public void EnumerateSegments(LineCallback lc, ArcCallback ac, BezierCallback bc)
{
double penx = 0.0, peny = 0.0;
foreach (GFXPathMoveTo mt in PathPoints)
{
if (mt is GFXPathBezierTo)
{
var bez = mt as GFXPathBezierTo;
bc(penx, peny, bez.XC1, bez.YC1, bez.XC2, bez.YC2, bez.X, bez.Y);
}
else if (mt is GFXPathArcTo)
{
var arc = mt as GFXPathArcTo;
ac(penx, peny, arc.X, arc.Y, arc.Bulge);
}
else if (mt is GFXPathLineTo)
{
lc(penx, peny, mt.X, mt.Y);
}
penx = mt.X;
peny = mt.Y;
}
}
public void AddTransitArcCallback(string target, ArcCallback method)
{
if (!_arcsMap.ContainsKey(target))
{
throw new StateMachineException(ErrorCodes.UnknownArc, StateMachineException.MakeArcName(Name, target));
}
Arc a = _arcsMap[target];
a.AddTransitionCallback(method);
}
public void AddTransitionCallback(ArcCallback method)
{
ArcCallbackInvoker aci = new ArcCallbackInvoker(method);
_transitCallbacks.Add(aci);
}
public TransitionCallbackInvoker(ArcCallback <TState> callback)
{
Callback = callback;
}
public void AddTransitArcCallback(string target, ArcCallback method)
{
if (!_arcsMap.ContainsKey(target))
{
throw new StateMachineException(ErrorCodes.UnknownArc, StateMachineException.MakeArcName(Name, target));
}
Arc a = _arcsMap[target];
a.AddTransitionCallback(method);
}
public void AddTransitionCallback(ArcCallback method)
{
ArcCallbackInvoker aci = new ArcCallbackInvoker(method);
_transitCallbacks.Add(aci);
}
public ArcCallbackInvoker(ArcCallback callback)
{
Callback = callback;
}
public ArcCallbackInvoker(ArcCallback callback)
{
Callback = callback;
}