This code (suggested by @abvgdeabvgde2 ) literally does the same thing and it does not break with Python 3.9, making it helpful for Google Colab users (me included).
fixes#8927
Also a partial fix for #8902 but it does not resolve the unresponsive UI problem faced by @Archon332
The loopback script did not set masked content to original after first loop. So each loop would apply a fill, or latent mask. This would essentially reset progress each loop.
The desired behavior is to use the mask for the first loop, then continue to iterate on the results of the previous loop.
- Improved user experience. You can now pick the denoising strength of the final loop and one of three curves. Previously you picked a multiplier such as 0.98 or 1.03 to define the change to the denoising strength for each loop. You had to do a ton of math in your head to visualize what was happening. The new UX makes it very easy to understand what's going on and tweak.
- For batch sizes over 1, intermediate images no longer returned. For a batch size of 1, intermediate images from each loop will continue to be returned. When more than 1 image is returned, a grid will also be generated. Previously for larger jobs, you'd get back a mess of many grids and potentially hundreds of images with no organization. To make large jobs usable, only final images are returned.
- Added support for skipping current image. Fixed interrupt to cleanly end and return images. Previously these would throw.
- Improved tooltip descriptions
- Fix some edge cases
this file last commit fixed common situation when using both prompts matrix and high-res。
but if we just open matrix option，but not use ‘|’，we will only get one pic，and `processed.images[0].width, processed.images[1].height` will cause a index out of bounds exception
- images.draw_prompt_matrix() should be called with the final width/height
of the generated images, after upscaling.
Otherwise, the number of rows/cols computed in images.draw_grid_annotations
will increase by the upscaling factor.
- Round the number of cols/rows in images.draw_grid_annotations, since
the final images width may be a bit less than the required
hr_upscale_to_x/y
