// The second thing to note is that we have to compute global minimum and
// maximum $\max_j |\nabla r_j|$ and $\min_j |\nabla r_j|$. Following the
// same ideas used to compute the time step size in the class member
- // <code>%TimeStepping%<dim%>::%step()</code> we define $\max_j |\nabla r_j|$
+ // <code>%TimeStepping\<dim>::%step()</code> we define $\max_j |\nabla r_j|$
// and $\min_j |\nabla r_j|$ as atomic doubles in order to resolve any
// conflicts between threads. As usual, we use
// <code>Utilities::MPI::max()</code> and
//
// With all classes implemented it is time to create an instance of
// <code>Discretization<dim></code>, <code>OfflineData<dim></code>,
- // <code>InitialValues<dim></code>, <code>TimeStepping<dim></code>, and
+ // <code>InitialValues<dim></code>, <code>%TimeStepping\<dim></code>, and
// <code>SchlierenPostprocessor<dim></code>, and run the forward Euler
// step in a loop.
//
* Unit tangential vectors. Used for the computation of boundary forms and
* normal vectors.
*
- * This array has (dim-1)*GeometryInfo%<dim%>::%faces_per_cell entries. The
+ * This array has `(dim-1) * GeometryInfo::faces_per_cell` entries. The
* first GeometryInfo::faces_per_cell contain the vectors in the first
* tangential direction for each face; the second set of
* GeometryInfo<dim>::faces_per_cell entries contain the vectors in the
* Unit tangential vectors. Used for the computation of boundary forms and
* normal vectors.
*
- * This array has (dim-1)*GeometryInfo%<dim%>::%faces_per_cell entries. The
+ * This array has `(dim-1) * GeometryInfo::faces_per_cell` entries. The
* first GeometryInfo::faces_per_cell contain the vectors in the first
* tangential direction for each face; the second set of
* GeometryInfo::faces_per_cell entries contain the vectors in the second