Collaboration diagram for solver::NcvxBnBSolver:

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Public Member Functions
ExitCode	optimize ()

void	initialize (ConicProblem &conic_problem)

OptimizationVector &	optimalVector ()

Private Member Functions
ExitCode	exitcode ()
	Generate an exit condition for the problem, either full or reduced precision.

void	loadSolution ()
	Loads back the solution of the node with best statistics.

void	storeSolution ()
	Stores the solution of the node with best statistics so far.

void	initializeRootNode ()
	Initialize the root node of BnB solver.

int	selectNodeToExplore ()
	Function to select the node to be explored.

double	getProblemLowerBound ()
	This function computes the lower bound out of the nodes explored so far.

int	optimilityCheck (int node_id)
	Convergence check in BnB routine search.

void	createBranches (int node_id)
	Function to create branches for the new variable to explore.

void	updateNodeBounds (int node_id)

void	selectPartitionVariable (int &partition_id, double &partition_val)
	Function to select the variable to explore to refine the space search.

void	updateProblemData (const Eigen::Ref< const Eigen::VectorXi > &bool_node_id)
	function to update problem data from node to explore

ConicProblem &	getProblem ()

OptimizationInfo &	getInfo ()

Member Function Documentation

ExitCode solver::NcvxBnBSolver::optimize ( )

Create branches for the problem

Updating problem bounds

Decision on exploration node

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

Public Member Functions