def make_plots(dataset_name="spring15", ttree_name="analyzer/events", max_events=-1):
sample_name = "QCD_TuneCUETP8M1_13TeV_pythia8"
print "Making tchain ..."
tc = make_tchain(dataset_name=dataset_name, ttree_name=ttree_name)
print "> There are {0} events in the tuple.".format(tc.GetEntries())
print "> Making TH2 ..."
th2 = plots.make_th2(tc, max_events=max_events)
print "> Making TH1 ..."
th1 = plots.make_th1(tc, max_events=max_events)
print "> Saving plots ..."
analysis.save_histograms([th1, th2], samples.ntuple_location + "/{0}_plots.root".format(sample_name))
def make_plots(dataset_name="spring15", ttree_name="analyzer/events", max_events=-1):
print "Getting ttrees ..."
tts = get_ttrees(dataset_name=dataset_name, ttree_name=ttree_name)
for sample_name in samples.info["lqtoue"][dataset_name].keys():
print "Making plots for {0} ...".format(sample_name)
tt = get_ttrees()[sample_name]
print "> There are {0} events in the tuple.".format(tt.GetEntries())
print "> Making TH2 ..."
th2 = plots.make_th2(tt, max_events=max_events)
print "> Making TH1 ..."
th1 = plots.make_th1(tt, max_events=max_events)
print "> Saving plots ..."
analysis.save_histograms([th1, th2], samples.ntuple_location + "/{0}_plots.root".format(sample_name))
def make_plots(dataset_name="spring15",
ttree_name="analyzer/events",
max_events=-1):
sample_name = "QCD_TuneCUETP8M1_13TeV_pythia8"
print "Making tchain ..."
tc = make_tchain(dataset_name=dataset_name, ttree_name=ttree_name)
print "> There are {0} events in the tuple.".format(tc.GetEntries())
print "> Making TH2 ..."
th2 = plots.make_th2(tc, max_events=max_events)
print "> Making TH1 ..."
th1 = plots.make_th1(tc, max_events=max_events)
print "> Saving plots ..."
analysis.save_histograms([th1, th2], samples.ntuple_location +
"/{0}_plots.root".format(sample_name))
def make_plots(dataset_name="spring15",
ttree_name="analyzer/events",
max_events=-1):
print "Getting ttrees ..."
tts = get_ttrees(dataset_name=dataset_name, ttree_name=ttree_name)
for sample_name in samples.ttbar_info[dataset_name].keys():
print "Making plots for {0} ...".format(sample_name)
tt = get_ttrees()[sample_name]
print "> There are {0} events in the tuple.".format(tt.GetEntries())
print "> Making TH2 ..."
th2 = plots.make_th2(tt, max_events=max_events)
print "> Making TH1 ..."
th1 = plots.make_th1(tt, max_events=max_events)
print "> Saving plots ..."
analysis.save_histograms([th1, th2], samples.ntuple_location +
"/{0}_plots.root".format(sample_name))
