glas_ssymm

Performs symmetric or hermitian matrix-matrix multiplication.

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extern (C) nothrow @nogc @system

void

glas_ssymm

(

float alpha

Slice!(2, const(float)*) asl

Slice!(2, const(float)*) bsl

float beta

Slice!(2, float*) csl

ulong settings = 0

)

Parameters

alpha float: scalar
asl Slice!(2, const(float)*): k ⨉ k matrix, where k is n when Right flag is set and is m otherwise.
bsl Slice!(2, const(float)*): m ⨉ n matrix
beta float: scalar. When beta is supplied as zero then the matrix csl need not be set on input.
csl Slice!(2, float*): m ⨉ n matrix with one stride equals to ±1.
settings ulong: Operation settings. Allowed flags are Left, Right, Lower, Upper, ConjA, ConjB. ConjA flag specifies if the matrix A is hermitian.
Unified alias
symm
BLAS: SSYMM, DSYMM, CSYMM, ZSYMM, SHEMM, DHEMM, CHEMM, ZHEMM

Detailed Description

Pseudo code

C := alpha A × B + beta C or C := alpha B × A + beta C, where alpha and beta are scalars, A is a symmetric or hermitian matrix and B and C are m × n matrices.

glas_ssymm

Parameters

Unified alias

Detailed Description

Pseudo code

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