def plotGBLvsSeedResiduals(t_file, half):
names = hps_utils.getSensorNames()
print ' got ', len(names), ' sensor names'
hname = 'h_res_diff_gbl_seed_'
#h_res_diff_gbl_seed_module_L4b_halfmodule_axial_hole_sensor0_bot
c = TCanvas('c','c',10,10,700,500)
for sensorname in names:
name = hname + sensorname
if half != '':
if half == 'top' and hps_utils.getHalf(sensorname) != 't':
continue
if half == 'bot' and hps_utils.getHalf(sensorname) != 'b':
continue
name += '_' + half
if args.regexp != None:
m = re.match(args.regexp, name)
if m == None:
print 'skip this histogram \"', name, '\"'
continue
h = t_file.Get(name)
if h == None:
print 'no histogram \"', name, '\"'
sys.exit(1)
print 'process \"', name , '\"'
c.Clear()
h.Draw('colz')
c.SaveAs(name + '-' + args.tag + '.png')
def compareSensorHists(files,histName,tag='',half=None,singleCanvas=None,beamspot=False,legends=None):
print 'compareSensorHists for ', len(files), ' for histName ', histName, ' tag ', tag, ' beamspot ', beamspot
sensorHistNames = []
sensors = hps_utils.getSensorNames(beamspot)
for s in sensors:
if hps_utils.getLayer > 3 and hps_utils.getHoleSlot(s) == 'slot':
continue
#if hps_utils.getHalf(s) != 'b' or hps_utils.getLayer(s) !=2 or hps_utils.getAxialStereo(s) != 'axial':
# continue
#if hps_utils.getHalf(s) != 't' or hps_utils.getLayer(s) !=6 or hps_utils.getHoleSlot(s) != 'slot' and hps_utils.getAxialStereo(s) != 'slot':
# continue
#if beamspot and hps_utils.getLayer(s)==0:
# if hps_utils.getHalf(s) != 'b':
# print 'this beamspot sensor is weird! ', s
# sys.exit(1)
if hps_utils.getHalf(s) == 't' and half != 'top':
continue
if hps_utils.getHalf(s) == 'b' and half != 'bottom':
continue
addOn = ''
if hps_utils.getHalf(s) == 't':
addOn = '_top'
else:
addOn = '_bot'
sensorHistNames.append(histName + s + addOn)
print sensorHistNames
print 'open TFiles'
tFiles = []
for f in files:
tFiles.append(TFile(f))
print 'opened ', len(tFiles)
c = None
print 'singleCanvas ', singleCanvas
if singleCanvas != None:
cName = 'c_' + histName + '_' + half + '_' + tag
c = TCanvas(cName, cName, 10, 10, 690*2, 390*2)
c.Divide(2,12)
currentPad = None
graphBinNames = {}
graphMean = []
graphRMS = []
for tf in tFiles:
print 'tf ', tf.GetName()
grM = TGraphErrors()
grM.SetName('grMean_' + tf.GetName())
grR = TGraphErrors()
grR.SetName('grRMS_' + tf.GetName())
graphMean.append( grM )
graphRMS.append( grR )
for hName in sensorHistNames:
histos = []
print 'get ', hName
for tf in tFiles:
print 'tf ', tf.GetName()
h = tf.Get(hName)
histos.append(h)
print 'compare ', len(histos),' root histos'
if c != None:
i = hps_utils.getCanvasIdxTwoCols(hName,beamspot)
currentPad = c.cd(i)
print currentPad
compareRootHists.compareHists(histos,legends=legends,normalize=True,fitName={'name':'gaus','rms':2},t=tag,pad=currentPad,myTextSize=0.1)
print 'make graphs of mean and RMS'
for ih in range(len(histos)):
h = histos[ih]
f = h.GetFunction('fg_' + h.GetName())
if f != None:
mean = f.GetParameter(1)
meanError = f.GetParError(1)
rms = f.GetParameter(2)
rmsError = f.GetParError(2)
ipoint = graphMean[ih].GetN()
graphMean[ih].SetPoint(ipoint, ipoint, mean)
graphRMS[ih].SetPoint(ipoint, ipoint, rms)
graphMean[ih].SetPointError(ipoint, 0., meanError)
graphRMS[ih].SetPointError(ipoint, 0., rmsError)
graphBinNames[ ipoint ] = hps_utils.getshortsensorname( hName )
print 'mean ', mean, ' RMS ', rms, ' fg ', f.GetName()
else:
print 'No fg in histo ', ih, ' name ', h.GetName()
print 'done comparing ', len(histos),' root histos'
if c != None:
c.SaveAs(cName + '.png')
cGrName = 'c_summary' + histName + '_' + half + '_' + tag
cGr = TCanvas(cGrName, cGrName, 10, 10, 690*2, 390*2)
cGr.Divide(1,2)
grMaxValMean = -1000000.
grMaxValRMS = -10000000.
grMinValMean = 1000000.
grMinValRMS = 10000000.
for igr in range(len(graphMean)):
grM = graphMean[ igr ]
grR = graphRMS [ igr ]
limVals = plotutils.getGraphMaxMinVal(grM)
print limVals
if limVals[1] > grMaxValMean:
grMaxValMean = limVals[1]
if limVals[0] < grMinValMean:
grMinValMean = limVals[0]
limVals = plotutils.getGraphMaxMinVal(grR)
if limVals[1] > grMaxValRMS:
grMaxValRMS = limVals[1]
if limVals[0] < grMinValMean:
grMinValRMS = limVals[0]
print grMaxValMean, grMinValMean
for igr in range(len(graphMean)):
grM = graphMean[ igr ]
grR = graphRMS [ igr ]
#print 'igr ', igr, ' name ', grM.GetName()
plotutils.setGraphStyle(grM,igr+1)
plotutils.setGraphStyle(grR,igr+1)
plotutils.setBinLabelsDict(grM,graphBinNames)
plotutils.setBinLabelsDict(grR,graphBinNames)
if igr == 0:
cGr.cd(1)
gPad.SetBottomMargin(0.3)
grM.GetHistogram().SetMaximum(grMaxValMean*1.2)
grM.GetHistogram().SetMinimum(grMinValMean*1.2)
grM.Draw('AXPL')
cGr.cd(2)
gPad.SetBottomMargin(0.3)
grR.SetMaximum(grMaxValRMS)
grR.SetMinimum(grMinValRMS)
grR.Draw('AXPL')
else:
cGr.cd(1)
grM.Draw('PL,same')
cGr.cd(2)
grR.Draw('PL,same')
if legends:
styles = [ 'PL' for x in range( len( graphMean ) ) ]
l = plotutils.getLegendList(0.13,0.75,0.25,0.85,graphMean,legends,styles)
l.Draw()
cGr.SaveAs(cGr.GetName() + '.png')
#ans = raw_input('press anything')
for tf in tFiles:
print 'closing ', tf.GetName()
tf.Close()
return
def plotRotations(t_file):
names = hps_utils.getSensorNames()
print ' got ', len(names), ' sensor names'
hname = 'h_res_gbl_vs_u_'
#hname = 'h_res_gbl_vs_vpred_'
c = TCanvas('c','c',10,10,700,500)
grSlopes = TGraphErrors()
grSlopes.SetName('slopes_' + hname)
grSlopesBinLabels = []
for sensorname in names:
name = hname + sensorname
if args.regexp != None:
m = re.match(args.regexp, name)
if m == None:
print 'skip this histogram \"', name, '\"'
continue
h = t_file.Get(name)
if h == None:
print 'no histogram \"', name, '\"'
sys.exit(1)
print 'process \"', name , '\"'
c.Clear()
h.Draw('colz')
c.SaveAs(name + '-' + args.tag + '.png')
#ans = raw_input('continue?')
grMean = TGraphErrors()
grMean.SetName( h.GetName() + '_prjYmean' )
for b in range(1, h.GetNbinsX()+1):
h_p = h.ProjectionY(h.GetName() + '_prjy' + str(b), b, b, 'E')
f = None
if h_p.GetEntries() > 77.:
peakbin = findPeakBin(h_p)
x = h_p.GetBinCenter(peakbin)
minv = x - 1.5*h_p.GetRMS()
maxv = x + 1.5*h_p.GetRMS()
print 'vpred ', h.GetXaxis().GetBinCenter(b) , ' peakbin ', peakbin, ' c ' , h_p.GetBinCenter(peakbin), ' minv ', minv, ' maxv ', maxv
f = TF1('f'+'_'+name,'gaus',minv,maxv)
h_p.Fit(f,'RQ')
ipoint = grMean.GetN()
grMean.SetPoint(ipoint, h.GetXaxis().GetBinCenter(b), f.GetParameter(1))
grMean.SetPointError(ipoint, 0., f.GetParError(1))
c.Clear()
if f != None:
plotutils.myText(0.5,0.85,'<m>=%.2f #sigma=%.2f'%(f.GetParameter(1),f.GetParameter(2)), 0.05, 2)
h_p.Draw()
c.SaveAs(h_p.GetName() + '-' + args.tag + '.png')
#ans = raw_input('continue?')
grMean.SetTitle(name + ';;mean')
grMean.SetMarkerStyle(20)
c.Clear()
fpol1 = TF1('f' + grMean.GetName(),'pol1')
grMean.Fit(fpol1)
grMean.Draw('ALP')
plotutils.myText(0.35,0.8,'slope=%.2e m=%.2e'%(fpol1.GetParameter(1),fpol1.GetParameter(0)), 0.05, 2)
ipoint = grSlopes.GetN()
if args.uflip and hps_utils.getAxialStereo(sensorname) == 'stereo':
print 'flip ', sensorname, ' ', fpol1.GetParameter(1) , ' -> ', -1.*fpol1.GetParameter(1)
grSlopes.SetPoint( ipoint, ipoint, -1.*fpol1.GetParameter(1) )
else:
print 'NO flip ', sensorname, ' ', fpol1.GetParameter(1)
grSlopes.SetPoint( ipoint, ipoint, fpol1.GetParameter(1) )
grSlopes.SetPointError( ipoint, 0., fpol1.GetParError(1) )
grSlopesBinLabels.append( hps_utils.getshortsensorname( sensorname ) )
c.SaveAs(name + '-mean-' + args.tag + '.png')
#ans = raw_input('continue?')
c.Clear()
grSlopes.Draw('ALP')
plotutils.setBinLabels( grSlopes, grSlopesBinLabels )
c.SetBottomMargin(0.2)
if args.uflip:
plotutils.myText(0.35,0.8,'u-flipped', 0.05, 2)
else:
plotutils.myText(0.35,0.8,'NOT u-flipped', 0.05, 2)
if args.uflip:
c.SaveAs(grSlopes.GetName() + '-uflipped-' + args.tag + '.png')
else:
c.SaveAs(grSlopes.GetName() + '-' + args.tag + '.png')
ans = raw_input('continue?')
