Examples of TimeWindow

com.espertech.esper.collection.TimeWindow
Container for events per time slot. The time is provided as long milliseconds by client classes. Events are for a specified timestamp and the implementation creates and adds the event to a slot for that timestamp. Events can be expired from the window via the expireEvents method when their timestamp is before (or less then) an expiry timestamp passed in. Expiry removes the event from the window. The window allows iteration through its contents. It is assumed that the timestamp passed to the add method is ascending. The window is backed by a collection reflecting the timestamp order rather then any sorted map or linked hash map for performance reasons.
jsprit.core.problem.solution.route.activity.TimeWindow
TimeWindow consists of a startTime and endTime. @author stefan schroeder
org.apache.hadoop.mapred.StatisticsCollector.TimeWindow
org.apache.uima.ducc.transport.event.common.TimeWindow
org.jitterbit.integration.activity.client.TimeWindow
@author Torgil Zethson @since 4.0.0
rinde.sim.util.TimeWindow
A time window is an interval in time. It is defined as a half open interval: [begin, end). @author Rinde van Lon

Examples of rinde.sim.util.TimeWindow


    @Override
    public VanLon14Scenario create(List<TimedEvent> events,
        ScenarioGenerator<VanLon14Scenario> generator, int instanceNumber) {


      final TimeWindow tw = new TimeWindow(0, generator.getScenarioLength());
      final Point min = generator.getMinPoint();
      final Point max = generator.getMaxPoint();
      final long tickSize = generator.getTickSize();
      return new VanLon14Scenario(events, tw, min, max, tickSize, pc,
          instanceNumber);

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Examples of rinde.sim.util.TimeWindow


  @Test
  public void convertTWtest() {
    final UnitConverter timeConverter = MILLI(SECOND).getConverterTo(SECOND);


    final int[] tw1 = convertTW(new TimeWindow(300, 800), 5, timeConverter);
    assertEquals(0, tw1[0]);
    assertEquals(1, tw1[1]);


    final int[] tw2 = convertTW(new TimeWindow(7300, 8800), 0, timeConverter);
    assertEquals(8, tw2[0]);
    assertEquals(8, tw2[1]);


    final int[] tw3 = convertTW(new TimeWindow(7300, 8800), 7300, timeConverter);
    assertEquals(0, tw3[0]);
    assertEquals(1, tw3[1]);
  }

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Examples of rinde.sim.util.TimeWindow

    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,
        0L, 5L, 5L));
    final DefaultParcel dp2 = new DefaultParcel(new ParcelDTO(new Point(2, 2),
        new Point(3, 3), new TimeWindow(0, 1000), new TimeWindow(0, 1000), 0,
        0L, 5L, 5L));


    sim.register(depot);
    sim.register(rfv);
    sim.register(dp1);

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Examples of rinde.sim.util.TimeWindow

    final String[] firstLine = ordersFileReader.readLine().split(";");
    final int numVehicles = Integer.parseInt(firstLine[0]);
    final int capacity = Integer.parseInt(firstLine[1]);
    final long startTime = Long.parseLong(firstLine[2]);
    final long endTime = Long.parseLong(firstLine[3]);
    final TimeWindow timeWindow = new TimeWindow(startTime, endTime);


    sb.addEvent(new TimedEvent(PDPScenarioEvent.TIME_OUT, endTime));


    // 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;
    // Anrufzeit; Servicezeit Pickup; Servicezeit Delivery
    while ((line = ordersFileReader.readLine()) != null) {
      final String[] parts = line.split(";");


      final int neededCapacity = 1; // Integer.parseInt(parts[6]);


      final ParcelDTO o = new ParcelDTO(coordinates.get(Integer
          .parseInt(parts[0])), coordinates.get(Integer.parseInt(parts[1])),
          new TimeWindow(Long.parseLong(parts[2]), Long.parseLong(parts[3])),
          new TimeWindow(Long.parseLong(parts[4]), Long.parseLong(parts[5])),
          neededCapacity, Long.parseLong(parts[7]), Long.parseLong(parts[8]),
          Long.parseLong(parts[9]));


      sb.addEvent(new AddParcelEvent(o));
    }

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Examples of rinde.sim.util.TimeWindow

      }
      final String xy = reader.nextString();
      final String[] parts = xy.split(",");
      final long x = Long.parseLong(parts[0]);
      final long y = Long.parseLong(parts[1]);
      return new TimeWindow(x, y);
    }

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Examples of rinde.sim.util.TimeWindow

    // System.out.println(deliverLeft);
    // }


    // System.out.println(pickRight - pickLeft);
    return ImmutableList
        .of(new TimeWindow(pickLeft, pickRight), new TimeWindow(deliverLeft,
            deliverRight));
  }

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Examples of rinde.sim.util.TimeWindow

    // System.out.println(deliverRemainingTime);
    // System.out.println(deliverLeft);
    // }


    return ImmutableList
        .of(new TimeWindow(pickLeft, pickRight), new TimeWindow(deliverLeft,
            deliverRight));
  }

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Examples of rinde.sim.util.TimeWindow

  static class LoadPart {
    private final double load;
    private final TimeWindow tw;


    LoadPart(long st, long end, double value) {
      tw = new TimeWindow(st, end);
      load = value;
    }

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Examples of rinde.sim.util.TimeWindow

      }
      final String xy = reader.nextString();
      final String[] parts = xy.split(",");
      final long x = Long.parseLong(parts[0]);
      final long y = Long.parseLong(parts[1]);
      return new TimeWindow(x, y);
    }

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Examples of rinde.sim.util.TimeWindow

          scenarioLength > maxRequiredTime,
          "The scenario length must be long enough such that there is enough time for a vehicle to service a pickup at one end of the environment and to service a delivery at an opposite end of the environment and be back in time at the depot.");


      final VehicleDTO vehicleDto = new VehicleDTO(depotLocation,
          vehicleSpeed,
          VEHICLE_CAPACITY, new TimeWindow(0, scenarioLength));


      if (arrivalTimesGenerator == null) {
        arrivalTimesGenerator = new PoissonProcessArrivalTimes(
            latestOrderAnnounceTime,
            globalAnnouncementIntensity, ordersPerAnnouncement);

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