Inheritance diagram for FPlane:

Public Types
enum	IntersectionType { COLINEAR, COPLANAR, PARALLEL, FACING_AWAY, INTERSECTING }

Public Member Functions
	FPlane (float a, float b, float c, float d)
	Construct from parametric coefficients.

	FPlane (const FPoint3 &p, const FPoint3 &q, const FPoint3 &r)
	Construct from three points.

	FPlane (const FPoint3 &Point, const FPoint3 &Normal)
	Construct from point and normal vector.

const FPlane &	operator= (const FPlane &rhs)

void	Set (const FPoint3 &p, const FPoint3 &n)

void	Set (float a, float b, float c, float d)

float	Distance (const FPoint3 &v) const

const IntersectionType	Intersection (const FPlane &Plane, FPoint3 &Origin, FPoint3 &Direction, float fEpsilon=0.0) const
	Intersection of two planes. More...

const IntersectionType	RayIntersection (const FPoint3 &Origin, const FPoint3 &Direction, float &fDistance, FPoint3 &Intersection, float fEpsilon=0.0) const
	Intersection of ray with plane. More...

const IntersectionType	LineIntersection (const FPoint3 &Origin, const FPoint3 &Direction, FPoint3 &Intersection, float fEpsilon=0.0) const
	Intersection of line with plane.

const IntersectionType	ThreePlanesIntersection (const FPlane &Plane1, const FPlane &Plane2, FPoint3 &Intersection, float fEpsilon=0.0) const
	Intersection of three planes.

Public Member Functions inherited from FPoint3
	FPoint3 (float fx, float fy, float fz)

	FPoint3 (const DPoint3 &p)

float	Length () const

float	LengthSquared () const

FPoint3 &	Normalize ()

FPoint3 &	SetLength (float len)

void	Set (float fx, float fy, float fz)

float	Dot (const FPoint3 &rhs) const

float	Dot (const float *fp) const

FPoint3	Cross (const FPoint3 &v) const

void	UnitNormal (const FPoint3 &p0, const FPoint3 &p1, const FPoint3 &p2)

FPoint3 &	operator= (const FPoint3 &v)

FPoint3 &	operator= (const DPoint3 &v)

FPoint3	operator+ (const FPoint3 &v) const

FPoint3	operator- (const FPoint3 &v) const

FPoint3	operator* (float s) const

FPoint3	operator* (double s) const

FPoint3	operator/ (float s) const

FPoint3	operator- () const

bool	operator== (const FPoint3 &v2) const

bool	operator!= (const FPoint3 &v2) const

void	operator+= (const FPoint3 &v)

void	operator-= (const FPoint3 &v)

void	*operator=** (float s)

void	operator/= (float s)

float &	operator[] (int nIndex)

const float &	operator[] (int nIndex) const

Public Attributes
float	w

Public Attributes inherited from FPoint3
float	x

float	y

float	z

Detailed Description

A class representing an infinite plane, interface single-precision (float).

Member Function Documentation

const FPlane::IntersectionType FPlane::Intersection	(	const FPlane &	Plane,
		FPoint3 &	Origin,
		FPoint3 &	Direction,
		float	fEpsilon = `0.0`
	)		const

Find the intersection of two planes. which in the general case is a line. The line is provided as a ray (origin and direction).

Returns: status, which is either INTERSECTING, COPLANAR, or PARALLEL. In the case of INTERSECTING, then the Origin and Direction parameters describe the line of intersection.

const FPlane::IntersectionType FPlane::RayIntersection	(	const FPoint3 &	Origin,
		const FPoint3 &	Direction,
		float &	fDistance,
		FPoint3 &	Intersection,
		float	fEpsilon = `0.0`
	)		const

Compute Ray-Plane intersection.

Parameters

Origin,Direction	The position and direction that define the ray.
fDistance	The distance along the ray to the intersection point.
Intersection	The intersection point.
fEpsilon	Small value to test for numeric equivalenccy.

Returns: The intersection result (PARALLEL, FACING_AWAY, or INTERSECTING)

Public Types

Public Member Functions

Public Attributes

Detailed Description

Member Function Documentation