OrientingAgent

All Implemented Interfaces:


public interface OrientingAgent<V extends Vector<V>, A extends GeometricTransformation<V>, L extends ConvexGeometricShape<V, A>, R extends Object>

An agent capable of orienting itself inside an environment.

Nested Class Summary

Nested Classes
Modifier and Type	Class	Description

Field Summary

Fields
Modifier and Type	Field	Description

Constructor Summary

Constructors
Constructor	Description

Enum Constant Summary

Enum Constants
Enum Constant	Description

Method Summary

Modifier and Type	Method	Description
`<M extends ConvexGeometricShape<V, A>> Unit`	`registerVisit(M area)`	Registers a visit to the provided area in the agent's volatileMemory.
`abstract Double`	`getKnowledgeDegree()`	The knowledge degree of the agent concerning the environment.
`abstract NavigationGraph<V, A, L, R>`	`getCognitiveMap()`	The cognitive map of the agent.
`abstract Map<ConvexGeometricShape<V, A>, Integer>`	`getVolatileMemory()`	The volatile memory of the agent: it models the ability to remember areas of the environment already visited since the start of the simulation.

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Constructor Detail
- Method Detail
  - registerVisit
```
 <M extends ConvexGeometricShape<V, A>> Unit registerVisit(M area)
```
    Registers a visit to the provided area in the agent's volatileMemory.
  - getKnowledgeDegree
```
 abstract Double getKnowledgeDegree()
```
    The knowledge degree of the agent concerning the environment. This is a Double value in 0, 1 describing the percentage of environment the agent is familiar with prior to the start of the simulation (thus it does not take into account the knowledge the pedestrian will gain during it, namely the volatileMemory).
  - getCognitiveMap
```
 abstract NavigationGraph<V, A, L, R> getCognitiveMap()
```
    The cognitive map of the agent. It's a graph composed of landmarks (elements of the environment easy to remember due to their uniqueness) and spatial relations between them. It's modeled as a NavigationGraph.
  - getVolatileMemory
```
 abstract Map<ConvexGeometricShape<V, A>, Integer> getVolatileMemory()
```
    The volatile memory of the agent: it models the ability to remember areas of the environment already visited since the start of the simulation. Each area is paired with the number of visits. Areas are assumed to be represented as ConvexGeometricShapes, as in NavigationGraphs.