Uses of Class
simuLCS.Arena

Packages that use Arena

simuLCS
simuLCS.graphics

Uses of Arena in simuLCS

Fields in simuLCS declared as Arena

protected Arena	Agent.arena Link to the Arena where the agent is placed.
protected Arena	Food.arena Link to the Arena where the agent is placed.
protected Arena	Simulation.arena

Methods in simuLCS that return Arena

Arena

Agent.getArena() Returns a pointer to the Arena where the Agent is placed.

Methods in simuLCS with parameters of type Arena

void	Agent.move(Arena a, Entity[] others, int nbagents, java.awt.Graphics2D g) Move the Agent by modifying its coordinates.
Vector2D	AgentClassifier.getNewMovVectorAccordingTo(ClassifierSet behaviourToConsider, Arena arena, Entity[] others, int nbEntities, java.awt.Graphics2D g, ClassifierSet actionSetToReturn) Calculates the New Movement Vector according to the behaviourToConsider.
void	AgentClassifier.move(Arena arena, Entity[] others, int nbEntities, java.awt.Graphics2D g) Move the agent according to its behaviour and the others entities around.
void	AgentClassifierAutomatic.move(Arena arena, Entity[] others, int nbEntities, java.awt.Graphics2D g) Moves the agent.
protected ZClassifierSet	AgentClassifierLearning.moveLearner(Arena arena, Entity[] others, int nbEntities, java.awt.Graphics2D g) From the actual position of the agent, the system will try to guess where it is going to be at the next time step, by calculating its response according to its expected behaviour (ie the current behaviour provided by the Learning System).
protected void	AgentClassifierLearning.moveAndLearn(java.awt.geom.Point2D nextCoord, Vector2D nextMovVector, Arena arena, Entity[] others, int nbEntities, java.awt.Graphics2D g) Moves the Ghost and updates the rules with the reward
void	AgentClassifierLearning.move(Arena arena, Entity[] others, int nbEntities, java.awt.Graphics2D g) Moves the agent.
void	AgentDuck.move(Arena a, Entity[] others, int nbEntities, java.awt.Graphics2D g) Moves the Agent according to the equation giving the movement vector
void	AgentInteractive.move(Arena a, Agent[] ag, int nbAgents, java.awt.Graphics2D g)
void	Arena.move(Arena a, Entity[] others, int nbagents, java.awt.Graphics2D g) The Arena does not move.
abstract void	Entity.move(Arena a, Entity[] others, int nbEntities, java.awt.Graphics2D g) Subclasses must explain how the entity moves.
void	Food.move(Arena a, Entity[] others, int nbagents, java.awt.Graphics2D g) Food does not move.
static Vector2D	Vector2D.getCorrectedVector(Vector2D movVector, Arena a, Entity me, java.awt.Graphics2D g) Correct the vector so that it doesn't bring the Entity outside the Arena.

Constructors in simuLCS with parameters of type Arena

Agent(java.util.Random gen, Arena a)
Constructs an Agent placed randomly inside the Arena.

Agent(java.util.Random gen, Arena a, java.lang.String name)
Constructs an Agent placed randomly inside the Arena with the name name.

AgentClassifier(java.util.Random gen, Arena a, java.lang.String name)
Creates an AgentClassifier randmoly placed inside the Arena

AgentClassifierAutomatic(java.util.Random gen, Arena a, java.lang.String name)
Constructs Agent Ra, Robot Automatic.

AgentClassifierDuck(java.util.Random gen, Arena a, java.lang.String name)
Creates the Agent with the set of rules corresponding to the duck model

AgentClassifierLearning(java.util.Random gen, Arena a, java.lang.String name, Template t, ClassifierSet b)
Creates an ACL with a given Template and a given Behaviour

AgentClassifierLearning(java.util.Random gen, Arena a, java.lang.String name)
Creates an ACL with a default behaviour "Avoid danger".

AgentDuck(java.util.Random gen, Arena a)

AgentDuck(java.util.Random gen, Arena a, java.lang.String name)

AgentInteractive(Utils u, java.util.Random gen, Arena a)

Food(java.util.Random gen, Arena a)

Uses of Arena in simuLCS.graphics

Fields in simuLCS.graphics declared as Arena

private Arena

G_PanelDraw.arena

Methods in simuLCS.graphics with parameters of type Arena

void	G_PanelDraw.linkArena(Arena a)