Ok this is a spectroscope (thanks again, this is amazing to see some much more advanced Pd mastery than mine)
But I’m looking for a spectrogram (where each pixed of a 2D graph is as dark as the loudness of that position (usually time in the x axis and freq in the y axis). The search continues :) > On 20 Jan 2022, at 18:31, Dan Wilcox <[email protected]> wrote: > > I have a vanilla spectroscope abstraction: g_spectroscope. It's pretty simple > and good enough for showing a graph, not really for scientific precision. > There are also update & dimension controls plus you can turn it off to save > CPU. > > https://github.com/danomatika/rc-patches/tree/master/rc > >> On Jan 20, 2022, at 6:01 PM, [email protected] wrote: >> >> Date: Thu, 20 Jan 2022 16:46:02 +0000 >> From: Pierre Alexandre Tremblay <[email protected]> >> To: Pd-List <[email protected]> >> Subject: [PD] A strange question (yet again) >> Message-ID: <[email protected]> >> Content-Type: text/plain; charset="utf-8" >> >> Sorry again for my obsessions with pd-vanilla which makes everything harder >> - this one might be impossible! >> >> I?m trying to draw a spectrogram in pd-vanilla to match our waveform >> visualisation options in FluCoMa for Max and SuperCollider. I saw the >> example with the peaks in the documentation, and did myself a sort of grid >> of objects (arrays) but the former is not precise enough and the latter was >> clogging the machine as you might imagine? >> >> As I am not the best Pd coder, although getting less worse by the day thanks >> to you all, I just want to confirm that it is definitely no possible in any >> other way than doing the structure of arrays of rectangles. >> >> Any pointer welcome (pun intended again) >> >> p > > -------- > Dan Wilcox > @danomatika > danomatika.com > robotcowboy.com > > >
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