def pws(t):
    '\n    Calculate water vapor saturation pressure based on temperature (in hPa).\n\n        P_{WS} = A \\cdot 10^{\\frac{m \\cdot T}{T + T_n}}\n\n    '
    (A, m, Tn) = pws_constants(t)
    power = ((m * t) / (t + Tn))
    return (A * (10 ** power))
Calculate water vapor saturation pressure based on temperature (in hPa).

    P_{WS} = A \cdot 10^{\frac{m \cdot T}{T + T_n}}
def pws(t):
    '\n    Calculate water vapor saturation pressure based on temperature (in hPa).\n\n        P_{WS} = A \\cdot 10^{\\frac{m \\cdot T}{T + T_n}}\n\n    '
    (A, m, Tn) = pws_constants(t)
    power = ((m * t) / (t + Tn))
    return (A * (10 ** power))