checkCorrelInHIST Namespace Reference

Functions
def	expandWildCard (histlist)
def	convHname (hname)
def	LIDProposal (hname, eta, phi, delta=0.15)
def	setupDqmAPI ()
def	lbStr (lb)
def	hType (hist, verbose=False)
def	checkCorrel (histos, listLB, checkList)
def	getSummary (histos, correls, fractionNonZero)
def	topNBins (histname, h, topn, bins, h_fracQth=None)

Variables
int	nLB = 8000
string	dqmpassfile = "/afs/cern.ch/user/l/larmon/public/atlasdqmpass.txt"
	conn = None
	cursor = None
dictionary	wildcards = {}
list	wildcardplots = ["CellOccupancyVsEtaPhi", "fractionOverQthVsEtaPhi","DatabaseNoiseVsEtaPhi","CellAvgEnergyVsEtaPhi"]
	parser = argparse.ArgumentParser(description='Process some integers.')
	type
	int
	dest
	default
	help
	action
	float
	nargs
	False
	args = parser.parse_args()
dictionary	run_spec = {'stream': 'physics_CosmicCalo', 'proc_ver': 1,'source': 'tier0', 'low_run': args.runNumber, 'high_run':args.runNumber}
	dqmAPI = None
dictionary	grouped = {}
	run_info = dqmAPI.get_run_information(run_spec)
	tag
	hArgs = args.histo
	histoWD
dictionary	prefix = {'express':'express_','Egamma':'physics_','CosmicCalo':'physics_','JetTauEtmiss':'physics_','Main':'physics_','ZeroBias':'physics_','MinBias':'physics_'}
	dqmf_config = dqmAPI.get_dqmf_configs(run_spec, hist)
	histpath = dqmf_config['%d'%args.runNumber]['annotations']['inputname']
list	gk = [ k for k,b in grouped.items() if hist in grouped[k] ][0]
dictionary	gi = grouped[gk].index(hist)
dictionary	histos = {}
dictionary	canvs = {}
	mergedFilePath
string	runFilePath = "root://eosatlas.cern.ch/%s"%(mergedFilePath).rstrip()
dictionary	drawngroup = {}
	f = R.TFile.Open(runFilePath)
string	hpath = "run_%d/%s"%(args.runNumber,hist)
	tmp_x = args.globalX
	tmp_delta = args.globalDelta
int	nSteps = 1000
int	subStep = 2*tmp_delta/nSteps
	groupname = None
dictionary	thiscanv = canvs[hist]["canv"]
int	iX = tmp_x - tmp_delta + ix * subStep
dictionary	tmp_bin = histos[hist]["merged"].FindBin(iX)
	tmp_y = args.globalY
	QthHist = None
	QthHistPath = hist.replace("2d_Occupancy/CellOccupancyVsEtaPhi", "2d_PoorQualityFraction/fractionOverQthVsEtaPhi").replace("_5Sigma_CSCveto", "_hiEth_noVeto").replace("_hiEth_CSCveto", "_hiEth_noVeto")
int	iY = tmp_y - tmp_delta + iy * subStep
	objs
	lbFilePathList
list	listLB = []
string	lbFilePath = "root://eosatlas.cern.ch/%s"%(lbFile).rstrip()
	ilb = int((lbFile.split("_lb")[1]).split("._")[0])
	fLB = R.TFile.Open(lbFilePath)
	correls
	fractionNonZero

Function Documentation

checkCorrel()

def checkCorrelInHIST.checkCorrel	(		histos,
			listLB,
			checkList
	)

Definition at line 138 of file checkCorrelInHIST.py.

def checkCorrel(histos, listLB, checkList):
  # Dump the correlations in histograms to be displayed
  cRatio = {}
  paveCorrel = {}
 
  correls = {}
  
  fractionNonZero = 0
  for iPath in histos.keys():
    for iPath2 in histos.keys():
      corr = "%s_%s"%(iPath,iPath2)
      corr2 = "%s_%s"%(iPath2,iPath)
      if not any([ cl in iPath for cl in checkList]) and not any([cl in iPath2 for cl in checkList]):
        print("Skipping comparison of",iPath,"vs",iPath2)
        if corr in correls.keys(): del correls[corr]
        if corr2 in correls.keys(): del correls[corr2]
        continue
      print("Checking correl for",iPath,"vs",iPath2)
      if corr not in correls.keys(): correls[corr] = {}
      if corr2 not in correls.keys(): correls[corr2] = {}
      if (iPath != iPath2 and "hCorrel" not in correls[corr2].keys()): # Correlation plots
        print("====== I am checking correlation between %s and %s"%(iPath.split("/")[-1],iPath2.split("/")[-1]))
        correls[corr]["hCorrel"] = R.TH2D( "Correlation_%s"%corr,"Correlation_%s"%corr,
                                50, min(histos[iPath]["nbHitInHot"])-1, max(histos[iPath]["nbHitInHot"])+1,
                                50, min(histos[iPath2]["nbHitInHot"])-1, max(histos[iPath2]["nbHitInHot"])+1 )
        correls[corr]["hCorrel"].SetXTitle(iPath.split("/")[-1])
        correls[corr]["hCorrel"].SetYTitle(iPath2.split("/")[-1])      
 
        correls[corr]["nbHitRatio"] = [-999.]*nLB
        correls[corr2]["nbHitRatio"] = [-999.]*nLB
        for iLB in listLB:
          if (histos[iPath2]["nbHitInHot"][iLB] !=0):
            correls[corr]["nbHitRatio"][iLB] = histos[iPath]["nbHitInHot"][iLB]/histos[iPath2]["nbHitInHot"][iLB]
          if (histos[iPath]["nbHitInHot"][iLB] !=0):
            correls[corr2]["nbHitRatio"][iLB] = histos[iPath2]["nbHitInHot"][iLB]/histos[iPath]["nbHitInHot"][iLB]
 
        correls[corr]["hRatio"] = R.TH1D("Ratio_%s"%corr,"Ratio_%s"%corr,100,0.,max(correls[corr]["nbHitRatio"])+1)
        correls[corr]["hRatio"].SetXTitle("%s/%s"%(iPath.split("/")[-1],iPath2.split("/")[-1]))
        correls[corr]["hRatio"].SetMarkerColor(R.kBlue+2)
        correls[corr]["hRatio"].SetMarkerStyle(20)
        correls[corr2]["hRatio"] = R.TH1D("Ratio_%s"%corr2,"Ratio_%s"%corr2,100,0.,max(correls[corr2]["nbHitRatio"])+1)
        correls[corr2]["hRatio"].SetXTitle("%s/%s"%(iPath2.split("/")[-1],iPath.split("/")[-1]))
        correls[corr2]["hRatio"].SetMarkerColor(R.kBlue+2)
        correls[corr2]["hRatio"].SetMarkerStyle(20)
 
        for iLB in listLB:
          if (histos[iPath]["nbHitInHot"][iLB] !=0 or histos[iPath2]["nbHitInHot"][iLB] != 0.):
            correls[corr]["hCorrel"].Fill(histos[iPath]["nbHitInHot"][iLB],histos[iPath2]["nbHitInHot"][iLB])
            print("LB: %d -> %.2f / %.2f"%(iLB,histos[iPath]["nbHitInHot"][iLB],histos[iPath2]["nbHitInHot"][iLB]))
          if correls[corr]["nbHitRatio"][iLB]!= -999:
            correls[corr]["hRatio"].Fill(correls[corr]["nbHitRatio"][iLB])
          if correls[corr2]["nbHitRatio"][iLB]!= -999:
            correls[corr2]["hRatio"].Fill(correls[corr2]["nbHitRatio"][iLB])
 
        correls[corr]["cCorrel"] = R.TCanvas("Correl-%s"%corr,"Correl-%s"%corr)
        correls[corr]["hCorrel"].Draw("COLZ")     
        paveCorrel[corr] = R.TPaveText(.1,.72,.9,.9,"NDC")
        paveCorrel[corr].SetFillColor(R.kBlue-10)
        paveCorrel[corr].AddText("Run %d / %d LBs in total - %d LBs with >=1 entry in either plot"%(args.runNumber,len(listLB),correls[corr]["hCorrel"].GetEntries()))
        paveCorrel[corr].AddText("Correlation factor:%.3f"%(correls[corr]["hCorrel"].GetCorrelationFactor()))
 
        try:
          fractionNonZero = correls[corr]["hRatio"].Integral(2,100)/correls[corr]["hRatio"].Integral(1,100)
        except ZeroDivisionError: 
          fractionNonZero = 0
        if fractionNonZero != 0.:
          meanNonZero = correls[corr]["hRatio"].GetMean()/fractionNonZero
        else:
          meanNonZero = 0.
        paveCorrel[corr].AddText("When >=1 entry in X plot(%d LBs), %.0f %% events with >=1 entry in Y plot(<ratio>=%.2f)"%(correls[corr]["hRatio"].Integral(1,100),fractionNonZero*100.,meanNonZero))      
        try:
          fractionNonZero = correls[corr2]["hRatio"].Integral(2,100)/correls[corr2]["hRatio"].Integral(1,100)
        except ZeroDivisionError:
          fractionNonZero = 0
        if fractionNonZero != 0.:
          meanNonZero = correls[corr2]["hRatio"].GetMean()/fractionNonZero
        else:
          meanNonZero = 0.
        paveCorrel[corr].AddText("When >=1 entry in Y plot(%d LBs), %.0f %% events with >=1 entry in X plot(<ratio>=%.2f)"%(correls[corr2]["hRatio"].Integral(1,100),fractionNonZero*100.,meanNonZero))
        paveCorrel[corr].Draw()
 
        if args.draw1D:
          correls[corr]["cRatio"] = R.TCanvas("Ratio-%s"%corr,"Ratio-%s"%corr)
          correls[corr]["hRatio"].Draw("P HIST")     
          correls[corr2]["cRatio"] = R.TCanvas("Ratio-%s"%corr2,"Ratio-%s"%corr2)
          correls[corr2]["hRatio"].Draw("P HIST")     
 
        correls[corr]["cCorrel"].Update() # make sure all of the text is there
 
      elif ("hEvol" not in histos[iPath].keys()): # Evolution of nb of hit per LB
        histos[iPath]["hEvol"] = R.TH1D("Evolution_%s"%iPath,"%s"%(iPath.split("/")[-1]),max(listLB)-min(listLB),min(listLB),max(listLB))
        histos[iPath]["hEvol"].SetXTitle("Luminosity block")
        histos[iPath]["hEvol"].SetYTitle("Nb of hits")
        histos[iPath]["hEvol"].SetMarkerColor(R.kGreen+2)
        histos[iPath]["hEvol"].SetMarkerStyle(20)
 
        for iLB in listLB:
          histos[iPath]["hEvol"].Fill(iLB,histos[iPath]["nbHitInHot"][iLB])
 
        if args.draw1D:
          histos[iPath]["cEvol"] = R.TCanvas("LB evol - %s"%iPath)
          histos[iPath]["hEvol"].Draw("P HIST")
      
  return correls, fractionNonZero
 

convHname()

def checkCorrelInHIST.convHname

(

hname

)

Definition at line 86 of file checkCorrelInHIST.py.

def convHname(hname):
  DET = { "EMB":"0", "EMEC":"1","HEC":"2","FCAL":"3" }
  AC = { "A":"1", "C":"-1" }
  SAM = { "P":"0" }
  for samp in range(0,4): SAM[str(samp)] = str(samp)
  for det in DET.keys():
    for sam in SAM.keys():
      for ac in AC.keys():  
        if det+sam+ac in hname:
          return DET[det], AC[ac], SAM[sam]
  return None, None, None
 

expandWildCard()

def checkCorrelInHIST.expandWildCard

(

histlist

)

Definition at line 44 of file checkCorrelInHIST.py.

def expandWildCard(histlist):
  newhistlist = []
  grouped = {}  # document the grouped plots, so we can show in one canvas
  for hist in histlist:
    if "*" in hist:      
      foundwc = False
      for wc in wildcards.keys():        
        if wc in hist:
          foundwc = True
          newpaths = []
          if "Tile" in wc:
            for samp in wildcards[wc]:
              tmp_path = hist
              new_path = tmp_path.replace("*",samp)
              newpaths.append(new_path)
          else:
            for part in wildcards[wc].keys():
              tmp_path = hist
              if part+"*" in tmp_path:
                for samp in wildcards[wc][part].keys():
 
                  new_path = tmp_path.replace(part+"*", part+samp)
 
                  if "*" in new_path:
                    new_path = new_path.replace("*", wildcards[wc][part][samp])
                  newpaths.append(new_path)
 
          if len(newpaths) == 0: 
            print("Failed to get the full paths from the wildcard...")
            sys.exit()
 
          print("Expanded",wc,"wildcard to give",len(newpaths),"histograms")
          newhistlist.extend(newpaths)      
      if foundwc is False:
        print("A wildcard has been used, but the requested histogram is not yet defined in this script. See the wildcards dictionary:",wildcards.keys())
        sys.exit()
      grouped[hist] = newpaths
    else:
      newhistlist.append(hist)
  return newhistlist, grouped
 
 

getSummary()

def checkCorrelInHIST.getSummary	(		histos,
			correls,
			fractionNonZero
	)

Definition at line 243 of file checkCorrelInHIST.py.

def getSummary(histos, correls, fractionNonZero):
  print("====== Summary data")
  already = []
  for iPath in histos.keys():
    for iPath2 in histos.keys():
      corr = "%s_%s"%(iPath,iPath2)
      corr2 = "%s_%s"%(iPath2,iPath)
      if corr not in correls.keys() and corr2 not in correls.keys():
        continue
      if (iPath != iPath2 and corr2 not in already): # Correlation plots
        print("====== %s vs %s"%(iPath.split("/")[-1],iPath2.split("/")[-1]))
        print("Correlation factor: %.3f"%(correls[corr]["hCorrel"].GetCorrelationFactor()))
        try:
          fractionNonZero = correls[corr]["hRatio"].Integral(2,100)/correls[corr]["hRatio"].Integral(1,100)
        except ZeroDivisionError:
          fractionNonZero = 0
        if fractionNonZero != 0.:
          meanNonZero = correls[corr]["hRatio"].GetMean()/fractionNonZero
        else:
          meanNonZero = 0.
        print("When there is at least one entry in %s (%d LBs), there are %.1f %% of events with an entry in %s - Mean ratio: %.2f"%(iPath2.split("/")[-1],correls[corr]["hRatio"].Integral(1,100),fractionNonZero*100.,iPath.split("/")[-1],meanNonZero))
 
        try:
          fractionNonZero = correls[corr2]["hRatio"].Integral(2,100)/correls[corr2]["hRatio"].Integral(1,100)
        except ZeroDivisionError:
          fractionNonZero = 0
        if fractionNonZero != 0.:
          meanNonZero = correls[corr2]["hRatio"].GetMean()/fractionNonZero
        else:
          meanNonZero = 0.
        print("When there is at least one entry in %s (%d LBs), there are %.1f %% of events with an entry in %s - Mean ratio: %.2f"%(iPath.split("/")[-1],correls[corr2]["hRatio"].Integral(1,100),fractionNonZero*100.,iPath2.split("/")[-1],meanNonZero))
 
        already.append(corr)
 
 

hType()

def checkCorrelInHIST.hType	(		hist,
			verbose = False
	)

Return type of the provided hist as a string, or None if it's not a hist 

Definition at line 126 of file checkCorrelInHIST.py.

def hType(hist, verbose=False):
  """ Return type of the provided hist as a string, or None if it's not a hist """
  if isinstance(hist,R.TH2):
    return "2D"
  elif isinstance(hist,R.TH1):
    return "1D"
  else:
    if verbose:
      print("The input hist is not TH1/TH2... it is",type(hist),"- returning None")
    return None
 
 

lbStr()

def checkCorrelInHIST.lbStr

(

lb

)

Return the lb number in string format, e.g. _lb0001 

Definition at line 122 of file checkCorrelInHIST.py.

def lbStr(lb):
  """ Return the lb number in string format, e.g. _lb0001 """
  return "_lb"+str(lb).zfill(4)
 

LIDProposal()

def checkCorrelInHIST.LIDProposal	(		hname,
			eta,
			phi,
			delta = 0.15
	)

Print a proposed LArID translator (https://atlas-larmon.cern.ch/LArIdtranslator/) SQL query 

Definition at line 98 of file checkCorrelInHIST.py.

def LIDProposal(hname, eta, phi, delta=0.15):
  """ Print a proposed LArID translator (https://atlas-larmon.cern.ch/LArIdtranslator/) SQL query """
  det, ac, sam = convHname(hname)
  if det is None: return
  if int(det) == 0 and abs(eta) > 1.4 and int(sam)>1:
    sam = str(int(sam)-1)
  proposal = "DET="+det+" and AC="+ac+" and SAM="+sam+" and ETA between "+str(eta-delta)+" and "+str(eta+delta)+" and PHI between "+str(phi-delta)+" and "+str(phi+delta)
  print("*"*30)
  print("Proposal query for LArID translator for plot",hname,"is as follows:")
  print(proposal)
 
 

setupDqmAPI()

def checkCorrelInHIST.setupDqmAPI

(

)

Connect to the atlasDQM web API service: https://twiki.cern.ch/twiki/bin/viewauth/Atlas/DQWebServiceAPIs 

Definition at line 110 of file checkCorrelInHIST.py.

def setupDqmAPI():
  """ Connect to the atlasDQM web API service: https://twiki.cern.ch/twiki/bin/viewauth/Atlas/DQWebServiceAPIs """
  if (not os.path.isfile(dqmpassfile)):
    print("To connect to the DQ web service APIs, you need to generate an atlasdqm key and store it in the specified location ("+dqmpassfile+"). The contents should be yourname:key")
    print("To generate a key, go here : https://atlasdqm.cern.ch/dqauth/")
    sys.exit()
  passfile = open(dqmpassfile)
  passwd = passfile.read().strip(); passfile.close()
  passurl = 'https://%s@atlasdqm.cern.ch'%passwd
  s = xmlrpc.client.ServerProxy(passurl)
  return s
 

topNBins()

def checkCorrelInHIST.topNBins	(		histname,
			h,
			topn,
			bins,
			h_fracQth = None
	)

Definition at line 278 of file checkCorrelInHIST.py.

def topNBins(histname,h,topn,bins,h_fracQth=None):
  content = []
  binx = []
  biny = []
  fracQthContent = []
  for nb in bins:
    x, y, z = ctypes.c_int(1), ctypes.c_int(1), ctypes.c_int(1)
    h.GetBinXYZ(nb, x, y, z)
    c = h.GetBinContent(nb)
    xcent = h.GetXaxis().GetBinCenter(x.value)
    xlow = h.GetXaxis().GetBinLowEdge(x.value)
    xhi = h.GetXaxis().GetBinUpEdge(x.value)
    ycent = h.GetYaxis().GetBinCenter(y.value)
    ylow = h.GetYaxis().GetBinLowEdge(y.value)
    yhi = h.GetYaxis().GetBinUpEdge(y.value)
    content.append(c)
    if h_fracQth is not None and isinstance(h_fracQth, R.TH1):
      fracQthContent.append(h_fracQth.GetBinContent(nb))
    else:
      fracQthContent.append(0)
    binx.append( [xlow,xcent,xhi] )
    biny.append( [ylow,ycent,yhi] )
  # hottest bins
  top = sorted(range(len(content)), key=lambda i: content[i], reverse=True)[:topn]
  top = [ t for t in top if content[t] != 0 ]
  if len(top) == 0: return
  print("*"*30)
  print("**",len(top),"hottest bins in",h.GetName(),"**")
  det, ac, sam = convHname(h.GetName())
 
  if det is not None:
    proposal = "DET="+det+" and AC="+ac+" and SAM="+sam+" and" 
  else:
    proposal = ""
  for ind in top:
    # Special treatment for barrel
    thisprop = proposal
    if det is not None and int(det) == 0:
      if (abs(binx[ind][0]) > 1.4 or abs(binx[ind][2]) > 1.4) and int(sam)>1:
        thissam = str(int(sam)-1)
        thisprop = thisprop.replace("SAM="+sam, "SAM="+thissam)
    printstr = thisprop+" ETA between "+str(format(binx[ind][0],".4f"))+" and "+str(format(binx[ind][2],".4f"))+" and PHI between "+str(format(biny[ind][0],".4f"))+" and "+str(format(biny[ind][2],".4f"))
 
    ONL_ID = []
    if "LArCellMon" in histname:
      conn = sqlite3.connect('/afs/cern.ch/user/l/larmon/public/prod/LArIdtranslator/LArId.db')
      conn.row_factory  = sqlite3.Row
      cursor = conn.cursor()
      cmd = 'select distinct LARID.ONL_ID from LARID where '
      cmd += printstr.replace("DET","LARID.DET").replace("SAM","LARID.SAM").replace("ETA","LARID.ETA").replace("PHI","LARID.PHI")
      cursor.execute(cmd)
      all_row = cursor.fetchall()
      ONL_ID=[hex(all_row[i]['ONL_ID']) for i in range(len(all_row))]
      
    
 
    printstr += " (content = "+str(content[ind])
    if h_fracQth is not None:
      printstr += " & /Qth = "+str(format(fracQthContent[ind],".3f"))
    printstr += ")"
    if len(ONL_ID) != 0:
      printstr += " ONL_ID = "+(", ".join(ONL_ID))
    print(printstr)
 
 

Variable Documentation

action

checkCorrelInHIST.action

Definition at line 345 of file checkCorrelInHIST.py.

args

checkCorrelInHIST.args = parser.parse_args()

Definition at line 361 of file checkCorrelInHIST.py.

canvs

dictionary checkCorrelInHIST.canvs = {}

Definition at line 414 of file checkCorrelInHIST.py.

conn

checkCorrelInHIST.conn = None

Definition at line 25 of file checkCorrelInHIST.py.

correls

checkCorrelInHIST.correls

Definition at line 582 of file checkCorrelInHIST.py.

cursor

checkCorrelInHIST.cursor = None

Definition at line 26 of file checkCorrelInHIST.py.

default

checkCorrelInHIST.default

Definition at line 345 of file checkCorrelInHIST.py.

dest

checkCorrelInHIST.dest

Definition at line 345 of file checkCorrelInHIST.py.

dqmAPI

def checkCorrelInHIST.dqmAPI = None

Definition at line 366 of file checkCorrelInHIST.py.

dqmf_config

checkCorrelInHIST.dqmf_config = dqmAPI.get_dqmf_configs(run_spec, hist)

Definition at line 395 of file checkCorrelInHIST.py.

dqmpassfile

string checkCorrelInHIST.dqmpassfile = "/afs/cern.ch/user/l/larmon/public/atlasdqmpass.txt"

Definition at line 23 of file checkCorrelInHIST.py.

drawngroup

dictionary checkCorrelInHIST.drawngroup = {}

Definition at line 436 of file checkCorrelInHIST.py.

f

checkCorrelInHIST.f = R.TFile.Open(runFilePath)

Definition at line 438 of file checkCorrelInHIST.py.

False

checkCorrelInHIST.False

Definition at line 357 of file checkCorrelInHIST.py.

fLB

checkCorrelInHIST.fLB = R.TFile.Open(lbFilePath)

Definition at line 570 of file checkCorrelInHIST.py.

float

checkCorrelInHIST.float

Definition at line 351 of file checkCorrelInHIST.py.

fractionNonZero

checkCorrelInHIST.fractionNonZero

Definition at line 582 of file checkCorrelInHIST.py.

gi

dictionary checkCorrelInHIST.gi = grouped[gk].index(hist)

Definition at line 404 of file checkCorrelInHIST.py.

gk

list checkCorrelInHIST.gk = [ k for k,b in grouped.items() if hist in grouped[k] ][0]

Definition at line 403 of file checkCorrelInHIST.py.

grouped

checkCorrelInHIST.grouped = {}

Definition at line 368 of file checkCorrelInHIST.py.

groupname

list checkCorrelInHIST.groupname = None

Definition at line 461 of file checkCorrelInHIST.py.

hArgs

list checkCorrelInHIST.hArgs = args.histo

Definition at line 380 of file checkCorrelInHIST.py.

help

checkCorrelInHIST.help

Definition at line 345 of file checkCorrelInHIST.py.

histos

dictionary checkCorrelInHIST.histos = {}

Definition at line 413 of file checkCorrelInHIST.py.

histoWD

checkCorrelInHIST.histoWD

Definition at line 387 of file checkCorrelInHIST.py.

histpath

checkCorrelInHIST.histpath = dqmf_config['%d'%args.runNumber]['annotations']['inputname']

Definition at line 400 of file checkCorrelInHIST.py.

hpath

string checkCorrelInHIST.hpath = "run_%d/%s"%(args.runNumber,hist)

Definition at line 441 of file checkCorrelInHIST.py.

ilb

checkCorrelInHIST.ilb = int((lbFile.split("_lb")[1]).split("._")[0])

Definition at line 563 of file checkCorrelInHIST.py.

int

checkCorrelInHIST.int

Definition at line 345 of file checkCorrelInHIST.py.

iX

int checkCorrelInHIST.iX = tmp_x - tmp_delta + ix * subStep

Definition at line 491 of file checkCorrelInHIST.py.

iY

int checkCorrelInHIST.iY = tmp_y - tmp_delta + iy * subStep

Definition at line 518 of file checkCorrelInHIST.py.

lbFilePath

string checkCorrelInHIST.lbFilePath = "root://eosatlas.cern.ch/%s"%(lbFile).rstrip()

Definition at line 561 of file checkCorrelInHIST.py.

lbFilePathList

checkCorrelInHIST.lbFilePathList

Initial value:

=  pathExtract.returnEosHistPathLB( args.runNumber,
                                                    args.lowerlb, args.upperlb,
                                                    args.stream, args.amiTag, args.tag )

Definition at line 543 of file checkCorrelInHIST.py.

listLB

list checkCorrelInHIST.listLB = []

Definition at line 559 of file checkCorrelInHIST.py.

mergedFilePath

checkCorrelInHIST.mergedFilePath

Initial value:

=  pathExtract.returnEosHistPath( args.runNumber,
                                                  args.stream, args.amiTag, 
                                                  args.tag )

Definition at line 426 of file checkCorrelInHIST.py.

nargs

checkCorrelInHIST.nargs

Definition at line 355 of file checkCorrelInHIST.py.

nLB

int checkCorrelInHIST.nLB = 8000

Definition at line 21 of file checkCorrelInHIST.py.

nSteps

int checkCorrelInHIST.nSteps = 1000

Definition at line 458 of file checkCorrelInHIST.py.

objs

checkCorrelInHIST.objs

Definition at line 529 of file checkCorrelInHIST.py.

parser

checkCorrelInHIST.parser = argparse.ArgumentParser(description='Process some integers.')

Definition at line 344 of file checkCorrelInHIST.py.

prefix

dictionary checkCorrelInHIST.prefix = {'express':'express_','Egamma':'physics_','CosmicCalo':'physics_','JetTauEtmiss':'physics_','Main':'physics_','ZeroBias':'physics_','MinBias':'physics_'}

Definition at line 391 of file checkCorrelInHIST.py.

QthHist

checkCorrelInHIST.QthHist = None

Definition at line 507 of file checkCorrelInHIST.py.

QthHistPath

checkCorrelInHIST.QthHistPath = hist.replace("2d_Occupancy/CellOccupancyVsEtaPhi", "2d_PoorQualityFraction/fractionOverQthVsEtaPhi").replace("_5Sigma_CSCveto", "_hiEth_noVeto").replace("_hiEth_CSCveto", "_hiEth_noVeto")

Definition at line 509 of file checkCorrelInHIST.py.

run_info

checkCorrelInHIST.run_info = dqmAPI.get_run_information(run_spec)

Definition at line 372 of file checkCorrelInHIST.py.

run_spec

dictionary checkCorrelInHIST.run_spec = {'stream': 'physics_CosmicCalo', 'proc_ver': 1,'source': 'tier0', 'low_run': args.runNumber, 'high_run':args.runNumber}

Definition at line 364 of file checkCorrelInHIST.py.

runFilePath

string checkCorrelInHIST.runFilePath = "root://eosatlas.cern.ch/%s"%(mergedFilePath).rstrip()

Definition at line 429 of file checkCorrelInHIST.py.

subStep

int checkCorrelInHIST.subStep = 2*tmp_delta/nSteps

Definition at line 459 of file checkCorrelInHIST.py.

tag

checkCorrelInHIST.tag

Definition at line 376 of file checkCorrelInHIST.py.

thiscanv

dictionary checkCorrelInHIST.thiscanv = canvs[hist]["canv"]

Definition at line 476 of file checkCorrelInHIST.py.

tmp_bin

dictionary checkCorrelInHIST.tmp_bin = histos[hist]["merged"].FindBin(iX)

Definition at line 492 of file checkCorrelInHIST.py.

tmp_delta

checkCorrelInHIST.tmp_delta = args.globalDelta

Definition at line 456 of file checkCorrelInHIST.py.

tmp_x

checkCorrelInHIST.tmp_x = args.globalX

Definition at line 455 of file checkCorrelInHIST.py.

tmp_y

checkCorrelInHIST.tmp_y = args.globalY

Definition at line 496 of file checkCorrelInHIST.py.

type

checkCorrelInHIST.type

Definition at line 345 of file checkCorrelInHIST.py.

wildcardplots

list checkCorrelInHIST.wildcardplots = ["CellOccupancyVsEtaPhi", "fractionOverQthVsEtaPhi","DatabaseNoiseVsEtaPhi","CellAvgEnergyVsEtaPhi"]

Definition at line 30 of file checkCorrelInHIST.py.

wildcards

dictionary checkCorrelInHIST.wildcards = {}

Definition at line 29 of file checkCorrelInHIST.py.