class AtlKinFitterTool: public AtlAnalysisTool

 Default constructor

 Default destructor

 Setting default cut values

 Book KinFitter histograms

 Fill histograms of Kinematic Fit
 HistMode = 1 : fill signal histograms
 HistMode = 0 : fill bkg histograms

fill covariance matrix elements in histograms

 Fill the given (empty) covariance matrix with the given
 correlations. These are supposed to be already multiplied by
 the corresponding absolute values from the jet.

 Note that the given sigmas are supposed to be the RMS and not
 the variance (i.e. not squared!)

 Fill the given (empty) covariance matrix for the given neutrino
 (HepParticle object) with the given correlations. These are supposed to
 be already mulitplied by the corresponding absolute values from missing Et
 The (unknown) Eta-related entries of the matrix are arbitrary (set to 1 here).

 Note that the given sigmas are supposed to be the RMS and not
 the variance (i.e. not squared!).

 Fill the given (empty) covariance matrix for the given jet.
 The covariances are taken from the covariance matrix histograms
 containing these values dependent on Pt and eta of the jet

 Fill the given (empty) covariance matrix for the given neutrino
 (HepParticle object).
 The covariances are taken from the covariance matrix histograms
 containing these values dependent on Pt and eta of the missing
 Et

 Computes randomly the covariance matrix elements of electrons and muons
 according to fitted distributions from data (Gauss, Landau)

 Load covariance matrices

 Terminate tool for kinematic fitting

 Provide reasonable starting values for eta and E of the
 neutrino in leptonic top-quark decays with the help of the
 currently set lepton and the b-jet, and TKinFitter::GetEtaNuRoot().

 This routine might be useful for ttbar or single-top
 reconstruction

inline void SetTruthType(char *type) {fTruthType = type;}
inline char* GetTruthType() {return fTruthType;}