AcGeVector3d Class Reference

#include <AcGeVector3d.h>

Public Member Functions
	AcGeVector3d (AcGePlanarEnt const &, AcGeVector2d const &)
	AcGeVector3d (AcGeVector3d const &)
	AcGeVector3d (double, double, double)
	AcGeVector3d (void)
	~AcGeVector3d (void)
	operator AcGeMatrix3d (void) const
bool	isEqualTo (AcGeVector3d const &, AcGeTol const &=AcGeContext::gTol) const
bool	operator!= (AcGeVector3d const &) const
bool	operator== (AcGeVector3d const &) const
AcGeMatrix3d	rotateTo (AcGeVector3d const &, AcGeVector3d const &=AcGeVector3d::kIdentity) const
AcGeVector2d	convert2d (AcGePlanarEnt const &) const
AcGeVector3d &	mirror (AcGeVector3d const &)
AcGeVector3d &	negate (void)
AcGeVector3d &	normalize (AcGeTol const &=AcGeTol::gTol)
AcGeVector3d &	normalize (AcGeTol const &, AcGe::ErrorCondition &)
AcGeVector3d &	operator*= (double)
AcGeVector3d &	operator+= (AcGeVector3d const &)
AcGeVector3d &	operator-= (AcGeVector3d const &)
AcGeVector3d &	operator/= (double)
AcGeVector3d &	operator= (AcGeVector3d const &)
AcGeVector3d &	rotateBy (double, AcGeVector3d const &)
AcGeVector3d &	set (AcGePlanarEnt const &, AcGeVector2d const &)
AcGeVector3d &	set (double, double, double)
AcGeVector3d &	setToProduct (AcGeMatrix3d const &, AcGeVector3d const &)
AcGeVector3d &	setToProduct (AcGeVector3d const &, double)
AcGeVector3d &	setToSum (AcGeVector3d const &, AcGeVector3d const &)
AcGeVector3d &	transformBy (AcGeMatrix3d const &)
AcGeVector3d	crossProduct (AcGeVector3d const &) const
AcGeVector3d	normal (AcGeTol const &=AcGeTol::gTol) const
AcGeVector3d	operator* (double) const
AcGeVector3d	operator+ (AcGeVector3d const &) const
AcGeVector3d	operator- (AcGeVector3d const &) const
AcGeVector3d	operator- (void) const
AcGeVector3d	operator/ (double) const
AcGeVector3d	orthoProject (AcGeVector3d const &) const
AcGeVector3d	orthoProject (AcGeVector3d const &, AcGeTol const &, AcGe::ErrorCondition &) const
AcGeVector3d	perpVector (void) const
AcGeVector3d	project (AcGeVector3d const &, AcGeVector3d const &) const
AcGeVector3d	project (AcGeVector3d const &, AcGeVector3d const &, AcGeTol const &, AcGe::ErrorCondition &) const
double &	operator[] (unsigned int)
double	angleOnPlane (AcGePlanarEnt const &) const
double	angleTo (AcGeVector3d const &) const
double	angleTo (AcGeVector3d const &, AcGeVector3d const &) const
double	dotProduct (AcGeVector3d const &) const
double	length (void) const
double	lengthSqrd (void) const
double	operator[] (unsigned int) const
Frx::Boolean	isCodirectionalTo (AcGeVector3d const &, AcGeTol const &=AcGeContext::gTol) const
Frx::Boolean	isCodirectionalTo (AcGeVector3d const &, AcGeTol const &, AcGe::ErrorCondition &) const
Frx::Boolean	isParallelTo (AcGeVector3d const &, AcGeTol const &=AcGeContext::gTol) const
Frx::Boolean	isParallelTo (AcGeVector3d const &, AcGeTol const &, AcGe::ErrorCondition &) const
Frx::Boolean	isPerpendicularTo (AcGeVector3d const &, AcGeTol const &=AcGeContext::gTol) const
Frx::Boolean	isPerpendicularTo (AcGeVector3d const &, AcGeTol const &, AcGe::ErrorCondition &) const
Frx::Boolean	isUnitLength (AcGeTol const &=AcGeContext::gTol) const
Frx::Boolean	isZeroLength (AcGeTol const &=AcGeContext::gTol) const
unsigned int	largestElement (void) const

Public Attributes
double	x
double	y
double	z

Static Public Attributes
static ARX_API_STATIC AcGeVector3d const	kIdentity
static ARX_API_STATIC AcGeVector3d const	kXAxis
static ARX_API_STATIC AcGeVector3d const	kYAxis
static ARX_API_STATIC AcGeVector3d const	kZAxis

Detailed Description

Definition at line 30 of file AcGeVector3d.h.

Constructor & Destructor Documentation

AcGeVector3d() [1/4]

AcGeVector3d::AcGeVector3d	(	AcGePlanarEnt const &	,
		AcGeVector2d const &	)

AcGeVector3d() [2/4]

AcGeVector3d::AcGeVector3d

(

AcGeVector3d const &

)

AcGeVector3d() [3/4]

AcGeVector3d::AcGeVector3d	(	double	,
		double	,
		double	)

AcGeVector3d() [4/4]

AcGeVector3d::AcGeVector3d

(

void

)

~AcGeVector3d()

AcGeVector3d::~AcGeVector3d

(

void

)

Member Function Documentation

angleOnPlane()

double AcGeVector3d::angleOnPlane

(

AcGePlanarEnt const &

)

const

angleTo() [1/2]

double AcGeVector3d::angleTo

(

AcGeVector3d const &

)

const

angleTo() [2/2]

double AcGeVector3d::angleTo	(	AcGeVector3d const &	,
		AcGeVector3d const &	) const

convert2d()

AcGeVector2d AcGeVector3d::convert2d

(

AcGePlanarEnt const &

)

const

crossProduct()

AcGeVector3d AcGeVector3d::crossProduct

(

AcGeVector3d const &

)

const

dotProduct()

double AcGeVector3d::dotProduct

(

AcGeVector3d const &

)

const

isCodirectionalTo() [1/2]

Frx::Boolean AcGeVector3d::isCodirectionalTo	(	AcGeVector3d const &	,
		AcGeTol const &	,
		AcGe::ErrorCondition &	) const

isCodirectionalTo() [2/2]

Frx::Boolean AcGeVector3d::isCodirectionalTo	(	AcGeVector3d const &	,
		AcGeTol const &	= AcGeContext::gTol ) const

isEqualTo()

bool AcGeVector3d::isEqualTo	(	AcGeVector3d const &	,
		AcGeTol const &	= AcGeContext::gTol ) const

isParallelTo() [1/2]

Frx::Boolean AcGeVector3d::isParallelTo	(	AcGeVector3d const &	,
		AcGeTol const &	,
		AcGe::ErrorCondition &	) const

isParallelTo() [2/2]

Frx::Boolean AcGeVector3d::isParallelTo	(	AcGeVector3d const &	,
		AcGeTol const &	= AcGeContext::gTol ) const

isPerpendicularTo() [1/2]

Frx::Boolean AcGeVector3d::isPerpendicularTo	(	AcGeVector3d const &	,
		AcGeTol const &	,
		AcGe::ErrorCondition &	) const

isPerpendicularTo() [2/2]

Frx::Boolean AcGeVector3d::isPerpendicularTo	(	AcGeVector3d const &	,
		AcGeTol const &	= AcGeContext::gTol ) const

isUnitLength()

Frx::Boolean AcGeVector3d::isUnitLength

(

AcGeTol const &

= AcGeContext::gTol

)

const

isZeroLength()

Frx::Boolean AcGeVector3d::isZeroLength

(

AcGeTol const &

= AcGeContext::gTol

)

const

largestElement()

unsigned int AcGeVector3d::largestElement

(

void

)

const

length()

double AcGeVector3d::length

(

void

)

const

lengthSqrd()

double AcGeVector3d::lengthSqrd

(

void

)

const

mirror()

AcGeVector3d & AcGeVector3d::mirror

(

AcGeVector3d const &

)

negate()

AcGeVector3d & AcGeVector3d::negate

(

void

)

normal()

AcGeVector3d AcGeVector3d::normal

(

AcGeTol const &

= AcGeTol::gTol

)

const

normalize() [1/2]

AcGeVector3d & AcGeVector3d::normalize	(	AcGeTol const &	,
		AcGe::ErrorCondition &	)

normalize() [2/2]

AcGeVector3d & AcGeVector3d::normalize

(

AcGeTol const &

= AcGeTol::gTol

)

operator AcGeMatrix3d()

AcGeVector3d::operator AcGeMatrix3d

(

void

)

const

operator!=()

bool AcGeVector3d::operator!=

(

AcGeVector3d const &

)

const

operator*()

AcGeVector3d AcGeVector3d::operator*

(

double

)

const

operator*=()

AcGeVector3d & AcGeVector3d::operator*=

(

double

)

operator+()

AcGeVector3d AcGeVector3d::operator+

(

AcGeVector3d const &

)

const

operator+=()

AcGeVector3d & AcGeVector3d::operator+=

(

AcGeVector3d const &

)

operator-() [1/2]

AcGeVector3d AcGeVector3d::operator-

(

AcGeVector3d const &

)

const

operator-() [2/2]

AcGeVector3d AcGeVector3d::operator-

(

void

)

const

operator-=()

AcGeVector3d & AcGeVector3d::operator-=

(

AcGeVector3d const &

)

operator/()

AcGeVector3d AcGeVector3d::operator/

(

double

)

const

operator/=()

AcGeVector3d & AcGeVector3d::operator/=

(

double

)

operator=()

AcGeVector3d & AcGeVector3d::operator=

(

AcGeVector3d const &

)

operator==()

bool AcGeVector3d::operator==

(

AcGeVector3d const &

)

const

operator[]() [1/2]

double & AcGeVector3d::operator[]

(

unsigned int

)

operator[]() [2/2]

double AcGeVector3d::operator[]

(

unsigned int

)

const

orthoProject() [1/2]

AcGeVector3d AcGeVector3d::orthoProject

(

AcGeVector3d const &

)

const

orthoProject() [2/2]

AcGeVector3d AcGeVector3d::orthoProject	(	AcGeVector3d const &	,
		AcGeTol const &	,
		AcGe::ErrorCondition &	) const

perpVector()

AcGeVector3d AcGeVector3d::perpVector

(

void

)

const

project() [1/2]

AcGeVector3d AcGeVector3d::project	(	AcGeVector3d const &	,
		AcGeVector3d const &	) const

project() [2/2]

AcGeVector3d AcGeVector3d::project	(	AcGeVector3d const &	,
		AcGeVector3d const &	,
		AcGeTol const &	,
		AcGe::ErrorCondition &	) const

rotateBy()

AcGeVector3d & AcGeVector3d::rotateBy	(	double	,
		AcGeVector3d const &	)

rotateTo()

AcGeMatrix3d AcGeVector3d::rotateTo	(	AcGeVector3d const &	,
		AcGeVector3d const &	= AcGeVector3d::kIdentity ) const

set() [1/2]

AcGeVector3d & AcGeVector3d::set	(	AcGePlanarEnt const &	,
		AcGeVector2d const &	)

set() [2/2]

AcGeVector3d & AcGeVector3d::set	(	double	,
		double	,
		double	)

setToProduct() [1/2]

AcGeVector3d & AcGeVector3d::setToProduct	(	AcGeMatrix3d const &	,
		AcGeVector3d const &	)

setToProduct() [2/2]

AcGeVector3d & AcGeVector3d::setToProduct	(	AcGeVector3d const &	,
		double	)

setToSum()

AcGeVector3d & AcGeVector3d::setToSum	(	AcGeVector3d const &	,
		AcGeVector3d const &	)

transformBy()

AcGeVector3d & AcGeVector3d::transformBy

(

AcGeMatrix3d const &

)

Member Data Documentation

kIdentity

ARX_API_STATIC AcGeVector3d const AcGeVector3d::kIdentity

static

Definition at line 33 of file AcGeVector3d.h.

kXAxis

ARX_API_STATIC AcGeVector3d const AcGeVector3d::kXAxis

static

Definition at line 34 of file AcGeVector3d.h.

kYAxis

ARX_API_STATIC AcGeVector3d const AcGeVector3d::kYAxis

static

Definition at line 35 of file AcGeVector3d.h.

kZAxis

ARX_API_STATIC AcGeVector3d const AcGeVector3d::kZAxis

static

Definition at line 36 of file AcGeVector3d.h.

x

double AcGeVector3d::x

Definition at line 37 of file AcGeVector3d.h.

y

double AcGeVector3d::y

Definition at line 38 of file AcGeVector3d.h.

z

double AcGeVector3d::z

Definition at line 39 of file AcGeVector3d.h.

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

• AcGeVector3d.h