Map of scientific interactions of researchers affiliated in 2008 to the J.-V. Poncelet laboratory (UMI 2615 CNRS, http://www.poncelet.ru)
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Author : Andrei Sobolevski (April 2009)
% License : Creative Commons attribution license
% Title : Map of scientific interactions of researchers
% affiliated in 2008 to the J.-V. Poncelet laboratory
% (UMI 2615 CNRS, http://www.poncelet.ru)
% Notes : Produced for the 2008 annual report of the lab;
% layout of subnodes is a result of manual optimization
% Tags : mindmap, layers
% Submitted to TeXample.net on 16 January 2010
\documentclass{article}
\usepackage{tikz,times}
\usepackage[paperwidth=25cm,paperheight=22cm,left=1cm,top=1cm]{geometry}
\usetikzlibrary{mindmap,backgrounds}
\pagestyle{empty}
\begin{document}
\centering\begin{tikzpicture}[mindmap,
level 1 concept/.append style={level distance=130,sibling angle=30},
extra concept/.append style={color=blue!50,text=black}]
% Applied area: computer science and its subfields
\begin{scope}[mindmap, concept color=orange, text=white]
\node [concept] {Informatique}[clockwise from=-5]
child {node [concept] (log) {M{\'e}thodes cat{\'e}goriques}}
child {node [concept] (alg) {Algorithmique}}
child {node [concept] (cod) {Compression \& transmission}}
child {node [concept] (img) {Tra{\^i}tement des images}}
child {node [concept] (opt) {Optimisation}}
child {node [concept] (res) {R{\'e}seaux}};
\end{scope}
% Applied area: theoretical physics and its subfields
\begin{scope}[mindmap, concept color=red,text=white]
\node [concept] at (-5,-15) {Physique}
child [grow=-10, level distance=160]
{node [concept] (qin) {Calcul quantique}}
child [grow=20]
{node [concept] (csm) {Astronomie \& cosmologie}}
child [grow=110]
{node [concept] (mat) {Mati{\`e}re condens{\'e}e}};
\end{scope}
% Applied area: biology and its subfields
\begin{scope}[mindmap, concept color=green!50!black,text=white]
\node [concept] at (6.5,-15) {Biologie}
child [grow=165, level distance=120]
{node [concept] (med) {M{\'e}decine}}
child [grow=60]
{node [concept] (gen) {G{\'e}nomique}};
\end{scope}
% Applied area: economics (one subfield)
\begin{scope}[mindmap, concept color=violet, text=white]
\node [concept] at (11,-14) {{\'E}conomie}
child [grow=70, level distance=120]
{node [concept] (dec) {Choix \& prise de d{\'e}cision}};
\end{scope}
% Researchers listed by their main specialization in mathematics
\begin{scope}[mindmap, concept color=blue]
% Combinatorics and discrete mathematics
\node [concept, text=white] at (5.2,-10.8)
{Combinatoire \& math{\'e}matiques discr{\`e}tes}
[clockwise from=150]
child [concept color=blue!50] {node [concept] (ver) {Vereschagin}}
child [concept color=blue!50, level distance=125]
{node [concept] (kab) {Kabatyanski, Tsfasman, Rybakov, Zykin}}
child [concept color=blue!50]
{node [concept] (kch) {Kucherov, Roytberg}}
child [concept color=blue!50] {node [concept] (raf) {Raffinot}}
child [concept color=blue!50, level distance=135]
{node [concept] (ksh) {Koshevoy}};
% Partial differential equations
\node [concept, text=white] at (-3,-11)
{Equations aux d{\'e}riv{\'e}es partielles
\& m{\'e}thodes num{\'e}riques}
child [concept color=blue!50, grow=0, level distance=140]
{node [concept] (lhc) {Loh{\'e}ac}}
child [concept color=blue!50, grow=60, level distance=115]
{node [concept] (otr) {OTARIE (Sobolevski)}}
child [concept color=blue!50, grow=95] {node [concept] (ndr)
{Nadirashvili}};
% Probability
\node [concept, text=white] at (-7.2,-3.2) {Probabilit{\'e}s}
child [concept color=blue!50, grow=-70, level distance=120]
{node [concept] (rbk) {Rybko}};
% Logic
\node [concept, text=white] at (11.5,-5) {Logique}
child [concept color=blue!50, grow=165, level distance=120]
{node [concept] (sht) {Shehtman}};
\end{scope}
% Connections of researchers to applied subfields
\begin{pgfonlayer}{background}
\draw [circle connection bar]
(kab) edge (cod)
(kch) edge (alg) edge (gen)
(lhc) edge (med)
(ksh) edge (dec)
(ndr) edge (mat)
(otr) edge (opt) edge (csm) edge (img)
(raf) edge (alg) edge (gen)
(rbk) edge (res) edge (mat)
(sht) edge (log) edge (dec)
(ver) edge (qin) edge (cod);
\end{pgfonlayer}
\end{tikzpicture}
\end{document}
Comments
This is a very great example for using multiple mindmaps, congratulations!
But i have a problem: I’m using the latest TikZ build (date 2010-01-17), which results in much better color transitions between the nodes. But the circle connection bars in the background layer aren’t filled, there are just black outlines. I allready tried to use fill=black, … but this changes nothing. Does anybody have a clue how to fix this?
I noticed the same thing while preparing the example for upload. I have informed the author about the issue.
I played a little bit around to find a solution, and what does work is somethink like
But if i write
--
instead ofedge or circle connection bar
instead ofdecorate,decoration=circle connection bar
, it doesn’t.More fretful, somethink like
or
also doesn’t work.
I fear that this may be more a error of the latest TikZ build instead of the example.
PS: The Markdown interpreter seems to ignore code blocks :(
This is what I did:
It seems that the 2010-01-17 build of TikZ has a bug with the edge command.
I'm sorry if it's a silly question, but is it possible to change the text size? I'm trying to make the Mind Map fit on a A4 with scale and transform shape, but the text becomes almost unreadable due to its size... Any hint?
@Quim Nuss: like in any LaTeX file, you can change text size with \tiny, \small, \large, \Large, \LARGE, huge, etc.
@KF: I had also some pbs: only the first edge appeared. According to my tests (sorry I read not other docs ;{), it seems that the problem came from the fact that I used a ';' at the end of each edge command/line. It seems that the pgfonlayer in this case works only if there is one single line of command.
Hi I'm working with the beamer package, but i can make the map fit in the slide, How can I make it fit inside the slide?
thanks!
@joeparram: you can use the following command to include the map fit in the slide.
\includegraphics[width=1\textwidth]{put your link to file}
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