Send gate signal when value not equal to zero
Hello Drambo community.
I have a question.
Here’s my patch :
I would like to send a gate signal each time a step value of the Velocity sequencer is not equal to zero.
If possible, not having to use another Step Sequencer for the gate signal.
Thanks for any help.
Instead of using two cv sequencers try one CV sequencer and the Gate+Velocity sequencer.
The Gate+Velocity sequencer will send a gate signal when velocity is not equal to zero.
Thanks for your answer Gravitas.
You are right indeed.
I realize that by wanting to simplify my patch for this question on the forum, I asked the wrong question.
To be more precise, I want to be able to modulate the Velocity by using this method found elsewhere on the forum :
Is there a way to send a gate signal only when the Velocity knobs are not equal to zero?
Sorry for this misunderstanding.
Could you take the Gate generated by the sequencer, ANDed with Velocity>0?
If you're not going to change the rhythm of the sequencer
simply use the Clock Generator module connected to the Gate input
and set to Trigs/beat to 1.00, adjust gate length to taste.
I was trying to figure it out using the Math modules and I'm sure
someone has already figured this out but that's my take on it. :)
The other thing you could do is place notes on the Track seqeuncer and use that instead.
Thanks a lot to you both for your answers.
I have found a way that seems to work as expected.
I tried that and nothing happened.
I think the AND module responds to gate signal off/on rather than a cv signal.
I'm currently having a look.
You could take out the Multiply module and connect the Clock Generator directly.
It's given me food for thought.
@gravitas if I take out the multiply, I don’t know how to explain it clearly but the enveloppe gets triggered sometimes by the clock generator if a step gate’s is ON followed by an OFF step gate. Kind of leaking. Hope you understand.
Yeah, I think I've got it.
Regardless, if it works for the sound/effect your aiming to achieve then it's all good. :)
I tried A=B using the Function module and I got something happening using the OR or XOR modules.
When velocity is equal to zero then the gate opens and remains open
until the next “normal” gate signal on/off resumes. as shown in this screenshot.
There is certainly room for improvement in my math,