void Synth::setHoldPedal(int value) {
if (value < 64) {
holdPedal = false;
allNoteOff();
} else {
holdPedal = true;
}
}
void pdsp::ScoreSection::processSection(const double &startPlayHead,
const double &endPlayHead,
const double &playHeadDifference,
const double &maxBars,
const double &barsPerSample,
const int &bufferSize) noexcept {
if( scheduledTime >= maxBars+playHeadDifference ){ scheduledTime -= maxBars; } //wraps scheduled time around
// if we have launched a cell schedules the triggering
if(launchingCell){
if(quantizedLaunch && startPlayHead!=0.0){
double timeToQuantize = startPlayHead + launchQuantization;
int rounded = static_cast<int> ( timeToQuantize / launchQuantization );
launchSchedule = static_cast<double>(rounded) * launchQuantization ;
launchedPattern2 = launchedPattern;
}else{
launchSchedule = std::numeric_limits<double>::infinity();
scheduledTime = startPlayHead;
scheduledPattern = launchedPattern;
}
launchingCell = false;
run = true;
}
// activate a scheduled launch when it's time
if( launchSchedule <= scheduledTime ){
scheduledTime = launchSchedule;
scheduledPattern = launchedPattern2;
if(patterns[scheduledPattern].sequence!=nullptr && scheduledPattern!=-1) {
patterns[scheduledPattern].sequence->resetCount();
}
launchSchedule = std::numeric_limits<double>::infinity();
}
if( run && ((int)patterns.size())>0 ){
clearBuffers();
double oneSlashBarsPerSample = 1.0 / barsPerSample;
if(scheduledTime >= endPlayHead){ //more likely
if(patternIndex!=-1 && patterns[patternIndex].sequence!=nullptr) playScore(playHeadDifference, 0.0, oneSlashBarsPerSample);
}else if(scheduledTime == startPlayHead){
onSchedule();
if(clearOnChangeFlag) allNoteOff(0.0, oneSlashBarsPerSample);
if(patternIndex!=-1 && patterns[patternIndex].sequence!=nullptr) playScore(playHeadDifference, 0.0, oneSlashBarsPerSample);
}else if(scheduledTime > startPlayHead && scheduledTime < endPlayHead ){
double schedulePoint = scheduledTime - startPlayHead;
if(patternIndex!=-1 && patterns[patternIndex].sequence!=nullptr) playScore(schedulePoint, 0.0, oneSlashBarsPerSample); //process old clip
onSchedule();
if(clearOnChangeFlag) allNoteOff(schedulePoint, oneSlashBarsPerSample);
if(patternIndex!=-1 && patterns[patternIndex].sequence!=nullptr) playScore(playHeadDifference, schedulePoint, oneSlashBarsPerSample);//process new clip
}
processBuffersDestinations(bufferSize);
}else if(clear==true){
//empty message buffers and process destinations
clearBuffers();
processBuffersDestinations(bufferSize);
clear = false;
}
atomic_meter_playhead.store(scorePlayHead);
if(atomic_meter_length > 0.0f){
float percent = scorePlayHead / atomic_meter_length;
atomic_meter_percent.store( percent );
patterns[patternIndex].sequence->atomic_meter_percent.store( percent );
} else{
atomic_meter_percent.store(0.0f);
}
}
