alchemist-engine/it.unibo.alchemist.core

Package-level declarations

Types

class ArrayIndexedPriorityEpsilonBatchQueue<T>(epsilon: Double, delegate: ArrayIndexedPriorityQueue<T> = ArrayIndexedPriorityQueue()) : Scheduler<T> , BatchedScheduler<T>

Batched extension for ArrayIndexedPriorityQueue. This implementation uses epsilon-sensitivity in order to build the next batch to process. Events will be added to the batch while | tau(e1) - tau(e2) | < epsilon.

ArrayIndexedPriorityFixedBatchQueue

class ArrayIndexedPriorityFixedBatchQueue<T>(batchSize: Int, delegate: ArrayIndexedPriorityQueue<T> = ArrayIndexedPriorityQueue()) : Scheduler<T> , BatchedScheduler<T>

Batched extension for ArrayIndexedPriorityQueue. This implementation presents fixed size batches.

ArrayIndexedPriorityQueue

class ArrayIndexedPriorityQueue<T> : Scheduler<T>

This class implements the indexed priority queue through an Array.

BatchedScheduler

interface BatchedScheduler<T> : Scheduler<T>

Extension to Scheduler to allow for batched retrieval from the queue.

BatchEngine

class BatchEngine<T, P : Position<out P>> : Engine<T, P>

This class implements a simulation. It offers a wide number of static factories to ease the creation process.

Engine

open class Engine<T, P : Position<out P>?> : Simulation<T, P>

This class implements a simulation.

EngineConfiguration

interface EngineConfiguration

Contains the engine configuration parameters.

JGraphTDependencyGraph

class JGraphTDependencyGraph<T>(environment: Environment<T, *>) : DependencyGraph<T>

This class offers an implementation of a dependency graph, namely a data structure which can address in an efficient way the problem of finding those reactions affected by the execution of another reaction. This class relies heavily on the ReactionHandler interface.