def fillall(self, sample):
for itree in range(len(sample.names)):
tree = sample.getchain(itree)
# print sample.name,itree
# print tree.GetEntries()
nentries = tree.GetEntries()
downscale = sample.downscale
iterator = self.createGenerator(tree.GetEntries(),
sample.downscale)
if self.readElist or self.writeElist:
elist, elistFile = self.prepareElist(sample,
sample.names[itree])
if self.readElist:
iterator = self.createGenerator(elist.GetN())
self.timers[6].start()
eh = EventHelper(tree)
self.timers[6].stop()
# for iev in range(tree.GetEntries()):
nall = 0
nsel = 0
self.timers[7].start(paused=True)
for iev in iterator:
# for iev in sample.getentries(tree):
# if sample.downscale==1 or (iev%sample.downscale)==0:
jev = iev if not self.readElist else elist.GetEntry(iev)
eh.getEntry(jev)
nall += 1
if self.readElist or ( \
( self.preselection==None or self.preselection.accept(eh,sample) ) and \
( sample.filter==None or sample.filter.accept(eh) ) ):
self.timers[7].resume()
self.fill(eh, sample.downscale)
self.timers[7].pause()
if self.writeElist:
elist.Enter(iev)
nsel += 1
# print "Ntot for ",sample.name,sample.names[itree]," = ",nall,nsel
# for ev in tree:
# self.fill(ev)
self.timers[7].stop()
if self.writeElist:
elist.Write()
if self.writeElist or self.readElist:
elistFile.Close()
# handle under- & overflows
for n, v in PlotsBase.variables.iteritems():
v.moveUnderOverFlow(self.histogramList[n])
self.showTimers()
def fillall(self,sample):
for itree in range(len(sample.names)):
tree = sample.getchain(itree)
# print sample.name,itree
# print tree.GetEntries()
nentries = tree.GetEntries()
downscale = sample.downscale
iterator = self.createGenerator(tree.GetEntries(),sample.downscale)
if self.readElist or self.writeElist:
elist, elistFile = self.prepareElist(sample,sample.names[itree])
if self.readElist:
iterator = self.createGenerator(elist.GetN())
self.timers[6].start()
eh = EventHelper(tree)
self.timers[6].stop()
# for iev in range(tree.GetEntries()):
nall = 0
nsel = 0
self.timers[7].start(paused=True)
for iev in iterator:
# for iev in sample.getentries(tree):
# if sample.downscale==1 or (iev%sample.downscale)==0:
jev = iev if not self.readElist else elist.GetEntry(iev)
eh.getEntry(jev)
nall += 1
if self.readElist or ( \
( self.preselection==None or self.preselection.accept(eh,sample) ) and \
( sample.filter==None or sample.filter.accept(eh) ) ):
self.timers[7].resume()
self.fill(eh,sample.downscale)
self.timers[7].pause()
if self.writeElist:
elist.Enter(iev)
nsel += 1
# print "Ntot for ",sample.name,sample.names[itree]," = ",nall,nsel
# for ev in tree:
# self.fill(ev)
self.timers[7].stop()
if self.writeElist:
elist.Write()
if self.writeElist or self.readElist:
elistFile.Close()
# handle under- & overflows
for n,v in PlotsBase.variables.iteritems():
v.moveUnderOverFlow(self.histogramList[n])
self.showTimers()
def fillall(self,sample):
for itree in range(len(sample.names)):
tree = sample.getchain(itree)
# print sample.name,itree
# print tree.GetEntries()
nentries = tree.GetEntries()
nprog = nentries
downscale = sample.downscale
iterator = self.createGenerator(tree.GetEntries(),sample.downscale)
if self.readElist or self.writeElist:
elist, elistFile = self.prepareElist(sample,sample.names[itree])
if self.readElist:
iterator = self.createGenerator(elist.GetN())
nprog = elist.GetN()
self.timers[6].start()
eh = EventHelper(tree)
self.timers[6].stop()
# for iev in range(tree.GetEntries()):
nall = 0
nsel = 0
# self.timers[7].start(paused=True)
# self.timers[8].start(paused=True)
if self.progress:
self.progress.initialize(length=nprog,title=sample.name+" "+sample.names[itree])
for iev in iterator:
# for iev in sample.getentries(tree):
# if sample.downscale==1 or (iev%sample.downscale)==0:
jev = iev if not self.readElist else elist.GetEntry(iev)
# self.timers[8].resume()
self.timers[8].start()
eh.getEntry(jev)
# self.timers[8].pause()
self.timers[8].stop()
nall += 1
if self.progress and nall%100==0:
self.progress.increment(100)
if self.readElist or ( \
( self.preselection==None or self.preselection.accept(eh,sample) ) and \
( sample.filter==None or sample.filter.accept(eh) ) ):
# if sample.name.startswith("TTJets"):
# print "Accepted for ",sample.name,":",eh.get("run"),eh.get("lumi"),eh.get("evt")
# self.timers[7].resume()
self.timers[7].start()
self.fill(eh,sample,itree)
# self.timers[7].pause()
self.timers[7].stop()
for timer in self.timers[:7]:
if timer.active:
timer.stop()
if self.writeElist:
elist.Enter(iev)
nsel += 1
# print "Ntot for ",sample.name,sample.names[itree]," = ",nall,nsel
# for ev in tree:
# self.fill(ev)
# self.timers[7].stop()
# self.timers[8].stop()
if self.writeElist:
elist.Write()
if self.writeElist or self.readElist:
elistFile.Close()
if self.progress and self.progress.status!=3:
self.progress.update(1.)
# handle under- & overflows
for n,v in PlotsBase.variables.iteritems():
v.moveUnderOverFlow(self.histogramList[n])
self.showTimers()
def fillall(self, sample):
for itree in range(len(sample.names)):
tree = sample.getchain(itree)
# print sample.name,itree
# print tree.GetEntries()
nentries = tree.GetEntries()
nprog = nentries
downscale = sample.downscale
iterator = self.createGenerator(tree.GetEntries(),
sample.downscale)
if self.readElist or self.writeElist:
elist, elistFile = self.prepareElist(sample,
sample.names[itree])
if self.readElist:
iterator = self.createGenerator(elist.GetN())
nprog = elist.GetN()
self.timers[6].start()
eh = EventHelper(tree)
self.timers[6].stop()
# for iev in range(tree.GetEntries()):
nall = 0
nsel = 0
# self.timers[7].start(paused=True)
# self.timers[8].start(paused=True)
if self.progress:
self.progress.initialize(length=nprog,
title=sample.name + " " +
sample.names[itree])
for iev in iterator:
# for iev in sample.getentries(tree):
# if sample.downscale==1 or (iev%sample.downscale)==0:
jev = iev if not self.readElist else elist.GetEntry(iev)
# self.timers[8].resume()
self.timers[8].start()
eh.getEntry(jev)
# self.timers[8].pause()
self.timers[8].stop()
nall += 1
if self.progress and nall % 100 == 0:
self.progress.increment(100)
if self.readElist or ( \
( self.preselection==None or self.preselection.accept(eh,sample) ) and \
( sample.filter==None or sample.filter.accept(eh) ) ):
# if sample.name.startswith("TTJets"):
# print "Accepted for ",sample.name,":",eh.get("run"),eh.get("lumi"),eh.get("evt")
# self.timers[7].resume()
self.timers[7].start()
self.fill(eh, sample, itree)
# self.timers[7].pause()
self.timers[7].stop()
for timer in self.timers[:7]:
if timer.active:
timer.stop()
if self.writeElist:
elist.Enter(iev)
nsel += 1
# print "Ntot for ",sample.name,sample.names[itree]," = ",nall,nsel
# for ev in tree:
# self.fill(ev)
# self.timers[7].stop()
# self.timers[8].stop()
if self.writeElist:
elist.Write()
if self.writeElist or self.readElist:
elistFile.Close()
if self.progress and self.progress.status != 3:
self.progress.update(1.)
# handle under- & overflows
for n, v in PlotsBase.variables.iteritems():
v.moveUnderOverFlow(self.histogramList[n])
self.showTimers()
