BCESolverWorker Class Reference

Class for solving games created in the game tab. More...

#include <bcesolverworker.hpp>

Inheritance diagram for BCESolverWorker:

Collaboration diagram for BCESolverWorker:

Public Slots
void	startSolve ()
	Triggered when the user clicks the "Solve" button in the game tab. More...

Signals
void	workFinished ()
	Signals that the solve routine has ended.
void	sendSolution (BCESolution *soln, bool isBoundaryMapped)
	Signals a pointer to the solution found by the solver.
void	exceptionSignal (QString message)
	Signals an exception thrown during the solve routine.

Public Member Functions
	BCESolverWorker (BCEGame _game, vector< double > _weightData, vector< vector< double > > _mapBoundaryData, BCEGurobiCallback *_callback, bool _mapBoundaryOption, double _minAngleIncrement)
	Constructor.
const BCESolution &	getSolution () const
	Returns a reference to the solution object.

Private Attributes
BCEGame	game
	Game.
BCESolution	solution
	Solution, either default or the custom game (see class description).
vector< double >	weightData
	Weights on the objectives, as supplied by the user in the game tab.
vector< vector< double > >	mapBoundaryData
	Weights on map boundary objectives, supplied in the game tab.
BCEGurobiCallback *	callback
	Callback, allows communication with Gurobi solver.
bool	mapBoundaryOption
	True if the solver will be mapping the boundary.
double	minAngleIncrement
	Minimum angle increment, used for mapping the boundary.

Detailed Description

Class for solving games created in the game tab.

Contains a game and a solution object. When the solverWorker is created, a BCEGame is supplied in its constructor. The solverWorker solves the game, and the private member "solution" is set to the solution of the solved game. A signal sends a pointer to the solution to the BCEWindow object, which sends the solution to BCEPlotHandler for plotting. BCEWindow also automatically switches the tab currently displayed to the solution window after the solution has been plotted.

Member Function Documentation

startSolve

void BCESolverWorker::startSolve ( )

inlineslot

Triggered when the user clicks the "Solve" button in the game tab.

Uses GUROBI and BCESolver to solve a BCEGame. Objectives are multiplied by their respective weights, and then the sum of these objectives is maximized.

If weights are negative, then the solver is maxing the negative of an objective, i.e. minimizing.

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

• viewer/hpp/bcesolverworker.hpp