From b0180e51a7207744295adaea658d36ef59b92af5 Mon Sep 17 00:00:00 2001 From: =?UTF-8?q?Georges=20Dup=C3=A9ron?= Date: Wed, 15 Dec 2010 03:59:43 +0100 Subject: [PATCH] =?UTF-8?q?Suppression=20de=20test.tex=20(plus=20n=C3=A9ce?= =?UTF-8?q?ssaire).?= MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit --- test.tex | 292 ------------------------------------------------------- 1 file changed, 292 deletions(-) delete mode 100644 test.tex diff --git a/test.tex b/test.tex deleted file mode 100644 index 9c88f83..0000000 --- a/test.tex +++ /dev/null @@ -1,292 +0,0 @@ -\documentclass{article} - -\usepackage[utf8]{inputenc} -\usepackage[T1]{fontenc} -\usepackage[frenchb]{babel} -\usepackage{tikz} -\usepackage{amsmath} -\usepackage{listings} -\usepackage{amssymb} -\usetikzlibrary{chains,positioning,matrix,arrows,decorations,calc} -\title{Rapport de projet : FMIN105\\ Cours algorithmique / complexité / calculabilité} -\author{\textsc{Bonavero} Yoann \\ \textsc{Brun} Bertrand \\ \textsc{Charron} John \\ \textsc{Dupéron} Georges} -\date{} - -\setlength{\parindent}{0pt} -\setlength{\parskip}{2ex} - -\newcounter{exocount} -\setcounter{exocount}{0} - -\newcounter{enoncecount} -\setcounter{enoncecount}{0} - -\newenvironment{enonce} -{ -\stepcounter{enoncecount} -\bf\small \arabic{enoncecount}. -\begin{bf} -} -{ -\end{bf} -} - - -\newcounter{sousenoncecount} -\setcounter{sousenoncecount}{0} -\newenvironment{sousenonce} -{ -\stepcounter{sousenoncecount} -\bf\small (\alph{sousenoncecount}) -\begin{bf} -} -{ -\end{bf} -} - -\begin{document} -\setcounter{page}{0} -\pagestyle{plain} - -\begin{figure}[h!] - %% «Paramètres» - \xdef\maxdots{23} - \xdef\maxdotsX{5} - \xdef\maxdotsY{5} - \xdef\maxnums{20} - \xdef\maxcoordsX{3} - \xdef\maxcoordsY{3} - - %% ===== Code is below ===== - - %% Macros crades - \makeatletter - \def\myadv#1#2{% - \xdef\incr@backup{\the\@tempcnta}% - \@tempcnta=#1{}% - \advance\@tempcnta by #2{}% - \xdef#1{\the\@tempcnta}% - \@tempcnta=\incr@backup{}% - } - \def\incr#1{% - \myadv#1{1}% - } - \def\decr#1{% - \myadv#1{-1}% - } - \makeatother - \centering - \begin{tikzpicture}[ - scale=1.4, - dot/.style={ - circle, - inner sep=0.7pt, - fill=black - }, - dotphantom/.style={ - circle, - inner sep=3pt, - fill=none, - draw=none - }, - numero/.style={rectangle, fill=white, inner sep=2pt, text=red!50!black}, - coord/.style={darkgray, scale=.8}, - % - bigarrow/.style={ - ->, - thick, - draw=green!50!black - }, - constatation1/.style={ - circle, - inner sep=1.5pt, - outer sep=0.8pt, - fill=white, - text=red, - anchor=south, - rotate around={45:(0,0)} - }, - constatation2/.style={ - text=green!50!black, - node distance=0.6cm - } - ] - - % %% Digonale - % \draw[bigarrow,red] (0,0) -- (.5*7.5,-.5*7.5); - - % Définitions pour le code ci-dessous. - \xdef\i{0} - \xdef\x{0} - \xdef\y{0} - \xdef\corner{3} - \xdef\sidelen{0} - \xdef\nextsidelen{1} - \xdef\direction{3} - \incr\maxnums - \incr\maxcoordsX - \incr\maxcoordsY - - \foreach \x in {0,...,\maxcoordsX} { - \foreach \y in {1,...,\maxcoordsY} { - \expandafter\xdef\csname dotxypresent-\x-\y\endcsname{0} - } - } - - \def\reallysmallcheat#1{% - \ensuremath{\hphantom{\vphantom{X}}_{\hphantom{\vphantom{X}}_{#1}}} - } - \def\drawnode{% - \node[dot] (dot-\x-\y) at (\x,-\y) {}; - \node[dotphantom] (phantom-\x-\y) at (\x,-\y) {}; - \ifnum\maxnums>\i - % \ifnum\corner=0 \node[numero,anchor=south] at (dot-\x-\y.north) {\i}; \else - % \ifnum\corner=1 \node[numero,anchor=east] at (dot-\x-\y.west) {\i}; \else - % \ifnum\corner=2 \node[numero,anchor=east] at (dot-\x-\y.west) {\i}; \else - % \ifnum\corner=3 \node[numero,anchor=south] at (dot-\x-\y.north) {\i}; \else - % \ifnum\direction=0 \node[numero,anchor=north west] at (dot-\x-\y.south east) {\i}; \else - % \ifnum\direction=2 \node[numero,anchor=north west] at (dot-\x-\y.south east) {\i}; \fi\fi\fi\fi\fi\fi - \node[numero,anchor=north west] at (dot-\x-\y.south east) {\i}; - \fi - \ifnum\maxcoordsX>\x - \ifnum\maxcoordsY>\y - % \ifnum\corner=0 \node[coord,anchor=south east] at (dot-\x-\y.north west) {\reallysmallcheat{(\x, \y)}}; \else - % \ifnum\corner=1 \node[coord,anchor=north east] at (dot-\x-\y.south west) {\reallysmallcheat{(\x, \y)}}; \else - % \ifnum\corner=2 \node[coord,anchor=north west] at (dot-\x-\y.south east) {\reallysmallcheat{(\x, \y)}}; \else - % \ifnum\corner=3 \node[coord,anchor=south west] at (dot-\x-\y.north east) {\reallysmallcheat{(\x, \y)}}; \else - % \ifnum\direction=0 \node[coord,anchor=east] at (dot-\x-\y.west) {\reallysmallcheat{(\x, \y)}}; \else - % \ifnum\direction=1 \node[coord,anchor=north] at (dot-\x-\y.south) {\reallysmallcheat{(\x, \y)}}; \else - % \ifnum\direction=2 \node[coord,anchor=west] at (dot-\x-\y.east) {\reallysmallcheat{(\x, \y)}}; \else - % \ifnum\direction=3 \node[coord,anchor=south] at (dot-\x-\y.north) {\reallysmallcheat{(\x, \y)}}; \fi\fi\fi\fi\fi\fi\fi\fi - \expandafter\xdef\csname dotxypresent-\x-\y\endcsname{1} - \ifnum\y=0 - \node[coord,anchor=south west] at (dot-\x-\y.north east) {\reallysmallcheat{(\x, \y)}}; - \else - \node[coord,anchor=west,xshift=0.2] at (dot-\x-\y.east) {\reallysmallcheat{(\x, \y)}}; - \fi - \fi - \fi - } - \def\drawlinknode{% - \drawnode% - \draw[->] (phantom-\oldx-\oldy) -- (phantom-\x-\y);% - } - \def\mystep{% - \incr\i% - \xdef\oldx{\x}% - \xdef\oldy{\y}% - } - \def\changedir#1{% - \xdef\direction{#1}% - \xdef\corner{#1}% - } - - \drawnode - \mystep \incr\x - \xdef\cornerc{0} - - \foreach \pos in {1,...,\maxdots} { - % Detect when we are at the end of this edge. - \ifnum\sidelen=0 - \ifnum\direction=0 \changedir{1} \incr\nextsidelen \xdef\sidelen{1} \else - \ifnum\direction=1 \changedir{2} \xdef\sidelen{\nextsidelen} \else - \ifnum\direction=2 \changedir{3} \incr\nextsidelen \xdef\sidelen{1} \else - \ifnum\direction=3 \changedir{0} \xdef\sidelen{\nextsidelen} \fi\fi\fi\fi% Brin d'acier - - \fi - % Draw node and link to previous, step counters - \drawlinknode \mystep - %% Se déplacer vers ↙↓↗→ - \ifnum\direction=0 \incr\y \decr\x \fi - \ifnum\direction=1 \incr\y \fi - \ifnum\direction=2 \decr\y \incr\x \fi - \ifnum\direction=3 \incr\x \fi - \decr\sidelen - \xdef\corner{4}%% 4 == pas de coin-coin. - } - - \foreach \x in {0,...,\maxdotsX} { - \foreach \y in {1,...,\maxdotsY} { - \node[dot] (dot-\x-\y) at (\x,-\y) {}; - } - } - \decr\maxcoordsX - \decr\maxcoordsY - \foreach \x in {0,...,\maxcoordsX} { - \foreach \y in {0,...,\maxcoordsY} { - \node[dot,fill=none] (fakedot-\x-\y) at (\x,-\y) {}; - \expandafter\ifnum\csname dotxypresent-\x-\y\endcsname=0 - \ifnum\y=0 - \node[coord,anchor=south west] at (fakedot-\x-\y.north east) {\reallysmallcheat{(\x, \y)}}; - \else - \node[coord,anchor=west,xshift=0.2] at (fakedot-\x-\y.east) {\reallysmallcheat{(\x, \y)}}; - \fi - \fi - } - } - - % \foreach \i in {1, ...,6}{ - % \node[constatation1] at (.5*\i,-.5*\i) {\i}; - % } - % \node[constatation1] at (.5*7,-.5*7) {\vdots}; - - % \node[coordinate] (fake0-0) at (0,0) {}; - % \node[coordinate] (fake1-0) at (1,0) {}; - % \node[coordinate] (fake3-0) at (3,0) {}; - % \node[coordinate] (fake5-0) at (5,0) {}; - % \node[coordinate] (fake0-2) at (0,-2) {}; - % \node[coordinate] (fake0-4) at (0,-4) {}; - % \node[coordinate] (fake0-6) at (0,-6) {}; - % \node[constatation2, above left of=fake0-0] {0}; - % \node[constatation2, above of=fake1-0] {1}; - % \node[constatation2, above of=fake3-0] {6}; - % \node[constatation2, above of=fake5-0] {15}; - % \node[constatation2, left of=fake0-2] {3}; - % \node[constatation2, left of=fake0-4] {10}; - % \node[constatation2, left of=fake0-6] {21}; - \end{tikzpicture} - \caption{Codage d'un couple d'entiers relatifs}%% TODO : caption - \label{fig:codage-nat-sans-constatation} -\end{figure} - -% \begin{figure}[h!] -% \centering -% \begin{tikzpicture}[ -% dot/.style = { -% circle, -% fill=black, -% inner sep=0.5pt -% }, -% arc/.style = { -% ->, -% >=stealth -% } -% ] -% \foreach \xpos in {0, ..., 4} { -% \foreach \ypos in {0, ..., 4} { -% \node[dot] at (\xpos,-\ypos) {}; -% } -% } - -% \draw[arc] (0,-0) -- (1,-0); - -% \draw[arc] (1,-0) -- (0,-1); -% \draw[arc] (0,-1) -- (0,-2); - -% \draw[arc] (0,-2) -- (1,-1); -% \draw[arc] (1,-1) -- (2,-0); -% \draw[arc] (2,-0) -- (3,-0); - -% \draw[arc] (3,-0) -- (2,-1); -% \draw[arc] (2,-1) -- (1,-2); -% \draw[arc] (1,-2) -- (0,-3); -% \draw[arc] (0,-3) -- (0,-4); - -% \draw[arc] (0,-4) -- (1,-3); -% \draw[arc,dashed] (1,-3) -- (2,-2); -% \end{tikzpicture} -% \caption{Codage d'un couple d'entiers relatifs} -% \label{fig:codage-rel} -% \end{figure} - -\end{document} \ No newline at end of file