Thanks for sharing!
There isn’t currently a phaser effect in the DiasySP library. The way you’ve set this up allows for a really easy implementation of a stand alone phaser. Sounds great!
Much re-writing for this Dryftor !
Dryftor is a simple drone machine with 8 drifting polyblep saw oscillators and delay/phaser/chorus FX.
Imagine a siren in a beehive !
Pod controls assignments depend of the mode you choose in rotating the encoder.
Knobs positions are stored to prevent brutal value jumps when changing mode.
I think my contributions will stop here as holidays come to an end…
Great pleasure to use this Daisy platform !
Cheers everybody
Xavier
No, let the holidays never stop! We need more awesome synths with names that I can’t write without typos, Xavier!
mmmm… 
I Iove wordz…
A sound demo gives an idea of Dryftoooor sounds
This is cool. I think I’ll order another Daisy Seed, and build a dedicated gadget for this, using switches, pots, LEDs, and NO encoder.
I understand. 2 buttons and 2 pots are definitly not enough…
Xavier, I just want to thank you for your contributions. Dekrispator and now Dryftor have been highly educative and a joy to use.
I love these sounds, low frequencies with a little bit of drift sound amazing.
PS. Please let me know if you are giving any courses or classes I could join online.
You’re welcome coutlasssupreme ! Very glad you like it !
Sorry no online courses from me. That’s just a hobby.
Nice project. I had to update the code in PodController.cpp as the methods for updating analog/digital controls have changed in the DaisyPod class
pod.UpdateAnalogControls();
pod.DebounceControls();
Needs updating to
pod.ProcessAnalogControls();
pod.ProcessDigitalControls();I finally updated Dryftor to make it work with new libDaisy/DaisySP libraries.
It’s not yet on github but soon I hope.
Strange thing is that I had no sound with a 256 samples audio buffer but it worked with 16 ! I don’t understand why !
Cheers
Xavier
Github updated !
Default values for audio buffer (48) and sample rate (48kHz).