• Where to find it:

• Add Adjustment Layer / Extension Pack / Color Correction /

• NodeGraph / Right Mouse Click / Nodes / Filter / Extension Pack / Color Correction /

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• Video
• Node Overview
• Node Ports

• Node Properties
• Jitter Saturation
• Jitter Hue
• Jitter Gain
• Cell Noise
• Clamping

The Jitter Color Node allows you to randomize Hue, Saturation and Value based on a supplied signal value

• Input

Supplies the Color or Texture that you want to jitter

• Min / Max Saturation

A value for the minimum and maximum Saturation to jitter between. If these ports are mapped the corresponding

sliders in the node are no longer evaluated

• Min / Max Hue

A value for the minimum and maximum Hue to jitter between. If these ports are mapped the corresponding

sliders in the node are no longer evaluated

• Min / Max Gain

A value for the minimum and maximum Gain to jitter between. If these ports are mapped the corresponding

sliders in the node are no longer evaluated

• Jitter Signal

This is the core value that needs to be supplied in order for the node to work correctly.

It can be for example a noise, material ID Map etc. that can be used as a blend value for

Min/Max Saturation, Hue and Gain

Please note, this Jitter Signal can be different for red, green and blue. The red channel is used as a signal

for Saturation Jitter, the green Channel for Hue Jitter and the Blue Channel for Gain Jittering.

• Min / Max Saturation Offset

The minimum and maximum Saturation to jitter between based on the supplied signal.

This is an offset value on the original Input,  meaning a Min/Max of 0 will give you the original Saturation

• Min / Max Hue Offset

The minimum and maximum Hue Shift to jitter between based on the supplied signal.

This is an offset value on the original Input,  meaning a Min/Max of 0 will give you the original Hue

• Min / Max Gain

The minimum and maximum Gain to jitter between based on the supplied signal.

The default (no change from Input) is 1.0

Cell Noise will run the Input Signal through a series of randomizations

• Use CellNoise

When ticked the supplied signal will be run through a cell noise routine which will further randomize the values.

It works best when the input values aren't too noisy.

• Saturation/Hue/Gain Seed

The Cell Noise Seed (random Value) for the Saturation, Hue and Gain

• Clamp Output

Will prevent the Output of the Jittering to go over values of 1

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