#include "tlapack/base/utils.hpp"
#include "tlapack/lapack/unmq.hpp"
#include "tlapack/lapack/unmq_level2.hpp"

Include dependency graph for householder_q_mul.hpp:

Classes
struct	tlapack::HouseholderQMulOpts
	Options struct for householder_q_mul() More...

Namespaces
namespace	tlapack
	Sort the numbers in D in increasing order (if ID = 'I') or in decreasing order (if ID = 'D' ).

Enumerations
enum class	tlapack::HouseholderQMulVariant : char { Level2 = '2' , Blocked = 'B' }
	Variants of the algorithm to multiply by the unitary matrix Q, defined by a set of Householder reflectors.

Functions
template<TLAPACK_SMATRIX matrixV_t, TLAPACK_SMATRIX matrixC_t, TLAPACK_SVECTOR vector_t, TLAPACK_SIDE side_t, TLAPACK_OP trans_t, TLAPACK_DIRECTION direction_t, TLAPACK_STOREV storage_t>
int	tlapack::householder_q_mul (side_t side, trans_t trans, direction_t direction, storage_t storeMode, const matrixV_t &V, const vector_t &tau, matrixC_t &C, const HouseholderQMulOpts &opts={})
	Applies unitary matrix Q to a matrix C.

template<TLAPACK_SMATRIX matrixV_t, TLAPACK_SMATRIX matrixC_t, TLAPACK_SVECTOR vector_t, TLAPACK_SIDE side_t, TLAPACK_OP trans_t, TLAPACK_DIRECTION direction_t, TLAPACK_STOREV storage_t, TLAPACK_WORKSPACE work_t>
int	tlapack::householder_q_mul_work (side_t side, trans_t trans, direction_t direction, storage_t storeMode, const matrixV_t &V, const vector_t &tau, matrixC_t &C, work_t &work, const HouseholderQMulOpts &opts={})
	Applies unitary matrix Q to a matrix C. Workspace is provided as an argument.

template<class T , TLAPACK_SMATRIX matrixV_t, TLAPACK_SMATRIX matrixC_t, TLAPACK_SVECTOR vector_t, TLAPACK_SIDE side_t, TLAPACK_OP trans_t, TLAPACK_DIRECTION direction_t, TLAPACK_STOREV storage_t>
constexpr WorkInfo	tlapack::householder_q_mul_worksize (side_t side, trans_t trans, direction_t direction, storage_t storeMode, const matrixV_t &V, const vector_t &tau, const matrixC_t &C, const HouseholderQMulOpts &opts={})
	Workspace query of householder_q_mul()

Detailed Description

Classes