% This is an example of how to structure the LaTeX sources of a thesis.  It
% also implements a layout that is acceptable to the University of Essex.
% This example works equally well with standard LaTeX and pdfLaTeX, a version
% of the software that generates PDF files unstead of DVI files.  PDF is
% widely used for disseminating documents on the Web.

\documentclass[11pt,a4paper,titlepage,twoside]{report}

% The easiest way to include figures is using the graphicx package.
% It is typically used something like:
%    \begin{center}
%      \includegraphics[width=0.8\textwidth,keepaspectratio=true]{myfig}
%   \end{center}
% The width specification is optional; other optional arguments control the
% height and whether or not the figure is rotated.  The ``keepaspectratio''
% part ensures that the aspect ratio of the included figure is unchanged;
% although not necessary here, including it is a good habit to get into.
% The nice thing about this approach is that it works without change in
% "ordinary" LaTeX with figures prepared as encapsulated PostScript
% (conventionally ending in ".eps") AND with pdfLaTeX with figures prepared as
% encapsulated PDF, PNG or JPEG.  pdfLaTeX is a version of LaTeX whose output
% stage has been modified to generate PDF files rather than DVI ones, and is
% especially useful if your thesis is destined to be made available on the Web.

% It's worth mentioning that documents tend to look better if figures are a
% little less than the full page width (hence the 0.8 in the example above)
% and are all the same width -- so it's probably a good idea to parameterize
% the width, as in
%   \newcommand{\figwidth}{4.5in}
%   ...
%   \includegraphics[width=\figwidth]{myfig}

\usepackage{graphicx}

% The Computer Modern fonts that LaTeX uses by default are quite
% "open" and old-fashioned; they also don't convert to PDF very well.
% Instead, we use PostScript fonts; but to do that, we have to tell
% TeX to use the character ordering of PostScript fonts.

\usepackage[T1]{fontenc}

% The following commands change the main fonts to use PostScript ones.  The
% main font for the text is Charter, with a bold version of it for headings.
% The sans serif font is Helvetica, and Courier the fixed-width font for
% "teletype" output.  The mathematical fonts that LaTeX uses remain those from
% the Computer Modern set, but they match Charter quite well.

% If the thesis is getting a bit on the long side, one option is to replace
% the body font with Times Roman, which is narrower than Charter.  The first
% line of the following set of definitions would then be
%   \renewcommand{\rmdefault}{ptm}

% It is worth pointing out that, as Helvetica has a larger x-height than the
% other fonts, it may appear bigger than any surrounding text -- so it is wise
% to restrict its use to things like labels in figures and graphs.

% There are other sets of fonts that one could use.  For example Palatino has
% a set of companion maths fonts.  To use these, you would replace the
% following four lines with simply
%   \usepackage{mathpazo,helvet,courier}

\renewcommand{\rmdefault}{bch}  % use Charter for the body font
\renewcommand{\bfdefault}{b}    % Charter bold for bold text
\renewcommand{\sfdefault}{phv}  % Helvetica for sans serif text
\renewcommand{\ttdefault}{pcr}  % Courier for "teletype" text

% Let's have British English, rather than American, hyphenation.

\usepackage[british]{babel}

% A few final things:
%   a4wide   sets up the page dimensions in accordance with the thesis regs
%   dates    so we can say \thismonth and \thisyear on the title page

\usepackage{a4wide,dates,alien,hyperref}
\usepackage{booktabs}

% The University of Essex likes theses to be set "double-spaced" even
% though it is wasteful of paper and looks ugly.  The minimum that
% seems acceptable is 1.4-line spacing, so we set that below.
% However, it is a good idea to comment out the line until you are
% close to submitting, so that you can work on all the drafts with
% single-line spacing.

%\def\baselinestretch{1.4}

% If you have a few macro definitions that you use in your thesis, it
% is a good idea to store them in a separate file as doing do facilitates
% re-use.  The file used here, "defs.tex", includes a few definitions
% that might be useful and some that show what can be done to introduce new
% constructs that promote consistency of appearance.

%\input defs.tex

% The main body of the thesis follows.  Each chapter is inserted into
% the document using \include.  If, for some reason, you want to
% typeset only a single chapter or two, you insert an \includeonly
% invocation, such as the one commented out below; this inhibits the
% production of all other material introduced via \include.

%\includeonly{chap1,chap2}

\begin{document}
%\include{front}
%\tableofcontents
%\include{Chapter1-Introduction}
%\include{Chapter2-CVSurvey}
%\include{Chapter3-GPSurvey}
\include{Chapter4-GPValidation}
%\include{Chapter5-GPClassification}
%\include{Chapter6-LowLevelVision}
%\include{Chapter7-VisionSystem}

%\chapter{The Limits of Applicability of the Approach}
%\label{ch:applicability}

%\chapter{Conclusions and Further Work}
%\label{ch:conc}

%\section{Critical Analysis}
% State hypothesis and demonstrate precision, thoroughness, contribution and comparison with closest rival(s)

%\section{Further Work}
% An assessment of where the work needs to go from here.

\bibliographystyle{unsrt}   % the style that citations will be set in       
\bibliography{../Papers/evo-vision}
\end{document}
