The PML version of the toolbox includes tagged releases, which can be downloaded as standalone (and thus relatively stable) versions. See the PML_ChangeLog.txt for details. Links to the direct downloads are:
<tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="README.html">README</a></td><td>README for FVCOM_postproc </td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_residual.html">do_residual</a></td><td>DO_RESIDUAL Takes the u and v vectors of a model output and calculates </td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_residual_plot.html">do_residual_plot</a></td><td>Take the output of do_residual and plot as a vector figure. Summarises a </td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_surface_plot.html">do_surface_plot</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_surface_plotMatlabMap.html">do_surface_plotMatlabMap</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_surface_plotVel.html">do_surface_plotVel</a></td><td>reads image and plots tracks or stations </td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_surface_plotVelMatlabMap.html">do_surface_plotVelMatlabMap</a></td><td>reads image and plots tracks or stations </td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_transect_plot.html">do_transect_plot</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_vector_plot.html">do_vector_plot</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_vector_plot_MatlabMap.html">do_vector_plot_MatlabMap</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_vector_plot_MatlabMapC.html">do_vector_plot_MatlabMapC</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="example_surface_plot.html">example_surface_plot</a></td><td>Sample script to extract and generate m_map contours of tracer variables </td></tr></table>
<tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="README.html">README</a></td><td>README for FVCOM_postproc </td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_residual.html">do_residual</a></td><td>DO_RESIDUAL Takes the u and v vectors of a model output and calculates </td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_residual_plot.html">do_residual_plot</a></td><td>Take the output of do_residual and plot as a vector figure. Summarises a </td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_surface_plot.html">do_surface_plot</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_surface_plotMatlabMap.html">do_surface_plotMatlabMap</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_surface_plotVel.html">do_surface_plotVel</a></td><td>reads image and plots tracks or stations </td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_surface_plotVelMatlabMap.html">do_surface_plotVelMatlabMap</a></td><td>reads image and plots tracks or stations </td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_transect_plot.html">do_transect_plot</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_vector_plot.html">do_vector_plot</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_vector_plot_MatlabMap.html">do_vector_plot_MatlabMap</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="do_vector_plot_MatlabMapC.html">do_vector_plot_MatlabMapC</a></td><td></td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="example_surface_plot.html">example_surface_plot</a></td><td>Sample script to extract and generate m_map contours of tracer variables </td></tr><tr><td><imgsrc="../matlabicon.gif"alt=""border=""> <ahref="show_max_CFL.html">show_max_CFL</a></td><td>SHOW_MAX-CFL Function to find the max CFL encountered in each mesh element during an FVCOM model </td></tr></table>
0065 assert(max(Nodelist) < Mobj.nVerts, <spanclass="string">'Your open boundary node number exceed the total number of nodes in the domain\n'</span>)
0065 assert(max(Nodelist) <= Mobj.nVerts, <spanclass="string">'Your open boundary node number (%d) exceeds the total number of nodes in the domain (%d)'</span>, max(Nodelist), Mobj.nVerts)