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')
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 setupRanges(self):
"""
read file with lumi data
setup low edges of histograms corresponding to the beginning of lumisections
fill array of timing structures (fill, ls, run etc) corresponding to the given bin
"""
f = TFile(lumiFilePattern.replace('__XXX__', str(self.fill)))
tree = f.Get("t")
tsPrev = 0
# Data from fill report file
fillReport = FillReport(fillReportName)
for i in range(0, tree.GetEntries()) :
lsDataEntry = LsData()
nb = tree.GetEntry(i)
if nb < 0:
continue
#Y range for histograms
if tree.lumi > self.yMax:
self.yMax = tree.lumi
if tree.lumi < self.yMin:
self.yMin = tree.lumi
#Setting start/end of the fill
if tree.tstamp < self.fromto[0]:
self.fromto[0] = tree.tstamp
if tree.tstamp > self.fromto[1]:
self.fromto[1] = tree.tstamp
#Low edges for histos (start of the LS)
if i > 0:
self.lsDuration.insert(i-1, tree.tstamp - tsPrev)
# Found negative duration of LS
if self.lsDuration[i-1] < 0:
continue
tsPrev = tree.tstamp
self.xx.append(tree.tstamp)
fill = int(tree.fill)
# fill by-LS data
lsDataEntry.fill = fill
lsDataEntry.fillStart = fillReport.getFillCreationTime(fill)
lsDataEntry.fillStable = fillReport.getFillStableTime(fill)
lsDataEntry.fillEnd = fillReport.getFillEndTime(fill)
lsDataEntry.durationStable = fillReport.getFillDuration(fill)
lsDataEntry.bField = fillReport.getFillField(fill)
lsDataEntry.beamEnergy = tree.beamEnergy
lsDataEntry.run = tree.run
lsDataEntry.lsNo = tree.lsNo
lsDataEntry.lsDuration = 0 # will be overwritten later
lsDataEntry.tstamp = tree.tstamp
lsDataEntry.lumi = tree.lumi # will be scaled on the second pass
lsDataEntry.beamStatus = tree.beamStatus
lsDataEntry.lumiSource = tree.lumiSource
self.lsDataList.append(lsDataEntry)
del lsDataEntry
del tree
del f
def setupRanges(self):
"""
read file with lumi data
setup low edges of histograms corresponding to the beginning of lumisections
fill array of timing structures (fill, ls, run etc) corresponding to the given bin
"""
f = TFile(lumiFilePattern.replace('__XXX__', str(self.fill)))
tree = f.Get("t")
tsPrev = 0
# Data from fill report file
fillReport = FillReport(fillReportName)
for i in range(0, tree.GetEntries()):
lsDataEntry = LsData()
nb = tree.GetEntry(i)
if nb < 0:
continue
#Y range for histograms
if tree.lumi > self.yMax:
self.yMax = tree.lumi
if tree.lumi < self.yMin:
self.yMin = tree.lumi
#Setting start/end of the fill
if tree.tstamp < self.fromto[0]:
self.fromto[0] = tree.tstamp
if tree.tstamp > self.fromto[1]:
self.fromto[1] = tree.tstamp
#Low edges for histos (start of the LS)
if i > 0:
self.lsDuration.insert(i - 1, tree.tstamp - tsPrev)
# Found negative duration of LS
if self.lsDuration[i - 1] < 0:
continue
tsPrev = tree.tstamp
self.xx.append(tree.tstamp)
fill = int(tree.fill)
# fill by-LS data
lsDataEntry.fill = fill
lsDataEntry.fillStart = fillReport.getFillCreationTime(fill)
lsDataEntry.fillStable = fillReport.getFillStableTime(fill)
lsDataEntry.fillEnd = fillReport.getFillEndTime(fill)
lsDataEntry.durationStable = fillReport.getFillDuration(fill)
lsDataEntry.bField = fillReport.getFillField(fill)
lsDataEntry.beamEnergy = tree.beamEnergy
lsDataEntry.run = tree.run
lsDataEntry.lsNo = tree.lsNo
lsDataEntry.lsDuration = 0 # will be overwritten later
lsDataEntry.tstamp = tree.tstamp
lsDataEntry.lumi = tree.lumi # will be scaled on the second pass
lsDataEntry.beamStatus = tree.beamStatus
lsDataEntry.lumiSource = tree.lumiSource
self.lsDataList.append(lsDataEntry)
del lsDataEntry
del tree
del f