private void CreateEmptyInputStaves(List<List<VoiceDef>> barDefsInOneSystem)
{
int nPrintedOutputStaves = _pageFormat.VisibleOutputVoiceIndicesPerStaff.Count;
int nPrintedInputStaves = _pageFormat.VisibleInputVoiceIndicesPerStaff.Count;
int nStaffNames = _pageFormat.ShortStaffNames.Count;
for(int i = 0; i < Systems.Count; i++)
{
SvgSystem system = Systems[i];
List<VoiceDef> barDef = barDefsInOneSystem[i];
for(int staffIndex = 0; staffIndex < nPrintedInputStaves; staffIndex++)
{
int staffNameIndex = nPrintedOutputStaves + staffIndex;
string staffname = StaffName(i, staffNameIndex);
float gap = _pageFormat.Gap * _pageFormat.InputStavesSizeFactor;
float stafflineStemStrokeWidth = _pageFormat.StafflineStemStrokeWidth * _pageFormat.InputStavesSizeFactor;
InputStaff inputStaff = new InputStaff(system, staffname, _pageFormat.StafflinesPerStaff[staffIndex], gap, stafflineStemStrokeWidth);
List<byte> inputVoiceIndices = _pageFormat.VisibleInputVoiceIndicesPerStaff[staffIndex];
for(int ivIndex = 0; ivIndex < inputVoiceIndices.Count; ++ivIndex)
{
InputVoiceDef inputVoiceDef = barDef[inputVoiceIndices[ivIndex] + _algorithm.MidiChannelIndexPerOutputVoice.Count] as InputVoiceDef;
Debug.Assert(inputVoiceDef != null);
InputVoice inputVoice = new InputVoice(inputStaff);
inputVoice.VoiceDef = inputVoiceDef;
inputStaff.Voices.Add(inputVoice);
}
SetStemDirections(inputStaff);
system.Staves.Add(inputStaff);
}
}
}
/// <summary>
/// There is still one system per bar.
/// </summary>
/// <param name="systems"></param>
public void ConvertVoiceDefsToNoteObjects(List <SvgSystem> systems)
{
byte[] currentChannelVelocities = new byte[systems[0].Staves.Count];
List <ClefChangeDef> voice0ClefChangeDefs = new List <ClefChangeDef>();
List <ClefChangeDef> voice1ClefChangeDefs = new List <ClefChangeDef>();
for (int systemIndex = 0; systemIndex < systems.Count; ++systemIndex)
{
SvgSystem system = systems[systemIndex];
int visibleStaffIndex = -1;
for (int staffIndex = 0; staffIndex < system.Staves.Count; ++staffIndex)
{
Staff staff = system.Staves[staffIndex];
if (!(staff is InvisibleOutputStaff))
{
visibleStaffIndex++;
}
voice0ClefChangeDefs.Clear();
voice1ClefChangeDefs.Clear();
for (int voiceIndex = 0; voiceIndex < staff.Voices.Count; ++voiceIndex)
{
Voice voice = staff.Voices[voiceIndex];
float musicFontHeight = (voice is OutputVoice) ? _pageFormat.MusicFontHeight : _pageFormat.MusicFontHeight * _pageFormat.InputStavesSizeFactor;
if (!(staff is InvisibleOutputStaff))
{
Debug.Assert(_pageFormat.ClefsList[visibleStaffIndex] != null);
voice.NoteObjects.Add(new ClefSymbol(voice, _pageFormat.ClefsList[visibleStaffIndex], musicFontHeight));
}
bool firstLmdd = true;
if (staff is InputStaff)
{
InputVoice inputVoice = staff.Voices[voiceIndex] as InputVoice;
if (systemIndex == 0)
{
InputVoiceDef inputVoiceDef = inputVoice.VoiceDef as InputVoiceDef;
inputVoice.SetMidiChannel(inputVoiceDef.MidiChannel, systemIndex);
}
}
foreach (IUniqueDef iud in voice.VoiceDef.UniqueDefs)
{
NoteObject noteObject =
SymbolSet.GetNoteObject(voice, iud, firstLmdd, ref currentChannelVelocities[staffIndex], musicFontHeight);
ClefChangeSymbol clefChangeSymbol = noteObject as ClefChangeSymbol;
if (clefChangeSymbol != null)
{
if (voiceIndex == 0)
{
voice0ClefChangeDefs.Add(iud as ClefChangeDef);
}
else
{
voice1ClefChangeDefs.Add(iud as ClefChangeDef);
}
}
voice.NoteObjects.Add(noteObject);
firstLmdd = false;
}
}
if (voice0ClefChangeDefs.Count > 0 || voice1ClefChangeDefs.Count > 0)
{
// the main clef on this staff in the next system
SetNextSystemClefType(staffIndex, voice0ClefChangeDefs, voice1ClefChangeDefs);
}
if (staff.Voices.Count == 2)
{
InsertInvisibleClefChangeSymbols(staff.Voices, voice0ClefChangeDefs, voice1ClefChangeDefs);
CheckClefTypes(staff.Voices);
StandardSymbolSet standardSymbolSet = SymbolSet as StandardSymbolSet;
if (standardSymbolSet != null)
{
standardSymbolSet.ForceNaturalsInSynchronousChords(staff);
}
}
}
}
}