Transposes a complex distributed matrix, conjugated.
void pctranc (const MKL_INT *m , const MKL_INT *n , const MKL_Complex8 *alpha , const MKL_Complex8 *a , const MKL_INT *ia , const MKL_INT *ja , const MKL_INT *desca , const MKL_Complex8 *beta , MKL_Complex8 *c , const MKL_INT *ic , const MKL_INT *jc , const MKL_INT *descc );
void pztranc (const MKL_INT *m , const MKL_INT *n , const MKL_Complex16 *alpha , const MKL_Complex16 *a , const MKL_INT *ia , const MKL_INT *ja , const MKL_INT *desca , const MKL_Complex16 *beta , MKL_Complex16 *c , const MKL_INT *ic , const MKL_INT *jc , const MKL_INT *descc );
The p?tranc routines transpose a complex distributed matrix. The operation is defined as
sub(C):=beta*sub(C) + alpha*conjg(sub(A)'),
where:
alpha and beta are scalars,
sub(C) is an m-by-n distributed matrix, sub(C)=C(ic:ic+m-1, jc:jc+n-1).
sub(A) is a distributed matrix, sub(A)=A(ia:ia+n-1, ja:ja+m-1).
(global) Specifies the number of rows of the distributed matrix sub(C), m≥ 0.
(global) Specifies the number of columns of the distributed matrix sub(C) , n≥ 0.
(global)
Specifies the scalar alpha.
(local)
Array, size (lld_a, LOCq(ja+m-1)). This array contains the local pieces of the distributed matrix sub(A).
(global) The row and column indices in the distributed matrix A indicating the first row and the first column of the submatrix sub(A), respectively.
(global and local) array of dimension 9. The array descriptor of the distributed matrix A.
(global)
Specifies the scalar beta.
When beta is equal to zero, then sub(C) need not be set on input.
(local)
Array, size (lld_c, LOCq(jc+n-1)).
This array contains the local pieces of the distributed matrix sub(C).
(global) The row and column indices in the distributed matrix C indicating the first row and the first column of the submatrix sub(C), respectively.
(global and local) array of dimension 9. The array descriptor of the distributed matrix C.
Overwritten by the updated submatrix.