Audacity Forum

Could you help putting me on the right way to do it ? Sure. To get label data with Nyquist, use the "GetInfo:" scripting (Macro) command. (https://manual.audacityteam.org/man/scripting_reference.html) Try this in the Nyquist Prompt: ;type tool (setf label-data (aud-do-command "GetInf...

We don't officially support the Raspberry Pi, but we I'm happy to try and help if I can.

Where are your headphones / speakers connected?

It could be done with a Nyquist plug-in, though I'm not aware of any existing plug-in that does that.
Have you used (programmed) Nyquist at all?

Side note: I wonder if this behaviour is in fact intentional. It's not an intended behaviour, but rather a symptom of mismatched sample rates. By using the H4N for recording and playback, the H4N takes care of ensuring that the sample rates match. Similarly, if you used PulseAudio for both recordin...

Not easy to find in the manual as it's neither a menu item nor a toolbar item. It's worth spending some time exploring the big Audacity picture on the first page of the manual: https://manual.audacityteam.org/ The image is made up of clickable components that will take you to the appropriate page i...

Note that pipe_test.py was updated yesterday to fix a bug. The latest version is here: https://raw.githubusercontent.com/audac ... pe_test.py

I don’t know if I should start from scratch or wait for a solution to my problem. I don't think there will be a fix for that project. Your description indicates that you have all of the instructions in the AUP file that tell Audacity how to reassemble the project from the data files, but the actual...

The "ExportLabels:" command does not export labels, it just opens the Label export file browser (as you have observed). Audacity does not currently provide a command for exporting labels, but it does provide a command that allows you to get the labels: "GetInfo: Type=Labels" This...

To answer the question directly: To calculate "Distortion + Noise", you need to know: 1. The input signal "i" 2. The output signal ("o") 3. The overall system gain ("g") Distortion + Noise = i - (o * g) There's a video describing how it is measured here: https...

rohrlich wrote: ↑

Wed Sep 30, 2020 4:22 am

I have a script

What sort of script?
What is in the script?