testME_all.py File Reference

Go to the source code of this file.

Namespaces
	testME_all

Functions
def	testME_all.defaultdictset ()
def	testME_all.unifycontent (content)

Variables
	testME_all.p = argparse.ArgumentParser()
	testME_all.type
	testME_all.int
	testME_all.default
	testME_all.nargs
	testME_all.args = p.parse_args()
	testME_all.ratiosMCFMJHUGenVBF = defaultdict(set)
	testME_all.ratiosMCFMJHUGenLepZH = defaultdict(set)
	testME_all.ratiosMCFMJHUGenLepWH = defaultdict(set)
	testME_all.ratiosMCFMJHUGenHadZH = defaultdict(set)
	testME_all.ratiosMCFMJHUGenHadWH = defaultdict(set)
	testME_all.badbkgratios = set()
	testME_all.different = set()
	testME_all.badangles = set()
	testME_all.badselfD = set()
	testME_all.messedup = set()
	testME_all.referencefiles = os.listdir("reference")
	testME_all.melaptr = ROOT.makemelaptr(13, 125, ROOT.TVar.ERROR)
	testME_all.start
	testME_all.match = re.match("(testME_.*_Ping)_?(.*).ref", ref)
	testME_all.functionname = match.group(1)
	testME_all.arguments = match.group(2)
	testME_all.function = getattr(ROOT, functionname)
	testME_all.newfile = ref.replace(".ref", ".out")
def	testME_all.content = unifycontent(f.read())
def	testME_all.refcontent = unifycontent(f.read())
def	testME_all.production = content.split("\n")[0].split()[3]
	testME_all.ratios = ratiosMCFMJHUGenVBF
def	testME_all.sections = content.split("JHUGen/MCFM Ratio")
	testME_all.sectioncontent = section.split()
	testME_all.ratio = float(number)
def	testME_all.ratiopart = content.split("MCFM Bkg (re-sum)/Bkg Ratio")[1]
	testME_all.tutilline = line.split(": ")[1]
dictionary	testME_all.melaline = {line for line in content.split("\n") if "MELA " + match.group(1) in line}.pop().split(": ")[1]
dictionary	testME_all.pendingselfD = {}
int	testME_all.iline = 0
list	testME_all.errors = []