ExtensionMethodsitemsetT1 Method (MutableT1, ArrayT1, InArrayT1, OutArrayT1, RetArrayT1, StorageT1, Int64, T1)

public static void itemset<T1>(
	this Mutable<T1, Array<T1>, InArray<T1>, OutArray<T1>, RetArray<T1>, Storage<T1>> A,
	long d0,
	T1 value
)

<ExtensionAttribute>
Public Shared Sub itemset(Of T1) ( 
	A As Mutable(Of T1, Array(Of T1), InArray(Of T1), OutArray(Of T1), RetArray(Of T1), Storage(Of T1)),
	d0 As Long,
	value As T1
)

Dim A As Mutable(Of T1, Array(Of T1), InArray(Of T1), OutArray(Of T1), RetArray(Of T1), Storage(Of T1))
Dim d0 As Long
Dim value As T1

A.itemset(d0, value)

Parameters

A

Type: ILNumerics.Core.ArraysMutableT1, ArrayT1, InArrayT1, OutArrayT1, RetArrayT1, StorageT1
The ILNumerics n-dim array.

d0

Type: SystemInt64
Sequential index into the elements of the array. Assuming row-major storage order.

value

Type: T1
The single value to be copied to the element at the specified position.

Type Parameters

T1

Element type.

Usage Note

The index for dimension i can be negative and must evaluate to an element position in the range -A.S.NumberOfElements...A.S.NumberOfElements-1.

This function does not support expanding the array for indices outside of the existing range (as SetValue() does). An exception will be thrown instead when addressing any non-existing element.

d0 is the position of the element to be overwritten by assuming that the arrays elements are sequentially laid-out in memory in row major order. This function handles arbitrary storage orders, though, by using its strides to compute the actual element position in memory.

[ILNumerics numpy Module]

Reference