Uses of Class
modeling.messaging.Message

Packages that use Message

Package	Description
examples.SingleDevs	This package contains a simple example of what a simulation with a single atomic model may look like.
modeling.models	Models in the DEVS sense.
simulation.simulators	All the machinery actually making the simulation possible is implemented here.

Uses of Message in examples.SingleDevs

Methods in examples.SingleDevs that return Message

Modifier and Type	Method and Description
Message	SimpleAtomic.lambda() Devs lambda function that makes the state becoming the model's output.

Methods in examples.SingleDevs with parameters of type Message

Modifier and Type	Method and Description
void	SimpleAtomic.deltcon(Double e, Message x) The confluent transition function that is called when both internal and external transitions should happen at the exactly same time.
void	SimpleAtomic.deltext(Double timeElapsed, Message x) The external transition function.

Uses of Message in modeling.models

Fields in modeling.models declared as Message

Modifier and Type	Field and Description
protected Message	Devs._inputMessage Messages that are on the input.
protected Message	Devs._output Messages that are on the output.

Methods in modeling.models that return Message

Modifier and Type	Method and Description
default Message	IDevs.lambda() DEVS lambda function that make the state becoming the model's output.

Methods in modeling.models with parameters of type Message

Modifier and Type	Method and Description
default void	IDevs.deltcon(Double e, Message x) The confluent transition function that is called when both internal and external transitions should happen at the exactly same time.
default void	IDevs.deltext(Double e, Message x) The external transition function that is called when a Message is received from another model.

Uses of Message in simulation.simulators

Fields in simulation.simulators declared as Message

Modifier and Type	Field and Description
protected Message	AtomicSimulator._inputMessage Model input message.
protected Message	AtomicSimulator._outputMessage Model output message.

Methods in simulation.simulators that return Message

Modifier and Type	Method and Description
Message	IAtomicSimulator.inputMessage() Getter on model's input Message.
Message	AtomicSimulator.inputMessage() Getter on model's input Message.
Message	IAtomicSimulator.outputMessage() Getter on model's output Message.
Message	AtomicSimulator.outputMessage() Getter on model's output Message.

Methods in simulation.simulators with parameters of type Message

Modifier and Type	Method and Description
MultiMap<INamed,IContent>	Coordinator.convertInput(Message x) Converts an input to a map of model names to contents.
MultiMap<INamed,IContent>	ICoordinator.convertInput(Message x) Converts an input to a map of model names to contents.
MultiMap<INamed,IContent>	IAtomicSimulator.convertMsg(Message x) Convert a message into a MultiMap.
MultiMap<INamed,IContent>	AtomicSimulator.convertMsg(Message x) Convert a message into a MultiMap.
void	Simulator.deltFunc(Double t, Message x) Wrapper for model transition functions.
void	ISimulator.deltFunc(Double t, Message x) Wrapper for model transition functions.
void	AtomicSimulator.deltFunc(Double t, Message x) Wrapper for model transition functions.
void	Simulator.simInject(Double e, Message m) Inject an event in the simulation.
void	Coordinator.simInject(Double e, Message m) Injects a message to this Coordinator.
void	ISimulator.simInject(Double e, Message m) Inject an event in the simulation.