public GuitarSlide(GuitarChord chord, bool isReversed)
: base(chord,
isReversed ? ChordModifierType.SlideReverse : ChordModifierType.Slide, GuitarMessageType.GuitarSlide)
{
Data1 = Utility.GetSlideData1(chord.Difficulty);
Data2 = Utility.Data2Default;
Channel = isReversed ? Utility.ChannelSlideReversed : Utility.ChannelSlide;
}
public GuitarHammeron(GuitarChord chord)
: base(chord, ChordModifierType.Hammeron, GuitarMessageType.GuitarHammeron)
{
Data1 = Utility.GetHammeronData1(chord.Difficulty);
Data2 = Utility.Data2Default;
Channel = Utility.ChannelDefault;
SetTicks(chord.TickPair);
}
public void NoMininumOfNotes()
{
var noteList = new List <IMusicalNote>();
noteList.Add(new MusicalNoteMock(NoteValue.G, 3, "G3"));
var chord = new GuitarChord(noteList);
Assert.AreEqual("G", chord.ToString());
}
public static GuitarSlide CreateSlide(GuitarChord chord, bool reversed)
{
GuitarSlide ret = null;
if (!chord.HasSlide && Utility.GetSlideData1(chord.Difficulty).IsNotNull())
{
ret = new GuitarSlide(chord, reversed);
ret.IsNew = true;
ret.CreateEvents();
}
return ret;
}
public static GuitarHammeron CreateHammeron(GuitarChord chord)
{
GuitarHammeron ret = null;
if (!chord.HasHammeron && Utility.GetHammeronData1(chord.Difficulty).IsNotNull())
{
ret = new GuitarHammeron(chord);
ret.IsNew = true;
ret.SetTicks(chord.TickPair);
ret.CreateEvents();
}
return ret;
}
void RemapGuitarChords()
{
for (int i = 0; i < 32; i++)
{
for (int j = 0; j < 9; j++)
{
if (guitarMapIndexRootPairs[i][j].Root == 0xFF)
{
if (guitarMapIndexRootPairs[i][j].index == 0xFF) { continue; }
remappedGuitar[i, j] = guitarOriginal[guitarMapIndexRootPairs[i][j].index];
}
else
{
remappedGuitar[i, j] = new GuitarChord(guitarMapIndexRootPairs[i][j].Root, guitarMapIndexRootPairs[i][j].index);
}
}
}
}
public void Trivial_Cb5()
{
var noteList = new List <IMusicalNote>();
noteList.Add(new MusicalNoteMock(NoteValue.C, 4, "C4"));
noteList.Add(new MusicalNoteMock(NoteValue.E, 4, "E4"));
noteList.Add(new MusicalNoteMock(NoteValue.Gb, 4, "Gb4"));
var chord = new GuitarChord(noteList);
Assert.AreEqual(NoteValue.C, chord.TonicNote);
Assert.AreEqual(Interval.DiminishedFifth, chord.FifthInterval);
Assert.AreEqual(Interval.MajorThird, chord.ThirdInterval);
Assert.IsNull(chord.SeventhInterval);
Assert.IsNull(chord.FourthInterval);
Assert.IsNull(chord.SixthInterval);
Assert.IsNull(chord.NinthInterval);
Assert.AreEqual("C(b5)", chord.ToString());
}
public void Guitar_Dm7()
{
var noteList = new List <IMusicalNote>();
noteList.Add(new MusicalNoteMock(NoteValue.D, 4, "D4"));
noteList.Add(new MusicalNoteMock(NoteValue.A, 4, "A4"));
noteList.Add(new MusicalNoteMock(NoteValue.C, 5, "C5"));
noteList.Add(new MusicalNoteMock(NoteValue.F, 5, "F5"));
var chord = new GuitarChord(noteList);
Assert.AreEqual(NoteValue.D, chord.TonicNote);
Assert.AreEqual(Interval.PerfectFifth, chord.FifthInterval);
Assert.AreEqual(Interval.MinorThird, chord.ThirdInterval);
Assert.AreEqual(Interval.MinorSeventh, chord.SeventhInterval);
Assert.IsNull(chord.FourthInterval);
Assert.IsNull(chord.SixthInterval);
Assert.IsNull(chord.NinthInterval);
Assert.AreEqual("Dm7", chord.ToString());
}
public void Guitar_B479()
{
var noteList = new List <IMusicalNote>();
noteList.Add(new MusicalNoteMock(NoteValue.B, 3, "B3"));
noteList.Add(new MusicalNoteMock(NoteValue.E, 4, "E4"));
noteList.Add(new MusicalNoteMock(NoteValue.A, 4, "A4"));
noteList.Add(new MusicalNoteMock(NoteValue.Db, 5, "Db5"));
noteList.Add(new MusicalNoteMock(NoteValue.Gb, 5, "Gb5"));
var chord = new GuitarChord(noteList);
Assert.AreEqual(NoteValue.B, chord.TonicNote);
Assert.AreEqual(Interval.PerfectFifth, chord.FifthInterval);
Assert.IsNull(chord.ThirdInterval);
Assert.AreEqual(Interval.PerfectFourth, chord.FourthInterval);
Assert.AreEqual(Interval.MinorSeventh, chord.SeventhInterval);
Assert.AreEqual(Interval.MajorSecond, chord.NinthInterval);
Assert.AreEqual("B4/7/9", chord.ToString());
}
public static ChordModifier CreateModifier(GuitarChord chord, ChordModifierType type)
{
ChordModifier ret = null;
switch (type)
{
case ChordModifierType.ChordStrumLow:
{
ret = GuitarChordStrum.CreateStrum(chord, ChordStrum.Low);
}
break;
case ChordModifierType.ChordStrumMed:
{
ret = GuitarChordStrum.CreateStrum(chord, ChordStrum.Mid);
}
break;
case ChordModifierType.ChordStrumHigh:
{
ret = GuitarChordStrum.CreateStrum(chord, ChordStrum.High);
}
break;
case ChordModifierType.Hammeron:
{
ret = GuitarHammeron.CreateHammeron(chord);
}
break;
case ChordModifierType.Slide:
{
ret = GuitarSlide.CreateSlide(chord, false);
}
break;
case ChordModifierType.SlideReverse:
{
ret = GuitarSlide.CreateSlide(chord, true);
}
break;
}
return ret;
}
public void Guitar_Em7()
{
var noteList = new List <IMusicalNote>();
noteList.Add(new MusicalNoteMock(NoteValue.E, 3, "E4"));
noteList.Add(new MusicalNoteMock(NoteValue.B, 3, "B3"));
noteList.Add(new MusicalNoteMock(NoteValue.E, 4, "E4"));
noteList.Add(new MusicalNoteMock(NoteValue.G, 4, "G4"));
noteList.Add(new MusicalNoteMock(NoteValue.D, 5, "D5"));
noteList.Add(new MusicalNoteMock(NoteValue.E, 5, "E5"));
var chord = new GuitarChord(noteList);
Assert.AreEqual(NoteValue.E, chord.TonicNote);
Assert.AreEqual(Interval.PerfectFifth, chord.FifthInterval);
Assert.AreEqual(Interval.MinorThird, chord.ThirdInterval);
Assert.AreEqual(Interval.MinorSeventh, chord.SeventhInterval);
Assert.IsNull(chord.FourthInterval);
Assert.IsNull(chord.SixthInterval);
Assert.IsNull(chord.NinthInterval);
Assert.AreEqual("Em7", chord.ToString());
}
public GuitarChord GetStaleChord(GuitarChord chord, bool nextIfNotFound)
{
GuitarChord ret = null;
if (!IsLoaded)
return null;
if (chord != null)
{
var c = guitarTrack.Messages.Chords.FirstOrDefault(
x => x.IsDownEventClose(chord) &&
x.IsUpEventClose(chord));
if (c != null)
{
ret = c;
}
else if (nextIfNotFound == true)
{
c = guitarTrack.Messages.Chords.FirstOrDefault(
x => x.DownTick >= chord.DownTick);
if (c != null)
{
ret = c;
}
}
}
return ret;
}
public GuitarChord SelectNextChord(GuitarChord sel)
{
if (!IsLoaded)
return null;
GuitarChord ret = null;
if (sel != null)
{
ret = GetNextChord(sel);
if (ret != null)
{
ClearSelection();
ret.Selected = true;
}
}
Invalidate();
return sel;
}
public int GetChordMinYOffset(GuitarChord c)
{
return c.Notes.Min(n => GetNoteMinYOffset(n));
}
public GuitarChord GetPreviousChord(GuitarChord sel)
{
GuitarChord ret = null;
if (sel != null)
{
return guitarTrack.Messages.Chords.LastOrDefault(x => x.DownTick < sel.DownTick);
}
return ret;
}
public int GetChordMinYOffset(GuitarChord c)
{
if (c.Notes.Any())
{
return c.Notes.Min(n => GetNoteMinYOffset(n));
}
else
{
return Int32.MinValue;
}
}
private int ReplaceNotes(GuitarMessageList list, GuitarChord[] oChords6,
double deltaTimeStart,
int minTime, GuitarChord[] m,
int startTick, int endTick, out int numReplaced)
{
numReplaced = 0;
var replaceConfig = GetNewCopyPatternPresetFromScreen();
TickPair tp = m.GetTickPair();
if (replaceConfig.RemoveExisting)
{
list.Chords.GetBetweenTick(
new TickPair(tp.Down + Utility.NoteCloseWidth / 2, tp.Up - Utility.NoteCloseWidth / 2))
.ToList().ForEach(x => x.DeleteAll());
}
if (replaceConfig.KeepLengths &&
m.Length == oChords6.Length)
{
int iochord6 = 0;
foreach (var oC in oChords6)
{
var nn = oC.CloneAtTime(list, m[iochord6].TickPair);
if (nn != null)
{
numReplaced++;
iochord6++;
nn.Selected = true;
}
}
}
else
{
GuitarChord prev = null;
var currentTime = list.Owner.GuitarTrack.TickToTime(startTick);
int currentTick = list.Owner.GuitarTrack.TimeToTick(currentTime);
foreach (var oC in oChords6)
{
int space = 0;
if (prev != null)
{
space = oC.DownTick - prev.UpTick;
}
TickPair newTicks;
CalcStartEndTick(oC.TickPair, space, currentTick, currentTime, deltaTimeStart,
out newTicks);
if (!(newTicks.Down < oC.UpTick && newTicks.Up > oC.DownTick))
{
if (newTicks.Down >= minTime)
{
var nn = oC.CloneAtTime(list, newTicks);
if (nn != null)
{
endTick = nn.UpTick;
numReplaced++;
nn.Selected = true;
}
minTime = endTick;
deltaTimeStart = 0;
}
}
prev = oC;
currentTime = list.Owner.GuitarTrack.TickToTime(minTime);
}
}
return minTime;
}
public void SetChordToScreen(GuitarChord gc, bool allowKeepSelection = true, bool ignoreKeepSelection = false)
{
var keepSel = (allowKeepSelection && checkKeepSelection.Checked);
if (gc != null && (keepSel == false || ignoreKeepSelection))
{
var hb = GetHoldBoxes();
hb.ForEach(x => x.Text = "");
NoteChannelBoxes.ForEach(x => x.Text = "");
foreach (var n in gc.Notes)
{
hb[5 - n.NoteString].Text = n.NoteFretDown.ToStringEx();
NoteChannelBoxes[5 - n.NoteString].Text = n.Channel.ToStringEx();
}
var sb = GetChordStartBox();
var eb = GetChordEndBox();
sb.Text = gc.DownTick.ToStringEx();
eb.Text = gc.UpTick.ToStringEx();
checkIsSlide.Checked = gc.HasSlide;
checkIsSlideReversed.Checked = gc.HasSlideReversed;
checkIsHammeron.Checked = gc.HasHammeron;
checkIsTap.Checked = gc.IsTap;
checkIsX.Checked = gc.IsXNote;
checkStrumHigh.Checked = gc.HasStrumMode(ChordStrum.High);
checkStrumMid.Checked = gc.HasStrumMode(ChordStrum.Mid);
checkStrumLow.Checked = gc.HasStrumMode(ChordStrum.Low);
}
else if (gc != null)
{
var sb = GetChordStartBox();
var eb = GetChordEndBox();
sb.Text = gc.DownTick.ToStringEx();
eb.Text = gc.UpTick.ToStringEx();
}
SetChordScaleBoxes(gc);
int iStart = GetChordStartBox().Text.ToInt();
int iEnd = GetChordEndBox().Text.ToInt();
if (!iStart.IsNull() && !iEnd.IsNull())
{
textBoxNoteEditorSelectedChordTickLength.Text = (iEnd - iStart).ToStringEx();
}
CheckQuickEditFocus();
}
void DrawChord(GuitarChord chord, Graphics g, bool drawSelected)
{
foreach (var note in chord.Notes)
{
var i = note.NoteString;
var startEnd = new TickPair(GetClientPointFromTime(note.StartTime), GetClientPointFromTime(note.EndTime));
if (CurrentSelectionState == EditorSelectionState.MovingSelector)
{
var sel = CurrentSelector;
if (sel != null &&
chord.Selected && drawSelected)
{
if (sel.IsRight)
{
startEnd.Up = sel.CurrentPoint.X + Utility.SelectorWidth;
}
else
{
startEnd.Down = sel.CurrentPoint.X;
}
}
}
int noteX = startEnd.Down;
int noteY = GetNoteMinYOffset(note);
var width = startEnd.Up - startEnd.Down;
if (CurrentSelectionState != EditorSelectionState.MovingSelector)
{
if (drawSelected == false)
{
if (width < Utility.MinimumNoteWidth)
{
width = Utility.MinimumNoteWidth;
}
}
}
var noteRect = new Rectangle(noteX, noteY, width, NoteHeight);
if (width > 0)
{
int minus = 2;
int plus = 5;
if (chord.Selected)
{
minus = 1;
plus = 3;
}
if ((chord.StrumMode & ChordStrum.Low) > 0)
{
if (i == 0 || i == 1)
{
g.FillRectangle(Utility.noteStrumBrush,
noteX - minus, noteY - minus,
width + plus,
NoteHeight + plus);
}
}
if ((chord.StrumMode & ChordStrum.Mid) > 0)
{
if (i == 2 || i == 3)
{
g.FillRectangle(Utility.noteStrumBrush,
noteX - minus, noteY - minus,
width + plus,
NoteHeight + plus);
}
}
if ((chord.StrumMode & ChordStrum.High) > 0)
{
if (i == 4 || i == 5)
{
g.FillRectangle(Utility.noteStrumBrush,
noteX - minus, noteY - minus,
width + plus,
NoteHeight + plus);
}
}
var sb = Utility.noteBGBrush;
string noteTxt = note.NoteFretDown.ToString();
if (note.IsArpeggioNote)
{
noteTxt = Utility.ArpeggioHelperPrefix + noteTxt + Utility.ArpeggioHelperSuffix;
sb = Utility.noteArpeggioBrush;
}
if (chord.IsXNote)
{
sb = Utility.noteXBrush;
}
else if (note.IsTapNote)
{
sb = Utility.noteTapBrush;
}
g.FillRectangle(sb,
noteX, noteY,
width, NoteHeight);
if (width > 3)
{
var rectPen = Utility.noteBoundPen;
g.DrawRectangle(rectPen, noteRect);
var len = GetClientPointFromTick(chord.UpTick) - GetClientPointFromTick(chord.DownTick);
if (len > 4)
{
if (chord.HasHammeron && chord.HasSlide)
{
using (var slb = new SolidBrush(Color.FromArgb(Utility.hammerOnPen.Color.A, Utility.hammerOnPen.Color)))
{
g.FillPolygon(slb, new Point[] { new Point(noteX, noteY), new Point(noteX + width, noteY), new Point(noteX, noteY + NoteHeight) });
}
using (var slb = new SolidBrush(Color.FromArgb(Utility.slidePen.Color.A, Utility.slidePen.Color)))
{
g.FillPolygon(slb, new Point[] { new Point(noteX + width, noteY), new Point(noteX + width, noteY + NoteHeight), new Point(noteX, noteY + NoteHeight) });
}
}
else if (chord.HasHammeron)
{
using (var slb = new SolidBrush(Color.FromArgb(Utility.hammerOnPen.Color.A, Utility.hammerOnPen.Color)))
{
g.FillRectangle(slb, noteRect);
}
}
else if (chord.HasSlide)
{
using (var slb = new SolidBrush(Color.FromArgb(Utility.slidePen.Color.A, Utility.slidePen.Color)))
{
g.FillRectangle(slb, noteRect);
}
}
if (width > 4)
{
using (var slb = new Pen(Color.FromArgb(80, Color.White)))
{
g.DrawLine(slb, new Point(noteX, noteY + 1), new Point(noteX + width - 1, noteY + 1));
g.DrawLine(slb, new Point(noteX + 1, noteY + 1), new Point(noteX + 1, noteY + NoteHeight - 1));
}
using (var slb = new Pen(Color.FromArgb(40, Color.White)))
{
g.DrawLine(slb, new Point(noteX + 1, noteY + 2), new Point(noteX + width - 1, noteY + 2));
g.DrawLine(slb, new Point(noteX + 2, noteY + 1), new Point(noteX + 1, noteY + NoteHeight - 1));
}
using (var slb = new Pen(Color.FromArgb(40, Color.White)))
{
g.DrawLine(slb, new Point(noteX + 1, noteY + 3), new Point(noteX + 4, noteY + 3));
g.DrawLine(slb, new Point(noteX + 1, noteY + 4), new Point(noteX + 3, noteY + 4));
g.DrawLine(slb, new Point(noteX + 1, noteY + 5), new Point(noteX + 2, noteY + 5));
g.DrawLine(slb, new Point(noteX + 1, noteY + 6), new Point(noteX + 2, noteY + 6));
}
using (var slb = new Pen(Color.FromArgb(40, Color.Black)))
{
g.DrawLine(slb, new Point(noteX + width + 1, noteY + 1), new Point(noteX + width + 1, noteY + NoteHeight + 1));
g.DrawLine(slb, new Point(noteX + 1, noteY + NoteHeight + 1), new Point(noteX + width, noteY + NoteHeight + 1));
}
using (var slb = new Pen(Color.FromArgb(10, Color.Black)))
{
g.DrawLine(slb, new Point(noteX + width + 2, noteY + 2), new Point(noteX + width + 2, noteY + NoteHeight + 2));
g.DrawLine(slb, new Point(noteX + 3, noteY + NoteHeight + 2), new Point(noteX + width + 1, noteY + NoteHeight + 2));
}
float fontSize = (float)NoteHeight;
if (width < fontSize)
{
fontSize = width;
}
if (fontSize / 2.0f - (int)(fontSize / 2.0f) > 0)
{
fontSize = fontSize - 1;
}
var font = GetFontForRect(noteRect);
if (font != null)
{
if (chord.IsXNote && Utility.XNoteText.Trim().IsNotEmpty())
{
noteTxt = Utility.XNoteText.Trim();
}
if (note.IsArpeggioNote)
{
noteY--;
}
noteX += Utility.NoteTextXOffset;
noteY += Utility.NoteTextYOffset;
g.DrawString(noteTxt,
font,
Utility.fretBrush,
new RectangleF(new PointF(noteX, noteY - 1), new SizeF(width + 20, NoteHeight)),
Utility.GetStringFormatNoWrap());
}
}
}
}
if (chord.Selected)
{
using (var brush = new SolidBrush(Color.FromArgb(200, Utility.noteBGBrushSel.Color)))
{
g.FillRectangle(Utility.noteBGBrushSel, noteRect);
}
}
}
}
}
public void ContructorParameterCantBeNull()
{
var chord = new GuitarChord(null);
}
public GuitarChord GetPreviousChord(GuitarChord sel)
{
GuitarChord ret = null;
if (sel != null)
{
ret = guitarTrack.Messages.Chords.LastOrDefault(
x => x.IsBefore(sel));
}
return ret;
}
void DrawPasteChord(PastePointParam param, GuitarChord chord, Graphics g)
{
int alpha = 120;
foreach(var note in chord.Notes)
{
var i = note.NoteString;
var start = GetScreenPointFromTick(note.DownTick);
var end = GetScreenPointFromTick(note.UpTick);
int noteX = param.MousePos.X;
noteX = noteX + (int)(start - param.MinChordX)
+ param.Offset.X;
int noteY = TopLineOffset + LineSpacing *
(5-(param.MousePos.Y -param.MinNoteString + note.NoteString )) -
NoteHeight / 2
+ param.Offset.Y;
var width = end - start;
using (var p = new Pen(Color.FromArgb(alpha, Utility.noteBGBrushSel.Color)))
{
g.DrawRectangle(p,
noteX + Utility.NoteSelectionOffsetLeft,
noteY + Utility.NoteSelectionOffsetUp,
width + Utility.NoteSelectionOffsetRight-1,
NoteHeight + Utility.NoteSelectionOffsetDown-1);
}
Color bgColor = Utility.noteBGBrush.Color;
if (note.Channel == Utility.ChannelX)
{
bgColor = Utility.noteXBrush.Color;
}
else if (note.Channel == Utility.ChannelTap)
{
bgColor = Utility.noteTapBrush.Color;
}
using (var sb = new SolidBrush(Color.FromArgb(alpha, bgColor)))
{
g.FillRectangle(sb,
noteX, noteY,
width, NoteHeight);
}
using (var rectPen = new Pen(Color.FromArgb(alpha, Utility.noteBoundPen.Color)))
{
g.DrawRectangle(rectPen,
noteX, noteY,
width,
NoteHeight);
}
using (var selPen = new Pen(Color.FromArgb(alpha, Utility.selectedPen.Color)))
{
g.DrawRectangle(selPen,
noteX, noteY,
width,
NoteHeight);
}
using (var fb = new SolidBrush(Color.FromArgb(alpha, Utility.fretBrush.Color)))
{
string noteTxt = note.NoteFretDown.ToString();
if (note.Channel == Utility.ChannelX)
{
noteTxt = Utility.XNoteText;
}
g.DrawString(noteTxt,
Utility.fretFont,
fb,
noteX + Utility.NoteTextXOffset,
noteY - (int)(Utility.fontHeight / 4.0 + Utility.NoteTextYOffset));
}
}
}
public ChordModifier(GuitarChord chord, ChordModifierType type, GuitarMessageType gt)
: base(chord.Owner, chord.TickPair, gt)
{
ModifierType = type;
Chord = chord;
}
public static ChordModifier GetModifier(GuitarChord chord, ChordModifierType type)
{
ChordModifier ret = null;
switch (type)
{
case ChordModifierType.ChordStrumHigh:
case ChordModifierType.ChordStrumMed:
case ChordModifierType.ChordStrumLow:
if (Utility.GetStrumData1(chord.Difficulty).IsNotNull())
{
ret = new GuitarChordStrum(chord, type);
}
break;
case ChordModifierType.Hammeron:
if (Utility.GetHammeronData1(chord.Difficulty).IsNotNull())
{
ret = new GuitarHammeron(chord);
}
break;
case ChordModifierType.Slide:
case ChordModifierType.SlideReverse:
if (Utility.GetSlideData1(chord.Difficulty).IsNotNull())
{
ret = new GuitarSlide(chord, type == ChordModifierType.SlideReverse);
}
break;
}
return ret;
}
public void SetChordToClipboard(GuitarChord gc)
{
CopyChords.Clear();
if (gc != null)
{
CurrentSelectionState = EditorSelectionState.PastingNotes;
CopyChords.Add(gc);
CopyChords.BeginPaste(PointToClient(MousePosition));
}
}
void DrawChord(GuitarChord chord, Graphics g, bool drawSelected)
{
foreach(var note in chord.Notes)
{
var i = note.NoteString;
var start = GetScreenPointFromTick(note.DownTick);
var end = GetScreenPointFromTick(note.UpTick);
if (CurrentSelectionState == EditorSelectionState.MovingSelector)
{
var sel = CurrentSelector;
if (sel != null &&
chord.Selected && drawSelected)
{
if (sel.IsRight)
{
end = sel.CurrentPoint.X + Utility.SelectorWidth;
}
else
{
start = sel.CurrentPoint.X;
}
}
}
int noteX = start;
int noteY = GetNoteMinYOffset(note);
var width = end - start;
if (CurrentSelectionState != EditorSelectionState.MovingSelector)
{
if (drawSelected == false)
{
if (width < Utility.MinimumNoteWidth)
{
width = Utility.MinimumNoteWidth;
}
}
}
var noteRect = new Rectangle(noteX, noteY, width, NoteHeight);
using (var bs = new SolidBrush(Color.FromArgb(20, Utility.noteBGBrushShadow.Color)))
{
var shadowRect = noteRect;
shadowRect.Width += 2;
shadowRect.Height += 2;
g.FillRectangle(bs, shadowRect);
}
if (chord.Selected)
{
g.FillRectangle(Utility.noteBGBrushSel,
noteX + Utility.NoteSelectionOffsetLeft, noteY + Utility.NoteSelectionOffsetUp,
width + Utility.NoteSelectionOffsetRight, NoteHeight + Utility.NoteSelectionOffsetDown);
}
int minus = 2;
int plus = 5;
if (chord.Selected)
{
minus = 1;
plus = 3;
}
if ((chord.StrumMode & ChordStrum.Low) > 0)
{
if (i == 0 || i == 1)
{
g.FillRectangle(Utility.noteStrumBrush,
noteX - minus, noteY - minus,
width + plus,
NoteHeight + plus);
}
}
if ((chord.StrumMode & ChordStrum.Mid) > 0)
{
if (i == 2 || i == 3)
{
g.FillRectangle(Utility.noteStrumBrush,
noteX - minus, noteY - minus,
width + plus,
NoteHeight + plus);
}
}
if ((chord.StrumMode & ChordStrum.High) > 0)
{
if (i == 4 || i == 5)
{
g.FillRectangle(Utility.noteStrumBrush,
noteX - minus, noteY - minus,
width + plus,
NoteHeight + plus);
}
}
var sb = Utility.noteBGBrush;
string noteTxt = note.NoteFretDown.ToString();
if (note.IsArpeggioNote)
{
noteTxt = Utility.ArpeggioHelperPrefix + noteTxt + Utility.ArpeggioHelperSuffix;
sb = Utility.noteArpeggioBrush;
}
if (chord.IsXNote)
{
sb = Utility.noteXBrush;
}
else if (note.IsTapNote)
{
sb = Utility.noteTapBrush;
}
g.FillRectangle(sb,
noteX, noteY,
width, NoteHeight);
var rectPen = Utility.noteBoundPen;
if (!ZoomedOutRealFar)
{
g.DrawRectangle(rectPen, noteRect);
}
var len = GetScreenPointFromTick(chord.UpTick) - GetScreenPointFromTick(chord.DownTick);
if (len > 5 && !ZoomedOutRealFar)
{
if (chord.IsHammeron && chord.IsSlide)
{
rectPen = Utility.hammerOnPen;
int hw = (int)rectPen.Width;
g.DrawRectangle(rectPen, noteRect);
rectPen = Utility.slidePen;
g.DrawRectangle(rectPen,
noteX - hw,
noteY - hw,
width + hw * 2,
NoteHeight + hw * 2);
}
else if (chord.IsHammeron)
{
rectPen = Utility.hammerOnPen;
g.DrawRectangle(rectPen, noteRect);
}
else if (chord.IsSlide)
{
rectPen = Utility.slidePen;
g.DrawRectangle(rectPen, noteRect);
}
if(width > 2)
{
float fontSize = (float)NoteHeight;
if (width < fontSize)
{
fontSize = width;
}
if (fontSize/2.0f - (int)(fontSize/2.0f) > 0)
{
fontSize = fontSize - 1;
}
var font = GetFontForRect(noteRect);
if (font != null)
{
g.DrawString(noteTxt,
font,
Utility.fretBrush,
new RectangleF(new PointF(noteX, noteY), new SizeF(width+20, NoteHeight)),
Utility.GetStringFormatNoWrap());
}
}
}
}
}
public void SetSelectedChord(GuitarChord gc, bool clicked, bool ignoreKeepSelection = false)
{
bool wasSelected = gc == null ? false : gc.Selected;
ClearSelection();
if (gc != null)
{
gc.Selected = true;
if (OnSetChordToScreen != null)
{
OnSetChordToScreen(this, gc, ignoreKeepSelection);
}
if (ScrollToSelectionEnabled && !clicked)
{
ScrollToSelection();
}
Invalidate();
}
}
public void SetSelectedChord(GuitarChord gc, bool clicked, bool ignoreKeepSelection = false)
{
bool wasSelected = gc == null ? false : gc.Selected;
EditorPro.ClearSelection();
if (gc != null)
{
gc.Selected = true;
SetChordToScreen(gc, clicked || checkKeepSelection.Checked == true, ignoreKeepSelection || wasSelected);
if (checkScrollToSelection.Checked && !clicked)
{
ScrollToSelection();
}
}
EditorPro.Invalidate();
}
private Point GetChordYMinMax(GuitarChord c)
{
return new Point(GetChordMinYOffset(c), GetChordMaxYOffset(c));
}
public void SetChordToClipboard(GuitarChord gc)
{
CopyChords.Clear();
if (gc != null)
{
CurrentSelectionState =
EditorSelectionState.PastingNotes;
CopyChords.Add(gc);
}
}
public GuitarChord GetNextChord(GuitarChord sel)
{
if (guitarTrack == null)
return null;
if (sel != null)
{
return guitarTrack.Messages.Chords.FirstOrDefault(
x => x.IsAfter(sel));
}
return null;
}
public GuitarChord GetNextChord(GuitarChord sel)
{
if (!IsLoaded)
return null;
if (sel != null)
{
return guitarTrack.Messages.Chords.FirstOrDefault(x => x.DownTick > sel.DownTick);
}
return null;
}
MatchingCopyPattern internalFindMatchingCopyPattern(
FindMatchingPatternConfig findConfig,
CopyPatternPreset replaceConfig)
{
var ret = new MatchingCopyPattern();
bool matchG5Lengths = replaceConfig.MatchLengths5;
bool matchG6Lengths = replaceConfig.MatchLengths6;
bool matchSpacing = replaceConfig.MatchSpacing;
bool matchBeat = replaceConfig.MatchBeat;
TickPair ticks;
if (!getPatternMatchTicks(out ticks))
return ret;
var track5 = EditorG5.GuitarTrack;
var track6 = EditorPro.GuitarTrack;
var chords5 = track5.Messages.Chords.ToArray();
var nchords6 = track6.Messages.Chords.ToArray();
var matchChords5 = track5.Messages.Chords.GetBetweenTick(ticks).ToArray();
if (matchChords5.Length == 0)
return ret;
var oChords6 = track6.Messages.Chords.GetBetweenTick(ticks).ToArray();
if (oChords6.Length == 0)
return ret;
if (replaceConfig.ForwardOnly && !findConfig.FindPrevious)
{
chords5 = chords5.Where(x => x.DownTick >= ticks.Up).ToArray();
nchords6 = nchords6.Where(x => x.DownTick >= ticks.Up).ToArray();
}
int minMatchTick5 = matchChords5.GetMinTick();
int minMatchTick6 = oChords6.GetMinTick();
int maxMatchTick6 = oChords6.GetMaxTick();
ret.DeltaTimeStart = track6.TickToTime(minMatchTick6) -
track5.TickToTime(minMatchTick5);
if (matchChords5.Any() == false)
return ret;
int numMatchChords5 = matchChords5.Count();
int numMatchChords6 = oChords6.Count();
ret.OriginalChords6 = oChords6.ToArray();
ret.StartTick = ticks.Down;
ret.EndTick = ticks.Up;
var checkStrings = new cmpNoteFunc(
(n1, n2) =>
{
return n1.NoteString != n2.NoteString;
});
var checkData1 = new cmpNoteFunc(
(n1, n2) =>
{
return n1.NoteFretDown != n2.NoteFretDown;
});
var checkLength = new cmpNoteFunc(
(n1, n2) =>
{
return Utility.IsCloseTick(n1.TickLength, n2.TickLength) == false;
});
var checkNull = new cmpNoteFunc((a, b) =>
{
return ((a == null) || (b == null));
});
var testBeat = new cmpChordFunc((co, cn) =>
{
var ob32 = ProGuitarTrack.GetTempo(co.DownTick).SecondsPerThirtySecondNote;
var ob = ProGuitarTrack.GetTempo(co.DownTick).SecondsPerQuarterNote;
var nb = ProGuitarTrack.GetTempo(cn.DownTick).SecondsPerQuarterNote;
var diff = Math.Abs(ob - nb);
if (diff > ob32)
{
return false;
}
return true;
});
var chordsEqual = new cmpChordFunc(
(a, b) =>
{
if (matchBeat && testBeat(a, b) == false)
return false;
for (int x = 0; x < 6; x++)
{
var an = a.Notes[x];
var bn = b.Notes[x];
if (an == null && bn == null)
continue;
if (checkNull(an, bn) ||
checkData1(an, bn) ||
checkStrings(an, bn) ||
(matchG5Lengths && checkLength(an, bn)))
{
return false;
}
}
return true;
});
var testSpacing = new matchFunc((mfmatch, mfmca) =>
{
for (int y = 0; y < mfmca.Length - 1; y++)
{
var nc = mfmatch[y];
var oc = mfmca[y];
var timeTillNext5 =
track5.TickToTime(mfmca[y + 1].DownTick) -
track5.TickToTime(oc.UpTick);
var timeTillNext52 =
track5.TickToTime(mfmatch[y + 1].DownTick) -
track5.TickToTime(nc.UpTick);
var diff = Math.Abs(timeTillNext52 - timeTillNext5);
double spb = ProGuitarTrack.GetTempo(oc.DownTick).SecondsPerThirtySecondNote;
if (diff > spb)
{
return false;
}
}
return true;
});
var mca = matchChords5.ToArray();
var match = new GuitarChord[mca.Length];
var matches = new List<GuitarChord[]>();
for (int ci = 0; ci < chords5.Length - mca.Length; ci++)
{
for (int mc = 0; mc < mca.Length; mc++)
{
var cc = chords5[ci + mc];
if (cc.DownTick < mca[mca.Length - 1].UpTick &&
cc.UpTick > mca[0].DownTick)
{
break;
}
if (chordsEqual(cc, mca[mc]))
{
match[mc] = cc;
if (mc == mca.Length - 1)
{
if (matchSpacing)
{
if (testSpacing(match, mca) == true)
{
matches.Add(match.ToArray());
ci += mca.Length - 1;
}
}
else
{
matches.Add(match.ToArray());
ci += mca.Length - 1;
}
}
}
else
{
break;
}
}
}
var goodMatches = new List<GuitarChord[]>();
foreach (var m in matches)
{
var c6 = track6.Messages.Chords.GetBetweenTick(m.GetTickPair()).ToArray();
bool matching = true;
if (replaceConfig.MatchLengths6)
{
if (c6.Length == oChords6.Length)
{
for (int x = 0; x < c6.Length; x++)
{
if (!Utility.IsCloseTick(c6[x].TickPair.TickLength, oChords6[x].TickPair.TickLength))
{
matching = false;
break;
}
}
}
else
{
matching = false;
}
}
if (matching)
{
goodMatches.Add(c6);
}
}
foreach (var m in goodMatches)
{
ret.Matches.Add(m);
}
return ret;
}
public int GetChordMaxYOffset(GuitarChord c)
{
return c.Notes.Max(n => GetNoteMaxYOffset(n));
}
public void SetChordScaleBoxes(GuitarChord chord)
{
comboBoxNoteEditorChordName.BeginUpdate();
comboBoxNoteEditorChordName.Items.Clear();
comboBoxNoteEditorChordName.SelectedIndex = -1;
ChordScaleBoxes.ForEach(x => x.Checked = false);
if (chord != null)
{
if(EditorPro.IsLoaded && EditorPro.SelectedTrack.IsNotNull())
{
var tuning = EditorPro.IsEditingBass ? BassTuning : GuitarTuning;
var names = chord.GetTunedChordNames(CurrentTuning);
if (names.IsNotEmpty())
{
GetChordScaleBox(names.First().ToneName.ToToneNameData1()).IfNotNull(x => x.Checked = true);
}
comboBoxNoteEditorChordName.Items.AddRange(names.ToArray());
if (comboBoxNoteEditorChordName.Items.Count > 0)
{
comboBoxNoteEditorChordName.SelectedIndex = 0;
}
if (chord.RootNoteConfig.IsNotNull())
{
var rc = chord.RootNoteConfig;
GetChordScaleBox((ToneNameData1)rc.RootNoteData1).IfNotNull(x => x.Checked = true);
if (rc.UseUserChordName)
{
var match = names.Where(n => n.ToString().EqualsEx(rc.UserChordName));
if (match.Any())
{
comboBoxNoteEditorChordName.SelectedItem = null;
comboBoxNoteEditorChordName.SelectedText = match.First().ToStringEx();
}
else
{
comboBoxNoteEditorChordName.SelectedItem = null;
comboBoxNoteEditorChordName.Text = rc.UserChordName ?? "";
}
}
checkChordNameHide.Checked = rc.HideNoteName;
}
}
}
comboBoxNoteEditorChordName.EndUpdate();
}
public GuitarChord SelectNextChord(GuitarChord sel)
{
if (guitarTrack == null)
return null;
var n = GetNextChord(sel);
ClearSelection();
if(sel != null)
{
var gc = guitarTrack.Messages.Chords.FirstOrDefault(
c => c.IsAfter(sel));
if (gc != null)
{
gc.Selected = true;
sel = gc;
}
}
return sel;
}
