Matt Dagle

Can anyone tell me why a poke~ driven with a phasor won't fill all of the samples in a 30 sec. buffer? I have tried mstosamps and gen~ poke with the same results. Does the operation require rounding and skipping samples when the buffer gets too long? Are there any tricks to getting a 0.0 to 1.0 ramp to compute all of the samples or interpolate to fill all of the samples in a buffer? Every once in a while this combination of phasor, ms to samples, and poke yields splendid results. Other times the poke object "misses" samples and creates a nasty buzz, or doesn't completely overwrite the sound. 

Thanks in advance! There are years invested in this project and I will not give up!

Can anyone tell me why a poke~ driven with a phasor won't fill all of the samples in a 30 sec. buffer?  I have tried mstosamps and gen~ poke with the same results.  Does the operation require rounding and skipping samples when the buffer gets too long?  Are there any tricks to getting a 0.0 to 1.0 ramp to compute all of the samples or interpolate to fill all of the samples in a buffer?  Every once in a while this combination of phasor, ms to samples, and poke yields splendid results.  Other times the poke object "misses" samples and creates a nasty buzz, or doesn't completely overwrite the sound.  
Thanks in advance!  There are years invested in this project and I will not give up!


Can anyone tell me why a poke~ driven with a phasor won't fill all of the samples in a 30 sec. buffer?  I have tried mstosamps and gen~ poke

phasor~-rounding

truncate sample count before sending it to poke.

or use gen poke version that can accept phase input

phasor & poke are wrong combo.
But if you insist on using it,
truncate sample count before sending it to poke.

or use gen poke version that can accept phase input


To write all samples, try [peek~]. It's also going to be faster.

if if you truncate the values you can still patch a math error whenyou try to set the phasor to the right speed for the given length. 

you are supposed to use count~ to write and read samples "uninterpolated" and errorfree.


if if you truncate the values you can still patch a math error whenyou try to set the phasor to the right speed for the given length. 

you are supposed to use count~ to write and read samples "uninterpolated" and errorfree.

uzi-defer-peek~ is also great.


Phasor~ rounding?