/**
* {@inheritdoc}
*/
public function coordinateSystem()
{
if ($this->proxyGeometry === null) {
$this->load();
}
return $this->proxyGeometry->coordinateSystem();
}
/**
* {@inheritdoc}
*/
function load(ObjectManager $manager)
{
$point1 = Point::xy(0, 0);
$point2 = Point::xy(1, 0);
$point3 = Point::xy(1, 1);
$point4 = Point::xy(0, 1);
$point5 = Point::xy(0, 0);
$ring1 = LineString::of($point1, $point2, $point3, $point4, $point5);
$poly1 = Polygon::of($ring1);
$point6 = Point::xy(2, 2);
$point7 = Point::xy(3, 2);
$point8 = Point::xy(3, 3);
$point9 = Point::xy(2, 3);
$point10 = Point::xy(2, 2);
$ring2 = LineString::of($point6, $point7, $point8, $point9, $point10);
$poly2 = Polygon::of($ring2);
$multiPoly1 = new MultiPolygonEntity();
$multiPoly1->setMultiPolygon(MultiPolygon::of($poly1, $poly2));
$manager->persist($multiPoly1);
$manager->flush();
}
/**
* @param array $coords The expected coordinates of the MultiPolygon as returned by toArray().
* @param boolean $is3D Whether the MultiPolygon is expected to contain Z coordinates.
* @param boolean $isMeasured Whether the MultiPolygon is expected to contain M coordinates.
* @param MultiPolygon $multiPolygon The MultiPolygon to test.
*/
protected final function assertMultiPolygonEquals(array $coords, $is3D, $isMeasured, MultiPolygon $multiPolygon)
{
$this->castToFloat($coords);
$this->assertSame($coords, $multiPolygon->toArray());
$this->assertSame($is3D, $multiPolygon->is3D());
$this->assertSame($isMeasured, $multiPolygon->isMeasured());
}
