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%   Model MPI implementation

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\usepackage[dvipdfm,plainpages=false,pdfpagelabels]{hyperref}

\usepackage{refman}

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\begin{document}

\markright{MPICH Reference Manual}

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\ANLTitle{MPICH Model MPI Implementation\\Reference Manual\\\ \\Draft}{\em 

William Gropp\\

Ewing Lusk

Mathematics and Computer Science Division\\

Argonne National Laboratory}{00}{\today}

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\tableofcontents

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\section{Introduction}

This document contains detailed documentation on the routines that are part of

the MPICH model MPI implementation.

As an alternative to this manual, the reader should consider using either the

man pages (often installed in \file{/usr/local/mpi/man}) or the web pages

(often installed in \file{/usr/local/mpi/www}).

%As an alternate to this manual, the reader should consider using the

%script \code{mpiman}; this is a script that uses \code{xman} to provide

%a X11 Window System interface to the data in this manual.

\section{MPI Commands}

\input refcmd.tex

\section{MPI routines}

This section contains descriptions of each of the routines in the MPI

standard.

In the description of the routine parameters, the following terms are

used:

\begin{description}

\item[handle]An MPI object handle.  This is simply an object of the

  specified type.

\item[choice]Any type.  For example, this may be an 'int', 'double',

  or structure type.  These are always passed with a pointer and in

  the C and C++ bindings, a \code{void*} pointer is used.

\end{description}

Other terms, such as ``nonnegative integer,'' are self explanatory.

\input refmpi.tex

%\section{ADI routines}

%\input ref5/ref.tex

\end{document}