def do2dDiff(self,doEB):
part = 'eb' if doEB else 'ee'
customROOTstyle()
refData = self.parseDic(self._allData["ref"])
newData = self.parseDic(self._allData["current"])
histos = {}
if doEB: histos['eb'] = []
else:
histos['eeplus'] = []
histos['eeminus'] = []
for s in range(12):
if doEB:
h = rt.TProfile2D(('%s_diff_2d_sample%d' % (part,s)),"",360,1,360,170,-85,85)
h.GetXaxis().SetTitle('i#phi')
h.GetYaxis().SetTitle('i#eta')
h.SetTitle('sample_{%d}^{new}-sample_{%d}^{ref}' % (s,s))
h.GetZaxis().SetRangeUser(-0.01,0.01)
histos['eb'].append(h)
else:
hplus = rt.TProfile2D(('%s_plus_diff_2d_sample%d' % (part,s)),"",100,1,100,100,1,100)
hplus.GetXaxis().SetTitle('ix')
hplus.GetYaxis().SetTitle('iy')
hplus.SetTitle('sample_{%d}^{new}-sample_{%d}^{ref}' % (s,s))
hplus.GetZaxis().SetRangeUser(-0.01,0.01)
histos['eeplus'].append(hplus)
hminus = hplus.Clone('%s_minus_diff_2d_sample%d' % (part,s))
histos['eeminus'].append(hminus)
detids = EcalDetId('/afs/cern.ch/work/e/emanuele/public/ecal/pulseshapes_db/detids_ECAL.txt')
for (partition,detid),samples in refData.iteritems():
key = (partition,detid)
(x,y,z) = detids.xyz(detid)
if key not in newData: continue
if ((doEB and int(partition)==0) or (not doEB and int(partition)==1)): continue
if z==-999: continue
if z==0: htofill = histos['eb']
elif z==1: htofill = histos['eeplus']
else: htofill = histos['eeminus']
(ix,iy) = (y,x) if doEB else (x+1,y+1)
for s in range(12):
htofill[s].Fill(ix,iy,float((newData[key])[s])-float((refData[key])[s]))
xsize = 1200
ysize = int(xsize*170/360+0.1*xsize) if doEB else int(xsize*0.9)
canv = rt.TCanvas("c","",xsize,ysize)
for k,v in histos.iteritems():
for s in range(12):
#(histos[k])[s].Draw("colz")
#canv.SaveAs('%s_diff_2d_sample%d.pdf' % (k,s))
self.printOnePlot( (histos[k])[s], canv, '%s_diff_2d_sample%d' % (k,s) )
def do2dDiff(self,doEB):
part = 'eb' if doEB else 'ee'
customROOTstyle()
refData = self.parseDic(self._allData["ref"])
newData = self.parseDic(self._allData["current"])
histos = {}
if doEB: histos['eb'] = []
else:
histos['eeplus'] = []
histos['eeminus'] = []
for s in range(12):
if doEB:
h = rt.TProfile2D(('%s_diff_2d_sample%d' % (part,s)),"",360,1,360,170,-85,85)
h.GetXaxis().SetTitle('i#phi')
h.GetYaxis().SetTitle('i#eta')
h.SetTitle('sample_{%d}^{new}-sample_{%d}^{ref}' % (s,s))
h.GetZaxis().SetRangeUser(-0.03,0.03)
histos['eb'].append(h)
else:
hplus = rt.TProfile2D(('%s_plus_diff_2d_sample%d' % (part,s)),"",100,1,100,100,1,100)
hplus.GetXaxis().SetTitle('ix')
hplus.GetYaxis().SetTitle('iy')
hplus.SetTitle('sample_{%d}^{new}-sample_{%d}^{ref}' % (s,s))
hplus.GetZaxis().SetRangeUser(-0.03,0.03)
histos['eeplus'].append(hplus)
hminus = hplus.Clone('%s_minus_diff_2d_sample%d' % (part,s))
histos['eeminus'].append(hminus)
detids = EcalDetId('/afs/cern.ch/work/e/emanuele/public/ecal/pulseshapes_db/detids_ECAL.txt')
for (partition,detid),samples in refData.iteritems():
key = (partition,detid)
(x,y,z) = detids.xyz(detid)
if key not in newData: continue
if ((doEB and int(partition)==0) or (not doEB and int(partition)==1)): continue
if z==-999: continue
if z==0: htofill = histos['eb']
elif z==1: htofill = histos['eeplus']
else: htofill = histos['eeminus']
(ix,iy) = (y,x) if doEB else (x,y)
for s in range(12):
htofill[s].Fill(ix,iy,float((newData[key])[s])-float((refData[key])[s]))
xsize = 1200
ysize = int(xsize*170/360+0.1*xsize) if doEB else int(xsize*0.9)
canv = rt.TCanvas("c","",xsize,ysize)
for k,v in histos.iteritems():
for s in range(12):
#(histos[k])[s].Draw("colz")
#canv.SaveAs('%s_diff_2d_sample%d.pdf' % (k,s))
self.printOnePlot( (histos[k])[s], canv, '%s_diff_2d_sample%d' % (k,s) )
tv = TagValidation([txt], options)
data = tv.parseDic(tv._allData["current"])
ebdata = {(partition, detid): samples
for (partition, detid), samples in data.iteritems()
if partition == '1'}
eedata = {(partition, detid): samples
for (partition, detid), samples in data.iteritems()
if partition == '0'}
print "Original has {neb} crystals in EB and {nee} in EE".format(
neb=len(ebdata), nee=len(eedata))
# some geometry
detids = EcalDetId(
'/afs/cern.ch/work/e/emanuele/public/ecal/pulseshapes_db/detids_ECAL.txt'
)
ringmap = etaRingMapping()
averages = {}
filledCry = {}
irCry = {}
print "Starting the first loop..."
for (partition, detid), samples in eedata.iteritems():
(x, y, z) = detids.xyz(detid)
x0 = x - 50
y0 = y - 50
ir = int(math.sqrt(x0 * x0 + y0 * y0))
iring = ringmap.getRing(False, x, y, z)
if iring not in averages:
def do2dTime(self,currentTimeIC,doEB,newTimeIC=''):
part = 'EB' if doEB else 'EE'
customROOTstyle()
refData = self.parseDic(self._allData["ref"])
newData = self.parseDic(self._allData["current"])
of = rt.TFile.Open('%s_timeVals.root' % part,'recreate')
histos = []
histosDiff = []
if doEB:
h = rt.TProfile2D(('%s_time' % part),"",360,1,360,170,-85,85)
h.GetXaxis().SetTitle('i#phi')
h.GetYaxis().SetTitle('i#eta')
h.SetTitle('Time (ns)')
h.GetZaxis().SetRangeUser(-1,1)
histos.append(h)
histosDiff.append(h.Clone(('%s_time_diff' % part)))
else:
hplus = rt.TProfile2D(('%splus_time' % part),"",100,1,100,100,1,100)
hplus.GetXaxis().SetTitle('ix')
hplus.GetYaxis().SetTitle('iy')
hplus.SetTitle('Time (ns)')
hplus.GetZaxis().SetRangeUser(-1,1)
histos.append(hplus)
histosDiff.append(hplus.Clone(('%splus_time_diff' % part)))
hminus = hplus.Clone('%sminus_time' % part)
histos.append(hminus)
histosDiff.append(hminus.Clone(('%sminus_time_diff' % part)))
detids = EcalDetId('/afs/cern.ch/work/e/emanuele/public/ecal/pulseshapes_db/detids_ECAL.txt')
# load the current time ICs (dump of the tag)
self.timeICs = self.loadTimeICs(currentTimeIC)
if len(newTimeIC)>0: newTimeICs = self.loadTimeICs(newTimeIC)
histo = rt.TH1F("histo","",15,0,15)
fitter = AlphaBetaFitter( rt.TF1("alphabeta",alphabeta,0,10,5), doEB)
cryfit = 0
for (partition,detid),samples in newData.iteritems():
key = (partition,detid)
(x,y,z) = detids.xyz(detid)
if detid not in self.timeICs: continue
if ((doEB and int(partition)==0) or (not doEB and int(partition)==1)): continue
if z==0 or z==1:
htofill = histos[0]
hdifftofill = histosDiff[0]
else:
htofill = histos[1]
hdifftofill = histosDiff[1]
(ix,iy) = (y,x) if doEB else (x,y)
# fill the template and fit it
for s in range(3): histo.SetBinContent(s+1,0)
for s in range(12): histo.SetBinContent(s+4,float((newData[key])[s]))
# results = fitter.fit(histo,doEB,('pulse_%d_%d_%d.png' % (x,y,z)))
results = fitter.fit(histo,doEB)
currentCorr = float(self.timeICs[detid]) + self.timeOffsets[part]
time = 25.*((results['pars'])[2]-5.5)
correctedTime = time + currentCorr
# print "detid = ",key," has time from fit [IC] = ",time, " [",currentCorr,"]"
htofill.Fill(ix,iy,correctedTime)
if len(newTimeIC)>0:
if detid not in newTimeICs: continue
newCorr = float(newTimeICs[detid])
# print ' correctedTime = ',correctedTime," newCorr = ",newCorr," diff = ", correctedTime - newCorr
hdifftofill.Fill(ix,iy,correctedTime - newCorr)
if cryfit % 1000 == 0: print 'fitted ',cryfit,' templates'
cryfit += 1
xsize = 1200
ysize = int(xsize*170/360+0.1*xsize) if doEB else int(xsize*0.9)
of.cd()
canv = rt.TCanvas("c","",xsize,ysize)
for h in histos:
#h.Draw("colz")
#canv.SaveAs(h.GetName()+'.pdf')
self.printOnePlot(h,canv,h.GetName())
h.Write()
for h in histosDiff:
h.Write()
of.Close()
def asymmetryByRing(tv, data, doPlot=True):
customROOTstyle()
rt.gStyle.SetOptStat(0)
histos = {}
histos['eeplus'] = []
histos['eeminus'] = []
histos['eediff'] = []
for s in range(12):
hp = rt.TProfile(('endcap_plus_ring_sample%d' % s), "", 39, 0, 39)
hp.GetXaxis().SetTitle('#eta ring')
hp.SetTitle('average sample %d' % s)
histos['eeplus'].append(hp)
hm = hp.Clone('endcap_minus_ring_sample%d' % s)
histos['eeminus'].append(hm)
hd = rt.TH1D(('endcap_diff_ring_sample%d' % s), "", 39, 0, 39)
hd.GetXaxis().SetTitle('#eta ring')
hd.SetTitle('sample %d (EE^{+}-EE^{-})/(EE^{+}+EE^{-})' % s)
hd.GetYaxis().SetLimits(-0.01, 0.01)
histos['eediff'].append(hd)
print "Loading detIds mapping..."
detids = EcalDetId(
'/afs/cern.ch/work/e/emanuele/public/ecal/pulseshapes_db/detids_ECAL.txt'
)
print "Loading EE rings..."
ringmap = etaRingMapping()
for (partition, detid), samples in data.iteritems():
key = (partition, detid)
(x, y, z) = detids.xyz(detid)
if int(partition) == 1: continue # skip barrel
htofill = histos['eeplus'] if z > 0 else histos['eeminus']
ring = ringmap.getRing(False, x, y, z)
for s in range(12):
htofill[s].Fill(ring, float(data[key][s]))
xsize = 1200
ysize = int(xsize * 0.9)
canv = rt.TCanvas("c", "", xsize, ysize)
for s in range(12):
for b in range(histos['eeplus'][s].GetNbinsX() + 1):
reldiff = (histos['eeplus'][s].GetBinContent(b) -
histos['eeminus'][s].GetBinContent(b)) / (
histos['eeplus'][s].GetBinContent(b) +
histos['eeminus'][s].GetBinContent(b))
relerr = hypot(
histos['eeplus'][s].GetBinError(b) /
histos['eeplus'][s].GetBinContent(b),
histos['eeplus'][s].GetBinError(b) /
histos['eeplus'][s].GetBinContent(b))
histos['eediff'][s].SetBinContent(b, reldiff)
histos['eediff'][s].SetBinError(b, relerr)
if doPlot:
tv.printOnePlot((histos['eediff'])[s], canv,
'endcap_diff_ring_sample%d' % s)
tv.printOnePlot((histos['eeplus'])[s], canv,
'endcap_plus_ring_sample%d' % s)
tv.printOnePlot((histos['eeminus'])[s], canv,
'endcap_minus_ring_sample%d' % s)
return histos
def do2dShapeDiff(self,doEB,absoluteShape=False):
part = 'EB' if doEB else 'EE'
customROOTstyle()
refData = self.parseDic(self._allData["ref"])
newData = self.parseDic(self._allData["current"])
of = rt.TFile.Open('%s_timeVals.root' % part,'recreate')
histos = {}
for ip,par in enumerate(['alpha','beta','T0']):
(zmin,zmax) = (-0.03,0.03) if par!="T0" else (-1,1) # ns
if par=="T0" and absoluteShape: (zmin,zmax) = (-5,5) # ns
if doEB:
h = rt.TProfile2D(('%s_%s' % (part,par)),"",360,1,360,170,-85,85)
h.GetXaxis().SetTitle('i#phi')
h.GetYaxis().SetTitle('i#eta')
h.SetTitle('Time (ns)' if par=="T0" else '#Delta #{par}/#{par}'.format(par=par))
h.GetZaxis().SetRangeUser(zmin,zmax)
histos[par] = [h]
else:
hz = []
hplus = rt.TProfile2D(('%splus_%s' % (part,par)),"",100,1,100,100,1,100)
hplus.GetXaxis().SetTitle('ix')
hplus.GetYaxis().SetTitle('iy')
hplus.SetTitle('Time (ns)' if par=="T0" else '#Delta #{par}/#{par}'.format(par=par))
hplus.GetZaxis().SetRangeUser(zmin,zmax)
hz.append(hplus)
hminus = hplus.Clone('%sminus_%s' % (part,par))
hz.append(hminus)
histos[par] = hz
detids = EcalDetId('/afs/cern.ch/work/e/emanuele/public/ecal/pulseshapes_db/detids_ECAL.txt')
cryfit = 0
for (partition,detid),samples in newData.iteritems():
key = (partition,detid)
(x,y,z) = detids.xyz(detid)
if not absoluteShape and key not in refData: continue
if ((doEB and int(partition)==0) or (not doEB and int(partition)==1)): continue
if z==-999: continue
(ix,iy) = (y,x) if doEB else (x+1,y+1)
(val,err) = self.timeFit(newData[key],self.abfitter,doEB)
(valRef,errRef) = self.timeFit(refData[key],self.abfitter,doEB) if not absoluteShape else ({},{})
for ip,par in enumerate(['alpha','beta','T0']):
if z==0 or z==1:
htofill = (histos[par])[0]
else:
htofill = (histos[par])[1]
value = val[par]-valRef[par] if not absoluteShape else val[par]
if par!="T0": value = value/valRef[par] if not absoluteShape else value
#print "par = ",par," val1,2 = ",val[par]," ",valRef[par]," norm value = ",value
#print "err1,2 = ",err[par]," ",errRef[par]
htofill.Fill(ix,iy,value)
if cryfit % 1000 == 0: print 'fitted ',cryfit,' templates'
cryfit += 1
xsize = 1200
ysize = int(xsize*170/360+0.1*xsize) if doEB else int(xsize*0.9)
of.cd()
canv = rt.TCanvas("c","",xsize,ysize)
for k,hvect in histos.iteritems():
for h in hvect:
h.Write()
self.printOnePlot(h,canv,'{name}{absolute}'.format(name=h.GetName(),absolute='_absolute' if absoluteShape else ''),"",True)
of.Close()
def do2dTime(self,currentTimeIC,doEB,newTimeIC=''):
part = 'EB' if doEB else 'EE'
customROOTstyle()
refData = self.parseDic(self._allData["ref"])
newData = self.parseDic(self._allData["current"])
of = rt.TFile.Open('%s_timeVals.root' % part,'recreate')
histos = []
histosDiff = []
if doEB:
h = rt.TProfile2D(('%s_time' % part),"",360,1,360,170,-85,85)
h.GetXaxis().SetTitle('i#phi')
h.GetYaxis().SetTitle('i#eta')
h.SetTitle('Time (ns)')
h.GetZaxis().SetRangeUser(-1,1)
histos.append(h)
histosDiff.append(h.Clone(('%s_time_diff' % part)))
else:
hplus = rt.TProfile2D(('%splus_time' % part),"",100,1,100,100,1,100)
hplus.GetXaxis().SetTitle('ix')
hplus.GetYaxis().SetTitle('iy')
hplus.SetTitle('Time (ns)')
hplus.GetZaxis().SetRangeUser(-1,1)
histos.append(hplus)
histosDiff.append(hplus.Clone(('%splus_time_diff' % part)))
hminus = hplus.Clone('%sminus_time' % part)
histos.append(hminus)
histosDiff.append(hminus.Clone(('%sminus_time_diff' % part)))
detids = EcalDetId('/afs/cern.ch/work/e/emanuele/public/ecal/pulseshapes_db/detids_ECAL.txt')
# load the current time ICs (dump of the tag)
self.timeICs = self.loadTimeICs(currentTimeIC)
if len(newTimeIC)>0: newTimeICs = self.loadTimeICs(newTimeIC)
histo = rt.TH1F("histo","",15,0,15)
cryfit = 0
for (partition,detid),samples in newData.iteritems():
key = (partition,detid)
(x,y,z) = detids.xyz(detid)
if detid not in self.timeICs: continue
if ((doEB and int(partition)==0) or (not doEB and int(partition)==1)): continue
if z==0 or z==1:
htofill = histos[0]
hdifftofill = histosDiff[0]
else:
htofill = histos[1]
hdifftofill = histosDiff[1]
(ix,iy) = (y,x) if doEB else (x,y)
# fill the template and fit it
for s in range(3): histo.SetBinContent(s+1,0)
for s in range(12): histo.SetBinContent(s+4,float((newData[key])[s]))
self.abfitter.fit(histo,doEB)
results = {'pars': abfitter.getPars(), 'errs': abfitter.getErrs()}
currentCorr = float(self.timeICs[detid]) + self.timeOffsets[part]
time = 25.*((results['pars'])[2]-5.5)
correctedTime = time + currentCorr
# print "detid = ",key," has time from fit [IC] = ",time, " [",currentCorr,"]"
htofill.Fill(ix,iy,correctedTime)
if len(newTimeIC)>0:
if detid not in newTimeICs: continue
newCorr = float(newTimeICs[detid])
# print ' correctedTime = ',correctedTime," newCorr = ",newCorr," diff = ", correctedTime - newCorr
hdifftofill.Fill(ix,iy,correctedTime - newCorr)
if cryfit % 1000 == 0: print 'fitted ',cryfit,' templates'
cryfit += 1
xsize = 1200
ysize = int(xsize*170/360+0.1*xsize) if doEB else int(xsize*0.9)
of.cd()
canv = rt.TCanvas("c","",xsize,ysize)
for h in histos:
#h.Draw("colz")
#canv.SaveAs(h.GetName()+'.pdf')
self.printOnePlot(h,canv,h.GetName())
h.Write()
for h in histosDiff:
h.Write()
of.Close()
