The validation tree ("globalfit") is contained in the file val.root

	< ReconGlobal.FillValidationTree = 0 > switch on/off the validation tree     

Alternates are the other PID hypotheses inside a IReconPID

	< ReconGlobal.FitPIDAndSenseAlternates = 1 >   switch on/off fitting of alternates

Whether to calculate momentum from range

	< ReconGlobal.EstimatePRange = 1 >   switch on/off momentum from range calculation

Multi-matching map (UniqueID and chi2ndf)
	< ReconGlobal.ApplyMultiMatching = 0 >

Fiting options

	< ReconGlobal.DefaultMomentum = 1000 >             Momentum for the seed state of refit of initial subdetector objects (1 GeV/c)
	< ReconGlobal.DefaultMomentumError = 1000 >        Momentum for the seed state (1 GeV/c)

	< ReconGlobal.RefittingCovFactor = 100 >           Multiplicative factor for covariance matrix 
	                                                   of Kalman Filter seed state (use for alternates fitting)

*********************************************
Global reconstruction switches for individual subdetectors
*********************************************

	< ReconGlobal.RunCyDetRecon    = 1 >  
	< ReconGlobal.RunStrawTrkRecon = 1 >  
	< ReconGlobal.RunECALRecon     = 1 >     
	< ReconGlobal.Matching.PropagateStrawTrkInfo = 0 > switch whether to propagate StrawTrk info to ECAL

	< ReconGlobal.RunGlobalRecon   = 1 >   

Even if results from subdetectors or global recon are present in the 
input file we can force the reconstruction to be run again

	< ReconGlobal.ForceRunSubdetectorRecon = 1 >   
	< ReconGlobal.ForceRunGlobalRecon      = 1 >   

*********************************************
Recon Object containers for individual subdetectors
*********************************************

	< ReconGlobal.StrawTrkContainer = final >   
	< ReconGlobal.ECALContainer     = final >   

*********************************************
Combined PID
*********************************************

        < ReconGlobal.CombinedPID.UseStrawTrk    = 0 >
        < ReconGlobal.CombinedPID.UseECAL        = 1 >

*********************************************
Global reconstruction matching 
*********************************************

	< ReconGlobal.Matching.Chi2NdofCut     = 70. >  Matching chi2 cut for globalRecon matching (no tracker matching)
	< ReconGlobal.Matching.DeltaTCut       = 300. >  Time difference cut in nanoseconds. Keep a quite relax cut for the moment. 
	< ReconGlobal.Matching.MinimumMomentum = 25. >   Minimum momentum to be considered for matching

        
*********************************************
Temporary parameters 
*********************************************

*********************************************
Vertex finding
*********************************************

	< ReconGlobal.DoVertexFinding = 1 >		      Switch on/off vertex finding
	< ReconGlobal.Vertex.Silent = 1 >                     Silent(1)
	< ReconGlobal.Vertex.MaxDot = 0.995 >                 Cosine limit for broken tracks
	< ReconGlobal.Vertex.Tolerance = 100 >                Tolerance from track ends (mm)
	< ReconGlobal.Vertex.Chi2Cut = 100 >                  Cut on a tracks association to vertex
	< ReconGlobal.Vertex.MaxLinkDist = 100 >              Cluster link max distance in x (mm)
	< ReconGlobal.Vertex.MaxExtrapolation = 2000 >        Cluster max extrapolation (mm)    
	< ReconGlobal.Vertex.PenaltyCut = 10 >                Cut on a tracks penalty factor
	< ReconGlobal.Vertex.PenaltyStep = 10 >               Step size for penalty calculation (mm) 
	< ReconGlobal.Vertex.ECut = 25 >               	      TPC track cut value (MeV) 
	< ReconGlobal.Vertex.PrimaryLow = 0.8 >               Cos theta cut value for primary upstream tracks			
	< ReconGlobal.Vertex.TimeBinning = 100 >              Tolerance in track binning (ns)