\subsection{\label{tide}M2 tide wave simulation around french britanny coast
}
\cutname{tide.html}
\begin{description}
\item[Author]Cedric Penard
\item[Command]{\tt gerris2D3 tide.gfs | gfsview2D3 tide.gfv | ppm2mpeg > tide.mpg}
\item[Version]1.1.0
\item[Required files] tide.gfs \htmladdnormallinkfoot{(view)}{tide/tide.gfs.html} \htmladdnormallinkfoot{(download)}{tide/tide.gfs}\\ \htmladdnormallinkfoot{bath.gts}{tide/bath.gts} \htmladdnormallinkfoot{AM2.gts}{tide/AM2.gts} \htmladdnormallinkfoot{BM2.gts}{tide/BM2.gts} \htmladdnormallinkfoot{tide.gfv}{tide/tide.gfv}
\item[Running time]1 hour
\end{description}

An example of 2D simulation flow around french britanny coast.
The domain is forced on each boundary with a free surface hight
variation corresponding to the tide wave M2.

\begin{figure}[htbp]
\caption{\label{tide-sections}MPEG movie of the adaptive mesh. The two cross-sections are
coloured according to the norm of the velocity vector.}
\begin{center}
\htmladdnormallinkfoot{\includegraphics[width=0.8\hsize]{tide.eps}}{tide/tide.mpg}
\end{center}
\end{figure}