It's not mine but an author (Qu Lefan) claim, anyway since it's Python souce is available you can run/compile it on linux (but I think it should work on Wine) too.

GH-code explaination:

However it really needs an english GUI:


Last but not least, it would be really interesting to set up a comparative test (scientific - null test - not perceptual) to understand the real effectiveness those solutions.

 

Last edited: Sep 11, 2025 at 8:51 AM

Have you tried running it on paperspace or run pod?

 

Results:

I don't understand why ceiling appears. Apparently the effect has hard cutoff for bands it works with? Don't know

Second test with the following settings:

Modulation times: 8

Attenuation amplitude: 1,00

Preprocessing high-pass filter cutoff frequency (Hz): 500

Post-processing high-pass filter cutoff frequency (Hz): 10000

Filter order: 11

Hz: 44100



Translation:


1 - Open audio file (ALAC, MP3, WAV, FLAC, Ogg, Aiff, Aif, AAC, WMA, mka)

2 - Clean selected audio

3 - Change output path

4 - Start process

5 - Modulation times

6 - Attenuation amplitude

7 - Preprocessing high-pass filter cutoff frequency (Hz)

8 - Post-processing high-pass filter cutoff frequency (Hz)

9 - Filter order

10 - Select sample rate

11 - Status Bar

12 - Select output format ALAC or FLAC

13 - Cancel process

So, what do the experts think about the quality relative to the other tools like Stereo Tool, DSEE-HX & Nvidia's Diffusion audio restoration ?