uploadTools.UT Class Reference

Collaboration diagram for uploadTools.UT:

Classes
class	bcolors

Public Member Functions
	__init__ (self, istest=True, verbose=False, alwaysyes=False, xsRefFile=None, delim=";")
	checkUpload (self, origexplanation)
	cmdExec (self, cmd, explanation)
	getXSRef (self, HORef, explanation=None)
	getScope (self, ds)
	updateValue (self, ds, param, value, explanation, highXsecRef=None)
	removeParamEntry (self, ds, scope, param, explanation)
	updateProcGroup (self, ds, scope, processGroup, explanation)
	updateXS (self, ds, scope, xsVal, explanation)
	updateFiltEff (self, ds, scope, effVal, explanation)
	updateXSRef (self, ds, scope, XSRefVal, explanation)
	updateKFactor (self, ds, scope, kFactorVal, explanation, highXsecRef, updateRef=True, refexplanation="")
	updatePhysicsStatus (self, ds, scope, val, explanation)
	calcKFactor (self, highXsecRef, highXsecVal, Xsec, BR=1.0)
	calcKactorForXSGroup ()
	checkForAMIUpdate ()
	getDSListFromFile (self, filename)
	getFieldsInFile (self, filename)
	getDetailsFromFile (self, filename)
	getCurrentVals (self, dslist, fields)
	addNewXSRefEntry (self, HORef, HOXS, HOSrc)
	findAllSamplesForXSRef (self)

Public Attributes
	istest = istest
print	verbose = verbose
	alwaysyes = alwaysyes
	xsRefFile = xsRefFile
	delim = delim
dict	currentVals = {}
dict	newVals = {}
	xsRefLines = open(self.xsRefFile).readlines()
	client
	colors = self.bcolors(False)

Detailed Description

Definition at line 10 of file uploadTools.py.

Constructor & Destructor Documentation

__init__()

uploadTools.UT.__init__	(		self,
			istest = True,
			verbose = False,
			alwaysyes = False,
			xsRefFile = None,
			delim = ";" )

Definition at line 13 of file uploadTools.py.

    def __init__(self,istest=True,verbose=False,alwaysyes=False,xsRefFile=None,delim=";"):
        # initialise
        self.istest=istest
        self.verbose=verbose
        self.alwaysyes=alwaysyes
        self.xsRefFile=xsRefFile
        self.delim=delim
        self.currentVals={}
        self.newVals={}
        if self.xsRefFile:
            self.xsRefLines=open(self.xsRefFile).readlines()
 
        if self.verbose: print "Initialising..."
       
        self.client=pyAMI.client.Client(
            'atlas'
             #'atlas-replica'
        )
        
        self.colors=self.bcolors(False)
        

Member Function Documentation

addNewXSRefEntry()

uploadTools.UT.addNewXSRefEntry	(		self,
			HORef,
			HOXS,
			HOSrc )

Definition at line 436 of file uploadTools.py.

    def addNewXSRefEntry(self,HORef,HOXS,HOSrc):
        # Add new entry to CrossSectionReference file
        #XsecTTbarNominal,831.76,https://twiki.cern.ch/twiki/bin/view/LHCPhysics/TtbarNNLO#Top_quark_pair_cross_sections_at
        #@todo
        reffile=open(self.xsRefFile,'a')
        reffile.write("\n%s,%s,%s"%(HORef,HOXS,HOSrc))
        reffile.close()
                

calcKactorForXSGroup()

uploadTools.UT.calcKactorForXSGroup

(

)

Definition at line 306 of file uploadTools.py.

    def calcKactorForXSGroup():
        # calculate k-factor for several samples inside a crossSectionGroup
        print "Need implementation"
                   

calcKFactor()

uploadTools.UT.calcKFactor	(		self,
			highXsecRef,
			highXsecVal,
			Xsec,
			BR = 1.0 )

Definition at line 299 of file uploadTools.py.

    def calcKFactor(self,highXsecRef,highXsecVal,Xsec,BR=1.0):
        # calculate k-factor from HOXS value
        print "INFO: - XsecRef = %s, HOxs = %s"%(highXsecRef,highXsecVal)
        kFactor=(float(highXsecVal)/1000.)/(float(Xsec)/float(BR))
        print "kFactor = %f - HOxs= %f / ( xs=%f / BR=%f)"%(kFactor,float(highXsecVal)/1000.,float(Xsec),float(BR))
        return kFactor
    

checkForAMIUpdate()

uploadTools.UT.checkForAMIUpdate

(

)

Definition at line 310 of file uploadTools.py.

    def checkForAMIUpdate():
        # May want to check for updates in AMI automatic cross section calculatiob because then k-factors would need recalculating 
        print "Need implementation"
 

checkUpload()

uploadTools.UT.checkUpload	(		self,
			origexplanation )

Definition at line 34 of file uploadTools.py.

    def checkUpload(self,origexplanation):
        # check that you really want to commit to the DB
        
        tmpans=False
        if self.alwaysyes:
            # always commit
            return True,False,origexplanation
            
        else:
            answer='X'
            while answer not in ['y','n','exp','a']: answer = raw_input('Continue with upload? (y/n/exp/a): ')
            if answer=='y':
                # upload with original explanation
                print self.colors.OKGREEN+"Commiting upload!"+self.colors.ENDC
                return True,False,origexplanation
            elif answer=='a':
                # upload with automatic explanation
                print self.colors.OKGREEN+"Commiting upload!"+self.colors.ENDC
                return True,False,"Automatic CentralPage upload"
            elif answer=='exp':
                # enter new explanation
                explanswer='X'
                while not tmpans:
                    explanation = raw_input('Please enter explanation: ')
                    explanswer='X'
                    while explanswer not in ['y','n','d','a']: explanswer = raw_input('Continue upload with new explanation "%s"? (y/n/d[go back to default]/a[automatic message]): '%explanation)
                    if explanswer in ['y','d','a']:
                        tmpans=True
                        
                print self.colors.OKGREEN+"Commiting upload!"+self.colors.ENDC
                if explanswer=='y':
                    return True,True,explanation        
                elif explanswer=='a':
                    return True,False,"Automatic CentralPage upload"
                elif explanswer=='d':
                    return True,False,origexplanation        
    
            else:
                # do not commit
                print self.colors.OKBLUE+"Not comitting upload."+self.colors.ENDC
                return False,False,origexplanation
           
        
    

cmdExec()

uploadTools.UT.cmdExec	(		self,
			cmd,
			explanation )

Definition at line 78 of file uploadTools.py.

    def cmdExec(self,cmd,explanation):
        # execute AMI upload command
        print "-->",cmd
        oldexplanation=explanation
        doUpload,newExplanation,explanation=self.checkUpload(oldexplanation)
        if doUpload:
            if newExplanation:
                #cmd.replace('--explanation="%s"'%oldexplanation,'--explanation="%s"'%explanation)
                newcmd=cmd.split(' --')
                for n,x in enumerate(newcmd):
                    if 'explanation=' in x:
                        newcmd[n]='explanation="%s"'%explanation
                        break
                    
                cmd=' --'.join(newcmd)
                print "-->",cmd
                
            if not self.istest:
                result = self.client.execute(cmd)
                print result
            else:
                print "dummy!"
                
        return doUpload
    

findAllSamplesForXSRef()

uploadTools.UT.findAllSamplesForXSRef

(

self

)

Definition at line 444 of file uploadTools.py.

    def findAllSamplesForXSRef(self):
        # Search AMI DB by crossSectionRef to return all relevant ds
        #@todo
        print "findAllSamplesForXSRef not implemented"
 
 

getCurrentVals()

uploadTools.UT.getCurrentVals	(		self,
			dslist,
			fields )

Definition at line 388 of file uploadTools.py.

    def getCurrentVals(self,dslist,fields):
        # get current values in AMI DB by running getMetadata.py query
        for f in glob.glob("/tmp/"+os.environ["USER"]+"/my.datasets*.txt"): os.remove(f)
        nline=1
        counter=1
        nDS=len(dslist)
        for ds in dslist:       
            if not os.access("/tmp/"+os.environ["USER"]+"/my.datasets"+str(counter)+".txt",os.R_OK):
                dsfile=open("/tmp/"+os.environ["USER"]+"/my.datasets"+str(counter)+".txt",'w')
            else:
                dsfile=open("/tmp/"+os.environ["USER"]+"/my.datasets"+str(counter)+".txt",'a')
            dsfile.write(ds+"\n")
            dsfile.close()
            nline=nline+1
            if nline > 500:
                nline=1
                counter=counter+1
        
        
        print "INFO: Found %i datasets, split into %i getMetadata queries"%(nDS,counter)
                
        for f in glob.glob("/tmp/"+os.environ["USER"]+"/metadata*.txt"): os.remove(f)
        metaFile=open("/tmp/"+os.environ["USER"]+"/metadata.txt",'w')
    
        
        for i in range(1,counter+1):
            print "getMetadata.py --delim="+self.delim+" --inDsTxt=/tmp/"+os.environ["USER"]+"/my.datasets"+str(i)+".txt --outFile=/tmp/"+os.environ["USER"]+"/metadata"+str(i)+".txt --fields"," ".join([f for f,n in fields.iteritems()])
            getMeta = subprocess.Popen(["getMetadata.py","--delim="+self.delim+"","--inDsTxt=/tmp/"+os.environ["USER"]+"/my.datasets"+str(i)+".txt","--outFile=/tmp/"+os.environ["USER"]+"/metadata"+str(i)+".txt","--fields"]+[f for f,n in fields.iteritems()])
            #,"ldn","dataset_number","crossSection","kFactor","genFiltEff","processGroup","crossSectionRef"])
            getMeta.wait()
            tmpMetaFile=open("/tmp/"+os.environ["USER"]+"/metadata"+str(i)+".txt",'r')
            metaFile.write(tmpMetaFile.read())
            tmpMetaFile.close()
        
            
        metaFile.close()
        
        metaFile=open("/tmp/"+os.environ["USER"]+"/metadata.txt",'r')
        metaFileList=metaFile.readlines()
        nDSFound=len([ ln for ln in metaFileList[1:] if ln[0]!='#' and len(ln.strip())])
        if nDS == nDSFound:
            print "INFO: %i/%i datasets found in AMI"%(nDSFound,nDS)
        else:
            print "WARNING: %i/%i datasets found in AMI"%(nDSFound,nDS)
 
        return "/tmp/"+os.environ["USER"]+"/metadata.txt"
 
 

getDetailsFromFile()

uploadTools.UT.getDetailsFromFile	(		self,
			filename )

Definition at line 367 of file uploadTools.py.

    def getDetailsFromFile(self,filename):
        # make dictionary for all the fields in every row of the input file
        filedict={}
        fielddict=self.getFieldsInFile(filename)
        
        myfile=open(filename)
        inlist=myfile.readlines()
 
        for line in inlist[1:]:
            if not len(line.strip()) or line.strip()[0]=='#' or 'ldn' in line:
                continue
            elements=line.strip().split(self.delim)
            if len(elements)<len(fielddict):
                print "ERROR: Number of elements found in line (%i) less than those in query fields (%i)"%(len(elements),len(fielddict))
                print "ERROR:  -> Elements:",elements
                break
            filedict[elements[fielddict["ldn"]]]={f:elements[fielddict[f]].strip() for f in fielddict if f != "ldn"}
 
        return filedict
 
        

getDSListFromFile()

uploadTools.UT.getDSListFromFile	(		self,
			filename )

Definition at line 314 of file uploadTools.py.

    def getDSListFromFile(self,filename):
        # Get list of datasets from input file
        outlist=[]
        dslist=[]
        myfile=open(filename)
        inlist=myfile.readlines()
        for line in inlist[1:]:
            if not len(line.strip()) or line.strip()[0]=='#':
                continue
            elements=line.split(self.delim)
            if elements[0] not in outlist:
                outlist.append(elements[0])
 
        return outlist
 
    
    

getFieldsInFile()

uploadTools.UT.getFieldsInFile	(		self,
			filename )

Definition at line 331 of file uploadTools.py.

    def getFieldsInFile(self,filename):
        # work out what getMetadata fields are present in input file
        #getMetadata.py --timestamp="2017-11-24 21:59:10" --physicsGroups="PMG,MCGN" --fields="ldn,dataset_number,crossSection,kFactor,genFiltEff,processGroup,crossSectionRef" --inDS="mc15_13TeV.410111.MadGraphPythia8EvtGen_A14NNPDF23LO_ttee_Np0.evgen.EVNT.e4265"
        myfile=open(filename)
        inlist=myfile.readlines()
        foundCommand=False
        fielddict={}
        for line in inlist[1:]:
            if '#getMetadata.py' in line:
                foundCommand=True
                fields=[arg for arg in line.split('--') if 'fields=' in arg][0].replace('fields=','')
                fielddict={}
                fielddict={f.strip():n for n,f in enumerate(fields.replace('"','').split(','))}
                #need to make sure cross section is first in case we recalculate k-factor from it later
                d = OrderedDict()
                if 'crossSection' in fielddict:
                    d.update({'crossSection':fielddict['crossSection']})
                    del fielddict['crossSection']
                    d.update(fielddict)                  
                return d
        for line in inlist[0]:
            foundCommand=True
            fielddict={}
            fielddict={f.split('/')[0].strip():n for n,f in enumerate(line.replace('"','').split(':'))}
            d = OrderedDict()
            if 'crossSection' in fielddict:
                d.update({'crossSection':fielddict['crossSection']})
                del fielddict['crossSection']
                d.update(fielddict)               
            return d
 
 
        self.colors.FAIL+"ERROR: Failed to find getMetadata.py command in file"+self.colors.ENDC
        return
 
 

getScope()

uploadTools.UT.getScope	(		self,
			ds )

Definition at line 210 of file uploadTools.py.

    def getScope(self,ds):
        # get Rucio scope from DS name
        return ds.split('.')[0].split('_')[0]
 
 
 

getXSRef()

uploadTools.UT.getXSRef	(		self,
			HORef,
			explanation = None )

Definition at line 103 of file uploadTools.py.

    def getXSRef(self,HORef,explanation=None):
        # Get reference cross section
        foundRefXS=False
        HOXS="UNKNOWN"
        HOSrc="UNKNOWN"
 
        # Read from Cross section Reference file
        for highXsecLine in self.xsRefLines:
            refexplanation="Unknown"
            highXsecInfo=highXsecLine.split(',')
            if len(highXsecInfo)<3:
                print self.colors.FAIL+"ERROR: Higher-order cross section line only has %i fields (expected 3)"%len(highXsecInfo)+self.colors.ENDC
                continue
                        
            highXsecRef=highXsecInfo[0].strip()
            highXsecVal=highXsecInfo[1].strip()
            if explanation:
                highXsecSrc=explanation
            else:
                highXsecSrc=highXsecInfo[2].strip()       
            
            if str(highXsecRef) == str(HORef):
                if highXsecVal=="Undefined" or highXsecVal=="":
                    print self.colors.FAIL+"ERROR: Higher order cross section value undefined - skipping"+self.colors.ENDC
                    highXsecVal="Unknown"
                    #continue
                elif highXsecRef=="Undefined" or highXsecRef=="":
                    print self.colors.FAIL+"ERROR: Higher order cross section reference undefined - skipping"+self.colors.ENDC
                    highXsecRef="Unknown"
                    #continue
                elif highXsecSrc=="Undefined" or highXsecSrc=="":
                    print self.colors.WARNING+"WARNING: Higher order cross section source undefined - skipping"+self.colors.ENDC
                    
                refexplanation=highXsecVal+","+highXsecSrc
                HOXS=highXsecVal
                HOSrc=highXsecSrc
                foundRefXS=True
                break
 
        if foundRefXS:
            #check if recalculation of HOXS is required...
            print self.colors.FAIL+"New k-factor for existing HORef - do I need to recalculate HOXS and and propage to all samples with HORef?!"+self.colors.ENDC
            self.findAllSamplesForXSRef()
        else:
            print self.colors.FAIL+"ERROR: Reference cross section %s not matched to CrossSectionReference file."%(HORef)+self.colors.ENDC
            explanation="Unknown"
            #HORef,HOXS,
 
            # Enter new values for reference, cross section and source
            HORef = "UNKNOWN"
            newanswer='X'
            tmpans=False
 
            while not tmpans:
                HORef = raw_input('Please enter new HORef for %s (or type "skip"): '%(HORef))
                if HORef=='skip':
                    HORef="UNKNOWN"
                    newanswer='skip'
                    tmpans=True
                    continue
                newanswer='X'
                while newanswer not in ['y','n','skip']: newanswer = raw_input('Continue upload with new HORef = %s? (y/n/skip): '%HOXS)
                if newanswer in ['y','skip']:
                    tmpans=True
 
            HOXS = "UNKNOWN"
            newanswer='X'
            tmpans=False
            while not tmpans and newanswer!='skip':
                HOXS = raw_input('Please enter new HOXS for %s (or type "skip"): '%(HORef))
                if HOXS=='skip':
                    HOXS="UNKNOWN"
                    newanswer='skip'
                    tmpans=True
                    continue
                newanswer='X'
                while newanswer not in ['y','n','skip']: newanswer = raw_input('Continue upload with new HOXS = %s? (y/n/skip): '%HOXS)
                if newanswer in ['y','skip']:
                    tmpans=True
 
            HOSrc = "UNKNOWN"
            tmpans=False
            while not tmpans and newanswer!='skip':
                HOSrc = raw_input('Please enter new HOSrc for %s (or type "skip"): '%(HORef))
                if HOSrc=='skip':
                    HOSrc="UNKNOWN"
                    newanswer='skip'
                    tmpans=True
                    continue
 
                newanswer='X'
                while newanswer not in ['y','n','skip']: newanswer = raw_input('Continue upload with new HOSrc = %s? (y/n/skip): '%HOSrc)
                if newanswer in ['y','skip']:
                    tmpans=True
                    
            if newanswer=='skip':
                print self.colors.OKBLUE+"INFO: Skipping new HOXS/HOSrc value for %s"%(HORef)+self.colors.ENDC
                highXsecVal="UNKNOWN"
            else:
                print self.colors.OKGREEN+"INFO: Adding new HOXS,HOSrc values %s,%s for %s"%(HOXS,HOSrc,HORef)+self.colors.ENDC
                self.addNewXSRefEntry(HORef,HOXS,HOSrc)
            
 
        return HOXS,HORef,HOSrc
 
 
 

removeParamEntry()

uploadTools.UT.removeParamEntry	(		self,
			ds,
			scope,
			param,
			explanation )

Definition at line 235 of file uploadTools.py.

    def removeParamEntry(self,ds,scope,param,explanation):
        # remove value (set end date) for a given ds and parameter
        cmd='RemovePhysicsParameterVals --paramName="%s" --logicalDatasetName="%s" --scope="%s" --physicsGroup="PMG" --explanation="%s"'%(param,ds,scope,explanation)
        self.cmdExec(cmd,explanation)
 
        

updateFiltEff()

uploadTools.UT.updateFiltEff	(		self,
			ds,
			scope,
			effVal,
			explanation )

Definition at line 253 of file uploadTools.py.

    def updateFiltEff(self,ds,scope,effVal,explanation):
        # update filter efficiency
        cmd='AddPhysicsParameterVals --paramName="%s" --paramValue="%s" --logicalDatasetName="%s" --physicsGroup="PMG" --scope="%s" --explanation="%s"'%("genFiltEff",effVal,ds,scope,explanation)
        self.cmdExec(cmd,explanation)
    

updateKFactor()

uploadTools.UT.updateKFactor	(		self,
			ds,
			scope,
			kFactorVal,
			explanation,
			highXsecRef,
			updateRef = True,
			refexplanation = "" )

Definition at line 268 of file uploadTools.py.

    def updateKFactor(self,ds,scope,kFactorVal,explanation,highXsecRef,updateRef=True,refexplanation=""):
        # update k-factor
        # k-factor explanation should be crossSectionRef value and crossSectionRef explanation should be "<HOXS>,<HOXS source>"
 
        highXsecVal,highXsecRef,highXsecSrc=self.getXSRef(highXsecRef,refexplanation)
 
        if highXsecRef=="Unknown":
            # just upload k-factor with standard explanation because cross section reference can't be found
            cmd='AddPhysicsParameterVals --paramName="%s" --paramValue="%s" --logicalDatasetName="%s" --physicsGroup="PMG" --scope="%s" --explanation="%s"'%("kFactor",kFactorVal,ds,scope,explanation)
            self.cmdExec(cmd,explanation)
        else:
            # upload proper explanation and corresponding crossSectionRef
            cmd='AddPhysicsParameterVals --paramName="%s" --paramValue="%s" --logicalDatasetName="%s" --physicsGroup="PMG" --scope="%s" --explanation="%s"'%("kFactor",kFactorVal,ds,scope,highXsecRef)
            doExecKFact=self.cmdExec(cmd,highXsecRef)
            if doExecKFact:
                if updateRef and highXsecRef!=self.currentVals[ds]["crossSectionRef"]:                   
                    newexplanation=highXsecVal+","+highXsecSrc
                    if newexplanation!=refexplanation:
                        cmd_Ref='AddPhysicsParameterVals --paramName="crossSectionRef" --paramValue="%s" --logicalDatasetName="%s" --physicsGroup="PMG" --scope="%s" --explanation="%s"'%(highXsecRef,ds,scope,newexplanation)
                        self.cmdExec(cmd_Ref,refexplanation)
                    else:
                        print "INFO: crossSectionRef explanation the same as exiting - not uploading"
                else:
                    print "INFO: Not uploading crossSectionRef it is identical to current value (%s)"%(highXsecRef)
    

updatePhysicsStatus()

uploadTools.UT.updatePhysicsStatus	(		self,
			ds,
			scope,
			val,
			explanation )

Definition at line 293 of file uploadTools.py.

    def updatePhysicsStatus(self,ds,scope,val,explanation):
        # update physics status
        cmd='AddPhysicsParameterVals --paramName="%s" --paramValue="%s" --logicalDatasetName="%s" --physicsGroup="PMG" --scope="%s" --explanation="%s"'%("physicsStatus",val,ds,scope,explanation)
        self.cmdExec(cmd,explanation)
        
                    

updateProcGroup()

uploadTools.UT.updateProcGroup	(		self,
			ds,
			scope,
			processGroup,
			explanation )

Definition at line 241 of file uploadTools.py.

    def updateProcGroup(self,ds,scope,processGroup,explanation):
        # update processGroup
        cmd='AddPhysicsParameterVals --paramName="%s" --paramValue="%s" --logicalDatasetName="%s" --physicsGroup="PMG" --scope="%s" --explanation="%s"'%("processGroup",processGroup,ds,scope,explanation)
        self.cmdExec(cmd,explanation)
           
        

updateValue()

uploadTools.UT.updateValue	(		self,
			ds,
			param,
			value,
			explanation,
			highXsecRef = None )

Definition at line 216 of file uploadTools.py.

    def updateValue(self,ds,param,value,explanation,highXsecRef=None):
        # update a DB value for a given ds
        if param == "crossSection":
            self.updateXS(ds,self.getScope(ds),value,explanation)
        elif param == "genFiltEff":
            self.updateFiltEff(ds,self.getScope(ds),value,explanation)
        elif param == "kFactor":
            #@todo work out how to upload new values to CrossSectionReference file if needed
            self.updateKFactor(ds,self.getScope(ds),value,explanation,highXsecRef)
        elif param == "processGroup":
            self.updateProcGroup(ds,self.getScope(ds),value,explanation)
        elif param == "physicsStatus":
            self.updatePhysicsStatus(ds,self.getScope(ds),value,explanation)
        elif param == "crossSectionRef":
            self.updateXSRef(ds,self.getScope(ds),value,explanation)
        else:
            print self.colors.FAIL+"ERROR: %s upload not currently supported"%(param)+self.colors.ENDC
 
 

updateXS()

uploadTools.UT.updateXS	(		self,
			ds,
			scope,
			xsVal,
			explanation )

Definition at line 247 of file uploadTools.py.

    def updateXS(self,ds,scope,xsVal,explanation):
        # update cross section
        cmd='AddPhysicsParameterVals --paramName="%s" --paramValue="%s" --logicalDatasetName="%s" --physicsGroup="PMG" --scope="%s" --explanation="%s"'%("crossSection",xsVal,ds,scope,explanation)
        self.cmdExec(cmd,explanation)
 
    

updateXSRef()

uploadTools.UT.updateXSRef	(		self,
			ds,
			scope,
			XSRefVal,
			explanation )

Definition at line 258 of file uploadTools.py.

    def updateXSRef(self,ds,scope,XSRefVal,explanation):
        # update cross section reference
        highXsecVal,highXsecRef,highXsecSrc=self.getXSRef(XSRefVal)
        refexplanation=highXsecVal+","+highXsecSrc
        cmd='AddPhysicsParameterVals --paramName="%s" --paramValue="%s" --logicalDatasetName="%s" --physicsGroup="PMG" --scope="%s" --explanation="%s"'%("crossSectionRef",XSRefVal,ds,scope,refexplanation)
        self.cmdExec(cmd,explanation)
        if float(self.currentVals[ds]["kFactor"])==1.0:
            print "INFO: New XSRef - need to (re)calculate kFactor"
            self.updateKFactor(ds,scope,self.calcKFactor(highXsecRef,highXsecVal,self.newVals[ds]['crossSection']),explanation,highXsecRef,False)
            

Member Data Documentation

alwaysyes

uploadTools.UT.alwaysyes = alwaysyes

Definition at line 17 of file uploadTools.py.

client

uploadTools.UT.client

Initial value:

= pyAMI.client.Client(
            'atlas'
             #'atlas-replica'
        )

Definition at line 27 of file uploadTools.py.

colors

uploadTools.UT.colors = self.bcolors(False)

Definition at line 32 of file uploadTools.py.

currentVals

dict uploadTools.UT.currentVals = {}

Definition at line 20 of file uploadTools.py.

delim

uploadTools.UT.delim = delim

Definition at line 19 of file uploadTools.py.

istest

uploadTools.UT.istest = istest

Definition at line 15 of file uploadTools.py.

newVals

dict uploadTools.UT.newVals = {}

Definition at line 21 of file uploadTools.py.

verbose

print uploadTools.UT.verbose = verbose

Definition at line 16 of file uploadTools.py.

xsRefFile

uploadTools.UT.xsRefFile = xsRefFile

Definition at line 18 of file uploadTools.py.

xsRefLines

uploadTools.UT.xsRefLines = open(self.xsRefFile).readlines()

Definition at line 23 of file uploadTools.py.

---

The documentation for this class was generated from the following file:

• uploadTools.py