HPS::WindowPoint Class Reference

The WindowPoint class is a basic 2D point that is assumed to represent a location in normalized window space. More...

#include <hps.h>

Inheritance diagram for HPS::WindowPoint:

Collaboration diagram for HPS::WindowPoint:

Public Member Functions
	WindowPoint (float px=0.0f, float py=0.0f, float pz=0.0f)
	Initializes a new Point. More...
	WindowPoint (Point const &in_point)
	Copies the existing point in_point. More...
	WindowPoint (WindowKey const &in_window, ObjectPoint const &in_point)
	Converts the point in_point to window space via in_window. More...
	WindowPoint (WindowKey const &in_window, WorldPoint const &in_point)
	Converts the point in_point to window space via in_window. More...
	WindowPoint (WindowKey const &in_window, CameraPoint const &in_point)
	Converts the point in_point to window space via in_window. More...
	WindowPoint (WindowKey const &in_window, InnerWindowPoint const &in_point)
	Converts the point in_point to window space via in_window. More...
	WindowPoint (WindowKey const &in_window, InnerPixelPoint const &in_point)
	Converts the point in_point to window space via in_window. More...
	WindowPoint (WindowKey const &in_window, WindowPoint const &in_point)
	Converts the point in_point to window space via in_window. More...
	WindowPoint (WindowKey const &in_window, PixelPoint const &in_point)
	Converts the point in_point to window space via in_window. More...
Point_3D const	operator- () const
Vector_3D< float > const	operator- (Point_3D const &p) const
Point_3D const	operator- (Vector_3D< float > const &v) const
Point_3D const	operator- (Vector_2D< float > const &v) const
bool	operator== (Point_3D const &p) const
bool	operator!= (Point_3D const &p) const
bool	Equals (Point_3D const &p, int in_tolerance=32) const
Point_3D &	operator*= (float s)
Point_3D &	operator*= (Vector_3D< float > const &v)
Point_3D &	operator*= (Vector_2D< float > const &v)
Point_3D &	operator/= (float s)
Point_3D &	operator/= (Vector_3D< float > const &v)
Point_3D &	operator/= (Vector_2D< float > const &v)
Point_3D const	operator* (float s) const
Point_3D const	operator* (Vector_3D< float > const &v) const
Point_3D const	operator* (Vector_2D< float > const &v) const
Point_3D const	operator/ (float s) const
Point_3D const	operator/ (Vector_3D< float > const &v) const
Point_3D const	operator/ (Vector_2D< float > const &v) const
float &	operator[] (size_t i)
float const &	operator[] (size_t i) const
Point_3D &	operator+= (Vector_3D< float > const &v)
Point_3D &	operator+= (Vector_2D< float > const &v)
Point_3D &	operator-= (Vector_3D< float > const &v)
Point_3D &	operator-= (Vector_2D< float > const &v)
Point_3D const	operator+ (Vector_3D< float > const &v) const
Point_3D const	operator+ (Vector_2D< float > const &v) const

Static Public Member Functions
static HPS_INLINE Point_3D	Origin ()
static HPS_INLINE Point_3D	Zero ()

Public Attributes
float	x
float	y
float	z

Private Member Functions
	WindowPoint (ObjectPoint const &in_point)
	WindowPoint (WorldPoint const &in_point)
	WindowPoint (CameraPoint const &in_point)
	WindowPoint (InnerWindowPoint const &in_point)
	WindowPoint (InnerPixelPoint const &in_point)
	WindowPoint (PixelPoint const &in_point)

Detailed Description

The WindowPoint class is a basic 2D point that is assumed to represent a location in normalized window space.

Constructor & Destructor Documentation

WindowPoint() [1/15]

HPS::WindowPoint::WindowPoint ( float  px = 0.0f, float  py = 0.0f, float  pz = 0.0f  )

inline

Initializes a new Point.

WindowPoint() [2/15]

HPS::WindowPoint::WindowPoint ( Point const &  in_point )

inline

Copies the existing point in_point.

WindowPoint() [3/15]

HPS::WindowPoint::WindowPoint	(	WindowKey const &	in_window,
		ObjectPoint const &	in_point
	)

Converts the point in_point to window space via in_window.

WindowPoint() [4/15]

HPS::WindowPoint::WindowPoint	(	WindowKey const &	in_window,
		WorldPoint const &	in_point
	)

Converts the point in_point to window space via in_window.

WindowPoint() [5/15]

HPS::WindowPoint::WindowPoint	(	WindowKey const &	in_window,
		CameraPoint const &	in_point
	)

Converts the point in_point to window space via in_window.

WindowPoint() [6/15]

HPS::WindowPoint::WindowPoint	(	WindowKey const &	in_window,
		InnerWindowPoint const &	in_point
	)

Converts the point in_point to window space via in_window.

WindowPoint() [7/15]

HPS::WindowPoint::WindowPoint	(	WindowKey const &	in_window,
		InnerPixelPoint const &	in_point
	)

Converts the point in_point to window space via in_window.

WindowPoint() [8/15]

HPS::WindowPoint::WindowPoint	(	WindowKey const &	in_window,
		WindowPoint const &	in_point
	)

Converts the point in_point to window space via in_window.

WindowPoint() [9/15]

HPS::WindowPoint::WindowPoint	(	WindowKey const &	in_window,
		PixelPoint const &	in_point
	)

Converts the point in_point to window space via in_window.

WindowPoint() [10/15]

HPS::WindowPoint::WindowPoint ( ObjectPoint const &  in_point )

private

WindowPoint() [11/15]

HPS::WindowPoint::WindowPoint ( WorldPoint const &  in_point )

private

WindowPoint() [12/15]

HPS::WindowPoint::WindowPoint ( CameraPoint const &  in_point )

private

WindowPoint() [13/15]

HPS::WindowPoint::WindowPoint ( InnerWindowPoint const &  in_point )

private

WindowPoint() [14/15]

HPS::WindowPoint::WindowPoint ( InnerPixelPoint const &  in_point )

private

WindowPoint() [15/15]

HPS::WindowPoint::WindowPoint ( PixelPoint const &  in_point )

private

Member Function Documentation

Equals()

bool HPS::Point_3D< float >::Equals ( Point_3D< float > const &  p, int  in_tolerance = 32  ) const

inlineinherited

operator!=()

bool HPS::Point_3D< float >::operator!= ( Point_3D< float > const &  p ) const

inlineinherited

operator*() [1/3]

Point_3D const HPS::Point_3D< float >::operator* ( float  s ) const

inlineinherited

operator*() [2/3]

HPS_INLINE Point_3D< float > const HPS::Point_3D< float >::operator* ( Vector_3D< float > const &  v ) const

inherited

operator*() [3/3]

HPS_INLINE Point_3D< float > const HPS::Point_3D< float >::operator* ( Vector_2D< float > const &  v ) const

inherited

operator*=() [1/3]

Point_3D& HPS::Point_3D< float >::operator*= ( float  s )

inlineinherited

operator*=() [2/3]

HPS_INLINE Point_3D< float > & HPS::Point_3D< float >::operator*= ( Vector_3D< float > const &  v )

inherited

operator*=() [3/3]

HPS_INLINE Point_3D< float > & HPS::Point_3D< float >::operator*= ( Vector_2D< float > const &  v )

inherited

operator+() [1/2]

HPS_INLINE Point_3D< float > const HPS::Point_3D< float >::operator+ ( Vector_3D< float > const &  v ) const

inherited

operator+() [2/2]

HPS_INLINE Point_3D< float > const HPS::Point_3D< float >::operator+ ( Vector_2D< float > const &  v ) const

inherited

operator+=() [1/2]

HPS_INLINE Point_3D< float > & HPS::Point_3D< float >::operator+= ( Vector_3D< float > const &  v )

inherited

operator+=() [2/2]

HPS_INLINE Point_3D< float > & HPS::Point_3D< float >::operator+= ( Vector_2D< float > const &  v )

inherited

operator-() [1/4]

Point_3D const HPS::Point_3D< float >::operator- ( ) const

inlineinherited

operator-() [2/4]

Vector_3D<float > const HPS::Point_3D< float >::operator- ( Point_3D< float > const &  p ) const

inherited

operator-() [3/4]

HPS_INLINE Point_3D< float > const HPS::Point_3D< float >::operator- ( Vector_3D< float > const &  v ) const

inherited

operator-() [4/4]

HPS_INLINE Point_3D< float > const HPS::Point_3D< float >::operator- ( Vector_2D< float > const &  v ) const

inherited

operator-=() [1/2]

HPS_INLINE Point_3D< float > & HPS::Point_3D< float >::operator-= ( Vector_3D< float > const &  v )

inherited

operator-=() [2/2]

HPS_INLINE Point_3D< float > & HPS::Point_3D< float >::operator-= ( Vector_2D< float > const &  v )

inherited

operator/() [1/3]

Point_3D const HPS::Point_3D< float >::operator/ ( float  s ) const

inlineinherited

operator/() [2/3]

HPS_INLINE Point_3D< float > const HPS::Point_3D< float >::operator/ ( Vector_3D< float > const &  v ) const

inherited

operator/() [3/3]

HPS_INLINE Point_3D< float > const HPS::Point_3D< float >::operator/ ( Vector_2D< float > const &  v ) const

inherited

operator/=() [1/3]

Point_3D& HPS::Point_3D< float >::operator/= ( float  s )

inlineinherited

operator/=() [2/3]

HPS_INLINE Point_3D< float > & HPS::Point_3D< float >::operator/= ( Vector_3D< float > const &  v )

inherited

operator/=() [3/3]

HPS_INLINE Point_3D< float > & HPS::Point_3D< float >::operator/= ( Vector_2D< float > const &  v )

inherited

operator==()

bool HPS::Point_3D< float >::operator== ( Point_3D< float > const &  p ) const

inlineinherited

operator[]() [1/2]

float & HPS::Point_3D< float >::operator[] ( size_t  i )

inlineinherited

operator[]() [2/2]

float const& HPS::Point_3D< float >::operator[] ( size_t  i ) const

inlineinherited

Origin()

static HPS_INLINE Point_3D HPS::Point_3D< float >::Origin ( )

inlinestaticinherited

Zero()

static HPS_INLINE Point_3D HPS::Point_3D< float >::Zero ( )

inlinestaticinherited

Member Data Documentation

x

float HPS::Point_3D< float >::x

inherited

y

float HPS::Point_3D< float >::y

inherited

z

float HPS::Point_3D< float >::z

inherited

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The documentation for this class was generated from the following file:

• hps.h