CaloClusterLinkTemplate< CONT, DOBJ, ELEM > Class Template Reference

template class for CaloClusterLink More...

#include <CaloClusterLinkTemplate.h>

Collaboration diagram for CaloClusterLinkTemplate< CONT, DOBJ, ELEM >:

Public Types
typedef ELEM	link_type

Static Public Member Functions
static bool	setLink (CONT *pCont, DOBJ *pDat, ELEM &rElm)

Detailed Description

template<class CONT, class DOBJ = typename CONT::base_value_type, class ELEM = ElementLink<CONT>>
class CaloClusterLinkTemplate< CONT, DOBJ, ELEM >

template class for CaloClusterLink

Definition at line 22 of file CaloClusterLinkTemplate.h.

Member Typedef Documentation

link_type

template<class CONT, class DOBJ = typename CONT::base_value_type, class ELEM = ElementLink<CONT>>

typedef ELEM CaloClusterLinkTemplate< CONT, DOBJ, ELEM >::link_type

Definition at line 24 of file CaloClusterLinkTemplate.h.

Member Function Documentation

setLink()

template<class CONT, class DOBJ = typename CONT::base_value_type, class ELEM = ElementLink<CONT>>

bool CaloClusterLinkTemplate< CONT, DOBJ, ELEM >::setLink ( CONT * pCont, DOBJ * pDat, ELEM & rElm )

inlinestatic

Definition at line 26 of file CaloClusterLinkTemplate.h.

  {
    //  std::cout << "[LinkHandler] invoked for container type \042"
    //      << std::type_id(pCont).name() << "\042 and data object type \042"
    //      << std::type_id(pDat).name() << std::endl;
    bool checkOut(pCont != 0);
    // check input
    if ( checkOut )
      {
        // data object has valid pointer, set only storable
        if ( pDat != 0 )
          {
            pCont->push_back(pDat);
            checkOut = rElm.setStorableObject(*pCont);
 
      }
        // no data object set, create complete EL
        else
          {
            DOBJ* pNewDat = new DOBJ();
            pCont->push_back(pNewDat);
            checkOut = rElm.toContainedElement(*pCont,pNewDat);
      }
      }
    return checkOut;
 
  }

---

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

• CaloClusterLinkTemplate.h