Uses of Class
com.jme3.ai.agents.behaviours.Behaviour

Packages that use Behaviour

Package	Description
com.jme3.ai.agents
com.jme3.ai.agents.behaviours.npc
com.jme3.ai.agents.behaviours.npc.steering	Steer behaviours.

Uses of Behaviour in com.jme3.ai.agents

Methods in com.jme3.ai.agents that return Behaviour

Modifier and Type	Method and Description
Behaviour	Agent.getMainBehaviour()

Methods in com.jme3.ai.agents with parameters of type Behaviour

Modifier and Type	Method and Description
void	Agent.setMainBehaviour(Behaviour mainBehaviour) Setting main behaviour to agent.

Uses of Behaviour in com.jme3.ai.agents.behaviours.npc

Subclasses of Behaviour in com.jme3.ai.agents.behaviours.npc

Modifier and Type	Class and Description
class	SimpleMainBehaviour Simple main behaviour for NPC.

Fields in com.jme3.ai.agents.behaviours.npc with type parameters of type Behaviour

Modifier and Type	Field and Description
protected java.util.List<Behaviour>	SimpleMainBehaviour.behaviours Behaviours are implemented as LinkedList for flexibility.

Methods in com.jme3.ai.agents.behaviours.npc with parameters of type Behaviour

Modifier and Type	Method and Description
void	SimpleMainBehaviour.addBehaviour(Behaviour behaviour) Add behaviour to this main behaviour.
void	SimpleMainBehaviour.removeBehaviour(Behaviour behaviour) Remove behaviour from this main behaviour.

Method parameters in com.jme3.ai.agents.behaviours.npc with type arguments of type Behaviour

Modifier and Type	Method and Description
void	SimpleMainBehaviour.setBehaviours(java.util.List<Behaviour> behaviours) Set list of bahaviours for this behaviour to do.

Uses of Behaviour in com.jme3.ai.agents.behaviours.npc.steering

Subclasses of Behaviour in com.jme3.ai.agents.behaviours.npc.steering

Modifier and Type	Class and Description
class	AbstractSteeringBehaviour Base class for all steering behaviours.
class	AbstractStrengthSteeringBehaviour With this class it will be possible to increase or decrease the steering behaviour force.
class	AlignmentBehaviour Craig W.
class	ArriveBehaviour Arrival behavior is identical to seek while the character is far from its target.
class	BalancedCompoundSteeringBehaviour Each force generated inside this container is reduced in relation with a proportion factor.
class	BoxExploreBehaviour "Explore goal is to exhaustively cover a region of space".
class	CohesionBehaviour Move toward center of neighbors.
class	CompoundSteeringBehaviour A steer compound behaviour contains one or more steer behaviours.
class	ContainmentBehaviour "Containment refers to motion which is restricted to remain within a certain region."
class	EvadeBehaviour Brent Owens: "Evasion is analogous to pursuit, except that flee is used to steer away from the predicted future position of the target character."
class	FleeBehaviour Flee is simply the inverse of seek and acts to steer the agent so that its velocity is radially aligned away from the target.
class	HideBehaviour "Hide behavior involves identifying a target location which is on the opposite side of an obstacle from the opponent, and steering toward it using seek."
class	LeaderFollowing This is similar to pursuit behaviour, but pursuiers must stay away from the pursued path.
class	MoveBehaviour Simple move behaviour: Agent moves in the "moveDirection" direction.
class	ObstacleAvoidanceBehaviour Returns a steering force to avoid a given obstacle.
class	PathFollowBehaviour "Path following behavior enables a character to steer along a predetermined path, such as a roadway, corridor or tunnel.
class	PursuitBehaviour Brent Owens: "Pursuit is similar to seek except that the quarry (target) is another moving character.
class	QueuingBehaviour "The queuing results from a steering behavior which produces braking (deceleration) when the vehicle detects other vehicles which are: nearby, in front of, and moving slower than itself."
class	RelativeWanderBehaviour "Wander is a type of random steering."
class	SeekBehaviour Purpose of seek behaviour is to steer agent towards a specified position or object.
class	SeparationBehaviour Brent Owens: "Separation steering behavior gives a character the ability to maintain a certain separation distance from others nearby.
class	SlowBehaviour Slows down the velocity produced by a behaviour container (g.e.
class	SphereWanderBehaviour "Wander is a type of random steering.
class	UnalignedCollisionAvoidanceBehaviour This behaviour is similar to ObstacleAvoidanceBehaviour wich the difference that the obstacles can be other agents in movement.
class	WallApproachBehaviour "Approach a 'wall' (or other surface or path) and then maintain a certain offset from it" Keep in mind that this relates to wall approach not necessarily to collision detection.
class	WanderBehaviour This behaviour is based on a easy implementation that "generates random steering force each frame, but this produces rather uninteresting motion.