cebec

I'm building a patch based on PulseSeq and some of the patches in NewThump from cbm's page, here:

What I'd like to do is have PulseSeq's with independently adjustable interval/quantize values and pattern lengths but tied to the same Global Transport. I've figured out the pattern lengths problem but I'm not getting the independently adjustable interval/quantize values.

In other words, what I hope to accomplish:

Pattern 1 has 16 steps with an interval/quantize value of 16n

Pattern 2 has 12 steps with an interval/quantize value of 32nd

Both are 'locked' to the Global Transport using the Max 5 timing objects.

I'm building a patch based on PulseSeq and some of the patches in NewThump from cbm's page, here:
http://www.xfade.com/max/examples/

Pattern 1 has 16 steps with an interval/quantize value of 16n
Pattern 2 has 12 steps with an interval/quantize value of 32nd

indpendent-intervalquantize-for-parallel-sequencers

do you have multiple pulse seq's in your patch? why can't you just have separate counters for each pulse seq matrix driven by independently adjustable metros? every object that uses the '#n' notation, or the '0.0.0' notation is connected to the same global transport.

Thanks, yes, this does seem to work as expected.

Indpendent interval/quantize for parallel sequencers