3

What is your use case scenario? Field recordings or vocals? You can if you have the advanced version of 2 or 3. You could also use the 'envelope' function to create a frequency curve that allows you to attenuate noise in a specific frequency range. Highly useful function especially with complex material (with loud low or midrange sounds), because it makes '...


3

Firstly, do any and all processing in WAV files. If your source material is on CD, then rip to 44.1kHz/16bit WAV and process at 24-bit in your software. Do not transcode via mp3. Tracks like 104b should be discarded. There is nothing you can do with files like this. The studio has not done their job properly. They have recorded the transfer with input ...


2

In the case where your two audio signals S1[n] and S2[n] are of same length, and we are speaking of discrete time, discrete value signals, the DFT being a linear transform : DFT (S1[n] - S2[n]) = DFT(S1[n]) - DFT(S2[n]) It means that subtracting the spectrum of S2[n] from the spectrum of S1[n] and transform back into time domain signal will produce the ...


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