Yes? No? Maybe?
Probabilistic trigger with 1 input & 5 outputs
Component List:
6x 1kΩ resistor1x 100kΩ resistor
5x LED
5x 10kΩ potentiometer (other values will work)
2x 1n5817 Schottky diode
1x TL074
1x TL072
4x 100nF capacitor
2x 10µF capacitor
1x SPDT Switch
1x Arduino Nano (others might work)
6x Jack socket (1 for input, 1 for each output)
Usage
The module has 1 gate input and 5 gate outputs.
Whenever a gate signal is received at the input, it can be distributed to the 5 outputs according to the probability set by each output's knob.
A knob set to 0% means the output is unlikely to reproduce the signal, while a knob set to 100% ensures the signal will always be passed on.
Pattern Mode
A "Pattern mode" switch allows you to alternate between Random and Pattern modes.
Random mode behaves as described above.
In Pattern mode, each output follows a rhythmic pattern. The corresponding knob lets you select from 62 different patterns of various lengths.
This mode is particularly handy for generating polyrhythmic beats and more intricate rhythmic structures.
The module has 1 gate input and 5 gate outputs.
Whenever a gate signal is received at the input, it can be distributed to the 5 outputs according to the probability set by each output's knob.
A knob set to 0% means the output is unlikely to reproduce the signal, while a knob set to 100% ensures the signal will always be passed on.
Pattern Mode
A "Pattern mode" switch allows you to alternate between Random and Pattern modes.
Random mode behaves as described above.
In Pattern mode, each output follows a rhythmic pattern. The corresponding knob lets you select from 62 different patterns of various lengths.
This mode is particularly handy for generating polyrhythmic beats and more intricate rhythmic structures.
