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reference-results-npu100.txt
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reference-results-npu100.txt
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# ./baseline -chs -massless -hard /Users/gsalam/events/puws2014/lhc14-pythia8-4C-Zprime500-nobdecay-noUE-nev1e5.pu14.gz -pileup /Users/gsalam/events/puws2014/lhc14-pythia8-4C-minbias-nev1e6.pu14.gz -nev 10000 -npu 100 -out reference-results-npu100.txt
#
# event mixer: Event mixer using hard events from /Users/gsalam/events/puws2014/lhc14-pythia8-4C-Zprime500-nobdecay-noUE-nev1e5.pu14.gz and 100 pileup events from /Users/gsalam/events/puws2014/lhc14-pythia8-4C-minbias-nev1e6.pu14.gz with CHS (rescaling charged PU by a factor 1e-60) and massless particles
# default fcut = 0
# rapidity rescaling for rho = 1
# jet_def: Longitudinally invariant anti-kt algorithm with R = 1 and E scheme recombination
# subjet_def: Longitudinally invariant kt algorithm with R = 0.3 and E scheme recombination
# area_def: Active area (explicit ghosts) with ghosts of area 0.00997331 (had requested 0.01), placed up to y = 4, scattered wrt to perfect grid by (rel) 1, mean_ghost_pt = 1e-100, rel pt_scatter = 0.1, n repetitions of ghost distributions = 1
# sel_particles: |rap| <= 4
# sel_jets: (|rap| <= 2.5 * pt >= 150)
# area subtractor: Subtractor that uses the following background estimator to determine rho: GridMedianBackgroundEstimator, with rectangular grid with rapidity extent -4 < rap < 4, tile size drap x dphi = 0.533333 x 0.571199; including mass safety tests; using known vertex selection: is_charged and leading vertex selection: vertex number == 0
# trimmer: Filter with subjet_def = Longitudinally invariant kt algorithm with R = 0.3 and E scheme recombination, selection pt >= 0* pt_ref, subtractor: Subtractor that uses the following background estimator to determine rho: GridMedianBackgroundEstimator, with rectangular grid with rapidity extent -4 < rap < 4, tile size drap x dphi = 0.533333 x 0.571199; including mass safety tests; using known vertex selection: is_charged and leading vertex selection: vertex number == 0
# subjet_zeroing: Filter with subjet_def = Longitudinally invariant kt algorithm with R = 0.3 and E scheme recombination, selection (pt >= 0* pt_ref && has charge from leading vertex), subtractor: Subtractor that uses the following background estimator to determine rho: GridMedianBackgroundEstimator, with rectangular grid with rapidity extent -4 < rap < 4, tile size drap x dphi = 0.533333 x 0.571199; including mass safety tests; using known vertex selection: is_charged and leading vertex selection: vertex number == 0
# subjet_protected: Filter with subjet_def = Longitudinally invariant kt algorithm with R = 0.3 and E scheme recombination, selection (pt >= 0* pt_ref && (has charge from leading vertex || pt >= 20)), subtractor: Subtractor that uses the following background estimator to determine rho: GridMedianBackgroundEstimator, with rectangular grid with rapidity extent -4 < rap < 4, tile size drap x dphi = 0.533333 x 0.571199; including mass safety tests; using known vertex selection: is_charged and leading vertex selection: vertex number == 0
# npc subtractor: Neutral-proportional-to-Charged subtraction using known fraction: 1.57732e-60, known vertex selection: is_charged, leading vertex selection: vertex number == 0 and safety checks for pt and mass.
# npc trimmer: Filter with subjet_def = Longitudinally invariant kt algorithm with R = 0.3 and E scheme recombination, selection pt >= 0* pt_ref, subtractor: Neutral-proportional-to-Charged subtraction using known fraction: 1.57732e-60, known vertex selection: is_charged, leading vertex selection: vertex number == 0 and safety checks for pt and mass.
# npc subjet_zeroing: Filter with subjet_def = Longitudinally invariant kt algorithm with R = 0.3 and E scheme recombination, selection (pt >= 0* pt_ref && has charge from leading vertex), subtractor: Neutral-proportional-to-Charged subtraction using known fraction: 1.57732e-60, known vertex selection: is_charged, leading vertex selection: vertex number == 0 and safety checks for pt and mass.
# subjet_protected: Filter with subjet_def = Longitudinally invariant kt algorithm with R = 0.3 and E scheme recombination, selection (pt >= 0* pt_ref && (has charge from leading vertex || pt >= 20)), subtractor: Neutral-proportional-to-Charged subtraction using known fraction: 1.57732e-60, known vertex selection: is_charged, leading vertex selection: vertex number == 0 and safety checks for pt and mass.
# linear_cleanser: JetCleanser [Linear mode, input = neutral and charged separate]
Trimming: fcut = 0
g0_mean = 0.612
# iev = 10000 at 2015-01-20 22:04:10 (CET)
# <npu> = 100
# fraction of events with (njet >= 1) = 0.7558 +- 0.00429633
dijet.mass.area-sub: <diff> = -0.376 +- 0.438; std.dev = 33.1 +- 1.17; correl.coeff = 0.965; nentries = 5687
dijet.mass.area-subj-zeroed: <diff> = -3.81 +- 0.622; std.dev = 46.9 +- 2.94; correl.coeff = 0.933; nentries = 5687
dijet.mass.area-subj-zprot: <diff> = 0.834 +- 0.33; std.dev = 24.9 +- 1.44; correl.coeff = 0.98; nentries = 5687
dijet.mass.area-trimmed: <diff> = 34.2 +- 0.4; std.dev = 30.1 +- 1.28; correl.coeff = 0.971; nentries = 5687
dijet.mass.full: <diff> = 283 +- 0.89; std.dev = 67.1 +- 1.12; correl.coeff = 0.895; nentries = 5687
dijet.mass.linclean: <diff> = 4.91 +- 0.64; std.dev = 48.3 +- 2.87; correl.coeff = 0.931; nentries = 5687
dijet.mass.npc-sub: <diff> = 0.589 +- 0.433; std.dev = 32.7 +- 1.14; correl.coeff = 0.966; nentries = 5687
dijet.mass.npc-subj-zeroed: <diff> = -1.32 +- 0.619; std.dev = 46.7 +- 2.94; correl.coeff = 0.934; nentries = 5687
dijet.mass.npc-subj-zprot: <diff> = 3.17 +- 0.326; std.dev = 24.6 +- 1.44; correl.coeff = 0.98; nentries = 5687
dijet.mass.npc-trimmed: <diff> = 42.9 +- 0.388; std.dev = 29.3 +- 1.28; correl.coeff = 0.973; nentries = 5687
jet.mass.area-sub: <diff> = 1.65 +- 0.167; std.dev = 19.5 +- 0.49; correl.coeff = 0.765; nentries = 13579
jet.mass.area-subj-zeroed: <diff> = 1.16 +- 0.117; std.dev = 13.7 +- 0.627; correl.coeff = 0.876; nentries = 13579
jet.mass.area-subj-zprot: <diff> = 1.63 +- 0.116; std.dev = 13.6 +- 0.631; correl.coeff = 0.878; nentries = 13579
jet.mass.area-trimmed: <diff> = 22.2 +- 0.149; std.dev = 17.3 +- 0.511; correl.coeff = 0.784; nentries = 13579
jet.mass.full: <diff> = 106 +- 0.203; std.dev = 23.6 +- 0.381; correl.coeff = 0.632; nentries = 13579
jet.mass.linclean: <diff> = 6.73 +- 0.115; std.dev = 13.4 +- 0.634; correl.coeff = 0.881; nentries = 13579
jet.mass.npc-sub: <diff> = 2.44 +- 0.171; std.dev = 19.9 +- 0.441; correl.coeff = 0.759; nentries = 13579
jet.mass.npc-subj-zeroed: <diff> = 2.71 +- 0.118; std.dev = 13.8 +- 0.62; correl.coeff = 0.875; nentries = 13579
jet.mass.npc-subj-zprot: <diff> = 3.12 +- 0.116; std.dev = 13.5 +- 0.63; correl.coeff = 0.88; nentries = 13579
jet.mass.npc-trimmed: <diff> = 26.6 +- 0.147; std.dev = 17.2 +- 0.521; correl.coeff = 0.787; nentries = 13579
jet.pt.area-sub: <diff> = -0.299 +- 0.131; std.dev = 15.3 +- 0.52; correl.coeff = 0.964; nentries = 13579
jet.pt.area-subj-zeroed: <diff> = -1.14 +- 0.156; std.dev = 18.2 +- 0.797; correl.coeff = 0.951; nentries = 13579
jet.pt.area-subj-zprot: <diff> = 0.182 +- 0.0976; std.dev = 11.4 +- 0.675; correl.coeff = 0.98; nentries = 13579
jet.pt.area-trimmed: <diff> = 11 +- 0.114; std.dev = 13.3 +- 0.595; correl.coeff = 0.973; nentries = 13579
jet.pt.full: <diff> = 97.5 +- 0.18; std.dev = 21 +- 0.406; correl.coeff = 0.936; nentries = 13579
jet.pt.linclean: <diff> = 1.91 +- 0.162; std.dev = 18.9 +- 0.801; correl.coeff = 0.947; nentries = 13579
jet.pt.npc-sub: <diff> = -0.065 +- 0.133; std.dev = 15.5 +- 0.52; correl.coeff = 0.963; nentries = 13579
jet.pt.npc-subj-zeroed: <diff> = -0.278 +- 0.157; std.dev = 18.3 +- 0.795; correl.coeff = 0.95; nentries = 13579
jet.pt.npc-subj-zprot: <diff> = 0.993 +- 0.0982; std.dev = 11.4 +- 0.68; correl.coeff = 0.98; nentries = 13579
jet.pt.npc-trimmed: <diff> = 13.9 +- 0.112; std.dev = 13.1 +- 0.615; correl.coeff = 0.974; nentries = 13579