void onProcess(AudioIOData& io){
mAmpEnv.totalLength(mDur, 1);
while(io()){
float s1 = mOsc() * mAmpEnv() * mAmp;
float s2;
mPan(s1, s1,s2);
io.out(0) += s1;
io.out(1) += s2;
}
if(mAmpEnv.done()) free();
}
void onProcess(AudioIOData& io){
mAmpEnv.totalLength(mDur, 1);
mTrmEnv.totalLength(mDur);
while(io()){
mTrm.freq(mTrmEnv());
//float trmAmp = mAmp - mTrm()*mTrmDepth; // Replaced with line below
float trmAmp = (mTrm()*0.5+0.5)*mTrmDepth + (1-mTrmDepth); // Corrected
float s1 = mOsc() * mAmpEnv() * trmAmp * mAmp;
float s2;
mPan(s1, s1,s2);
io.out(0) += s1;
io.out(1) += s2;
}
if(mAmpEnv.done()) free();
}
void onProcess(AudioIOData& io){
mAmpEnv.totalLength(mDur, 1);
mVibEnv.lengths()[0] = mDur * (1-mVibRise);
mVibEnv.lengths()[1] = mDur * mVibRise;
while(io()){
mVib.freq(mVibEnv());
mOsc.freq(mOscFrq + mVib()*mVibDepth*mOscFrq);
float s1 = mOsc() * mAmpEnv() * mAmp;
float s2;
mPan(s1, s1,s2);
io.out(0) += s1;
io.out(1) += s2;
}
if(mAmpEnv.done()) free();
}
void onProcess(AudioIOData& io) {
mEnvStri.totalLength(mDur, 1);
mEnvLow.totalLength(mDur, 1);
mEnvUp.totalLength(mDur, 1);
while(io()) {
float s1 = (mOsc1() + mOsc2() + mOsc3()) * mEnvStri() * mAmpStri;
s1 += (mOsc4() + mOsc5()) * mEnvLow() * mAmpLow;
s1 += (mOsc6() + mOsc7() + mOsc8() + mOsc9()) * mEnvUp() * mAmpUp;
s1 *= mAmp;
float s2;
mPan(s1, s1,s2);
io.out(0) += s1;
io.out(1) += s2;
}
if(mEnvStri.done()) free();
}
void onProcess(AudioIOData& io){
mAmpEnv.totalLength(mDur, 1);
mCFEnv.totalLength(mDur);
mBWEnv.totalLength(mDur);
while(io()){
// mix oscillator with noise
float s1 = mOsc()*(1-mNoiseMix) + mNoise()*mNoiseMix;
// apply resonant filter
mRes.set(mCFEnv(), mBWEnv());
s1 = mRes(s1);
// appy amplitude envelope
s1 *= mAmpEnv() * mAmp;
float s2;
mPan(s1, s1,s2);
io.out(0) += s1;
io.out(1) += s2;
}
if(mAmpEnv.done()) free();
}
