pptoww_cfi.py

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import Config.Core as cepgen
 
pptoww = cepgen.Module('pptoww',
    alphaEM = cepgen.Module('fixed',
        value = float(0.007297352573756914)
    ),
    alphaS = cepgen.Module('pegasus',
        asmur = float(0.49128),
        fr2 = float(1.0),
        iord = int(2),
        mur = float(1.0)
    ),
    eftParameters = cepgen.Parameters(
        mH = float(0.0),
        s1 = float(0.0)
    ),
    hasEvent = True,
    kinematics = cepgen.Module('BudnevElastic',
        beam1A = int(0),
        beam1Z = int(-1),
        beam1id = int(0),
        beam2A = int(0),
        beam2Z = int(-1),
        beam2id = int(0),
        central = cepgen.Parameters(
            dphi = (-999.999000,),
            energy = (-999.999000,),
            energysum = (-999.999000,),
            eta = (-999.999000,),
            etasum = (-999.999000,),
            invmass = (-999.999000,),
            mass = (-999.999000,),
            pt = (0.000000,),
            ptdiff = (-999.999000,),
            ptsum = (-999.999000,),
            rapidity = (-999.999000,),
            rapiditydiff = (-999.999000,)
        ),
        energies = [{}],
        formFactors = [
        ],
        initial = cepgen.Parameters(
            phi = (-999.999000,),
            q2 = [(0.000000,100000.000000), (0.000000,100000.000000)],
            qt = (-999.999000,)
        ),
        kmrGridPath = '',
        mode = int(0),
        pdgIds = [{}],
        pz = [{}],
        remnants = cepgen.Parameters(
            mx = (1.070000,1000.000000),
            xi = (-999.999000,),
            yj = (-999.999000,)
        ),
        sqrtS = float(0.0),
        structureFunctions = cepgen.Module('SuriYennie',
            Bp = float(0.63),
            C1 = float(0.86926),
            C2 = float(2.23422),
            Cp = float(0.96),
            D1 = float(0.12549),
            rho2 = float(0.585),
            sigmaRatio = cepgen.Module('SibirtsevBlunden',
                a = float(0.014),
                b1 = float(-0.07000000000000001),
                b2 = float(-0.8),
                c = float(41.0)
            )
        )
    ),
    kinematicsGenerator = cepgen.Module('kt2to4',
        ids = [{}],
        logPartonVirtuality = True,
        randomiseCharge = True
    ),
    ktFactorised = True,
    method = int(1),
    model = int(0),
    polarisationStates = cepgen.Parameters(
        W1 = [-1, 0, 1],
        W2 = [-1, 0, 1],
        mode = int(-1)
    ),
    randomGenerator = cepgen.Module('stl',
        seed = int(1721997403),
        type = 'default'
    ),
    storeAlphas = False,
    symmetrise = False
)