} // in which column this should appear
public virtual void RefreshAsNeeded(Diagram.ScaledInvalidate fnInvalidate)
{
foreach (Connector input in m_Inputs)
{
input.RefreshAsNeeded(fnInvalidate);
}
}
public override void RefreshAsNeeded(Diagram.ScaledInvalidate fnInvalidate)
{
base.RefreshAsNeeded(fnInvalidate);
if (m_LastStateDrawn != m_Switch.State)
{
fnInvalidate.Invoke(StateArrowRectangle());
}
}
public override void RefreshAsNeeded(Diagram.ScaledInvalidate fnInvalidate)
{
base.RefreshAsNeeded(fnInvalidate);
if (m_LastFractionDrawn != m_Switch.ElapsedTimerFraction)
{
fnInvalidate.Invoke(TimerRectangle());
}
}
public override void RefreshAsNeeded(Diagram.ScaledInvalidate fnInvalidate)
{
base.RefreshAsNeeded(fnInvalidate);
if (m_LastFractionDrawn != m_Engine.ElapsedTimerFraction)
{
fnInvalidate.Invoke(TimerRectangle());
}
if (EventText != m_DrawnEventText || m_DrawnEventAlpha != EventAlpha())
{
fnInvalidate.Invoke(EventRectangle());
}
}
public void RefreshAsNeeded(Diagram.ScaledInvalidate fnInvalidate)
{
if (LastDrawnState != EventState && LastDrawnAlpha > 0 || LastDrawnAlpha != EventAlpha())
{
Point pt1 = new Point(From.Bounds.Right, From.Bounds.Y + From.Bounds.Height / 2);
Point pt2 = new Point(To.Bounds.X, To.Bounds.Y + To.Bounds.Height / 2);
int half = FLASHWIDTH / 2;
Rectangle rct = new Rectangle(pt1.X - half, pt1.Y - half, FLASHWIDTH, FLASHWIDTH); // slightly clunky way of doing this, but don't think efficieny matters
rct = Rectangle.Union(rct, new Rectangle(pt2.X - half, pt2.Y - half, FLASHWIDTH, FLASHWIDTH));
fnInvalidate.Invoke(rct);
}
}
