EventVariables.h

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#ifndef Alignment_APEEstimation_EventVariables_h
#define Alignment_APEEstimation_EventVariables_h
 
#include <vector>
 
struct TrackStruct {
  TrackStruct() {}
 
  enum HitState { notInTracker, notAssignedToSectors, invalid, negativeError, ok };
 
  struct HitParameterStruct {
    HitParameterStruct()
        : hitState(ok),
          isPixelHit(false),
          goodXMeasurement(false),
          goodYMeasurement(false),
          widthX(0),
          baryStripX(-999.F),
          widthY(0),
          baryStripY(-999.F),
          chargePixel(-999.F),
          clusterProbabilityXY(-999.F),
          clusterProbabilityQ(-999.F),
          clusterProbabilityXYQ(-999.F),
          logClusterProbability(-999.F),
          isOnEdge(false),
          hasBadPixels(false),
          spansTwoRoc(false),
          qBin(-1),
          isModuleUsable(true),
          chargeStrip(0),
          maxStrip(0),
          maxStripInv(0),
          maxCharge(0),
          maxIndex(0),
          chargeOnEdges(-999.F),
          chargeAsymmetry(-999.F),
          chargeLRplus(-999.F),
          chargeLRminus(-999.F),
          sOverN(-999.F),
          projWidth(-999.F),
          resX(-999.F),
          norResX(-999.F),
          xHit(-999.F),
          xTrk(-999.F),
          errXHit(-999.F),
          errXTrk(-999.F),
          errX(-999.F),
          errX2(-999.F),
          errXHitWoApe(-999.F),
          errXWoApe(-999.F),
          probX(-999.F),
          resY(-999.F),
          norResY(-999.F),
          yHit(-999.F),
          yTrk(-999.F),
          errYHit(-999.F),
          errYTrk(-999.F),
          errY(-999.F),
          errY2(-999.F),
          errYHitWoApe(-999.F),
          errYWoApe(-999.F),
          probY(-999.F),
          phiSens(-999.F),
          phiSensX(-999.F),
          phiSensY(-999.F) {}
 
    HitState hitState;
    bool isPixelHit;
    bool goodXMeasurement, goodYMeasurement;
    std::vector<unsigned int> v_sector;
 
    // Cluster parameters
    // pixel+strip
    unsigned int widthX;
    float baryStripX;
    // pixel only
    unsigned int widthY;
    float baryStripY;
    float chargePixel;
    float clusterProbabilityXY, clusterProbabilityQ, clusterProbabilityXYQ, logClusterProbability;
    bool isOnEdge, hasBadPixels, spansTwoRoc;
    int qBin;
    // strip only
    bool isModuleUsable;
    unsigned int chargeStrip;
    unsigned int maxStrip, maxStripInv, maxCharge, maxIndex;
    float chargeOnEdges, chargeAsymmetry, chargeLRplus, chargeLRminus;
    float sOverN;
    float projWidth;
 
    // trackFit results
    float resX, norResX, xHit, xTrk, errXHit, errXTrk, errX, errX2, errXHitWoApe, errXWoApe, probX;
    float resY, norResY, yHit, yTrk, errYHit, errYTrk, errY, errY2, errYHitWoApe, errYWoApe, probY;
    float phiSens, phiSensX, phiSensY;
  };
 
  struct TrackParameterStruct {
    TrackParameterStruct()
        : hitsSize(-999),
          hitsValid(-999),
          hitsInvalid(-999),
          hits2D(-999),
          layersMissed(-999),
          hitsPixel(-999),
          hitsStrip(-999),
          charge(-999),
          chi2(-999.F),
          ndof(-999.F),
          norChi2(-999.F),
          prob(-999.F),
          eta(-999.F),
          etaErr(-999.F),
          theta(-999.F),
          phi(-999.F),
          phiErr(-999.F),
          d0(-999.F),
          d0Beamspot(-999.F),
          d0BeamspotErr(-999.F),
          dz(-999.F),
          dzErr(-999.F),
          dzBeamspot(-999.F),
          p(-999.F),
          pt(-999.F),
          ptErr(-999.F),
          meanPhiSensToNorm(-999.F) {}
 
    int hitsSize, hitsValid, hitsInvalid, hits2D, layersMissed, hitsPixel, hitsStrip, charge;
    float chi2, ndof, norChi2, prob, eta, etaErr, theta, phi, phiErr, d0, d0Beamspot, d0BeamspotErr, dz, dzErr,
        dzBeamspot, p, pt, ptErr, meanPhiSensToNorm;
  };
 
  TrackParameterStruct trkParams;
  std::vector<HitParameterStruct> v_hitParams;
};
 
#endif