Logarithmic ADSR

Last night I made a simple hack to the built-in core ADSR envelope to allow for either a linear or logarithmic attack slope, as the linear slope occasionally feels a little sluggish to me. The UL hates me at the moment, so here it is, for your pleasure.

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Edit: Whoops! Fixed a bug related to velocity sensitivity.

 

nice upload - but it isn't logarithmic shape but quadratic i think. Nevertheless good idea.

ciao herw

 

Perhaps you're right--mathematics is not my strong suit. Convex, shall we say?

 

Thanks for sharing. Convex sounds convincing ;-)

 

Hi Big Gnome. Thanks for your core module I found a glitch in the function where < 1.0 gates were creating a click. Turns out the scaling pushed the parabola to the left. I fixed it up and added a Hold stage to the envelope. Can be found here.

http://www.native-instruments.com/forum/showthread.php?t=182819

 

Wow nice, something very interesting for me to check out. Thanks!

 

i made this a while ago, 3 stage core cell envelope where you can choose the curve for each stage
http://co.native-instruments.com/index.php?id=userlibrary&type=0&ulbr=1&plview=detail&patchid=7346

 

Nice! Gonna take me a while to chew through that one, but cool use of the crossfades.

 

It would be nifty if you could optionally make it an AHDSAR

from http://postmodular.co.uk/wmd/multimode-envelope

 

yeah the structure is a bit dirty cause i was still learning core cell
i've just rewritten it again tonight, it uses a bit less cpu than before and also now it's possible to set up all kind of curves also for the release.

i'll update it on the library soon, i'm gonna test it a bit more just to make sure there are no issues.

in the meantime here it is...

EDIT: v2.0 is now available on the user library:
https://co.native-instruments.com/index.php?id=userlibrary&type=0&ulbr=1&plview=detail&patchid=12363

-Fixed some display issues
-Fixed velocity changes during legato
-Total rewrite of main module (less CPU usage)
-All curves are now available also for release
-Added an "analog" version (changes offset when it starts and it crossfades with the previous one, note that analog version could go over the 0-1 range)