leftthreetimes}
\SetBreakableBin{\rightthreetimes}
\SetBreakableRel{\subseteqq}
\SetBreakableRel{\supseteqq}
\SetBreakableRel{\bumpeq}
\SetBreakableRel{\Bumpeq}
\SetBreakableRel{\lll}
\SetBreakableRel{\ggg}
\SetBreakableRel{\pitchfork}
\SetBreakableBin{\dotplus}
\SetBreakableRel{\backsim}
\SetBreakableRel{\backsimeq}
\SetBreakableBin{\intercal}
\SetBreakableBin{\circledcirc}
\SetBreakableBin{\circledast}
\SetBreakableBin{\circleddash}
\SetBreakableRel{\lvertneqq}
\SetBreakableRel{\gvertneqq}
\SetBreakableRel{\nleq}
\SetBreakableRel{\ngeq}
\SetBreakableRel{\nless}
\SetBreakableRel{\ngtr}
\SetBreakableRel{\nprec}
\SetBreakableRel{\nsucc}
\SetBreakableRel{\lneqq}
\SetBreakableRel{\gneqq}
\SetBreakableRel{\nleqslant}
\SetBreakableRel{\ngeqslant}
\SetBreakableRel{\lneq}
\SetBreakableRel{\gneq}
\SetBreakableRel{\npreceq}
\SetBreakableRel{\nsucceq}
\SetBreakableRel{\precnsim}
\SetBreakableRel{\succnsim}
\SetBreakableRel{\lnsim}
\SetBreakableRel{\gnsim}
\SetBreakableRel{\nleqq}
\SetBreakableRel{\ngeqq}
\SetBreakableRel{\precneqq}
\SetBreakableRel{\succneqq}
\SetBreakableRel{\precnapprox}
\SetBreakableRel{\succnapprox}
\SetBreakableRel{\lnapprox}
\SetBreakableRel{\gnapprox}
\SetBreakableRel{\nsim}
\SetBreakableRel{\ncong}
\SetBreakableRel{\diagup}
\SetBreakableRel{\diagdown}
\SetBreakableRel{\varsubsetneq}
\SetBreakableRel{\varsupsetneq}
\SetBreakableRel{\nsubseteqq}
\SetBreakableRel{\nsupseteqq}
\SetBreakableRel{\subsetneqq}
\SetBreakableRel{\supsetneqq}
\SetBreakableRel{\varsubsetneqq}
\SetBreakableRel{\varsupsetneqq}
\SetBreakableRel{\subsetneq}
\SetBreakableRel{\supsetneq}
\SetBreakableRel{\nsubseteq}
\SetBreakableRel{\nsupseteq}
\SetBreakableRel{\nparallel}
\SetBreakableRel{\nmid}
\SetBreakableRel{\nshortmid}
\SetBreakableRel{\nshortparallel}
\SetBreakableRel{\nvdash}
\SetBreakableRel{\nVdash}
\SetBreakableRel{\nvDash}
\SetBreakableRel{\nVDash}
\SetBreakableRel{\ntrianglerighteq}
\SetBreakableRel{\ntrianglelefteq}
\SetBreakableRel{\ntriangleleft}
\SetBreakableRel{\ntriangleright}
\SetBreakableRel{\nleftarrow}
\SetBreakableRel{\nrightarrow}
\SetBreakableRel{\nLeftarrow}
\SetBreakableRel{\nRightarrow}
\SetBreakableRel{\nLeftrightarrow}
\SetBreakableRel{\nleftrightarrow}
\SetBreakableBin{\divideontimes}
\SetBreakableRel{\eqsim}
\SetBreakableRel{\lessdot}
\SetBreakableRel{\gtrdot}
\SetBreakableBin{\ltimes}
\SetBreakableBin{\rtimes}
\SetBreakableRel{\shortmid}
\SetBreakableRel{\shortparallel}
\SetBreakableBin{\smallsetminus}
\SetBreakableRel{\thicksim}
\SetBreakableRel{\thickapprox}
\SetBreakableRel{\approxeq}
\SetBreakableRel{\succapprox}
\SetBreakableRel{\precapprox}
\SetBreakableRel{\curvearrowleft}
\SetBreakableRel{\curvearrowright}
\SetBreakableRel{\backepsilon}
}
\@ifpackageloaded{mathbbol}% mathybbol
{
\SetOpenBracket{\Langle}
\SetOpenBracket{\Lparen}
}{}
\@ifpackageloaded{mdwmath}% mdwmath
{
\SetBreakableBin{\bitand}
\begingroup
\catcode`\&\active \xdef&{\noexpand\brokenbin{\mathchar\number\mathcode`\&}}
\endgroup
\AtBeginDocument{\mathcode`\&=32768 }
}{}
\@ifpackageloaded{sbbm}% sbbm
{
\SetOpenBracket{\Lparen}
}{}
\@ifpackageloaded{stmaryrd}% stmaryrd
{
\SetOpenBracket{\Lbag}
\SetOpenBracket{\llparenthesis}
\SetOpenBracket{\binampersand}
\SetOpenBracket{\llfloor}
\SetOpenBracket{\llceil}
\SetOpenBracket{\llbracket}
\SetBreakableRel{shortleftarrow}
\SetBreakableRel{shortrightarrow}
\SetBreakableRel{shortuparrow}
\SetBreakableRel{shortdownarrow}
\SetBreakableBin{Yup}
\SetBreakableBin{Ydown}
\SetBreakableBin{Yleft}
\SetBreakableBin{Yright}
\SetBreakableBin{varcurlyvee}
\SetBreakableBin{varcurlywedge}
\SetBreakableBin{minuso}
\SetBreakableBin{baro}
\SetBreakableBin{sslash}
\SetBreakableBin{bbslash}
\SetBreakableBin{moo}
\SetBreakableBin{varotimes}
\SetBreakableBin{varoast}
\SetBreakableBin{varobar}
\SetBreakableBin{varodot}
\SetBreakableBin{varoslash}
\SetBreakableBin{varobslash}
\SetBreakableBin{varocircle}
\SetBreakableBin{varoplus}
\SetBreakableBin{varominus}
\SetBreakableBin{boxast}
\SetBreakableBin{boxbar}
\SetBreakableBin{boxdot}
\SetBreakableBin{boxslash}
\SetBreakableBin{boxbslash}
\SetBreakableBin{boxcircle}
\SetBreakableBin{boxbox}
\SetBreakableBin{boxempty}
\SetBreakableBin{merge}
\SetBreakableBin{vartimes}
\SetBreakableBin{fatsemi}
\SetBreakableRel{sswarrow}
\SetBreakableRel{ssearrow}
\SetBreakableRel{curlywedgeuparrow}
\SetBreakableRel{curlywedgedownarrow}
\SetBreakableBin{fatslash}
\SetBreakableBin{fatbslash}
\SetBreakableBin{lbag}
\SetBreakableBin{rbag}
\SetBreakableBin{varbigcirc}
\SetBreakableRel{leftrightarroweq}
\SetBreakableRel{curlyveedownarrow}
\SetBreakableRel{curlyveeuparrow}
\SetBreakableRel{nnwarrow}
\SetBreakableRel{nnearrow}
\SetBreakableBin{leftslice}
\SetBreakableBin{rightslice}
\SetBreakableBin{varolessthan}
\SetBreakableBin{varogreaterthan}
\SetBreakableBin{varovee}
\SetBreakableBin{varowedge}
\SetBreakableBin{talloblong}
\SetBreakableBin{interleave}
\SetBreakableBin{obar}
\SetBreakableBin{obslash}
\SetBreakableBin{olessthan}
\SetBreakableBin{ogreaterthan}
\SetBreakableBin{ovee}
\SetBreakableBin{owedge}
\SetBreakableBin{oblong}
\SetBreakableRel{inplus}
\SetBreakableRel{niplus}
\SetBreakableBin{nplus}
\SetBreakableRel{subsetplus}
\SetBreakableRel{supsetplus}
\SetBreakableRel{subsetpluseq}
\SetBreakableRel{supsetpluseq}
\SetBreakableRel{trianglelefteqslant}
\SetBreakableRel{trianglerighteqslant}
\SetBreakableRel{ntrianglelefteqslant}
\SetBreakableRel{ntrianglerighteqslant}
\SetBreakableRel{arrownot}
\SetBreakableRel{Arrownot}
\SetBreakableRel{Mapstochar}
\SetBreakableRel{mapsfromchar}
\SetBreakableRel{Mapsfromchar}
\SetBreakableBin{leftrightarrowtriangle}
\SetBreakableRel{leftarrowtriangle}
\SetBreakableRel{rightarrowtriangle}
\SetBreakableRel{\longarrownot}
\SetBreakableRel{\Longarrownot}
\SetBreakableRel{\Mapsto}
\SetBreakableRel{\mapsfrom}
\SetBreakableRel{\Mapsfrom}
\SetBreakableRel{\Longmapsto}
\SetBreakableRel{\longmapsfrom}
\SetBreakableRel{\Longmapsfrom}
}{}
\@ifpackageloaded{wasysym}% wasysym
{
\SetBreakableBin{LHD}
\SetBreakableBin{RHD}
\SetBreakableRel{apprle}
\SetBreakableRel{apprge}
\SetBreakableRel{wasypropto}
\SetBreakableRel{invneg}
\SetBreakableBin{ocircle}
\SetBreakableRel{logof}
}{}
Raw
std.sty
%% Замена символов на традиционно русские %%
\renewcommand{\*}{\cdot} % классическое умножение
\renewcommand{\le}{\leqslant} % традиционные меньше-либо-равно
\renewcommand{\ge}{\geqslant} % и больше-либо-равно
\renewcommand{\O}{\varnothing} % пустое множество
\renewcommand{\Im}{\mathop{\text{Im}}} % Im
\renewcommand{\Re}{\mathop{\text{Re}}} % Re
\newcommand{\sgn}{\mathop{\text{sgn}}}
\newcommand{\degree}{\llap{~}^{\circ}}
\renewcommand{\kappa}{\varkappa} % традиционные
\renewcommand{\epsilon}{\varepsilon} % написания
\renewcommand{\phi}{\varphi} % греческих букв
\newcommand{\E}{\mathsf{E}} % матожидение
% \newcommand{\U}{\cup}
\newcommand{\pdef}{\mathrel{\stackrel{\rm def}{=}}} % равно по определению
% Множества
\newcommand{\N}{\mathbb{N}}
\newcommand{\No}{\mathbb{N}^{\, \cup 0}}
\newcommand{\Ni}{\mathbb{N}^{\setminus \! 0}}
\newcommand{\Z}{\mathbb{Z}}
\renewcommand{\C}{\mathbb{C}}
\newcommand{\Q}{\mathbb{Q}}
\newcommand{\R}{\mathbb{R}}
\newcommand{\QP}{\mathbb{Q}^{+}}
\newcommand{\RP}{\mathbb{R}^{+}}
\newcommand{\so}{\Rightarrow}
\renewcommand{\:}{\colon}
% Интегралы
\newcommand{\intl}{\int\limits}
\newcommand{\iintl}{\iint\limits}
\newcommand{\iiintl}{\iiint\limits}
\newcommand{\iiiintl}{\iiiint\limits}
\newcommand{\idotsintl}{\idotsint\limits}
% Подчеркивания и надчеркивания
\newcommand\mstunderrightarrow[1]{\underrightarrow{#1\mathstrut}}
\newcommand\mstoverrightarrow[1]{\overrightarrow{#1\mathstrut}}
\newcommand\mstunderleftarrow[1]{\underleftarrow{#1\mathstrut}}
\newcommand\mstoverleftarrow[1]{\overleftarrow{#1\mathstrut}}
\newcommand\mstunderleftrightarrow[1]{\underleftrightarrow{#1\mathstrut}}
\newcommand\mstoverleftrightarrow[1]{\overleftrightarrow{#1\mathstrut}}
\newcommand\mstoverline[1]{\overline{#1\mathstrut}}
\newcommand\mstunderline[1]{\underline{#1\mathstrut}}
\newcommand\head[3]{%
\begin{center}%
{\Large #1}\\[1.0ex]%
{\Large #2}\\[2.0ex]%
{#3}\\[2.0ex]%
\today\\[4.0ex]%
\end{center}}
\newcommand\Comb[2]{\left(\begin{smallmatrix} #1 \\ #2 \end{smallmatrix}\right)}
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