Class that implements the JYC algorithm using Gurobi. More...

Collaboration diagram for SGSolver_JYC:

Public Member Functions
	SGSolver_JYC (const SGGame &_game, int _numDirections)
	Constructor.

const SGGame &	getGame () const
	Returns the current game.

GRBEnv &	getEnv ()
	Returns the environment.

const vector< vector< double > > &	getLevels () const
	Returns payoff levels.

const vector< SGPoint > &	getDirections () const
	Return directions.

int	getNumDirections () const
	Return numDirections.

void	solve ()
	Solve routine.

void	initialize ()
	Initializes the solver.

double	iterate ()
	Runs one iteration.

Private Attributes
const SGGame &	game
	Const reference to the game being solved.

GRBEnv	env
	The Gurobi environment.

GRBModel	model
	The Gurobi model.

vector< vector< double > >	levels
	Payoff levels.

vector< SGPoint >	directions
	List of gradients in which to bound the correspondence.

int	numDirections
	Number of gradients.

Detailed Description

Class that implements the JYC algorithm using Gurobi.

This class implements the generalization of the algorithm of Judd, Yeltekin, and Conklin (2002) for solving stochastic games.

This file has no associated cpp file, so that libsg does not have to link to Gurobi.

Currently works on two and three player games.

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

Public Member Functions