def CATSplit(card):
dcIn = cardTools(card)
CATS=dcIn.content['block1']['bin']
print CATS
print dcIn.content['block2']
for iBin in dcIn.content['block1']['bin']:
TargetCard=card.replace('.txt','_'+iBin+'.txt')
print TargetCard
dcOut = cardTools(card)
for jBin in CATS:
if not iBin == jBin :
pkBin = -1
for kBin in dcIn.content['block2']['bin']:
pkBin += 1
if kBin == jBin :
print 'remove' , dcIn.content['block2']['bin'][pkBin],dcIn.content['block2']['process'][pkBin]
dcOut.remCol(bin=kBin,process=dcIn.content['block2']['process'][pkBin])
for iSysType in dcIn.content['systs']:
for iSyst in dcIn.content['systs'][iSysType]:
if jBin in iSyst :
if iSyst in dcOut.content['systs'][iSysType]:
dcOut.remSystLine(systtype=iSysType,tag=iSyst)
dcOut.content['header1']['jmax'] = '*'
dcOut.content['header1']['imax'] = '1'
os.system('rm '+TargetCard)
dcOut.write(TargetCard)
def ChangeModel(iChannel, iEnergy, iMass, card, iAltModel):
if 'altmodel' in channels[
options.Version][iChannel][iEnergy] and iAltModel in channels[
options.Version][iChannel][iEnergy]['altmodel']:
dcIn = cardTools(card)
dcOut = cardTools(card)
cardOut = card.replace('.txt', '_' + iAltModel + '.txt')
print channels[
options.Version][iChannel][iEnergy]['altmodel'][iAltModel]
for iProc in channels[
options.Version][iChannel][iEnergy]['altmodel'][iAltModel]:
print iProc
Val = channels[options.Version][iChannel][iEnergy]['altmodel'][
iAltModel][iProc]
print Val
dcOut.remShape(iProc, Val[0])
dcOut.addShape(iProc, Val[0].replace('$MASS', str(iMass)),
Val[1].replace('$MASS', str(iMass)),
Val[2].replace('$MASS', str(iMass)))
os.system('rm ' + cardOut)
dcOut.write(cardOut)
return cardOut
def RenameSyst(card,renameSyst):
dcIn = cardTools(card)
dcOut = cardTools(card)
print dcIn.content['block2']['bin']
TargetCard = os.path.split(card)[0] + '/' + (os.path.split(card)[1]) + '_rSyst'
# Set Systematic names
for iType in dcIn.content['systs'] :
for iSyst in dcIn.content['systs'][iType]:
for iRename in renameSyst:
oSyst = iRename.split(':')[0]
tSyst = iRename.split(':')[1]
if iSyst == oSyst:
dcOut.content['systs'][iType][tSyst] = dc(dcIn.content['systs'][iType][iSyst])
dcOut.linenumbers[(iType,tSyst)] = dcOut.linenumbers[(iType,iSyst)]
del dcOut.content['systs'][iType][iSyst]
del dcOut.linenumbers[(iType,iSyst)]
# Rename histograms
shFiles = []
for iEntry in dcIn.content['header2'] :
if dcIn.content['header2'][iEntry][0] == 'shapes' and dcIn.content['header2'][iEntry][1] != 'data_obs' and not ':' in dcIn.content['header2'][iEntry][3]:
shFiles.append(dcIn.content['header2'][iEntry][3])
shFiles = list(set(shFiles))
print shFiles
for iFile in shFiles:
fileInName = os.path.split(card)[0]+'/'+iFile
fileOutName = fileInName + '_rSyst'
print fileInName
print fileOutName
fIn = TFile.Open(fileInName,'READ')
fOut = TFile.Open(fileOutName,'RECREATE')
Hists = [X.GetName() for X in fIn.GetListOfKeys()]
for iHist in Hists :
H = fIn.Get(iHist)
if len(iHist.split('_')) > 2 :
iSyst = '_'.join(iHist.split('_')[2:-1])+'_'+iHist.split('_')[-1].replace('Up','').replace('Down','')
for iRename in renameSyst:
oSyst = iRename.split(':')[0]
tSyst = iRename.split(':')[1]
if iSyst == oSyst:
#print H , H.GetTitle()
H.SetName(iHist.replace(oSyst,tSyst))
H.SetTitle(H.GetTitle().replace(oSyst,tSyst))
#print H , H.GetTitle()
fOut.cd()
H.Write()
fIn.Close()
fOut.Close()
keepFile = os.path.split(card)[0]+'/'+iFile + '_rKeep'
os.system('mv '+fileInName+' '+keepFile)
os.system('mv '+fileOutName+' '+fileInName)
os.system('rm '+TargetCard)
dcOut.write(TargetCard)
keepCard = os.path.split(card)[0] + '/' + (os.path.split(card)[1]) + '_rKeep'
os.system('mv '+card+' '+keepCard)
os.system('mv '+TargetCard+' '+card)
def PDFSplit(iChannel,iEnergy,card,TargetCard,iMass):
dcIn = cardTools(card)
dcOut = cardTools(card)
if channels[options.Version][iChannel][iEnergy]['tag'] == 'vbfbb':
print dcIn.content['header1']
dcOut.remShape('background','*')
dcOut.addShape('bkg_qcd' ,'*','CMS_vbfbb_data_workspace.root','w:bkg_$CHANNEL')
dcOut.addShape('bkg_Z','*','CMS_vbfbb_data_workspace.root','w:CMS_vbfbb_Z_model_$CHANNEL')
dcOut.addShape('bkg_top' ,'*','CMS_vbfbb_data_workspace.root','w:Top_model_$CHANNEL')
#print '----'
#print dcOut.content['header2']
print dcIn.content['block2']
print dcIn.content['systs']
dcOut.remCol(process='background')
dcOut.addSystLine(systtype='lnN',tag='CMS_vbfbb_bkg_Z_norm')
dcOut.addSystLine(systtype='lnN',tag='CMS_vbfbb_bkg_Top_norm')
for iBin in xrange(0 , len( dcIn.content['block2']['bin'] ) ):
jBin=dcIn.content['block2']['bin'][iBin]
iProc=dcIn.content['block2']['process'][iBin]
if iProc == 'background' :
YieldIn= float(dcIn.getRate(bin=jBin,process=iProc))
print jBin,iProc, YieldIn
sZjet = dcIn.content['systs']['param']['CMS_vbfbb_nzjet_'+jBin]
sTop = dcIn.content['systs']['param']['CMS_vbfbb_ntop_'+jBin]
dcOut.remSystLine(systtype='param',tag='CMS_vbfbb_nzjet_'+jBin)
dcOut.remSystLine(systtype='param',tag='CMS_vbfbb_ntop_'+jBin)
nQCD = YieldIn - float(sTop[0]) - float(sZjet[0])
dcOut.addCol(jBin,'bkg_qcd' ,'1',str(nQCD),'-1')
dcOut.addCol(jBin,'bkg_Z','2',sZjet[0] ,'-1')
dcOut.addCol(jBin,'bkg_top' ,'3',sTop[0] ,'-1')
dcOut.addSystLine(systtype='lnU',tag='CMS_vbfbb_nqcd_'+jBin)
#dcOut.addSystLine(systtype='lnN',tag='CMS_vbfbb_nzjet_'+jBin)
#dcOut.addSystLine(systtype='lnN',tag='CMS_vbfbb_ntop_'+jBin)
Zsyst=1.+round(float(sZjet[1])/float(sZjet[0]),3)
Tsyst=1.+round(float(sTop[1])/float(sTop[0]),3)
dcOut.setSyst(bin=jBin, processId='1', syst='lnU', tag='CMS_vbfbb_nqcd_'+jBin ,value='1.05')
#dcOut.setSyst(bin=jBin, processId='2', syst='lnN', tag='CMS_vbfbb_nzjet_'+jBin ,value=str(Zsyst))
#dcOut.setSyst(bin=jBin, processId='3', syst='lnN', tag='CMS_vbfbb_ntop_'+jBin ,value=str(Tsyst))
dcOut.setSyst(bin=jBin, processId='2', syst='lnN', tag='CMS_vbfbb_bkg_Z_norm' ,value=str(Zsyst))
dcOut.setSyst(bin=jBin, processId='3', syst='lnN', tag='CMS_vbfbb_bkg_Top_norm' ,value=str(Tsyst))
dcOut.content['header1']['jmax'] = '*'
dcOut.content['header1']['imax'] = '*'
print dcOut.content['systs']
else:
print 'PDFSplit UNDEFINED for channel : ' , channels[options.Version][iChannel][iEnergy]['tag']
os.system('rm '+TargetCard)
dcOut.write(TargetCard)
def RenormProc(card,renormProc):
dcIn = cardTools(card)
dcOut = cardTools(card)
print dcIn.content['block2']['bin']
TargetCard = os.path.split(card)[0] + '_rProc/' + (os.path.split(card)[1])
os.system('mkdir -p '+os.path.split(card)[0] + '_rProc')
# Scale Yields
for iBin in xrange(0 , len( dcIn.content['block2']['bin'] ) ):
jBin=dcIn.content['block2']['bin'][iBin]
iProc=dcIn.content['block2']['process'][iBin]
for iRenorm in renormProc:
pRenorm = iRenorm.split(':')[0]
fRenorm = float(iRenorm.split(':')[1])
if pRenorm == iProc :
YieldIn = float(dcIn.getRate(bin=jBin,process=iProc))
YieldOut = YieldIn*fRenorm
print iProc, YieldIn , '--> ' , YieldOut
dcOut.setRate(bin=jBin,process=iProc,value=YieldOut)
# Histograms
shFiles = []
for iEntry in dcIn.content['header2'] :
if dcIn.content['header2'][iEntry][0] == 'shapes' and dcIn.content['header2'][iEntry][1] != 'data_obs' and not ':' in dcIn.content['header2'][iEntry][3]:
shFiles.append(dcIn.content['header2'][iEntry][3])
shFiles = list(set(shFiles))
print shFiles
for iFile in shFiles:
fileInName = os.path.split(card)[0]+'/'+iFile
fileOutName = os.path.split(card)[0] + '_rProc/' +iFile
print fileInName
print fileOutName
fIn = TFile.Open(fileInName,'READ')
fOut = TFile.Open(fileOutName,'RECREATE')
Hists = [X.GetName() for X in fIn.GetListOfKeys()]
for iHist in Hists :
H = fIn.Get(iHist)
for iRenorm in renormProc:
pRenorm = iRenorm.split(':')[0]
fRenorm = float(iRenorm.split(':')[1])
if pRenorm in iHist :
H.Scale(fRenorm)
#print H , H.GetTitle()
fOut.cd()
H.Write()
fIn.Close()
fOut.Close()
os.system('rm '+TargetCard)
dcOut.write(TargetCard)
def WJetFix(cardIn,cardForWJ):
if not iChannel in preProc['WJetFix']['ChannelList'] :
return cardIn
cardWJ =cardForWJ.replace(cardDir,'couplings').replace(str(iMass),(preProc['WJetFix']['massWJ']).replace('$MASS',str(iMass))).replace('_hsm','')
cardOut=cardIn.replace(os.path.splitext(cardIn)[1],'_WJetFix'+os.path.splitext(cardIn)[1] )
print 'WJetFix IN :', cardIn
print 'WJetFix WJet:', cardWJ
print 'WJetFix OUT :', cardOut
dcIn = cardTools(cardIn)
dcWJ = cardTools(cardWJ)
for iBin in dcIn.content['block1']['bin']:
ProcList=[]
iPosProc=-1
for jBin in dcIn.content['block2']['bin']:
iPosProc += 1
Proc=dcIn.content['block2']['process'][iPosProc]
ProcList.append(Proc)
for iProc in preProc['WJetFix']['processList'] :
if iProc in ProcList:
#print iProc
dcIn.setRate(bin=iBin,process=iProc,value=dcWJ.getCol(bin=iBin,process=iProc)['block2']['rate'])
for iSystType in dcIn.content['systs']:
for iSyst in dcIn.content['systs'][iSystType]:
dcIn.setSyst(bin=iBin,process=iProc,syst=iSystType, tag=iSyst , value='-')
for iSystType in dcWJ.content['systs']:
if iSystType in dcIn.content['systs']:
for iSyst in dcWJ.content['systs'][iSystType]:
if iSyst in dcIn.content['systs'][iSystType]:
dcIn.setSyst(bin=iBin,process=iProc,syst=iSystType, tag=iSyst , value= dcWJ.getSyst(bin=iBin,process=iProc,syst=iSystType, tag=iSyst))
#print len(dcIn.content['header2']) , '-->' , dcIn.content['header2']
if len(dcIn.content['header2']) > 0:
for iShape in dcWJ.content['header2']:
#print dcWJ.content['header2'][iShape][1]
if dcWJ.content['header2'][iShape][1] == '*' or dcWJ.content['header2'][iShape][1] == 'iProc':
#print 'Replace'
Shape=dcWJ.content['header2'][iShape]
#print cardDir
FileWJ=cardWJ.replace(cardWJ.split('/')[-1],Shape[3])
if len(Shape) == 5 : dcIn.addShape(iProc,Shape[2],FileWJ,Shape[4])
if len(Shape) == 6 : dcIn.addShape(iProc,Shape[2],FileWJ,Shape[4],Shape[5])
#print len(dcIn.content['header2']) , '-->' , dcIn.content['header2']
os.system('rm '+cardOut)
dcIn.write(cardOut)
return cardOut
def KillqqHALT(card):
print 'Kill qqH in ', card
dcOut = cardTools(card)
cardOut = card.replace('.txt', '_noqqHALT.txt')
dcOut.remCol(process='qqbarH_ALT')
os.system('rm ' + cardOut)
dcOut.write(cardOut)
return cardOut
def KillqqHALT(card):
print 'Kill qqH in ',card
dcOut = cardTools(card)
cardOut=card.replace('.txt','_noqqHALT.txt')
dcOut.remCol(process='qqbarH_ALT')
os.system('rm '+cardOut)
dcOut.write(cardOut)
return cardOut
def ChangeModel(iChannel,iEnergy,iMass,card,iAltModel):
if 'altmodel' in channels[options.Version][iChannel][iEnergy] and iAltModel in channels[options.Version][iChannel][iEnergy]['altmodel']:
dcIn = cardTools(card)
dcOut = cardTools(card)
cardOut=card.replace('.txt','_'+iAltModel+'.txt')
print channels[options.Version][iChannel][iEnergy]['altmodel'][iAltModel]
for iProc in channels[options.Version][iChannel][iEnergy]['altmodel'][iAltModel]:
print iProc
Val=channels[options.Version][iChannel][iEnergy]['altmodel'][iAltModel][iProc]
print Val
dcOut.remShape(iProc,Val[0])
dcOut.addShape(iProc,Val[0].replace('$MASS',str(iMass)) ,Val[1].replace('$MASS',str(iMass)) ,Val[2].replace('$MASS',str(iMass)) )
os.system('rm '+cardOut)
dcOut.write(cardOut)
return cardOut
from manipDataCard import card as cardTools
from copy import deepcopy
TargetDir = '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1hzzlike/'
Config = {
'hwwof_0j_7TeV.txt' : { '1p' : '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1p/' , '1m' : '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1m/' } ,
'hwwof_1j_7TeV.txt' : { '1p' : '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1p/' , '1m' : '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1m/' } ,
'hwwof_0j_8TeV.txt' : { '1p' : '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1p/' , '1m' : '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1m/' } ,
'hwwof_1j_8TeV.txt' : { '1p' : '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1p/' , '1m' : '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1m/' }
}
for iComb in Config:
dc1p = cardTools(Config[iComb]['1p']+iComb)
dc1m = cardTools(Config[iComb]['1m']+iComb)
dcOut = cardTools(Config[iComb]['1m']+iComb)
# Copy 1p to ggH_ALT2
dcOut.addCol( dc1p.content['block2']['bin'][1] , 'ggH_ALT2' , -6 , dc1p.content['block2']['rate'][1] , dc1p.content['block1']['observation'][0] )
#print dcOut.content['block1']
#print dcOut.content['block2']
# Set systematics
for iType in dc1p.content['systs'] :
#print iType
for iSyst in dc1p.content['systs'][iType]:
#print iSyst, dc1p.getSyst( bin=dc1p.content['block2']['bin'][1] , process='ggH_ALT' , syst=iType , tag=iSyst )
if not 'StatBound' in iSyst:
dcOut.setSyst( bin=dc1p.content['block2']['bin'][1] , process='ggH_ALT2' , syst=iType , tag=iSyst , value=dc1p.getSyst( bin=dc1p.content['block2']['bin'][1] , process='ggH_ALT' , syst=iType , tag=iSyst ) )
def SMToys(cardIn):
dirName=os.path.dirname(cardIn)
cardOut=cardIn.replace(os.path.splitext(cardIn)[1],'_SMToys'+os.path.splitext(cardIn)[1] )
dcIn = cardTools(cardIn)
dcOut = cardTools(cardIn)
for iBin in dcIn.content['block1']['bin']:
iPosProc=-1
INJList=[]
SMXList=[]
ShapeProc={}
# Copy rate and syst from *_SM to Signal
for jBin in dcIn.content['block2']['bin']:
iPosProc += 1
Proc=dcIn.content['block2']['process'][iPosProc]
PrId=dcIn.content['block2']['processId'][iPosProc]
if iBin == jBin and '_SM' in Proc:
INJList.append(Proc)
if iBin == jBin and int(PrId) <= 0:
SMXList.append(Proc)
for iProc in SMXList:
#print iProc
if iProc+'_SM' in INJList:
jProc=iProc+'_SM'
dcOut.setRate(bin=iBin,process=iProc,value=dcIn.getCol(bin=iBin,process=jProc)['block2']['rate'])
SkipList=[]
for iSystType in dcOut.content['systs']:
for iSyst in dcOut.content['systs'][iSystType]:
dcOut.setSyst(bin=iBin,process=iProc,syst=iSystType, tag=iSyst , value='-')
if '_SM' in iSyst :
jSyst=iSyst.replace('_SM','')
SkipList.append(jSyst)
for iSystType in dcIn.content['systs']:
for iSyst in dcIn.content['systs'][iSystType]:
jSyst=iSyst
if '_SM' in iSyst and iSystType != 'shape' and iSystType != 'shapeN2' :
jSyst=iSyst.replace('_SM','')
#print iSyst , '->' , jSyst , iSystType
if jSyst in dcOut.content['systs'][iSystType] and iSyst not in SkipList :
dcOut.setSyst(bin=iBin,process=iProc,syst=iSystType, tag=jSyst , value= dcIn.getSyst(bin=iBin,process=jProc,syst=iSystType, tag=iSyst))
if len(dcIn.content['header2']) > 0:
dcOut.remShape(jProc)
for iShape in dcIn.content['header2']:
if ( dcIn.content['header2'][iShape][1] == '*' or dcIn.content['header2'][iShape][1] == jProc ) and ( dcIn.content['header2'][iShape][2] == '*' or dcIn.content['header2'][iShape][2] == iBin ) :
if iProc not in ShapeProc:
ShapeProc[iProc] = deepcopy(dcIn.content['header2'][iShape])
else:
if ShapeProc[iProc][1] == '*' or ShapeProc[iProc][2] == '*' : ShapeProc[iProc] = deepcopy(dcIn.content['header2'][iShape])
else:
sys.exit('ERROR: Missing process to inject : '+iProc)
# Add Shape lines if needed
for sProc in ShapeProc:
ShapeProc[sProc][1] = sProc
ShapeProc[sProc][2] = iBin
ShapeProc[sProc][4] = ShapeProc[sProc][4].replace('$PROCESS',sProc+'_SM')
ShapeProc[sProc][5] = ShapeProc[sProc][5].replace('$PROCESS',sProc+'_SM')
dcOut.addShape(sProc,iBin,ShapeProc[sProc][3],ShapeProc[sProc][4],ShapeProc[sProc][5])
# Remove *_SM process
for jProc in INJList:
dcOut.remCol(bin=iBin,process=jProc)
# Fix lnU systematic
if 'lnU' in dcOut.content['systs']:
print dcOut.content['systs']['lnU']
for iSyst in dcOut.content['systs']['lnU']:
for i in xrange(0,len(dcOut.content['systs']['lnU'][iSyst])-1):
dcOut.content['systs']['lnU'][iSyst][i] = '-'
print dcOut.content['systs']['lnU']
os.system('rm '+cardOut)
dcOut.write(cardOut)
return cardOut
def ExtrapolateMass(iChannel,iEnergy,card,TargetCard,iMass,iMassExtra):
#print 'ExtrapolateMass: ',iChannel,card,TargetCard,iMass,iMassExtra
dcIn = cardTools(card)
dcOut = cardTools(card)
print channels[options.Version][iChannel][iEnergy]
# Load YR Data
#path = os.environ['CMSSW_BASE']+"/src/HiggsAnalysis/CombinedLimit/data/"
path = '/afs/cern.ch/work/x/xjanssen/cms/vbfHbbCards/CMSSW_6_1_1'+'/src/HiggsAnalysis/CombinedLimit/data/'
xs_ggH = file2map(path+'lhc-hxswg/sm/xs/'+iEnergy+'/'+iEnergy+'-ggH.txt')
xs_qqH = file2map(path+'lhc-hxswg/sm/xs/'+iEnergy+'/'+iEnergy+'-vbfH.txt')
xs_WH = file2map(path+'lhc-hxswg/sm/xs/'+iEnergy+'/'+iEnergy+'-WH.txt')
xs_ZH = file2map(path+'lhc-hxswg/sm/xs/'+iEnergy+'/'+iEnergy+'-ZH.txt')
xs_ttH = file2map(path+'lhc-hxswg/sm/xs/'+iEnergy+'/'+iEnergy+'-ttH.txt')
br_VV = file2map(path+'lhc-hxswg/sm/br/BR.txt')
br_ff = file2map(path+'lhc-hxswg/sm/br/BR1.txt')
# Scale Yields
for iBin in xrange(0 , len( dcIn.content['block2']['bin'] ) ):
jBin=dcIn.content['block2']['bin'][iBin]
iProc=dcIn.content['block2']['process'][iBin]
# X-section
xs_Scale = 1.
if dcIn.content['block2']['process'][iBin] == 'ggH' : xs_Scale = GetYRVal(xs_ggH,iMassExtra,'XS_pb')/GetYRVal(xs_ggH,iMass,'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'qqH' : xs_Scale = GetYRVal(xs_qqH,iMassExtra,'XS_pb')/GetYRVal(xs_qqH,iMass,'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'WH' : xs_Scale = GetYRVal(xs_WH, iMassExtra,'XS_pb')/GetYRVal(xs_WH ,iMass,'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'ZH' : xs_Scale = GetYRVal(xs_ZH, iMassExtra,'XS_pb')/GetYRVal(xs_ZH ,iMass,'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'ttH' : xs_Scale = GetYRVal(xs_ttH,iMassExtra,'XS_pb')/GetYRVal(xs_ttH,iMass,'XS_pb')
# BR
br_Scale = 1.
if dcIn.content['block2']['process'][iBin] in ['ggH','qqH','WH','ZH','ttH']:
if channels[options.Version][iChannel][iEnergy]['tag'] == 'vbfbb' : br_Scale = GetYRVal(br_ffr,iMassExtra,'H_bb')/GetYRVal(br_ff,iMass,'H_bb')
if channels[options.Version][iChannel][iEnergy]['branch'] == 'hww' : br_Scale = GetYRVal(br_VV ,iMassExtra,'H_WW')/GetYRVal(br_VV,iMass,'H_WW')
else :
print 'ERROR: Unknown BR for :', iChannel, channels[options.Version][iChannel][iEnergy]['tag']
exit()
YieldIn= float(dcIn.getRate(bin=jBin,process=iProc))
YieldOut= float(dcIn.getRate(bin=jBin,process=iProc))*xs_Scale*br_Scale
#print xs_Scale , br_Scale
print jBin,iProc,dcIn.getRate(bin=jBin,process=iProc) , '-->' , str(YieldIn*xs_Scale*br_Scale)
dcOut.setRate(bin=jBin,process=iProc,value=YieldOut)
# Modify Workspace : vbfbb -> change mass of H template
if channels[options.Version][iChannel][iEnergy]['tag'] == 'vbfbb':
for iEntry in dcIn.content['header2']:
if dcIn.content['header2'][iEntry][1] == 'qqH' and (dcIn.content['header2'][iEntry][2] == iBin or dcIn.content['header2'][iEntry][2] == '*') :
fName = card.replace(channels[options.Version][iChannel][iEnergy]['card'],dcIn.content['header2'][iEntry][3])
wName = dcIn.content['header2'][iEntry][4].split(':')[0]
wFile = TFile.Open(fName,'READ')
wTmp = wFile.Get(wName)
gROOT.ProcessLine('gROOT->cd()')
w = wTmp.Clone()
wTmp.Delete()
wFile.Close()
MassList=[115, 120, 125, 130, 135]
MassFit = {}
MassExt = {}
for iBin in dcIn.content['block1']['bin'] :
MassFit[iBin] = { }
for jMass in massList:
MassFit[iBin][jMass] = w.obj('CMS_vbfbb_mean_m'+str(jMass)+'_'+iBin).getVal()
for iBin in dcIn.content['block1']['bin'] :
h = TH1F('hMassFit','hMassFit',5,112.5,137.5)
for jMass in MassList:
h.Fill(jMass, MassFit[iBin][jMass])
pol1=TF1("pol1","[0]+[1]*x",110,140.)
fit = h.Fit("pol1","0")
p0 = pol1.GetParameter(0);
p1 = pol1.GetParameter(1);
h.Delete()
pol1.Delete()
fit.Delete()
MassExt[iBin] = round(p0 + p1 * iMassExtra,3)
print iMassExtra, MassExt[iBin]
for iBin in dcIn.content['block1']['bin'] :
w.obj('CMS_vbfbb_mean_m'+str(iMass)+'_'+iBin).setVal(MassExt[iBin])
dcOut.content['systs']['param']['CMS_vbfbb_mean_m'+str(iMass)+'_'+iBin][0] = str(MassExt[iBin])
print 'CMS_vbfbb_mean_m'+str(iMass)+'_'+iBin , ':' , dcIn.content['systs']['param']['CMS_vbfbb_mean_m'+str(iMass)+'_'+iBin] , ' --> ' , dcOut.content['systs']['param']['CMS_vbfbb_mean_m'+str(iMass)+'_'+iBin]
fOutName = fName.replace(str(iMass),str(iMassExtra)).replace('.root','_m'+str(iMass)+'Extrapolated.root')
fOut = TFile(fOutName,"RECREATE")
w.Write()
w.Delete()
fOut.Close()
print fOutName
for iEntry in dcOut.content['header2']:
if dcOut.content['header2'][iEntry][1] in ['qqH','ggH']:
dcOut.content['header2'][iEntry][3] = dcOut.content['header2'][iEntry][3].replace('.root','_m'+str(iMass)+'Extrapolated.root')
# Modify Histograms for HWW2l2v
if channels[options.Version][iChannel][iEnergy]['branch'] == 'hww' and any(['shapes' in X for X in dcIn.content['header2'].itervalues()]) :
shFiles = []
for iEntry in dcIn.content['header2'] :
if dcIn.content['header2'][iEntry][0] == 'shapes' and dcIn.content['header2'][iEntry][1] != 'data_obs' and not ':' in dcIn.content['header2'][iEntry][3]:
shFiles.append(dcIn.content['header2'][iEntry][3])
shFiles = list(set(shFiles))
print shFiles
for iFile in shFiles:
fileInName = os.path.split(card)[0]+'/'+iFile
fileOutName = os.path.split(TargetCard)[0]+'/'+iFile
print fileInName
print fileOutName
fIn = TFile.Open(fileInName,'READ')
fOut = TFile.Open(fileOutName,'RECREATE')
Hists = [X.GetName() for X in fIn.GetListOfKeys()]
for iHist in Hists :
H = fIn.Get(iHist)
isHiggs = False
if len(iHist.split('_')) == 2 :
if iHist.split('_')[1] in ['ggH','qqH','ZH','WH','ttH'] : isHiggs = True
elif len(iHist.split('_')) > 2 :
if iHist.split('_')[1] in ['ggH','qqH','ZH','WH','ttH'] and iHist.split('_')[2] != 'SM' : isHiggs = True
if isHiggs :
xs_Scale = 1.
if iHist.split('_')[1] == 'ggH' : xs_Scale = GetYRVal(xs_ggH,iMassExtra,'XS_pb')/GetYRVal(xs_ggH,iMass,'XS_pb')
if iHist.split('_')[1] == 'qqH' : xs_Scale = GetYRVal(xs_qqH,iMassExtra,'XS_pb')/GetYRVal(xs_qqH,iMass,'XS_pb')
if iHist.split('_')[1] == 'WH' : xs_Scale = GetYRVal(xs_WH ,iMassExtra,'XS_pb')/GetYRVal(xs_WH ,iMass,'XS_pb')
if iHist.split('_')[1] == 'ZH' : xs_Scale = GetYRVal(xs_ZH ,iMassExtra,'XS_pb')/GetYRVal(xs_ZH ,iMass,'XS_pb')
if iHist.split('_')[1] == 'ttH' : xs_Scale = GetYRVal(xs_ttH,iMassExtra,'XS_pb')/GetYRVal(xs_ttH,iMass,'XS_pb')
#if len(iHist.split('_')) == 2 :
# print H.Integral()
# print xs_Scale , br_Scale
br_Scale = GetYRVal(br_VV,iMassExtra,'H_WW')/GetYRVal(br_VV,iMass,'H_WW')
H.Scale(xs_Scale*br_Scale)
#if len(iHist.split('_')) == 2 : print H.Integral()
fOut.cd()
H.Write()
fIn.Close()
fOut.Close()
os.system('rm '+TargetCard)
dcOut.write(TargetCard)
print "Input Data Card : ",options.InputFile
print "Output EFT File : ",options.OutputFile
if options.InputFile == 'None' :
print 'Undefined Input File -> exit()'
exit()
if options.OutputFile == 'None' :
print 'Undefined Output File -> exit()'
exit()
if options.InputFile == options.OutputFile :
print 'Input and Output files are the same !!! -> exit()'
exit()
# Open Files
dc=cardTools(options.InputFile)
f = open(options.OutputFile,'w')
# [Global] Section
f.write('[Global] \n')
# ... EFT parameters
Params=options.params.split(';')
f.write('dimension = '+str(len(Params))+'\n')
nParam=0
for iParam in Params :
nParam+=1
vParam = iParam.split(':')
f.write('par'+str(nParam)+'Name = ' + vParam[0] + '\n')
def SMInject(cardIn,rmSMProc=True):
dirName=os.path.dirname(cardIn)
cardOut=cardIn.replace(os.path.splitext(cardIn)[1],'_SMInject'+os.path.splitext(cardIn)[1] )
dcIn = cardTools(cardIn)
dcOut = cardTools(cardIn)
#dcIn.write()
#print dcIn.content['block1']
#print dcIn.content['block2']
iPosBin=-1
for iBin in dcIn.content['block1']['bin']:
iPosBin+=1
iPosProc=-1
RateBG=0.
RateSM=0.
ProcList=[]
INJList=[]
for jBin in dcIn.content['block2']['bin']:
iPosProc += 1
Proc=dcIn.content['block2']['process'][iPosProc]
PrId=dcIn.content['block2']['processId'][iPosProc]
if iBin == jBin and '_SM' in Proc:
INJList.append(Proc)
ProcList.append(Proc)
RateSM+=float(dcIn.getRate(bin=iBin,process=Proc))
if iBin == jBin and int(PrId) > 0 and '_SM' not in Proc:
ProcList.append(Proc)
RateBG+=float(dcIn.getRate(bin=iBin,process=Proc))
RateInj=RateSM+RateBG
#print ProcList , RateInj , RateSM , RateBG
dcOut.content['block1']['observation'][iPosBin] = str(int(round(RateInj,0)))
if len(dcIn.content['header2']) > 0:
dcOut.remShape('data_obs')
ShapeData=[]
ShapeProc={}
for iShape in dcIn.content['header2']:
#print 'SHAPE:' , dcIn.content['header2'][iShape]
if dcIn.content['header2'][iShape][1] == 'data_obs' and ( dcIn.content['header2'][iShape][2] == '*' or dcIn.content['header2'][iShape][2] == iBin ) :
if len(ShapeData) == 0 :
ShapeData=deepcopy(dcIn.content['header2'][iShape])
else :
if ShapeData[2] == '*' : ShapeData=deepcopy(dcIn.content['header2'][iShape])
for Proc in ProcList:
if ( dcIn.content['header2'][iShape][1] == '*' or dcIn.content['header2'][iShape][1] == Proc ) and ( dcIn.content['header2'][iShape][2] == '*' or dcIn.content['header2'][iShape][2] == iBin ) :
if Proc not in ShapeProc:
ShapeProc[Proc] = deepcopy(dcIn.content['header2'][iShape])
else:
if ShapeProc[Proc][1] == '*' or ShapeProc[Proc][2] == '*' : ShapeProc[Proc] = deepcopy(dcIn.content['header2'][iShape])
# Create Pseudo-data
PseudoDataFirst = False
for sProc in ShapeProc:
fileName=dirName+'/'+ShapeProc[sProc][3]
histName=ShapeProc[sProc][4].replace('$PROCESS',sProc)
fHist = TFile.Open(fileName)
Hist = fHist.Get(histName)
gROOT.cd()
if not PseudoDataFirst :
PseudoDataFirst = True
PseudoData = Hist.Clone("histo_PseudoData")
PseudoData.SetTitle("histo_PseudoData")
else :
PseudoData.Add(Hist)
fHist.Close()
# round Pseudo-data (including under/over-flow)
for i in xrange(0,PseudoData.GetNbinsX()+2):
val = round(PseudoData.GetBinContent(i),0)
if val>0 : err=sqrt(val)
else : err=0
PseudoData.SetBinContent(i,val)
PseudoData.SetBinError(i,err)
dcOut.content['block1']['observation'][iPosBin] = str(int(round(PseudoData.Integral(),0)))
fileShape=ShapeData[3]
fileShape=fileShape.replace(os.path.splitext(fileShape)[1],'_pseudodata_'+iBin+os.path.splitext(fileShape)[1] )
fHist = TFile.Open(dirName+'/'+fileShape,'RECREATE')
PseudoData.Write()
fHist.Close()
dcOut.addShape('data_obs',iBin,fileShape,'histo_PseudoData')
# Remove *_SM process
if rmSMProc:
for jProc in INJList:
dcOut.remCol(bin=iBin,process=jProc)
#print PseudoData.Integral() , PseudoData.IsA().GetName() , fileShape
#print ShapeProc
print dcIn.content['block1'] , '--->' ,dcOut.content['block1']
os.system('rm '+cardOut)
dcOut.write(cardOut)
return cardOut
def SMToys(cardIn):
dirName = os.path.dirname(cardIn)
cardOut = cardIn.replace(
os.path.splitext(cardIn)[1], '_SMToys' + os.path.splitext(cardIn)[1])
dcIn = cardTools(cardIn)
dcOut = cardTools(cardIn)
for iBin in dcIn.content['block1']['bin']:
iPosProc = -1
INJList = []
SMXList = []
ShapeProc = {}
# Copy rate and syst from *_SM to Signal
for jBin in dcIn.content['block2']['bin']:
iPosProc += 1
Proc = dcIn.content['block2']['process'][iPosProc]
PrId = dcIn.content['block2']['processId'][iPosProc]
if iBin == jBin and '_SM' in Proc:
INJList.append(Proc)
if iBin == jBin and int(PrId) <= 0:
SMXList.append(Proc)
for iProc in SMXList:
#print iProc
if iProc + '_SM' in INJList:
jProc = iProc + '_SM'
dcOut.setRate(bin=iBin,
process=iProc,
value=dcIn.getCol(
bin=iBin, process=jProc)['block2']['rate'])
SkipList = []
for iSystType in dcOut.content['systs']:
for iSyst in dcOut.content['systs'][iSystType]:
dcOut.setSyst(bin=iBin,
process=iProc,
syst=iSystType,
tag=iSyst,
value='-')
if '_SM' in iSyst:
jSyst = iSyst.replace('_SM', '')
SkipList.append(jSyst)
for iSystType in dcIn.content['systs']:
for iSyst in dcIn.content['systs'][iSystType]:
jSyst = iSyst
if '_SM' in iSyst and iSystType != 'shape' and iSystType != 'shapeN2':
jSyst = iSyst.replace('_SM', '')
#print iSyst , '->' , jSyst , iSystType
if jSyst in dcOut.content['systs'][
iSystType] and iSyst not in SkipList:
dcOut.setSyst(bin=iBin,
process=iProc,
syst=iSystType,
tag=jSyst,
value=dcIn.getSyst(bin=iBin,
process=jProc,
syst=iSystType,
tag=iSyst))
if len(dcIn.content['header2']) > 0:
dcOut.remShape(jProc)
for iShape in dcIn.content['header2']:
if (dcIn.content['header2'][iShape][1] == '*'
or dcIn.content['header2'][iShape][1] == jProc
) and (dcIn.content['header2'][iShape][2] == '*' or
dcIn.content['header2'][iShape][2] == iBin):
if iProc not in ShapeProc:
ShapeProc[iProc] = deepcopy(
dcIn.content['header2'][iShape])
else:
if ShapeProc[iProc][1] == '*' or ShapeProc[
iProc][2] == '*':
ShapeProc[iProc] = deepcopy(
dcIn.content['header2'][iShape])
else:
sys.exit('ERROR: Missing process to inject : ' + iProc)
# Add Shape lines if needed
for sProc in ShapeProc:
ShapeProc[sProc][1] = sProc
ShapeProc[sProc][2] = iBin
ShapeProc[sProc][4] = ShapeProc[sProc][4].replace(
'$PROCESS', sProc + '_SM')
ShapeProc[sProc][5] = ShapeProc[sProc][5].replace(
'$PROCESS', sProc + '_SM')
dcOut.addShape(sProc, iBin, ShapeProc[sProc][3],
ShapeProc[sProc][4], ShapeProc[sProc][5])
# Remove *_SM process
for jProc in INJList:
dcOut.remCol(bin=iBin, process=jProc)
# Fix lnU systematic
if 'lnU' in dcOut.content['systs']:
print dcOut.content['systs']['lnU']
for iSyst in dcOut.content['systs']['lnU']:
for i in xrange(0, len(dcOut.content['systs']['lnU'][iSyst]) - 1):
dcOut.content['systs']['lnU'][iSyst][i] = '-'
print dcOut.content['systs']['lnU']
os.system('rm ' + cardOut)
dcOut.write(cardOut)
return cardOut
def ExtrapolateMassEff(iChannel,iEnergy,card,cardLow,cardHigh,TargetCard,vMass,iMassExtra,HistExtraPol=False,ExtraPolMeth='Mix'):
print 'ExtrapolateMassEff: ',iChannel,vMass,iMassExtra
dcIn = cardTools(card)
dcLow = cardTools(cardLow)
dcHigh = cardTools(cardHigh)
dcOut = cardTools(card)
#print channels[options.Version][iChannel][iEnergy]
# Load YR Data
#path = os.environ['CMSSW_BASE']+"/src/HiggsAnalysis/CombinedLimit/data/"
path = '/afs/cern.ch/work/x/xjanssen/cms/vbfHbbCards/CMSSW_6_1_1'+'/src/HiggsAnalysis/CombinedLimit/data/'
xs_ggH = file2map(path+'lhc-hxswg/sm/xs/'+iEnergy+'/'+iEnergy+'-ggH.txt')
xs_qqH = file2map(path+'lhc-hxswg/sm/xs/'+iEnergy+'/'+iEnergy+'-vbfH.txt')
xs_WH = file2map(path+'lhc-hxswg/sm/xs/'+iEnergy+'/'+iEnergy+'-WH.txt')
xs_ZH = file2map(path+'lhc-hxswg/sm/xs/'+iEnergy+'/'+iEnergy+'-ZH.txt')
xs_ttH = file2map(path+'lhc-hxswg/sm/xs/'+iEnergy+'/'+iEnergy+'-ttH.txt')
br_VV = file2map(path+'lhc-hxswg/sm/br/BR.txt')
br_ff = file2map(path+'lhc-hxswg/sm/br/BR1.txt')
# Scale Yields
ScaleFactors = {}
for iBin in xrange(0 , len( dcIn.content['block2']['bin'] ) ):
jBin=dcIn.content['block2']['bin'][iBin]
iProc=dcIn.content['block2']['process'][iBin]
YieldIn= float(dcIn.getRate(bin=jBin,process=iProc))
wLow = 1.
wHigh = 1.
# No Efficiency interpolation
if vMass[0] == vMass[1] :
# X-section
xs_Scale = 1.
if dcIn.content['block2']['process'][iBin] == 'ggH' : xs_Scale = GetYRVal(xs_ggH,iMassExtra,'XS_pb')/GetYRVal(xs_ggH,iMass,'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'qqH' : xs_Scale = GetYRVal(xs_qqH,iMassExtra,'XS_pb')/GetYRVal(xs_qqH,iMass,'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'WH' : xs_Scale = GetYRVal(xs_WH, iMassExtra,'XS_pb')/GetYRVal(xs_WH ,iMass,'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'ZH' : xs_Scale = GetYRVal(xs_ZH, iMassExtra,'XS_pb')/GetYRVal(xs_ZH ,iMass,'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'ttH' : xs_Scale = GetYRVal(xs_ttH,iMassExtra,'XS_pb')/GetYRVal(xs_ttH,iMass,'XS_pb')
# BR
br_Scale = 1.
if dcIn.content['block2']['process'][iBin] in ['ggH','qqH','WH','ZH','ttH']:
if channels[options.Version][iChannel][iEnergy]['branch'] == 'hww' : br_Scale = GetYRVal(br_VV ,iMassExtra,'H_WW')/GetYRVal(br_VV,iMass,'H_WW')
else :
print 'ERROR: Unknown BR for :', iChannel, channels[options.Version][iChannel][iEnergy]['tag']
exit()
YieldOut= float(dcIn.getRate(bin=jBin,process=iProc))*xs_Scale*br_Scale
YieldLow =YieldOut
YieldHigh=YieldOut
elif vMass[0] < vMass[1] :
wLow = float(iMassExtra-vMass[0])/float(vMass[1]-vMass[0])
wHigh = float(vMass[1]-iMassExtra)/float(vMass[1]-vMass[0])
# X-section
xs_Scale_Low = 1.
if dcIn.content['block2']['process'][iBin] == 'ggH' : xs_Scale_Low = GetYRVal(xs_ggH,iMassExtra,'XS_pb')/GetYRVal(xs_ggH,vMass[0],'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'qqH' : xs_Scale_Low = GetYRVal(xs_qqH,iMassExtra,'XS_pb')/GetYRVal(xs_qqH,vMass[0],'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'WH' : xs_Scale_Low = GetYRVal(xs_WH, iMassExtra,'XS_pb')/GetYRVal(xs_WH ,vMass[0],'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'ZH' : xs_Scale_Low = GetYRVal(xs_ZH, iMassExtra,'XS_pb')/GetYRVal(xs_ZH ,vMass[0],'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'ttH' : xs_Scale_Low = GetYRVal(xs_ttH,iMassExtra,'XS_pb')/GetYRVal(xs_ttH,vMass[0],'XS_pb')
xs_Scale_High= 1.
if dcIn.content['block2']['process'][iBin] == 'ggH' : xs_Scale_High = GetYRVal(xs_ggH,iMassExtra,'XS_pb')/GetYRVal(xs_ggH,vMass[1],'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'qqH' : xs_Scale_High = GetYRVal(xs_qqH,iMassExtra,'XS_pb')/GetYRVal(xs_qqH,vMass[1],'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'WH' : xs_Scale_High = GetYRVal(xs_WH, iMassExtra,'XS_pb')/GetYRVal(xs_WH ,vMass[1],'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'ZH' : xs_Scale_High = GetYRVal(xs_ZH, iMassExtra,'XS_pb')/GetYRVal(xs_ZH ,vMass[1],'XS_pb')
if dcIn.content['block2']['process'][iBin] == 'ttH' : xs_Scale_High = GetYRVal(xs_ttH,iMassExtra,'XS_pb')/GetYRVal(xs_ttH,vMass[1],'XS_pb')
# BR
br_Scale_Low = 1.
br_Scale_High = 1.
if dcIn.content['block2']['process'][iBin] in ['ggH','qqH','WH','ZH','ttH']:
if channels[options.Version][iChannel][iEnergy]['branch'] == 'hww' :
br_Scale_Low = GetYRVal(br_VV ,iMassExtra,'H_WW')/GetYRVal(br_VV,vMass[0],'H_WW')
br_Scale_High = GetYRVal(br_VV ,iMassExtra,'H_WW')/GetYRVal(br_VV,vMass[1],'H_WW')
else :
print 'ERROR: Unknown BR for :', iChannel, channels[options.Version][iChannel][iEnergy]['tag']
exit()
if dcIn.content['block2']['process'][iBin] in ['ggH','qqH','WH','ZH','ttH']:
ScaleLow = wLow *xs_Scale_Low *br_Scale_Low
ScaleHigh = wHigh*xs_Scale_High*br_Scale_High
if vMass[1] >= 350 and dcIn.content['block2']['process'][iBin] in ['WH','ZH','ttH']:
YieldOut = xs_Scale_Low *br_Scale_Low*float(dcLow.getRate(bin=jBin,process=iProc))
YieldLow = YieldOut
YieldHigh= YieldOut
else:
YieldOut = ScaleLow * float(dcLow.getRate(bin=jBin,process=iProc)) + ScaleHigh * float(dcHigh.getRate(bin=jBin,process=iProc))
YieldLow = xs_Scale_Low *br_Scale_Low*float(dcLow.getRate(bin=jBin,process=iProc))
YieldHigh = xs_Scale_High*br_Scale_High*float(dcHigh.getRate(bin=jBin,process=iProc))
else :
YieldOut = float(dcIn.getRate(bin=jBin,process=iProc))
else:
print 'ExtrapolateMassEff: ERROR in input masses',vMass,iMassExtra
return
#print xs_Scale , br_Scale
if dcIn.content['block2']['process'][iBin] in ['ggH','qqH','WH','ZH','ttH']:
print jBin,iProc,dcIn.getRate(bin=jBin,process=iProc) , '-->' , YieldOut , '(Low: ' , YieldLow , ' , High: ' , YieldHigh , ')'
dcOut.setRate(bin=jBin,process=iProc,value=YieldOut)
ScaleFactors[dcIn.content['block2']['process'][iBin]] = {}
if YieldOut>0 and YieldIn>0:
ScaleFactors[dcIn.content['block2']['process'][iBin]]['Avg'] = YieldOut/YieldIn
ScaleFactors[dcIn.content['block2']['process'][iBin]]['Low'] = wLow *(YieldLow /YieldIn)
ScaleFactors[dcIn.content['block2']['process'][iBin]]['High'] = wHigh*(YieldHigh/YieldIn)
else:
ScaleFactors[dcIn.content['block2']['process'][iBin]]['Avg'] = 1.
ScaleFactors[dcIn.content['block2']['process'][iBin]]['Low'] = 1.
ScaleFactors[dcIn.content['block2']['process'][iBin]]['High'] = 1.
# Modify Histograms for HWW2l2v
if channels[options.Version][iChannel][iEnergy]['branch'] == 'hww' and any(['shapes' in X for X in dcIn.content['header2'].itervalues()]) :
shFiles = []
for iEntry in dcIn.content['header2'] :
if dcIn.content['header2'][iEntry][0] == 'shapes' and dcIn.content['header2'][iEntry][1] != 'data_obs' and not ':' in dcIn.content['header2'][iEntry][3]:
shFiles.append(dcIn.content['header2'][iEntry][3])
shFiles = list(set(shFiles))
print shFiles
for iFile in shFiles:
if not HistExtraPol or vMass[0] == vMass[1]:
fileInName = os.path.split(card)[0]+'/'+iFile
fileOutName = os.path.split(TargetCard)[0]+'/'+iFile
print 'File IN : ',fileInName
print 'File OUT: ',fileOutName
fIn = TFile.Open(fileInName,'READ')
fOut = TFile.Open(fileOutName,'RECREATE')
Hists = [X.GetName() for X in fIn.GetListOfKeys()]
for iHist in Hists :
H = fIn.Get(iHist)
isHiggs = False
if len(iHist.split('_')) == 2 :
if iHist.split('_')[1] in ['ggH','qqH','ZH','WH','ttH'] : isHiggs = True
elif len(iHist.split('_')) > 2 :
if iHist.split('_')[1] in ['ggH','qqH','ZH','WH','ttH'] and iHist.split('_')[2] != 'SM' : isHiggs = True
if isHiggs :
Scale = 1.
if iHist.split('_')[1] in ['ggH','qqH','ZH','WH','ttH'] : Scale = ScaleFactors[iHist.split('_')[1]]['Avg']
H.Scale(Scale)
fOut.cd()
H.Write()
fIn.Close()
fOut.Close()
elif ExtraPolMeth == 'Mix' :
fileInName = os.path.split(card)[0]+'/'+iFile
fileLowName = os.path.split(cardLow)[0]+'/'+iFile
fileHighName = os.path.split(cardHigh)[0]+'/'+iFile
fileOutName = os.path.split(TargetCard)[0]+'/'+iFile
print 'File IN : ',fileInName
print 'File Low : ',fileLowName
print 'File High: ',fileHighName
print 'File OUT : ',fileOutName
fIn = TFile.Open(fileInName,'READ')
fLow = TFile.Open(fileLowName,'READ')
fHigh = TFile.Open(fileHighName,'READ')
fOut = TFile.Open(fileOutName,'RECREATE')
Hists = [X.GetName() for X in fIn.GetListOfKeys()]
for iHist in Hists :
HIn = fIn.Get(iHist)
HLow = fLow.Get(iHist)
HHigh = fHigh.Get(iHist)
isHiggs = False
if len(iHist.split('_')) == 2 :
if iHist.split('_')[1] in ['ggH','qqH','ZH','WH','ttH'] : isHiggs = True
elif len(iHist.split('_')) > 2 :
if iHist.split('_')[1] in ['ggH','qqH','ZH','WH','ttH'] and iHist.split('_')[2] != 'SM' : isHiggs = True
if isHiggs :
if vMass[1] >= 350 and iHist.split('_')[1] in ['WH','ZH','ttH']:
Scale = 1.
if iHist.split('_')[1] in ['ggH','qqH','ZH','WH','ttH'] : Scale = ScaleFactors[iHist.split('_')[1]]['Avg']
H = HIn.Clone()
H.Scale(Scale)
else :
print HLow,HHigh
ScaleLow = 1.
ScaleHigh = 1.
if iHist.split('_')[1] in ['ggH','qqH','ZH','WH','ttH'] :
ScaleLow = ScaleFactors[iHist.split('_')[1]]['Low']
ScaleHigh = ScaleFactors[iHist.split('_')[1]]['High']
HLow.Scale(ScaleLow)
HHigh.Scale(ScaleHigh)
H = HLow.Clone()
H.Add(HHigh)
else :
H = HLow.Clone()
fOut.cd()
H.Write()
fIn.Close()
fLow.Close()
fHigh.Close()
fOut.Close()
else:
print 'Hist ExtraPolMeth UNDEFINED !!!! --> ',ExtraPolMeth
exit()
os.system('rm '+TargetCard)
dcOut.write(TargetCard)
print "Input Data Card : ", options.InputFile
print "Output EFT File : ", options.OutputFile
if options.InputFile == 'None':
print 'Undefined Input File -> exit()'
exit()
if options.OutputFile == 'None':
print 'Undefined Output File -> exit()'
exit()
if options.InputFile == options.OutputFile:
print 'Input and Output files are the same !!! -> exit()'
exit()
# Open Files
dc = cardTools(options.InputFile)
f = open(options.OutputFile, 'w')
# [Global] Section
f.write('[Global] \n')
# ... EFT parameters
Params = options.params.split(';')
f.write('dimension = ' + str(len(Params)) + '\n')
nParam = 0
for iParam in Params:
nParam += 1
vParam = iParam.split(':')
f.write('par' + str(nParam) + 'Name = ' + vParam[0] + '\n')
def SMInject(cardIn, rmSMProc=True):
dirName = os.path.dirname(cardIn)
cardOut = cardIn.replace(
os.path.splitext(cardIn)[1], '_SMInject' + os.path.splitext(cardIn)[1])
dcIn = cardTools(cardIn)
dcOut = cardTools(cardIn)
#dcIn.write()
#print dcIn.content['block1']
#print dcIn.content['block2']
iPosBin = -1
for iBin in dcIn.content['block1']['bin']:
iPosBin += 1
iPosProc = -1
RateBG = 0.
RateSM = 0.
ProcList = []
INJList = []
for jBin in dcIn.content['block2']['bin']:
iPosProc += 1
Proc = dcIn.content['block2']['process'][iPosProc]
PrId = dcIn.content['block2']['processId'][iPosProc]
if iBin == jBin and '_SM' in Proc:
INJList.append(Proc)
ProcList.append(Proc)
RateSM += float(dcIn.getRate(bin=iBin, process=Proc))
if iBin == jBin and int(PrId) > 0 and '_SM' not in Proc:
ProcList.append(Proc)
RateBG += float(dcIn.getRate(bin=iBin, process=Proc))
RateInj = RateSM + RateBG
#print ProcList , RateInj , RateSM , RateBG
dcOut.content['block1']['observation'][iPosBin] = str(
int(round(RateInj, 0)))
if len(dcIn.content['header2']) > 0:
dcOut.remShape('data_obs')
ShapeData = []
ShapeProc = {}
for iShape in dcIn.content['header2']:
#print 'SHAPE:' , dcIn.content['header2'][iShape]
if dcIn.content['header2'][iShape][1] == 'data_obs' and (
dcIn.content['header2'][iShape][2] == '*'
or dcIn.content['header2'][iShape][2] == iBin):
if len(ShapeData) == 0:
ShapeData = deepcopy(dcIn.content['header2'][iShape])
else:
if ShapeData[2] == '*':
ShapeData = deepcopy(
dcIn.content['header2'][iShape])
for Proc in ProcList:
if (dcIn.content['header2'][iShape][1] == '*'
or dcIn.content['header2'][iShape][1] == Proc
) and (dcIn.content['header2'][iShape][2] == '*'
or dcIn.content['header2'][iShape][2] == iBin):
if Proc not in ShapeProc:
ShapeProc[Proc] = deepcopy(
dcIn.content['header2'][iShape])
else:
if ShapeProc[Proc][1] == '*' or ShapeProc[Proc][
2] == '*':
ShapeProc[Proc] = deepcopy(
dcIn.content['header2'][iShape])
# Create Pseudo-data
PseudoDataFirst = False
for sProc in ShapeProc:
fileName = dirName + '/' + ShapeProc[sProc][3]
histName = ShapeProc[sProc][4].replace('$PROCESS', sProc)
fHist = TFile.Open(fileName)
Hist = fHist.Get(histName)
gROOT.cd()
if not PseudoDataFirst:
PseudoDataFirst = True
PseudoData = Hist.Clone("histo_PseudoData")
PseudoData.SetTitle("histo_PseudoData")
else:
PseudoData.Add(Hist)
fHist.Close()
# round Pseudo-data (including under/over-flow)
for i in xrange(0, PseudoData.GetNbinsX() + 2):
val = round(PseudoData.GetBinContent(i), 0)
if val > 0: err = sqrt(val)
else: err = 0
PseudoData.SetBinContent(i, val)
PseudoData.SetBinError(i, err)
dcOut.content['block1']['observation'][iPosBin] = str(
int(round(PseudoData.Integral(), 0)))
fileShape = ShapeData[3]
fileShape = fileShape.replace(
os.path.splitext(fileShape)[1],
'_pseudodata_' + iBin + os.path.splitext(fileShape)[1])
fHist = TFile.Open(dirName + '/' + fileShape, 'RECREATE')
PseudoData.Write()
fHist.Close()
dcOut.addShape('data_obs', iBin, fileShape, 'histo_PseudoData')
# Remove *_SM process
if rmSMProc:
for jProc in INJList:
dcOut.remCol(bin=iBin, process=jProc)
#print PseudoData.Integral() , PseudoData.IsA().GetName() , fileShape
#print ShapeProc
print dcIn.content['block1'], '--->', dcOut.content['block1']
os.system('rm ' + cardOut)
dcOut.write(cardOut)
return cardOut
def WJetFix(cardIn, cardForWJ):
if not iChannel in preProc['WJetFix']['ChannelList']:
return cardIn
cardWJ = cardForWJ.replace(cardDir, 'couplings').replace(
str(iMass), (preProc['WJetFix']['massWJ']).replace(
'$MASS', str(iMass))).replace('_hsm', '')
cardOut = cardIn.replace(
os.path.splitext(cardIn)[1], '_WJetFix' + os.path.splitext(cardIn)[1])
print 'WJetFix IN :', cardIn
print 'WJetFix WJet:', cardWJ
print 'WJetFix OUT :', cardOut
dcIn = cardTools(cardIn)
dcWJ = cardTools(cardWJ)
for iBin in dcIn.content['block1']['bin']:
ProcList = []
iPosProc = -1
for jBin in dcIn.content['block2']['bin']:
iPosProc += 1
Proc = dcIn.content['block2']['process'][iPosProc]
ProcList.append(Proc)
for iProc in preProc['WJetFix']['processList']:
if iProc in ProcList:
#print iProc
dcIn.setRate(bin=iBin,
process=iProc,
value=dcWJ.getCol(
bin=iBin, process=iProc)['block2']['rate'])
for iSystType in dcIn.content['systs']:
for iSyst in dcIn.content['systs'][iSystType]:
dcIn.setSyst(bin=iBin,
process=iProc,
syst=iSystType,
tag=iSyst,
value='-')
for iSystType in dcWJ.content['systs']:
if iSystType in dcIn.content['systs']:
for iSyst in dcWJ.content['systs'][iSystType]:
if iSyst in dcIn.content['systs'][iSystType]:
dcIn.setSyst(bin=iBin,
process=iProc,
syst=iSystType,
tag=iSyst,
value=dcWJ.getSyst(bin=iBin,
process=iProc,
syst=iSystType,
tag=iSyst))
#print len(dcIn.content['header2']) , '-->' , dcIn.content['header2']
if len(dcIn.content['header2']) > 0:
for iShape in dcWJ.content['header2']:
#print dcWJ.content['header2'][iShape][1]
if dcWJ.content['header2'][iShape][
1] == '*' or dcWJ.content['header2'][iShape][
1] == 'iProc':
#print 'Replace'
Shape = dcWJ.content['header2'][iShape]
#print cardDir
FileWJ = cardWJ.replace(
cardWJ.split('/')[-1], Shape[3])
if len(Shape) == 5:
dcIn.addShape(iProc, Shape[2], FileWJ,
Shape[4])
if len(Shape) == 6:
dcIn.addShape(iProc, Shape[2], FileWJ,
Shape[4], Shape[5])
#print len(dcIn.content['header2']) , '-->' , dcIn.content['header2']
os.system('rm ' + cardOut)
dcIn.write(cardOut)
return cardOut
iPar2=(iJob-1)/(JobParamSize[0]*targets[iTarget]['NJobs'])
command=command.replace('$'+JobParamName[0],str(targets[iTarget]['JobsParam'][JobParamName[0]][iPar1]))
command=command.replace('$'+JobParamName[1],str(targets[iTarget]['JobsParam'][JobParamName[1]][iPar2]))
PF=PF+'_'+JobParamName[0]+str(targets[iTarget]['JobsParam'][JobParamName[0]][iPar1]).replace('.','d')
PF=PF+'_'+JobParamName[1]+str(targets[iTarget]['JobsParam'][JobParamName[1]][iPar2]).replace('.','d')
else : sys.exit()
# for iParam in range(0,len(JobsParam)):
# Nuissance Freezing
if 'FreezeNuis' in targets[iTarget]:
toFreeze=[]
card=TargetDir+'/'+str(iMass)+'/'+iComb
if options.energy != 0: card += '_' + str(options.energy) + 'TeV'
if iAltModel != 'NONE' and 'AltModel' in targets[iTarget] and targets[iTarget]['AltModel'] == 'Gen' : card += '_' + iAltModel
card += ".txt"
dc = cardTools(card)
#print dc.content['systs']
for iTF in targets[iTarget]['FreezeNuis']:
for iSystType in dc.content['systs']:
if targets[iTarget]['FreezeNuis'][iTF][0] == iSystType or targets[iTarget]['FreezeNuis'][iTF][0] == '*' :
for iSyst in dc.content['systs'][iSystType]:
print iSystType , iSyst
if targets[iTarget]['FreezeNuis'][iTF][1] in iSyst or targets[iTarget]['FreezeNuis'][iTF][1] == '*' :
print '-->Freeze'
toFreeze.append(iSyst)
if len(toFreeze) > 0 : command += ' --freezeNuisances '+toFreeze[0]
if len(toFreeze) > 1 :
for iF in xrange(1,len(toFreeze) ): command += ','+toFreeze[iF]
# outfile
outname=outname
'1p': '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1p/',
'1m': '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1m/'
},
'hwwof_0j_8TeV.txt': {
'1p': '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1p/',
'1m': '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1m/'
},
'hwwof_1j_8TeV.txt': {
'1p': '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1p/',
'1m': '/afs/cern.ch/work/x/xjanssen/cms/Spin2014/V4/jcp/1m/'
}
}
for iComb in Config:
dc1p = cardTools(Config[iComb]['1p'] + iComb)
dc1m = cardTools(Config[iComb]['1m'] + iComb)
dcOut = cardTools(Config[iComb]['1m'] + iComb)
# Copy 1p to ggH_ALT2
dcOut.addCol(dc1p.content['block2']['bin'][1], 'ggH_ALT2', -6,
dc1p.content['block2']['rate'][1],
dc1p.content['block1']['observation'][0])
#print dcOut.content['block1']
#print dcOut.content['block2']
# Set systematics
for iType in dc1p.content['systs']:
#print iType
for iSyst in dc1p.content['systs'][iType]:
#print iSyst, dc1p.getSyst( bin=dc1p.content['block2']['bin'][1] , process='ggH_ALT' , syst=iType , tag=iSyst )
