runPythia8.py File Reference

Go to the source code of this file.

Namespaces
namespace	runPythia8

Functions
def	runPythia8.yBeam (float Mproton=0.938272081, float pbeam=400.0)
None	runPythia8.na50 (bool online=True)
None	runPythia8.muflux ()
None	runPythia8.debugging (g)

Variables
int	runPythia8.theSeed = 0
dict	runPythia8.h = {}
ArgumentParser	runPythia8.parser = ArgumentParser()
	runPythia8.dest
	runPythia8.type
	runPythia8.int
	runPythia8.help
	runPythia8.default
	runPythia8.float
	runPythia8.action
	runPythia8.str
ArgumentParser	runPythia8.options = parser.parse_args()
ROOT	runPythia8.X = ROOT.FixedTargetGenerator()
dict	runPythia8.generators = {"p": ROOT.Pythia8.Pythia(), "n": ROOT.Pythia8.Pythia()}
	runPythia8.else :
dict	runPythia8.rc = generators["p"].next()
dict	runPythia8.processes = generators["p"].info.codesHard()
tuple	runPythia8.hname
ROOT	runPythia8.f = ROOT.TFile("ntuple-" + hname + ".root", "RECREATE")
ROOT	runPythia8.signal = ROOT.TNtuple("ntuple", "ntuple", "M:P:Pt:y:p1x:p1y:p1z:p2x:p2y:p2z:cosCS")
ROOT	runPythia8.timer = ROOT.TStopwatch()
dict	runPythia8.ntagged = {"p": 0, "n": 0}
def	runPythia8.ybeam = yBeam(pbeam=options.fMom)
dict	runPythia8.py = generators[g]
dict	runPythia8.nmu = {}
list	runPythia8.ks = list(nmu)
dict	runPythia8.Zstar = py.event[nmu[ks[0]]]
dict	runPythia8.ii = nmu[ks[0]]
dict	runPythia8.d0 = py.event.daughterList(ii)[0]
dict	runPythia8.d1 = py.event.daughterList(ii)[1]
dict	runPythia8.nlep = py.event[d0]
dict	runPythia8.nantilep = py.event[d1]
dict	runPythia8.P1pl = nlep.e() + nlep.pz()
dict	runPythia8.P2pl = nantilep.e() + nantilep.pz()
dict	runPythia8.P1mi = nlep.e() - nlep.pz()
dict	runPythia8.P2mi = nantilep.e() - nantilep.pz()
dict	runPythia8.A = P1pl * P2mi - P2pl * P1mi
tuple	runPythia8.cosCS
dict	runPythia8.M = {}
int	runPythia8.k = 0
dict	runPythia8.G = M[0] + M[1]
ROOT	runPythia8.rtime = timer.RealTime()
ROOT	runPythia8.ctime = timer.CpuTime()
dict	runPythia8.sigma = generators[g].info.sigmaGen(processes[0])