\section{LaTeX Markup and Formulae}
This page uses \texttt{jsMath} and \texttt{latexmarkup} to produce html output from LaTeX source.
\subsection{Text Markup} Using \texttt{latexmarkup.php}, several LaTeX commands such as \begin{itemize} \item Lists. \item using the itemize environment (note that each item has be be ended with a period). \end{itemize} can be used, also \textbf{bold text} and \textit{italics}. This still needs to be extended.
\subsection{Formulae} With help of \texttt{jsMath}, formulae can be rendered: {$$ E = mc^2 $$} {$$ \gamma = \frac{1}{\sqrt{1-\beta^2}} $$}
Double-clicking on the formulae will reveal the LaTeX source and in the lower right corner of the browser you'll find the jsMath info panel.
Even our eqnarray from the relativity paper works, as long as the \nonumber command is removed and all source is strictly on one line:
{$$ \begin{eqnarray} T&=&\Gamma \left(\frac{t}{\hat{a}} +\frac{Vx}{\hat{b}\,c^2}\right);\\X&=&\Gamma\left(\frac{x}{\hat{b}}+\frac{Vt}{\hat{a}}\right);\;Y=\frac{y}{\hat{d}};\;Z=\frac{z}{\hat{d}},\end{eqnarray}$$}
\section{LaTeX Markup and Formulae} This page uses \texttt{jsMath} and \texttt{latexmarkup} to produce html output from LaTeX source. \subsection{Text Markup} Using \texttt{latexmarkup.php}, several LaTeX commands such as \begin{itemize} \item Lists. \item using the itemize environment (note that each item has be be ended with a period). \end{itemize} can be used, also \textbf{bold text} and \textit{italics}. This still needs to be extended. \subsection{Formulae} With help of \texttt{jsMath}, formulae can be rendered: {$$ E = mc^2 $$} {$$ \gamma = \frac{1}{\sqrt{1-\beta^2}} $$} Double-clicking on the formulae will reveal the LaTeX source and in the lower right corner of the browser you'll find the jsMath info panel. Even our eqnarray from the relativity paper works, as long as the \nonumber command is removed and all source is strictly on one line: {$$ \begin{eqnarray} T&=&\Gamma \left(\frac{t}{\hat{a}} +\frac{Vx}{\hat{b}\,c^2}\right); \\X&=&\Gamma\left(\frac{x}{\hat{b}}+\frac{Vt}{\hat{a}}\right);\;Y=\frac{y}{\hat{d}};\; Z=\frac{z}{\hat{d}},\end{eqnarray}$$}