* @note This function is not implemented for MPI parallel computations,
* see step-32 for a way to do a projection in parallel.
*
- * @param mapping The mapping object to use.
- * @param dof The DoFHandler the describes the finite element space to
+ * @param[in] mapping The mapping object to use.
+ * @param[in] dof The DoFHandler the describes the finite element space to
* project into and that corresponds to @p vec.
- * @param constraints Constraints to be used when assembling the mass
+ * @param[in] constraints Constraints to be used when assembling the mass
* matrix, typically needed when you have hanging nodes.
- * @param quadrature The quadrature formula to be used for assembling the
+ * @param[in] quadrature The quadrature formula to be used for assembling the
* mass matrix.
- * @param function The function to project into the finite element space.
+ * @param[in] function The function to project into the finite element space.
* @param[out] vec The output vector where the projected function will be
* stored in. This vector is required to be already initialized.
- * @param enforce_zero_boundary If true, @p vec will have zero boundary
+ * @param[in] enforce_zero_boundary If true, @p vec will have zero boundary
* conditions.
- * @param q_boundary Quadrature rule to be used if @p project_to_boundary_first
+ * @param[in] q_boundary Quadrature rule to be used if @p project_to_boundary_first
* is true.
- * @param project_to_boundary_first If true, perform a projection on the
+ * @param[in] project_to_boundary_first If true, perform a projection on the
* boundary before projecting the interior of the function.
*/
template <int dim, typename VectorType, int spacedim>