7.2. Modular analysis convenience functions

The general idea of basf2 modules is described in the section on Modules and Paths. The analysis package provides pre-defined python wrapper functions designed to simplify users python code. For vertex-fitter functions see the later section on Vertex (and kinematic) fitting.

• 7.2.1. ModularAnalysis
  • addInclusiveDstarReconstruction()
  • addPhotonEfficiencyRatioVariables()
  • addPi0VetoEfficiencySystematics()
  • appendROEMask()
  • appendROEMasks()
  • applyChargedPidMVA()
  • applyCuts()
  • applyEventCuts()
  • applyRandomCandidateSelection()
  • buildContinuumSuppression()
  • buildEventKinematics()
  • buildEventKinematicsFromMC()
  • buildEventShape()
  • buildNestedRestOfEvent()
  • buildRestOfEvent()
  • buildRestOfEventFromMC()
  • calculateDistance()
  • calculateTrackIsolation()
  • combineAllParticles()
  • copyList()
  • copyLists()
  • copyParticles()
  • correctBrems()
  • correctBremsBelle()
  • correctEnergyBias()
  • correctTrackEnergy()
  • cutAndCopyList()
  • cutAndCopyLists()
  • discardFromROEMasks()
  • estimateAndAttachTrackFitResult()
  • extractParticlesFromROE()
  • fillConvertedPhotonsList()
  • fillParticleList()
  • fillParticleListFromChargedCluster()
  • fillParticleListFromDummy()
  • fillParticleListFromMC()
  • fillParticleListFromROE()
  • fillParticleListWithTrackHypothesis()
  • fillParticleLists()
  • fillParticleListsFromMC()
  • fillSignalSideParticleList()
  • findMCDecay()
  • getAnalysisGlobaltag()
  • getAnalysisGlobaltagB2BII()
  • getBeamBackgroundProbability()
  • getFakePhotonProbability()
  • getNbarIDMVA()
  • getNeutralHadronGeomMatches()
  • inclusiveBtagReconstruction()
  • inputMdst()
  • inputMdstList()
  • keepInROEMasks()
  • labelTauPairMC()
  • loadGearbox()
  • looseMCTruth()
  • lowEnergyPi0Identification()
  • markDuplicate()
  • matchMCTruth()
  • mergeListsWithBestDuplicate()
  • oldwritePi0EtaVeto()
  • optimizeROEWithV0()
  • outputIndex()
  • outputMdst()
  • outputUdst()
  • printDataStore()
  • printList()
  • printMCParticles()
  • printPrimaryMCParticles()
  • printROEInfo()
  • printVariableValues()
  • rankByHighest()
  • rankByLowest()
  • reconstructDecay()
  • reconstructDecayWithNeutralHadron()
  • reconstructMCDecay()
  • reconstructMissingKlongDecayExpert()
  • reconstructRecoil()
  • reconstructRecoilDaughter()
  • removeExtraInfo()
  • removeParticlesNotInLists()
  • removeTracksForTrackingEfficiencyCalculation()
  • replaceMass()
  • scaleError()
  • scaleTrackMomenta()
  • selectDaughters()
  • setAnalysisConfigParams()
  • setBeamConstrainedMomentum()
  • setupEventInfo()
  • signalRegion()
  • signalSideParticleFilter()
  • signalSideParticleListsFilter()
  • smearTrackMomenta()
  • summaryOfLists()
  • tagCurlTracks()
  • twoBodyISRPhotonCorrector()
  • updateKlongKinematicsExpert()
  • updateMassHypothesis()
  • updateROEMask()
  • updateROEMasks()
  • updateROEUsingV0Lists()
  • variableToSignalSideExtraInfo()
  • variablesToDaughterExtraInfo()
  • variablesToEventExtraInfo()
  • variablesToExtraInfo()
  • variablesToHistogram()
  • variablesToNtuple()
  • writePi0EtaVeto()

There are also some more specialised python wrapper functions for dealing with photons.

• 7.2.2. Photon functions
  • writeClosestParticleExtraClusterInfo()