hemm - Hermitian Matrix-Matrix Product VI

Owning Palette: Basic Linear Algebra Subroutines VIs

Requires: Multicore Analysis and Sparse Matrix Toolkit

Calculates the product of a Hermitian matrix and another matrix.

Wire data to the A, B, and C inputs to determine the polymorphic instance to use.

Details  

zhemm - Hermitian Matrix-Matrix Product (CDB)

	side A specifies the position of A in the calculation. 0 Right—Specifies that this VI calculates the result of alpha*B*A + beta*C. 1 Left (default)—Specifies that this VI calculates the result of alpha*A*B+beta*C.
	A specifies a Hermitian matrix. This VI multiplies the first K rows and K columns of the triangular component of A that you select for matrix A type by B. If you set side A to Left, K equals the number of rows in B. If you set side A to Right, K equals the number of columns in B. A must have at least K rows and K columns.
	B specifies a matrix.
	C specifies a matrix of dimensions greater than or equal to the dimensions of B. The default is a matrix of the same size as B with all elements equal to 0.
	matrix A type specifies whether this VI uses the upper or lower triangular matrix component of A to calculate the product. 2 Lower Triangular—Specifies that this VI uses the lower triangular matrix component of A. 3 Upper Triangular (default)—Specifies that this VI uses the upper triangular matrix component of A.
	error in describes error conditions that occur before this node runs. This input provides standard error in functionality.
	alpha specifies a scalar that scales A*B or B*A. The default is 1.
	beta specifies a scalar that scales C. The default is 1.
	zhemm returns a matrix of the same size as C. For elements of the first K rows and K columns, this VI returns the results of alpha*B*A + beta*C or alpha*A*B + beta*C. For any remaining elements, this VI returns the value of the element in C with the same index.

chemm - Hermitian Matrix-Matrix Product (CSG)

	side A specifies the position of A in the calculation. 0 Right—Specifies that this VI calculates the result of alpha*B*A + beta*C. 1 Left (default)—Specifies that this VI calculates the result of alpha*A*B+beta*C.
	A specifies a Hermitian matrix. This VI multiplies the first K rows and K columns of the triangular component of A that you select for matrix A type by B. If you set side A to Left, K equals the number of rows in B. If you set side A to Right, K equals the number of columns in B. A must have at least K rows and K columns.
	B specifies a matrix.
	C specifies a matrix of dimensions greater than or equal to the dimensions of B. The default is a matrix of the same size as B with all elements equal to zero.
	matrix A type specifies whether this VI uses the upper or lower triangular matrix component of A to calculate the product. 2 Lower Triangular—Specifies that this VI uses the lower triangular matrix component of A. 3 Upper Triangular (default)—Specifies that this VI uses the upper triangular matrix component of A.
	error in describes error conditions that occur before this node runs. This input provides standard error in functionality.
	alpha specifies a scalar that scales A*B or B*A. The default is 1.
	beta specifies a scalar that scales C. The default is 1.
	chemm returns a matrix of the same size as C. For elements of the first K rows and K columns, this VI returns the results of alpha*B*A + beta*C or alpha*A*B + beta*C. For any remaining elements, this VI returns the value of the element in C with the same index.

hemm - Hermitian Matrix-Matrix Product Details

The following table lists the support characteristics of this VI.

Supported on RT targets	Yes
Suitable for bounded execution times on RT	No