#ifndef CPOINT_H
#define CPOINT_H

#include "cvector2d.h"
#include "cvector3d.h"

template<class T, class Y>
class CPoint
{

     public:
        inline CPoint<T,Y>( T x = (T)0, T y = (T)0 )
        {
                this->position = new Y(x,y);
        } ;

        inline  CPoint<T,Y>(const CPoint<T,Y>& point)
        {
                this->position = new Y();
                *this->position = point.getPosition();
        }

        inline CPoint<T,Y>(const Y& vector)
        {
                this->position = new Y();
                *this->position = vector;
        }

        inline Y& getPosition() const { return *this->position; };
        inline void setPosition(const Y & position)
        {
                *this->position = position;
        };

        inline virtual ~CPoint<T,Y>()
        {
                delete this->position;
        };

        virtual inline void operator = (const CPoint<T,Y> & point)
        {
                *this->position = point.getPosition();
        }

        inline friend std::ostream& operator << (std::ostream& out, CPoint<T,Y> & point)
        {
                out << "P1:" << endl << point.getPosition() << endl;
                return out;
        };

    protected:
        Y *position;
    private:
};

typedef CPoint<float,CVector2d<float> > Point2f;
typedef CPoint<float,CVector3d<float> > Point3f;
typedef CPoint<double,CVector2d<double> > Point2d;
typedef CPoint<double,CVector3d<double> > Point3d;