cool, but we're not in fact using a frequency input here. It's more having a carrier phase signal plus a modulating signal. Just saying it cause I still would like a definitive word on an oscillator being able to set both frequency and phase. I'm really curious about it now.

Moreover, this code seems a little more complicated than I expected. There's gotta be an easier way.

The thing with the Pd patch is that Pd Vanilla's [osc~] does not have a phase input, so it is not using the input on an oscillator in order to modulate its phase, but a cosine function - [cos~]. It'd be much simpler if you used an external like [cycle~]. If you used the right inlet of [cycle~] instead of [cos~], you'd get the same result.

Since SinOsc in chuck has a phase input, you do not need to use a cosine function like the Pd patch, but just sum the phasor and the oscillator and then feed it to the phase input (sync = 1).

That oughta simplify things a lot.

Even more simple would be if SinOsc could take a frequency input and also accept a signal to modulate it's phase input. Then you wouldn't need a phasor as the carrier signal, just a frequency value. But that is out of question, huh?

cheers