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File indexing completed on 2024-12-05 02:48:10
0001 #ifndef AnalysisConfig_h 0002 #define AnalysisConfig_h 0003 0004 #include "TString.h" 0005 #include "rooutil.h" 0006 #include "Trktree.h" 0007 #include "ModuleConnectionMap.h" 0008 0009 class AnalysisConfig { 0010 public: 0011 // Analysis run mode 0012 int mode; 0013 0014 int streams; 0015 0016 // TString that holds the input option provided 0017 TString input_raw_string; 0018 0019 // TString that holds the input file list (comma separated) 0020 TString input_file_list_tstring; 0021 0022 // TString that holds the name of the TTree to open for each input files 0023 TString input_tree_name; 0024 0025 // Output TFile 0026 TFile* output_tfile; 0027 0028 // Number of events to loop over 0029 int n_events; 0030 0031 // specific event_index to process 0032 int specific_event_index; 0033 0034 // run efficiency study 0035 bool run_eff_study; 0036 0037 // run inefficiency study 0038 bool run_ineff_study; 0039 0040 // run inefficiency study 0041 int mode_write_ineff_study_debug_ntuple; // 0 = MDs, 1 = SGs, 2 = TLs, 3 = TCs 0042 0043 // run MTV study 0044 bool run_mtv_study; 0045 0046 // pt binning options 0047 int ptbound_mode; 0048 0049 // pt cut 0050 float ptCut; 0051 0052 // pdg id of the particles to compute efficincies on 0053 int pdg_id; 0054 0055 // nmatch threshold of the hits to compute matching for MTV-like plots 0056 int nmatch_threshold; 0057 0058 // verbose of the particles to compute efficincies on 0059 int verbose; 0060 0061 // to print module connection info 0062 bool print_conn; 0063 0064 // to print module boundary info 0065 bool print_boundary; 0066 0067 // to print centroid 0068 bool print_centroid; 0069 0070 // Debug boolean 0071 bool debug; 0072 0073 // TChain that holds the input TTree's 0074 TChain* events_tchain; 0075 0076 // Jobs to split (if this number is positive, then we will skip certain number of events) 0077 // If there are N events, and was asked to split 2 ways, then depending on job_index, it will run over first half or latter half 0078 int nsplit_jobs; 0079 0080 // Job index (assuming nsplit_jobs is set, the job_index determine where to loop over) 0081 int job_index; 0082 0083 // Custom Looper object to facilitate looping over many files 0084 RooUtil::Looper<Trktree> looper; 0085 0086 // Custom Cutflow framework 0087 RooUtil::Cutflow cutflow; 0088 0089 // Custom Histograms object compatible with RooUtil::Cutflow framework 0090 RooUtil::Histograms histograms; 0091 0092 // TTree output for studies 0093 TTree* output_ttree; 0094 0095 // TTreeX to facilitate writing output to ttree 0096 RooUtil::TTreeX* tx; 0097 0098 // Boolean to control whether to write ntuple or not 0099 bool write_lst_ntuple; 0100 0101 // Module boundaries related info 0102 std::map<int, std::array<float, 6>> moduleBoundaries; 0103 std::map<int, std::vector<std::vector<float>>> moduleSimHits; 0104 std::map<int, int> modulePopulation; 0105 0106 lst::ModuleConnectionMap moduleConnectiongMapLoose; 0107 0108 // Boolean to trigger whether to run cut_value_ntupling 0109 bool do_cut_value_ntuple; 0110 0111 // Boolean to trigger whether to write ntuple or not 0112 bool do_write_ntuple; 0113 0114 // Boolean to write lower level objects 0115 bool do_lower_level; 0116 0117 // Boolean to write gnn ntuple 0118 bool gnn_ntuple; 0119 0120 // String to hold the MAKETARGET setting from compile 0121 std::string compilation_target; 0122 0123 // Path to the TrackLooper code directory 0124 TString track_looper_dir_path; 0125 0126 // Path to the TrackLooper code directory 0127 TString full_cmd_line; 0128 0129 // Boolean to allow pLS triplets to be included in the TCs 0130 bool tc_pls_triplets; 0131 0132 // Boolean to disable pLS duplicate cleaning 0133 bool no_pls_dupclean; 0134 }; 0135 0136 extern AnalysisConfig ana; 0137 0138 #endif
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