\input asy-symbols.sty
\input ASY-dpdefs.sty
\input dbp-book-latex.sty


%\RequirePackage[round]{natbib}
\usepackage{chicago}
\usepackage{fancybox}
\usepackage{enumerate}

\def\bookNAME{Advanced stochastic processes, spring 2010}

\GiveChapNumber{existence}
\GiveChapNumber{cid}
\GiveChapNumber{emp.cid}
\GiveChapNumber{std.filtrations}
%\GiveChapNumber{cadlagMG}
\GiveChapNumber{Levy}
\GiveChapNumber{isometric}
\GiveChapNumber{localization}

\GiveAppLetter{lambda}
\GiveAppLetter{analytic}
\GiveAppLetter{Doleans}




\makeatletter
\def\Chapter#1#2{%
	\global\pagestyle{normal}%
	\gdef\ChapTitle/{Project}%
	\gdef\ChapAbbrev/{Chap}%
	\@Chapter{#1}{#2}%
}
\makeatother

\fancypagestyle{startchap}{%
	\fancyhf{} % clear all header and footer fields
	\fancyfoot[L]{%
		\vtop to0pt{%
			\small\itshape  \today%
			\vss
		}}
	%\fancyfoot[C]{\thepage}
	\fancyfoot[R]{%
		\vtop to0pt{%
			\small\itshape 
			\bookNAME\\%
			\copyright David Pollard%
			\vss 
		}}%
	\renewcommand{\headrulewidth}{0pt}
	\renewcommand{\footrulewidth}{0.5pt}%
}


\def\tX{\widetilde X}
\def\tff{\widetilde\ff}

\def\MAX{\max\nolimits}
\def\ARGMAX{\argmax\nolimits}
\def\MIN{\min\nolimits}
\def\ARGMIN{\argmin\nolimits}
\def\SUP{\sup\nolimits}
\def\INF{\inf\nolimits}
\def\LIMSUP{\limsup\nolimits}
\def\LIMINF{\liminf\nolimits}

\def\SUM{\sum\nolimits}

\let\citet=\citeN

\newtheorem{exercise}[equation]{Exercise}

\def\Exercise{\begin{exercise}}
\def\endExercise{\noindent\vadjust{\llap{\qedsymbol\qquad}}\end{exercise}}

%GMS page 279
\newenvironment{Boxpar}%
{\begin{Sbox}\begin{minipage}}%
{\end{minipage}\end{Sbox}\fbox{\TheSbox}}


\def\NamedTheorem#1{\begin{theorem} {\bfseries [#1] }}
\def\endNamedTheorem{\end{theorem}}


\def\mble/{measurable}

\def\Lecture#1#2{%
\begin{flushright}%
\fbox{Lect #1, #2}%
\end{flushright}%
}

\def\[{[\kern-0.8pt[}
\def\]{]\kern-0.8pt]}
\def\({(\kern-0.8pt(}
\def\){)\kern-0.8pt)}

\def\({(\kern-1.0pt(}
\def\){)\kern-1.0pt)}


\def\pspace{{\mathfrak S}}   % used for \Om\times (0,1]
\def\pspacebar{{\overline{\mathfrak S}}}   % used for \Om\times [0,1]
\def\Mnorm#1{\norm{#1}_\mm}
\def\munorm#1{\norm{#1}_{\ll^2(\mu)}}
\def\PPnorm#1{\norm{#1}_{\ll^2(\PP)}}

\def\hhsim{\hh_{\rm simple}}
\def\barhhsim{\overline\hh_{\rm simple}}

\def\Pspace{{\mathfrak S}_\infty} 
\def\Pspacebar{{\overline{\mathfrak S}}_\infty}   % used for \Om\times (0,1]
