Uses of Class
desmoj.core.simulator.Entity

Packages that use Entity

Package	Description
desmoj.core.dist	Distributions to model stochastic effects.
desmoj.core.report	Reporters for the DESMO-J core Reportable components able and output generation.
desmoj.core.simulator	The core simulation infrastructure and basic components.
desmoj.extensions.applicationDomains.harbour	Example model components for harbour terminal simulation.
desmoj.extensions.applicationDomains.production	Example model components for production system simulation.
desmoj.extensions.chaining	Chaining components, e.g. for generic production systems.
desmoj.extensions.chaining.abstractions	Abstractions of the chaining components from desmoj.extensions.chaining.
desmoj.extensions.scheduling	Timetables schedules to activate and passivate SimProcesses.
desmoj.extensions.space3D	Objects in a 3D space and relevant motion operations.
desmoj.extensions.visualization2d.animation.core.simulator	This package is the animated version of package desmoj.core.simulator

Uses of Entity in desmoj.core.dist

Classes in desmoj.core.dist with type parameters of type Entity

Modifier and Type	Class and Description
class	EntityDist<E extends Entity> Superclass for all distributions returning samples in terms of different entities.
class	EntityDistEmpirical<E extends Entity> Empirically distributed stream of entities.
class	EntityDistUniform<E extends Entity> Uniformly distributed stream of entities.
class	SeriesEntities<E extends Entity> A series is a special distribution returning preset, user-defined entries from a list.

Uses of Entity in desmoj.core.report

Constructors in desmoj.core.report with parameters of type Entity

Constructor and Description
TraceNote(Model origin, java.lang.String message, TimeInstant time, Entity entityInvolved, EventAbstract eventInvolved) Creates a new tracenote with the given parameters as initial values.

Constructor parameters in desmoj.core.report with type arguments of type Entity

Constructor and Description
TraceNote(Model origin, java.lang.String message, TimeInstant time, java.util.List<Entity> entitiesInvolved, EventAbstract eventInvolved) Creates a new tracenote with the given parameters as initial values.

Uses of Entity in desmoj.core.simulator

Classes in desmoj.core.simulator with type parameters of type Entity

Modifier and Type	Class and Description
class	Condition<E extends Entity> Derive from this class to create a conditional which an entity (including processes as special entities) may fulfill or not, e.g. for the purpose of queue filtering.
class	Event<E extends Entity> Provides the class for user defined events to change a single entity's internal state.
class	EventOf2Entities<E extends Entity,F extends Entity> Provides the class for user defined events to change two entities' internal states.
class	EventOf2Entities<E extends Entity,F extends Entity> Provides the class for user defined events to change two entities' internal states.
class	EventOf3Entities<E extends Entity,F extends Entity,G extends Entity> Provides the class for user defined events to change three entities' internal states.
class	EventOf3Entities<E extends Entity,F extends Entity,G extends Entity> Provides the class for user defined events to change three entities' internal states.
class	EventOf3Entities<E extends Entity,F extends Entity,G extends Entity> Provides the class for user defined events to change three entities' internal states.
class	Queue<E extends Entity> Queue provides models with a ready-to-use modelling element to enqueue entities in.
class	QueueList<E extends Entity> Is the abstract superclass for all the classes implementing different queueing strategies for a waiting-queue.
class	QueueListFifo<E extends Entity> Contains the implementation with the java.util.LinkedList to represent queueing functionality.
class	QueueListLifo<E extends Entity> Contains the implementation with the java.util.LinkedList to represent queueing functionality.
class	QueueListRandom<E extends Entity> Contains the implementation with the java.util.LinkedList to represent queueing functionality.
class	QueueListStandard<E extends Entity> Is the class summing up all the collective implementation of different queueing strategies for a queue list.

Subclasses of Entity in desmoj.core.simulator

Modifier and Type	Class and Description
class	ArrivalProcess<S extends SimProcess> An ArrivalProcess is some kind of source for SimProcess es.
class	ComplexSimProcess A ComplexSimProcess is a SimProcess which serves as a container for other SimProcess es.
class	SimProcess SimProcess represents entities with an own active lifecycle.

Methods in desmoj.core.simulator with type parameters of type Entity

Modifier and Type	Method and Description
<E extends Entity> void	Entity.schedule(E who2, EventOf2Entities<?,E> what) Schedules this Entity to be manipulated by the given EventOf2Entities at the current time.
<E extends Entity> void	Entity.schedule(E who2, EventOf2Entities<?,E> what, TimeInstant when) Schedules this Entity to be manipulated by the given EventOf2Entities at the given point of time.
<E extends Entity> void	Entity.schedule(E who2, EventOf2Entities<?,E> what, TimeSpan dt) Schedules this Entity to be manipulated by the given EventOf2Entities at the current time plus the given offset.
<E extends Entity,F extends Entity> void	Entity.schedule(E who2, F who3, EventOf3Entities<?,E,F> what) Schedules this Entity to be manipulated by the given EventOf3Entities at the current time.
<E extends Entity,F extends Entity> void	Entity.schedule(E who2, F who3, EventOf3Entities<?,E,F> what) Schedules this Entity to be manipulated by the given EventOf3Entities at the current time.
<E extends Entity,F extends Entity> void	Entity.schedule(E who2, F who3, EventOf3Entities<?,E,F> what, TimeInstant when) Schedules this Entity to be manipulated by the given EventOf3Entities at the given point of time.
<E extends Entity,F extends Entity> void	Entity.schedule(E who2, F who3, EventOf3Entities<?,E,F> what, TimeInstant when) Schedules this Entity to be manipulated by the given EventOf3Entities at the given point of time.
<E extends Entity,F extends Entity> void	Entity.schedule(E who2, F who3, EventOf3Entities<?,E,F> what, TimeSpan dt) Schedules this Entity to be manipulated by the given EventOf3Entities at the current time plus the given offset.
<E extends Entity,F extends Entity> void	Entity.schedule(E who2, F who3, EventOf3Entities<?,E,F> what, TimeSpan dt) Schedules this Entity to be manipulated by the given EventOf3Entities at the current time plus the given offset.
<E extends Entity> void	Entity.scheduleAfter(Schedulable after, EventOf2Entities<?,E> what, E who2) Schedules this Entity with the given EventOf2Entities to occur directly after the given Schedulable that is already scheduled.
<E extends Entity,F extends Entity> void	Entity.scheduleAfter(Schedulable after, EventOf3Entities<?,E,F> what, E who2, F who3) Schedules this Entity with the given EventOf3Entities to occur directly after the given Schedulable that is already scheduled.
<E extends Entity,F extends Entity> void	Entity.scheduleAfter(Schedulable after, EventOf3Entities<?,E,F> what, E who2, F who3) Schedules this Entity with the given EventOf3Entities to occur directly after the given Schedulable that is already scheduled.
<E extends Entity> void	Entity.scheduleBefore(Schedulable before, EventOf2Entities<?,E> what, E who2) Schedules this Entity with the given EventOf2Entities to occur directly before the given Schedulable that is scheduled.
<E extends Entity,F extends Entity> void	Entity.scheduleBefore(Schedulable before, EventOf3Entities<?,E,F> what, E who2, F who3) Schedules this Entity with the given EventOf3Entities to occur directly before the given Schedulable that is scheduled.
<E extends Entity,F extends Entity> void	Entity.scheduleBefore(Schedulable before, EventOf3Entities<?,E,F> what, E who2, F who3) Schedules this Entity with the given EventOf3Entities to occur directly before the given Schedulable that is scheduled.
<E extends Entity> void	Entity.schedulePreempt(E who2, EventOf2Entities<?,E> what) Schedules this entity with an event to be executed immediately, preempting the process lifecycle executed at the moment.
<E extends Entity,F extends Entity> void	Entity.schedulePreempt(E who2, F who3, EventOf3Entities<?,E,F> what) Schedules this entity with an event to be executed immediately, preempting the process lifecycle executed at the moment.
<E extends Entity,F extends Entity> void	Entity.schedulePreempt(E who2, F who3, EventOf3Entities<?,E,F> what) Schedules this entity with an event to be executed immediately, preempting the process lifecycle executed at the moment.

Methods in desmoj.core.simulator that return Entity

Modifier and Type	Method and Description
Entity	ModelComponent.currentEntity() Returns the currently active Entity.
Entity	Model.getEntity(long ident) Returns the entity to the belonging identifier.
Entity	EventNote.getEntity1() Returns the entity that is associated with this event-note.
Entity	EventNote.getEntity2() Returns the entity that is associated with this event-note.
Entity	EventNote.getEntity3() Returns the entity that is associated with this event-note.

Methods in desmoj.core.simulator that return types with arguments of type Entity

Modifier and Type	Method and Description
java.util.List<Entity>	ModelComponent.currentEntityAll() Returns the currently active entities.
java.util.List<Entity>	Model.getEntities(boolean includeSubmodels) Returns a list of this model's entities.

Methods in desmoj.core.simulator with parameters of type Entity

Modifier and Type	Method and Description
void	ExternalEventStop.eventRoutine(Entity who) Do not use this method to implement the external event's eventRoutine!
static boolean	Entity.isEqual(Entity a, Entity b) Checks if the two entities have the same priority.
static boolean	Entity.isLarger(Entity a, Entity b) Checks if the first of the two entities has a higher priority than the second.
static boolean	Entity.isLargerOrEqual(Entity a, Entity b) Checks if the first of the two entities has higher or same priority than the second.
static boolean	Entity.isNotEqual(Entity a, Entity b) Checks if the first of the two entities have different priorities.
static boolean	Entity.isSmaller(Entity a, Entity b) Checks if the first of the two entities has a lower priority than the second.
static boolean	Entity.isSmallerOrEqual(Entity a, Entity b) Checks if the first of the two entities has lower or same priority than the second.
void	Queue.remove(Entity e) Removes the given Entity from the Queue.

Constructors in desmoj.core.simulator with parameters of type Entity

Constructor and Description
EventNote(Entity who1, Entity who2, Entity who3, EventAbstract what, TimeInstant when, int howImportant, Schedulable source) Event notes can only be created if all relevant data can be supplied at creation time.

Uses of Entity in desmoj.extensions.applicationDomains.harbour

Subclasses of Entity in desmoj.extensions.applicationDomains.harbour

Modifier and Type	Class and Description
class	C_Control A C_Control represents the control component for the cranes.
class	Crane A Crane represents any kind of cranes (containerbridges, gantry crane) which loads/unloads containers(goods) onto/from an external/internal transporter or into/from yard in a container terminal.
class	ExternalTransporter An ExternalTransporter is represents any kind of an external transporter ( Ship,Truck, Train)that arrives in a container terminal to deliver and/or pick up some containers (goods).
class	InternalTransporter A InternalTransporter represents any kind of vehicle (AGV, VC, chassis) which carries goods (containers) around in a container terminal.
class	Job A Job represents any kind of job that the InternalTransporter has to do in a container terminal.
class	Lane A Lane represents a lane where a Truck waits for an internal transporter to get loaded/unloaded by him at a Holding Area.
class	Ship A Ship is an ExternalTransporter wich arrives in a container terminal to deliver and /or pick up some containers (goods).
class	T_Control A T_Control represents the control component for the transporters.
class	Truck A Truck is an ExternalTransporter which arrives at a container terminal to deliver and /or pick up one some containers (goods).

Uses of Entity in desmoj.extensions.applicationDomains.production

Subclasses of Entity in desmoj.extensions.applicationDomains.production

Modifier and Type	Class and Description
class	CustomerProcess CustomerProcess is a kind of process representing a customer.
class	DemandProcess DemandProcess is a kind of process representing the demand in a manufacturing system.
class	MachineProcess A MachineProcess represents any kind of machine which is running at some WorkStation and processing parts (products or goods) there.
class	RestockProcessMS RestockProcessMS is a process restocking a Stock up to a maximum (M) inventory level every time a given safety (S) stock level is reached.
class	RestockProcessMT RestockProcessMT is a process restocking a Stock up to a maximum (M) inventory level on a periodic review bases (fixed Time span = T).
class	RestockProcessQS RestockProcessQS is a process restocking a Stock with a fixed given quantity (Q) every time a given safety (S) stock level is reached.
class	RestockProcessQT RestockProcessQT is a process restocking a Stock with a fixed quantity (Q) of units on a periodic review bases (fixed Time span = T).
class	SimpleTransporter A SimpleTransporter is a simple transporter (vehicle) associated to a TransportJunction.
class	Transporter A Transporter represents any kind of vehicle or conveyor belt which carries goods (products) around in a manufacturing system.
class	Worker A Worker represents any kind of human worker who is working at some WorkStation and processing parts (products or goods) there.

Uses of Entity in desmoj.extensions.chaining

Classes in desmoj.extensions.chaining with type parameters of type Entity

Modifier and Type	Class and Description
class	Merger<EIn extends Entity,EEx extends Entity> The Merger merges the in the Mergerconfig defined entities into the EEx entity.
class	Merger<EIn extends Entity,EEx extends Entity> The Merger merges the in the Mergerconfig defined entities into the EEx entity.
class	MergerConfig<E extends Entity> This class is used by the Merger construct for composing the ratio of entities needed for the merging process.
class	ServiceStation<E extends Entity> The ServiceStation represents a standard operating station which can process entities.
class	Sink<E extends Entity> The Sink represents the end of a production line and has no successor.
class	Source<E extends Entity> The source creates new Entities and send them to the successor.
class	Splitter<EIn extends Entity,EEx extends Entity> The Splitter takes a given Entity and splits it in the parts defined in the List of SplitterOutputs.
class	Splitter<EIn extends Entity,EEx extends Entity> The Splitter takes a given Entity and splits it in the parts defined in the List of SplitterOutputs.
class	SplitterOutput<EIn extends Entity,EEx extends Entity> The SplitterOutput is used in the Splitter context to compose a output config fpr the splitter construct.
class	SplitterOutput<EIn extends Entity,EEx extends Entity> The SplitterOutput is used in the Splitter context to compose a output config fpr the splitter construct.
class	SuccessorAdministration<E extends Entity> Helper class to setup successor behaviour.
class	Transformer<EIn extends Entity,EEx extends Entity> The Tranformer takes a given entitiy and transforms it into a new Type of entity.
class	Transformer<EIn extends Entity,EEx extends Entity> The Tranformer takes a given entitiy and transforms it into a new Type of entity.

Uses of Entity in desmoj.extensions.chaining.abstractions

Classes in desmoj.extensions.chaining.abstractions with type parameters of type Entity

Modifier and Type	Interface and Description
interface	HasPredecessor<E extends Entity> Interface which indicates that an station has a predecessor
interface	HasSuccessor<E extends Entity> Interface which indicates that a station has a successor
class	Station<E extends Entity> The Station is an abstract super class of all chaining constructs.

Uses of Entity in desmoj.extensions.scheduling

Subclasses of Entity in desmoj.extensions.scheduling

Modifier and Type	Class and Description
class	EntitySchedule<E extends SimProcess> EntitySchedule is a list of EntityScheduleEntry's.

Methods in desmoj.extensions.scheduling with parameters of type Entity

Modifier and Type	Method and Description
boolean	EntitySchedule.checkAvailability(Entity e) Wie oben, jedoch mit index = 0 als Default Wert.
boolean	EntitySchedule.checkAvailability(Entity e, int index) Das values-array der schedule entries beschreiben Eigenschaften eines entries.

Uses of Entity in desmoj.extensions.space3D

Classes in desmoj.extensions.space3D with type parameters of type Entity

Modifier and Type	Class and Description
class	SpatialQueue<E extends Entity> This class extends the desmoj.core.simulator.Queue<E> with spatial functionalities.

Subclasses of Entity in desmoj.extensions.space3D

Modifier and Type	Class and Description
class	MovableSpatialEntity The class represents the movable DESMO-J Entities which should be visualized.
class	MovableSpatialSimProcess The class represents the movable DESMO-J SimProcess which should be visualized.
class	SimpleLocation This class represents a simple abstract location.
class	SpatialEntity This class represents the DESMO-J Entities which should be visualized but not movable in the 3D space.
class	SpatialSimProcess This class represents the DESMO-J SimProcess which should be visualized but not movable in the 3D space.

Uses of Entity in desmoj.extensions.visualization2d.animation.core.simulator

Subclasses of Entity in desmoj.extensions.visualization2d.animation.core.simulator

Modifier and Type	Class and Description
class	EntityAnimation Animation of an Entity.
class	SimProcessAnimation Animation of a SimProcess.

Methods in desmoj.extensions.visualization2d.animation.core.simulator with parameters of type Entity

Modifier and Type	Method and Description
void	QueueAnimation.remove(Entity e) Removes the given Entity from the Queue.