This repository enhances the Flux model with additional guidance transformation methods for improved control and creativity during image generation.
- Extended Guidance Methods: 10 methods including cosine, inverted cosine, sin, linear increase, random noise, ripsaw, and bubble.
- Enhanced Creativity: Provides a greater range of CFG values for Flux-guided samplers.
- Integration: Works seamlessly with FluxGuidance for the best results.
- Dynamic Control: Offers a variety of transformations, from smooth (cosine) to sharp and dynamic (ripsaw, bubble).
- Copy Files Manually to this directory
custom_nodes\TranslateGuidance - In the ComfyUI do
Manager>Install Git Url>Copy the link for this projectno requirements.txt needed
- This only affects images generated with the Flux model.
- Enables greater range and control of CFG values on the sampler.
- Works best when paired with
FluxGuidance. - Recommended methods:
- Inverted Cosine: Smooth and consistent transformations.
- Ripsaw: Sharp transitions and dramatic peaks.
- Bubble: High-contrast and dynamic outputs.
- Random Extreme: Ideal for pseudo-SDE-like generations.
| Method | Description |
|---|---|
| cosine | Smooth wave-like transitions using cosine function. |
| inverted_cosine | Reverse cosine for inverted, smooth transitions. |
| sin | Periodic sine wave adjustments. |
| linear_increase | Gradual linear increase in guidance strength. |
| linear_decrease | Gradual linear decrease in guidance strength. |
| random_noise | Adds uniform random noise for slight variation. |
| random_gaussian | Adds Gaussian noise for natural randomness. |
| random_extreme | Adds extreme random noise for dramatic variations. |
| ripsaw | Random bit-shift followed by inverted cosine for sharp peaks. |
| bubble | Dual-channel sharp peaks with alternating shifts for dynamic outputs. |
- Select your preferred guidance_method when configuring Flux:
- Available methods include cosine, inverted cosine, ripsaw, bubble, and more.
- Pair with FluxGuidance for optimal results.
- Experiment with different methods to achieve desired effects.
Happy creating!