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Results

rustymath_kernels

Trait Results

pub trait Results<T, const N: usize> {
    type Out: KernelItem;

    const TOTAL: bool;
}

Expand description

The results of a function object of N items of type T: their type and whether any can fail. Unary, Binary and Ternary each require it, so code that takes a function object of any arity reads these through one bound.

Required Associated Constants§

const TOTAL: bool

Whether no result fails: checked always gives Some, and many and many_into always give true. A total float function gives NaN from arguments that aren’t NaN only where NaN is its value, as Subtract gives for ∞ - ∞ and Sin for ±∞.

Required Associated Types§

type Out: KernelItem

The type of each result.

Dyn Compatibility§

This trait is not dyn compatible.

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

Implementors§

impl Results<Complex<f32>, 1> for Ceil

const TOTAL: bool

type Out = Complex<f32>

impl Results<Complex<f32>, 1> for Floor

const TOTAL: bool

type Out = Complex<f32>

impl Results<Complex<f32>, 2> for Equal

const TOTAL: bool

type Out = bool

impl Results<Complex<f32>, 2> for Gcd

const TOTAL: bool

type Out = Complex<f32>

impl Results<Complex<f32>, 2> for Lcm

const TOTAL: bool

type Out = Complex<f32>

impl Results<Complex<f32>, 2> for NotEqual

const TOTAL: bool

type Out = bool

impl Results<Complex<f32>, 2> for Residue

const TOTAL: bool

type Out = Complex<f32>

impl Results<Complex<f32>, 3> for Choose

const TOTAL: bool

type Out = Complex<f32>

impl Results<Complex<f64>, 1> for Ceil

const TOTAL: bool

type Out = Complex<f64>

impl Results<Complex<f64>, 1> for Floor

const TOTAL: bool

type Out = Complex<f64>

impl Results<Complex<f64>, 2> for Equal

const TOTAL: bool

type Out = bool

impl Results<Complex<f64>, 2> for Gcd

const TOTAL: bool

type Out = Complex<f64>

impl Results<Complex<f64>, 2> for Lcm

const TOTAL: bool

type Out = Complex<f64>

impl Results<Complex<f64>, 2> for NotEqual

const TOTAL: bool

type Out = bool

impl Results<Complex<f64>, 2> for Residue

const TOTAL: bool

type Out = Complex<f64>

impl Results<Complex<f64>, 3> for Choose

const TOTAL: bool

type Out = Complex<f64>

impl Results<bool, 2> for Gcd

const TOTAL: bool

type Out = bool

impl Results<bool, 2> for Lcm

const TOTAL: bool

type Out = bool

impl Results<bool, 2> for Maximum

const TOTAL: bool

type Out = bool

impl Results<bool, 2> for Minimum

const TOTAL: bool

type Out = bool

impl Results<bool, 2> for Xnor

const TOTAL: bool

type Out = bool

impl Results<bool, 2> for Xor

const TOTAL: bool

type Out = bool

impl Results<bool, 3> for Choose

const TOTAL: bool

type Out = bool

impl Results<char, 3> for Choose

const TOTAL: bool

type Out = char

impl Results<f16, 1> for Atan

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Cdf

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Ceil

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Erfc

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Erfcinv

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Erfinv

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Floor

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Ln

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Log2

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Log1p

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Log10

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Pdf

const TOTAL: bool

type Out = f16

impl Results<f16, 1> for Quantile

const TOTAL: bool

type Out = f16

impl Results<f16, 2> for Compare

const TOTAL: bool

type Out = Ordering

impl Results<f16, 2> for Equal

const TOTAL: bool

type Out = bool

impl Results<f16, 2> for Gcd

const TOTAL: bool

type Out = f16

impl Results<f16, 2> for Greater

const TOTAL: bool

type Out = bool

impl Results<f16, 2> for GreaterEqual

const TOTAL: bool

type Out = bool

impl Results<f16, 2> for Lcm

const TOTAL: bool

type Out = f16

impl Results<f16, 2> for Less

const TOTAL: bool

type Out = bool

impl Results<f16, 2> for LessEqual

const TOTAL: bool

type Out = bool

impl Results<f16, 2> for Matches

const TOTAL: bool

type Out = bool

impl Results<f16, 2> for Maximum

const TOTAL: bool

type Out = f16

impl Results<f16, 2> for Minimum

const TOTAL: bool

type Out = f16

impl Results<f16, 2> for NotEqual

const TOTAL: bool

type Out = bool

impl Results<f16, 2> for Residue

const TOTAL: bool

type Out = f16

impl Results<f16, 3> for Choose

const TOTAL: bool

type Out = f16

impl Results<f32, 1> for Atan

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Cdf

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Ceil

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Erfc

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Erfcinv

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Erfinv

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Floor

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Ln

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Log2

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Log1p

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Log10

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Pdf

const TOTAL: bool

type Out = f32

impl Results<f32, 1> for Quantile

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for Compare

const TOTAL: bool

type Out = Ordering

impl Results<f32, 2> for Equal

const TOTAL: bool

type Out = bool

impl Results<f32, 2> for Gcd

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for Greater

const TOTAL: bool

type Out = bool

impl Results<f32, 2> for GreaterEqual

const TOTAL: bool

type Out = bool

impl Results<f32, 2> for Indicator<Equal>

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for Indicator<Greater>

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for Indicator<GreaterEqual>

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for Indicator<Less>

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for Indicator<LessEqual>

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for Indicator<Matches>

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for Indicator<NotEqual>

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for Lcm

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for Less

const TOTAL: bool

type Out = bool

impl Results<f32, 2> for LessEqual

const TOTAL: bool

type Out = bool

impl Results<f32, 2> for Matches

const TOTAL: bool

type Out = bool

impl Results<f32, 2> for Maximum

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for Minimum

const TOTAL: bool

type Out = f32

impl Results<f32, 2> for NotEqual

const TOTAL: bool

type Out = bool

impl Results<f32, 2> for Residue

const TOTAL: bool

type Out = f32

impl Results<f32, 3> for Choose

const TOTAL: bool

type Out = f32

impl Results<f64, 1> for Atan

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Cdf

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Ceil

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Erfc

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Erfcinv

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Erfinv

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Floor

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Ln

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Log2

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Log1p

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Log10

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Pdf

const TOTAL: bool

type Out = f64

impl Results<f64, 1> for Quantile

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for Compare

const TOTAL: bool

type Out = Ordering

impl Results<f64, 2> for Equal

const TOTAL: bool

type Out = bool

impl Results<f64, 2> for Gcd

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for Greater

const TOTAL: bool

type Out = bool

impl Results<f64, 2> for GreaterEqual

const TOTAL: bool

type Out = bool

impl Results<f64, 2> for Indicator<Equal>

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for Indicator<Greater>

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for Indicator<GreaterEqual>

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for Indicator<Less>

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for Indicator<LessEqual>

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for Indicator<Matches>

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for Indicator<NotEqual>

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for Lcm

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for Less

const TOTAL: bool

type Out = bool

impl Results<f64, 2> for LessEqual

const TOTAL: bool

type Out = bool

impl Results<f64, 2> for Matches

const TOTAL: bool

type Out = bool

impl Results<f64, 2> for Maximum

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for Minimum

const TOTAL: bool

type Out = f64

impl Results<f64, 2> for NotEqual

const TOTAL: bool

type Out = bool

impl Results<f64, 2> for Residue

const TOTAL: bool

type Out = f64

impl Results<f64, 3> for Choose

const TOTAL: bool

type Out = f64

impl Results<i16, 2> for Binom

const TOTAL: bool

type Out = i16

impl Results<i16, 2> for Gcd

const TOTAL: bool

type Out = i16

impl Results<i16, 2> for Lcm

const TOTAL: bool

type Out = i16

impl Results<i16, 2> for Maximum

const TOTAL: bool

type Out = i16

impl Results<i16, 2> for Minimum

const TOTAL: bool

type Out = i16

impl Results<i16, 2> for Pow

const TOTAL: bool

type Out = i16

impl Results<i16, 2> for Residue

const TOTAL: bool

type Out = i16

impl Results<i16, 3> for Choose

const TOTAL: bool

type Out = i16

impl Results<i32, 2> for Binom

const TOTAL: bool

type Out = i32

impl Results<i32, 2> for Gcd

const TOTAL: bool

type Out = i32

impl Results<i32, 2> for Lcm

const TOTAL: bool

type Out = i32

impl Results<i32, 2> for Maximum

const TOTAL: bool

type Out = i32

impl Results<i32, 2> for Minimum

const TOTAL: bool

type Out = i32

impl Results<i32, 2> for Pow

const TOTAL: bool

type Out = i32

impl Results<i32, 2> for Residue

const TOTAL: bool

type Out = i32

impl Results<i32, 3> for Choose

const TOTAL: bool

type Out = i32

impl Results<i64, 2> for Binom

const TOTAL: bool

type Out = i64

impl Results<i64, 2> for Gcd

const TOTAL: bool

type Out = i64

impl Results<i64, 2> for Lcm

const TOTAL: bool

type Out = i64

impl Results<i64, 2> for Maximum

const TOTAL: bool

type Out = i64

impl Results<i64, 2> for Minimum

const TOTAL: bool

type Out = i64

impl Results<i64, 2> for Pow

const TOTAL: bool

type Out = i64

impl Results<i64, 2> for Residue

const TOTAL: bool

type Out = i64

impl Results<i64, 3> for Choose

const TOTAL: bool

type Out = i64

impl Results<u8, 2> for Binom

const TOTAL: bool

type Out = u8

impl Results<u8, 2> for Gcd

const TOTAL: bool

type Out = u8

impl Results<u8, 2> for Lcm

const TOTAL: bool

type Out = u8

impl Results<u8, 2> for Maximum

const TOTAL: bool

type Out = u8

impl Results<u8, 2> for Minimum

const TOTAL: bool

type Out = u8

impl Results<u8, 2> for Pow

const TOTAL: bool

type Out = u8

impl Results<u8, 2> for Residue

const TOTAL: bool

type Out = u8

impl Results<u8, 3> for Choose

const TOTAL: bool

type Out = u8

impl<T, K, const N: usize> Results<T, N> for Wrapped<K>
where K: Results<T, N>,

const TOTAL: bool = true

type Out = <K as Results<T, N>>::Out

impl<T, K> Results<T, 2> for Flipped<K>
where K: Results<T, 2>,

const TOTAL: bool = K::TOTAL

type Out = <K as Results<T, 2>>::Out