Class for storing a primal-dual solution with basis information. More...

#include <solbase.h>

Public Member Functions
	SolBase (VectorBase< R > &primal, VectorBase< R > &dual, VectorBase< R > &reducedCosts)
bool	isPrimalFeasible () const
	is the stored solution primal feasible?
bool	getPrimalSol (VectorBase< R > &vector) const
	gets the primal solution vector; returns true on success
bool	getSlacks (VectorBase< R > &vector) const
	gets the vector of slack values; returns true on success
bool	hasPrimalRay () const
	is a primal unbounded ray available?
bool	getPrimalRaySol (VectorBase< R > &vector) const
	gets the primal unbounded ray if available; returns true on success
bool	isDualFeasible () const
	is a dual solution available?
bool	getDualSol (VectorBase< R > &vector) const
	gets the dual solution vector; returns true on success
bool	getRedCostSol (VectorBase< R > &vector) const
	gets the vector of reduced cost values if available; returns true on success
bool	hasDualFarkas () const
	is a dual farkas ray available?
bool	getDualFarkasSol (VectorBase< R > &vector) const
	gets the Farkas proof if available; returns true on success
int	totalSizePrimal (const int base=2) const
	returns total size of primal solution
int	totalSizeDual (const int base=2) const
	returns total size of dual solution
int	dlcmSizePrimal (const int base=2) const
	returns size of least common multiple of denominators in primal solution
int	dlcmSizeDual (const int base=2) const
	returns size of least common multiple of denominators in dual solution
int	dmaxSizePrimal (const int base=2) const
	returns size of largest denominator in primal solution
int	dmaxSizeDual (const int base=2) const
	returns size of largest denominator in dual solution
void	invalidate ()
	invalidate solution

Private Member Functions
	SolBase ()
	default constructor only for friends
SolBase< R > &	operator= (const SolBase< R > &sol)
	assignment operator only for friends
template<class S>
SolBase< R > &	operator= (const SolBase< S > &sol)
	assignment operator only for friends

Private Attributes
VectorBase< R >	_primal
VectorBase< R >	_slacks
VectorBase< R >	_primalRay
VectorBase< R >	_dual
VectorBase< R >	_redCost
VectorBase< R >	_dualFarkas
R	_objVal
unsigned int	_isPrimalFeasible: 1
unsigned int	_hasPrimalRay: 1
unsigned int	_isDualFeasible: 1
unsigned int	_hasDualFarkas: 1

Friends
template<class T>
class	SoPlexBase
template<class S>
class	SolBase

Detailed Description

template<class R>
class soplex::SolBase< R >

Class for storing a primal-dual solution with basis information.

Definition at line 52 of file solbase.h.

Constructor & Destructor Documentation

◆ SolBase() [1/2]

template<class R>

SolBase	(	VectorBase< R > &	primal,
		VectorBase< R > &	dual,
		VectorBase< R > &	reducedCosts )

Definition at line 63 of file solbase.h.

◆ SolBase() [2/2]

template<class R>

SolBase ( )

private

default constructor only for friends

Definition at line 252 of file solbase.h.

Member Function Documentation

◆ dlcmSizeDual()

template<class R>

int dlcmSizeDual ( const int base = 2 ) const

returns size of least common multiple of denominators in dual solution

Definition at line 186 of file solbase.h.

◆ dlcmSizePrimal()

template<class R>

int dlcmSizePrimal ( const int base = 2 ) const

returns size of least common multiple of denominators in primal solution

Definition at line 172 of file solbase.h.

◆ dmaxSizeDual()

template<class R>

int dmaxSizeDual ( const int base = 2 ) const

returns size of largest denominator in dual solution

Definition at line 214 of file solbase.h.

◆ dmaxSizePrimal()

template<class R>

int dmaxSizePrimal ( const int base = 2 ) const

returns size of largest denominator in primal solution

Definition at line 200 of file solbase.h.

◆ getDualFarkasSol()

template<class R>

bool getDualFarkasSol ( VectorBase< R > & vector ) const

gets the Farkas proof if available; returns true on success

Definition at line 135 of file solbase.h.

◆ getDualSol()

template<class R>

bool getDualSol ( VectorBase< R > & vector ) const

gets the dual solution vector; returns true on success

Definition at line 113 of file solbase.h.

◆ getPrimalRaySol()

template<class R>

bool getPrimalRaySol ( VectorBase< R > & vector ) const

gets the primal unbounded ray if available; returns true on success

Definition at line 98 of file solbase.h.

◆ getPrimalSol()

template<class R>

bool getPrimalSol ( VectorBase< R > & vector ) const

gets the primal solution vector; returns true on success

Definition at line 76 of file solbase.h.

◆ getRedCostSol()

template<class R>

bool getRedCostSol ( VectorBase< R > & vector ) const

gets the vector of reduced cost values if available; returns true on success

Definition at line 121 of file solbase.h.

◆ getSlacks()

template<class R>

bool getSlacks ( VectorBase< R > & vector ) const

gets the vector of slack values; returns true on success

Definition at line 84 of file solbase.h.

◆ hasDualFarkas()

template<class R>

bool hasDualFarkas ( ) const

is a dual farkas ray available?

Definition at line 129 of file solbase.h.

◆ hasPrimalRay()

template<class R>

bool hasPrimalRay ( ) const

is a primal unbounded ray available?

Definition at line 92 of file solbase.h.

◆ invalidate()

template<class R>

void invalidate ( )

invalidate solution

Definition at line 228 of file solbase.h.

Referenced by SolBase< Real >::SolBase().

◆ isDualFeasible()

template<class R>

bool isDualFeasible ( ) const

is a dual solution available?

Definition at line 107 of file solbase.h.

◆ isPrimalFeasible()

template<class R>

bool isPrimalFeasible ( ) const

is the stored solution primal feasible?

Definition at line 70 of file solbase.h.

◆ operator=() [1/2]

template<class R>

SolBase< R > & operator= ( const SolBase< R > & sol )

private

assignment operator only for friends

Definition at line 259 of file solbase.h.

◆ operator=() [2/2]

template<class R>

template<class S>

SolBase< R > & operator= ( const SolBase< S > & sol )

private

assignment operator only for friends

Definition at line 289 of file solbase.h.

◆ totalSizeDual()

template<class R>

int totalSizeDual ( const int base = 2 ) const

returns total size of dual solution

Definition at line 158 of file solbase.h.

◆ totalSizePrimal()

template<class R>

int totalSizePrimal ( const int base = 2 ) const

returns total size of primal solution

Definition at line 144 of file solbase.h.

◆ SolBase

template<class R>

template<class S>

friend class SolBase

friend

Definition at line 58 of file solbase.h.

◆ SoPlexBase

template<class R>

template<class T>

friend class SoPlexBase

friend

Definition at line 54 of file solbase.h.

Member Data Documentation

◆ _dual

template<class R>

VectorBase<R> _dual

private

Definition at line 240 of file solbase.h.

Referenced by SolBase< Real >::operator=(), and SolBase< Real >::operator=().

◆ _dualFarkas

template<class R>

VectorBase<R> _dualFarkas

private

Definition at line 242 of file solbase.h.

Referenced by SolBase< Real >::operator=(), and SolBase< Real >::operator=().

◆ _hasDualFarkas

template<class R>

unsigned int _hasDualFarkas

private

Definition at line 249 of file solbase.h.

Referenced by SolBase< Real >::operator=(), and SolBase< Real >::operator=().

◆ _hasPrimalRay

template<class R>

unsigned int _hasPrimalRay

private

Definition at line 247 of file solbase.h.

Referenced by SolBase< Real >::operator=(), and SolBase< Real >::operator=().

◆ _isDualFeasible

template<class R>

unsigned int _isDualFeasible

private

Definition at line 248 of file solbase.h.

Referenced by SolBase< Real >::operator=(), and SolBase< Real >::operator=().

◆ _isPrimalFeasible

template<class R>

unsigned int _isPrimalFeasible

private

Definition at line 246 of file solbase.h.

Referenced by SolBase< Real >::operator=(), and SolBase< Real >::operator=().

◆ _objVal

template<class R>

R _objVal

private

Definition at line 244 of file solbase.h.

Referenced by SolBase< Real >::operator=(), and SolBase< Real >::operator=().

◆ _primal

template<class R>

VectorBase<R> _primal

private

Definition at line 237 of file solbase.h.

Referenced by SolBase< Real >::operator=(), and SolBase< Real >::operator=().

◆ _primalRay

template<class R>

VectorBase<R> _primalRay

private

Definition at line 239 of file solbase.h.

Referenced by SolBase< Real >::operator=(), and SolBase< Real >::operator=().

◆ _redCost

template<class R>

VectorBase<R> _redCost

private

Definition at line 241 of file solbase.h.

Referenced by SolBase< Real >::operator=(), and SolBase< Real >::operator=().

◆ _slacks

template<class R>

VectorBase<R> _slacks

private

Definition at line 238 of file solbase.h.

Referenced by SolBase< Real >::operator=(), and SolBase< Real >::operator=().

Public Member Functions

Private Member Functions

Private Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

◆ SolBase() [1/2]

◆ SolBase() [2/2]

Member Function Documentation

◆ dlcmSizeDual()

◆ dlcmSizePrimal()

◆ dmaxSizeDual()

◆ dmaxSizePrimal()

◆ getDualFarkasSol()

◆ getDualSol()

◆ getPrimalRaySol()

◆ getPrimalSol()

◆ getRedCostSol()

◆ getSlacks()

◆ hasDualFarkas()

◆ hasPrimalRay()

◆ invalidate()

◆ isDualFeasible()

◆ isPrimalFeasible()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ totalSizeDual()

◆ totalSizePrimal()

Friends And Related Symbol Documentation

◆ SolBase

◆ SoPlexBase

Member Data Documentation

◆ _dual

◆ _dualFarkas

◆ _hasDualFarkas

◆ _hasPrimalRay

◆ _isDualFeasible

◆ _isPrimalFeasible

◆ _objVal

◆ _primal

◆ _primalRay

◆ _redCost

◆ _slacks