def the4BodyConfig(twoBodyConfig, mH=400, syst=0):
## fitterPars = theConfig(Nj, mcdir, initFile)
optPars = getOptimalPars(mH, optimalPars2)
minMlvjj = optPars[1]
maxMlvjj = optPars[2]
alpha = optPars[4 + syst]
print 'alpha:', alpha
lowSideBand = optPars[7]
highSideBand = optPars[8]
fitterPars = RooWjjFitterParams(twoBodyConfig)
fitterPars.binEdges.clear()
fitterPars.smoothingOrder = 1
fitterPars.smoothWpJ = 0
fitterPars.do4body = True
twoBCut = fitterPars.cuts
print twoBCut
if len(fitterPars.cuts) > 0:
fitterPars.cuts += " && "
fitterPars.cuts += '((%s > %f) && (%s < %f))' % (
fitterPars.var, fitterPars.minTrunc, fitterPars.var,
fitterPars.maxTrunc)
fitterPars.minSBHi = highSideBand[0]
fitterPars.maxSBHi = highSideBand[1]
fitterPars.SBHicut = twoBCut
if len(twoBCut) > 0:
fitterPars.SBHicut += " && "
fitterPars.SBHicut += '((%s > %f) && (%s < %f))' % (
fitterPars.var, fitterPars.minSBHi, fitterPars.var, fitterPars.maxSBHi)
print 'SBHicut', fitterPars.SBHicut
fitterPars.minSBLo = lowSideBand[0]
fitterPars.maxSBLo = lowSideBand[1]
fitterPars.SBLocut = twoBCut
if len(twoBCut) > 0:
fitterPars.SBLocut += " && "
fitterPars.SBLocut += '((%s > %f) && (%s < %f))' % (
fitterPars.var, fitterPars.minSBLo, fitterPars.var, fitterPars.maxSBLo)
print 'SBLocut', fitterPars.SBLocut
print 'minMlvjj:', minMlvjj, 'maxMlvjj', maxMlvjj
fitterPars.var = 'fit_mlvjj'
fitterPars.minMass = minMlvjj
fitterPars.maxMass = maxMlvjj
fitterPars.nbins = optPars[3]
if (fitterPars.nbins < 8):
fitterPars.nbins = int((fitterPars.maxMass-fitterPars.minMass)/10 + \
0.5)
fitterPars.truncRange = False
twoJets = [(fitterPars.minMass, fitterPars.maxMass, alpha, 1.)]
threeJets = [(fitterPars.minMass, fitterPars.maxMass, alpha, 1.)]
if fitterPars.njets == 3:
ranges = threeJets
else:
ranges = twoJets
for line in ranges:
fitterPars.minMasses.push_back(line[0])
fitterPars.maxMasses.push_back(line[1])
fitterPars.alphas.push_back(line[2])
fitterPars.falphas.push_back(line[3])
## if len(line) > 1:
## fitterPars.falphas.push_back(line[1])
return fitterPars
def the4BodyConfig(twoBodyConfig, mH=400, syst=0):
## fitterPars = theConfig(Nj, mcdir, initFile)
optPars = getOptimalPars(mH, optimalPars2)
minMlvjj = optPars[1]
maxMlvjj = optPars[2]
alpha = optPars[4+syst]
print 'alpha:',alpha
lowSideBand = optPars[7]
highSideBand = optPars[8]
fitterPars = RooWjjFitterParams(twoBodyConfig)
fitterPars.binEdges.clear()
fitterPars.smoothingOrder = 1
fitterPars.smoothWpJ = 0
fitterPars.do4body = True
twoBCut = fitterPars.cuts
print twoBCut
if len(fitterPars.cuts) > 0:
fitterPars.cuts += " && "
fitterPars.cuts += '((%s > %f) && (%s < %f))' % (fitterPars.var,
fitterPars.minTrunc,
fitterPars.var,
fitterPars.maxTrunc)
fitterPars.minSBHi = highSideBand[0]
fitterPars.maxSBHi = highSideBand[1]
fitterPars.SBHicut = twoBCut
if len(twoBCut) > 0:
fitterPars.SBHicut += " && "
fitterPars.SBHicut += '((%s > %f) && (%s < %f))' % (fitterPars.var,
fitterPars.minSBHi,
fitterPars.var,
fitterPars.maxSBHi)
print 'SBHicut',fitterPars.SBHicut
fitterPars.minSBLo = lowSideBand[0]
fitterPars.maxSBLo = lowSideBand[1]
fitterPars.SBLocut = twoBCut
if len(twoBCut) > 0:
fitterPars.SBLocut += " && "
fitterPars.SBLocut += '((%s > %f) && (%s < %f))' % (fitterPars.var,
fitterPars.minSBLo,
fitterPars.var,
fitterPars.maxSBLo)
print 'SBLocut',fitterPars.SBLocut
print 'minMlvjj:',minMlvjj,'maxMlvjj',maxMlvjj
fitterPars.var = 'fit_mlvjj'
fitterPars.minMass = minMlvjj
fitterPars.maxMass = maxMlvjj
fitterPars.nbins = optPars[3]
if (fitterPars.nbins < 8):
fitterPars.nbins = int((fitterPars.maxMass-fitterPars.minMass)/10 + \
0.5)
fitterPars.truncRange = False
twoJets = [(fitterPars.minMass, fitterPars.maxMass, alpha, 1.)]
threeJets = [(fitterPars.minMass, fitterPars.maxMass, alpha, 1.)]
if fitterPars.njets == 3:
ranges = threeJets
else:
ranges = twoJets
for line in ranges:
fitterPars.minMasses.push_back(line[0])
fitterPars.maxMasses.push_back(line[1])
fitterPars.alphas.push_back(line[2])
fitterPars.falphas.push_back(line[3])
## if len(line) > 1:
## fitterPars.falphas.push_back(line[1])
return fitterPars
def the4BodyConfig(twoBodyConfig, alpha=1.0, lowSideBand=(55.0, 65.0), highSideBand=(95.0, 115), alphaRange=(0.0, 1.0)):
## fitterPars = theConfig(Nj, mcdir, initFile)
fitterPars = RooWjjFitterParams(twoBodyConfig)
fitterPars.binEdges.clear()
fitterPars.smoothingOrder = 1
fitterPars.smoothWpJ = 0
fitterPars.do4body = True
twoBCut = fitterPars.cuts
print twoBCut
if len(fitterPars.cuts) > 0:
fitterPars.cuts += " && "
fitterPars.cuts += "((%s > %f) && (%s < %f))" % (
fitterPars.var,
fitterPars.minTrunc,
fitterPars.var,
fitterPars.maxTrunc,
)
fitterPars.minSBHi = highSideBand[0]
fitterPars.maxSBHi = highSideBand[1]
fitterPars.SBHicut = twoBCut
if len(twoBCut) > 0:
fitterPars.SBHicut += " && "
fitterPars.SBHicut += "((%s > %f) && (%s < %f))" % (
fitterPars.var,
fitterPars.minSBHi,
fitterPars.var,
fitterPars.maxSBHi,
)
print "SBHicut", fitterPars.SBHicut
fitterPars.minSBLo = lowSideBand[0]
fitterPars.maxSBLo = lowSideBand[1]
fitterPars.SBLocut = twoBCut
if len(twoBCut) > 0:
fitterPars.SBLocut += " && "
fitterPars.SBLocut += "((%s > %f) && (%s < %f))" % (
fitterPars.var,
fitterPars.minSBLo,
fitterPars.var,
fitterPars.maxSBLo,
)
print "SBLocut", fitterPars.SBLocut
print "minMlvjj:", minMlvjj, "maxMlvjj", maxMlvjj
fitterPars.var = "fit_mlvjj"
fitterPars.minMass = minMlvjj
fitterPars.maxMass = maxMlvjj
fitterPars.nbins = int((fitterPars.maxMass - fitterPars.minMass) / 40 + 0.5)
if fitterPars.nbins < 8:
fitterPars.nbins = int((fitterPars.maxMass - fitterPars.minMass) / 10 + 0.5)
fitterPars.truncRange = False
ranges = [(fitterPars.minMass, fitterPars.maxMass, alpha, 1.0, alphaRange)]
for line in ranges:
fitterPars.minMasses.push_back(line[0])
fitterPars.maxMasses.push_back(line[1])
fitterPars.alphas.push_back(line[2])
fitterPars.falphas.push_back(line[3])
fitterPars.alphaDowns.push_back(line[4][0])
fitterPars.alphaUps.push_back(line[4][1])
## if len(line) > 1:
## fitterPars.falphas.push_back(line[1])
return fitterPars
def the4BodyConfig(twoBodyConfig,
alpha=1.,
lowSideBand=(55., 65.),
highSideBand=(95., 115),
alphaRange=(0., 1.)):
## fitterPars = theConfig(Nj, mcdir, initFile)
fitterPars = RooWjjFitterParams(twoBodyConfig)
fitterPars.binEdges.clear()
fitterPars.smoothingOrder = 1
fitterPars.smoothWpJ = 0
fitterPars.do4body = True
twoBCut = fitterPars.cuts
print twoBCut
if len(fitterPars.cuts) > 0:
fitterPars.cuts += " && "
fitterPars.cuts += '((%s > %f) && (%s < %f))' % (
fitterPars.var, fitterPars.minTrunc, fitterPars.var,
fitterPars.maxTrunc)
fitterPars.minSBHi = highSideBand[0]
fitterPars.maxSBHi = highSideBand[1]
fitterPars.SBHicut = twoBCut
if len(twoBCut) > 0:
fitterPars.SBHicut += " && "
fitterPars.SBHicut += '((%s > %f) && (%s < %f))' % (
fitterPars.var, fitterPars.minSBHi, fitterPars.var, fitterPars.maxSBHi)
print 'SBHicut', fitterPars.SBHicut
fitterPars.minSBLo = lowSideBand[0]
fitterPars.maxSBLo = lowSideBand[1]
fitterPars.SBLocut = twoBCut
if len(twoBCut) > 0:
fitterPars.SBLocut += " && "
fitterPars.SBLocut += '((%s > %f) && (%s < %f))' % (
fitterPars.var, fitterPars.minSBLo, fitterPars.var, fitterPars.maxSBLo)
print 'SBLocut', fitterPars.SBLocut
print 'minMlvjj:', minMlvjj, 'maxMlvjj', maxMlvjj
fitterPars.var = 'vbf_lvjj_m'
fitterPars.minMass = minMlvjj
fitterPars.maxMass = maxMlvjj
fitterPars.nbins = int((fitterPars.maxMass - fitterPars.minMass) / 40 +
0.5)
if (fitterPars.nbins < 8):
fitterPars.nbins = int((fitterPars.maxMass-fitterPars.minMass)/10 + \
0.5)
fitterPars.truncRange = False
ranges = [(fitterPars.minMass, fitterPars.maxMass, alpha, 1., alphaRange)]
for line in ranges:
fitterPars.minMasses.push_back(line[0])
fitterPars.maxMasses.push_back(line[1])
fitterPars.alphas.push_back(line[2])
fitterPars.falphas.push_back(line[3])
fitterPars.alphaDowns.push_back(line[4][0])
fitterPars.alphaUps.push_back(line[4][1])
## if len(line) > 1:
## fitterPars.falphas.push_back(line[1])
return fitterPars
