brendan mccloskey

I am using several [pipe] and [delay] objects to capture the rate of change in one slider, as acceleration data for a second slider (via message to [line~]); it works, but is occasionally unreliable, and I suspect my implementation is clunky due to my DIY versions of delta/snapshot. Are there any glaring optimzations possible that I've missed here:

Hi
I am using several [pipe] and [delay] objects to capture the rate of change in one slider, as acceleration data for a second slider (via message to [line~]); it works, but is occasionally unreliable, and I suspect my implementation is clunky due to my DIY versions of delta/snapshot. Are there any glaring optimzations possible that I've missed here:

acceleration-question-using-diy-delta-and-snapshot-type-abstractions

I haven't look at your patch in details, and it may not help, but I usually

As well, to smooth things with [line], you may consider using its second argument (the time grain) maybe.

I haven't look at your patch in details, and it may not help, but I usually
write a delta this way :

yeah this is the method I'm using - the issue is that sometimes (rarely) the delta is incorrect; low when it should have been high. But only rarely.

Hi Ch
yeah this is the method I'm using - the issue is that sometimes (rarely) the delta is incorrect; low when it should have been high. But only rarely.

you probably posted a wrong patch then, cause it's not the one used in what you posted

the patch you posted as a suggestion uses [t f f] -> [-] in exactly the same way I do.

Hi Ch
the patch you posted as a suggestion uses [t f f] -> [-] in exactly the same way I do.


we're not going to continue this discussion for ever please.

have a look to the patch you posted, and see that you're using a [pipe 20] in it. I dont that like solution, cause it strongly relies on the line and pipe timings.

we're not going to continue this discussion for ever please.
have a look to the patch you posted, and see that you're using a [pipe 20] in it. I dont that like solution, cause it strongly relies on the line and pipe timings.

acceleration question: using DIY delta and snapshot -type abstractions