HOCalibVariables.h

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#ifndef AlCaHOCalibProducer_HOCalibVariables_h
#define AlCaHOCalibProducer_HOCalibVariables_h

#include <vector>

struct HOCalibVariables {
  int   trig1; //L1/HLT trigger information (not used)
  int   trig2; //Special Trigger information (not used)
  int   nmuon; //number of muons in the event

  float trkdr;  //r-phi coordinate of track wrt vertex
  float trkdz;  //Z coordinate of track wrt vertex

  float trkvx;  //X-Position of fitted track in the inner layer of DT
  float trkvy;  //Y-Position of fitted track in the inner layer of DT
  float trkvz;  //Z-Position of fitted track in the inner layer of DT

  float trkmm;  //Magnitude of track momenta
  float trkth;  //Polar angle of track
  float trkph;  //Azimuthal angle of track

  float ndof;   //number of degrees of freedom (track fitting)
  //  float nrecht; //Number of rechit candidates in the track
  float chisq; //Fitted normalised chisquare (chi^2/ndf)

  float therr; //Error in fitted polar angle
  float pherr; //Error in fitted azimuthal angle

  int isect;  //HO tile information 100*abs(ieta+30)+abs(iphi)
  float hodx;  //Minimum distance of tracks entrace point in tiles local 
               // co-ordinate system from an edge in X-axis
  float hody; //Same in Y-axis
  float hoang; //Angle between track (in HO tiles) and HO Z-axis
  float htime; //Energy weighted time of signal
  float hosig[9];    //HO signal in 3x3 tower with respect to the tile, where 
               // muon passed through (for the consistency check of 
               // track reconstruction
                 
  float hocorsig[18]; //Signals in all 18 pixel in that HPD, where muon signal is
                //expected. One is signal, remaings are either cross-talk or
                //due to wrongly reconstructed tracks (For cross talk study)
                //For Ring 0 hocorsig[16-17] are X-Y position in layer0
  float hocro;        //Signal in tile with same eta, but phi1=phi+6
                // (a check of pedestal)
  float hbhesig[9]; //Signal in HB towers
  float caloen[3]; //Associated energy in the calorimeter, 15, 25, 35 degree

};

typedef std::vector<HOCalibVariables> HOCalibVariableCollection;

#endif