* method and the @p get_subface_interpolation_matrix
* method will generate an error or not.
*
- * Currently the main purpose
- * of this function is to
- * allow the make_hanging_node_constraints
- * method to decide wheter the
- * new procedures, which are supposed
- * to work in the hp framework
- * can be used, or if the old
+ * Currently the main purpose of this
+ * function is to allow the
+ * make_hanging_node_constraints method
+ * to decide whether the new procedures,
+ * which are supposed to work in the hp
+ * framework can be used, or if the old
* well verified but not hp capable
- * functions should be used.
- * Once, the transition to the new
- * scheme for computing the
- * interface constraints is completed,
- * this function will probably mostly
- * superfluous.
- *
- * Derived classes should implement
- * this function accordingly. The
- * default assumption is that a
- * finite element does not provide
- * hp capable face interpolation.
+ * functions should be used. Once the
+ * transition to the new scheme for
+ * computing the interface constraints is
+ * complete, this function will be
+ * superfluous and will probably go away.
+ *
+ * Derived classes should implement this
+ * function accordingly. The default
+ * assumption is that a finite element
+ * does not provide hp capable face
+ * interpolation, and the default
+ * implementation therefore returns @p
+ * false.
*/
virtual bool hp_constraints_are_implemented () const;