Classes
struct	AccumHelper

struct	AttnParams

struct	BaseMMAFrag

struct	BaseMMAFrag< T, 8, 8 >

struct	BlockLoader

struct	BlockLoaderT

struct	BlockMMA

struct	BlockSwizzle

struct	ChannelHelper

struct	ChannelHelper< 1 >

struct	ChannelHelper< 2 >

struct	ChannelHelper< 3 >

struct	ChannelHelper< 4 >

struct	Conv2DGeneralBaseInfo

struct	Conv2DGeneralJumpParams

struct	Conv2DInputBlockLoaderGeneral

struct	Conv2DInputBlockLoaderLargeFilter

struct	Conv2DInputBlockLoaderSmallChannels

struct	Conv2DInputBlockLoaderSmallFilter

struct	Conv2DWeightBlockLoader

struct	Conv2DWeightBlockLoaderGeneral

struct	Conv2DWeightBlockLoaderSmallChannels

struct	CShape

struct	GEMMAddMMParams

struct	GEMMKernel

struct	GEMMParams

struct	GEMMSpiltKParams

struct	ImplicitGemmConv2DParams

struct	integral_constant

struct	is_integral

struct	is_integral< integral_constant< T, v > >

struct	Layout2D

struct	LoopAlignment

struct	MMATile

struct	Shape2D

struct	TransformAdd

struct	TransformAxpby

struct	TransformNone

Typedefs
template<bool B>
using	bool_constant = integral_constant<bool, B>

using	true_type = bool_constant<true>

using	false_type = bool_constant<false>

template<int val>
using	Int = integral_constant<int, val>

Functions
template<typename T, typename U, int M, int N, int K>
METAL_FUNC void	tile_matmad (thread MMATile< T, M, N > &D, thread MMATile< U, M, K > &A, thread MMATile< U, K, N > &B, thread MMATile< T, M, N > &C)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator+ (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator- (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator* (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator/ (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator== (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator!= (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator< (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator> (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator<= (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator>= (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator&& (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T, T tv, typename U, U uv>
METAL_FUNC constexpr auto	operator\|\| (integral_constant< T, tv >, integral_constant< U, uv >)

template<typename T>
METAL_FUNC constexpr T	sum (T x)

template<typename T, typename... Us>
METAL_FUNC constexpr auto	sum (T x, Us... us)

Variables
template<typename T>
constexpr constant bool	is_integral_v = is_integral<T>::value

Typedef Documentation

◆ bool_constant

template<bool B>

using mlx::steel::bool_constant = integral_constant<bool, B>

◆ false_type

using mlx::steel::false_type = bool_constant<false>

◆ Int

template<int val>

using mlx::steel::Int = integral_constant<int, val>