These are data that shared by the whole local tree. Distributed setup inherits mpitree::Setup. More...

#include <gofmm_mpi.hpp>

Inheritance diagram for hmlp::mpigofmm::Setup< SPDMATRIX, SPLITTER, T >:

Public Member Functions
void	FromConfiguration (gofmm::Configuration< T > &config, SPDMATRIX &K, SPLITTER &splitter, DistData< STAR, CBLK, pair< T, size_t >> *NN_cblk)

Public Member Functions inherited from hmlp::mpitree::Setup< SPLITTER, T >
vector< size_t >	ContainAny (vector< size_t > &queries, size_t target)
	Check if this node contain any query using morton. Notice that queries[] contains gids; thus, morton[] needs to be accessed using gids. More...

Public Member Functions inherited from hmlp::gofmm::Configuration< T >
	Configuration (DistanceMetric metric_type, size_t problem_size, size_t leaf_node_size, size_t neighbor_size, size_t maximum_rank, T tolerance, T budget)

void	Set (DistanceMetric metric_type, size_t problem_size, size_t leaf_node_size, size_t neighbor_size, size_t maximum_rank, T tolerance, T budget)

void	CopyFrom (Configuration< T > &config)

DistanceMetric	MetricType ()

size_t	ProblemSize ()

size_t	LeafNodeSize ()

size_t	NeighborSize ()

size_t	MaximumRank ()

T	Tolerance ()

T	Budget ()

bool	IsSymmetric ()

bool	UseAdaptiveRanks ()

bool	SecureAccuracy ()

Public Attributes
SPDMATRIX *	K = NULL

Data< T > *	w = NULL

Data< T > *	u = NULL

Data< T > *	input = NULL

Data< T > *	output = NULL

T	lambda = 0.0

bool	do_ulv_factorization = true

Public Attributes inherited from hmlp::mpitree::Setup< SPLITTER, T >
size_t	m

size_t	max_depth

DistData< STAR, CBLK, pair< T, size_t > > *	NN_cblk

DistData< STAR, CIDS, pair< T, size_t > > *	NN

vector< size_t >	morton

SPLITTER	splitter

Additional Inherited Members
Public Types inherited from hmlp::mpitree::Setup< SPLITTER, T >
typedef T	T

Detailed Description

template<typename SPDMATRIX, typename SPLITTER, typename T>
class hmlp::mpigofmm::Setup< SPDMATRIX, SPLITTER, T >

These are data that shared by the whole local tree. Distributed setup inherits mpitree::Setup.

This class does not have to inherit DistData, but it have to inherit DistVirtualMatrix<T>ESSENTIAL: this is an abstract function MPI request Kij from rank ( j % size ) exchange ids allocate buffer for data fetch subrows exchange data ESSENTIAL: return a submatrix MPI request KIJ from rank ( j % size ) exchange ids allocate buffer for data fetch submatrix exchange data merging data overload operator