SolverModellerIF Class Reference

Class used to interface with deterministic optimization solvers. More...

#include <SolverModeller.hpp>

Collaboration diagram for SolverModellerIF:

Public Member Functions
	SolverModellerIF (const SolverParams &pSParams)
	Constructor of the SolverModellerIF class. More...
virtual	~SolverModellerIF ()
	Destructor of the SolverModellerIF class. More...
virtual void	solve (ROCPPOptModelIF_Ptr pModelIn, bool writeSlnToFile=false, string fileName="", bool writeSlnToConsole=true, const map< string, double > &WSvars=(map< string, double >()), const map< string, int > &priorities=(map< string, int >()), bool deleteModel=false)=0
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
map< string, double >	getSolution () const
double	getSolution (string dvName) const
uint	getOptStatus () const
virtual double	getOptValue () const =0
virtual double	getMIPGap () const =0
double	getSolvingTime () const
bool	isApplicable (ROCPPOptModelIF_Ptr pModelIn) const

Protected Member Functions
int	getThreadsToRun () const

Protected Attributes
bool	m_problemSolved
SolverParams	m_pSParams
map< string, double >	m_solution
resultParams	m_results

Detailed Description

Class used to interface with deterministic optimization solvers.

Constructor & Destructor Documentation

SolverModellerIF()

SolverModellerIF::SolverModellerIF ( const SolverParams &  pSParams )

inline

Constructor of the SolverModellerIF class.

~SolverModellerIF()

virtual SolverModellerIF::~SolverModellerIF ( )

inlinevirtual

Destructor of the SolverModellerIF class.

Member Function Documentation

getEpAGapLimit()

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

inline

getEpGapLimit()

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

inline

getEpIntLimit()

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

inline

getEpOptLimit()

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

inline

getEpRHSLimit()

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

inline

getMIPGap()

virtual double SolverModellerIF::getMIPGap ( ) const

pure virtual

getOptStatus()

uint SolverModellerIF::getOptStatus

(

)

const

getOptValue()

virtual double SolverModellerIF::getOptValue ( ) const

pure virtual

getSolution() [1/2]

map<string, double> SolverModellerIF::getSolution ( ) const

inline

getSolution() [2/2]

double SolverModellerIF::getSolution

(

string

dvName

)

const

getSolvingTime()

double SolverModellerIF::getSolvingTime

(

)

const

getSOSeps()

double SolverModellerIF::getSOSeps ( ) const

inline

getThreadsToRun()

int SolverModellerIF::getThreadsToRun ( ) const

protected

getTimeLimit()

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

inline

isApplicable()

bool SolverModellerIF::isApplicable

(

ROCPPOptModelIF_Ptr

pModelIn

)

const

solve()

virtual void SolverModellerIF::solve ( ROCPPOptModelIF_Ptr  pModelIn, bool  writeSlnToFile = false, string  fileName = "", bool  writeSlnToConsole = true, const map< string, double > &  WSvars = (map< string, double >()), const map< string, int > &  priorities = (map< string, int >()), bool  deleteModel = false  )

pure virtual

Member Data Documentation

m_problemSolved

bool SolverModellerIF::m_problemSolved

protected

m_pSParams

SolverParams SolverModellerIF::m_pSParams

protected

m_results

resultParams SolverModellerIF::m_results

protected

m_solution

map<string, double> SolverModellerIF::m_solution

protected