# Initialize lists to store data
voltages, drifttimes, drifttimes_err, starttimes, starttimes_err = [], [], [], [], []
# Get a list of all available tree names
def GetKeyNames(self, dir=""):
self.cd(dir)
return [key.GetName() for key in gDirectory.GetListOfKeys()]
TFile.GetKeyNames = GetKeyNames
# Calculate the gasamp value for each tree
key_list = f.GetKeyNames("")
for key in key_list:
numbers = array(re.findall('\d+', key), dtype=int)
if len(numbers) == 1:
voltages.append(numbers[0])
d, de, s, se = get_drifttime(key)
drifttimes.append(d)
drifttimes_err.append(de)
starttimes.append(s)
starttimes_err.append(se)
# Convert to numpy arrays
voltages = array(voltages, dtype=float)
drifttimes = array(drifttimes, dtype=float)
v_drift = dist / drifttimes
runs[296173] = {
"color": ROOT.kGreen+1,
"marker": 24,
"intL": "43.1 /pb",
"initialLumi": "2.81e33 cm^{-2}/s",
"date": "06/06/17",
"comments": "",
}
f = TFile(os.path.join(histdir, histfile))
def GetKeyNames( self, dir = "" ):
self.cd(dir)
return [key.GetName() for key in ROOT.gDirectory.GetListOfKeys()]
TFile.GetKeyNames = GetKeyNames
keyList = f.GetKeyNames('')
##print "\nKeys in file:", keyList
#for k in keyList:
# if ('chargeoverpath' in k) and ('vs_bx' not in k):
# print f.Get(k).ClassName(), k
plots = collections.OrderedDict()
plots['meanChargeoverpath_vs_bx_zoomed'] = {
'histname': 'h_chargeoverpath_vs_bx',
'class': 'TH2',
'y-max': 600,
'y-min': 350,
'x-min': 1050,
'x-max': 1300,
'x-title': 'bx number',
'y-title': 'charge / cm',
import sys
from ROOT import gROOT
from ROOT import TFile
from ROOT import TKey
def GetKeyNames(self):
return [key.GetName() for key in MyFile.GetListOfKeys()]
TFile.GetKeyNames = GetKeyNames
MyFile = TFile(
"/home/cakir/NtuplerAnalyzer/SusySignals/ThirdRuns/NoPU/diboson/DeepSingle+DelphMET_NoPU_DiBoson_his.root"
)
keyList = MyFile.GetKeyNames()
print "\nKeys in file:", keyList
# scenarios and samples
scenarios = ['NoPU']
conditions = ['TreeS', 'TreeB']
gROOT.ProcessLine(".L /home/cakir/Desktop/PlottingTool/denemeStack.C")
for scene in scenarios:
for samp in keyList:
print "Key :", samp
print "Scene:", scene
if not samp == 'TreeS' or samp == 'TreeB':
from ROOT import denemeStack
denemeStack(scene, samp)
else:
break
