| Rev. | d2f3f1570e0d15edb61781199966843d260b334a |
|---|---|
| Größe | 7,717 Bytes |
| Zeit | 2017-08-25 17:08:05 |
| Autor | Lorenzo Isella |
| Log Message | A self-contained example I can run with pdflated to generate a rule based tree. |
Fork% Rule based diagram
% Author: Remus Mihail Prunescu
\documentclass{minimal}
\usepackage[a4paper,margin=1cm,landscape]{geometry}
\usepackage{tikz}
%%%<
\usepackage{verbatim}
\usepackage[active,tightpage]{preview}
\PreviewEnvironment{tikzpicture}
\setlength\PreviewBorder{5pt}%
%%%>
\begin{comment}
:Title: Rule based diagram
\end{comment}
\usetikzlibrary{positioning,shadows,arrows}
\begin{document}
\begin{center}
\begin{tikzpicture}[
fact/.style={rectangle, draw=none, rounded corners=1mm, fill=blue, drop shadow,
text centered, anchor=north, text=white},
state/.style={circle, draw=none, fill=orange, circular drop shadow,
text centered, anchor=north, text=white},
leaf/.style={circle, draw=none, fill=red, circular drop shadow,
text centered, anchor=north, text=white},
level distance=0.5cm, growth parent anchor=south
]
\node (State00) [state] {$S_{00}$} [->]
child{
node (Fact01) [fact] {$T_{01}$}
child{ [sibling distance=9cm]
node (State01) [state] {$S_{01}$}
child{
node (Fact02) [fact] {$T_{02}$}
child{ [sibling distance=4cm]
node (State02) [state] {$S_{02}$}
child{
node (Fact03) [fact] {$T_{03}$}
child{
node (State03) [leaf] {$S_{03}$}
}
}
child{
node (Fact04) [fact] {$T_{04}$}
child{ [sibling distance=1.2cm]
node (State04) [state] {$S_{04}$}
child{
node (Fact05) [fact] {$T_{05}$}
child{
node (State05) [leaf] {$S_{05}$}
}
}
child{
node (Fact06) [fact] {$T_{06}$}
child{
node (State06) [leaf] {$S_{06}$}
}
}
child{
node (Fact07) [fact] {$T_{07}$}
child{
node (State07) [leaf] {$S_{07}$}
}
}
child{
node (Fact08) [fact] {$T_{08}$}
child{
node (State08) [leaf] {$S_{08}$}
}
}
child{
node (Fact09) [fact] {$T_{09.0}$}
child{
node (Fact09-1) [fact] {$T_{09.1}$}
child{
node (State09) [leaf] {$S_{09}$}
}
}
}
}
}
}
}
child{ [sibling distance=4cm]
node (Fact10) [fact] {$T_{10}$}
child{
node (State10) [state] {$S_{10}$}
child{
node (Fact11) [fact] {$T_{11}$}
child{
node (State11) [leaf] {$S_{11}$}
}
}
child{
node (Fact12) [fact] {$T_{12}$}
child{
node (State12) [state] {$S_{12}$}
child{
node (Fact13) [fact] {$T_{13}$}
child{
node (State13) [leaf] {$S_{13}$}
}
}
child{
node (Fact14) [fact] {$T_{14}$}
child{ [sibling distance=3cm]
node (State14) [state] {$S_{14}$}
child{
node (Fact15) [fact] {$T_{15}$}
child{
node (State15) [leaf] {$S_{15}$}
}
}
child{
node (Fact16) [fact] {$T_{16}$}
child{
node (State16) [leaf] {$S_{16}$}
}
}
child{
node (Fact17) [fact] {$T_{17}$}
child{ [sibling distance=1.2cm]
node (State17) [state] {$S_{17}$}
child{
node (Fact18) [fact] {$T_{18}$}
child{
node (State18) [leaf] {$S_{18}$}
}
}
child{
node (Fact19) [fact] {$T_{19}$}
child{
node (State19) [leaf] {$S_{19}$}
}
}
child{
node (Fact20) [fact] {$T_{20}$}
child{
node (State20) [leaf] {$S_{20}$}
}
}
child{
node (Fact21) [fact] {$T_{21}$}
child{
node (State21) [leaf] {$S_{21}$}
}
}
child{
node (Fact22) [fact] {$T_{22.0}$}
child{
node (Fact22-1) [fact] {$T_{22.1}$}
child{
node (State22) [leaf] {$S_{22}$}
}
}
}
}
}
}
}
}
}
}
}
}
}
;
\end{tikzpicture}
\end{center}
\end{document}