public UnitVectorAdaptor(VectorAdaptor src)
{
m_VectorProxy = src.Clone();
Unitize();
}
public bool IsPerpendicularTo(VectorAdaptor TargetVector)
{
return m_VectorProxy.IsPerpendicularTo(TargetVector);
}
public UnitVectorAdaptor(double xx, double yy, double zz)
{
m_VectorProxy = MathAdaptorFactory.Instance.CreateVectorAdaptor(xx, yy, zz);
Unitize();
}
public double Dot(VectorAdaptor B)
{
return m_VectorProxy.Dot(B);
}
public bool IsParallelTo(VectorAdaptor TargetVector)
{
return m_VectorProxy.IsParallelTo(TargetVector);
}
public abstract void Move(VectorAdaptor distance);
public VectorAdaptor Cross(VectorAdaptor B)
{
return m_VectorProxy.Cross(B);
}
public Vector(VectorAdaptor proxy)
{
m_Proxy = proxy;
}
// Translation
public override Matrix44Adaptor SetTranslation(VectorAdaptor distance)
{
Debug.Assert(distance != null);
if (distance != null)
{
m_Matrix2d[0, 3] = distance.X;
m_Matrix2d[1, 3] = distance.Y;
m_Matrix2d[2, 3] = distance.Z;
}
return this;
}
public Vector(GePoint sp, GePoint ep)
{
m_Proxy = MathAdaptorFactory.Instance.CreateVectorAdaptor
(sp._Proxy, ep._Proxy);
}
public Vector()
{
m_Proxy = MathAdaptorFactory.Instance.CreateVectorAdaptor
(1.0,0,0);
}
public Vector(double xx, double yy, double zz)
{
m_Proxy = MathAdaptorFactory.Instance.CreateVectorAdaptor
(xx, yy, zz);
}
public void Copy(Vector src)
{
if (null == src) return;
m_Proxy = src.m_Proxy.Clone();
}
// Translation public abstract Matrix44Adaptor SetTranslation(VectorAdaptor distance);
public override void Move(VectorAdaptor distance)
{
Debug.Assert(false, "NO IMP");
}
// Translation
public override Matrix44Adaptor SetTranslation(VectorAdaptor distance)
{
Debug.Assert(false, "NO IMP");
return null;
}
