ILMath.apply Method (BaseArray<Int32>, BaseArray<Int32>, Func<Int32, Int32, Int32>)

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

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

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

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

Parameters

A

Type: ILNumerics.BaseArray<Int32>
The one array.

B

Type: ILNumerics.BaseArray<Int32>
The other array.

func

Type: System.Func<Int32, Int32, Int32>
The elementary (scalar) function to be used to perform the operation on corresponding elements of A and B.

Return Value

Overloads of apply(BaseArray<Int32> , BaseArray<Int32> , Func<Int32, Int32, Int32> ) 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(BaseArray<Int32> , BaseArray<Int32> , Func<Int32, Int32, Int32> ) 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(BaseArray<UMP>, BaseArray<UMP>, Func<UMP, UMP, UMP>).

[ILNumerics Computing Engine]

Reference