by John Bowen » Mon May 20, 2013 4:42 pm
I think Jaulus might be confusing individual oscillator panning with what is going on in the DSI synths, which is individual voice panning. The best way to implement this in the Solaris would be to use the random note generator (when we get it coded) to control the pan position. This would provide a different pan position for each voice as it is played.
To have each oscillator panned initially would normally require a stereo Mixer into a pair of filters and VCAs.
You could, however, try out individual panning for 3 Oscillators, to test if this is really what you'd want:
1) set up each VCA to have its filter as input, except VCA4 - set that to Mixer1
2) for each Filter 1-3, set a single oscillator as input (Filter1 with Osc1, Filter2 with Osc2, Filter3 with Osc3)
3) Set Mixer 1's inputs to be each of the 3 VCAs
4) Adjust the panning position of each of the 3 oscillators by using their VCA's pan parameter.
5) Using the Enable Part switches, you can check each position of each oscillator, and then hear them all together by just using Part 4.
Now, this example is for a fixed pan position for each of the 3 Oscs. If instead you want to have modulation going on for each (which I assume you do, since that's much more interesting), you wouldn't use VCA4/Part 4, but turn on Parts 1 through 3, set each VCA pan position to Center, and then modulate each one (via Source2 in the VCA Mod pages) with different LFOs or whatever.
I think Jaulus might be confusing individual oscillator panning with what is going on in the DSI synths, which is individual voice panning. The best way to implement this in the Solaris would be to use the random note generator (when we get it coded) to control the pan position. This would provide a different pan position for each voice as it is played.
To have each oscillator panned initially would normally require a stereo Mixer into a pair of filters and VCAs.
You could, however, try out individual panning for 3 Oscillators, to test if this is really what you'd want:
1) set up each VCA to have its filter as input, except VCA4 - set that to Mixer1
2) for each Filter 1-3, set a single oscillator as input (Filter1 with Osc1, Filter2 with Osc2, Filter3 with Osc3)
3) Set Mixer 1's inputs to be each of the 3 VCAs
4) Adjust the panning position of each of the 3 oscillators by using their VCA's pan parameter.
5) Using the Enable Part switches, you can check each position of each oscillator, and then hear them all together by just using Part 4.
Now, this example is for a fixed pan position for each of the 3 Oscs. If instead you want to have modulation going on for each (which I assume you do, since that's much more interesting), you wouldn't use VCA4/Part 4, but turn on Parts 1 through 3, set each VCA pan position to Center, and then modulate each one (via Source2 in the VCA Mod pages) with different LFOs or whatever.