alchemist-interfaces

alltypes

interface Action<T : Any!> : Serializable

abstract fun cloneAction(n: Node<T>!, r: Reaction<T>!): Action<T>!
abstract fun execute(): Unit
abstract fun getContext(): Context!
abstract fun getOutboundDependencies(): ListSet<out Dependency!>!

interface BenchmarkableEnvironment<T : Any!, P : Position<out P>!> : Environment<T, P>

abstract fun enableBenchmark(): Unit
abstract fun getBenchmarkResult(): Double

@FunctionalInterface interface Concentration<T : Any!> : Serializable

abstract fun getContent(): T

interface Condition<T : Any!> : Serializable

abstract fun cloneCondition(n: Node<T>!, r: Reaction<T>!): Condition<T>!
abstract fun getContext(): Context!
abstract fun getInboundDependencies(): ListSet<out Dependency!>!
abstract fun getNode(): Node<T>!
abstract fun getPropensityContribution(): Double
abstract fun isValid(): Boolean
open fun reactionReady(): Unit

class Context

static fun getWider(c1: Context!, c2: Context!): Context!
GLOBAL
LOCAL
NEIGHBORHOOD

interface Dependency : Serializable

open fun dependsOn(dependency: Dependency!): Boolean
static val EVERY_MOLECULE: Dependency!
static val EVERYTHING: Dependency!
open fun makesDependent(dependency: Dependency!): Boolean
static val MOVEMENT: Dependency!

interface DependencyGraph<T : Any!>

abstract fun addNeighbor(n1: Node<T>!, n2: Node<T>!): Unit
abstract fun createDependencies(rh: Reaction<T>!): Unit
abstract fun globalInputContextReactions(): ListSet<Reaction<T>!>!
abstract fun outboundDependencies(reaction: Reaction<T>!): ListSet<Reaction<T>!>!
abstract fun removeDependencies(rh: Reaction<T>!): Unit
abstract fun removeNeighbor(n1: Node<T>!, n2: Node<T>!): Unit

interface Environment<T : Any!, P : Position<out P>!> : Serializable, MutableIterable<Node<T>!>

abstract fun addLayer(m: Molecule!, l: Layer<T, P>!): Unit
abstract fun addNode(node: Node<T>!, p: P): Unit
abstract fun addTerminator(terminator: Predicate<Environment<T, P>!>!): Unit
abstract fun getDimensions(): Int
abstract fun getDistanceBetweenNodes(n1: Node<T>!, n2: Node<T>!): Double
abstract fun getIncarnation(): Optional<Incarnation<T, P>!>!
abstract fun getLayer(m: Molecule!): Optional<Layer<T, P>!>!
abstract fun getLayers(): ListSet<Layer<T, P>!>!
abstract fun getLinkingRule(): LinkingRule<T, P>!
abstract fun getNeighborhood(center: Node<T>!): Neighborhood<T>!
abstract fun getNodeByID(id: Int): Node<T>!
abstract fun getNodes(): ListSet<Node<T>!>!
abstract fun getNodesNumber(): Int
abstract fun getNodesWithinRange(center: Node<T>!, range: Double): ListSet<Node<T>!>!
abstract fun getNodesWithinRange(center: P, range: Double): ListSet<Node<T>!>!
abstract fun getOffset(): DoubleArray!
abstract fun getPosition(node: Node<T>!): P
abstract fun getSimulation(): Simulation<T, P>!
abstract fun getSize(): DoubleArray!
abstract fun getSizeInDistanceUnits(): DoubleArray!
abstract fun isTerminated(): Boolean
abstract fun makePosition(vararg coordinates: Number!): P
abstract fun moveNode(node: Node<T>!, direction: P): Unit
abstract fun moveNodeToPosition(node: Node<T>!, position: P): Unit
abstract fun removeNode(node: Node<T>!): Unit
abstract fun setIncarnation(incarnation: Incarnation<T, P>!): Unit
abstract fun setLinkingRule(rule: LinkingRule<T, P>!): Unit
abstract fun setSimulation(s: Simulation<T, P>!): Unit

interface Environment2DWithObstacles<W : Obstacle2D!, T : Any!, P : Position<out P>!> : Environment<T, P>

abstract fun addObstacle(o: W): Unit
abstract fun getObstacles(): MutableList<W>!
abstract fun getObstaclesInRange(centerx: Double, centery: Double, range: Double): MutableList<W>!
abstract fun hasMobileObstacles(): Boolean
abstract fun intersectsObstacle(sx: Double, sy: Double, ex: Double, ey: Double): Boolean
abstract fun intersectsObstacle(p1: P, p2: P): Boolean
abstract fun next(ox: Double, oy: Double, nx: Double, ny: Double): P
abstract fun removeObstacle(o: W): Boolean

interface GeometricShape<S : Vector<S>, A : GeometricTransformation<S>> : Serializable

abstract val centroid: S
abstract fun contains(vector: S): Boolean
abstract val diameter: Double
abstract fun intersects(other: GeometricShape<S, A>): Boolean
abstract fun transformed(transformation: A.() -> Unit): GeometricShape<S, A>

interface GeometricTransformation<S : Vector<S>>

abstract fun origin(position: S): Unit

interface Incarnation<T : Any!, P : Position<out P>!>

abstract fun createAction(rand: RandomGenerator!, env: Environment<T, P>!, node: Node<T>!, time: TimeDistribution<T>!, reaction: Reaction<T>!, param: String!): Action<T>!
abstract fun createConcentration(s: String!): T
abstract fun createCondition(rand: RandomGenerator!, env: Environment<T, P>!, node: Node<T>!, time: TimeDistribution<T>!, reaction: Reaction<T>!, param: String!): Condition<T>!
abstract fun createMolecule(s: String!): Molecule!
abstract fun createNode(rand: RandomGenerator!, env: Environment<T, P>!, param: String!): Node<T>!
abstract fun createReaction(rand: RandomGenerator!, env: Environment<T, P>!, node: Node<T>!, time: TimeDistribution<T>!, param: String!): Reaction<T>!
abstract fun createTimeDistribution(rand: RandomGenerator!, env: Environment<T, P>!, node: Node<T>!, param: String!): TimeDistribution<T>!
abstract fun getProperty(node: Node<T>!, mol: Molecule!, prop: String!): Double

@FunctionalInterface interface Layer<T : Any!, P : Position<out P>!> : Serializable

abstract fun getValue(p: P): T

interface LinkingRule<T : Any!, P : Position<out P>!> : Serializable

abstract fun computeNeighborhood(center: Node<T>!, env: Environment<T, P>!): Neighborhood<T>!
abstract fun isLocallyConsistent(): Boolean

interface Molecule : Dependency

abstract fun getId(): Long
abstract fun getName(): String!

interface Neighborhood<T : Any!> : Serializable, Cloneable, MutableIterable<Node<T>!>

abstract fun add(node: Node<T>!): Neighborhood<T>!
abstract fun contains(n: Node<T>!): Boolean
abstract fun getCenter(): Node<T>!
abstract fun getNeighborByNumber(num: Int): Node<T>!
abstract fun getNeighbors(): ListSet<out Node<T>!>!
abstract fun isEmpty(): Boolean
abstract fun remove(node: Node<T>!): Neighborhood<T>!
abstract fun size(): Int

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

abstract fun addReaction(r: Reaction<T>!): Unit
abstract fun cloneNode(currentTime: Time!): Node<T>!
abstract fun contains(mol: Molecule!): Boolean
abstract fun getChemicalSpecies(): Int
abstract fun getConcentration(mol: Molecule!): T
abstract fun getContents(): MutableMap<Molecule!, T>!
abstract fun getId(): Int
abstract fun getReactions(): MutableList<Reaction<T>!>!
abstract fun getShape(): GeometricShape<*, *>!
abstract fun removeConcentration(mol: Molecule!): Unit
abstract fun removeReaction(r: Reaction<T>!): Unit
abstract fun setConcentration(mol: Molecule!, c: T): Unit

interface Obstacle2D : Serializable, Shape

abstract fun getId(): Int
abstract fun nearestIntersection(startx: Double, starty: Double, endx: Double, endy: Double): DoubleArray!
abstract fun next(sx: Double, sy: Double, ex: Double, ey: Double): Pair<Double!, Double!>!

interface OutputMonitor<T : Any!, P : Position<out P>!> : Serializable

abstract fun finished(env: Environment<T, P>!, time: Time!, step: Long): Unit
abstract fun initialized(env: Environment<T, P>!): Unit
abstract fun stepDone(env: Environment<T, P>!, r: Reaction<T>!, time: Time!, step: Long): Unit

interface Position<P : Position<P>> : Serializable

abstract fun boundingBox(range: Double): MutableList<out P>
abstract val cartesianCoordinates: DoubleArray
abstract val dimensions: Int
abstract fun getCoordinate(dim: Int): Double
abstract fun getDistanceTo(p: P): Double
abstract operator fun minus(other: P): P
abstract operator fun plus(other: P): P

interface Position2D<P : Position2D<P>> : Position<P>

abstract fun getCoordinate(dim: Int): Double
abstract val x: Double
abstract val y: Double

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

abstract fun canExecute(): Boolean
abstract fun cloneOnNewNode(n: Node<T>!, currentTime: Time!): Reaction<T>!
abstract fun execute(): Unit
abstract fun getActions(): MutableList<Action<T>!>!
abstract fun getConditions(): MutableList<Condition<T>!>!
abstract fun getInboundDependencies(): ListSet<out Dependency!>!
abstract fun getInputContext(): Context!
abstract fun getNode(): Node<T>!
abstract fun getOutboundDependencies(): ListSet<out Dependency!>!
abstract fun getOutputContext(): Context!
abstract fun getRate(): Double
abstract fun getTau(): Time!
abstract fun getTimeDistribution(): TimeDistribution<T>!
abstract fun initializationComplete(t: Time!, env: Environment<T, *>!): Unit
abstract fun setActions(a: MutableList<Action<T>!>!): Unit
abstract fun setConditions(c: MutableList<Condition<T>!>!): Unit
abstract fun update(curTime: Time!, executed: Boolean, env: Environment<T, *>!): Unit

interface Scheduler<T : Any!>

abstract fun addReaction(r: Reaction<T>!): Unit
abstract fun getNext(): Reaction<T>!
abstract fun removeReaction(r: Reaction<T>!): Unit
abstract fun updateReaction(r: Reaction<T>!): Unit

interface Simulation<T : Any!, P : Position<out P>!> : Runnable

abstract fun addOutputMonitor(op: OutputMonitor<T, P>!): Unit
abstract fun getEnvironment(): Environment<T, P>!
abstract fun getError(): Optional<Throwable!>!
abstract fun getFinalStep(): Long
abstract fun getFinalTime(): Time!
abstract fun getStatus(): Status!
abstract fun getStep(): Long
abstract fun getTime(): Time!
abstract fun goToStep(steps: Long): Unit
abstract fun goToTime(t: Time!): Unit
abstract fun neighborAdded(node: Node<T>!, n: Node<T>!): Unit
abstract fun neighborRemoved(node: Node<T>!, n: Node<T>!): Unit
abstract fun nodeAdded(node: Node<T>!): Unit
abstract fun nodeMoved(node: Node<T>!): Unit
abstract fun nodeRemoved(node: Node<T>!, oldNeighborhood: Neighborhood<T>!): Unit
abstract fun pause(): Unit
abstract fun play(): Unit
abstract fun removeOutputMonitor(op: OutputMonitor<T, P>!): Unit
abstract fun schedule(r: CheckedRunnable!): Unit
abstract fun terminate(): Unit
abstract fun waitFor(s: Status!, timeout: Long, timeunit: TimeUnit!): Status!

class Status

INIT
fun isReachableFrom(s: Status!): Boolean
PAUSED
READY
RUNNING
TERMINATED

interface Time : Comparable<Time!>, Serializable

abstract fun isInfinite(): Boolean
abstract fun minus(dt: Time!): Time!
abstract fun plus(dt: Time!): Time!
abstract fun times(var: Double): Time!
abstract fun toDouble(): Double

interface TimeDistribution<T : Any!> : Cloneable, Serializable

abstract fun clone(currentTime: Time!): TimeDistribution<T>!
abstract fun getNextOccurence(): Time!
abstract fun getRate(): Double
abstract fun update(currentTime: Time!, executed: Boolean, param: Double, environment: Environment<T, *>!): Unit

class UncomparableDistancesException : IllegalArgumentException

UncomparableDistancesException(pos1: Position<*>!, pos2: Position<*>!, cause: Throwable!)
UncomparableDistancesException(pos1: Position<*>!, pos2: Position<*>!)
val message: String?

interface Vector<S : Vector<S>>

abstract val dimensions: Int
abstract fun getCoordinate(dim: Int): Double
abstract operator fun minus(other: S): S
abstract operator fun plus(other: S): S

package it.unibo.alchemist.boundary.interfaces

interface OutputMonitor<T : Any!, P : Position<out P>!> : Serializable

abstract fun finished(env: Environment<T, P>!, time: Time!, step: Long): Unit
abstract fun initialized(env: Environment<T, P>!): Unit
abstract fun stepDone(env: Environment<T, P>!, r: Reaction<T>!, time: Time!, step: Long): Unit

package it.unibo.alchemist.core.interfaces

interface DependencyGraph<T : Any!>

abstract fun addNeighbor(n1: Node<T>!, n2: Node<T>!): Unit
abstract fun createDependencies(rh: Reaction<T>!): Unit
abstract fun globalInputContextReactions(): ListSet<Reaction<T>!>!
abstract fun outboundDependencies(reaction: Reaction<T>!): ListSet<Reaction<T>!>!
abstract fun removeDependencies(rh: Reaction<T>!): Unit
abstract fun removeNeighbor(n1: Node<T>!, n2: Node<T>!): Unit

interface Scheduler<T : Any!>

abstract fun addReaction(r: Reaction<T>!): Unit
abstract fun getNext(): Reaction<T>!
abstract fun removeReaction(r: Reaction<T>!): Unit
abstract fun updateReaction(r: Reaction<T>!): Unit

interface Simulation<T : Any!, P : Position<out P>!> : Runnable

abstract fun addOutputMonitor(op: OutputMonitor<T, P>!): Unit
abstract fun getEnvironment(): Environment<T, P>!
abstract fun getError(): Optional<Throwable!>!
abstract fun getFinalStep(): Long
abstract fun getFinalTime(): Time!
abstract fun getStatus(): Status!
abstract fun getStep(): Long
abstract fun getTime(): Time!
abstract fun goToStep(steps: Long): Unit
abstract fun goToTime(t: Time!): Unit
abstract fun neighborAdded(node: Node<T>!, n: Node<T>!): Unit
abstract fun neighborRemoved(node: Node<T>!, n: Node<T>!): Unit
abstract fun nodeAdded(node: Node<T>!): Unit
abstract fun nodeMoved(node: Node<T>!): Unit
abstract fun nodeRemoved(node: Node<T>!, oldNeighborhood: Neighborhood<T>!): Unit
abstract fun pause(): Unit
abstract fun play(): Unit
abstract fun removeOutputMonitor(op: OutputMonitor<T, P>!): Unit
abstract fun schedule(r: CheckedRunnable!): Unit
abstract fun terminate(): Unit
abstract fun waitFor(s: Status!, timeout: Long, timeunit: TimeUnit!): Status!

class Status

INIT
fun isReachableFrom(s: Status!): Boolean
PAUSED
READY
RUNNING
TERMINATED

package it.unibo.alchemist.exceptions

class UncomparableDistancesException : IllegalArgumentException

UncomparableDistancesException(pos1: Position<*>!, pos2: Position<*>!, cause: Throwable!)
UncomparableDistancesException(pos1: Position<*>!, pos2: Position<*>!)
val message: String?

package it.unibo.alchemist.model.interfaces

interface Action<T : Any!> : Serializable

abstract fun cloneAction(n: Node<T>!, r: Reaction<T>!): Action<T>!
abstract fun execute(): Unit
abstract fun getContext(): Context!
abstract fun getOutboundDependencies(): ListSet<out Dependency!>!

interface BenchmarkableEnvironment<T : Any!, P : Position<out P>!> : Environment<T, P>

abstract fun enableBenchmark(): Unit
abstract fun getBenchmarkResult(): Double

@FunctionalInterface interface Concentration<T : Any!> : Serializable

abstract fun getContent(): T

interface Condition<T : Any!> : Serializable

abstract fun cloneCondition(n: Node<T>!, r: Reaction<T>!): Condition<T>!
abstract fun getContext(): Context!
abstract fun getInboundDependencies(): ListSet<out Dependency!>!
abstract fun getNode(): Node<T>!
abstract fun getPropensityContribution(): Double
abstract fun isValid(): Boolean
open fun reactionReady(): Unit

class Context

static fun getWider(c1: Context!, c2: Context!): Context!
GLOBAL
LOCAL
NEIGHBORHOOD

interface Dependency : Serializable

open fun dependsOn(dependency: Dependency!): Boolean
static val EVERY_MOLECULE: Dependency!
static val EVERYTHING: Dependency!
open fun makesDependent(dependency: Dependency!): Boolean
static val MOVEMENT: Dependency!

interface Environment<T : Any!, P : Position<out P>!> : Serializable, MutableIterable<Node<T>!>

abstract fun addLayer(m: Molecule!, l: Layer<T, P>!): Unit
abstract fun addNode(node: Node<T>!, p: P): Unit
abstract fun addTerminator(terminator: Predicate<Environment<T, P>!>!): Unit
abstract fun getDimensions(): Int
abstract fun getDistanceBetweenNodes(n1: Node<T>!, n2: Node<T>!): Double
abstract fun getIncarnation(): Optional<Incarnation<T, P>!>!
abstract fun getLayer(m: Molecule!): Optional<Layer<T, P>!>!
abstract fun getLayers(): ListSet<Layer<T, P>!>!
abstract fun getLinkingRule(): LinkingRule<T, P>!
abstract fun getNeighborhood(center: Node<T>!): Neighborhood<T>!
abstract fun getNodeByID(id: Int): Node<T>!
abstract fun getNodes(): ListSet<Node<T>!>!
abstract fun getNodesNumber(): Int
abstract fun getNodesWithinRange(center: Node<T>!, range: Double): ListSet<Node<T>!>!
abstract fun getNodesWithinRange(center: P, range: Double): ListSet<Node<T>!>!
abstract fun getOffset(): DoubleArray!
abstract fun getPosition(node: Node<T>!): P
abstract fun getSimulation(): Simulation<T, P>!
abstract fun getSize(): DoubleArray!
abstract fun getSizeInDistanceUnits(): DoubleArray!
abstract fun isTerminated(): Boolean
abstract fun makePosition(vararg coordinates: Number!): P
abstract fun moveNode(node: Node<T>!, direction: P): Unit
abstract fun moveNodeToPosition(node: Node<T>!, position: P): Unit
abstract fun removeNode(node: Node<T>!): Unit
abstract fun setIncarnation(incarnation: Incarnation<T, P>!): Unit
abstract fun setLinkingRule(rule: LinkingRule<T, P>!): Unit
abstract fun setSimulation(s: Simulation<T, P>!): Unit

interface Environment2DWithObstacles<W : Obstacle2D!, T : Any!, P : Position<out P>!> : Environment<T, P>

abstract fun addObstacle(o: W): Unit
abstract fun getObstacles(): MutableList<W>!
abstract fun getObstaclesInRange(centerx: Double, centery: Double, range: Double): MutableList<W>!
abstract fun hasMobileObstacles(): Boolean
abstract fun intersectsObstacle(sx: Double, sy: Double, ex: Double, ey: Double): Boolean
abstract fun intersectsObstacle(p1: P, p2: P): Boolean
abstract fun next(ox: Double, oy: Double, nx: Double, ny: Double): P
abstract fun removeObstacle(o: W): Boolean

interface Incarnation<T : Any!, P : Position<out P>!>

abstract fun createAction(rand: RandomGenerator!, env: Environment<T, P>!, node: Node<T>!, time: TimeDistribution<T>!, reaction: Reaction<T>!, param: String!): Action<T>!
abstract fun createConcentration(s: String!): T
abstract fun createCondition(rand: RandomGenerator!, env: Environment<T, P>!, node: Node<T>!, time: TimeDistribution<T>!, reaction: Reaction<T>!, param: String!): Condition<T>!
abstract fun createMolecule(s: String!): Molecule!
abstract fun createNode(rand: RandomGenerator!, env: Environment<T, P>!, param: String!): Node<T>!
abstract fun createReaction(rand: RandomGenerator!, env: Environment<T, P>!, node: Node<T>!, time: TimeDistribution<T>!, param: String!): Reaction<T>!
abstract fun createTimeDistribution(rand: RandomGenerator!, env: Environment<T, P>!, node: Node<T>!, param: String!): TimeDistribution<T>!
abstract fun getProperty(node: Node<T>!, mol: Molecule!, prop: String!): Double

@FunctionalInterface interface Layer<T : Any!, P : Position<out P>!> : Serializable

abstract fun getValue(p: P): T

interface LinkingRule<T : Any!, P : Position<out P>!> : Serializable

abstract fun computeNeighborhood(center: Node<T>!, env: Environment<T, P>!): Neighborhood<T>!
abstract fun isLocallyConsistent(): Boolean

interface Molecule : Dependency

abstract fun getId(): Long
abstract fun getName(): String!

interface Neighborhood<T : Any!> : Serializable, Cloneable, MutableIterable<Node<T>!>

abstract fun add(node: Node<T>!): Neighborhood<T>!
abstract fun contains(n: Node<T>!): Boolean
abstract fun getCenter(): Node<T>!
abstract fun getNeighborByNumber(num: Int): Node<T>!
abstract fun getNeighbors(): ListSet<out Node<T>!>!
abstract fun isEmpty(): Boolean
abstract fun remove(node: Node<T>!): Neighborhood<T>!
abstract fun size(): Int

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

abstract fun addReaction(r: Reaction<T>!): Unit
abstract fun cloneNode(currentTime: Time!): Node<T>!
abstract fun contains(mol: Molecule!): Boolean
abstract fun getChemicalSpecies(): Int
abstract fun getConcentration(mol: Molecule!): T
abstract fun getContents(): MutableMap<Molecule!, T>!
abstract fun getId(): Int
abstract fun getReactions(): MutableList<Reaction<T>!>!
abstract fun getShape(): GeometricShape<*, *>!
abstract fun removeConcentration(mol: Molecule!): Unit
abstract fun removeReaction(r: Reaction<T>!): Unit
abstract fun setConcentration(mol: Molecule!, c: T): Unit

interface Obstacle2D : Serializable, Shape

abstract fun getId(): Int
abstract fun nearestIntersection(startx: Double, starty: Double, endx: Double, endy: Double): DoubleArray!
abstract fun next(sx: Double, sy: Double, ex: Double, ey: Double): Pair<Double!, Double!>!

interface Position<P : Position<P>> : Serializable

abstract fun boundingBox(range: Double): MutableList<out P>
abstract val cartesianCoordinates: DoubleArray
abstract val dimensions: Int
abstract fun getCoordinate(dim: Int): Double
abstract fun getDistanceTo(p: P): Double
abstract operator fun minus(other: P): P
abstract operator fun plus(other: P): P

interface Position2D<P : Position2D<P>> : Position<P>

abstract fun getCoordinate(dim: Int): Double
abstract val x: Double
abstract val y: Double

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

abstract fun canExecute(): Boolean
abstract fun cloneOnNewNode(n: Node<T>!, currentTime: Time!): Reaction<T>!
abstract fun execute(): Unit
abstract fun getActions(): MutableList<Action<T>!>!
abstract fun getConditions(): MutableList<Condition<T>!>!
abstract fun getInboundDependencies(): ListSet<out Dependency!>!
abstract fun getInputContext(): Context!
abstract fun getNode(): Node<T>!
abstract fun getOutboundDependencies(): ListSet<out Dependency!>!
abstract fun getOutputContext(): Context!
abstract fun getRate(): Double
abstract fun getTau(): Time!
abstract fun getTimeDistribution(): TimeDistribution<T>!
abstract fun initializationComplete(t: Time!, env: Environment<T, *>!): Unit
abstract fun setActions(a: MutableList<Action<T>!>!): Unit
abstract fun setConditions(c: MutableList<Condition<T>!>!): Unit
abstract fun update(curTime: Time!, executed: Boolean, env: Environment<T, *>!): Unit

interface Time : Comparable<Time!>, Serializable

abstract fun isInfinite(): Boolean
abstract fun minus(dt: Time!): Time!
abstract fun plus(dt: Time!): Time!
abstract fun times(var: Double): Time!
abstract fun toDouble(): Double

interface TimeDistribution<T : Any!> : Cloneable, Serializable

abstract fun clone(currentTime: Time!): TimeDistribution<T>!
abstract fun getNextOccurence(): Time!
abstract fun getRate(): Double
abstract fun update(currentTime: Time!, executed: Boolean, param: Double, environment: Environment<T, *>!): Unit

package it.unibo.alchemist.model.interfaces.geometry

interface GeometricShape<S : Vector<S>, A : GeometricTransformation<S>> : Serializable

abstract val centroid: S
abstract fun contains(vector: S): Boolean
abstract val diameter: Double
abstract fun intersects(other: GeometricShape<S, A>): Boolean
abstract fun transformed(transformation: A.() -> Unit): GeometricShape<S, A>

interface GeometricTransformation<S : Vector<S>>

abstract fun origin(position: S): Unit

interface Vector<S : Vector<S>>

abstract val dimensions: Int
abstract fun getCoordinate(dim: Int): Double
abstract operator fun minus(other: S): S
abstract operator fun plus(other: S): S