public PinchHarmonicBounds(PinchHarmonic ph, Note n, IBounds n_bounds, VisualInfo v_info, IDelegate del)
{
pinch_harmonic = ph;
note = n;
note_bounds = n_bounds;
info = v_info;
}
private TreeNode buildPinchHarmonic(PinchHarmonic pinch_harmonic, Note note, IBounds bounds)
{
var bounded = new StaticSingleBounded(new PinchHarmonicBounds(pinch_harmonic, note, bounds, info, new UnorderedDelegate()));
var handler = new StaticEffectMouseHandler(bounded.Bounds, new UnorderedMouseDelegate());
var drawing = new StaticDrawingVisual(new PinchHarmonicDrawingStrategy(pinch_harmonic, bounded.Bounds, info, new UnorderedDelegate()));
return(new EffectTreeNode(pinch_harmonic, bounded, handler, drawing));
}
public PinchHarmonicDrawingStrategy(PinchHarmonic ph, IBounds bounds, VisualInfo v_info, IDelegate del)
{
Bounds = bounds;
DrawDelegate = del;
info = v_info;
pinch_harmonic = ph;
}
public IEffect genEffect(CommandSelections selection)
{
IEffect effect = null;
switch (selection.SelectedEffectType)
{
case EffectType.Bend:
effect = Bend.createInstance(selection.BendAmount ?? .5, selection.Returns ?? false);
break;
case EffectType.Pinch_Harmonic:
effect = PinchHarmonic.createInstance();
break;
case EffectType.Vibrato:
effect = Vibrato.createInstance(selection.Wide ?? false);
break;
}
selection.SelectedEffect = effect;
return(effect);
}
public override IEffect createEffect()
{
return(PinchHarmonic.createInstance());
}
