Uses of Class
sema.Element

Packages that use Element

examples	Some examples of agents and worlds.
Interface	Default graphic interface for sema.
modelling	Modelling of the main features of a world and agents' behaviours.
sema	Extensible Multi-Agent Simulator.
SEMAbeans	Beans used by the interface to display the world.
worlds	Some examples of agents and worlds.

Uses of Element in examples

Subclasses of Element in examples

class	AgentTestAction
class	AgentTestGrowing
class	AgentTestSeeing Highlights the circle of his vison radius; is bound to a fixed element by a
class	RandomAgent
class	testMovingAgent This test the moving agent capacity of random moving, with a system of check point : it moves until it goes in a defined area.
class	testMovingAgent2 This test the moving agent capacity of random moving, with a system of check point : it moves until it goes in a defined area.

Uses of Element in Interface

Methods in Interface that return Element

protected Element

SimFileRW.addElement(java.lang.String line, World world) Add an element to the world, element corresponding to the string, following the ElementFormat specifications.

Methods in Interface with parameters of type Element

void	Sema.setSelectedElement(Element e) Sets the selected element.
protected void	SimFileRW.elementChanged(Element e) Used to notify that an element has changed since the last file opening, and so will have to be saved.
protected java.lang.String	SimFileRW.codeOf(Element e) Returns the string corresponding to the command line of the SIM file, line which was used to instanciate the given element.

Uses of Element in modelling

Subclasses of Element in modelling

class	CommunicatingAgent Agent able to communicate with other agents.
class	EatableAgent Agent eatable, and giving amongs of food.
class	EatingAgent Agent able to eat other elements.
class	GrowingAgent Agent whose size keeps increasing until a maximum size il reached.
class	MovingAgent Agent with abilities to move.
class	NewAgent Structure dépouillée d'un fichier .java pour implémenter un nouveau type d'agent.
class	Pheromone The pheromona acts as a fix signal, that may be percieved and may return its content.
class	PheromoneUserAgent Agent able to detect and fallow pheromonae.
class	ReceptiveAgent Agent able to receive signals.
class	SeeingAgent Agent able to watch his environement.

Fields in modelling declared as Element

protected Element	CommunicatingAgent.Discussion.partenar
protected Element	EatingAgent.EatElement.goal Eated element.

Methods in modelling that return Element

Element	SeeingAgent.watchNearest() Returns the nearest visible element
Element	SeeingAgent.watchForNearest(Selector sel) Returns the nearest visible element fiting the given selector.
Element	Vision.watchNearest() Searchs for the nearest visible element, with the restrictions of the vision ability.
Element	Vision.watchForNearest(Selector selector) Searchs for the nearest visible element fiting a given selector, with the restrictions of the vision ability.

Methods in modelling with parameters of type Element

void	CircularArea.setElement(Element el)
boolean	Eatable.canEat(Element el) Determinates if the agent may eat it by the given element.
boolean	EatableAgent.canEat(Element element) Determinates if the agent may eat it by the given agent.
boolean	ObstacleBox.isFreeFor(Element e)
void	PonctualArea.setElement(Element el)
void	RectangularArea.setElement(Element el)
int	Reproducing.beginCoit(Element el) Begins the coit.
int	Reproducing.endCoit(Element el) Ends the coit.
int	Reproducing.continueCoit(Element el) Keeps on reproducing...
boolean	SeeingAgent.canSee(Element element) Determinates whether the given element can be seen by our agent, according to
abstract boolean	Selector.isFiting(Element el) Computes whether the given element is fiting the requirement of the selector.
boolean	Vision.canSee(Element e) Determinates whether the given element can be seen, with the restrictions of the vision ability.

Constructors in modelling with parameters of type Element

CommunicatingAgent.Discussion(Element partenar)
Corresponds to a discussion with one unique element.

EatingAgent.EatElement(Element goal)

Uses of Element in sema

Subclasses of Element in sema

class

Agent Basic agent, designed to easily model specific behaviours.

Methods in sema that return Element

Element

World.id2element(java.lang.Integer id) Returns the elements corresponding to the ID and null if the ID is not attributed.

Methods in sema with parameters of type Element

void	Area.setElement(Element el) Sets the element to which we want to link the area.
boolean	Box.isFreeFor(Element el) Determinate whether the Box can host the Element.
void	Box.register(Element element) Register an Element in the Box.
void	Box.unregister(Element element) Unregister an element from the Box.
boolean	Element.canTake(Element e) Determinates whether the given element can take this one.
boolean	Element.kill(Element killer) Tries to kill this element by the specified one.
float	Nature.getDistance(Element element1, Element element2) Returns the distance between two elements.
Nature.CanSee	Nature.getCanSee(Element el) Method returning an implementation of the Selector CanSee
boolean	Nature.CanSee.isFiting(Element el)
boolean	Nature.GoodKind.isFiting(Element el)
protected java.lang.Integer	World.register(Element el) Registers an element and returns its new ID.
protected void	World.unregister(Element el) Unregisters an element.

Constructors in sema with parameters of type Element

Nature.CanSee(Element ag)

Uses of Element in SEMAbeans

Methods in SEMAbeans with parameters of type Element

void	ZGCarteSEMA.setSelectedElement(Element selectedElement) Sets the selected element.

Uses of Element in worlds

Subclasses of Element in worlds

class

RandomAgentOneByBox