12-09-2020, 11:47 PM
(This post was last modified: 12-10-2020, 12:15 AM by kaplundafunk.)
My Nerdseq+expanders are still on their way but I have a question that I can't seem to find an answer to.
I am wondering if there is a way to emulate the random trigger/fill features of a TipTop Circadian rhythms. Is there is a way to do random triggers with the push of a button or when a gate goes high on the Nerdseq cv input? on the TipTop CR you can push a button while it is running and it will temporarily add in random triggers while the button is pushed. The TipTop CR has different buttons for different time divisions. I am wondering if I can re-create this on the Nerdseq. The purpose would be to take a static beat and add variability on-the-fly for fills.
Can the Nerdseq accept a gate to toggle random triggers on/off on various outputs and maybe a cv to control time division? I am imagining something like when the gate goes high on the nerdseq cv input, the assigned outputs will then output a trigger at every 16th(cv controllable division) note with probability of 50% of trigger actually happening, and when the gate at the Nerdseq cv input is low it will continue to output whatever the current pattern is.
I am wondering if there is a way to emulate the random trigger/fill features of a TipTop Circadian rhythms. Is there is a way to do random triggers with the push of a button or when a gate goes high on the Nerdseq cv input? on the TipTop CR you can push a button while it is running and it will temporarily add in random triggers while the button is pushed. The TipTop CR has different buttons for different time divisions. I am wondering if I can re-create this on the Nerdseq. The purpose would be to take a static beat and add variability on-the-fly for fills.
Can the Nerdseq accept a gate to toggle random triggers on/off on various outputs and maybe a cv to control time division? I am imagining something like when the gate goes high on the nerdseq cv input, the assigned outputs will then output a trigger at every 16th(cv controllable division) note with probability of 50% of trigger actually happening, and when the gate at the Nerdseq cv input is low it will continue to output whatever the current pattern is.