COMSOL Multiphysics™

meshplot
2D Example
Start by creating the geometry and a coarse mesh.
clear fem
sq1 = square2;
sq2 = move(sq1,0,-1);
sq3 = move(sq1,-1,-1);
fem.geom = sq1+sq2+sq3;
fem.mesh = meshinit(fem,'hmax',0.4);
Then plot the mesh as a line plot of the edges of the elements. The element edges
are blue except on the boundary elements, where they are red. This is the default
mesh plot type.
meshplot(fem)
You can change the colors of the element edges to yellow and green.
meshplot(fem,'edgecolor','y','boundcolor','g')
Now, plot the mesh as a patch plot. You need to disable both the element edge and
boundary element plots, and enable the element plot.
meshplot(fem,'edgemode','off','boundmode','off','elmode','on')
You can change the color of the elements to red, with white edges, and add mesh
vertex labels by
meshplot(fem,'edgemode','off','boundmode','off','elmode',...
'on','elcolor','r','eledgecolor','w')
1D Example
Start by creating the geometry and mesh.
clear fem
s1 = solid1([0 0.1 4]);
s2 = solid1([3 4]);
fem.geom = s1+s2;
fem.mesh = meshinit(fem,'hmax',0.4);
The standard mesh plot in 1D is the following plot.
meshplot(fem)
You can turn on node labeling, change the element color to red, and change the
element edge boundary coloring to green by
meshplot(fem,'elcolor','r','boundcolor','g')
Compatibility
meshplot no longer supports the properties boundlabels, curvelabels,
ellabels, labelcolor, and nodelabels from FEMLAB 2.3.
286 | CHAPTER 1: COMMAND REFERENCE