private TreeNode buildTie(Tie tie, Note note, DynamicBounds bounds)
{
var bounded = new DynamicSingleBounded(new TieBounds(tie, note, bounds, info, new UnorderedDelegate()));
var handler = new DynamicEffectMouseHandler(bounded.Bounds, executor, new UnorderedMouseDelegate());
var drawing = new DynamicDrawingVisual(new TieDrawingStrategy(tie, bounded.Bounds, info, new UnorderedDelegate()));
return(new EffectTreeNode(tie, bounded, handler, drawing));
}
private TreeNode buildPinchHarmonic(PinchHarmonic pinch_harmonic, Note note, DynamicBounds bounds)
{
var bounded = new DynamicSingleBounded(new PinchHarmonicBounds(pinch_harmonic, note, bounds, info, new UnorderedDelegate()));
var handler = new DynamicEffectMouseHandler(bounded.Bounds, executor, new UnorderedMouseDelegate());
var drawing = new DynamicDrawingVisual(new PinchHarmonicDrawingStrategy(pinch_harmonic, bounded.Bounds, info, new UnorderedDelegate()));
return(new EffectTreeNode(pinch_harmonic, bounded, handler, drawing));
}
private TreeNode buildEffectNode(IEffect effect, NoteTreeNode parent)
{
if (parent is null)
{
return(null);
}
Note note = parent.getNote();
DynamicBounds bounds = parent.Bounds as DynamicBounds;
if (effect is PalmMute)
{
return(buildPalmMute((PalmMute)effect, note, bounds));
}
if (effect is Bend)
{
return(buildBend((Bend)effect, note, bounds));
}
if (effect is PinchHarmonic)
{
return(buildPinchHarmonic((PinchHarmonic)effect, note, bounds));
}
if (effect is Vibrato)
{
return(buildVibrato((Vibrato)effect, note, bounds));
}
if (effect is Slide)
{
return(buildSlide((Slide)effect, note, bounds));
}
if (effect is HOPO)
{
return(buildHOPO((HOPO)effect, note, bounds));
}
if (effect is Tie)
{
return(buildTie((Tie)effect, note, bounds));
}
return(null);
}
public DynamicMeasureMouseHandler(Measure m, DynamicBounds b, GuiCommandExecutor e, IMouseDelegate del) : base(e, del, b)
{
measure = m;
}
