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-rw-r--r--Tex/old_master/Glossary.tex24
-rw-r--r--Tex/old_master/Master.pdfbin386683 -> 0 bytes
-rw-r--r--Tex/old_master/Master.tex166
-rw-r--r--Tex/old_master/Titlepage.tex38
-rw-r--r--Tex/old_master/VCPref-main.tex109
-rw-r--r--Tex/old_master/Vaucanson-G.tex946
-rw-r--r--Tex/old_master/epic.sty562
-rw-r--r--Tex/old_master/multido.sty27
-rw-r--r--Tex/old_master/multido.tex311
-rw-r--r--Tex/old_master/vaucanson-g.sty14
10 files changed, 0 insertions, 2197 deletions
diff --git a/Tex/old_master/Glossary.tex b/Tex/old_master/Glossary.tex
deleted file mode 100644
index 816d44a..0000000
--- a/Tex/old_master/Glossary.tex
+++ /dev/null
@@ -1,24 +0,0 @@
-%Einträge für das Glossar vordefinieren
-\storeglosentry{glos:DTN}{name=Delay Tolerant Networking ,
- description={Lorem}}
-
-\storeglosentry{glos:finitestatemachine}{name=finite state machine ,
- description={Lorem}}
-
-\storeglosentry{glos:drivermodules}{name=driver modules ,
- description={Lorem}}
-
-\storeglosentry{glos:essid}{name=ESSID ,
- description={Lorem}}
-
-\storeglosentry{glos:kernel}{name=kernel ,
- description={Lorem}}
-
-\storeglosentry{glos:gumdaemon}{name=GumDaemon ,
- description={Lorem}}
-
-\storeglosentry{glos:adhoc}{name=ad-hoc ,
- description={Lorem}}
-
-%Einträge für das Abkürzungsverzeichnis vordefinieren
-\newacronym{DTN}{\gls{glos:DTN}}{} \ No newline at end of file
diff --git a/Tex/old_master/Master.pdf b/Tex/old_master/Master.pdf
deleted file mode 100644
index f6ed28b..0000000
--- a/Tex/old_master/Master.pdf
+++ /dev/null
Binary files differ
diff --git a/Tex/old_master/Master.tex b/Tex/old_master/Master.tex
deleted file mode 100644
index 143dfeb..0000000
--- a/Tex/old_master/Master.tex
+++ /dev/null
@@ -1,166 +0,0 @@
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Document Class %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-\documentclass[a4paper, twoside, 11pt]{book}
-
-
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Includes %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-%\usepackage{ngerman}
-%\usepackage[ngerman]{babel}
-\usepackage[utf8x]{inputenc}
-\usepackage[table]{xcolor}
-\usepackage{amssymb}
-\usepackage{amsmath}
-\usepackage{graphicx}
-\usepackage{epstopdf}
-\usepackage{listings}
-\usepackage{apacite}
-%\usepackage{apacite-deutsch}
-\usepackage{times, helvet,courier}
-\usepackage{esvect}
-\usepackage[T1]{fontenc}
-\usepackage[stable,perpage, ragged, multiple]{footmisc}
-\usepackage{listing}
-\usepackage{multido}
-\usepackage[acronym=true,toc=true]{glossary}
-%\usepackage{vaucanson-g}
-%\usepackage{a4wide}
-\usepackage{pstricks}
-\usepackage{makeidx}
-\usepackage{courier, helvet}
-\usepackage{lipsum}
-
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Styles for Programming Language Highlighting %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\lstset{language=Perl,
- showstringspaces=false,
- stringstyle=\ttfamily,
- basicstyle=\ttfamily,
- frameround=ftff,
- frame=shadowbox,
- %keywordstyle=\color{red},
- numbers=left,
- aboveskip=7pt}
-
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Selfdefined Commands %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-% example environment
-\newtheorem{example}{Example}
-
-% perl need to be followed by lstlisting env
-%\newcommand{perl}{\lstset{language=Perl}}
-
-% bash need to be followed by lstlisting env
-%\newcommand{perl}{\lstset{language=bash}}
-
-
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Information %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-%this is not used atm sicne a template for the titlepage has been inclluded and is used
-\author{Thomas Mayer}
-\title{Bachelor Thesis:\\ Delay Tolerant Networking, a realization on the Gumstix Verdex Platform}
-\date{\today}
-
-
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Glossary and Listings Style %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% In order to build glossary info the following commands have to be run in a shell:
-% latex datei
-% makeindex -s datei.ist -t datei.alg -o datei.acn datei.acr % for list of acronyms
-% makeindex -s datei.ist -t datei.glg -o datei.gls datei.glo % for glossary
-% makeindex -s datei.ist -t datei.slg -o datei.syi datei.syg % for list of symbols
-% latex datei
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-\newglossarytype[slg]{symbolslist}{syg}{syi}
-\setglossarystyle[symbolslist]{style=long,number=none}
-\setglossarystyle[acronym]{style=long,number=none}
-\setglossarystyle[glossary]{style=altlist}
-\setacronymnamefmt{\gloshort}
-\setacronymdescfmt{\glolong}
-\makeglossary
-\makeacronym
-\makeindex
-%\makesymbolslist
-
-\input{Glossary}
-
-
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Titlepage %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-\begin{document}
-
-\input{Titlepage}
-\pagestyle{empty}
-
-
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Abstract %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-\begin{center}
- \textbf{Abstract:}
-\end{center}
-\input{Abstract}
-
-
-
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Create ListOfTables and ListOfFigures %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-\clearpage{\pagestyle{empty}\cleardoublepage}
-\pagestyle{headings}
-\pagenumbering{roman}
-\listoffigures
-\listoftables
-\tableofcontents
-\clearpage{\pagestyle{empty}\cleardoublepage}
-\pagenumbering{arabic}
-
-
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Content %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-\input{Motivation}
-\input{DelayTolerantNetworking}
-\input{Environment}
-\input{Deployment}
-\input{Conclusion}
-
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Create Glossary and Index %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-\clearpage{\pagestyle{empty}\cleardoublepage}
-\pagenumbering{Roman}
-\def\glossaryname{Glossary}
-\printglossary
-
-\def\acronymname{List of Acronyms}
-\printacronym
-
-%\def\symbolslistname{List of symbols}
-%\printsymbolslist
-
-\printindex
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Bibliography %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-\bibliographystyle{kogwis99-apacite}
-
-\end{document}
diff --git a/Tex/old_master/Titlepage.tex b/Tex/old_master/Titlepage.tex
deleted file mode 100644
index a08551a..0000000
--- a/Tex/old_master/Titlepage.tex
+++ /dev/null
@@ -1,38 +0,0 @@
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Title %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-
-\begin{titlepage}
- \begin{center}
- % Logo
- \includegraphics[width=0.3\textwidth]{Images/unisiegel}\\[1cm]
-
- \textsc{\LARGE University of Freiburg}\\[0.5cm]
- \textsc{Department of Computer Science}\\[2cm]
- \textsc{\LARGE Bachelor Thesis}\\[0.5cm]
-
- % Title
- \rule{\linewidth}{0.5mm} \\[0.4cm]
- \textsc{ \huge \bfseries Delay Tolerant Networking: \\[0.3cm] A Realization on the Gumstix Verdex Platform}\\[0.4cm]
- \rule{\linewidth}{0.5mm} \\[1.5cm]
-
- % Author and supervisor
- \begin{minipage}{0.4\textwidth}
- \begin{flushleft} \large
- \emph{Author:}\\
- Thomas Mayer
- \end{flushleft}
- \end{minipage}
- \begin{minipage}{0.4\textwidth}
- \begin{flushright} \large
- \emph{Supervisor:} \\
- Prof. Dr. Schindelhauer\\
- Dipl. Inf. Rührup
- \end{flushright}
- \end{minipage}
-
- \vfill
- % Bottom of the page
- {\large \today}
- \end{center}
-\end{titlepage} \ No newline at end of file
diff --git a/Tex/old_master/VCPref-main.tex b/Tex/old_master/VCPref-main.tex
deleted file mode 100644
index 13160a2..0000000
--- a/Tex/old_master/VCPref-main.tex
+++ /dev/null
@@ -1,109 +0,0 @@
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%
-% This files contains initial values
-% of Vaucanson's parameter
-% Modify it to create your own style
-%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%
-% State aspect
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\SetStateLabelColor{black} %% color
-\SetStateLabelScale{1.7} %% float
-\SetStateLineStyle{solid} %% aspect (other values: none, dashed, dotted)
-\SetStateLineWidth{1.8pt} %% length
-\SetStateLineColor{black} %% color
-\SetStateFillStatus{solid} %% aspect
-\SetStateFillColor{white} %% color
-\FixDimState{solid}{gray}{1}{gray}{white} %% LineStyle,LineColor,LineCoef (*\StateLineWidth),LabelColor,FillColor
-\FixStateLineDouble{0.6}{0.4} %% Double style: \StateLineDblCoef, \StateLineDblSep, coeffs applied to \StateLineWidth
-%%%%%%%%%%%%%%
-% Edge aspect
-%%%%%%%%%%%%%%
-\SetEdgeLabelColor{black} %% color
-\SetEdgeLabelScale{1.7} %% float
-\SetEdgeLineStyle{solid} %% aspect
-\SetEdgeLineWidth{1pt} %% length
-\SetEdgeLineColor{black} %% color
-\SetArcAngle{15} %% int (degree)
-\SetLArcAngle{30} %% int (degree)
-\SetArcCurvature{0.8} %% float
-\SetEdgeOffset{0pt} %% length
-\SetArcOffset{1pt} %% length
-\SetLoopOffset{0pt} %% length
-\renewcommand{\ForthBackEdgeOffset}{5} %% float : coef*\EdgeLineWidth -> offset
-\FixDimEdge{solid}{1.2}{gray}{gray} %% LineStyle,LineCoef,LineColor,LabelColor
-\FixEdgeBorder{2}{white} %% int,color : coef*\EdgeLineWidth -> width of border
-\FixEdgeLineDouble{0.5}{0.6} %% float : coefs*\EdgeLineWidth -> (width of lines, distance)
-%%%%%%%%%%%%%%
-% ZZ aspect
-%%%%%%%%%%%%%%
-\setlength{\ZZSize}{.9cm} % length : apparent diameter
-\renewcommand{\ZZShape}{0.5} % coef: opening of the ZZ
-\SetZZLineWidth{1.7} % float
-\renewcommand{\TransLabelZZCoef}{0.6} % float : coef*\ZZSize -> distance added for labels
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Scales --- Default settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\renewcommand{\LargeScale}{0.85} %float : argument of a \scalebox
-\renewcommand{\MediumScale}{0.6} %float
-\renewcommand{\SmallScale}{0.5} %float
-\renewcommand{\TinyScale}{0.42} %float
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% State parameters --- Default settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\setlength{\MediumStateDiameter}{.9cm} %length
-\setlength{\SmallStateDiameter}{.6cm} %length
-\setlength{\LargeStateDiameter}{1.2cm} %length
-\setlength{\VerySmallStateDiameter}{.3cm} %length
-\renewcommand{\VSStateLineCoef}{.6} %float : coef *\StateLineWidth
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\renewcommand{\ArrowOnMediumState}{1.5} %float : coef *\StateDiameter for size of initial and final arrows
-\renewcommand{\ArrowOnSmallState}{1.7} %float
-\renewcommand{\ArrowOnLargeState}{1.3} %float
-\renewcommand{\ArrowOnVerySmallState}{5} %float
-\renewcommand{\LoopOnMediumState}{7} %float : curvature
-\renewcommand{\LoopOnSmallState}{9.6} %float
-\renewcommand{\LoopOnLargeState}{5.8} %float
-\renewcommand{\LoopOnVariableState}{5.1} %float
-\renewcommand{\CLoopOnMediumState}{8} %float
-\renewcommand{\CLoopOnSmallState}{12} %float
-\renewcommand{\CLoopOnLargeState}{6} %float
-\renewcommand{\CLoopOnVariableState}{5.2} %float
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Edge parameters --- Default settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\renewcommand{\EdgeLabelPosit}{.45} %per cent (use \Fix..LabelPosit with values in [10;90])
-\renewcommand{\EdgeLabelRevPosit}{.55}
-\renewcommand{\ArcLabelPosit}{.40}
-\renewcommand{\ArcLabelRevPosit}{.60}
-\renewcommand{\LArcLabelPosit}{.40}
-\renewcommand{\LArcLabelRevPosit}{.60}
-\renewcommand{\LoopLabelPosit}{.25}
-\renewcommand{\LoopLabelRevPosit}{.75}
-\renewcommand{\CLoopLabelPosit}{.25}
-\renewcommand{\CLoopLabelRevPosit}{.75}
-\renewcommand{\InitStateLabelPosit}{.10}
-\renewcommand{\InitStateLabelRevPosit}{.90}
-\renewcommand{\FinalStateLabelPosit}{.90}
-\renewcommand{\FinalStateLabelRevPosit}{.10}
-\SetEdgeArrowWidth{5pt} %length of the edge arrow
-\SetEdgeArrowLengthCoef{1.4} %float : coef*\EdgeArrowSizeDim width of EA
-\setlength{\EdgeDblArrowWidth}{5.5pt} %length : size of EA for double transitions
-\renewcommand{\EdgeDblArrowLengthCoef}{1.7} %int
-\SetEdgeArrowInsetCoef{0.1} %float : coef*\EdgeArrowSizeDim
-\SetEdgeArrowStyle{->} %style (other styles : <-, |-|, -|,...)
-\renewcommand{\EdgeRevArrowStyle}{<-} %style for reverse transitions
-\renewcommand{\StateDimen}{outer} %side of the boundary of states that corresponds to the diameter
-\renewcommand{\StateDblDimen}{middle} %idem for states with double line (values: outer, middle or inner)
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Initialization
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\SetVCDirectory{} %default dir=current dir
-\HideFrame
-\HideGrid
-\MediumPicture
-\HideName
-\RigidLabel
-\FullState %% PlainState
-\MediumState
diff --git a/Tex/old_master/Vaucanson-G.tex b/Tex/old_master/Vaucanson-G.tex
deleted file mode 100644
index e364fc4..0000000
--- a/Tex/old_master/Vaucanson-G.tex
+++ /dev/null
@@ -1,946 +0,0 @@
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%
-% Vaucanson_v4.tex
-%
-% Automata drawer based on Pstricks
-%
-% V 0.2 - 03/05/09
-% modification of StateVar
-% Chg*LabelScale is relative w.r.t Set*LabelScale
-% Chg Vaucanson to Vaucanson-G
-% V 0.3 - 03/09/10
-% VCPref-main is no more required to initialize VC-G
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Commands for geometric constructions
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% constants
-\newcommand{\SQRTwo}{0.717}
-\newcommand{\SQRThree}{1.732}
-\newcommand{\GoldMean}{0.618}
-\newcommand{\GoldMeanI}{1.618}
-\newcommand{\SQRGoldMeanI}{1.272}
-\newcommand{\Vaucanson}{\textsc{V$\overline{\text{au}}$C%
-\raisebox{.3ex}{$\underline{\text{an}}$}S$\overline{\text{on}}$-G}\xspace}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% Edge label drawing macros
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Separator in compound labels (eg \IOL{input}{output})
-\newcommand{\IOL}[2]{#1\!\mid\! #2}
-%%% Stacked labels
-\newcommand{\StackTwoLabels}[2]{%
- \renewcommand{\arraystretch}{0.75}%
- \begin{array}{c}#1\\ #2 \end{array}%
- \renewcommand{\arraystretch}{1.333}}
-\newcommand{\StackThreeLabels}[3]{%
- \renewcommand{\arraystretch}{0.75}%
- \begin{array}{c}#1\\ #2 \\ #3 \end{array}%
- \renewcommand{\arraystretch}{1.333}}
-%%% Stacked labels with +
-\newcommand{\StackTwoLabelsP}[2]{%
- \renewcommand{\arraystretch}{0.75}%
- \begin{array}{c}#1\\ + \\ #2 \end{array}%
- \renewcommand{\arraystretch}{1.333}}
-\newcommand{\StackThreeLabelsP}[3]{%
- \renewcommand{\arraystretch}{0.75}%
- \begin{array}{c}#1\\ + \\ #2 \\ + \\ #3 \end{array}%
- \renewcommand{\arraystretch}{1.333}}
-%%% Lined up labels (with +)
-\newcommand{\LineTwoLabelsP}[2]{#1 + #2}
-\newcommand{\LineThreeLabelsP}[3]{#1 + #2 + #3}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Scales --- Default settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\newcommand{\LargeScale}{0.85}
-\newcommand{\MediumScale}{0.6}
-\newcommand{\SmallScale}{0.5}
-\newcommand{\TinyScale}{0.42}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% State parameters --- Default settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Size = StateDiameter
-%%% The preset sizes are given in cm, and not in "psunits".
-%%% This allows to use different scales for the whole figure
-%%% and for the "drawing grid".
-\newlength{\MediumStateDiameter}
-\newlength{\SmallStateDiameter}
-\newlength{\LargeStateDiameter}
-\newlength{\VerySmallStateDiameter}
-\setlength{\MediumStateDiameter}{.9cm}
-\setlength{\SmallStateDiameter}{.6cm}
-\setlength{\LargeStateDiameter}{1.2cm}
-\setlength{\VerySmallStateDiameter}{.3cm}
-%%% Border line = StateLine
-\newlength{\StateLineWidth} % width
-\setlength{\StateLineWidth}{1.8pt}
-\newcommand{\StateLineStyle}{solid} % style
-\newcommand{\StateLineColor}{black}
-\newif\ifStateLineDbl \StateLineDblfalse
-\newcommand{\StateLineDblCoef}{0.6}
-\newcommand{\StateLineDblSep}{0.4}
-\newcommand{\VSStateLineCoef}{.6} % coef. for very small state
-%%% State background and label
-\newcommand{\StateFillStatus}{solid}
-\newcommand{\StateFillColor}{white}
-\newcommand{\StateLabelColor}{black}
-\newcommand{\StateLabelScale}{1.2}
-\newcommand{\SmallStateFillStatus}{solid} %
-\newcommand{\SmallStateFillColor}{white} %
- % As they have usually no labels it useful
- % to have a coloring facility for the "SmallState"
-%%% Dimmed states (e.g. for non accessible states)
-\newcommand{\DimStateLineStyle}{solid}
-\newcommand{\DimStateLineCoef}{1} %
-\newcommand{\DimStateLineColor}{gray}
-\newcommand{\DimStateLabelColor}{gray}
-\newcommand{\DimStateFillColor}{white}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Edge drawing parameters --- Default settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% line
-\newlength{\EdgeLineWidth}
-\setlength{\EdgeLineWidth}{1pt}
-\newcommand{\EdgeLineStyle}{solid}
-\newif\ifEdgeLineDbl \EdgeLineDblfalse
-%\newcommand{\EdgeLineDblStatus}{false}
-\newcommand{\EdgeLineDblCoef}{0.5}
-\newcommand{\EdgeLineDblSep}{0.6}
-\newcommand{\EdgeLineColor}{black}
-% arrow
-\newlength{\EdgeArrowWidth}\setlength{\EdgeArrowWidth}{5pt}
-\newlength{\EdgeDblArrowWidth}\setlength{\EdgeDblArrowWidth}{5.5pt}
-\newcommand{\EdgeArrowLengthCoef}{1.4}
-\newcommand{\EdgeDblArrowLengthCoef}{1.7}
-\newcommand{\EdgeArrowInset}{0.1}
-\newcommand{\EdgeArrowStyle}{->}
-\newcommand{\EdgeRevArrowStyle}{<-}
-% border
-\newcommand{\EdgeLineBorderCoef}{2}
-\newcommand{\EdgeLineBorderColor}{white}
-% label
-\newcommand{\EdgeLabelColor}{black}
-\newcommand{\EdgeLabelScale}{0.8}
-%%% Dimmed edges
-\newcommand{\DimEdgeLineCoef}{1.2}
-\newcommand{\DimEdgeLineStyle}{solid}
-\newcommand{\DimEdgeLineColor}{gray}
-\newcommand{\DimEdgeLabelColor}{gray}
-%%% Zigzag edges parameter
-\newlength{\ZZSize}
-\setlength{\ZZSize}{.9cm}%\MediumStateDiameter
-\newcommand{\ZZShape}{0.5}
-\newcommand{\ZZLineWidth}{1.7}% coefficient multiplicateur
-\newcommand{\TransLabelZZCoef}{0.6}% coefficient multiplicateur
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Edge geometric parameters --- Default settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Edge
-\newlength{\EdgeOffset}
-\setlength{\EdgeOffset}{0pt}
-\newcommand{\ForthBackEdgeOffset}{5}% coef
-% Arc parameters
-\newcommand{\VaucArcAngle}{15}
-\newcommand{\VaucArcCurvature}{0.8}
-\newlength{\VaucArcOffset}
-\setlength{\VaucArcOffset}{1pt}
-% Large Arc parameters
-\newcommand{\VaucLArcAngle}{30}
-\newcommand{\VaucLArcCurvature}{0.8}
-\newlength{\LoopOffset}\setlength{\LoopOffset}{0pt}
-\newlength{\LoopVarOffset}\setlength{\LoopVarOffset}{.7pt}
-\newcommand{\LoopAngle}{30}
-\newcommand{\CLoopAngle}{22}
-\newcommand{\LoopVarAngle}{28}
-% Size of loops (depending on the size of the state)
-\newcommand{\LoopOnMediumState}{7}
-\newcommand{\LoopOnSmallState}{9.6}
-\newcommand{\LoopOnLargeState}{5.8}
-\newcommand{\LoopOnVariableState}{5.1}
-\newcommand{\LoopOnVerySmallState}{15}
-\newcommand{\CLoopOnMediumState}{8}
-\newcommand{\CLoopOnSmallState}{12}
-\newcommand{\CLoopOnLargeState}{6}
-\newcommand{\CLoopOnVariableState}{5.2}
-%\newcommand{\CLoopOnVerySmallState}{14}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% Edge label parameters --- Default settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% label distance from transition
-\newlength{\TransLabelSep}\setlength{\TransLabelSep}{3.5pt}
-% label position on transitions
-\newcommand{\EdgeLabelPosit}{.45}\newcommand{\EdgeLabelRevPosit}{.55}
-\newcommand{\ArcLabelPosit}{.4}\newcommand{\ArcLabelRevPosit}{.6}
-\newcommand{\LArcLabelPosit}{.4}\newcommand{\LArcLabelRevPosit}{.6}
-\newcommand{\LoopLabelPosit}{.25}\newcommand{\LoopLabelRevPosit}{.75}
-\newcommand{\CLoopLabelPosit}{.25}\newcommand{\CLoopLabelRevPosit}{.75}
-% label position on initial-final arrow
-\newcommand{\InitStateLabelPosit}{.1}\newcommand{\InitStateLabelRevPosit}{.9}
-\newcommand{\FinalStateLabelPosit}{.9}\newcommand{\FinalStateLabelRevPosit}{.1}
-%%% Size of initial and final arrow
-% the size is relative to the diameter
-% and the coefficient varies with the diameter
-\newcommand{\ArrowOnStateCoef}{}
-\newcommand{\ArrowOnMediumState}{1.5}
-\newcommand{\ArrowOnSmallState}{1.7}
-\newcommand{\ArrowOnLargeState}{1.3}
-\newcommand{\ArrowOnVerySmallState}{5}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% Shift for aligned labels
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\newlength{\VertShiftH} \settoheight{\VertShiftH}{$\{$}
-\newlength{\VertShiftD} \settodepth{\VertShiftD}{$\{$}
-\newlength{\VertShift}
-\setlength{\VertShift}{.5\VertShiftD-.5\VertShiftH}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% flags
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\newif\ifVCFrame
-\newcommand{\HideFrame}{\VCFramefalse}
-\newcommand{\ShowFrame}{\VCFrametrue}
-\newif\ifVCGrid
-\newcommand{\HideGrid}{\VCGridfalse}
-\newcommand{\ShowGrid}{\VCGridtrue}
-\newif\ifVCRigidLabel
-\newcommand{\RigidLabel}{\VCRigidLabeltrue}
-\newcommand{\SwivelLabel}{\VCRigidLabelfalse}
-\newif\ifVCStateLabelBaseLine
-\newcommand{\AlignedLabel}{\VCStateLabelBaseLinetrue}
-\newcommand{\FloatingLabel}{\VCStateLabelBaseLinefalse}
-\HideFrame
-\HideGrid
-\RigidLabel
-\FloatingLabel
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% style for the frame around the picture
-\psset{unit=1cm}
-\newpsstyle{VaucFrameStyle}{arrows=-,framesep=0pt,%
- linewidth=0.6pt,linecolor=black,%
- linestyle=solid,%
- doubleline=false,%
- fillcolor=white,fillstyle=none,%
- cornersize=relative,framearc=0}
-\newcommand{\FrameStyle}{\psset{style=VaucFrameStyle}}
-\newpsstyle{VaucGridStyle}{%
- gridwidth=0.6pt,griddots=10,subgriddiv=1,%
- gridlabels=7pt}
-\newcommand{\GridStyle}{\psset{style=VaucGridStyle}}
-% figure, vertically centered by default
-% draw frame according to VCFrame flag
-% Set the shift for aligned label w.r.t the current size of characters
-\newenvironment{VCPicture}[2][.5]%
- {\settoheight{\VertShiftH}{$\{$}%
- \settodepth{\VertShiftD}{$\{$}%
- \setlength{\VertShift}{.5\VertShiftD-.5\VertShiftH}%
- \begin{pspicture}[#1]#2%
- \ifVCFrame \FrameStyle \psframe#2\fi%
- \ifVCGrid \FrameStyle\GridStyle \psgrid#2\fi}%
- {\RstState\RstEdge%
- \end{pspicture}}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Scaling matters
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% The "sizes" (for states) and the "line widths" are given
-%%% as "lengthes" in a fixed unit (cm or pt), whereas the positions
-%%% are supposed to be given in "psunits".
-%%% This allows to use different scaling parameters
-%%% for the whole figure and for the "drawing grid".
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Scaling commands
-\newcommand{\VCScale}{0.6}% Global scale parameter
-\newcommand{\VCGridScale}{1}% Global scale parameter
-%
-\newcommand{\FixVCScale}[1]{\renewcommand{\VCScale}{#1}}% v4 pour
-% % cause de syntaxe
-\newcommand{\LargePicture}{\FixVCScale{\LargeScale}}
-\newcommand{\MediumPicture}{\FixVCScale{\MediumScale}}
-\newcommand{\SmallPicture}{\FixVCScale{\SmallScale}}
-\newcommand{\TinyPicture}{\FixVCScale{\TinyScale}}
-%%% Grid scale commands
-% \newcommand{\VCGridScale}{}% Grid scale parameter
-%
-\newcommand{\FixVCGridScale}[1]{\renewcommand{\VCGridScale}{#1}}% v4 pour
-% "grid unit"
-%%%%% Typical figure would look like
-% \scalebox{\VCScale}{%
-% \begin{VCPicture}{(x0,y0)(x1,y1)}
-% % figure description
-% \end{VCPicture}%
-% }
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% Using a special directory for the figure
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\newcommand{\VCDirectory}{}
-\newcommand{\SetVCDirectory}[1]{\renewcommand{\VCDirectory}{#1}}
-% flag for printing the name of the figure file
-\newif\ifVCName
-\newcommand{\HideName}{\VCNamefalse}
-\newcommand{\ShowName}{\VCNametrue}
-\newcommand{\VCDraw}[2][\VCGridScale]{%
-\psset{unit=#1cm}%
-\ifVCName\makebox[0pt][r]{\fbox{{\scriptsize #2}}}\fi%
-\scalebox{\VCScale}{#2}%
-\psset{unit=1cm}}
-\newcommand{\VCCall}[2][\VCGridScale]{%
-\psset{unit=#1cm}%
-\ifVCName\makebox[0pt][r]{\fbox{{\scriptsize #2}}}\fi%
-\scalebox{\VCScale}{\input{\VCDirectory #2}}%
-\psset{unit=1cm}}
-%%% commands
-\newcommand{\VCPut}[3][0]{\rput{#1}#2{#3}}%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% State internal parameters --- Initial settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\newlength{\StateLineWid}
-\setlength{\StateLineWid}{\StateLineWidth}
-\newcommand{\StateLineSty}{\StateLineStyle}
-\newcommand{\StateLineCol}{\StateLineColor}
-%\newcommand{\StateLineDblSta}{\StateLineDblStatus}
-\newcommand{\StateLineDblWid}{\StateLineDblWidth}
-\newcommand{\StateLineDblSp}{\StateLineDblSep}
-\newcommand{\StateFillCol}{\StateFillColor}
-\newcommand{\StateFillSta}{\StateFillStatus}
-\newcommand{\StateLabelSca}{1}
-\newcommand{\StateLabelCol}{\StateLabelColor}
-\newcommand{\StateDimen}{outer}
-\newcommand{\StateDblDimen}{middle}
-%%% Initial-final quality
-\newcommand{\VCIFflag}{2}\newcommand{\VCIFflagtemp}{2}
-\newcommand{\PlainState}%
- {\renewcommand{\VCIFflag}{0}\renewcommand{\VCIFflagtemp}{0}}
-\newcommand{\FullState}%
- {\renewcommand{\VCIFflag}{2}\renewcommand{\VCIFflagtemp}{2}}
-\newcommand{\IFState}{\renewcommand{\VCIFflag}{1}}
-\newcommand{\IFXState}{\renewcommand{\VCIFflag}{2}}
-\newcommand{\RstVCIF}{\renewcommand{\VCIFflag}{\VCIFflagtemp}}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% State drawing style
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% flag for hiding -- showing states (used for overlays in slides)
-% the trick is to have two different styles and instead of
-% saving\restoring parameters
-\newif\ifVCShowState
-\newcommand{\HideState}{\VCShowStatefalse}
-\newcommand{\ShowState}{\VCShowStatetrue}
-\ShowState % initialisation
-% the only difference between the two styles is the linestyle
-\newpsstyle{VaucStateStyle}{framesep=0pt,%
- linewidth=\StateLineWid,linecolor=\StateLineCol,%
- linestyle=\StateLineSty,doubleline=false,%
- fillcolor=\StateFillCol,fillstyle=\StateFillSta,%
- border=0pt,dimen=\StateDimen,%
- cornersize=relative,framearc=1,framesep=0pt}
-\newpsstyle{VaucStateDblStyle}{framesep=0pt,%
- linewidth=\StateLineDblCoef\StateLineWid,linecolor=\StateLineCol,%
- linestyle=\StateLineSty,doubleline=true,doublesep=\StateLineDblSep\StateLineWid,%
- fillcolor=\StateFillCol,fillstyle=\StateFillSta,%
- border=0pt,dimen=\StateDblDimen,%
- cornersize=relative,framearc=1,framesep=0pt}
-\newpsstyle{VaucHiddenStateStyle}{framesep=0pt,%
- linewidth=\StateLineWid,linecolor=\StateLineCol,%
- linestyle=none,%
- fillcolor=\StateFillCol,fillstyle=none,%
- border=0pt,dimen=outer,%
- cornersize=relative,framearc=1,framesep=0pt}
-\newcommand{\StateStyle}{%
- \ifVCShowState%
- \ifStateLineDbl\psset{style=VaucStateDblStyle}\else\psset{style=VaucStateStyle}\fi%
- \else\psset{style=VaucHiddenStateStyle}\fi}
-\newcommand{\VaucStateRBLabel}[1]{%
- \textcolor{\StateLabelCol}{\scalebox{\StateLabelSca}{\scalebox{\StateLabelScale}{\rput[B]{0}(0,\VertShift){$ #1 $}}}}}%
-\newcommand{\VaucStateLabel}[1]%
- {\ifVCShowState%
- \ifVCRigidLabel%
- \ifVCStateLabelBaseLine%
- \textcolor{\StateLabelCol}{\scalebox{\StateLabelSca}{\scalebox{\StateLabelScale}{\rput[B]{*0}(0,\VertShift){$ #1 $}}}}%
- \else
- \textcolor{\StateLabelCol}{\scalebox{\StateLabelSca}{\scalebox{\StateLabelScale}{\rput{*0}(0,0){$ #1 $}}}}%
- \fi
- \else
- \textcolor{\StateLabelCol}{\scalebox{\StateLabelSca}{\scalebox{\StateLabelScale}{$ #1 $}}}%
- \fi
- \else%
- \textcolor{white}{\scalebox{\StateLabelSca}{\scalebox{\StateLabelScale}{$ #1 $}}}%
- \fi}
-\newcommand{\VCPutStateLabel}[2]%
- {\rput#1{\scalebox{\StateLabelSca}{$ #2 $}}}%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% State parameter changing and setting macros
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% line style
-\newcommand{\ChgStateLineStyle}[1]{\renewcommand{\StateLineSty}{#1}}
-\newcommand{\RstStateLineStyle}{\ChgStateLineStyle{\StateLineStyle}}
-\newcommand{\SetStateLineStyle}[1]%
- {\renewcommand{\StateLineStyle}{#1}\RstStateLineStyle}%
-%%% doubleline status
-\newcommand{\StateLineDouble}{\StateLineDbltrue}
-\newcommand{\StateLineSimple}{\StateLineDblfalse}
-%%% line width
-\newcommand{\ChgStateLineWidth}[1]{\setlength{\StateLineWid}{#1\StateLineWidth}}%
-\newcommand{\RstStateLineWidth}{\ChgStateLineWidth{1}}%
-\newcommand{\SetStateLineWidth}[1]% ATTN the parameter is a length
- {\setlength{\StateLineWidth}{#1}\RstStateLineWidth}
-%%% line color
-\newcommand{\ChgStateLineColor}[1]{\renewcommand{\StateLineCol}{#1}}
-\newcommand{\RstStateLineColor}{\ChgStateLineColor{\StateLineColor}}
-\newcommand{\SetStateLineColor}[1]%
- {\renewcommand{\StateLineColor}{#1}\RstStateLineColor}
-%%% background fill status
-\newcommand{\ChgStateFillStatus}[1]{\renewcommand{\StateFillSta}{#1}}
-\newcommand{\RstStateFillStatus}{\ChgStateFillStatus{\StateFillStatus}}
-\newcommand{\SetStateFillStatus}[1]%
- {\renewcommand{\StateFillStatus}{#1}\RstStateFillStatus}
-%%% backgroud color
-\newcommand{\ChgStateFillColor}[1]{\renewcommand{\StateFillCol}{#1}}
-\newcommand{\RstStateFillColor}{\ChgStateFillColor{\StateFillColor}}
-\newcommand{\SetStateFillColor}[1]%
- {\renewcommand{\StateFillColor}{#1}\RstStateFillColor}%
-%%% label color
-\newcommand{\ChgStateLabelColor}[1]{\renewcommand{\StateLabelCol}{#1}}
-\newcommand{\RstStateLabelColor}{\ChgStateLabelColor{\StateLabelColor}}
-\newcommand{\SetStateLabelColor}[1]%
- {\renewcommand{\StateLabelCol}{#1}\RstStateLabelColor}
-%%% label scale
-\newcommand{\ChgStateLabelScale}[1]{\renewcommand{\StateLabelSca}{#1}}
-\newcommand{\RstStateLabelScale}{\ChgStateLabelScale{1}}
-\newcommand{\SetStateLabelScale}[1]%
- {\renewcommand{\StateLabelScale}{#1}\RstStateLabelScale}
-\newcommand{\FixStateLineDouble}[2]{%
- \renewcommand{\StateLineDblCoef}{#1}%
- \renewcommand{\StateLineDblSep}{#2}}
-\newcommand{\FixDimState}[5]{%
- \renewcommand{\DimStateLineStyle}{#1}%
- \renewcommand{\DimStateLineCoef}{#3}%
- \renewcommand{\DimStateLineColor}{#2}%
- \renewcommand{\DimStateLabelColor}{#4}%
- \renewcommand{\DimStateFillColor}{#5}}%
-%%% restoring state parameters
-\newcommand{\RstState}{%
- \RstStateLineStyle\RstStateLineWidth%
- \RstStateLineColor%
- \RstStateFillStatus\RstStateFillColor%
- \RstStateLabelColor\RstStateLabelScale}%
-%%% establishing the dimmed style
-\newcommand{\DimState}{%
- \ChgStateLineStyle{\DimStateLineStyle}%
- \ChgStateLineWidth{\DimStateLineCoef}%
- \ChgStateLineColor{\DimStateLineColor}%
- \ChgStateFillColor{\DimStateFillColor}%
- \ChgStateLabelColor{\DimStateLabelColor}}%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% State drawing
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% preparation
-\newlength{\StateDiam}
-\newlength{\VaucAOS}\newlength{\VaucAOSdiag}
-%%% A flag to remember the current size of state
-\newcommand{\StateSizeFlag}{}
-%
-\newcommand{\SetAOS}{%
- \setlength{\VaucAOS}{\ArrowOnStateCoef\StateDiam}%
- \setlength{\VaucAOSdiag}{\SQRTwo\VaucAOS}}
-%% parameter for variable width states
-\newlength{\VariableStateIntDiam}
-\newlength{\VariableStateWidth}
-\newlength{\VariableStateITPos}
-\newcommand{\SetStateIntDiam}{%
- \setlength{\VariableStateIntDiam}{\StateDiam}%
- \addtolength{\VariableStateIntDiam}{-2\StateLineWid}%
-}%
-% Loop parameters
-\newcommand{\LoopSize}{}\newcommand{\LoopSi}{}
-\newcommand{\LoopVarSize}{}\newcommand{\LoopVarSi}{}
-\newcommand{\CLoopSize}{}\newcommand{\CLoopSi}{}
-%
-\newcommand{\ChgLoopSize}[1]{\renewcommand{\LoopSi}{#1}}
-\newcommand{\RstLoopSize}{\ChgLoopSize{\LoopSize}}
-\newcommand{\SetLoopSize}[1]%
- {\renewcommand{\LoopSize}{#1}\RstLoopSize}
-%
-\newcommand{\ChgCLoopSize}[1]{\renewcommand{\CLoopSi}{#1}}
-\newcommand{\RstCLoopSize}{\ChgCLoopSize{\CLoopSize}}
-\newcommand{\SetCLoopSize}[1]%
- {\renewcommand{\CLoopSize}{#1}\RstCLoopSize}
-%
-\newcommand{\ChgLoopVarSize}[1]{\renewcommand{\LoopVarSi}{#1}}
-\newcommand{\RstLoopVarSize}{\ChgLoopVarSize{\LoopVarSize}}
-\newcommand{\SetLoopVarSize}[1]%
- {\renewcommand{\LoopVarSize}{#1}\RstLoopVarSize}
-%
-%%% setting state diameter -- internal command
-\newcommand{\SetStateDiam}[4]{%
- \setlength{\StateDiam}{#1}%
- \renewcommand{\ArrowOnStateCoef}{#2}%
- \SetLoopSize{#3}%
- \SetLoopVarSize{#3}%
- \SetCLoopSize{#4}%
- \SetAOS\SetStateIntDiam}
-%%% setting state diameter -- external command
-\newcommand{\FixStateDiameter}[1]% v4 pour cause de syntaxe
- {\setlength{\StateDiam}{#1}\SetStateIntDiam \SetAOS}
-%%%
-\newcommand{\MediumState}%
- {\SetStateDiam{\MediumStateDiameter}{\ArrowOnMediumState}%
- {\LoopOnMediumState}{\CLoopOnMediumState}%
- \renewcommand{\StateSizeFlag}{0}}
-\newcommand{\SmallState}%
- {\SetStateDiam{\SmallStateDiameter}{\ArrowOnSmallState}%
- {\LoopOnSmallState}{\CLoopOnSmallState}%
- \renewcommand{\StateSizeFlag}{1}}
-\newcommand{\LargeState}%
- {\SetStateDiam{\LargeStateDiameter}{\ArrowOnLargeState}%
- {\LoopOnLargeState}{\CLoopOnLargeState}%
- \renewcommand{\StateSizeFlag}{2}}
-%
-\newcommand{\RstStateSize}%
- {\ifthenelse{\equal{\StateSizeFlag}{0}}%
- {\MediumState}%
- {\ifthenelse{\equal{\StateSizeFlag}{1}}%
- {\SmallState}{\LargeState}}}%
-%%% Initialization
-\MediumState
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\newcommand{\VaucState}[3][{}]%
- {\rput#2{%
- \Cnode[radius=.5\StateDiam](0,0){#3}%
- \ifVCShowState%
- \nput[labelsep=-.5\StateDiam]{0}{#3}%
- {\makebox[0pt]{\VaucStateLabel{#1}}}%
- \fi
- \ifthenelse{\equal{\VCIFflag}{0}}{}{%
- \pnode(-\VaucAOS,0){#3w}\pnode(\VaucAOS,0){#3e}%
- \pnode(0,\VaucAOS){#3n}\pnode(0,-\VaucAOS){#3s}%
- \ifthenelse{\equal{\VCIFflag}{1}}{}{%
- \pnode(-\VaucAOSdiag,\VaucAOSdiag){#3nw}%
- \pnode(\VaucAOSdiag,\VaucAOSdiag){#3ne}%
- \pnode(-\VaucAOSdiag,-\VaucAOSdiag){#3sw}%
- \pnode(\VaucAOSdiag,-\VaucAOSdiag){#3se}%
- }%
- }%
- }%
-}
-%
-\newcommand{\State}[3][{}]{\StateStyle\VaucState[#1]{#2}{#3}}
-%
-\newcommand{\FinalState}[3][{}]%
- {\psset{style=VaucStateDblStyle}\VaucState[#1]{#2}{#3}}
-%%% ecological commands
-\newcommand{\StateIF}[3][{}]{\IFState\State[#1]{#2}{#3}\RstVCIF}%
-\newcommand{\StateIFX}[3][{}]{\IFXState\State[#1]{#2}{#3}\RstVCIF}%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Very Small State
-\newcommand{\VSState}[2]%
- {\renewcommand{\ArrowOnStateCoef}{\ArrowOnVerySmallState}%
- \FixStateDiameter{\VerySmallStateDiameter}%
- \ChgStateLineWidth{\VSStateLineCoef}%
- \State{#1}{#2}%
- \RstStateLineWidth\RstStateSize}% mod 020201
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% white brace, of no width, used to place the label vertically
-%\newlength{\BraceLength}
-\newcommand{\WB}{%
- \textcolor{white}{\{\!\!\!}}%
-\newcommand{\HS}{}
-\newlength{\ExtraSpace}
-\setlength{\ExtraSpace}{1em}
-%
-\newcommand{\StateVar}[3][]%
- {\StateStyle %
- \settowidth{\VariableStateWidth}{\scalebox{\StateLabelSca}{\scalebox{\StateLabelScale}{$#1$}}}%
- \addtolength{\VariableStateWidth}{\ExtraSpace}
- \ifthenelse{\lengthtest{\VariableStateWidth < \VariableStateIntDiam}}%
- {\setlength{\VariableStateWidth}{\VariableStateIntDiam}}{}%
- \setlength{\VariableStateITPos}{\ArrowOnStateCoef\StateDiam}%
- \addtolength{\VariableStateITPos}{0.5\VariableStateWidth}%
- \addtolength{\VariableStateITPos}{-0.5\StateDiam}%
- \rput#2{\pnode(\VariableStateITPos,0){#3e}%
- \pnode(-\VariableStateITPos,0){#3w}%
- \pnode(0,\ArrowOnStateCoef\StateDiam){#3n}%
- \pnode(0,-\ArrowOnStateCoef\StateDiam){#3s}}%
- \rput#2{\rnode{#3}{\psframebox{\protect\rule[-.5\VariableStateIntDiam]{0pt}{\VariableStateIntDiam}\protect\rule{\VariableStateWidth}{0pt}}}}
- \rput#2{\VaucStateRBLabel{#1}}%
-}%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\newcommand{\VarLoopOn}{\ChgLoopOffset{\LoopVarOff}%
- \ChgLoopSize{\LoopVarSi}%
- \ChgLoopAngle{\LoopVarAng}}
-\newcommand{\VarLoopOff}{\RstLoopOffset \RstLoopSize \RstLoopAngle}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Edge drawing parameters --- Initial settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\newlength{\EdgeLineWid}
-\setlength{\EdgeLineWid}{\EdgeLineWidth}
-\newcommand{\EdgeLineSty}{\EdgeLineStyle}
-\newcommand{\EdgeLineCol}{\EdgeLineColor}
-% label
-\newcommand{\EdgeLabelSca}{1}
-\newcommand{\EdgeLabelCol}{\EdgeLabelColor}
-% arrow
-\newlength{\EdgeArrowSZDim}
-\setlength{\EdgeArrowSZDim}{\EdgeArrowWidth}
-\newcommand{\EdgeArrowSZNum}{\EdgeArrowLengthCoef}
-\newcommand{\EdgeArrowSty}{\EdgeArrowStyle}
-\newcommand{\EdgeArrowIns}{\EdgeArrowInset}
-% border
-\newlength{\EdgeLineBord}\setlength{\EdgeLineBord}{0pt}
-%%% Zigzag edge parameter
-\newlength{\ZZSiZ}
-\setlength{\ZZSiZ}{\ZZSize}%
-\newcommand{\ZZLineWid}{\ZZLineWidth}% coefficient multiplicateur
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% Edge geometric parameters --- Initial settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% Edge
-\newlength{\EdgeOff}
-\setlength{\EdgeOff}{\EdgeOffset}
-% Arc
-\newcommand{\VaucArcAng}{\VaucArcAngle}
-\newcommand{\VaucLArcAng}{\VaucLArcAngle}
-\newlength{\VaucArcOff}\setlength{\VaucArcOff}{\VaucArcOffset}
-% Loop
-\newcommand{\VaucArcCurv}{\VaucArcCurvature}
-\newcommand{\VaucLArcCurv}{\VaucLArcCurvature}
-\newcommand{\LoopAng}{\LoopAngle}
-\newcommand{\CLoopAng}{\CLoopAngle}
-\newcommand{\LoopVarAng}{\LoopVarAngle}
-\newlength{\LoopOff}\setlength{\LoopOff}{\LoopOffset}
-\newlength{\LoopVarOff}\setlength{\LoopVarOff}{\LoopVarOffset}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% Edge label parameters --- Initial settings
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% label distance from transition
-\newlength{\TransLabelSP}\setlength{\TransLabelSP}{\TransLabelSep}
-% label position on transitions
-\newcommand{\EdgeLabelPos}{\EdgeLabelPosit}
-\newcommand{\ArcLabelPos}{\ArcLabelPosit}
-\newcommand{\LArcLabelPos}{\LArcLabelPosit}
-\newcommand{\LoopLabelPos}{\LoopLabelPosit}
-\newcommand{\CLoopLabelPos}{\CLoopLabelPosit}
-% label position on initial-final arrow
-\newcommand{\InitStateLabelPos}{\InitStateLabelPosit}
-\newcommand{\FinalStateLabelPos}{\FinalStateLabelPosit}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% Transition styles
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\newpsstyle{VaucEdgeStyle}%
- {arrows=\EdgeArrowSty,arrowsize=\EdgeArrowSZDim,arrowlength=\EdgeArrowSZNum,%
- arrowinset=\EdgeArrowIns,%
- linewidth=\EdgeLineWid,linecolor=\EdgeLineCol,linestyle=\EdgeLineSty,%
- doubleline=false,%
- bordercolor=\EdgeLineBorderColor,border=\EdgeLineBord,%
- fillstyle=none,offset=\EdgeOff,%
- labelsep=\TransLabelSP,nodesep=0pt}
-\newpsstyle{VaucEdgeDblStyle}%
- {arrows=\EdgeArrowSty,arrowsize=\EdgeArrowSZDim,arrowlength=\EdgeArrowSZNum,%
- arrowinset=\EdgeArrowIns,%
- linewidth=\EdgeLineDblCoef\EdgeLineWid,linecolor=\EdgeLineCol,linestyle=\EdgeLineSty,%
- doubleline=true,doublesep=\EdgeLineDblSep\EdgeLineWid,%
- bordercolor=\EdgeLineBorderColor,border=\EdgeLineBord,%
- fillstyle=none,offset=\EdgeOff,%
- labelsep=\TransLabelSP,nodesep=0pt}
-%%% Arc
-\newpsstyle{VaucArcR}{ncurv=\VaucArcCurv,arcangle=-\VaucArcAng,%
- labelsep=\TransLabelSP,offset=-\VaucArcOff}
-\newpsstyle{VaucArcL}{ncurv=\VaucArcCurv,arcangle=\VaucArcAng,%
- labelsep=\TransLabelSP,offset=\VaucArcOff}
-\newpsstyle{VaucLArcR}{ncurv=\VaucLArcCurv,arcangle=-\VaucLArcAng,%
- labelsep=\TransLabelSP,offset=-\VaucArcOff}
-\newpsstyle{VaucLArcL}{ncurv=\VaucLArcCurv,arcangle=\VaucLArcAng,%
- labelsep=\TransLabelSP,offset=\VaucArcOff}
-%%% zig-zag
-\newpsstyle{VaucZigzagStyle}%
- {linewidth=\ZZLineWid\EdgeLineWid,%
- labelsep=\TransLabelSP,nodesep=0pt,%
- coilwidth=1.2\ZZSiZ,coilarmA=0.1\ZZSiZ,%
- coilarmB=0.3\ZZSiZ,coilheight=\ZZShape,linearc=1.6pt}
-%%%
-\newcommand{\EdgeStyle}{\ifEdgeLineDbl\psset{style=VaucEdgeDblStyle}%
- \else\psset{style=VaucEdgeStyle}\fi}
-\newcommand{\ZigzagStyle}%
- {\addtolength{\TransLabelSP}{\TransLabelZZCoef\ZZSiZ}%
- \psset{style=VaucZigzagStyle}%
- \addtolength{\TransLabelSP}{-\TransLabelZZCoef\ZZSiZ}%
- }
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% Transition parameter changing and setting macros
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%% geometric parameters
-\newcommand{\ChgEdgeOffset}[1]{\setlength{\EdgeOff}{#1}}
-\newcommand{\RstEdgeOffset}{\ChgEdgeOffset{\EdgeOffset}}
-\newcommand{\SetEdgeOffset}[1]%
- {\setlength{\EdgeOffset}{#1}\RstEdgeOffset}
-\newcommand{\ForthBackOffset}{%
- \setlength{\EdgeOff}{\ForthBackEdgeOffset\EdgeLineWid}}
-%
-\newcommand{\ChgArcAngle}[1]{\renewcommand{\VaucArcAng}{#1}}
-\newcommand{\RstArcAngle}{\ChgArcAngle{\VaucArcAngle}}
-\newcommand{\SetArcAngle}[1]%
- {\renewcommand{\VaucArcAngle}{#1}\RstArcAngle}
-%
-\newcommand{\ChgLArcAngle}[1]{\renewcommand{\VaucLArcAng}{#1}}
-\newcommand{\RstLArcAngle}{\ChgLArcAngle{\VaucLArcAngle}}
-\newcommand{\SetLArcAngle}[1]%
- {\renewcommand{\VaucLArcAngle}{#1}\RstLArcAngle}
-%
-\newcommand{\ChgArcCurvature}[1]{\renewcommand{\VaucArcCurv}{#1}}
-\newcommand{\RstArcCurvature}{\ChgArcCurvature{\VaucArcCurvature}}
-\newcommand{\SetArcCurvature}[1]%
- {\renewcommand{\VaucArcCurvature}{#1}\RstArcCurvature}
-%
-\newcommand{\ChgLArcCurvature}[1]{\renewcommand{\VaucLArcCurv}{#1}}
-\newcommand{\RstLArcCurvature}{\ChgLArcCurvature{\VaucLArcCurvature}}
-\newcommand{\SetLArcCurvature}[1]%
- {\renewcommand{\VaucLArcCurvature}{#1}\RstLArcCurvature}
-%
-\newcommand{\ChgArcOffset}[1]{\setlength{\VaucArcOff}{#1}}
-\newcommand{\RstArcOffset}{\setlength{\VaucArcOff}{\VaucArcOffset}}
-\newcommand{\SetArcOffset}[1]%
- {\renewcommand{\VaucArcOffset}{#1}\RstArcOffset}
-%
-\newcommand{\ChgLoopOffset}[1]{\setlength{\LoopOff}{#1}}
-\newcommand{\RstLoopOffset}{\setlength{\LoopOff}{\LoopOffset}}
-\newcommand{\SetLoopOffset}[1]%
- {\renewcommand{\LoopOffset}{#1}\RstLoopOffset}
-%
-\newcommand{\ChgLoopAngle}[1]{\renewcommand{\LoopAng}{#1}}
-\newcommand{\RstLoopAngle}{\ChgLoopAngle{\LoopAngle}}
-\newcommand{\SetLoopAngle}[1]%
- {\renewcommand{\LoopAngle}{#1}\RstLoopAngle}
-%
-\newcommand{\ChgCLoopAngle}[1]{\renewcommand{\CLoopAng}{#1}}
-\newcommand{\RstCLoopAngle}{\ChgCLoopAngle{\CLoopAngle}}
-\newcommand{\SetCLoopAngle}[1]%
- {\renewcommand{\CLoopAngle}{#1}\RstCLoopAngle}
-%
-%%% drawing parameters
-\newcommand{\ChgEdgeLineColor}[1]{\renewcommand{\EdgeLineCol}{#1}}
-\newcommand{\RstEdgeLineColor}{\ChgEdgeLineColor{\EdgeLineColor}}
-\newcommand{\SetEdgeLineColor}[1]%
- {\renewcommand{\EdgeLineColor}{#1}\RstEdgeLineColor}
-%
-\newcommand{\ChgEdgeLineStyle}[1]{\renewcommand{\EdgeLineSty}{#1}}
-\newcommand{\RstEdgeLineStyle}{\ChgEdgeLineStyle{\EdgeLineStyle}}
-\newcommand{\SetEdgeLineStyle}[1]%
- {\renewcommand{\EdgeLineStyle}{#1}\RstEdgeLineStyle}
-%
-\newcommand{\ChgEdgeLineWidth}[1]% coefficient !
- {\setlength{\EdgeLineWid}{#1\EdgeLineWidth}}
-\newcommand{\RstEdgeLineWidth}{\ChgEdgeLineWidth{1}}
-\newcommand{\SetEdgeLineWidth}[1]% length !
- {\setlength{\EdgeLineWidth}{#1}\RstEdgeLineWidth}
-%
-\newcommand{\EdgeLineDouble}%
- {\EdgeLineDbltrue%
- \ChgEdgeArrowWidth{\EdgeDblArrowWidth}
- \ChgEdgeArrowLengthCoef{\EdgeDblArrowLengthCoef}}
-\newcommand{\EdgeLineSimple}%
- {\EdgeLineDblfalse \RstEdgeArrowWidth \RstEdgeArrowLengthCoef}
-%
-\newcommand{\ChgEdgeLabelColor}[1]{\renewcommand{\EdgeLabelCol}{#1}}
-\newcommand{\RstEdgeLabelColor}{\ChgEdgeLabelColor{\EdgeLabelColor}}
-\newcommand{\SetEdgeLabelColor}[1]%
- {\renewcommand{\EdgeLabelColor}{#1}\RstEdgeLabelColor}
-%
-\newcommand{\ChgEdgeLabelScale}[1]{\renewcommand{\EdgeLabelSca}{#1}}
-\newcommand{\RstEdgeLabelScale}{\ChgEdgeLabelScale{1}}
-\newcommand{\SetEdgeLabelScale}[1]%
- {\renewcommand{\EdgeLabelScale}{#1}\RstEdgeLabelScale}
-\newcommand{\FixDimEdge}[4]{%
- \renewcommand{\DimEdgeLineStyle}{#1}%
- \renewcommand{\DimEdgeLineCoef}{#2}%
- \renewcommand{\DimEdgeLineColor}{#3}%
- \renewcommand{\DimEdgeLabelColor}{#4}}%
-%
-\newcommand{\ChgEdgeArrowStyle}[1]{\renewcommand{\EdgeArrowSty}{#1}}
-\newcommand{\RstEdgeArrowStyle}{\ChgEdgeArrowStyle{\EdgeArrowStyle}}
-\newcommand{\SetEdgeArrowStyle}[1]%
- {\renewcommand{\EdgeArrowStyle}{#1}\RstEdgeArrowStyle}
-%
-\newcommand{\ChgEdgeArrowWidth}[1]%
- {\setlength{\EdgeArrowSZDim}{#1}} % !! length !!
-\newcommand{\RstEdgeArrowWidth}{\ChgEdgeArrowWidth{\EdgeArrowWidth}}
-\newcommand{\SetEdgeArrowWidth}[1]%
- {\setlength{\EdgeArrowWidth}{#1} \RstEdgeArrowWidth}
-%
-\newcommand{\ChgEdgeArrowLengthCoef}[1]{\renewcommand{\EdgeArrowSZNum}{#1}}
-\newcommand{\RstEdgeArrowLengthCoef}{\ChgEdgeArrowLengthCoef{\EdgeArrowLengthCoef}}
-\newcommand{\SetEdgeArrowLengthCoef}[1]%
- {\renewcommand{\EdgeArrowLengthCoef}{#1}\RstEdgeArrowLengthCoef}
-%
-\newcommand{\ChgEdgeArrowInsetCoef}[1]{\renewcommand{\EdgeArrowIns}{#1}}
-\newcommand{\RstEdgeArrowInsetCoef}{\ChgEdgeArrowInsetCoef{\EdgeArrowInset}}
-\newcommand{\SetEdgeArrowInsetCoef}[1]%
- {\renewcommand{\EdgeArrowInset}{#1}\RstEdgeArrowInsetCoef}
-%
-\newcommand{\ReverseArrow}%
- {\ChgEdgeArrowStyle{\EdgeRevArrowStyle}%
- \renewcommand{\EdgeLabelPos}{\EdgeLabelRevPosit}%
- \renewcommand{\ArcLabelPos}{\ArcLabelRevPosit}%
- \renewcommand{\LArcLabelPos}{\LArcLabelRevPosit}%
- \renewcommand{\LoopLabelPos}{\LoopLabelRevPosit}%
- \renewcommand{\CLoopLabelPos}{\CLoopLabelRevPosit}%
- \renewcommand{\InitStateLabelPos}{\InitStateLabelRevPosit}%
- \renewcommand{\FinalStateLabelPos}{\FinalStateLabelRevPosit}}
-\newcommand{\StraightArrow}%
- {\ChgEdgeArrowStyle{\EdgeArrowStyle}%
- \renewcommand{\EdgeLabelPos}{\EdgeLabelPosit}%
- \renewcommand{\ArcLabelPos}{\ArcLabelPosit}%
- \renewcommand{\LArcLabelPos}{\LArcLabelPosit}%
- \renewcommand{\LoopLabelPos}{\LoopLabelPosit}%
- \renewcommand{\CLoopLabelPos}{\CLoopLabelPosit}%
- \renewcommand{\InitStateLabelPos}{\InitStateLabelPosit}%
- \renewcommand{\FinalStateLabelPos}{\FinalStateLabelPosit}}
-% Double
-\newcommand{\FixEdgeLineDouble}[2]{%
- \renewcommand{\EdgeLineDblCoef}{#1}%
- \renewcommand{\EdgeLineDblSep}{#2}}
-% border
-\newcommand{\FixEdgeBorder}[2]{%
- \renewcommand{\EdgeLineBorderCoef}{#1}%
- \renewcommand{\EdgeLineBorderColor}{#2}}
-\newcommand{\EdgeBorder}%
- {\setlength{\EdgeLineBord}{\EdgeLineBorderCoef\EdgeLineWid}}
-\newcommand{\EdgeBorderOff}{\setlength{\EdgeLineBord}{0pt}}
-%%%
-\newcommand{\DimEdge}{%
- \ChgEdgeLineStyle{\DimEdgeLineStyle}%
- \ChgEdgeLineWidth{\DimEdgeLineCoef}%
- \ChgEdgeLineColor{\DimEdgeLineColor}%
- \ChgEdgeLabelColor{\DimEdgeLabelColor}}
-%%%
-\newcommand{\ChgZZSize}[1]{\setlength{\ZZSiZ}{#1}}
-\newcommand{\RstZZSize}{\setlength{\ZZSiZ}{\ZZSize}}
-\newcommand{\SetZZSize}[1]{\setlength{\ZZSiZe}{#1}\RstZZSize}
-%%%\ZZLineWidth
-\newcommand{\ChgZZLineWidth}[1]{\renewcommand{\ZZLineWid}{#1}}
-\newcommand{\RstZZLineWidth}{\ChgZZLineWidth{\ZZLineWidth}}
-\newcommand{\SetZZLineWidth}[1]%
- {\renewcommand{\ZZLineWidth}{#1}\RstZZLineWidth}
-%
-%%% label of transitions
-\newcommand{\VaucEdgeLabel}[1]{%
- \textcolor{\EdgeLabelCol}{\scalebox{\EdgeLabelSca}{\scalebox{\EdgeLabelScale}{$ #1 $}}}}
-%%%
-\newcommand{\RstEdge}{%
- \RstEdgeOffset\RstArcAngle\RstLArcAngle%
- \RstArcCurvature\RstLArcCurvature%
- \RstArcOffset\RstLoopOffset\RstLoopSize%
- \RstEdgeLineColor\RstEdgeLineStyle\RstEdgeLineWidth\EdgeLineSimple%
- \StraightArrow%\EdgeBorderOff%
- \RstEdgeLabelScale\RstEdgeLabelColor}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% Initial-final arrow drawing
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-% implicit parameter
-\newcommand{\InitialDir}{w}\newcommand{\FinalDir}{e}
-% without label
-\newcommand{\Initial}[2][\InitialDir]{\EdgeStyle\ncline{#2#1}{#2}}
-\newcommand{\Final}[2][\FinalDir]{\EdgeStyle\ncline{#2}{#2#1}}
-% with label
-% NB modified syntax eg \InitialL[pos]{dir}{statename}{label}
-\newcommand{\InitialL}[4][{\InitStateLabelPos}]%
- {\EdgeStyle\ncline{#3#2}{#3}\naput[npos=#1]{\VaucEdgeLabel{#4}}}
-\newcommand{\InitialR}[4][{\InitStateLabelPos}]%
- {\EdgeStyle\ncline{#3#2}{#3}\nbput[npos=#1]{\VaucEdgeLabel{#4}}}
-\newcommand{\FinalL}[4][{\FinalStateLabelPos}]%
- {\EdgeStyle\ncline{#3}{#3#2}\naput[npos=#1]{\VaucEdgeLabel{#4}}}
-\newcommand{\FinalR}[4][{\FinalStateLabelPos}]%
- {\EdgeStyle\ncline{#3}{#3#2}\nbput[npos=#1]{\VaucEdgeLabel{#4}}}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% Transition drawing
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\newcommand{\EdgeL}[4][{\EdgeLabelPos}]%
- {\EdgeStyle \ncline{#2}{#3} \naput[npos=#1]{\VaucEdgeLabel{#4}}}
-\newcommand{\EdgeR}[4][{\EdgeLabelPos}]%
- {\EdgeStyle \ncline{#2}{#3} \nbput[npos=#1]{\VaucEdgeLabel{#4}}}
-%
-\newcommand{\ArcL}[4][{\ArcLabelPos}]%
- {\EdgeStyle \psset{style=VaucArcL}%
- \ncarc{#2}{#3} \naput[npos=#1]{\VaucEdgeLabel{#4}}}
-\newcommand{\ArcR}[4][{\ArcLabelPos}]%
- {\EdgeStyle \psset{style=VaucArcR}%
- \ncarc{#2}{#3} \nbput[npos=#1]{\VaucEdgeLabel{#4}}}
-\newcommand{\LArcL}[4][{\LArcLabelPos}]%
- {\EdgeStyle \psset{style=VaucLArcL}%
- \ncarc{#2}{#3} \naput[npos=#1]{\VaucEdgeLabel{#4}}}
-\newcommand{\LArcR}[4][{\LArcLabelPos}]%
- {\EdgeStyle \psset{style=VaucLArcR}%
- \ncarc{#2}{#3} \nbput[npos=#1]{\VaucEdgeLabel{#4}}}
-%
-\newcounter{anglea}\newcounter{angleb}
-\newcommand{\LoopXR}[7]%
- {{\setcounter{anglea}{#2-#4}}%
- {\setcounter{angleb}{#2+#4}}%
- {\EdgeStyle \psset{angleA=\theanglea,angleB=\theangleb,offset=#5,ncurv=#6}%
- \nccurve{#3}{#3} \nbput[npos=#1]{\VaucEdgeLabel{#7}}}}
-\newcommand{\LoopXL}[7]%
- {{\setcounter{anglea}{#2+#4}}%
- {\setcounter{angleb}{#2-#4}}%
- {\EdgeStyle \psset{angleA=\theanglea,angleB=\theangleb,offset=-#5,ncurv=#6}%
- \nccurve{#3}{#3} \naput[npos=#1]{\VaucEdgeLabel{#7}}}}
-\newcommand{\LoopR}[4][{\LoopLabelPos}]%
- {\LoopXR{#1}{#2}{#3}{\LoopAng}{\LoopOff}{\LoopSi}{#4}}
-\newcommand{\LoopL}[4][{\LoopLabelPos}]%
- {\LoopXL{#1}{#2}{#3}{\LoopAng}{\LoopOff}{\LoopSi}{#4}}
-\newcommand{\CLoopR}[4][{\CLoopLabelPos}]%
- {\LoopXR{#1}{#2}{#3}{\CLoopAng}{\LoopOff}{\LoopSi}{#4}}
-\newcommand{\CLoopL}[4][{\CLoopLabelPos}]%
- {\LoopXL{#1}{#2}{#3}{\CLoopAng}{\LoopOff}{\LoopSi}{#4}}
-\newcommand{\LoopVarR}[4][{\LoopLabelPos}]%
- {\LoopXR{#1}{#2}{#3}{\LoopVarAng}{\LoopVarOff}{\LoopVarSi}{#4}}
-\newcommand{\LoopVarL}[4][{\LoopLabelPos}]%
- {\LoopXL{#1}{#2}{#3}{\LoopVarAng}{\LoopVarOff}{\LoopVarSi}{#4}}
-\newcommand{\LoopW}[3][{\LoopLabelPos}]{\LoopR[#1]{180}{#2}{#3}}
-\newcommand{\LoopE}[3][{\LoopLabelPos}]{\LoopL[#1]{0}{#2}{#3}}
-\newcommand{\LoopN}[3][{\LoopLabelPos}]{\LoopL[#1]{90}{#2}{#3}}
-\newcommand{\LoopS}[3][{\LoopLabelPos}]{\LoopR[#1]{-90}{#2}{#3}}
-\newcommand{\LoopNW}[3][{\LoopLabelPos}]{\LoopR[#1]{135}{#2}{#3}}
-\newcommand{\LoopNE}[3][{\LoopLabelPos}]{\LoopL[#1]{45}{#2}{#3}}
-\newcommand{\LoopSW}[3][{\LoopLabelPos}]{\LoopL[#1]{-135}{#2}{#3}}
-\newcommand{\LoopSE}[3][{\LoopLabelPos}]{\LoopR[#1]{-45}{#2}{#3}}
-\newcommand{\CLoopW}[3][{\CLoopLabelPos}]{\CLoopR[#1]{180}{#2}{#3}}
-\newcommand{\CLoopE}[3][{\CLoopLabelPos}]{\CLoopL[#1]{0}{#2}{#3}}
-\newcommand{\CLoopN}[3][{\CLoopLabelPos}]{\CLoopL[#1]{90}{#2}{#3}}
-\newcommand{\CLoopS}[3][{\CLoopLabelPos}]{\CLoopR[#1]{-90}{#2}{#3}}
-\newcommand{\CLoopNW}[3][{\CLoopLabelPos}]{\CLoopR[#1]{135}{#2}{#3}}
-\newcommand{\CLoopNE}[3][{\CLoopLabelPos}]{\CLoopL[#1]{45}{#2}{#3}}
-\newcommand{\CLoopSW}[3][{\CLoopLabelPos}]{\CLoopL[#1]{-135}{#2}{#3}}
-\newcommand{\CLoopSE}[3][{\CLoopLabelPos}]{\CLoopR[#1]{-45}{#2}{#3}}
-\newcommand{\LoopVarN}[3][{\CLoopLabelPos}]{\LoopVarL[#1]{90}{#2}{#3}}
-\newcommand{\LoopVarS}[3][{\CLoopLabelPos}]{\LoopVarR[#1]{-90}{#2}{#3}}
-%
-\newcommand{\ZZEdge}[2]%
- {\EdgeStyle\ZigzagStyle\nczigzag{#1}{#2}}%
-\newcommand{\ZZEdgeL}[4][{\EdgeLabelRevPosit}]%
- {\EdgeStyle\ZigzagStyle\nczigzag{#2}{#3}%
- \naput[npos=#1]{\VaucEdgeLabel{#4}}}
-\newcommand{\ZZEdgeR}[4][{\EdgeLabelRevPosit}]%
- {\EdgeStyle\ZigzagStyle\nczigzag{#2}{#3}%
- \nbput[npos=#1]{\VaucEdgeLabel{#4}}}
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-%%%%% Reprise des macros pstricks
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\newcommand{\Point}[2]{\pnode#1{#2}}
-\newcommand{\Edge}[2]{\EdgeStyle\ncline{#1}{#2}}
-%
-\newcommand{\VArcL}[5][{\ArcLabelPos}]%
- {\EdgeStyle \psset{style=VaucLArcL}%
- \ncarc[#2]{#3}{#4} \naput[npos=#1]{\VaucEdgeLabel{#5}}}
-\newcommand{\VArcR}[5][{\ArcLabelPos}]%
- {\EdgeStyle \psset{style=VaucLArcR}%
- \ncarc[#2]{#3}{#4} \nbput[npos=#1]{\VaucEdgeLabel{#5}}}
-%
-\newcommand{\VCurveL}[5][{\ArcLabelPos}]%
- {\EdgeStyle \psset{angleA=0,angleB=180,ncurv=1}%
- \nccurve[#2]{#3}{#4} \naput[npos=#1]{\VaucEdgeLabel{#5}}}
-\newcommand{\VCurveR}[5][{\ArcLabelPos}]%
- {\EdgeStyle \psset{angleA=0,angleB=0,ncurv=1}%
- \nccurve[#2]{#3}{#4} \nbput[npos=#1]{\VaucEdgeLabel{#5}}}
-%
-\newcommand{\LabelL}[2][{\EdgeLabelPos}]%
- {\naput[npos=#1]{\VaucEdgeLabel{#2}}}
-\newcommand{\LabelR}[2][{\EdgeLabelPos}]%
- {\nbput[npos=#1]{\VaucEdgeLabel{#2}}}
-%
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-\endinput
-%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
diff --git a/Tex/old_master/epic.sty b/Tex/old_master/epic.sty
deleted file mode 100644
index d3075ba..0000000
--- a/Tex/old_master/epic.sty
+++ /dev/null
@@ -1,562 +0,0 @@
-% LAST EDIT: Fri Oct 4 14:30:31 1991 by Michael Janich (massa)
-\makeatletter
-\typeout{%
-Enhancements to Picture Environment. Version 1.2 - Released June 1, 1986}
-%----------------------------------------------------------------------
-% Copyright (C) podar@sbcs (Sunil Podar) July 14,1986.
-% You may use this file in whatever way you wish. You are requested to
-% leave this notice intact, and report any bugs, enhancements, comments,
-% suggestions, etc. to:
-% USmail: Sunil Podar,Dept. of Computer Science,SUNY at Stony Brook,NY 11794.
-% CSNET: podar@sbcs.csnet
-% ARPA: podar%suny-sb.csnet@csnet-relay.arpa
-% UUCP: {allegra, hocsd, philabs, ogcvax}!sbcs!podar
-%----------------------------------------------------------------------
-% This file contains implementation of:
-% \multiputlist \matrixput \grid \picsquare
-% \dottedline \dashline \drawline \jput
-% \putfile
-% Environments: dottedjoin, dashjoin and drawjoin
-%
-% For documentation, see the accompanying manual.
-%----------------------------------------------------------------------
-% usage: \multiputlist(x,y)(delta-x,delta-y)[tbrl]{item1,item2,item3,.....}
-% \lop and \lopoff taken from TeXbook.
-%----------------------------------------------------------------------
-\def\lop#1\to#2{\expandafter\lopoff#1\lopoff#1#2}
-\long\def\lopoff,#1,#2\lopoff#3#4{\def#4{#1}\def#3{,#2}}
-\def\@@mlistempty{,}
-\newif\iflistnonempty
-\def\multiputlist(#1,#2)(#3,#4){\@ifnextchar
-[{\@imultiputlist(#1,#2)(#3,#4)}{\@imultiputlist(#1,#2)(#3,#4)[]}}
-
-\long\def\@imultiputlist(#1,#2)(#3,#4)[#5]#6{{%
-\@xdim=#1\unitlength \@ydim=#2\unitlength
-\listnonemptytrue \def\@@mlist{,#6,} % need this for end condition
-\loop
-\lop\@@mlist\to\@@firstoflist
-\@killglue\raise\@ydim\hbox to\z@{\hskip
-\@xdim\@imakepicbox(0,0)[#5]{\@@firstoflist}\hss}
-\advance\@xdim #3\unitlength\advance\@ydim #4\unitlength
-\ifx\@@mlist\@@mlistempty \listnonemptyfalse\fi
-\iflistnonempty
-\repeat\relax
-\ignorespaces}}
-%----------------------------------------------------------------------
-% two-dimensional version of \multiput
-% \matrixput(0,0)(20,0){5}(0,20){3}{\circle{2}}
-%----------------------------------------------------------------------
-\newcount\@@multicnt
-\def\matrixput(#1,#2)(#3,#4)#5(#6,#7)#8#9{%
-\ifnum#5>#8\@matrixput(#1,#2)(#3,#4){#5}(#6,#7){#8}{#9}%
-\else\@matrixput(#1,#2)(#6,#7){#8}(#3,#4){#5}{#9}\fi}
-
-%% here #5 >= #8
-\long\def\@matrixput(#1,#2)(#3,#4)#5(#6,#7)#8#9{{\@killglue%
-\@multicnt=#5\relax\@@multicnt=#8\relax%
-\@xdim=0pt%
-\@ydim=0pt%
-\setbox\@tempboxa\hbox{\@whilenum \@multicnt > 0\do {%
-%%\typeout{\the\@multicnt, \the\@@multicnt}%
-\raise\@ydim\hbox to \z@{\hskip\@xdim #9\hss}%
-\advance\@multicnt \m@ne%
-\advance\@xdim #3\unitlength\advance\@ydim #4\unitlength}}%
-\@xdim=#1\unitlength%
-\@ydim=#2\unitlength%
-\@whilenum \@@multicnt > 0\do {%
-\raise\@ydim\hbox to \z@{\hskip\@xdim \copy\@tempboxa\hss}%
-\advance\@@multicnt \m@ne%
-\advance\@xdim #6\unitlength\advance\@ydim #7\unitlength}%
-\ignorespaces}}
-%----------------------------------------------------------------------
-%\grid(wd,ht)(delta-wd,delta-ht)[initial-X-integer,initial-Y-integer]
-% example: 1. \put(0,0){\grid(95,100)(9.5,10)}
-% 2. \put(0,0){\grid(100,100)(10,5)[-10,0]}
-% or \put(0,0){\tiny \grid(100,100)(5,5)[0,0]}%numbers in \tiny font
-%----------------------------------------------------------------------
-\newcount\d@lta
-\newdimen\@delta
-\newdimen\@@delta
-\newcount\@gridcnt
-\def\grid(#1,#2)(#3,#4){\@ifnextchar [{\@igrid(#1,#2)(#3,#4)}%
-{\@igrid(#1,#2)(#3,#4)[@,@]}}
-
-\long\def\@igrid(#1,#2)(#3,#4)[#5,#6]{%
-\makebox(#1,#2){%
-\@delta=#1pt\@@delta=#3pt\divide\@delta \@@delta\d@lta=\@delta%
-\advance\d@lta \@ne\relax\message{grid=\the\d@lta\space x}%
-%% copied the definition of \line(0,1){#2} for some efficiency!.
-\multiput(0,0)(#3,0){\d@lta}{\hbox to\z@{\hskip -\@halfwidth \vrule
- \@width \@wholewidth \@height #2\unitlength \@depth \z@\hss}}%
-\ifx#5@\relax\else%
-\global\@gridcnt=#5%
-\multiput(0,0)(#3,0){\d@lta}{%
-\makebox(0,-2)[t]{\number\@gridcnt\global\advance\@gridcnt by #3}}%
-\global\@gridcnt=#5%
-\multiput(0,#2)(#3,0){\d@lta}{\makebox(0,0)[b]{\number\@gridcnt\vspace{2mm}%
-\global\advance\@gridcnt by #3}}%
-\fi%
-\@delta=#2pt\@@delta=#4pt\divide\@delta \@@delta\d@lta=\@delta%
-\advance\d@lta \@ne\relax\message{\the\d@lta . }%
-%% copied the definition of \line(1,0){#1} for some efficiency!.
-\multiput(0,0)(0,#4){\d@lta}{\vrule \@height \@halfwidth \@depth \@halfwidth
- \@width #1\unitlength}%
-\ifx#6@\relax\else
-\global\@gridcnt=#6%
-\multiput(0,0)(0,#4){\d@lta}{%
-\makebox(0,0)[r]{\number\@gridcnt\ \global\advance\@gridcnt by #4}}%
-\global\@gridcnt=#6%
-\multiput(#1,0)(0,#4){\d@lta}{%
-\makebox(0,0)[l]{\ \number\@gridcnt\global\advance\@gridcnt by #4}}%
-\fi}}
-%----------------------------------------------------------------------
-% \picsquare is a centered square of dimensions governed by \thinlines,
-% \thicklines or \linethickness declarations.
-\def\picsquare{\hskip -0.5\@wholewidth%
-\vrule height \@halfwidth depth \@halfwidth width \@wholewidth}
-%
-% just a square dot with reference point at bottom-left
-\def\picsquare@bl{\vrule height \@wholewidth depth \z@ width \@wholewidth}
-%----------------------------------------------------------------------
-% \begin{dottedjoin}{interdot-gap in units}
-% .....
-% \end{dottedjoin}
-% \begin{dashjoin}{dash-length in units}{interdotgap in each dash}
-% .....
-% \end{dashjoin}
-% \begin{drawjoin}
-% .....
-% \end{drawjoin}
-% \jput(x,y){character}
-% \dottedline[opt. dotcharacter]{dotgap in units}(x1,y1)(x2,y2)...(xN,yN)
-% \dashline[#]{dash-length}[opt. dotgap](x1,y1)(x2,y2)...(xN,yN)
-% \drawline[#](x1,y1)(x2,y2)...(xN,yN)
-%----------------------------------------------------------------------
-% definitions for *join environment. had to do all this mess because of
-% optional arguments.
-%----------------------------------------------------------------------
-\newif\if@jointhem \global\@jointhemfalse
-\newif\if@firstpoint \global\@firstpointtrue
-\newcount\@joinkind
-%\newenvironment{dottedjoin}[1]%[opt char]{dotgap}
-%{\global\@jointhemtrue \gdef\dotgap@join{#1}\global\@joinkind=0\relax}%
-%{\global\@jointhemfalse \global\@firstpointtrue}
-%----------------------------------------------------------------------
-\def\dottedjoin{\global\@jointhemtrue \global\@joinkind=0\relax
- \bgroup\@ifnextchar[{\@idottedjoin}{\@idottedjoin[\picsquare@bl]}}
-\def\@idottedjoin[#1]#2{\gdef\dotchar@join{#1}\gdef\dotgap@join{#2}}
-\def\enddottedjoin{\global\@jointhemfalse \global\@firstpointtrue\egroup}
-%----------------------------------------------------------------------
-\def\dashjoin{\global\@jointhemtrue \global\@joinkind=1\relax
- \bgroup\@ifnextchar[{\@idashjoin}{\@idashjoin[\dashlinestretch]}}
-\def\@idashjoin[#1]#2{\edef\dashlinestretch{#1}\gdef\dashlen@join{#2}%
-\@ifnextchar[{\@iidashjoin}{\gdef\dotgap@join{}}}
-\def\@iidashjoin[#1]{\gdef\dotgap@join{#1}}
-\let\enddashjoin\enddottedjoin
-%----------------------------------------------------------------------
-\def\drawjoin{\global\@jointhemtrue \global\@joinkind=2\relax
- \bgroup\@ifnextchar[{\@idrawjoin}{}}
-\def\@idrawjoin[#1]{\def\drawlinestretch{#1}}
-\let\enddrawjoin\enddottedjoin
-%----------------------------------------------------------------------
-%% this is equiv to \put(x,y){#1} when not in {dot*join} environment.
-\long\def\jput(#1,#2)#3{{\@killglue\raise#2\unitlength\hbox to \z@{\hskip
-#1\unitlength #3\hss}\ignorespaces}
-\if@jointhem
- \if@firstpoint \gdef\x@one{#1} \gdef\y@one{#2} \global\@firstpointfalse
- \else\ifcase\@joinkind
- \@dottedline[\dotchar@join]{\dotgap@join\unitlength}%
-(\x@one\unitlength,\y@one\unitlength)(#1\unitlength,#2\unitlength)
- \or\@dashline[\dashlinestretch]{\dashlen@join}[\dotgap@join]%
-(\x@one,\y@one)(#1,#2)
- \else\@drawline[\drawlinestretch](\x@one,\y@one)(#1,#2)\fi
- \gdef\x@one{#1} \gdef\y@one{#2}
- \fi
-\fi}
-%----------------------------------------------------------------------
-\newdimen\@dotgap
-\newdimen\@ddotgap
-\newcount\@x@diff
-\newcount\@y@diff
-\newdimen\x@diff
-\newdimen\y@diff
-\newbox\@dotbox
-\newcount\num@segments
-\newcount\num@segmentsi
-\newif\ifsqrt@done
-%% from sqrtandstuff func basically need \num@segments.
-%% given a deltax, deltay and dotgap, it calculates \num@segments = number of
-%% segments along the hypotenuse. used by \dottedline & \dashline.
-%% It finishes quickly if any of deltax or deltay are zero or close to zero.
-\def\sqrtandstuff#1#2#3{
-\ifdim #1 <0pt \@x@diff= -#1 \else\@x@diff=#1\fi
-\ifdim #2 <0pt \@y@diff= -#2 \else\@y@diff=#2\fi
-%% @diff's will be positive and diff's will retain their sign.
-\@dotgap=#3 \divide\@dotgap \tw@
-\advance\@x@diff \@dotgap \advance\@y@diff \@dotgap% for round-off errors
-\@dotgap=#3
-\divide\@x@diff \@dotgap \divide\@y@diff \@dotgap
-\sqrt@donefalse
-\ifnum\@x@diff < 2
- \ifnum\@y@diff < 2 \num@segments=\@x@diff \advance\num@segments \@y@diff
- \sqrt@donetrue
- \else\num@segments=\@y@diff \sqrt@donetrue\fi
- \else\ifnum\@y@diff < 2 \num@segments=\@x@diff \sqrt@donetrue\fi
-\fi
-\ifsqrt@done \ifnum\num@segments=\z@ \num@segments=\@ne\fi\relax
- \else \ifnum\@y@diff >\@x@diff
- \@tempcnta=\@x@diff \@x@diff=\@y@diff \@y@diff=\@tempcnta
- \fi %exchange @x@diff & @y@diff, so now @x@diff > @y@diff
- \num@segments=\@y@diff
- \multiply\num@segments \num@segments
- \multiply\num@segments by 457
- \divide\num@segments \@x@diff
- \advance\num@segments by 750 % for round-off, going to divide by 1000.
- \divide\num@segments \@m
- \advance\num@segments \@x@diff
- %num@segments = @x@diff + (0.457*sqr(@y@diff)/@x@diff)
-\fi}
-%----------------------------------------------------------------------
-% \dottedline[opt. char]{interdot gap in units}(x1,y1)(x2,y2)....(xN,yN)
-%----------------------------------------------------------------------
-%% Used the following construction earlier but that results in box memory
-%% full much too soon although it works perfectly.
-%% \setbox\@dotbox\vbox to\z@{\vss \hbox to\z@{\hss #1\hss}\vss}\relax}
-%% The cenetering of characters is achieved by substracting half the ht, wd
-%% of character from the (x,y) coordinates where they are to be put. We
-%% chose to use a macro for the ``dot'' instead of \copy\box to save memory
-%% at the expense of extra cpu, since memory becomes an issue very soon.
-%% \picsquare is already centered, whereas other characters, except \circle,
-%% will not be cenetered, hence to handle them all in a similar fashion,
-%% used \picsquare@bl.
-%
-% kind of tail recursion.
-\def\dottedline{\@ifnextchar [{\@idottedline}{\@idottedline[\picsquare@bl]}}
-\def\@idottedline[#1]#2(#3,#4){\@ifnextchar (%
-{\@iidottedline[#1]{#2}(#3,#4)}{\relax}}
-\def\@iidottedline[#1]#2(#3,#4)(#5,#6){\@dottedline[#1]{#2\unitlength}%
-(#3\unitlength,#4\unitlength)(#5\unitlength,#6\unitlength)%
-\@idottedline[#1]{#2}(#5,#6)}
-%
-%% user not supposed to use this directly. arguments in absolute dimensions.
-%% need to pass absolute dimens here because dashline calls dottedline and
-%% can supply only absolute dimensions.
-\long\def\@dottedline[#1]#2(#3,#4)(#5,#6){{%
-\x@diff=#5\relax\advance\x@diff by -#3\relax
-\y@diff=#6\relax\advance\y@diff by -#4\relax
-\sqrtandstuff{\x@diff}{\y@diff}{#2}
-\divide\x@diff \num@segments
-\divide\y@diff \num@segments
-\advance\num@segments \@ne % to put the last point at destination.
-%%\typeout{num@segments= \the\num@segments}
-\setbox\@dotbox\hbox{#1}% just to get the dimensions of the character.
-\@xdim=#3 \@ydim=#4
-\ifdim\ht\@dotbox >\z@% otherwise its a circle.
- \advance\@xdim -0.5\wd\@dotbox
- \advance\@ydim -0.5\ht\@dotbox
- \advance\@ydim .5\dp\@dotbox\fi
-%%circle's have a ht=0, this is one way I could think of to catch circles.
-%%following loop is equiv to
-%%\multiput(\@xdim,\@ydim)(\x@diff,\y@diff){\num@segments}{#1}
-%%with arguments in absolute dimensions.
-\@killglue
-\loop \ifnum\num@segments > 0
-\unskip\raise\@ydim\hbox to\z@{\hskip\@xdim #1\hss}%
-\advance\num@segments \m@ne\advance\@xdim\x@diff\advance\@ydim\y@diff%
-\repeat
-\ignorespaces}}
-%----------------------------------------------------------------------
-% \dashline[#]{dash-length}[optional dotgap](x1,y1)(x2,y2)...(xN,yN)
-% The minimum # of dashes put is 2, one at either end point; dash-length is
-% reduced accordingly if necessary. Also have to some dirty work to account
-% for stretch & shrink.
-% \renewcommand{\dashlinestretch}{-50} %ONLY INTEGERS PERMITTED.
-%----------------------------------------------------------------------
-\def\dashlinestretch{0} %well, could have used a counter.
-\def\dashline{\@ifnextchar [{\@idashline}{\@idashline[\dashlinestretch]}}
-\def\@idashline[#1]#2{\@ifnextchar [{\@iidashline[#1]{#2}}%
-{\@iidashline[#1]{#2}[\@empty]}} %\@empty needed-- later checked with \ifx
-\def\@iidashline[#1]#2[#3](#4,#5){\@ifnextchar (%
-{\@iiidashline[#1]{#2}[#3](#4,#5)}{\relax}}
-%
-\def\@iiidashline[#1]#2[#3](#4,#5)(#6,#7){%
-\@dashline[#1]{#2}[#3](#4,#5)(#6,#7)%
-\@iidashline[#1]{#2}[#3](#6,#7)}
-%
-\long\def\@dashline[#1]#2[#3](#4,#5)(#6,#7){{%
-\x@diff=#6\unitlength \advance\x@diff by -#4\unitlength
-\y@diff=#7\unitlength \advance\y@diff by -#5\unitlength
-%% correction to get actual width since the dash-length as taken in arguement
-%% is the center-to-center of the end-points.
-\@tempdima=#2\unitlength \advance\@tempdima -\@wholewidth
-\sqrtandstuff{\x@diff}{\y@diff}{\@tempdima}
-\ifnum\num@segments <3 \num@segments=3\fi% min number of dashes I can plot
-% is 2, 1 at either end, thus min num@segments is 3 (including 'empty dash').
-\@tempdima=\x@diff \@tempdimb=\y@diff
-\divide\@tempdimb by\num@segments
-\divide\@tempdima by\num@segments
-%% ugly if-then-else. If optional dotgap specified, then use it otherwise
-%% make a solid looking dash.
-{\ifx#3\@empty \relax
- \ifdim\@tempdima < 0pt \x@diff=-\@tempdima\else\x@diff=\@tempdima\fi
- \ifdim\@tempdimb < 0pt \y@diff=-\@tempdimb\else\y@diff=\@tempdimb\fi
- \ifdim\x@diff < 0.3pt %it's a vertical dashline
- \ifdim\@tempdimb > 0pt
- \global\setbox\@dotbox\hbox{\hskip -\@halfwidth \vrule
- \@width \@wholewidth \@height \@tempdimb}
- \else\global\setbox\@dotbox\hbox{\hskip -\@halfwidth \vrule
- \@width \@wholewidth \@height\z@ \@depth -\@tempdimb}\fi
- \else\ifdim\y@diff < 0.3pt %it's a horizontal dashline
- \ifdim\@tempdima >0pt
- \global\setbox\@dotbox\hbox{\vrule \@height \@halfwidth
- \@depth \@halfwidth \@width \@tempdima}
- \else\global\setbox\@dotbox\hbox{\hskip \@tempdima
- \vrule \@height \@halfwidth \@depth \@halfwidth
- \@width -\@tempdima \hskip \@tempdima}\fi
- \else\global\setbox\@dotbox\hbox{%
-\@dottedline[\picsquare]{0.98\@wholewidth}(0pt,0pt)(\@tempdima,\@tempdimb)}
-\fi\fi
-\else\global\setbox\@dotbox\hbox{%
-\@dottedline[\picsquare]{#3\unitlength}(0pt,0pt)(\@tempdima,\@tempdimb)}
-\fi}
-\advance\x@diff by -\@tempdima % both have same sign
-\advance\y@diff by -\@tempdimb
-%
-%%here we correct the number of dashes to be put by reducing them
-%%appropriately. (num@segments*\@wholewidth) is in some way the slack we
-%%have,and division by dash-length gives the reduction. reduction =
-%%(2*num@segments*\@wholewidth)/dash-length
-%% (num@segments includes empty ones)
-\@tempdima=\num@segments\@wholewidth \@tempdima=2\@tempdima
-\@tempcnta=\@tempdima \@tempdima=#2\unitlength \@tempdimb=0.5\@tempdima
-\@tempcntb=\@tempdimb \advance\@tempcnta by \@tempcntb % round-off error
-\divide\@tempcnta by\@tempdima \advance\num@segments by -\@tempcnta
-%
-\ifnum #1=0 \relax\else\ifnum #1 < -100
- \typeout{***dashline: reduction > -100 percent implies blankness!***}
-\else\num@segmentsi=#1 \advance\num@segmentsi by 100
- \multiply\num@segments by\num@segmentsi \divide\num@segments by 100
-\fi\fi
-%
-\divide\num@segments by 2 % earlier num@segments included 'empty dashes' too.
-\ifnum\num@segments >0 % if =0 then don't divide => \x@diff & \y@diff
- \divide\x@diff by\num@segments% remain same.
- \divide\y@diff by\num@segments
- \advance\num@segments by\@ne %for the last segment for which I subtracted
- %\@tempdima & \@tempdimb from \x@diff & \y@diff
- \else\num@segments=2 % one at each end.
-\fi
-%%\typeout{num@segments finally = \the\num@segments}
-%% equiv to \multiput(#4,#5)(\x@diff,\y@diff){\num@segments}{\copy\@dotbox}
-%% with arguements in absolute dimensions.
-\@xdim=#4\unitlength \@ydim=#5\unitlength
-\@killglue
-\loop \ifnum\num@segments > 0
-\unskip\raise\@ydim\hbox to\z@{\hskip\@xdim \copy\@dotbox\hss}%
-\advance\num@segments \m@ne\advance\@xdim\x@diff\advance\@ydim\y@diff%
-\repeat
-\ignorespaces}}
-%----------------------------------------------------------------------
-%%1.00 .833333 .80 .75 .66666 .60 .50 .40 .33333 .25 .20 .16666
-%% .916666 .816666 .775 .708333 .633333 .55 .45 .366666 .291666 .225 .183333
-%% 0.0
-%%0.083333
-%% the first line has absolute slopes corresponding to various permissible
-%% integer combinations representing slopes. The second line is the midpoint
-%% of all those slopes (attempted to show them in the middle of two entries).
-%%
-%% \lineslope(x@diff dimen, y@diff dimen)
-%% Given base (x@diff) and height (y@diff) in dimensions, determines the
-%% closest available slope and returns the two required integers in \@xarg
-%% and \@yarg. The given base and height can be ANYTHING, -ve or +ve, or
-%% even 0pt. \lineslope knows about (0,1) and (1,0) slopes too and returns
-%% correct values if the conditions regarding x@diff & y@diff are obeyed
-%% (see NOTE). Used by \drawline. This is the simplest and only way I could
-%% figure out to accomplish it!.
-%% NOTE: both the dimensions (x@diff & y@diff) must be in SAME units and the
-%% larger of the two dimensions must be atleast 1pt (i.e. 65536sp). To avoid
-%% dividing by 0, I make the larger dimension = 1pt if it is < 1pt.
-%% will need a similar one for vectors, or maybe this can be used. For
-%% vectors the range is -4, 4 unlike lines where it is -6, 6.
-\newif\if@flippedargs
-\def\lineslope(#1,#2){%
-\ifdim #1 <0pt \@xdim= -#1 \else\@xdim=#1\fi
-\ifdim #2 <0pt \@ydim= -#2 \else\@ydim=#2\fi
-%%\typeout{xdim,ydim= \the\@xdim, \the\@ydim}
-\ifdim\@xdim >\@ydim \@tempdima=\@xdim \@xdim=\@ydim \@ydim=\@tempdima
-\@flippedargstrue\else\@flippedargsfalse\fi% x < y
-\ifdim\@ydim >1pt \@tempcnta=\@ydim
- \divide\@tempcnta by 65536% now \@tempcnta=integral part of #1.
- \divide\@xdim \@tempcnta\fi
-\ifdim\@xdim <.083333pt \@xarg=1 \@yarg=0
- \else\ifdim\@xdim <.183333pt \@xarg=6 \@yarg=1
- \else\ifdim\@xdim <.225pt \@xarg=5 \@yarg=1
- \else\ifdim\@xdim <.291666pt \@xarg=4 \@yarg=1
- \else\ifdim\@xdim <.366666pt \@xarg=3 \@yarg=1
- \else\ifdim\@xdim <.45pt \@xarg=5 \@yarg=2
- \else\ifdim\@xdim <.55pt \@xarg=2 \@yarg=1
- \else\ifdim\@xdim <.633333pt \@xarg=5 \@yarg=3
- \else\ifdim\@xdim <.708333pt \@xarg=3 \@yarg=2
- \else\ifdim\@xdim <.775pt \@xarg=4 \@yarg=3
- \else\ifdim\@xdim <.816666pt \@xarg=5 \@yarg=4
- \else\ifdim\@xdim <.916666pt \@xarg=6 \@yarg=5
- \else \@xarg=1 \@yarg=1%
-\fi\fi\fi\fi\fi\fi\fi\fi\fi\fi\fi\fi
-\if@flippedargs\relax\else\@tempcnta=\@xarg \@xarg=\@yarg
- \@yarg=\@tempcnta\fi
-\ifdim #1 <0pt \@xarg= -\@xarg\fi
-\ifdim #2 <0pt \@yarg= -\@yarg\fi
-%%\typeout{closest slope integers = \the\@xarg, \the\@yarg}
-}
-%----------------------------------------------------------------------
-% usage: \drawline[#](x1,y1)(x2,y2)....(xN,yN)
-% % # is an optional integer between -100 & infinity.
-% \renewcommand{\drawlinestretch}{-50} %ONLY INTEGERS PERMITTED.
-%----------------------------------------------------------------------
-\newif\if@toosmall
-\newif\if@drawit
-\newif\if@horvline
-\def\drawlinestretch{0} %well, could have used a counter.
-% kind of tail recursion.
-\def\drawline{\@ifnextchar [{\@idrawline}{\@idrawline[\drawlinestretch]}}
-\def\@idrawline[#1](#2,#3){\@ifnextchar ({\@iidrawline[#1](#2,#3)}{\relax}}
-\def\@iidrawline[#1](#2,#3)(#4,#5){\@drawline[#1](#2,#3)(#4,#5)
-\@idrawline[#1](#4,#5)}
-%
-\def\@drawline[#1](#2,#3)(#4,#5){{%
-\x@diff=#4\unitlength \advance\x@diff by -#2\unitlength
-\y@diff=#5\unitlength \advance\y@diff by -#3\unitlength
-%% override any linethickness declarations, and since horiz & vertical lines
-%% come out thinner than the slanted ones, assign slightly larger values.
-%% default values are: thinlines=0.4pt, thicklines=0.8pt
-\ifx\@linefnt\tenln \linethickness{0.5pt} \else \linethickness{0.9pt}\fi
-\lineslope(\x@diff,\y@diff)% returns the two integers in \@xarg & \@yarg.
-%------
-\@toosmalltrue
-{\ifdim\x@diff <\z@ \x@diff=-\x@diff\fi
- \ifdim\y@diff <\z@ \y@diff=-\y@diff\fi
- \ifdim\x@diff >10pt \global\@toosmallfalse\fi
- \ifdim\y@diff >10pt \global\@toosmallfalse\fi}
-%------
-%% For efficiency, if the line is horiz or vertical then we draw it in one
-%% shot, only if the stretch is not -ve and the line is not too small.
-\@drawitfalse\@horvlinefalse
-\ifnum#1 <0 \relax\else\@horvlinetrue\fi
-\if@toosmall\@horvlinetrue\fi% to get 'or' condition. We necessarily draw a
-% solid line if the line is too small ignoring any -ve stretch.
-\if@horvline
- \ifdim\x@diff =0pt \put(#2,#3){\ifdim\y@diff >0pt \@linelen=\y@diff \@upline
- \else\@linelen=-\y@diff \@downline\fi}%
- \else\ifdim\y@diff =0pt
- \ifdim\x@diff >0pt \put(#2,#3){\vrule \@height \@halfwidth \@depth
- \@halfwidth \@width \x@diff}
- \else \put(#4,#5){\vrule \@height \@halfwidth \@depth
- \@halfwidth \@width -\x@diff}\fi
- \else\@drawittrue\fi\fi % construct the line explicitly
-\else\@drawittrue\fi
-%-------------------------------
-\if@drawit
-\ifnum\@xarg< 0 \@negargtrue\else\@negargfalse\fi
-\ifnum\@xarg =0 \setbox\@linechar%
-\hbox{\hskip -\@halfwidth \vrule \@width \@wholewidth \@height 10.2pt
- \@depth \z@}
-\else \ifnum\@yarg =0 \setbox\@linechar%
-\hbox{\vrule \@height \@halfwidth \@depth \@halfwidth \@width 10.2pt}
-\else \if@negarg \@xarg -\@xarg \@yyarg -\@yarg
- \else \@yyarg \@yarg\fi
-\ifnum\@yyarg >0 \@tempcnta\@yyarg \else \@tempcnta -\@yyarg\fi
-\setbox\@linechar\hbox{\@linefnt\@getlinechar(\@xarg,\@yyarg)}%
-\fi\fi
-%------
-\if@toosmall% => it isn't a horiz or vert line and is toosmall.
- \@dottedline[\picsquare]{.98\@wholewidth}%
-(#2\unitlength,#3\unitlength)(#4\unitlength,#5\unitlength)%
-\else
-%% following is neat. The last segment takes \wd\@linechar & \ht\@linechar
-%% so plot the line as though it were from (#2,#3) to
-%% (#4-\wd\@linechar,#5-\ht\@linechar) (i.e. for positive slope; of course,
-%% signs are reversed for other slopes). For horizontal & vertical dashes we
-%% don't have to subtract the ht & wd resp. since they are already centered.
-\ifnum\@xarg=0\relax\else\ifdim\x@diff >\z@ \advance\x@diff -\wd\@linechar
- \else\advance\x@diff \wd\@linechar\fi\fi
-\ifnum\@yarg=0\relax\else\ifdim\y@diff >\z@\advance\y@diff -\ht\@linechar
- \else\advance\y@diff \ht\@linechar\fi\fi
-\ifdim\x@diff <\z@ \@x@diff=-\x@diff \else\@x@diff=\x@diff\fi
-\ifdim\y@diff <\z@ \@y@diff=-\y@diff \else\@y@diff=\y@diff\fi
-%%\typeout{x@diff,y@diff=\the\x@diff , \the\y@diff}
-\num@segments=0 \num@segmentsi=0
-\ifdim\wd\@linechar >1pt
- \num@segmentsi=\@x@diff \divide\num@segmentsi \wd\@linechar\fi
-\ifdim\ht\@linechar >1pt
- \num@segments=\@y@diff \divide\num@segments \ht\@linechar\fi
-\ifnum\num@segmentsi >\num@segments \num@segments=\num@segmentsi\fi
-\advance\num@segments \@ne %to account for round-off error
-%
-\ifnum #1=0 \relax \else\ifnum #1 < -99
- \typeout{***drawline: reduction <= -100 percent implies blankness!***}
-\else\num@segmentsi=#1 \advance\num@segmentsi by 100
- \multiply\num@segments \num@segmentsi
- \divide\num@segments by 100
-\fi\fi
-%%\typeout{num@segments after = \the\num@segments}
-%
-\divide\x@diff \num@segments
-\divide\y@diff \num@segments
-\advance\num@segments \@ne %for the last segment for which I subtracted
- %\wd & \ht of \@linechar from \@x@diff & \@y@diff.
-%%\typeout{numseg,x@diff,y@diff= \the\num@segments, \the\x@diff, \the\y@diff}
-%
-\@xdim=#2\unitlength \@ydim=#3\unitlength
-\if@negarg \advance\@xdim -\wd\@linechar\fi
-\ifnum\@yarg <0 \advance\@ydim -\ht\@linechar\fi
-%%following loop equiv to \multiput@abs(\@xdim,\@ydim)%
-%%(\x@diff,\y@diff){\num@segments}{\copy\@linechar}
-%%with arguements in absolute dimensions.
-\@killglue
-\loop \ifnum\num@segments > 0
-\unskip\raise\@ydim\hbox to\z@{\hskip\@xdim \copy\@linechar\hss}%
-\advance\num@segments \m@ne\advance\@xdim\x@diff\advance\@ydim\y@diff%
-\repeat
-\ignorespaces
-\fi%the if of @toosmall
-\fi}}% for \if@drawit
-%----------------------------------------------------------------------
-%usage: \putfile{datafile}{OBJECT}
-% The OBJECT is plotted at EACH of the coordinates read from the datafile.
-% The idea of these macros is to generate (x,y) pairs using some program
-% and then directly use those coordinates. Since TeX doesn't have real
-% floating point calculations, it is much more efficient and accurate to do
-% things this way. One can also use the unix facility 'spline' now to
-% generate smooth curves with equidistant ``dots''.
-% NOTE: the external file of coordinates must have x y pairs with a space
-% between them. Also it is suggested that some extension such as '.put'
-% be used for such datafiles to distinguish them in which case it must
-% be explicitely specified in the 1st argument so that TeX doesn't look
-% for a .tex extension.
-% The % char remains valid as a comment char and such lines are ignored;
-% however, there should be atleast one space after the second entry if a
-% comment is on the same line as data since % eats up the newline.
-%-----------------------------------------------------------------------
-\long\def\splittwoargs#1 #2 {(#1,#2)}
-%
-\newif\if@stillmore
-\newread\@datafile
-\long\def\putfile#1#2{\openin\@datafile = #1
-\@stillmoretrue
-\loop
-\ifeof\@datafile\relax\else\read\@datafile to\@dataline\fi
-%if file nonexistent, do nothing.
-\ifeof\@datafile\@stillmorefalse
-\else\ifx\@dataline\@empty \relax
- \else
-\expandafter\expandafter\expandafter\put\expandafter\splittwoargs%
-\@dataline{#2}
- \fi
-\fi
-\if@stillmore
-\repeat
-\closein\@datafile
-}
-%----------------------------------------------------------------------
-\makeatother
-
diff --git a/Tex/old_master/multido.sty b/Tex/old_master/multido.sty
deleted file mode 100644
index 1b118cc..0000000
--- a/Tex/old_master/multido.sty
+++ /dev/null
@@ -1,27 +0,0 @@
-%%
-%% This is file `multido.sty'.
-%%
-%% IMPORTANT NOTICE:
-%%
-%% multido.sty Copyright (C) 1997 Timothy Van Zandt
-%% (C) 2004 Herbert Voss <voss@perce.de>
-%% Rolf Niepraschk <Rolf.Niepraschk@ptb.de>
-%%
-%% This package may be distributed under the terms of the LaTeX Project
-%% Public License, as described in lppl.txt in the base LaTeX distribution.
-%% Either version 1.0 or, at your option, any later version.
-%%
-
-\ProvidesPackage{multido}
- [2004/05/17 package wrapper for PSTricks `multido.tex', (HV/RN)]
-
-\@ifundefined{MultidoLoaded}
-{%
- \input{multido.tex}
- \ProvidesFile{multido.tex}
- [\filedate\space v\fileversion\space `multido' (tvz)]
-}{}
-
-\endinput
-%%
-%% End of file `multido.sty'.
diff --git a/Tex/old_master/multido.tex b/Tex/old_master/multido.tex
deleted file mode 100644
index d642ec7..0000000
--- a/Tex/old_master/multido.tex
+++ /dev/null
@@ -1,311 +0,0 @@
-%% BEGIN multido.tex
-%%
-\def\fileversion{1.41}
-\def\filedate{2004/05/18}
-%%
-%% COPYRIGHT 1993, 1994, 1999 by Timothy Van Zandt, tvz@nwu.edu.
-%% Version 1.41 (2004) prepared by Rolf Niepraschk <Rolf.Niepraschk@ptb.de>
-%% Herbert Voss <voss@perce.de>
-%%
-%%
-%% This program can be redistributed and/or modified under the terms
-%% of the LaTeX Project Public License Distributed from CTAN
-%% archives in directory macros/latex/base/lppl.txt.
-%%
-%% DESCRIPTION:
-%% multido.tex/multido.sty contains a loop macro, \multido, that supports
-%% fixed-point addition and has a nice interface. Among other things, it
-%% is useful for pictures and putting numbers on axes. multido.tex
-%% is compatible with most TeX macro packages, including Plain TeX, LaTeX,
-%% AmSTeX, and Ams-LaTeX.
-%%
-%% INSTALLATION:
-%% Put this file where your TeX looks for inputs, under the name multido.tex.
-%% Use the file multido.sty with LaTeX.
-%%
-%% DOCUMENTATION:
-%% See multido.doc.
-%%
-%% COPYING:
-%% Copying of part or all of this file is allowed under the following
-%% conditions only:
-%% (1) You may freely distribute unchanged copies of the file. Please
-%% include the documentation when you do so.
-%% (2) You may modify a renamed copy of the file, but only for personal
-%% use or use within an organization.
-%% (3) You may copy fragments from the file, for personal use or for
-%% distribution, as long as credit is given where credit is due.
-%%
-%% You are NOT ALLOWED to take money for the distribution or use of
-%% this file or modified versions or fragments thereof, except for
-%% a nominal charge for copying etc.
-%%
-%% CODE:
-% These macros use TeX primitives, plus the Plain TeX commands:
-% \dimen@, \dimen@i, \count@, \newcount, \newtoks, \@ne, \tw@, \@z@.
-%
-% Check if file is loaded, announce file on terminal, and take care of @:
-%
-
-
-\message{ v\fileversion, \filedate\space <tvz>}
-
-\csname MultidoLoaded\endcsname
-\let\MultidoLoaded\endinput
-
-\edef\TheAtCode{\the\catcode`\@}
-\catcode`\@=11
-
-% These are some useful hacks. "\multido@dimtonum" strips the value of "#1",
-% a dimension register, of the "pt", and assigns the result to "#2",
-% a command sequence.
-
-\def\@empty{}
-\def\@nnil{\@nil}
-\def\multido@dimtonum#1#2{\edef#2{\multido@@dimtonum#1}}
-\def\multido@@dimtonum#1{\expandafter\multido@@@dimtonum\the#1}
-\edef\next{%
- \noexpand\def\noexpand\multido@@@dimtonum##1\string p\string t{##1}}
-\next
-
-% "\multido@count" stores the number of repetitions. "\multidocount" keeps
-% track of the iteration. These are also used locally as scratch counters
-% by "\FPadd@". "\multido@stuff" is used to store the <stuff> that is
-% to be repeated.
-
-\newcount\multido@count
-\newcount\multidocount
-\newtoks\multido@stuff
-
-\def\multido{\multido@{}{\begingroup}{\endgroup}}
-\def\mmultido{\multido@{\multido@stepvar}{\begingroup}{\endgroup}}
-\def\Multido{\multido@{}{}{}}
-\def\MMultido{\multido@{\multido@stepvar}{}{}}
-
-% "\multido@initvar" processes the variable declarations, initializing
-% the value of the variables and defining "\multido@stepvar" to increment
-% the variables with each repetition. "\multido@count" is set to the number
-% of repetitions.
-
-\long\def\multido@#1#2#3#4#5#6{%
- #2%
- \multido@count=#5\relax
- \ifnum\multido@count=\z@\else\multido@@{#1}{#4}{#6}\fi
- #3%
- \ignorespaces}
-\def\multido@@#1#2#3{%
- \def\multido@stepvar{}%
- \def\do{\noexpand\do\noexpand}%
- \multido@initvar#2,\@nil,%
- \let\do\noexpand
- \edef\multido@stepvar{\multido@stepvar}%
- \ifnum\multido@count<\z@\multido@count=-\multido@count\fi
- \multidocount=1\relax
- #1%
- \multido@stuff{#3}%
- \multido@loop}
-\def\multido@loop{%
- \the\multido@stuff
- \ifnum\multidocount<\multido@count
- \advance\multidocount\@ne
- \multido@stepvar
- \expandafter\multido@loop
- \fi}
-\def\multidostop{\multidocount=\multido@count}
-\def\multido@badvar{%
- \multido@count=0
- \errhelp{\multido command will be skipped.}%
- \errmessage{Bad \string\multido\space variable declaration}}
-\def\multido@initvar#1,{%
- \def\multido@temp{#1}%
- \ifx\multido@temp\@nnil\else
- \ifx\multido@temp\@empty\else
- \multido@@initvar#1\@nil=+\@nil\relax
- \fi
- \expandafter\multido@initvar
- \fi}
-\def\multido@@initvar#1=#2+#3\@nil#4\relax{%
- \ifx\@empty#4\@empty
- \multido@badvar
- \else
- \multido@vartype#1\@empty
- \ifx\multido@temp\relax
- \multido@badvar
- \else
- \multido@temp{#2}{#3}#1%
- \fi
- \fi}
-\def\multido@vartype#1{%
- \ifcat\noexpand\@nil\noexpand#1%
- \expandafter\multido@@vartype\string#1\@nil
- \else
- \let\multido@temp\relax
- \fi}
-\def\multido@@vartype#1#2#3\@nil{%
- \expandafter\let\expandafter\multido@temp
- \csname multido@init@#2\endcsname}
-\def\MultidoCheckNames{%
- \let\multido@@@vartype\multido@vartype
- \def\multido@vartype##1{%
- \ifx\undefined##1%
- \multido@@@vartype{##1}%
- \else
- \errhelp{\multido command will be skipped.}%
- \errmessage{Multido variable \string##1 already defined}%
- \let\multido@temp\relax
- \fi}}
-
-% For each variable type, we must now define \multido@init<vartype>.
-% The syntax of these macros is:
-%
-% \multido@init@<vartype>{initial value}{increment}{variable}
-%
-% and the outcome should be:
-%
-% 1. Set <variable> to the initial value.
-% 2. Invoke \multido@addtostep{step stuff}, where <step stuff> is
-% whatever should be done to increment the variable. <step stuff> is
-% expanded first, with expansion suppressed by "\do".
-
-\def\multido@addtostep#1{\edef\multido@stepvar{\multido@stepvar#1}}
-
-% Variable type for dimensions ("d", "D"):
-
-\def\multido@init@d#1#2#3{%
- \expandafter\ifx\csname pssetlength\endcsname\relax
- \dimen@=#1\relax\dimen@i=#2\relax
- \else
- \pssetlength\dimen@{#1}\pssetlength\dimen@i{#2}%
- \fi
- \edef#3{\number\dimen@ sp}%
- \ifnum\multido@count<\z@\dimen@i=-\dimen@i\fi
- \multido@addtostep{\do\multido@step@d{\do#3}{\number\dimen@i sp}}}
-\def\multido@step@d#1#2{%
- \dimen@=#1\advance\dimen@#2
- \edef#1{\number\dimen@ sp}}%
-\def\multido@init@D{\multido@init@d}
-
-% Variable type for integers ("i", "I"):
-
-\def\multido@init@i#1#2#3{%
- \count@=#1\relax
- \edef#3{\the\count@}%
- \count@=#2\relax
- \ifnum\multido@count<\z@\count@=-\count@\fi
- \multido@addtostep{\do\multido@step@i{\do#3}{\the\count@}}}
-\def\multido@step@i#1#2{%
- \count@=#1\advance\count@ by #2
- \edef#1{\the\count@}}
-\def\multido@init@I{\multido@init@i}
-
-% Variable type for reals ("r", "R").
-
-\def\multido@init@r#1#2#3{%
- \dimen@=#1pt
- \multido@dimtonum\dimen@#3%
- \dimen@=#2pt
- \ifnum\multido@count<\z@\dimen@=-\dimen@\fi
- \multido@addtostep{\do\multido@step@r{\do#3}{\number\dimen@ sp}}}
-\def\multido@step@r#1#2{%
- \dimen@=#1pt\advance\dimen@#2
- \multido@dimtonum\dimen@#1}
-\def\multido@init@R{\multido@init@r}
-
-% Variable type for numbers ("n", "N").
-
-\def\multido@init@n#1#2#3{%
- \edef#3{#1}%
- \ifnum\multido@count<\z@\expandafter\fpSub\else\expandafter\fpAdd\fi
- {0}{#2}\multido@temp
- \multido@addtostep{\do\fpAdd{\do#3}{\multido@temp}{\do#3}}}
-\def\multido@init@N{\multido@init@n}
-
-% Simple fixed-point addition couldn't be harder.
-% "\dimen@" and "\dimen@i" are used as scratch {\em counters} (to avoid
-% creating a new counter). "\count@", "\multido@count" and "\multidocount"
-% are also used as scratch counters.
-
-% This is probably pretty close to optimal, given the requirements that
-% leading and trailing spaces be OK in the arguments, and that there need
-% not be any numbers to the left of the decimal.
-
-% RN modification begin -- 2004/05/17; Rolf.Niepraschk@ptb.de
-% \def\FPadd#1#2#3{%
-% \edef\multido@temp{#1..\noexpand\@nil#2}%
-% \expandafter\FPadd@\multido@temp..\@nil
-% \let#3\multido@temp}
-% \def\FPsub#1#2{%
-% \edef\multido@temp{\noexpand\FPsub@#2\noexpand\@empty}%
-% \FPadd{#1}{\multido@temp}}
-\def\fpAdd#1#2#3{%
- \edef\multido@temp{#1..\noexpand\@nil#2}%
- \expandafter\FPadd@\multido@temp..\@nil
- \let#3\multido@temp}
-\def\fpSub#1#2{%
- \edef\multido@temp{\noexpand\FPsub@#2\noexpand\@empty}%
- \fpAdd{#1}{\multido@temp}}
-\ifx\FPadd\undefined\let\FPadd\fpAdd\let\FPsub\fpSub\fi
-% RN modification end
-\def\FPsub@#1{\ifx-#1\else-#1\fi}
-\def\FPadd@#1.#2.#3\@nil#4.#5.#6\@nil{%
- \begingroup
- \def\multido@temp{\let\next\relax}%
- \let\next\z@
- \afterassignment\multido@temp\count@=#1\next
- \dimen@i=0#2sp\relax
- \let\next\z@
- \afterassignment\multido@temp\multido@count=#4\next
- \multidocount=0#5\relax
- \dimen@=\number\count@ sp
- \count@=\@ne
- \FPadd@@@#500000000\@nil
- \ifnum#11<\z@
- \count@=-\tw@
- \dimen@=-\dimen@
- \fi
- \ifnum#41<\z@
- \count@=-\count@
- \multido@count=-\multido@count
- \fi
- \ifnum\count@>\z@
- \advance\multido@count\dimen@
- \advance\multidocount\dimen@i
- \ifnum\multidocount<\multido@temp\relax
- \advance\multidocount\multido@temp\relax
- \else
- \advance\multido@count\@ne
- \fi
- \advance\count@-3
- \else
- \advance\multido@count-\dimen@
- \advance\multidocount-\dimen@i
- \ifnum\multido@count<\z@
- \multido@count=-\multido@count
- \multidocount=-\multidocount
- \advance\count@\@ne
- \else
- \ifnum\multido@count=\z@
- \ifnum\multidocount<\z@
- \multidocount=-\multidocount
- \advance\count@\@ne
- \fi
- \fi
- \fi
- \ifnum\multidocount<\z@
- \advance\multidocount\multido@temp
- \advance\multido@count-\@ne
- \fi
- \advance\multidocount\multido@temp\relax
- \fi
- \expandafter\FPadd@@\the\multidocount\@empty\@nil
- \endgroup}
-\def\FPadd@@#1#2#3\@nil{\xdef\multido@temp{%
- \ifnum\count@=-1-\fi
- \the\multido@count\ifx#2\@empty\else.#2#3\fi}}
-\def\FPadd@@@#1#2#3#4#5#6#7#8#9\@nil{\def\multido@temp{1#9}}
-
-\catcode`\@=\TheAtCode\relax
-
-\endinput
-%%
-%% END multido.tex
diff --git a/Tex/old_master/vaucanson-g.sty b/Tex/old_master/vaucanson-g.sty
deleted file mode 100644
index 851ce6b..0000000
--- a/Tex/old_master/vaucanson-g.sty
+++ /dev/null
@@ -1,14 +0,0 @@
-\ProvidesPackage{vaucanson-g}[2003/05/09 package wrapper for Vaucanson-G]
-\DeclareOption{slides}{\AtEndOfPackage{\input VCPref-slides.tex}}
-\ProcessOptions
-\RequirePackage{ifthen}
-\RequirePackage[usenames]{pstcol}
-\RequirePackage{pst-node}
-\RequirePackage{pst-plot}
-\RequirePackage{pst-coil}
-%\RequirePackage{multido}
-\RequirePackage{pst-3d}
-\RequirePackage{color}
-\RequirePackage{calc}
-\input Vaucanson-G.tex
-\endinput