Hey. Regarding this:
"If the 1st digit is zero and the 2nd digit has a value it has a (inverted) function which results in a delayed gate:
01 triggers OFF/ON shortly (delayed gate, 5ms delay)
02 triggers OFF/ON with a longer OFF time (delayed gate, 10ms delay)
03 triggers OFF/ON with an even longer OFF time (delayed gate, 15ms delay) ….. up to 0F"
When I'm sequencing sampler modules, and analog cv/gate modules at the same time from the NerdSeq, the sampler modules always lag a bit behind (samples loading of SD-card on my Bitbox for example, but also samples from the NerdSeq itself), but not as much as 5 ms. Any way that these values could go from as low as 1 ms and up? That way I could delay all gates not going to a sampler to make everything stay perfectly in sync.
Or, even easier, set an individual overall track delay on each track, ranging from 1 ms and up?
"If the 1st digit is zero and the 2nd digit has a value it has a (inverted) function which results in a delayed gate:
01 triggers OFF/ON shortly (delayed gate, 5ms delay)
02 triggers OFF/ON with a longer OFF time (delayed gate, 10ms delay)
03 triggers OFF/ON with an even longer OFF time (delayed gate, 15ms delay) ….. up to 0F"
When I'm sequencing sampler modules, and analog cv/gate modules at the same time from the NerdSeq, the sampler modules always lag a bit behind (samples loading of SD-card on my Bitbox for example, but also samples from the NerdSeq itself), but not as much as 5 ms. Any way that these values could go from as low as 1 ms and up? That way I could delay all gates not going to a sampler to make everything stay perfectly in sync.
Or, even easier, set an individual overall track delay on each track, ranging from 1 ms and up?