SD Forge Extra Samplers

This repository provides additional Euler samplers to the Forge WebUI. The source for these new samplers come from projects created by Koishi-Star, licyk, and Panchovix

Features

• Additional samplers integrated into the Forge WebUI.
  • Euler Max
  • Euler Negative
  • Euler Dy
  • Euler Dy Negative
  • Euler SMEA
  • Euler SMEA Dy
  • Euler SMEA Dy Negative
  • Kohaku LoNyu Yog
  • Kohaku LoNyu Yog CFG++ (Not working correctly)
  • Res Multistep
  • Res Multistep CFG++
  • Res Multistep Ancestral
  • Res Multistep Ancestral CFG++

Comparison

Prompt: bustling town, sunset, street, cars
Steps: 30, Schedule type: Karras, CFG scale: 5, Seed: 4103437930, Size: 832x1216, Model: leosamsHelloworldXL_helloworldXL70

Installation

1. Clone this repository into the extensions directory of your WebUI installation:

   git clone https://github.com/MisterChief95/sd-forge-extra-samplers.git

2. Restart the WebUI to load the new samplers.

Usage

1. Open the WebUI.
2. Navigate to the sampler settings.
3. Select one of the newly added Euler samplers from the list.
4. Generate images as usual.

Because of how these Dy/SMEA samplers work, they are not guaranteed to function correctly in img2img scenarios (Hires fix, adetailer, etc). If you get strange outputs or artifcating in these cases, try using a different sampler after generating the base image.

Euler Max seems to work fine in just about all scenarios from my own testing.

Contributing

Contributions are welcome! Please open an issue or submit a pull request for any improvements or bug fixes.

License

This project is licensed under the Apache 2. See the LICENSE file for details.

Acknowledgements

If any of these are incorrect please let me know!

• Thanks to the developers of Automatic1111 and Forge.
• Koishi-Star for the following sampler contributions:
  • Euler Negative
  • Euler Dy
  • Euler Dy Negative
  • Euler SMEA Dy (Euler SMEA Dy Negative based on this)
  • Kohaku LoNyu Yog
• licyk for the following sampler contributions:
  • Euler Max
  • Euler SMEA
• Panchovix
  • Res Multistep
  • Res Multistep CFG++
• Special thanks to the contributors of this repository.