Examples of Simulator

avrora.sim.Simulator
The Simulator class implements a full processor simulator for the AVR instruction set. It is the base class of specific implementations that implement processor-specific behavior. @author Ben L. Titzer @see Program @see Instr @see BaseInterpreter
ca.nengo.sim.Simulator
Runs simulations of a Network. @author Bryan Tripp
ch.bfh.ti.kybernetik.engine.controller.Simulator
The actual Simulating Engine which is a Runnable Thread and Observers are able to subscbribe to @author pado
com.cburch.logisim.circuit.Simulator
com.ngt.jopenmetaverse.shared.sim.Simulator
com.zylin.zpu.simulator.Simulator
net.javlov.Simulator
org.destecs.core.simulationengine.SimulationEngine.Simulator
org.drools.simulation.impl.Simulator
org.drools.spring.examples.jiahvac.sim.Simulator
org.jgroups.debug.Simulator
Tests one or more protocols independently. Look at org.jgroups.tests.FCTest for an example of how to use it. @author Bela Ban @version $Id: Simulator.java,v 1.14 2008/10/23 16:59:40 rachmatowicz Exp $
org.movsim.simulator.Simulator
org.rhq.metrics.simulator.Simulator
@author John Sanda
rinde.sim.core.Simulator
Simulator is the core class of a simulation. It is responsible for managing time which it does by periodically providing {@link TimeLapse} instances toregistered {@link TickListener}s. Further it provides methods to start and stop simulations. The simulator also acts as a facade through which {@link Model}s and objects can be added to the simulator, more info about models can be found in {@link ModelManager}. The configuration phase of the simulator looks as follows:
1. register models using {@link #register(Model)}
2. call {@link #configure()}
3. register objects using {@link #register(Object)}
4. start simulation by calling {@link #start()}
Note that objects can not be registered before calling {@link #configure()} and {@link Model}s can not be registered after configuring. @author Rinde van Lon (rinde.vanlon@cs.kuleuven.be) @author Bartosz Michalik - simulator APIchanges
trams.simulation.Simulator
This class represents the simulator in the TraMS program. @author Dave Lee.
umontreal.iro.lecuyer.simevents.Simulator
Represents the executive of a discrete-event simulator. This class maintains a simulation clock, an event list, and starts executing the events in the appropriate order. Its methods permit one to start, stop, and (re)initialize the simulation, and read the simulation clock.
Usually, a simulation program uses a single simulation clock which is represented by an instance of this class. For more convenience and compatibility, this class therefore provides a mechanism to construct and return a default simulator which is used when an event is constructed without an explicit reference to a simulator, and when the simulator is accessed through the {@link Sim} class.
Note that this class is NOT thread-safe. Consequently, if a simulation program uses multiple threads, it should acquire a lock on a simulator (using a synchronized block) before accessing its state. Note however, that one can launch many simulations in parallel with as many threads, as long as each thread has its own Simulator.

Examples of rinde.sim.core.Simulator

    run(false);
  }


  public static void run(boolean testing) throws IOException {
    final MersenneTwister rand = new MersenneTwister(123);
    final Simulator simulator = new Simulator(rand, Measure.valueOf(1000L,
        SI.MILLI(SI.SECOND)));
    final Graph<LengthData> graph = DotGraphSerializer
        .getLengthGraphSerializer(new SelfCycleFilter()).read(
            AgentCommunicationExample.class.getResourceAsStream(MAP_DIR));


    // create models
    final RoadModel roadModel = new GraphRoadModel(graph);
    final CommunicationModel communicationModel = new CommunicationModel(rand,
        false);
    simulator.register(roadModel);
    simulator.register(communicationModel);
    simulator.configure();


    // add agents
    for (int i = 0; i < NUM_AGENTS; i++) {
      final int radius = MIN_RADIUS + rand.nextInt(MAX_RADIUS - MIN_RADIUS);
      final double speed = MIN_SPEED + (MAX_SPEED - MIN_SPEED)
          * rand.nextDouble();
      final double reliability = MIN_RELIABILITY
          + (rand.nextDouble() * (MAX_RELIABILITY - MIN_RELIABILITY));


      final RandomWalkAgent agent = new RandomWalkAgent(speed, radius,
          reliability);
      simulator.register(agent);
    }


    // create GUI
    final UiSchema schema = new UiSchema(false);
    schema

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Examples of trams.simulation.Simulator

     * @param playerName a <code>String</code> with the player's name.
     * @return a <code>boolean</code> which is true iff the simulation was created successfully.
     */
    public boolean createSimulator ( String scenarioName, String playerName ) {
        Scenario scen = createScenarioObject(scenarioName, playerName, 800000.00, START_SATISFACTION);
        theSimulator = new Simulator(scen);
        //Now for the scenario - create supplied vehicles.
        logger.debug("Creating " + scen.getNumberSuppliedVehicles() + " vehicles!");
        for ( int i = 0; i < scen.getNumberSuppliedVehicles(); i++ ) {
          Calendar deliveryDate = theSimulator.getCurrentSimTime();
          deliveryDate.add(Calendar.DAY_OF_MONTH, -1);

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Examples of trams.simulation.Simulator

            double balance = Double.parseDouble(scenario.getAttribute("balance"));
            int psgSatisfaction = Integer.parseInt(scenario.getAttribute("satisfaction"));
            //Now create the scenario object.
            Scenario myScenario = createScenarioObject(scenarioName, playerName, balance, psgSatisfaction);
            //Seventhly, create the simulation object.
            theSimulator = new Simulator(myScenario, document.getDocumentElement().getAttribute("time"), Integer.parseInt(document.getDocumentElement().getAttribute("increment")));
            //Set the difficulty level.
            theSimulator.setDifficultyLevel(document.getDocumentElement().getAttribute("difficulty"));
            //Now add the messages!!!!
            NodeList messageNode = (NodeList) xpath.evaluate("//scenario/message", document.getDocumentElement(), XPathConstants.NODESET);
            for ( int i = 0; i < messageNode.getLength(); i++ ) {

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Examples of trams.simulation.Simulator

     * Create a new simulation.
     * @param scenario a <code>Scenario</code> with the scenario to simulate.
     * @return a <code>boolean</code> which is true iff the simulation was created successfully.
     */
    public boolean createSimulation ( Scenario scenario ) {
        theSimulator = new Simulator(scenario);
        return true;
    }

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Examples of umontreal.iro.lecuyer.simevents.Simulator

      if (defaultSimulator instanceof ProcessSimulator) {
         defaultSimulator.init();
         return;
      }
      if (defaultSimulator instanceof Simulator) {
         Simulator temp = defaultSimulator;
         defaultSimulator = newInstance();
         defaultSimulator.init(temp.getEventList());
         return;
      }
      defaultSimulator = newInstance();
      defaultSimulator.init();
   }

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