private void PianoWindow_TrackMouseUp(object sender, VocalUtau.DirectUI.PianoMouseEventArgs e)
{
if (!_HandleEvents)
{
return;
}
bool NotMove = false;
if (NoteDragingWork != NoteDragingType.None)
{
if (NoteDragingWork == NoteDragingType.NoteLength)
{
long NewSize = e.Tick - NoteList[CurrentNoteIndex].Tick;
NewSize = (long)(NewSize / _TickStepTick) * _TickStepTick;
if (NewSize >= 32)
{
NoteList[CurrentNoteIndex].Length = NewSize;
int StartPX = Math.Max(0, CurrentNoteIndex);
int EndPX = Math.Min(NoteList.Count - 1, CurrentNoteIndex + 1);
PartsObject.PitchCompiler.SetupBasePitch_Aysnc(new Formats.Model.VocalObject.ParamTranslater.PitchCompiler.AsyncWorkCallbackHandler((F, L) =>
{
this.PianoWindow.Invoke(new Action(() => { this.PianoWindow.RedrawPiano(); }));
}), StartPX, EndPX);
if (this.SingerDataFinder != null)
{
PartsObject po = PartsObject;
this.SingerDataFinder.GetPhonemesDictionary(PartsObject).UpdateLyrics_Aysnc(new Formats.Model.Database.VocalDatabase.SplitDictionary.AsyncWorkCallbackHandler((P, F, L) =>
{
}), ref po, CurrentNoteIndex, CurrentNoteIndex);;
}
}
NoteDias.Clear();
}
else if (NoteDragingWork == NoteDragingType.NoteMove)
{
long minTickChange = (long)PianoWindow.PianoProps.dertPixel2dertTick(AntiShakePixel);
List <NoteObject> SelectingNoteCache = new List <NoteObject>();
for (int i = 0; i < NoteSelectIndexs.Count; i++)
{
SelectingNoteCache.Add(PartsObject.NoteList[NoteSelectIndexs[i]]);
}
bool TickChanged = false;
if (NoteSelectIndexs.IndexOf(CurrentNoteIndex) == -1)
{
long NewTick = e.Tick - NoteTempTick;
NewTick = (long)(NewTick / _TickStepTick) * _TickStepTick;
long TickDert = NoteList[CurrentNoteIndex].Tick - NewTick;
long NoteDert = NoteList[CurrentNoteIndex].PitchValue.NoteNumber - e.PitchValue.NoteNumber;
if (NoteList[CurrentNoteIndex].PitchValue.NoteNumber != e.PitchValue.NoteNumber)
{
NoteList[CurrentNoteIndex].PitchValue = new PitchAtomObject(e.PitchValue.NoteNumber, NoteList[CurrentNoteIndex].PitchValue.PitchWheel);
}
TickChanged = Math.Abs(TickDert) >= minTickChange;
NotMove = (NoteDert == 0 && Math.Abs(TickDert) < minTickChange);
NoteObject OldNoteSt = NoteList[CurrentNoteIndex];
long oldStartTick = OldNoteSt.Tick;
long oldEndTick = OldNoteSt.Tick + OldNoteSt.Length;
if (Math.Abs(TickDert) > minTickChange)
{
NoteList[CurrentNoteIndex].Tick = NoteList[CurrentNoteIndex].Tick - TickDert;
NoteList.Sort();
}
long AStartTick = Math.Min(oldStartTick, OldNoteSt.Tick);
long AEndTick = Math.Max(oldEndTick, OldNoteSt.Tick + OldNoteSt.Length);
int ONI = NoteList.IndexOf(OldNoteSt);
if (!NotMove)
{
int StartPX = ONI;
int EndPX = ONI;
List <NoteObject> PO = PartsObject.NoteList;
int FSIdx = PartsObject.NoteCompiler.FindTickIndex(AStartTick, 0, PO.Count);
int FEIdx = PartsObject.NoteCompiler.FindTickIndex(AEndTick, FSIdx, PO.Count);
StartPX = Math.Min(StartPX, FSIdx);
EndPX = Math.Max(EndPX, FEIdx);
StartPX = Math.Max(0, StartPX);
EndPX = Math.Min(NoteList.Count - 1, EndPX);
PartsObject.PitchCompiler.SetupBasePitch_Aysnc(new Formats.Model.VocalObject.ParamTranslater.PitchCompiler.AsyncWorkCallbackHandler((F, L) =>
{
this.PianoWindow.Invoke(new Action(() => { this.PianoWindow.RedrawPiano(); }));
}), StartPX, EndPX);
if (this.SingerDataFinder != null)
{
PartsObject po = PartsObject;
this.SingerDataFinder.GetPhonemesDictionary(PartsObject).UpdateLyrics_Aysnc(new Formats.Model.Database.VocalDatabase.SplitDictionary.AsyncWorkCallbackHandler((P, F, L) =>
{
}), ref po, ONI, ONI);;
}
}
}
else
{
long NewTick = e.Tick - NoteTempTick;
NewTick = (long)(NewTick / _TickStepTick) * _TickStepTick;
long TickDert = NoteList[CurrentNoteIndex].Tick - NewTick;
long NoteDert = NoteList[CurrentNoteIndex].PitchValue.NoteNumber - e.PitchValue.NoteNumber;
NotMove = (NoteDert == 0 && Math.Abs(TickDert) < minTickChange);
TickChanged = Math.Abs(TickDert) >= minTickChange;
NoteObject OldNoteSt = NoteList[NoteSelectIndexs[0]];
NoteObject LastNoteEd = NoteList[NoteSelectIndexs[NoteSelectIndexs.Count - 1]];
long oldStartTick = OldNoteSt.Tick;
long oldEndTick = LastNoteEd.Tick + LastNoteEd.Length;
for (int i = 0; i < SelectingNoteCache.Count; i++)
{
uint NewNoteNumber = (uint)(SelectingNoteCache[i].PitchValue.NoteNumber - NoteDert);
if (SelectingNoteCache[i].PitchValue.NoteNumber != NewNoteNumber)
{
SelectingNoteCache[i].PitchValue = new PitchAtomObject(NewNoteNumber, SelectingNoteCache[i].PitchValue.PitchWheel);
}
if (Math.Abs(TickDert) > minTickChange)
{
SelectingNoteCache[i].Tick = SelectingNoteCache[i].Tick - TickDert;
}
}
if (Math.Abs(TickDert) > minTickChange)
{
NoteList.Sort();
}
long AStartTick = Math.Min(oldStartTick, OldNoteSt.Tick);
long AEndTick = Math.Max(oldEndTick, LastNoteEd.Tick + LastNoteEd.Length);
int First = Math.Min(NoteList.IndexOf(SelectingNoteCache[0]), NoteList.IndexOf(OldNoteSt));
int Last = Math.Max(NoteList.IndexOf(SelectingNoteCache[SelectingNoteCache.Count - 1]), NoteList.IndexOf(LastNoteEd));
if (First <= Last)
{
if (!NotMove)
{
int StartPX = First;
int EndPX = Last;
int FSIdx = PartsObject.NoteCompiler.FindTickIndex(AStartTick, 0, PartsObject.NoteList.Count);
int FEIdx = PartsObject.NoteCompiler.FindTickIndex(AEndTick, FSIdx, PartsObject.NoteList.Count) + 1;
StartPX = Math.Min(StartPX, FSIdx);
EndPX = Math.Max(EndPX, FEIdx);
StartPX = Math.Max(0, StartPX);
EndPX = Math.Min(NoteList.Count - 1, EndPX);
PartsObject.PitchCompiler.SetupBasePitch_Aysnc(new Formats.Model.VocalObject.ParamTranslater.PitchCompiler.AsyncWorkCallbackHandler((F, L) =>
{
this.PianoWindow.Invoke(new Action(() => { this.PianoWindow.RedrawPiano(); }));
}), StartPX, EndPX);
if (this.SingerDataFinder != null)
{
PartsObject po = PartsObject;
this.SingerDataFinder.GetPhonemesDictionary(PartsObject).UpdateOutboundsLyric_Aysnc(new Formats.Model.Database.VocalDatabase.SplitDictionary.AsyncWorkCallbackHandler((P, F, L) =>
{
}), ref po, StartPX, EndPX);;
}
}
}
}
if (TickChanged)
{
NoteSelectIndexs.Clear();
for (int i = 0; i < SelectingNoteCache.Count; i++)
{
NoteSelectIndexs.Add(PartsObject.NoteList.IndexOf(SelectingNoteCache[i]));
}
}
NoteDias.Clear();
}
else if (NoteDragingWork == NoteDragingType.NoteAdd)
{
NoteObject nPN = new NoteObject(NoteDias[0].TickStart, NoteDias[0].TickEnd - NoteDias[0].TickStart, NoteDias[0].TopNoteNum);
if (nPN.Length >= 32)
{
nPN.InitNote();
NoteList.Add(nPN);
NoteList.Sort();
NoteDias.Clear();
int NIndex = NoteList.IndexOf(nPN);
PartsObject.PitchCompiler.SetupBasePitch_Aysnc(new Formats.Model.VocalObject.ParamTranslater.PitchCompiler.AsyncWorkCallbackHandler((F, L) =>
{
this.PianoWindow.Invoke(new Action(() => { this.PianoWindow.RedrawPiano(); }));
}), NIndex, NIndex);
if (this.SingerDataFinder != null)
{
PartsObject po = PartsObject;
this.SingerDataFinder.GetPhonemesDictionary(PartsObject).UpdateLyrics_Aysnc(new Formats.Model.Database.VocalDatabase.SplitDictionary.AsyncWorkCallbackHandler((P, F, L) =>
{
}), ref po, NIndex, NIndex);;
}
}
else
{
NoteDragingWork = NoteDragingType.AreaSelect;
}
}
else if (NoteDragingWork == NoteDragingType.AreaSelect)
{
ClearSelect();
long mt = NoteDias[0].TickEnd;
long nt = NoteDias[0].TickStart;
if (e.Tick >= nt && e.Tick <= mt)
{
int Sfx = PartsObject.NoteCompiler.FindTickIndex(nt, 0, NoteList.Count);
for (int i = Sfx; i < NoteList.Count; i++)
{
NoteObject PN = NoteList[i];
if (PN.Tick >= mt)
{
break;
}
if (PN.Tick + PN.Length < nt)
{
continue;
}
if (PN.PitchValue.NoteNumber >= NoteDias[0].BottomNoteNum && PN.PitchValue.NoteNumber <= NoteDias[0].TopNoteNum)
{
NoteSelectIndexs.Add(i);
}
}
}
if (NoteSelectListChange != null)
{
NoteSelectListChange(NoteSelectIndexs);
}
NoteDias.Clear();
}
if (NoteDragingWork != NoteDragingType.AreaSelect && NoteActionEnd != null)
{
if (NotMove)
{
NoteActionEnd(NoteDragingWork, true);
}
else
{
NoteActionEnd(NoteDragingWork);
}
}
}
NoteDragingWork = NoteDragingType.None;
}