/**
* Modify the vector @p locally_owned_array according to the precomputed communication
- * pattern and the operation @ op with values from @p ghost_array.
+ * pattern and the operation @p op with values from @p ghost_array.
*/
template <typename Number>
void
/**
* Start the communication round to modify the vector @p locally_owned_array according
- * to the precomputed communication pattern and the operation @ op with
+ * to the precomputed communication pattern and the operation @p op with
* values from
* @p ghost_array. It can be overlapped with other communications.
*/
/**
* Finish the communication round to modify the vector @p locally_owned_array according
- * to the precomputed communication pattern and the operation @ op with
+ * to the precomputed communication pattern and the operation @p op with
* values from
* @p ghost_array. It can be overlapped with other communications.
*/
/**
* Reinitialize the partitioner. As for the Utilities::MPI::Partitioner,
- * any entry of @ ghost_indices that is also present in @
+ * any entry of @p ghost_indices that is also present in @
* locally_owned_indices is discarded.
*/
virtual void
/**
* Reinitialize the partitioner. As for the Utilities::MPI::Partitioner,
- * any entry of @ ghost_indices that is also present in @
+ * any entry of @p ghost_indices that is also present in @
* locally_owned_indices is discarded. This reinitialization will allow to
* perform communications either using a ghost data array of the size
- * of @ ghost_indices or of @ larger_ghost_indices.
+ * of @p ghost_indices or of @p larger_ghost_indices.
*/
void
reinit(const IndexSet &locally_owned_indices,
/**
* Modify the vector @p locally_owned_array according to the precomputed communication
- * pattern and the operation @ op with values from @p ghost_array.
+ * pattern and the operation @p op with values from @p ghost_array.
*/
template <typename Number>
void
/**
* Start the communication round to modify the vector @p locally_owned_array according
- * to the precomputed communication pattern and the operation @ op with
+ * to the precomputed communication pattern and the operation @p op with
* values from
* @p ghost_array. It can be overlapped with other communications.
* Differently from the Utilities::MPI::Partitioner implementation, here we
/**
* Finish the communication round to modify the vector @p locally_owned_array according
- * to the precomputed communication pattern and the operation @ op with
+ * to the precomputed communication pattern and the operation @p op with
* values from
* @p ghost_array. It can be overlapped with other communications.
* Differently from the Utilities::MPI::Partitioner implementation, here we