I’m trying to make it so a random gate module has low probability to go to the A gate at the start, but becomes more likely to go to A if it hasn’t gone to A in a while. And once it hits the A gate it will reset to low probability
I’m thinking I could achieve it with something like a long delay gate → VCA → Probability CV
The long gate would increase with each B gate hit, and reset with an A gate hit.
I’d also like to incorporate something that doesn’t reset the A gate probability right away, and maybe gets 2 or 3 hits before resetting
Any other ways to approach this to make bernoulli gates more “musical”? Thanks!
Clock a binary counter with output B of the Bernoulli gate. Drive a DAC with the counter. Run the output of the DAC into the probability input of the Bernoulli gate. Connect the A output of the Bernoulli gate to reset of the counter.
By doing this, every pulse out of the B output should increase the probability CV until it causes A to fire which in turn causes it to start the process again.
My Lunetta Modula plugin has modules you can use for this.
I’ve given this one a try using stoermelder’s PILE, which creates a decremental sequence on the Chance parameter of Chances (Count Modula). Would something like this work for you?
