Proper Flux Control-Net inpainting and/or outpainting with batch size - ComfyUI (Alimama) or Flux Fill版本v5.0 (ID: 1106762)

For inpainting that leaves a face and changes the whole background and character, Alimama works way better. Alimama also works better for LoRas. Alimama is terrible at outpainting and Flux Fill is amazing. You should test both. My comfyUI OOM or crashes when switching from one to the other, so you might want to restart in those cases.

I try my best to avoid hiding the workflow flow, while balancing keeping it clean and user-friendly.

It does use a lot of custom nodes to make life easier and workflow cleaner. Use manager to install the missing ones.

This is a proper inpainting with alimama control-net + Flux Fill support on V3.

Supports loading of an external mask (need to match the image size) or doing the inpainting within the right-click "Open MaskEditor" on the image itself.

Supports FILL -the normal fill, like Auto1111- (use FastBypasser - black node)

Supports area inpaiting x full image inpaiting (use FastBypasser - black node)

Supports variable denoise (Change denoise on the CONTROL ROOM)

Supports Negative (use FastBypasser - black node)

Proper composite so no VAE degradation

I added LoRa support and Daemon Detailer support (both are optional)

描述:

This is kind of a big important update.

1- I decided to add "fill" (automatic1111 fill) to the outpainted area. It makes no sense to have it black or gray, specially because you might use a lower denoise.

2- I added "Differential Diffusion" to any model chosen. It is supposed to help any inpainting model, not only Flux Fill. Thanks to @cenor for pointing it out.

3- I Decided to change how the image is loaded to the workflow. It won't "allow" and will change any image that is not dividable by 8. Why? The ksampler/Vae Encoder would "fix" any image that is not dividable by 8 anyway, which in the end means that compositing would make it misalign/mismatched by some pixels. I don't like that, so it's better to fix the image in the beginning of the workflow. Keep in mind that this will probably change your original image resolution, but not by much, just the closest number divisible by 8. This is all automatic.

4- So I had to fix outpatining calculation so it will output a final image that is dividable by 8.

5- I added an option to resize the initial image if you want. Sometimes you want to inpaint an image that is of a HIGH resolution and prefer it resized to a more friendly resolution.

(!!!) Keep in mind that if you want to inpaint only a part of a giant res image, you CAN. Just DO NOT resize and click on the "localized area inpaitning" on the Control-room. This will make use of the "inpainting crop and stitch nodes".

6- I added the option to not composite in the end. Keep in mind this is not proper and it's not advisable at all! You should ALWAYS composite at the risk of degrading your whole image if you don't. BUT sometimes you don't care and the image blends does better without it, so here it's the option. It is not in the control-room, you need to do it on the red group.

7- Added labels and more notes to help understand the workflow

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