#
haddInputFileNames = []
for tauPtResOption in tauPtResOptions:
haddInputFileNames.append(
os.path.join(
outputFilePath,
os.path.basename(fileNames_FWLiteTauPtResAnalyzer[tauPtResOption]
['outputFileName'])))
haddShellFileName = os.path.join(
outputFilePath,
'harvestTauPtResHistograms_%s_%s.csh' % (sampleZtautau, version))
haddOutputFileName = os.path.join(
outputFilePath,
'analyzeTauPtResHistograms_all_%s_%s.root' % (sampleZtautau, version))
retVal_hadd = \
buildConfigFile_hadd(executable_hadd, haddShellFileName, haddInputFileNames, haddOutputFileName)
haddLogFileName = retVal_hadd['logFileName']
#--------------------------------------------------------------------------------
def make_MakeFile_vstring(list_of_strings):
retVal = ""
for i, string_i in enumerate(list_of_strings):
if i > 0:
retVal += " "
retVal += string_i
return retVal
# done building config files, now build Makefile...
makeFileName = "Makefile_TauPtResAnalysis"
bsubFileNames_harvesting[sampleToAnalyze][channelToAnalyze][metResolution_label]['final_harvest_files']:
# CV:
# (1) file name of final harvesting output file is stored at index[1] in final_harvest_file-tuple
# (cf. TauAnalysis/Configuration/python/tools/harvestingLXBatch.py)
# (2) assume that .root files containing histograms for single sample and single channel
# are copied to local disk via rfcp prior to running 'hadd'
final_haddInputFileNames[channelToAnalyze].append(
os.path.join(outputFilePath_channel,
os.path.basename(final_harvest_file[1])))
final_haddShellFileNames[channelToAnalyze] = \
os.path.join(configFilePath, 'harvestSVfitPerformanceHistograms_%s.csh' % version)
final_haddOutputFileNames[channelToAnalyze] = \
os.path.join(outputFilePath_channel, 'svFitPerformanceAnalysisPlots_all_%s.root' % version)
retVal_final_hadd = \
buildConfigFile_hadd(executable_hadd,
final_haddShellFileNames[channelToAnalyze],
final_haddInputFileNames[channelToAnalyze],
final_haddOutputFileNames[channelToAnalyze])
final_haddJobNames[channelToAnalyze] = 'final_hadd_%s' % channelToAnalyze
final_haddLogFileNames[channelToAnalyze] = retVal_final_hadd['logFileName']
#--------------------------------------------------------------------------------
def make_MakeFile_vstring(list_of_strings):
retVal = ""
for i, string_i in enumerate(list_of_strings):
if i > 0:
retVal += " "
retVal += string_i
return retVal
fileNames_FWLiteTauPtResAnalyzer[tauPtResOption]['logFileName'] = logFileName_full
#--------------------------------------------------------------------------------
#--------------------------------------------------------------------------------
#
# build shell script for running 'hadd' in order to collect histograms
# for all "seed", "add" and strip Pt thresholds into single .root file
#
haddInputFileNames = []
for tauPtResOption in tauPtResOptions:
haddInputFileNames.append(os.path.join(outputFilePath,
os.path.basename(fileNames_FWLiteTauPtResAnalyzer[tauPtResOption]['outputFileName'])))
haddShellFileName = os.path.join(outputFilePath, 'harvestTauPtResHistograms_%s_%s.csh' % (sampleZtautau, version))
haddOutputFileName = os.path.join(outputFilePath, 'analyzeTauPtResHistograms_all_%s_%s.root' % (sampleZtautau, version))
retVal_hadd = \
buildConfigFile_hadd(executable_hadd, haddShellFileName, haddInputFileNames, haddOutputFileName)
haddLogFileName = retVal_hadd['logFileName']
#--------------------------------------------------------------------------------
def make_MakeFile_vstring(list_of_strings):
retVal = ""
for i, string_i in enumerate(list_of_strings):
if i > 0:
retVal += " "
retVal += string_i
return retVal
# done building config files, now build Makefile...
makeFileName = "Makefile_TauPtResAnalysis"
makeFile = open(makeFileName, "w")
makeFile.write("\n")
for final_harvest_file in \
bsubFileNames_harvesting[sampleToAnalyze][channelToAnalyze][metResolution_label]['final_harvest_files']:
# CV:
# (1) file name of final harvesting output file is stored at index[1] in final_harvest_file-tuple
# (cf. TauAnalysis/Configuration/python/tools/harvestingLXBatch.py)
# (2) assume that .root files containing histograms for single sample and single channel
# are copied to local disk via rfcp prior to running 'hadd'
final_haddInputFileNames[channelToAnalyze].append(
os.path.join(outputFilePath_channel, os.path.basename(final_harvest_file[1])))
final_haddShellFileNames[channelToAnalyze] = \
os.path.join(configFilePath, 'harvestSVfitPerformanceHistograms_%s.csh' % version)
final_haddOutputFileNames[channelToAnalyze] = \
os.path.join(outputFilePath_channel, 'svFitPerformanceAnalysisPlots_all_%s.root' % version)
retVal_final_hadd = \
buildConfigFile_hadd(executable_hadd,
final_haddShellFileNames[channelToAnalyze],
final_haddInputFileNames[channelToAnalyze],
final_haddOutputFileNames[channelToAnalyze])
final_haddJobNames[channelToAnalyze] = 'final_hadd_%s' % channelToAnalyze
final_haddLogFileNames[channelToAnalyze] = retVal_final_hadd['logFileName']
#--------------------------------------------------------------------------------
def make_MakeFile_vstring(list_of_strings):
retVal = ""
for i, string_i in enumerate(list_of_strings):
if i > 0:
retVal += " "
retVal += string_i
return retVal
# done building config files, now build Makefile...
makeFileName = "Makefile_SVfitPerformanceAnalysis_AHtautau"