Index (pdevs 3.0 API)

A B C D E F G H I K L M N O P R S T U V W _

A

act() - Method in class modeling.models.AtomicDevs: Getter on the model's ability to output things.
act() - Method in interface modeling.models.IDevs: A getter on the model's ability to output things.
add(IDevs) - Method in class modeling.models.CoupledDevs: Add a new Devs model (atomic or coupled) into the Devs coupled model
add(IDevs) - Method in interface modeling.models.ICoupledDevs: Add a new Devs model (atomic or coupled) into the Devs coupled model
addCoordinator(ICoupledDevs) - Method in class simulation.simulators.Coordinator: Add a coordinator to the given coupled model.
addCoordinator(ICoupledDevs) - Method in interface simulation.simulators.ICoordinator: Add a coordinator to the given coupled model.
addCoupling(IDevs, String, IDevs, String) - Method in class modeling.models.CoupledDevs: Add a new coupling relation between internal model or between the coupled model and its internals models.
addCoupling(IDevs, String, IDevs, String) - Method in interface modeling.models.ICoupledDevs: Add a new coupling relation between internal model or between the coupled model and its internals models.
addExtPair(Map.Entry<INamed, Port>, Map.Entry<INamed, Port>) - Method in class simulation.simulators.Coordinator: Add an external pairing, that is to say a pairing from an external model and its Port to this model and a given Port.
addExtPair(Map.Entry<INamed, Port>, Map.Entry<INamed, Port>) - Method in interface simulation.simulators.ICoordinator: Add an external pairing, that is to say a pairing from an external model and its Port to this model and a given Port.
addImmDelt(IAtomicSimulator) - Method in class simulation.simulators.AtomicSimulator: Add a simulator to those who may execute a transition function.
addImmDelt(IAtomicSimulator) - Method in interface simulation.simulators.IAtomicSimulator: Add a simulator to those who may execute a transition function.
addInInputMessage(IContent) - Method in class simulation.simulators.AtomicSimulator: Add a content into input message.
addInInputMessage(IContent) - Method in interface simulation.simulators.IAtomicSimulator: Add a content into input message.
addInOutputMessage(IContent) - Method in class simulation.simulators.AtomicSimulator: Add a content into output message.
addInOutputMessage(IContent) - Method in interface simulation.simulators.IAtomicSimulator: Add a content into output message.
addInport(String) - Method in class modeling.models.Devs: Add an input Port on the model.
addInport(String) - Method in interface modeling.models.IDevs: Add an input Port on the model.
addOutport(String) - Method in class modeling.models.Devs: Add an output Port on the model.
addOutport(String) - Method in interface modeling.models.IDevs: Add an output Port on the model.
addPair(Map.Entry<INamed, Port>, Map.Entry<INamed, Port>) - Method in class modeling.models.CoupledDevs: Add a coupling data represent as a pair of string for the key and a pair of string for the value.
addPair(Map.Entry<INamed, Port>, Map.Entry<INamed, Port>) - Method in class simulation.simulators.AtomicSimulator: Add a coupling information.
addPair(Map.Entry<INamed, Port>, Map.Entry<INamed, Port>) - Method in interface simulation.simulators.IAtomicSimulator: Add a coupling information.
addSimulator(Double, IAtomicSimulator, int) - Method in interface simulation.scheduler.IScheduler: Schedules an event at a given time from a given simulator.
addSimulator(Double, IAtomicSimulator, int) - Method in class simulation.scheduler.Scheduler: Add a simulator at a given time of next internal event
addSimulator(IAtomicDevs) - Method in class simulation.simulators.Coordinator: Create a simulator and assign it to the atomic model given in parameter.
AdvanceTime(Double) - Method in class modeling.models.AtomicDevs: Update sigma considering a time advance of e.
AdvanceTime(Double) - Method in interface modeling.models.IAtomicDevs: Update sigma considering a time advance of e.
ALL - Static variable in class util.SimulatorAction: Action: compute the output then have a transition.
AtomicDevs - Class in modeling.models: An atomic model as defined in the DEVS formalism.
AtomicDevs(String) - Constructor for class modeling.models.AtomicDevs: Creates an instance with the passed name.
AtomicDevs.AtomicFactory - Class in modeling.models
AtomicFactory() - Constructor for class modeling.models.AtomicDevs.AtomicFactory
AtomicSimulator - Class in simulation.simulators: Simulator made for models coupled inside a coupling model.
AtomicSimulator(IDevs, IAtomicSimulator, IScheduler) - Constructor for class simulation.simulators.AtomicSimulator: Specific constructor that sets the model to simulate, the parent simulator and the simulation scheduler.
AtomicSimulator(IDevs, IAtomicSimulator) - Constructor for class simulation.simulators.AtomicSimulator: Specific constructor that sets the model to simulate and the parent simulator.
AtomicSimulator.AtomicSimulatorFactory - Class in simulation.simulators: The factory class of the AtomicSimulator.
AtomicSimulatorFactory() - Constructor for class simulation.simulators.AtomicSimulator.AtomicSimulatorFactory

B

buildImminents(Double) - Method in class simulation.simulators.Coordinator: Get all imminent transitions from the scheduler.

C

clear() - Method in class util.MultiMap: Clears the map, removing from index all keys and their associated values.
compareTo(INamed) - Method in class modeling.models.Devs
compareTo(INamed) - Method in class simulation.simulators.Simulator
componentDictionary() - Method in class modeling.models.CoupledDevs: Getter on a dictionary associating all internal models to their names.
componentDictionary() - Method in interface modeling.models.ICoupledDevs: Getter on a dictionary that associates all internal models to their names.
components() - Method in class modeling.models.CoupledDevs: Getter on the HashSet that contains all internal models.
components() - Method in interface modeling.models.ICoupledDevs: Getter on the unordered_set (~java HashSet) that contains all internal models.
COMPUTE_O - Static variable in class util.SimulatorAction: Action: compute the output.
computeOutput(Double) - Method in class simulation.simulators.AtomicSimulator: Compute model's output message depending on it's state at a given date.
computeOutput(Double) - Method in class simulation.simulators.Coordinator: Compute model's output message depending on it's state at a given date.
computeOutput(Double) - Method in interface simulation.simulators.IAtomicSimulator: Compute model's output message depending on it's state at a given date.
containsKey(K) - Method in class util.MultiMap: Returns whether the map contains the key given in parameter.
containsValue(V) - Method in class util.MultiMap: Returns whether the map contains the given value is present in the map.
Content<V> - Class in modeling.messaging: A Content is a pair <Port_Name; Value>.
Content(Port, V) - Constructor for class modeling.messaging.Content: Content constructor that takes a port and a value.
Content(String, V) - Constructor for class modeling.messaging.Content: Content constructor that takes a port and a value.
convertInput(Message) - Method in class simulation.simulators.Coordinator: Converts an input to a map of model names to contents.
convertInput(Message) - Method in interface simulation.simulators.ICoordinator: Converts an input to a map of model names to contents.
convertMsg(Message) - Method in class simulation.simulators.AtomicSimulator: Convert a message into a MultiMap.
convertMsg(Message) - Method in interface simulation.simulators.IAtomicSimulator: Convert a message into a MultiMap.
Coordinator - Class in simulation.simulators: A Coordinator is like a conductor in a DEVS simulation.
Coordinator(ICoupledDevs, ICoordinator, IScheduler) - Constructor for class simulation.simulators.Coordinator: Biggest constructor
Coordinator(ICoupledDevs, ICoordinator) - Constructor for class simulation.simulators.Coordinator: Smaller constructor
Coordinator.CoordinatorFactory - Class in simulation.simulators: The factory of the Coordinator class.
CoordinatorFactory() - Constructor for class simulation.simulators.Coordinator.CoordinatorFactory
coordinators() - Method in class simulation.simulators.Coordinator: The set of coordinators in use in this simulation and under the level of this coordinator.
coordinators() - Method in interface simulation.simulators.ICoordinator: The set of coordinators in use in this simulation and under the level of this coordinator.
CoupledDevs - Class in modeling.models: A coupled model as defined in the DEVS formalism.
CoupledDevs(String) - Constructor for class modeling.models.CoupledDevs: Creates a new instance with the passed name.
CoupledDevs.CoupledFactory - Class in modeling.models: The default factory of the CoupledDevs class.
CoupledFactory() - Constructor for class modeling.models.CoupledDevs.CoupledFactory
couplingInfo() - Method in class modeling.models.CoupledDevs: Getter on the MultiMap that contains all coupling relation that is to say associate a pair model/port to another.
couplingInfo() - Method in interface modeling.models.ICoupledDevs: Getter on the multi-map that contains all coupling relation that is to say associate a pair model/port to another.
create(Object...) - Method in class examples.CoupledDevs.SimpleCoupledModel.SCMFactory: Build a specific DEVS network into a SimpleCoupledModel.
create(Object...) - Method in class examples.HierarchicalDevs.SimpleHierarchicalModel.SHMFactory: Create a new instance of a SimpleHierarchicalModel containing three atomic models (SimpleAtomic) and two coupled models (SimpleCoupledModel).
create(Object...) - Method in class examples.SingleDevs.SimpleAtomic.SimpleAtomicFactory: Create a new instance of a very simple atomic model.
create(Object...) - Method in class examples.SingleDevs.SimpleDevs.SimpleDevsFactory: Create a new instance of a SimpleDevs simulator.
create(Object...) - Method in class modeling.models.CoupledDevs.CoupledFactory: The factory method, instantiates a CoupledDevs object.
create(Object...) - Method in class simulation.simulators.AtomicSimulator.AtomicSimulatorFactory: The factory method of this class.
create(Object...) - Method in class simulation.simulators.Coordinator.CoordinatorFactory: Creates an instance of the Coordinator class.
create(Object...) - Method in interface util.Factory: The actual factory method.

D

DELT_FUNC - Static variable in class util.SimulatorAction: Action: have a transition.
deltcon(Double, Message) - Method in class examples.SingleDevs.SimpleAtomic: The confluent transition function that is called when both internal and external transitions should happen at the exactly same time.
deltcon(Double, Message) - Method in interface modeling.models.IDevs: The confluent transition function that is called when both internal and external transitions should happen at the exactly same time.
deltext(Double, Message) - Method in class examples.SingleDevs.SimpleAtomic: The external transition function.
deltext(Double, Message) - Method in interface modeling.models.IDevs: The external transition function that is called when a Message is received from another model.
deltFunc(Double, Message) - Method in class simulation.simulators.AtomicSimulator: Wrapper for model transition functions.
deltFunc(Double) - Method in class simulation.simulators.AtomicSimulator: Wrapper for model transition functions.
deltFunc(Double, Message) - Method in interface simulation.simulators.ISimulator: Wrapper for model transition functions.
deltFunc(Double) - Method in interface simulation.simulators.ISimulator: Wrapper for model transition functions.
deltFunc(Double, Message) - Method in class simulation.simulators.Simulator: Wrapper for model transition functions.
deltFunc(Double) - Method in class simulation.simulators.Simulator: Wrapper for model transition functions.
deltint() - Method in class examples.SingleDevs.SimpleAtomic: The internal transition function.
deltint() - Method in interface modeling.models.IDevs: The internal transition function.
Devs - Class in modeling.models: A DEVS model representation.
Devs(String) - Constructor for class modeling.models.Devs: DEVS constructor that takes a string as the name of the instance.
Devs.DevsFactory - Class in modeling.models: Creates an abstract level for all the children classes of this class.
DevsFactory() - Constructor for class modeling.models.Devs.DevsFactory

E

entrySet() - Method in class util.MultiMap: Generate a Set of Map.Entry of Key/Value.
equals(Object) - Method in class modeling.messaging.Content: Check if the specified object is a Content and contains the same things.
equals(Object) - Method in class modeling.messaging.Port: Checks the equality between the name of this Port and the name of the Port given in parameter.
equals(Object) - Method in class util.MultiMap: Compare the MultiMap to another object to determine if the decorated Map contains the same entries of (key, value) than the parameter.
errorsOnly - Static variable in class util.Logging: Logging levels that may be chosen from for the level variable below.
eventsSet - Variable in class examples.SingleDevs.SimpleAtomic: Used for storing the state of the model at each event.
examples - package examples: Some basic examples of usage of the pdevs library.
examples.CoupledDevs - package examples.CoupledDevs: This package contains a simple example of a one level deep DEVS simulation.
examples.HierarchicalDevs - package examples.HierarchicalDevs: This package exposes how to build a simulation with several levels of coupled model.
examples.SingleDevs - package examples.SingleDevs: This package contains a simple example of what a simulation with a single atomic model may look like.
extCoupInfo - Variable in class simulation.simulators.Coordinator: The links from outside of this coordinator to itself.

F

Factory<C extends INamed> - Interface in util: The common Factory between models and simulators.
findGTEKey(Double) - Method in interface simulation.scheduler.IScheduler: Find the greatest event time smaller or equal to the one passed in parameter.
findGTEKey(Double) - Method in class simulation.scheduler.Scheduler: Given a time of event, finds the greatest key (time of next event) lower or equal to the given time.
full - Static variable in class util.Logging: Logging levels that may be chosen from for the level variable below.
fullName() - Method in class modeling.models.Devs
fullName() - Method in interface modeling.models.IDevs: The name of the model and all its parents.

G

get(K) - Method in class util.MultiMap: Getter on the set of values associated with a given key.
getAllCoordinators() - Method in class simulation.simulators.Coordinator: A getter to the coordinators under this coordinator.
getAllCoordinators() - Method in interface simulation.simulators.ICoordinator: A getter to the coordinators under this coordinator.
getAllSimulators() - Method in class simulation.simulators.Coordinator: Returns all the simulators in use under this coordinator.
getAllSimulators() - Method in interface simulation.simulators.ICoordinator: A getter to the simulators (no coordinators) under this coordinator.

H

hashCode() - Method in class modeling.messaging.Content: The hash code of this object.
hashCode() - Method in class modeling.messaging.Port: The hash code of a Port is the hash code of its name attribute.
holdIn(String, Double) - Method in class modeling.models.AtomicDevs: Update sigma and phase to some specified values.
holdIn(String, Double) - Method in interface modeling.models.IAtomicDevs: Update sigma and phase to some specified values.
holdInNoOut(String, double) - Method in class modeling.models.AtomicDevs: Update sigma and phase to the specified value.
holdInNoOut(String, double) - Method in interface modeling.models.IAtomicDevs: Sets the time advance function to sigma while forbidding the generation of an output if an internal event effectively occurs.

I

IAtomicDevs - Interface in modeling.models: DEVS atomic model API.
IAtomicSimulator - Interface in simulation.simulators: Atomic Simulator interface.
IContent<V> - Interface in modeling.messaging: An interface representing a Message's Content.
ICoordinator - Interface in simulation.simulators: DEVS coordinator API.
ICoupledDevs - Interface in modeling.models: DEVS coupled model API.
IDevs - Interface in modeling.models: An interface for Devs models.
INamed - Interface in util: An interface for Objects that must have a unique name in the system.
informCoupling() - Method in class simulation.simulators.Coordinator: Creates the coupling information.
initialize() - Method in class examples.SingleDevs.SimpleAtomic: Initialize the model.
initialize() - Method in class modeling.models.CoupledDevs: Iteratively initializes all subcomponents of this coupled model.
initialize() - Method in interface modeling.models.IDevs: Initialize the model.
initialize() - Method in class simulation.simulators.Coordinator: Initialize all subcomponents then itself, at time 0.0.
initialize(Double) - Method in class simulation.simulators.Coordinator: Initialize this coordinator at a given time.
initialize() - Method in interface simulation.simulators.ISimulator: Initialize associated model, time and dates.
initialize(Double) - Method in interface simulation.simulators.ISimulator: Initialize associated model, time and dates.
initialize() - Method in class simulation.simulators.Simulator: Initialize associated model, time and dates.
initialize(Double) - Method in class simulation.simulators.Simulator: Initialize associated model, time and dates.
inputMessage() - Method in class simulation.simulators.AtomicSimulator: Getter on model's input Message.
inputMessage() - Method in interface simulation.simulators.IAtomicSimulator: Getter on model's input Message.
inputViolations - Static variable in class util.Logging: Logging levels that may be chosen from for the level variable below.
internalModelTosim - Variable in class simulation.simulators.Coordinator: The internal model, that is to say the
internalModelToSim() - Method in class simulation.simulators.Coordinator: A getter to a dictionary to link the atomic models under the coupled model associated with this coordinator, and their simulator.
internalModelToSim() - Method in interface simulation.simulators.ICoordinator: A getter to a dictionary to link the atomic models under the coupled model associated with this coordinator, and their simulator.
IPort - Interface in modeling.messaging: A Port is just a decorator for a String.
IScheduler - Interface in simulation.scheduler: A Scheduler API.
isEmpty() - Method in class util.MultiMap: Returns whether the map contains no key at all.
ISimulator - Interface in simulation.simulators: Devs simulator API.
isPhase(String) - Method in class modeling.models.AtomicDevs: Check if the specified phase is the model's current phase.
isPhase(String) - Method in interface modeling.models.IAtomicDevs: Check if the specified phase is the model's current phase.
iterator() - Method in class util.MultiMap: Generate an iterator on a generated Set of Map.Entry of key/value.

K

keySet() - Method in class util.MultiMap: Generate a Set that contains all keys that are in this MultiMap.

L

lambda() - Method in class examples.SingleDevs.SimpleAtomic: Devs lambda function that makes the state becoming the model's output.
lambda() - Method in interface modeling.models.IDevs: DEVS lambda function that make the state becoming the model's output.
level - Static variable in class util.Logging: The current logging level used throughout the GenDevs code.
log(String) - Static method in class util.Logging: Writes the given message to stdout.
log(String, int) - Static method in class util.Logging: Writes the given message to stdout if the current logging level is at least as high as the one given.
Logging - Class in util: A central repository for values concerning what kinds of log messages get output from the GenDevs code.
Logging() - Constructor for class util.Logging

M

main(String[]) - Static method in class examples.CoupledDevs.SimpleCoupledModel: Instantiates this coupled model and makes a simulation of it for 10 different event times.
main(String[]) - Static method in class examples.HierarchicalDevs.SimpleHierarchicalModel: Instantiates this coupled model and makes a simulation of it until all atomic models are in a passive state for an infinite time (next event in the system at infinity).
main(String[]) - Static method in class examples.SingleDevs.SimpleDevs: Make a very simple simulation of SimpleAtomic.
makeContent(String, V) - Static method in class modeling.models.Devs: Build a Content from a Port's name as a String and an Object value.
Message - Class in modeling.messaging: Message is a Bag of IContent.
Message() - Constructor for class modeling.messaging.Message
model() - Method in class simulation.simulators.Coordinator: Getter on the simulated model.
model() - Method in interface simulation.simulators.ISimulator: Getter on the simulated model.
model() - Method in class simulation.simulators.Simulator: Getter on the simulated model.
modeling - package modeling: This package contains the complete definition of DEVS models, that is to say Atomic models and Coupled models.
modeling.messaging - package modeling.messaging: Contains all the classes necessary for managing the messages exchanged by atomic models.
modeling.models - package modeling.models: Models in the DEVS sense.
MultiMap<K,V> - Class in util: Implements a simple version of a multi-value map, based on a HashMap for the map part and a HashSet for the multiple values part.
MultiMap() - Constructor for class util.MultiMap: Basic constructor, instantiates the decorated map with an empty instance of HashMap.
MultiMap(Map<? extends K, ? extends V>) - Constructor for class util.MultiMap: Copy constructor, instantiates the decorated map and then copy the parameter entries into the new instance.

N

name() - Method in interface modeling.messaging.IPort: A getter to the name of the Port.
name() - Method in class modeling.messaging.Port: A getter to the name attribute.
name() - Method in class modeling.models.Devs: The name of this model.
name() - Method in class simulation.simulators.Simulator: The name of this simulator, that must be unique among all simulators at the same level and under the same coordinator.
name() - Method in interface util.INamed: The name of the Object that implements this interface.
nextTN() - Method in class simulation.simulators.AtomicSimulator: Return the simulator real next event occurrence date. considering all internal model in case of coupled model.
nextTN() - Method in class simulation.simulators.Coordinator: Return the simulator real next event occurrence date. considering all internal model in case of coupled model.
nextTN() - Method in interface simulation.simulators.IAtomicSimulator: Return the simulator real next event occurrence date. considering all internal model in case of coupled model.
none - Static variable in class util.Logging: Logging levels that may be chosen from for the level variable below.

O

onPort(Port) - Method in class modeling.messaging.Content: Check if the instance is on the specified Port.
onPort(Port) - Method in interface modeling.messaging.IContent: Check if the instance is on the specified Port.
outputMessage() - Method in class simulation.simulators.AtomicSimulator: Getter on model's output Message.
outputMessage() - Method in interface simulation.simulators.IAtomicSimulator: Getter on model's output Message.

P

parent() - Method in class modeling.models.Devs: Getter on the parent model.
parent() - Method in interface modeling.models.IDevs: A getter on the parent model.
parent() - Method in class simulation.simulators.AtomicSimulator: Getter on the parent simulator in case of coupled model.
parent() - Method in interface simulation.simulators.IAtomicSimulator: Getter on the parent simulator in case of coupled model.
passivate() - Method in class modeling.models.AtomicDevs: Set model's phase to passive and sigma to infinity.
passivate() - Method in interface modeling.models.IAtomicDevs: Set current system phase to passive and sigma to infinity.
passivateIn(String) - Method in class modeling.models.AtomicDevs: Set model's phase to a specified value and sigma to infinity.
passivateIn(String) - Method in interface modeling.models.IAtomicDevs: Set model's phase to a specified value and sigma to infinity.
phase() - Method in class modeling.models.AtomicDevs: Getter on the model's phase.
port() - Method in class modeling.messaging.Content: Getter on the contained port.
port() - Method in interface modeling.messaging.IContent: Getter on the contained port.
Port - Class in modeling.messaging: A fancy name for a String.
Port(String) - Constructor for class modeling.messaging.Port: Constructor with a parameter.
portName() - Method in class modeling.messaging.Content: Getter on the contained port's name.
portName() - Method in interface modeling.messaging.IContent: Getter on the contained port's name.
Ports - Class in modeling.messaging: Ports is a HashSet of Port.
Ports() - Constructor for class modeling.messaging.Ports
prepareNextTurn() - Method in class simulation.simulators.Coordinator: Clears the sets of imminent transitions ans advance the time of this coordinator.
put(K, V) - Method in class util.MultiMap: Add a given value to a given key in the MultiMap.
putAll(Map<? extends K, ? extends Set<V>>) - Method in class util.MultiMap: Add all key/value from a given Map into the MultiMap.

R

remove(Double, int) - Method in interface simulation.scheduler.IScheduler: Remove all simulators at the given event time.
remove(Double, int) - Method in class simulation.scheduler.Scheduler: At a given event time, remove all the scheduled simulators from either the tree of outputting models, or the tree without output
remove(K) - Method in class util.MultiMap: Remove a key and its values from the MultiMap.
remove(K, V) - Method in class util.MultiMap: Remove a given value from the set associated to a given key.
removeSimulator(double, IAtomicSimulator) - Method in interface simulation.scheduler.IScheduler: Remove a particular simulator, at a given event time, if it is present.
removeSimulator(double, IAtomicSimulator) - Method in class simulation.scheduler.Scheduler: Remove a simulator from the tree of future events at the given key time.
rootParent() - Method in class simulation.simulators.AtomicSimulator: Getter on the top level parent simulator.
rootParent() - Method in interface simulation.simulators.IAtomicSimulator: Getter on the top level parent simulator.
routeInMessages() - Method in class simulation.simulators.Coordinator: Route the messages coming from the outside of this model into this model.
routeInMessages() - Method in interface simulation.simulators.ICoordinator: Route the messages coming from the outside of this model into this model.
routeMessages() - Method in class simulation.simulators.Coordinator: Sequentially routes the output messages out of this coordinator, then the input messages inside of this model.
routeOutMessages() - Method in class simulation.simulators.AtomicSimulator: Route messages into the coupled model from internal models output to their receivers.
routeOutMessages() - Method in interface simulation.simulators.IAtomicSimulator: Route messages into the coupled model from internal models output to their receivers.

S

scheds - Variable in class simulation.scheduler.Scheduler: The array is to differentiate the models making an internal event with output from the models making an internal event without output.
Scheduler - Class in simulation.scheduler: The scheduler used for managing future events.
Scheduler() - Constructor for class simulation.scheduler.Scheduler: Default constructor creates the maps
scheduler() - Method in class simulation.simulators.AtomicSimulator: Getter on the simulator's Scheduler.
scheduler() - Method in interface simulation.simulators.IAtomicSimulator: Getter on the simulator's Scheduler.
SCMFactory() - Constructor for class examples.CoupledDevs.SimpleCoupledModel.SCMFactory
selectp(Double, int) - Method in interface simulation.scheduler.IScheduler: Select the set of simulators making transitions at the given event time.
selectp(Double, int) - Method in class simulation.scheduler.Scheduler: Select the next event set (at a given time, the minimum one in this case, all events making an internal transition)
set(int) - Static method in class util.Logging: The current logging level used throughout the GenDevs code.
setModelsToSimulate(HashMap<INamed, IAtomicSimulator>) - Method in class simulation.simulators.AtomicSimulator: Setter on list of models to simulate into this.
setModelsToSimulate(HashMap<INamed, IAtomicSimulator>) - Method in interface simulation.simulators.IAtomicSimulator: Setter on list of models to simulate into this.
setParent(ICoupledDevs) - Method in class modeling.models.Devs: Set the parent model which is a ICoupledDevs implementation if it exists.
setParent(ICoupledDevs) - Method in interface modeling.models.IDevs: Set the parent model which is a ICoupledDevs implementation if it exists.
setParent(IAtomicSimulator) - Method in class simulation.simulators.AtomicSimulator: Setter on the parent simulator.
setParent(IAtomicSimulator) - Method in interface simulation.simulators.IAtomicSimulator: Setter on the parent simulator.
setRootParent(IAtomicSimulator) - Method in class simulation.simulators.AtomicSimulator: Setter on the top level parent simulator.
setRootParent(IAtomicSimulator) - Method in interface simulation.simulators.IAtomicSimulator: Setter on the top level parent simulator.
setSigma(Double) - Method in class modeling.models.AtomicDevs: Setter on sigma value.
setSigma(Double) - Method in interface modeling.models.IAtomicDevs: Setter on sigma value.
setSimulator(ICoordinator) - Method in class modeling.models.CoupledDevs: Setter on the model's simulator.
setSimulator(ISimulator) - Method in class modeling.models.Devs: Setter of the model's simulator.
setSimulator(ICoordinator) - Method in interface modeling.models.ICoupledDevs: Setter on the model's simulator.
setSimulator(ISimulator) - Method in interface modeling.models.IDevs: Setter of the model's simulator.
setSimulators() - Method in class simulation.simulators.Coordinator: Every model under the coupled model managed by this coordinator is assigned a Simulator or a Coordinator (depending on the class of the model).
SHMFactory() - Constructor for class examples.HierarchicalDevs.SimpleHierarchicalModel.SHMFactory
sigma() - Method in class modeling.models.AtomicDevs: Getter on sigma value.
sigma() - Method in interface modeling.models.IAtomicDevs: Getter on AtomicDevs._sigma value
simInject(Double, Message) - Method in class simulation.simulators.Coordinator: Injects a message to this Coordinator.
simInject(Double, Message) - Method in interface simulation.simulators.ISimulator: Inject an event in the simulation.
simInject(Double, Message) - Method in class simulation.simulators.Simulator: Inject an event in the simulation.
SimpleAtomic - Class in examples.SingleDevs: This class is a simple example of what can be a basic atomic model.
SimpleAtomic(String) - Constructor for class examples.SingleDevs.SimpleAtomic: Constructor that initializes the name of the model and its attributes (empty Tree and SimpleAtomic.state to 0).
SimpleAtomic.SimpleAtomicFactory - Class in examples.SingleDevs: The factory of this atomci model.
SimpleAtomicFactory() - Constructor for class examples.SingleDevs.SimpleAtomic.SimpleAtomicFactory
SimpleCoupledModel - Class in examples.CoupledDevs: A simple example of a DEVS coupled model.
SimpleCoupledModel(String) - Constructor for class examples.CoupledDevs.SimpleCoupledModel: Creates a new model with the passed name.
SimpleCoupledModel.SCMFactory - Class in examples.CoupledDevs: The Factory of this coupled model.
SimpleDevs - Class in examples.SingleDevs: This very basic simulator passively encapsulates a SimpleAtomic.
SimpleDevs(IDevs) - Constructor for class examples.SingleDevs.SimpleDevs: SimpleDevs specialized constructor that takes a model to simulate.
SimpleDevs.SimpleDevsFactory - Class in examples.SingleDevs: The factory of this simulator.
SimpleDevsFactory() - Constructor for class examples.SingleDevs.SimpleDevs.SimpleDevsFactory
SimpleHierarchicalModel - Class in examples.HierarchicalDevs: A simple example of a two-levels deep coupled model.
SimpleHierarchicalModel(String) - Constructor for class examples.HierarchicalDevs.SimpleHierarchicalModel: Create a new instance of this coupled model with the passed name.
SimpleHierarchicalModel.SHMFactory - Class in examples.HierarchicalDevs: The factory of this coupled model.
simulate(Integer) - Method in class simulation.simulators.Coordinator: Run the simulation up to a specified iteration count.
simulate(Integer) - Method in interface simulation.simulators.ISimulator: Run the simulation up to a specified iteration count.
simulate(Integer) - Method in class simulation.simulators.Simulator: Run the simulation up to a specified iteration count.
simulation - package simulation: This package contains the actual simulators.
simulation.scheduler - package simulation.scheduler: The default schedulers can be found here.
simulation.simulators - package simulation.simulators: All the machinery actually making the simulation possible is implemented here.
simulator() - Method in class modeling.models.CoupledDevs: Getter on the model's simulator that is actually a Coordinator for coupled models.
simulator() - Method in class modeling.models.Devs: Getter on the model's simulator.
simulator() - Method in interface modeling.models.IDevs: A getter on the model's simulator.
Simulator - Class in simulation.simulators: Simulator for only one simple model.
Simulator(IDevs) - Constructor for class simulation.simulators.Simulator: Specific constructor that sets the name to "SingleSimulator" and takes a model to simulate.
Simulator.SimulatorFactory - Class in simulation.simulators: The factory class of all simulators.
SimulatorAction - Class in util: All different possible actions possible for an atomic model during a transition.
SimulatorAction() - Constructor for class util.SimulatorAction
simulatorCreated(IAtomicSimulator, IDevs) - Method in class simulation.simulators.Coordinator: When a simulator or a coordinator has been created by this coordinator, adds it to the memory linked with their assigned model.
SimulatorFactory() - Constructor for class simulation.simulators.Simulator.SimulatorFactory
simulators() - Method in class simulation.simulators.Coordinator: The set of all the simulators in use in this simulation and under the level of this coordinator.
simulators() - Method in interface simulation.simulators.ICoordinator: The set of all the simulators in use in this simulation and under the level of this coordinator.
size() - Method in class util.MultiMap: Computes the size of the decorated map.
state - Variable in class examples.SingleDevs.SimpleAtomic: The state of the model.
storeEvent(Double, String) - Method in class examples.SingleDevs.SimpleAtomic: Store a new event in the event map.
storeEventsInFile(ICoordinator, Class<? extends CoupledDevs>, String) - Static method in class examples.HierarchicalDevs.SimpleHierarchicalModel: Takes a coupled model and prints its content (state of its atomic models at all levels) to a file.

T

ta() - Method in class modeling.models.AtomicDevs: Return the time advance to the next event's occurrence.
ta() - Method in interface modeling.models.IDevs: Return the time advance to the next event's occurrence.
tellAllRouteInMessages() - Method in class simulation.simulators.Coordinator: This method is only called by the root coordinator.
tellAllRouteInMessages() - Method in interface simulation.simulators.ICoordinator: Tells all sub coordinators to route their input messages.
tellAllRouteOutMessages() - Method in class simulation.simulators.Coordinator: This method is only called by the root coordinator.
tellAllSimsSetModToSim(HashMap<INamed, IAtomicSimulator>) - Method in class simulation.simulators.Coordinator: Assigns models to simulators
timeAdvance(Double) - Method in class simulation.simulators.AtomicSimulator: Advance the time of the atomic simulator.
timeAdvance(Double) - Method in interface simulation.simulators.ISimulator: Advance current time to the specified date.
timeAdvance(Double) - Method in class simulation.simulators.Simulator: Advance current time to the specified date.
tL() - Method in interface simulation.simulators.ISimulator: Getter on the last event occurrence date.
tL() - Method in class simulation.simulators.Simulator: Getter on the last event occurrence date.
tN() - Method in interface simulation.simulators.ISimulator: Getter on the next event occurrence date.
tN() - Method in class simulation.simulators.Simulator: Getter on the next event occurrence date.
toString() - Method in class examples.SingleDevs.SimpleAtomic: Generate a string that represents the model state.
toString() - Method in class modeling.messaging.Content
toString() - Method in class modeling.messaging.Port
toString() - Method in class modeling.models.AtomicDevs: Serialize instance into a string.
toString() - Method in class modeling.models.CoupledDevs: Generate a String of the instance.
totalSize() - Method in class util.MultiMap: Computes the total size of the decorated map.

U

util - package util: A tool box for models and simulators.

V

value() - Method in class modeling.messaging.Content: Getter on the contained value.
value() - Method in interface modeling.messaging.IContent: Getter on the contained value.
valueOnPort(String) - Method in class modeling.messaging.Content: Access to the value if the port's name is the specified string.
values() - Method in class util.MultiMap: generate a HashSet containing all values stored in the MultiMap.

W

wrapDeltFunc(Double) - Method in class simulation.simulators.Coordinator: A wrapper for calling all the transition functions of all transitioning models.

_

_act - Variable in class modeling.models.AtomicDevs: Define the system ability to output things for the next internal event.
_componentDictionary - Variable in class modeling.models.CoupledDevs: A dictionary that associates DEVS models to a name.
_components - Variable in class modeling.models.CoupledDevs: HashSet of DEVS models (atomic and coupled) that compose this model.
_coordinatorFactory - Static variable in class simulation.simulators.Coordinator: The factory for coordinators associated with this instance.
_coordinators - Variable in class simulation.simulators.AtomicSimulator: The set of sub coordinators of this simulator.
_couplingInfo - Variable in class modeling.models.CoupledDevs: A MultiMap that contains internal coupling information.
_couplingInfo - Variable in class simulation.simulators.AtomicSimulator: Data structure that represents the coupling between internal models.
_IMM_COMPUTE_O - Static variable in class simulation.simulators.AtomicSimulator: The set of models emitting an output at the time of next event.
_IMM_DELTFUNC - Static variable in class simulation.simulators.AtomicSimulator: The set of models making a transition at the time of next event.
_inputMessage - Variable in class modeling.models.Devs: Messages that are on the input.
_inputMessage - Variable in class simulation.simulators.AtomicSimulator: Model input message.
_inputPorts - Variable in class modeling.models.Devs: An HashSet of Ports on the input.
_map - Variable in class util.MultiMap: The decorated HashMap.
_model - Variable in class simulation.simulators.Simulator: Associated model.
_modelsToSimulate - Variable in class simulation.simulators.AtomicSimulator: A collection of simulators associated with their model's name.
_name - Variable in class modeling.messaging.Port: The name of the Port.
_name - Variable in class modeling.models.Devs: A unique identifier for this DEVS model.
_name - Variable in class simulation.simulators.Simulator: A unique identifier for this simulator.
_output - Variable in class modeling.models.Devs: Messages that are on the output.
_outputMessage - Variable in class simulation.simulators.AtomicSimulator: Model output message.
_outputPorts - Variable in class modeling.models.Devs: An HashSet of Ports on the output.
_parent - Variable in class modeling.models.Devs: The parent model.
_parent - Variable in class simulation.simulators.AtomicSimulator: Parent simulator if it exists, that is to say if the current simulator isn't the top level simulator.
_phase - Variable in class modeling.models.AtomicDevs: Current model _phase ("passive","active", ...)
_port - Variable in class modeling.messaging.Content: The Port through which the value transits.
_rootParent - Variable in class simulation.simulators.AtomicSimulator: Top level parent simulator if it exists, that is to say if the current simulator isn't the top level simulator.
_scheduler - Static variable in class simulation.simulators.AtomicSimulator: Simulation scheduler, managing the future events.
_sigma - Variable in class modeling.models.AtomicDevs: Time interval between the last event that happen and and the next internal event occurrence date.
_simulator - Variable in class modeling.models.Devs: The model's simulator.
_simulatorFactory - Static variable in class simulation.simulators.Coordinator: The factory for simulators associated with this instance.
_simulators - Variable in class simulation.simulators.AtomicSimulator: The set of subcomponents of this simulator.
_tL - Variable in class simulation.simulators.Simulator: Last event occurrence date.
_tN - Variable in class simulation.simulators.Simulator: Next event occurrence date.
_value - Variable in class modeling.messaging.Content: The value sent or received.

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