makePileupJSON.py File Reference

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Namespaces
	makePileupJSON

Variables
tuple	makePileupJSON.args = parser.parse_args()
tuple	makePileupJSON.beam_energy = float(pieces[10])
int	makePileupJSON.bunch_rms_lumi = 0
tuple	makePileupJSON.bx = int(ibx)
tuple	makePileupJSON.csv_input = open(args.inputFile, 'r')
	makePileupJSON.denom = total_lumi*total_lumi-total_weight2
int	makePileupJSON.last_run = -1
list	makePileupJSON.last_valid_lumi = []
tuple	makePileupJSON.lumi_section = int(pieces[2])
list	makePileupJSON.luminometer = pieces[14]
	makePileupJSON.mean_int = total_int/total_lumi
	makePileupJSON.mean_pileup = bunch_del_lumi*parameters.orbitLength/parameters.lumiSectionLength
	makePileupJSON.output = args.outputFile
string	makePileupJSON.output_line = '{'
tuple	makePileupJSON.outputfile = open(output,'w')
tuple	makePileupJSON.parameters = LumiConstants.ParametersObject()
	## Main Program More...
tuple	makePileupJSON.parser = argparse.ArgumentParser(description="Script to estimate average and RMS pileup using the per-bunch luminosity information provided by brilcalc. The output is a JSON file containing a dictionary by runs with one entry per lumi section.")
tuple	makePileupJSON.pieces = sepRE.split(line.strip())
tuple	makePileupJSON.run = int(pieces[0])
tuple	makePileupJSON.sel_bx = set()
tuple	makePileupJSON.sepRE = re.compile(r'[\]\[\s,;:]+')
float	makePileupJSON.threshold = 8.0
int	makePileupJSON.total_int = 0
int	makePileupJSON.total_int2 = 0
int	makePileupJSON.total_lumi = 0
int	makePileupJSON.total_weight2 = 0
list	makePileupJSON.xing_lumi_array = []