luxLike_cfi.py

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import Config.Core as cepgen
 
luxLike = cepgen.Module('LUXLike',
    Q2cut = float(9.0),
    W2limits = [3.0, 4.0],
    continuumSF = cepgen.Module('GD11p',
        lambda2 = float(0.06526999999999999),
        m02 = float(0.5063),
        mp2 = float(34.75),
        mr2 = float(0.0319),
        pomeronTrajectory = cepgen.Parameters(
            a = [-0.11895, -0.4783, 1.353],
            b = [1.0833, 2.656, 1.771],
            c = [0.3638, 0.1211, 1.166]
        ),
        q02 = float(1.374),
        reggeonTrajectory = cepgen.Parameters(
            a = [0.3425, 1.0603, 0.5164],
            b = [-10.408, 14.857, 0.07739],
            c = [1.3633, 2.256, 2.209]
        ),
        sigmaRatio = cepgen.Module('SibirtsevBlunden')
    ),
    higherTwist = float(5.5),
    perturbativeSF = cepgen.Module('MSTWGrid',
        gridPath = 'mstw_sf_scan_nnlo.dat',
        sigmaRatio = cepgen.Module('SibirtsevBlunden')
    ),
    resonancesSF = cepgen.Module('ChristyBosted',
        continuum = [
            cepgen.Parameters(
                fitParameters = [0.067469, 1.3501, 0.12054, -0.0038495],
                sig0 = float(246.06)
            ),
            cepgen.Parameters(
                fitParameters = [0.20977, 1.5715, 0.090736, 0.010362],
                sig0 = float(-89.36)
            ),
            cepgen.Parameters(
                fitParameters = [4.0294, 3.1285, 0.33403, 4.9623],
                sig0 = float(86.746)
            ),
        ],
        m0 = float(4.2802),
        q20 = float(8.0),
        q21 = float(30.0),
        resonances = [
            cepgen.Parameters(
                A0L = float(29.414),
                A0T = float(7.7805),
                angularMomentum = int(1),
                branchingRatios = cepgen.Parameters(
                    doublePi = float(0.0),
                    eta = float(0.0),
                    singlePi = float(1.0)
                ),
                fitParameters = [4.2291, 1.2598, 2.1242, 19.91, 0.22587],
                mass = float(1.2298),
                width = float(0.13573),
                x0 = float(0.14462)
            ),
            cepgen.Parameters(
                A0L = float(0.0),
                A0T = float(6.3351),
                angularMomentum = int(0),
                branchingRatios = cepgen.Parameters(
                    doublePi = float(0.1),
                    eta = float(0.45),
                    singlePi = float(0.45)
                ),
                fitParameters = [6823.2, 33521.0, 2.5686, 0.0, 0.0],
                mass = float(1.5304),
                width = float(0.22),
                x0 = float(0.215)
            ),
            cepgen.Parameters(
                A0L = float(157.92),
                A0T = float(0.60347),
                angularMomentum = int(2),
                branchingRatios = cepgen.Parameters(
                    doublePi = float(0.35),
                    eta = float(0.0),
                    singlePi = float(0.65)
                ),
                fitParameters = [21.24, 0.055746, 2.4886, 97.04600000000001, 0.31042],
                mass = float(1.5057),
                width = float(0.082956),
                x0 = float(0.215)
            ),
            cepgen.Parameters(
                A0L = float(4.216),
                A0T = float(2.3305),
                angularMomentum = int(3),
                branchingRatios = cepgen.Parameters(
                    doublePi = float(0.35),
                    eta = float(0.0),
                    singlePi = float(0.65)
                ),
                fitParameters = [-0.28789, 0.18607, 0.06353399999999999, 0.0382, 1.2182],
                mass = float(1.698),
                width = float(0.09578200000000001),
                x0 = float(0.215)
            ),
            cepgen.Parameters(
                A0L = float(13.764),
                A0T = float(1.979),
                angularMomentum = int(0),
                branchingRatios = cepgen.Parameters(
                    doublePi = float(0.5),
                    eta = float(0.1),
                    singlePi = float(0.4)
                ),
                fitParameters = [-0.56175, 0.38964, 0.54883, 0.31393, 2.9997],
                mass = float(1.665),
                width = float(0.10936),
                x0 = float(0.215)
            ),
            cepgen.Parameters(
                A0L = float(5.5124),
                A0T = float(0.022506),
                angularMomentum = int(1),
                branchingRatios = cepgen.Parameters(
                    doublePi = float(0.35),
                    eta = float(0.0),
                    singlePi = float(0.65)
                ),
                fitParameters = [46.213, 0.19221, 1.9141, 0.053743, 1.3091],
                mass = float(1.4333),
                width = float(0.37944),
                x0 = float(0.215)
            ),
            cepgen.Parameters(
                A0L = float(1.8951),
                A0T = float(3.4187),
                angularMomentum = int(3),
                branchingRatios = cepgen.Parameters(
                    doublePi = float(0.5),
                    eta = float(0.0),
                    singlePi = float(0.5)
                ),
                fitParameters = [0.0, 0.0, 1.0, 1.8951, 0.51376],
                mass = float(1.9341),
                width = float(0.38),
                x0 = float(0.215)
            ),
        ],
        sigmaRatio = cepgen.Module('SibirtsevBlunden')
    ),
    sigmaRatio = cepgen.Module('SibirtsevBlunden')
)