void init(unsigned int s)
{
size=s;
in = new Sample(size);
out = new Sample(size);
f1=f2=f3=0;
moog.SetCutoff(0.2);
moog.SetResonance(0.4);
WaveTable::WriteWaves();
lfo.SetOctave(0);
//lfo.Trigger(0,0.1,0.1,1);
lfo.SetType(WaveTable::REVSAW);
osc.SetOctave(0);
osc2.SetOctave(0);
osc3.SetOctave(0);
osc2.SetType(WaveTable::NOISE);
lfo.SetFineFreq(10);
lfo_s.Allocate(size);
lfo2_s.Allocate(size);
lfo3_s.Allocate(size);
osc_s.Allocate(size);
osc2_s.Allocate(size);
osc3_s.Allocate(size);
ring_s.Allocate(size);
osc.SetFineFreq(400);
}
void set_param(int which,int amount)
{
/* if (which==0) moog.SetCutoff(amount/100.0f);
else if (which==1) moog.SetResonance(amount/100.0f*0.5);
else
{
mix=(amount-10)/100.0f;
if (mix<0) mix=0;
}
*/
float l=(100-amount)*2;
if (which==3) {
lfo.SetFineFreq(l*l*0.00005);
moog.SetCutoff(l*0.05*0.4);
}
if (which==0) pitch1=(amount/100.0f)*200;
if (which==1) pitch2=(amount/100.0f)*100;
if (which==2) pitch3=(amount/100.0f)*150;
// if (which==0) osc.SetFineFreq((amount/100.0f)*10);
// if (which==1) osc2.SetFineFreq((amount/100.0f)*4);
// if (which==2) osc3.SetFineFreq((amount/100.0f)*4);
if (which==4) volume=amount/100.0f;
}
