/// <param name="trkDef">The target trk</param>
/// <param name="trkOptions">If non-null, this trkOptions overrrides the TrkOptions in the InputNote or InputChord</param>
public TrkRef(Trk trkDef, TrkOptions trkOptions)
{
MidiChannel = trkDef.MidiChannel;
_trkMsPosition = trkDef.MsPositionReContainer;
_trkNumMidiObjects = trkDef.DurationsCount; // includes MidiChordDef, RestDef
TrkOptions = trkOptions;
}
/// <param name="trkMidiChannel">The trk's midi channel</param>
/// <param name="absTrkStartPosition">The trk's absolute startMsPosition</param>
/// <param name="trkNumMidiObjects">The number of MidiChordDefs and RestDefs.</param>
/// <param name="trkOptions">If non-null, this trkOptions overrrides the TrkOptions in the InputNote or InputChord</param>
public TrkRef(byte trkMidiChannel, int absTrkStartPosition, int trkNumMidiObjects, TrkOptions trkOptions)
{
MidiChannel = trkMidiChannel;
_trkMsPosition = absTrkStartPosition;
_trkNumMidiObjects = trkNumMidiObjects;
TrkOptions = trkOptions;
}
public NoteOff(NoteOn noteOn, SeqRef seqRef, TrkOptions trkOptions)
: base(seqRef, new List<int>(), trkOptions)
{
foreach(TrkRef tr in noteOn.SeqRef.TrkRefs)
{
_trkOffs.Add(tr.MidiChannel);
}
}
public InputNoteDef(byte notatedMidiPitch, NoteOn noteOn, NoteOff noteOff, TrkOptions trkOptions)
{
Debug.Assert(notatedMidiPitch >= 0 && notatedMidiPitch <= 127);
// If trkOptions is null, the higher level trkOptions are used.
NotatedMidiPitch = notatedMidiPitch;
NoteOn = noteOn;
NoteOff = noteOff;
TrkOptions = trkOptions;
}
/// <summary>
/// Constructs a multi-note chord, each inputNoteDef has a notated pitch and a SeqDef.
/// The inputNoteDefs must be in order of their notated pitches (bottom to top).
/// </summary>
public InputChordDef(int msPositionReFirstIUD, int msDuration, List<InputNoteDef> inputNoteDefs, M.Dynamic dynamic, TrkOptions trkOptions)
: base(msDuration)
{
#region check notated pitches and trkRef positions
int pitchBelow = -1;
foreach(InputNoteDef ind in inputNoteDefs)
{
Debug.Assert(ind.NotatedMidiPitch > pitchBelow);
pitchBelow = ind.NotatedMidiPitch;
if(ind.NoteOn != null && ind.NoteOn.SeqRef != null)
{
foreach(TrkRef trk in ind.NoteOn.SeqRef)
{
Debug.Assert(msPositionReFirstIUD <= trk.MsPosition);
}
}
if(ind.NoteOff != null && ind.NoteOff.SeqRef != null)
{
int minSeqPos = msPositionReFirstIUD + msDuration;
foreach(TrkRef trk in ind.NoteOff.SeqRef)
{
Debug.Assert(minSeqPos <= trk.MsPosition);
}
}
// Note that there is no corresponding check for ind.NoteOnTrkOffs and ind.NoteOffTrkOffs
}
#endregion
_msPositionReFirstIUD = msPositionReFirstIUD;
_msDuration = msDuration;
_inputNoteDefs = inputNoteDefs;
_lyric = null;
_dynamic = (dynamic == M.Dynamic.none) ? null : M.CLichtDynamicsCharacters[dynamic];
_trkOptions = trkOptions;
_msDurationToNextBarline = null;
}
/// <param name="trkRefs"></param>
/// <param name="trkOptions">Can be null</param>
public SeqRef(List<TrkRef> trkRefs, TrkOptions trkOptions)
{
Debug.Assert(trkRefs != null && trkRefs.Count > 0);
TrkOptions = trkOptions;
TrkRefs = trkRefs;
}
/// <summary>
/// This constructs an InputNoteDef that, when the noteOff arrives,
/// turns off all the trks that were turned on by the noteOn.
/// </summary>
public InputNoteDef(byte notatedMidiPitch, NoteOn noteOn, TrkOptions trkOptions)
: this(notatedMidiPitch, noteOn, null, trkOptions)
{
//public NoteOff(NoteOn noteOn, Seq seq, TrkOptions trkOptions)
NoteOff = new NoteOff(noteOn, null, null);
}
protected NoteTrigger(SeqRef seqRef, List<int> trkOffs, TrkOptions trkOptions)
{
_seqRef = seqRef;
_trkOffs = trkOffs;
_trkOptions = trkOptions;
}
public NoteOn(SeqRef seqRef, List<int> trkOffs, TrkOptions trkOptions)
: base(seqRef, trkOffs, trkOptions)
{
}