% /u/ma/collins/Horvath/horvath.sty, Wed Nov 18 09:43:51 1992
% Edit by Nelson H. F. Beebe <beebe@csc-sun.math.utah.edu>
% Fix \fakecite definition
% /u/ma/collins/Horvath/horvath.sty, Wed Aug  5 18:14:07 1992
% Edit by Nelson H. F. Beebe <beebe@csc-sun.math.utah.edu>
% /u/ma/collins/Horvath/horvath.sty, Mon Aug  3 13:33:16 1992
% Edit by Nelson H. F. Beebe <beebe@csc-sun.math.utah.edu>
% /u/ma/collins/Horvath/normed/horvath.sty, Fri Nov 22 15:42:12 1991
% Edit by Operator <root@csc-sun.math.utah.edu>

\typeout{Horvath private macros: version 1.2 [18-Nov-1992]}
\addtolength{\textheight}{0.5in} % {\cmd}{len} add len to length cmd
\addtolength{\topmargin}{-0.5in}
\setstretch{1.4}%this is changing from dblspace to 1.7


% Some major styles, like siam, predefine some theorem environments,
% while article does not.  In order to make this file work with both
% types, we check for definition of environment FOO before issuing
% a \newtheorem{FOO}...

%% This does not work with \section*, although it does with \section:
%%: \let\oldsection=\section
%%: \renewcommand{\section}[1]{
%%: 	\oldsection{#1}
%%: 	\setcounter{equation}{0}
%%: }
%% This works, because it adds the equation counter to the list of
%% counters reset when the section number changes.
%\@addtoreset{equation}{section}


%\font\eufm = eufm10

\def\fakecite#1{\setbox0=\hbox{\hphantom{\cite{#1}}}}

\renewcommand{\theequation}{\arabic{section}.\arabic{equation}}

\newtheorem{theorem}{Theorem}[section]
\newtheorem{lemma}[theorem]{Lemma}
\newtheorem{corollary}[theorem]{Corollary}
\newtheorem{proposition}[theorem]{Proposition}
\newtheorem{example}[theorem]{Example}
\newtheorem{remark}[theorem]{Remark}
\setcounter{secnumdepth}{3}

%\def\fakecite#1{\hbox to 0pt{\hphantom{\cite{#1}}}}
%\def\theequation{\thesection.\arabic{equation}}
%\def\doo{\stackrel{${\cal D}[0,1]}{\rightarrow}$}
\def\doo{\stackrel{\mbox{$\scriptstyle\cal D$}[0,1]}{\longrightarrow}}
\def\dood{\stackrel{\mbox{$\scriptstyle\cal D$}[0,1]\times
[0,1]}{\displaystyle \longrightarrow}} 
\def\loo{\stackrel{\mbox{$\scriptstyle\cal D$}[C,0] \times[0,-C]}{\hbox to 50pt{\rightarrowfill}}}
\def\koo{\stackrel{\mbox{$\scriptstyle\cal D$}[-C,C] }{\hbox to 50pt{\rightarrowfill}}}
\def\koop{\stackrel{\mbox{$\cal D$}[-C,C] }{\hbox to 50pt{\rightarrowfill}}}
\def\foo{\stackrel{\mbox{$\scriptstyle\cal D$}}{=}}
\def\asoo{\stackrel{\mbox{$\scriptstyle a.s.$}}{\rightarrow}}
\def\aso{\stackrel{\mbox{$\scriptstyle a.s.$}}{=}}
\def\poo{\stackrel{\mbox{$\scriptstyle\cal D$}}{\rightarrow}}
\def\soo{\stackrel{\mbox{$\scriptstyle  P$}}{\rightarrow}}
\def\var{{\rm var}}
\def\CC{{\Bbb C}}
\def\NN{{\Bbb N}}
\def\R{{\Bbb R}}
\def\x{{\bf x}}
\def\N{{\bf N}}
\def\Y{{\bf Y}}
\def\y{{\bf y}}
\def\u{{\bf u}}
\def\s{{\bf s}}
\def\0{{\bf 0}}
\def\X{{\bf X}}
\def\HH{{\bf H}}
\def\Q{{\bf Q}}
\def\L{{\bf L}}
\def\LL{{\Bbb L}}
\def\FF{{\bf F}}
\def\O{{\bf O}}
\def\p{{\bf p}}
\def\RR{{\bf R}}
\def\bfC{{\bf C}}
\def\bs{{\bf S}}
\def\A{{\overline A}}
%\def\C{{\overline C}}
\def\AA{{\cal A}}
\def\TT{{\cal T}}
\def\D{{\cal D}}
\def\K{{\cal K}}
\def\KK{{\Bbb K}}
\def\PP{{\cal P}}
\def\SS{{\cal S}}
\def\cs{{\cal S}}
\def\S{{\bf S}}
\def\E{{\cal E}}
\def\CL{{\cal L}}
\def\ZZ{{\cal Z}}
\def\CF{{\cal F}}
\def\M{{\bf M}}
%\def\ZZ{{\bf Z}}
\def\c{{\bf c}}
\def\Z{{\bf Z}}
\def\C{{\bf C}}
\def\U{{\bf U}}
\def\eps{{\epsilon}}
\def\TP{{\tilde{\rho}}}
\def\poop{\stackrel{\mbox{$\scriptstyle  P$}}{\rightarrow}}
\def\F{{\tilde{{\bf F}}}}
\def\proof{\noindent{\bf Proof:~}}
\newcommand{\invertedstackrel}[2]{\mathop{#1}_{#2}}
\def\Csorgo{Cs\"{o}rg\H{o}~}
\def\Erdos{Erd\H{o}s~}
\def\Revesz{R\'{e}v\'{e}sz~}
\def\KMT{Koml\'{o}s, Major and Tusn\'{a}dy~}
\def\Horvath{Horv\'{a}th~}
\def\1{{\bf 1}}
\newcommand\T{{\bf T}}
\def\Renyi{R\'{e}nyi}
\def\Rem{\noindent{\bf Remark:~}}
\def\CSORGO{CS\"{O}RG\H{O}~}
\def\w{{\bf w}}
\def\W{{\bf W}}
\def\as{{\rm a.s.}}
\newcommand\bo{\mbox{\boldmath${\omega}$}}
\newcommand\boss{\mbox{\boldmath${\scriptstyle\omega}$}}
%use for subscripts--makes smaller
\newcommand\bet{\mbox{\boldmath${\eta}$}}
\newcommand\bbeta{\mbox{\boldmath${\beta}$}}
\newcommand\bth{\mbox{\boldmath${\theta}$}}
\newcommand\bgam{\mbox{\boldmath${\gamma}$}}
\newcommand\Gam{\mbox{\boldmath${\Gamma}$}}
\newcommand\bxi{\mbox{\boldmath${\xi}$}}
\newcommand\nn{\nonumber}
\ifx \mathbb \undefined		% Maybe remap blackboard bold font
				% LaTeX 2.09
\else
    \let \Bbb = \mathbb		% LaTeX 2e
\fi

%\def\UTILDE#1{{\leavevmode\lower1ex\hbox{\oalign{#1\crcr\hidewidth
 %   \vbox to.2ex{\hbox{$\sim$}\vss}\hidewidth}}}}

\def\UTILDE#1{{\leavevmode{\oalign{#1\crcr\hidewidth
    \vbox to.2ex{\hbox{$\sim$}\vss}\hidewidth}}}}

\def\utilde#1{{\scriptstyle\leavevmode\lower1ex\hbox{\oalign{#1\crcr\hidewidth
    \vbox to.2ex{\hbox{$\sim$}\vss}\hidewidth}}}}
\def\ds{\displaystyle}

% Use \hidecite{bibtex-tag} instead of \cite{bibtex-tag} when you want
% to suppress the use of a long list of author names in the first
% citation of an agsm style bibliography.  Normally, the first \cite{}
% produces the long form, and subsequent ones produce a short form
% like ``Johnson et al 1972''.  This macro puts the citation in an
% empty box that is expanded, but not typeset.  For example, 
% \begin{document}
% \hidecite{Aslangul:JSP-461}	% Don't want long form of this citation
% \chapter{...}
% ... \cite{Aslangul:JSP-461} ... % first ref will now be in short form
% ...

\def\hidecite#1{\setbox0=\hbox{\hphantom{\cite{#1}}}}

\newcommand\refeq[1]{{\rm (\ref{e:#1})}}
%\def\refeq#1{(\ref#1)}

