% segskeleton.tex
\documentstyle[seg,manuscript]{revtex} % This line gives a manuscript style 
%
%\documentstyle[seg]{revtex}  % Uncomment this line for a preprint style.
%
%\documentstyle[seg,abstract]{revtex} % This line gives an expanded abstract style
%
%\documentstyle[seg,abstract,legalsize]{revtex} % same with 8.5x14 inch paper 
%                                                needs less effort in cutting/pasting


\begin{document}
\bibliographystyle{seg}

\title{A Prototype SEG Paper \\ 
       -- The Skeleton}

\author{Friends O. Geophysics}
\address{Society of Exploration Geophysicists,
         P.O. Box 702740, Tulsa, OK 74170-2740}

\author{Friends O. Interactive Documents}
\address{Stanford Exploration Project, 366 Mitchell, Stanford, CA 94305-2215}

\date{\today}

\maketitle

\begin{abstract}
The abstract of the paper is the most important part.  It is read by
100 times as many people as read the full paper.  It should be understood
by 100 percent of all who read it. 
Much has been written on the best way to write an abstract.
The comments of Landes \shortcite{lan66} are particularly insightful.
This manuscript uses the Rev\TeX\  style, a standard \LaTeX\  style used by
many other scientific organizations.
This skeleton file is prepared with the SEG style file. For further
details consult Lindsey \shortcite{lindsey93}.

Copy the files: {\tt revtex.sty} {\tt seg.sty} {\tt seg12.sty} {\tt seg10.sty}
{\tt segbib.sty}, {\tt epsf.sty} and {\tt seg.bst}
where you usually keep your \LaTeX\ style files, then run {\tt latex} as usual.
Then view the document.
\end{abstract}

\section{Introduction}
\label{sec:intro}

The introduction goes here. In the ``The Leading Edge'', Claerbout
\shortcite{clr91} offers helpful suggestions on writing the introduction. 

\section{Theory} 
\label{sec:theory}

Pretty involved. Go to Appendix A to see details.

\subsection{How to write equations}
\label{sec:theory:subsec:how}

\subsubsection{A~simple~equation} Equations 
can be written using the command: \newline
\verb+\begin{equation}+ ... \verb+\end{equation}+ .
\label{sec:theory:ssec:how:sssec:eqn}
%
\begin{equation}
V_{MN}-V_{M^{
\prime }N}={{I} \over {4
\pi
\sigma }}
\left( {-{{2} \over {r_{AM}}}+{{2} \over {r_{AB}}}-{{2}
\over {r_{BN}}}+{{2} \over {r_{MN}}}} \right) .
\label{eqn:first}
\end{equation}
%

If you want to have a set of equations label with ending letters
use the \verb+\begin{mathletters} ... \end{mathletters}+ command:

\begin{mathletters}
\begin{equation}
a = b
\end{equation}
... and ...
\begin{equation}
\vector{c} \ne \tensor{d}.
\end{equation}
\end{mathletters}
as \cite{smith11} should have derived.
%
\plot{segfig}{}{My first figure is an encapsulated PostScript (EPSF) 
figure that is included}
%
% this is roughly the equivalent of the above:
%\begin{figure}
%\epsfbox{segfig.ps}
%\caption{My first figure is an encapsulated PostScript figure 
%that is included.}
%\label{fig:segfig}
%\end{figure}
%
% here is how you reference it:
%
Figure \ref{fig:segfig} is an encapsulated PostScript (EPSF) figure
that can be included with the \verb+\{plot}+ command.
Figure~\ref{fig:segfig3} shows what happens when a EPSF file isn't present.

\begin{figure}
%\rule{0in}{4in}
\begin{picture}(275,90)(280,630)
\put(280,710){\vector( 3,-1){234.500}}
\put(280,710){\framebox{\ SEGTeX\ \segvector{V} \segtensor{T}}}
\put(400,675){\circle{50}}
\end{picture}
\caption{My second figure doesn't have an encapsulated PostScript file, but is drawn within the \LaTeX\ picture environment.}
\label{fig:segfig3}
\end{figure}

\section{Discussion}
Let's discuss the previous sections.

\section{Conclusions}
It all is pretty simple, once you use the SEG style file in \LaTeX. 
Let's try something harder soon.

\section{Acknowledgements}
Thanks to {\it The Friends of Geophysics}:
Brian Spies, Bill Harlan, Martin Karrenbach, Michael Prange.

%%% the following line should be used when using bibtex, then citations will 
%%% be pulled in from the file called: segmaster.bib
%%%
%\bibliography{segmaster}

%%% this block should be commented out when using bibtex
%%%
\begin{thebibliography}{}
\bibitem[\protect\citeauthoryear{Lindsey}{1993}]{lindsey93}
Lindsey, J. P, Jr., 1993, Instructions to authors: Geophysics, {\bf 58}, 2--9.
\footnote{We encourage the use of BIB\TeX\ to create References. See
the paper {\tt easybib.tex} for more details.}

\bibitem[\protect\citeauthoryear{Claerbout}{1991}]{clr91}
Claerbout, J. F., 1991, A scrutiny of the introduction: The Leading Edge, 
{\bf 10}, 39--40.

\bibitem[\protect\citeauthoryear{Landes}{1966}]{lan66}
Landes, K. K., 1966, A scrutiny of the abstract, {II}: AAPG Bull., {\bf50},
 1992.

\bibitem[\protect\citeauthoryear{Smith and Wesson}{1911}]{smith11}
Smith, A. B., and Wesson, W. E, 1911, Better than four aces: Texas Review, 
{\bf 1}, 1--10.

\end{thebibliography}
%%%

\appendix

\section{A Small Appendix}
\label{app:first}
This is where the first appendix would go.

\plot{segfig2}{}{My third figure is in appendix \protect\ref{app:first}.}

\begin{equation}
a=b
\label{eqn:AAA}
\end{equation}
yet
\begin{equation}
c=d.
\end{equation}

Compare equation \ref{eqn:first} to equation \ref{eqn:AAA} and enjoy
figure \ref{fig:segfig2}.

\section{A Second Appendix}
This is where a second appendix would go.

\begin{table}
\caption{First table.}
\label{tab:1}
\end{table}
\begin{table}
\caption{Second table.}
\label{tab:2}
\end{table}

\end{document}
