Struct ha_ndarray::ops::ArrayUnary

pub struct ArrayUnary<IT, OT, A> { /* private fields */ }

A unary array Op

Implementations

impl<T: CDatatype, A: NDArray> ArrayUnary<T, T, A>

pub fn abs(array: A) -> Result<Self, Error>

Initialize a new absolute value Op.

pub fn ln(array: A) -> Result<Self, Error>

Initialize a new natural log Op.

pub fn exp(array: A) -> Result<Self, Error>

Initialize a new exponentiation Op.

pub fn round(array: A) -> Result<Self, Error>

Initialize a new rounding Op.

impl<T: CDatatype, A: NDArray> ArrayUnary<T, T::Float, A>

pub fn asin(array: A) -> Result<Self, Error>

Initialize a new arcsine Op.

pub fn sin(array: A) -> Result<Self, Error>

Initialize a new sine Op.

pub fn sinh(array: A) -> Result<Self, Error>

Initialize a new hyperbolic sine Op.

pub fn acos(array: A) -> Result<Self, Error>

Initialize a new arccosine Op.

pub fn cos(array: A) -> Result<Self, Error>

Initialize a new cosine Op.

pub fn cosh(array: A) -> Result<Self, Error>

Initialize a new hyperbolic cosine Op.

pub fn atan(array: A) -> Result<Self, Error>

Initialize a new arctangent Op.

pub fn tan(array: A) -> Result<Self, Error>

Initialize a new tangent Op.

pub fn tanh(array: A) -> Result<Self, Error>

Initialize a new hyperbolic tangent Op.

impl<T: CDatatype, A: NDArray> ArrayUnary<T, T::Neg, A>

pub fn neg(array: A) -> Result<Self, Error>

impl<IT: CDatatype, A: NDArray> ArrayUnary<IT, u8, A>

pub fn not(array: A) -> Result<Self, Error>

impl<IT: Float, A: NDArray> ArrayUnary<IT, u8, A>

pub fn inf(array: A) -> Result<Self, Error>

pub fn nan(array: A) -> Result<Self, Error>

Trait Implementations

impl<IT: Clone, OT: Clone, A: Clone> Clone for ArrayUnary<IT, OT, A>

fn clone(&self) -> ArrayUnary<IT, OT, A>

Returns a copy of the value.

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

Performs copy-assignment from source.

impl<IT: CDatatype, OT: CDatatype, A: NDArrayRead<DType = IT>> Op for ArrayUnary<IT, OT, A>

type Out = OT

The output data type of this Op

fn context(&self) -> &Context

The execution context of this Op

fn enqueue_cpu(&self, queue: &Queue) -> Result<Vec<Self::Out>, Error>

Enqueue this Op on the host CPU.

fn read_value(&self, coord: &[usize]) -> Result<Self::Out, Error>

Read the result of this Op at a single coord.

fn enqueue(&self, queue: &Queue) -> Result<Buffer<Self::Out>, Error>

Enqueue this Op for execution.