D1a. Elementary vector operations: BLAS1 (complex)

Functions
double	dcabs1 (doublecomplex z)
	|Re(z)| + |Im(z)| (1-norm) (complex number) (BLAS 1)
double	dzasum (int n, doublecomplex zx[], int incx)
	|Re(x)| + |Im(x)| (1-norm) (complex vector) (BLAS 1)
double	dznrm2 (int n, doublecomplex zx[], int incx)
	||x||2 (2-norm) (complex vector) (BLAS 1)
void	zaxpy (int n, doublecomplex za, doublecomplex zx[], int incx, doublecomplex zy[], int incy)
	y <- ax + y (complex vector) (BLAS 1)
void	zcopy (int n, doublecomplex zx[], int incx, doublecomplex zy[], int incy)
	y <- x (complex vector) (BLAS 1)
doublecomplex	zdotc (int n, doublecomplex zx[], int incx, doublecomplex zy[], int incy)
	xH * y (complex vector) (BLAS 1)
void	zdotc_sub (doublecomplex *dotc, int n, doublecomplex zx[], int incx, doublecomplex zy[], int incy)
	(Subroutine) xH * y (complex vector) (BLAS 1)
doublecomplex	zdotu (int n, doublecomplex zx[], int incx, doublecomplex zy[], int incy)
	xT * y (complex vector) (BLAS 1)
void	zdotu_sub (doublecomplex *dotu, int n, doublecomplex zx[], int incx, doublecomplex zy[], int incy)
	(Subroutine) xT * y (complex vector) (BLAS 1)
void	zdrot (int n, doublecomplex zx[], int incx, doublecomplex zy[], int incy, double c, double s)
	Applies Givens plane rotation (complex vector) (BLAS 1)
void	zdscal (int n, double a, doublecomplex zx[], int incx)
	x <- ax (complex vector) (BLAS 1)
void	zrot (int n, doublecomplex zx[], int incx, doublecomplex zy[], int incy, double c, doublecomplex zs)
	Applies Givens plane rotation (complex vector) (BLAS 1)
void	zrotg (doublecomplex *za, doublecomplex *zb, double *c, doublecomplex *zs)
	Constructs Givens plane rotation (complex vector) (BLAS 1)
void	zscal (int n, doublecomplex za, doublecomplex zx[], int incx)
	x <- ax (complex vector) (BLAS 1)
void	zswap (int n, doublecomplex zx[], int incx, doublecomplex zy[], int incy)
	y <-> x (complex vector) (BLAS 1)

Detailed Description

This is the group of D1a. Elementary vector operations: BLAS1 (complex).