Fan Bonus: Click your profile picture in the top-right corner, go to 'Invite Code,' and enter `rh-v1182` to get 1,000 RH Coins. Plus, you'll get another 100 coins for logging in daily!
Workflow Testing and Usage Instructions:
1. First, a big thank you to DigitalPastel for releasing this model. You can find their Smooth Mix model at the following link:https://civitai.com/models/1995784?modelVersionId=2323420.
2. This is an FP8 quantized version of the model, so when you're using KJ's model loader node, you'll need to set the `quantization` to the `fp8` option.
3. This V2.0 model is a big improvement over V1.0 in terms of motion. Compared to DigitalPastel's original workflow, mine uses a 6+4 sampling setup: 6 steps for the high-noise pass and 4 for the low-noise pass. For the low-noise model, you could also try using the official Wan low-noise model. In my tests, that combo gives you richer backgrounds, but the character details might not be as good as with the Smooth Mix low-noise model.
4. For other operational details, please see the notes inside the workflow.
Fan Bonus: Click your profile picture in the top-right corner, go to 'Invite Code,' and enter `rh-v1182` to get 1,000 RH Coins. Plus, you'll get another 100 coins for logging in daily!
Workflow Testing and Usage Instructions:
1. First, a big thank you to DigitalPastel for releasing this model. You can find their Smooth Mix model at the following link:https://civitai.com/models/1995784?modelVersionId=2323420.
2. This is an FP8 quantized version of the model, so when you're using KJ's model loader node, you'll need to set the `quantization` to the `fp8` option.
3. This V2.0 model is a big improvement over V1.0 in terms of motion. Compared to DigitalPastel's original workflow, mine uses a 6+4 sampling setup: 6 steps for the high-noise pass and 4 for the low-noise pass. For the low-noise model, you could also try using the official Wan low-noise model. In my tests, that combo gives you richer backgrounds, but the character details might not be as good as with the Smooth Mix low-noise model.
4. For other operational details, please see the notes inside the workflow.