public GePlane(PlaneAdaptor proxy)
{
m_Proxy = proxy;
}
public override PointAdaptor GetIntersection(PlaneAdaptor planeProxy)
{
Debug.Assert(false, "NO IMP");
return null;
}
public GePlane(GePoint point, UnitVector Normal)
{
Debug.Assert(point != null && Normal != null);
m_Proxy = MathAdaptorFactory.Instance.CreatePlaneAdaptor(point._Proxy, Normal._Proxy);
}
public bool IsOn(PlaneAdaptor Plane)
{
if (null == Plane) return false;
return Plane.Contains(this);
}
// The shortest distance of point to plane.
public double DistanceTo(PlaneAdaptor planeProxy)
{
Debug.Assert(planeProxy != null);
return planeProxy.DistanceTo(this);
}
public bool IsParallelTo(PlaneAdaptor Plane)
{
if (null == Plane) return false;
return (Direction.IsPerpendicularTo(Plane.Normal));
}
public abstract PointAdaptor GetIntersection(PlaneAdaptor planeProxy);
// The shortest distance of line to plane.
public double DistanceTo(PlaneAdaptor plane)
{
Debug.Assert(plane != null);
if (!IsParallelTo(plane))
return 0.0;
else
{
double distance = BasePoint.DistanceTo(plane);
return distance;
}
}