#ifndef _ENGINE_TRIANGLE3D_HPP_
#define _ENGINE_TRIANGLE3D_HPP_
#ifndef _COMMON_WINDOWS_HPP_
#include <common/windows.hpp>
#endif
#ifndef _ENGINE_POINT3D_HPP_
#include <engine/point3d.hpp>
#endif

class Triangle3D
{
public:
  enum {VectorPoints=3};
  Triangle3D(void);
	Triangle3D(const Triangle3D &someTriangle3D);
	virtual ~Triangle3D();
	Triangle3D &operator=(const Triangle3D &someTriangle3D);
	BOOL operator==(const Triangle3D &someTriangle3D)const;
	Point3D &operator[](WORD vectorIndex);
private:
	Point3D mTriangle3D[VectorPoints];
};

inline
Triangle3D::Triangle3D(void)
{
}

inline
Triangle3D::Triangle3D(const Triangle3D &someTriangle3D)
{
  *this=someTriangle3D;
}

inline
Triangle3D::~Triangle3D()
{
}

inline
Triangle3D &Triangle3D::operator=(const Triangle3D &someTriangle3D)
{
  mTriangle3D[0]=someTriangle3D.mTriangle3D[0];
  mTriangle3D[1]=someTriangle3D.mTriangle3D[1];
  mTriangle3D[2]=someTriangle3D.mTriangle3D[2];
	return *this;
}

inline
BOOL Triangle3D::operator==(const Triangle3D &someTriangle3D)const
{
  return (mTriangle3D[0]==someTriangle3D.mTriangle3D[0]&&
          mTriangle3D[1]==someTriangle3D.mTriangle3D[1]&&
          mTriangle3D[2]==someTriangle3D.mTriangle3D[2]);
}

inline
Point3D &Triangle3D::operator[](WORD vectorIndex)
{
  return mTriangle3D[vectorIndex];
}
#endif