Examples of de.hpi.eworld.model.db.data.event.EnvironmentEventModel

Package de.hpi.eworld.model.db.data.event

Examples of de.hpi.eworld.model.db.data.event.EnvironmentEventModel

de.hpi.eworld.model.db.data.event.EnvironmentEventModel
The Environment class implements all environment-based events. In contrast to roadEvents, environmentEvents are not necessarily bound to an edge, but may just appear within the environment. An environmentEvent of type "rain" could probably be defined by a circleLocation consisting of a center and a radius that marks the "rain" area. @author Sebastian Enderlein

    cl.setCirclePoint(new GlobalPosition(3.0, 2.0));
    List<EdgeModel> underlyingEdges = calculateUnderlyingEdges(3.0, 4.0, 2.0, Arrays.asList(e));
    for (EdgeModel underlyingEdge : underlyingEdges) {
      cl.addEdge(underlyingEdge);
    }
    ee[0] = new EnvironmentEventModel(EnvironmentEventModel.Type.Fog, 2, cl);
    ee[0].setStartTime(0);
    ee[0].setEndTime(5000);


    cl = new CircleLocationModel();
    cl.setCenter(new GlobalPosition(3.0, 3.0));
    cl.setRadius(3.0);
    cl.setCirclePoint(new GlobalPosition(3.0, 2.0));
    underlyingEdges = calculateUnderlyingEdges(3.0, 3.0, 3.0, Arrays.asList(e));
    for (EdgeModel underlyingEdge : underlyingEdges) {
      cl.addEdge(underlyingEdge);
    }
    ee[1] = new EnvironmentEventModel(EnvironmentEventModel.Type.Rain, 2, cl);
    ee[1].setStartTime(100);
    ee[1].setEndTime(2000);


    // add all model elements to a list
    for (NodeModel node : n) {

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    GlobalPosition circlePosition = GlobalPosition.from(circlePoint);
    cl.setCirclePoint(circlePosition);
    
    cl.setRadius(centerPosition.distanceTo(circlePosition));
    
    EnvironmentEventModel ee1 = 
      new EnvironmentEventModel(EnvironmentEventModel.Type.CO2, 12, cl);
    
    ///////////////////////////////////
    // set up ee2 with PloygonLocation
    
    PolygonLocationModel pl = new PolygonLocationModel();
    
    List<GlobalPosition> positions = new ArrayList<GlobalPosition>();
    
    Point2D p1 = new Point2D.Double(3,4);
    GlobalPosition gp1 = GlobalPosition.from(p1);
    positions.add(gp1);
    
    Point2D p2 = new Point2D.Double(13,14);
    GlobalPosition gp2 = GlobalPosition.from(p2);
    positions.add(gp2);
    
    Point2D p3 = new Point2D.Double(22,23);
    GlobalPosition gp3 = GlobalPosition.from(p3);
    positions.add(gp3);
    
    Point2D p4 = new Point2D.Double(12,9);
    GlobalPosition gp4 = GlobalPosition.from(p4);
    positions.add(gp4);
    
    Point2D p5 = new Point2D.Double(3,34);
    GlobalPosition gp5 = GlobalPosition.from(p5);
    positions.add(gp5);
    
    pl.setPoints(positions);
    
    EnvironmentEventModel ee2 = 
      new EnvironmentEventModel(EnvironmentEventModel.Type.Fog, -23, pl);
    
    ///////////////////////////////////
    // set up ee3 with EdgeLocation
    
    NodeModel fromNode = new NodeModel(2.3, 45,6);
    NodeModel toNode = new NodeModel(45.22, 78.899);
    
    EdgeModel e = new EdgeModel("testModelID", fromNode, toNode);
    EdgeLocationModel el = new EdgeLocationModel(e, -12.3, -55.67);
    
    EnvironmentEventModel ee3 = 
      new EnvironmentEventModel(EnvironmentEventModel.Type.Snow, 0, el);
    
    ///////////////////////////////////
    // run assertions
    
    Assert.assertEquals(12, ee1.getStrength());
    Assert.assertEquals(-23, ee2.getStrength());
    Assert.assertEquals(0, ee3.getStrength());
    
    Assert.assertEquals(EnvironmentEventModel.Type.CO2, ee1.getEventType());
    Assert.assertEquals(EnvironmentEventModel.Type.Fog, ee2.getEventType());
    Assert.assertEquals(EnvironmentEventModel.Type.Snow, ee3.getEventType());
    
    ee1.setEventType(EnvironmentEventModel.Type.Ice);
    Assert.assertEquals(EnvironmentEventModel.Type.Ice, ee1.getEventType());
    
    Assert.assertEquals(0.5, ee1.getEventEffect());
    Assert.assertEquals(0.7, ee2.getEventEffect());
    Assert.assertEquals(0.8, ee3.getEventEffect());
  }

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    GlobalPosition circlePosition = GlobalPosition.from(circlePoint);
    cl.setCirclePoint(circlePosition);
    
    cl.setRadius(centerPosition.distanceTo(circlePosition));
    
    EnvironmentEventModel ee1 = 
      new EnvironmentEventModel(EnvironmentEventModel.Type.CO2, 12, cl);
    
    ///////////////////////////////////
    // set up ee2 with PloygonLocation
    
    PolygonLocationModel pl = new PolygonLocationModel();
    
    List<GlobalPosition> positions = new ArrayList<GlobalPosition>();
    
    Point2D p1 = new Point2D.Double(3,4);
    GlobalPosition gp1 = GlobalPosition.from(p1);
    positions.add(gp1);
    
    Point2D p2 = new Point2D.Double(13,14);
    GlobalPosition gp2 = GlobalPosition.from(p2);
    positions.add(gp2);
    
    Point2D p3 = new Point2D.Double(22,23);
    GlobalPosition gp3 = GlobalPosition.from(p3);
    positions.add(gp3);
    
    Point2D p4 = new Point2D.Double(12,9);
    GlobalPosition gp4 = GlobalPosition.from(p4);
    positions.add(gp4);
    
    Point2D p5 = new Point2D.Double(3,34);
    GlobalPosition gp5 = GlobalPosition.from(p5);
    positions.add(gp5);
    
    pl.setPoints(positions);
    
    EnvironmentEventModel ee2 = 
      new EnvironmentEventModel(EnvironmentEventModel.Type.Fog, -23, pl);
    
    ///////////////////////////////////
    // set up ee3 with EdgeLocation
    
    NodeModel fromNode2 = new NodeModel(2.3, 45,6);
    NodeModel toNode2 = new NodeModel(45.22, 78.899);
    
    EdgeModel e2 = new EdgeModel("testModelID", fromNode2, toNode2);
    EdgeLocationModel el = new EdgeLocationModel(e2, -12.3, -55.67);
    
    EnvironmentEventModel ee3 = 
      new EnvironmentEventModel(EnvironmentEventModel.Type.Snow, 0, el);
    
    ///////////////////////////////////
    // run restore test
    
    ModelManager mm = ModelManager.getInstance();

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  }


  @Override
  public ModelElement getAdjustedAssociatedElement(Point2D scrolledPoint,
      GraphController graphModel) {
    EnvironmentEventModel clonedModel = (EnvironmentEventModel) getModelElement()
        .clone();
    PolygonLocationModel locationModel = new PolygonLocationModel();
    List<GlobalPosition> globals = new ArrayList<GlobalPosition>();
    for (Point2D p : basicShape.translated(scrolledPoint.getX(),
        scrolledPoint.getY()).getPoints()) {
      globals.add(GlobalPosition.from(p));
    }
    locationModel.setPoints(globals);
    clonedModel.setLocation(locationModel);
    return clonedModel;
  }

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  }


  @Override
  public EnvironmentEventModel getAdjustedAssociatedElement(Point2D scrolledPoint, GraphController graphModel) {
    
    EnvironmentEventModel event = (EnvironmentEventModel) getModelElement().clone();
    CircleLocationModel circle = new CircleLocationModel();


    // setting center
    final GlobalPosition centerPosition = GlobalPosition.from(scrolledPoint);
    circle.setCenter(centerPosition);
    // setting circlePoint
    final Point2D translationPoint = new Point2D.Double(0, 25);
    final Point2D circlePoint = Point2DUtils.add(scrolledPoint, translationPoint);


    final GlobalPosition circlePosition = GlobalPosition.from(circlePoint);
    circle.setCirclePoint(circlePosition);
    // setting radius
    circle.setRadius(centerPosition.distanceTo(circlePosition));
    
    // return adjusted RoadEvent attribute
    event.setLocation(circle);
    return event;
  }

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Related Classes of de.hpi.eworld.model.db.data.event.EnvironmentEventModel

de.hpi.eworld.networkview.objects.CircleEventView

de.hpi.eworld.networkview.objects.PolygonEventView

de.hpi.eworld.observer.ObserverNotification

test.de.hpi.eworld.model.TestModelEvent

test.de.hpi.eworld.util.TestCaseUtil

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