Inheritance diagram for BendersSequentialDouble:

Public Member Functions
	BendersSequentialDouble (BendersBaseOptions const &options, Logger &logger, Writer writer, std::shared_ptr< MathLoggerDriver > mathLoggerDriver)

void	init_data () override
	Initialize set of data used in the loop.

WorkerMasterPtr	get_master () const override

void	get_master_value () override
	Solve and get optimal variables of the Master Problem.

void	BuildCut () override
	Build subproblem cut and store it in the BendersSequential trace.

void	compute_ub () override

CurrentIterationData	get_data () const

void	write_basis () const override

void	EndWritingInOutputFile () const override

void	UpdateTrace () override
	Update trace of the Benders for the current iteration.

void	post_run_actions () const override

void	SaveCurrentBendersData () override

void	free () override
	Method to free the memory used by each problem.

SubproblemsMapPtr	problems () const

void	DeactivateIntegrityConstraints () const override

void	ActivateIntegrityConstraints () const override

void	SetDataPreRelaxation () override

void	ResetDataPostRelaxation () override

void	set_data (bool stop, int nsubproblem)

void	set_bounds (double lb, double best_ub)

void	set_bestx (Point x_out, Point x_in)

void	set_ub (double ub)

void	set_it (int it)

Public Member Functions inherited from BendersSequential
	BendersSequential (BendersBaseOptions const &options, Logger logger, Writer writer, std::shared_ptr< MathLoggerDriver > mathLoggerDriver)
	Constructor of class BendersSequential.

virtual void	launch ()

virtual void	InitializeProblems ()

std::string	BendersName () const

Public Member Functions inherited from BendersBase
	BendersBase (const BendersBaseOptions &options, Logger logger, Writer writer, std::shared_ptr< MathLoggerDriver > mathLoggerDriver)

void	set_solver_log_file (const std::filesystem::path &log_file)

std::filesystem::path	solver_log_file () const

double	execution_time () const

WorkerMasterDataVect	AllCuts () const

LogData	GetBestIterationData () const

void	set_input_map (const CouplingMap &coupling_map)
	set the input

int	MasterRowIndex (const std::string &row_name) const

void	MasterChangeRhs (int id_row, double val) const

void	MasterGetRhs (double &rhs, int id_row) const

const VariableMap &	MasterVariables () const

std::vector< double >	MasterObjectiveFunctionCoeffs () const

void	MasterRowsCoeffs (std::vector< int > &mstart, std::vector< int > &mclind, std::vector< double > &dmatval, int size, std::vector< int > &nels, int first, int last) const

int	MasterGetNElems () const

void	MasterAddRows (std::vector< char > const &qrtype_p, std::vector< double > const &rhs_p, std::vector< double > const &range_p, std::vector< int > const &mstart_p, std::vector< int > const &mclind_p, std::vector< double > const &dmatval_p, const std::vector< std::string > &row_names={}) const

void	MasterGetRowType (std::vector< char > &qrtype, int first, int last) const

void	ResetMasterFromLastIteration ()

std::filesystem::path	LastMasterPath () const
	Get path to last mps file of master problem.

bool	MasterIsEmpty () const

void	DoFreeProblems (bool free_problems)

int	MasterGetnrows () const

int	MasterGetncols () const

WorkerMasterData	BestIterationWorkerMaster () const

void	SetMasterObjectiveFunctionCoeffsToZeros () const

void	SetMasterObjectiveFunction (const double *coeffs, int first, int last) const

void	SetMaxIteration (int max_iteration)

BendersBaseOptions	Options () const

int	GetBendersRunNumber () const

CurrentIterationData	GetCurrentIterationData () const

CriteriaCurrentIterationData	GetOuterLoopData () const

std::vector< double >	GetOuterLoopCriterionAtBestBenders () const

void	init_data (double external_loop_lambda, double external_loop_lambda_min, double external_loop_lambda_max)

Output::SolutionData	GetOuterLoopSolution () const

void	SaveOuterLoopSolutionInOutputFile () const

void	SaveCurrentOuterLoopIterationInOutputFile () const

void	SetBilevelBestub (double bilevel_best_ub)

void	UpdateOuterLoopSolution ()

bool	isExceptionRaised () const

void	UpdateOverallCosts ()

void	setCriterionComputationInputs (const Benders::Criterion::CriterionInputData &criterion_input_data)

Public Attributes
bool	parametrized_stop = false

int	parametrized_it = 0

int	parametrized_nsubproblem = 0

double	parametrized_lb = -1e20

double	parametrized_ub = +1e20

double	parametrized_best_ub = +1e20

bool	_deactivateIntConstraintCall = false

bool	_reactivateIntConstraintCall = false

bool	_setDataPreRelaxationCall = false

bool	_setDataPostRelaxationCall = false

Public Attributes inherited from BendersBase
Logger	_logger

Writer	_writer

std::shared_ptr< MathLoggerDriver >	mathLoggerDriver_

Additional Inherited Members
Protected Member Functions inherited from BendersSequential
virtual void	Run ()
	Run BendersSequential algorithm.

bool	shouldParallelize () const final

Protected Member Functions inherited from BendersBase
void	update_best_ub ()
	Update best upper bound and best optimal variables.

bool	ShouldBendersStop ()

bool	is_initial_relaxation_requested () const

bool	SwitchToIntegerMaster (bool is_relaxed) const

virtual void	ComputeXCut ()

void	ComputeInvestCost ()

void	GetSubproblemCut (SubProblemDataMap &subproblem_data_map)
	Solve and store optimal variables of all Subproblem Problems.

void	BuildCutFull (const SubProblemDataMap &subproblem_data_map)
	Add cuts in master problem.

std::filesystem::path	GetSubproblemPath (std::string const &subproblem_name) const
	Get path to subproblem mps file from options.

double	SubproblemWeight (int subproblem_count, std::string const &name) const
	Return subproblem weight value.

std::filesystem::path	get_master_path () const
	Get path to master problem mps file from options.

std::filesystem::path	get_structure_path () const
	Get path to structure txt file from options.

LogData	bendersDataToLogData (const CurrentIterationData &data) const

template<typename T , typename... Args>
void	reset_master (Args &&...args)

void	free_master ()

void	free_subproblems ()

void	AddSubproblem (const std::pair< std::string, VariableMap > &kvp)

void	MatchProblemToId ()

void	AddSubproblemName (const std::string &name)

std::string	get_master_name () const

std::string	get_solver_name () const

int	get_log_level () const

bool	is_trace () const

Point	get_x_cut () const

void	set_x_cut (const Point &x0)

Point	get_x_out () const

void	set_x_out (const Point &x0)

double	get_timer_master () const

void	set_timer_master (const double &timer_master)

double	GetSubproblemsWalltime () const

void	SetSubproblemsWalltime (const double &duration)

double	GetSubproblemsCpuTime () const

void	SetSubproblemsCpuTime (const double &duration)

double	GetSubproblemsCumulativeCpuTime () const

void	SetSubproblemsCumulativeCpuTime (const double &duration)

double	GetSubproblemCost () const

void	SetSubproblemCost (const double &subproblem_cost)

bool	IsResumeMode () const

std::filesystem::path	LastIterationFile () const

void	UpdateMaxNumberIterationResumeMode (const unsigned nb_iteration_done)

void	SaveCurrentIterationInOutputFile () const

void	SaveSolutionInOutputFile () const

void	PrintCurrentIterationCsv ()

void	OpenCsvFile ()

void	CloseCsvFile ()

void	ChecksResumeMode ()

void	ClearCurrentIterationCutTrace ()

int	GetNumIterationsBeforeRestart () const

double	GetBendersTime () const

SubproblemsMapPtr	GetSubProblemMap () const

StrVector	GetSubProblemNames () const

double	AbsoluteGap () const

double	RelativeGap () const

double	RelaxedGap () const

DblVector	GetAlpha_i () const

void	SetAlpha_i (const DblVector &single_subpb_costs_under_approx)

int	ProblemToId (const std::string &problem_name) const

virtual void	UpdateStoppingCriterion ()
	Update stopping criterion.

virtual bool	ShouldRelaxationStop () const
	Check if initial relaxation should stop.

int	GetNumOfSubProblemsSolvedBeforeResume ()

void	BoundSimplexIterations (int subproblem_iteration)
	Update maximum and minimum of simplex iterations.

void	ResetSimplexIterationsBounds ()

virtual void	SolveSubproblem (SubProblemDataMap &subproblem_data_map, PlainData::SubProblemData &subproblem_data, const std::string &name, const std::shared_ptr< SubproblemWorker > &worker)

void	SetSubproblemsVariablesIndices ()

Protected Attributes inherited from BendersBase
bool	exception_raised_ = false

CurrentIterationData	_data

WorkerMasterDataVect	workerMasterDataVect_

VariableMap	master_variable_map_

CouplingMap	coupling_map_

BendersRelevantIterationsData	relevantIterationData_

bool	init_data_ = true

bool	init_problems_ = true

bool	free_problems_ = true

std::vector< std::vector< double > >	criteria_vector_for_each_iteration_

bool	is_bilevel_check_all_ = false

SubproblemsMapPtr	subproblem_map

SolverLogManager	solver_log_manager_

Benders::Criterion::CriterionComputation	criterion_computation_

Member Function Documentation

◆ ActivateIntegrityConstraints()

void BendersSequentialDouble::ActivateIntegrityConstraints ( ) const

inlineoverridevirtual

Reimplemented from BendersBase.

◆ BuildCut()

void BendersSequentialDouble::BuildCut ( )

inlineoverridevirtual

Build subproblem cut and store it in the BendersSequential trace.

Method to build subproblem cuts, store them in the BendersSequential trace and add them to the Master problem

Reimplemented from BendersSequential.

◆ compute_ub()

void BendersSequentialDouble::compute_ub ( )

inlineoverridevirtual

Reimplemented from BendersBase.

◆ DeactivateIntegrityConstraints()

void BendersSequentialDouble::DeactivateIntegrityConstraints ( ) const

inlineoverridevirtual

Reimplemented from BendersBase.

◆ EndWritingInOutputFile()

void BendersSequentialDouble::EndWritingInOutputFile ( ) const

inlineoverridevirtual

Reimplemented from BendersBase.

◆ free()

void BendersSequentialDouble::free ( )

inlineoverridevirtual

Method to free the memory used by each problem.

Reimplemented from BendersSequential.

◆ get_master()

WorkerMasterPtr BendersSequentialDouble::get_master ( ) const

inlinenodiscardoverridevirtual

Reimplemented from BendersBase.

◆ get_master_value()

void BendersSequentialDouble::get_master_value ( )

inlineoverridevirtual

Solve and get optimal variables of the Master Problem.

Method to solve and get optimal variables of the Master Problem and update upper and lower bound

Reimplemented from BendersBase.

◆ init_data()

void BendersSequentialDouble::init_data ( )

inlineoverridevirtual

Initialize set of data used in the loop.

Reimplemented from BendersBase.

◆ post_run_actions()

void BendersSequentialDouble::post_run_actions ( ) const

inlineoverridevirtual

Reimplemented from BendersBase.

◆ ResetDataPostRelaxation()

void BendersSequentialDouble::ResetDataPostRelaxation ( )

inlineoverridevirtual

Reimplemented from BendersBase.

◆ SaveCurrentBendersData()

void BendersSequentialDouble::SaveCurrentBendersData ( )

inlineoverridevirtual

Reimplemented from BendersBase.

◆ SetDataPreRelaxation()

void BendersSequentialDouble::SetDataPreRelaxation ( )

inlineoverridevirtual

Reimplemented from BendersBase.

◆ UpdateTrace()

void BendersSequentialDouble::UpdateTrace ( )

inlineoverridevirtual

Update trace of the Benders for the current iteration.

Fonction to store the current Benders data in the trace

Reimplemented from BendersBase.

◆ write_basis()

void BendersSequentialDouble::write_basis ( ) const

inlineoverridevirtual

Reimplemented from BendersBase.

The documentation for this class was generated from the following file:

tests/cpp/benders/benders_sequential_test.cpp

Public Member Functions

Public Attributes

Additional Inherited Members

Member Function Documentation

◆ ActivateIntegrityConstraints()

◆ BuildCut()

◆ compute_ub()

◆ DeactivateIntegrityConstraints()

◆ EndWritingInOutputFile()

◆ free()

◆ get_master()

◆ get_master_value()

◆ init_data()

◆ post_run_actions()

◆ ResetDataPostRelaxation()

◆ SaveCurrentBendersData()

◆ SetDataPreRelaxation()

◆ UpdateTrace()

◆ write_basis()