public NoteBuilder()
{
note = new NoteMusicXML()
{
Items = new object[0]
};
}
public RestContainterItem(NoteMusicXML note, int itemIndex, string partId, string measureId, string staffId)
{
itemCanvas = new Canvas();
noteItem = note;
this.itemIndex = itemIndex;
this.partId = partId;
this.measureId = measureId;
this.itemStaff = staffId;
customPitch = CheckIfCustomPitchSet();
Draw(CheckIfMeasure());
CalculateMinWidth();
CalculateOptWidth();
}
private void DrawAccidental(NoteMusicXML note, int index, DrawingVisualHost noteVisualHost)
{
AccidentalMusicXML accidental = note.Accidental;
string accidentalSymbol = GetAccidentalSymbolString(accidental.Value);
double size = 1.0;
double totalAccidentalSize = 0.0;
bool hasBracket = accidental.BracketSpecified ? accidental.Bracket == YesNoMusicXML.yes: false;
bool hasParentheses = accidental.ParenthesesSpecified ? accidental.Parentheses == YesNoMusicXML.yes: false;
if (isSmall)
{
size = 0.7;
}
if (accidental.SizeSpecified)
{
size = accidental.Size == SymbolSizeMusicXML.cue ? 0.7 : accidental.Size == SymbolSizeMusicXML.large ? 1.2 : 1.0;
}
if (accidental.CautionarySpecified)
{
hasParentheses = accidental.Cautionary == YesNoMusicXML.yes;
//! missing implementation if yes
}
//! accidental.Editiorial skipped...
double accidentalWidth = DrawingMethods.GetTextWidth(accidentalSymbol, TypeFaces.GetMusicFont(), isSmall);
double accidentalMargin = layoutStyle.NotesStyle.AccidentalToNoteSpace.TenthsToWPFUnit();
double noteHeadYPosition = pitchedValue[index];
if (hasBracket)
{
totalAccidentalSize += 2 * DrawingMethods.GetTextWidth(MusicSymbols.AccidentalBracketL, TypeFaces.GetMusicFont(), size);
}
if (hasParentheses)
{
totalAccidentalSize += 2 * DrawingMethods.GetTextWidth(MusicSymbols.AccidentalParenthesesL, TypeFaces.GetMusicFont(), size);
}
if (hasBracket || hasParentheses)
{
string left = hasBracket ? MusicSymbols.AccidentalBracketL : MusicSymbols.AccidentalParenthesesL;
noteVisualHost.AddCharacterGlyph(new Point(0 - (totalAccidentalSize + accidentalWidth + accidentalMargin), noteHeadYPosition), left, isSmall, color);
string rigth = hasBracket ? MusicSymbols.AccidentalBracketR : MusicSymbols.AccidentalParenthesesR;
noteVisualHost.AddCharacterGlyph(new Point(0 - (totalAccidentalSize / 2 + accidentalWidth + accidentalMargin), noteHeadYPosition), accidentalSymbol, isSmall, color);
noteVisualHost.AddCharacterGlyph(new Point(0 - (totalAccidentalSize / 2) - accidentalMargin, noteHeadYPosition), rigth, isSmall, color);
SetLeftMargin(totalAccidentalSize + accidentalWidth + accidentalMargin);
}
else
{
noteVisualHost.AddCharacterGlyph(new Point(0 - accidentalWidth - accidentalMargin, noteHeadYPosition), accidentalSymbol, isSmall, color);
SetLeftMargin(accidentalWidth + accidentalMargin);
}
}
public void GenerateAttributes(TimeSignatures timeSignatures)
{
string firsMeasureId = _currentPart.Measure.FirstOrDefault().Number;
foreach (var measure in _currentPart.Measure)
{
var currentTimeSig = timeSignatures.GetTimeSignature(measure.Number);
int numerator = currentTimeSig.GetNumerator();
int denominator = currentTimeSig.GetDenominator();
int divisions = GetDivisionsMeasureId(measure.Number);
//int maxDuration = (int)((4 / (double)denominator) * (divisions * numerator));
int fractionCursor = 0;
for (int i = 0; i < measure.Items.Length; i++)
{
string typeName = measure.Items[i].GetType().Name;
switch (typeName)
{
case nameof(AttributesMusicXML):
if (firsMeasureId == measure.Number && fractionCursor == 0)
{
AttributesChanged(measure.Items[i] as AttributesMusicXML, fractionCursor, measure.Number, true);
}
else
{
AttributesChanged(measure.Items[i] as AttributesMusicXML, fractionCursor, measure.Number);
}
break;
case nameof(BackupMusicXML):
BackupMusicXML b = (BackupMusicXML)measure.Items[i];
fractionCursor -= (int)b.Duration;
break;
case nameof(ForwardMusicXML):
ForwardMusicXML f = (ForwardMusicXML)measure.Items[i];
fractionCursor += (int)f.Duration;
break;
case nameof(NoteMusicXML):
NoteMusicXML n = (NoteMusicXML)measure.Items[i];
fractionCursor += n.IsChord() || n.IsGrace() ? 0 : n.GetDuration();
break;
}
}
}
GenerateClefPerStaffDictionary();
}
public ChordBuilder AddNote(NoteMusicXML note)
{
if (note == null)
{
throw new ArgumentException("ChordBuilder::AddNote Argument value 'note' cannot be null");
}
if (note.GetNoteType() == NoteChoiceTypeMusicXML.grace)
{
throw new ArgumentException("ChordBuilder::AddNote Grace notes currently not supported in chords");
}
if (notes.Count > 0)
{
if (notes[0].GetDuration() != note.GetDuration())
{
Console.WriteLine("ChordBuilder::AddNote Added note to chord has different duration than chord main note, duration will be corrected to main note");
note.SetDuration(notes[0].GetDuration());
}
}
notes.Add(note);
return(this);
}
public ScorePartwisePartMeasureBuilder AddNote(NoteMusicXML note)
{
measure.AppendNewItem(note);
return(this);
}
public static ScorePartwiseMusicXML GetScorePartwise()
{
var partBuilder = new ScorePartwisePartBuilder();
//---
var measureBuilder = new ScorePartwisePartMeasureBuilder();
measureBuilder.AddBaseAttributes(
new MeasureItems.AttributesMusicXML
{
Divisions = 32,
DivisionsSpecified = true,
Clef = new List <MeasureItems.Attributes.ClefMusicXML>
{
new MeasureItems.Attributes.ClefMusicXML
{
Sign = MeasureItems.Attributes.ClefSignMusicXML.G,
Line = "2"
}
},
Key = new List <MeasureItems.Attributes.KeyMusicXML>
{
new MeasureItems.Attributes.KeyMusicXML
{
Items = new object[] { 2.ToString() },
ItemsElementName = new MeasureItems.Attributes.KeyChoiceTypes[] { MeasureItems.Attributes.KeyChoiceTypes.fifths },
Number = "1"
}
},
Time = new List <MeasureItems.Attributes.TimeMusicXML>
{
new MeasureItems.Attributes.TimeMusicXML
{
Number = "1",
Items = new object[]
{
4.ToString(),
4.ToString()
},
ItemsElementName = new MeasureItems.Attributes.TimeChoiceTypeMusicXML[]
{
MeasureItems.Attributes.TimeChoiceTypeMusicXML.beats,
MeasureItems.Attributes.TimeChoiceTypeMusicXML.beattype
}
}
}
});
var note1 = new NoteMusicXML
{
Items = new object[] { new PitchMusicXML
{
Octave = "4",
Step = Helpers.SimpleTypes.StepMusicXML.C
}, 128 },
ItemsElementName = new NoteChoiceTypeMusicXML[] { NoteChoiceTypeMusicXML.pitch, NoteChoiceTypeMusicXML.duration },
Voice = "1",
Stem = new MeasureItems.NoteItems.StemMusicXML
{
Value = MeasureItems.NoteItems.StemValueMusicXML.up
}
};
measureBuilder.AddNote(note1);
partBuilder.AddMeasure(measureBuilder.Build());
//===
var r = new Random();
for (int i = 0; i < 32; i++)
{
var measureBuilder2 = new ScorePartwisePartMeasureBuilder();
for (int j = 0; j < 8; j++)
{
int randChord = r.Next(5) + 2;
ChordBuilder chordBuilder = new ChordBuilder();
for (int k = 0; k < randChord; k++)
{
var randOctave = 3 + j % (r.Next(3) + 1);
var builder = new NoteBuilder();
var step = (Helpers.SimpleTypes.StepMusicXML)r.Next(7); //random step
var noteX = builder
.SetStem(randOctave > 4 ? MeasureItems.NoteItems.StemValueMusicXML.down : MeasureItems.NoteItems.StemValueMusicXML.up)
.SetVoice(1)
.SetPitch(step, randOctave)
.SetDuration(16)
.Build();
chordBuilder.AddNote(noteX);
}
measureBuilder2.AddChord(chordBuilder.Build());
}
partBuilder.AddMeasure(measureBuilder2.Build());
}
var scoreBuilder = new ScorePartwiseBuilder();
return(scoreBuilder.AddPart(partBuilder.Build(), "Part 0").Build());
}
