alchemist-incarnation-protelis/it.unibo.alchemist.model.protelis/AlchemistExecutionContext

AlchemistExecutionContext

class AlchemistExecutionContext<P : Position<P>>(val environmentAccess: Environment<Any, P>, node: Node<Any>, protelisDevice: ProtelisDevice<P>, reaction: Reaction<Any>, val randomGenerator: RandomGenerator, networkManager: AlchemistNetworkManager) : AbstractExecutionContext<AlchemistExecutionContext<P>> , SpatiallyEmbeddedDevice<Double> , LocalizedDevice, TimeAwareDevice<Number> (source)

Parameters

position type

Constructors

AlchemistExecutionContext

constructor(environmentAccess: Environment<Any, P>, node: Node<Any>, protelisDevice: ProtelisDevice<P>, reaction: Reaction<Any>, randomGenerator: RandomGenerator, networkManager: AlchemistNetworkManager)

constructor(environment: Environment<Any, P>, localNode: Node<Any>, reaction: Reaction<Any>, random: RandomGenerator, networkManager: AlchemistNetworkManager)

Types

object Companion

Internal constants.

Properties

open override val coordinates: Tuple

open override val currentTime: Double

open override val deltaTime: Number?

val devicePosition: P

The device position, in form of Position.

open override val deviceUID: DeviceUID

environmentAccess

val environmentAccess: Environment<Any, P>

executionEnvironment

override val executionEnvironment: ExecutionEnvironment?

randomGenerator

val randomGenerator: RandomGenerator

override val storedState: Map<CodePath?, Any?>?

Functions

fun <T : Any?, R : Any?> buildField(computeValue: Function<T?, R?>?, localValue: T?): Field<R?>?

buildFieldDeferred

fun <T : Any?, R : Any?> buildFieldDeferred(computeValue: Function<T?, R?>?, currentLocal: T?, toBeSent: Supplier<T?>?): Field<R?>?

fun commit()

fun distanceTo(target: Int): Double

fun distanceTo(target: DeviceUID?): Double

Computes the distance between two nodes, through Environment.getDistanceBetweenNodes.

open operator override fun equals(other: Any?): Boolean

open override fun getCoordinates(): Tuple

open override fun getCurrentTime(): Double

open fun getDeltaTime(): Number?

open override fun getDeviceUID(): DeviceUID

getExecutionEnvironment

fun getExecutionEnvironment(): ExecutionEnvironment?

fun <P : Any?> getPersistent(ifAbsent: Supplier<P?>?): P?

fun getVariable(name: Reference?): Any?

open override fun hashCode(): Int

open override fun nbrDelay(): Field<Number>

open override fun nbrLag(): Field<Number>

open override fun nbrRange(): Field<Double>

open override fun nbrVector(): Field<Tuple>

newCallStackFrame

fun newCallStackFrame(vararg id: Byte)

fun newCallStackFrame(vararg id: Int)

nextRandomDouble

open override fun nextRandomDouble(): Double

putMultipleVariables

fun putMultipleVariables(map: Map<Reference?, *>?)

fun putVariable(name: Reference?, value: Any?)

fun restrictDomain(@Nonnull f: Field<*>): AlchemistExecutionContext<P>?

returnFromCallFrame

fun returnFromCallFrame()

routingDistance

fun routingDistance(dest: GeoPosition): Double

fun routingDistance(dest: Node<Any>): Double

fun routingDistance(dest: Number): Double

fun routingDistance(dest: Tuple): Double

Computes the distance along a map. Requires a MapEnvironment.

runInNewStackFrame

fun <T : Any?> runInNewStackFrame(id: Int, operation: Function<ExecutionContext?, T?>?): T?

setGloballyAvailableReferences

fun setGloballyAvailableReferences(knownFunctions: Map<Reference?, *>?)

fun setPersistent(o: Any?)

fun setup()