% SimpleThesis.tex % By Mark von Bibra, University of Melbourne, 1998. % %This file, SimpleThesis.tex requires the following files to compile: %SimpleThesis.cls %The class file that defines the document layout. %SamplePicture.eps %A sample postscript picture file. %SampleAbbrevs.bib %A sample file of abbreviations used by BibTeX. %SampleBib.bib %A sample BibTeX database file. \documentclass[a4paper,12pt,twoside]{SimpleThesis} %Options are the same as %for LaTeX book style - see SimpleThesis.cls \pagestyle{headings} %Standard LaTeX command. %See `The LaTeX Companion' for a description of the %packages: amsmath, vmargin, epsfig,doublespace and subfigure. %They are all in the LaTeX system subdirectories and so should be in your path. %For reference their locations are: %/usr/local/TeX/texmf/tex/latex/misc/vmargin.sty %/usr/local/TeX/texmf/tex/latex/misc/doublespace.sty) %/usr/local/TeX/texmf/tex/latex/misc/subfigure.sty %/usr/local/TeX/texmf/tex/latex/amslatex/amsmath.sty %/usr/local/TeX/texmf/tex/latex/graphics/epsfig.sty \usepackage{amsmath} %I used this for a couple of nonstandard symbols. \usepackage{vmargin} %Defaults margins %to sensible (and SGS approved) values on A4 paper. \usepackage{epsfig}%Postscript figure inclusion. \usepackage{doublespace} \usepackage{subfigure} %Labels subfigures within a figure environment. %This is a doublespace package command and sets the interline %spacing to 1.5. It can be overridden with the \singlespace command %in any particular environment. (See `The LaTeX Companion'). \setstretch{1.5} %For the purposes of this file I have concatenated the individual %chapter files into this single SimpleThesis.tex file. %Normally I would have separate text files for each chapter and %use the standard LaTeX \include{filenamehere} to include them. \begin{document} %========================Define new commands. %Some of these may be useful to you. %I found some to be invaluable. This is all standard LaTeX. \newcommand{\um}{\ensuremath{~\mu\mathrm{m}}} \newcommand{\pcm}{cm\ensuremath{^{-1}}} \newcommand{\ee}[2]{\ensuremath{#1\times10^{#2}}} \newcommand{\degC}{\ensuremath{^\circ}C} \newcommand{\degrees}{\ensuremath{^\circ}} \newcommand{\tilith}{Ti:LiNbO\ensuremath{_3}} \newcommand{\Hplus}{H\ensuremath{^+}} \newcommand{\HHplus}{H\ensuremath{_2^+}} \newcommand{\Heplus}{He\ensuremath{^+}} \newcommand{\myvector}[1]{\ensuremath{\mathbf{#1}}} \newcommand{\myemph}[1]{\textit{#1}} \newcommand{\etal}{\textit{et~al.}} % % ========== Preliminary pages %This is a SimpleThesis.cls command and %defines the environmentt parameters (such as page numbering) for the %front pages. \prelimpages %=============================TITLE PAGE %All SimpleThesis.cls commands here. %Requires the UniMelb Crest postscript file. \Title{A SIMPLE LATEX CLASS FILE FOR PRODUCING A PHD THESIS} \Author{Mark L. von Bibra} \Year{October, 1998} \titlepage %=========================ABSTRACT PAGE \Professor{\em Your Supervior goes here} \Department{\em School of Physics} \setcounter{page}{-1} \begin{abstract} %The first blank line is neccessary. This is the first `undocumented feature'. The abstract goes here. This is the abstract. Insert the text for your abstract right here. The abstract goes here. This is the abstract. Insert the text for your abstract right here.The abstract goes here. This is the abstract. Insert the text for your abstract right here.The abstract goes here. This is the abstract. Insert the text for your abstract right here.The abstract goes here. This is the abstract. Insert the text for your abstract right here.The abstract goes here. This is the abstract. Insert the text for your abstract right here. The abstract goes here. This is the abstract. Insert the text for your abstract right here.The abstract goes here. This is the abstract. Insert the text for your abstract right here.The abstract goes here. This is the abstract. Insert the text for your abstract right here.The abstract goes here. This is the abstract. Insert the text for your abstract right here.The abstract goes here. This is the abstract. Insert the text for your abstract right here.The abstract goes here. This is the abstract. Insert the text for your abstract right here. \end{abstract} %==========================SIGNED DECLARATION %=============================quoteslip %\setcounter{page}{-1} %The first text is what the SGS wants you to put in. The `I authorize...' bit %is from the School of Physics Honours thesis style file. \quoteslip{ %A SimpleThesis.cls command. This is to certify that \begin{itemize} \item[(i)] the thesis comprises only my original work, \item[(ii)] due acknowledgement has been made in the text to all other material used, \item[(iii)] the thesis is less than 100,000 words in length, exclusive of table, maps, bibliographies, appendices and footnotes. \end{itemize} I authorize the Head of the School of Physics to make or have made a copy of this thesis to any person judged to have an acceptable reason for access to the information, i.e., for research, study or instruction. } % %=========================ACKNOWLEDGEMENTS %The \acknowledgements command is defined in SimpleThesis.cls \acknowledgments{\vskip2pc {\noindent The work described in this thesis was conducted with the assistance and support of many people to whom I would like to express my thanks. More acknowledgements go here. This is the acknowledgements section. More acknowledgements go here. And here. This is the acknowledgements section.More acknowledgements go here. This is the acknowledgements section.More acknowledgements go here. And here. This is the acknowledgements section.More acknowledgements go here. And here. Acknowledgements section.More acknowledgements go here. And here. This is the acknowledgements section.More acknowledgements go here. And here. This is the acknowledgements section. Acknowledgements go here. And here. This is the acknowledgements section.More acknowledgements go here. This is the acknowledgements section.More acknowledgements go here. And here. This is the acknowledgements section.More acknowledgements here. And here. This is the acknowledgements. More acknowledgements go here. And here. This is the acknowledgements section. }} %==========================PREFACE %The \preface command is defined in SimpleThesis.cls %Nothing fancy here. I did the reference type setting by hand for this bit. \preface{\vskip2pc { During the course of this project, a number of public presentations have been made which are based on the work presented in this thesis. They are listed here for reference. \singlespace{ %A doublespace.cls command \subsubsection{REFEREED PUBLICATIONS} \begin{itemize} \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \end{itemize} \subsubsection{CONFERENCE PROCEEDINGS} \begin{itemize} \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \end{itemize} \subsubsection{CONFERENCE ABSTRACTS} \begin{itemize} \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \item A. Author1, and B. Author2. Publication Title, Which Could Be Quite Long Winded, Goes Here. \textit{Journal of LaTeX Technology}, vol. 19, no. 3, 1996. \end{itemize} }}} %========================TABLE OF CONTENTS, FIGURES and TABLES=========== \begin{singlespace} %A doublespace.cls command. \tableofcontents %Standard LaTeX \listoffigures %Standard LaTeX %\listoftables %Standard LaTeX \end{singlespace} %=========End of preliminary pages. Main text begins here=============== \textpages %A SimpleThesis.cls command. %==========INTRO CHAPTER \chapter{Introduction} The following sentence demonstrates the use of the \verb+\cite+ (standard LaTeX) and \verb+\etal+ (defined at the start of this file) commands. Schineller~\etal~\cite{schineller68} first reported (in 1968) the use of ion irradiation to fabricate buried planar optical waveguides in silica. Chapter referencing is as in standard LaTeX. Chapter~\ref{RevWavFabTec} reviews the variety of techniques used for fabricating optical waveguides. The relative merits of each technique are examined. The rest of the text goes here. Some sort\cite{Body96,TownsendBookCh6,albert92,alferness90} of complete introductory\cite{arndt80,barb91,barbier91,barnes76,barnoski73,barty98,bartyacoft98,bartyunpublished} text would be appropriate in this spot. The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot. The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot. The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot. The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot.The rest of the text goes here. Some sort of complete introductory text would be appropriate in this spot. \chapter{Chapter and Section headings: A review} \label{RevWavFabTec} The defining characteristic of an optical waveguide is that it consists of a core region of higher refractive index surrounded by a lower index cladding. The defining characteristic of an optical waveguide is that it consists of a core region of higher refractive index surrounded by a lower index cladding. The defining characteristic of an optical waveguide is that it consists of a core region of higher refractive index surrounded by a lower index cladding. The defining characteristic of an optical waveguide is that it consists of a core region of higher refractive index surrounded by a lower index cladding. surrounded by a lower index cladding. The defining characteristic of an optical waveguide is that it consists of a core region of higher refractive index surrounded by a lower index cladding. The defining characteristic of an optical waveguide is that it consists of a core region of higher refractive index surrounded by a lower index cladding. \section{A section heading} Often the first step in fabricating an optical waveguide is to produce a layer of enhanced index material on top of the substrate as in Figure~\ref{fig:planardep}. Often the first step in fabricating an optical waveguide is to produce a layer of enhanced index material on top of the substrate as in Figure~\ref{fig:planardep}. Often the first step in fabricating an optical waveguide is to produce a layer of enhanced index material on top of the substrate as in Figure~\ref{fig:planardep}. Often the first step in fabricating an optical waveguide is to produce a layer of enhanced index material on top of the substrate as in Figure~\ref{fig:planardep}. Often the first step in fabricating an optical waveguide is to produce a layer of enhanced index material on top of the substrate as in Figure~\ref{fig:planardep}. \begin{figure} \centering \epsfig{file=SamplePicture.eps,width=4cm} \caption[This caption is for the listoffigures command]{The epsfig package is used here to insert a picture.} \label{fig:planardep} \end{figure} \subsection{A subsection heading} Chemical vapour deposition (CVD) and its variants, such as plasma-enhanced chemical vapour deposition (PECVD) are methods of depositing glassy films from hot gas mixtures onto a substrate. Chemical vapour deposition (CVD) and its variants, such as plasma-enhanced chemical vapour deposition (PECVD) are methods of depositing glassy films from hot gas mixtures onto a substrate. Chemical vapour deposition (CVD) and its variants, such as plasma-enhanced chemical vapour deposition (PECVD) are methods of depositing glassy films from hot gas mixtures onto a substrate. Chemical vapour deposition (CVD) and its variants, such as plasma-enhanced chemical vapour deposition (PECVD) are methods of depositing glassy films from hot gas mixtures onto a substrate. Chemical vapour deposition (CVD) and its variants, such as plasma-enhanced chemical vapour deposition (PECVD) are methods of depositing glassy films from hot gas mixtures onto a substrate. Chemical vapour deposition (CVD) and its variants, such as plasma-enhanced chemical vapour deposition (PECVD) are methods of depositing glassy films from hot gas mixtures onto a substrate. Chemical vapour deposition (CVD) and its variants, such as plasma-enhanced chemical vapour deposition (PECVD) are methods of depositing glassy films from hot gas mixtures onto a substrate. \subsubsection{A subsubsection heading} Chemical vapour deposition (CVD) and its variants, such as plasma-enhanced chemical vapour deposition (PECVD) are methods of depositing glassy films from hot gas mixtures onto a substrate. Chemical vapour deposition (CVD) and its variants, such as plasma-enhanced chemical vapour deposition (PECVD) are methods of depositing glassy films from hot gas mixtures onto a substrate. %Standard BibTeX used here. %See `The LaTeX Companion' for a list of standard bibstyle.cls packages. %The single space command requires the doublespace package. \singlespace{\bibliographystyle{plain}} \bibliography{SampleAbbrevs,SampleBib} %User defined files. %=========================The APPENDIX ========================= \appendix %A SimpleThesis.cls command \chapter{Mathematical definitions} \label{app:defs} \subsubsection{Irrelevent definitions} The standard error function: \begin{equation} \mathrm{erf}(x)= \int_0^x e^{-u^2} du \end{equation} \end{document}