Create with Digital Overdrive
Drive RGB channels beyond their range, remove dark detail, and choose hard clipping or repeated triangular foldover. Channel imbalance separates the resulting color contours.
Use bright typography over a shaded background; Fold can turn a smooth gradient into repeated colored contours.
Creative applications
- Use Digital Overdrive for experimental music artwork, posters, or animated signal studies.
- Use bright typography over a shaded background; Fold can turn a smooth gradient into repeated colored contours.
Starting workflow
- Use bright typography over a shaded background; Fold can turn a smooth gradient into repeated colored contours.
- Begin with Drive, then compare the source using shared Mix.
- Explore the remaining controls separately before combining their extremes. Keep one recognizable feature if the artwork needs to remain readable.
- Enable Animate for mapped control motion. Pause to compare a held frame and inspect the result at its final size.
Key controls
- Drive
Increase drive until bright regions flatten or fold. Adjust the dark cutoff separately.
Default: 2 · Range: 1 to 32
- Black cutoff
Raise the cutoff to remove progressively brighter shadow detail before applying drive.
Default: 0.08 · Range: 0 to 0.95
- Overdrive mode
Clip flattens out-of-range channels; Fold repeatedly reflects them into range to create color contours.
Default: Fold · Choices: Clip, Fold
- Channel imbalance
Increase the difference between RGB drive levels to separate their clipping or folding boundaries.
Default: 0.15 · Range: 0 to 1
- Mix
Blend the complete treatment with its input using the shared Mix control.
Default: 100% · Range: 0% to 100%
Practical tips
- Use bright typography over a shaded background; Fold can turn a smooth gradient into repeated colored contours.
- Extreme settings intentionally discard detail. Lower Mix to recover some of the source without resetting the treatment.
Limitations
- This is a creative image-space treatment, not a calibrated hardware or codec simulation.
- Input transparency is preserved; use an opaque source layer for a full-frame result.
