Seems like the wavefolding function is simple and straightforward. Let's say the wave range goes -1 to +1. For a parameter p from 0...1, if the amplitude is positive x it is changed to x - p, and if it is negative x it is changed to x + p.
@@jukkauh Quote from the Technical Map, “Negative voltages are shifted up by +5V, while positive voltages are shifted down by -5V.” So yes, simple and straightforward but it is unusual because the closer to 0v a signal is the more it is offset. It can be helpful to attenuate afterwards to get good results.
I love my Cold Mac ... it's such a versatile module and a great macro controller.
This is awesome thanks for reminding me
Seems like the wavefolding function is simple and straightforward. Let's say the wave range goes -1 to +1. For a parameter p from 0...1, if the amplitude is positive x it is changed to x - p, and if it is negative x it is changed to x + p.
@@jukkauh Quote from the Technical Map, “Negative voltages are shifted up by +5V, while positive voltages are shifted down by -5V.”
So yes, simple and straightforward but it is unusual because the closer to 0v a signal is the more it is offset. It can be helpful to attenuate afterwards to get good results.