* or CylindricalManifold (in 3D) with manifold id $0$, a
* TransfiniteInterpolationManifold with manifold id $1$, and a FlatManifold
* everywhere else. For more information on this topic see
- * @ref* GlossManifoldIndicator "the glossary entry on manifold indicators".
+ * @ref GlossManifoldIndicator "the glossary entry on manifold indicators".
* The
* cell faces on the cylinder and surrounding shells have manifold ids of
* $0$, while the cell volumes adjacent to the shells (or, if they do not
/**
* Given a covering rtree (see GridTools::Cache::get_covering_rtree()), and an
* array of points, find a superset of processes which, individually,
- * may own the cell containing the point.
+ * may own the cell containing the points.
*
* For further details see GridTools::guess_point_owner; here only
* different input/output types are reported:
* process(es) in a parallel computation may own the cell that
* surrounds a given point.
*
+ * @param[in] points A vector of points to consider.
+ *
* @return A tuple containing the following information:
* - A map indexed by processor ranks. For each rank it contains
* a vector of the indices of points it might own.