Hi,
this is just an LFO I think it's nice. It goes from a constant value of one, through to a sine wave ending in a pulse train. Just thought of sharing it.
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Nice LFO
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hi alexandros!
this is nice and simple. I'll suggest replacing [sig~] with
[$1 30(
|
[line~]...just to avoid zipper noise...
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Yeah, nice idea. I was actually doing that with [expr~], but thought of doing it in a more Pd way using separate objects.
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I quite often go the long and hard way first, and then tend to simplify things in a way that the result is the same, with much less work, so a much simpler version of the patch above is this:
[0\
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[osc~]
| [0\ <- 0 is bypass and large numbers (e.g. 1000 is pulse train)
[*~ 0.5] |
| [$1 20(
[+~ 0.5] |
| __________[line~]
[pow~] -
Hey!
inspired by your post i also made an lfo including pow function.
I also made a processing sketch for visualization, managed by OpenSoundControli guess some optimization could be done,
but hope this is usefull! -
@playmodes said:
Hey!
inspired by your post i also made an lfo including pow function.
I also made a processing sketch for visualization, managed by OpenSoundControli guess some optimization could be done,
but hope this is usefull!Nice; I really like this.
