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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% Begin main document - front matter
\begin{document}
\title{ \vspace{3cm}
Practical Scientific Computing\\
in Python}
\author{ \vspace{1cm}
Editors:\\
John D. Hunter\\
Fernando Pérez
\vspace{1cm}\\
With contributions from:\\
Perry Greenfield\\
Andrew Straw\\
Stéfan van der Walt\\
Jeff Whitaker\\
}
\maketitle
\tableofcontents{}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% Main document - body
\input{introduction.tex}
\part{General Discussion}
% In this part, each tex file is a chapter by itself, since it is more or less
% meant to be used in whole.
\input{why_python.tex}
\input{intro_to_python.tex}
\input{ipython_tut.tex}
\input{matplotlib_tut.tex}
\input{wrapping.tex}
\part{Workbook\\
A Problem Collection}
% This part specifies the chapter declarations in the main file, while the
% chapters are made of individual TeX files which themselves should be written
% at the section level. The idea is for each chapter to be focused on one or a
% few closely related topics, and to allow users to build them with as many or
% as few actual sections as desired for a given audience.
\chapter{Introduction to the workbook}
\input{intro.tex}
\chapter{Simple non-numerical Problems}
\input{qsort.tex}
\input{wordfreqs.tex}
\chapter{Working with files, the internet, and numpy arrays}
\input{files_etc.tex}
\chapter{Elementary numerics}
\input{wallis_pi.tex}
\input{trapezoid.tex}
\input{quad_newton.tex}
\input{bessel.tex}
\chapter{Linear algebra}
\input{intro_linalg.tex}
\input{glass_dots.tex}
\chapter{Signal processing}
\input{intro_sigproc.tex}
\input{convolution.tex}
\input{fft_imdenoise.tex}
\chapter{Dynamical systems}
\input{intro_dynsys.tex}
\input{lotka_volterra.tex}
\chapter{Statistics}
\input{intro_stats.tex}
\input{stats_descriptives.tex}
\input{stats_distributions.tex}
\chapter{Plotting on maps}
\input{basemap.tex}
\chapter{Performance python: interfacing with other languages}
\input{intro_pyrex.tex}
\input{pyrex_ringbuf.tex}
%%% Bibliography section
\bibliographystyle{plain}
\bibliography{python,python2}
\end{document}
