#include <Vector.h>

Inheritance diagram for zeus::TVector:

Public Member Functions
	TVector ()
	TVector (Int iSize)
	TVector (const TVector &rVector)
	TVector (const IVector &rVector)
	TVector (Int *paComp, Int iSize)
	TVector (Float *paComp, Int iSize)
	TVector (const TString &rstrValues)
virtual	~TVector ()
TString	toString () const
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)
TVector	operator+ (const IVector &rVector) const
TVector	operator- (const IVector &rVector) const
Float	operator* (const IVector &rVector) const
TVector	operator* (const Float &f) const
TVector	operator/ (const Float &f) const
const TVector &	operator+= (const IVector &rVector)
const TVector &	operator-= (const IVector &rVector)
const TVector &	operator*= (const Float &f)
const TVector &	operator/= (const Float &f)
const TVector &	operator= (const IVector &rVector)
const TVector &	operator= (const TVector &rVector)
bool	operator== (const IVector &rVector) const
bool	operator!= (const IVector &rVector) const

Detailed Description

generic class for vector. The vector contains float values.

Constructor & Destructor Documentation

zeus::TVector::TVector ( ) [inline]

Creates an empty vector of no size. This is usefull if the vector size is applied later on. Therefore this brings more performance into a process.

zeus::TVector::TVector ( Int iSize ) [inline]

Creates an empty vector of size iSize

Parameters:

iSize : Size of the vector

zeus::TVector::TVector ( const TVector & rVector ) [inline]

Copy constructor of the vector

Parameters:

rVector : Vector to copy

zeus::TVector::TVector ( const IVector & rVector ) [inline]

Copy constructor of the vector

Parameters:

rVector : Vector to copy

zeus::TVector::TVector	(	Int *	paComp,
		Int	iSize
	)		`[inline]`

Creates a vector out of an int-array

Parameters:

paComp	: array of integer values
iSize	: Size of the array

zeus::TVector::TVector	(	Float *	paComp,
		Int	iSize
	)		`[inline]`

Creates a vector out of an float-array

Parameters:

paComp	: Array of float values
iSize	: Size of the array

TVector::TVector ( const TString & rstrValues )

Creates a vecor out of a string. The sing is [,] seperated

Parameters:

rstrValues : Coded string

virtual zeus::TVector::~TVector ( ) [inline, virtual]

Destroys the vector

Member Function Documentation

void MQUALIFIER zeus::TVector::add ( const IVector & rVector ) [inline, virtual]

See also:: IVector::add

Implements zeus::IVector.

void MQUALIFIER zeus::TVector::assign ( const IVector & rVector ) [inline, virtual]

See also:: IVector::assign

Implements zeus::IVector.

void MQUALIFIER zeus::TVector::assignValues	(	const Float *	apValues,
		Int	iSize
	)		`[inline, virtual]`

See also:: IVector::assignValues

Implements zeus::IVector.

Float MQUALIFIER zeus::TVector::calcScalarProduct ( const IVector & rVector ) const [inline, virtual]

See also:: IVector::calcScalarProduct

Implements zeus::IVector.

void MQUALIFIER zeus::TVector::divide ( const Float & f ) [inline, virtual]

See also:: IVector::divide

Implements zeus::IVector.

bool MQUALIFIER TVector::equals	(	const IVector &	rVector,
		Float	fPrecision = `FLOAT_PRECISION`
	)		const `[virtual]`

See also:: IVector::equals

Implements zeus::IVector.

Float MQUALIFIER TVector::getComponent ( Int iIndex ) const [virtual]

See also:: IVector::getComponent

Implements zeus::IVector.

Float *MQUALIFIER zeus::TVector::getComponents ( ) [inline, virtual]

See also:: IVector::getComponents

Implements zeus::IVector.

const Float *MQUALIFIER zeus::TVector::getComponentsConst ( ) const [inline, virtual]

See also:: IVector::getComponentsConst

Implements zeus::IVector.

Int MQUALIFIER zeus::TVector::getDimension ( ) const [inline, virtual]

See also:: IVector::getDimension

Implements zeus::IVector.

Float MQUALIFIER zeus::TVector::getLength ( ) const [inline, virtual]

See also:: IVector::getLength

Implements zeus::IVector.

Float MQUALIFIER zeus::TVector::getLengthSquared ( ) const [inline, virtual]

See also:: IVector::getLengthSquared

Implements zeus::IVector.

Float MQUALIFIER TVector::getNorm ( ) const [virtual]

See also:: IVector::getNorm

Implements zeus::IVector.

Float MQUALIFIER TVector::getNormSquared ( ) const [virtual]

See also:: IVector::getNormSquared

Implements zeus::IVector.

void MQUALIFIER zeus::TVector::multiply ( const Float & f ) [inline, virtual]

See also:: IVector::multiply

Implements zeus::IVector.

bool zeus::TVector::operator!= ( const IVector & rVector ) const [inline]

operator to check if two vectors are not equal

Parameters:

rVector : vector to check

Return values:

true	: vectors are not equal
false,:	vectors are equal

TVector TVector::operator* ( const Float & f ) const

Multiplication with a scalar from the right.

Parameters:

f	[IN]: Scalar.

Returns:: Multiplied vector.

Float TVector::operator* ( const IVector & rVector ) const

Scalar product.

Parameters:

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

Returns:: Scalar product.

const TVector & zeus::TVector::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.

TVector TVector::operator+ ( const IVector & rVector ) const

Addition.

Parameters:

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

Returns:: Vector sum.

const TVector & zeus::TVector::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.

TVector TVector::operator- ( const IVector & rVector ) const

Subtraction.

Parameters:

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

Returns:: Vector difference.

const TVector & zeus::TVector::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.

TVector zeus::TVector::operator/ ( const Float & f ) const [inline]

Division by a scalar.

Parameters:

f	[IN]: Scalar.

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

const TVector & zeus::TVector::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.

const TVector & zeus::TVector::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.

const TVector & zeus::TVector::operator= ( const TVector & 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.

bool zeus::TVector::operator== ( const IVector & rVector ) const [inline]

operator to check if two vectors are equal

Parameters:

rVector : vector to check

Return values:

true	: vectors are equal
false,:	vectors are not equal

bool MQUALIFIER TVector::setComponent	(	Int	iIndex,
		Float	fValue
	)		`[virtual]`

See also:: IVector::setComponent

Implements zeus::IVector.

void MQUALIFIER TVector::setDimension ( Int iValue ) [virtual]

See also:: IVector::setDimension

Implements zeus::IVector.

void MQUALIFIER zeus::TVector::subtract ( const IVector & rVector ) [inline, virtual]

See also:: IVector::subtract

Implements zeus::IVector.

TString TVector::toString ( ) const

Returns a string of the vector

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

zeus::TVector Class Reference

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation