ILMathapply Method (BaseArrayfcomplex, BaseArrayfcomplex, Funcfcomplex, fcomplex, fcomplex)

public static RetArray<fcomplex> apply(
	BaseArray<fcomplex> A,
	BaseArray<fcomplex> B,
	Func<fcomplex, fcomplex, fcomplex> func
)

Public Shared Function apply ( 
	A As BaseArray(Of fcomplex),
	B As BaseArray(Of fcomplex),
	func As Func(Of fcomplex, fcomplex, fcomplex)
) As RetArray(Of fcomplex)

Dim A As BaseArray(Of fcomplex)
Dim B As BaseArray(Of fcomplex)
Dim func As Func(Of fcomplex, fcomplex, fcomplex)
Dim returnValue As RetArray(Of fcomplex)

returnValue = ILMath.apply(A, B, func)

Parameters

A

Type: ILNumericsBaseArrayfcomplex
The one array.

B

Type: ILNumericsBaseArrayfcomplex
The other array.

func

Type: SystemFuncfcomplex, fcomplex, fcomplex
The elementary (scalar) function to be used to perform the operation on corresponding elements of A and B.

Return Value

Overloads of apply(BaseArrayfcomplex, BaseArrayfcomplex, Funcfcomplex, fcomplex, fcomplex) expect two arrays of broadcastable size with the same element types. They perform a mapping operation on corresponding elements of A and B by evaluating func for each element of the resulting array.

Overloads of apply(BaseArrayfcomplex, BaseArrayfcomplex, Funcfcomplex, fcomplex, fcomplex) perform fastest where the element type of the input and the output arrays match. Such overloads exist for all numeric value-typed element types.

The function is efficiently parallelized and func is evaluated from multiple threads. Make sure that func is threadsafe!

For more flexibility a generic overload exist which allows the element types of A, B as well as the array returned to be individual different. See: apply``3(BaseArrayUMP, BaseArrayUMP, FuncUMP, UMP, UMP).

[ILNumerics Computing Engine]

Reference