STAPL: stapl::arbitrary_mesh_collapser< Dim, NumProjection, Precision

Functor partitioning an arbitrary mesh by projecting its cells on axes and then calling a 1D balanced partitioner. More...

Public Member Functions
	arbitrary_mesh_collapser (num_part_type const &num_partitions, axis_type const &axis)

template<class GView >
gpartition< GView >	operator() (GView const &graph_vw) const

Public Types
typedef decomposition_tuple_type< Dim, NumProjection, Precision >::num_part_type	num_part_type

typedef decomposition_tuple_type< Dim, NumProjection, Precision >::axis_type	axis_type

typedef decomposition_tuple_type< Dim, NumProjection, Precision >::domain_tuple_type	domain_tuple_type

typedef domset1D< size_t >	domain_type

typedef geom_vector< Dim, Precision >::element_type	element_type

typedef std::pair< element_type, size_t >	projection_pair_type

Detailed Description

Functor partitioning an arbitrary mesh by projecting its cells on axes and then calling a 1D balanced partitioner.

Template Parameters

Dim	mesh dimension.
NumProjection	number of projections for partitioning.
Precision	type of mesh vertex coordinates.

template<int Dim, int NumProjection, typename Precision = double>

stapl::arbitrary_mesh_collapser< Dim, NumProjection, Precision >::arbitrary_mesh_collapser	(	num_part_type const &	num_partitions,
		axis_type const &	axis
	)

Parameters

num_partitions	tuple of numbers of partitions in each dimension.
axis	tuple of axes for projections (one axis per dimension).

template<int Dim, int NumProjection, typename Precision = double>

template<class GView >

gpartition<GView> stapl::arbitrary_mesh_collapser< Dim, NumProjection, Precision >::operator() ( GView const & graph_vw ) const

Parameters

graph_vw mesh view to be partitioned.

The documentation for this class was generated from the following file: