Method
Chooses the anaglyph combination algorithm.
Red/cyan and stereo composite output
Builds an anaglyph stereo image from separate left-eye and right-eye layers.
Anaglyph combines two stereo views into a color-coded image for red/cyan or related anaglyph viewing and diagnostic stereo checks.
Overview
The node expects a left and right view and maps them into the chosen anaglyph color method. It is useful both for delivery experiments and for quick visual inspection of stereo disparity.
Swap reverses the eye assignment when the stereo pair is connected incorrectly. Stack controls are useful when the source pair arrives in a combined horizontal or vertical layout.
Anaglyph color encoding sacrifices normal color fidelity, so it should be treated as a stereo representation rather than a neutral grading step.
Think of it as two eye views encoded into different color channels so colored glasses can separate them again.
Flow anatomy
The port structure shows how this node fits into a Fusion graph.
Source image for the operation.
The processed image after the node operation.
Inspector
Start with these controls before reaching for more complicated workarounds.
Chooses the anaglyph combination algorithm.
Selects the color-channel pairing used for the glasses/output.
Reverses left and right eye assignment.
Interprets or arranges a horizontally stacked stereo pair.
Interprets or arranges a vertically stacked stereo pair.
Selects the left-eye layer when multiple layers are available.
Selects the right-eye layer when multiple layers are available.
Practical setup
Connect the correctly synchronized left and right eye images.
Choose the desired Method and Color Type.
Use Swap if depth appears inverted.
Set stack options only when the source is packed into one frame.
Check disparity on both near and far objects.
Examples
Encode a stereo render as red/cyan for a fast depth check.
Interpret a side-by-side pair and create an anaglyph preview.
Troubleshooting
Production notes
Related nodes