MdcCalParams.h

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#ifndef MDCCALPARAMS_H
#define MDCCALPARAMS_H
 
#include <string>
 
const int    MdcCalNLayer  =  43;
const int    MdcCalInnNLay =  8;
const int    MdcCalMaxCell =  288;
const int    MdcCalTotCell =  6796;
const int    MdcCalLR      =  3;
 
const int    MdcCalNENTRXT =  18;
const int    MdcCalXtOrd   =  6;
const int    MdcCalXtNPars =  8;
 
const int    MdcCalQtOrd   =  2;
const int    MdcCalNQBin   =  10;
 
const int    MdcCalNENTRSD =  6;
const int    MdcCalSdNBIN  =  24;
 
const int    MdcCalWrNBin  =  15;
 
const double MdcCalTdcCnv  = 0.09375;
const double MdcCalAdcCnv  = 1.0;
 
const double HFPI = 1.570796327;
const double PI2 = 6.283185307;
 
class MdcCalParams {
public:
     int fillNtuple;
     int nEvtNtuple;
     int fgCalDetEffi; /* calculating hit efficiency without tracking algorithm impacts */
 
     double ecm;
     double boostPar[3];
 
     int particle;
     bool esCut;        /* switch on/off EsTime cuts */
     int nEsFlag;
     int esFlag[50];
     double timeShift;      /* if T<0 after subtracting Tes, use this */
     double tesMin;     /* minimun Tes for calibration */
     double tesMax;     /* maximun Tes for calibration */
 
     int fgIniCalConst;     /* effective for IniMdcCalib */
     bool preT0SetTm;       /* flag for updating Tm in PreT0Calib */
 
     double initT0;     /* initial value of T0 fit */
     double t0Shift;        /* t0 shift based on leading edge fitting */
     double tminFitChindf;  /* chisquare cut for Tmin fit */
     double tmaxFitChindf;  /* chisquare cut for Tmax fit */
     double initSigma;      /* initial value of spatial resolution in the first calibration */
 
     int calSigma;
     int resiType;      /* 0: including measurement point; 1: excluding */
 
     int fixXtC0;       /* 1: fix c0 at 0 */
     int fixXtEdge;     /* 1: fix X-T in the edge of the cell */
     bool fgCombinePlusMinue;   /* 1: combine +/- tracks */
 
     int fgAdjacLayerCut;   /* a cut for adjacent layers in MdcCalib.cxx */
     int fgBoundLayerCut;   /* a cut for boundary layers in MdcCalib.cxx */
     int nTrkCut[2];
     int nHitLayCut;
     int nHitCut;
     int hitStatCut;        /* hitStatCut=1 for MdcxReco & MdcPatRec */
 
     bool   noiseCut;       /* cut of noise level */
     bool   cosmicDwTrk;
     double costheCut[2];   /* cut of cos(theta) */
     double drCut;
     double dzCut;
     double pCut[2];        /* momentum cut */
     double maxDocaInner;
     double maxDocaOuter;
     double charge;
 
     int fgCalib[MdcCalNLayer];
     double tminFitRange[MdcCalNLayer][2];
     double tmaxFitRange[MdcCalNLayer][2];
     double initTm[MdcCalNLayer];       /* initial value of Tm fit */
     double resiCut[MdcCalNLayer];
     double qmin[MdcCalNLayer];
     double qmax[MdcCalNLayer];
 
     int fgWireCal[MdcCalTotCell];
     std::string wpcFile;
};
 
#endif /* MDCCALPARAMS_H */