APEEstimation/interface/EventVariables.h

0001 #ifndef Alignment_APEEstimation_EventVariables_h
0002 #define Alignment_APEEstimation_EventVariables_h
0003
0004 #include <vector>
0005
0006 struct TrackStruct {
0007   TrackStruct() {}
0008
0009   enum HitState { notInTracker, notAssignedToSectors, invalid, negativeError, ok };
0010
0011   struct HitParameterStruct {
0012     HitParameterStruct()
0013         : hitState(ok),
0014           isPixelHit(false),
0015           goodXMeasurement(false),
0016           goodYMeasurement(false),
0017           widthX(0),
0018           baryStripX(-999.F),
0019           widthY(0),
0020           baryStripY(-999.F),
0021           chargePixel(-999.F),
0022           clusterProbabilityXY(-999.F),
0023           clusterProbabilityQ(-999.F),
0024           clusterProbabilityXYQ(-999.F),
0025           logClusterProbability(-999.F),
0026           isOnEdge(false),
0027           hasBadPixels(false),
0028           spansTwoRoc(false),
0029           qBin(-1),
0030           isModuleUsable(true),
0031           chargeStrip(0),
0032           maxStrip(0),
0033           maxStripInv(0),
0034           maxCharge(0),
0035           maxIndex(0),
0036           chargeOnEdges(-999.F),
0037           chargeAsymmetry(-999.F),
0038           chargeLRplus(-999.F),
0039           chargeLRminus(-999.F),
0040           sOverN(-999.F),
0041           projWidth(-999.F),
0042           resX(-999.F),
0043           norResX(-999.F),
0044           xHit(-999.F),
0045           xTrk(-999.F),
0046           errXHit(-999.F),
0047           errXTrk(-999.F),
0048           errX(-999.F),
0049           errX2(-999.F),
0050           errXHitWoApe(-999.F),
0051           errXWoApe(-999.F),
0052           probX(-999.F),
0053           resY(-999.F),
0054           norResY(-999.F),
0055           yHit(-999.F),
0056           yTrk(-999.F),
0057           errYHit(-999.F),
0058           errYTrk(-999.F),
0059           errY(-999.F),
0060           errY2(-999.F),
0061           errYHitWoApe(-999.F),
0062           errYWoApe(-999.F),
0063           probY(-999.F),
0064           phiSens(-999.F),
0065           phiSensX(-999.F),
0066           phiSensY(-999.F) {}
0067
0068     HitState hitState;
0069     bool isPixelHit;
0070     bool goodXMeasurement, goodYMeasurement;
0071     std::vector<unsigned int> v_sector;
0072
0073     // Cluster parameters
0074     // pixel+strip
0075     unsigned int widthX;
0076     float baryStripX;
0077     // pixel only
0078     unsigned int widthY;
0079     float baryStripY;
0080     float chargePixel;
0081     float clusterProbabilityXY, clusterProbabilityQ, clusterProbabilityXYQ, logClusterProbability;
0082     bool isOnEdge, hasBadPixels, spansTwoRoc;
0083     int qBin;
0084     // strip only
0085     bool isModuleUsable;
0086     unsigned int chargeStrip;
0087     unsigned int maxStrip, maxStripInv, maxCharge, maxIndex;
0088     float chargeOnEdges, chargeAsymmetry, chargeLRplus, chargeLRminus;
0089     float sOverN;
0090     float projWidth;
0091
0092     // trackFit results
0093     float resX, norResX, xHit, xTrk, errXHit, errXTrk, errX, errX2, errXHitWoApe, errXWoApe, probX;
0094     float resY, norResY, yHit, yTrk, errYHit, errYTrk, errY, errY2, errYHitWoApe, errYWoApe, probY;
0095     float phiSens, phiSensX, phiSensY;
0096   };
0097
0098   struct TrackParameterStruct {
0099     TrackParameterStruct()
0100         : hitsSize(-999),
0101           hitsValid(-999),
0102           hitsInvalid(-999),
0103           hits2D(-999),
0104           layersMissed(-999),
0105           hitsPixel(-999),
0106           hitsStrip(-999),
0107           charge(-999),
0108           chi2(-999.F),
0109           ndof(-999.F),
0110           norChi2(-999.F),
0111           prob(-999.F),
0112           eta(-999.F),
0113           etaErr(-999.F),
0114           theta(-999.F),
0115           phi(-999.F),
0116           phiErr(-999.F),
0117           d0(-999.F),
0118           d0Beamspot(-999.F),
0119           d0BeamspotErr(-999.F),
0120           dz(-999.F),
0121           dzErr(-999.F),
0122           dzBeamspot(-999.F),
0123           p(-999.F),
0124           pt(-999.F),
0125           ptErr(-999.F),
0126           meanPhiSensToNorm(-999.F) {}
0127
0128     int hitsSize, hitsValid, hitsInvalid, hits2D, layersMissed, hitsPixel, hitsStrip, charge;
0129     float chi2, ndof, norChi2, prob, eta, etaErr, theta, phi, phiErr, d0, d0Beamspot, d0BeamspotErr, dz, dzErr,
0130         dzBeamspot, p, pt, ptErr, meanPhiSensToNorm;
0131   };
0132
0133   TrackParameterStruct trkParams;
0134   std::vector<HitParameterStruct> v_hitParams;
0135 };
0136
0137 #endif