ausboss
c206d9e9da
Two new nodes. Edit Lock sits between the model and the sampler, reads what the edit changes from the model's own prediction at every step, and puts the original back everywhere else. Edit Lock Restore swaps the original's pixels in for those parts after the decode. The zoom and shift a model adds to the whole picture are measured and discounted before anything is compared, and an even tint is taken out. An edit of the whole picture is left alone. On MiniMax-H3-Image at 4 megapixels, 18 local edits at two seeds each moved by up to 14.5 px plain and by 0.12 px or less locked.
2.0 KiB
Edit Lock Restore
Puts your picture's own pixels back in every part the edit did not change.
Edit Lock 🆎 keeps the untouched parts in place while the picture is made. They still pass through the VAE, which softens fine detail a little. This node swaps your original pixels in for those parts, so they match your picture pixel for pixel. Only the edit is new.
Quick start
- Add it right after the VAE Decode, before any upscaler.
- Wire the decoded picture into
image. - Wire the
edit_lockoutput of Edit Lock 🆎 intoedit_lock. - Wire
reportinto Show Text 🆎 to read what was kept.
Controls
- image: the edited picture, straight from the VAE Decode.
- edit_lock: from Edit Lock 🆎. It carries your original picture and the map of what the edit changed, so there is nothing else to wire.
- Feather (
feather): how softly your original fades into the edit, in pixels. 16 is the default. The fade lies outside the edit, so the edit itself is never mixed with the old picture.
Outputs
- image: the edit, with your original pixels in the untouched parts.
- edit_mask: white where the edit changed the picture. Use it to see what the lock decided, or for a later step that should only touch the edit.
- report: one line, such as "Edit Lock kept 82% of your picture as it was and left 18% to the edit".
When nothing was locked
The picture passes through unchanged, the mask is all white, and the report says why: the edit changed the whole picture, the lock was off, or the picture and the result were different sizes.
Technical details
The map of what changed is made while sampling, on the latent grid. Here it is enlarged to the picture's size, widened by the feather and blurred by the same amount, and used to blend the decoded picture with your original. If the decoded picture is not the size of your original (after an upscale), the original is resized to fit first, which costs it some sharpness. That is why this node goes before an upscaler.