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@Sxela Sxela released this 28 Jul 20:51
v0.22
49e69df
This commit was created on GitHub.com and signed with GitHub’s verified signature.
GPG key ID: B5690EEEBB952194
Learn about vigilant mode.

Changelog:

  • fix pytorch dependencies error
  • fix zoe depth error
  • move installers to github repo
  • fix "TypeError: eval() arg 1..." error when loading non-existent settings on the initial run
  • add error message for model version mismatch
  • download dummypkl automatically
  • fix venv install real-esrgan model folder not being created
  • fix samtrack site-packages url
  • fix samtrack missing groundingdino config
  • make samtrack save separate bg mask
  • fix rife imports
  • fix samtrack imports
  • fix samtrack not saving video
  • add rife
  • fix samtrack imports
  • fix rife imports
  • fix samtrack local install for windows
  • fix samtrack incorrect frame indexing if starting not from 1st frame
  • fix schedules not loading
  • fix ---> 81 os.chdir(f'{root_dir}/Real-ESRGAN') file not found error thanks to Leandro Dreger
  • hide "warp_mode","use_patchmatch_inpaiting","warp_num_k","warp_forward","sat_scale" from gui as deprecated
  • clean up gui settings setters/getters
  • fix contronet not updating in gui sometimes

SAMTrack

Samtrack should now download prebuilt binaries for torch v2/cuda 11.x, if you have a different setup, then you will need to get VS Build Tools: https://stackoverflow.com/questions/64261546/how-to-solve-error-microsoft-visual-c-14-0-or-greater-is-required-when-inst

Then install cuda toolkit for your GPU drivers/os: https://developer.nvidia.com/cuda-downloads?target_os=Windows&target_arch=x86_64

Then it should install itself just fine.

RIFE

Interpolates frames. Results example - in this post's video.

Settings are simple:

  • exponent: the power of 2 to which to increase the fps. 1 - x2, 2 - x4, 3 - x8, etc.
  • video_path: input video to interpolate. can be a folder with frames, but then you need to specify the fps manually.
  • nth_frame: extracts only nth frame before interpolation
  • fps: output fps (for image folder input only, fps for video will be based on input video's fps to keep the same video duration after interpolation)

If you have a high-fps output video (like 60ps), you can also try skipping frames to reduce high-frequency flicker. If you have already used the nth frame during your video render, skipping frames here may produce weird results.

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