* but for parallel distributed
* triangulation.
*
- * The vector of criteria needs
- * to be a vector of refinement
- * criteria for all cells
- * active on the current
+ * The vector of criteria needs to be a
+ * vector of refinement criteria for
+ * all cells active on the current
* triangulation,
- * i.e. tria.dealii::Triangulation::n_active_cells(). However,
- * the function will only look
- * at the indicators that
- * correspond to those cells
- * that are actually locally
- * owned, and ignore the
- * indicators for all other
- * cells. The function will
- * then coordinate among all
- * processors that store part
- * of the triangulation so that
- * at the end @p
- * top_fraction_of_cells are
- * refined, where the fraction
- * is enforced as a fraction of
+ * i.e. <code>tria.n_active_cells()</code>
+ * (and not
+ * <code>tria.n_locally_owned_active_cells()</code>). However,
+ * the function will only look at the
+ * indicators that correspond to those
+ * cells that are actually locally
+ * owned, and ignore the indicators for
+ * all other cells. The function will
+ * then coordinate among all processors
+ * that store part of the triangulation
+ * so that at the end @p
+ * top_fraction_of_cells are refined,
+ * where the fraction is enforced as a
+ * fraction of
* Triangulation::n_global_active_cells,
* not
* Triangulation::n_locally_active_cells
- * on each processor
- * individually. In other
- * words, it may be that on
- * some processors, no cells
- * are refined at all.
+ * on each processor individually. In
+ * other words, it may be that on some
+ * processors, no cells are refined at
+ * all.
*
* The same is true for the fraction of
* cells that is coarsened.
* vector of refinement criteria for
* all cells active on the current
* triangulation,
- * i.e. tria.dealii::Triangulation::n_active_cells(). However,
+ * <code>tria.n_active_cells()</code>
+ * (and not
+ * <code>tria.n_locally_owned_active_cells()</code>). However,
* the function will only look at the
* indicators that correspond to those
* cells that are actually locally