void Timbre::prepareForNextBlock() {
this->lfo[0]->nextValueInMatrix();
this->lfo[1]->nextValueInMatrix();
this->lfo[2]->nextValueInMatrix();
this->lfo[3]->nextValueInMatrix();
this->lfo[4]->nextValueInMatrix();
this->lfo[5]->nextValueInMatrix();
this->lfo[6]->nextValueInMatrix();
this->matrix.computeAllFutureDestintationAndSwitch();
updateAllModulationIndexes();
updateAllMixOscsAndPans();
float *sp = this->sampleBlock;
while (sp < this->sbMax) {
*sp++ = 0;
*sp++ = 0;
*sp++ = 0;
*sp++ = 0;
*sp++ = 0;
*sp++ = 0;
*sp++ = 0;
*sp++ = 0;
}
}
void Timbre::prepareForNextBlock() {
// Apeggiator clock : internal
if (params.engineArp1.clock == CLOCK_INTERNAL) {
arpegiatorStep+=1.0f;
if (unlikely((arpegiatorStep) > ticksEveryNCalls)) {
arpegiatorStep -= ticksEveyNCallsInteger;
Tick();
}
}
this->lfoOsc[0].nextValueInMatrix();
this->lfoOsc[1].nextValueInMatrix();
this->lfoOsc[2].nextValueInMatrix();
this->lfoEnv[0].nextValueInMatrix();
this->lfoEnv2[0].nextValueInMatrix();
this->lfoStepSeq[0].nextValueInMatrix();
this->lfoStepSeq[1].nextValueInMatrix();
this->matrix.computeAllFutureDestintationAndSwitch();
updateAllModulationIndexes();
updateAllMixOscsAndPans();
}
