CDPL::Math::VectorBinary1< E1, E2, F > Class Template Reference

Expression-template node combining two vector expressions E1 and E2 element-wise via the binary functor F. More...

#include <VectorExpression.hpp>

Inheritance diagram for CDPL::Math::VectorBinary1< E1, E2, F >:

Public Types
typedef F::ResultType	ValueType
	The element value type of the expression (the functor's result type). More...
typedef const ValueType	ConstReference
	Constant reference type to an element value. More...
typedef const ValueType	Reference
	Mutable reference type (degrades to const for expression-template results). More...
typedef const SelfType	ConstClosureType
	Constant closure type used when this expression appears inside another expression. More...
typedef SelfType	ClosureType
	Closure type used when this expression appears inside another expression. More...
typedef CommonType< typename E1::SizeType, typename E2::SizeType >::Type	SizeType
	The common size type of the two wrapped expressions. More...
typedef CommonType< typename E1::DifferenceType, typename E2::DifferenceType >::Type	DifferenceType
	The common signed difference type of the two wrapped expressions. More...
Public Types inherited from CDPL::Math::VectorExpression< VectorBinary1< E1, E2, F > >
typedef VectorBinary1< E1, E2, F >	ExpressionType
	The derived vector expression type. More...
Public Types inherited from CDPL::Math::Expression< E >
typedef E	ExpressionType
	The derived expression type (made available to expression-template machinery). More...

Public Member Functions
	VectorBinary1 (const Expression1Type &e1, const Expression2Type &e2)
	Constructs the expression-template node wrapping e1 and e2. More...
SizeType	getSize () const
	Returns the element count after verifying that both wrapped expressions agree on it. More...
ConstReference	operator() (SizeType i) const
	Applies the binary functor element-wise at index i of the two wrapped expressions and returns the result. More...
ConstReference	operator[] (SizeType i) const
	Alias for operator() — applies the binary functor element-wise at index i. More...
Public Member Functions inherited from CDPL::Math::VectorExpression< VectorBinary1< E1, E2, F > >
const ExpressionType &	operator() () const
	Returns a const reference to the derived vector expression. More...
ExpressionType &	operator() ()
	Returns a reference to the derived vector expression. More...

Additional Inherited Members
Protected Member Functions inherited from CDPL::Math::VectorExpression< VectorBinary1< E1, E2, F > >
	VectorExpression ()
	~VectorExpression ()
Protected Member Functions inherited from CDPL::Math::Expression< E >
	Expression ()
	~Expression ()

Detailed Description

template<typename E1, typename E2, typename F>
class CDPL::Math::VectorBinary1< E1, E2, F >

Expression-template node combining two vector expressions E1 and E2 element-wise via the binary functor F.

Template Parameters

E1	The first wrapped vector expression type.
E2	The second wrapped vector expression type.
F	The binary functor type.

Member Typedef Documentation

ValueType

template<typename E1 , typename E2 , typename F >

typedef F::ResultType CDPL::Math::VectorBinary1< E1, E2, F >::ValueType

The element value type of the expression (the functor's result type).

ConstReference

template<typename E1 , typename E2 , typename F >

typedef const ValueType CDPL::Math::VectorBinary1< E1, E2, F >::ConstReference

Constant reference type to an element value.

Reference

template<typename E1 , typename E2 , typename F >

typedef const ValueType CDPL::Math::VectorBinary1< E1, E2, F >::Reference

Mutable reference type (degrades to const for expression-template results).

ConstClosureType

template<typename E1 , typename E2 , typename F >

typedef const SelfType CDPL::Math::VectorBinary1< E1, E2, F >::ConstClosureType

Constant closure type used when this expression appears inside another expression.

ClosureType

template<typename E1 , typename E2 , typename F >

typedef SelfType CDPL::Math::VectorBinary1< E1, E2, F >::ClosureType

Closure type used when this expression appears inside another expression.

SizeType

template<typename E1 , typename E2 , typename F >

typedef CommonType<typename E1::SizeType, typename E2::SizeType>::Type CDPL::Math::VectorBinary1< E1, E2, F >::SizeType

The common size type of the two wrapped expressions.

DifferenceType

template<typename E1 , typename E2 , typename F >

typedef CommonType<typename E1::DifferenceType, typename E2::DifferenceType>::Type CDPL::Math::VectorBinary1< E1, E2, F >::DifferenceType

The common signed difference type of the two wrapped expressions.

Constructor & Destructor Documentation

VectorBinary1()

template<typename E1 , typename E2 , typename F >

CDPL::Math::VectorBinary1< E1, E2, F >::VectorBinary1 ( const Expression1Type &  e1, const Expression2Type &  e2  )

inline

Constructs the expression-template node wrapping e1 and e2.

Parameters

e1	The first vector expression.
e2	The second vector expression.

Member Function Documentation

getSize()

template<typename E1 , typename E2 , typename F >

SizeType CDPL::Math::VectorBinary1< E1, E2, F >::getSize ( ) const

inline

Returns the element count after verifying that both wrapped expressions agree on it.

Returns

The element count.

Exceptions

Base::SizeError

if the two wrapped expressions report different sizes.

operator()()

template<typename E1 , typename E2 , typename F >

ConstReference CDPL::Math::VectorBinary1< E1, E2, F >::operator() ( SizeType  i ) const

inline

Applies the binary functor element-wise at index i of the two wrapped expressions and returns the result.

Parameters

i	The zero-based element index.

Returns

The element value as combined by the functor.

operator[]()

template<typename E1 , typename E2 , typename F >

ConstReference CDPL::Math::VectorBinary1< E1, E2, F >::operator[] ( SizeType  i ) const

inline

Alias for operator() — applies the binary functor element-wise at index i.

Parameters

i	The zero-based element index.

Returns

The element value as combined by the functor.

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

• VectorExpression.hpp