test.check_steps.append(comp3)
comp4 = TrigInDetCompStep('Comp_EFeleLowpt', 'EF', 'electron', lowpt=True)
test.check_steps.append(comp4)
comp5 = TrigInDetCompStep('Comp_L2ele_off', 'L2', 'electron')
comp5.type = 'offl'
test.check_steps.append(comp5)
comp6 = TrigInDetCompStep('Comp_EFele_off', 'EF', 'electron')
comp6.type = 'offl'
test.check_steps.append(comp6)
comp7 = TrigInDetCompStep('Comp_L2eleLowpt_off', 'L2', 'electron', lowpt=True)
comp7.type = 'offl'
test.check_steps.append(comp7)
comp8 = TrigInDetCompStep('Comp_EFeleLowpt_off', 'EF', 'electron', lowpt=True)
comp8.type = 'offl'
test.check_steps.append(comp8)
# CPU cost steps
cpucost = TrigInDetCpuCostStep('CpuCostStep1', ftf_times=False)
test.check_steps.append(cpucost)
cpucost2 = TrigInDetCpuCostStep('CpuCostStep2')
test.check_steps.append(cpucost2)
import sys
sys.exit(test.run())
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 -b Test_bin.dat '
test.check_steps.append(rdict)
# Now the comparitor steps
comp = TrigInDetCompStep('Comp_L2mb', 'L2', 'mb')
test.check_steps.append(comp)
comp2 = TrigInDetCompStep('Comp_EFmb', 'EF', 'mb')
test.check_steps.append(comp2)
# CPU cost steps
cpucost = TrigInDetCpuCostStep('CpuCostStep1')
test.check_steps.append(cpucost)
cpucost2 = TrigInDetCpuCostStep('CpuCostStep2')
cpucost2.args += ' -p FastTrack'
cpucost2.output_dir = 'times-FTF'
test.check_steps.append(cpucost2)
import sys
sys.exit(test.run())