An old self-playing-patch trick is to trigger the generation of a random voltage, and then use that voltage to determine the time until the next trigger. A very effective way of generating autonomous variations in timing, and easily made more "musical" by using a looping random source, such as Marbles.
Patch notes:
I have Marbles' internal clock running at audio rate, and the t section is set to fixed clock divisions/multiplications. That's the alternate orange mode (long press on the mode button), where the outputs always stay at the same division/multiplication defined by the Bias control, rather than randomly changing within the set range of possible divisions/multiplications (as in the regular orange mode). One big advantage of this mode is that it produces consistent pulse waves at audio rate, so we can use the outputs to create just intonation chords! t2 is the fundamental, and t1 and t3 are the subharmonic and harmonic of the same integer.
I have t1 and t3 patched to the inputs of the Dual Borg, where the signals are mixed and sent through both filters in series. The first filter is in resonant mode, and is controlled by a smooth, non-looping random signal from Marbles' Y output. The second filter is in LPG mode, and is controlled with a cycling envelope from Maths.
I have both of Maths' envelopes set to cycle, and I'm using the EOR output as a sort of "master clock". I'm using this both to re-trigger the filter envelope and to trigger Marbles' X section. Using an external clock is important in order to separate Marbles' X outputs from the internal clock, since that is running at audio rate. I'm then using the X1 and X2 looping random CVs to modulate the speed of Maths' envelopes (these are patched via Maths channels 2 and 3, for attenuation), and X3 controls Marbles' Rate input – i.e. the fundamental pitch for the pulse waves. This input actually tracks 1V/Oct, so it benefits from the built in quantizer on the X outputs!
* * *
Thanks for watching! :)
Feel free to request upcoming module combinations from my rack, and check out the #3modulechallenge for more 3 module patches!
➢ Series overview:
➢ Modulargrid:
➢ Comparatively Irrelevant website:
➢ Support the channel by buying some music via
Patch notes:
I have Marbles' internal clock running at audio rate, and the t section is set to fixed clock divisions/multiplications. That's the alternate orange mode (long press on the mode button), where the outputs always stay at the same division/multiplication defined by the Bias control, rather than randomly changing within the set range of possible divisions/multiplications (as in the regular orange mode). One big advantage of this mode is that it produces consistent pulse waves at audio rate, so we can use the outputs to create just intonation chords! t2 is the fundamental, and t1 and t3 are the subharmonic and harmonic of the same integer.
I have t1 and t3 patched to the inputs of the Dual Borg, where the signals are mixed and sent through both filters in series. The first filter is in resonant mode, and is controlled by a smooth, non-looping random signal from Marbles' Y output. The second filter is in LPG mode, and is controlled with a cycling envelope from Maths.
I have both of Maths' envelopes set to cycle, and I'm using the EOR output as a sort of "master clock". I'm using this both to re-trigger the filter envelope and to trigger Marbles' X section. Using an external clock is important in order to separate Marbles' X outputs from the internal clock, since that is running at audio rate. I'm then using the X1 and X2 looping random CVs to modulate the speed of Maths' envelopes (these are patched via Maths channels 2 and 3, for attenuation), and X3 controls Marbles' Rate input – i.e. the fundamental pitch for the pulse waves. This input actually tracks 1V/Oct, so it benefits from the built in quantizer on the X outputs!
* * *
Thanks for watching! :)
Feel free to request upcoming module combinations from my rack, and check out the #3modulechallenge for more 3 module patches!
➢ Series overview:
➢ Modulargrid:
➢ Comparatively Irrelevant website:
➢ Support the channel by buying some music via
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