# Worley Noise 2D A 2D Worley noise generator. ## Parameter Types **Worley Noise 2D (float):** |Input |Type | |---------------------|--------| |`Texture Coordinates`|Vector2f| |`Jitter` |Float | |Output|Type | |------|-----| |`Out` |Float| **Worley Noise 2D (vector3f):** |Input |Type | |---------------------|--------| |`Texture Coordinates`|Vector2f| |`Jitter` |Float | |Output|Type | |------|--------| |`Out` |Vector3f| **Worley Noise 2D (vector2f):** |Input |Type | |---------------------|--------| |`Texture Coordinates`|Vector2f| |`Jitter` |Float | |Output|Type | |------|--------| |`Out` |Vector2f| ## Parameter description - `Texture Coordinates`: The 2D coordinate at which the data is read for mapping a texture to a surface. The default uses the current UV coordinates, in which U is the horizontal axis and V is the vertical axis. - `Jitter`: The amount to *jitter* or shift the center of each cell experiences. The default value is `1.0`. A smaller value creates a more regular pattern, and `0` creates perfect squares. # # Discussion The `Worley Noise 2D` node procedurally generates nonuniform cellular regions. Creates a finite number of center points, and each region is a polygon that surrounds the points closest to each center point. Below is an example of a simple node graph that uses the `Worley Noise 2D` node to generate a black and white pattern procedurally:  Multiply the incoming texture coordinates with a constant float, which changes the frequency of the generated noise. A higher value corresponds to the pattern repeating more often. You then run the output through a convert node to change it to a black and white color value. Below is an example of a simple node graph that uses the `Worley Noise 2D` node to generate a black and white pattern procedurally:  --- Copyright © 2026 Apple Inc. All rights reserved. | [Terms of Use](https://www.apple.com/legal/internet-services/terms/site.html) | [Privacy Policy](https://www.apple.com/privacy/privacy-policy)