Struct TilingScheme 

pub struct TilingScheme {
    pub tile_size: TileSize,
    pub partition_size: PartitionSize,
    pub stage_size: StageSize,
    pub global_partition_size: GlobalPartitionSize,
}

Complete tiling configuration for a matmul. Encodes all structural information needed to compute tiling shapes and counts.

Fields

tile_size: TileSize

partition_size: PartitionSize

stage_size: StageSize

global_partition_size: GlobalPartitionSize

Implementations

impl TilingScheme

pub fn builder() -> TilingSchemeBuilder

Create a builder for TilingScheme

impl TilingScheme

pub fn stage_partitions_in_stage_m(&self) -> u32

pub fn stage_partitions_in_stage_n(&self) -> u32

pub fn stage_partitions_in_stage_k(&self) -> u32

pub fn stage_partitions_in_stage_row<I: Into<StageIdent>>( &self, ident: I, ) -> u32

pub fn stage_partitions_in_stage_col<I: Into<StageIdent>>( &self, ident: I, ) -> u32

pub fn stage_partitions_in_stage_mk(&self) -> u32

pub fn stage_partitions_in_stage_nk(&self) -> u32

pub fn stage_partitions_in_stage_mn(&self) -> u32

pub fn stage_partitions_in_stage<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn tiles_in_stage_m(&self) -> u32

pub fn tiles_in_stage_n(&self) -> u32

pub fn tiles_in_stage_k(&self) -> u32

pub fn tiles_in_stage_row<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn tiles_in_stage_col<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn tiles_in_stage_mk(&self) -> u32

pub fn tiles_in_stage_nk(&self) -> u32

pub fn tiles_in_stage_mn(&self) -> u32

pub fn tiles_in_stage<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn elements_in_stage_m(&self) -> u32

pub fn elements_in_stage_n(&self) -> u32

pub fn elements_in_stage_k(&self) -> u32

pub fn elements_in_stage_row<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn elements_in_stage_col<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn elements_in_stage_mk(&self) -> u32

pub fn elements_in_stage_nk(&self) -> u32

pub fn elements_in_stage_mn(&self) -> u32

pub fn elements_in_stage<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn tiles_in_stage_partition_m(&self) -> u32

pub fn tiles_in_stage_partition_n(&self) -> u32

pub fn tiles_in_stage_partition_k(&self) -> u32

pub fn tiles_in_stage_partition_row<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn tiles_in_stage_partition_col<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn tiles_in_stage_partition_mk(&self) -> u32

pub fn tiles_in_stage_partition_nk(&self) -> u32

pub fn tiles_in_stage_partition_mn(&self) -> u32

pub fn tiles_in_stage_partition<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn elements_in_stage_partition_m(&self) -> u32

pub fn elements_in_stage_partition_n(&self) -> u32

pub fn elements_in_stage_partition_k(&self) -> u32

pub fn elements_in_stage_partition_row<I: Into<StageIdent>>( &self, ident: I, ) -> u32

pub fn elements_in_stage_partition_col<I: Into<StageIdent>>( &self, ident: I, ) -> u32

pub fn elements_in_stage_partition_mk(&self) -> u32

pub fn elements_in_stage_partition_nk(&self) -> u32

pub fn elements_in_stage_partition_mn(&self) -> u32

pub fn elements_in_stage_partition<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn elements_in_tile_m(&self) -> u32

pub fn elements_in_tile_n(&self) -> u32

pub fn elements_in_tile_k(&self) -> u32

pub fn elements_in_tile_row<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn elements_in_tile_col<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn elements_in_tile_mk(&self) -> u32

pub fn elements_in_tile_nk(&self) -> u32

pub fn elements_in_tile_mn(&self) -> u32

pub fn elements_in_tile<I: Into<StageIdent>>(&self, ident: I) -> u32

pub fn elements_in_global_partition_m(&self) -> u32

pub fn elements_in_global_partition_n(&self) -> u32

pub fn tiles_in_global_partition_m(&self) -> u32

pub fn tiles_in_global_partition_n(&self) -> u32

pub fn stage_partitions_in_global_partition_m(&self) -> u32

pub fn stage_partitions_in_global_partition_n(&self) -> u32

pub fn stages_in_global_partition_m(&self) -> u32

pub fn stages_in_global_partition_n(&self) -> u32

Trait Implementations

impl Clone for TilingScheme

fn clone(&self) -> TilingScheme

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for TilingScheme

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

Formats the value using the given formatter.

impl Hash for TilingScheme

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)

where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl PartialEq for TilingScheme

fn eq(&self, other: &TilingScheme) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for TilingScheme

impl Eq for TilingScheme

impl StructuralPartialEq for TilingScheme