\RequirePackage{snapshot}
\documentclass[final]{ulthesis}
\usepackage{url}

% Aliases used in bib file for journal titles
%\include{journals}

% Include these 2 packages
% Content here for hyperref metadata  should match content in dissertation
\usepackage[pdfauthor={Firstname Lastname},
            pdftitle={Dissertation Title},
            pdfsubject={Discipline specific subject},
            pdfkeywords={Keywords or phrases separated by commas},
            pdfproducer={Latex with hyperref},
            pdfcreator={latex->dvips->ps2pdf},
            pdfpagemode=UseOutlines,
            bookmarksopen=true,
            bookmarksnumbered=true]{hyperref}

% Color links may not be allowed by SIGS
% Setting to black hides them except for cursor rollover
\hypersetup{
    colorlinks=true,
    %linkcolor=blue,
    %filecolor=magenta,      
    %urlcolor=cyan
    linkcolor=black,
    filecolor=black,      
    urlcolor=black
}
\usepackage{memhfixc}

%Additional packages that are useful
\usepackage[pdftex]{graphicx}
\usepackage{verbatim}   % use for blocks of unformatted content
\usepackage{color}      % use if color is used in text
\usepackage{hyperref}  % use without arguments for no metatdata
\usepackage{pgffor}
\usepackage{pdfpages}

%\usepackage{subFigure} % use for side-by-side Figures

\usepackage{amsmath}    % use for subequations
\usepackage{listings}   % use for program listings

% Change figure and table caption label styles

\usepackage[labelsep=period, labelfont=bf]{caption} % boldface with period

\usepackage{chngcntr}   % use to serially number figures and tables 
\usepackage{relsize}    % for BABAR text logo
\usepackage{subcaption} % for side by side figures

\makeatletter
\renewcommand\@memmain@floats{%
% Enable serially numbered figures, tables and equations

\counterwithout{figure}{chapter}
\counterwithout{table}{chapter}
\counterwithout{equation}{chapter}}

% Suppress section numbering in TOC

% \renewcommand{\cftsectionpresnum}{\begin{lrbox}{\@tempboxa}}
% \renewcommand{\cftsectionaftersnum}{\end{lrbox}}
% \makeatletter
% \setlength{\cftsectionnumwidth}{0pt}

% Restarts section numbered from 1 on each chapter

% \renewcommand{\thesection}{\arabic{section}}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\def\klong{\ensuremath{K_{\textrm L}^{0}} }

\def\babar{\mbox{\slshape B\kern-0.3em{\smaller[2] A}\kern-0.1em B\kern-0.3em{\smaller[2] A\kern-0.2em R}} }
\def\pt{\ensuremath{p_{\textrm T}} }
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\begin{document}

% Aliases used in bib file for journal titles
\include{journals}

% ---------------------------------------
% Front matter
% ---------------------------------------


%Dissertation author 
\author{Firstname Lastname}

% Your current highest degree
\authordegree{M.S. in Physics, 2020}

% Your dissertation title should match pdf title above
\title{Dissertation Title}

% This dissertation degree
\dissertationdegree{Doctor of Philosophy}

% The dissertation discipline (may differ from the department name) for example "Physics"
\dissertationdiscipline{Physics}

% Month and year of degree award
\dissertationdate{August 2023}

% Month day and year of dissertation approval
\approvaldate{June 30, 2023}

% College or school
\school{College of Arts and Sciences}

% Department in which the candidate is enrolled
\department{Department of Physics and Astronomy}




% Advisors and committee members with appropriate honorifics
\advisor{Research advisor}
\firstmember{Co-advisor or  first member}
\secondmember{Second member}
\thirdmember{Third member}
% \fourthmember{Fourth member}


% Use the same keywords for the pdf headers above
\keywords{Keywords or phrases separated by commas}


%This builds the title page and other front content
\frontmatter

\maketitle
% Now we add edited content page by page.
% Retain each section, edit as needed.
% Keep this order of sections and end with the tables of contents.

% \begin{dedication}

% \end{dedication}
    
% Insert external PDF page as needed by uncommenting the following
% \includepdf[pages=-]{Biswas_Electronic_Dissertation_Signature_Page_signed.pdf}


% An section with acknowledgments is conventional

\begin{acknowledgments}

I would like to thank Jeremy Huber, a former doctoral student, who kindly
provided examples from his disseration for this template. 

This project was supported in part by 

With a project of of this kind, there is also an enormous list of resources, services, and software to acknowledge: 

This research made use of data provided by


\end{acknowledgments}


% Dissertation abstract should summarize the content

% The best practice is to not have citations in the abstract
% Avoid language which is specialized and acronyms that are not defined

\begin{dissertationabstract}

The Rosette nebula is a large, ring-shaped emission nebula with a
distinctive central cavity excavated by its central cluster of OB stars. Toward
understanding the three dimensional structure and fundamental physical processes
of this object, we have acquired flux-calibrated, 4-degree field, deep exposures
of the Rosette region through 3 nm bandwidth H$\alpha$ (656.3 nm) as well as
H$\beta$ (486.1nm), [OIII] (500.7 nm) and [SII] (671.6 nm) filters with 4.5 nm
bandwidth. The 4 arcsec/pixel images are supplemented with 4 degree field slit
spectra and combined with archival data from the Galactic Evolution Explorer
satellite (GALEX), Akari, the Infrared Astronomical Satellite (IRAS), the
Midcourse Space Experiment (MSX), the Wide-field Infrared Survey Explorer
(WISE), the Wilkinson Microwave Anisotropy Probe (WMAP) and the Planck mission,
along with published single dish radio data of the hydrogen continuum at 1410,
2700, and 4750 MHz. These disparate sources have been converted to the same flux
and spatial scale as our own wide field data to create a multispectral data cube
which allows comparative analysis across the electromagnetic spectrum. Using
ratios of data cube slices, spatial maps of extinction and ionization have been
constructed to explore the spatial variation of these parameters across the
nebula. Comparison of emission in different wavelengths across the data cube
allows generation of a spectral energy distribution (SED) to probe dust
temperature and geometry. A radial profile analysis of emission from the Rosette
in each band supports a spherical shell model of three dimensional structure,
and visual representations of this model have been generated in both Python and
Javascript/GLSL. An investigation of anomalous dust emission in the center of
the nebula via supplemental spectroscopy, conducted on the Anglo-Australian
Telescope, is also presented.


\end{dissertationabstract}



% These commands will generate the required tables of contents. 
% The \clearpage commands insure that the next one begins on a new page.

\tableofcontents* \clearpage
\listoftables \clearpage
\listoffigures \clearpage


% ---------------------------------------------
% Main matter
% ---------------------------------------------


% Note we need this to insure proper formatting for the body of the dissertation.

\mainmatter

% Use separate files for chapters and include the chapter titles here.
% Having the titles here is necessary to get them properly indexed and 
%   formatted.  The \input{file} will pull in the content of that file.  
%   You do not have to give an extension ".tex" but it anticipates the file has that. 

\chapter{Introduction}
\input{intro.tex}

\chapter{Observations}
\input{observations.tex}

\chapter{Analysis}
\input{analysis.tex}

\chapter{Conclusions} 
\input{conclusions.tex}

% ---------------------------------------------
% Back matter
% ---------------------------------------------

% The layout changes for the last part and you need this command

\backmatter

% You can change the style of the bibliography for whatever would be
% accepted by your discipline and the University format checkers.

% There are several bibliography managers that may be used with LaTeX.
% Here we have defaulted to bibtex, but if this does not work for you
%  try others.

% Style "apalike" is similar to the Harvard style.  
% If you prefer numbered references, try "plain".

% The ulthesis package includes a copy of the Optical Society of America's
%   bibliography style which retains titles and provides a clean looking
%   bibliography in order of citation in the body. It is used here by default.

% If you want a true Harvard style you can use "biblatex" or "natbib" instead
%   of bibtex, which requires some other modifications.  There is help for this
%   on Sharelatex and on Overleaf, as well as through Google searches.

%\bibliographystyle{apalike}
%\bibliographystyle{plain}
\bibliographystyle{osajnl}
\bibliography{dissertation}


% Appendices and the Vita are treated as chapters in the back matter

\chapter{Appendix A: Commonly Used Acronyms}

\input{acronyms.tex}


\chapter{Appendix B: Code}

\input{code.tex}


\chapter{Curriculum Vitae}

\input{vita.tex}


\end{document}
