Uploaded January 2019 | Updated September 2026, 7 hours ago
Just a couple of grooves based on the "glitch" experiments from the last video. Brought in a second oscillator (261e), a sequence from the 251e, and a sequence from the 2OC.
As said, I'm finally bringing the 2OC (dual Buchla-format Ornament & Crime) into the mix. I have compiled and installed a Buchla-specific OC firmware on the left side, and a Buchla-specific Hemisphere on the right side.
In this patch I'm using the clock divider of the left Hemisphere, under voltage control from a 267e fluctuating random, to play with the timing of the 5-step sequence running on the right Hemisphere. Look/listen closely and you can see/hear that in action.
I wish I could do more with the clock divider, but it appears that the pulse coming out of the 2OC is insufficient to drive, for example, the 251e (sequencer) pulse input. I havent yet determined if it's sufficient to trigger the 281e (EG). But at least it can trigger itself, which is useful on its own.
More experimentation is required.
Just a couple of grooves based on the "glitch" experiments from the last video. Brought in a second oscillator (261e), a sequence from the 251e, and a sequence from the 2OC.
As said, I'm finally bringing the 2OC (dual Buchla-format Ornament & Crime) into the mix. I have compiled and installed a Buchla-specific OC firmware on the left side, and a Buchla-specific Hemisphere on the right side.
In this patch I'm using the clock divider of the left Hemisphere, under voltage control from a 267e fluctuating random, to play with the timing of the 5-step sequence running on the right Hemisphere. Look/listen closely and you can see/hear that in action.
I wish I could do more with the clock divider, but it appears that the pulse coming out of the 2OC is insufficient to drive, for example, the 251e (sequencer) pulse input. I havent yet determined if it's sufficient to trigger the 281e (EG). But at least it can trigger itself, which is useful on its own.
More experimentation is required.
