BinaryJoin< ABinaryOp, AFunctor1, AFunctor2 > Struct Template Reference

Functor factory turning a binary functor and two functors into a new functor which executes the binary operation with input from the two given functors. More...

#include <Functional.h>

Inheritance diagram for BinaryJoin< ABinaryOp, AFunctor1, AFunctor2 >:

Public Member Functions
	operator FunctorTag ()
	Marker function for the isFunctor test.
	BinaryJoin ()=default
	Allow default construction.
	BinaryJoin (const ABinaryOp &binaryOp, const AFunctor1 &functor1, const AFunctor2 &functor2)
	Constructor from the nested functors.
	BinaryJoin (const AFunctor1 &functor1, const AFunctor2 &functor2)
	Constructor from the nested functors.
template<class T1 , class T2 >
auto	operator() (const T1 &t1, const T2 &t2) const -> decltype(m_binaryOp(m_functor1(t1), m_functor2(t2)))
	Operator getting the result of the binary operation from two objects transformed by the two functors.
template<class T >
auto	operator() (const T &t) const -> decltype(m_binaryOp(m_functor1(t), m_functor2(t)))
	Operator getting the result of the binary operation from one object transformed by the two functors.

Private Attributes
ABinaryOp	m_binaryOp
	Memory for the binary operation.
AFunctor1	m_functor1
	Memory for the first nested functor.
AFunctor2	m_functor2
	Memory for the second nested functor.

Detailed Description

template<class ABinaryOp, class AFunctor1, class AFunctor2 = AFunctor1>
struct Belle2::TrackFindingCDC::BinaryJoin< ABinaryOp, AFunctor1, AFunctor2 >

Functor factory turning a binary functor and two functors into a new functor which executes the binary operation with input from the two given functors.

Definition at line 127 of file Functional.h.

Constructor & Destructor Documentation

BinaryJoin() [1/2]

BinaryJoin ( const ABinaryOp &  binaryOp, const AFunctor1 &  functor1, const AFunctor2 &  functor2  )

inline

Constructor from the nested functors.

Definition at line 136 of file Functional.h.

        : m_binaryOp(binaryOp)
        , m_functor1(functor1)
        , m_functor2(functor2)
      {
      }

BinaryJoin() [2/2]

BinaryJoin ( const AFunctor1 &  functor1, const AFunctor2 &  functor2  )

inline

Constructor from the nested functors.

Definition at line 145 of file Functional.h.

        : m_binaryOp()
        , m_functor1(functor1)
        , m_functor2(functor2)
      {
      }

Member Function Documentation

operator()() [1/2]

auto operator() ( const T &  t ) const -> decltype(m_binaryOp(m_functor1(t), m_functor2(t)))

inline

Operator getting the result of the binary operation from one object transformed by the two functors.

Definition at line 172 of file Functional.h.

      {
        return m_binaryOp(m_functor1(t), m_functor2(t));
      }

operator()() [2/2]

auto operator() ( const T1 &  t1, const T2 &  t2  ) const -> decltype(m_binaryOp(m_functor1(t1), m_functor2(t2)))

inline

Operator getting the result of the binary operation from two objects transformed by the two functors.

Definition at line 165 of file Functional.h.

      {
        return m_binaryOp(m_functor1(t1), m_functor2(t2));
      }

Member Data Documentation

m_binaryOp

ABinaryOp m_binaryOp

private

Memory for the binary operation.

Definition at line 154 of file Functional.h.

m_functor1

AFunctor1 m_functor1

private

Memory for the first nested functor.

Definition at line 157 of file Functional.h.

m_functor2

AFunctor2 m_functor2

private

Memory for the second nested functor.

Definition at line 160 of file Functional.h.

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

• tracking/trackFindingCDC/utilities/include/Functional.h