Splay spreads an array of channels across the stereo field. Optional arguments are spread and center, and equal power levelCompensation. The formula for the stereo position is ((0 .. (n - 1)) * (2 / (n - 1)) - 1) * spread + center
| inArray |
The array of channels to be distributed over the two stereo pairs |
| spread |
For spread = 0, all channels end up in the centre, for 1, they have maximum distribution |
| level |
An amplitude multiplier for all channels |
| center |
Shift the centre of the distribution. |
| levelComp |
In analogy to Mix:arFill, this method takes a function that produces the channels. The counting index is passed to it.
| n |
Number of channels |
| function |
Function to return each channel |
| spread |
For spread = 0, all channels end up in the centre, for 1, they have maximum distribution |
| level |
An amplitude multiplier for all channels |
| center |
Shift the centre of the distribution. |
| levelComp |
(x = { arg spread=1, level=0.2, center=0.0; Splay.ar( SinOsc.ar( { |i| LFNoise2.kr(1).exprange(200, 4000) } ! 10), spread, level, center );}.play;)x.set(\spread, 1, \center, 0); // full stereox.set(\spread, 0.5, \center, 0); // less widex.set(\spread, 0, \center, 0); // mono centerx.set(\spread, 0.5, \center, 0.5);// spread from center to rightx.set(\spread, 0, \center, -1); // all leftx.set(\spread, 1, \center, 0); // full stereo // the a similar example written with arFill:(x = { arg spread=1, level=0.2, center=0.0; Splay.arFill(10, { |i| SinOsc.ar( LFNoise2.kr( rrand(10, 20), 200, i + 3 * 100)) }, spread, level, center );}.play;) // with mouse control(x = { var src; src = SinOsc.ar( { |i| LFNoise2.kr( rrand(10, 20), 200, i + 3 * 100) } ! 10); Splay.ar(src, MouseY.kr(1, 0), 0.2, MouseX.kr(-1, 1));}.play;)