% formatlt.tex: LaTeX formatting template file
% Version: Feb. 24, 1992 

\documentstyle{amlt}
\begin{document}

% Authors, please ignore this section.
%-------------- Publisher's entries --------------------

\annalsline{0}{1991}
\received{??}
\revised{??}
\startingpage{1}


% Authors: Please start here:
%--------------- Author macros ---------------

%(Optional)
% Please enter all author-written macros 
% used in the body of the paper here:
% i.e.,
% \def\CC{\rm C\!\!\!\!I\,}, etc.

%-------------- Author entries --------------------

\title{} %Article title
\shorttitle{} % Shortened version for headline title

%% Please enter all acknowledgements here:
%% \acknowledgements{}


% Please uncomment and use appropriate command:
%\author{}
%\twoauthors{}{}
%\authors{}% Separate each author with a comma and a space.

% Institution:
%% If more than one institution represented, please separate
%% with \\ , i.e.,
%% \institutions{University of Illinois at Chicago, Chicago, IL\\
%% Cornell University, Ithaca, NY}

\institutions{}

%-------------- Article Text--------------------

%\intro %(Optional, Introduction)



\references
\endreferences

\bye


Possible commands:
For further explanation, please see documentation.

\articlecontents % Only to be used for very long articles

Sample:
\articlecontents
Introduction

\item{1.1}The singular locus of a generic projection of rational
quadruple points

\item{1.2}Weakly normal surfaces with singular locus of multiplicity
three and type two

References
\endcontents



\intro % Unnumbered introductory section


\section{} % You may use \\ to start a new line, i.e.,
          \section{Flat structures on the torus minus a disk and\\
          the sphere minus a disk}

%% Math commands:

\eqnu % to produce numbered equation
    \begin{equation}math...\eqnu
    \end{equation}, 
to produce:   (1.2) math....


\speqnu{B.1'} % Will make argument appear as equation number 
                with parenthesis:
\begin{equation}math\speqnu{B.1'}
\end{equation}
will produce: (B.1') ..... math....


\Xspeqnu{\ast} % to produce special equation number, such as asterisk,
          without parenthesis
    \begin{equation}math...\speqnuX{\ast}
    \end{equation} 
produces:      *  math....
    \begin{equation}math...\speqnuX{\ast\ast}
    \end{equation} 
produces: **  math....


\eqletter{<letter>}
To make lettered equation numbers:
\begin{equation} math \eqletter{A}\end{equation}
\begin{equation} math \eqletter{B}\end{equation}
\begin{equation} math \eqnu\end{equation}
produces:
(2.1A)   math...
(2.1B)   math...
(2.2)   math...


\splitmath, to split equation into two lines:
with equation number:
\begin{equation}
\begin{splitmath}
ABC\\ DEF\\
\end{splitmath}
\end{equation}

produces,
       ABC
(22.1)                     DEF

without equation number:
\begin{splitmath}
ABC\\ DEF\\
\end{splitmath}
 ABC
                           DEF


\inmathqed,  To enter a proof box in equation that occurs
            at end of proof.
\begin{equation} math...\inmathqed\begin{equation}

%% \mtable, Math table to make binary table easily

  1  2  3  4  5... 
a |--------------------
b |
c |


%% Use:
% \mtable
% &n_1&n_2&n_3&n_4&n_5&n_6\cr
% \Delta_1&M_3&M_2&0&0&0&0\cr
% \Delta_2&0&0&M_1&M_3&0&0\cr
% \endmtable

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% Theorem type environments

\proclaim{}
\endproclaim
%% Use \proclaim{}...\endproclaim for 
Theorem
Corollary
Lemma
Lemma/Definition
Proposition
Claim


\proclaim{Theorem}
\endproclaim
Will yield        Theorem 2.1. ..... etc.

\nonumproclaim{}
\endproclaim
Will yield name without number:      Main Theorem  ..... etc.
i.e., 
\nonumproclaim{Raghunathan's measure conjecture}
Every unipotent subgroup of an connect Lie group {\bf G} is measure rigid.
\endproclaim



\proclaimtitle{<title>} Used before \proclaim{} to produce
                        a title after theorem number.
\proclaimtitle{Main Theorem}
\proclaim{Theorem}...
\endproclaim
produces
Theorem 2.3 (Main Theorem) .....


%% Proof type environment
\demo{}
\enddemo


%% Use \demo{}...\enddemo for
Proof
Proof of ...
Definition
Remark
Example
Case
Subcase
Note
Convention
Notation
Construction
Question
Etc...

\addletter{<letter>} will add letter after any Theorem, Corollary or
any other name used with \proclaim{}

\addletter{A}
\proclaim{Corollary}
....
\endproclaim

\addletter{B}
\proclaim{Corollary}
....
\endproclaim

\proclaim{Corollary}
....
\endproclaim

Corollary 1A ...
Corollary 1B ...
Corollary 2 ...

\nonumproclaim{}
\endproclaim{}

%%%%%%%%
Lists
\listitem{}

\listitem{i}This is the first thing to mention...
\listitem{ii}This is the second thing to mention...
produces:
 (i) This is the first thing to mention...
(ii) This is the second thing to mention...

%% To use with asterisks, will not have parenthesis:
\asteritem{}

\asteritem{*}This is the first thing to mention...
\asteritem{**}This is the second thing to mention...
produces:
 * This is the first thing to mention...
** This is the second thing to mention...

%%%%%%%%
Figures:
\fig{1}{2in} % #1= figure number, #2= space to be left for figure

%%%%%%%%
\appendix{A}{The first appendix}
\appendix{B}{The second appendix}

Use one of these forms if you have only one appendix.
\appendix{}{} % 
\appendix{}{Title...} 

%%%%%%%%%%%%%
Cross-referencing.

Make labels like this:
\label{<name>}

\label{mylabelname}

The label will use the section number in text, the equation
number if it is entered between \begin{equation}...\end{equation}
and the theorem number when entered between
\proclaim...\endproclaim.

For example:
\label{mylabelname}

Reference the label like this:
\ref{mylabelname}

Reference bibliography labels like this:
\cite{labelname}


%%%%%%%%%%%%%
References. 
When the references are printed each paragraph will be
preceded with a number in square brackets.

Precede every reference item with a label that can be used for
cross-referencing. The label must be composed entirely of letters.
It is referenced with \cite:

This is the first bibliography reference, \cite{BROWN}.

Notice that author names must be preceded with \name and
surrounded with curley brackets.

%%%%%
% Sample references section.

\begin{references}

\bibitem{BROWN}
\name{R. Brown},
   {\em Layer Potentials and Boundary Value Problems for the Heat
	Equation on Lipschitz Cylinders},
   Ph.D. Thesis,
   University of Minnesota,
   1987.

\bibitem{DM}
\name{H. Dym} and \name{H. P. McKean},
   {\em Fourier Series and Integrals},
   Academic Press,
   San Diego,
   1972.

\bibitem{FRIEDMAN}
\name{A. Friedman},
   {\em Partial Differential Equations of Parabolic Type},
   Prentice-Hall,
   New Jersey,
   1964.

\bibitem{WALLACE}
  \name{P. R. Wallace},
   {\em Mathematical Analysis of Physical Problems},
   Dover,
   New York,
   1984.

\end{references}

