Audacity Forum

source code is here: viewtopic.php?f=28&t=100985

Ok, I got my phd friend to help me use this very academic python library (statsmodels) and it seems to work to great effect: https://gyazo.com/03b228b9bc58d434bef9bed38a823642 Here is another pic showing the before and after of each ruined section (the thin line is the original ruined signal, the re...

I've been playing around with this it's not too difficult to do the detection. With a bit of python, you can just apply a very strong high-pass filter and then just identify the remaining large bumps in the signal that are left. This is possible because the clicks have strong frequencies across the ...

Periodically when recording 2 inputs on my Scarlett 2i2, a recording will suddenly become infected with this beating and I have no idea what prompts it. The clicks are almost exactly 0.094 seconds apart and increase in volume with the sound of my voice. Mac OSX (2015) That sounds like the infamous ...

This is a message thread that discusses various methods of removing clicks from vinyl. https://forum.audacityteam.org/viewtopic.php?p=346841#p346841 There is a process that can do a wonderful job repairing the distortion...one click at a time. Can't take you more than six months. I think one of the...

Which computer? I don't remember the particulars, but the digital bitstream is periodically failing to follow your voice. That's why it seems to get worse with volume. Because it's a sharp absence of sound rather than a spike or "up-tick," the regular click removers aren't going to help. I thought ...

Attached is a wav and 3 screen shots showing my problem. Periodically when recording 2 inputs on my Scarlett 2i2, a recording will suddenly become infected with this beating and I have no idea what prompts it. The clicks are almost exactly 0.094 seconds apart and increase in volume with the sound of...

I want to be able to completely cut a particular range of frequencies, mute them, but not alter the ones around it. For example, I want to cut frequencies 438-442 but leave 437, 436, 435, etc. in tact. Filters, to my knowledge, use a sloping algorithm so that the frequency you select as one you want...