\documentclass[pdf,clem,slideColor,colorBG]{prosper}

\usepackage[latin1]{inputenc}
\usepackage{boxedminipage,fancybox,epsf,pstricks,pst-node,pst-text,pst-3d}
\usepackage{amsmath}
% Definition of new colors
\newrgbcolor{LemonChiffon}{0.5 0.49 0.8}
\newrgbcolor{LightBlue}{0.34 0.42 0.45}

% > BEGIN OF OVERLAPPED COLORS
% Code below devised by Denis Girou (CNRS/IDRIS - France, Denis.Girou@idris.fr)
\newrgbcolor{LemonChiffon}{0.5 0.49 0.8}
\newrgbcolor{LightBlue}{0.34 0.42 0.45}

\makeatletter
\newdimen\pst@dimz

% Draw two overlapped surfaces, with computation of the mixed color for
% the intersection of the surfaces 
% #1=first  surface, #2=color of first  surface,
% #3=second surface, #4=color of second surface
\def\ColoredOverlappedSurfaces#1#2#3#4{%
\psset{fillstyle=solid}
% Decode the three components of the first RGB color
\DecodeRGBFirstColor{\csname color@#2\endcsname}%
\psset{fillcolor=#2}
% Draw first surface
#1
% Decode the three components of the second RGB color
\DecodeRGBSecondColor{\csname color@#4\endcsname}%
% Compute the mixed color
\BuildMixedColor
% Draw second surface
\psclip{\psset{fillcolor=#4}#3}
\psset{fillcolor=MixedColor}
% Redraw overlapped surface in the mixed color
#1
\endpsclip}

% Get the three components of the first color
\def\DecodeRGBFirstColor#1{%
\pst@expandafter\pst@getnumiii{#1} {} {} {} {}\@nil
\edef\pst@FirstColorR{\pst@tempg}%
\edef\pst@FirstColorG{\pst@temph}%
\edef\pst@FirstColorB{\pst@tempi}%
%\typeout{Color 1=\pst@tempg,\pst@temph,\pst@tempi}% Debug
}

% Get the three components of the second color
\def\DecodeRGBSecondColor#1{%
\pst@expandafter\pst@getnumiii{#1} {} {} {} {}\@nil
\edef\pst@SecondColorR{\pst@tempg}%
\edef\pst@SecondColorG{\pst@temph}%
\edef\pst@SecondColorB{\pst@tempi}%
%\typeout{Color 2=\pst@tempg,\pst@temph,\pst@tempi}% Debug
}

% Build the mixed RBG color (by means of each three components)
\def\BuildMixedColor{%
% Resulting R component
\pst@dimz=\pst@FirstColorR pt
\advance\pst@dimz\pst@SecondColorR pt
\divide\pst@dimz\tw@
\pst@dimtonum{\pst@dimz}{\pst@MixedColorR}%
% Resulting G component
\pst@dimz=\pst@FirstColorG pt
\advance\pst@dimz\pst@SecondColorG pt
\divide\pst@dimz\tw@
\pst@dimtonum{\pst@dimz}{\pst@MixedColorG}%
% Resulting B component
\pst@dimz=\pst@FirstColorB pt
\advance\pst@dimz\pst@SecondColorB pt
\divide\pst@dimz\tw@
\pst@dimtonum{\pst@dimz}{\pst@MixedColorB}%
% Definition of the mixed color MixedColor
\newrgbcolor{MixedColor}{%
\pst@MixedColorR\space \pst@MixedColorG\space \pst@MixedColorB}
%\typeout{Mixed color=\csname color@MixedColor\endcsname}% Debug
}
\makeatother
% < END OF OVERLAPPED COLORS

\title{Syst\`emes g\'eophysiques complexes}
\subtitle{{\LemonChiffon Interactions de port\'ees \\microscopiques et macroscopiques}}
\author{{\Large{\black Cl\'ement Narteau}}}
\institution{%
  I.P.G.P.\\
  Laboratoire de G\'eomat\'eriaux\\
  \epsfxsize 1.3cm \epsffile{/home/narteau/ECRIT/ICONE/logoipgp.eps}}

\begin{document}
\maketitle
\input{tgrplan}
\input{tgr0}
\input{tgr1}
\input{tgr2}
\input{tgr3}
\input{tgr4}
\input{sis0}
\input{sis1}
\input{sis2}
\input{concsismo}
\input{cmb0}
%%\input{cmb1}
\input{concmb}
\input{con}
%\input{tgr10}
%\input{tgrcon1}
%\input{tgrcon3}
%\input{tgrcon2}
\end{document}

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