The GEMSLR options on each level. More...

#include <gemslr.hpp>

Public Member Functions
	GemslrLevelSetupStruct ()
	The constructor, set the default values. More...

void	SetDefault ()
	Set to default value. More...

	GemslrLevelSetupStruct (const GemslrLevelSetupStruct< DataType > &str)
	The copy constructor, set the default values. More...

	GemslrLevelSetupStruct (GemslrLevelSetupStruct< DataType > &&str)
	The move constructor, set the default values. More...

GemslrLevelSetupStruct< DataType > &	operator= (const GemslrLevelSetupStruct< DataType > &str)
	The operator =. More...

GemslrLevelSetupStruct< DataType > &	operator= (GemslrLevelSetupStruct< DataType > &&str)
	The operator =. More...

Public Attributes
int	_lr_option1_setup
	Set the Arnoldi iteration option for building the low-rank correction on the top level. More...

int	_lr_option2_setup
	Set the Arnoldi iteration option for building the low-rank correction on other levels. More...

int	_lr_optionA_setup
	Set the Arnoldi iteration option for building the low-rank correction on A. More...

bool	_lr_rand_init_setup
	Set to true to use random initial guess, otherwise use the unit vector. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_rank_factor1_setup
	The factor for extra low-rank terms on the top level. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_rank_factor2_setup
	The factor for extra low-rank terms on other levels. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_rank_factorA_setup
	The factor for extra low-rank terms on A. More...

int	_lr_rank1_setup
	Set the target number of low-rank terms we keep on the top level. More...

int	_lr_rank2_setup
	Set the target number of low-rank terms we keep on other levels. More...

int	_lr_rankA_setup
	Set the target number of low-rank terms we keep for the A. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_arnoldi_factor1_setup
	Set the maximum steps of the Arnoldi iteration on the top level. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_arnoldi_factor2_setup
	Set the maximum steps of the Arnoldi iteration on other levels. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_arnoldi_factorA_setup
	Set the maximum steps of the Arnoldi iteration on A. More...

int	_lr_maxits1_setup
	Set the maximum number of restart if thick-restart Arnoldi is used on the top level. More...

int	_lr_maxits2_setup
	Set the maximum number of restart if thick-restart Arnoldi is used on other levels. More...

int	_lr_maxitsA_setup
	Set the maximum number of restart if thick-restart Arnoldi is used on A. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_tr_factor_setup
	The thick-restart factor. Portion of thick-resratr length comparing to the entire width. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_tol_eig1_setup
	The tolorance for eigenvalues on the top level. Eigenvalues with Schur vector smaller than it will be kept. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_tol_eig2_setup
	The tolorance for eigenvalues on other levels. Eigenvalues with Schur vector smaller than it will be kept. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_tol_eigA_setup
	The tolorance for eigenvalues on A. Eigenvalues with Schur vector smaller than it will be kept. More...

int	_B_solve_option1
	Choose the B solve option on the first several levels. More...

int	_B_solve_option1_levels
	From level 0 to this level (exclude) we apply B_solve option 1. More...

int	_B_solve_option2
	Choose the B solve option before the last level. More...

int	_B_smooth_option1
	Choose the B smooth option before the last level. More...

bool	_C_lr_pslr
	Use power low-rank? More...

int	_C_solve_option
	Choose the C solve option for the last level. More...

int	_ilu_residual_iters
	Should we apply residual iteration in the setup phase? More...

bool	_ilu_complex_shift
	Should we turn on complex shift? More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_B_ilu_tol_setup
	The global droptol for ILUT. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_C_ilu_tol_setup
	The droptol for ILUT on the last level. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_S_ilu_tol_setup
	The droptol for ILUT on the S part. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_EF_ilu_tol_setup
	The droptol for ILUT on the EF part. More...

int	_B_ilu_max_row_nnz_setup
	The global MaxFil for ILUT. More...

int	_C_ilu_max_row_nnz_setup
	The global MaxFil for ILUT on the last level. More...

int	_S_ilu_max_row_nnz_setup
	The global MaxFil for ILUT on the S part. More...

int	_B_ilu_fill_level_setup
	The global level of fill for ILUK. More...

int	_C_ilu_fill_level_setup
	The global level of fill for ILUK on the last level. More...

int	_B_poly_order
	The order for poly for the B blocks. More...

int	_lr_option1_B_setup
	Set the Arnoldi iteration option for building the low-rank correction on the top level. More...

int	_lr_option2_B_setup
	Set the Arnoldi iteration option for building the low-rank correction on other levels. More...

bool	_lr_rand_init_B_setup
	Set to true to use random initial guess, otherwise use the unit vector. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_rank_factor1_B_setup
	The factor for extra low-rank terms on the top level. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_rank_factor2_B_setup
	The factor for extra low-rank terms on other levels. More...

int	_lr_rank1_B_setup
	Set the target number of low-rank terms we keep on the top level. More...

int	_lr_rank2_B_setup
	Set the target number of low-rank terms we keep on other levels. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_arnoldi_factor1_B_setup
	Set the maximum steps of the Arnoldi iteration on the top level. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_arnoldi_factor2_B_setup
	Set the maximum steps of the Arnoldi iteration on other levels. More...

int	_lr_maxits1_B_setup
	Set the maximum number of restart if thick-restart Arnoldi is used on the top level. More...

int	_lr_maxits2_B_setup
	Set the maximum number of restart if thick-restart Arnoldi is used on other levels. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_tr_factor_B_setup
	The thick-restart factor. Portion of thick-resratr length comparing to the entire width. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_tol_eig1_B_setup
	The tolorance for eigenvalues on the top level. Eigenvalues with Schur vector smaller than it will be kept. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_lr_tol_eig2_B_setup
	The tolorance for eigenvalues on other levels. Eigenvalues with Schur vector smaller than it will be kept. More...

int	_B_solve_option1_B
	Choose the B solve option on the first several levels. More...

int	_B_solve_option1_levels_B
	From level 0 to this level (exclude) we apply B_solve option 1. More...

int	_B_solve_option2_B
	Choose the B solve option before the last level. More...

int	_C_solve_option_B
	Choose the C solve option for the last level. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_B_ilu_tol_B_setup
	The global droptol for ILUT. More...

std::conditional< PargemslrIsDoublePrecision< DataType >::value, double, float >::type	_C_ilu_tol_B_setup
	The droptol for ILUT on the last level. More...

int	_B_ilu_max_row_nnz_B_setup
	The global MaxFil for ILUT. More...

int	_C_ilu_max_row_nnz_B_setup
	The global MaxFil for ILUT on the last level. More...

int	_B_ilu_fill_level_B_setup
	The global level of fill for ILUK. More...

int	_C_ilu_fill_level_B_setup
	The global level of fill for ILUK on the last level. More...

int	_B_poly_order_B
	The order for poly for the B blocks. More...

Detailed Description

template<typename DataType>
struct pargemslr::GemslrLevelSetupStruct< DataType >

The GEMSLR options on each level.

Constructor & Destructor Documentation

◆ GemslrLevelSetupStruct() [1/3]

template<typename DataType >

template pargemslr::GemslrLevelSetupStruct< DataType >::GemslrLevelSetupStruct ( )

The constructor, set the default values.

◆ GemslrLevelSetupStruct() [2/3]

template<typename DataType >

pargemslr::GemslrLevelSetupStruct< DataType >::GemslrLevelSetupStruct ( const GemslrLevelSetupStruct< DataType > & str )

The copy constructor, set the default values.

◆ GemslrLevelSetupStruct() [3/3]

template<typename DataType >

pargemslr::GemslrLevelSetupStruct< DataType >::GemslrLevelSetupStruct ( GemslrLevelSetupStruct< DataType > && str )

The move constructor, set the default values.

Member Function Documentation

◆ operator=() [1/2]

template<typename DataType >

GemslrLevelSetupStruct< DataType > & pargemslr::GemslrLevelSetupStruct< DataType >::operator= ( const GemslrLevelSetupStruct< DataType > & str )

The operator =.

◆ operator=() [2/2]

template<typename DataType >

GemslrLevelSetupStruct< DataType > & pargemslr::GemslrLevelSetupStruct< DataType >::operator= ( GemslrLevelSetupStruct< DataType > && str )

The operator =.

◆ SetDefault()

template<typename DataType >

template void pargemslr::GemslrLevelSetupStruct< DataType >::SetDefault ( )

Set to default value.

Member Data Documentation

◆ _B_ilu_fill_level_B_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_ilu_fill_level_B_setup

The global level of fill for ILUK.

◆ _B_ilu_fill_level_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_ilu_fill_level_setup

The global level of fill for ILUK.

◆ _B_ilu_max_row_nnz_B_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_ilu_max_row_nnz_B_setup

The global MaxFil for ILUT.

◆ _B_ilu_max_row_nnz_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_ilu_max_row_nnz_setup

The global MaxFil for ILUT.

◆ _B_ilu_tol_B_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_B_ilu_tol_B_setup

The global droptol for ILUT.

◆ _B_ilu_tol_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_B_ilu_tol_setup

The global droptol for ILUT.

◆ _B_poly_order

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_poly_order

The order for poly for the B blocks.

◆ _B_poly_order_B

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_poly_order_B

The order for poly for the B blocks.

◆ _B_smooth_option1

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_smooth_option1

Choose the B smooth option before the last level.

◆ _B_solve_option1

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_solve_option1

Choose the B solve option on the first several levels.

◆ _B_solve_option1_B

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_solve_option1_B

Choose the B solve option on the first several levels.

◆ _B_solve_option1_levels

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_solve_option1_levels

From level 0 to this level (exclude) we apply B_solve option 1.

◆ _B_solve_option1_levels_B

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_solve_option1_levels_B

From level 0 to this level (exclude) we apply B_solve option 1.

◆ _B_solve_option2

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_solve_option2

Choose the B solve option before the last level.

◆ _B_solve_option2_B

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_B_solve_option2_B

Choose the B solve option before the last level.

◆ _C_ilu_fill_level_B_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_C_ilu_fill_level_B_setup

The global level of fill for ILUK on the last level.

◆ _C_ilu_fill_level_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_C_ilu_fill_level_setup

The global level of fill for ILUK on the last level.

◆ _C_ilu_max_row_nnz_B_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_C_ilu_max_row_nnz_B_setup

The global MaxFil for ILUT on the last level.

◆ _C_ilu_max_row_nnz_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_C_ilu_max_row_nnz_setup

The global MaxFil for ILUT on the last level.

◆ _C_ilu_tol_B_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_C_ilu_tol_B_setup

The droptol for ILUT on the last level.

◆ _C_ilu_tol_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_C_ilu_tol_setup

The droptol for ILUT on the last level.

◆ _C_lr_pslr

template<typename DataType >

bool pargemslr::GemslrLevelSetupStruct< DataType >::_C_lr_pslr

Use power low-rank?

◆ _C_solve_option

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_C_solve_option

Choose the C solve option for the last level.

◆ _C_solve_option_B

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_C_solve_option_B

Choose the C solve option for the last level.

◆ _EF_ilu_tol_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_EF_ilu_tol_setup

The droptol for ILUT on the EF part.

◆ _ilu_complex_shift

template<typename DataType >

bool pargemslr::GemslrLevelSetupStruct< DataType >::_ilu_complex_shift

Should we turn on complex shift?

◆ _ilu_residual_iters

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_ilu_residual_iters

Should we apply residual iteration in the setup phase?

◆ _lr_arnoldi_factor1_B_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_arnoldi_factor1_B_setup

Set the maximum steps of the Arnoldi iteration on the top level.

◆ _lr_arnoldi_factor1_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_arnoldi_factor1_setup

Set the maximum steps of the Arnoldi iteration on the top level.

◆ _lr_arnoldi_factor2_B_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_arnoldi_factor2_B_setup

Set the maximum steps of the Arnoldi iteration on other levels.

◆ _lr_arnoldi_factor2_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_arnoldi_factor2_setup

Set the maximum steps of the Arnoldi iteration on other levels.

◆ _lr_arnoldi_factorA_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_arnoldi_factorA_setup

Set the maximum steps of the Arnoldi iteration on A.

◆ _lr_maxits1_B_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_maxits1_B_setup

Set the maximum number of restart if thick-restart Arnoldi is used on the top level.

◆ _lr_maxits1_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_maxits1_setup

Set the maximum number of restart if thick-restart Arnoldi is used on the top level.

◆ _lr_maxits2_B_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_maxits2_B_setup

Set the maximum number of restart if thick-restart Arnoldi is used on other levels.

◆ _lr_maxits2_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_maxits2_setup

Set the maximum number of restart if thick-restart Arnoldi is used on other levels.

◆ _lr_maxitsA_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_maxitsA_setup

Set the maximum number of restart if thick-restart Arnoldi is used on A.

◆ _lr_option1_B_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_option1_B_setup

Set the Arnoldi iteration option for building the low-rank correction on the top level.

◆ _lr_option1_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_option1_setup

Set the Arnoldi iteration option for building the low-rank correction on the top level.

◆ _lr_option2_B_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_option2_B_setup

Set the Arnoldi iteration option for building the low-rank correction on other levels.

◆ _lr_option2_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_option2_setup

Set the Arnoldi iteration option for building the low-rank correction on other levels.

◆ _lr_optionA_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_optionA_setup

Set the Arnoldi iteration option for building the low-rank correction on A.

◆ _lr_rand_init_B_setup

template<typename DataType >

bool pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rand_init_B_setup

Set to true to use random initial guess, otherwise use the unit vector.

◆ _lr_rand_init_setup

template<typename DataType >

bool pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rand_init_setup

Set to true to use random initial guess, otherwise use the unit vector.

◆ _lr_rank1_B_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rank1_B_setup

Set the target number of low-rank terms we keep on the top level.

◆ _lr_rank1_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rank1_setup

Set the target number of low-rank terms we keep on the top level.

◆ _lr_rank2_B_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rank2_B_setup

Set the target number of low-rank terms we keep on other levels.

◆ _lr_rank2_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rank2_setup

Set the target number of low-rank terms we keep on other levels.

◆ _lr_rank_factor1_B_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rank_factor1_B_setup

The factor for extra low-rank terms on the top level. Compute k*rank_factor eigenvalues, and pick k "best" out of them.

◆ _lr_rank_factor1_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rank_factor1_setup

The factor for extra low-rank terms on the top level. Compute k*rank_factor eigenvalues, and pick k "best" out of them.

◆ _lr_rank_factor2_B_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rank_factor2_B_setup

The factor for extra low-rank terms on other levels. Compute k*rank_factor eigenvalues, and pick k "best" out of them.

◆ _lr_rank_factor2_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rank_factor2_setup

The factor for extra low-rank terms on other levels. Compute k*rank_factor eigenvalues, and pick k "best" out of them.

◆ _lr_rank_factorA_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rank_factorA_setup

The factor for extra low-rank terms on A. Compute k*rank_factor eigenvalues, and pick k "best" out of them.

◆ _lr_rankA_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_lr_rankA_setup

Set the target number of low-rank terms we keep for the A.

◆ _lr_tol_eig1_B_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_tol_eig1_B_setup

The tolorance for eigenvalues on the top level. Eigenvalues with Schur vector smaller than it will be kept.
Set to less than TR_TOL_EIG will enable the lock convergenced Schur vector function. Convergence vectors will be locked.
If this value is larger than TR_TOL_EIG, more convergenced eigenvalues with more number of restarts is not guaranteed.

◆ _lr_tol_eig1_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_tol_eig1_setup

The tolorance for eigenvalues on the top level. Eigenvalues with Schur vector smaller than it will be kept.
More convergenced eigenvalues with more number of restarts is not guaranteed.

◆ _lr_tol_eig2_B_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_tol_eig2_B_setup

The tolorance for eigenvalues on other levels. Eigenvalues with Schur vector smaller than it will be kept.
Set to less than TR_TOL_EIG will enable the lock convergenced Schur vector function. Convergence vectors will be locked.
If this value is larger than TR_TOL_EIG, more convergenced eigenvalues with more number of restarts is not guaranteed.

◆ _lr_tol_eig2_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_tol_eig2_setup

The tolorance for eigenvalues on other levels. Eigenvalues with Schur vector smaller than it will be kept.
More convergenced eigenvalues with more number of restarts is not guaranteed.

◆ _lr_tol_eigA_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_tol_eigA_setup

The tolorance for eigenvalues on A. Eigenvalues with Schur vector smaller than it will be kept.
More convergenced eigenvalues with more number of restarts is not guaranteed.

◆ _lr_tr_factor_B_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_tr_factor_B_setup

The thick-restart factor. Portion of thick-resratr length comparing to the entire width.

◆ _lr_tr_factor_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_lr_tr_factor_setup

The thick-restart factor. Portion of thick-resratr length comparing to the entire width.

◆ _S_ilu_max_row_nnz_setup

template<typename DataType >

int pargemslr::GemslrLevelSetupStruct< DataType >::_S_ilu_max_row_nnz_setup

The global MaxFil for ILUT on the S part.

◆ _S_ilu_tol_setup

template<typename DataType >

std::conditional<PargemslrIsDoublePrecision<DataType>::value, double, float>::type pargemslr::GemslrLevelSetupStruct< DataType >::_S_ilu_tol_setup

The droptol for ILUT on the S part.

The documentation for this struct was generated from the following files:

SRC/preconditioners/gemslr.hpp
SRC/preconditioners/gemslr.cpp

Public Member Functions

Public Attributes

Detailed Description

template<typename DataType> struct pargemslr::GemslrLevelSetupStruct< DataType >

Constructor & Destructor Documentation

◆ GemslrLevelSetupStruct() [1/3]

◆ GemslrLevelSetupStruct() [2/3]

◆ GemslrLevelSetupStruct() [3/3]

Member Function Documentation

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ SetDefault()

Member Data Documentation

◆ _B_ilu_fill_level_B_setup

◆ _B_ilu_fill_level_setup

◆ _B_ilu_max_row_nnz_B_setup

◆ _B_ilu_max_row_nnz_setup

◆ _B_ilu_tol_B_setup

◆ _B_ilu_tol_setup

◆ _B_poly_order

◆ _B_poly_order_B

◆ _B_smooth_option1

◆ _B_solve_option1

◆ _B_solve_option1_B

◆ _B_solve_option1_levels

◆ _B_solve_option1_levels_B

◆ _B_solve_option2

◆ _B_solve_option2_B

◆ _C_ilu_fill_level_B_setup

◆ _C_ilu_fill_level_setup

◆ _C_ilu_max_row_nnz_B_setup

◆ _C_ilu_max_row_nnz_setup

◆ _C_ilu_tol_B_setup

◆ _C_ilu_tol_setup

◆ _C_lr_pslr

◆ _C_solve_option

◆ _C_solve_option_B

◆ _EF_ilu_tol_setup

◆ _ilu_complex_shift

◆ _ilu_residual_iters

◆ _lr_arnoldi_factor1_B_setup

◆ _lr_arnoldi_factor1_setup

◆ _lr_arnoldi_factor2_B_setup

◆ _lr_arnoldi_factor2_setup

◆ _lr_arnoldi_factorA_setup

◆ _lr_maxits1_B_setup

◆ _lr_maxits1_setup

◆ _lr_maxits2_B_setup

◆ _lr_maxits2_setup

◆ _lr_maxitsA_setup

◆ _lr_option1_B_setup

◆ _lr_option1_setup

◆ _lr_option2_B_setup

◆ _lr_option2_setup

◆ _lr_optionA_setup

◆ _lr_rand_init_B_setup

◆ _lr_rand_init_setup

◆ _lr_rank1_B_setup

◆ _lr_rank1_setup

◆ _lr_rank2_B_setup

◆ _lr_rank2_setup

◆ _lr_rank_factor1_B_setup

◆ _lr_rank_factor1_setup

◆ _lr_rank_factor2_B_setup

◆ _lr_rank_factor2_setup

◆ _lr_rank_factorA_setup

◆ _lr_rankA_setup

◆ _lr_tol_eig1_B_setup

◆ _lr_tol_eig1_setup

◆ _lr_tol_eig2_B_setup

◆ _lr_tol_eig2_setup

◆ _lr_tol_eigA_setup

◆ _lr_tr_factor_B_setup

◆ _lr_tr_factor_setup

◆ _S_ilu_max_row_nnz_setup

◆ _S_ilu_tol_setup

template<typename DataType>
struct pargemslr::GemslrLevelSetupStruct< DataType >