⚫Procedural Noise

Generate a procedural noise image

Description

Generate a procedural noise image

Preview

Location

Name | Procedural Noise

Nickname | Noise

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

M | Mode (Integer) | The noise mode

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

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)

Mode

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.

Depth moves in the z axis through the point field

The mode changes the type of noise that is calculated.

The interpolation mode changes the way the noise falloff is calculated.