ManagedComplexBlasLevel1..::..Zaxpy Method

                      public override void Zaxpy(
	int n,
	DoubleComplex alpha,
	DoubleComplex[] x,
	int xOffset,
	int incx,
	DoubleComplex[] y,
	int yOffset,
	int incy
)

                      Public Overrides Sub Zaxpy ( _
	n As Integer, _
	alpha As DoubleComplex, _
	x As DoubleComplex(), _
	xOffset As Integer, _
	incx As Integer, _
	y As DoubleComplex(), _
	yOffset As Integer, _
	incy As Integer _
)

                      public:
virtual void Zaxpy(
	int n, 
	DoubleComplex alpha, 
	array<DoubleComplex>^ x, 
	int xOffset, 
	int incx, 
	array<DoubleComplex>^ y, 
	int yOffset, 
	int incy
) override

                      abstract Zaxpy : 
        n:int * 
        alpha:DoubleComplex * 
        x:DoubleComplex[] * 
        xOffset:int * 
        incx:int * 
        y:DoubleComplex[] * 
        yOffset:int * 
        incy:int -> unit 
override Zaxpy : 
        n:int * 
        alpha:DoubleComplex * 
        x:DoubleComplex[] * 
        xOffset:int * 
        incx:int * 
        y:DoubleComplex[] * 
        yOffset:int * 
        incy:int -> unit 

Parameters

n

Type: System..::..Int32
The number of elements in the vectors x and y.

alpha

Type: Extreme.Mathematics..::..DoubleComplex
The scalar value used to multiply the elements of x.

x

Type: array<Extreme.Mathematics..::..DoubleComplex>[]()[][]
A reference to a one-dimensional array containing the elements of the vector x.

xOffset

Type: System..::..Int32
Offset into x.

incx

Type: System..::..Int32
The increment for the array x.

y

Type: array<Extreme.Mathematics..::..DoubleComplex>[]()[][]
A reference to a one-dimensional array containing the elements of the vector y. The elements of y are overwritten with the result.

yOffset

Type: System..::..Int32
Offset into y.

incy

Type: System..::..Int32
The increment for the array y.