def fleiss_pi_linear(dataset, **kwargs):
    "\n    Calculates Fleiss' :math:`\\pi` (or multi-:math:`\\pi`), originally proposed in\n    [Fleiss1971]_, and is equivalent to Siegel and Castellan's :math:`K`\n    [SiegelCastellan1988]_.  For 2 coders, this is equivalent to Scott's :math:`\\pi`\n    [Scott1955]_.\n    "
    return __fnc_metric__(__fleiss_pi_linear__, dataset, **kwargs)
Calculates Fleiss' :math:`\pi` (or multi-:math:`\pi`), originally proposed in
[Fleiss1971]_, and is equivalent to Siegel and Castellan's :math:`K`
[SiegelCastellan1988]_.  For 2 coders, this is equivalent to Scott's :math:`\pi`
[Scott1955]_.
def fleiss_pi_linear(dataset, **kwargs):
    "\n    Calculates Fleiss' :math:`\\pi` (or multi-:math:`\\pi`), originally proposed in\n    [Fleiss1971]_, and is equivalent to Siegel and Castellan's :math:`K`\n    [SiegelCastellan1988]_.  For 2 coders, this is equivalent to Scott's :math:`\\pi`\n    [Scott1955]_.\n    "
    return __fnc_metric__(__fleiss_pi_linear__, dataset, **kwargs)