Trait EllipticKind 

pub trait EllipticKind {
    type Output;

    // Required method
    fn eval<P: Policy>(self) -> Self::Output;
}

Legendre elliptic integral request, dual to CarlsonKind (see it for the named-field rationale). The implementors are EllintK/EllintF (1st kind, complete/incomplete), EllintE/EllintEInc (2nd kind), EllintD/EllintDInc, and EllintPi/EllintPiInc (3rd kind). Completeness is encoded by the fields: a complete integral has no phi.

Required Associated Types

type Output

The vector (or scalar) type returned.

Required Methods

fn eval<P: Policy>(self) -> Self::Output

Evaluate the integral under precision policy P, consuming the request.

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety".

Implementors

impl<E, V> EllipticKind for EllintD<V>

where E: FloatElement + EllipticConsts, V: FloatVector<Element = E> + SpecializedSpecialMath<E>,

type Output = V

impl<E, V> EllipticKind for EllintDInc<V>

where E: FloatElement + EllipticConsts, V: FloatVector<Element = E> + SpecializedSpecialMath<E>,

type Output = V

impl<E, V> EllipticKind for EllintE<V>

where E: FloatElement + EllipticConsts, V: FloatVector<Element = E> + SpecializedSpecialMath<E>,

type Output = V

impl<E, V> EllipticKind for EllintEInc<V>

where E: FloatElement + EllipticConsts, V: FloatVector<Element = E> + SpecializedSpecialMath<E>,

type Output = V

impl<E, V> EllipticKind for EllintF<V>

where E: FloatElement + EllipticConsts, V: FloatVector<Element = E> + SpecializedSpecialMath<E>,

type Output = V

impl<E, V> EllipticKind for EllintK<V>

where E: FloatElement + EllipticConsts, V: FloatVector<Element = E> + SpecializedSpecialMath<E>,

type Output = V

impl<E, V> EllipticKind for EllintPi<V>

where E: FloatElement + EllipticConsts, V: FloatVector<Element = E> + SpecializedSpecialMath<E>,

type Output = V

impl<E, V> EllipticKind for EllintPiInc<V>

where E: FloatElement + EllipticConsts, V: FloatVector<Element = E> + SpecializedSpecialMath<E>,

type Output = V

impl<E, V> EllipticKind for HeumanLambda<V>

where E: FloatElement + EllipticConsts, V: FloatVector<Element = E> + SpecializedSpecialMath<E>,

type Output = V

impl<E, V> EllipticKind for JacobiZeta<V>

where E: FloatElement + EllipticConsts, V: FloatVector<Element = E> + SpecializedSpecialMath<E>,

type Output = V