Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 1234]

►NcompareFiles
CReport
►NDarwin	Global namespace for libraries and executables for analysis with Darwin
►NExceptions	Handling of exceptions
CAnomalousEvent	Generic exception for problematic event (during event loop)
CBadInput	Generic exception for ill-defined input (before the event loop)
►NPhysics	Everything what concerns physics analysis directly
CAbstractEvent
CAbstractGenericObject
CDi
CGenericObject
CGenEvent	Generic generator-level event
CGenJet	Generic generator-level jet
CGenMuon	Generic generator-level muon
CGenPhoton	Generic generator-level photon
CRecEvent	Generic detector-level event
CRecJet	Generic detector-level jet
CRecMuon	Generic detector-level muon
CRecPhoton	Generic detector-level photon
CVariation
CWeight
►NTools	Classes and functions related to the framework
CChainSlice	Wrapper around TChain that restricts available entries to a subset
CFlow	User-friendly handling of input and output n-tuples
CLooper	Facility to loop over a n-tuple, including parallelisation and printing
►CMetaInfo	Generic meta-information for n-tuple (including speficities to Darwin)
CIKnowWhatIAmDoing	If you use this, you're supposed to know what you are doing
COptions	Common class to interpret the command line, based on Boost Program Options
CSlicedFriendElement	A TFriendElement that remembers the list of files and slicing of a ChainSlice
CUserInfo	Generic meta-information for n-tuple (can be used out of Darwin)
►NDAS
►NBTagging
CJetWeight
►NChebyshev	Namespace for Chebyshev Terms and Polynomials
CPolynom	Chebyshev Polynoms
CPolynom2D	2D Chebyshev Polynoms
CPolynom2D< maxnPt, nPt, 0 >
CPolynom< 0 >
CTerm	Chebyshev Terms
CTerm< 0 >
CTerm< 1 >
►NDoubleCrystalBall
CBase
CDistribution
CDLog
CIntegral
►NJetEnergy
CAbstractFit
CBalance	Balance histogram for a given variation
CResolutionFit
CResponseFit
►NJetVeto
CConservative
►NMissingET
CFilters
CFractionCut
►NMN
CHist
CObs2Jets
CObsMiniJets
►NMuon
CIDApplier
CTriggerApplier
►NNormalisation
CEfficiency
CFunctor
CLumiUnc
CTriggerEff	Functor to return the efficiency of a given trigger for a given (leading) jet
CTriggerLumi
►NPhoton
CConversionVetoApplier	Applies the Conversion Safe Electron Veto and corrections
CIDApplier	Applies the photon ID selection and corrections (scale factors)
CPerformanceHist
►NPrefiring
CFunctor
►NPUprofile
CCorrection	Functor to apply the PU profile correction
CPlots
►NPUstaub
CPlots
►NTPS
Chas_p4
Chas_p4< T, std::void_t< decltype(std::declval< T >().p4.Eta())> >
CHist
CMultiJets
►NUncertainties
CVariation
►NUnfolding
►NDijetMass
CMjjYmax
CMjjYmaxFiller
►NDijetMass3D
CMjjYbYs
CMjjYbYsFiller
►NDrellYan
CZPtY	Following SMP-17-010 (https://doi.org/10.17182/hepdata.91215.v4)
CZPtYFiller
►NExtractHistogram
CDist
CMatrix
►NInclusiveJet
CPtY
CPtYFiller
►NInclusiveJet1D
CPtVariation	Holds the histograms and indices corresponding to one variation
►NMNjets
CDEtaDPhi
CDEtaDPhiFiller
►NRij
CHTn
CHTnFiller
CHTnTransformer
CRatios
►NZmmY
CBF
CBFFiller
CBFprocessT
CDalitz
CDalitzFiller
CEventInfo
CDistVariation
CFiller
CMyTUnfoldDensity
CObservable
CTransformer
CAbstractEvent
CAbstractPhysicsObject
CControlPlots
CDi
CGenericSFApplier	A generic base class to simplify applying scale factors
CGenEvent
CGenJet	Class GenJet
CGenMuon	Class GenMuon
CGenPhoton	Class GenPhoton
CGreta
CGretaPolynomial	Alternative to ROOT TF1 (which is terribly slow) to use polynomials
CGretaPolynomialReader
CHelper
CJMEmatching
CMET
CParameters
CPhysicsObject
CPileUp
CPrimaryVertex
CRecEvent
►CRecJet
CTagger
CRecMuon	Class RecMuon
CRecPhoton	Class RecPhoton
CTeddy
CThunberg
CTrigger
CTriggerLumi	Simply structure to gather the trigger, turnon and 1/efflumi
CWeight
►Nprefix
CPrefixCommand
►NPrivate
CMirrorInfo
►NRivet
CRivetNtupliser
►Nstd	STL namespace
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
►NStep	Smoothness Test with Expansion of Polynmials
CCorrelator	A class to account for the correlations when fitting
CFunctionalForm	Abstract class for fit function
CPolynomial
CResult
C__inheritance_helper
C_NoInfo
CBTagCalibration
►CBTagCalibrationReader
►CBTagCalibrationReaderImpl
CTmpEntry
►CBTagEntry
CParameters
►CClosestPair2D
CPoint
CShuffle
Ctriplet
CClosestPair2DBase
►CClusterSequence
C_Line
C_Parabola
CBriefJet
CEEBriefJet
CExtras
Chistory_element
CTile
CTiledJet
CClusterSequenceStructure
CCompositeJetStructure
CContextApplier
CCoord2D
CCrystalBall
CDnnError
CDynamicNearestNeighbours
CError
CEtaPhi
CEventBoom
CFunctionOfPseudoJet
CGenericObjectDummy
CHistogramFileFixture	Fixture that creates a temporary ROOT file with "scale factor" histograms inside
CIndexedSortHelper
Cintegral_type
CInternalError
►CIsBaseAndDerived
CHost
►CJetDefinition
CDefaultRecombiner
CPlugin
CRecombiner
CLazyTiling25
CLazyTiling9
CLazyTiling9Alt
CLimitedWarning
►CMinHeap
CValueLoc
CMyMetaInfo
CNNBase
►CNNH
CNNBJ
CNNInfo
CNNInfo< _NoInfo >
CNtupliser
CPhysicsObjectDummy
►CPseudoJet
CInexistentUserInfo
CUserInfoBase
CPseudoJetStructureBase
CQuantityAbsEta
CQuantityAbsRap
CQuantityBase
CQuantityE
CQuantityEt2
CQuantityEta
CQuantityM2
CQuantityPt2
CQuantityRap
CQuantitySquareBase
►CRoccoR
CCorParams
CRocOne
►CRocRes
CResParams
►CSearchTree
Ccirculator
Cconst_circulator
CNode
►CSelector
CInvalidArea
CInvalidWorker
CSelectorWorker
►CSharedPtr
C__SharedCountingPtr
CSimpleObject
CSimpleObjectApplier
CSpecialObject
CSpecialObjectApplier
CSW_AbsRapMax
CSW_AbsRapRange
CSW_And
CSW_BinaryOperator
CSW_Circle
CSW_Doughnut
CSW_Identity
CSW_IsZero
CSW_Mult
CSW_NHardest
CSW_Not
CSW_Or
CSW_PhiRange
CSW_PtFractionMin
CSW_QuantityMax
CSW_QuantityMin
CSW_QuantityRange
CSW_RapMax
CSW_RapMin
CSW_RapPhiRange
CSW_RapRange
CSW_Rectangle
CSW_Strip
CSW_WithReference
CTestTransformer
CTile
CTile2Base
CTiledJet
CTilingExtent