Trait rv::traits::Mode

pub trait Mode<X> {
    // Required method
    fn mode(&self) -> Option<X>;
}

Defines the distribution mode

Required Methods

fn mode(&self) -> Option<X>

Returns None if the mode is undefined or is not a single value

Implementors

impl Mode<(u8, u8)> for Poisson

impl Mode<(u16, u16)> for Poisson

impl Mode<(u32, u32)> for Poisson

impl Mode<(usize, usize)> for Poisson

impl Mode<f32> for Beta

impl Mode<f32> for Cauchy

impl Mode<f32> for ChiSquared

impl Mode<f32> for Exponential

impl Mode<f32> for Gamma

impl Mode<f32> for Gaussian

impl Mode<f32> for Gev

impl Mode<f32> for InvChiSquared

impl Mode<f32> for InvGamma

impl Mode<f32> for InvGaussian

impl Mode<f32> for Kumaraswamy

impl Mode<f32> for Laplace

impl Mode<f32> for LogNormal

impl Mode<f32> for Pareto

impl Mode<f32> for ScaledInvChiSquared

impl Mode<f32> for StudentsT

impl Mode<f32> for UnitPowerLaw

impl Mode<f32> for VonMises

impl Mode<f64> for Beta

impl Mode<f64> for Cauchy

impl Mode<f64> for ChiSquared

impl Mode<f64> for Exponential

impl Mode<f64> for Gamma

impl Mode<f64> for Gaussian

impl Mode<f64> for Gev

impl Mode<f64> for InvChiSquared

impl Mode<f64> for InvGamma

impl Mode<f64> for InvGaussian

impl Mode<f64> for Kumaraswamy

impl Mode<f64> for Laplace

impl Mode<f64> for LogNormal

impl Mode<f64> for Pareto

impl Mode<f64> for ScaledInvChiSquared

impl Mode<f64> for StudentsT

impl Mode<f64> for UnitPowerLaw

impl Mode<f64> for VonMises

impl Mode<u8> for Poisson

impl Mode<u16> for Poisson

impl Mode<u32> for Poisson

impl Mode<usize> for Poisson

impl Mode<Matrix<f64, Dyn, Const<1>, VecStorage<f64, Dyn, Const<1>>>> for MvGaussian

impl Mode<Matrix<f64, Dyn, Dyn, VecStorage<f64, Dyn, Dyn>>> for InvWishart

impl<X: Booleable> Mode<X> for Bernoulli

impl<X: CategoricalDatum> Mode<X> for Categorical