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Specifier Struct Reference

#include <methods.h>

Inheritance diagram for Specifier:

List of all members.

Public Types
enum	SingularState { SINGULARITY_UNKNOWN, SINGULAR, NONSINGULAR }
enum	Preconditioner {   NO_PRECONDITIONER, BUTTERFLY, SPARSE, TOEPLITZ,   SYMMETRIZE, PARTIAL_DIAGONAL, PARTIAL_DIAGONAL_SYMMETRIZE, FULL_DIAGONAL,   DENSE }
enum	{ RANK_UNKNOWN = 0 }
enum	{ SYMMETRIC = true, NON_SYMMETRIC = false }
enum	{ CERTIFY = true, DONT_CERTIFY = false }
enum	PivotStrategy { PIVOT_LINEAR, PIVOT_NONE }
Public Methods
	Specifier ()
	Specifier (const Specifier &s)
Preconditioner	preconditioner () const
size_t	rank () const
SingularState	singular () const
bool	symmetric () const
bool	certificate () const
int	maxTries () const
unsigned long	earlyTermThreshold () const
unsigned long	blockingFactor () const
PivotStrategy	strategy () const
double	trustability () const
void	preconditioner (Preconditioner p)
void	rank (size_t r)
void	singular (SingularState s)
void	symmetric (bool s)
void	certificate (bool s)
void	maxTries (int n)
void	blockingFactor (unsigned long b)
void	strategy (PivotStrategy strategy)
void	trustability (double p)
Protected Attributes
Preconditioner	_preconditioner
size_t	_rank
SingularState	_singular
bool	_symmetric
bool	_certificate
unsigned long	_maxTries
unsigned long	_ett
unsigned long	_blockingFactor
PivotStrategy	_strategy
double	_provensuccessprobability

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Member Enumeration Documentation

anonymous enum

Whether the rank of the system is known (otherwise its value) Enumeration values: RANK_UNKNOWN

anonymous enum

Whether the system is known to be symmetric Enumeration values: SYMMETRIC  NON_SYMMETRIC

anonymous enum

Whether the probabilistic computation has to be certified Las-Vegas Enumeration values: CERTIFY  DONT_CERTIFY

enum PivotStrategy

Enumeration values: PIVOT_LINEAR  PIVOT_NONE

enum Preconditioner

Which preconditioner to use to ensure generic rank profile NO_PRECONDITIONER - Do not use any preconditioner BUTTERFLY - Use a butterfly network, see @ref{Butterfly} SPARSE - Use a sparse preconditioner, c.f. (Mulders 2000) TOEPLITZ - Use a Toeplitz preconditioner, c.f. (Kaltofen and Saunders 1991) SYMMETRIZE - Use A^T A (Lanczos only) PARTIAL_DIAGONAL - Use AD, where D is a random nonsingular diagonal matrix (Lanczos only) PARTIAL_DIAGONAL_SYMMETRIZE - Use A^T D A, where D is a random nonsingular diagonal matrix (Lanczos only) FULL_DIAGONAL - Use D_1 A^T D_2 A D_1, where D_1 and D_2 are random nonsingular diagonal matrices (Lanczos only) DENSE (Dixon use) Enumeration values: NO_PRECONDITIONER  BUTTERFLY  SPARSE  TOEPLITZ  SYMMETRIZE  PARTIAL_DIAGONAL  PARTIAL_DIAGONAL_SYMMETRIZE  FULL_DIAGONAL  DENSE

enum SingularState

Whether the system is known to be singular or nonsingular Enumeration values: SINGULARITY_UNKNOWN  SINGULAR  NONSINGULAR

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Constructor & Destructor Documentation

Specifier (    )  [inline]

Specifier (  const Specifier &    s )  [inline]

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Member Function Documentation

void blockingFactor (  unsigned long    b )  [inline]

unsigned long blockingFactor (    )  const [inline]

void certificate (  bool    s )  [inline]

bool certificate (    )  const [inline]

unsigned long earlyTermThreshold (    )  const [inline]

void maxTries (  int    n )  [inline]

int maxTries (    )  const [inline]

void preconditioner (  Preconditioner    p )  [inline]

Manipulators These functions allow on-the-fly modification of a SolverTraits structure. Note that it is guaranteed that your SolverTraits structure will not be modified during @ref{solve}.

Preconditioner preconditioner (    )  const [inline]

Accessors These functions just return the corresponding parameters from the structure

void rank (  size_t    r )  [inline]

size_t rank (    )  const [inline]

void singular (  SingularState    s )  [inline]

SingularState singular (    )  const [inline]

void strategy (  PivotStrategy    strategy )  [inline]

PivotStrategy strategy (    )  const [inline]

void symmetric (  bool    s )  [inline]

bool symmetric (    )  const [inline]

void trustability (  double    p )  [inline]

double trustability (    )  const [inline]

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Member Data Documentation

unsigned long _blockingFactor [protected]

bool _certificate [protected]

unsigned long _ett [protected]

unsigned long _maxTries [protected]

Preconditioner _preconditioner [protected]

double _provensuccessprobability [protected]

size_t _rank [protected]

SingularState _singular [protected]

PivotStrategy _strategy [protected]

bool _symmetric [protected]

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