Hello everybody , i was wondering if somebody have worked sonyfing chaotic functions in pd. But not mapping the values from the functions into sound parameters, but instead using the resulting values for generating waveforms. Do anybody have tried something like this in pd? Maybe theres some example patches i could begin studying?
thanks in advance
R.
On 01/09/10 05:28, ronni montoya wrote:
Hello everybody , i was wondering if somebody have worked sonyfing chaotic functions in pd.
I've been working lately with the periodic attractors within the chaos of z→z²+c , an early audio recording is at
http://claudiusmaximus.goto10.org/feed/media/ClaudiusMaximus%20-%204%203%202...
But not mapping the values from the functions into sound parameters, but instead using the resulting values for generating waveforms.
See the help patch for [fexpr~] - it has a section for Lorentz equation sounds.
Do anybody have tried something like this in pd? Maybe theres some example patches i could begin studying?
thanks in advance
Thanks,
Claude
On Tue, 31 Aug 2010, ronni montoya wrote:
But not mapping the values from the functions into sound parameters, but instead using the resulting values for generating waveforms.
What's the difference ?... I don't get the difference. What's a « sound parameter » ?
Do anybody have tried something like this in pd? Maybe theres some example patches i could begin studying?
I put a small subpatch that does this, inside of examples/spectrogram.pd in recent versions of GridFlow.
So many different functions behave chaotically, if you put them in a feedback loop. With delwrite~/delread~, for example, you can make chaotic signals in various ways, and unlike what you seem to imply, the chaoticness can come from the signal itself, and not from outside of the signal.
| Mathieu Bouchard ------------------------------ Villeray, Montréal, QC
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ronni montoya