csvLumibyLSParser.csvLumibyLSParser Class Reference

Inheritance diagram for csvLumibyLSParser.csvLumibyLSParser:

Public Member Functions
def	__init__
def	numls
def	numruns
def	runs
def	runsandls

Private Attributes
	__filename
	__result
	__RunX
	__strresult

Detailed Description

Definition at line 13 of file csvLumibyLSParser.py.

Constructor & Destructor Documentation

def csvLumibyLSParser.csvLumibyLSParser.__init__	(		self,
			filename,
			RunX
	)

Definition at line 14 of file csvLumibyLSParser.py.

    def __init__(self,filename,RunX):
        self.__result={}
        self.__strresult={}
        self.__filename=filename
        self.__RunX=RunX
        csvReader=csv.reader(open(filename),delimiter=',')
        oldRun=0
        runnumber=0
        ldict = {}
        llist = []
        NonValidLumi = 0
        lastLumi = 0
        for row in csvReader:
            field0=str(row[0]).strip()
            fieldsplit=re.split(':',field0)
            runstring = fieldsplit[0]
            try:
                field1=str(row[1]).strip()
                fieldsplit=re.split(':',field1)
                lsstring = fieldsplit[0]
            except Exception as e:
                lsstring='1' # for list with run number only, fake lsnum
            if not is_intstr(runstring) or not  is_intstr(lsstring):
                continue
            runnumber=int(runstring)
            lsnumber=int(lsstring)

            if runnumber != oldRun:
                if oldRun>0:
                    self.__result[oldRun]=ldict
                    ldict = {}
                    oldRun = runnumber
                    lastLumi = 0
                    NonValidLumi = 0
                else:
                    oldRun = runnumber

            try:
                if RunX=='Run2':
                    delivered, recorded = float( row[4] ), float( row[5] )
                if RunX=='Run1':
                    delivered, recorded = float( row[5] ), float( row[6] )
            except:
                print('Record not parsed, Run = %d, LS = %d' % (runnumber, lsnumber))                

# Commented out... If there is no value, there is no interpolation now...
#            if recorded>0 :
#                lastLumi = recorded
#                if NonValidLumi>0:
#                    # have to put real values in lumi list
#                    for lnum in llist:
#                        elems = [delivered, recorded]
#                        ldict[lnum] = elems
#                    NonValidLumi=0
#                    llist = []
#            else:
#                if lastLumi>0:
#                    recorded = lastLumi
#                else:
#                   # have to save lumi sections to fill once we get a non-zero lumi value
#                   llist.append(lsnumber)
#                   NonValidLumi=1

            elems = [ delivered,recorded ]
            ldict[lsnumber]=elems

        self.__result[runnumber]=ldict #catch the last one