/// <summary>
/// Create MusicXML.scorepartwisePart object by VsqTrack instance.
/// </summary>
/// <param name="track"></param>
/// <param name="timesig_table"></param>
/// <returns></returns>
private scorepartwisePart createScorePart(VsqTrack track, TimesigVector timesig_table, TempoVector tempo_table)
{
var part = new scorepartwisePart();
var note_list = quantizeTrack(track, timesig_table, tempo_table);
var measures = new List <scorepartwisePartMeasure>();
int measure = 0;
Timesig timesig = new Timesig(0, 0);
while (0 < note_list.Count)
{
int measure_start_clock = timesig_table.getClockFromBarCount(measure);
int measure_end_clock = timesig_table.getClockFromBarCount(measure + 1);
var tempo_change_in_measure = new TempoVector();
tempo_change_in_measure.AddRange(
tempo_table
.Where((tempo) => measure_start_clock <= tempo.Clock && tempo.Clock < measure_end_clock)
.Select((tempo) => (TempoTableEntry)tempo.Clone()));
// get the list of TiedEvent, contained in target measure.
var in_measure_tied_note_list =
note_list
.Where((tied_event) => {
int tied_event_start = tied_event.Clock;
int tied_event_end = tied_event.Clock + tied_event.Length;
return
((measure_start_clock <= tied_event_start && tied_event_start < measure_end_clock) ||
(measure_start_clock <= tied_event_end && tied_event_end < measure_end_clock) ||
(tied_event_start <= measure_start_clock && measure_end_clock <= tied_event_end));
});
// get the list of MusicXML.note.
var in_measure_note_list =
in_measure_tied_note_list
.SelectMany((tied_event) => {
var result = new List <object>();
int clock = tied_event.Clock;
foreach (var note in tied_event)
{
int length = (int)note.duration.First;
if (measure_start_clock <= clock && clock + length <= measure_end_clock)
{
var tempo_change =
tempo_change_in_measure
.FirstOrDefault((tempo) => tempo.Clock == clock);
if (tempo_change != null)
{
var direction = new direction();
direction.placement = abovebelow.above;
direction.placementSpecified = true;
direction.directiontype = new directiontype[] { new directiontype() };
direction.directiontype[0].metronome.Add(new metronome());
var perminute = new perminute();
perminute.Value = getTempo(tempo_change).ToString();
direction.directiontype[0].metronome[0].Items = new object[] { notetypevalue.quarter, perminute };
direction.sound = new sound();
direction.sound.tempo = getTempo(tempo_change);
direction.sound.tempoSpecified = true;
result.Add(direction);
}
result.Add(note);
}
clock += length;
}
return(result);
});
var partwise_measure = new scorepartwisePartMeasure();
partwise_measure.number = (measure + 1).ToString();
var items = new List <object>();
var measure_timesig = timesig_table.getTimesigAt(measure_start_clock);
if (!measure_timesig.Equals(timesig))
{
var attributes = new MusicXML.attributes();
attributes.divisions = 480;
attributes.divisionsSpecified = true;
attributes.time = new time[] { new time() };
attributes.time[0].beats.Add(measure_timesig.numerator.ToString());
attributes.time[0].beattype.Add(measure_timesig.denominator.ToString());
attributes.time[0].symbol = timesymbol.common;
attributes.time[0].symbolSpecified = true;
items.Add(attributes);
}
timesig = measure_timesig;
items.AddRange(in_measure_note_list);
partwise_measure.Items = items.ToArray();
measures.Add(partwise_measure);
note_list.RemoveAll((tied_event) => tied_event.Clock + tied_event.Length <= measure_end_clock);
measure++;
}
part.measure = measures.ToArray();
return(part);
}
// C2FORMAT.TXT line 85ff
//LAYOUT (Beschreibung der Partitur-Formatvorlage)
// if Dateikennung >= V2.1
// BYTE topDist
// CHAR Ersatzzeichen fuer geschuetztes Leerzeichen ('\0' --> '$')
// BYTE interDist
// CHAR Ersatzzeichen fuer geschuetzten Bindestrich ('\0' --> '#')
// else
// INT topDist
// INT interDist
// endif
// BYTE beamMode
// FONT txtFont
// BYTE txtAlign
// BOOL allaBreve
// UINT tempo
// INT staves
// if Dateikennung >= V2.1
// BYTE[16] nSound (Klang fuer Kanal 1 bis 16
// im 1. Byte ist hoechstes Bit gesetzt!)
// BYTE[16] nVolume (Lautstaerke fuer Kanal 1 bis 16)
// else (Version 2.0)
// BYTE[9] nSound (Klang fuer Kanal 1 bis 9)
// BYTE[9] nVolume (Lautstaerke fuer Kanal 1 bis 9)
// endif
// STAFF_LAYOUT[staves]
//end
private void ReadLAYOUT(byte[] buffer, ref uint position)
{
if (this.version >= FileVersion.V21)
{
Read(buffer, ref position, out BYTE topDist);
Read(buffer, ref position, out CHAR spaceReplacement);
Read(buffer, ref position, out BYTE interDist);
Read(buffer, ref position, out CHAR dashReplacement);
}
else
{
Read(buffer, ref position, out INT topDist);
Read(buffer, ref position, out INT interDist);
}
Read(buffer, ref position, out BYTE beamMode);
this.ReadFONT(buffer, ref position);
Read(buffer, ref position, out BYTE txtAlign);
Read(buffer, ref position, out BOOL allaBreve);
Read(buffer, ref position, out UINT tempo);
Read(buffer, ref position, out INT staveCount);
if (this.version >= FileVersion.V21)
{
var soundValues = new BYTE[16];
var volumeValues = new BYTE[16];
for (int i = 0; i < 16; i++)
{
Read(buffer, ref position, out soundValues[i]);
}
for (int i = 0; i < 16; i++)
{
Read(buffer, ref position, out volumeValues[i]);
}
}
else
{
var soundValues = new BYTE[9];
var volumeValues = new BYTE[9];
for (int i = 0; i < 9; i++)
{
Read(buffer, ref position, out soundValues[i]);
}
for (int i = 0; i < 9; i++)
{
Read(buffer, ref position, out volumeValues[i]);
}
}
// TODO hier hatte ich zuerst ein partlist-Array. R# hat eine Co-Varianz-Warnung angezeigt. Daher nun object-Array.
this.Document.partlist = new partlist {
Items = new object[staveCount]
};
this.Document.part = new scorepartwisePart[staveCount];
this.InitStaves(staveCount);
for (int i = 0; i < staveCount; i++)
{
// initialite partDescription structures for current staff
var partDescription = new scorepart();
this.Document.partlist.Items[i] = partDescription;
partDescription.id = "P" + (i + 1).ToString(CultureInfo.InvariantCulture);
var partData = new scorepartwisePart {
id = partDescription.id
};
this.Document.part[i] = partData;
var firstMeasure = new scorepartwisePartMeasure();
this.measures[i].Add(firstMeasure);
firstMeasure.number = "1";
attributes att = firstMeasure.GetAttributes();
// 32 corresponds with duration values in readSTAFF()
att.divisions = 32;
att.divisionsSpecified = true;
this.ReadSTAFFLAYOUT(buffer, ref position, i, partDescription);
firstMeasure.AddClef(
this.currentKeyForm[i],
this.currentKeyLine[i],
this.currentKeyOctavation[i]);
}
}