public LoopObject DouplicateLoopObject(LoopObject loopObject, List <LoopObject> addToList)
{
// 1. Change existing object
loopObject.hasRespawned = true;
// 2. Refs
var obj = MeshRef.inst.loopObject;
var parent = MeshRef.inst.recordObj_parent;
var position = Recorder.inst.NextLoopPosition(Recorder.inst.sequencers[0], loopObject.loopStart);
// 3. Instantiate
var newObj = LoopObject.Create(obj, parent, position, loopObject.loopStart, loopObject.loopEnd_extended, addToList);
return(newObj);
}
// ------------------------------ Private functions ------------------------------
// Recording
/// <summary>
/// Save data of currently one recording chord to the RECORDING-variable (start time, notes, fieldID, sequencer, quantizeOffset).
/// </summary>
private void SaveRecordStartData()
{
float sequencerPos = (float) CurSequencer.GetSequencerPosition();
// 1. Start & quantize offset
if (MusicManager.inst.quantize)
{
float quantize = Quantize(sequencerPos);
recording.start = quantize;
// hack für sequencerPos bei sequencer.length: quantize 0 oder 32 (sequencer.length)
if (quantize == 0 && sequencerPos > CurSequencer.length / 2)
{
quantize = CurSequencer.length;
}
recording.startQuantizeOffset = quantize - sequencerPos;
}
else
{
recording.start = sequencerPos;
recording.startQuantizeOffset = 0;
}
// 2. End, notes, ID, sequencer
recording.notes = MusicManager.inst.curChord.DeepCopy().notes;
recording.fieldID = Player.inst.curField.ID;
recording.sequencer = CurSequencer;
recording.isRunning = true;
// 3. LoopStart object?
if (!Has1stRecord)
{
loopStart = recording.start;
loopEnd_extended = loopStart + CurSequencer.length;
var obj = MeshRef.inst.loopObject;
var parent = MeshRef.inst.recordObj_parent;
var position = Player.inst.transform.position;
LoopObject.Create(obj, parent, position, loopStart, loopEnd_extended, loopObjects);
}
}
