/**
- * Substitute function value with value of a <tt>ConstantFunction<dim, Number> <\tt>
+ * Substitute function value with value of a <tt>ConstantFunction@<dim, Number@></tt>
* object and keep the current selection pattern.
*
* This is useful if you want to have different values in different components since the
- * provided constructors of <tt>ComponentSelectFunction<dim, Number> <\tt>
+ * provided constructors of <tt>ComponentSelectFunction@<dim, Number@></tt>
* class can only have same value for all components.
*
- * @note: we copy the underlying component value data from @para f from its beginning.
- * So the number of components of @para f cannot be less than the calling object.
+ * @note: we copy the underlying component value data from @p f from its beginning.
+ * So the number of components of @p f cannot be less than the calling object.
*/
virtual void substitute_function_value_with (const ConstantFunction<dim, Number> &f);
const Point<dim> &p) const;
/**
- * <tparam>order</tparam>th of basis function @p i at @p p.
+ * <tt>order</tt>-th of basis function @p i at @p p.
*
* Consider using compute() instead.
*/
* @p fe_internal object.
*
* @note FEValues ensures that this function is always called with
- * the same pair of @p fe_internal and @output_data objects. In
+ * the same pair of @p fe_internal and @p output_data objects. In
* other words, if an implementation of this function knows that it
* has written a piece of data into the output argument in a previous
* call, then there is no need to copy it there again in a later
* returning a less optimistic cell similarity value.
*
* @note FEValues ensures that this function is always called with
- * the same pair of @p internal_data and @output_data objects. In
+ * the same pair of @p internal_data and @p output_data objects. In
* other words, if an implementation of this function knows that it
* has written a piece of data into the output argument in a previous
* call, then there is no need to copy it there again in a later
* - information which is currently not easily obtained through
* Cubit's python interface.
*
+ * </ul>
+ *
* <h3>Structure of input grid data. The GridReordering class</h3>
*
* It is your duty to use a correct numbering of vertices in the cell list,