dirs["TTG_Had_med"] = ["TTGHad_ptG100To200_LO"]
dirs["TTG_Had_high"] = ["TTGHad_ptG200_LO"]
directories = {
key: [
os.path.join(data_directory_, postprocessing_directory_, dir)
for dir in dirs[key]
]
for key in dirs.keys()
}
# Samples
TTG = getMCSample(name="TTG",
redirector=redirector,
color=color.TTG,
texName="t#bar{t}#gamma",
directory=directories["TTG"],
noCheckProxy=True,
fromDPM=fromDPM)
TTG_med = getMCSample(name="TTG",
redirector=redirector,
color=color.TTG,
texName="t#bar{t}#gamma",
directory=directories["TTG_med"],
noCheckProxy=True,
fromDPM=fromDPM)
TTG_high = getMCSample(name="TTG",
redirector=redirector,
color=color.TTG,
texName="t#bar{t}#gamma",
directory=directories["TTG_high"],
dirs["ZG_lowMLL_lowGPt"] = ["ZGToLLG_lowMLL_lowGPt"]
dirs["WJets"] = ["W1JetsToLNu", "W2JetsToLNu", "W3JetsToLNu", "W4JetsToLNu"]
directories = {
key: [
os.path.join(data_directory_, postprocessing_directory_, dir)
for dir in dirs[key]
]
for key in dirs.keys()
}
# Samples
DY_LO = getMCSample(name="DY_LO",
redirector=redirector,
color=color.DY,
texName="Drell-Yan",
directory=directories["DY_LO"],
noCheckProxy=False,
fromDPM=fromDPM)
DY_NLO = getMCSample(name="DY_NLO",
redirector=redirector,
color=color.DY,
texName="Drell-Yan",
directory=directories["DY_NLO"],
noCheckProxy=False,
fromDPM=fromDPM)
TT_pow = getMCSample(name="TT_pow",
redirector=redirector,
color=color.TT,
texName="t#bar{t}",
directory=directories["TT_pow"],
#dirs["rest"] = dirs["singleTop"] + dirs["TG"] + dirs["other"]
dirs["rest"] = dirs["other"]
directories = {
key: [
os.path.join(data_directory_, postprocessing_directory_, dir)
for dir in dirs[key]
]
for key in dirs.keys()
}
# Samples
DY_LO = getMCSample(name="DY_LO",
redirector=redirector,
color=color.DY,
texName="Drell-Yan",
directory=directories["DY_LO"],
noCheckProxy=False,
fromDPM=fromDPM)
#Zinv = getMCSample(name="Zinv", redirector=redirector, color=color.Zinv, texName="Z(#nu#nu)+jets", directory=directories["Z_NuNu"], noCheckProxy=False, fromDPM=fromDPM)
#DY_HT = getMCSample(name="DY_LO", redirector=redirector, color=color.DY, texName="DY (LO)", directory=directories["DY_HT"], noCheckProxy=True, fromDPM=fromDPM)
Top = getMCSample(name="Top",
redirector=redirector,
color=color.TT,
texName="t / t#bar{t}",
directory=directories["top"],
noCheckProxy=True,
fromDPM=fromDPM)
TT_pow = getMCSample(name="TT_pow",
redirector=redirector,
color=color.TT,
import RootTools.core.logger as logger_rt
logger_rt = logger_rt.get_logger("INFO", logFile=None)
else:
import logging
logger = logging.getLogger(__name__)
logger.info("Loading MC samples from directory %s",
os.path.join(data_directory_, postprocessing_directory_))
# Directories
dirs = {}
dirs["st_tW"] = ["TBar_tWch_incl", "T_tWch_incl"]
directories = {
key: [
os.path.join(data_directory_, postprocessing_directory_, dir)
for dir in dirs[key]
]
for key in dirs.keys()
}
# Samples
ST_tW = getMCSample(name="ST_tW",
redirector=redirector,
color=color.T,
texName="tW",
directory=directories["st_tW"],
noCheckProxy=True,
fromDPM=fromDPM)
dirs["TTG_2l_18"] = ["ttgDil2018"]
dirs["TTG_18"] = dirs["TTG_0l_18"] + dirs["TTG_1l_18"] + dirs["TTG_2l_18"]
directories = {
key: [
os.path.join(data_directory_, postprocessing_directory_, dir)
for dir in dirs[key]
]
for key in dirs.keys()
}
# Samples
TTG_16 = getMCSample(name="TTG",
redirector=redirector,
color=color.TTG,
texName="t#bar{t}#gamma",
directory=directories["TTG_16"],
noCheckProxy=True,
fromDPM=False)
TTG_0l_16 = getMCSample(name="TTG",
redirector=redirector,
color=color.TTG,
texName="t#bar{t}#gamma",
directory=directories["TTG_0l_16"],
noCheckProxy=True,
fromDPM=False)
TTG_1l_16 = getMCSample(name="TTG",
redirector=redirector,
color=color.TTG,
texName="t#bar{t}#gamma",
directory=directories["TTG_1l_16"],
#dirs["TTG"] = ["TTGLep_LO", "TTGSingleLep_LO", "TTGHad_LO"]
directories = {
key: [
os.path.join(data_directory_, postprocessing_directory_, dir)
for dir in dirs[key]
]
for key in dirs.keys()
}
# Samples
#TTG_NLO = getMCSample(name="TTG_NLO", redirector=redirector, color=color.TTG, texName="t#bar{t}#gamma", directory=directories["TTGNLO"], noCheckProxy=True, fromDPM=fromDPM)
TTG = getMCSample(name="TTG",
redirector=redirector,
color=color.TTG,
texName="t#bar{t}#gamma",
directory=directories["TTG"],
noCheckProxy=True,
fromDPM=fromDPM)
TTGSemiLep = getMCSample(name="TTG",
redirector=redirector,
color=color.TTG,
texName="t#bar{t}#gamma",
directory=directories["TTGSemiLep"],
noCheckProxy=True,
fromDPM=fromDPM)
TTGLep = getMCSample(name="TTG",
redirector=redirector,
color=color.TTG,
texName="t#bar{t}#gamma",
directory=directories["TTGLep"],
]
for key in dirs.keys()
}
# Samples
#TT_sync_16 = getMCSample(name="TT_pow", redirector=redirector, color=color.TT, texName="t#bar{t}", directory=directories["TT_pow"], noCheckProxy=True, fromDPM=fromDPM)
#TT_sync_16.normalization = TTSingleLep_pow_CP5_sync.normalization
#TTG_sync_16 = getMCSample(name="TTG", redirector=redirector, color=color.TTG, texName="t#bar{t}#gamma", directory=directories["TTG"], noCheckProxy=True, fromDPM=fromDPM)
#TTG_sync_16.normalization = TTGSingleLep_LO_sync.normalization
#DY_LO_sync_16 = getMCSample(name="DY_LO", redirector=redirector, color=color.DY, texName="Drell-Yan", directory=directories["DY_LO"], noCheckProxy=False, fromDPM=fromDPM)
#DY_LO_sync_16.normalization = DYJetsToLL_M50_LO_ext1_sync.normalization
TTG_sync_16 = getMCSample(name="TTG",
redirector=redirector,
color=color.TTG,
texName="t#bar{t}#gamma",
directory=directories["TTG"],
noCheckProxy=True,
fromDPM=fromDPM)
WJets_sync_16 = getMCSample(name="WJets",
redirector=redirector,
color=color.TTG,
texName="W+Jets",
directory=directories["WJets"],
noCheckProxy=True,
fromDPM=fromDPM)
QCD_e_sync_16 = getMCSample(name="QCD_e",
redirector=redirector,
color=color.TTG,
texName="QCD (e)",
directory=directories["QCD_e"],