also universally available on all Linux and other Unix-like systems). The
command that produces the following pictures reads as follows:
```
-plot [-0.1:2.1][-1.1:1.1] "mesh.gnuplot" with lines, "dof_locations_1.gnuplot" using 1:2:3 with labels point offset .3,.2 font "4,6"
+plot [-0.1:2.1][-1.1:1.1] "mesh.gnuplot" with lines, "dof-locations-1.gnuplot" using 1:2:3 with labels point offset .3,.2 font "4,6"
```
This may be cryptic, but what exactly this does is also not particularly important and you shouldn't
spend too much time understanding what it does. Rather, the important part is
// Now that we have associated a degree of freedom with a global
// number to each vertex, Let us output this information using the
// function above:
- write_dof_locations(dof_handler, "dof_locations_1.gnuplot");
+ write_dof_locations(dof_handler, "dof-locations-1.gnuplot");
// In practice, we do not often care about where a degree of freedom
// is geometrically located, and so other than seeing it once via
{
DoFRenumbering::Cuthill_McKee(dof_handler);
- write_dof_locations(dof_handler, "dof_locations_2.gnuplot");
+ write_dof_locations(dof_handler, "dof-locations-2.gnuplot");
DynamicSparsityPattern dynamic_sparsity_pattern(dof_handler.n_dofs(),