Cool, you've just taught me about Euclidian sequences 😊
While searching for information about the subject, I found this fun sentence on splice.com that I'd like to share:
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The timing of each synth wobble coincides with when the revolving point makes contact with a static point on the perimeter of Parallels’ circular visualization.
Admittedly, this rhythm doesn’t sound too revolutionary.
You can use it to create an offset by a certain amount of steps, e.g. to shift the timeline between two CV/Gate sequencers.
Modulating the "Shift Steps" knob will certainly give you interesting rhythmic variations, especially if the modulator is not synchronized with the host bpm.
Yeah look forward to more possibilities with sequencer modules added as I don't like baking the timeline with midi events for rhythmic parts, keeping it live is preferable.
Not tried it yet but is it possible to record just knob automations in the timeline without recording the midi events? This would be great :)
Great, but say for example you have midi coming into a track but just want to record knob automation without midi being recorded too, is this possible?
Maybe. The only ways really to record knob automation are either to use the hack that @bcrichards showed, where you record into a buffer, or to record them as psteps. Either of those will work with MIDI CCs.
Comments
+ 1
In the interim, I've been using
SCALE TIMEandCLOCK GENERATORto great effect.Thats a good work around thanks ;)
Actually not a workaround, its just perfect :)
Cool, you've just taught me about Euclidian sequences 😊
While searching for information about the subject, I found this fun sentence on splice.com that I'd like to share:
---
The timing of each synth wobble coincides with when the revolving point makes contact with a static point on the perimeter of Parallels’ circular visualization.
Admittedly, this rhythm doesn’t sound too revolutionary.
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😁
Its actually quite interesting how most of the traditional music is based on Euclidean Rhythms ;)
This is a interesting paper:
http://cgm.cs.mcgill.ca/~godfried/publications/banff.pdf
I'm glad it was useful.
I've been having a ball just letting Drambo generate stuff for me. 😎
The concept can easily be extended to melodic parts as well.
Yes also tried this ;) Not 100% sure what the Shift Time module does but it could allow for rotating the sequence.
Actually its the Bend Time Module which allows for rotating the sequence, @rs2000 what does the Shift Time Module do?
Wow. This is some cool stuff. Thanks for posting the screen shot for the setup 🤯🤯🤯🤔👊🏼™️
It shifts the time signal from the host clock.
You can use it to create an offset by a certain amount of steps, e.g. to shift the timeline between two CV/Gate sequencers.
Modulating the "Shift Steps" knob will certainly give you interesting rhythmic variations, especially if the modulator is not synchronized with the host bpm.
By the way, Dr. @stellaremodular, your hint at Euclidean inspired me to do something different:
A math-based oscillator that apparently needs your diagnosis urgently.
https://patchstorage.com/math-infected-oscillator-in-quarantine/
Will check when my daughter takes a nap ;)
Mind the distance when trying it 😁
Great, thanks for the setup inspiration :)
Yeah look forward to more possibilities with sequencer modules added as I don't like baking the timeline with midi events for rhythmic parts, keeping it live is preferable.
Not tried it yet but is it possible to record just knob automations in the timeline without recording the midi events? This would be great :)
Yes you can record P-locks on any step regardless of whether there's a note there.
Great, but say for example you have midi coming into a track but just want to record knob automation without midi being recorded too, is this possible?
Bend time is more like a swing function. Shift would move the beat forward or backward and it would stay there.
Maybe. The only ways really to record knob automation are either to use the hack that @bcrichards showed, where you record into a buffer, or to record them as psteps. Either of those will work with MIDI CCs.