KLFitter
v1.3.2
Documentation of the KLFitter library -- The Kinematic Likelihood Fitter
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▼NKLFitter | The KLFitter namespace |
CBoostedLikelihoodTopLeptonJets | Add brief description here |
CDetectorAtlas_7TeV | A class for describing of the ATLAS detector |
CDetectorAtlas_8TeV | A class for describing of the ATLAS detector |
CDetectorAtlas_CrystalBall | A class for describing of the ATLAS detector |
CDetectorBase | A base class for describing detectors |
CDetectorSnowmass | A class for describing the Snowmass detector |
CFitter | The fitter class |
CLikelihoodBase | A base class for likelihoods |
CLikelihoodOneHadronicTop | A class implementing a likelihood to reconstruct the hemisphere of one single top quark that decays hadronically |
CLikelihoodSgTopWtLJ | A class implementing a likelihood for the SgTop Wt -> lepton+jets channel |
CLikelihoodTopAllHadronic | A class implementing a likelihood for the ttbar allhadronic channel |
CLikelihoodTopDilepton | A class implementing a likelihood for the ttbar dilepton channel |
CLikelihoodTopLeptonJets | A class implementing a likelihood for the ttbar lepton+jets channel |
CLikelihoodTopLeptonJets_Angular | This is an extension of LikelihoodTopLeptonJets, which adds angular information to the likelihood |
CLikelihoodTopLeptonJets_JetAngles | This is an extension of LikelihoodTopLeptonJets, which adds eta and phi values of the jets to the fit |
CLikelihoodTopLeptonJetsUDSep | This class is a variation of LikelihoodTopLeptonJets |
CLikelihoodTTHLeptonJets | A class implementing a likelihood for the ttH lepton+jets channel |
CLikelihoodTTZTrilepton | A class implementing a likelihood for the ttZ trilepton channel |
CLikelihoodTwoTracks | This class implements a likelihood for the reconstruction of a particle decaying to two (oppositely) charged particles producing tracks in the detector |
CNuSolutions | Neutrino Solution Set |
CParticles | A class describing particles |
CPermutations | A class permuting jets, electrons, muons and photons |
CPhysicsConstants | A class containing physics constants |
CResCrystalBallBase | This class offers a simple parameterisation of a resolution |
CResCrystalBallJets | This class offers a simple parameterization of a resolution |
CResDoubleGaussBase | A class describing a resolution parameterized with a double Gaussian |
CResDoubleGaussE_1 | A class describing a resolution parameterized with a double Gaussian |
CResDoubleGaussE_2 | A class describing a resolution parameterized with a double Gaussian |
CResDoubleGaussE_3 | A class describing a resolution parameterized with a double Gaussian |
CResDoubleGaussE_4 | A class describing a resolution parameterized with a double Gaussian |
CResDoubleGaussE_5 | A class describing a resolution parameterized with a double Gaussian |
CResDoubleGaussPt | A class describing a resolution parameterized with a double Gaussian |
CResGauss | A class describing a Gaussian resolution |
CResGauss_MET | A class describing a Gaussian resolution, parametrized for MET |
CResGaussE | A class describing a Gaussian resolution |
CResGaussPt | A class describing a Gaussian resolution |
CResolutionBase | A base class for describing resolutions |
CResSingleGaussBase | This class offers a simple parameterization of a resolution |
CResSingleGaussE | This class offers a simple parameterization of a resolution |
CResSingleGaussLinearBase | |
CResSingleGaussMET | This class offers a simple parameterization of a resolution |
CResSingleGaussPt | This class offers a simple parameterization of a resolution |