Functions
def	makeListFromString (s, token=',')

def	findBeamspots (file, dir, pattern)

def	makePoint (tree, prefix, xval='x0', xlow=-8, xhigh=8, xbins=100, doGausFit=True, cuts="")

def	AddText (xmin, ymin, text, size=0.015, font=None)

def	makeFloatFromString (s)

def	splitBeamspotTreeTitle (title, cutToken="CUT")

def	getTree (name, file, dir)

def	getObject (chain, name)

def	AddStatText (h, minx=0.7, miny=0.7, title="", units="", pars=['Mean', 'RMS'])

def	makeHists (tree, name)

def	makeCanvas (name, hists, xlabel, ylabel, doStats=True, doLegend=True, units="", logy=False, setMinZero=True, drawOptions="", histLabels=[])

def	getObjects (file, prefix, names)

def	makeStandardPlots (file, prefix, names=[], nameLabels=[], doMC=False, logy=True)

def	makeDeltaPlots (file, prefix, names=[], nameLabels=[])

Variables
string	__author__ = 'James Walder'

string	__version__ = '$Id$'

string	__usage__ = '%prog [options] '

	parser = OptionParser(usage=__usage__, version=__version__)

	dest

	default

	help

	action

	False

	options

	args

list	legends = []

list	pdglines = []

list	labels = []

list	ghists = []

list	failed = []

list	graphs = []

list	canvases = []

float	PointSize = 1.6

float	MaxHeightFactor = 1.5

list	colours = [ EColor.kRed+1, EColor.kBlue+1, EColor.kGreen-8, EColor.kYellow+2]

list	markers = [20,25,22,27,23,28,30,21]

float	plotTextSize = 0.03

def	files = makeListFromString(options.files)

	fii = TFile(files[0])

list	cs = []

	bsfii = TFile(options.beamspotFile)

def	bs = findBeamspots(bsfii,"Beamspot","Beamspots.*")

list	type = ['Adaptive','InDetPriVxFinderFastFinder','InDetPriVxFinderFullFinder']

def	bsAdaptive = findBeamspots(bsfii,"Beamspot","Beamspots."+t+".")

list	hx = []

list	hy = []

list	hz = []

list	hsx = []

list	hsy = []

list	hsz = []

list	hax = []

list	hay = []

list	hk = []

list	hrhoxy = []

string	name = "SCT"

def	hists = makeHists(i,name)

	s = raw_input('--> ')

Function Documentation

◆ AddStatText()

def beamspotVtxAnalysis.AddStatText	(	h,
		minx = `0.7`,
		miny = `0.7`,
		title = `""`,
		units = `""`,
		pars = `['Mean','RMS']`
	)

Definition at line 175 of file beamspotVtxAnalysis.py.

 def AddStatText(h, minx=0.7,miny=0.7,title="",units="",pars=['Mean','RMS']):
   n  = h.GetEntries()
   En = sqrt(n)
   
   m  = h.GetMean()
   Em = h.GetMeanError()
   
   r  = h.GetRMS()
   Er = h.GetRMSError()
  
   step =0.033
   ypos = miny;
   if len(title) > 0:
     AddText(minx, ypos, title,plotTextSize)
     ypos = ypos - step
   if "Entries" in pars:
     nsig = 'N = %(v).0f #pm %(ev).0f' %  { 'v': n, 'ev': En}
     AddText(minx, ypos, nsig,plotTextSize)
     ypos = ypos - step
   if "Mean" in pars:
     mass = '#mu= %(v).04f #pm %(ev).04f %(u)s'% { 'v': m, 'ev': Em, 'u':units}
     AddText(minx, ypos, mass,plotTextSize)
     ypos = ypos - step
   if "RMS" in pars:
     sigma= 'RMS   = %(v)2.4f #pm %(ev)2.4f %(u)s'% { 'v': r, 'ev': Er, 'u':units}
     AddText(minx, ypos, sigma,plotTextSize)
     ypos = ypos - step
  
  

◆ AddText()

def beamspotVtxAnalysis.AddText	(	xmin,
		ymin,
		text,
		size = `0.015`,
		font = `None`
	)

Definition at line 110 of file beamspotVtxAnalysis.py.

 def AddText(xmin,ymin,text,size=0.015, font=None):
     m = TLatex()  # //l.SetTextAlign(12); l.SetTextSize(tsize); 
     m.SetNDC();
     #m.SetTextFont(72);
     m.SetTextColor(EColor.kBlack);
     m.SetTextSize(size)
     if font != None:
       m.SetTextFont(font)
     m.DrawLatex(xmin,ymin,text);
     labels.append(m)
  
  

◆ findBeamspots()

def beamspotVtxAnalysis.findBeamspots	(	file,
		dir,
		pattern
	)

Definition at line 58 of file beamspotVtxAnalysis.py.

 def findBeamspots(file,dir, pattern):
   import re
   from ROOT import gDirectory
   file.cd(dir)
   p = re.compile(pattern)
   print p.pattern
   n = gDirectory.GetListOfKeys().GetSize()
   print "N: ", n
   matched = []
   for i in range(n):
     name = gDirectory.GetListOfKeys().At(i).GetName()
     if not p.match(name):
       continue
     print name
     #print p.match(name)
     h = gDirectory.Get(gDirectory.GetListOfKeys().At(i).GetName())
     #print h, h.GetName()
     matched.append(h)
     
   file.cd()
   return matched
  

◆ getObject()

def beamspotVtxAnalysis.getObject	(	chain,
		name
	)

Definition at line 164 of file beamspotVtxAnalysis.py.

 def getObject(chain,name):
   try:
     h = chain.Get(name)
     #h=chain.Get(name)
     h.Print()
   except:
     print "No object in ", chain.GetName(), dir,name
     h = None
   return h
  
  

◆ getObjects()

def beamspotVtxAnalysis.getObjects	(	file,
		prefix,
		names
	)

Definition at line 301 of file beamspotVtxAnalysis.py.

 def getObjects(file, prefix,names):
   o=[]
   for i in names:
     o.append(getObject(file,prefix+i))
   return o
  

◆ getTree()

def beamspotVtxAnalysis.getTree	(	name,
		file,
		dir
	)

Definition at line 144 of file beamspotVtxAnalysis.py.

 def getTree(name, file, dir):
   tr = file.Get(dir +"/" + name)
   print type(tr)
   return tr
  
  
 # Start of main programs
  
 #Open the files
  

◆ makeCanvas()

def beamspotVtxAnalysis.makeCanvas	(	name,
		hists,
		xlabel,
		ylabel,
		doStats = `True`,
		doLegend = `True`,
		units = `""`,
		logy = `False`,
		setMinZero = `True`,
		drawOptions = `""`,
		histLabels = `[]`
	)

Definition at line 225 of file beamspotVtxAnalysis.py.

 def makeCanvas(name, hists,  xlabel, ylabel, doStats=True,doLegend=True, units="", logy=False,setMinZero=True,drawOptions="",histLabels=[]):
   canv = TCanvas(name, "",800,600)
   
   min=10e6
   max=-10e6
   for i in hists:
     m = i.GetMaximum()
     max = ( m if m>max else max)
     m = i.GetMinimum()
     min = (m if m < min else min)
     
   if setMinZero and not logy:
     min=0
   if min<=0 and logy:
     min=0.01
   #if min > 1 and logy:
   #  min=0.1
   
   c=0
   m=0
   isFirst=True
   for i in hists:
     i.SetMarkerColor(colours[c]) 
     i.SetLineColor(colours[c])
     i.SetMarkerStyle(markers[m])
     c = c+1
     if c == len(colours):
       m = m+1
       c=0
     if m == len(markers):
       m=0
  
     if isFirst:
       i.SetMinimum( min)
       i.SetMaximum( max*1.5)
       i.SetXTitle(xlabel)
       if "XXX" not in ylabel :
         print "XX"
         s = ylabel
       else:
         print "YY"
         n = i.GetBinWidth(1)
         l = '%(n).4f'%{'n':n}
         s = ylabel.replace("XXX",l)
       i.SetYTitle(s)
       i.Draw(drawOptions)
       isFirst = False
     else:
       i.Draw(drawOptions+"sames")
   if logy:
     canv.SetLogy(1)
   if doStats:
     pos = 0.9
     for i in range(len(hists)):
       if len(histLabels) == 0:
         AddStatText(hists[i], minx=0.7, miny=pos, title = hists[i].GetName())
       else:
         AddStatText(hists[i], minx=0.7, miny=pos, title = histLabels[i])
       pos = pos -0.15
   if doLegend:
     leg = TLegend(0.2,0.7,0.4,0.9)
     leg.SetFillColor(0);
     leg.SetFillStyle(0);
     leg.SetBorderSize(0);        
     for i in range(len(hists)):
       if len(histLabels) == 0:
         leg.AddEntry(hists[i], hists[i].GetName())
       else:
         leg.AddEntry(hists[i], histLabels[i])
  
     legends.append(leg)
     leg.Draw()
     
   return canv
     
  

◆ makeDeltaPlots()

def beamspotVtxAnalysis.makeDeltaPlots	(	file,
		prefix,
		names = `[]`,
		nameLabels = `[]`
	)

Definition at line 345 of file beamspotVtxAnalysis.py.

 def makeDeltaPlots(file, prefix,names=[],nameLabels=[]):
  
   cs = []
   cs.append(makeCanvas(prefix+"_DnTracks",getObjects(file,"hDnTracks_",names)
     , xlabel="#DeltanTracks", ylabel = "Entries/ XXX", logy=True,histLabels=nameLabels))
   cs.append(makeCanvas(prefix+"_Dsumpt",getObjects(file,"hDsumpt_",names)
     , xlabel="#Deltasumpt", ylabel = "Entries/ XXX", logy=True,histLabels=nameLabels))
     
   cs.append(makeCanvas(prefix+"_Dx",getObjects(file,"hvDx_",names)
     ,xlabel="#Deltax [mm]", ylabel = "Entries/ XXX", logy=True,histLabels=nameLabels))
   cs.append(makeCanvas(prefix+"_Dy",getObjects(file,"hvDy_",names)
     ,xlabel="#Deltay [mm]", ylabel = "Entries/ XXX", logy=True,histLabels=nameLabels))
   cs.append(makeCanvas(prefix+"_Dz",getObjects(file,"hvDz_",names)
     ,xlabel="#Deltaz [mm]", ylabel = "Entries/ XXX", logy=True,histLabels=nameLabels))
  
   cs.append(makeCanvas(prefix+"_DEx",getObjects(file,"hvDEx_",names)
     ,xlabel="#Delta#sigma(x) [mm]", ylabel = "Entries/ XXX", logy=True,histLabels=nameLabels))
   cs.append(makeCanvas(prefix+"_DEy",getObjects(file,"hvDEy_",names)
     ,xlabel="#Delta#sigma(y) [mm]", ylabel = "Entries/ XXX", logy=True,histLabels=nameLabels))
   cs.append(makeCanvas(prefix+"_DEz",getObjects(file,"hvDEz_",names)
     ,xlabel="#Delta#sigma(z) [mm]", ylabel = "Entries/ XXX", logy=True,histLabels=nameLabels))
  
  
  
   return cs
  
  
 # For the analys
 #Open the files
  

◆ makeFloatFromString()

def beamspotVtxAnalysis.makeFloatFromString ( s )

Definition at line 122 of file beamspotVtxAnalysis.py.

 def makeFloatFromString(s):
   subs = { 'p':'.', 'm':'-' }
   n = ""
   for i in s:
     c = i
     if i in subs.keys():
       c = subs[i]
     n = n+c
   return float(n)
  
  

◆ makeHists()

def beamspotVtxAnalysis.makeHists	(	tree,
		name
	)

Definition at line 204 of file beamspotVtxAnalysis.py.

 def makeHists( tree, name):
   points= []
  
   cuts='nEvents>5000&&fitID==1&&fitStatus==1'
  
   xpos = makePoint( tree,name, xval='xc',xbins=100,xlow=-0.16,xhigh=-0.12,doGausFit=False,cuts=cuts)[-1]
   ypos = makePoint( tree,name, xval='yc',xbins=100,xlow=0.99,xhigh=1.02,doGausFit=False,cuts=cuts)[-1]
   zpos = makePoint( tree,name, xval='z', xbins=50,xlow=-2,xhigh=3,doGausFit=False,cuts=cuts)[-1]
  
   sx = makePoint( tree,name,xval='sx',xbins=100,xlow=0.06,xhigh=0.1,doGausFit=False,cuts=cuts)[-1]
   sy = makePoint( tree,name, xval='sy',xbins=100,xlow=0.06,xhigh=0.1,doGausFit=False,cuts=cuts)[-1]
   sz = makePoint( tree,name, xval='sz',xbins=100,xlow=55,xhigh=65,doGausFit=False,cuts=cuts)[-1]
   ax = makePoint( tree,name, xval='ax',xbins=50,xlow=400e-6,xhigh=700e-6,doGausFit=False,cuts=cuts)[-1]
   ay = makePoint( tree,name, xval='ay',xbins=50,xlow=-20e-6,xhigh=100e-6,doGausFit=False,cuts=cuts)[-1]
   k  = makePoint( tree,name, xval='k',  xbins=100,xlow=0.9,xhigh=1.3,doGausFit=False,cuts=cuts)[-1]
   rhoxy = makePoint( tree,name, xval='rhoxy',xbins=100,xlow=-0.3,xhigh=0.3,doGausFit=False,cuts=cuts)[-1]
  
   return (xpos, ypos, zpos, sx, sy, sz, ax, ay, k, rhoxy)
  
  
  

◆ makeListFromString()

def beamspotVtxAnalysis.makeListFromString	(	s,
		token = `','`
	)

Definition at line 14 of file beamspotVtxAnalysis.py.

 def makeListFromString(s,token=','):
   names = s.split(token)
   return names
   

◆ makePoint()

def beamspotVtxAnalysis.makePoint	(	tree,
		prefix,
		xval = `'x0'`,
		xlow = `-8`,
		xhigh = `8`,
		xbins = `100`,
		doGausFit = `True`,
		cuts = `""`
	)

Definition at line 80 of file beamspotVtxAnalysis.py.

 def makePoint( tree,prefix ,xval='x0',xlow=-8, xhigh=8, xbins=100, doGausFit=True, cuts=""):
   h = TH1D(prefix+"_"+xval, "h_"+tree.GetName()+"_"+xval, xbins, xlow,xhigh)
   p = '(%(x)s) >> %(h)s' % { 'x':xval, 'h':h.GetName()}
   h.SetXTitle(xval)
   ylabel = "Entries / XXX"
   n = h.GetBinWidth(1)
   l = '%(n).2f'%{'n':n}
   s = ylabel.replace("XXX",l)
   h.SetYTitle(s)
  
   print p
   tree.Draw( p , cuts);
   h.Print()
   
   mean    = h.GetMean()
   meanErr = h.GetMeanError()
   rms     = h.GetRMS()
   rmsErr  = h.GetRMSError() 
   if doGausFit:
     h.Fit("gaus","LL")
     f = h.GetFunction("gaus")
     mean = f.GetParameter(1)
     meanErr = f.GetParError(1)
     rms = f.GetParameter(2)
     rmsErr = f.GetParError(2)
   ghists.append(h)
   print h.GetName(), mean, meanErr, rms, rmsErr
   return (mean, meanErr, rms, rmsErr,h)
  
  

◆ makeStandardPlots()

def beamspotVtxAnalysis.makeStandardPlots	(	file,
		prefix,
		names = `[]`,
		nameLabels = `[]`,
		doMC = `False`,
		logy = `True`
	)

Definition at line 307 of file beamspotVtxAnalysis.py.

 def makeStandardPlots(file, prefix,names=[],nameLabels=[], doMC=False, logy=True):
  
   cs = []
   cs.append(makeCanvas(prefix+"_nTracks",getObjects(file,"hnTracks_",names)
     , xlabel="nTracks", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
  
   cs.append(makeCanvas(prefix+"_chi2",getObjects(file,"hchi2_",names)
     , xlabel="chi2", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
   cs.append(makeCanvas(prefix+"_prob",getObjects(file,"hprob_",names)
     , xlabel="prob", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
   cs.append(makeCanvas(prefix+"_sumpt",getObjects(file,"hsumpt_",names)
     , xlabel="sumpt", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
  
   cs.append(makeCanvas(prefix+"_x",getObjects(file,"hvx_",names)
     ,xlabel="x [mm]", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
   cs.append(makeCanvas(prefix+"_y",getObjects(file,"hvy_",names)
     ,xlabel="y [mm]", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
   cs.append(makeCanvas(prefix+"_z",getObjects(file,"hvz_",names)
     ,xlabel="z [mm]", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
  
   cs.append(makeCanvas(prefix+"_Ex",getObjects(file,"hvEx_",names)
     ,xlabel="#sigma(x) [mm]", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
   cs.append(makeCanvas(prefix+"_Ey",getObjects(file,"hvEy_",names)
     ,xlabel="#sigma(y) [mm]", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
   cs.append(makeCanvas(prefix+"_Ez",getObjects(file,"hvEz_",names)
     ,xlabel="#sigma(z) [mm]", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
  
   if doMC:
     cs.append(makeCanvas(prefix+"_Pullx",getObjects(file,"hvxPullMC_",names)
       ,xlabel="Pull x", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
     cs.append(makeCanvas(prefix+"_Pully",getObjects(file,"hvyPullMC_",names)
       ,xlabel="Pull y", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
     cs.append(makeCanvas(prefix+"_Pullz",getObjects(file,"hvzPullMC_",names)
       ,xlabel="Pull z", ylabel = "Entries/ XXX", logy=logy,histLabels=nameLabels))
  
  
   return cs
  

◆ splitBeamspotTreeTitle()

def beamspotVtxAnalysis.splitBeamspotTreeTitle	(	title,
		cutToken = `"CUT"`
	)

Definition at line 133 of file beamspotVtxAnalysis.py.

 def splitBeamspotTreeTitle(title, cutToken="CUT"):
   t = title.split(cutToken)
   namestring = t[0].strip('_')
   cutstring = t[-1].strip('_')
   cuts = cutstring.split('_')
   output = {}
   for i in range(0,len(cuts),2):
     output[cuts[i]] = makeFloatFromString(cuts[i+1])
   
   return output,namestring
  

Variable Documentation

◆ author

string beamspotVtxAnalysis.__author__ = 'James Walder'

private

Definition at line 10 of file beamspotVtxAnalysis.py.

◆ usage

string beamspotVtxAnalysis.__usage__ = '%prog [options] '

private

Definition at line 12 of file beamspotVtxAnalysis.py.

◆ version

string beamspotVtxAnalysis.__version__ = '$Id$'

private

Definition at line 11 of file beamspotVtxAnalysis.py.

◆ action

beamspotVtxAnalysis.action

Definition at line 23 of file beamspotVtxAnalysis.py.

◆ args

beamspotVtxAnalysis.args

Definition at line 25 of file beamspotVtxAnalysis.py.

◆ bs

def beamspotVtxAnalysis.bs = findBeamspots(bsfii,"Beamspot","Beamspots.*")

Definition at line 418 of file beamspotVtxAnalysis.py.

◆ bsAdaptive

def beamspotVtxAnalysis.bsAdaptive = findBeamspots(bsfii,"Beamspot","Beamspots.*"+t+".*")

Definition at line 422 of file beamspotVtxAnalysis.py.

◆ bsfii

beamspotVtxAnalysis.bsfii = TFile(options.beamspotFile)

Definition at line 415 of file beamspotVtxAnalysis.py.

◆ canvases

list beamspotVtxAnalysis.canvases = []

Definition at line 45 of file beamspotVtxAnalysis.py.

◆ colours

list beamspotVtxAnalysis.colours = [ EColor.kRed+1, EColor.kBlue+1, EColor.kGreen-8, EColor.kYellow+2]

Definition at line 50 of file beamspotVtxAnalysis.py.

◆ cs

list beamspotVtxAnalysis.cs = []

Definition at line 391 of file beamspotVtxAnalysis.py.

◆ default

beamspotVtxAnalysis.default

Definition at line 19 of file beamspotVtxAnalysis.py.

◆ dest

beamspotVtxAnalysis.dest

Definition at line 19 of file beamspotVtxAnalysis.py.

◆ failed

list beamspotVtxAnalysis.failed = []

Definition at line 43 of file beamspotVtxAnalysis.py.

◆ False

beamspotVtxAnalysis.False

Definition at line 23 of file beamspotVtxAnalysis.py.

◆ fii

beamspotVtxAnalysis.fii = TFile(files[0])

Definition at line 156 of file beamspotVtxAnalysis.py.

◆ files

def beamspotVtxAnalysis.files = makeListFromString(options.files)

Definition at line 154 of file beamspotVtxAnalysis.py.

◆ ghists

list beamspotVtxAnalysis.ghists = []

Definition at line 42 of file beamspotVtxAnalysis.py.

◆ graphs

list beamspotVtxAnalysis.graphs = []

Definition at line 44 of file beamspotVtxAnalysis.py.

◆ hax

list beamspotVtxAnalysis.hax = []

Definition at line 430 of file beamspotVtxAnalysis.py.

◆ hay

list beamspotVtxAnalysis.hay = []

Definition at line 431 of file beamspotVtxAnalysis.py.

◆ help

beamspotVtxAnalysis.help

Definition at line 19 of file beamspotVtxAnalysis.py.

◆ hists

def beamspotVtxAnalysis.hists = makeHists(i,name)

Definition at line 452 of file beamspotVtxAnalysis.py.

◆ hk

list beamspotVtxAnalysis.hk = []

Definition at line 432 of file beamspotVtxAnalysis.py.

◆ hrhoxy

list beamspotVtxAnalysis.hrhoxy = []

Definition at line 433 of file beamspotVtxAnalysis.py.

◆ hsx

list beamspotVtxAnalysis.hsx = []

Definition at line 427 of file beamspotVtxAnalysis.py.

◆ hsy

list beamspotVtxAnalysis.hsy = []

Definition at line 428 of file beamspotVtxAnalysis.py.

◆ hsz

list beamspotVtxAnalysis.hsz = []

Definition at line 429 of file beamspotVtxAnalysis.py.

◆ hx

list beamspotVtxAnalysis.hx = []

Definition at line 424 of file beamspotVtxAnalysis.py.

◆ hy

list beamspotVtxAnalysis.hy = []

Definition at line 425 of file beamspotVtxAnalysis.py.

◆ hz

list beamspotVtxAnalysis.hz = []

Definition at line 426 of file beamspotVtxAnalysis.py.

◆ labels

list beamspotVtxAnalysis.labels = []

Definition at line 41 of file beamspotVtxAnalysis.py.

◆ legends

list beamspotVtxAnalysis.legends = []

Definition at line 39 of file beamspotVtxAnalysis.py.

◆ markers

list beamspotVtxAnalysis.markers = [20,25,22,27,23,28,30,21]

Definition at line 51 of file beamspotVtxAnalysis.py.

◆ MaxHeightFactor

float beamspotVtxAnalysis.MaxHeightFactor = 1.5

Definition at line 48 of file beamspotVtxAnalysis.py.

◆ name

string beamspotVtxAnalysis.name = "SCT"

Definition at line 441 of file beamspotVtxAnalysis.py.

◆ options

beamspotVtxAnalysis.options

Definition at line 25 of file beamspotVtxAnalysis.py.

◆ parser

beamspotVtxAnalysis.parser = OptionParser(usage=__usage__, version=__version__)

Definition at line 18 of file beamspotVtxAnalysis.py.

◆ pdglines

list beamspotVtxAnalysis.pdglines = []

Definition at line 40 of file beamspotVtxAnalysis.py.

◆ plotTextSize

float beamspotVtxAnalysis.plotTextSize = 0.03

Definition at line 52 of file beamspotVtxAnalysis.py.

◆ PointSize

float beamspotVtxAnalysis.PointSize = 1.6

Definition at line 47 of file beamspotVtxAnalysis.py.

◆ s

beamspotVtxAnalysis.s = raw_input('--> ')

Definition at line 481 of file beamspotVtxAnalysis.py.

◆ type

list beamspotVtxAnalysis.type = ['Adaptive','InDetPriVxFinderFastFinder','InDetPriVxFinderFullFinder']

Definition at line 420 of file beamspotVtxAnalysis.py.

Functions

Variables

Function Documentation

◆ AddStatText()

◆ AddText()

◆ findBeamspots()

◆ getObject()

◆ getObjects()

◆ getTree()

◆ makeCanvas()

◆ makeDeltaPlots()

◆ makeFloatFromString()

◆ makeHists()

◆ makeListFromString()

◆ makePoint()

◆ makeStandardPlots()

◆ splitBeamspotTreeTitle()

Variable Documentation

◆ __author__

◆ __usage__

◆ __version__

◆ action

◆ args

◆ bs

◆ bsAdaptive

◆ bsfii

◆ canvases

◆ colours

◆ cs

◆ default

◆ dest

◆ failed

◆ False

◆ fii

◆ files

◆ ghists

◆ graphs

◆ hax

◆ hay

◆ help

◆ hists

◆ hk

◆ hrhoxy

◆ hsx

◆ hsy

◆ hsz

◆ hx

◆ hy

◆ hz

◆ labels

◆ legends

◆ markers

◆ MaxHeightFactor

◆ name

◆ options

◆ parser

◆ pdglines

◆ plotTextSize

◆ PointSize

◆ s

◆ type

◆ author

◆ usage

◆ version