zgbmv zgemv zgerc zgeru zhbmv zhemv zher zher2 zhpmv zhpr zhpr2 zsbmv zspmv zspr zspr2 zsymv zsyr zsyr2 ztbmv ztbsv ztpmv ztpsv ztrmv ztrsv

zgerc() void zgerc ( int  m, int  n, doublecomplex  alpha, doublecomplex  x[], int  incx, doublecomplex  y[], int  incy, int  lda, doublecomplex  a[]  ) Rank 1 operation: A <- αxyH + A (complex matrices) (BLAS 2) Purpose This routine performs the rank 1 operation A <- alpha*x*y^H + A where alpha is a scalar, x is an m element vector, y is an n element vector and A is an m x n matrix. Parameters [in] m Number of rows of the matrix A. (m >= 0) (If m = 0, returns without computation) [in] n Number of columns of the matrix A. (n >= 0) (If n = 0, returns without computation) [in] alpha Scalar alpha. [in] x[] Array x[lx] (lx >= 1 + (m - 1)*abs(incx)) Vector x. [in] incx Storage spacing between elements of x. (incx != 0) [in] y[] Array y[ly] (ly >= 1 + (n - 1)*abs(incy)) Vector y. [in] incy Storage spacing between elements of y. (incy != 0) [in] lda Leading dimension of the two dimensional array a[][]. (lda >= max(1, m)) [in,out] a[][] Array a[la][lda] (la >= n) [in] Input matrix A. [out] Output matrix. (= alpha*x*y^H + A) Reference BLAS