Examples of rinde.sim.pdptw.common.VehicleDTO

rinde.sim.pdptw.common.VehicleDTO
An immutable value object representing a vehicle in a pickup-and-delivery problem. @author Rinde van Lon

  public void testIO() {
    final ScenarioBuilder sb = new ScenarioBuilder(PDPScenarioEvent.ADD_DEPOT,
        PDPScenarioEvent.ADD_PARCEL, PDPScenarioEvent.ADD_VEHICLE,
        PDPScenarioEvent.TIME_OUT);


    sb.addEvent(new AddVehicleEvent(100, new VehicleDTO(new Point(7, 7), 7d, 2,
        new TimeWindow(0, 1000L))));
    sb.addEvent(new AddDepotEvent(76, new Point(3, 3)));
    sb.addEvent(new AddVehicleEvent(125, new VehicleDTO(new Point(6, 9), 3d, 1,
        new TimeWindow(500, 10000L))));
    sb.addEvent(new AddParcelEvent(ParcelDTO
        .builder(new Point(0, 0), new Point(1, 1))
        .pickupTimeWindow(new TimeWindow(2500, 10000))
        .deliveryTimeWindow(new TimeWindow(5000, 10000))

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   * {@link Solvers#computeStats(GlobalStateObject, ImmutableList)} method
   * produces the same result when providing decomposed state objects.
   */
  @Test
  public void convertDecompositionTest() {
    final VehicleDTO vd1 = new VehicleDTO(
        new Point(5, 5), 30, 0,
        new TimeWindow(100L, 100000L));


    final ParcelDTO a = ParcelDTO.builder(new Point(0, 0), new Point(10, 10))
        .pickupTimeWindow(new TimeWindow(0, 30))

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    assertEquals(expected.size(), states.size());


    for (int i = 0; i < expected.size(); i++) {


      final TestVehicle vehicle = expected.get(i);
      final VehicleDTO dto = vehicle.dto;
      final VehicleStateObject vs = states.get(i);


      assertEquals(dto.availabilityTimeWindow, vs.availabilityTimeWindow);
      assertEquals(dto.capacity, vs.capacity);
      assertEquals(dto.speed, vs.speed, 0);

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  static class TestVehicle extends DefaultVehicle {
    public final VehicleDTO dto;


    TestVehicle(Point start) {
      super(new VehicleDTO(start, .1, 1, TW));
      dto = getDTO();
    }

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  }


  static class TestVehicle extends RouteFollowingVehicle {


    TestVehicle(Point start) {
      super(new VehicleDTO(start, 30, 1, new TimeWindow(0, 1000)), false);
    }

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    final Point depotPosition = new Point(2.0, 2.5);
    final double truckSpeed = 30;
    sb.addEvent(new AddDepotEvent(-1, depotPosition));
    for (int i = 0; i < vehicles; i++) {
      sb.addEvent(new AddVehicleEvent(-1, new VehicleDTO(depotPosition,
          truckSpeed, 0, new TimeWindow(0, totalTime))));
    }
    sb.addEvents(parcels.get(online));
    sb.addEvent(new TimedEvent(TIME_OUT, totalTime));

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  }


  @Test(expected = IllegalArgumentException.class)
  @SuppressWarnings("null")
  public void validateZeroSpeed() {
    final VehicleDTO dto1 = new VehicleDTO(null, 0, 1, null);
    final VehicleStateObject vs1 = new VehicleStateObject(dto1, null, null, 0,
        null, null);
    final GlobalStateObject state = new GlobalStateObject(null,
        ImmutableList.of(vs1), 0, null, null, null);
    SolverValidator.validateInputs(state);

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    return new ParcelDTO(new Point(0, 0), new Point(0, 0), TimeWindow.ALWAYS,
        TimeWindow.ALWAYS, 0, 0, 0, 0);
  }


  static VehicleDTO vdto() {
    return new VehicleDTO(new Point(0, 0), 1, 1, TimeWindow.ALWAYS);
  }

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    sim.register(new DefaultPDPModel());
    sim.register(new PDPRoadModel(new PlaneRoadModel(new Point(0, 0),
        new Point(10, 10), 50), false));
    sim.configure();


    final RouteFollowingVehicle rfv = new RouteFollowingVehicle(new VehicleDTO(
        new Point(1, 1), 50, 10, new TimeWindow(0, 1000000)), false);
    final Depot depot = new DefaultDepot(new Point(5, 5));


    final DefaultParcel dp1 = new DefaultParcel(new ParcelDTO(new Point(2, 2),
        new Point(3, 3), new TimeWindow(0, 1000), new TimeWindow(0, 1000), 0,

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    // for (int i = 0; i < numVehicles; i++) {
    // sb.addEvent(new AddVehicleEvent(0, new VehicleDTO(coordinates.get(0),
    // 1.0, capacity, timeWindow)));
    // }
    final VehicleDTO defaultVehicle = new VehicleDTO(coordinates.get(0), 1.0,
        capacity, timeWindow);


    // Nr. des Pickup-Orts; Nr. des Delivery-Orts; untere Zeitfenstergrenze
    // Pickup; obere Zeitfenstergrenze Pickup; untere Zeitfenstergrenze
    // Delivery; obere Zeitfenstergrenze Delivery; benötigte Kapazität;

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