10#ifndef __KVTGIDFITTER_H
11#define __KVTGIDFITTER_H
13#include "KVVirtualIDFitter.h"
#define ClassDef(name, id)
Base class for particle identification in a 2D map.
Float_t * fPar
array of fit parameters
Int_t GetFitStatus() const
Float_t * yd
array of Y coordinates
Float_t * xd
array of X coordinates
KVTGIDFitter()
Default constructor.
virtual void Fit(KVIDGraph *)
virtual ~KVTGIDFitter()
Destructor.
Int_t * GetStatusOfParameters() const
Int_t fZorA
is grid for Z&A or only Z identification ?
void FitPanel(Int_t functional_type=1, Bool_t with_csi_light_energy=kTRUE, Int_t first_Z=-1, Int_t last_Z=-1, Double_t xmin=0.0, Double_t xmax=0.0)
void MakeTGID()
Make a KVTGID out of fit result, if fit converged (irc<2)
Int_t * istate
status of parameters
Double_t fXmin
limit for fit
Double_t fXmax
limit for fit
Int_t fType
type of functional
const Char_t * GetFitStatusString() const
String with meaning of fit status codes (see GetFitStatus)
KVTGID * fTGID
KVTGID object representing fit result.
Int_t fLight
handles CsI total light-energy conversion
void SetFunctionalType(Int_t t)
Float_t * GetParameters() const
Int_t GetFunctionalType() const
Abstract base class for particle identfication using functionals developed by L. Tassan-Got (IPN Orsa...
ABC for fitting ID grids with functionals.