'mcNominal' : sampleToFit.mcRef.histFile,
'mcAlt' : None,
'tagSel' : None
}
if not tnpConf.samplesDef['mcAlt' ] is None:
info['mcAlt' ] = tnpConf.samplesDef['mcAlt' ].histFile
if not tnpConf.samplesDef['tagSel'] is None:
info['tagSel' ] = tnpConf.samplesDef['tagSel'].histFile
effis = None
effFileName ='%s/egammaEffi.txt' % outputDirectory
fOut = open( effFileName,'w')
for ib in range(len(tnpBins['bins'])):
effis = tnpRoot.getAllEffi( info, tnpBins['bins'][ib] )
### formatting assuming 2D bining -- to be fixed
v1Range = tnpBins['bins'][ib]['title'].split(';')[1].split('<')
v2Range = tnpBins['bins'][ib]['title'].split(';')[2].split('<')
if ib == 0 :
astr = '### var1 : %s' % v1Range[1]
print astr
fOut.write( astr + '\n' )
astr = '### var2 : %s' % v2Range[1]
print astr
fOut.write( astr + '\n' )
astr = '%+8.3f\t%+8.3f\t%+8.3f\t%+8.3f\t%5.3f\t%5.3f\t%5.3f\t%5.3f\t%5.3f\t%5.3f\t%5.3f\t%5.3f' % (
float(v1Range[0]), float(v1Range[2]),
float(v2Range[0]), float(v2Range[2]),
'mcNominal': sampleToFit.mcRef.histFile,
'mcAlt': None,
'tagSel': None
}
if not tnpConf.samplesDef['mcAlt'] is None:
info['mcAlt'] = tnpConf.samplesDef['mcAlt'].histFile
if not tnpConf.samplesDef['tagSel'] is None:
info['tagSel'] = tnpConf.samplesDef['tagSel'].histFile
effis = None
effFileName = '%s/egammaEffi.txt' % outputDirectory
fOut = open(effFileName, 'w')
for ib in range(len(tnpBins['bins'])):
effis = tnpRoot.getAllEffi(info, tnpBins['bins'][ib])
### formatting assuming 2D bining -- to be fixed
v1Range = tnpBins['bins'][ib]['title'].split(';')[1].split('<')
v2Range = tnpBins['bins'][ib]['title'].split(';')[2].split('<')
if ib == 0:
astr = '### var1 : %s' % v1Range[1]
print astr
fOut.write(astr + '\n')
astr = '### var2 : %s' % v2Range[1]
print astr
fOut.write(astr + '\n')
astr = '%+8.3f\t%+8.3f\t%+8.3f\t%+8.3f\t%5.3f\t%5.3f\t%5.3f\t%5.3f\t%5.3f\t%5.3f\t%5.3f\t%5.3f' % (
float(v1Range[0]),
float(v1Range[2]),
