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temar	\textwidth 6.5 truein
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teaut	\title{Title of paper}
	\author{
	Author1
	   \thanks{Research partially supported by ...}
	   \\Department of Mathematics
	   \\University of ... \\
	\and
	Author2
	   \thanks{Research partially supported by ...}
	   \\Department of Physics
	   \\State University of ... }
	\date{put in custom date; delete this line for today's date}
	\maketitle
teabs	\begin{abstract}
	Text goes here
	\end{abstract}
teref	\section*{References}
	\begin{description}
	\item   %use ``biba'' to fill in ref. items
	\end{description}
tebib	\begin{thebibliography}{}
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teack	\begin{acknowledgment}
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refia	\item Author [year]
	Title.
	{\it Journal\/} {\bf 11}, 123--223.
refib	\item Author [year]
	{\it Title.\/}
	Publisher.
bibia	\bibitem[]{}@$1C@$1C@$1C
	Author [year]
	Title.
	{\it Journal\/} {\bf 11}, 123--223.
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	Author [year]
	{\it Title.\/}
	Publisher.
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beql	\begin{equation}\label{
eeq	\end{equation}
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bqal	\begin{eqnarray}\label{
eqa	\end{eqnarray}
bqas	\begin{eqnarray*}
eqas	\end{eqnarray*}
besb	\begin{Sb}
eesb	\end{Sb}
besp	\begin{Sp}
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intxt	\intertext{}@$1C
txtqa	\quad \text{and}\quad
lequ	\begin{eqnarray}
	\lefteqn{} \nonumber \\
	& &
	\end{eqnarray}@$1E@$1E@$1D@$1D@$1D@$1D@$1D@$1D
	
lequs	\begin{eqnarray*}
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	& &
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ema	\end{math}
bdma	\begin{displaymath}
	
edma	\end{displaymath}
	
bal	\begin{align}
	
eal	\end{align}
	
bals	\begin{align*}
	
eals	\end{align*}
	
bala	\begin{alignat}{}
	
eala	\end{alignat}
	
balas	\begin{alignat*}{}@$1E
	
ealas	\end{alignat*}
	
bga	\begin{gather}
	
ega	\end{gather}
	
bgas	\begin{gather*}
	
egas	\end{gather*}
	
bmlt	\begin{multline}
	
emlt	\end{multline}
	
bmlts	\begin{multline*}
	
emlts	\end{multline*}
	
bald	\begin{aligned}
	
eald	\end{aligned}
	
balda	\begin{alignedat}{}@$1C
	
ealda	\end{alignedat}
	
bgad	\begin{gathered}
	
egad	\end{gathered}
	
bsplt	\begin{split}
	
esplt	\end{split}
	
equn	\[
	F(b)-F(a)=\int^b_af(x)\, dx
	\]
	
eqnu	\begin{equation}
	F(b)-F(a)=\int^b_af(x)\, dx
	\end{equation}
	
eqtxt	\[
	\sum ^n _{ i = 1 } x^2 _i + y^2 _i \geq 0 \quad
	 \text{for all real numbers $ x _i $ and $ y _i $}
	\]
	
eqaun	\begin{align*}
	x^2   &= y+1 \\
	x^2+1 &= u+v
	\end{align*}
	
eqanu	\begin{align}
	x^2   &= y+1    \\
	x^2+1 &= u+v
	\end{align}
	
eqad	\begin{equation}
	 \begin{aligned}
	 {}&a = b + c \\
	 {}&d = e + f + g
	\end{aligned}
	\end{equation}
	
eqsp	\begin{equation}
	\begin{split}
	a  =  b &+ c + (c + d)  \\
	        &{}- e + f
	\end{split}
	\end{equation}
	
eqlbr	\begin{equation}
	\left. 
	\begin{aligned} 
	&x = y           \\ 
	&a = b^2 + b + 1 
	\end{aligned} 
	\right\}
	\end{equation}
	
eqbox	\begin{equation}
	\fbox{\parbox{.7in}{$\displaystyle{\frac{x^2 + 1}{5} = y}$ }}
	\end{equation}
	
eval	\[
	\left. f \left(\frac{t}{2}\right)\right|_{t=0}
	\]
	
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	        \newtheorem{theorem}             {Theorem}  [section]
	        \newtheorem{lemma}      [theorem]{Lemma}
	        \newtheorem{corollary}  [theorem]{Corollary}
	        \newtheorem{proposition}[theorem]{Proposition}
	        \newtheorem{algorithm}  [theorem]{Algorithm}
	        \newtheorem{criterion}  [theorem]{Criterion}
	        \newtheorem{conjecture} [theorem]{Conjecture}
	        \newtheorem{question}   [theorem]{Question}
	
	        \theoremstyle{definition}
	        \newtheorem{definition} [theorem]{Definition}
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	        \theoremstyle{remark}
	        \newtheorem{remark}              {Remark}
	        \newtheorem{note}                {Note}
	        \newtheorem{claim}               {Claim}
	        \newtheorem{summary}             {Summary}
	        \newtheorem{case}                {Case}
	        \newtheorem{acknowledgment}      {Acknowledgments}
	        \newtheorem{conclusion}          {Conclusion}
	        \newtheorem{notation}            {Notation}
	
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mthm	\newtheorem{theorem}{Theorem}
	
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bthm	\begin{theorem}
	
bthmt	\begin{theorem}[Gauss' Theorem]
	
ethm	\end{theorem}
	
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edfn	\end{definition}
	
bprf	\begin{proof}
	
eprf	\end{proof}
	
balg	\begin{algorithm}
	
ealg	\end{algorithm}
	
bcnj	\begin{conjecture}
	
ecnj	\end{conjecture}
	
bcrit	\begin{criterion}
	
ecrit	\end{criterion}
	
bqst	\begin{question}
	
eqst	\end{question}
	
bcnd	\begin{condition}
	
ecnd	\end{condition}
	
bprob	\begin{problem}
	
eprob	\end{problem}
	
brmk	\begin{remark}
	
ermk	\end{remark}
	
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enote	\end{note}
	
bnota	\begin{notation}
	
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bcase	\begin{case}
	
ecase	\end{case}
	
bclm	\begin{claim}
	
eclm	\end{claim}
	
bsum	\begin{summary}
	
esum	\end{summary}
	
bcncl	\begin{conclusion}
	
ecncl	\end{conclusion}
	
bac	\begin{acknowledgment}
	
eac	\end{acknowledgment}
	
bsol	\begin{solution}
	
esol	\end{solution}
	
bxca	\begin{xca}
	
exca	\end{xca}
	
bxcb	\begin{xcb}
	
excb	\end{xcb}
	
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tbex	\begin{tabbing}
	xxxxxxxxxxx\= xxxxxxxxxxx\= xxxxxxxxxxx\= \kill
	items      \> for        \> row        \> one      \\
	items      \> for        \> row        \> two      \\
	\end{tabbing}
tabex1	\begin{center}
	\begin{tabular}{ccccc}
	                   & & \multicolumn{3}{c}{Definition}    \\
	                   & & \multicolumn{3}{c}{of derivative} \\
	                   & & & $\downarrow$
	                   &                                     \\
	Partials exist and & $\Longrightarrow$
	                   & Differentiable
	                   & $\Longrightarrow$
	                   & Partials exist                       \\
	are continuous     & & & &
	\end{tabular}
	\end{center}
tabex2	\begin{center}
	\fbox{\parbox{4.5in}{
	\begin{tabular}{ll}
	\multicolumn{2}{c}{\bf Box 2.1.1 \quad
	                       Summary of Important Formulas for \S 2.1}  \\
	{\it Velocity\/} 
	      &                                                           \\
	      &                                                           \\
	$ V = {\displaystyle \frac{\partial \phi}{\partial t} } $  
	      & $ V ^a ={\displaystyle \frac{\partial \phi ^a} 
	                                    {\partial t}}$                \\  
	      &                                                           \\
	$ v _t = V _t \circ \phi _t ^{-1} $  
	      & $ v ^a _t = V ^a _t \circ \phi _t ^{-1} $                 \\
	      &                                                           \\
	{\it Covariant Derivative\/} 
	      &                                                           \\
	      &                                                           \\
	$ {\bf D} v \cdot w = \nabla _w v $  
	      & $ (\nabla _w v) ^a =
	          {\displaystyle \frac{\partial v ^a}
	                              {\partial x ^b}} w ^b +
	                         \gamma ^a _{b c} w ^b v ^c $             \\
	\end{tabular}
	}} 
	\end{center}
tabex3	\begin{center}
	\begin{tabular}{lll}
	{\it Classical Tensor Analysis\/} 
	     & 
	     & {\it Tensor Analysis on Manifolds\/} 
	\\ \\
	$ \{ x ^a\}$ 
	     & Coordinates  
	     & $ \{ x ^a\}$                                   
	\\ \\
	$ e _a = {\displaystyle \frac{\partial z ^i }
	                             {\partial x ^a} \dot{ i} _i }$ 
	     & $ \!\!\! \begin{array}{l}    
	                {\rm coordinate} \\  
	                {\rm basis \, vectors }
	                \end{array} $ 
	     & $ {\displaystyle \frac{\partial}{\partial x^a} = e _a } $                \\ \\
	       $ \!\!\!\! \left. \begin{array}{l}
	                \bar{e} _a = {\displaystyle \frac{\partial x ^b} 
	                                   {\partial \bar{x} ^a} e _b }   
	\\ \\
	                \bar{e} ^a = {\displaystyle \frac{\partial \bar{x} ^a} 
	                                   {\partial \bar{x} ^b} e^b }
	                 \end{array}  \right\}$ 
	     & $ \!\!\! \begin{array}{l}
	                {\rm change \, of} \\   
	                {\rm coordinates} \\
	                \end{array} $ 
	     & $ \left\{ \begin{array}{l}
	                {\displaystyle \frac{\partial}{\partial \bar{x} ^a} =
	                \frac{ \partial x ^b}{\partial \bar{x} ^a} 
	                \frac{ \partial} {\partial x ^b} } 
	                \\  \\
	                {\displaystyle d \bar{x} ^a = 
	                \frac{ \partial \bar{x} ^a }{ \partial x ^b} d x ^b }
	                \end{array}  \right. $ 
	\\
	\end{tabular}
	\end{center}
tabex4	\begin{center}
	\begin{tabular}{||l|l||}                                              
	\hline \hline
	\quad {\bf Classical Mechanics} 
	      & \quad {\bf Quantum Mechanics}                 \\ \hline \hline
	immersed Lagrangian manifold  
	      & element of $L^2 (Q)$ 
	        or ${\cal D}^\prime (Q)$                      \\
	$\Lambda \rightarrow (T ^\ast Q,\Omega)$   
	      &                                               \\ \hline
	$\Lambda = $ graph of ${\bf d} S$  
	      & $\psi = \exp (iS/\hbar)$                      \\ \hline
	$T ^{\ast} Q$  
	      & Hilbertspace                                  \\ \hline
	Lagrangian manifold  
	      & (possibly unbounded)                          \\
	$\quad \Omega \subset(T^\ast Q, \Omega _Q)
	\times (T^\ast R,-\Omega_R)$
	      & $\quad L^2 (R)$ to $L^2 (Q)$                  \\ \hline
	composition of canonical relations  
	      & composition of operators                      \\ \hline \hline
	\end{tabular}
	\end{center}
tabex5	\begin{center}
	\fbox{\fbox{\parbox{4.0in}{
	\begin{tabular}{ll}
	\quad {\bf Classical Mechanics}  
	      & \quad {\bf Quantum Mechanics}                  \\ \hline \hline
	immersed Lagrangian manifold  
	      & element of $L^2 (Q)$ or ${\cal D}^\prime (Q)$  \\
	$\Lambda \rightarrow (T ^\ast Q,\Omega)$   
	      &                        \\ \hline
	$\Lambda = $ graph of ${\bf d} S$  
	      & $\psi = \exp (iS/\hbar)$                       \\ \hline
	$T ^{\ast} Q$  
	      & Hilbertspace                                   \\ \hline
	Lagrangian manifold  
	      & (possibly unbounded)                           \\
	$\quad \Omega \subset (T^\ast Q, \Omega _Q)
	\times (T^\ast R,-\Omega_R)$  
	      & $\quad L^2 (R)$ to $L^2 (Q)$                   \\ \hline
	        composition of canonical relations  
	     & composition of operators                       \\
	\end{tabular}
	}}} \end{center}
tabex6	\begin{center}
	\begin{tabular}{||l|c|c||}
	    \hline
	 Case & Conditions & Connection                               \\ \hline
	 Unconstrained  
	      & ${\cal D}_q = T_q Q$  
	      & ${\cal A}^{\rm sym}(\dot q)={\Bbb I} ^{-1} J(\dot{q})$ \\ [1ex]
	 Purely Kinematic  
	      & ${\cal D}_q \cap T_q({\rm Orb}(q)) = \{0\}$  
	      & ${\cal A}^{\rm kin} (\dot{q}) = 0$                     \\ [1ex]
	 Horizontal symmetries  
	      & ${\cal D}_q \cap T_q({\rm Orb}(q))_G   
	                         = T_q({\rm Orb}(q))_H$  
	      & ${\cal A}^{\rm sym} (\dot{q})   
	                     + {\cal A}^{\rm kin} (\dot{q}) 
	                     ={\Bbb I} ^{-1} J_H (\dot{q})$            \\ [1ex]
	 General principal  
	      & ${\cal D}_q + T_q({\rm Orb}(q)) = T_q Q$  
	      & ${\cal A}^{\rm sym}(\dot{q}) + {\cal A}^{\rm kin}(\dot{q}) = 
	        {\Bbb I} ^{-1} J ^{\rm nhc}(\dot{q})$ \\
	 bundle case  
	      &  
	      &                                                       \\ \hline
	\end{tabular}
	\end{center}
cdli	\begin{equation*}
	 \begin{CD}         
	 0 @>>> A @>f>>B @>g>> C @>h>> C/g(B) @>>>0
	 \end{CD} 
	 \end{equation*}
	 
cdsq	\begin{equation*}
	 \begin{CD}         
	 A @>F>>B\\
	 @VGVV  @VVgV \\
	 C @>>f>D\\
	 \end{CD} 
	 \end{equation*}
	 
tepaper	%&latex2e--tepaper
	\documentclass{article}
	\usepackage{latexsym,amssymb}             % special symbols 
	\usepackage{amsmath}                      % amsmath environments
	\usepackage{amsthm}                       % ams theorem/proof environments
	% \usepackage{amscd}                      % ams commutative diagrams 
	% \usepackage{graphicx}                   % graphics commands
	% \usepackage{color}                      % color commands
	% \usepackage{verbatim}                   % comment/verbatim environments
	
	\newcommand{\bfi}{\bfseries\itshape}      % bold italic
	
	\makeatletter
	\@addtoreset{figure}{section}
	\def\thefigure{\thesection.\@arabic\c@figure}
	\def\fps@figure{h, t}
	\@addtoreset{equation}{section}
	\def\theequation{\thesection.\arabic{equation}}
	\makeatother
	
	        \theoremstyle{plain} %--default
	        \newtheorem{theorem}             {Theorem}  [section]
	        \newtheorem{lemma}      [theorem]{Lemma}
	        \newtheorem{corollary}  [theorem]{Corollary}
	        \newtheorem{proposition}[theorem]{Proposition}
	        \newtheorem{algorithm}  [theorem]{Algorithm}
	        \newtheorem{criterion}  [theorem]{Criterion}
	        \newtheorem{conjecture} [theorem]{Conjecture}
	        \newtheorem{question}   [theorem]{Question}
	
	        \theoremstyle{definition}
	        \newtheorem{definition} [theorem]{Definition}
	        \newtheorem{condition}  [theorem]{Condition}
	        \newtheorem{example}    [theorem]{Example}
	        \newtheorem{problem}    [theorem]{Problem}
	        \newtheorem{solution}   [theorem]{Solution}
	
	        \theoremstyle{remark}
	        \newtheorem{remark}              {Remark}
	        \newtheorem{note}                {Note}
	        \newtheorem{claim}               {Claim}
	        \newtheorem{summary}             {Summary}
	        \newtheorem{case}                {Case}
	        \newtheorem{acknowledgment}      {Acknowledgments}
	        \newtheorem{conclusion}          {Conclusion}
	        \newtheorem{notation}            {Notation}
	
	\begin{document}
	
	\title{Title of paper}
	\author{ Author1
	   \thanks{Research partially supported by ...}
	   \\Department of Mathematics
	   \\University of ... \\
	\and  Author2
	   \thanks{Research partially supported by ...}
	   \\Department of Physics
	   \\State University of ... }
	\date{put in custom date; delete this line for today's date}
	\maketitle
	
	\begin{abstract}
	This template is called {\it paper/template.tex}.
	It numbers equations, figures, tables and theorems within each section.
	Figures are placed automatically following the paragraph in which they
	are cited, or at the top of the next page if there is not room
	on the page of citation.
	\end{abstract}
	
	\section*{Introduction}
	Text goes here
	
	\section{First Section Title}
	Text goes here 
	
	
	\begin{acknowledgment}
	We thank ...
	\end{acknowledgment}
	
	    %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  
	    %  BIBLIOGRAPHY
	    %  %use ``bibia'' or ``bibib'' to fill in  bibitems
	    %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  
	
	\begin{thebibliography}{}
	\bibitem[]{}   
	\end{thebibliography}
	
	\end{document}
	
tepaper.simple	%&latex2e--tepaper.simple
	\documentclass{article}
	\usepackage{latexsym,amssymb}             % special symbols 
	\usepackage{amsmath}                      % amsmath environments
	\usepackage{amsthm}                       % ams theorem/proof environments
	% \usepackage{amscd}                      % ams commutative diagrams 
	% \usepackage{graphicx}                   % graphics commands
	% \usepackage{color}                      % color commands
	% \usepackage{verbatim}                   % comment/verbatim environments
	\newcommand{\bfi}{\bfseries\itshape}
	
	
	\newtheorem{theorem}{Theorem}[section]
	\newtheorem{proposition}[theorem]{Proposition}
	\newtheorem{lemma}[theorem]{Lemma}
	\newtheorem{corollary}[theorem]{Corollary}
	\newtheorem{definition}[theorem]{Definition}
	
	{\renewcommand{\theequation}{\thesection.\arabic{equation}}
	
	\begin{document}
	
	\title{Title of paper}
	\author{ Author1
	   \thanks{Research partially supported by ...}
	   \\Department of Mathematics
	   \\University of ... \\
	\and  Author2
	   \thanks{Research partially supported by ...}
	   \\Department of Physics
	   \\State University of ... }
	\date{put in custom date; delete this line for today's date}
	\maketitle
	
	\begin{abstract}
	This brick is called {\it paper/simple/template.tex}.
	It numbers equations and
	theorems within each section, but you are required to insert counters;
	it does not require any special style files.
	\end{abstract}
	
	%The counters below will renumber equations in each section.
	\section*{Introduction}
	\setcounter{equation}{0}
	                Text goes here
	
	\section{First Section Title}
	\setcounter{equation}{0}
	                Text goes here
	
	
	
	\begin{acknowledgment}
	We thank ...
	\end{acknowledgment}
	
	    %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  
	    %  REFERENCES
	    %  use ``biba or bibb'' to fill in reference items
	    %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  
	
	\section*{References}
	\begin{description}
	\item Author, U. N., ...
	\end{description}
	
	\end{document}
	
tepaper.simplest	%&latex2e--tepaper simplest
	\documentclass{article}
	\begin{document}
	
	\title{Title of paper}
	\author{Author1
	   \thanks{Research partially supported by ...}
	   \\Department of Mathematics
	   \\University of Nebraska \\
	\and
	Author2
	   \thanks{Research partially supported by ...}
	   \\Department of Physics
	   \\San Jose State University }
	\date{put in custom date; delete this line for today's date}
	\maketitle
	
	\begin{abstract}
	This brick is called {\it paper/simplest/template.tex}. It uses the
	default \LaTeX\ numbering, with theorems etc. and equations numbered
	consecutively throughout the paper.
	\end{abstract}
	
	\section*{Introduction}
	Text goes here
	
	\section{First Section Title}
	Text goes here
	
	\section{Second Section Title}
	Text goes here
	
	\bigskip 
	
	
	    %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  
	    %  REFERENCES
	    %  use ``biba or bibb'' to fill in reference items
	    %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  
	
	\section*{References}
	\begin{description}
	\item Author, U. N., ...
	\end{description}
	
	\end{document}
	
tepaper.eqnwith	%&latex2e--tepaper eqnwith
	\documentclass{article}
	\usepackage{latexsym,amssymb}             % special symbols 
	\usepackage{amsmath}                      % amsmath environments
	\usepackage{amsthm}                       % ams theorem/proof environments
	% \usepackage{amscd}                      % ams commutative diagrams 
	% \usepackage{graphicx}                   % graphics commands
	% \usepackage{color}                      % color commands
	% \usepackage{verbatim}                   % comment/verbatim environments
	
	\newcommand{\bfi}{\bfseries\itshape}
	
	
	        \theoremstyle{plain} %--default
	        \newtheorem{theorem}             {Theorem}  [section]
	        \newtheorem{lemma}      [theorem]{Lemma}
	        \newtheorem{corollary}  [theorem]{Corollary}
	        \newtheorem{proposition}[theorem]{Proposition}
	        \newtheorem{algorithm}  [theorem]{Algorithm}
	        \newtheorem{criterion}  [theorem]{Criterion}
	        \newtheorem{conjecture} [theorem]{Conjecture}
	        \newtheorem{question}   [theorem]{Question}
	
	        \theoremstyle{definition}
	        \newtheorem{definition} [theorem]{Definition}
	        \newtheorem{condition}  [theorem]{Condition}
	        \newtheorem{example}    [theorem]{Example}
	        \newtheorem{problem}    [theorem]{Problem}
	        \newtheorem{solution}   [theorem]{Solution}
	
	        \theoremstyle{remark}
	        \newtheorem{remark}              {Remark}
	        \newtheorem{note}                {Note}
	        \newtheorem{claim}               {Claim}
	        \newtheorem{summary}             {Summary}
	        \newtheorem{case}                {Case}
	        \newtheorem{acknowledgment}      {Acknowledgments}
	        \newtheorem{conclusion}          {Conclusion}
	        \newtheorem{notation}            {Notation}
	
	
	
	{\renewcommand{\theequation}{\thesection.\arabic{equation}}
	%--------------------------------
	\makeatletter
	\def\equationwith#1{%
	  \expandafter\edef\expandafter\c@equation%
	  \expandafter{\csname c@#1\endcsname}%
	  \expandafter\let\expandafter\theequation\csname the#1\endcsname
	}
	\makeatother
	\equationwith{theorem}
	%--------------------------------
	
	\begin{document}
	
	\title{Title of paper}
	\author{ Author1
	   \thanks{Research partially supported by ...}
	   \\Department of Mathematics
	   \\University of ... \\
	\and  Author2
	   \thanks{Research partially supported by ...}
	   \\Department of Physics
	   \\State University of ... }
	\date{put in custom date; delete this line for today's date}
	\maketitle
	
	\begin{abstract}
	This brick is called {\it paper/eqnwith/template.tex}.
	It numbers equations and
	theorems within each section, but you are required to insert counters;
	it does not require any special style files.
	\end{abstract}
	
	%The counters below will renumber equations in each section.
	\section*{Introduction}
	                Text goes here
	
	\section{First Section Title}
	                Text goes here
	
	
	\begin{acknowledgment}
	We thank ...
	\end{acknowledgment}
	
	    %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  
	    %  BIBLIOGRAPHY
	    %  %use ``bibia'' or ``bibib'' to fill in  bibitems
	    %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  
	
	\begin{thebibliography}{}
	\bibitem[]{}   
	\end{thebibliography}
	
	\end{document}
	
tepaper.amsart	%&AMS article
	\documentclass{amsart}
	\usepackage{graphicx}
	\newcommand{\bfi}{\bfseries\itshape}
	
	        \theoremstyle{plain} %--default
	        \newtheorem{theorem}             {Theorem}  [section]
	        \newtheorem{lemma}      [theorem]{Lemma}
	        \newtheorem{corollary}  [theorem]{Corollary}
	        \newtheorem{proposition}[theorem]{Proposition}
	        \newtheorem{algorithm}  [theorem]{Algorithm}
	        \newtheorem{criterion}  [theorem]{Criterion}
	        \newtheorem{conjecture} [theorem]{Conjecture}
	        \newtheorem{question}   [theorem]{Question}
	
	        \theoremstyle{definition}
	        \newtheorem{definition} [theorem]{Definition}
	        \newtheorem{condition}  [theorem]{Condition}
	        \newtheorem{example}    [theorem]{Example}
	        \newtheorem{problem}    [theorem]{Problem}
	        \newtheorem{solution}   [theorem]{Solution}
	
	        \theoremstyle{remark}
	        \newtheorem{remark}              {Remark}
	        \newtheorem{note}                {Note}
	        \newtheorem{claim}               {Claim}
	        \newtheorem{summary}             {Summary}
	        \newtheorem{case}                {Case}
	        \newtheorem{acknowledgment}      {Acknowledgments}
	        \newtheorem{conclusion}          {Conclusion}
	        \newtheorem{notation}            {Notation}
	
	
	                \numberwithin{equation}{section}
	
	        %----------------------------------------------------
	        \begin{document}
	
	        \title[put short title here]%
	              {Put the real title here\\
	                and rest of title here}
	
	        \author[Author One and Author Two]{%
	                Author One\\
	                Author Two\\
	        }
	                \address{Department of Mathematics\\
	                         Northeastern University\\
	                         Boston, Massachusetts 02115}%
	                \address{Mathematical Research Section\\
	                         School of Mathematical Sciences\\
	                         Australian National University\\
	                         Canberra ACT 2601, Australia}
	
	
	        \subjclass{Primary 54C40, 14E20; Secondary 46E25, 20C20}
	        \date     {July 2, 1991}
	
	        %         \thanks will become a 1st page footnote.
	        \thanks{The first author was supported in part by NSF
	                Grant \#000000.}
	        %\dedicatory{}
	        \maketitle
	        \begin{abstract}
	                This is the abstract.
	        \end{abstract}
	
	        \tableofcontents
	        \section{Other headings}
	        \section*{This is an unnumbered first-level section head}
	        \subsection{This is a numbered second-level section head}
	        \subsection*{This is an unnumbered second-level section head}
	        \subsubsection{This is a numbered third-level section head}
	        \subsubsection*{This is an unnumbered third-level section head}
	
	        \begin{theorem}
	                Definition environemnt
	        \end{theorem}
	
	        \begin{definition}
	                Definition environemnt
	        \end{definition}
		
	        \begin{remark}
	                Remark environemnt
	        \end{remark}
		
	        %-----------------
	        \bibliographystyle{}
	        \begin{thebibliography}{}
	
	        \bibitem[{Arnol$'$d et al. [1982]}] {arnold:sing}
	                 Arnol$'$d, V. L., Varchenko, A. N.,
	                  and Gusein-Zade, S. M. [1982]
	                 \emph{Singularities of differentiable maps.} I,
	                  ``Nauka'', Moscow (Russian);
	                 English transl. Birkh\"auser, 1985.
	
	        \bibitem[{Arnol$'$d et al. [1984]}] {arnold:sing2}
	        \bysame [1984]
	                \emph{Singularities of differentiable maps.}~II,
	                  ``Nauka'', Moscow;
	                 English transl., Birkh\"auser, 1988.
	
	        \end{thebibliography}
	        %-----------------
	        \end{document}
	
tepaper.html	%article html
	  
	%% Source: Ross Moore, Macquarie University, Sydney Australia
	%% Manual: http://www-dsed.llnl.gov/files/programs/unix/latex2html/manual/
	
	\documentclass{article}
	
	%% load extra AMS math symbols
	\usepackage[psamsfonts]{amsfonts}
	
	%% and the extended enumerate environments
	\usepackage{enumerate}	
	
	
	%% These are for making Web pages, using LaTeX2HTML
	\usepackage{html}
	\begin{htmlonly}
	\bodytext{BGCOLOR=#FFFFFF LINK=#9600a8 VLINK=#ff3b21 ALINK=#26ffab}
	\end{htmlonly}
	
	\usepackage[dvips]{color}
	\begin{htmlonly}
	\pagecolor{white}
	\end{htmlonly}		
	
	%% adjust the size and positioning
	%% of the text-area on the paper
	
	%begin{latexonly}
	\addtolength{\voffset}{-2cm}
	\addtolength{\textheight}{4cm}
	\addtolength{\hoffset}{-2cm}
	\addtolength{\textwidth}{4cm}
	%end{latexonly}	
	
	\title{}
	\author{}
	\date{}
	
	\begin{document}
	\maketitle
	\thispagestyle{empty}
	
	%... put text here
	\end{document}
tebook	%&latex2e--tebook 
	\documentclass{book}
	\usepackage{latexsym,amssymb}             % special symbols 
	\usepackage{amsmath}                      % amsmath environments
	\usepackage{amsthm}                       % ams theorem/proof environments
	% \usepackage{amscd}                      % ams commutative diagrams 
	% \usepackage{graphicx}                   % graphics commands
	% \usepackage{color}                      % color commands
	% \usepackage{verbatim}                   % comment/verbatim environments
	% \usepackage{makeidx}                    % makeindex
	
	
	        \theoremstyle{plain} %--default
	        \newtheorem{theorem}             {Theorem}  [section]
	        \newtheorem{lemma}      [theorem]{Lemma}
	        \newtheorem{corollary}  [theorem]{Corollary}
	        \newtheorem{proposition}[theorem]{Proposition}
	        \newtheorem{algorithm}  [theorem]{Algorithm}
	        \newtheorem{criterion}  [theorem]{Criterion}
	        \newtheorem{conjecture} [theorem]{Conjecture}
	        \newtheorem{question}   [theorem]{Question}
	
	        \theoremstyle{definition}
	        \newtheorem{definition} [theorem]{Definition}
	        \newtheorem{condition}  [theorem]{Condition}
	        \newtheorem{example}    [theorem]{Example}
	        \newtheorem{problem}    [theorem]{Problem}
	        \newtheorem{solution}   [theorem]{Solution}
	
	        \theoremstyle{remark}
	        \newtheorem{remark}              {Remark}
	        \newtheorem{note}                {Note}
	        \newtheorem{claim}               {Claim}
	        \newtheorem{summary}             {Summary}
	        \newtheorem{case}                {Case}
	        \newtheorem{acknowledgment}      {Acknowledgments}
	        \newtheorem{conclusion}          {Conclusion}
	        \newtheorem{notation}            {Notation}
	
	\makeatletter
	\@addtoreset{figure}{section}             % figure numbering within section
	\def\thefigure{\thesection.\@arabic\c@figure}
	\def\fps@figure{h, t}
	\@addtoreset{equation}{section}           % equation numbering within section
	\def\theequation{\thesection.\arabic{equation}}
	\makeatother
	
	
	\begin{document}
	
	\title{Title of Book}
	\author{ Author1
	   \thanks{Research partially supported by ...}
	   \\Department of Mathematics
	   \\University of ... \\
	\and  Author2
	   \thanks{Research partially supported by ...}
	   \\Department of Physics
	   \\State University of ... }
	\date{put in custom date; delete this line for today's date}
	\maketitle
	
	    %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  
	    %  BIBLIOGRAPHY
	    %  %use ``bibia'' or ``bibib'' to fill in  bibitems
	    %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  
	
	\begin{thebibliography}{}
	\bibitem[]{}   
	\end{thebibliography}
	
	\end{document}
	
teletter	%&latex2e--te2letter
	\documentclass{letter}
	\begin{document}
	\signature{yourName}
	\telephone{phone (TTT) EEE-LLLL}
	\begin{letter}{Addressee\\
	               Address\\
	               More Address\\
	               More and more lines separated by double backslashes
	               }
	\opening{Dear Whoever,}
	
	The Text
	
	\closing{Sincerely yours,}
	\end{letter}
	\end{document}
	
bcmnt	\begin{comment}
ecmnt	\end{comment}
vrb	\verb
bvrb	\begin{verbatim}
evrb	\end{verbatim}
cl	\centerline{
hfi	\hfill
noi	\noindent
nl	\\
np	\newpage
pt	%
blskp	\baselineskip
vfi	\vfill
lbrk	\linebreak
nlin	\newline
rlin	\rightline{}@$1C
clin	\centerline{}@$1C
llin	\leftline{}@$1C
lin	\line{}@$1C
ob	{
eb	}
eit	\/}
op	(
ep	)
obk	[
ebk	]
llb	\{
rlb	\}
bqm	``
eqm	''
lle	\langle
rle	\rangle
itm	\item
ad	&
ae	\'{e}
ge	\`{e}
ua	\"{a}
uo	\"{o}
uu	\"{u}
ace	\'{E}
gce	\`{E}
uca	\"{A}
uco	\"{O}
ucu	\"{U}
bksl	\
ats	@
cprt	\copyright
ps	\P
ss	\S
gss	\ss
csp	\quad
dsp	\qquad
ssp	\,
msp	\:
tsp	\;
nsp	\!
ndsp	\! \!
ensp	\enspace
qd	\quad
qqd	\qquad
bskp	\bigskip
mskp	\medskip
sskp	\smallskip
hskp	\hskip 2in
vskp	\vskip 12pt
tskp	\topskip 24pt
nll	\null
fc	@$1D
rc	@$1C
d	$
dlr	$$
	 
ada	& = &
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xb	\beta
xc	\chi
xcd	\Delta
xcg	\Gamma
xcl	\Lambda
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dxa	$\alpha$
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oxcl	(\Lambda)
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oxcps	(\Psi)
oxcs	(\Sigma)
oxcth	(\Theta)
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setlu	\left\{ \left.  \!\right|
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d1	$1$
d10	$10$
d2	$2$
d3	$3$
d4	$4$
d5	$5$
d6	$6$
d7	$7$
d8	$8$
d9	$9$
dca	$A$
dcb	$B$
dcc	$C$
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dco	$O$
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sq10	\sqrt{10}
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sq5	\sqrt{5}
sq7	\sqrt{7}
squ	\sqrt{
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cr2	\sqrt[3]{2}
nr2	\sqrt[n]{2}
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fpx	\frac{\partial}{\partial x}
fpy	\frac{\partial}{\partial y}
fpzx	\frac{\partial z}{\partial x}
fps	\frac{\partial^2}
	        {\partial x \partial y}
fpt	\frac{\partial^3}
	        {\partial x \partial y \partial z}
ha	^a
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hca	^A
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hcc	^C
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hce	^E
hcf	^F
hcg	^G
hch	^H
hci	^I
hcj	^J
hck	^K
hcl	^L
hcm	^M
hcn	^N
hco	^O
hcp	^P
hcq	^Q
hcr	^R
hcs	^S
hct	^T
hcu	^U
hcv	^V
hcw	^W
hcx	^X
hcy	^Y
hcz	^Z
h0	^0
h1	^1
h10	^{10}
h2	^2
h3	^3
h4	^4
h5	^5
h6	^6
h7	^7
h8	^8
h9	^9
sq	^2
cu	^3
xq	x^2
yq	y^2
zq	z^2
hmo	^{-1}
hij	^{ij}
hijk	^{ijk}
hjk	^{jk}
hdg	^\dagger
hflt	^\flat
hpr	^\prime
hprp	^\perp
hshp	^\sharp
hst	^\ast
hvst	^\star
hxa	^\alpha
hxb	^\beta
hxc	^\chi
hxcd	^\Delta
hxcg	^\Gamma
hxcl	^\Lambda
hxco	^\Omega
hxcp	^\Pi
hxcph	^\Phi
hxcps	^\Psi
hxcs	^\Sigma
hxcth	^\Theta
hxcu	^\Upsilon
hxcx	^\Xi
hxd	^\delta
hxe	^\epsilon
hxet	^\eta
hxg	^\gamma
hxio	^\iota
hxk	^\kappa
hxl	^\lambda
hxm	^\mu
hxn	^\nu
hxo	^\omega
hxp	^\pi
hxph	^\phi
hxps	^\psi
hxr	^\rho
hxs	^\sigma
hxt	^\tau
hxth	^\theta
hxu	^\upsilon
hxve	^\varepsilon
hxvp	^\varpi
hxvph	^\varphi
hxvr	^\varrho
hxvs	^\varsigma
hxvth	^\vartheta
hxx	^\xi
hxz	^\zeta
la	_a
lb	_b
lc	_c
ld	_d
le	_e
lf	_f
lg	_g
lh	_h
li	_i
lj	_j
lk	_k
ll	_l
lm	_m
ln	_n
lo	_o
lp	_p
lq	_q
lr	_r
ls	_s
lt	_t
luu	_u
lv	_v
lw	_w
lx	_x
ly	_y
lz	_z
lca	_A
lcb	_B
lcc	_C
lcd	_D
lce	_E
lcf	_F
lcg	_G
lch	_H
lci	_I
lcj	_J
lck	_K
lcl	_L
lcm	_M
lcn	_N
lco	_O
lcp	_P
lcq	_Q
lcr	_R
lcs	_S
lct	_T
lcu	_U
lcv	_V
lcw	_W
lcx	_X
lcy	_Y
lcz	_Z
l0	_0
l1	_1
l10	_{10}
l2	_2
l3	_3
l4	_4
l5	_5
l6	_6
l7	_7
l8	_8
l9	_9
lij	_{ij}
lijk	_{ijk}
ljk	_{jk}
gij	g_{ij}
lxa	_\alpha
lxb	_\beta
lxc	_\chi
lxcd	_\Delta
lxcg	_\Gamma
lxcl	_\Lambda
lxco	_\Omega
lxcp	_\Pi
lxcph	_\Phi
lxcps	_\Psi
lxcs	_\Sigma
lxcth	_\Theta
lxcu	_\Upsilon
lxcx	_\Xi
lxd	_\delta
lxe	_\epsilon
lxet	_\eta
lxg	_\gamma
lxio	_\iota
lxk	_\kappa
lxl	_\lambda
lxm	_\mu
lxn	_\nu
lxo	_\omega
lxp	_\pi
lxph	_\phi
lxps	_\psi
lxr	_\rho
lxs	_\sigma
lxt	_\tau
lxth	_\theta
lxu	_\upsilon
lxve	_\varepsilon
lxvp	_\varpi
lxvph	_\varphi
lxvr	_\varrho
lxvs	_\varsigma
lxvth	_\vartheta
lxx	_\xi
lxz	_\zeta
xln	x_n
yln	y_n
zln	z_n
lst	_\ast
lvst	_\star
obp	\bar{p}
obq	\bar{q}
obr	\bar{r}
obs	\bar{s}
obx	\bar{x}
oby	\bar{y}
obz	\bar{z}
obxa	\bar{\alpha}
obxb	\bar{\beta}
obxg	\bar{\gamma}
odp	\dot{p}
odq	\dot{q}
odr	\dot{r}
ods	\dot{s}
odx	\dot{x}
ody	\dot{y}
odz	\dot{z}
odxa	\dot{\alpha}
odxb	\dot{\beta}
odxg	\dot{\gamma}
oddp	\ddot{p}
oddq	\ddot{q}
oddr	\ddot{r}
odds	\ddot{s}
oddx	\ddot{x}
oddy	\ddot{y}
oddz	\ddot{z}
oddxa	\ddot{\alpha}
oddxb	\ddot{\beta}
oddxg	\ddot{\gamma}
olp	\overline{p}
olq	\overline{q}
olr	\overline{r}
ols	\overline{s}
olx	\overline{x}
oly	\overline{y}
olz	\overline{z}
olxa	\overline{\alpha}
olxb	\overline{\beta}
olxg	\overline{\gamma}
ohp	\hat{p}
ohq	\hat{q}
ohr	\hat{r}
ohs	\hat{s}
ohx	\hat{x}
ohy	\hat{y}
ohz	\hat{z}
ohxa	\hat{\alpha}
ohxb	\hat{\beta}
ohxg	\hat{\gamma}
ova	\vec{a}
ovb	\vec{b}
ovc	\vec{c}
ovv	\vec{v}
ovw	\vec{w}
pl	+
mi	-
plm	\pm
mip	\mp
divi	\div
cir	\circ
blt	\bullet
opl	\oplus
omi	\ominus
ti	\times
oti	\otimes
sdp	\,\circledS\,
wed	\wedge
eq	=
ez	= 0
gte	\geq
lte	\leq
ne	\neq
iso	\cong
eqv	\equiv
mlt	\ll
mgt	\gg
apx	\approx
lep	\left(
rip	\right)
lebk	\left[
ribk	\right]
lebr	\left\{
ribr	\right\}
lel	\left\langle
rir	\right\rangle
lld	\left\langle \! \left\langle
rrd	\right\rangle \! \right\rangle
ldo	\left.
rdo	\right.
ale	\aleph
hba	\hbar
prm	\prime
flt	\flat
shp	\sharp
sh	\heartsuit
ppt	\propto
nrm	\|
lied	\pounds
trv	\pitchfork
scl	\ell
na	\nabla
pd	\partial
infi	\infty
wpf	\wp
rea	\Re
ima	\Im
angl	\angle
imp	\Rightarrow
impb	\Leftarrow
olra	\Leftrightarrow
eqvt	\Leftrightarrow
emp	\varnothing
empa	\emptyset
eo	\in
neo	\not\in
reo	\ni
setm	\setminus
subs	\subset
sube	\subseteq
sups	\supset
supe	\supseteq
ints	\cap
bints	\bigcap
uni	\cup
buni	\bigcup
vbar	\mid
te	\exists
fa	\forall
artl	\mapsto
ra	\rightarrow
lora	\longrightarrow
lra	\leftrightarrow
lea	\leftarrow
upa	\uparrow
uhr	\upharpoonright
sur	\nearrow
sdr	\searrow
cdo	\cdot
cds	\cdots
dds	\ddots
lds	\ldots
vds	\vdots
co	\cos
coh	\cosh
coq	\cos^2
coth	\cos \theta
coph	\cos \phi
si	\sin
sih	\sinh
siq	\sin^2
sith	\sin \theta
siph	\sin \phi
tn	\tan
tnh	\tanh
ex	\exp
logg	\log
lgn	\ln
supr	\sup
infm	\inf
mx	\max
mn	\min
limm	\lim
limi	\liminf
lims	\limsup
dtt	\det
kr	\ker
dmn	\dim
ag	\arg
gc	\gcd
mo	-1
ava	|a|
avb	|b|
avc	|c|
avx	|x|
avy	|y|
avz	|z|
shl	A^i_{\;a}
lam	L_A{}^\mu
van	v^A{}_\nu
tsq	T^\ast Q
tsqq	T^{\ast}_{q} Q
dtsq	$T^\ast Q$
dtsqq	$T^{\ast}_{q} Q$
0p	(0)
00p	(0,0)
03p	(0, 0, 0)
d0p	$(0)$
d00p	$(0,0)$
d03p	$(0, 0, 0)$
triap	(a_1, a_2, a_3)
dtriap	$(a_1, a_2, a_3)$
xyp	(x, y)
xyzp	(x, y, z)
xpyq	x^2 + y^2
dxyp	$(x, y)$
dxyzp	$(x, y, z)$
dxpyq	$x^2 + y^2$
dxdy	\,dx\,dy
dxdydz	\,dx\,dy\,dz
dxdt	dx/dt
dydt	dy/dt
dzdt	dz/dt
pdzy	\partial z/\partial y
dpdzy	$\partial z/\partial y$
o0	(0)
o1	(1)
o2	(2)
o3	(3)
o4	(4)
o5	(5)
o6	(6)
o7	(7)
o8	(8)
o9	(9)
oa	(a)
oeb	(b)
oc	(c)
od	(d)
oe	(e)
oef	(f)
og	(g)
oh	(h)
oi	(i)
oj	(j)
ok	(k)
ol	(l)
om	(m)
oen	(n)
oo	(o)
oep	(p)
oq	(q)
oer	(r)
os	(s)
ot	(t)
ou	(u)
ov	(v)
ow	(w)
ox	(x)
oy	(y)
oz	(z)
oca	(A)
ocb	(B)
occ	(C)
ocd	(D)
oce	(E)
ocf	(F)
ocg	(G)
och	(H)
oci	(I)
ocj	(J)
ock	(K)
ocl	(L)
ocm	(M)
ocn	(N)
oco	(O)
ocp	(P)
ocq	(Q)
ocr	(R)
ocs	(S)
oct	(T)
ocuu	(U)
ocv	(V)
ocw	(W)
ocx	(X)
ocy	(Y)
ocz	(Z)
intu	\int
intd	\int \!\!\! \int
intt	\int \!\!\! \int \!\!\! \int
intc	\oint
i10	\int^1_0
iba	\int^b_a
ilcd	\int_D
iinf	\int^\infty_{- \infty}
i2xp0	\int^{2 \pi}_0
sds	\,ds
sdt	\,dt
sdu	\,du
sdv	\,dv
sdw	\,dw
sdx	\,dx
sdy	\,dy
sdz	\,dz
sumu	\sum
sni1	\sum^{n}_{i = 1}
pni1	\prod^{n}_{i = 1}
ini1	\bigcap^{n}_{i = 1}
uni1	\bigcup^{n}_{i = 1}
li00	\lim_{(x,y) \rightarrow (0,0)}
liai	\lim_{a \rightarrow \infty}
lixl0	\lim_{x \rightarrow x_0}
wace	accelerate
wacn	acceleration
wacs	accelerates
wcdm	Department of Mathematics
wcdp	Department of Physics
wcle	calculate
wcln	calculation
wcls	calculates
wder	derivative
wders	derivatives
wdm	department of mathematics
wdp	department of physics
wep	Euler-Poincar\'e
weqn	equation
weqns	equations
wex	example
wfun	function
wfuns	functions
wgm	geometry
wgmc	geometric
wie	i.e.,
wig	integral
wigb	integrable
wign	integration
wigs	integrals
wiie	{\it i.e.,\/}
wlig	line integral
wligs	line integrals
wmx	matrix
wneg	negative
wnl	nonlinear
wnly	nonlinearity
wpos	positive
wprp	perpendicular
wrel	relative
wrln	relation
wrtg	rotating
wrtn	rotation
wrtns	rotations
wsn	solution
wsns	solutions
wtm	theorem
wtms	theorems
wty	theory
wun	university
wve	vector
wvel	velocity
wvs	vectors
cbx	      %========================================================%
	      %                                                        %
	      %========================================================%
	
cld	%-----------------------------------------------------------------------
	
cldd	%=======================================================================
	
cpct	%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
	
crlr	%======================================================================%
	%.......10........20........30........40........50........60........70.%
	%________|_________|_________|_________|_________|_________|_________|_%
	%======================================================================%
	
csd	%-----------------------------
	
csdd	%=============================
	
gmu	\mathfrak{}@$1C 
gmb	\mathfrak{b} 
gmg	\mathfrak{g} 
gmh	\mathfrak{h} 
gmk	\mathfrak{k} 
gmp	\mathfrak{p} 
gmt	\mathfrak{t} 
gmca	\mathfrak{A} 
gmcg	\mathfrak{G} 
gmch	\mathfrak{H} 
gmck	\mathfrak{K} 
gmct	\mathfrak{T} 
gmcx	\mathfrak{X} 
gmgs	\mathfrak{g}^{\ast} 
gmhs	\mathfrak{h}^{\ast} 
gmks	\mathfrak{k}^{\ast} 
gmso3	\mathfrak{so}(3) 
dgmu	$\mathfrak{}$@$1C@$1C 
dgmb	$\mathfrak{b}$ 
dgmca	$\mathfrak{A}$ 
dgmcg	$\mathfrak{G}$ 
dgmch	$\mathfrak{H}$ 
dgmck	$\mathfrak{K}$ 
dgmct	$\mathfrak{T}$ 
dgmcx	$\mathfrak{X}$ 
dgmg	$\mathfrak{g}$ 
dgmh	$\mathfrak{h}$ 
dgmk	$\mathfrak{k}$ 
dgmp	$\mathfrak{p}$ 
dgmt	$\mathfrak{t}$ 
dgmgs	$\mathfrak{g}^{\ast}$ 
dgmhs	$\mathfrak{h}^{\ast}$ 
dgmks	$\mathfrak{k}^{\ast}$ 
bbu	\mathbb{}@$1C  
bbca	\mathbb{A} 
bbcb	\mathbb{B} 
bbcc	\mathbb{C} 
bbcd	\mathbb{D} 
bbce	\mathbb{E} 
bbcf	\mathbb{F} 
bbcg	\mathbb{G} 
bbch	\mathbb{H} 
bbci	\mathbb{I} 
bbcj	\mathbb{J} 
bbck	\mathbb{K} 
bbcl	\mathbb{L} 
bbcm	\mathbb{M} 
bbcn	\mathbb{N} 
bbco	\mathbb{O} 
bbcp	\mathbb{P} 
bbcq	\mathbb{Q} 
bbcr	\mathbb{R} 
bbcs	\mathbb{S} 
bbct	\mathbb{T} 
bbcu	\mathbb{U} 
bbcv	\mathbb{V} 
bbcw	\mathbb{W} 
bbcx	\mathbb{X} 
bbcy	\mathbb{Y} 
bbcz	\mathbb{Z} 
bbcr1	\mathbb{R}^1 
bbcr2	\mathbb{R}^2 
bbcr3	\mathbb{R}^3 
bbcrm	\mathbb{R}^m 
bbcrn	\mathbb{R}^n 
dbbcc	$\mathbb{C}$ 
dbbci	$\mathbb{I}$ 
dbbcr	$\mathbb{R}$ 
dbbct	$\mathbb{T}$ 
dbbcz	$\mathbb{Z}$ 
dbbcr1	$\mathbb{R}^1$ 
dbbcr2	$\mathbb{R}^2$ 
dbbcr3	$\mathbb{R}^3$ 
dbbcrm	$\mathbb{R}^m$ 
dbbcrn	$\mathbb{R}^n$ 
opu	\mathbb{}@$1C  
opcc	\mathbb{C} 
opci	\mathbb{I} 
opcr	\mathbb{R} 
opct	\mathbb{T} 
opcz	\mathbb{Z} 
opcr1	\mathbb{R}^1 
opcr2	\mathbb{R}^2 
opcr3	\mathbb{R}^3 
opcrm	\mathbb{R}^m 
opcrn	\mathbb{R}^n 
dopcc	$\mathbb{C}$ 
dopci	$\mathbb{I}$ 
dopcr	$\mathbb{R}$ 
dopct	$\mathbb{T}$ 
dopcz	$\mathbb{Z}$ 
dopcr1	$\mathbb{R}^1$ 
dopcr2	$\mathbb{R}^2$ 
dopcr3	$\mathbb{R}^3$ 
dopcrm	$\mathbb{R}^m$ 
dopcrn	$\mathbb{R}^n$ 
ir3	\int_{\mathbb{R}^3} 
b0	\mathbf{0}
b1	\mathbf{1}
b10	\mathbf{10}
b2	\mathbf{2}
b3	\mathbf{3}
b4	\mathbf{4}
b5	\mathbf{5}
b6	\mathbf{6}
b7	\mathbf{7}
b8	\mathbf{8}
b9	\mathbf{9}
ba	\mathbf{a}
bb	\mathbf{b}
bc	\mathbf{c}
bca	\mathbf{A}
bcb	\mathbf{B}
bcc	\mathbf{C}
bcd	\mathbf{D}
bce	\mathbf{E}
bcf	\mathbf{F}
bcg	\mathbf{G}
bch	\mathbf{H}
bci	\mathbf{I}
bcj	\mathbf{J}
bck	\mathbf{K}
bcl	\mathbf{L}
bcm	\mathbf{M}
bcn	\mathbf{N}
bco	\mathbf{O}
bcp	\mathbf{P}
bcq	\mathbf{Q}
bcr	\mathbf{R}
bcs	\mathbf{S}
bct	\mathbf{T}
bcu	\mathbf{U}
bcv	\mathbf{V}
bcw	\mathbf{W}
bcx	\mathbf{X}
bcy	\mathbf{Y}
bcz	\mathbf{Z}
bd	\mathbf{d}
bee	\mathbf{e}
bel1	\mathbf{e}_1
bel2	\mathbf{e}_2
bel3	\mathbf{e}_3
beln	\mathbf{e}_n
bff	\mathbf{f}
bg	\mathbf{g}
bh	\mathbf{h}
bi	\mathbf{i}
bj	\mathbf{j}
bk	\mathbf{k}
bl	\mathbf{l}
bm	\mathbf{m}
bn	\mathbf{n}
bo	\mathbf{o}
bp	\mathbf{p}
bq	\mathbf{q}
br	\mathbf{r}
bs	\mathbf{s}
bt	\mathbf{t}
bu	\mathbf{u}
bv	\mathbf{v}
bw	\mathbf{w}
bx	\mathbf{x}
byy	\mathbf{y}
bz	\mathbf{z}
bsy	\boldsymbol{
bsy	$\boldsymbol{
bsyu	\boldsymbol{}@$1C
bsyu	$\boldsymbol{}$@$1C@$1C
mvb	{\mathversion{bold} $ $}@$1C@$1C
pmbu	\mathop{\pmb{}}@$1C@$1C
mopu	\mathop{}@$1C
db0	$\mathbf{0}$
db1	$\mathbf{1}$
db10	$\mathbf{10}$
db2	$\mathbf{2}$
db3	$\mathbf{3}$
db4	$\mathbf{4}$
db5	$\mathbf{5}$
db6	$\mathbf{6}$
db7	$\mathbf{7}$
db8	$\mathbf{8}$
db9	$\mathbf{9}$
dba	$\mathbf{a}$
dbb	$\mathbf{b}$
dbc	$\mathbf{c}$
dbca	$\mathbf{A}$
dbcb	$\mathbf{B}$
dbcc	$\mathbf{C}$
dbcd	$\mathbf{D}$
dbce	$\mathbf{E}$
dbcf	$\mathbf{F}$
dbcg	$\mathbf{G}$
dbch	$\mathbf{H}$
dbci	$\mathbf{I}$
dbcj	$\mathbf{J}$
dbck	$\mathbf{K}$
dbcl	$\mathbf{L}$
dbcm	$\mathbf{M}$
dbcn	$\mathbf{N}$
dbco	$\mathbf{O}$
dbcp	$\mathbf{P}$
dbcq	$\mathbf{Q}$
dbcr	$\mathbf{R}$
dbcs	$\mathbf{S}$
dbct	$\mathbf{T}$
dbcu	$\mathbf{U}$
dbcv	$\mathbf{V}$
dbcw	$\mathbf{W}$
dbcx	$\mathbf{X}$
dbcy	$\mathbf{Y}$
dbcz	$\mathbf{Z}$
dbd	$\mathbf{d}$
dbe	$\mathbf{e}$
dbf	$\mathbf{f}$
dbg	$\mathbf{g}$
dbh	$\mathbf{h}$
dbi	$\mathbf{i}$
dbj	$\mathbf{j}$
dbk	$\mathbf{k}$
dbl	$\mathbf{l}$
dbm	$\mathbf{m}$
dbn	$\mathbf{n}$
dbo	$\mathbf{o}$
dbp	$\mathbf{p}$
dbq	$\mathbf{q}$
dbr	$\mathbf{r}$
dbs	$\mathbf{s}$
dbt	$\mathbf{t}$
dbu	$\mathbf{u}$
dbv	$\mathbf{v}$
dbw	$\mathbf{w}$
dbx	$\mathbf{x}$
dby	$\mathbf{y}$
dbz	$\mathbf{z}$
nrbu	\|\mathbf{u}\|
aplb	\mathbf{a} + \mathbf{b}
atib	\mathbf{a} \times \mathbf{b}
atibp	(\mathbf{a} \times \mathbf{b})
cau	\mathcal{
cca	\mathcal{A}
ccb	\mathcal{B}
ccc	\mathcal{C}
ccd	\mathcal{D}
cce	\mathcal{E}
ccf	\mathcal{F}
ccg	\mathcal{G}
cch	\mathcal{H}
cci	\mathcal{I}
ccj	\mathcal{J}
cck	\mathcal{K}
ccl	\mathcal{L}
ccm	\mathcal{M}
ccn	\mathcal{N}
cco	\mathcal{O}
ccp	\mathcal{P}
ccq	\mathcal{Q}
ccr	\mathcal{R}
ccs	\mathcal{S}
cct	\mathcal{T}
ccu	\mathcal{U}
ccv	\mathcal{V}
ccw	\mathcal{W}
ccx	\mathcal{X}
ccy	\mathcal{Y}
ccz	\mathcal{Z}
dcca	$\mathcal{A}$
dccb	$\mathcal{B}$
dccc	$\mathcal{C}$
dccd	$\mathcal{D}$
dcce	$\mathcal{E}$
dccf	$\mathcal{F}$
dccg	$\mathcal{G}$
dcch	$\mathcal{H}$
dcci	$\mathcal{I}$
dccj	$\mathcal{J}$
dcck	$\mathcal{K}$
dccl	$\mathcal{L}$
dccm	$\mathcal{M}$
dccn	$\mathcal{N}$
dcco	$\mathcal{O}$
dccp	$\mathcal{P}$
dccq	$\mathcal{Q}$
dccr	$\mathcal{R}$
dccs	$\mathcal{S}$
dcct	$\mathcal{T}$
dccu	$\mathcal{U}$
dccv	$\mathcal{V}$
dccw	$\mathcal{W}$
dccx	$\mathcal{X}$
dccy	$\mathcal{Y}$
dccz	$\mathcal{Z}$
igru	\includegraphics{
igr	\includegraphics{}@$1C
figu	\begin{figure}[ht]
	\begin{center}
	\includegraphics{}
	\caption{\label{}}
	\end{center}
	\end{figure}@$1E@$1E@$1E@$1D@$1D@$1D@$1D@$1D
pictu	\begin{figure}[ht]
	\begin{center}
	       \special{picture } %add pict filename
	\caption{\label{}}
	\end{center}
	\end{figure}@$1E@$1E@$1E@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D
illu	\begin{figure}
	\begin{center}
	       \special{illustration } %add eps filename
	\caption{\label{}}
	\end{center}
	\end{figure}@$1E@$1E@$1E@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D@$1D
cdu	\[
	\begin{CD}
	
	\end{CD}
	\]@$1E@$1E
btab	\begin{table}
etab	\end{table}
tabl	\begin{table}[ht]                 %optional [t, b or h];
	\begin{minipage}{0.9\textwidth}
	\begin{tabular}[ccc]
	 &  &  \\
	 &  &  \\
	\end{tabular}
	\end{minipage}
	\caption{}
	\label{}
	\end{table}
bfig	\begin{figure}
efig	\end{figure}
captu	\caption{
capt	\caption{}@$1C
vspu	\vspace{
vsp	\vspace{}@$1C
hspu	\hspace{
hsp	\hspace{}@$1C