#include <Vector3D.h>

Inheritance diagram for zeus::TVector3D:

Public Member Functions
	TVector3D ()
	Default constructor, initializing as zero vector. More...

	TVector3D (const Float &fX, const Float &fY, const Float &fZ)
	Constructor taking all components' values. More...

	TVector3D (const TVector3D &rVector)
	Copy constructor: Constructor taking class type object. More...

	TVector3D (const TVector &rVector)
	Constructor taking a generic vector object. More...

	TVector3D (const IVector3D &rVector)
	Constructor taking interface type object. More...

	TVector3D (const IVector &rVector)
	Constructor taking interface type object. More...

virtual	~TVector3D ()
	Virtual destructor. More...

TVector3D	getNormalizedVector () const

TVector3D	rotatedX (const IAngle &rAngle) const

TVector3D	rotatedY (const IAngle &rAngle) const

TVector3D	rotatedZ (const IAngle &rAngle) const

TVector3D	rotatedHorizontalAngle (const IAngle &rAngle) const

TVector3D	rotatedVerticalAngle (const IAngle &rAngle) const

virtual void MQUALIFIER	assign3D (const IVector3D &rVector)

virtual bool MQUALIFIER	isParallel (const IVector3D &rVector) const

virtual bool MQUALIFIER	isCollinear (const IVector3D &rVector) const

virtual bool MQUALIFIER	isZeroVector () const

virtual bool MQUALIFIER	isUnitVectorX () const

virtual bool MQUALIFIER	isUnitVectorY () const

virtual bool MQUALIFIER	isUnitVectorZ () const

virtual const Float &MQUALIFIER	getX () const

virtual const Float &MQUALIFIER	getY () const

virtual const Float &MQUALIFIER	getZ () const

virtual void MQUALIFIER	setX (const Float &fX)

virtual void MQUALIFIER	setY (const Float &fY)

virtual void MQUALIFIER	setZ (const Float &fZ)

virtual void MQUALIFIER	setValues (Float fX, Float fY, Float fZ)

virtual void MQUALIFIER	initAsZeroVector ()

virtual void MQUALIFIER	initAsUnitVectorX ()

virtual void MQUALIFIER	initAsUnitVectorY ()

virtual void MQUALIFIER	initAsUnitVectorZ ()

virtual void MQUALIFIER	calcVectorProduct (const IVector3D &rVector, IVector3D &rProduct) const

virtual void MQUALIFIER	calcAngleTo (const IVector3D &rVector, IAngle &rAngle) const

virtual Float MQUALIFIER	calcDistanceTo (const IVector3D &rVector) const

virtual void MQUALIFIER	normalize ()

virtual void MQUALIFIER	getHorizontalAngle (IAngle &rAngle) const

virtual void MQUALIFIER	getVerticalAngle (IAngle &rAngle) const

virtual void MQUALIFIER	setHorizontalAngle (const IAngle &rAngle)

virtual void MQUALIFIER	setVerticalAngle (const IAngle &rAngle)

virtual void MQUALIFIER	rotateX (const IAngle &rAngle)

virtual void MQUALIFIER	rotateY (const IAngle &rAngle)

virtual void MQUALIFIER	rotateZ (const IAngle &rAngle)

virtual void MQUALIFIER	rotateHorizontalAngle (const IAngle &rAngle)

virtual void MQUALIFIER	rotateVerticalAngle (const IAngle &rAngle)

virtual void MQUALIFIER	mirrorAtXYPlane ()

virtual void MQUALIFIER	mirrorAtXZPlane ()

virtual void MQUALIFIER	mirrorAtYZPlane ()

virtual void MQUALIFIER	assign (const IVector &rVector)

virtual void MQUALIFIER	assignValues (const Float *apValues, Int iSize)

virtual bool MQUALIFIER	equals (const IVector &rVector, Float fPrecision=FLOAT_PRECISION) const

virtual Float MQUALIFIER	getComponent (Int iIndex) const

virtual Float *MQUALIFIER	getComponents ()

virtual const Float *MQUALIFIER	getComponentsConst () const

virtual Int MQUALIFIER	getDimension () const

virtual Float MQUALIFIER	getNorm () const

virtual Float MQUALIFIER	getNormSquared () const

virtual Float MQUALIFIER	getLength () const

virtual Float MQUALIFIER	getLengthSquared () const

virtual bool MQUALIFIER	setComponent (Int iIndex, Float fValue)

virtual void MQUALIFIER	setDimension (Int iValue)

virtual void MQUALIFIER	add (const IVector &rVector)

virtual void MQUALIFIER	subtract (const IVector &rVector)

virtual Float MQUALIFIER	calcScalarProduct (const IVector &rVector) const

virtual void MQUALIFIER	multiply (const Float &f)

virtual void MQUALIFIER	divide (const Float &f)

TVector3D	operator+ (const IVector &rVector) const

TVector3D	operator- (const IVector &rVector) const

Float	operator* (const IVector &rVector) const

TVector3D	operator* (const Float &f) const

TVector3D	operator/ (const Float &f) const

TVector3D	operator^ (const IVector3D &rVector) const

const TVector3D &	operator+= (const IVector &rVector)

const TVector3D &	operator-= (const IVector &rVector)

const TVector3D &	operator*= (const Float &f)

const TVector3D &	operator/= (const Float &f)

const TVector3D &	operator= (const IVector &rVector)

const TVector3D &	operator= (const IVector3D &rVector)

const TVector3D &	operator= (const TVector3D &rVector)

bool	operator== (const IVector3D &rVector) const

bool	operator== (const IVector &Vector) const

bool	operator!= (const IVector3D &rVector) const

bool	operator!= (const IVector &rVector) const

bool	operator\|\| (const IVector3D &rVector) const

bool	operator< (const TVector3D &rVector) const

Static Public Member Functions
static const TVector3D &	getZeroVector ()

static const TVector3D &	getUnitVectorX ()

static const TVector3D &	getUnitVectorY ()

static const TVector3D &	getUnitVectorZ ()

Detailed Description

TVector3D encapsulates a three dimensional floating point vector as base class for vector geometry calculations.

TVector3D objects are stack objects.

Constructor & Destructor Documentation

§ TVector3D() [1/6]

zeus::TVector3D::TVector3D ( )

inline

Default constructor, initializing as zero vector.

§ TVector3D() [2/6]

zeus::TVector3D::TVector3D	(	const Float &	fX,
		const Float &	fY,
		const Float &	fZ
	)

inline

Constructor taking all components' values.

§ TVector3D() [3/6]

zeus::TVector3D::TVector3D ( const TVector3D & rVector )

inline

Copy constructor: Constructor taking class type object.

§ TVector3D() [4/6]

zeus::TVector3D::TVector3D ( const TVector & rVector )

inline

Constructor taking a generic vector object.

§ TVector3D() [5/6]

zeus::TVector3D::TVector3D ( const IVector3D & rVector )

inline

Constructor taking interface type object.

§ TVector3D() [6/6]

zeus::TVector3D::TVector3D ( const IVector & rVector )

inline

Constructor taking interface type object.

§ ~TVector3D()

virtual zeus::TVector3D::~TVector3D ( )

inlinevirtual

Virtual destructor.

Member Function Documentation

§ add()

void MQUALIFIER zeus::TVector3D::add ( const IVector & rVector )

inlinevirtual

See also: IVector::add

Implements zeus::IVector.

§ assign()

void MQUALIFIER zeus::TVector3D::assign ( const IVector & rVector )

virtual

See also: IVector::assign

Implements zeus::IVector.

§ assign3D()

void MQUALIFIER zeus::TVector3D::assign3D ( const IVector3D & rVector )

virtual

See also: IVector3D::assign3D

Implements zeus::IVector3D.

§ assignValues()

void MQUALIFIER zeus::TVector3D::assignValues	(	const Float *	apValues,
		Int	iSize
	)

virtual

See also: IVector::assignValues

Implements zeus::IVector.

§ calcAngleTo()

void MQUALIFIER zeus::TVector3D::calcAngleTo	(	const IVector3D &	rVector,
		IAngle &	rAngle
	)		const

virtual

See also: IVector3D::calcAngleTo

Implements zeus::IVector3D.

§ calcDistanceTo()

Float MQUALIFIER zeus::TVector3D::calcDistanceTo ( const IVector3D & rVector ) const

inlinevirtual

See also: IVector3D::calcDistanceTo

Implements zeus::IVector3D.

§ calcScalarProduct()

Float MQUALIFIER zeus::TVector3D::calcScalarProduct ( const IVector & rVector ) const

inlinevirtual

See also: IVector::calcScalarProduct

Implements zeus::IVector.

§ calcVectorProduct()

void MQUALIFIER zeus::TVector3D::calcVectorProduct	(	const IVector3D &	rVector,
		IVector3D &	rProduct
	)		const

inlinevirtual

See also: IVector3D::calcVectorProduct

Implements zeus::IVector3D.

§ divide()

void MQUALIFIER zeus::TVector3D::divide ( const Float & f )

inlinevirtual

See also: IVector::divide

Implements zeus::IVector.

§ equals()

bool MQUALIFIER zeus::TVector3D::equals	(	const IVector &	rVector,
		Float	fPrecision = `FLOAT_PRECISION`
	)		const

virtual

See also: IVector::equals

Implements zeus::IVector.

§ getComponent()

Float MQUALIFIER zeus::TVector3D::getComponent ( Int iIndex ) const

virtual

See also: IVector::getComponent

Implements zeus::IVector.

§ getComponents()

Float *MQUALIFIER zeus::TVector3D::getComponents ( )

inlinevirtual

See also: IVector::getCoordinates

Implements zeus::IVector.

§ getComponentsConst()

const Float *MQUALIFIER zeus::TVector3D::getComponentsConst ( ) const

inlinevirtual

See also: IVector::getCoordinatesConst

Implements zeus::IVector.

§ getDimension()

Int MQUALIFIER zeus::TVector3D::getDimension ( ) const

inlinevirtual

See also: IVector::getDimensions

Implements zeus::IVector.

§ getHorizontalAngle()

void MQUALIFIER zeus::TVector3D::getHorizontalAngle ( IAngle & rAngle ) const

virtual

See also: IVector3D::getHorizontalAngle

Implements zeus::IVector3D.

§ getLength()

Float MQUALIFIER zeus::TVector3D::getLength ( ) const

inlinevirtual

See also: IVector::getLength

Implements zeus::IVector.

§ getLengthSquared()

Float MQUALIFIER zeus::TVector3D::getLengthSquared ( ) const

inlinevirtual

See also: IVector::getLengthSquared

Implements zeus::IVector.

§ getNorm()

Float MQUALIFIER zeus::TVector3D::getNorm ( ) const

virtual

See also: IVector::getNorm

Implements zeus::IVector.

§ getNormalizedVector()

TVector3D zeus::TVector3D::getNormalizedVector ( ) const

inline

Calculate the normalized vector, and return by value.

Returns: Normalized vector. In case this vector is the zero vector, the zero vector is returned.

§ getNormSquared()

Float MQUALIFIER zeus::TVector3D::getNormSquared ( ) const

virtual

See also: IVector::getNormSquared

Implements zeus::IVector.

§ getUnitVectorX()

static const TVector3D& zeus::TVector3D::getUnitVectorX ( )

inlinestatic

§ getUnitVectorY()

static const TVector3D& zeus::TVector3D::getUnitVectorY ( )

inlinestatic

§ getUnitVectorZ()

static const TVector3D& zeus::TVector3D::getUnitVectorZ ( )

inlinestatic

§ getVerticalAngle()

void MQUALIFIER zeus::TVector3D::getVerticalAngle ( IAngle & rAngle ) const

virtual

See also: IVector3D::getVerticalAngle

Implements zeus::IVector3D.

§ getX()

const Float &MQUALIFIER zeus::TVector3D::getX ( ) const

inlinevirtual

See also: IVector3D::getX

Implements zeus::IVector3D.

§ getY()

const Float &MQUALIFIER zeus::TVector3D::getY ( ) const

inlinevirtual

See also: IVector3D::getY

Implements zeus::IVector3D.

§ getZ()

const Float &MQUALIFIER zeus::TVector3D::getZ ( ) const

inlinevirtual

See also: IVector3D::getZ

Implements zeus::IVector3D.

§ getZeroVector()

static const TVector3D& zeus::TVector3D::getZeroVector ( )

inlinestatic

§ initAsUnitVectorX()

void MQUALIFIER zeus::TVector3D::initAsUnitVectorX ( )

inlinevirtual

See also: IVector3D::initAsUnitVectorX

Implements zeus::IVector3D.

§ initAsUnitVectorY()

void MQUALIFIER zeus::TVector3D::initAsUnitVectorY ( )

inlinevirtual

See also: IVector3D::initAsUnitVectorY

Implements zeus::IVector3D.

§ initAsUnitVectorZ()

void MQUALIFIER zeus::TVector3D::initAsUnitVectorZ ( )

inlinevirtual

See also: IVector3D::initAsUnitVectorZ

Implements zeus::IVector3D.

§ initAsZeroVector()

void MQUALIFIER zeus::TVector3D::initAsZeroVector ( )

inlinevirtual

See also: IVector3D::initAsZeroVector

Implements zeus::IVector3D.

§ isCollinear()

bool MQUALIFIER zeus::TVector3D::isCollinear ( const IVector3D & rVector ) const

virtual

See also: IVector3D::isCollinear

Implements zeus::IVector3D.

§ isParallel()

bool MQUALIFIER zeus::TVector3D::isParallel ( const IVector3D & rVector ) const

virtual

See also: IVector3D::isParallel

Implements zeus::IVector3D.

§ isUnitVectorX()

bool MQUALIFIER zeus::TVector3D::isUnitVectorX ( ) const

inlinevirtual

See also: IVector3D::isUnitVectorX

Implements zeus::IVector3D.

§ isUnitVectorY()

bool MQUALIFIER zeus::TVector3D::isUnitVectorY ( ) const

inlinevirtual

See also: IVector3D::isUnitVectorY

Implements zeus::IVector3D.

§ isUnitVectorZ()

bool MQUALIFIER zeus::TVector3D::isUnitVectorZ ( ) const

inlinevirtual

See also: IVector3D::isUnitVectorZ

Implements zeus::IVector3D.

§ isZeroVector()

bool MQUALIFIER zeus::TVector3D::isZeroVector ( ) const

inlinevirtual

See also: IVector3D::isZeroVector

Implements zeus::IVector3D.

§ mirrorAtXYPlane()

virtual void MQUALIFIER zeus::TVector3D::mirrorAtXYPlane ( )

inlinevirtual

Mirror at the xy plane.

Implements zeus::IVector3D.

§ mirrorAtXZPlane()

virtual void MQUALIFIER zeus::TVector3D::mirrorAtXZPlane ( )

inlinevirtual

Mirror at the xz plane.

Implements zeus::IVector3D.

§ mirrorAtYZPlane()

virtual void MQUALIFIER zeus::TVector3D::mirrorAtYZPlane ( )

inlinevirtual

Mirror at the yz plane.

Implements zeus::IVector3D.

§ multiply()

void MQUALIFIER zeus::TVector3D::multiply ( const Float & f )

inlinevirtual

See also: IVector::multiply

Implements zeus::IVector.

§ normalize()

void MQUALIFIER zeus::TVector3D::normalize ( )

inlinevirtual

See also: IVector3D::normalize

Implements zeus::IVector3D.

§ operator!=() [1/2]

bool zeus::TVector3D::operator!= ( const IVector3D & rVector ) const

inline

Inequality.

Parameters

rVector [IN]: Vector to be compared to this vector.

Returns: true : are not equal; false: are equal

§ operator!=() [2/2]

bool zeus::TVector3D::operator!= ( const IVector & rVector ) const

inline

Inequality.

Parameters

rVector [IN]: Vector to be compared to this vector.

Returns: true : are not equal; false: are equal

§ operator*() [1/2]

Float zeus::TVector3D::operator* ( const IVector & rVector ) const

inline

Scalar product.

Parameters

rVector [IN]: Vector to be multiplied with this vector.

Returns: Scalar product.

§ operator*() [2/2]

TVector3D zeus::TVector3D::operator* ( const Float & f ) const

inline

Multiplication with a scalar from the right.

Parameters

f	[IN]: Scalar.

Returns: Multiplied vector.

§ operator*=()

const TVector3D & zeus::TVector3D::operator*= ( const Float & f )

inline

Multiplication with a scalar from the right. Assign the result to this vector.

Parameters

f	[IN]: Scalar.

Returns: const reference to this vector after the assignment.

§ operator+()

TVector3D zeus::TVector3D::operator+ ( const IVector & rVector ) const

inline

Addition.

Parameters

rVector [IN]: Vector to be added to this vector.

Returns: Vector sum.

§ operator+=()

const TVector3D & zeus::TVector3D::operator+= ( const IVector & rVector )

inline

Add a vector to this vector, and assign the result to this vector.

Parameters

rVector [IN]: Vector to be added to this vector.

Returns: const reference to this vector after the assignment.

§ operator-()

TVector3D zeus::TVector3D::operator- ( const IVector & rVector ) const

inline

Subtraction.

Parameters

rVector [IN]: Vector to be subtracted from this vector.

Returns: Vector difference.

§ operator-=()

const TVector3D & zeus::TVector3D::operator-= ( const IVector & rVector )

inline

Subtract a vector from this vector, and assign the result to this vector.

Parameters

rVector [IN]: Vector to be subtracted from this vector.

Returns: const reference to this vector after the assignment.

§ operator/()

TVector3D zeus::TVector3D::operator/ ( const Float & f ) const

inline

Division by a scalar.

Parameters

f	[IN]: Scalar.

Returns: Divided vector. zero vector in case f is zero.

§ operator/=()

const TVector3D & zeus::TVector3D::operator/= ( const Float & f )

inline

Division by a scalar from the right. Assign the result to this vector.

Parameters

f	[IN]: Scalar.

Returns: const reference to this vector after the assignment.

§ operator<()

bool zeus::TVector3D::operator< ( const TVector3D & rVector ) const

inline

special compare operator used for maps and sets using a binary search

§ operator=() [1/3]

const TVector3D & zeus::TVector3D::operator= ( const IVector & rVector )

inline

Assignment of interface type object.

Parameters

rVector [IN]: Vector to be assigned to this vector.

Returns: const reference to this vector after the assignment.

§ operator=() [2/3]

const TVector3D & zeus::TVector3D::operator= ( const IVector3D & rVector )

inline

Assignment of interface type object.

Parameters

rVector [IN]: Vector to be assigned to this vector.

Returns: const reference to this vector after the assignment.

§ operator=() [3/3]

const TVector3D & zeus::TVector3D::operator= ( const TVector3D & rVector )

inline

Assignment of class type object.

Parameters

rVector [IN]: Vector to be assigned to this vector.

Returns: const reference to this vector after the assignment.

§ operator==() [1/2]

bool zeus::TVector3D::operator== ( const IVector3D & rVector ) const

inline

Equality.

Parameters

rVector [IN]: Vector to be compared to this vector.

Returns: true : Vectors are equal; false: Vectors are not equal

§ operator==() [2/2]

bool zeus::TVector3D::operator== ( const IVector & rVector ) const

inline

Equality.

Parameters

rVector [IN]: Vector to be compared to this vector.

Returns: true : Vectors are equal; false: Vectors are not equal

§ operator^()

TVector3D zeus::TVector3D::operator^ ( const IVector3D & rVector ) const

inline

Vector product.

Parameters

rVector [IN]: Vector to be multiplied with this vector.

Returns: Vector product.

§ operator||()

bool zeus::TVector3D::operator|| ( const IVector3D & rVector ) const

inline

Parallel to another vector? Pointing in the same direction.

Parameters

rVector [IN]: Vector to be compared for being parallel to this vector.

Returns: true : Vectors are parallel.; false: Vectors aren't parallel

§ rotatedHorizontalAngle()

TVector3D zeus::TVector3D::rotatedHorizontalAngle ( const IAngle & rAngle ) const

inline

Rotate this vector such that its horizontal angle is increased by Angle, and return as a new vector.

Parameters

rAngle [IN]: Rotation angle.

Returns: Rotated vector.

§ rotatedVerticalAngle()

TVector3D zeus::TVector3D::rotatedVerticalAngle ( const IAngle & rAngle ) const

Rotate this vector such that its vertical angle is increased by Angle, and return as a new vector.

Parameters

rAngle [IN]: Rotation angle.

Returns: Rotated vector.

§ rotatedX()

TVector3D zeus::TVector3D::rotatedX ( const IAngle & rAngle ) const

Rotate this vector around the x-axis and return as a new vector.

Parameters

rAngle [IN]: Rotation angle.

Returns: Rotated vector.

§ rotatedY()

TVector3D zeus::TVector3D::rotatedY ( const IAngle & rAngle ) const

Rotate this vector around the y-axis and return as a new vector.

Parameters

rAngle [IN]: Rotation angle.

Returns: Rotated vector.

§ rotatedZ()

TVector3D zeus::TVector3D::rotatedZ ( const IAngle & rAngle ) const

Rotate this vector around the z-axis and return as a new vector.

Parameters

rAngle [IN]: Rotation angle.

Returns: Rotated vector.

§ rotateHorizontalAngle()

void MQUALIFIER zeus::TVector3D::rotateHorizontalAngle ( const IAngle & rAngle )

inlinevirtual

See also: IVector3D::rotateHorizontalAngle

Implements zeus::IVector3D.

§ rotateVerticalAngle()

void MQUALIFIER zeus::TVector3D::rotateVerticalAngle ( const IAngle & rAngle )

inlinevirtual

See also: IVector3D::rotateVerticalAngle

Implements zeus::IVector3D.

§ rotateX()

void MQUALIFIER zeus::TVector3D::rotateX ( const IAngle & rAngle )

inlinevirtual

See also: IVector3D::rotateX

Implements zeus::IVector3D.

§ rotateY()

void MQUALIFIER zeus::TVector3D::rotateY ( const IAngle & rAngle )

inlinevirtual

See also: IVector3D::rotateY

Implements zeus::IVector3D.

§ rotateZ()

void MQUALIFIER zeus::TVector3D::rotateZ ( const IAngle & rAngle )

inlinevirtual

See also: IVector3D::rotateZ

Implements zeus::IVector3D.

§ setComponent()

bool MQUALIFIER zeus::TVector3D::setComponent	(	Int	iIndex,
		Float	fValue
	)

virtual

See also: IVector::setComponent

Implements zeus::IVector.

§ setDimension()

void MQUALIFIER zeus::TVector3D::setDimension ( Int iValue )

inlinevirtual

See also: IVector::setDimension

Implements zeus::IVector.

§ setHorizontalAngle()

void MQUALIFIER zeus::TVector3D::setHorizontalAngle ( const IAngle & rAngle )

virtual

See also: IVector3D::setHorizontalAngle

Implements zeus::IVector3D.

§ setValues()

void MQUALIFIER zeus::TVector3D::setValues	(	Float	fX,
		Float	fY,
		Float	fZ
	)

inlinevirtual

See also: IVector3D::setValues

Implements zeus::IVector3D.

§ setVerticalAngle()

void MQUALIFIER zeus::TVector3D::setVerticalAngle ( const IAngle & rAngle )

virtual

See also: IVector3D::setVerticalAngle

Implements zeus::IVector3D.

§ setX()

void MQUALIFIER zeus::TVector3D::setX ( const Float & fX )

inlinevirtual

See also: IVector3D::setX

Implements zeus::IVector3D.

§ setY()

void MQUALIFIER zeus::TVector3D::setY ( const Float & fY )

inlinevirtual

See also: IVector3D::setY

Implements zeus::IVector3D.

§ setZ()

void MQUALIFIER zeus::TVector3D::setZ ( const Float & fZ )

inlinevirtual

See also: IVector3D::setZ

Implements zeus::IVector3D.

§ subtract()

void MQUALIFIER zeus::TVector3D::subtract ( const IVector & rVector )

inlinevirtual

See also: IVector::subtract

Implements zeus::IVector.

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

Public Member Functions

Static Public Member Functions

Detailed Description

Constructor & Destructor Documentation

§ TVector3D() [1/6]

§ TVector3D() [2/6]

§ TVector3D() [3/6]

§ TVector3D() [4/6]

§ TVector3D() [5/6]

§ TVector3D() [6/6]

§ ~TVector3D()

Member Function Documentation

§ add()

§ assign()

§ assign3D()

§ assignValues()

§ calcAngleTo()

§ calcDistanceTo()

§ calcScalarProduct()

§ calcVectorProduct()

§ divide()

§ equals()

§ getComponent()

§ getComponents()

§ getComponentsConst()

§ getDimension()

§ getHorizontalAngle()

§ getLength()

§ getLengthSquared()

§ getNorm()

§ getNormalizedVector()

§ getNormSquared()

§ getUnitVectorX()

§ getUnitVectorY()

§ getUnitVectorZ()

§ getVerticalAngle()

§ getX()

§ getY()

§ getZ()

§ getZeroVector()

§ initAsUnitVectorX()

§ initAsUnitVectorY()

§ initAsUnitVectorZ()

§ initAsZeroVector()

§ isCollinear()

§ isParallel()

§ isUnitVectorX()

§ isUnitVectorY()

§ isUnitVectorZ()

§ isZeroVector()

§ mirrorAtXYPlane()

§ mirrorAtXZPlane()

§ mirrorAtYZPlane()

§ multiply()

§ normalize()

§ operator!=() [1/2]

§ operator!=() [2/2]

§ operator*() [1/2]

§ operator*() [2/2]

§ operator*=()

§ operator+()

§ operator+=()

§ operator-()

§ operator-=()

§ operator/()

§ operator/=()

§ operator<()

§ operator=() [1/3]

§ operator=() [2/3]

§ operator=() [3/3]

§ operator==() [1/2]

§ operator==() [2/2]

§ operator^()

§ operator||()

§ rotatedHorizontalAngle()

§ rotatedVerticalAngle()

§ rotatedX()

§ rotatedY()

§ rotatedZ()

§ rotateHorizontalAngle()