Trait CarlsonKind 

pub trait CarlsonKind {
    type Output;

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

A Carlson symmetric elliptic integral request. The implementors are small structs that carry the integral’s arguments as named fields (CarlsonRf, CarlsonRc, CarlsonRd, CarlsonRj, CarlsonRg), so each kind has exactly its own arguments - no dummy slots, and the special roles (R_J’s parameter p, R_D’s repeated z) are named at the call site.

Required Associated Types

type Output

The vector type returned (and the field type of the request struct).

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> CarlsonKind for CarlsonRc<V>

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

type Output = V

impl<E, V> CarlsonKind for CarlsonRd<V>

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

type Output = V

impl<E, V> CarlsonKind for CarlsonRf<V>

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

type Output = V

impl<E, V> CarlsonKind for CarlsonRg<V>

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

type Output = V

impl<E, V> CarlsonKind for CarlsonRj<V>

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

type Output = V