* Initialize internal vectors and copy @p src vector
* (associated to @p dof_handler) to the finest multigrid level.
*
- * @note The @dof_handler object needs to be the same as the DoFHandler passed
+ * @note The @p dof_handler object needs to be the same as the DoFHandler passed
* directly to the function build() or indirectly to the function
* initialize_two_level_transfers(). Alternatively, the numbering of the DoFs
* need to be same.
* Copy the values on the finest multigrid level to @p dst
* vector (associated to @p dof_handler).
*
- * @note The @dof_handler object needs to be the same as the DoFHandler passed
+ * @note The @p dof_handler object needs to be the same as the DoFHandler passed
* directly to the function build() or indirectly to the function
* initialize_two_level_transfers(). Alternatively, the numbering of the DoFs
* need to be same.
* If an inner vector of @p dst is empty or has incorrect locally owned size,
* it will be resized to locally relevant degrees of freedom on each level.
*
- * @note The @dof_handler object needs to be the same as the DoFHandler passed
+ * @note The @p dof_handler object needs to be the same as the DoFHandler passed
* directly to the function build() or indirectly to the function
* initialize_two_level_transfers(). Alternatively, the numbering of the DoFs
* need to be same.
* Interpolate fine-mesh field @p src to each multigrid level and
* store the result in @p dst.
*
- * @note In contrast to the last function, no @dof_handler object needs passed.
+ * @note In contrast to the last function, no @p dof_handler object needs passed.
* This function used the DoFHandler passed directly to the function build()
* or indirectly to the function initialize_two_level_transfers().
*/