public void ParseMidiSong(byte[] midiSong, SongDataModel songModel)
{
//read midi file
var data = new MidiData();
MidiParser.ParseNotesData(midiSong, ref data);
LevelDataModel lv = new LevelDataModel();
lv.noteData = data.notesData[NoteTrack];
lv.playbackData = data.notesData[PlaybackTrack];
lv.playbackData.Sort((x, y) => (x.timeAppear.CompareTo(y.timeAppear)));
lv.noteData.Sort((x, y) => (x.timeAppear.CompareTo(y.timeAppear)));
lv.BPM = data.beatsPerMinute;
lv.denominator = data.denominator;
lv.tickPerQuarterNote = (int)data.deltaTickPerQuarterNote;
var ticksPerTile = songModel.tickPerTile;
var minTickPerTile = Mathf.FloorToInt(ticksPerTile * (1 - tickTolerance));
var maxTickPerTile = Mathf.CeilToInt(ticksPerTile * (1 + tickTolerance));
StartCoroutine(PrepareTileData(lv, minTickPerTile, maxTickPerTile, songModel));
}
public void LoadSong(byte[] midiData)
{
data = new MidiData();
if (midiData == null)
{
return;
}
MidiParser.ParseNotesData(midiData, ref data);
notesData = data.notesData[0];
BuildNoteData();
}
private void OnLevelDownloadCompleted(WWW midi)
{
//try {
byte[] midiData = midi.bytes;
var data = new MidiData();
MidiParser.ParseNotesData(midiData, ref data);
//LevelDataModel levelData = new LevelDataModel();
m_levelData.BPM = data.beatsPerMinute;
m_levelData.denominator = data.denominator;
m_levelData.tickPerQuarterNote = (int)data.deltaTickPerQuarterNote;
//this.Print("Ticks per quarter note: " + data.deltaTickPerQuarterNote);
m_levelData.noteData = data.notesData[NoteTrack];
m_levelData.playbackData = data.notesData[PlaybackTrack];
if (m_levelData.noteData == null || m_levelData.playbackData == null)
{
Helpers.CallbackWithValue(OnSongParsed, false, null);
}
else
{
Helpers.CallbackWithValue(OnSongParsed, true, m_levelData);
}
//}
//catch(Exception ex) {
// this.Print(ex.ToString());
// Helpers.CallbackWithValue(OnSongParsed, false, null);
//}
//string notedata = midiData.text;
//string[] data = notedata.Split('_');
//if (OnTemporarySongParsed != null) {
// OnTemporarySongParsed(true, data);
//}
}