com.mongodb.client.model.geojson.Point Java Examples

@Test
public void shouldFindCitiesInTheUK() {
    // given
    Polygon uk = new Polygon(asList(new Position(49.78, -10.5),
        new Position(49.78, 1.78),
        new Position(59, 1.78),
        new Position(59, -10.5),
        new Position(49.78, -10.5)));
    City manchester = new City("Manchester", new Point(new Position(53.4722454, -2.2235922)));
    getDs().save(manchester);
    City london = new City("London", new Point(new Position(51.5286416, -0.1015987)));
    getDs().save(london);
    City sevilla = new City("Sevilla", new Point(new Position(37.3753708, -5.9550582)));
    getDs().save(sevilla);

    getDs().ensureIndexes();

    // when
    List<City> citiesInTheUK = getDs().find(City.class)
                                      .filter(geoWithin("location", uk)).iterator().toList();

    // then
    assertThat(citiesInTheUK.size(), is(2));
    assertThat(citiesInTheUK, contains(london, manchester));
}
 

@Test
public void shouldFindCitiesInEurope() {
    City manchester = new City("Manchester", new Point(new Position(53.4722454, -2.2235922)));
    getDs().save(manchester);
    City london = new City("London", new Point(new Position(51.5286416, -0.1015987)));
    getDs().save(london);
    City sevilla = new City("Sevilla", new Point(new Position(37.3753708, -5.9550582)));
    getDs().save(sevilla);
    City newYork = new City("New York", new Point(new Position(40.75981395319104, -73.98302106186748)));
    getDs().save(newYork);

    getDs().ensureIndexes();

    // when
    List<City> citiesInTheUK;
    citiesInTheUK = getDs().find(City.class)
                           .filter(geoWithin("location", europeanCountries)).iterator().toList();

    // then
    assertThat(citiesInTheUK.size(), is(3));
    assertThat(citiesInTheUK, containsInAnyOrder(london, manchester, sevilla));
}
 

@Test
public void shouldFindAPointThatLiesInAQueryPolygon() {
    // given
    City manchester = new City("Manchester", new Point(new Position(53.4722454, -2.2235922)));
    getDs().save(manchester);
    City london = new City("London", new Point(new Position(51.5286416, -0.1015987)));
    getDs().save(london);
    City sevilla = new City("Sevilla", new Point(new Position(37.4057731, -5.966287)));
    getDs().save(sevilla);

    getDs().ensureIndexes();

    // when
    List<City> matchingCity = getDs().find(City.class)
                                     .filter(geoIntersects("location", new Polygon(asList(
                                         new Position(37.40759155713022, -5.964911067858338),
                                         new Position(37.40341208875179, -5.9643941558897495),
                                         new Position(37.40297396667302, -5.970452763140202),
                                         new Position(37.40759155713022, -5.964911067858338))))).iterator().toList();

    // then
    assertThat(matchingCity.size(), is(1));
    assertThat(matchingCity.get(0), is(sevilla));
}
 

@Test
public void shouldFindCitiesCloseToAGivenPointWithinARadiusOfMeters() {
    // given
    double latitude = 51.5286416;
    double longitude = -0.1015987;
    Datastore datastore = getDs();
    City london = new City("London", new Point(new Position(latitude, longitude)));
    datastore.save(london);
    City manchester = new City("Manchester", new Point(new Position(53.4722454, -2.2235922)));
    datastore.save(manchester);
    City sevilla = new City("Sevilla", new Point(new Position(37.3753708, -5.9550582)));
    datastore.save(sevilla);

    getDs().ensureIndexes();

    // when
    List<City> cities = datastore.find(City.class)
                                 .filter(near("location", new Point(new Position(latitude, longitude)))
                                             .maxDistance(200000.0)).iterator()
                                 .toList();

    // then
    assertThat(cities.size(), is(1));
    assertThat(cities.get(0), is(london));
}
 

@Test
public void shouldFindAPointThatLiesOnTheQueryLine() {
    // given
    LineString spanishLine = new LineString(asList(
        new Position(37.40759155713022, -5.964911067858338),
        new Position(37.3753708, -5.9550582)));
    City manchester = new City("Manchester", new Point(new Position(53.4722454, -2.2235922)));
    getDs().save(manchester);
    City london = new City("London", new Point(new Position(51.5286416, -0.1015987)));
    getDs().save(london);
    City sevilla = new City("Sevilla", new Point(new Position(37.3753708, -5.9550582)));
    getDs().save(sevilla);

    getDs().ensureIndexes();

    // when
    MongoCursor<City> matchingCity = getDs().find(City.class)
                                            .filter(geoIntersects("location", spanishLine)).iterator();

    // then
    assertThat(matchingCity.next(), is(sevilla));
    assertFalse(matchingCity.hasNext());
}
 

@Override
@SuppressWarnings("removal")
public CriteriaContainer within(final Shape shape) {
    Filter converted;
    if (shape instanceof dev.morphia.query.Shape.Center) {
        final dev.morphia.query.Shape.Center center = (dev.morphia.query.Shape.Center) shape;
        converted = Filters.center(getField(), center.getCenter(), center.getRadius());
    } else if (shape.getGeometry().equals("$box")) {
        Point[] points = shape.getPoints();
        converted = Filters.box(getField(), points[0], points[1]);
    } else if (shape.getGeometry().equals("$polygon")) {
        converted = Filters.polygon(getField(), shape.getPoints());
    } else {
        throw new UnsupportedOperationException(Sofia.conversionNotSupported(shape.getGeometry()));
    }
    if (isNot()) {
        converted.not();
    }
    filter(converted);
    return MorphiaQuery.this;
}
 

@Test
public void shouldFindAPointThatExactlyMatchesTheQueryPoint() {
    // given
    Point coordsOfManchester = new Point(new Position(53.4722454, -2.2235922));
    City manchester = new City("Manchester", coordsOfManchester);
    getDs().save(manchester);
    City london = new City("London", new Point(new Position(51.5286416, -0.1015987)));
    getDs().save(london);
    City sevilla = new City("Sevilla", new Point(new Position(37.3753708, -5.9550582)));
    getDs().save(sevilla);

    getDs().ensureIndexes();

    // when
    List<City> matchingCity = getDs().find(City.class)
                                     .filter(geoIntersects("location", coordsOfManchester)).iterator().toList();

    // then
    assertThat(matchingCity.size(), is(1));
    assertThat(matchingCity.get(0), is(manchester));
}
 

@Override
public void encode(final Mapper mapper, final BsonWriter writer, final EncoderContext context) {
    writer.writeStartDocument(field(mapper));
    writer.writeStartDocument("$geoWithin");
    writer.writeStartArray("$polygon");
    for (final Point point : points) {
        writer.writeStartArray();
        for (final Double value : point.getPosition().getValues()) {
            writer.writeDouble(value);
        }
        writer.writeEndArray();
    }
    writer.writeEndArray();
    writer.writeEndDocument();
    writer.writeEndDocument();
}
 

@Override
public void encode(final Mapper mapper, final BsonWriter writer, final EncoderContext context) {
    writer.writeStartDocument(field(mapper));
    writer.writeStartDocument("$geoWithin");

    writer.writeStartArray(getFilterName());
    Point center = getValue();
    writer.writeStartArray();
    for (final Double value : center.getPosition().getValues()) {
        writer.writeDouble(value);
    }
    writer.writeEndArray();
    writer.writeDouble(radius);
    writer.writeEndArray();

    writer.writeEndDocument();
    writer.writeEndDocument();
}
 

@Test
public void testNearMaxDistance() {
    getDs().getMapper().map(Place.class);
    getDs().ensureIndexes();
    final Place place1 = new Place("place1", new double[]{1, 1});
    getDs().save(place1);
    FindOptions options = new FindOptions()
                              .logQuery()
                              .limit(1);
    Query<Place> query = getDs().find(Place.class)
                                .filter(near("loc", new Point(new Position(1, 1)))
                                            .maxDistance(2.0));
    Place found = query.iterator(options).tryNext();
    Assert.assertNotNull(getDs().getLoggedQuery(options), found);

    final Place notFound = getDs().find(Place.class)
                                  .filter(near("loc", new Point(new Position(0, 0)))
                                              .maxDistance(1.0)).iterator(options)
                                  .tryNext();
    Assert.assertNull(getDs().getLoggedQuery(options), notFound);
}
 

@Test
public void testWithinOutsideBox() {
    getDs().ensureIndexes();
    final Place place1 = new Place("place1", new double[]{1, 1});
    getDs().save(place1);
    final Place found = getDs().find(Place.class)
                               .filter(box("loc",
                                   new Point(new Position(0, 0)),
                                   new Point(new Position(.4, .5)))).iterator(new FindOptions().limit(1))
                               .tryNext();
    Assert.assertNull(found);
}
 

@Test(expected = MongoQueryException.class)
public void testNearNoIndex() {
    final Place place1 = new Place("place1", new double[]{1, 1});
    getDs().save(place1);
    Place found = getDs().find(Place.class)
                         .filter(near("loc", new Point(new Position(0, 0)))).iterator(new FindOptions().limit(1))
                         .tryNext();
    Assert.assertNull(found);
}
 

@Test
public void testGeoNear() {
    evaluate(parse("{ $geoNear: { near: { type: 'Point', coordinates: [ -73.98142 , 40.71782 ] }, key: 'location', distanceField: "
                   + "'dist.calculated', query: { 'category': 'Parks' } } }"),
        to(new Point(new Position(-73.98142, 40.71782)))
            .key("location")
            .distanceField("dist.calculated")
            .query(eq("category", "Parks")));
}
 

@Test
public void testWithinRadiusSphere() {
    getDs().ensureIndexes();
    final Place place1 = new Place("place1", new double[]{1, 1});
    getDs().save(place1);
    final Place found = getDs().find(Place.class)
                               .filter(centerSphere("loc", new Point(new Position(0, 1)), 1)).iterator(new FindOptions().limit(1))
                               .next();
    Assert.assertNotNull(found);
}
 

@Test
public void testWithinRadius2() {
    getDs().ensureIndexes();
    final Place place1 = new Place("place1", new double[]{1, 1});
    getDs().save(place1);
    final Place found = getDs().find(Place.class)
                               .filter(center("loc", new Point(new Position(0.5, 0.5)), 0.77)).iterator(new FindOptions().limit(1))
                               .next();
    Assert.assertNotNull(found);
}
 

@Test
public void testWithinRadius() {
    getDs().ensureIndexes();
    final Place place1 = new Place("place1", new double[]{1, 1});
    getDs().save(place1);
    final Place found = getDs().find(Place.class)
                               .filter(center("loc", new Point(new Position(0, 1)), 1.1)).iterator(new FindOptions().limit(1))
                               .next();
    Assert.assertNotNull(found);
}
 

@Test
public void testWithinOutsideRadius() {
    getDs().ensureIndexes();
    final Place place1 = new Place("place1", new double[]{1, 1});
    getDs().save(place1);
    final Place found = getDs().find(Place.class)
                               .filter(center("loc", new Point(new Position(2, 2)), 0.4)).iterator(new FindOptions().limit(1))
                               .tryNext();
    Assert.assertNull(found);
}
 

@Test
public void shouldFindNearAPoint() {
    // given
    Datastore datastore = getDs();
    City london = new City("London", new Point(new Position(51.5286416, -0.1015987)));
    datastore.save(london);
    City manchester = new City("Manchester", new Point(new Position(53.4722454, -2.2235922)));
    datastore.save(manchester);
    City sevilla = new City("Sevilla", new Point(new Position(37.3753708, -5.9550582)));
    datastore.save(sevilla);

    getDs().ensureIndexes();

    final Point searchPoint = new Point(new Position(50, 0.1278));
    List<City> cities = datastore.find(City.class)
                                 .filter(near("location", searchPoint).maxDistance(200000.0)).iterator().toList();

    assertThat(cities.size(), is(1));
    assertThat(cities.get(0), is(london));

    cities = datastore.find(City.class)
                      .filter(near("location", searchPoint).maxDistance(200000D)).iterator().toList();

    assertThat(cities.size(), is(1));
    assertThat(cities.get(0), is(london));

    assertThat(datastore.find(City.class)
                        .filter(near("location", searchPoint)
                                    .maxDistance(200000D)
                                    .minDistance(195000D)).iterator().toList().size(), is(0));

    assertThat(datastore.find(City.class)
                        .filter(nearSphere("location", searchPoint)
                                    .maxDistance(200000D)
                                    .minDistance(195000D)).iterator().toList().size(), is(0));
}
 

@Test
public void testWithinBox() {
    getDs().ensureIndexes();
    final Place place1 = new Place("place1", new double[]{1, 1});
    getDs().save(place1);
    final Place found = getDs().find(Place.class)
                               .filter(box("loc",
                                   new Point(new Position(0, 0)),
                                   new Point(new Position(2, 2)))).iterator(new FindOptions().limit(1))
                               .next();
    Assert.assertNotNull(found);
}
 

@Test
public void testGeoWithinPolygon2() {
    getDs().ensureIndexes();
    final Place place1 = new Place("place1", new double[]{10, 1});
    getDs().save(place1);
    final Place found = getDs().find(Place.class)
                               .filter(polygon("loc",
                                   new Point(new Position(0, 0)),
                                   new Point(new Position(0, 5)),
                                   new Point(new Position(2, 3)),
                                   new Point(new Position(2, 0)))).iterator(new FindOptions().limit(1))
                               .tryNext();
    Assert.assertNull(found);
}
 

@Test
public void testGeoWithinBox() {
    getDs().ensureIndexes();
    final Place place1 = new Place("place1", new double[]{1, 1});
    getDs().save(place1);
    final Place found = getDs().find(Place.class)
                               .filter(box("loc", new Point(new Position(0, 0)), new Point(new Position(2, 2))))
                               .iterator(new FindOptions().limit(1))
                               .next();
    Assert.assertNotNull(found);
}
 

@Test
public void shouldFindRoutesOrderedByDistanceFromAGivenPoint() {
    // given
    Route sevilla = new Route("Spain", new LineString(asList(new Position(37.40759155713022, -5.964911067858338),
        new Position(37.40341208875179, -5.9643941558897495),
        new Position(37.40297396667302, -5.970452763140202))));
    getDs().save(sevilla);
    Route newYork = new Route("New York", new LineString(asList(new Position(40.75981395319104, -73.98302106186748),
        new Position(40.7636824529618, -73.98049869574606),
        new Position(40.76962974853814, -73.97964206524193))));
    getDs().save(newYork);
    Route london = new Route("London", new LineString(asList(new Position(51.507780365645885, -0.21786745637655258),
        new Position(51.50802478194237, -0.21474729292094707),
        new Position(51.5086863655597, -0.20895397290587425))));
    getDs().save(london);
    getDs().ensureIndexes();

    // when
    List<Route> routes = getDs().find(Route.class)
                                .filter(near("route", new Point(new Position(51.5286416, -0.1015987)))).iterator()
                                .toList();

    // then
    assertThat(routes.size(), is(3));
    assertThat(routes.get(0), is(london));
    assertThat(routes.get(1), is(sevilla));
    assertThat(routes.get(2), is(newYork));
}
 

@Test
public void shouldFindRoutesCloseToAGivenPointWithinARadiusOfMeters() {
    // given
    Route sevilla = new Route("Spain", new LineString(asList(
        new Position(37.40759155713022, -5.964911067858338),
        new Position(37.40341208875179, -5.9643941558897495),
        new Position(37.40297396667302, -5.970452763140202))));
    getDs().save(sevilla);
    Route newYork = new Route("New York", new LineString(asList(
        new Position(40.75981395319104, -73.98302106186748),
        new Position(40.7636824529618, -73.98049869574606),
        new Position(40.76962974853814, -73.97964206524193))));
    getDs().save(newYork);
    Route london = new Route("London", new LineString(asList(
        new Position(51.507780365645885, -0.21786745637655258),
        new Position(51.50802478194237, -0.21474729292094707),
        new Position(51.5086863655597, -0.20895397290587425))));
    getDs().save(london);
    getDs().ensureIndexes();

    // when
    List<Route> routes = getDs().find(Route.class)
                                .filter(near("route", new Point(new Position(51.5286416, -0.1015987)))
                                            .maxDistance(20000.0)).iterator()
                                .toList();

    // then
    assertThat(routes.size(), is(1));
    assertThat(routes.get(0), is(london));
}
 

@Test(expected = Exception.class)
public void shouldErrorWhenCreatingA2dIndexOnGeoJson() {
    // given
    Place pointB = new Place(new Point(new Position(3.1, 7.5)), "Point B");
    getDs().save(pointB);

    // when
    getDs().ensureIndexes();
    //"location object expected, location array not in correct format", code : 13654
}
 

@Test
public void shouldFindCitiesOrderedByDistance() {
    double latitudeLondon = 51.5286416;
    double longitudeLondon = -0.1015987;
    City manchester = new City("Manchester", new Point(new Position(53.4722454, -2.2235922)));
    getDs().save(manchester);
    City london = new City("London", new Point(new Position(latitudeLondon, longitudeLondon)));
    getDs().save(london);
    City sevilla = new City("Sevilla", new Point(new Position(37.3753708, -5.9550582)));
    getDs().save(sevilla);

    getDs().ensureIndexes();

    List<City> cities = getDs().find(City.class)
                               .filter(near("location", new Point(new Position(latitudeLondon, longitudeLondon)))).iterator()
                               .toList();

    assertThat(cities.size(), is(3));
    assertThat(cities.get(0), is(london));
    assertThat(cities.get(1), is(manchester));
    assertThat(cities.get(2), is(sevilla));

    cities = getDs().find(City.class)
                    .filter(nearSphere("location", new Point(new Position(latitudeLondon, longitudeLondon)))).iterator()
                    .toList();

    assertThat(cities.size(), is(3));
    assertThat(cities.get(0), is(london));
    assertThat(cities.get(1), is(manchester));
    assertThat(cities.get(2), is(sevilla));
}
 

@Test
public void shouldFindAreasOrderedByDistanceFromAGivenPoint() {
    // given
    Area sevilla = new Area("Spain", new Polygon(asList(
        new Position(37.40759155713022, -5.964911067858338),
        new Position(37.40341208875179, -5.9643941558897495),
        new Position(37.40297396667302, -5.970452763140202),
        new Position(37.40759155713022, -5.964911067858338))));
    getDs().save(sevilla);
    Area newYork = new Area("New York", new Polygon(asList(
        new Position(40.75981395319104, -73.98302106186748),
        new Position(40.7636824529618, -73.98049869574606),
        new Position(40.76962974853814, -73.97964206524193),
        new Position(40.75981395319104, -73.98302106186748))));
    getDs().save(newYork);
    Area london = new Area("London", new Polygon(asList(
        new Position(51.507780365645885, -0.21786745637655258),
        new Position(51.50802478194237, -0.21474729292094707),
        new Position(51.5086863655597, -0.20895397290587425),
        new Position(51.507780365645885, -0.21786745637655258))));
    getDs().save(london);
    getDs().ensureIndexes();

    // when
    List<Area> routesOrderedByDistanceFromLondon = getDs().find(Area.class)
                                                          .filter(near("area", new Point(new Position(51.5286416, -0.1015987))))
                                                          .iterator()
                                                          .toList();

    // then
    assertThat(routesOrderedByDistanceFromLondon.size(), is(3));
    assertThat(routesOrderedByDistanceFromLondon.get(0), is(london));
    assertThat(routesOrderedByDistanceFromLondon.get(1), is(sevilla));
    assertThat(routesOrderedByDistanceFromLondon.get(2), is(newYork));
}
 

@Test
public void shouldFindAreasCloseToAGivenPointWithinARadiusOfMeters() {
    // given
    Area sevilla = new Area("Spain", new Polygon(asList(
        new Position(37.40759155713022, -5.964911067858338),
        new Position(37.40341208875179, -5.9643941558897495),
        new Position(37.40297396667302, -5.970452763140202),
        new Position(37.40759155713022, -5.964911067858338))));
    getDs().save(sevilla);
    Area newYork = new Area("New York", new Polygon(asList(
        new Position(40.75981395319104, -73.98302106186748),
        new Position(40.7636824529618, -73.98049869574606),
        new Position(40.76962974853814, -73.97964206524193),
        new Position(40.75981395319104, -73.98302106186748))));
    getDs().save(newYork);
    Area london = new Area("London", new Polygon(asList(
        new Position(51.507780365645885, -0.21786745637655258),
        new Position(51.50802478194237, -0.21474729292094707),
        new Position(51.5086863655597, -0.20895397290587425),
        new Position(51.507780365645885, -0.21786745637655258))));
    getDs().save(london);
    getDs().ensureIndexes();

    // when
    List<Area> routesOrderedByDistanceFromLondon = getDs().find(Area.class)
                                                          .filter(near("area", new Point(new Position(51.5286416, -0.1015987)))
                                                                      .maxDistance(20000.0)).iterator()
                                                          .toList();

    // then
    assertThat(routesOrderedByDistanceFromLondon.size(), is(1));
    assertThat(routesOrderedByDistanceFromLondon.get(0), is(london));
}
 

@Test
public void shouldFindRoutesThatAGivenPointIsOn() {
    // given
    Route sevilla = new Route("Spain", new LineString(asList(
        new Position(37.40759155713022, -5.964911067858338),
        new Position(37.40341208875179, -5.9643941558897495),
        new Position(37.40297396667302, -5.970452763140202))));
    getDs().save(sevilla);
    Route newYork = new Route("New York", new LineString(asList(
        new Position(40.75981395319104, -73.98302106186748),
        new Position(40.7636824529618, -73.98049869574606),
        new Position(40.76962974853814, -73.97964206524193))));
    getDs().save(newYork);
    Route london = new Route("London", new LineString(asList(
        new Position(51.507780365645885, -0.21786745637655258),
        new Position(51.50802478194237, -0.21474729292094707),
        new Position(51.5086863655597, -0.20895397290587425))));
    getDs().save(london);
    Route londonToParis = new Route("London To Paris", new LineString(asList(
        new Position(51.5286416, -0.1015987),
        new Position(48.858859, 2.3470599))));
    getDs().save(londonToParis);
    getDs().ensureIndexes();

    // when
    List<Route> routeContainingPoint = getDs().find(Route.class)
                                              .filter(geoIntersects("route",
                                                  new Point(new Position(37.40759155713022, -5.964911067858338)))).iterator()
                                              .toList();

    // then
    assertThat(routeContainingPoint.size(), is(1));
    assertThat(routeContainingPoint.get(0), is(sevilla));
}
 

@Test
public void shouldFindAreasWhereTheGivenPointIsOnTheBoundary() {
    // given
    Area sevilla = new Area("Spain",
        new Polygon(asList(new Position(37.40759155713022, -5.964911067858338),
            new Position(37.40341208875179, -5.9643941558897495),
            new Position(37.40297396667302, -5.970452763140202),
            new Position(37.40759155713022, -5.964911067858338))));
    getDs().save(sevilla);
    Area newYork = new Area("New York",
        new Polygon(asList(new Position(40.75981395319104, -73.98302106186748),
            new Position(40.7636824529618, -73.98049869574606),
            new Position(40.76962974853814, -73.97964206524193),
            new Position(40.75981395319104, -73.98302106186748))));
    getDs().save(newYork);
    Area london = new Area("London",
        new Polygon(asList(new Position(51.507780365645885, -0.21786745637655258),
            new Position(51.50802478194237, -0.21474729292094707),
            new Position(51.5086863655597, -0.20895397290587425),
            new Position(51.507780365645885, -0.21786745637655258))));
    getDs().save(london);
    getDs().ensureIndexes();

    // when
    List<Area> areaContainingPoint = getDs().find(Area.class)
                                            .filter(geoIntersects("area", new Point(new Position(51.507780365645885,
                                                -0.21786745637655258)))).iterator()
                                            .toList();

    // then
    assertThat(areaContainingPoint.size(), is(1));
    assertThat(areaContainingPoint.get(0), is(london));
}
 

@Test
public void shouldRetrieveGeoJsonPoint() {
    // given
    City city = new City("New City", new Point(new Position(3.0, 7.0)));
    getDs().save(city);

    // when
    City found = getDs().find(City.class)
                        .filter(eq("name", "New City")).iterator(new FindOptions().limit(1))
                        .tryNext();

    // then
    assertThat(found, is(notNullValue()));
    assertThat(found, is(city));
}