...}

Here, for example, you use the Range output of a Range node to specify the number of passes in which elements are to be added to an array. In this way, the gradual enlargement of an array can also be implemented.

Outer Scope

This signal is useful when linking different nodes that should have equal hierarchical dependency to each other.

Data Type

The node automatically adopts the data type of the connected array. It is therefore not necessary to manually select a data type here. The Value input automatically adapts to the data type of the connected array.

Array

Link the array where you want to exchange or edit individual values.

Index[0..2147483647]

This value specifies the number of the element in the array that you want to replace. The counting method for arrays always starts at 0 for the first element. If you specify an index here that is not present in the array, the array is not changed. So make sure that this Index is between 0 and the number of elements in the array -1, for example, by reading out the number of elements in the array beforehand using Get  Count.

Position[XYZ ]

Here you enter the value to be inserted at the selected index position in the array. This overwrites the value originally present there.