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trunk/doc/cookbook/TEXT/ESCRIPT_COOKBOOK.tex revision 2589 by ahallam, Wed Aug 5 23:06:35 2009 UTC trunk/doc/cookbook/ESCRIPT_COOKBOOK.tex revision 2634 by ahallam, Thu Aug 27 04:03:32 2009 UTC
# Line 23  Line 23 
23    
24  \ifpdf  \ifpdf
25  \pdfinfo {  \pdfinfo {
26  /Author (Antony Hallam)  /Author (Antony Hallam and Lutz Gross)
27  /Title (escript COOKBOOK)  /Title (escript COOKBOOK)
28  /Keywords (escript, PDEs)  /Keywords (escript, PDEs)
29  }  }
30  \fi  \fi
31    
32  \author{Antony Hallam}  \author{Antony Hallam, Lutz Gross}
33  \authoraddress{  \authoraddress{
34  Earth Systems Science Computational Centre (ESSCC) \\  Earth Systems Science Computational Centre (ESSCC) \\
35  School of Earth Sciences \\  School of Earth Sciences \\
# Line 46  Email: \email{esys@esscc.uq.edu.au} Line 46  Email: \email{esys@esscc.uq.edu.au}
46  \begin{document}  \begin{document}
47    
48  \maketitle  \maketitle
49  \newpage  
50    \input{../user/copyrights}
51    
52    \begin{abstract}
53    \esc is a python-based environment for implementing mathematical models, in particular those based on coupled, non-linear, time-dependent partial differential equations. The intention of this cookbook is to give new \esc users a comprehensive introduction to the usage of \esc. Particular focus is put to application from the
54    area of geophysics and geology but the introduction provides solid examples for users of all areas.  
55    \end{abstract}
56  \tableofcontents  \tableofcontents
57    
58  \newpage  \newpage
59    
 \chapter{Introduction}  
60  \input{intro}  \input{intro}
61  \input{quickstart}  
 \input{escpybas}  
 \input{einsteinETA}  
 \input{PDEsintro}  
62    
63  \chapter{Getting Started with Heat Diffusion}  \chapter{Getting Started with Heat Diffusion}
64    \label{CHAP HEAT DIFF}
65  \input{onedheatdiff001}  \input{onedheatdiff001}
66  \input{onedheatdiff002}  \input{onedheatdiff002}
67    
68    \chapter{Another Dimension, Complex Models and Visualisation}
69    \label{CHAP HEAT 2}
70  \input{twodheatdiff001}  \input{twodheatdiff001}
71  \input{steadystateheaddiff001}  \input{steadystateheatdiff}
72    
73  % Moving into 2D and 3D wave propagations in next chapters.  % Moving into 2D and 3D wave propagations in next chapters.
74  \chapter{Seismic Wave Propagation}  \chapter{Seismic Wave Propagation}

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