def writeOutput(self):
rootFile = radmonLumiFilePattern.replace('__XXX__', str(self.fill))
try:
fout = TFile(rootFile,'RECREATE')
except IOError:
print "Cannot open file for output", rootFile
exit
t = TTree('t', 'Combined Lumi and Radmon data')
fillData = FillData()
lumiData = LumiData()
radmonData = RadmonData()
t.Branch('fillBranch', fillData, 'fill/I:fillStart/I:fillStable/I:fillEnd/I:durationStable/I:run/I:lsNo/I:tstamp/I:msecs/I:bunchSpacing/I')
t.Branch('fillBranchD', AddressOf(fillData, 'bField'), 'bField/D:beamEnergy/D')
t.Branch('lumiBranch', lumiData, 'bestLumi/D:bestLumiErr/D:hfLumi/D:hfLumiErr/D:pltLumi/D:pltLumiErr/D:pltZeroLumi/D:pltZeroLumiErr/D:bcmfLumi/D:bcmfLumiErr/D')
t.Branch('radmonBranch', radmonData, 'rates[16]/D:ratesErr[16]/D')
href = self.pbest # Reference histogram
#self.pbcmf.Draw()
#raw_input("Press enter to continue")
print "Starting filling tree, file ", radmonLumiFilePattern.replace('__XXX__', str(self.fill))
for i in range(len(self.xx) - 1):
fillData.fill = self.fillDataList[i].fill
fillData.fillStart = self.fillDataList[i].fillStart
fillData.fillStable = self.fillDataList[i].fillStable
fillData.fillEnd = self.fillDataList[i].fillEnd
fillData.durationStable = self.fillDataList[i].durationStable
fillData.run = self.fillDataList[i].run
fillData.lsNo = self.fillDataList[i].lsNo
fillData.bunchSpacing = self.fillDataList[i].bunchSpacing
fillData.bField = self.fillDataList[i].bField
fillData.beamEnergy = self.fillDataList[i].beamEnergy
fillData.tstamp = int(href.GetXaxis().GetBinCenter(i))
fillData.msecs = int(href.GetXaxis().GetBinCenter(i) - fillData.tstamp)
lumiData.bestLumi = self.pbest.GetBinContent(i)
lumiData.bestLumiErr = self.pbest.GetBinError(i)
lumiData.hfLumi = self.phf.GetBinContent(i)
lumiData.hfLumiErr = self.phf.GetBinError(i)
lumiData.pltLumi = self.pplt.GetBinContent(i)
lumiData.pltLumiErr = self.pplt.GetBinError(i)
lumiData.pltZeroLumi = self.ppltZero.GetBinContent(i)
lumiData.pltZeroLumiErr = self.ppltZero.GetBinError(i)
lumiData.bcmfLumi = self.pbcmf.GetBinContent(i)
lumiData.bcmfLumiErr = self.pbcmf.GetBinError(i)
for j in range(len(self.pradmon)):
radmonData.rates[j] = self.pradmon[j].GetBinContent(i)
radmonData.ratesErr[j] = self.pradmon[j].GetBinError(i)
t.Fill()
print "Writing", rootFile
fout.Write()
fout.Close()
del fout
def writeOutput(self):
rootFile = radmonLumiFilePattern.replace('__XXX__', str(self.fill))
try:
fout = TFile(rootFile, 'RECREATE')
except IOError:
print "Cannot open file for output", rootFile
exit
t = TTree('t', 'Combined Lumi and Radmon data')
lsData = LsData()
radmonData = RadmonData()
t.Branch(
'IntBranch', lsData,
'fill/I:fillStart/I:fillStable/I:fillEnd/I:durationStable/I:run/I:lsNo/I:lsDuration/I:tstamp/I'
)
t.Branch('DoubleBranch', AddressOf(lsData, 'lumi'),
'lumi/D:bField/D:beamEnergy/D')
t.Branch('BeamStatus', AddressOf(lsData, 'beamStatus'), 'beamStatus/C')
t.Branch('LumiSource', AddressOf(lsData, 'lumiSource'), 'lumiSource/C')
t.Branch('RadmonBranch', radmonData, 'rates[16]/D:ratesErr[16]/D')
href = self.pradmon[0] # Reference histogram (to get bin center)
for i in range(len(self.xx) - 1):
lsData.fill = self.lsDataList[i].fill
lsData.fillStart = self.lsDataList[i].fillStart
lsData.fillStable = self.lsDataList[i].fillStable
lsData.fillEnd = self.lsDataList[i].fillEnd
lsData.durationStable = self.lsDataList[i].durationStable
lsData.run = self.lsDataList[i].run
lsData.lsNo = self.lsDataList[i].lsNo
lsData.lsDuration = self.lsDataList[i].lsDuration
#lsData.tstamp = self.lsDataList[i].tstamp
lsData.lumi = self.lsDataList[i].lumi
lsData.bField = self.lsDataList[i].bField
lsData.beamEnergy = self.lsDataList[i].beamEnergy
lsData.beamStatus = self.lsDataList[i].beamStatus
lsData.lumiSource = self.lsDataList[i].lumiSource
# move tstamp to the middle of LS
lsData.tstamp = int(href.GetXaxis().GetBinCenter(i))
#lsData.tstamp = self.lsDataList[i].tstamp
for j in range(len(self.pradmon)):
radmonData.rates[j] = self.pradmon[j].GetBinContent(i)
radmonData.ratesErr[j] = self.pradmon[j].GetBinError(i)
t.Fill()
print "Writing", rootFile
fout.Write()
fout.Close()
del fout
def writeOutput(self):
rootFile = radmonLumiFilePattern.replace('__XXX__', str(self.fill))
try:
fout = TFile(rootFile, 'RECREATE')
except IOError:
print "Cannot open file for output", rootFile
exit
t = TTree('t', 'Combined Lumi and Radmon data')
timingData = TimingData()
lumiData = LumiData()
radmonData = RadmonData()
t.Branch('timingBranch', timingData,
'fill/D:startFill/D:endFill/D:run/D:lsno/D:tsUtc/D')
t.Branch(
'lumiBranch', lumiData,
'primaryLumi/D:primaryLumiErr/D:hf/D:hfErr/D:plt/D:pltErr/D:pltZero/D:pltZeroErr/D:bcmf/D:bcmfErr/D'
)
t.Branch('radmonBranch', radmonData, 'rates[16]/D:ratesErr[16]/D')
href = self.pprlumi # Reference histogram
#self.pbcmf.Draw()
#raw_input("Press enter to continue")
for i in range(len(self.xx) - 1):
timingData.fill = self.td[i].fill
timingData.startFill = self.td[i].startFill
timingData.endFill = self.td[i].endFill
timingData.run = self.td[i].run
timingData.lsno = self.td[i].lsno
timingData.tsUtc = href.GetXaxis().GetBinCenter(i)
lumiData.primaryLumi = self.pprlumi.GetBinContent(i)
lumiData.primaryLumiErr = self.pprlumi.GetBinError(i)
lumiData.hf = self.phf.GetBinContent(i)
lumiData.hfErr = self.phf.GetBinError(i)
lumiData.plt = self.pplt.GetBinContent(i)
lumiData.pltErr = self.pplt.GetBinError(i)
lumiData.pltZero = self.ppltZero.GetBinContent(i)
lumiData.pltZeroErr = self.ppltZero.GetBinError(i)
lumiData.bcmf = self.pbcmf.GetBinContent(i)
lumiData.bcmfErr = self.pbcmf.GetBinError(i)
for j in range(len(self.pradmon)):
radmonData.rates[j] = self.pradmon[j].GetBinContent(i)
radmonData.ratesErr[j] = self.pradmon[j].GetBinError(i)
t.Fill()
print "Writing", rootFile
fout.Write()
fout.Close()
del fout
def writeOutput(self):
rootFile = radmonLumiFilePattern.replace('__XXX__', str(self.fill))
try:
fout = TFile(rootFile,'RECREATE')
except IOError:
print "Cannot open file for output", rootFile
exit
t = TTree('t', 'Combined Lumi and Radmon data')
lsData = LsData()
radmonData = RadmonData()
t.Branch('IntBranch', lsData, 'fill/I:fillStart/I:fillStable/I:fillEnd/I:durationStable/I:run/I:lsNo/I:lsDuration/I:tstamp/I')
t.Branch('DoubleBranch', AddressOf(lsData, 'lumi'), 'lumi/D:bField/D:beamEnergy/D')
t.Branch('BeamStatus', AddressOf(lsData, 'beamStatus'), 'beamStatus/C')
t.Branch('LumiSource', AddressOf(lsData, 'lumiSource'), 'lumiSource/C')
t.Branch('RadmonBranch', radmonData, 'rates[16]/D:ratesErr[16]/D')
href = self.pradmon[0] # Reference histogram (to get bin center)
for i in range(len(self.xx) - 1):
lsData.fill = self.lsDataList[i].fill
lsData.fillStart = self.lsDataList[i].fillStart
lsData.fillStable = self.lsDataList[i].fillStable
lsData.fillEnd = self.lsDataList[i].fillEnd
lsData.durationStable = self.lsDataList[i].durationStable
lsData.run = self.lsDataList[i].run
lsData.lsNo = self.lsDataList[i].lsNo
lsData.lsDuration = self.lsDataList[i].lsDuration
#lsData.tstamp = self.lsDataList[i].tstamp
lsData.lumi = self.lsDataList[i].lumi
lsData.bField = self.lsDataList[i].bField
lsData.beamEnergy = self.lsDataList[i].beamEnergy
lsData.beamStatus = self.lsDataList[i].beamStatus
lsData.lumiSource = self.lsDataList[i].lumiSource
# move tstamp to the middle of LS
lsData.tstamp = int(href.GetXaxis().GetBinCenter(i))
#lsData.tstamp = self.lsDataList[i].tstamp
for j in range(len(self.pradmon)):
radmonData.rates[j] = self.pradmon[j].GetBinContent(i)
radmonData.ratesErr[j] = self.pradmon[j].GetBinError(i)
t.Fill()
print "Writing", rootFile
fout.Write()
fout.Close()
del fout
def writeOutput(self):
rootFile = radmonLumiFilePattern.replace('__XXX__', str(self.fill))
try:
fout = TFile(rootFile,'RECREATE')
except IOError:
print "Cannot open file for output", rootFile
exit
t = TTree('t', 'Combined Lumi and Radmon data')
timingData = TimingData()
lumiData = LumiData()
radmonData = RadmonData()
t.Branch('timingBranch', timingData, 'fill/D:startFill/D:endFill/D:run/D:lsno/D:tsUtc/D')
t.Branch('lumiBranch', lumiData, 'primaryLumi/D:primaryLumiErr/D:hf/D:hfErr/D:plt/D:pltErr/D:pltZero/D:pltZeroErr/D:bcmf/D:bcmfErr/D')
t.Branch('radmonBranch', radmonData, 'rates[16]/D:ratesErr[16]/D')
href = self.pprlumi # Reference histogram
#self.pbcmf.Draw()
#raw_input("Press enter to continue")
for i in range(len(self.xx) - 1):
timingData.fill = self.td[i].fill
timingData.startFill = self.td[i].startFill
timingData.endFill = self.td[i].endFill
timingData.run = self.td[i].run
timingData.lsno = self.td[i].lsno
timingData.tsUtc = href.GetXaxis().GetBinCenter(i)
lumiData.primaryLumi = self.pprlumi.GetBinContent(i)
lumiData.primaryLumiErr = self.pprlumi.GetBinError(i)
lumiData.hf = self.phf.GetBinContent(i)
lumiData.hfErr = self.phf.GetBinError(i)
lumiData.plt = self.pplt.GetBinContent(i)
lumiData.pltErr = self.pplt.GetBinError(i)
lumiData.pltZero = self.ppltZero.GetBinContent(i)
lumiData.pltZeroErr = self.ppltZero.GetBinError(i)
lumiData.bcmf = self.pbcmf.GetBinContent(i)
lumiData.bcmfErr = self.pbcmf.GetBinError(i)
for j in range(len(self.pradmon)):
radmonData.rates[j] = self.pradmon[j].GetBinContent(i)
radmonData.ratesErr[j] = self.pradmon[j].GetBinError(i)
t.Fill()
print "Writing", rootFile
fout.Write()
fout.Close()
del fout
def radmon2fill():
#Get fills already processed
filesDone = glob.glob(radmonFillPattern)
(toReplace, dummy) = radmonFillPattern.split('.')
print filesDone
fillsDone = []
for file in filesDone:
name, ext = file.split('.')
fillsDone.append(int(name.replace(toReplace[0:-1], "")))
if len(fillsDone) > 0:
print "Fills already done", fillsDone
fillReport = FillReport(fillReportName)
#Start/End of each fill in fillReport
fillStarted = fillReport.getFillCreationTime()
fillDumped = fillReport.getFillEndTime()
for fill in sorted(fillStarted.keys()):
if int(fill) in fillsDone:
print "Fill", fill, "is already processed. Skipping..."
continue
print "Processing fill", fill, "........."
fillData = FillData()
radmonData = RadmonData()
#runningSums = RunningSums()
#rsumsList = []
for i in range(0, 16):
#rsumsList.insert(i, [0.]*1800)
radmonData.rates[i] = 0.
radmonData.status[i] = 0.
#Output
rootFile = radmonFillPattern.replace("*", str(fill))
try:
fout = TFile(rootFile,'RECREATE')
except IOError:
print "Cannot open file for output", rootFile
exit
t = TTree('t', 'Radmon rates')
t.Branch('fillBranchI', fillData, 'fill/I:fillStart/I:fillStable/I:fillEnd/I:durationStable/I')
t.Branch('fillBranchD', AddressOf(fillData, 'bField'), 'bField/D:beamEnergy/D')
t.Branch('radmonBranchI', radmonData, 'tstamp/I:status[16]/I')
t.Branch('radmonBranchD', AddressOf(radmonData, 'rates'), 'rates[16]/D')
#t.Branch('radmonSums', runningSums, 'rsums[28800]/D')
tsStart = fillStarted[fill]
tsEnd = fillDumped[fill]
tsStable = fillReport.getFillStableTime(int(fill))
duration = fillReport.getFillDuration(int(fill))
bField = fillReport.getFillField(int(fill))
beamEnergy = fillReport.getFillBeamEnergy(int(fill))
fromto = [tsStart-hrs*3600, tsEnd+hrs*3600]
filelist = get_filelist(RadmonDataDir, radmonFilePattern, fromto)
print "Files used:"
chain = TChain("Rate")
for file in filelist:
print file
chain.Add(file)
fillData.fillStart = tsStart
fillData.fillStable = tsStable
fillData.fillEnd = tsEnd
fillData.durationStable = duration
fillData.bField = bField
fillData.beamEnergy = beamEnergy
for i in range(chain.GetEntries()):
chain.GetEntry(i)
#if tsStart - chain.tstamp < 1800:
if chain.tstamp > tsStart and chain.tstamp < tsEnd:
radmonData.tstamp = chain.tstamp
for j in range(0, 16):
#rsumsList[j].append(chain.rates[j])
#rsumsList[j].pop(0)
radmonData.rates[j] = chain.rates[j]
radmonData.status[j] = chain.status[j]
#runningSums.rsums = np.asarray(rsumsList).ravel()
#nparray = np.asarray(rsumsList).ravel()
#for j in range(0, 16*1800):
#runningSums.rsums[j] = nparray[j]
#nump2d = np.reshape(nump, (-1,1800)) (To get back to 2D)
#if chain.tstamp > tsStable - deltaMinutes*60 and chain.tstamp < tsEnd + deltaMinutes*60:
t.Fill()
fout.Write()
fout.Close()
del chain
del fillData
del radmonData
#del runningSums
del t
del fout
def radmon2fill():
#Get fills already processed
filesDone = glob.glob(radmonFillPattern)
(toReplace, dummy) = radmonFillPattern.split('.')
print filesDone
fillsDone = []
for file in filesDone:
name, ext = file.split('.')
fillsDone.append(int(name.replace(toReplace[0:-1], "")))
if len(fillsDone) > 0:
print "Fills already done", fillsDone
fillReport = FillReport(fillReportName)
#Start/End of each fill in fillReport
fillStarted = fillReport.getFillCreationTime()
fillDumped = fillReport.getFillEndTime()
for fill in sorted(fillStarted.keys()):
if int(fill) in fillsDone:
print "Fill", fill, "is already processed. Skipping..."
continue
print "Processing fill", fill, "........."
fillData = FillData()
radmonData = RadmonData()
#runningSums = RunningSums()
#rsumsList = []
for i in range(0, 16):
#rsumsList.insert(i, [0.]*1800)
radmonData.rates[i] = 0.
radmonData.status[i] = 0.
#Output
rootFile = radmonFillPattern.replace("*", str(fill))
try:
fout = TFile(rootFile, 'RECREATE')
except IOError:
print "Cannot open file for output", rootFile
exit
t = TTree('t', 'Radmon rates')
t.Branch('fillBranchI', fillData,
'fill/I:fillStart/I:fillStable/I:fillEnd/I:durationStable/I')
t.Branch('fillBranchD', AddressOf(fillData, 'bField'),
'bField/D:beamEnergy/D')
t.Branch('radmonBranchI', radmonData, 'tstamp/I:status[16]/I')
t.Branch('radmonBranchD', AddressOf(radmonData, 'rates'),
'rates[16]/D')
#t.Branch('radmonSums', runningSums, 'rsums[28800]/D')
tsStart = fillStarted[fill]
tsEnd = fillDumped[fill]
tsStable = fillReport.getFillStableTime(int(fill))
duration = fillReport.getFillDuration(int(fill))
bField = fillReport.getFillField(int(fill))
beamEnergy = fillReport.getFillBeamEnergy(int(fill))
fromto = [tsStart - hrs * 3600, tsEnd + hrs * 3600]
filelist = get_filelist(RadmonDataDir, radmonFilePattern, fromto)
print "Files used:"
chain = TChain("Rate")
for file in filelist:
print file
chain.Add(file)
fillData.fillStart = tsStart
fillData.fillStable = tsStable
fillData.fillEnd = tsEnd
fillData.durationStable = duration
fillData.bField = bField
fillData.beamEnergy = beamEnergy
for i in range(chain.GetEntries()):
chain.GetEntry(i)
#if tsStart - chain.tstamp < 1800:
if chain.tstamp > tsStart and chain.tstamp < tsEnd:
radmonData.tstamp = chain.tstamp
for j in range(0, 16):
#rsumsList[j].append(chain.rates[j])
#rsumsList[j].pop(0)
radmonData.rates[j] = chain.rates[j]
radmonData.status[j] = chain.status[j]
#runningSums.rsums = np.asarray(rsumsList).ravel()
#nparray = np.asarray(rsumsList).ravel()
#for j in range(0, 16*1800):
#runningSums.rsums[j] = nparray[j]
#nump2d = np.reshape(nump, (-1,1800)) (To get back to 2D)
#if chain.tstamp > tsStable - deltaMinutes*60 and chain.tstamp < tsEnd + deltaMinutes*60:
t.Fill()
fout.Write()
fout.Close()
del chain
del fillData
del radmonData
#del runningSums
del t
del fout
def addRunningSum():
for fill in fills:
inputFile = inputPattern.replace('__XXX__', str(fill))
try:
fin = ROOT.TFile(inputFile,'READ')
print "Processing fill", fill
except IOError:
print "Cannot open file", inputFile
continue
inputTree = fin.Get('t')
outfile = outputPattern.replace('__XXX__', str(fill))
try:
fout = ROOT.TFile(outfile,'RECREATE')
except IOError:
print "Cannot open file for output", outfile
continue
#Output tree
fillData = FillData()
radmonData = RadmonData()
t = ROOT.TTree('t', "Radmon rates + runnning sums ")
t.Branch('fillBranchI', fillData, 'fill/I:fillStart/I:fillColl/I:fillStable/I:fillEnd/I:durationStable/I')
t.Branch('fillBranchD', ROOT.AddressOf(fillData, 'bField'), 'bField/D:beamEnergy/D')
t.Branch('radmonBranchI', radmonData, 'tstamp/I:status[16]/I')
t.Branch('radmonRates', ROOT.AddressOf(radmonData, 'rates'), 'rates[16]/D:rsums15[16]/D:rsums30[16]/D:rsums60[16]/D')
rsums15 = [0.]*16
rsumsPrev15 = [0.]*16
rsums30 = [0.]*16
rsumsPrev30 = [0.]*16
rsums60 = [0.]*16
rsumsPrev60 = [0.]*16
# First pass is to find beginning of the collisions
tsColl = -100000
for i in range(0, inputTree.GetEntries()):
nb = inputTree.GetEntry(i)
if nb < 0:
continue
if inputTree.rates[refIndx] > rateCut:
tsColl = inputTree.tstamp
break
for i in range(0, inputTree.GetEntries()):
nb = inputTree.GetEntry(i)
if nb < 0:
continue
#Copy data to a new tree
fillData.fill = inputTree.fill
fillData.fillStart = inputTree.fillStart
fillData.fillColl = tsColl
fillData.fillStable = inputTree.fillStable
fillData.fillEnd = inputTree.fillEnd
fillData.durationStable = inputTree.durationStable
fillData.bField = inputTree.bField
fillData.beamEnergy = inputTree.beamEnergy
radmonData.tstamp = inputTree.tstamp
for j in range(0, 16):
radmonData.status[j] = inputTree.status[j]
radmonData.rates[j] = inputTree.rates[j]
#Running sums (c) AK
# 15 minutes
if i+1 < 15*60:
rsums15[j] += inputTree.rates[j]
radmonData.rsums15[j] = rsums15[j]
rsumsPrev15[j] = rsums15[j]
else:
rsums15[j] = ((15*60 - 1)*rsumsPrev15[j] + inputTree.rates[j])/15/60
radmonData.rsums15[j] = rsums15[j]
rsumsPrev15[j] = rsums15[j]
# 30 minutes
if i+1 < 30*60:
rsums30[j] += inputTree.rates[j]
radmonData.rsums30[j] = rsums30[j]
rsumsPrev30[j] = rsums30[j]
else:
rsums30[j] = ((30*60 - 1)*rsumsPrev30[j] + inputTree.rates[j])/30/60
radmonData.rsums30[j] = rsums30[j]
rsumsPrev30[j] = rsums30[j]
# 60 minutes
if i+1 < 60*60:
rsums60[j] += inputTree.rates[j]
radmonData.rsums60[j] = rsums60[j]
rsumsPrev60[j] = rsums60[j]
else:
rsums60[j] = ((60*60 - 1)*rsumsPrev60[j] + inputTree.rates[j])/60/60
radmonData.rsums60[j] = rsums60[j]
rsumsPrev60[j] = rsums60[j]
t.Fill()
fout.Write()
fout.Close()
del fillData
del radmonData
del t
del fout
del inputTree
del inputFile
def writeOutput(self):
rootFile = radmonLumiFilePattern.replace('__XXX__', str(self.fill))
try:
fout = TFile(rootFile, 'RECREATE')
except IOError:
print "Cannot open file for output", rootFile
exit
t = TTree('t', 'Combined Lumi and Radmon data')
fillData = FillData()
lumiData = LumiData()
radmonData = RadmonData()
t.Branch(
'fillBranch', fillData,
'fill/I:fillStart/I:fillStable/I:fillEnd/I:durationStable/I:run/I:lsNo/I:tstamp/I:msecs/I:bunchSpacing/I'
)
t.Branch('fillBranchD', AddressOf(fillData, 'bField'),
'bField/D:beamEnergy/D')
t.Branch(
'lumiBranch', lumiData,
'bestLumi/D:bestLumiErr/D:hfLumi/D:hfLumiErr/D:pltLumi/D:pltLumiErr/D:pltZeroLumi/D:pltZeroLumiErr/D:bcmfLumi/D:bcmfLumiErr/D'
)
t.Branch('radmonBranch', radmonData, 'rates[16]/D:ratesErr[16]/D')
href = self.pbest # Reference histogram
#self.pbcmf.Draw()
#raw_input("Press enter to continue")
print "Starting filling tree, file ", radmonLumiFilePattern.replace(
'__XXX__', str(self.fill))
for i in range(len(self.xx) - 1):
fillData.fill = self.fillDataList[i].fill
fillData.fillStart = self.fillDataList[i].fillStart
fillData.fillStable = self.fillDataList[i].fillStable
fillData.fillEnd = self.fillDataList[i].fillEnd
fillData.durationStable = self.fillDataList[i].durationStable
fillData.run = self.fillDataList[i].run
fillData.lsNo = self.fillDataList[i].lsNo
fillData.bunchSpacing = self.fillDataList[i].bunchSpacing
fillData.bField = self.fillDataList[i].bField
fillData.beamEnergy = self.fillDataList[i].beamEnergy
fillData.tstamp = int(href.GetXaxis().GetBinCenter(i))
fillData.msecs = int(href.GetXaxis().GetBinCenter(i) -
fillData.tstamp)
lumiData.bestLumi = self.pbest.GetBinContent(i)
lumiData.bestLumiErr = self.pbest.GetBinError(i)
lumiData.hfLumi = self.phf.GetBinContent(i)
lumiData.hfLumiErr = self.phf.GetBinError(i)
lumiData.pltLumi = self.pplt.GetBinContent(i)
lumiData.pltLumiErr = self.pplt.GetBinError(i)
lumiData.pltZeroLumi = self.ppltZero.GetBinContent(i)
lumiData.pltZeroLumiErr = self.ppltZero.GetBinError(i)
lumiData.bcmfLumi = self.pbcmf.GetBinContent(i)
lumiData.bcmfLumiErr = self.pbcmf.GetBinError(i)
for j in range(len(self.pradmon)):
radmonData.rates[j] = self.pradmon[j].GetBinContent(i)
radmonData.ratesErr[j] = self.pradmon[j].GetBinError(i)
t.Fill()
print "Writing", rootFile
fout.Write()
fout.Close()
del fout