void AppCore::setNotes(int rootNote_, Mood mood_){
int * notes = getMidiNotes(rootNote_, mood_, synths.size());
for(int i = 0, len = synths.size(); i < len; ++i) {
synths[i]->frequency = MusicUtils::midiToFrequency(notes[i]);
}
delete[] notes;
}
RprMidiTake::RprMidiTake(const RprTake &take, bool readOnly)
: RprMidiTemplate(take, readOnly)
{
try
{
mContext = NULL;
RprNode *sourceNode = RprMidiTemplate::getMidiSourceNode();
RprTempMidiEvents tempMidiEvents;
getMidiEvents(sourceNode, tempMidiEvents.get());
mContext = RprMidiContext::createMidiContext(take.getPlayRate(),
getParent()->getPosition() - (take.getStartOffset() / take.getPlayRate()),
getQNValue(sourceNode));
if (!getMidiNotes(tempMidiEvents.get(), mNotes, mContext))
{
throw RprLibException(__LOCALIZE("Unable to parse MIDI data","sws_mbox"));
}
if(!getMidiCCs(tempMidiEvents.get(), mCCs, mContext))
{
throw RprLibException(__LOCALIZE("Unable to parse MIDI data","sws_mbox"));
}
mOtherEvents.reserve(tempMidiEvents.get().size());
std::copy(tempMidiEvents.get().begin(), tempMidiEvents.get().end(),
std::back_inserter(mOtherEvents));
tempMidiEvents.get().clear();
mMidiEventsOffset = clearMidiEventsFromMidiNode(sourceNode);
}
catch (RprMidiEvent::RprMidiException &e)
{
cleanup();
// Throw RprLibException so we let the user know something bad
// happened.
throw RprLibException(e.what(), true);
}
}
