|
| string | energyTest.optimization_name = "power_test" |
| |
| list | energyTest.iterations = [] |
| | Find processed configurations and calculate fitnesses #####. More...
|
| |
| list | energyTest.fitnesses = [] |
| |
| list | energyTest.fitness_errors = [] |
| |
| list | energyTest.proton_energies = [] |
| |
| list | energyTest.zero_errors = [] |
| |
| int | energyTest.max_iterations = 1 |
| |
| | energyTest.optimization = Optimizations.Optimization(optimization_name) |
| |
| string | energyTest.fluxpath = "/lbne/data/users/ljf26/fluxfiles/g4lbne/" |
| |
| | energyTest.fluxdirs = glob.glob(fluxpath+"*") |
| |
| | energyTest.iteration = dir.split("/")[9].split("-")[2] |
| |
| string | energyTest.varfhcfile = dir+"/200kA/flux/histos_g4lbne_" |
| |
| string | energyTest.varrhcfile = dir+"/-200kA/flux/histos_g4lbne_" |
| |
| | energyTest.energy = optimization.getEnergy(float(iteration),"FHC") |
| |
| float | energyTest.antinufrac = 0.5 |
| |
| | energyTest.fitness = tfitnesses[0] |
| |
| | energyTest.fitness_error = tfiterrors[0] |
| |
| list | energyTest.iterations2 = [] |
| |
| list | energyTest.parameter_values = [] |
| |
| list | energyTest.parameter_histos = [] |
| |
| | energyTest.n_parameters = len(optimization.parameter_names); |
| |
| | energyTest.parameter_name = optimization.parameter_names[i] |
| |
| | energyTest.knobturns = optimization.getKnobturns() |
| |
| bool | energyTest.iteration_found = False |
| |
| | energyTest.canv = ROOT.TCanvas("MyCanvas","MyCanvas") |
| |
| | energyTest.fitness_vs_parameter = ROOT.TGraphErrors(len(iterations),array('d',parameter_values[i]),array('d',fitnesses),array('d',zero_errors),array('d',fitness_errors)) |
| |
| | energyTest.x_axis_title = optimization.parameter_names[i] |
| |
| string | energyTest.FMC_SENSIT = "/lbne/data/users/lblpwg_tools/FastMC_Data/outputs/ljf26/Sensitivity_Plots" |
| |
| list | energyTest.energies = [20,30,50,60,70,80,90,110,120,130] |
| |
| list | energyTest.mean_sensitivities = [] |
| |
| | energyTest.nh_cp_file = ROOT.TFile(FMC_SENSIT+"/ProtonP"+str(int(energy))+"GeV_RealisticPower_nh_cp_histos.root") |
| |
| | energyTest.ih_cp_file = ROOT.TFile(FMC_SENSIT+"/ProtonP"+str(int(energy))+"GeV_RealisticPower_ih_cp_histos.root") |
| |
| | energyTest.nh_sensitivity = OptimizationUtils.GetPercentile(nh_cp_file.Get("h2"),75) |
| |
| | energyTest.ih_sensitivity = OptimizationUtils.GetPercentile(ih_cp_file.Get("h2"),75) |
| |
| | energyTest.blah = ROOT.TGraph(len(energies),array('d',energies),array('d',mean_sensitivities)); |
| |
1.8.11
