BALL::Subtraction< First, Second, DataType > Class Template Reference

#include <BALL/MATHS/function.h>

List of all members.

Public Member Functions
Constructors and destructor
	Subtraction ()
	Subtraction (const Subtraction &subtraction)
virtual	~Subtraction ()
Assignment
Subtraction< First, Second, DataType > &	operator= (const Subtraction< First, Second, DataType > &subtraction)
Predicates
bool	operator== (const Subtraction< First, Second, DataType > &subtraction) const
Function realization
BALL_INLINE DataType	operator() (const DataType &x) const
Accessors
void	setFirst (const First &first)
First &	getFirst ()
void	setSecond (const Second &second)
Second &	getSecond ()
Protected Attributes
First	first_
Second	second_

---

Detailed Description

template<typename First, typename Second, typename DataType = float>
class BALL::Subtraction< First, Second, DataType >

Subtraction class.

---

Constructor & Destructor Documentation

template<typename First , typename Second , typename DataType >

BALL_INLINE BALL::Subtraction< First, Second, DataType >::Subtraction

(

)

[inline]

Default constructor

template<typename First , typename Second , typename DataType >

BALL_INLINE BALL::Subtraction< First, Second, DataType >::Subtraction

(

const Subtraction< First, Second, DataType > &

subtraction

)

[inline]

Copy constructor

template<typename First , typename Second , typename DataType >

BALL_INLINE BALL::Subtraction< First, Second, DataType >::~Subtraction

(

)

[inline, virtual]

Destructor

---

Member Function Documentation

template<typename First, typename Second, typename DataType = float>

First& BALL::Subtraction< First, Second, DataType >::getFirst

(

)

[inline]

get the first argument of the subtraction

Returns:

a const reference to the first argument

template<typename First, typename Second, typename DataType = float>

Second& BALL::Subtraction< First, Second, DataType >::getSecond

(

)

[inline]

get the second argument of the subtraction

Returns:

a const reference to the second argument

template<typename First, typename Second, typename DataType = float>

BALL_INLINE DataType BALL::Subtraction< First, Second, DataType >::operator()

(

const DataType &

x

)

const [inline]

Evaluation of this subterm

Parameters:

x

the point where to evaluate

Returns:

the function value

template<typename First , typename Second , typename DataType >

BALL_INLINE Subtraction< First, Second, DataType > & BALL::Subtraction< First, Second, DataType >::operator=

(

const Subtraction< First, Second, DataType > &

subtraction

)

[inline]

Assignment operator

References BALL::Subtraction< First, Second, DataType >::first_, and BALL::Subtraction< First, Second, DataType >::second_.

template<typename First , typename Second , typename DataType >

BALL_INLINE bool BALL::Subtraction< First, Second, DataType >::operator==

(

const Subtraction< First, Second, DataType > &

subtraction

)

const [inline]

Equality operator

References BALL::Subtraction< First, Second, DataType >::first_, and BALL::Subtraction< First, Second, DataType >::second_.

template<typename First, typename Second, typename DataType = float>

void BALL::Subtraction< First, Second, DataType >::setFirst

(

const First &

first

)

[inline]

set the first argument of the subtraction

template<typename First, typename Second, typename DataType = float>

void BALL::Subtraction< First, Second, DataType >::setSecond

(

const Second &

second

)

[inline]

set the second argument of the subtraction

---

Member Data Documentation

template<typename First, typename Second, typename DataType = float>

First BALL::Subtraction< First, Second, DataType >::first_ [protected]

Referenced by BALL::Subtraction< First, Second, DataType >::operator=(), and BALL::Subtraction< First, Second, DataType >::operator==().

template<typename First, typename Second, typename DataType = float>

Second BALL::Subtraction< First, Second, DataType >::second_ [protected]

Referenced by BALL::Subtraction< First, Second, DataType >::operator=(), and BALL::Subtraction< First, Second, DataType >::operator==().