Trig::xAODBunchCrossingTool Node1 Trig::xAODBunchCrossingTool - m_currentID + xAODBunchCrossingTool() + initialize() # beginInputFile() # beginEvent() * beginInputFile() * beginEvent() Node2 Trig::BunchCrossingToolBase + BunchCrossingToolBase() # loadSingleBunches() # loadBunchTrains() # loadUnpairedBunches() # printConfig() - bunchSpacing() * isFilled() * isInTrain() * isUnpaired() * isBeam1() * isBeam2() * bcIntensity() * bcType() * distanceFromFront() * distanceFromTail() * gapBeforeTrain() and 11 more... * m_maxBunchSpacing * m_frontLength * m_tailLength Node2->Node1 Node3 Trig::IBunchCrossingTool + isFilled() + isInTrain() + isUnpaired() + isBeam1() + isBeam2() + bcIntensity() + bcType() + distanceFromFront() + distanceFromTail() + gapBeforeTrain() and 11 more... Node3->Node2 Node6 asg::AsgMetadataTool - m_beginInputFileCalled - m_useIncidents + AsgMetadataTool() + ~AsgMetadataTool() + sysInitialize() * MetaStore_t * MetaStorePtr_t * inputMetaStore() * outputMetaStore() * setUseIncidents() * handle() * beginInputFile() * endInputFile() * beginEvent() * metaDataStop() Node6->Node2 Node16 std::set< Trig::BunchCrossing > Node16->Node2 #m_unpairedBunches #m_filledBunches #m_singleBunches Node18 std::set< Trig::BunchTrain > Node18->Node2 #m_bunchTrains Node22 std::map< unsigned int, BunchConfig > + keys Node22->Node1 -m_cache Node23 Trig::BunchConfig Node23->Node22 +elements Node26 std::string Node26->Node1 -m_eventKey -m_metaKey Node27 std::basic_string< char > Node27->Node26