s_overview/text/boundary_forced_waves.tex

\begin{rawhtml}MITGCM_INSERT_FIGURE_BEGIN boundary-forced-wave\end{rawhtml}
\begin{figure}
\begin{center}
  \includegraphics[width=\textwidth]{s_overview/figs/TUt8000slope.eps}
\end{center}
\caption{Simulation of internal waves forced at an open boundary (on the left)
impacting a sloping shelf. The along slope velocity is shown colored, contour
lines show density surfaces. The slope is represented with high-fidelity using
lopped cells.}
\label{fig:boundary-forced-wave}
\end{figure}
\begin{rawhtml}MITGCM_INSERT_FIGURE_END\end{rawhtml}
1	cnh	1.4	\begin{rawhtml}MITGCM_INSERT_FIGURE_BEGIN boundary-forced-wave\end{rawhtml}
2	cnh	1.1	\begin{figure}
3	adcroft	1.3	\begin{center}
4	jmc	1.5	\includegraphics[width=\textwidth]{s_overview/figs/TUt8000slope.eps}
5	adcroft	1.3	\end{center}
6	cnh	1.2	\caption{Simulation of internal waves forced at an open boundary (on the left)
7			impacting a sloping shelf. The along slope velocity is shown colored, contour
8			lines show density surfaces. The slope is represented with high-fidelity using
9			lopped cells.}
10	cnh	1.1	\label{fig:boundary-forced-wave}
11			\end{figure}
12	cnh	1.4	\begin{rawhtml}MITGCM_INSERT_FIGURE_END\end{rawhtml}