⚫Procedural Cellular

Generate a procedural cellular image

Description

Generate a procedural cellular image

Preview

Location

Name | Procedural Cellular

Nickname | Cellular

Tab | Bitmap

Panel | Create

Division | 2

Inputs

S | Seed (Integer) | The seed for the noise

W | Width (Integer) | The width of the new Aviary Image in pixels

H | Height (Integer) | The height of the new Aviary Image in pixels

D | Depth (Integer) | The sample depth through the field

B | Boundary Mode (Integer) | The cellular boundary mode

I | Interpolation Mode (Integer) | The output interpolation sample value mode

J | Jitter (Number) | The pseudo randomized displacement of the noise sample points

F | Frequency (Number) | Scale of the sample point distribution frequency

Ouputs

I | Image (B+ Image) | A Bitmap Plus Image

N | Noise (B+ Noise) | A Noise object for input into the Noise Fractal component

Mode

Save Image | Opens a file save dialog to save a raster file of the current image.

Copy Image to Clipboard | Copies the image to the clipboard (no alpha)

Boundary Mode

Boundary Mode Enumerable

• Value = 0

• Perlin = 1

• Cubic = 2

• Simplex = 3

• White Noise = 4

Interpolation Mode

Interpolation Mode Enumerable

• Linear = 0

• Hermite = 1

• Quintic = 2

Usage

Adjusting the frequency changes the density of the underlying grid.

Jitter controls the amount the points move from their regular center position to random x,y,z directions

Depth moves in the z axis through the point field

The boundary mode changes the way a cell region is defined from the center point relative to its neighbors.

The interpolation mode changes the way the gradient values are calculated relative to the center and boundary.