Package org.geotools.geometry.iso.primitive

Examples of org.geotools.geometry.iso.primitive.PrimitiveFactoryImpl

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  }

  private void _testCoordinateObjects(PicoContainer c) {
   
    GeometryFactoryImpl cf = (GeometryFactoryImpl) c.getComponentInstanceOfType(GeometryFactory.class);
    PrimitiveFactoryImpl tPrimFactory = (PrimitiveFactoryImpl) c.getComponentInstanceOfType( PrimitiveFactoryImpl.class );
    PositionFactory positionFactory = (PositionFactory ) c.getComponentInstanceOfType( PositionFactory.class );
   
    // public DirectPositionImpl createDirectPosition();
    DirectPosition dp1 = cf.createDirectPosition();
    assertTrue(Double.compare(dp1.getOrdinate(0), Double.NaN) == 0);
    assertTrue(Double.compare(dp1.getOrdinate(1), Double.NaN) == 0);
    assertTrue(Double.compare(dp1.getOrdinate(2), Double.NaN) == 0);
   
    // public DirectPositionImpl createDirectPosition(double[] coord);
    double[] da = new double[3];
    da[0] = 10.0;
    da[1] = -115000.0;
    da[2] = 0.0000000125;
    DirectPosition dp2 = cf.createDirectPosition(da);
    assertTrue(dp2.getOrdinate(0) == 10.0);
    assertTrue(dp2.getOrdinate(1) == -115000.0);
    assertTrue(dp2.getOrdinate(2) == 0.0000000125);

    // public Envelope createEnvelope(
    //      DirectPosition lowerCorner,
    //      DirectPosition upperCorner)
    Envelope env1 = cf.createEnvelope(dp1, dp2);
    DirectPosition lc = env1.getLowerCorner();
    assertTrue(Double.compare(lc.getOrdinate(0), Double.NaN) == 0);
    assertTrue(Double.compare(lc.getOrdinate(1), Double.NaN) == 0);
    assertTrue(Double.compare(lc.getOrdinate(2), Double.NaN) == 0);
    DirectPosition uc = env1.getUpperCorner();
    assertTrue(uc.getOrdinate(0) == 10.0);
    assertTrue(uc.getOrdinate(1) == -115000.0);
    assertTrue(uc.getOrdinate(2) == 0.0000000125);
    env1 = cf.createEnvelope(dp2, dp1);
    lc = env1.getLowerCorner();
    assertTrue(lc.getOrdinate(0) == 10.0);
    assertTrue(lc.getOrdinate(1) == -115000.0);
    assertTrue(lc.getOrdinate(2) == 0.0000000125);
    uc = env1.getUpperCorner();
    assertTrue(Double.compare(uc.getOrdinate(0), Double.NaN) == 0);
    assertTrue(Double.compare(uc.getOrdinate(1), Double.NaN) == 0);
    assertTrue(Double.compare(uc.getOrdinate(2), Double.NaN) == 0);
   
    // public Position createPosition(DirectPosition dp);
    Position pos1 = cf.createPosition(dp2);
    assertTrue(pos1.getDirectPosition().getOrdinate(0) == 10.0);
    assertTrue(pos1.getDirectPosition().getOrdinate(1) == -115000.0);
    assertTrue(pos1.getDirectPosition().getOrdinate(2) == 0.0000000125);

    // public LineSegment createLineSegment(Position startPoint, Position endPoint);
    Position pos2 = cf.createPosition(dp1);
    LineSegment seg1 = cf.createLineSegment(pos1, pos2);
    assertTrue(Double.compare(seg1.getEndPoint().getOrdinate(0), Double.NaN) == 0.0);
    assertTrue(Double.compare(seg1.getEndPoint().getOrdinate(1), Double.NaN) == 0.0);
    assertTrue(Double.compare(seg1.getEndPoint().getOrdinate(2), Double.NaN) == 0.0);
    assertTrue(seg1.getStartPoint().getOrdinate(0) == 10.0);
    assertTrue(seg1.getStartPoint().getOrdinate(1) == -115000.0);
    assertTrue(seg1.getStartPoint().getOrdinate(2) == 0.0000000125);
   
    // test creating multiprimitive (only creates an empty obj right now)
    MultiPrimitive mp = cf.createMultiPrimitive();
    assertNotNull(mp);
    assertEquals(mp.getCoordinateReferenceSystem(), cf.getCoordinateReferenceSystem());
   
    // test creating polygon
    List<DirectPosition> directPositionList = new ArrayList<DirectPosition>();
    directPositionList.add(positionFactory.createDirectPosition(new double[] {20, 10, 0.0}));
    directPositionList.add(positionFactory.createDirectPosition(new double[] {40, 10, 0.0}));
    directPositionList.add(positionFactory.createDirectPosition(new double[] {50, 40, 0.0}));
    directPositionList.add(positionFactory.createDirectPosition(new double[] {30, 50, 0.0}));
    directPositionList.add(positionFactory.createDirectPosition(new double[] {10, 30, 0.0}));
    directPositionList.add(positionFactory.createDirectPosition(new double[] {20, 10, 0.0}));

    Ring exteriorRing = tPrimFactory.createRingByDirectPositions(directPositionList);
    List<Ring> interiors = new ArrayList<Ring>();

    SurfaceBoundary boundary = new SurfaceBoundaryImpl(cf.getCoordinateReferenceSystem(), exteriorRing, interiors);
    Polygon poly = cf.createPolygon(boundary);
    assertNotNull(poly);
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  }
 
  private void _testCompositeSurface(PicoContainer c) {
   
    ComplexFactoryImpl complf = (ComplexFactoryImpl) c.getComponentInstanceOfType(ComplexFactory.class);
    PrimitiveFactoryImpl pf = (PrimitiveFactoryImpl) c.getComponentInstanceOfType(PrimitiveFactory.class);
    GeometryFactoryImpl geomFact = (GeometryFactoryImpl) c.getComponentInstanceOfType(GeometryFactory.class);
   
    List<DirectPosition> directPositionList = new ArrayList<DirectPosition>();
    directPositionList.add(geomFact.createDirectPosition(new double[] {20, 10}));
    directPositionList.add(geomFact.createDirectPosition(new double[] {40, 10}));
    directPositionList.add(geomFact.createDirectPosition(new double[] {50, 40}));
    directPositionList.add(geomFact.createDirectPosition(new double[] {30, 50}));
    directPositionList.add(geomFact.createDirectPosition(new double[] {10, 30}));
    directPositionList.add(geomFact.createDirectPosition(new double[] {20, 10}));

   
    // test createCompositeSurface()
    Surface s1 = pf.createSurfaceByDirectPositions(directPositionList);
    List<OrientableSurface> surfaceList = new ArrayList<OrientableSurface>();
    surfaceList.add(s1);
    CompositeSurface comps1 = complf.createCompositeSurface(surfaceList);
   
    //System.out.println(comps1.getEnvelope());
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  private void _testCompositeSurface(GeometryBuilder builder) {
   
    ComplexFactory complf = builder.getComplexFactory();
    PrimitiveFactoryImpl pf = (PrimitiveFactoryImpl) builder.getPrimitiveFactory();
    GeometryFactory cf = builder.getGeometryFactory();

    List<DirectPosition> directPositionList = new ArrayList<DirectPosition>();
    directPositionList.add(cf.createDirectPosition(new double[] {20, 10}));
    directPositionList.add(cf.createDirectPosition(new double[] {40, 10}));
    directPositionList.add(cf.createDirectPosition(new double[] {50, 40}));
    directPositionList.add(cf.createDirectPosition(new double[] {30, 50}));
    directPositionList.add(cf.createDirectPosition(new double[] {10, 30}));
    directPositionList.add(cf.createDirectPosition(new double[] {20, 10}));

   
    Surface s1 = pf.createSurfaceByDirectPositions(directPositionList);
   
    List<OrientableSurface> surfaceList = new ArrayList<OrientableSurface>();
    surfaceList.add(s1);
   
    CompositeSurface comps1 = complf.createCompositeSurface(surfaceList);
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  private void _testCompositeCurve(PicoContainer c) {
   
    PositionFactoryImpl positionFactory = (PositionFactoryImpl) c.getComponentInstanceOfType(PositionFactory.class);
    ComplexFactoryImpl complf = (ComplexFactoryImpl) c.getComponentInstanceOfType(ComplexFactory.class);
    PrimitiveFactoryImpl pf = (PrimitiveFactoryImpl) c.getComponentInstanceOfType(PrimitiveFactory.class);
    GeometryFactoryImpl geomFact = (GeometryFactoryImpl) c.getComponentInstanceOfType(GeometryFactory.class);
     
    // testcreateCompositeCurve()
    ArrayList<Position> line1 = new ArrayList<Position>();
    line1.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{50, 20})));
    line1.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{30, 30})));
    line1.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{20, 50})));
    line1.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{20, 70})));

    ArrayList<Position> line2 = new ArrayList<Position>();
    line2.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{20, 70})));
    line2.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{40, 80})));
    line2.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{70, 80})));

    ArrayList<Position> line3 = new ArrayList<Position>();
    line3.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{70, 80})));
    line3.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{90, 70})));
    line3.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{100, 60})));
    line3.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{100, 40})));

    ArrayList<Position> line4 = new ArrayList<Position>();
    line4.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{100, 40})));
    line4.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{80, 30})));
    line4.add(new PositionImpl(positionFactory.createDirectPosition(new double[]{50, 20})));
    ArrayList<CurveSegment> tLineList1 = new ArrayList<CurveSegment>();
    tLineList1.add(geomFact.createLineString(line1));
    tLineList1.add(geomFact.createLineString(line2));

    ArrayList<CurveSegment> tLineList2 = new ArrayList<CurveSegment>();
    tLineList2.add(geomFact.createLineString(line3));
    tLineList2.add(geomFact.createLineString(line4));
    CurveImpl curve1 = pf.createCurve(tLineList1);
    CurveImpl curve2 = pf.createCurve(tLineList2);
    ArrayList<OrientableCurve> curveList = new ArrayList<OrientableCurve>();
    curveList.add(curve1);
    curveList.add(curve2);
    CompositeCurve compcurve = complf.createCompositeCurve(curveList);
   
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  private void _testLineString1(PicoContainer c) {
   
    GeometryFactoryImpl tGeomFactory = (GeometryFactoryImpl) c.getComponentInstanceOfType(GeometryFactory.class);
    PositionFactoryImpl tPosFactory = (PositionFactoryImpl) c.getComponentInstanceOfType(PositionFactory.class);
    PrimitiveFactoryImpl tPrimFactory = (PrimitiveFactoryImpl) c.getComponentInstanceOfType(PrimitiveFactory.class);
   
    PositionImpl p1 = new PositionImpl(tPosFactory.createDirectPosition(new double[]{-50,  0}));
    PositionImpl p2 = new PositionImpl(tPosFactory.createDirectPosition(new double[]{-30,  30}));
    PositionImpl p3 = new PositionImpl(tPosFactory.createDirectPosition(new double[]{0,  50}));
    PositionImpl p4 = new PositionImpl(tPosFactory.createDirectPosition(new double[]{30,  30}));
    PositionImpl p5 = new PositionImpl(tPosFactory.createDirectPosition(new double[]{50,  0}));

    LineStringImpl line1 = null;
   
    /* Testing constructor of LineString with Array with size of 0 */
   
    ////System.out.println("\n***** TEST: Constructors");
    //PositionImpl arrayOfPoints[] = new PositionImpl[0];
    ArrayList<Position> positionList = new ArrayList<Position>();
    try {
      line1 = tGeomFactory.createLineString(positionList);
    } catch (IllegalArgumentException e) {
      //System.out.println("LineStringImpl - Number of Positions in array: 0 - Not accepted");
    }
    assertEquals(line1,null);

    /* Testing constructor of LineString with Array with size of 1 */

    positionList.add(p1);
    try {
      line1 = tGeomFactory.createLineString(positionList);
    } catch (IllegalArgumentException e) {
      //System.outprintln("LineStringImpl - Number of Positions in array: 1 - Not accepted");
    }
    assertEquals(line1 , null);

    /* Testing constructor of LineString with Array with size of 2 */

    positionList.add(p2);
    try {
      line1 = tGeomFactory.createLineString(positionList);
      //System.outprintln("LineStringImpl - Number of Positions in array: 2 - accepted");
    } catch (IllegalArgumentException e) {
      //System.outprintln("LineStringImpl - Number of Positions in array: 2 - Not accepted");
    }
    assertNotNull(line1);
   
    /* Testing constructor of LineString with Array with size of 5 */

    positionList.add(p3);
    positionList.add(p4);
    positionList.add(p5);
    try {
      line1 = tGeomFactory.createLineString(positionList);
      //System.outprintln("LineStringImpl - Number of Positions in array: 5 - accepted");
      //System.outprintln("\n" + line1);

    } catch (IllegalArgumentException e) {
      //System.outprintln("\nLineStringImpl - Number of Positions in array: 5 - Not accepted");
    }
    assertNotNull(line1);

    // ***** getEnvelope()
    //System.outprintln("\n***** TEST: .envelope()");
    //System.outprintln("Envelope of the LineString is " +  line1.getEnvelope());

    // ***** getStartPoint();
    //System.outprintln("\n***** TEST: .startPoint()");
    //System.outprintln("StartPoint: " + line1.getStartPoint());
    assertEquals(line1.getStartPoint().getOrdinate(0) , -50.0);
    assertEquals(line1.getStartPoint().getOrdinate(1) , 0.0);

    // ***** getEndPoint();
    //System.outprintln("\n***** TEST: .endPoint()");
    //System.outprintln("EndPoint: " + line1.getEndPoint());
    assertEquals(line1.getEndPoint().getOrdinate(0) , 50.0);
    assertEquals(line1.getEndPoint().getOrdinate(1) , 0.0);
   
    // Set curve for further LineString tests
    ArrayList<CurveSegment> tLineList = new ArrayList<CurveSegment>();
    tLineList.add(line1);
   
    CurveImpl curve1 = tPrimFactory.createCurve(tLineList);
    line1.setCurve(curve1);
   
    // ***** length()
    //System.outprintln("\n***** TEST: .length()");
    //System.outprintln("Length of LineString is " + line1.length());
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  }

  public void testPoint() throws Exception {

    PositionFactory positionFactory = new PositionFactoryImpl(crs1, new PrecisionModel());
    PrimitiveFactory primitiveFactory = new PrimitiveFactoryImpl(crs1, positionFactory);
   
    PointImpl point1 = (PointImpl) primitiveFactory.createPoint( new double[]{-123.47009555832284, 48.543261561072285} );
    PointImpl point2 = (PointImpl) point1.transform(crs2);
   
    // create expected result
    PositionFactory expectedPosF2 = new PositionFactoryImpl(crs2, new PrecisionModel());
    PrimitiveFactory expectedPrimF2 = new PrimitiveFactoryImpl(crs2, expectedPosF2);
   
    PointImpl expectedPoint2 = (PointImpl) expectedPrimF2.createPoint( new double[]{1187128.000000001, 395268.0000000004} );
   
    //System.out.println(point1);
    //System.out.println(point2);
    //System.out.println(expectedPoint2);
   
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  }

  public void testCurve() throws Exception {

    PositionFactory positionFactory = new PositionFactoryImpl(crs1, new PrecisionModel());
    PrimitiveFactory primitiveFactory = new PrimitiveFactoryImpl(crs1, positionFactory);
    GeometryFactory geometryFactory = new GeometryFactoryImpl(crs1, positionFactory);
   
    List<Position> points = new ArrayList<Position>();
    points.add(primitiveFactory.createPoint( new double[]{-123.47009555832284,48.543261561072285} ));
    points.add(primitiveFactory.createPoint( new double[]{-123.46972894676578,48.55009592117936} ));
    points.add(primitiveFactory.createPoint( new double[]{-123.45463828850829,48.54973520267305} ));
    points.add(primitiveFactory.createPoint( new double[]{-123.4550070827961,48.54290089070186} ));
        LineString lineString = geometryFactory.createLineString(points);
        List curveSegmentList = Collections.singletonList(lineString);
       
        CurveImpl curve1 = (CurveImpl) primitiveFactory.createCurve(curveSegmentList);
        CurveImpl curve2 = (CurveImpl) curve1.transform(crs2);
       
    // create expected result
    PositionFactory expectedPosF2 = new PositionFactoryImpl(crs2, new PrecisionModel());
    PrimitiveFactory expectedPrimF2 = new PrimitiveFactoryImpl(crs2, expectedPosF2);
    GeometryFactory ExpectedGeomF2 = new GeometryFactoryImpl(crs2, expectedPosF2);
   
    List<Position> expectedPoints = new ArrayList<Position>();
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1187128.000000001, 395268.0000000004} ));
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1187127.9999999998, 396026.99999999825} ));
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1188245.0000000007, 396027.0000000039} ));
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1188245.0000000005, 395268.0000000018} ));
        LineString expectedLineString = ExpectedGeomF2.createLineString(expectedPoints);
        List expectedCurveSegmentList = Collections.singletonList(expectedLineString);
       
        CurveImpl expectedCurve = (CurveImpl) expectedPrimF2.createCurve(expectedCurveSegmentList);
   
    //System.out.println(curve1);
    //System.out.println(curve2);
    //System.out.println(expectedCurve);
   
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  private void _testLineString1(GeometryBuilder builder) {
   
    GeometryFactoryImpl tCoordFactory = (GeometryFactoryImpl) builder.getGeometryFactory();
    PrimitiveFactoryImpl tPrimFactory = (PrimitiveFactoryImpl) builder.getPrimitiveFactory();
   
    PositionImpl p1 = new PositionImpl(tCoordFactory.createDirectPosition(new double[]{-50,  0}));
    PositionImpl p2 = new PositionImpl(tCoordFactory.createDirectPosition(new double[]{-30,  30}));
    PositionImpl p3 = new PositionImpl(tCoordFactory.createDirectPosition(new double[]{0,  50}));
    PositionImpl p4 = new PositionImpl(tCoordFactory.createDirectPosition(new double[]{30,  30}));
    PositionImpl p5 = new PositionImpl(tCoordFactory.createDirectPosition(new double[]{50,  0}));

    LineStringImpl line1 = null;
   
    /* Testing constructor of LineString with Array with size of 0 */
   
    //System.out.println("\n***** TEST: Constructors");
    //PositionImpl arrayOfPoints[] = new PositionImpl[0];
    ArrayList<Position> positionList = new ArrayList<Position>();
    try {
      line1 = tCoordFactory.createLineString(positionList);
    } catch (IllegalArgumentException e) {
      //System.out.println("LineStringImpl - Number of Positions in array: 0 - Not accepted");
    }
    assertEquals(line1,null);

    /* Testing constructor of LineString with Array with size of 1 */

    positionList.add(p1);
    try {
      line1 = tCoordFactory.createLineString(positionList);
    } catch (IllegalArgumentException e) {
      //System.out.println("LineStringImpl - Number of Positions in array: 1 - Not accepted");
    }
    assertEquals(line1 , null);

    /* Testing constructor of LineString with Array with size of 2 */

    positionList.add(p2);
    try {
      line1 = tCoordFactory.createLineString(positionList);
      //System.out.println("LineStringImpl - Number of Positions in array: 2 - accepted");
    } catch (IllegalArgumentException e) {
      //System.out.println("LineStringImpl - Number of Positions in array: 2 - Not accepted");
    }
    assertNotNull(line1);
   
    /* Testing constructor of LineString with Array with size of 5 */

    positionList.add(p3);
    positionList.add(p4);
    positionList.add(p5);
    try {
      line1 = tCoordFactory.createLineString(positionList);
      //System.out.println("LineStringImpl - Number of Positions in array: 5 - accepted");
      //System.out.println("\n" + line1);

    } catch (IllegalArgumentException e) {
      //System.out.println("\nLineStringImpl - Number of Positions in array: 5 - Not accepted");
    }
    assertNotNull(line1);

    // ***** getEnvelope()
    //System.out.println("\n***** TEST: .envelope()");
    //System.out.println("Envelope of the LineString is " +  line1.getEnvelope());

    // ***** getStartPoint();
    //System.out.println("\n***** TEST: .startPoint()");
    //System.out.println("StartPoint: " + line1.getStartPoint());
    assertEquals(line1.getStartPoint().getOrdinate(0) , -50.0);
    assertEquals(line1.getStartPoint().getOrdinate(1) , 0.0);

    // ***** getEndPoint();
    //System.out.println("\n***** TEST: .endPoint()");
    //System.out.println("EndPoint: " + line1.getEndPoint());
    assertEquals(line1.getEndPoint().getOrdinate(0) , 50.0);
    assertEquals(line1.getEndPoint().getOrdinate(1) , 0.0);
   
    // Set curve for further LineString tests
    ArrayList<CurveSegment> tLineList = new ArrayList<CurveSegment>();
    tLineList.add(line1);
   
    CurveImpl curve1 = tPrimFactory.createCurve(tLineList);
    line1.setCurve(curve1);
   
    // ***** length()
    //System.out.println("\n***** TEST: .length()");
    //System.out.println("Length of LineString is " + line1.length());
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  }
 
  public void testRing() throws Exception {

    PositionFactory positionFactory = new PositionFactoryImpl(crs1, new PrecisionModel());
    PrimitiveFactory primitiveFactory = new PrimitiveFactoryImpl(crs1, positionFactory);
    GeometryFactory geometryFactory = new GeometryFactoryImpl(crs1, positionFactory);
   
    List<Position> points1 = new ArrayList<Position>();
    points1.add(primitiveFactory.createPoint( new double[]{-123.47009555832284,48.543261561072285} ));
    points1.add(primitiveFactory.createPoint( new double[]{-123.46972894676578,48.55009592117936} ));
    points1.add(primitiveFactory.createPoint( new double[]{-123.45463828850829,48.54973520267305} ));
    points1.add(primitiveFactory.createPoint( new double[]{-123.4550070827961,48.54290089070186} ));
    points1.add(primitiveFactory.createPoint( new double[]{-123.47009555832284,48.543261561072285} ));
    LineString lineString1 = geometryFactory.createLineString(points1);
        List curveSegmentList1 = Collections.singletonList(lineString1);
       
        CurveImpl curve1 = (CurveImpl) primitiveFactory.createCurve(curveSegmentList1);
       
    /* Build Ring from Curve */
    ArrayList<OrientableCurve> curveList = new ArrayList<OrientableCurve>();
    curveList.add(curve1);
   
    RingImplUnsafe ring1 = (RingImplUnsafe) primitiveFactory.createRing(curveList);
    RingImplUnsafe ring2 = (RingImplUnsafe) ring1.transform(crs2);
   
    // create expected result
    PositionFactory expectedPosF2 = new PositionFactoryImpl(crs2, new PrecisionModel());
    PrimitiveFactory expectedPrimF2 = new PrimitiveFactoryImpl(crs2, expectedPosF2);
    GeometryFactory ExpectedGeomF2 = new GeometryFactoryImpl(crs2, expectedPosF2);
   
    List<Position> expectedPoints = new ArrayList<Position>();
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1187128.000000001, 395268.0000000004} ));
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1187127.9999999998, 396026.99999999825} ));
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1188245.0000000007, 396027.0000000039} ));
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1188245.0000000005, 395268.0000000018} ));
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1187128.000000001, 395268.0000000004} ));
        LineString expectedLineString = ExpectedGeomF2.createLineString(expectedPoints);
        List expectedCurveSegmentList = Collections.singletonList(expectedLineString);
       
        CurveImpl expectedCurve = (CurveImpl) expectedPrimF2.createCurve(expectedCurveSegmentList);
       
    /* Build Ring from Curve */
    ArrayList<OrientableCurve> expectedCurveList = new ArrayList<OrientableCurve>();
    expectedCurveList.add(expectedCurve);
   
    RingImplUnsafe expectedRing = (RingImplUnsafe) expectedPrimF2.createRing(expectedCurveList);
       
    //System.out.println(ring1);
    //System.out.println(ring2);
    //System.out.println(expectedRing);
   
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        assertTrue( "geometry equals", surface.equals( surface2 ));
  }
 
  public void testSurface() throws Exception {
    PositionFactory positionFactory = new PositionFactoryImpl(crs1, new PrecisionModel());
    PrimitiveFactory primitiveFactory = new PrimitiveFactoryImpl(crs1, positionFactory);
    GeometryFactory geometryFactory = new GeometryFactoryImpl(crs1, positionFactory);
   
    List<Position> points1 = new ArrayList<Position>();
    points1.add(primitiveFactory.createPoint( new double[]{-123.47009555832284,48.543261561072285} ));
    points1.add(primitiveFactory.createPoint( new double[]{-123.46972894676578,48.55009592117936} ));
    points1.add(primitiveFactory.createPoint( new double[]{-123.45463828850829,48.54973520267305} ));
    points1.add(primitiveFactory.createPoint( new double[]{-123.4550070827961,48.54290089070186} ));
    points1.add(primitiveFactory.createPoint( new double[]{-123.47009555832284,48.543261561072285} ));
    LineString lineString1 = geometryFactory.createLineString(points1);
        List curveSegmentList1 = Collections.singletonList(lineString1);
       
        CurveImpl curve1 = (CurveImpl) primitiveFactory.createCurve(curveSegmentList1);
       
    /* Build Ring from Curve */
    ArrayList<OrientableCurve> curveList = new ArrayList<OrientableCurve>();
    curveList.add(curve1);
   
    // Build Ring then SurfaceBoundary then Surface
    RingImpl exteriors = (RingImpl) primitiveFactory.createRing(curveList);
    List<Ring> interiors = new ArrayList<Ring>();
    SurfaceBoundary sboundary = primitiveFactory.createSurfaceBoundary(exteriors, interiors);
    Surface surface1 = primitiveFactory.createSurface(sboundary);
    Surface surface2 = (SurfaceImpl) surface1.transform(crs2);
   
    // create expected result
    PositionFactory expectedPosF2 = new PositionFactoryImpl(crs2, new PrecisionModel());
    PrimitiveFactory expectedPrimF2 = new PrimitiveFactoryImpl(crs2, expectedPosF2);
    GeometryFactory ExpectedGeomF2 = new GeometryFactoryImpl(crs2, expectedPosF2);
   
    List<Position> expectedPoints = new ArrayList<Position>();
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1187128.000000001, 395268.0000000004} ));
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1187127.9999999998, 396026.99999999825} ));
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1188245.0000000007, 396027.0000000039} ));
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1188245.0000000005, 395268.0000000018} ));
    expectedPoints.add(expectedPrimF2.createPoint( new double[]{1187128.000000001, 395268.0000000004} ));
        LineString expectedLineString = ExpectedGeomF2.createLineString(expectedPoints);
        List expectedCurveSegmentList = Collections.singletonList(expectedLineString);
       
        CurveImpl expectedCurve = (CurveImpl) expectedPrimF2.createCurve(expectedCurveSegmentList);
       
    /* Build Ring from Curve */
    ArrayList<OrientableCurve> expectedCurveList = new ArrayList<OrientableCurve>();
    expectedCurveList.add(expectedCurve);
   
    // Build Ring then SurfaceBoundary then Surface
    RingImpl exteriors2 = (RingImpl) expectedPrimF2.createRing(expectedCurveList);
    List<Ring> interiors2 = new ArrayList<Ring>();
    SurfaceBoundary sboundary2 = expectedPrimF2.createSurfaceBoundary(exteriors2, interiors2);
    Surface expectedSurface = expectedPrimF2.createSurface(sboundary2);
       
    //System.out.println(surface1);
    //System.out.println(surface2);
    //System.out.println(expectedSurface);
   
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Related Classes of org.geotools.geometry.iso.primitive.PrimitiveFactoryImpl

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