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from compareUltimateSelection import *
'''
Tool for comparing two variables from two datasets.Yes, writting it in Python3 would be smarter, but default is Python2 on all servers so far'''
if '__main__' == __name__: print "" parser = ShowArgumentsParser( formatter_class=argparse.RawDescriptionHelpFormatter, prog=os.path.basename(sys.argv[0]), description=("""Do the comparison for:
For a full list of arguments, do: 'python {0} -h' """).format(os.path.basename(sys.argv[0]))
)
## add the arguments parser.add_argument("-v", "--verbose", action="store_true",help="increase output verbosity")
parser.add_argument("-DataMC", "--DataMC", action="store_true",help="DataMC") parser.add_argument("-MCMC", "--MCMC", action="store_true",help="MCMC") parser.add_argument("-TwoVars", "--TwoVars", action="store_true",help="TwoVars") parser.add_argument("-DataData", "--DataData", action="store_true",help="DataData") parser.add_argument("-muIP", "--muIP", action="store_true",help="muIP") parser.add_argument("-basic", "--basic", action="store_true",help="Set all parameters for comparison") parser.add_argument("-all", "--all", action="store_true",help="Run over all variables") parser.add_argument("-AllKshort", "--AllKshort", action="store_true",help="AllKshort") parser.add_argument("-AllKplus", "--AllKplus", action="store_true",help="AllKplus") parser.add_argument('-particle', metavar='<particle>', default = -1, type = int, help="Sets which particle plots should be produced, default: all")
#add parameters parser.add_argument('-variable', metavar='<variable>', default = "", type = str, help="Sets the variable to be compared") parser.add_argument('-variable2', metavar='<variable2>', default = "", type = str, help="Sets the second variable to be compared") parser.add_argument('-cut', metavar='<cut>', default = "", type = str, help="Sets the cut for the variable") parser.add_argument('-cut2', metavar='<cut2>', default = "", type = str, help="Sets the cut for the second variable")
parser.add_argument('-year', metavar='<year>', default = "2011", type = str, help="Sets the year") parser.add_argument('-year2', metavar='<year2>', default = "2012", type = str, help="Sets the second year") parser.add_argument('-polarity', metavar='<polarity>', default = "both", type = str, help="Sets the mode to be split by polarity, default merge Up and Down, options up, down") parser.add_argument('-polarity2', metavar='<polarity2>', default = "both", type = str, help="Sets the mode to be split by polarity2, default merge Up and Down, options up, down")
#TODO add helps parser.add_argument("-Data", "--Data", action="store_true", default = False,help="Data") parser.add_argument("-Data2", "--Data2", action="store_true",default = False,help="Data2") parser.add_argument("-MC", "--MC", action="store_true",default = False,help="MC") parser.add_argument("-MC2", "--MC2", action="store_true",default = False,help="MC2") parser.add_argument("-TM", "--TM", action="store_true",default = False,help="TM") parser.add_argument("-TM2", "--TM2", action="store_true",default = False,help="TM2") parser.add_argument("-RefChan", "--RefChan", action="store_true",default = False,help="ReferenceChannel") parser.add_argument("-RefChan2", "--RefChan2", action="store_true",default = False,help="ReferenceChannel2") parser.add_argument("-PHSP", "--PHSP", action="store_true",default = False,help="PHSP") parser.add_argument("-PHSP2", "--PHSP2", action="store_true",default = False,help="PHSP2") parser.add_argument("-Presel", "--Presel", action="store_true",default = False,help="Preselected") parser.add_argument("-Presel2", "--Presel2", action="store_true",default = False,help="Preselected2") parser.add_argument("-BDTed", "--BDTed", action="store_true",default = False,help="BDTed") parser.add_argument("-BDTed2", "--BDTed2", action="store_true",default = False,help="BDTed2")
parser.add_argument("-sWeighted", "--sWeighted", action="store_true",default = False,help="sWeighted") parser.add_argument("-sWeighted2", "--sWeighted2", action="store_true",default = False,help="sWeighted2") parser.add_argument("-bWeighted", "--bWeighted", action="store_true",default = False,help="bWeighted") parser.add_argument("-bWeighted2", "--bWeighted2", action="store_true",default = False,help="bWeighted2") parser.add_argument("-b2Dweighted", "--b2Dweighted", action="store_true",default = False,help="b2Dweighted") parser.add_argument("-b2Dweighted2", "--b2Dweighted2", action="store_true",default = False,help="b2Dweighted2")
parser.add_argument("-KshortDecaysInVelo", "--KshortDecaysInVelo", action="store_true",default = False,help="KshortDecaysInVelo") parser.add_argument("-KshortDecaysInVelo2", "--KshortDecaysInVelo2", action="store_true",default = False,help="KshortDecaysInVelo2")
opts = parser.parse_args() if (opts.verbose): print "[DEBUG]\t",opts
#get year/s year_list = [] if (opts.year == "All"): year_list = yearList() else: year_list = re.split(",",opts.year)
year_list2 = [] if (opts.year == "All"): year_list2 = yearList() else: year_list2 = re.split(",",opts.year)
for year in year_list: if (opts.basic): for year2 in year_list2: if (opts.all): for var in ListOfAllVars(): compareUltimate( variable1 = var, variable2 = var, year1 = int(year), year2 = int(year2), cut1 = opts.cut, cut2 = opts.cut2, magnet1 = opts.polarity, MC1 = opts.MC, TM1 = opts.TM, ReferenceChannel1 = opts.RefChan, PHSP1 = opts.PHSP, Preselected1 = opts.Presel, BDTed1 = opts.BDTed, magnet2 = opts.polarity2, MC2 = opts.MC2, TM2 = opts.TM2, ReferenceChannel2 = opts.RefChan2, PHSP2 = opts.PHSP2, Preselected2 = opts.Presel2, BDTed2 = opts.BDTed2, sWeighted1 = opts.sWeighted, bWeighted1=opts.bWeighted, b2Dweighted1=opts.b2Dweighted, weightBranch1 = firstMCweight(), sWeighted2 = opts.sWeighted2, bWeighted2=opts.bWeighted2, b2Dweighted2=opts.b2Dweighted2, weightBranch2 = firstMCweight(), bPrint = False, KshortDecaysInVelo1 = opts.KshortDecaysInVelo, KshortDecaysInVelo2 = opts.KshortDecaysInVelo2, verbose = opts.verbose) else: compareUltimate( variable1 = opts.variable, variable2 = opts.variable2, year1 = int(year), year2 = int(year2), cut1 = opts.cut, cut2 = opts.cut2, magnet1 = opts.polarity, MC1 = opts.MC, TM1 = opts.TM, ReferenceChannel1 = opts.RefChan, PHSP1 = opts.PHSP, Preselected1 = opts.Presel, BDTed1 = opts.BDTed, magnet2 = opts.polarity2, MC2 = opts.MC2, TM2 = opts.TM2, ReferenceChannel2 = opts.RefChan2, PHSP2 = opts.PHSP2, Preselected2 = opts.Presel2, BDTed2 = opts.BDTed2, sWeighted1 = opts.sWeighted, bWeighted1=opts.bWeighted, b2Dweighted1=opts.b2Dweighted, weightBranch1 = firstMCweight(), sWeighted2 = opts.sWeighted2, bWeighted2=opts.bWeighted2, b2Dweighted2=opts.b2Dweighted2, weightBranch2 = firstMCweight(), bPrint = False, KshortDecaysInVelo1 = opts.KshortDecaysInVelo, KshortDecaysInVelo2 = opts.KshortDecaysInVelo2, verbose = opts.verbose)
if (opts.muIP): if (opts.Data): compareUltimateBchargeAllSamplesTwoVars("log(mu_plus_IPCHI2_OWNPV)", "log(mu_minus_IPCHI2_OWNPV)", year = int(year), magnet = opts.polarity, MC =False, ReferenceChannel=False, PHSP= False, Preselected=True, BDTed=False, sWeighted=opts.sWeighted, bWeighted=False, b2Dweighted=False, KshortDecaysInVelo=False, verbose =opts.verbose) compareUltimateBchargeAllSamplesTwoVars("log(mu_minus_IPCHI2_OWNPV)", "log(mu_plus_IPCHI2_OWNPV)", year = int(year), magnet = opts.polarity, MC =False, ReferenceChannel=False, PHSP= False, Preselected=True, BDTed=False, sWeighted=opts.sWeighted, bWeighted=False, b2Dweighted=False, KshortDecaysInVelo=False, verbose =opts.verbose)
compareUltimateBchargeAllSamplesTwoVars("log(mu_plus_IPCHI2_OWNPV)", "log(mu_plus_IPCHI2_OWNPV)", year = int(year), magnet = opts.polarity, MC =False, ReferenceChannel=False, PHSP= False, Preselected=True, BDTed=False, sWeighted=opts.sWeighted, bWeighted=False, b2Dweighted=False, KshortDecaysInVelo=False, verbose =opts.verbose)
compareUltimateBchargeAllSamplesTwoVars("log(mu_minus_IPCHI2_OWNPV)", "log(mu_minus_IPCHI2_OWNPV)", year = int(year), magnet = opts.polarity, MC =False, ReferenceChannel=False, PHSP= False, Preselected=True, BDTed=False, sWeighted=opts.sWeighted, bWeighted=False, b2Dweighted=False, KshortDecaysInVelo=False, verbose =opts.verbose)
compareUltimateTwoVarsData("log(mu_minus_IPCHI2_OWNPV)", "log(mu_minus_IPCHI2_OWNPV)", year= int(year), magnet = opts.polarity, cut1 = "Polarity=65535", cut2 = "Polarity=1", Preselected= True, BDTed = False, sWeighted = opts.sWeighted, KshortDecaysInVelo = False, verbose = opts.verbose) compareUltimateTwoVarsData("log(mu_plus_IPCHI2_OWNPV)", "log(mu_plus_IPCHI2_OWNPV)", year= int(year), magnet = opts.polarity, cut1 = "Polarity=65535", cut2 = "Polarity=1", Preselected= True, BDTed = False, sWeighted = opts.sWeighted, KshortDecaysInVelo = False, verbose = opts.verbose) if (opts.MC): compareUltimateBchargeAllSamplesTwoVars("log(mu_plus_IPCHI2_OWNPV)", "log(mu_minus_IPCHI2_OWNPV)", year = int(year), magnet = opts.polarity, MC =True, ReferenceChannel=opts.RefChan, PHSP= opts.PHSP, Preselected=opts.Presel, BDTed=False, sWeighted=False, bWeighted=opts.bWeighted, b2Dweighted=opts.b2Dweighted, KshortDecaysInVelo=False, verbose =opts.verbose) compareUltimateBchargeAllSamplesTwoVars("log(mu_plus_IPCHI2_OWNPV)", "log(mu_plus_IPCHI2_OWNPV)", year = int(year), magnet = opts.polarity, MC =True, ReferenceChannel=opts.RefChan, PHSP= opts.PHSP, Preselected=opts.Presel, BDTed=False, sWeighted=False, bWeighted=opts.bWeighted, b2Dweighted=opts.b2Dweighted, KshortDecaysInVelo=False, verbose =opts.verbose) compareUltimateBchargeAllSamplesTwoVars("log(mu_minus_IPCHI2_OWNPV)", "log(mu_minus_IPCHI2_OWNPV)", year = int(year), magnet = opts.polarity, MC =True, ReferenceChannel=opts.RefChan, PHSP= opts.PHSP, Preselected=opts.Presel, BDTed=False, sWeighted=False, bWeighted=opts.bWeighted, b2Dweighted=opts.b2Dweighted, KshortDecaysInVelo=False, verbose =opts.verbose) compareUltimateTwoVarsMC("log(mu_minus_IPCHI2_OWNPV)", "log(mu_minus_IPCHI2_OWNPV)",year= int(year), magnet = opts.polarity, cut1 = "Polarity=65535", cut2 = "Polarity=1", TM=opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, Preselected= opts.Presel, BDTed = opts.BDTed, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) compareUltimateTwoVarsMC("log(mu_plus_IPCHI2_OWNPV)", "log(mu_plus_IPCHI2_OWNPV)",year= int(year), magnet = opts.polarity, cut1 = "Polarity=65535", cut2 = "Polarity=1", TM=opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, Preselected= opts.Presel, BDTed = opts.BDTed, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose)
if (opts.DataMC): compareUltimateDataMC(variable = "log(mu_plus_IPCHI2_OWNPV)", year =int(year), cut="", magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) compareUltimateDataMC(variable = "log(mu_minus_IPCHI2_OWNPV)", year =int(year), cut="", magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) compareUltimateDataMC(variable = "log(mu_plus_IPCHI2_OWNPV)", year =int(year), cut="B_plus_ID = 521", magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) compareUltimateDataMC(variable = "log(mu_minus_IPCHI2_OWNPV)", year =int(year), cut="B_plus_ID = 521", magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) compareUltimateDataMC(variable = "log(mu_plus_IPCHI2_OWNPV)", year =int(year), cut="B_plus_ID = -521", magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) compareUltimateDataMC(variable = "log(mu_minus_IPCHI2_OWNPV)", year =int(year), cut="B_plus_ID = -521", magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) compareUltimateDataMC(variable = "log(mu_plus_IPCHI2_OWNPV)", year =int(year), cut="B_plus_ID = 521", magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) compareUltimateDataMC(variable = "log(mu_minus_IPCHI2_OWNPV)", year =int(year), cut="B_plus_ID = -521", magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) compareUltimateDataMC(variable = "log(mu_plus_IPCHI2_OWNPV)", year =int(year), cut="B_plus_ID = -521", magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) compareUltimateDataMC(variable = "log(mu_minus_IPCHI2_OWNPV)", year =int(year), cut="B_plus_ID = +521", magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose)
else: if (opts.DataMC): if (opts.all): for var in ListOfAllVars(): compareUltimateDataMC(variable = var, year =int(year), cut=opts.cut, magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose)
else: compareUltimateDataMC(variable = opts.variable, year =int(year), cut=opts.cut, magnet=opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, sWeighted = opts.sWeighted, bWeighted = opts.bWeighted, b2Dweighted = opts.b2Dweighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) if (opts.MCMC): for year2 in year_list2: compareUltimateMCMC(variable = opts.variable, year1 = int(year) , year2 = int(year2) , cut1 = opts.cut, cut2 = opts.cut2, magnet1 = opts.polarity, magnet2 = opts.polarity2, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) if (opts.DataData): for year2 in year_list2: compareUltimateDataData(variable = opts.variable, year1 = int(year) , year2 = int(year2), cut1 = opts.cut, cut2 = opts.cut2, magnet1 = opts.polarity, magnet2 = opts.polarity2, sWeighted1 = opts.sWeighted, sWeighted2 = opts.sWeighted2, KshortDecaysInVelo1 = opts.KshortDecaysInVelo, KshortDecaysInVelo2 = opts.KshortDecaysInVelo2, verbose = opts.verbose) if (opts.TwoVars): if (opts.Data): compareUltimateTwoVarsData(variable1 = opts.variable, variable2 = opts.variable2, year =int(year) , cut1 = opts.cut, cut2 = opts.cut2, magnet = opts.polarity, Preselected=opts.Presel, BDTed = opts.BDTed, sWeighted = opts.sWeighted, KshortDecaysInVelo = opts.KshortDecaysInVelo, verbose = opts.verbose) if (opts.MC): compareUltimateTwoVarsMC(variable1 = opts.variable, variable2 = opts.variable2, year =int(year) , cut1 = opts.cut, cut2 = opts.cut2, magnet = opts.polarity, TM = opts.TM, ReferenceChannel = opts.RefChan, PHSP = opts.PHSP, Preselected=opts.Presel, BDTed = opts.BDTed, bWeighted1 = opts.bWeighted, b2Dweighted1 = opts.b2Dweighted, bWeighted2 = opts.bWeighted2, b2Dweighted2 = opts.b2Dweighted2, KshortDecaysInVelo2 = opts.KshortDecaysInVelo, verbose = opts.verbose)
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