/**
* For the vector @p src, read out the values on the degrees of freedom of
* the current cell, and store them internally. Similar functionality as the
- * function DoFAccessor::get_interpolated_dof_values when no constraints are
- * present, but it also includes constraints from hanging nodes, so one can
- * see it as a similar function to AffineConstraints::read_dof_values as
- * well. Note that if vectorization is enabled, the DoF values for several
- * cells are set.
+ * function DoFCellAccessor::get_interpolated_dof_values() when no constraints
+ * are present other than constraints from hanging nodes. Additionally, this
+ * function also resolves homogeneous constraints. Note that if vectorization
+ * is enabled, the DoF values for several cells are set.
*
* If some constraints on the vector are inhomogeneous, use the function
- * read_dof_values_plain instead and provide the vector with useful data
- * also in constrained positions by calling AffineConstraints::distribute.
- * When accessing vector entries during the solution of linear systems, the
- * temporary solution should always have homogeneous constraints and this
- * method is the correct one.
+ * FEEvaluationBase::read_dof_values_plain() instead and provide the vector
+ * with useful data also in constrained positions by calling
+ * AffineConstraints::distribute(). When accessing vector entries during the
+ * solution of linear systems, the temporary solution should always have
+ * homogeneous constraints and this method is the correct one.
*
* If the given vector template class is a block vector (determined through
* the template function 'IsBlockVector<VectorType>::value', which checks
/**
* For the vector @p src, read out the values on the degrees of freedom of
* the current cell, and store them internally. Similar functionality as the
- * function DoFAccessor::get_interpolated_dof_values. As opposed to the
- * read_dof_values function, this function reads out the plain entries from
- * vectors, without taking stored constraints into account. This way of
- * access is appropriate when the constraints have been distributed on the
- * vector by a call to AffineConstraints::distribute previously. This
- * function is also necessary when inhomogeneous constraints are to be used,
- * as MatrixFree can only handle homogeneous constraints. Note that if
- * vectorization is enabled, the DoF values for several cells are set.
+ * function DoFCellAccessor::get_interpolated_dof_values(). As opposed to the
+ * FEEvaluationBase::read_dof_values() function, this function reads out the
+ * plain entries from vectors, without taking stored constraints into account.
+ * This way of access is appropriate when the constraints have been
+ * distributed on the vector by a call to AffineConstraints::distribute()
+ * previously. This function is also necessary when inhomogeneous constraints
+ * are to be used, as MatrixFree can only handle homogeneous constraints. Note
+ * that if vectorization is enabled, the DoF values for several cells are set.
*
* If the given vector template class is a block vector (determined through
* the template function 'IsBlockVector<VectorType>::value', which checks