Struct RangeExpand 

pub struct RangeExpand<Idx: Scalar> { /* private fields */ }

Implementations

impl<Idx: Scalar> RangeExpand<Idx>

pub fn new(start: NativeExpand<Idx>, end: NativeExpand<Idx>) -> Self

impl<I: Int> RangeExpand<I>

pub fn __expand_step_by_method( self, _: &Scope, n: impl Into<NativeExpand<I>>, ) -> SteppedRangeExpand<I>

Trait Implementations

impl<Idx: Scalar> AsMutExpand for RangeExpand<Idx>

fn __expand_ref_mut_method(&mut self, _: &Scope) -> &mut Self

fn __expand_as_mut_method(&mut self, scope: &Scope) -> &mut T

impl<Idx: Scalar> AsRefExpand for RangeExpand<Idx>

fn __expand_ref_method(&self, _: &Scope) -> &Self

fn __expand_as_ref_method(&self, scope: &Scope) -> &T

impl<Idx: Scalar> CubeDebug for RangeExpand<Idx>

fn set_debug_name(&self, scope: &Scope, name: &'static str)

Set the debug name of this type’s expansion. Should do nothing for types that don’t appear at runtime

impl<Idx: Scalar> ExpandTypeClone for RangeExpand<Idx>

fn clone_unchecked(&self) -> Self

Unchecked clone that only clones the conceptual runtime value. Should only be used in cases where each copy is used in a mutually exclusive branch (i.e. match, runtime enums). This is intentionally separated from Rust’s Clone semantics and should only be used for the conceptual expand values, never real data. Using two values in the same branch is undefined behaviour.

impl<E: CubePrimitive> IndexExpand<RangeExpand<usize>> for SliceExpand<E>

type Output = NativeExpand<[E]>

fn __expand_index_method( &self, scope: &Scope, index: RangeExpand<usize>, ) -> &Self::Output

impl<E: CubePrimitive> IndexExpand<RangeExpand<usize>> for NativeExpand<Array<E>>

type Output = NativeExpand<[E]>

fn __expand_index_method( &self, scope: &Scope, index: RangeExpand<usize>, ) -> &Self::Output

impl<E: CubePrimitive> IndexExpand<RangeExpand<usize>> for TensorExpand<E>

type Output = NativeExpand<[E]>

fn __expand_index_method( &self, scope: &Scope, index: RangeExpand<usize>, ) -> &Self::Output

impl<E: CubePrimitive> IndexExpand<RangeExpand<usize>> for NativeExpand<Shared<[E]>>

type Output = NativeExpand<[E]>

fn __expand_index_method( &self, scope: &Scope, index: RangeExpand<usize>, ) -> &Self::Output

impl<E: CubePrimitive> IndexMutExpand<RangeExpand<usize>> for SliceExpand<E>

fn __expand_index_mut_method( &mut self, scope: &Scope, index: RangeExpand<usize>, ) -> &mut <Self as IndexExpand<RangeExpand<usize>>>::Output

impl<E: CubePrimitive> IndexMutExpand<RangeExpand<usize>> for NativeExpand<Array<E>>

fn __expand_index_mut_method( &mut self, scope: &Scope, index: RangeExpand<usize>, ) -> &mut <Self as IndexExpand<RangeExpand<usize>>>::Output

impl<E: CubePrimitive> IndexMutExpand<RangeExpand<usize>> for TensorExpand<E>

fn __expand_index_mut_method( &mut self, scope: &Scope, index: RangeExpand<usize>, ) -> &mut <Self as IndexExpand<RangeExpand<usize>>>::Output

impl<E: CubePrimitive> IndexMutExpand<RangeExpand<usize>> for NativeExpand<Shared<[E]>>

fn __expand_index_mut_method( &mut self, scope: &Scope, index: RangeExpand<usize>, ) -> &mut <Self as IndexExpand<RangeExpand<usize>>>::Output

impl<Idx: Scalar> IntoExpand for RangeExpand<Idx>

type Expand = RangeExpand<Idx>

fn into_expand(self, _: &Scope) -> Self

impl<Idx: Scalar> IntoMut for RangeExpand<Idx>

fn into_mut(self, scope: &Scope) -> Self

Convert the variable into a potentially new mutable variable in scope, copying if needed.

impl<I: Int> Iterable for RangeExpand<I>

type Item = NativeExpand<I>

fn expand_unroll( self, scope: &Scope, body: &mut dyn FnMut(&Scope, <I as CubeType>::ExpandType), )

Expand an unrolled loop. The body should be invoced n times, where n is the number of iterations.

fn expand( self, scope: &Scope, body: &mut dyn FnMut(&Scope, <I as CubeType>::ExpandType), )

Expand a runtime loop without unrolling

fn const_len(&self) -> Option<usize>

Return the comptime length of this iterable, if possible