algo::ad::dual_exp< E > Class Template Reference

#include <dual_unary_operator.hpp>

Inheritance diagram for algo::ad::dual_exp< E >:

Public Types
typedef const_closure_type_traits< E >::type	const_closure_type
Public Types inherited from algo::ad::dual_expression< dual_exp< E > >
typedef dual_exp< E >	expression_type
typedef const dual_exp< E > &	const_reference

Public Member Functions
	dual_exp ()
	requires.
	dual_exp (const E &e)
double	getValue ()
double	getValue () const
decltype(detail::dual_exp_helper(E()))	getDerivative ()
decltype(detail::dual_exp_helper(E()))	getDerivative () const
Public Member Functions inherited from algo::ad::dual_expression< dual_exp< E > >
const_reference	operator() () const

Private Attributes
const_closure_type	_e

Detailed Description

template<typename E>
class algo::ad::dual_exp< E >

Template Parameters

E

Constructor & Destructor Documentation

template<typename E >

algo::ad::dual_exp< E >::dual_exp ( const E &  e )

inline

Parameters

e

Member Function Documentation

template<typename E >

decltype(detail::dual_exp_helper(E())) algo::ad::dual_exp< E >::getDerivative ( )

inline

Returns

template<typename E >

decltype(detail::dual_exp_helper(E())) algo::ad::dual_exp< E >::getDerivative ( ) const

inline

Returns

template<typename E >

double algo::ad::dual_exp< E >::getValue ( )

inline

Returns

template<typename E >

double algo::ad::dual_exp< E >::getValue ( ) const

inline

Returns

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

• algo/ad/dual_unary_operator.hpp