def flatten(analysis,sample,**kwargs):
histParams = kwargs.pop('histParams',{})
histSelections = kwargs.pop('histSelections',{})
inputFileList = kwargs.pop('inputFileList','')
outputFile = kwargs.pop('outputFile','')
shift = kwargs.pop('shift','')
countOnly = kwargs.pop('countOnly',False)
njobs = kwargs.pop('njobs',1)
job = kwargs.pop('job',0)
multi = kwargs.pop('multi',False)
useProof = kwargs.pop('useProof',False)
intLumi = kwargs.pop('intLumi',float(getLumi()))
if hasProgress and multi:
pbar = kwargs.pop('progressbar',ProgressBar(widgets=['{0}: '.format(sample),' ',SimpleProgress(),' histograms ',Percentage(),' ',Bar(),' ',ETA()]))
else:
pbar = None
if outputFile:
flat = outputFile
proj = outputFile.replace('.root','_projection.root')
flattener = FlattenTree(analysis,sample,inputFileList=inputFileList,flat=flat,proj=proj,shift=shift,countOnly=countOnly,useProof=useProof,intLumi=intLumi)
else:
flattener = FlattenTree(analysis,sample,inputFileList=inputFileList,shift=shift,countOnly=countOnly,useProof=useProof,intLumi=intLumi)
for histName, params in histParams.iteritems():
flattener.addHistogram(histName,**params)
for selName, sel in histSelections.iteritems():
if sel: flattener.addSelection(selName,**sel['kwargs'])
flattener.flattenAll(progressbar=pbar,njobs=njobs,job=job,multi=multi)
def flatten(directory):
wzFlatten = FlattenTree(
ntupleDirectory = sourceDirectory,
treeName = 'WZTree',
)
for histName, params in histParameters.iteritems():
wzFlatten.addHistogram(histName,**params)
sample = directory.split('/')[-1]
nl = 3
for region in ['PPP','PPF','PFP','FPP','PFF','FPF','FFP','FFF']:
scalefactor = '*'.join([scaleMap[region[x]][x] for x in range(3)]+['genWeight'])
if isData(sample): scalefactor = '1'
cut = ' && '.join(['{0}=={1}'.format(tightVar[x],1 if region[x]=='P' else 0) for x in range(3)]+[baseCut])
postfix = '' if region=='PPP' else region
wzFlatten.flatten(sample,'flat/WZ/{0}.root'.format(sample),cut,scalefactor=scalefactor,postfix=postfix)
def flatten(directory):
wzFlatten = FlattenTree(
ntupleDirectory=sourceDirectory,
treeName='WZTree',
)
for histName, params in histParameters.iteritems():
wzFlatten.addHistogram(histName, **params)
sample = directory.split('/')[-1]
nl = 3
for region in ['PPP', 'PPF', 'PFP', 'FPP', 'PFF', 'FPF', 'FFP', 'FFF']:
scalefactor = '*'.join([scaleMap[region[x]][x]
for x in range(3)] + ['genWeight'])
if isData(sample): scalefactor = '1'
cut = ' && '.join([
'{0}=={1}'.format(tightVar[x], 1 if region[x] == 'P' else 0)
for x in range(3)
] + [baseCut])
postfix = '' if region == 'PPP' else region
wzFlatten.flatten(sample,
'flat/WZ/{0}.root'.format(sample),
cut,
scalefactor=scalefactor,
postfix=postfix)
import os
import sys
import glob
import logging
from DevTools.Plotter.FlattenTree import FlattenTree
logger = logging.getLogger("Hpp3lFlatten")
logging.basicConfig(level=logging.INFO, stream=sys.stderr, format='%(asctime)s.%(msecs)03d %(levelname)s %(name)s: %(message)s', datefmt='%Y-%m-%d %H:%M:%S')
myCut = "hpp1_passTight==1 && hpp2_passTight==1 && hm1_passTight==1"
sourceDirectory = '/hdfs/store/user/dntaylor/2016-02-28_Hpp3lAnalysis_v1/'
hpp3lFlatten = FlattenTree(
ntupleDirectory=sourceDirectory,
treeName='Hpp3lTree',
)
for sDir in glob.glob('{0}/*'.format(sourceDirectory)):
sample = sDir.split('/')[-1]
hpp3lFlatten.flatten(sample,'flat/Hpp3l/{0}.root'.format(sample),myCut)
import os
import sys
import glob
import logging
from DevTools.Plotter.FlattenTree import FlattenTree
logger = logging.getLogger("SingleElectronFlatten")
logging.basicConfig(level=logging.INFO, stream=sys.stderr, format='%(asctime)s.%(msecs)03d %(levelname)s %(name)s: %(message)s', datefmt='%Y-%m-%d %H:%M:%S')
myCut = 'l1_genMatch==1'
sourceDirectory = '/hdfs/store/user/dntaylor/2016-03-02_SingleElectronAnalysis_v1/'
eFlatten = FlattenTree(
ntupleDirectory=sourceDirectory,
treeName='ETree',
)
histParams = {
'pt_v_dz' : {'xVariable': 'l1_pt', 'yVariable': 'fabs(l1_dz)', 'xBinning': [50,0,500], 'yBinning': [50,0,0.5]},
'pt_v_dxy': {'xVariable': 'l1_pt', 'yVariable': 'fabs(l1_dxy)', 'xBinning': [50,0,500], 'yBinning': [50,0,0.3]},
}
for histName, params in histParams.iteritems():
eFlatten.add2DHistogram(histName,**params)
for sDir in glob.glob('{0}/*'.format(sourceDirectory)):
sample = sDir.split('/')[-1]
eFlatten.flatten2D(sample,'flat/SingleElectron/{0}.root'.format(sample),myCut)
def flatten(directory, **kwargs):
sample = directory.split('/')[-1]
if hasProgress:
pbar = kwargs.pop(
'progressbar',
ProgressBar(widgets=[
'{0}: '.format(sample), ' ',
SimpleProgress(), ' histograms ',
Percentage(), ' ',
Bar(), ' ',
ETA()
]))
else:
pbar = None
eFlatten = FlattenTree(
ntupleDirectory=sourceDirectory,
treeName='ETree',
)
eFlatten.initializeSample(sample, 'flat/Electron/{0}.root'.format(sample))
for histName, params in histParams.iteritems():
eFlatten.addHistogram(histName, **params)
promptCut = 'e_genMatch==1 && e_genIsPrompt==1'
fakeCut = '(e_genMatch==0 || (e_genMatch==1 && e_genIsFromHadron))'
barrelCut = 'fabs(e_eta)<1.479'
endcapCut = 'fabs(e_eta)>1.479'
lowpt = 'e_pt<50'
highpt = 'e_pt>100'
eFlatten.addSelection(promptCut)
eFlatten.addSelection(fakeCut, postfix='fake')
eFlatten.addSelection(' && '.join([promptCut, barrelCut]),
postfix='barrel')
eFlatten.addSelection(' && '.join([fakeCut, barrelCut]),
postfix='barrel_fake')
eFlatten.addSelection(' && '.join([promptCut, endcapCut]),
postfix='endcap')
eFlatten.addSelection(' && '.join([fakeCut, endcapCut]),
postfix='endcap_fake')
eFlatten.addSelection(' && '.join([promptCut, lowpt]), postfix='lowpt')
eFlatten.addSelection(' && '.join([fakeCut, lowpt]), postfix='lowpt_fake')
eFlatten.addSelection(' && '.join([promptCut, highpt]), postfix='highpt')
eFlatten.addSelection(' && '.join([fakeCut, highpt]),
postfix='highpt_fake')
eFlatten.flattenAll(progressbar=pbar)
def flatten(directory,**kwargs):
sample = directory.split('/')[-1]
if hasProgress:
pbar = kwargs.pop('progressbar',ProgressBar(widgets=['{0}: '.format(sample),' ',SimpleProgress(),' histograms ',Percentage(),' ',Bar(),' ',ETA()]))
else:
pbar = None
eFlatten = FlattenTree(
ntupleDirectory=sourceDirectory,
treeName='ETree',
)
eFlatten.initializeSample(sample,'flat/Electron/{0}.root'.format(sample))
for histName, params in histParams.iteritems():
eFlatten.addHistogram(histName,**params)
promptCut = 'e_genMatch==1 && e_genIsPrompt==1'
fakeCut = '(e_genMatch==0 || (e_genMatch==1 && e_genIsFromHadron))'
barrelCut = 'fabs(e_eta)<1.479'
endcapCut = 'fabs(e_eta)>1.479'
lowpt = 'e_pt<50'
highpt = 'e_pt>100'
eFlatten.addSelection(promptCut)
eFlatten.addSelection(fakeCut,postfix='fake')
eFlatten.addSelection(' && '.join([promptCut,barrelCut]),postfix='barrel')
eFlatten.addSelection(' && '.join([fakeCut,barrelCut]),postfix='barrel_fake')
eFlatten.addSelection(' && '.join([promptCut,endcapCut]),postfix='endcap')
eFlatten.addSelection(' && '.join([fakeCut,endcapCut]),postfix='endcap_fake')
eFlatten.addSelection(' && '.join([promptCut,lowpt]),postfix='lowpt')
eFlatten.addSelection(' && '.join([fakeCut,lowpt]),postfix='lowpt_fake')
eFlatten.addSelection(' && '.join([promptCut,highpt]),postfix='highpt')
eFlatten.addSelection(' && '.join([fakeCut,highpt]),postfix='highpt_fake')
eFlatten.flattenAll(progressbar=pbar)
