// Distortion

{ SinOsc.ar(300, 0, 0.2) }.scope(1);
{ SinOsc.ar(300, 0, 0.2).abs }.scope(1);
{ SinOsc.ar(300, 0, 0.2).max(0) }.scope(1);
{ SinOsc.ar(300, 0).squared * 0.2 }.scope(1);
{ SinOsc.ar(300, 0).cubed * 0.2 }.scope(1);

{ SinOsc.ar(300, 0, MouseX.kr(0.1,80,1)).distort * 0.2 }.scope(1);
{ SinOsc.ar(300, 0, MouseX.kr(0.1,80,1)).softclip * 0.2 }.scope(1);
{ SinOsc.ar(300, 0, MouseX.kr(0.1,80,1)).clip2(1) * 0.2 }.scope(1);
{ SinOsc.ar(300, 0, MouseX.kr(0.1,80,1)).fold2(1) * 0.2 }.scope(1);
{ SinOsc.ar(300, 0, MouseX.kr(0.1,80,1)).wrap2(1) * 0.2 }.scope(1);
{ SinOsc.ar(300, 0, MouseX.kr(0.1,80,1)).wrap2(1) * 0.2 }.scope(1);

// waveshaping by phase modulating a 0 Hz sine oscillator

(
{
    var in;
    in = SinOsc.ar(300, 0, MouseX.kr(0.1,8pi,1));
    SinOsc.ar(0, in, 0.2); // 0 Hz sine oscillator
}.scope(1);
)


//Shaper - input is used to look up a value in a table.
//Chebyshev polynomials are typically used to fill the table.

s.sendMsg(\b_alloc, 80, 1024); // allocate table
// fill with chebyshevs
s.listSendMsg([\b_gen, 80, \cheby, 7] ++ {1.0.rand2.squared}.dup(6));

{ Shaper.ar(80, SinOsc.ar(600, 0, MouseX.kr(0,1))) * 0.3; }.scope(1);

s.listSendMsg([\b_gen, 80, \cheby, 7] ++ {1.0.rand2.squared}.dup(6));
s.listSendMsg([\b_gen, 80, \cheby, 7] ++ {1.0.rand2.squared}.dup(6));