DAS  3.0
Das Analysis System
Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 1234]
 CAbstractEvent
 CAbstractEvent
 CAbstractFit
 CAbstractGenericObject
 CAbstractPhysicsObject
 CAnalysis
 CBalanceBalance histogram for a given variation
 CBase
 CBTagCalibration
 CBTagCalibrationReader
 CBTagCalibrationReader::BTagCalibrationReaderImpl
 CBTagEntry
 CConservative
 CControlPlots
 CRoccoR::CorParams
 CCorrectionFunctor to apply the PU profile correction
 CCorrelator< FunctionalForm >A class to account for the correlations when fitting
 CCrystalBall
 CDist
 CEDAnalyzer
 CEfficiency
 CEventInfo< Muon, Photon >
 CEventInfo< DAS::RecMuon, DAS::RecPhoton >
 CexceptionSTL class
 CFiller
 CFilters
 CFlowUser-friendly handling of input and output n-tuples
 CFractionCut
 CFunctionalFormAbstract class for fit function
 CFunctor
 CFunctor
 CGenericSFApplier< Object, Context >A generic base class to simplify applying scale factors
 CGenericSFApplier< DAS::RecMuon >
 CGenericSFApplier< DAS::RecPhoton >
 CGenericSFApplier< RecEvent, Trigger, vector< RecMuon > >
 CGenericSFApplier< SimpleObject >
 CGenericSFApplier< SimpleObject, unique_ptr< int > >
 CGenericSFApplier< SpecialObject >
 CGreta< Log, Exp >
 CGreta< log, exp >
 CGretaPolynomial< Log, Exp >Alternative to ROOT TF1 (which is terribly slow) to use polynomials
 CGretaPolynomial< log, exp >
 CGretaPolynomialReader< Log, Exp >
 Chash< boost::property_tree::ptree >Hash from property tree by converting to string
 Chash< Darwin::Tools::UserInfo >Hash from UserInfo by converting to property tree
 Chash< TTree * >Hash from TTree obtained by combination of different elements
 CHelper
 CHist
 CHistogramFileFixtureFixture that creates a temporary ROOT file with "scale factor" histograms inside
 CMetaInfo::IKnowWhatIAmDoingIf you use this, you're supposed to know what you are doing
 CJetWeight
 CJMEmatching< RecContainer, GenContainer >
 CLooperFacility to loop over a n-tuple, including parallelisation and printing
 CLumiUnc
 CMatrix
 CMET
 CMyMetaInfo
 CObs2Jets
 CObservable
 CObsMiniJets
 COptionsCommon class to interpret the command line, based on Boost Program Options
 Cpair
 CParameters
 CBTagEntry::Parameters
 CPerformanceHist
 CPileUp
 CPlots
 CPlots
 CPolynom< n >Chebyshev Polynoms
 CPolynom2D< maxnPt, nPt, nY >2D Chebyshev Polynoms
 CPolynom2D< maxnPt, nPt, 0 >
 CPolynom< 0 >
 CPrefixCommand
 CPrimaryVertex
 CPtVariationHolds the histograms and indices corresponding to one variation
 CReport
 CRocRes::ResParams
 CResult
 CRoccoR
 CRoccoR::RocOne
 CRocRes
 CSimpleObject
 CSpecialObject
 CRecJet::Tagger
 CTChain
 CTeddy
 CTerm< n >Chebyshev Terms
 CTerm< 0 >
 CTerm< 1 >
 CTFriendElement
 CThunberg< d, Log, Exp >
 CBTagCalibrationReader::BTagCalibrationReaderImpl::TmpEntry
 CTransformer
 CTrigger
 CTriggerEffFunctor to return the efficiency of a given trigger for a given (leading) jet
 CTriggerLumiSimply structure to gather the trigger, turnon and 1/efflumi
 CTriggerLumi
 CTUnfoldDensity
 CUserInfoGeneric meta-information for n-tuple (can be used out of Darwin)
 CVariation
 CVariation
 CWeight
 CWeight