C# Class YAMP.Numerics.BlasL3

Blas Level 3 Matrix Matrix multiplication.

Afficher le fichier Open project: FlorianRappl/YAMP

Méthodes publiques

Méthode	Description
cGemm ( ScalarValue aStore, int aOffset, int aRowStride, int aColStride, ScalarValue bStore, int bOffset, int bRowStride, int bColStride, ScalarValue cStore, int cOffset, int cRowStride, int cColStride, int rowsA, int colsB, int length ) : void	Performs a matrix times matrix operation C = A * B with complex matrices.
dGemm ( double aStore, int aOffset, int aRowStride, int aColStride, double bStore, int bOffset, int bRowStride, int bColStride, double cStore, int cOffset, int cRowStride, int cColStride, int rowsA, int colsB, int length ) : void	Performs a matrix times matrix operation C = A * B with real matrices.

Method Details

cGemm() public static méthode

Performs a matrix times matrix operation C = A * B with complex matrices.

public static cGemm ( ScalarValue aStore, int aOffset, int aRowStride, int aColStride, ScalarValue bStore, int bOffset, int bRowStride, int bColStride, ScalarValue cStore, int cOffset, int cRowStride, int cColStride, int rowsA, int colsB, int length ) : void
aStore	YAMP.ScalarValue	The 1-dimensional complex array for the matrix A.
aOffset	int	The offset in the array for A.
aRowStride	int	The difference for skipping one row.
aColStride	int	The difference for skipping one column.
bStore	YAMP.ScalarValue	The 1-dimensional complex array for the matrix B.
bOffset	int	The offset in the array for B.
bRowStride	int	The difference for skipping one row.
bColStride	int	The difference for skipping one column.
cStore	YAMP.ScalarValue	The 1-dimensional complex array for the matrix C.
cOffset	int	The offset in the array for C.
cRowStride	int	The difference for skipping one row.
cColStride	int	The difference for skipping one column.
rowsA	int	The rows to handle in the matrix A.
colsB	int	The coluumns to handle in the matrix B.
length	int	The columns of A / rows of B - or length for the multiplication.
Résultat	void

dGemm() public static méthode

Performs a matrix times matrix operation C = A * B with real matrices.

public static dGemm ( double aStore, int aOffset, int aRowStride, int aColStride, double bStore, int bOffset, int bRowStride, int bColStride, double cStore, int cOffset, int cRowStride, int cColStride, int rowsA, int colsB, int length ) : void
aStore	double	The 1-dimensional array for the matrix A.
aOffset	int	The offset in the array for A.
aRowStride	int	The difference for skipping one row.
aColStride	int	The difference for skipping one column.
bStore	double	The 1-dimensional array for the matrix B.
bOffset	int	The offset in the array for B.
bRowStride	int	The difference for skipping one row.
bColStride	int	The difference for skipping one column.
cStore	double	The 1-dimensional array for the matrix C.
cOffset	int	The offset in the array for C.
cRowStride	int	The difference for skipping one row.
cColStride	int	The difference for skipping one column.
rowsA	int	The rows to handle in the matrix A.
colsB	int	The coluumns to handle in the matrix B.
length	int	The columns of A / rows of B - or length for the multiplication.
Résultat	void