void VoiceHandler::process() {
global_router_.process();
int polyphony = static_cast<int>(input(kPolyphony)->at(0));
setPolyphony(utils::iclamp(polyphony, 1, polyphony));
for (int i = 0; i < numOutputs(); ++i) {
int buffer_size = voice_outputs_[i]->owner->getBufferSize();
memset(output(i)->buffer, 0, buffer_size * sizeof(mopo_float));
}
std::list<Voice*>::iterator iter = active_voices_.begin();
while (iter != active_voices_.end()) {
Voice* voice = *iter;
prepareVoiceTriggers(voice);
processVoice(voice);
// Remove voice if the right processor has a full silent buffer.
if (voice_killer_ && voice->state().event != kVoiceOn &&
utils::isSilent(voice_killer_->buffer, buffer_size_)) {
free_voices_.push_back(voice);
iter = active_voices_.erase(iter);
}
else
iter++;
}
}
void VoiceHandler::process() {
global_router_.process();
size_t polyphony = static_cast<size_t>(inputs_[kPolyphony]->at(0));
setPolyphony(CLAMP(polyphony, 1, polyphony));
memset(outputs_[0]->buffer, 0, BUFFER_SIZE * sizeof(mopo_float));
std::list<Voice*>::iterator iter = active_voices_.begin();
while (iter != active_voices_.end()) {
Voice* voice = *iter;
prepareVoiceTriggers(voice);
processVoice(voice);
// Remove voice if the right processor has a full silent buffer.
if (voice_killer_ &&
utils::isSilent(voice_killer_->buffer, BUFFER_SIZE)) {
free_voices_.push_back(voice);
iter = active_voices_.erase(iter);
}
else
iter++;
}
}
