I tried applying this to the Tension function to make a sinewave more squarified (making the tension function bipolar) but I couldn't really figure that out. Any idea?
Well I've got just the thing for ya: Case((0.5*Sin(SongTime*Pi*c*2)+0.5)>=0.5, (b*0.5*Tension(Abs(Sin(SongTime*Pi*c*2)),100*a)+0.5), 1-(b*0.5*Tension(Abs(Sin(SongTime*Pi*c*2)),100*a)+0.5)) Parameter a controls the tension.
@@nanospiraI i'd appreciate this but instead of an LFO it's just the bipolar tension on the input (both expanding it and condensing it) i'll try to figure that out and let you know if i get it down!
Figured it out! for anyone who needs it: Case(round(a), Tension((a-0.5)*2,(-b+0.5)*100)*0.5+0.5, Tension(a*2,(b-0.5)*100)*0.5) It's just tension, but centered and mirrored around 0.5
How would you approach the scalable bipolar function with a bias/ (top/bottom limit) ? I had fun playing with the formulas, wanted to create saw wave for Lpass filter. What happened to me after i run the function. Filter gets too choked since it gets from 0 to 100. And I was slightly struggling to try to limit lowest region to example 33% Off topic: I have solved the issue with automation clip lfo and automating min/max values. I'm just about curious to learn and understand the formulas. Thank you for amazing videos! 😊
if you want to limit the maximum scale of the function, add a multiplier to the first scaling parameter (a) and then half of that to the last scaling parameter. If you want to control the center position of the function, add a parameter to the addition part e.g. 0.5*a*(Frac(SongTime))+b-a*0.25
@@nanospiraI Thank you this worked amazingly well. I Will try to practice different shapes now. Keep fingers crossed for me! :D Just out of sheer curiosity, did the using formulas brought any significant changes in workflow/happy accidents compared to drawing in normal automation. Or was it more to feed the hungry brain?
Hi! i am loving your videos. I want to make inside patcher a loop machine, like performance mode. I want to have multiple audio/midi clips and be able to turn them on and off Example: have five kick drum patterns and change them when clicking the pattern button. The problem i am having is how to make the logic so when i press one pattern the other ones mute
With your guidance, I was able to build a vibrato effect in patcher. 🔥
Thanks for sharing the video, was really interesting and is pretty clear that there was a lot of effort behind it😊
thanks! :)
this is to much for my brain 😅❤
🤣🤣🤣🤣🤣
Wow love this
I tried applying this to the Tension function to make a sinewave more squarified (making the tension function bipolar) but I couldn't really figure that out. Any idea?
Well I've got just the thing for ya: Case((0.5*Sin(SongTime*Pi*c*2)+0.5)>=0.5, (b*0.5*Tension(Abs(Sin(SongTime*Pi*c*2)),100*a)+0.5), 1-(b*0.5*Tension(Abs(Sin(SongTime*Pi*c*2)),100*a)+0.5))
Parameter a controls the tension.
@@nanospiraI i'd appreciate this but instead of an LFO it's just the bipolar tension on the input (both expanding it and condensing it) i'll try to figure that out and let you know if i get it down!
Figured it out! for anyone who needs it:
Case(round(a), Tension((a-0.5)*2,(-b+0.5)*100)*0.5+0.5, Tension(a*2,(b-0.5)*100)*0.5)
It's just tension, but centered and mirrored around 0.5
Thanks!
How would you approach the scalable bipolar function with a bias/ (top/bottom limit) ?
I had fun playing with the formulas, wanted to create saw wave for Lpass filter. What happened to me after i run the function. Filter gets too choked since it gets from 0 to 100.
And I was slightly struggling to try to limit lowest region to example 33%
Off topic:
I have solved the issue with automation clip lfo and automating min/max values. I'm just about curious to learn and understand the formulas.
Thank you for amazing videos! 😊
if you want to limit the maximum scale of the function, add a multiplier to the first scaling parameter (a) and then half of that to the last scaling parameter. If you want to control the center position of the function, add a parameter to the addition part e.g. 0.5*a*(Frac(SongTime))+b-a*0.25
@@nanospiraI Thank you this worked amazingly well. I Will try to practice different shapes now. Keep fingers crossed for me! :D
Just out of sheer curiosity, did the using formulas brought any significant changes in workflow/happy accidents compared to drawing in normal automation.
Or was it more to feed the hungry brain?
Hi! i am loving your videos. I want to make inside patcher a loop machine, like performance mode. I want to have multiple audio/midi clips and be able to turn them on and off
Example: have five kick drum patterns and change them when clicking the pattern button. The problem i am having is how to make the logic so when i press one pattern the other ones mute
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