csymm_

symm_ performs one of the matrix-matrix operations

C := alpha*A*B + beta*C,

where op( X ) is one of

C := alpha*B*A + beta*C,

alpha and beta are scalars, A is a symmetric matrix and B and C are m ⨉ n matrices..

int ssymm_(char side, char uplo, FortranInt m, FortranInt n, float alpha, const(float)* a, FortranInt lda, const(float)* b, FortranInt ldb, float beta, float* c, FortranInt ldc)
int dsymm_(char side, char uplo, FortranInt m, FortranInt n, double alpha, const(double)* a, FortranInt lda, const(double)* b, FortranInt ldb, double beta, double* c, FortranInt ldc)
int csymm_(char side, char uplo, FortranInt m, FortranInt n, cfloat alpha, const(cfloat)* a, FortranInt lda, const(cfloat)* b, FortranInt ldb, cfloat beta, cfloat* c, FortranInt ldc)
extern (C) nothrow @nogc @system
int
csymm_
(
ref const char side
,
ref const char uplo
,
ref const FortranInt m
,
ref const FortranInt n
,
ref const cfloat alpha
,
const(cfloat)* a
,
ref const FortranInt lda
,
const(cfloat)* b
,
ref const FortranInt ldb
,
ref const cfloat beta
,
cfloat* c
,
ref const FortranInt ldc
)
int zsymm_(char side, char uplo, FortranInt m, FortranInt n, cdouble alpha, const(cdouble)* a, FortranInt lda, const(cdouble)* b, FortranInt ldb, cdouble beta, cdouble* c, FortranInt ldc)

Detailed Description

Unified alias

symm_

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Source

See Implementation