CymbalVoice(float sr) : fs(sr) {
osc[0] = new SquareFMOscillator(sr);
osc[1] = new SquareFMOscillator(sr);
osc[2] = new SquareFMOscillator(sr);
eg[0] = new AdsrEnvelope(sr);
eg[1] = new AdsrEnvelope(sr);
eg[2] = new AdsrEnvelope(sr);
eg[0]->setAttack(0.0f);
eg[0]->setDecay(0.4f);
eg[0]->setSustain(0.0f);
eg[0]->setRelease(0.0f);
eg[1]->setAttack(0.0f);
eg[0]->setDecay(0.2f);
eg[1]->setSustain(0.8f);
eg[1]->setRelease(0.2f);
bp = BiquadFilter::create(2);
hp = BiquadFilter::create(2);
bp->setBandPass(0.6, FilterStage::BUTTERWORTH_Q);
hp->setHighPass(0.6, FilterStage::BUTTERWORTH_Q);
osc[0]->setFrequency(835.34);
osc[0]->setGain(2.5);
osc[0]->setModulatorFrequency(310.47);
osc[0]->setModulatorGain(0.016);
osc[1]->setFrequency(1875.62);
osc[1]->setGain(1.5);
osc[1]->setModulatorFrequency(536.22);
osc[1]->setModulatorGain(0.0414);
osc[2]->setFrequency(7436.77);
osc[2]->setGain(1);
osc[2]->setModulatorFrequency(936.8196);
osc[2]->setModulatorGain(0.1052);
}
DubDelayPatch() {
registerParameter(PARAMETER_A, "Time");
registerParameter(PARAMETER_B, "Feedback");
registerParameter(PARAMETER_C, "Tone");
registerParameter(PARAMETER_D, "Wet");
delayBuffer = CircularBuffer::create(REQUEST_BUFFER_SIZE);
highpass = BiquadFilter::create(1);
highpass->setHighPass(40/(getSampleRate()/2), FilterStage::BUTTERWORTH_Q); // dc filter
}
void setFilter(float f){
bp->setBandPass(f, FilterStage::BUTTERWORTH_Q);
hp->setHighPass(f, FilterStage::BUTTERWORTH_Q);
}