Struct LayoutMatMulConfig

pub struct LayoutMatMulConfig<DA, DB>
where
    DA: DimAPI,
    DB: DimAPI,
    Self: LayoutMatMulAPI<DA, DB>,
{
    pub matmul_type: MatMulType,
    pub lc: Layout<<Self as LayoutMatMulAPI<DA, DB>>::DC>,
    pub la_rest: Option<Layout<IxD>>,
    pub lb_rest: Option<Layout<IxD>>,
    pub lc_rest: Option<Layout<IxD>>,
    pub la_matmul: Layout<IxD>,
    pub lb_matmul: Layout<IxD>,
    pub lc_matmul: Layout<IxD>,
}

Fields

matmul_type: MatMulType

lc: Layout<<Self as LayoutMatMulAPI<DA, DB>>::DC>

la_rest: Option<Layout<IxD>>

lb_rest: Option<Layout<IxD>>

lc_rest: Option<Layout<IxD>>

la_matmul: Layout<IxD>

lb_matmul: Layout<IxD>

lc_matmul: Layout<IxD>

Trait Implementations

impl<DA, DB> Clone for LayoutMatMulConfig<DA, DB>

where DA: DimAPI + Clone, DB: DimAPI + Clone, Self: LayoutMatMulAPI<DA, DB>,

fn clone(&self) -> LayoutMatMulConfig<DA, DB>

Returns a copy of the value.

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

Performs copy-assignment from source.

impl<DA, DB> Debug for LayoutMatMulConfig<DA, DB>

where DA: DimAPI + Debug, DB: DimAPI + Debug, Self: LayoutMatMulAPI<DA, DB>,

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl LayoutMatMulAPI<[usize; 1], [usize; 1]> for LayoutMatMulConfig<Ix1, Ix1>

type DC = [usize; 0]

fn layout_matmul( la: &Layout<Ix1>, lb: &Layout<Ix1>, _: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 1], [usize; 2]> for LayoutMatMulConfig<Ix1, Ix2>

type DC = [usize; 1]

fn layout_matmul( la: &Layout<Ix1>, lb: &Layout<Ix2>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 1], [usize; 3]> for LayoutMatMulConfig<Ix1, Ix3>

type DC = [usize; 2]

fn layout_matmul( la: &Layout<Ix1>, lb: &Layout<Ix3>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 1], [usize; 4]> for LayoutMatMulConfig<Ix1, Ix4>

type DC = [usize; 3]

fn layout_matmul( la: &Layout<Ix1>, lb: &Layout<Ix4>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 1], [usize; 5]> for LayoutMatMulConfig<Ix1, Ix5>

type DC = [usize; 4]

fn layout_matmul( la: &Layout<Ix1>, lb: &Layout<Ix5>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 1], [usize; 6]> for LayoutMatMulConfig<Ix1, Ix6>

type DC = [usize; 5]

fn layout_matmul( la: &Layout<Ix1>, lb: &Layout<Ix6>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 1], [usize; 7]> for LayoutMatMulConfig<Ix1, Ix7>

type DC = [usize; 6]

fn layout_matmul( la: &Layout<Ix1>, lb: &Layout<Ix7>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 1], [usize; 8]> for LayoutMatMulConfig<Ix1, Ix8>

type DC = [usize; 7]

fn layout_matmul( la: &Layout<Ix1>, lb: &Layout<Ix8>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 1], [usize; 9]> for LayoutMatMulConfig<Ix1, Ix9>

type DC = [usize; 8]

fn layout_matmul( la: &Layout<Ix1>, lb: &Layout<Ix9>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 1], Vec<usize>> for LayoutMatMulConfig<Ix1, IxD>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<Ix1>, lb: &Layout<IxD>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 2], [usize; 1]> for LayoutMatMulConfig<Ix2, Ix1>

type DC = [usize; 1]

fn layout_matmul( la: &Layout<Ix2>, lb: &Layout<Ix1>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 2], [usize; 2]> for LayoutMatMulConfig<Ix2, Ix2>

type DC = [usize; 2]

fn layout_matmul( la: &Layout<Ix2>, lb: &Layout<Ix2>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 2], [usize; 3]> for LayoutMatMulConfig<Ix2, Ix3>

type DC = [usize; 3]

fn layout_matmul( la: &Layout<Ix2>, lb: &Layout<Ix3>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 2], [usize; 4]> for LayoutMatMulConfig<Ix2, Ix4>

type DC = [usize; 4]

fn layout_matmul( la: &Layout<Ix2>, lb: &Layout<Ix4>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 2], [usize; 5]> for LayoutMatMulConfig<Ix2, Ix5>

type DC = [usize; 5]

fn layout_matmul( la: &Layout<Ix2>, lb: &Layout<Ix5>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 2], [usize; 6]> for LayoutMatMulConfig<Ix2, Ix6>

type DC = [usize; 6]

fn layout_matmul( la: &Layout<Ix2>, lb: &Layout<Ix6>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 2], [usize; 7]> for LayoutMatMulConfig<Ix2, Ix7>

type DC = [usize; 7]

fn layout_matmul( la: &Layout<Ix2>, lb: &Layout<Ix7>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 2], [usize; 8]> for LayoutMatMulConfig<Ix2, Ix8>

type DC = [usize; 8]

fn layout_matmul( la: &Layout<Ix2>, lb: &Layout<Ix8>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 2], [usize; 9]> for LayoutMatMulConfig<Ix2, Ix9>

type DC = [usize; 9]

fn layout_matmul( la: &Layout<Ix2>, lb: &Layout<Ix9>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 2], Vec<usize>> for LayoutMatMulConfig<Ix2, IxD>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<Ix2>, lb: &Layout<IxD>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 3], [usize; 1]> for LayoutMatMulConfig<Ix3, Ix1>

type DC = [usize; 2]

fn layout_matmul( la: &Layout<Ix3>, lb: &Layout<Ix1>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 3], [usize; 2]> for LayoutMatMulConfig<Ix3, Ix2>

type DC = [usize; 3]

fn layout_matmul( la: &Layout<Ix3>, lb: &Layout<Ix2>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 3], [usize; 3]> for LayoutMatMulConfig<Ix3, Ix3>

type DC = [usize; 3]

fn layout_matmul( la: &Layout<Ix3>, lb: &Layout<Ix3>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 3], Vec<usize>> for LayoutMatMulConfig<Ix3, IxD>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<Ix3>, lb: &Layout<IxD>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 4], [usize; 1]> for LayoutMatMulConfig<Ix4, Ix1>

type DC = [usize; 3]

fn layout_matmul( la: &Layout<Ix4>, lb: &Layout<Ix1>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 4], [usize; 2]> for LayoutMatMulConfig<Ix4, Ix2>

type DC = [usize; 4]

fn layout_matmul( la: &Layout<Ix4>, lb: &Layout<Ix2>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 4], [usize; 4]> for LayoutMatMulConfig<Ix4, Ix4>

type DC = [usize; 4]

fn layout_matmul( la: &Layout<Ix4>, lb: &Layout<Ix4>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 4], Vec<usize>> for LayoutMatMulConfig<Ix4, IxD>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<Ix4>, lb: &Layout<IxD>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 5], [usize; 1]> for LayoutMatMulConfig<Ix5, Ix1>

type DC = [usize; 4]

fn layout_matmul( la: &Layout<Ix5>, lb: &Layout<Ix1>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 5], [usize; 2]> for LayoutMatMulConfig<Ix5, Ix2>

type DC = [usize; 5]

fn layout_matmul( la: &Layout<Ix5>, lb: &Layout<Ix2>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 5], [usize; 5]> for LayoutMatMulConfig<Ix5, Ix5>

type DC = [usize; 5]

fn layout_matmul( la: &Layout<Ix5>, lb: &Layout<Ix5>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 5], Vec<usize>> for LayoutMatMulConfig<Ix5, IxD>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<Ix5>, lb: &Layout<IxD>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 6], [usize; 1]> for LayoutMatMulConfig<Ix6, Ix1>

type DC = [usize; 5]

fn layout_matmul( la: &Layout<Ix6>, lb: &Layout<Ix1>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 6], [usize; 2]> for LayoutMatMulConfig<Ix6, Ix2>

type DC = [usize; 6]

fn layout_matmul( la: &Layout<Ix6>, lb: &Layout<Ix2>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 6], [usize; 6]> for LayoutMatMulConfig<Ix6, Ix6>

type DC = [usize; 6]

fn layout_matmul( la: &Layout<Ix6>, lb: &Layout<Ix6>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 6], Vec<usize>> for LayoutMatMulConfig<Ix6, IxD>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<Ix6>, lb: &Layout<IxD>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 7], [usize; 1]> for LayoutMatMulConfig<Ix7, Ix1>

type DC = [usize; 6]

fn layout_matmul( la: &Layout<Ix7>, lb: &Layout<Ix1>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 7], [usize; 2]> for LayoutMatMulConfig<Ix7, Ix2>

type DC = [usize; 7]

fn layout_matmul( la: &Layout<Ix7>, lb: &Layout<Ix2>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 7], [usize; 7]> for LayoutMatMulConfig<Ix7, Ix7>

type DC = [usize; 7]

fn layout_matmul( la: &Layout<Ix7>, lb: &Layout<Ix7>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 7], Vec<usize>> for LayoutMatMulConfig<Ix7, IxD>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<Ix7>, lb: &Layout<IxD>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 8], [usize; 1]> for LayoutMatMulConfig<Ix8, Ix1>

type DC = [usize; 7]

fn layout_matmul( la: &Layout<Ix8>, lb: &Layout<Ix1>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 8], [usize; 2]> for LayoutMatMulConfig<Ix8, Ix2>

type DC = [usize; 8]

fn layout_matmul( la: &Layout<Ix8>, lb: &Layout<Ix2>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 8], [usize; 8]> for LayoutMatMulConfig<Ix8, Ix8>

type DC = [usize; 8]

fn layout_matmul( la: &Layout<Ix8>, lb: &Layout<Ix8>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 8], Vec<usize>> for LayoutMatMulConfig<Ix8, IxD>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<Ix8>, lb: &Layout<IxD>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 9], [usize; 1]> for LayoutMatMulConfig<Ix9, Ix1>

type DC = [usize; 8]

fn layout_matmul( la: &Layout<Ix9>, lb: &Layout<Ix1>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 9], [usize; 2]> for LayoutMatMulConfig<Ix9, Ix2>

type DC = [usize; 9]

fn layout_matmul( la: &Layout<Ix9>, lb: &Layout<Ix2>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 9], [usize; 9]> for LayoutMatMulConfig<Ix9, Ix9>

type DC = [usize; 9]

fn layout_matmul( la: &Layout<Ix9>, lb: &Layout<Ix9>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<[usize; 9], Vec<usize>> for LayoutMatMulConfig<Ix9, IxD>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<Ix9>, lb: &Layout<IxD>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<Vec<usize>, [usize; 1]> for LayoutMatMulConfig<IxD, Ix1>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<IxD>, lb: &Layout<Ix1>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<Vec<usize>, [usize; 2]> for LayoutMatMulConfig<IxD, Ix2>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<IxD>, lb: &Layout<Ix2>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<Vec<usize>, [usize; 3]> for LayoutMatMulConfig<IxD, Ix3>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<IxD>, lb: &Layout<Ix3>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<Vec<usize>, [usize; 4]> for LayoutMatMulConfig<IxD, Ix4>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<IxD>, lb: &Layout<Ix4>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<Vec<usize>, [usize; 5]> for LayoutMatMulConfig<IxD, Ix5>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<IxD>, lb: &Layout<Ix5>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<Vec<usize>, [usize; 6]> for LayoutMatMulConfig<IxD, Ix6>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<IxD>, lb: &Layout<Ix6>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<Vec<usize>, [usize; 7]> for LayoutMatMulConfig<IxD, Ix7>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<IxD>, lb: &Layout<Ix7>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<Vec<usize>, [usize; 8]> for LayoutMatMulConfig<IxD, Ix8>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<IxD>, lb: &Layout<Ix8>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<Vec<usize>, [usize; 9]> for LayoutMatMulConfig<IxD, Ix9>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<IxD>, lb: &Layout<Ix9>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.

impl LayoutMatMulAPI<Vec<usize>, Vec<usize>> for LayoutMatMulConfig<IxD, IxD>

type DC = Vec<usize>

fn layout_matmul( la: &Layout<IxD>, lb: &Layout<IxD>, order: TensorIterOrder, ) -> Result<Self>

Layout configuration for matmul.