#ifndef _POINT_HPP_
#define _POINT_HPP_
#include <math.h>
#include <mdiwin/windows.hpp>

class Point : public tagPOINT
{
public:
	Point(void);
	Point(int x,int y);
	~Point();
	WORD operator==(const Point &somePoint)const;
	WORD operator<(const Point &somePoint)const;
	Point operator=(const Point &somePoint);
	void setPoint(int x,int y);
	void xPoint(int newx);
	void yPoint(int newy);
	int xPoint(void)const;
	int yPoint(void)const;
private:
};

inline
Point::Point(void)
{
	POINT::x=0;
	POINT::y=0;
}

inline
Point::Point(int x,int y)
{
	POINT::x=x;
	POINT::y=y;
}

inline
Point::~Point()
{
}

inline
Point Point::operator=(const Point &somePoint)
{
	POINT::x=somePoint.x;
	POINT::y=somePoint.y;
	return *this;
}

inline
void Point::xPoint(int newx)
{
	POINT::x=newx;
}

inline
void Point::yPoint(int newy)
{
	POINT::y=newy;
}

inline
int Point::xPoint(void)const
{
	return POINT::x;
}

inline
int Point::yPoint(void)const
{
	return POINT::y;
}

inline
void Point::setPoint(int x,int y)
{
	POINT::x=x;
	POINT::y=y;
}

inline
WORD Point::operator==(const Point &somePoint)const
{
	return (POINT::x==somePoint.x &&
         POINT::y==somePoint.y);
}

inline
WORD Point::operator<(const Point &somePoint)const
{
	int thisDistance(int(::sqrt(((float)POINT::x*(float)POINT::x)+((float)POINT::y*(float)POINT::y))));
	int someDistance(int(::sqrt(((float)somePoint.x*(float)somePoint.x)+((float)somePoint.y*(float)somePoint.y))));
	return (thisDistance<someDistance);
}
#endif