SolverParams Class Reference

Class to store the solver parameters. More...

#include <SolverModeller.hpp>

Public Member Functions
	SolverParams (bool useLazyNACs=false, bool verbose=true, pair< bool, double > epIntLimit=make_pair(false, 0.), pair< bool, double > timeLimit=make_pair(false, 0.), pair< bool, double > epGapLimit=make_pair(false, 1.e-4), pair< bool, double > epAGapLimit=make_pair(false, 1.e-10), pair< bool, double > epOptLimit=make_pair(false, 1.e-6), pair< bool, double > epRHSLimit=make_pair(false, 1.e-9), double SOSeps=1.e-20)
	Constructor of the SolverParams class. More...
	~SolverParams ()
void	setTimeLimit (pair< bool, double > timeLimit)
void	setEpGapLimit (pair< bool, double > epGapLimit)
void	setEpIntLimit (pair< bool, double > epIntLimit)
void	printMainSolverParamsToScreen () const
string	getColumnTitlesOfOutputDataFile () const
string	getParams (string delimitter) const
pair< bool, double >	getTimeLimit () const
pair< bool, double >	getEpGapLimit () const
pair< bool, double >	getEpAGapLimit () const
pair< bool, double >	getEpOptLimit () const
pair< bool, double >	getEpRHSLimit () const
pair< bool, double >	getEpIntLimit () const
double	getSOSeps () const
bool	getVerbose () const
bool	useLazyNACs () const

Private Attributes
bool	m_useLazyNACs
pair< bool, double >	m_timeLimit
pair< bool, double >	m_epGapLimit
pair< bool, double >	m_epAGapLimit
pair< bool, double >	m_epOptLimit
pair< bool, double >	m_epRHSLimit
pair< bool, double >	m_epIntLimit
double	m_SOSeps
bool	m_verbose

Detailed Description

Class to store the solver parameters.

Constructor & Destructor Documentation

SolverParams()

SolverParams::SolverParams ( bool  useLazyNACs = false, bool  verbose = true, pair< bool, double >  epIntLimit = make_pair(false,0.), pair< bool, double >  timeLimit = make_pair(false,0.), pair< bool, double >  epGapLimit = make_pair(false,1.e-4), pair< bool, double >  epAGapLimit = make_pair(false,1.e-10), pair< bool, double >  epOptLimit = make_pair(false,1.e-6), pair< bool, double >  epRHSLimit = make_pair(false,1.e-9), double  SOSeps = 1.e-20  )

inline

Constructor of the SolverParams class.

Parameters

useLazyNACs	indicates if the decision-dependent non-anticipativity constraints will be added as lazy constraints
verbose	indicates if the detail of the solver iterations will be displayed
epIntLimit	first parameter indicates if an integer feasibility tolerance is set, second parameter indicates the value of the limit
timeLimit	first parameter indicates if a time limit is set, second parameter indicates the value of the limit
epGapLimit	first parameter indicates if an MIP gap is set, second parameter indicates the value of the gap
epAGapLimit	first parameter indicates if an MIP absolute gap is set, second parameter indicates the value of the gap
epOptLimit	first parameter indicates if an optimality tolerance is set, second parameter indicates the value of the tolerance
epRHSLimit	first parameter indicates if a feasibility tolerance is set, second parameter indicates the value of the tolerance

~SolverParams()

SolverParams::~SolverParams ( )

inline

Member Function Documentation

getColumnTitlesOfOutputDataFile()

string SolverParams::getColumnTitlesOfOutputDataFile

(

)

const

getEpAGapLimit()

pair<bool,double> SolverParams::getEpAGapLimit ( ) const

inline

getEpGapLimit()

pair<bool,double> SolverParams::getEpGapLimit ( ) const

inline

getEpIntLimit()

pair<bool,double> SolverParams::getEpIntLimit ( ) const

inline

getEpOptLimit()

pair<bool,double> SolverParams::getEpOptLimit ( ) const

inline

getEpRHSLimit()

pair<bool,double> SolverParams::getEpRHSLimit ( ) const

inline

getParams()

string SolverParams::getParams

(

string

delimitter

)

const

getSOSeps()

double SolverParams::getSOSeps ( ) const

inline

getTimeLimit()

pair<bool,double> SolverParams::getTimeLimit ( ) const

inline

getVerbose()

bool SolverParams::getVerbose ( ) const

inline

printMainSolverParamsToScreen()

void SolverParams::printMainSolverParamsToScreen

(

)

const

setEpGapLimit()

void SolverParams::setEpGapLimit ( pair< bool, double >  epGapLimit )

inline

setEpIntLimit()

void SolverParams::setEpIntLimit ( pair< bool, double >  epIntLimit )

inline

setTimeLimit()

void SolverParams::setTimeLimit ( pair< bool, double >  timeLimit )

inline

useLazyNACs()

bool SolverParams::useLazyNACs ( ) const

inline

Member Data Documentation

m_epAGapLimit

pair<bool,double> SolverParams::m_epAGapLimit

private

m_epGapLimit

pair<bool,double> SolverParams::m_epGapLimit

private

m_epIntLimit

pair<bool,double> SolverParams::m_epIntLimit

private

m_epOptLimit

pair<bool,double> SolverParams::m_epOptLimit

private

m_epRHSLimit

pair<bool,double> SolverParams::m_epRHSLimit

private

m_SOSeps

double SolverParams::m_SOSeps

private

m_timeLimit

pair<bool,double> SolverParams::m_timeLimit

private

m_useLazyNACs

bool SolverParams::m_useLazyNACs

private

m_verbose

bool SolverParams::m_verbose

private