private Rect ToRect(int w, int h, FocusPointDefinition definition, double dw, double dh)
{
switch (definition.FocusPointType)
{
case FocusPointType.Square:
return(new Rect(w * definition.XRat - (150 * dw), h * definition.YRat - (100 * dh), 300 * dw, 200 * dh));
case FocusPointType.VRectangle:
return(new Rect(w * definition.XRat - (150 * dw), h * definition.YRat - (50 * dh), 300 * dw, 100 * dh));
case FocusPointType.HRectangle:
return(new Rect(w * definition.XRat - (50 * dw), h * definition.YRat - (150 * dh), 100 * dw, 300 * dh));
default:
throw new ArgumentOutOfRangeException();
}
}
private Rect ToRect(int w, int h, FocusPointDefinition definition, double dw, double dh)
{
switch (definition.FocusPointType)
{
case FocusPointType.Square:
return new Rect(w*definition.XRat - (150*dw), h*definition.YRat - (100*dh), 300*dw, 200*dh);
case FocusPointType.VRectangle:
return new Rect(w*definition.XRat - (150*dw), h*definition.YRat - (50*dh), 300*dw, 100*dh);
case FocusPointType.HRectangle:
return new Rect(w*definition.XRat - (50*dw), h*definition.YRat - (150*dh), 100*dw, 300*dh);
default:
throw new ArgumentOutOfRangeException();
}
}
