KSLCore/ksl.modeling.elements

Package-level declarations

Types

open class EventGenerator(parent: ModelElement, generateAction: GeneratorActionIfc? = null, timeUntilFirstRV: RandomIfc = ConstantRV.ZERO, timeBtwEventsRV: RandomIfc = ConstantRV.POSITIVE_INFINITY, maxNumberOfEvents: Long = Long.MAX_VALUE, timeOfTheLastEvent: Double = Double.POSITIVE_INFINITY, name: String? = null) : ModelElement, EventGeneratorIfc

This class allows for the periodic generation of events similar to that achieved by "Create" modules in simulation languages. This class works in conjunction with the EventGeneratorActionIfc which is used to listen and react to the events that are generated by this class.

EventGeneratorCIfc

interface EventGeneratorCIfc

EventGeneratorIfc

interface EventGeneratorIfc : EventGeneratorCIfc

An interface to define how event generators operate. The primary subclass is EventGenerator. Of particular note is the use of initial parameters:

GeneratorActionIfc

fun interface GeneratorActionIfc

This interface defines the action to occur for an EventGenerator. Implementors place code in the method generate() in order to provide actions that can occur when the event that was generated is executed.

RandomElement

abstract class RandomElement(parent: ModelElement, rSource: RandomIfc, name: String? = null) : ModelElement, RandomElementIfc, RandomSourceCIfc

RandomElementIfc

interface RandomElementIfc : RNStreamControlIfc, RNStreamChangeIfc

A tagging interface that is used to facilitate stream control for model elements that require randomness

RandomEmpiricalMap

class RandomEmpiricalMap<K, V>(parent: ModelElement, map: Map<K, V>, theCDF: DoubleArray, stream: RNStreamIfc = KSLRandom.nextRNStream(), name: String? = null) : ModelElement, Map<K, V> , RElementIfc<V>

Allows random selection of elements from the map. The supplied map must have at least one element. The supplied array must represent a valid cumulative distribution function over the same number of elements as in the map.

RandomList

class RandomList<T : Any>(parent: ModelElement, elements: List<T>, stream: RNStreamIfc = KSLRandom.nextRNStream(), name: String? = null) : ModelElement, RandomElementIfc

RandomMap

class RandomMap<K, V>(parent: ModelElement, map: Map<K, V>, stream: RNStreamIfc = KSLRandom.nextRNStream(), name: String? = null) : ModelElement, Map<K, V> , RElementIfc<V>

Allows random selection of elements from the map. The supplied map must have at least one element

REmpiricalList

class REmpiricalList<T>(parent: ModelElement, dEmpiricalList: DEmpiricalList<T>, name: String? = null) : ModelElement, RandomElementIfc, RElementIfc<T>

Schedule

class Schedule(parent: ModelElement, startTime: Double = 0.0, length: Double = Double.POSITIVE_INFINITY, autoStartOption: Boolean = true, repeatable: Boolean = true, startPriority: Int = KSLEvent.DEFAULT_PRIORITY - 5, itemPriority: Int = KSLEvent.DEFAULT_PRIORITY - 4, name: String? = null) : ModelElement

A Schedule represents a known set of events that can occur according to a pattern. A schedule contains one or more instances of ScheduleItem. A ScheduleItem represents an item on a Schedule. It has a start time, relative to the start of the Schedule and a duration. If more than one schedule item needs to start at the same time, then a priority can be provided to determine the ordering (i.e. the smallest priority goes first). ScheduleItems are not scheduled to occur until the Schedule actually starts.

ScheduleChangeListenerIfc

interface ScheduleChangeListenerIfc

ScheduleListener

class ScheduleListener : ScheduleChangeListenerIfc

Functions

main

fun main()