scipy.linalg.blas.ctrmm#

scipy.linalg.blas.ctrmm(alpha, a, b, side=0, lower=0, trans_a=0, diag=0, overwrite_b=0) = <fblas function ctrmm>#

Compute the triangular matrix-matrix product b = alpha*op(a)@b (BLAS ctrmm).

Parameters:

alphacomplex: Scalar multiplier.
andarray: Triangular matrix; only the triangle selected by lower is referenced.
bndarray: Input/output matrix.
sideint, optional: If 0, a multiplies from the left; if 1, from the right. Default is 0.
lowerint, optional: If 0, the upper triangle is used; if 1, the lower. Default is 0.
trans_aint, optional: Operation on a: 0 none, 1 transpose, 2 conjugate transpose. Default is 0.
diagint, optional: If 0, the matrix has a non-unit diagonal; if 1, it is unit-triangular. Default is 0.
overwrite_bint, optional: If nonzero, b may be overwritten in place. Default is 0.

Returns: