Hey Evan, great progress with the project! Unfortunately I didn't have much time to play with it in the last few days. One thing I wish the instrument had, is a simple ADSR envelope for the oscillator. Do you think that could be implemented?
Thank you so much!! I just added envelopes for the 3 modulators, the knobs immediately below M are M envelope amount knobs. I have just updated the user library file so if you download the recent one it will have enveloped modulators. the controls are on the B panel, (just right click on the panel and select View B). The envelopes are ADBDSR, for normal ADSR functionality you will want to use A, D2, S, and R. I could hide the D1 and Breakpoint knobs if you would like. If you set B to 0 the D should be a lot snappier than D2. (D is linear decay, D2 is exponential decay, B is the value at which Decay1 switches to Decay2 (so setting B to 0 bypasses Decay2, when B is set to 1 Decay1 is bypassed). Thanks for the tip I appreciate you saying something!
Hey Evan, great progress with the project! Unfortunately I didn't have much time to play with it in the last few days. One thing I wish the instrument had, is a simple ADSR envelope for the oscillator. Do you think that could be implemented?
Thank you so much!! I just added envelopes for the 3 modulators, the knobs immediately below M are M envelope amount knobs. I have just updated the user library file so if you download the recent one it will have enveloped modulators. the controls are on the B panel, (just right click on the panel and select View B).
The envelopes are ADBDSR, for normal ADSR functionality you will want to use A, D2, S, and R. I could hide the D1 and Breakpoint knobs if you would like. If you set B to 0 the D should be a lot snappier than D2.
(D is linear decay, D2 is exponential decay, B is the value at which Decay1 switches to Decay2 (so setting B to 0 bypasses Decay2, when B is set to 1 Decay1 is bypassed).
Thanks for the tip I appreciate you saying something!
I just consolidated the uploads to one file and gave you a little shout-out in the description :)
@@Totokoi1 thanks a lot for the adjustments and the shout-out. It's really nice to bring some movement to the oscillator modulators!