kulaginBarinov_cfi.py

Go to the documentation of this file.

import Config.Core as cepgen
 
kulaginBarinov = cepgen.Module('KulaginBarinov',
    Q2gridRange = (0.800000,1000.000000),
    Q2range = (0.000000,1000.000000),
    derivator = cepgen.Module('gsl',
        h = float(0.01),
        mode = int(0)
    ),
    disParameters = cepgen.Parameters(
        bg1l = float(3.4742),
        bg1t = float(0.14453),
        bg2l = float(0.54193),
        bg2t = float(3.1297),
        pml = float(1.1),
        pmt = float(1.6302)
    ),
    gridFile = 'a08tmc.dat',
    resonances = [
        cepgen.Parameters(
            a = [0.31115, 2.0294, 1.6713, 2.76],
            angularMomentum = int(1),
            branchingRatios = cepgen.Parameters(
                doublePi = float(0.0),
                eta = float(0.0),
                singlePi = float(1.0)
            ),
            c = [0.05029, 0.0, 0.42522],
            mass = float(1.227),
            width = float(0.11279),
            x0 = float(0.055384)
        ),
        cepgen.Parameters(
            a = [0.089547, 0.18087, 0.23431, 4.1173],
            angularMomentum = int(1),
            branchingRatios = cepgen.Parameters(
                doublePi = float(0.35),
                eta = float(0.0),
                singlePi = float(0.65)
            ),
            c = [0.0, 0.23847, 1.4982],
            mass = float(1.4497),
            width = float(0.40223),
            x0 = float(0.1125)
        ),
        cepgen.Parameters(
            a = [0.10677, 0.24897, 0.55621, 3.0798],
            angularMomentum = int(2),
            branchingRatios = cepgen.Parameters(
                doublePi = float(0.25),
                eta = float(0.0),
                singlePi = float(0.75)
            ),
            c = [0.09197900000000001, -0.10652, 1.0758],
            mass = float(1.5123),
            width = float(0.094542),
            x0 = float(0.4959)
        ),
        cepgen.Parameters(
            a = [0.38953, -0.17962, 0.37638, 2.9622],
            angularMomentum = int(0),
            branchingRatios = cepgen.Parameters(
                doublePi = float(0.85),
                eta = float(0.0),
                singlePi = float(0.15)
            ),
            c = [0.0, 0.0, 0.0],
            mass = float(1.5764),
            width = float(0.50046),
            x0 = float(0.30969)
        ),
        cepgen.Parameters(
            a = [0.067075, 0.09733, 0.27891, 3.5372],
            angularMomentum = int(2),
            branchingRatios = cepgen.Parameters(
                doublePi = float(0.6),
                eta = float(0.25),
                singlePi = float(0.15)
            ),
            c = [0.12027, 0.0, 0.89367],
            mass = float(1.7002),
            width = float(0.11768),
            x0 = float(0.25831)
        ),
    ],
    sigmaRatio = cepgen.Module('SibirtsevBlunden'),
    t0 = float(2.0)
)