Determine the cost of repacking arrays for a contraction. More...

Public Member Functions
	RepackScheme (const Array< NA > A, const IndexList &extA, const IndexList &intA, const IndexList &fixA, const BlockInfo< NA > fixvalA, const Array< NB > B, const IndexList &intB, const IndexList &extB, const IndexList &fixB, const BlockInfo< NB > fixvalB, const Array< NC > C, const IndexList &extCA, const IndexList &extCB, const IndexList &fixC, const BlockInfo< NC > fixvalC, int n_C_repack)
	Create the RepackScheme for a given contraction.

void	driver (int i)
	Set the array that determines the index ordering to C (i==0), A (i==1), or B (i==2) This will update the cost.

bool	need_repack_A () const
	Returns true if A needs repacked in the current scheme.

bool	transpose_A () const
	Returns true if A needs transposed in the current scheme.

bool	need_repack_B () const
	Returns true if B needs repacked in the current scheme.

bool	transpose_B () const
	Returns true if B needs transposed in the current scheme.

bool	need_repack_C () const
	Returns true if C needs repacked in the current scheme.

bool	transpose_C () const
	Returns true if C needs transposed in the current scheme.

double	cost () const
	Returns the cost of the current scheme.

void	assign_indices (IndexList &extA, IndexList &intA, IndexList &intB, IndexList &extB, IndexList &extCA, IndexList &extCB)
	Assign the contraction indices. More...

Detailed Description

Determine the cost of repacking arrays for a contraction.

Member Function Documentation

template<int NC, int NA, int NB>

void sc::sma2::RepackScheme< NC, NA, NB >::assign_indices	(	IndexList &	extA,
		IndexList &	intA,
		IndexList &	intB,
		IndexList &	extB,
		IndexList &	extCA,
		IndexList &	extCB
	)

inline

Assign the contraction indices.

This is not update the cost.

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