<h3>General</h3>
<ol>
+ <li><p>New: While 2d and 3d could mostly be handled with the
+ same code, dimension-independent programming was always a bit
+ different because the faces of 1d cells (i.e. vertices) did not
+ have appropriate iterators defined. This has now been changed:
+ there is now a class TriaAccessor<0,1,spacedim> (and corresponding
+ DoFAccessor<0,DH>) that allows to write things like
+ @code
+ cell->face(0)->boundary_indicator();
+ cell->face(1)->at_boundary();
+ cell->face(1)->get_dof_indices(...);
+ @endcode
+ even if the cell corresponds to a one-dimensional triangulation where
+ this was not previously possible.
+ <br>
+ (WB, 2010/11/11)
+ </p></li>
+
<li>
<p>New: After more than 2 years of work, we have merged a branch on which
we have implemented the functionality necessary to distribute meshes on
(WB, 2010/11/12)
</p></li>
- <li><p>New: There is now a class TriaAccessor<0,1,spacedim> that allows
- to write things like
- @code
- cell->face(0)->boundary_indicator();
- cell->face(1)->at_boundary();
- @endcode
- even if the cell corresponds to a one-dimensional triangulation where
- this was not previously possible.
- <br>
- (WB, 2010/11/11)
- </p></li>
-
<li><p>New: The GridOut::write_gnuplot function now also works for meshes
that are embedded in a higher
dimensional space (i.e. if the codimension was greater than 1).