| public Paint ( float cx, float cy, ICanvas canvas ) : void | ||
| cx | float | |
| cy | float | |
| canvas | ICanvas | |
| return | void | |
public override void Paint(float cx, float cy, ICanvas canvas)
{
// TODO: this method seems to be quite heavy according to the profiler, why?
var scoreRenderer = (ScoreBarRenderer)Renderer;
//
// Note Effects only painted once
//
var effectY = BeamingHelper.Direction == BeamDirection.Up
? scoreRenderer.GetScoreY(MaxNote.Line, 1.5f * NoteHeadGlyph.NoteHeadHeight)
: scoreRenderer.GetScoreY(MinNote.Line, -1.0f * NoteHeadGlyph.NoteHeadHeight);
// TODO: take care of actual glyph height
var effectSpacing = (BeamingHelper.Direction == BeamDirection.Up)
? 7 * Scale
: -7 * Scale;
foreach (var effectKey in BeatEffects)
{
var g = BeatEffects[effectKey];
g.Y = effectY;
g.X = Width / 2;
g.Paint(cx + X, cy + Y, canvas);
effectY += effectSpacing;
}
base.Paint(cx, cy, canvas);
if (_tremoloPicking != null)
{
_tremoloPicking.Paint(cx, cy, canvas);
}
}
public override void Paint(float cx, float cy, ICanvas canvas)
{
// TODO: this method seems to be quite heavy according to the profiler, why?
var scoreRenderer = (ScoreBarRenderer)Renderer;
//
// Note Effects only painted once
//
var effectY = BeamingHelper.Direction == BeamDirection.Up
? scoreRenderer.GetScoreY(MaxNote.Line, 1.5f * NoteHeadGlyph.NoteHeadHeight)
: scoreRenderer.GetScoreY(MinNote.Line, -1.0f * NoteHeadGlyph.NoteHeadHeight);
// TODO: take care of actual glyph height
var effectSpacing = (BeamingHelper.Direction == BeamDirection.Up)
? 7 * Scale
: -7 * Scale;
foreach (var effectKey in BeatEffects)
{
var g = BeatEffects[effectKey];
g.Y = effectY;
g.X = Width / 2;
g.Paint(cx + X, cy + Y, canvas);
effectY += effectSpacing;
}
if (Renderer.Settings.IncludeNoteBounds)
{
foreach (var note in _notes)
{
if (_noteGlyphLookup.ContainsKey(note.Id))
{
var glyph = _noteGlyphLookup[note.Id];
var noteBounds = new NoteBounds();
noteBounds.Note = note;
noteBounds.NoteHeadBounds = new Bounds
{
X = cx + X + glyph.X,
Y = cy + Y + glyph.Y,
W = glyph.Width,
H = glyph.Height
};
Renderer.ScoreRenderer.BoundsLookup.AddNote(noteBounds);
}
}
}
base.Paint(cx, cy, canvas);
if (_tremoloPicking != null)
{
_tremoloPicking.Paint(cx, cy, canvas);
}
}
public override void Paint(float cx, float cy, ICanvas canvas)
{
cx += X;
cy += Y;
// TODO: this method seems to be quite heavy according to the profiler, why?
var scoreRenderer = (ScoreBarRenderer)Renderer;
//
// Note Effects only painted once
//
var effectY = BeamingHelper.Direction == BeamDirection.Up
? scoreRenderer.GetScoreY(MaxNote.Line, 1.5f * NoteHeadGlyph.NoteHeadHeight)
: scoreRenderer.GetScoreY(MinNote.Line, -1.0f * NoteHeadGlyph.NoteHeadHeight);
// TODO: take care of actual glyph height
var effectSpacing = (BeamingHelper.Direction == BeamDirection.Up)
? 7 * Scale
: -7 * Scale;
foreach (var effectKey in BeatEffects)
{
var g = BeatEffects[effectKey];
g.Y = effectY;
g.X = Width / 2;
g.Paint(cx, cy, canvas);
effectY += effectSpacing;
}
// TODO: Take care of beateffects in overflow
var linePadding = 3 * Scale;
var lineWidth = Width + linePadding * 2;
if (HasTopOverflow)
{
var color = canvas.Color;
canvas.Color = Renderer.ScoreRenderer.RenderingResources.StaveLineColor;
var l = -1;
while (l >= MinNote.Line)
{
// + 1 Because we want to place the line in the center of the note, not at the top
var lY = cy + scoreRenderer.GetScoreY(l);
canvas.FillRect(cx - linePadding, lY, lineWidth, Scale);
l -= 2;
}
canvas.Color = color;
}
if (HasBottomOverflow)
{
var color = canvas.Color;
canvas.Color = Renderer.ScoreRenderer.RenderingResources.StaveLineColor;
var l = 12;
while (l <= MaxNote.Line)
{
var lY = cy + scoreRenderer.GetScoreY(l);
canvas.FillRect(cx - linePadding, lY, lineWidth, Scale);
l += 2;
}
canvas.Color = color;
}
if (_tremoloPicking != null)
{
_tremoloPicking.Paint(cx, cy, canvas);
}
var infos = _infos;
var x = cx + _noteHeadPadding;
foreach (var g in infos)
{
g.Glyph.Renderer = Renderer;
g.Glyph.Paint(x, cy, canvas);
}
}
public override void Paint(float cx, float cy, ICanvas canvas)
{
var scoreRenderer = (ScoreBarRenderer)Renderer;
//
// Note Effects only painted once
//
var effectY = BeamingHelper.Direction == BeamDirection.Up
? scoreRenderer.GetScoreY(MaxNote.Line, 1.5f * NoteHeadGlyph.NoteHeadHeight)
: scoreRenderer.GetScoreY(MinNote.Line, -1.0f * NoteHeadGlyph.NoteHeadHeight);
// TODO: take care of actual glyph height
var effectSpacing = (BeamingHelper.Direction == BeamDirection.Up)
? 7 * Scale
: -7 * Scale;
foreach (var effectKey in BeatEffects)
{
var g = BeatEffects[effectKey];
g.Y = effectY;
g.X = Width / 2;
g.Paint(cx + X, cy + Y, canvas);
effectY += effectSpacing;
}
canvas.Color = Renderer.Layout.Renderer.RenderingResources.StaveLineColor;
// TODO: Take care of beateffects in overflow
var linePadding = 3 * Scale;
if (HasTopOverflow)
{
var l = -1;
while (l >= MinNote.Line)
{
// + 1 Because we want to place the line in the center of the note, not at the top
var lY = cy + Y + scoreRenderer.GetScoreY(l);
canvas.BeginPath();
canvas.MoveTo(cx + X - linePadding, lY);
canvas.LineTo(cx + X + Width + linePadding, lY);
canvas.Stroke();
l -= 2;
}
}
if (HasBottomOverflow)
{
var l = 12;
while (l <= MaxNote.Line)
{
var lY = cy + Y + scoreRenderer.GetScoreY(l);
canvas.BeginPath();
canvas.MoveTo(cx + X - linePadding, lY);
canvas.LineTo(cx + X + Width + linePadding, lY);
canvas.Stroke();
l += 2;
}
}
canvas.Color = Beat.Voice.Index == 0
? Renderer.Layout.Renderer.RenderingResources.MainGlyphColor
: Renderer.Layout.Renderer.RenderingResources.SecondaryGlyphColor;
if (_tremoloPicking != null)
{
_tremoloPicking.Paint(cx + X, cy + Y, canvas);
}
for (int i = 0, j = _infos.Count; i < j; i++)
{
var g = _infos[i];
g.Glyph.Renderer = Renderer;
g.Glyph.Paint(cx + X + _noteHeadPadding, cy + Y, canvas);
}
}