PDRates Namespace Reference

Functions
def	PrimaryDatasets (Run)
def	RateInPD (Run, PrimaryDataset, lsMin, lsMax, printLS=False)

Function Documentation

def PDRates.PrimaryDatasets

(

Run

)

Definition at line 30 of file PDRates.py.

Referenced by RateInPD().

def PrimaryDatasets(Run):
    # -- List of Primary Datasets:

    dbs_cmd = """ dbs search --query='find primds.name 
            where run=%d and dataset like */RAW' """ % (Run)
    rows = commands.getoutput(dbs_cmd)
    lines = rows.split("\n")
    j=0
    print "\nThe primary datasets for this run are: \n"
    for Line in lines:
        j=j+1
        if j <=4:
            continue
        print Line
        line=Line.split()
        Datasets.append(line[0])
    print " "

def PDRates.RateInPD	(		Run,
			PrimaryDataset,
			lsMin,
			lsMax,
			printLS = False
	)

Definition at line 50 of file PDRates.py.

References cmsRelvalreport.exit, createfilelist.int, and PrimaryDatasets().

def RateInPD(Run,PrimaryDataset,lsMin,lsMax,printLS=False):
    dbs_cmd = """ dbs search --query='find file,lumi,file.numevents, file.size
        where run=%d and dataset like /%s/*/RAW 
        and lumi >= %d and lumi <= %d
        and file.status=VALID '""" % (Run, PrimaryDataset,lsMin, lsMax)
    rows = commands.getoutput(dbs_cmd)
    lines = rows.split("\n")
    j=0
    LumiSections = []
    Files = []
    Evts = 0
    Size = 0
    LSinFile = {}
    NumberOfLSInFile = {}
    for Line in lines:
        j=j+1
        if j <=4:
            continue
        line=Line.split()
        LS = line[1]
        file = line[0]
        Nevts = int(line[2])
        size = int(line[3])
        LSinFile[LS] = file
        if LumiSections.count(LS) == 0:
            LumiSections.append(LS)
        if Files.count(file) == 0:
            Files.append(file)
            Evts += Nevts
            Size += size
            NumberOfLSInFile[file] =1
        else:
            NumberOfLSInFile[file] = NumberOfLSInFile[file]+1
        RatePerLS[LS] = Nevts
            
    Number_of_LS = len(LumiSections)
    LS_Length = 23.3
    if Run < 125100:
        LS_Length = 93.3
    rate = Evts / (Number_of_LS * LS_Length)
    if Evts > 0:
        size_per_event = (Size / Evts) / 1000.
    else:
        size_per_event=-1
    print "Rate in \t",PrimaryDataset,"\t is : \t",rate," Hz", " \t size is : \t",size_per_event, "kB / event "

    lsmin=9999999
    lsmax=-1
    for (LS,file) in six.iteritems(LSinFile):
        nls = NumberOfLSInFile[file]
        RatePerLS[LS] = RatePerLS[LS] / nls
        RatePerLS[LS] = RatePerLS[LS] / LS_Length
        if int(LS) > lsmax:
            lsmax=int(LS)
        if int(LS) < lsmin:
            lsmin=int(LS)
    if printLS:
        print "lsmin lsmax",lsmin,lsmax
        for ls in range(lsmin,lsmax):
            if not repr(ls) in RatePerLS.keys():
                RatePerLS[LS] = 0
                print "Missing LS ",ls