@28:00 I understand why binDeviation needs to be between -0.5 and 0.5 (so its the same bin) but I don't get how this formula provides this. The phase shift has been wrapped so it's between -pi and pi so by deviding this by 2*pi this already gives us the range of -0.5 to 0.5. Multiplying this by N/h is going to push this over the limits (as the FFT size is larger than the hop size so this term is larger than one). Where am I going wrong?!
I noticed the same thing. Were you able to figure out the right solution? For now I'm just doing `phaseDiff / (hopSize * TWO_PI)`, but I sometime end up with a frequency deviation of 20 from my oscillator sound cc @BelaPlatform 🙏
These are fantastic, I'm so happy this course has continued so long.
Still learning a lot. Thanks!
Waiting for flanger effect 😁
thx!!!
This is Great.....
@28:00 I understand why binDeviation needs to be between -0.5 and 0.5 (so its the same bin) but I don't get how this formula provides this. The phase shift has been wrapped so it's between -pi and pi so by deviding this by 2*pi this already gives us the range of -0.5 to 0.5. Multiplying this by N/h is going to push this over the limits (as the FFT size is larger than the hop size so this term is larger than one).
Where am I going wrong?!
I noticed the same thing. Were you able to figure out the right solution? For now I'm just doing `phaseDiff / (hopSize * TWO_PI)`, but I sometime end up with a frequency deviation of 20 from my oscillator sound
cc @BelaPlatform 🙏