Struct Static 

pub struct Static;

Space where all tensors are stored statically and unboxed.

Trait Implementations

impl Clone for Static

fn clone(&self) -> Self

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Copy for Static

impl Space<1> for Static

type VecStore = [f64; 1]

type MatStore = [f64; 1]

type SymStore = [f64; 1]

type SymVecStore = [f64; 1]

type SymSymStore = [f64; 1]

type SymVecVecStore = [f64; 1]

fn sum<const R: usize>(f: impl Fn([usize; R]) -> f64) -> f64

Sums over all indices of the given rank.

fn vector(f: impl Fn([usize; 1]) -> f64) -> Tensor<N, 1, Gen, Self::VecStore>

Constructs an N dimensional vector.

fn symmetric(f: impl Fn([usize; 2]) -> f64) -> Tensor<N, 2, Sym, Self::SymStore>

Constructs an N dimensional symmetric matrix.

fn matrix(f: impl Fn([usize; 2]) -> f64) -> Tensor<N, 2, Gen, Self::MatStore>

Constructs an N dimensional general matrix.

impl Space<2> for Static

type VecStore = [f64; 2]

type MatStore = [f64; 4]

type SymStore = [f64; 3]

type SymVecStore = [f64; 6]

type SymSymStore = [f64; 9]

type SymVecVecStore = [f64; 12]

fn sum<const R: usize>(f: impl Fn([usize; R]) -> f64) -> f64

Sums over all indices of the given rank.

fn vector(f: impl Fn([usize; 1]) -> f64) -> Tensor<N, 1, Gen, Self::VecStore>

Constructs an N dimensional vector.

fn symmetric(f: impl Fn([usize; 2]) -> f64) -> Tensor<N, 2, Sym, Self::SymStore>

Constructs an N dimensional symmetric matrix.

fn matrix(f: impl Fn([usize; 2]) -> f64) -> Tensor<N, 2, Gen, Self::MatStore>

Constructs an N dimensional general matrix.