def one_sided(value: float, distribution: List[float]) -> float:
    """Calculate the one-sided probability of getting a value more extreme than the distribution."""
    assert distribution
    return sum(value < element for element in distribution) / len(distribution)
def one_sided(value: float, distribution: List[float]) -> float:
    """Calculate the one-sided probability of getting a value more extreme than the distribution."""
    assert distribution
    return sum(value < element for element in distribution) / len(distribution)
def one_sided ( value : float , distribution : List [ float ] ) -> float : assert distribution return sum ( value < element for element in distribution ) / len ( distribution )
Calculate the one-sided probability of getting a value more extreme than the distribution.
Calculate the one - sided probability of getting a value more extreme than the distribution .