Uses of Class
crowdmodel.agents.BehaviourRule

Packages that use BehaviourRule

crowdmodel.agents
crowdmodel.utils

Uses of BehaviourRule in crowdmodel.agents

Subclasses of BehaviourRule in crowdmodel.agents

class	LocomotionRule A LocomotionRule describes the movement of the object that is asking for it Types of locomotion are person: A) vertical/body position: (not included) standing/upright sitting/seated kneeling/knelt lying/prone other B)horizontal: walking running/jogging marching (not included) dancing vehicular motion (not included) other object: move/transpose/displace
class	ManipulationRule A manipulation rule concerns a behaviour that involves one object changing the other.

Fields in crowdmodel.agents declared as BehaviourRule

private BehaviourRule	Memory.d_nothing
private BehaviourRule	Memory.d_other

Fields in crowdmodel.agents with type parameters of type BehaviourRule

private java.util.Iterator<BehaviourRule>	Memory.d_behaviours
private java.util.LinkedList<BehaviourRule>	Memory.d_orderedBehaviours

Methods in crowdmodel.agents that return BehaviourRule

BehaviourRule	CrowdAgent.compare(BehaviourRule b) Compares the current behaviour ready for execution with the next behaviour.
BehaviourRule	Memory.getBehaviour(java.lang.String name) Returns the behaviourRule given a name
BehaviourRule	Memory.getNextActiveB() Returns the next most active behaviour.

Methods in crowdmodel.agents with parameters of type BehaviourRule

double	CrowdAgent.calcUtil(BehaviourRule b) Calculates a value (utility value) to compare two behaviours with each other.
BehaviourRule	CrowdAgent.compare(BehaviourRule b) Compares the current behaviour ready for execution with the next behaviour.
void	Memory.updateBehaviourOrdering(BehaviourRule b) This function is called when one of the behaviourRules activation has been changed.

Uses of BehaviourRule in crowdmodel.utils

Methods in crowdmodel.utils with parameters of type BehaviourRule

int	Bcomparator.compare(BehaviourRule b0, BehaviourRule b1) Compares the activation value of two BehaviourRules to design a hierarchical ordering