...
optional arguments:
-h, -h, show this help message and exit
-v, --verbose Verbose output for debugging.
-a ASYMMETRY, --asymmetry ASYMMETRY
controls the asymmetry value, 0 is the best quality,
higher values encourage the denoiser to avoid
over blurring, leading to weaker denoising.
-o OUTPUT, --output OUTPUT
The output directory for the denoised images. The JSON
config file(s) will also be written to this directory.
If not specified, we write into a subdirectory called
"denoised", from the image path.
-cf, --crossframe Do crossframe denoising
-f, --flow Whether to compute optical flow.
-j, --json If provided, use the first input file as the
configuration JSON file. All other files and options
are ignored.
| -h, | -h, | show this help message and exit |
| -v, | --verbose | Verbose output for debugging. |
| -a ASYMMETRY, | --asymmetry ASYMMETRY | controls the asymmetry value, 0 is the best quality, and higher values encourage the denoiser to avoid overblurring, leading to weaker denoising. |
| -o OUTPUT, | --output OUTPUT | The output directory for the denoised images. The JSON config file(s) will also be written to this directory. If not specified, we write into a subdirectory called "denoised", from the image path. |
| -cf, | --crossframe | Do crossframe denoising |
| -f, | --flow | Whether to compute optical flow. |
| -j, | --json | If provided, use the first input file as the configuration JSON file. All other files and options are ignored. |