Merge pull request #45460 from Dr15Jones/init_tmttSettings

Initialize variables in tmtt::Settings

L1Trigger/TrackFindingTMTT/interface/Settings.h

@@ -440,41 +440,41 @@ namespace tmtt {
  edm::ParameterSet trackDigi_;
 
  // General settings
- bool enableMCtruth_;
- bool enableHistos_;
- bool enableOutputIntermediateTTTracks_;
+ bool enableMCtruth_ = false;
+ bool enableHistos_ = false;
+ bool enableOutputIntermediateTTTracks_ = false;
 
  // Cuts on truth tracking particles.
- double genMinPt_;
- double genMaxAbsEta_;
- double genMaxVertR_;
- double genMaxVertZ_;
- double genMaxD0_;
- double genMaxZ0_;
+ double genMinPt_ = 0.;
+ double genMaxAbsEta_ = 0.;
+ double genMaxVertR_ = 0.;
+ double genMaxVertZ_ = 0.;
+ double genMaxD0_ = 0.;
+ double genMaxZ0_ = 0.;
  std::vector<int> genPdgIds_;
- unsigned int genMinStubLayers_;
+ unsigned int genMinStubLayers_ = 0;
 
  // Cuts applied to stubs before arriving in L1 track finding board.
- unsigned int degradeBendRes_;
- double maxStubEta_;
- bool killLowPtStubs_;
- bool printStubWindows_;
- double bendCut_;
- double bendCutExtra_;
- bool orderStubsByBend_;
+ unsigned int degradeBendRes_ = 0;
+ double maxStubEta_ = 0.;
+ bool killLowPtStubs_ = false;
+ bool printStubWindows_ = false;
+ double bendCut_ = 0.;
+ double bendCutExtra_ = 0.;
+ bool orderStubsByBend_ = false;
 
  // Optional stub digitization.
- bool enableDigitize_;
- unsigned int phiSectorBits_;
- unsigned int phiSBits_;
- double phiSRange_;
- unsigned int rtBits_;
- double rtRange_;
- unsigned int zBits_;
- double zRange_;
- unsigned int phiNBits_;
- double phiNRange_;
- unsigned int bendBits_;
+ bool enableDigitize_ = false;
+ unsigned int phiSectorBits_ = 0;
+ unsigned int phiSBits_ = 0;
+ double phiSRange_ = false;
+ unsigned int rtBits_ = 0;
+ double rtRange_ = 0.;
+ unsigned int zBits_ = 0;
+ double zRange_ = 0.;
+ unsigned int phiNBits_ = 0;
+ double phiNRange_ = 0.;
+ unsigned int bendBits_ = 0;
 
  // Tracker module type for FW.
  std::vector<double> pitchVsType_;
@@ -487,115 +487,115 @@ namespace tmtt {
  std::vector<unsigned int> tiltedVsTypeTmp_;
 
  // Configuration of Geometric Processor.
- bool useApproxB_;
- double bApprox_gradient_;
- double bApprox_intercept_;
+ bool useApproxB_ = false;
+ double bApprox_gradient_ = 0.;
+ double bApprox_intercept_ = 0.;
 
  // Definition of phi sectors.
- unsigned int numPhiNonants_;
- unsigned int numPhiSectors_;
- double chosenRofPhi_;
- bool useStubPhi_;
- bool useStubPhiTrk_;
- double assumedPhiTrkRes_;
- bool calcPhiTrkRes_;
+ unsigned int numPhiNonants_ = 0;
+ unsigned int numPhiSectors_ = 0;
+ double chosenRofPhi_ = 0.;
+ bool useStubPhi_ = false;
+ bool useStubPhiTrk_ = false;
+ double assumedPhiTrkRes_ = 0.;
+ bool calcPhiTrkRes_ = false;
 
  // Definition of eta sectors.
  std::vector<double> etaRegions_;
- double chosenRofZ_;
- double beamWindowZ_;
- bool allowOver2EtaSecs_;
+ double chosenRofZ_ = 0.;
+ double beamWindowZ_ = 0.;
+ bool allowOver2EtaSecs_ = false;
 
  // r-phi Hough transform array specifications.
- double houghMinPt_;
- unsigned int houghNbinsPt_;
- unsigned int houghNbinsPhi_;
- bool enableMerge2x2_;
- double maxPtToMerge2x2_;
- unsigned int numSubSecsEta_;
- unsigned int shape_;
- bool miniHTstage_;
- unsigned int miniHoughNbinsPt_;
- unsigned int miniHoughNbinsPhi_;
- double miniHoughMinPt_;
- bool miniHoughDontKill_;
- double miniHoughDontKillMinPt_;
- unsigned int miniHoughLoadBalance_;
+ double houghMinPt_ = 0.;
+ unsigned int houghNbinsPt_ = 0;
+ unsigned int houghNbinsPhi_ = 0;
+ bool enableMerge2x2_ = false;
+ double maxPtToMerge2x2_ = 0.;
+ unsigned int numSubSecsEta_ = 0;
+ unsigned int shape_ = 0;
+ bool miniHTstage_ = false;
+ unsigned int miniHoughNbinsPt_ = 0;
+ unsigned int miniHoughNbinsPhi_ = 0;
+ double miniHoughMinPt_ = 0.;
+ bool miniHoughDontKill_ = false;
+ double miniHoughDontKillMinPt_ = 0.;
+ unsigned int miniHoughLoadBalance_ = 0;
 
  // Rules governing how stubs are filled into the r-phi Hough Transform array.
- unsigned int killSomeHTCellsRphi_;
- bool useBendFilter_;
- unsigned int maxStubsInCell_;
- unsigned int maxStubsInCellMiniHough_;
- bool busySectorKill_;
- unsigned int busySectorNumStubs_;
+ unsigned int killSomeHTCellsRphi_ = 0;
+ bool useBendFilter_ = false;
+ unsigned int maxStubsInCell_ = 0;
+ unsigned int maxStubsInCellMiniHough_ = 0;
+ bool busySectorKill_ = false;
+ unsigned int busySectorNumStubs_ = 0;
  std::vector<unsigned int> busySectorMbinRanges_;
  std::vector<unsigned int> busySectorMbinOrder_;
- bool busyInputSectorKill_;
- unsigned int busyInputSectorNumStubs_;
- unsigned int muxOutputsHT_;
+ bool busyInputSectorKill_ = false;
+ unsigned int busyInputSectorNumStubs_ = 0;
+ unsigned int muxOutputsHT_ = 0;
  std::vector<unsigned int> etaRegWhitelist_;
 
  // Options controlling r-z track filters (or any other track filters run after the Hough transform, as opposed to inside it).
  std::string rzFilterName_;
- double seedResCut_;
- bool keepAllSeed_;
- unsigned int maxSeedCombinations_;
- unsigned int maxGoodSeedCombinations_;
- unsigned int maxSeedsPerStub_;
- bool zTrkSectorCheck_;
- unsigned int minFilterLayers_;
+ double seedResCut_ = 0.;
+ bool keepAllSeed_ = false;
+ unsigned int maxSeedCombinations_ = 0;
+ unsigned int maxGoodSeedCombinations_ = 0;
+ unsigned int maxSeedsPerStub_ = 0;
+ bool zTrkSectorCheck_ = false;
+ unsigned int minFilterLayers_ = 0;
 
  // Rules for deciding when the track-finding has found an L1 track candidate
- unsigned int minStubLayers_;
- double minPtToReduceLayers_;
+ unsigned int minStubLayers_ = 0;
+ double minPtToReduceLayers_ = 0.;
  std::vector<unsigned int> etaSecsReduceLayers_;
- bool reduceLayerID_;
+ bool reduceLayerID_ = false;
 
  // Specification of algorithm to eliminate duplicate tracks
- unsigned int dupTrkAlgFit_;
+ unsigned int dupTrkAlgFit_ = 0;
 
  // Rules for deciding when a reconstructed L1 track matches a MC truth particle (i.e. tracking particle).
- double minFracMatchStubsOnReco_;
- double minFracMatchStubsOnTP_;
- unsigned int minNumMatchLayers_;
- unsigned int minNumMatchPSLayers_;
- bool stubMatchStrict_;
+ double minFracMatchStubsOnReco_ = 0.;
+ double minFracMatchStubsOnTP_ = 0.;
+ unsigned int minNumMatchLayers_ = 0;
+ unsigned int minNumMatchPSLayers_ = 0;
+ bool stubMatchStrict_ = false;
 
  // Track Fitting Settings
  std::vector<std::string> trackFitters_;
  std::vector<std::string> useRZfilter_;
- double chi2OverNdfCut_;
- bool detailedFitOutput_;
- bool trackFitCheat_;
+ double chi2OverNdfCut_ = 0.;
+ bool detailedFitOutput_ = false;
+ bool trackFitCheat_ = false;
  //
- unsigned int numTrackFitIterations_;
- bool killTrackFitWorstHit_;
- double generalResidualCut_;
- double killingResidualCut_;
+ unsigned int numTrackFitIterations_ = 0;
+ bool killTrackFitWorstHit_ = false;
+ double generalResidualCut_ = 0.;
+ double killingResidualCut_ = 0.;
  //
- bool digitizeSLR_;
- unsigned int dividerBitsHelix_;
- unsigned int dividerBitsHelixZ_;
- unsigned int ShiftingBitsDenRPhi_;
- unsigned int ShiftingBitsDenRZ_;
- unsigned int ShiftingBitsPt_;
- unsigned int ShiftingBitsPhi_;
-
- unsigned int ShiftingBitsLambda_;
- unsigned int ShiftingBitsZ0_;
- double slr_chi2cut_;
- double residualCut_;
+ bool digitizeSLR_ = false;
+ unsigned int dividerBitsHelix_ = 0;
+ unsigned int dividerBitsHelixZ_ = 0;
+ unsigned int ShiftingBitsDenRPhi_ = 0;
+ unsigned int ShiftingBitsDenRZ_ = 0;
+ unsigned int ShiftingBitsPt_ = 0;
+ unsigned int ShiftingBitsPhi_ = 0;
+
+ unsigned int ShiftingBitsLambda_ = 0;
+ unsigned int ShiftingBitsZ0_ = 0;
+ double slr_chi2cut_ = 0.;
+ double residualCut_ = 0.;
  //
- unsigned kalmanDebugLevel_;
- unsigned int kalmanMinNumStubs_;
- unsigned int kalmanMaxNumStubs_;
- bool kalmanAddBeamConstr_;
- bool kalmanRemove2PScut_;
- unsigned int kalmanMaxSkipLayersHard_;
- unsigned int kalmanMaxSkipLayersEasy_;
- unsigned int kalmanMaxStubsEasy_;
- bool kfUseMaybeLayers_;
+ unsigned kalmanDebugLevel_ = 0;
+ unsigned int kalmanMinNumStubs_ = 0;
+ unsigned int kalmanMaxNumStubs_ = 0;
+ bool kalmanAddBeamConstr_ = false;
+ bool kalmanRemove2PScut_ = false;
+ unsigned int kalmanMaxSkipLayersHard_ = 0;
+ unsigned int kalmanMaxSkipLayersEasy_ = 0;
+ unsigned int kalmanMaxStubsEasy_ = 0;
+ bool kfUseMaybeLayers_ = false;
 
  std::vector<double> kfLayerVsPtToler_;
  std::vector<double> kfLayerVsD0Cut5_;
@@ -604,64 +604,64 @@ namespace tmtt {
  std::vector<double> kfLayerVsChiSq5_;
  std::vector<double> kfLayerVsChiSq4_;
 
- unsigned int kalmanMaxStubsPerLayer_;
- double kalmanMultiScattTerm_;
- unsigned int kalmanChi2RphiScale_;
- bool kalmanHOtilted_;
- bool kalmanHOhelixExp_;
- unsigned int kalmanHOalpha_;
- unsigned int kalmanHOprojZcorr_;
- bool kalmanHOfw_;
+ unsigned int kalmanMaxStubsPerLayer_ = 0;
+ double kalmanMultiScattTerm_ = 0.;
+ unsigned int kalmanChi2RphiScale_ = 0;
+ bool kalmanHOtilted_ = false;
+ bool kalmanHOhelixExp_ = false;
+ unsigned int kalmanHOalpha_ = 0;
+ unsigned int kalmanHOprojZcorr_ = 0;
+ bool kalmanHOfw_ = false;
 
  // Treatment of dead modules.
- unsigned int killScenario_;
- bool killRecover_;
+ unsigned int killScenario_ = 0;
+ bool killRecover_ = false;
 
  // Track digitisation configuration for various track fitters
- bool slr_skipTrackDigi_;
- unsigned int slr_oneOver2rBits_;
- double slr_oneOver2rRange_;
- double slr_oneOver2rMult_;
- unsigned int slr_d0Bits_;
- double slr_d0Range_;
- unsigned int slr_phi0Bits_;
- double slr_phi0Range_;
- unsigned int slr_z0Bits_;
- double slr_z0Range_;
- unsigned int slr_tanlambdaBits_;
- double slr_tanlambdaRange_;
- unsigned int slr_chisquaredBits_;
- double slr_chisquaredRange_;
+ bool slr_skipTrackDigi_ = false;
+ unsigned int slr_oneOver2rBits_ = 0;
+ double slr_oneOver2rRange_ = 0.;
+ double slr_oneOver2rMult_ = 0.;
+ unsigned int slr_d0Bits_ = 0;
+ double slr_d0Range_ = 0.;
+ unsigned int slr_phi0Bits_ = 0;
+ double slr_phi0Range_ = 0.;
+ unsigned int slr_z0Bits_ = 0;
+ double slr_z0Range_ = 0.;
+ unsigned int slr_tanlambdaBits_ = 0;
+ double slr_tanlambdaRange_ = 0.;
+ unsigned int slr_chisquaredBits_ = 0;
+ double slr_chisquaredRange_ = 0.;
  //
- bool kf_skipTrackDigi_;
- unsigned int kf_oneOver2rBits_;
- double kf_oneOver2rRange_;
- double kf_oneOver2rMult_;
- unsigned int kf_d0Bits_;
- double kf_d0Range_;
- unsigned int kf_phi0Bits_;
- double kf_phi0Range_;
- unsigned int kf_z0Bits_;
- double kf_z0Range_;
- unsigned int kf_tanlambdaBits_;
- double kf_tanlambdaRange_;
- unsigned int kf_chisquaredBits_;
- double kf_chisquaredRange_;
+ bool kf_skipTrackDigi_ = false;
+ unsigned int kf_oneOver2rBits_ = 0;
+ double kf_oneOver2rRange_ = 0.;
+ double kf_oneOver2rMult_ = 0.;
+ unsigned int kf_d0Bits_ = 0;
+ double kf_d0Range_ = 0.;
+ unsigned int kf_phi0Bits_ = 0;
+ double kf_phi0Range_ = 0.;
+ unsigned int kf_z0Bits_ = 0;
+ double kf_z0Range_ = 0.;
+ unsigned int kf_tanlambdaBits_ = 0;
+ double kf_tanlambdaRange_ = 0.;
+ unsigned int kf_chisquaredBits_ = 0;
+ double kf_chisquaredRange_ = 0.;
  std::vector<double> kf_chisquaredBinEdges_;
  //
- bool other_skipTrackDigi_;
+ bool other_skipTrackDigi_ = false;
 
  // Debug printout
- bool resPlotOpt_;
+ bool resPlotOpt_ = false;
 
  // Boolean indicating an an EDM output file will be written.
- bool writeOutEdmFile_;
+ bool writeOutEdmFile_ = false;
 
  // B-field in Tesla
  mutable std::atomic<float> magneticField_;
 
  // Hybrid tracking
- bool hybrid_;
+ bool hybrid_ = false;
  };
 
 } // namespace tmtt