alchemist-interfaces / it.unibo.alchemist.model.interfaces / Reaction

Reaction

interface Reaction<T : Any!> : Comparable<Reaction<T>!>, Serializable

Functions

canExecute	`abstract fun canExecute(): Boolean`
cloneOnNewNode	This method allows to clone this reaction on a new node. It may result useful to support runtime creation of nodes with the same reaction programming, e.g. for morphogenesis. `abstract fun cloneOnNewNode(n: Node<T>!, currentTime: Time!): Reaction<T>!`
execute	Executes the reactions. `abstract fun execute(): Unit`
getActions	`abstract fun getActions(): MutableList<Action<T>!>!`
getConditions	`abstract fun getConditions(): MutableList<Condition<T>!>!`
getInboundDependencies	`abstract fun getInboundDependencies(): ListSet<out Dependency!>!`
getInputContext	`abstract fun getInputContext(): Context!`
getNode	`abstract fun getNode(): Node<T>!`
getOutboundDependencies	`abstract fun getOutboundDependencies(): ListSet<out Dependency!>!`
getOutputContext	`abstract fun getOutputContext(): Context!`
getRate	Returns the speed of this `Reaction`. It is an average number, and can potentially change during the simulation, depending on the implementation. `abstract fun getRate(): Double`
getTau	`abstract fun getTau(): Time!`
getTimeDistribution	`abstract fun getTimeDistribution(): TimeDistribution<T>!`
initializationComplete	This method is called when the environment has completed its initialization. Can be used by this reaction to compute its next execution time - in case such computation requires an inspection of the environment. `abstract fun initializationComplete(t: Time!, env: Environment<T, *>!): Unit`
setActions	Sets the `Action`s list. Some implementations may not allow to change it at runtime. `abstract fun setActions(a: MutableList<Action<T>!>!): Unit`
setConditions	Sets the `Condition`s list. Some implementations may not allow to change it at runtime. `abstract fun setConditions(c: MutableList<Condition<T>!>!): Unit`
update	Updates the scheduling of this reaction. `abstract fun update(curTime: Time!, executed: Boolean, env: Environment<T, *>!): Unit`