rdo2aod.input = 'Jpsiee_pu40' # defined in TrigValTools/share/TrigValInputs.json else: rdo2aod.input = '' rdo2aod.args += '--inputRDOFile=$ArtInFile ' test = Test.Test() test.art_type = 'grid' if (not exclude): test.exec_steps = [rdo2aod] test.exec_steps.append(TrigInDetAna()) # Run analysis to produce TrkNtuple test.check_steps = CheckSteps.default_check_steps(test) # Run Tidardict if ((not exclude) or postproc): rdict = TrigInDetdictStep() rdict.args = 'TIDAdata-run3.dat -f data-hists.root -p 11 -b Test_bin.dat ' test.check_steps.append(rdict) rdict2 = TrigInDetdictStep('TrigInDetDict2') rdict2.args = 'TIDAdata-run3.dat -r Offline -f data-hists-offline.root -b Test_bin.dat ' test.check_steps.append(rdict2) # Now the comparitor steps comp = TrigInDetCompStep('Comp_L2ele', 'L2', 'electron') test.check_steps.append(comp) comp2 = TrigInDetCompStep('Comp_EFele', 'EF', 'electron') test.check_steps.append(comp2) comp3 = TrigInDetCompStep('Comp_L2eleLowpt', 'L2', 'electron', lowpt=True) test.check_steps.append(comp3)
rdo2aod.input = 'Single_el_larged0_pu' # defined in TrigValTools/share/TrigValInputs.json else: rdo2aod.input = '' rdo2aod.args += '--inputRDOFile=$ArtInFile ' test = Test.Test() test.art_type = 'grid' if (not exclude): test.exec_steps = [rdo2aod] test.exec_steps.append(TrigInDetAna()) # Run analysis to produce TrkNtuple test.check_steps = CheckSteps.default_check_steps(test) # Run Tidardict if ((not exclude) or postproc): rdict = TrigInDetdictStep() rdict.args = 'TIDAdata-run3.dat -f data-hists.root -p 11 -b Test_bin.dat ' test.check_steps.append(rdict) # Now the comparitor steps comp = TrigInDetCompStep('Comp_L2ele', 'L2', 'electron') test.check_steps.append(comp) comp2 = TrigInDetCompStep('Comp_EFele', 'EF', 'electron') test.check_steps.append(comp2) comp3 = TrigInDetCompStep('Comp_L2eleLowpt', 'L2', 'electron', lowpt=True) test.check_steps.append(comp3) comp4 = TrigInDetCompStep('Comp_EFeleLowpt', 'EF', 'electron', lowpt=True) test.check_steps.append(comp4)
rdo2aod.concurrent_events = 4 rdo2aod.perfmon = False rdo2aod.timeout = 18 * 3600 rdo2aod.input = 'ttbar_pu80' # defined in TrigValTools/share/TrigValInputs.json test = Test.Test() test.art_type = 'grid' if (not exclude): test.exec_steps = [rdo2aod] test.exec_steps.append(TrigInDetAna()) # Run analysis to produce TrkNtuple test.check_steps = CheckSteps.default_check_steps(test) # Run Tidardict if ((not exclude) or postproc): rdict = TrigInDetdictStep() rdict.args = 'TIDAdata-run3.dat -r Offline -f data-hists.root -b Test_bin.dat ' test.check_steps.append(rdict) # Now the comparitor steps comp = TrigInDetCompStep('Comp_L2muon', 'L2', 'muon') comp.test = 'ttbar' test.check_steps.append(comp) comp2 = TrigInDetCompStep('Comp_EFmuon', 'EF', 'muon') comp2.test = 'ttbar' test.check_steps.append(comp2) comp3 = TrigInDetCompStep('Comp_L2bjet', 'L2', 'bjet') comp3.test = 'ttbar' test.check_steps.append(comp3)
rdo2aod.perfmon = False rdo2aod.timeout = 18 * 3600 rdo2aod.input = Input # defined in TrigValTools/share/TrigValInputs.json test = Test.Test() test.art_type = 'grid' if (not exclude): test.exec_steps = [rdo2aod] test.exec_steps.append(TrigInDetAna()) # Run analysis to produce TrkNtuple test.check_steps = CheckSteps.default_check_steps(test) # Run Tidardict if ((not exclude) or postproc): rdict = TrigInDetdictStep() if (TrackReference == "Truth"): rdict.args = 'TIDAdata-run3.dat -f data-hists.root -b Test_bin.dat ' if (TrackReference == "Offline"): rdict.args = 'TIDAdata-run3-offline.dat -f data-hists.root -b Test_bin.dat ' test.check_steps.append(rdict) for slice in Slices: # Now the comparitor steps comp1 = TrigInDetCompStep('Comp_L2' + slice, 'L2', slice) test.check_steps.append(comp1) if (RunEF): comp2 = TrigInDetCompStep('Comp_EF' + slice, 'EF', slice) test.check_steps.append(comp2) # CPU cost steps