"broken" spaces.
@note deal.II happens to have an implementation of this broken Raviart-Thomas
- space: The FE_DGRT class. As a consequence, in this tutorial we will simply
- always use the FE_DGRT class, even though in all of those places where
+ space: The FE_DGRaviartThomas class. As a consequence, in this tutorial we will simply
+ always use the FE_DGRaviartThomas class, even though in all of those places where
we have to compute cell-local matrices and vectors, it makes no difference.
// DoFHandler class.
//
// We could create a DoFHandler object for the "broken" Raviart-Thomas space
- // (using the FE_DGRT class), but we really don't want to here: At
+ // (using the FE_DGRaviartThomas class), but we really don't want to here: At
// least in the current function, we have no need for any globally defined
// degrees of freedom associated with this broken space, but really only
// need to reference the shape functions of such a space on the current
* space that is discontinuous between cells and on each cell has shape
* functions that equal those of the Nedelec element.
*
- * The related class FE_DGRT is used in step-61.
+ * The related class FE_DGRaviartThomas is used in step-61.
* @ingroup fe
*/
template <int dim, int spacedim = dim>
* space that is discontinuous between cells and on each cell has shape
* functions that equal those of the BDM element.
*
- * The related class FE_DGRT is used in step-61.
+ * The related class FE_DGRaviartThomas is used in step-61.
*
* @ingroup fe
*/