gcp::util::Vector< type > Class Template Reference

Public Member Functions
	Vector (unsigned n)
	Vector (type el0, type el1, type el2)
	Vector (const Vector< type > &vec)
virtual	~Vector ()
unsigned	size ()
double	magnitude ()
type &	operator[] (unsigned i)
const type	operator* (const Vector< type > &vec)
const Vector< type >	operator+ (const Vector< type > &vec)
const Vector< type >	operator- (const Vector< type > &vec)
const Vector< type >	operator* (const type factor)
const Vector< type >	operator/ (const type factor)
const Vector< type >	operator+ (const type offset)
const Vector< type >	operator- (const type offset)
void	add (Vector< type > vec)
void	push_back (type el)
	Vector ()
void	resize (unsigned n)

Protected Attributes
std::vector< type >	data_

Friends
class	Matrix< type >
std::ostream &	gcp::util::operator<< (std::ostream &os, const Vector< type > &vec)
std::ostringstream &	gcp::util::operator<< (std::ostringstream &os, const Vector< type > &vec)

Constructor & Destructor Documentation

template<class type >

gcp::util::Vector< type >::Vector

(

unsigned

n

)

Constructor

....................................................................... Constructor

template<class type>

gcp::util::Vector< type >::Vector	(	type	el0,
		type	el1,
		type	el2
	)

Constructor

....................................................................... Constructor with three arguments

template<class type>

gcp::util::Vector< type >::Vector

(

const Vector< type > &

vec

)

Copy constructor

....................................................................... Copy constructor

template<class type >

gcp::util::Vector< type >::~Vector ( )

virtual

Destructor.

....................................................................... Assignment

template<class type> void Vector<type>::operator=(const Vector<type>& vec) { cout << "Inside Vector assignment operator" << endl; cout << "vec.data_.size() = " << vec.data_.size() << endl;

 data_.resize(vec.data_.size());
 for(unsigned i=0; i < vec.data_.size(); i++) 
 data_[i] = vec.data_[i];

cout << "data_.size() = " << data_.size() << endl; }....................................................................... Destructor

template<class type>

gcp::util::Vector< type >::Vector

(

)

Private constructor with no arguments

....................................................................... Constructor

Member Function Documentation

template<class type >

double gcp::util::Vector< type >::magnitude

(

)

Get the magnitude of a vector

template<class type>

const type gcp::util::Vector< type >::operator*

(

const Vector< type > &

vec

)

Assignment void operator=(const Vector<type>& vec); Vector multiplication

....................................................................... Multiply two vectors together

template<class type>

const Vector< type > gcp::util::Vector< type >::operator*

(

const type

factor

)

....................................................................... Multiply a vector by a constant

template<class type>

const Vector< type > gcp::util::Vector< type >::operator+

(

const Vector< type > &

vec

)

Vector addition

....................................................................... Add two vectors together

template<class type>

const Vector< type > gcp::util::Vector< type >::operator+

(

const type

offset

)

....................................................................... Add a constant to a vector

template<class type>

const Vector< type > gcp::util::Vector< type >::operator-

(

const Vector< type > &

vec

)

....................................................................... Subtraction

....................................................................... Subtract two vectors

template<class type>

const Vector< type > gcp::util::Vector< type >::operator-

(

const type

offset

)

....................................................................... Subtract a constant to a vector

....................................................................... Subtract a constant from a vector

template<class type>

const Vector< type > gcp::util::Vector< type >::operator/

(

const type

factor

)

....................................................................... Divide a vector by a constant

template<class type >

type & gcp::util::Vector< type >::operator[]

(

unsigned

i

)

Define an operator for accessing elements of the vector

....................................................................... Define an operator for accessing elements of the vector

template<class type>

void gcp::util::Vector< type >::resize ( unsigned  n )

inline

Private resize operator

template<class type>

unsigned gcp::util::Vector< type >::size ( )

inline

Query the size of the vector.

Friends And Related Function Documentation

template<class type>

std::ostream& gcp::util::operator<< ( std::ostream &  os, const Vector< type > &  vec  )

friend

Declare a vector printing method

template<class type>

std::ostringstream& gcp::util::operator<< ( std::ostringstream &  os, const Vector< type > &  vec  )

friend

Declare a vector printing method

template<class type>

friend class Matrix< type >

friend

Only Matrix can resize us.

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

• gcpCbass/util/common/Vector.h