spike::Graph< T > Class Template Reference

#include <graph.h>

Public Types
typedef cusp::coo_matrix< int, T, cusp::host_memory >	MatrixCoo
typedef cusp::array1d< T, cusp::host_memory >	Vector
typedef cusp::array1d< double, cusp::host_memory >	DoubleVector
typedef cusp::array1d< int, cusp::host_memory >	IntVector
typedef cusp::array1d< bool, cusp::host_memory >	BoolVector
typedef Vector	MatrixMapF
typedef IntVector	MatrixMap
typedef Node	NodeType
typedef EdgeT< T >	EdgeType
typedef std::vector< NodeType >	NodeVector
typedef std::vector< EdgeType >	EdgeVector
typedef EdgeVector::iterator	EdgeIterator
typedef EdgeVector::reverse_iterator	EdgeRevIterator

Public Member Functions
	Graph (bool trackReordering=false)
double	getTimeMC64 () const
double	getTimeRCM () const
double	getTimeDropoff () const
int	reorder (const MatrixCoo &Acoo, bool doMC64, bool scale, IntVector &optReordering, IntVector &optPerm, IntVector &mc64RowPerm, Vector &mc64RowScale, Vector &mc64ColScale, MatrixMapF &scaleMap, int &k_mc64)
int	dropOff (T frac, int maxBandwidth, T &frac_actual)
void	assembleOffDiagMatrices (int bandwidth, int numPartitions, Vector &WV_host, Vector &offDiags_host, IntVector &offDiagWidths_left, IntVector &offDiagWidths_right, IntVector &offDiagPerms_left, IntVector &offDiagPerms_right, MatrixMap &typeMap, MatrixMap &offDiagMap, MatrixMap &WVMap)
void	secondLevelReordering (int bandwidth, int numPartitions, IntVector &secondReorder, IntVector &secondPerm, IntVector &first_rows)
void	assembleBandedMatrix (int bandwidth, IntVector &ks_col, IntVector &ks_row, Vector &B, MatrixMap &typeMap, MatrixMap &bandedMatMap)
void	assembleBandedMatrix (int bandwidth, int numPartitions, IntVector &ks_col, IntVector &ks_row, Vector &B, IntVector &ks, IntVector &BOffsets, MatrixMap &typeMap, MatrixMap &bandedMatMap)

Member Typedef Documentation

template<typename T >

typedef cusp::array1d<bool, cusp::host_memory> spike::Graph< T >::BoolVector

template<typename T >

typedef cusp::array1d<double, cusp::host_memory> spike::Graph< T >::DoubleVector

template<typename T >

typedef EdgeVector::iterator spike::Graph< T >::EdgeIterator

template<typename T >

typedef EdgeVector::reverse_iterator spike::Graph< T >::EdgeRevIterator

template<typename T >

typedef EdgeT<T> spike::Graph< T >::EdgeType

template<typename T >

typedef std::vector<EdgeType> spike::Graph< T >::EdgeVector

template<typename T >

typedef cusp::array1d<int, cusp::host_memory> spike::Graph< T >::IntVector

template<typename T >

typedef cusp::coo_matrix<int, T, cusp::host_memory> spike::Graph< T >::MatrixCoo

template<typename T >

typedef IntVector spike::Graph< T >::MatrixMap

template<typename T >

typedef Vector spike::Graph< T >::MatrixMapF

template<typename T >

typedef Node spike::Graph< T >::NodeType

template<typename T >

typedef std::vector<NodeType> spike::Graph< T >::NodeVector

template<typename T >

typedef cusp::array1d<T, cusp::host_memory> spike::Graph< T >::Vector

Constructor & Destructor Documentation

template<typename T >

spike::Graph< T >::Graph

(

bool

trackReordering = false

)

Member Function Documentation

template<typename T >

void spike::Graph< T >::assembleBandedMatrix	(	int	bandwidth,
		IntVector &	ks_col,
		IntVector &	ks_row,
		Vector &	B,
		MatrixMap &	typeMap,
		MatrixMap &	bandedMatMap
	)

template<typename T >

void spike::Graph< T >::assembleBandedMatrix	(	int	bandwidth,
		int	numPartitions,
		IntVector &	ks_col,
		IntVector &	ks_row,
		Vector &	B,
		IntVector &	ks,
		IntVector &	BOffsets,
		MatrixMap &	typeMap,
		MatrixMap &	bandedMatMap
	)

template<typename T >

void spike::Graph< T >::assembleOffDiagMatrices	(	int	bandwidth,
		int	numPartitions,
		Vector &	WV_host,
		Vector &	offDiags_host,
		IntVector &	offDiagWidths_left,
		IntVector &	offDiagWidths_right,
		IntVector &	offDiagPerms_left,
		IntVector &	offDiagPerms_right,
		MatrixMap &	typeMap,
		MatrixMap &	offDiagMap,
		MatrixMap &	WVMap
	)

template<typename T >

int spike::Graph< T >::dropOff	(	T	frac,
		int	maxBandwidth,
		T &	frac_actual
	)

template<typename T >

double spike::Graph< T >::getTimeDropoff ( ) const

inline

template<typename T >

double spike::Graph< T >::getTimeMC64 ( ) const

inline

template<typename T >

double spike::Graph< T >::getTimeRCM ( ) const

inline

template<typename T >

int spike::Graph< T >::reorder	(	const MatrixCoo &	Acoo,
		bool	doMC64,
		bool	scale,
		IntVector &	optReordering,
		IntVector &	optPerm,
		IntVector &	mc64RowPerm,
		Vector &	mc64RowScale,
		Vector &	mc64ColScale,
		MatrixMapF &	scaleMap,
		int &	k_mc64
	)

template<typename T >

void spike::Graph< T >::secondLevelReordering	(	int	bandwidth,
		int	numPartitions,
		IntVector &	secondReorder,
		IntVector &	secondPerm,
		IntVector &	first_rows
	)

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

• C:/Users/Radu Serban/Repositories/SpikeLibrary/spike/graph.h