Diagramme_en_Tikz
Diagramme en Tikz
y-à-t-il Y a-t-il un moyen pour que le rectangle ou où il y à a la ligne 61 ECM de l'ECM fasse la même dimension que celle ou où il y à a 580 potentiels---etc; potentiels, et ainsi de suite, ceci quelque soit son contenu ?
le
Le contenu d'un rectangle change les dimension dimensions de ce dernier ; or je voudrai voudrais qu'il garde la même dimension que celui qui est en face,
enter code here
documentclass[11pt]{article} usepackage[utf8]{inputenc} usepackage{tikz} usetikzlibrary{trees} usepackage{graphicx}
begin{document} section{diagramme 3} resizebox*{1textwidth}{textheight} {tikzset{ face.
\documentclass[11pt]{article}
\usepackage[utf8]{inputenc}
\usepackage{tikz}
\usetikzlibrary{trees}
\usepackage{graphicx}
\begin{document}
\section{diagramme 3}
\resizebox*{1\textwidth}{\textheight}
{\tikzset{
basic/.style = {text width=2cm,font=Huge, rectangle,align=center}, width=2cm,font=\Huge, rectangle,align=center},
}
begin{tikzpicture}[node
\begin{tikzpicture}[node distance=1cm, auto,minimum size=4em]
node[draw,basic,text width=7cm,font=huge]
\node[draw,basic,text width=7cm,font=\huge] (a) at (24,22.28){653 fectifs }; node[basic,text };
\node[basic,text width=8cm,align=left] (b) at (29.6,20.6){textit{2 (29.6,20.6){\textit{2 perdus de vue} }; node[text width=8cm,align=left,font=huge] };
\node[text width=8cm,align=left,font=\huge] (d) at (29.6,19.3){textit{2 (29.6,19.3){\textit{2 inclusions redondantes}}; node[text width=8cm,align=left,font=huge] redondantes}};
\node[text width=8cm,align=left,font=\huge] (l) at (29.6,17.99){textit{2 (29.6,17.99){\textit{2 oppositions au suivi}}; node[basic,text suivi}};
\node[basic,text width=8cm,align=left] (c) at (29.6,16.9){textit{3 (29.6,16.9){\textit{3 dossiers incomplets }}; node[basic,text }};
\node[basic,text width=8cm,align=left] (e) at (29.6,15.4){textit{3 (29.6,15.4){\textit{3
inclusions hbox{inadaptées}}}; node[draw,basic,text width=7cm,font=huge] \hbox{inadaptées}}};
\node[draw,basic,text width=7cm,font=\huge] (f) at (24,13.7){641 inclusions }; node[draw,basic,text };
\node[draw,basic,text width=6.5cm] (i) at (28,9.2){,580 (28,9.2){\,580 potentiels sans ECM ,}; node[draw,basic,text \,};
\node[draw,basic,text width=6.5cm] (j)at(20,9){,61 ECM, }; node[draw=none] (a1)at(24,11.5){}; node[basic,text (j)at(20,9){\,61 ECM\, };
\node[draw=none] (a1)at(24,11.5){};
\node[basic,text width=6cm] (L)at(30.4,6.5){mbox (L)at(30.4,6.5){\mbox {36 coronarographies }};
node[basic,text }};
\node[basic,text width=5cm] (za)at(22.5,3){7 véccés de cause cardiaque ou potentielle }; node[basic,text };
\node[basic,text width=5cm] (zb)at(30,4.3){2 pontages }; node[basic,text };
\node[basic,text width=5cm] (zc)at(30,2){13hbox{ (zc)at(30,2){13\hbox{ traitements} médicaux };
node[basic,text
\node[basic,text width=4cm] (h) at (22,6.5){51 IDM }; node[basic,text };
\node[basic,text width=4cm] (g) at (22.5,1.4){mbox{} }; node[basic,text (22.5,1.4){\mbox{} };
\node[basic,text width=4cm] (K)at(22.1,-1.1){mbox {,3 (K)at(22.1,-1.1){\mbox {\,3 sténoses significatives stentées }}; %node[] }};
%\node[] (a1) at (24,11.5){}; node (24,11.5){};
\node (w) at (24.9,17.9){}; node (24.9,17.9){};
\node (l)at(25.6,17.9){};
node (m)at(23.3,17.9){}; node (n)at(23.8,15){}; node (o)at(20,18){}; node (c)at(29.5,15){}; node (x)at(18.3,9.3){}; node (q)at(16.5,6){}; node
\node (m)at(23.3,17.9){};
\node (n)at(23.8,15){};
\node (o)at(20,18){};
\node (c)at(29.5,15){};
\node (x)at(18.3,9.3){};
\node (q)at(16.5,6){};
\node (t) at (26.5,7.2){}; node (26.5,7.2){};
\node (t1) at (24,1.8){}; node (u)at(29.7,16.8){}; node (k)at(20.5,-1.1){}; node (v)at(23.9,5){}; node (v1)at(25.6,14){}; node (24,1.8){};
\node (u)at(29.7,16.8){};
\node (k)at(20.5,-1.1){};
\node (v)at(23.9,5){};
\node (v1)at(25.6,14){};
\node (x1)at(18,8.99){};
draw[line
\draw[line width=4pt,>=stealth,gray] (zb) (x1); draw[line width=4pt,>=stealth,gray] (K.west)(j); draw[line (x1);
\draw[line width=4pt,>=stealth,gray] (K.west)(j);
\draw[line width=4pt,->=stealth,gray] (h)-- (L); draw[line (L);
\draw[line width=4pt,->=stealth,gray] (x1)|- (h); draw[line (h);
\draw[line width=4pt,->=stealth,gray] (x1)|-(za);
draw[line
\draw[line width=4pt,>=stealth,gray, rounded corners=16pt,>] (w.north)|- (b.west); draw[line (b.west);
\draw[line width=4pt,>=stealth,gray, rounded corners=16pt,>] (w.north)|-(e.west); drawline width=4pt,>=stealth,gray(l.west); drawline width=4pt,>=stealth,gray (w); draw[line (w.north)|-(e.west);
\draw[line width=4pt,>=stealth,gray](w.west)(l.west);
\draw[line width=4pt,>=stealth,gray](o) (w);
\draw[line width=4pt,>=stealth,gray] (o) (c.west); draw[line (c.west);
\draw[line width=4pt,->=stealth,gray, rounded corners=6pt,->] (f)|-(24,11.7)-| (j.north); draw[line (j.north);
\draw[line width=4pt,->=stealth,gray, rounded corners=6pt,->] (f)|-(24,11.7)-| (i.north); draw[line (i.north);
\draw[line width=4pt,->=stealth,gray] (g)(t)|- (zc); draw[line (zc);
\draw[line width=4pt,>=stealth,gray] (t) (g); draw[line (g);
\draw[line width=4pt,->=stealth,gray] (m) (w); draw[line (w);
\draw[line width=4pt,>=stealth,gray] (g) (za); draw[line (za);
\draw[line width=4pt,->=stealth,gray] (x1) |- (k); draw[line (k);
\draw[line width=4pt,->=stealth,gray] (g)(t)|-(zb); draw[line (g)(t)|-(zb);
\draw[line width=4pt,>=stealth,gray] (a)-- (f); draw[line (f);
\draw[line width=4pt,>=stealth,gray] (m)-- (l); draw[line width=4pt,>=stealth,gray] (L)--(h); draw[line (l);
\draw[line width=4pt,>=stealth,gray] (L)--(h);
\draw[line width=4pt,>=stealth,gray] (g)(t)(za);
end{tikzpicture}}
end{document}
\end{tikzpicture}}
\end{document}
