void ofApp::newMidiMessage(ofxMidiMessage& msg) {
if (msg.channel != 1) return;
if (msg.status == MIDI_CONTROL_CHANGE) {
if (msg.control == METER_CONTROL_NUMBER) {
if (useDecay) {
if (msg.value > audioValue) {
setMeter(msg.value);
audioValue = msg.value;
}
}
else {
setMeter(msg.value);
}
}
}
else if (msg.status == MIDI_NOTE_ON) {
channels[1]->set(255);
// for (const auto &pair : lightMap) {
// auto lightIndex = pair.first;
// auto lightName = pair.second;
// if (msg.pitch == lightIndex) {
// channels[lightIndex]->set(msg.velocity * 2);
// }
// }
// if (msg.channel == 3) washCol.set(ofColor(msg.velocity * 2, washCol->g, washCol->b));
// if (msg.channel == 4) washCol.set(ofColor(washCol->r, msg.velocity * 2, washCol->b));
// if (msg.channel == 5) washCol.set(ofColor(washCol->r, washCol->g, msg.velocity * 2));
//
// if (msg.channel == 6) {
// channels[55]->set(msg.velocity*2);
// }
}
else if (msg.status == MIDI_NOTE_OFF) {
channels[1]->set(0);
// for (const auto &pair : lightMap) {
// auto lightIndex = pair.first;
// auto lightName = pair.second;
// if (msg.pitch == lightIndex) {
// channels[lightIndex]->set(0);
// }
// }
// if (msg.channel == 3) washCol.set(ofColor(0, washCol->g, washCol->b));
// if (msg.channel == 4) washCol.set(ofColor(washCol->r, 0, washCol->b));
// if (msg.channel == 5) washCol.set(ofColor(washCol->r, washCol->g, 0));
//
// if (msg.channel == 6) {
// channels[55]->set(0);
// }
}
}
void TmultiScore::setMeter(const Tmeter& m) {
bool meterCreated = m.meter() != Tmeter::e_none && !scoreScene()->scoreMeter();
// TODO: what with case of disabling meter?
if (meterCreated) {
staff()->setMeter(m);
connect(scoreScene()->scoreMeter(), &TscoreMeter::meterChanged, [=]{ setMeter(*scoreScene()->scoreMeter()->meter()); });
// TODO; all staves as well
// TODO: following call will introduce measures recalculation, so updating every note (and staff) from above is not necessary there
}
// scoreScene()->measureDispatcher()->setScoreMeter(scoreScene()->scoreMeter());
}
