* FEEvaluationBase::JxW() method return the information of the correct
* cell. It is assumed that the pointers of the input and output arrays
* are valid over the length FEEvaluation::dofs_per_cell, which is the
- * number of entries processed by this function. The `in_array` and
- * `out_array` arguments may point to the same memory position.
+ * number of entries processed by this function. The @p in_array and
+ * @p out_array arguments may point to the same memory position.
*/
void
apply(const VectorizedArrayType *in_array,
* The second-rank tensor at each quadrature point defines a linear operator
* on a vector holding the dof components. It is assumed that the passed
* input and output arrays are of correct size, namely
- * FEEvaluation::dofs_per_cell long. The `in_array` and `out_array`
+ * FEEvaluation::dofs_per_cell long. The @p in_array and @p out_array
* arguments may point to the same memory position.
- * `inverse_dyadic_coefficients` must be dofs_per_component long, and every
- * element must be a second-rank tensor of dimension `n_components`. All
- * entries should also contain the inverse JxW values.
+ * @p inverse_dyadic_coefficients must be `dofs_per_component` long, and
+ * every element must be a second-rank tensor of dimension @p n_components.
+ * All entries should be multiplied with the inverse `JxW` values.
*/
void
apply(const AlignedVector<Tensor<2, n_components, VectorizedArrayType>>