\documenttype{article}
\surtitle{Univ at Albany: Math: W F Hammond: About these GELLMU examples}
\title{About the GELLMU examples at this location}

\begin{document}

The examples here represent different ways of using generalized
\latex to generate \abbr{SGML}.  In the case of the basic mode
examples only the syntatic translator has been used.  For each
``regular GELLMU'' example there is a full suite of the files
generated by the didactic production system.

\begin{display}
\begin{tabular}{|l|l|l|l|l|}
\hline
\tdbc{stem-name} & \tdbc{mode} & document type & \tdbc{command on chern}
                            & \tdbc{syn. trans. function} \\
\hline
ReadMe         & regular & article          & gellmu & gellmu-trans \\
\hline
assgt2-custom  & regular & article          & gellmu & gellmu-trans \\
\hline
assgt2-example & regular & article          & gellmu & gellmu-trans \\
\hline
gamma-iden     & regular & article          & gellmu & gellmu-trans \\
\hline
ghack4         & basic   & hack             & g2s(*)    & gellmu-sgml  \\
\hline
ghtml          & basic   & html             & g2h    & gellmu-html  \\
\hline
wprod          & basic   & (x)html(+mathml) & g2x    & gellmu-xml
\hline
\end{tabular}
\end{display}

(*) By default the script \quostr{g2s} uses the syntactic translator
function \quostr{gellmu-trans}, but for \quostr{ghack4} the correct
function is \quostr{gellmu-sgml}.  Thus, for \quostr{ghack4} the
command line on chern should be \display{\quostr{g2s  ghack4  sgml}}

\end{document}