Move

Functionality

equivalent to a Translate Transform

Moves incoming sets of Vertex Lists by a Vector. The Vector is bound to a multiplier (Scalar) which amplifies all components of the Vector. The resulting Vector is added to the locations of the incoming Vertices.

Inputs & Parameters

	Description
Vertices	Vertex or Vertex Lists representing one or more objects
Movement Vectors	Vector to use for Translation, this is simple element wise addition to the Vector of the incoming vertices.
Strength	Straightforward Vector * Scalar, amplifies each movement vector

Advanced Parameters

In the N-Panel (and on the right-click menu) you can find:

Output NumPy: Output NumPy arrays in stead of regular lists (makes the node faster)

List Match: Define how list with different lengths should be matched

Outputs

A Vertex or nested Lists of Vertices

Examples

Moving a circle:

• Generator-> Circle

• Viz-> Viewer Draw

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Moving vertices along Y direction with a random multiplier

• Generator-> Line

• Number-> Random Num Gen

• Viz-> Viewer Draw

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The node will match different data structures, in this example a surface is generated from one Ngon

• Generator-> NGon

• Modifiers->Modifier Make-> UV Connection

• Number-> Number Range

• MUL X, ADD X,Y: Number-> Scalar Math

• Vector-> Vector Math

• Vector-> Vector Noise

• List->List Struct-> List Split

• Text-> Stethoscope

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With the List Matching properties we can create different data matches, in this case with “Cycle” a complex rhythm is generated

• Generator-> Line

• Number-> Number Range

• Viz-> Viewer Draw

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Combine a Z-Line with a circle. Change a List Match Property of Move node.

• Generator-> Line

• Generator-> Segment

• Generator-> Circle

• List->List Struct-> List Item

• Viz-> Viewer Draw