interpolateCardsSimple4G Namespace Reference

Functions
def	file2map

Variables
tuple	br = file2map(path+"YR-BR3.txt")
string	cfmt = "%-"
tuple	chmax = max([max(len(p),len(c)) for p,c,x in shapeLines])
tuple	cmax = max([cmax]+[len(l) for l in obskeyline]+[len(x) for x in obsline])
tuple	DC1 = parseCard(open(file1,"r"), options)
list	eff = rate/xsbr1[p]
string	file1 = options.ddir+"/%d/%s.txt"
tuple	ggXS = file2map(path+"YR-XS-ggH.txt")
tuple	histo = ofile.Get("histo_%s" % p)
tuple	hmax = max([10] + [len("%-12s %s %s" % (l,p,a)) for l,(p,a,e,nf) in systlines.items()])
list	keyline = []
tuple	mass = float(args[0])
list	mass1 = refmasses[0]
list	obsline = [str(x) for x in DC1.obs.values()]
tuple	ofile = ROOT.TFile( "%s/%g/%s%s.input.root" % (options.ddir,mass,XS,options.postfix) , "UPDATE" )
dictionary	paramSysts = {}
tuple	parser = OptionParser(usage="usage: %prog [options] [refmass1] mass3 > datacard3.txt \nrun with --help to get list of options")
list	path = os.environ['CMSSW_BASE']
list	pidline = []
tuple	qqXS = file2map(path+"YR-XS-vbfH.txt")
list	rate = DC1.exp[b]
list	refmasses = [ int(line) for line in open(options.ddir+"/"+options.refmasses,"r") ]
list	signals = []
tuple	sm4 = file2map(path+"SM4-600GeV.txt")
tuple	sysnamesSorted = systlines.keys()
list	systline = []
tuple	xfile = open(options.ddir+"/%d/%s%s.txt" % (mass, X,options.postfix), "w")
tuple	XS = X.replace("_shape","")
dictionary	xsbr = { 'ggH':1.0, 'qqH':1.0 }
dictionary	xsbr1 = { 'ggH':1.0, 'qqH':1.0 }

Function Documentation

def interpolateCardsSimple4G.file2map

(

x

)

Definition at line 45 of file interpolateCardsSimple4G.py.

References python.multivaluedict.dict.

    def file2map(x): 
        ret = {}; headers = []
        for x in open(x,"r"):
            cols = x.split()
            if len(cols) < 2: continue
            if "mH" in x: 
                headers = [i.strip() for i in cols[1:]]
            else:
                fields = [ float(i) for i in cols ]
                ret[fields[0]] = dict(zip(headers,fields[1:]))