gemm.hpp File Reference

#include <batmat/linalg/structure.hpp>
#include <batmat/linalg/uview.hpp>
#include <batmat/lut.hpp>
#include <batmat/platform/platform.hpp>
#include <optional>

Go to the source code of this file.

Classes
struct	batmat::linalg::micro_kernels::gemm::KernelConfig

Namespaces
namespace	batmat
namespace	batmat::linalg
namespace	batmat::linalg::micro_kernels
namespace	batmat::linalg::micro_kernels::gemm

Functions
template<class T, class Abi, KernelConfig Conf, index_t RowsReg, index_t ColsReg, StorageOrder OA, StorageOrder OB, StorageOrder OC, StorageOrder OD>
void	batmat::linalg::micro_kernels::gemm::gemm_copy_microkernel (const uview< const T, Abi, OA > A, const uview< const T, Abi, OB > B, const std::optional< uview< const T, Abi, OC > > C, const uview< T, Abi, OD > D, const index_t k) noexcept
	Generalized matrix multiplication D = C ± A⁽ᵀ⁾ B⁽ᵀ⁾. Single register block.
template<class T, class Abi, KernelConfig Conf, StorageOrder OA, StorageOrder OB, StorageOrder OC, StorageOrder OD>
void	batmat::linalg::micro_kernels::gemm::gemm_copy_register (const view< const T, Abi, OA > A, const view< const T, Abi, OB > B, const std::optional< view< const T, Abi, OC > > C, const view< T, Abi, OD > D) noexcept
	Generalized matrix multiplication D = C ± A⁽ᵀ⁾ B⁽ᵀ⁾. Using register blocking.

Variables
template<class T, class Abi>
constexpr index_t	batmat::linalg::micro_kernels::gemm::ColsReg = RowsReg<T, Abi>
template<class T, class Abi, KernelConfig Conf, StorageOrder OA, StorageOrder OB, StorageOrder OC, StorageOrder OD>
const constinit auto	batmat::linalg::micro_kernels::gemm::gemm_copy_lut

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Class Documentation

batmat::linalg::micro_kernels::gemm::KernelConfig

struct batmat::linalg::micro_kernels::gemm::KernelConfig

Class Members
bool	negate = false
int	shift_A = 0
int	rotate_B = 0
int	rotate_C = 0
int	rotate_D = rotate_C
int	mask_D = rotate_D
MatrixStructure	struc_A = MatrixStructure::General
MatrixStructure	struc_B = MatrixStructure::General
MatrixStructure	struc_C = MatrixStructure::General