% \iffalse meta-comment
%
% Copyright (C) 2021 by Diego Arcis <
[email protected]>
% --------------------------------------------------------------------
% This work may be distributed and/or modified under the conditions of
% the LaTeX Project Public License, either version 1.3 of this license
% or (at your option) any later version.
%
% The latest version of this license is in:
%
http://www.latex-project.org/lppl.txt
%
% and version 1.3 or later is part of all distributions of LaTeX, that
% is, version 2005/12/01 or later.
%
% The Current Maintainer of this work is Diego Arcis.
%
% This work consists of the files strands.dtx and strands.ins and they
% derive the filebase strands.sty.
% --------------------------------------------------------------------
%
% \fi
%
% \iffalse
%<package>\NeedsTeXFormat{LaTeX2e}[2005/12/01]
%<package>\ProvidesPackage{strands}[2021/07/11 v1.1 Strands]
%
%<*driver>
\documentclass{ltxdoc}
\usepackage{strands}
\EnableCrossrefs
\CodelineIndex
\RecordChanges
\begin{document}
\DocInput{strands.dtx}
\end{document}
%</driver>
% \fi
%
% \CheckSum{1713}
%
% \CharacterTable
% {Upper-case \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
% Lower-case \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
% Digits \0\1\2\3\4\5\6\7\8\9
% Exclamation \! Double quote \" Hash (number) \#
% Dollar \$ Percent \% Ampersand \&
% Acute accent \' Left paren \( Right paren \)
% Asterisk \* Plus \+ Comma \,
% Minus \- Point \. Solidus \/
% Colon \: Semicolon \; Less than \<
% Equals \= Greater than \> Question mark \?
% Commercial at \@ Left bracket \[ Backslash \\
% Right bracket \] Circumflex \^ Underscore \_
% Grave accent \` Left brace \{ Vertical bar \|
% Right brace \} Tilde \~}
%
%
% \changes{v1.1}{2021/07/11}{Initial version}
%
% \GetFileInfo{strands.sty}
%
% \DoNotIndex{\#,\$,\%,\&,\@,\\,\{,\},\^,\_,\~,\}
% \DoNotIndex{\@ne}
% \DoNotIndex{\advance,\begingroup,\catcode,\closein}
% \DoNotIndex{\closeout,\day,\def,\edef,\else,\empty,\endgroup}
%
% \title{The \textsf{strands} package
% \thanks{This document corresponds to \textsf{strands}~\fileversion, dated~\filedate.}
% }
% \author{Diego Arcis \\ \texttt{
[email protected]}}
%
% \maketitle
%
% \StopEventually{\PrintIndex}
% packages:
\RequirePackage{forarray}
\RequirePackage{ifthen}
\RequirePackage{tikz}
\RequirePackage{xfp}
\RequirePackage{xstring}
\RequirePackage{xkeyval}
\usetikzlibrary{snakes}
\newcommand{\getelem}[3]{ % \getelem{list}{index}{\name}
\StrBetween[#2,\fpeval{#2+1}]{,#1,}{,}{,}[#3]
}
% global variables:
\makeatletter
\define@cmdkey[str]{strands}{backcolor}{}
\define@cmdkey[str]{strands}{bend}{}
\define@cmdkey[str]{strands}{bendbraid}{}
\define@cmdkey[str]{strands}{bendtangle}{}
\define@cmdkey[str]{strands}{bulletsize}{}
\define@cmdkey[str]{strands}{braidcross}{}
\define@cmdkey[str]{strands}{braidsingcross}{}
\define@cmdkey[str]{strands}{braidvirtcross}{}
\define@cmdkey[str]{strands}{coverunion}{}
\define@cmdkey[str]{strands}{direction}{}
\define@cmdkey[str]{strands}{externalize}{}
\define@cmdkey[str]{strands}{font}{}
\define@cmdkey[str]{strands}{gencharposbraid}{}
\define@cmdkey[str]{strands}{gencharnegbraid}{}
\define@cmdkey[str]{strands}{gencharvirtual}{}
\define@cmdkey[str]{strands}{gencharsingular}{}
\define@cmdkey[str]{strands}{genchartangle}{}
\define@cmdkey[str]{strands}{genchartie}{}
\define@cmdkey[str]{strands}{genchartiedtangle}{}
\define@cmdkey[str]{strands}{genchartrivial}{}
\define@cmdkey[str]{strands}{height}{}
\define@cmdkey[str]{strands}{labelver}{}
\define@cmdkey[str]{strands}{labelhor}{}
\define@cmdkey[str]{strands}{norma}{}
\define@cmdkey[str]{strands}{normb}{}
\define@cmdkey[str]{strands}{normcolor}{}
\define@cmdkey[str]{strands}{normsymbol}{}
\define@cmdkey[str]{strands}{nstr}{}
\define@cmdkey[str]{strands}{num}{}
\define@cmdkey[str]{strands}{rotate}{}
\define@cmdkey[str]{strands}{scale}{}
\define@cmdkey[str]{strands}{strwidth}{}
\define@cmdkey[str]{strands}{tiebend}{}
\define@cmdkey[str]{strands}{tiebull}{}
\define@cmdkey[str]{strands}{tiebullsize}{}
\define@cmdkey[str]{strands}{tiecolor}{}
\define@cmdkey[str]{strands}{tieheight}{}
\define@cmdkey[str]{strands}{tiesnake}{}
\define@cmdkey[str]{strands}{tiesnakeamp}{}
\define@cmdkey[str]{strands}{tiesnakends}{}
\define@cmdkey[str]{strands}{tiesnakelen}{}
\define@cmdkey[str]{strands}{tiestyle}{}
\define@cmdkey[str]{strands}{tiewidth}{}
\define@cmdkey[str]{strands}{timeswidth}{}
\define@cmdkey[str]{strands}{tkzpic}{}
\define@cmdkey[str]{strands}{width}{}
% default options:
\presetkeys[str]{strands}{
backcolor=white, % color of the paper.
bend=45, % bend of partitions.
bendbraid=30, % bend for braid crossings.
bendtangle=45, % bend for tangles.
braidcross=3, % size of the braid crossing.
braidsingcross=1.6, % size of the singular braid crossing.
braidvirtcross=8, % size of the virtual braid crossing.
bulletsize=0.04,
coverunion=0.001, % extra length to cover the union of strands.
direction=1,
externalize=0, % use 1 to transform images to PDF.
font=0.7, % size of the fonts for labels.
gencharposbraid=p,
gencharnegbraid=n,
gencharvirtual=v,
gencharsingular=s,
genchartangle=t,
genchartie=e,
genchartiedtangle=f,
genchartrivial=i,
height=1, % to set the height of strands.
labelver=0.2,
labelhor=0.03,
norma=0, % to normalize the height above.
normb=0, % to normalize the height below.
normcolor=transparent,
normsymbol=-,
nstr=0, % number of strands.
num=0, % number of dots for arc partitions.
rotate=0, % to rotate all pictures.
scale=1, % to scale all pictures.
strwidth=0.7, % to set the width of the strands.
tiebend=0, % to set bend of ties.
tiebull=0, % bullets for ties.
tiebullsize=0.04,
tiecolor=red, % to set color of the ties.
tieheight=0.5, % height of ties respect to the global height.
tiesnake=false,
tiesnakeamp=1,
tiesnakends=0,
tiesnakelen=3,
tiestyle=dashed, % to set the type of the tie lines.
tiewidth=0.5, % to set the width of tie lines.
timeswidth=3,
tkzpic=1,
width=0.6, % to set the width between strands.
}{}
\setkeys[str]{strands}{}
% declare custom options:
\DeclareOptionX{backcolor}{\renewcommand{\cmdstr@strands@backcolor}{#1}}
\DeclareOptionX{bend}{\renewcommand{\cmdstr@strands@bend}{#1}}
\DeclareOptionX{bendbraid}{\renewcommand{\cmdstr@strands@bendbraid}{#1}}
\DeclareOptionX{bendtangle}{\renewcommand{\cmdstr@strands@bendtangle}{#1}}
\DeclareOptionX{braidcross}{\renewcommand{\cmdstr@strands@braidcross}{#1}}
\DeclareOptionX{braidsingcross}{\renewcommand{\cmdstr@strands@braidsingcross}{#1}}
\DeclareOptionX{braidvirtcross}{\renewcommand{\cmdstr@strands@braidvirtcross}{#1}}
\DeclareOptionX{bulletsize}{\renewcommand{\cmdstr@strands@bulletsize}{#1}}
\DeclareOptionX{coverunion}{\renewcommand{\cmdstr@strands@coverunion}{#1}}
\DeclareOptionX{direction}{\renewcommand{\cmdstr@strands@direction}{#1}}
\DeclareOptionX{externalize}{\renewcommand{\cmdstr@strands@externalize}{#1}}
\DeclareOptionX{font}{\renewcommand{\cmdstr@strands@font}{#1}}
\DeclareOptionX{gencharposbraid}{\renewcommand{\cmdstr@strands@gencharposbraid}{#1}}
\DeclareOptionX{gencharnegbraid}{\renewcommand{\cmdstr@strands@gencharnegbraid}{#1}}
\DeclareOptionX{gencharvirtual}{\renewcommand{\cmdstr@strands@gencharvirtual}{#1}}
\DeclareOptionX{gencharsingular}{\renewcommand{\cmdstr@strands@gencharsingular}{#1}}
\DeclareOptionX{genchartangle}{\renewcommand{\cmdstr@strands@genchartangle}{#1}}
\DeclareOptionX{genchartie}{\renewcommand{\cmdstr@strands@genchartie}{#1}}
\DeclareOptionX{genchartiedtangle}{\renewcommand{\cmdstr@strands@genchartiedtangle}{#1}}
\DeclareOptionX{height}{\renewcommand{\cmdstr@strands@height}{#1}}
\DeclareOptionX{labelver}{\renewcommand{\cmdstr@strands@labelver}{#1}}
\DeclareOptionX{labelhor}{\renewcommand{\cmdstr@strands@labelhor}{#1}}
\DeclareOptionX{norma}{\renewcommand{\cmdstr@strands@norma}{#1}}
\DeclareOptionX{normb}{\renewcommand{\cmdstr@strands@normb}{#1}}
\DeclareOptionX{normcolor}{\renewcommand{\cmdstr@strands@normcolor}{#1}}
\DeclareOptionX{nstr}{\renewcommand{\cmdstr@strands@nstr}{#1}}
\DeclareOptionX{num}{\renewcommand{\cmdstr@strands@num}{#1}}
\DeclareOptionX{rotate}{\renewcommand{\cmdstr@strands@rotate}{#1}}
\DeclareOptionX{scale}{\renewcommand{\cmdstr@strands@scale}{#1}}
\DeclareOptionX{strwidth}{\renewcommand{\cmdstr@strands@strwidth}{#1}}
\DeclareOptionX{tiebend}{\renewcommand{\cmdstr@strands@tiebend}{#1}}
\DeclareOptionX{tiebull}{\renewcommand{\cmdstr@strands@tiebull}{#1}}
\DeclareOptionX{tiebullsize}{\renewcommand{\cmdstr@strands@tiebullsize}{#1}}
\DeclareOptionX{tiecolor}{\renewcommand{\cmdstr@strands@tiecolor}{#1}}
\DeclareOptionX{tiesnake}{\renewcommand{\cmdstr@strands@tiesnake}{#1}}
\DeclareOptionX{tiestyle}{\renewcommand{\cmdstr@strands@tiestyle}{#1}}
\DeclareOptionX{tiewidth}{\renewcommand{\cmdstr@strands@tiewidth}{#1}}
\DeclareOptionX{timeswidth}{\renewcommand{\cmdstr@strands@timeswidth}{#1}}
\DeclareOptionX{tkzpic}{\renewcommand{\cmdstr@strands@tkzpic}{#1}}
\DeclareOptionX{width}{\renewcommand{\cmdstr@strands@width}{#1}}
\DeclareOptionX*{\PackageWarning{strands}{`\CurrentOption' ignored}} % ignore unknown options.
\ProcessOptionsX\relax
\ifnum\cmdstr@strands@externalize=1
\usetikzlibrary{external}
\tikzexternalize[optimize=false,prefix=strpack]
\fi
% \decoratestrands - macro to add bullets and labels to picture.
\makeatletter
\define@cmdkey[str]{decor}{bulla}{}
\define@cmdkey[str]{decor}{bullb}{}
\define@cmdkey[str]{decor}{bulletends}{}
\define@cmdkey[str]{decor}{floor}{}
\define@cmdkey[str]{decor}{font}{}
\define@cmdkey[str]{decor}{height}{}
\define@cmdkey[str]{decor}{labelver}{}
\define@cmdkey[str]{decor}{labelhor}{}
\define@cmdkey[str]{decor}{nstr}{}
\define@cmdkey[str]{decor}{type}{}
\define@cmdkey[str]{decor}{width}{}
\presetkeys[str]{decor}{
bulla=1,
bullb=1,
bulletends=\cmdstr@strands@bulletsize,
floor=0,
font=\cmdstr@strands@font,
height=\cmdstr@strands@height,
labelver=\cmdstr@strands@labelver,
labelhor=\cmdstr@strands@labelhor,
nstr=\cmdstr@strands@nstr,
type=3,
width=\cmdstr@strands@width
}{}
\newcommand{\decoratestrands}[1][]{
\setkeys[str]{decor}{#1} % set variables.
\foreach\ind in{0,...,\fpeval{\cmdstr@decor@nstr-1}}{
\ifnum \cmdstr@decor@bulla=1 % bullets above.
\filldraw(\fpeval{\ind*\cmdstr@decor@width},
\fpeval{(\cmdstr@decor@floor+1)*\cmdstr@decor@height})circle(\cmdstr@decor@bulletends);
\fi
\ifnum \cmdstr@decor@bullb=1 % bullets below.
\filldraw(\fpeval{\ind*\cmdstr@decor@width},
\fpeval{\cmdstr@decor@floor*\cmdstr@decor@height})circle(\cmdstr@decor@bulletends);
\fi
% classic labels.
\ifnum \cmdstr@decor@type<5;
\ifnum \cmdstr@decor@type>0 % labels above from 1 to n.
\node[scale=\cmdstr@decor@font]at
(\fpeval{\ind*\cmdstr@decor@width},
\fpeval{(\cmdstr@decor@floor+1)*\cmdstr@decor@height+\cmdstr@decor@labelver})
{$\fpeval{\ind+1}$};
\fi
\node[scale=\cmdstr@decor@font]at
(\fpeval{\ind*\cmdstr@decor@width},
\fpeval{\cmdstr@decor@floor*\cmdstr@decor@height-\cmdstr@decor@labelver})
{$\ifnum\fpeval{(\cmdstr@decor@type+1)*(\cmdstr@decor@type-2)}=0{
\fpeval{\ind+1}
}\else{\ifnum\fpeval{abs(\cmdstr@decor@type)}=3{
\fpeval{\ind+\cmdstr@decor@nstr+1}
}\else{\ifnum\fpeval{abs(\cmdstr@decor@type)}=4{
\fpeval{\ind+1}'
}\fi}\fi}\fi$};
\fi
% signed labels (n must be even).
\ifnum \cmdstr@decor@type=5
\ifnum\ind<\fpeval{\cmdstr@decor@nstr/2} % labels from -2n to 2n.
\node[scale=\cmdstr@decor@font]at
(\fpeval{(\ind+\cmdstr@decor@nstr/2)*\cmdstr@decor@width},
\fpeval{(\cmdstr@decor@floor+1)*\cmdstr@decor@height+\cmdstr@decor@labelver})
{$\fpeval{\ind+1}$};
\node[scale=\cmdstr@decor@font]at
(\fpeval{\ind*\cmdstr@decor@width-\cmdstr@decor@labelhor},
\fpeval{(\cmdstr@decor@floor+1)*\cmdstr@decor@height+\cmdstr@decor@labelver})
{-$\fpeval{\cmdstr@decor@nstr/2-\ind}$};
\node[scale=\cmdstr@decor@font]at
(\fpeval{(\ind+\cmdstr@decor@nstr/2)*\cmdstr@decor@width},
\fpeval{\cmdstr@decor@floor*\cmdstr@decor@height-\cmdstr@decor@labelver})
{$\fpeval{\ind+\cmdstr@decor@nstr/2+1}$};
\node[scale=\cmdstr@decor@font]at
(\fpeval{\ind*\cmdstr@decor@width-\cmdstr@decor@labelhor},
\fpeval{\cmdstr@decor@floor*\cmdstr@decor@height-\cmdstr@decor@labelver})
{-$\fpeval{\cmdstr@decor@nstr-\ind}$};
\fi
\fi
}
}
% \vpartition - macro to draw set partitions in the partition monoid.
% Example: the set partition {1,2}{3,-4}{4,-3} of [2*4] is drawn as follows:
% \vpartition[<options>]{{1,2},{3,-4},{4,-3}}
% 1 2 3 4
% | | | |
% ----- - -
% -
% - -
% | |
% 5 6 7 8
\makeatletter
\define@cmdkey[str]{vvpart}{bend}{}
\define@cmdkey[str]{vvpart}{bulla}{}
\define@cmdkey[str]{vvpart}{bullb}{}
\define@cmdkey[str]{vvpart}{bulletends}{}
\define@cmdkey[str]{vvpart}{floor}{}
\define@cmdkey[str]{vvpart}{font}{}
\define@cmdkey[str]{vvpart}{height}{}
\define@cmdkey[str]{vvpart}{labelver}{}
\define@cmdkey[str]{vvpart}{labelhor}{}
\define@cmdkey[str]{vvpart}{norma}{}
\define@cmdkey[str]{vvpart}{normb}{}
\define@cmdkey[str]{vvpart}{nstr}{}
\define@cmdkey[str]{vvpart}{permut}{}
\define@cmdkey[str]{vvpart}{reflect}{}
\define@cmdkey[str]{vvpart}{strwidth}{}
\define@cmdkey[str]{vvpart}{type}{}
\define@cmdkey[str]{vvpart}{width}{}
\presetkeys[str]{vvpart}{
bend=\cmdstr@strands@bend,
bulla=1,
bullb=1,
bulletends=\cmdstr@strands@bulletsize,
floor=0,
font=\cmdstr@strands@font,
height=\cmdstr@strands@height,
labelver=\cmdstr@strands@labelver,
labelhor=\cmdstr@strands@labelhor,
norma=\cmdstr@strands@norma,
normb=\cmdstr@strands@normb,
nstr=\cmdstr@strands@nstr,
permut=0, % use 1 to draw permutations (to use with \permutation).
reflect=0,
strwidth=\cmdstr@strands@strwidth,
type=3,
width=\cmdstr@strands@width
}{}
\newcommand{\vvpartition}[2][]{
\setkeys[str]{vvpart}{#1} % set variables.
% normalize vertical size.
\node[\cmdstr@strands@normcolor]at(0,\cmdstr@vvpart@norma){\cmdstr@strands@normsymbol};
\node[\cmdstr@strands@normcolor]at(0,\cmdstr@vvpart@normb){\cmdstr@strands@normsymbol};
% number of strands.
\StrRemoveBraces{#2}[\nobracespart]
\let\oldnumstrands\cmdstr@vvpart@nstr
\renewcommand{\cmdstr@vvpart@nstr}
{\fpeval{max(abs(min(\nobracespart)),abs(max(\nobracespart)),\fpeval{abs(\oldnumstrands)})}}
% bullets and labels.
\decoratestrands[
bulla=\cmdstr@vvpart@bulla,
bullb=\cmdstr@vvpart@bullb,
bulletends=\cmdstr@vvpart@bulletends,
floor=\cmdstr@vvpart@floor,
font=\cmdstr@vvpart@font,
height=\cmdstr@vvpart@height,
labelver=\cmdstr@vvpart@labelver,
labelhor=\cmdstr@vvpart@labelhor,
nstr=\cmdstr@vvpart@nstr,
type=\cmdstr@vvpart@type,
width=\cmdstr@vvpart@width
]
% connections: permutation case.
\foreach\ind in{0,...,\fpeval{\cmdstr@vvpart@nstr-1}}{
\ifnum\cmdstr@vvpart@permut=1
\getelem{#2}{\fpeval{\ind+1}}{\index}
\draw[line width=\cmdstr@vvpart@strwidth](\fpeval{\ind*\cmdstr@vvpart@width},
\fpeval{\cmdstr@vvpart@height+\cmdstr@vvpart@floor*\cmdstr@vvpart@height})to
(\fpeval{(\ifnum\fpeval{\index+0}>0 \index\else\fpeval{\ind+1}\fi-1)*
\cmdstr@vvpart@width},\cmdstr@vvpart@floor*\cmdstr@vvpart@height);
\fi
}
% connections: general case.
\ifnum\cmdstr@vvpart@permut=0 \foreach\block in{#2}{
\StrCount{\block}{,}[\numcom]
\ifnum\numcom>0\foreach\ind in {2,...,\fpeval{\numcom+1}}{
\getelem{\block}{\fpeval{\ind-1}}{\firbul}
\getelem{\block}{\ind}{\secbul}
\ifnum \cmdstr@vvpart@reflect=1 % reflect connections vertically.
\let\oldfirbul\firbul
\renewcommand{\firbul}{-\oldfirbul}
\let\oldsecbul\secbul
\renewcommand{\secbul}{-\oldsecbul}
\fi
\draw[line width=\cmdstr@vvpart@strwidth]
% from.
(\fpeval{(abs(\firbul)-1)*\cmdstr@vvpart@width},
\ifnum\firbul>0
\fpeval{(\cmdstr@vvpart@floor+1)*\cmdstr@vvpart@height}
\else
\fpeval{\cmdstr@vvpart@floor*\cmdstr@vvpart@height}
\fi
)
% bending.
to[bend right=\ifnum \fpeval{\firbul*\secbul}>0
\fpeval{(\firbul/abs(\firbul))*((abs(\secbul)-abs(\firbul))/
abs(abs(\secbul)-abs(\firbul)))*\cmdstr@vvpart@bend}
\else
0
\fi]
% to.
(\fpeval{(abs(\secbul)-1)*\cmdstr@vvpart@width},
\ifnum\secbul>0
\fpeval{(\cmdstr@vvpart@floor+1)*\cmdstr@vvpart@height}
\else
\fpeval{\cmdstr@vvpart@floor*\cmdstr@vvpart@height}
\fi
);
}\fi
}\fi
}
\makeatletter
\define@cmdkey[str]{vpart}{bend}{}
\define@cmdkey[str]{vpart}{bulla}{}
\define@cmdkey[str]{vpart}{bullb}{}
\define@cmdkey[str]{vpart}{bulletends}{}
\define@cmdkey[str]{vpart}{floor}{}
\define@cmdkey[str]{vpart}{font}{}
\define@cmdkey[str]{vpart}{height}{}
\define@cmdkey[str]{vpart}{labelver}{}
\define@cmdkey[str]{vpart}{labelhor}{}
\define@cmdkey[str]{vpart}{norma}{}
\define@cmdkey[str]{vpart}{normb}{}
\define@cmdkey[str]{vpart}{nstr}{}
\define@cmdkey[str]{vpart}{permut}{}
\define@cmdkey[str]{vpart}{reflect}{}
\define@cmdkey[str]{vpart}{rotate}{}
\define@cmdkey[str]{vpart}{scale}{}
\define@cmdkey[str]{vpart}{strwidth}{}
\define@cmdkey[str]{vpart}{tkzpic}{}
\define@cmdkey[str]{vpart}{type}{}
\define@cmdkey[str]{vpart}{width}{}
\presetkeys[str]{vpart}{
bend=\cmdstr@strands@bend,
bulla=1,
bullb=1,
bulletends=\cmdstr@strands@bulletsize,
floor=0,
font=\cmdstr@strands@font,
height=\cmdstr@strands@height,
labelver=\cmdstr@strands@labelver,
labelhor=\cmdstr@strands@labelhor,
norma=\cmdstr@strands@norma,
normb=\cmdstr@strands@normb,
nstr=\cmdstr@strands@nstr,
permut=0, % use 1 to draw permutations (to use with \permutation).
reflect=0,
rotate=\cmdstr@strands@rotate,
scale=\cmdstr@strands@scale,
strwidth=\cmdstr@strands@strwidth,
tkzpic=\cmdstr@strands@tkzpic,
type=3,
width=\cmdstr@strands@width
}{}
\newcommand{\vpartition}[2][]{
\setkeys[str]{vpart}{#1} % set variables.
\ifthenelse{\equal{\cmdstr@vpart@tkzpic}{1}}{
\begin{tikzpicture}[rotate=\cmdstr@vpart@rotate,scale=\cmdstr@vpart@scale]
\vvpartition[
bend=\cmdstr@vpart@bend,
bulla=\cmdstr@vpart@bulla,
bullb=\cmdstr@vpart@bullb,
bulletends=\cmdstr@vpart@bulletends,
floor=\cmdstr@vpart@floor,
font=\cmdstr@vpart@font,
height=\cmdstr@vpart@height,
labelver=\cmdstr@vpart@labelver,
labelhor=\cmdstr@vpart@labelhor,
norma=\cmdstr@vpart@norma,
normb=\cmdstr@vpart@normb,
nstr=\cmdstr@vpart@nstr,
permut=\cmdstr@vpart@permut,
reflect=\cmdstr@vpart@reflect,
strwidth=\cmdstr@vpart@strwidth,
type=\cmdstr@vpart@type,
width=\cmdstr@vpart@width
]{#2}
\end{tikzpicture}
}{
\vvpartition[
bend=\cmdstr@vpart@bend,
bulla=\cmdstr@vpart@bulla,
bullb=\cmdstr@vpart@bullb,
bulletends=\cmdstr@vpart@bulletends,
floor=\cmdstr@vpart@floor,
font=\cmdstr@vpart@font,
height=\cmdstr@vpart@height,
labelver=\cmdstr@vpart@labelver,
labelhor=\cmdstr@vpart@labelhor,
norma=\cmdstr@vpart@norma,
normb=\cmdstr@vpart@normb,
nstr=\cmdstr@vpart@nstr,
permut=\cmdstr@vpart@permut,
reflect=\cmdstr@vpart@reflect,
strwidth=\cmdstr@vpart@strwidth,
type=\cmdstr@vpart@type,
width=\cmdstr@vpart@width
]{#2}
}
}
% \arcpartition - macro to draw set partitions via arcs.
% Example: the set partition {1,4}{2,3,7} of [7] is drawn as follows:
% \arcpartition[<options>]{{1,4},{2,3,7}}
% -----------------
% | |
% ------------- |
% | | | |
% | ----- | |
% | | | | |
% 1 2 3 4 5 6 7
\makeatletter
\define@cmdkey[str]{apart}{bend}{}
\define@cmdkey[str]{apart}{bull}{}
\define@cmdkey[str]{apart}{bulletsize}{}
\define@cmdkey[str]{apart}{floor}{}
\define@cmdkey[str]{apart}{font}{}
\define@cmdkey[str]{apart}{labelver}{}
\define@cmdkey[str]{apart}{labelhor}{}
\define@cmdkey[str]{apart}{norma}{}
\define@cmdkey[str]{apart}{normb}{}
\define@cmdkey[str]{apart}{num}{}
\define@cmdkey[str]{apart}{rotate}{}
\define@cmdkey[str]{apart}{scale}{}
\define@cmdkey[str]{apart}{strwidth}{}
\define@cmdkey[str]{apart}{tkzpic}{}
\define@cmdkey[str]{apart}{type}{}
\define@cmdkey[str]{apart}{width}{}
\presetkeys[str]{apart}{
bend=\cmdstr@strands@bend,
bull=1,
bulletsize=\cmdstr@strands@bulletsize,
floor=0,
font=\cmdstr@strands@font,
labelver=\cmdstr@strands@labelver,
labelhor=\cmdstr@strands@labelhor,
norma=\cmdstr@strands@norma,
normb=\cmdstr@strands@normb,
num=\cmdstr@strands@num,
rotate=\cmdstr@strands@rotate,
scale=\cmdstr@strands@scale,
strwidth=\cmdstr@strands@strwidth,
tkzpic=\cmdstr@strands@tkzpic,
type=1,
width=\cmdstr@strands@width
}{}
\newcommand{\arcpartition}[2][]{
\setkeys[str]{apart}{#1}
\vpartition[
bend=\cmdstr@apart@bend,
bulla=0, % no bullets above.
bullb=\cmdstr@apart@bull,
bulletends=\cmdstr@apart@bulletsize,
floor=\cmdstr@apart@floor,
font=\cmdstr@apart@font,
labelver=\cmdstr@apart@labelver,
labelhor=\cmdstr@apart@labelhor,
norma=\cmdstr@apart@norma,
normb=\cmdstr@apart@normb,
nstr=\cmdstr@apart@num,
reflect=1, % put connections below.
rotate=\cmdstr@apart@rotate,
scale=\cmdstr@apart@scale,
strwidth=\cmdstr@apart@strwidth,
tkzpic=\cmdstr@apart@tkzpic,
type=-\cmdstr@apart@type,
width=\cmdstr@apart@width
]{#2}
}
% \permutation - macro to draw permutations by lines.
% Example: the permutation 2134 of [4] is drawn as follows:
% \permutation[<options>]{2,1,3,4}
% 1 2 3 4
% | | | |
% - - | |
% - | |
% - - | |
% | | | |
% 1 2 3 4
\makeatletter
\define@cmdkey[str]{perm}{bulla}{}
\define@cmdkey[str]{perm}{bullb}{}
\define@cmdkey[str]{perm}{bulletends}{}
\define@cmdkey[str]{perm}{floor}{}
\define@cmdkey[str]{perm}{font}{}
\define@cmdkey[str]{perm}{height}{}
\define@cmdkey[str]{perm}{labelver}{}
\define@cmdkey[str]{perm}{labelhor}{}
\define@cmdkey[str]{perm}{norma}{}
\define@cmdkey[str]{perm}{normb}{}
\define@cmdkey[str]{perm}{nstr}{}
\define@cmdkey[str]{perm}{rotate}{}
\define@cmdkey[str]{perm}{scale}{}
\define@cmdkey[str]{perm}{strwidth}{}
\define@cmdkey[str]{perm}{tkzpic}{}
\define@cmdkey[str]{perm}{type}{}
\define@cmdkey[str]{perm}{width}{}
\presetkeys[str]{perm}{
bulla=1,
bullb=1,
bulletends=\cmdstr@strands@bulletsize,
floor=0,
font=\cmdstr@strands@font,
height=\cmdstr@strands@height,
labelver=\cmdstr@strands@labelver,
labelhor=\cmdstr@strands@labelhor,
norma=\cmdstr@strands@norma,
normb=\cmdstr@strands@normb,
nstr=\cmdstr@strands@nstr,
rotate=\cmdstr@strands@rotate,
scale=\cmdstr@strands@scale,
strwidth=\cmdstr@strands@strwidth,
tkzpic=\cmdstr@strands@tkzpic,
type=2,
width=\cmdstr@strands@width
}{}
\newcommand{\permutation}[2][]{
\setkeys[str]{perm}{#1}
\vpartition[
bulla=\cmdstr@perm@bulla,
bullb=\cmdstr@perm@bullb,
bulletends=\cmdstr@perm@bulletends,
floor=\cmdstr@perm@floor,
font=\cmdstr@perm@font,
height=\cmdstr@perm@height,
labelver=\cmdstr@perm@labelver,
labelhor=\cmdstr@perm@labelhor,
norma=\cmdstr@perm@norma,
normb=\cmdstr@perm@normb,
nstr=\cmdstr@perm@nstr,
permut=1, % permutation.
rotate=\cmdstr@perm@rotate,
scale=\cmdstr@perm@scale,
strwidth=\cmdstr@perm@strwidth,
tkzpic=\cmdstr@perm@tkzpic,
type=\cmdstr@perm@type,
width=\cmdstr@perm@width
]{#2}
}
% \tiedpair - macro to draw a tied permutation as a pair.
% Example: the permutation ({2,4},2134) of [4] is drawn as follows:
% \tiedpair[<options>]{{2,4}}{2,1,3,4}
% 2 4
% ---------
% 1 | 3 |
% | | | |
% - - | |
% - | |
% - - | |
% | | | |
% 1 2 3 4
\makeatletter
\define@cmdkey[str]{tpair}{above}{}
\define@cmdkey[str]{tpair}{bend}{}
\define@cmdkey[str]{tpair}{bulla}{}
\define@cmdkey[str]{tpair}{bullb}{}
\define@cmdkey[str]{tpair}{bulletends}{}
\define@cmdkey[str]{tpair}{floor}{}
\define@cmdkey[str]{tpair}{font}{}
\define@cmdkey[str]{tpair}{height}{}
\define@cmdkey[str]{tpair}{labelver}{}
\define@cmdkey[str]{tpair}{labelhor}{}
\define@cmdkey[str]{tpair}{norma}{}
\define@cmdkey[str]{tpair}{normb}{}
\define@cmdkey[str]{tpair}{nstr}{}
\define@cmdkey[str]{tpair}{rotate}{}
\define@cmdkey[str]{tpair}{scale}{}
\define@cmdkey[str]{tpair}{strwidth}{}
\define@cmdkey[str]{tpair}{tkzpic}{}
\define@cmdkey[str]{tpair}{type}{}
\define@cmdkey[str]{tpair}{width}{}
\presetkeys[str]{tpair}{
above=1,
bend=\cmdstr@strands@bend,
bulla=1,
bullb=1,
bulletends=\cmdstr@strands@bulletsize,
floor=0,
font=\cmdstr@strands@font,
height=\cmdstr@strands@height,
labelver=\cmdstr@strands@labelver,
labelhor=\cmdstr@strands@labelhor,
norma=\cmdstr@strands@norma,
normb=\cmdstr@strands@normb,
nstr=\cmdstr@strands@nstr,
rotate=\cmdstr@strands@rotate,
scale=\cmdstr@strands@scale,
strwidth=\cmdstr@strands@strwidth,
tkzpic=\cmdstr@strands@tkzpic,
type=-1,
width=\cmdstr@strands@width
}{}
\newcommand{\tiedpair}[3][]{
\setkeys[str]{tpair}{#1}
\ifthenelse{\equal{\cmdstr@tpair@tkzpic}{1}}{
\begin{tikzpicture}[rotate=\cmdstr@tpair@rotate,scale=\cmdstr@tpair@scale]
\permutation[
bulla=\cmdstr@tpair@bulla,
bullb=\cmdstr@tpair@bullb,
bulletends=\cmdstr@tpair@bulletends,
floor=\cmdstr@tpair@floor,
font=\cmdstr@tpair@font,
height=\cmdstr@tpair@height,
labelver=\cmdstr@tpair@labelver,
labelhor=\cmdstr@tpair@labelhor,
norma=\cmdstr@tpair@norma,
normb=\cmdstr@tpair@normb,
nstr=\cmdstr@tpair@nstr,
strwidth=\cmdstr@tpair@strwidth,
tkzpic=0,
type=\cmdstr@tpair@type,
width=\cmdstr@tpair@width
]{#2}
\arcpartition[
bend=\cmdstr@tpair@bend,
bull=0, % no bullets.
bulletsize=\cmdstr@tpair@bulletsize,
floor=\fpeval{\cmdstr@tpair@floor+\cmdstr@tpair@above*\cmdstr@tpair@height},
tkzpic=0,
type=0, % no labels.
strwidth=\cmdstr@tpair@strwidth,
width=\cmdstr@tpair@width
]{#3}
\end{tikzpicture}
}{
\permutation[
bulla=\cmdstr@tpair@bulla,
bullb=\cmdstr@tpair@bullb,
bulletends=\cmdstr@tpair@bulletends,
floor=\cmdstr@tpair@floor,
font=\cmdstr@tpair@font,
height=\cmdstr@tpair@height,
labelver=\cmdstr@tpair@labelver,
labelhor=\cmdstr@tpair@labelhor,
norma=\cmdstr@tpair@norma,
normb=\cmdstr@tpair@normb,
nstr=\cmdstr@tpair@nstr,
strwidth=\cmdstr@tpair@strwidth,
tkzpic=0,
type=\cmdstr@tpair@type,
width=\cmdstr@tpair@width
]{#2}
\arcpartition[
bend=\cmdstr@tpair@bend,
bull=0, % no bullets.
floor=\fpeval{\cmdstr@tpair@floor+\cmdstr@tpair@above*\cmdstr@tpair@height},
tkzpic=0,
type=0, % no labels.
strwidth=\cmdstr@tpair@strwidth,
width=\cmdstr@tpair@width
]{#3}
}
}
% \tie - macro to draw a tie.
% \begin{tikzpicture} \tie[height=1.5]{{1,0.8},{3,0.7},{4,0.8}} \end{tikzpicture}
% \begin{tikzpicture} \tie[height=1.5]{1,2,5} \end{tikzpicture}
\makeatletter
\define@cmdkey[str]{tie}{bend}{}
\define@cmdkey[str]{tie}{bull}{}
\define@cmdkey[str]{tie}{bulletie}{}
\define@cmdkey[str]{tie}{floor}{}
\define@cmdkey[str]{tie}{height}{}
\define@cmdkey[str]{tie}{color}{}
\define@cmdkey[str]{tie}{snake}{}
\define@cmdkey[str]{tie}{snakeamp}{}
\define@cmdkey[str]{tie}{snakends}{}
\define@cmdkey[str]{tie}{snakelen}{}
\define@cmdkey[str]{tie}{style}{}
\define@cmdkey[str]{tie}{tieheight}{}
\define@cmdkey[str]{tie}{tiewidth}{}
\define@cmdkey[str]{tie}{width}{}
\presetkeys[str]{tie}{
bend=\cmdstr@strands@tiebend, % bend of the ties.
bull=1, % use 1 to use bullets, 0 otherwise.
bulletie=\cmdstr@strands@bulletsize,
color=\cmdstr@strands@tiecolor, % color of the ties.
floor=0, % the picture starts at floor*height.
height=\cmdstr@strands@height, % height of the strands.
snake=\cmdstr@strands@tiesnake, % true or false to snake the tie line.
snakeamp=\cmdstr@strands@tiesnakeamp, % snake amplitude.
snakends=\cmdstr@strands@tiesnakends, % snake lengths of ends.
snakelen=\cmdstr@strands@tiesnakelen, % snake lengths.
style=\cmdstr@strands@tiestyle, % type of the tie (solid, dashed, dotted, etc).
tieheight=\cmdstr@strands@tieheight, % height of the tie respect to the global height.
tiewidth=\cmdstr@strands@tiewidth, % width of the tie line.
width=\cmdstr@strands@width % width between strands.
}{}
\newcommand{\tie}[2][]{
\setkeys[str]{tie}{#1}
\foreach\elem[count=\ind]in{#2}{
\StrRemoveBraces{\elem}[\nobrace]
\getelem{\nobrace}{1}{\elemwidth} % get width of elem.
\getelem{\nobrace}{2}{\elemheight} % get height of elem.
\StrCount{\nobrace}{,}[\elemcoms]
\ifnum\elemcoms=0 \renewcommand{\elemheight}{\cmdstr@tie@tieheight}\fi % update height of elem.
\ifnum \cmdstr@tie@bull=1
\filldraw[\cmdstr@tie@color](\fpeval{(\elemwidth-1)*\cmdstr@tie@width},
\fpeval{\elemheight*\cmdstr@tie@height+\cmdstr@tie@floor*\cmdstr@tie@height})
circle(\cmdstr@tie@bulletie);
\fi
\ifnum\ind>1
\getelem{#2}{\fpeval{\ind-1}}{\prevelem}
\StrRemoveBraces{\prevelem}[\prevnobrace]
\getelem{\prevnobrace}{1}{\prevelemwidth}
\getelem{\prevnobrace}{2}{\prevelemheight}
\StrCount{\prevnobrace}{,}[\prevelemcoms]
\ifnum\prevelemcoms=0 \renewcommand{\prevelemheight}{\cmdstr@tie@tieheight}\fi
\draw[
bend right=\cmdstr@tie@bend,
color=\cmdstr@tie@color,
line width=\cmdstr@tie@tiewidth,
decorate=\cmdstr@tie@snake,
decoration={
snake,
amplitude=\cmdstr@tie@snakeamp,
post length=\cmdstr@tie@snakends,
pre length=\cmdstr@tie@snakends,
segment length=\cmdstr@tie@snakelen
},
style=\cmdstr@tie@style
]
(\fpeval{(\elemwidth-1)*\cmdstr@tie@width},
\fpeval{\elemheight*\cmdstr@tie@height+\cmdstr@tie@floor*\cmdstr@tie@height})to
(\fpeval{(\prevelemwidth-1)*\cmdstr@tie@width},
\fpeval{\prevelemheight*\cmdstr@tie@height+\cmdstr@tie@floor*\cmdstr@tie@height});
\fi
}
}
% \bbackstrands - macro to draws a trivial two-strands-braid of double strand width.
\makeatletter
\define@cmdkey[str]{bbackstr}{cdnx}{}
\define@cmdkey[str]{bbackstr}{cdny}{}
\define@cmdkey[str]{bbackstr}{color}{}
\define@cmdkey[str]{bbackstr}{height}{}
\define@cmdkey[str]{bbackstr}{strwidth}{}
\define@cmdkey[str]{bbackstr}{timeswidth}{}
\define@cmdkey[str]{bbackstr}{width}{}
\presetkeys[str]{bbackstr}{
cdnx=nothing,
cdny=nothing,
height=\cmdstr@strands@height,
strwidth=\cmdstr@strands@strwidth,
timeswidth=\cmdstr@strands@timeswidth, % times the width of the back line is bigger.
width=\cmdstr@strands@width
}{}
\newcommand{\bbackstrands}[1][]{ %
\setkeys[str]{bbackstr}{#1}
\draw[
color=\cmdstr@strands@backcolor,
line width=\fpeval{\cmdstr@bbackstr@timeswidth*\cmdstr@bbackstr@strwidth}pt
](\cmdstr@bbackstr@cdnx,\cmdstr@bbackstr@cdny)
to(\cmdstr@bbackstr@cdnx,\fpeval{\cmdstr@bbackstr@cdny-\cmdstr@bbackstr@height});
\draw[
color=\cmdstr@strands@backcolor,
line width=\fpeval{\cmdstr@bbackstr@timeswidth*\cmdstr@bbackstr@strwidth}pt
](\fpeval{\cmdstr@bbackstr@cdnx+\cmdstr@bbackstr@width},\cmdstr@bbackstr@cdny)
to(\fpeval{\cmdstr@bbackstr@cdnx+\cmdstr@bbackstr@width},
\fpeval{\cmdstr@bbackstr@cdny-\cmdstr@bbackstr@height});
}
% \lleftstrand - macro to draws a strand starting from the left.
\makeatletter
\define@cmdkey[str]{lleftstr}{bend}{}
\define@cmdkey[str]{lleftstr}{cdnx}{}
\define@cmdkey[str]{lleftstr}{cdny}{}
\define@cmdkey[str]{lleftstr}{color}{}
\define@cmdkey[str]{lleftstr}{height}{}
\define@cmdkey[str]{lleftstr}{strwidth}{}
\define@cmdkey[str]{lleftstr}{width}{}
\presetkeys[str]{lleftstr}{
bend=\cmdstr@strands@bendbraid,
cdnx=nothing,
cdny=nothing,
color=black,
height=\cmdstr@strands@height,
strwidth=\cmdstr@strands@strwidth,
width=\cmdstr@strands@width
}{}
\newcommand{\lleftstrand}[1][]{
\setkeys[str]{lleftstr}{#1}
\draw[
color=\cmdstr@lleftstr@color,
line width=\cmdstr@lleftstr@strwidth pt
](\cmdstr@lleftstr@cdnx,\fpeval{\cmdstr@lleftstr@cdny+\cmdstr@strands@coverunion})
to[bend right=\cmdstr@lleftstr@bend]
(\fpeval{\cmdstr@lleftstr@cdnx+\cmdstr@lleftstr@width/2},
\fpeval{\cmdstr@lleftstr@cdny-\cmdstr@lleftstr@height/2})
to[bend left=\cmdstr@lleftstr@bend]
(\fpeval{\cmdstr@lleftstr@cdnx+\cmdstr@lleftstr@width},
\fpeval{\cmdstr@lleftstr@cdny-\cmdstr@lleftstr@height-\cmdstr@strands@coverunion});
}
% \rrightstrand - macro to draw a strand starting from the right.
\makeatletter
\define@cmdkey[str]{rrightstr}{bend}{}
\define@cmdkey[str]{rrightstr}{cdnx}{}
\define@cmdkey[str]{rrightstr}{cdny}{}
\define@cmdkey[str]{rrightstr}{color}{}
\define@cmdkey[str]{rrightstr}{floor}{}
\define@cmdkey[str]{rrightstr}{height}{}
\define@cmdkey[str]{rrightstr}{strwidth}{}
\define@cmdkey[str]{rrightstr}{width}{}
\presetkeys[str]{rrightstr}{
bend=\cmdstr@strands@bendbraid,
cdnx=nothing,
cdny=nothing,
color=black,
floor=0,
height=\cmdstr@strands@height,
strwidth=\cmdstr@strands@strwidth,
width=\cmdstr@strands@width
}{}
\newcommand{\rrightstrand}[1][]{ % color / init-x-coordinate / init-y-coordinate.
\setkeys[str]{rrightstr}{#1}
\draw[
color=\cmdstr@rrightstr@color,
line width=\cmdstr@rrightstr@strwidth pt
](\fpeval{\cmdstr@rrightstr@cdnx+\cmdstr@rrightstr@width},
\fpeval{\cmdstr@rrightstr@cdny+\cmdstr@strands@coverunion})
to[bend left=\cmdstr@rrightstr@bend]
(\fpeval{\cmdstr@rrightstr@cdnx+\cmdstr@rrightstr@width/2},
\fpeval{\cmdstr@rrightstr@cdny-\cmdstr@rrightstr@height/2})
to[bend right=\cmdstr@rrightstr@bend]
(\cmdstr@rrightstr@cdnx,
\fpeval{\cmdstr@rrightstr@cdny-\cmdstr@rrightstr@height-\cmdstr@strands@coverunion});
}
% \ccrossback - macro to draw a \backcolor filled circle to create an over-under / under-over crossing.
\makeatletter
\define@cmdkey[str]{ccrossback}{cdnx}{}
\define@cmdkey[str]{ccrossback}{cdny}{}
\define@cmdkey[str]{ccrossback}{height}{}
\define@cmdkey[str]{ccrossback}{width}{}
\presetkeys[str]{ccrossback}{
cdnx=nothing,
cdny=nothing,
height=\cmdstr@strands@height,
width=\cmdstr@strands@width
}{}
\newcommand{\ccrossback}[1][]{
\setkeys[str]{ccrossback}{#1}
\filldraw[\cmdstr@strands@backcolor]
(\fpeval{\cmdstr@ccrossback@cdnx+\cmdstr@ccrossback@width/2},
\fpeval{\cmdstr@ccrossback@cdny-\cmdstr@ccrossback@height/2})
circle(\cmdstr@strands@braidcross pt);
}
% \bbraidgen - macro to draw a braid crossing (classic, virtual or singular).
\makeatletter
\define@cmdkey[str]{bbraidgen}{bend}{}
\define@cmdkey[str]{bbraidgen}{cdnx}{}
\define@cmdkey[str]{bbraidgen}{cdny}{}
\define@cmdkey[str]{bbraidgen}{colorleft}{}
\define@cmdkey[str]{bbraidgen}{coloright}{}
\define@cmdkey[str]{bbraidgen}{colorsingular}{}
\define@cmdkey[str]{bbraidgen}{colorvirtual}{}
\define@cmdkey[str]{bbraidgen}{height}{}
\define@cmdkey[str]{bbraidgen}{strwidth}{}
\define@cmdkey[str]{bbraidgen}{type}{}
\define@cmdkey[str]{bbraidgen}{width}{}
\presetkeys[str]{bbraidgen}{
bend=\cmdstr@strands@bendbraid,
cdnx=0,
cdny=0,
colorleft=black,
coloright=black,
colorsingular=black,
colorvirtual=black,
height=\cmdstr@strands@height,
strwidth=\cmdstr@strands@strwidth,
type=1, % negative-braid=-1 | positive-braid=1 | virtual-braid=2 | singular-braid=3
width=\cmdstr@strands@width
}{}
\tikzset{
cross/.style={ % node style to draw x--crosses inside nodes.
path picture={
\draw[black]
(path picture bounding box.south east)--
(path picture bounding box.north west)
(path picture bounding box.south west)--
(path picture bounding box.north east);
}
}
}
\newcommand{\bbraidgen}[1][]{
\setkeys[str]{bbraidgen}{#1}
\bbackstrands[ % trivial two-strands-braid.
cdnx=\cmdstr@bbraidgen@cdnx,
cdny=\cmdstr@bbraidgen@cdny,
height=\cmdstr@bbraidgen@height,
strwidth=\cmdstr@bbraidgen@strwidth,
width=\cmdstr@bbraidgen@width
]
\ifnum\cmdstr@bbraidgen@type<1 % negative generator.
\rrightstrand[
bend=\cmdstr@bbraidgen@bend,
cdnx=\cmdstr@bbraidgen@cdnx,
cdny=\cmdstr@bbraidgen@cdny,
color=\cmdstr@bbraidgen@coloright,
height=\cmdstr@bbraidgen@height,
strwidth=\cmdstr@bbraidgen@strwidth,
width=\cmdstr@bbraidgen@width
]
\ifnum\cmdstr@bbraidgen@type<2
\ccrossback[
cdnx=\cmdstr@bbraidgen@cdnx,
cdny=\cmdstr@bbraidgen@cdny,
height=\cmdstr@bbraidgen@height,
width=\cmdstr@bbraidgen@width
]
\fi
\lleftstrand[
bend=\cmdstr@bbraidgen@bend,
cdnx=\cmdstr@bbraidgen@cdnx,
cdny=\cmdstr@bbraidgen@cdny,
color=\cmdstr@bbraidgen@colorleft,
height=\cmdstr@bbraidgen@height,
strwidth=\cmdstr@bbraidgen@strwidth,
width=\cmdstr@bbraidgen@width
]
\else % positive generator.
\lleftstrand[
bend=\cmdstr@bbraidgen@bend,
cdnx=\cmdstr@bbraidgen@cdnx,
cdny=\cmdstr@bbraidgen@cdny,
color=\cmdstr@bbraidgen@colorleft,
height=\cmdstr@bbraidgen@height,
strwidth=\cmdstr@bbraidgen@strwidth,
width=\cmdstr@bbraidgen@width
]
\ifnum\cmdstr@bbraidgen@type<2 % over-under circle only if type is one.
\ccrossback[
cdnx=\cmdstr@bbraidgen@cdnx,
cdny=\cmdstr@bbraidgen@cdny,
height=\cmdstr@bbraidgen@height,
width=\cmdstr@bbraidgen@width
]
\fi
\rrightstrand[
bend=\cmdstr@bbraidgen@bend,
cdnx=\cmdstr@bbraidgen@cdnx,
cdny=\cmdstr@bbraidgen@cdny,
color=\cmdstr@bbraidgen@coloright,
height=\cmdstr@bbraidgen@height,
strwidth=\cmdstr@bbraidgen@strwidth,
width=\cmdstr@bbraidgen@width
]
\ifnum\cmdstr@bbraidgen@type=2 % virtual crossing.
\node[
circle,
cross,
draw=\cmdstr@bbraidgen@colorvirtual,
fill=\cmdstr@strands@backcolor,
inner sep=0,
line width=\cmdstr@bbraidgen@strwidth,
minimum width=\cmdstr@strands@braidvirtcross
]
at(\fpeval{\cmdstr@bbraidgen@cdnx+\cmdstr@bbraidgen@width/2},
\fpeval{\cmdstr@bbraidgen@cdny-\cmdstr@bbraidgen@height/2}){};
\fi
\ifnum\cmdstr@bbraidgen@type=3 % singular crossing.
\filldraw[\cmdstr@bbraidgen@colorsingular]
(\fpeval{\cmdstr@bbraidgen@cdnx+\cmdstr@bbraidgen@width/2},
\fpeval{\cmdstr@bbraidgen@cdny-\cmdstr@bbraidgen@height/2})
circle(\cmdstr@strands@braidsingcross pt);
\fi
\fi
}
% \ttanglegen - macro to draw a tangle generator.
\makeatletter
\define@cmdkey[str]{ttanglegen}{bend}{}
\define@cmdkey[str]{ttanglegen}{cdnx}{}
\define@cmdkey[str]{ttanglegen}{cdny}{}
\define@cmdkey[str]{ttanglegen}{color}{}
\define@cmdkey[str]{ttanglegen}{height}{}
\define@cmdkey[str]{ttanglegen}{strwidth}{}
\define@cmdkey[str]{ttanglegen}{tiecolor}{}
\define@cmdkey[str]{ttanglegen}{tied}{}
\define@cmdkey[str]{ttanglegen}{tiesnake}{}
\define@cmdkey[str]{ttanglegen}{tiesnakeamp}{}
\define@cmdkey[str]{ttanglegen}{tiesnakelen}{}
\define@cmdkey[str]{ttanglegen}{tiesnakends}{}
\define@cmdkey[str]{ttanglegen}{tiestyle}{}
\define@cmdkey[str]{ttanglegen}{tiewidth}{}
\define@cmdkey[str]{ttanglegen}{width}{}
\presetkeys[str]{ttanglegen}{
bend=\cmdstr@strands@bendtangle,
cdnx=0,
cdny=0,
color=black,
height=\cmdstr@strands@height,
strwidth=\cmdstr@strands@strwidth,
tiecolor=\cmdstr@strands@tiecolor,
tied=0,
tiesnake=\cmdstr@strands@tiesnake,
tiesnakeamp=\cmdstr@strands@tiesnakeamp,
tiesnakelen=\cmdstr@strands@tiesnakelen,
tiesnakends=\cmdstr@strands@tiesnakends,
tiestyle=\cmdstr@strands@tiestyle,
tiewidth=\cmdstr@strands@tiewidth,
width=\cmdstr@strands@width
}{}
\newcommand{\ttanglegen}[1][]{
\setkeys[str]{ttanglegen}{#1}
\bbackstrands[ % trivial two-strands-braid.
cdnx=\cmdstr@ttanglegen@cdnx,
cdny=\cmdstr@ttanglegen@cdny,
height=\cmdstr@ttanglegen@height,
strwidth=\cmdstr@ttanglegen@strwidth,
width=\cmdstr@ttanglegen@width
]
\draw[
bend right=\cmdstr@strands@bendtangle,
color=\cmdstr@ttanglegen@color,
line width=\cmdstr@strands@strwidth
](\cmdstr@ttanglegen@cdnx,\fpeval{\cmdstr@ttanglegen@cdny+\cmdstr@strands@coverunion})
to(\fpeval{\cmdstr@ttanglegen@cdnx+\cmdstr@ttanglegen@width/2},
\fpeval{\cmdstr@ttanglegen@cdny-\cmdstr@ttanglegen@height/3+0.03})
to(\fpeval{\cmdstr@ttanglegen@cdnx+\cmdstr@ttanglegen@width},
\fpeval{\cmdstr@ttanglegen@cdny+\cmdstr@strands@coverunion});
\draw[
bend left=\cmdstr@strands@bendtangle,
color=\cmdstr@ttanglegen@color,
line width=\cmdstr@strands@strwidth
](\cmdstr@ttanglegen@cdnx,
\fpeval{\cmdstr@ttanglegen@cdny-\cmdstr@ttanglegen@height-\cmdstr@strands@coverunion})
to(\fpeval{\cmdstr@ttanglegen@cdnx+\cmdstr@ttanglegen@width/2},
\fpeval{\cmdstr@ttanglegen@cdny-(2*\cmdstr@ttanglegen@height)/3-0.03})
to(\fpeval{\cmdstr@ttanglegen@cdnx+\cmdstr@ttanglegen@width},
\fpeval{\cmdstr@ttanglegen@cdny-\cmdstr@ttanglegen@height-\cmdstr@strands@coverunion});
\ifnum\cmdstr@ttanglegen@tied=1 % tied version.
\draw[
color=\cmdstr@ttanglegen@tiecolor,
line width=\cmdstr@ttanglegen@tiewidth,
decorate=\cmdstr@ttanglegen@tiesnake,
decoration={
snake,
amplitude=\cmdstr@ttanglegen@tiesnakeamp,
post length=\cmdstr@ttanglegen@tiesnakends,
pre length=\cmdstr@ttanglegen@tiesnakends,
segment length=\cmdstr@ttanglegen@tiesnakelen
},
style=\cmdstr@ttanglegen@tiestyle
](\fpeval{\cmdstr@ttanglegen@cdnx+\cmdstr@ttanglegen@width/2},
\fpeval{\cmdstr@ttanglegen@cdny-\cmdstr@ttanglegen@height/3+0.03})
to(\fpeval{\cmdstr@ttanglegen@cdnx+\cmdstr@ttanglegen@width/2},
\fpeval{\cmdstr@ttanglegen@cdny-(2*\cmdstr@ttanglegen@height)/3-0.03});
\fi
}
% \aaddgen - macro to add a generator on a strand level.
\makeatletter
\define@cmdkey[str]{aaddgen}{bendbraid}{}
\define@cmdkey[str]{aaddgen}{bendtangle}{}
\define@cmdkey[str]{aaddgen}{direction}{}
\define@cmdkey[str]{aaddgen}{floor}{}
\define@cmdkey[str]{aaddgen}{generator}{}
\define@cmdkey[str]{aaddgen}{height}{}
\define@cmdkey[str]{aaddgen}{level}{}
\define@cmdkey[str]{aaddgen}{numlevs}{}
\define@cmdkey[str]{aaddgen}{posx}{}
\define@cmdkey[str]{aaddgen}{posy}{}
\define@cmdkey[str]{aaddgen}{strwidth}{}
\define@cmdkey[str]{aaddgen}{tiebull}{}
\define@cmdkey[str]{aaddgen}{tiebullsize}{}
\define@cmdkey[str]{aaddgen}{tiecolor}{}
\define@cmdkey[str]{aaddgen}{tieheight}{}
\define@cmdkey[str]{aaddgen}{tiesnake}{}
\define@cmdkey[str]{aaddgen}{tiesnakeamp}{}
\define@cmdkey[str]{aaddgen}{tiesnakends}{}
\define@cmdkey[str]{aaddgen}{tiesnakelen}{}
\define@cmdkey[str]{aaddgen}{tiestyle}{}
\define@cmdkey[str]{aaddgen}{tiewidth}{}
\define@cmdkey[str]{aaddgen}{width}{}
\presetkeys[str]{aaddgen}{
bendbraid=\cmdstr@strands@bendbraid,
bendtangle=\cmdstr@strands@bendtangle,
direction=\cmdstr@strands@direction,
floor=0,
generator=s1,
height=\cmdstr@strands@height,
level=0,
numlevs=0,
posx=nothing, % internal.
posy=nothing, % internal.
strwidth=\cmdstr@strands@strwidth,
tiebull=\cmdstr@strands@tiebull,
tiebullsize=\cmdstr@strands@tiebullsize,
tiecolor=\cmdstr@strands@tiecolor,
tieheight=\cmdstr@strands@tieheight,
tiesnake=\cmdstr@strands@tiesnake,
tiesnakeamp=\cmdstr@strands@tiesnakeamp,
tiesnakends=\cmdstr@strands@tiesnakends,
tiesnakelen=\cmdstr@strands@tiesnakelen,
tiestyle=\cmdstr@strands@tiestyle,
tiewidth=\cmdstr@strands@tiewidth,
width=\cmdstr@strands@width
}{}
\newcommand{\aaddgen}[1][]{
\setkeys[str]{aaddgen}{#1}
\StrChar{\cmdstr@aaddgen@generator}{1}[\firstchar]
\StrBehind{\cmdstr@aaddgen@generator}{\firstchar}[\numstrand]
\renewcommand{\cmdstr@aaddgen@posx}{\fpeval{(\numstrand-1)*\cmdstr@aaddgen@width}}
\ifnum\cmdstr@aaddgen@direction=1
\renewcommand{\cmdstr@aaddgen@posy}{\fpeval{(\cmdstr@aaddgen@numlevs+2+\cmdstr@aaddgen@floor-\cmdstr@aaddgen@level)*\cmdstr@aaddgen@height}}
\fi
\ifnum\cmdstr@aaddgen@direction=0
\renewcommand{\cmdstr@aaddgen@posy}{\fpeval{\cmdstr@aaddgen@level*\cmdstr@aaddgen@height}}
\fi
\ifthenelse{\equal{\firstchar}{\cmdstr@strands@gencharnegbraid}}{
\bbraidgen[
bend=\cmdstr@aaddgen@bendbraid,
cdnx=\cmdstr@aaddgen@posx,
cdny=\cmdstr@aaddgen@posy,
height=\cmdstr@aaddgen@height,
strwidth=\cmdstr@aaddgen@strwidth,
type=-1,
width=\cmdstr@aaddgen@width
]
}{\ifthenelse{\equal{\firstchar}{\cmdstr@strands@gencharposbraid}}{
\bbraidgen[
bend=\cmdstr@aaddgen@bendbraid,
cdnx=\cmdstr@aaddgen@posx,
cdny=\cmdstr@aaddgen@posy,
height=\cmdstr@aaddgen@height,
strwidth=\cmdstr@aaddgen@strwidth,
type=1,
width=\cmdstr@aaddgen@width
]
}{\ifthenelse{\equal{\firstchar}{\cmdstr@strands@gencharvirtual}}{
\bbraidgen[
bend=\cmdstr@aaddgen@bendbraid,
cdnx=\cmdstr@aaddgen@posx,
cdny=\cmdstr@aaddgen@posy,
height=\cmdstr@aaddgen@height,
strwidth=\cmdstr@aaddgen@strwidth,
type=2,
width=\cmdstr@aaddgen@width
]
}{\ifthenelse{\equal{\firstchar}{\cmdstr@strands@gencharsingular}}{
\bbraidgen[
bend=\cmdstr@aaddgen@bendbraid,
cdnx=\cmdstr@aaddgen@posx,
cdny=\cmdstr@aaddgen@posy,
height=\cmdstr@aaddgen@height,
strwidth=\cmdstr@aaddgen@strwidth,
type=3,
width=\cmdstr@aaddgen@width
]
}{\ifthenelse{\equal{\firstchar}{\cmdstr@strands@genchartangle}}{
\ttanglegen[
bend=\cmdstr@aaddgen@bendtangle,
cdnx=\cmdstr@aaddgen@posx,
cdny=\cmdstr@aaddgen@posy,
height=\cmdstr@aaddgen@height,
strwidth=\cmdstr@aaddgen@strwidth,
tied=0,
width=\cmdstr@aaddgen@width
]
}{\ifthenelse{\equal{\firstchar}{\cmdstr@strands@genchartie}}{
\tie[
bull=\cmdstr@aaddgen@tiebull,
bulletie=\cmdstr@aaddgen@tiebullsize,
color=\cmdstr@aaddgen@tiecolor,
height=\cmdstr@aaddgen@height,
floor=\fpeval{\cmdstr@aaddgen@posy-1},
snake=\cmdstr@aaddgen@tiesnake,
snakeamp=\cmdstr@aaddgen@tiesnakeamp,
snakelen=\cmdstr@aaddgen@tiesnakelen,
snakends=\cmdstr@aaddgen@tiesnakends,
style=\cmdstr@aaddgen@tiestyle,
tieheight=\cmdstr@aaddgen@tieheight,
tiewidth=\cmdstr@aaddgen@tiewidth,
width=\cmdstr@aaddgen@width
]{\numstrand,\fpeval{\numstrand+1}}
}{\ifthenelse{\equal{\firstchar}{\cmdstr@strands@genchartiedtangle}}{
\ttanglegen[
bend=\cmdstr@aaddgen@bendtangle,
cdnx=\cmdstr@aaddgen@posx,
cdny=\cmdstr@aaddgen@posy,
height=\cmdstr@aaddgen@height,
strwidth=\cmdstr@aaddgen@strwidth,
tiecolor=\cmdstr@aaddgen@tiecolor,
tied=1,
tiesnake=\cmdstr@aaddgen@tiesnake,
tiesnakeamp=\cmdstr@aaddgen@tiesnakeamp,
tiesnakelen=\cmdstr@aaddgen@tiesnakelen,
tiesnakends=\cmdstr@aaddgen@tiesnakends,
tiestyle=\cmdstr@aaddgen@tiestyle,
tiewidth=\cmdstr@aaddgen@tiewidth,
width=\cmdstr@aaddgen@width
]
}{DO NOTHING!}}}}}}} % \ifthenelse always use "else", so it will do nothing if other letter.
}
% \strands - macro to draw braid-like element via generators (with tikz environment).
\makeatletter
\define@cmdkey[str]{ggens}{bendbraid}{}
\define@cmdkey[str]{ggens}{bendtangle}{}
\define@cmdkey[str]{ggens}{bulla}{}
\define@cmdkey[str]{ggens}{bullb}{}
\define@cmdkey[str]{ggens}{bulletends}{}
\define@cmdkey[str]{ggens}{direction}{}
\define@cmdkey[str]{ggens}{floor}{}
\define@cmdkey[str]{ggens}{font}{}
\define@cmdkey[str]{ggens}{height}{}
\define@cmdkey[str]{ggens}{labelver}{}
\define@cmdkey[str]{ggens}{labelhor}{}
\define@cmdkey[str]{ggens}{nstr}{}
\define@cmdkey[str]{ggens}{nstrsave}{}
\define@cmdkey[str]{ggens}{strwidth}{}
\define@cmdkey[str]{ggens}{tiebull}{}
\define@cmdkey[str]{ggens}{tiebullsize}{}
\define@cmdkey[str]{ggens}{tiecolor}{}
\define@cmdkey[str]{ggens}{tieheight}{}
\define@cmdkey[str]{ggens}{tiesnake}{}
\define@cmdkey[str]{ggens}{tiesnakeamp}{}
\define@cmdkey[str]{ggens}{tiesnakends}{}
\define@cmdkey[str]{ggens}{tiesnakelen}{}
\define@cmdkey[str]{ggens}{tiestyle}{}
\define@cmdkey[str]{ggens}{tiewidth}{}
\define@cmdkey[str]{ggens}{type}{}
\define@cmdkey[str]{ggens}{width}{}
\presetkeys[str]{ggens}{
bendbraid=\cmdstr@strands@bendbraid,
bendtangle=\cmdstr@strands@bendtangle,
bulla=1,
bullb=1,
bulletends=\cmdstr@strands@bulletsize,
direction=\cmdstr@strands@direction,
floor=0,
font=\cmdstr@strands@font,
height=\cmdstr@strands@height,
labelver=\cmdstr@strands@labelver,
labelhor=\cmdstr@strands@labelhor,
nstr=0,
nstrsave=0,
strwidth=\cmdstr@strands@strwidth,
tiebull=\cmdstr@strands@tiebull,
tiebullsize=\cmdstr@strands@tiebullsize,
tiecolor=\cmdstr@strands@tiecolor,
tieheight=\cmdstr@strands@tieheight,
tiesnake=\cmdstr@strands@tiesnake,
tiesnakeamp=\cmdstr@strands@tiesnakeamp,
tiesnakends=\cmdstr@strands@tiesnakends,
tiesnakelen=\cmdstr@strands@tiesnakelen,
tiestyle=\cmdstr@strands@tiestyle,
tiewidth=\cmdstr@strands@tiewidth,
type=3,
width=\cmdstr@strands@width
}{}
\newcounter{levelscounter} % count levels.
\newcommand{\sstrands}[2][]{
\setkeys[str]{ggens}{#1}
% number of strands.
\StrSubstitute{#2}{ }{}[\cmdstr@ggens@nstrsave] % remove whitespaces.
\StrSubstitute{\cmdstr@ggens@nstrsave}{\cmdstr@strands@gencharposbraid}{}[\cmdstr@ggens@nstrsave]
\StrSubstitute{\cmdstr@ggens@nstrsave}{\cmdstr@strands@gencharnegbraid}{}[\cmdstr@ggens@nstrsave]
\StrSubstitute{\cmdstr@ggens@nstrsave}{\cmdstr@strands@gencharvirtual}{}[\cmdstr@ggens@nstrsave]
\StrSubstitute{\cmdstr@ggens@nstrsave}{\cmdstr@strands@gencharsingular}{}[\cmdstr@ggens@nstrsave]
\StrSubstitute{\cmdstr@ggens@nstrsave}{\cmdstr@strands@genchartangle}{}[\cmdstr@ggens@nstrsave]
\StrSubstitute{\cmdstr@ggens@nstrsave}{\cmdstr@strands@genchartie}{}[\cmdstr@ggens@nstrsave]
\StrSubstitute{\cmdstr@ggens@nstrsave}{\cmdstr@strands@genchartiedtangle}{}[\cmdstr@ggens@nstrsave]
\StrSubstitute{\cmdstr@ggens@nstrsave}{\cmdstr@strands@genchartrivial}{}[\cmdstr@ggens@nstrsave]
\StrSubstitute{\cmdstr@ggens@nstrsave}{*}{,}[\cmdstr@ggens@nstrsave]
\StrSubstitute{\cmdstr@ggens@nstrsave}{-}{,}[\cmdstr@ggens@nstrsave]
\let\oldnstr\cmdstr@ggens@nstr
\renewcommand{\cmdstr@ggens@nstr}{\fpeval{max(max(\cmdstr@ggens@nstrsave)+1,\oldnstr)}}
% backstrands.
\StrCount{#2}{*}[\numlevs]
\permutation[ % backstrands.
bulla=0,
bullb=0,
floor=\fpeval{\cmdstr@ggens@floor/((\numlevs+1)*\cmdstr@ggens@height)}, % ??????????????
height=\fpeval{(\numlevs+1)*\cmdstr@ggens@height},
nstr=\cmdstr@ggens@nstr,
tkzpic=0,
type=0
]{1}
% generators.
\setcounter{levelscounter}{0}
\ForEach{*}{ % for each level.
\stepcounter{levelscounter}
\ForEachSublevel{-}{ % for each generator in level.
\aaddgen[ % add the generator.
bendbraid=\cmdstr@ggens@bendbraid,
bendtangle=\cmdstr@ggens@bendtangle,
direction=\cmdstr@ggens@direction,
floor=\cmdstr@ggens@floor,
generator=\thislevelitem,
height=\cmdstr@ggens@height,
level=\thelevelscounter,
numlevs=\numlevs,
strwidth=\cmdstr@ggens@strwidth,
tiebull=\cmdstr@ggens@tiebull,
tiebullsize=\cmdstr@ggens@tiebullsize,
tiecolor=\cmdstr@ggens@tiecolor,
tieheight=\cmdstr@ggens@tieheight,
tiesnake=\cmdstr@ggens@tiesnake,
tiesnakeamp=\cmdstr@ggens@tiesnakeamp,
tiesnakends=\cmdstr@ggens@tiesnakends,
tiesnakelen=\cmdstr@ggens@tiesnakelen,
tiestyle=\cmdstr@ggens@tiestyle,
tiewidth=\cmdstr@ggens@tiewidth,
width=\cmdstr@ggens@width
]
}
}{#2}
\decoratestrands[
bulla=\cmdstr@ggens@bulla,
bullb=\cmdstr@ggens@bullb,
bulletends=\cmdstr@ggens@bulletends,
floor=\fpeval{\cmdstr@ggens@floor/((\numlevs+1)*\cmdstr@ggens@height)},
font=\cmdstr@ggens@font,
height=\fpeval{(\numlevs+1)*\cmdstr@ggens@height},
labelver=\cmdstr@ggens@labelver,
labelhor=\cmdstr@ggens@labelhor,
nstr=\cmdstr@ggens@nstr,
type=\cmdstr@ggens@type,
width=\cmdstr@ggens@width
]
}
\makeatletter
\define@cmdkey[str]{gens}{bendbraid}{}
\define@cmdkey[str]{gens}{bendtangle}{}
\define@cmdkey[str]{gens}{bulla}{}
\define@cmdkey[str]{gens}{bullb}{}
\define@cmdkey[str]{gens}{bulletends}{}
\define@cmdkey[str]{gens}{direction}{}
\define@cmdkey[str]{gens}{floor}{}
\define@cmdkey[str]{gens}{font}{}
\define@cmdkey[str]{gens}{height}{}
\define@cmdkey[str]{gens}{labelver}{}
\define@cmdkey[str]{gens}{labelhor}{}
\define@cmdkey[str]{gens}{nstr}{}
\define@cmdkey[str]{gens}{nstrsave}{}
\define@cmdkey[str]{gens}{rotate}{}
\define@cmdkey[str]{gens}{scale}{}
\define@cmdkey[str]{gens}{strwidth}{}
\define@cmdkey[str]{gens}{tiebull}{}
\define@cmdkey[str]{gens}{tiebullsize}{}
\define@cmdkey[str]{gens}{tiecolor}{}
\define@cmdkey[str]{gens}{tieheight}{}
\define@cmdkey[str]{gens}{tiesnake}{}
\define@cmdkey[str]{gens}{tiesnakeamp}{}
\define@cmdkey[str]{gens}{tiesnakends}{}
\define@cmdkey[str]{gens}{tiesnakelen}{}
\define@cmdkey[str]{gens}{tiestyle}{}
\define@cmdkey[str]{gens}{tiewidth}{}
\define@cmdkey[str]{gens}{tkzpic}{}
\define@cmdkey[str]{gens}{type}{}
\define@cmdkey[str]{gens}{width}{}
\presetkeys[str]{gens}{
bendbraid=\cmdstr@strands@bendbraid,
bendtangle=\cmdstr@strands@bendtangle,
bulla=1,
bullb=1,
bulletends=\cmdstr@strands@bulletsize,
direction=\cmdstr@strands@direction,
floor=0,
font=\cmdstr@strands@font,
height=\cmdstr@strands@height,
labelver=\cmdstr@strands@labelver,
labelhor=\cmdstr@strands@labelhor,
nstr=0,
nstrsave=0,
rotate=\cmdstr@strands@rotate,
scale=\cmdstr@strands@scale,
strwidth=\cmdstr@strands@strwidth,
tiebull=\cmdstr@strands@tiebull,
tiebullsize=\cmdstr@strands@tiebullsize,
tiecolor=\cmdstr@strands@tiecolor,
tieheight=\cmdstr@strands@tieheight,
tiesnake=\cmdstr@strands@tiesnake,
tiesnakeamp=\cmdstr@strands@tiesnakeamp,
tiesnakends=\cmdstr@strands@tiesnakends,
tiesnakelen=\cmdstr@strands@tiesnakelen,
tiestyle=\cmdstr@strands@tiestyle,
tiewidth=\cmdstr@strands@tiewidth,
tkzpic=\cmdstr@strands@tkzpic,
type=3,
width=\cmdstr@strands@width
}{}
\newcommand{\strands}[2][]{
\setkeys[str]{gens}{#1}
\ifthenelse{\equal{\cmdstr@gens@tkzpic}{1}}{
\begin{tikzpicture}[rotate=\cmdstr@gens@rotate,scale=\cmdstr@gens@scale]
\sstrands[
bendbraid=\cmdstr@gens@bendbraid,
bendtangle=\cmdstr@gens@bendtangle,
bulla=\cmdstr@gens@bulla,
bullb=\cmdstr@gens@bullb,
bulletends=\cmdstr@gens@bulletends,
direction=\cmdstr@gens@direction,
floor=\cmdstr@gens@floor,
font=\cmdstr@gens@font,
height=\cmdstr@gens@height,
labelver=\cmdstr@gens@labelver,
labelhor=\cmdstr@gens@labelhor,
nstr=\cmdstr@gens@nstr,
nstrsave=\cmdstr@gens@nstrsave,
strwidth=\cmdstr@gens@strwidth,
tiebull=\cmdstr@gens@tiebull,
tiebullsize=\cmdstr@gens@tiebullsize,
tiecolor=\cmdstr@gens@tiecolor,
tieheight=\cmdstr@gens@tieheight,
tiesnake=\cmdstr@gens@tiesnake,
tiesnakeamp=\cmdstr@gens@tiesnakeamp,
tiesnakends=\cmdstr@gens@tiesnakends,
tiesnakelen=\cmdstr@gens@tiesnakelen,
tiestyle=\cmdstr@gens@tiestyle,
tiewidth=\cmdstr@gens@tiewidth,
type=\cmdstr@gens@type,
width=\cmdstr@gens@width
]{#2}
\end{tikzpicture}
}{
\sstrands[
bendbraid=\cmdstr@gens@bendbraid,
bendtangle=\cmdstr@gens@bendtangle,
bulla=\cmdstr@gens@bulla,
bullb=\cmdstr@gens@bullb,
bulletends=\cmdstr@gens@bulletends,
direction=\cmdstr@gens@direction,
floor=\cmdstr@gens@floor,
font=\cmdstr@gens@font,
height=\cmdstr@gens@height,
labelver=\cmdstr@gens@labelver,
labelhor=\cmdstr@gens@labelhor,
nstr=\cmdstr@gens@nstr,
nstrsave=\cmdstr@gens@nstrsave,
strwidth=\cmdstr@gens@strwidth,
tiebull=\cmdstr@gens@tiebull,
tiebullsize=\cmdstr@gens@tiebullsize,
tiecolor=\cmdstr@gens@tiecolor,
tieheight=\cmdstr@gens@tieheight,
tiesnake=\cmdstr@gens@tiesnake,
tiesnakeamp=\cmdstr@gens@tiesnakeamp,
tiesnakends=\cmdstr@gens@tiesnakends,
tiesnakelen=\cmdstr@gens@tiesnakelen,
tiestyle=\cmdstr@gens@tiestyle,
tiewidth=\cmdstr@gens@tiewidth,
type=\cmdstr@gens@type,
width=\cmdstr@gens@width
]{#2}
}
}
% \Finale
\endinput
