public async static Task <MidiPlayer> LoadConfig(MidiConfig config, StepperMotor[] motors, bool fillParts)
{
if (config == null)
{
return(null);
}
MidiPlayer midiPlayer = new MidiPlayer();
midiPlayer.Config = config;
MidiTrackPlayer[] midiTracks = new MidiTrackPlayer[motors.Length];
int partNum = 0;
for (int i = 0; i < motors.Length; i++)
{
midiTracks[i] = new MidiTrackPlayer(motors[i]);
if (partNum >= config.TrackXmlPaths.Length)
{
if (fillParts)
{
partNum = 0;
}
else
{
break;
}
}
if (config.TrackXmlPaths[partNum] != null)
{
await midiTracks[i].LoadMidiTrack(config.TrackXmlPaths[partNum]);
midiPlayer.Tracks.Add(midiTracks[i]);
if (partNum < config.OctaveOffsets.Length)
{
motors[i].OctaveOffset = midiTracks[i].OctaveOffset = config.OctaveOffsets[partNum];
}
}
partNum++;
}
midiPlayer.PlaySpeed = config.PlaySpeed;
return(midiPlayer);
}
public async static Task <MidiPlayer> LoadTrackConfigs(double speed = 1, params TrackConfig[] configs)
{
MidiPlayer player = new MidiPlayer();
player.PlaySpeed = speed;
foreach (TrackConfig config in configs)
{
MidiTrackPlayer track = new MidiTrackPlayer(config.Motors);
await track.LoadMidiTrack(config.XmlPath);
track.OctaveOffset = config.OctaveOffset;
player.Tracks.Add(track);
foreach (StepperMotor motor in config.Motors)
{
motor.OctaveOffset = config.OctaveOffset;
}
}
return(player);
}
