alchemist/it.unibo.alchemist.model.sapere.actions/LsaAllNeighborsAction

LsaAllNeighborsAction

class LsaAllNeighborsAction : LsaRandomNeighborAction

The execution involves all neighbours. The molecule can be different from a neighbor to the other, because some special Variable (#D) are specific for each node. This is why N molecules are instanced if there are N neighbours.

Constructors

constructor(node: ILsaNode, molecule: ILsaMolecule, environment: Environment<List<ILsaMolecule>, out Any>)

constructor(node: ILsaNode, molecule: ILsaMolecule, environment: Environment<List<ILsaMolecule>, out Any>, randomGenerator: RandomGenerator)

Functions

cloneAction

abstract fun cloneAction(p: Node<T>, p1: Reaction<T>): Action<T>

abstract fun cloneAction(node: Node<List<ILsaMolecule>>, reaction: Reaction<List<ILsaMolecule>>): ILsaAction

abstract fun cloneAction(node: Node<List<ILsaMolecule>>, reaction: Reaction<List<ILsaMolecule>>): LsaAbstractAction

open fun cloneAction(node: Node<List<ILsaMolecule>>, reaction: Reaction<List<ILsaMolecule>>): LsaRandomNeighborAction

open fun cloneAction(node: Node<List<ILsaMolecule>>, reaction: Reaction<List<ILsaMolecule>>): LsaStandardAction

execute

abstract fun execute()

open fun execute()

getContext

abstract fun getContext(): Context

fun getContext(): Context

getMolecule

open fun getMolecule(): ILsaMolecule

getNode

@Nonnull

fun getNode(): ILsaNode

getOutboundDependencies

fun getOutboundDependencies(): ListSet<out Dependency>

@Nonnull

abstract fun getOutboundDependencies(): ListSet<out Dependency>

setExecutionContext

abstract fun setExecutionContext(matches: Map<HashString, ITreeNode<out Any>>, nodes: List<ILsaNode>)

open fun setExecutionContext(m: Map<HashString, ITreeNode<out Any>>, n: List<ILsaNode>)

Sets the context in which this action will execute.

toString

open fun toString(): String