Uses of Class
simuLCS.Entity

Packages that use Entity

simuLCS
simuLCS.graphics

Uses of Entity in simuLCS

Subclasses of Entity in simuLCS

class	Agent A basic Agent, placed randomly inside the Arena and moving randomly (no specific behaviour).
class	AgentClassifier Agent having a behaviour described as a set of rules (classifiers).
class	AgentClassifierAutomatic Agent having two behaviours and switching between them every X time steps.
class	AgentClassifierDuck An agent with a Duck Behaviour described as a set of rules (using TemplateRSP).
class	AgentClassifierLearning Agent with a Behaviour and a Learning Classifier System plugged in.
class	AgentDuck Agent moving according to R.
class	AgentInteractive Agent moving according to the position of the mouse.
class	Arena The Circular Arena
class	Food Entity non-moving and not dangerous, used to test the reactions of the Agent.

Methods in simuLCS with parameters of type Entity

void	Agent.move(Arena a, Entity[] others, int nbagents, java.awt.Graphics2D g) Move the Agent by modifying its coordinates.
java.awt.geom.Point2D	Agent.getCoordNearTo(Entity otherEntity) Return the closest point of the Agent to another Entity
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.
boolean	AgentClassifier.canDetect(Entity e) Indicates if an Entity can be detected (inside the Visibility Circle).
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
java.awt.geom.Point2D	Arena.getCoordNearTo(Entity otherEntity) For the arena, the coordinates used to get the vector are the coordinates of the closest point of the arena
void	Arena.move(Arena a, Entity[] others, int nbagents, java.awt.Graphics2D g) The Arena does not move.
java.awt.geom.Point2D	Entity.getCoordNearTo(Entity otherEntity) By default, the closest coordinates of an entity are its normal coordinates.
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.
void	Simulation.add(Entity e) Adding the given entity to the Simulation.
void	Simulation.remove(Entity e) Removing the given entity to the simulation
abstract java.lang.String	Template.testCondition(int i, Entity otherEntity) Return a string of "0","1", or "#" containing the result of the condition i tested on the entity otherEntity
java.lang.String	Template.testCondition(Entity otherEntity) Return a string of "0","1", or "#" containing the result of all the conditions tested on the entity otherEntity
abstract Vector2D	Template.getVectorFromAction(Classifier c, Entity me, Entity otherEntity) Return the Vector created by the Action part of the classifier
Vector2D	Template.getVectorFromActions(Classifier[] cs, Entity me, Entity otherEntity) Return the Vector created by the actions partS of several classifiers
java.lang.String	TemplateRSP.testCondition(int i, Entity otherEntity) Gives the definition of an Entity according to the criteria given by this template (is moving ?
Vector2D	TemplateRSP.getVectorFromAction(Classifier c, Entity me, Entity otherEntity) Calculate the Vector generated by the Action part of the Classifier This function gives the meaning of the Action part.
Vector2D	TemplateRSPSimple.getVectorFromAction(Classifier c, Entity me, Entity otherEntity) Only the Action Part was modified (4 bits)
Vector2D	TemplateRSPVerySimple.getVectorFromAction(Classifier c, Entity me, Entity otherEntity)
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.
static void	Utils.writeFileGnuplot(java.lang.String fileBase, Entity[] en, java.lang.String type) Writes the gnuplot command file
static void	Utils.writeFileWithRules(java.lang.String fileBase, Entity[] en) Writes a file with the rules remaining in the population for each agent at the end of the simulation, together with a LaTeX table to include it in a LaTeX file

Uses of Entity in simuLCS.graphics

Fields in simuLCS.graphics declared as Entity

private Entity

G_ListButtons.lastClicked used to record the last action of the user

Methods in simuLCS.graphics that return Entity

static Entity	G_Panel.getCurrentEntityToWatch() Returns the current entity selected to watch the LCS working
static Entity[]	G_Panel.getArraySelectedEntities() Return an Array of all the Selected Entities