Position3D

Represents three-dimensional position. This type is most commonly used with camera calibration functions.

The rotation convention assumes three intrinsic rotations, in the following order:

1. Rotate clockwise around X-axis by φ (phi, a.k.a. yaw, heading or azimuth).
2. Rotate upwards around Y-axis by θ (theta, a.k.a. pitch or elevation).
3. Rotate clockwise around Z-axis by ψ (psi, a.k.a. roll or bank).

	struct Position3D
	{
		real x;
		real y;
		real z;
		real phi;
		real theta;
		real psi;
	};

Structure fields and default values (if defined) are described below:

• Real X
• Real Y
• Real Z
• Real Phi - Rotation around X axis
• Real Theta - Rotation around Y axis
• Real Psi - Rotation around Z axis

struct Position3D
{
	Real	X;
	Real	Y;
	Real	Z;
	Real	Phi;
	Real	Theta;
	Real	Psi;


	Real X( void ) const		{ return X;		};
	Real Y( void ) const		{ return Y;		};
	Real Z( void ) const		{ return Z;		};
	Real Phi( void ) const		{ return Phi;	};
	Real Theta( void ) const	{ return Theta;	};
	Real Psi( void ) const		{ return Psi;	};

	bool operator == ( const avl::Position3D& rhs ) const
	{
		return X == rhs.X && 
			Y == rhs.Y && Z == rhs.Z && 
			Phi == rhs.Phi && Theta == rhs.Theta && 
			Psi == rhs.Psi;
	}

	bool operator != ( const avl::Position3D& rhs ) const
	{
		return !(operator==(rhs));
	}

};