Examples of Circle2D

Examples of eas.math.geometry.Circle2D

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            final AusgMerkm mark,
            final AusgMerkm unmark,
            final double radius) {
       
        Vector2D v;
        Circle2D k;
       
        for (int i = 0; i < p.npoints; i++) {
            if (markierung.contains(i)) {
                l.add(mark);
            } else {
                l.add(unmark);
            }
            v = new Vector2D(p.xpoints[i], p.ypoints[i]);
            k = new Circle2D(v.x, v.y, radius);
            l.add(k);
        }
    }
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Examples of eas.math.geometry.Circle2D

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        AusgMerkm zwAusg = new AusgMerkm(Color.black, Color.black, true, true);
        liste.add(zwAusg);
        liste.add(quad.toPol(1, Vector2D.NULL_VECTOR));
       
        Circle2D k1 = new Circle2D(
                linksOben.x,
                linksOben.y,
                radius);
        Circle2D k2 = new Circle2D(
                linksOben.x,
                linksOben.y + radius * 2 + radius / 2,
                radius);
        Circle2D k3 = new Circle2D(
                linksOben.x,
                linksOben.y + radius * 4 + radius,
                radius);
       
        if (stufe == 2) {
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Examples of eas.math.geometry.Circle2D

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                    && m.getZusatz().getClass().equals(Vector2D.class)) {
               
                zwisch = new Vector2D((Vector2D) m.getZusatz());
                zwisch.mult(skalierung);
                zwisch.translate(verschiebung);
                kreise.add(new Circle2D(zwisch, radius));
            }
        }
       
        return kreise;
    }
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Examples of math.geom2d.conic.Circle2D

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      String targetRefStencilId = BpmnJsonConverterUtil.getStencilId(targetRefNode);
     
      List<Point> graphicInfoList = new ArrayList<Point>();
     
      if (DI_CIRCLES.contains(sourceRefStencilId)) {
        Circle2D eventCircle = new Circle2D(sourceInfo.getX() + sourceDockersX,
            sourceInfo.getY() + sourceDockersY, sourceDockersX);
       
        Collection<Point2D> intersections = eventCircle.intersections(firstLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
     
      } else if (DI_RECTANGLES.contains(sourceRefStencilId)) {
        Polyline2D rectangle = createRectangle(sourceInfo);
       
        Collection<Point2D> intersections = rectangle.intersections(firstLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
     
      } else if (DI_GATEWAY.contains(sourceRefStencilId)) {
        Polyline2D gatewayRectangle = createGateway(sourceInfo);
       
        Collection<Point2D> intersections = gatewayRectangle.intersections(firstLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
      }
     
      Line2D lastLine = null;
     
      if (dockersNode.size() > 2) {
        for(int i = 1; i < dockersNode.size() - 1; i++) {
          double x = dockersNode.get(i).get(EDITOR_BOUNDS_X).getDoubleValue();
          double y = dockersNode.get(i).get(EDITOR_BOUNDS_Y).getDoubleValue();
          graphicInfoList.add(createGraphicInfo(x, y));
        }
       
        double startLastLineX = dockersNode.get(dockersNode.size() - 2).get(EDITOR_BOUNDS_X).getDoubleValue();
        double startLastLineY = dockersNode.get(dockersNode.size() - 2).get(EDITOR_BOUNDS_Y).getDoubleValue();
       
        double endLastLineX = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_X).getDoubleValue();
        double endLastLineY = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_Y).getDoubleValue();
       
        endLastLineX += targetInfo.getX();
        endLastLineY += targetInfo.getY();
       
        lastLine = new Line2D(startLastLineX, startLastLineY, endLastLineX, endLastLineY);
       
      } else {
        lastLine = firstLine;
      }
     
      if (DI_RECTANGLES.contains(targetRefStencilId)) {
        Polyline2D rectangle = createRectangle(targetInfo);
       
        Collection<Point2D> intersections = rectangle.intersections(lastLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
       
      } else if (DI_CIRCLES.contains(targetRefStencilId)) {
       
        double targetDockersX = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_X).getDoubleValue();
        double targetDockersY = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_Y).getDoubleValue();
       
        Circle2D eventCircle = new Circle2D(targetInfo.getX() + targetDockersX,
            targetInfo.getY() + targetDockersY, targetDockersX);
       
        Collection<Point2D> intersections = eventCircle.intersections(lastLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
       
      } else if (DI_GATEWAY.contains(targetRefStencilId)) {
        Polyline2D gatewayRectangle = createGateway(targetInfo);
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Examples of math.geom2d.conic.Circle2D

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      String targetRefStencilId = BpmnJsonConverterUtil.getStencilId(targetRefNode);
     
      List<GraphicInfo> graphicInfoList = new ArrayList<GraphicInfo>();
     
      if (DI_CIRCLES.contains(sourceRefStencilId)) {
        Circle2D eventCircle = new Circle2D(sourceInfo.getX() + sourceDockersX,
            sourceInfo.getY() + sourceDockersY, sourceDockersX);
       
        Collection<Point2D> intersections = eventCircle.intersections(firstLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
     
      } else if (DI_RECTANGLES.contains(sourceRefStencilId)) {
        Polyline2D rectangle = createRectangle(sourceInfo);
       
        Collection<Point2D> intersections = rectangle.intersections(firstLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
     
      } else if (DI_GATEWAY.contains(sourceRefStencilId)) {
        Polyline2D gatewayRectangle = createGateway(sourceInfo);
       
        Collection<Point2D> intersections = gatewayRectangle.intersections(firstLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
      }
     
      Line2D lastLine = null;
     
      if (dockersNode.size() > 2) {
        for(int i = 1; i < dockersNode.size() - 1; i++) {
          double x = dockersNode.get(i).get(EDITOR_BOUNDS_X).doubleValue();
          double y = dockersNode.get(i).get(EDITOR_BOUNDS_Y).doubleValue();
          graphicInfoList.add(createGraphicInfo(x, y));
        }
       
        double startLastLineX = dockersNode.get(dockersNode.size() - 2).get(EDITOR_BOUNDS_X).doubleValue();
        double startLastLineY = dockersNode.get(dockersNode.size() - 2).get(EDITOR_BOUNDS_Y).doubleValue();
       
        double endLastLineX = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_X).doubleValue();
        double endLastLineY = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_Y).doubleValue();
       
        endLastLineX += targetInfo.getX();
        endLastLineY += targetInfo.getY();
       
        lastLine = new Line2D(startLastLineX, startLastLineY, endLastLineX, endLastLineY);
       
      } else {
        lastLine = firstLine;
      }
     
      if (DI_RECTANGLES.contains(targetRefStencilId)) {
        Polyline2D rectangle = createRectangle(targetInfo);
       
        Collection<Point2D> intersections = rectangle.intersections(lastLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
       
      } else if (DI_CIRCLES.contains(targetRefStencilId)) {
       
        double targetDockersX = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_X).doubleValue();
        double targetDockersY = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_Y).doubleValue();
       
        Circle2D eventCircle = new Circle2D(targetInfo.getX() + targetDockersX,
            targetInfo.getY() + targetDockersY, targetDockersX);
       
        Collection<Point2D> intersections = eventCircle.intersections(lastLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
       
      } else if (DI_GATEWAY.contains(targetRefStencilId)) {
        Polyline2D gatewayRectangle = createGateway(targetInfo);
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Examples of math.geom2d.conic.Circle2D

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      String targetRefStencilId = BpmnJsonConverterUtil.getStencilId(targetRefNode);
     
      List<GraphicInfo> graphicInfoList = new ArrayList<GraphicInfo>();
     
      if (DI_CIRCLES.contains(sourceRefStencilId)) {
        Circle2D eventCircle = new Circle2D(sourceInfo.x + sourceDockersX,
            sourceInfo.y + sourceDockersY, sourceDockersX);
       
        Collection<Point2D> intersections = eventCircle.intersections(firstLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
     
      } else if (DI_RECTANGLES.contains(sourceRefStencilId)) {
        Polyline2D rectangle = createRectangle(sourceInfo);
       
        Collection<Point2D> intersections = rectangle.intersections(firstLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
     
      } else if (DI_GATEWAY.contains(sourceRefStencilId)) {
        Polyline2D gatewayRectangle = createGateway(sourceInfo);
       
        Collection<Point2D> intersections = gatewayRectangle.intersections(firstLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
      }
     
      Line2D lastLine = null;
     
      if (dockersNode.size() > 2) {
        for(int i = 1; i < dockersNode.size() - 1; i++) {
          double x = dockersNode.get(i).get(EDITOR_BOUNDS_X).getDoubleValue();
          double y = dockersNode.get(i).get(EDITOR_BOUNDS_Y).getDoubleValue();
          graphicInfoList.add(createGraphicInfo(x, y));
        }
       
        double startLastLineX = dockersNode.get(dockersNode.size() - 2).get(EDITOR_BOUNDS_X).getDoubleValue();
        double startLastLineY = dockersNode.get(dockersNode.size() - 2).get(EDITOR_BOUNDS_Y).getDoubleValue();
       
        double endLastLineX = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_X).getDoubleValue();
        double endLastLineY = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_Y).getDoubleValue();
       
        endLastLineX += targetInfo.x;
        endLastLineY += targetInfo.y;
       
        lastLine = new Line2D(startLastLineX, startLastLineY, endLastLineX, endLastLineY);
       
      } else {
        lastLine = firstLine;
      }
     
      if (DI_RECTANGLES.contains(targetRefStencilId)) {
        Polyline2D rectangle = createRectangle(targetInfo);
       
        Collection<Point2D> intersections = rectangle.intersections(lastLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
       
      } else if (DI_CIRCLES.contains(targetRefStencilId)) {
       
        double targetDockersX = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_X).getDoubleValue();
        double targetDockersY = dockersNode.get(dockersNode.size() - 1).get(EDITOR_BOUNDS_Y).getDoubleValue();
       
        Circle2D eventCircle = new Circle2D(targetInfo.x + targetDockersX,
            targetInfo.y + targetDockersY, targetDockersX);
       
        Collection<Point2D> intersections = eventCircle.intersections(lastLine);
        Point2D intersection = intersections.iterator().next();
        graphicInfoList.add(createGraphicInfo(intersection.getX(), intersection.getY()));
       
      } else if (DI_GATEWAY.contains(targetRefStencilId)) {
        Polyline2D gatewayRectangle = createGateway(targetInfo);
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Examples of org.geotools.geometry.iso.util.elem2D.Circle2D

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* @source $URL$
*/
public class Circle2DTest extends TestCase {

    public void testInstance() {
        Circle2D circle = new Circle2D(0.0, 0.0, 1.5);
        assertNotNull(circle);
    }
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Examples of org.geotools.geometry.iso.util.elem2D.Circle2D

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        Circle2D circle = new Circle2D(0.0, 0.0, 1.5);
        assertNotNull(circle);
    }
   
    public void testGetSet() {
        Circle2D circle = new Circle2D(10.0, 8.0, 5.0);
        assertNotNull(circle);
        assertEquals(10.0, circle.getX());
        assertEquals(8.0, circle.getY());
        assertEquals(5.0, circle.getRadius());

        circle.setX(9.0);
        assertEquals(9.0, circle.getX());
        assertEquals(8.0, circle.getY());
        assertEquals(5.0, circle.getRadius());

        circle.setY(7.0);
        assertEquals(9.0, circle.getX());
        assertEquals(7.0, circle.getY());
        assertEquals(5.0, circle.getRadius());
       
        circle.setRadius(4.0);
        assertEquals(9.0, circle.getX());
        assertEquals(7.0, circle.getY());
        assertEquals(4.0, circle.getRadius());
       
        circle.setValues(8.0, -6.0, 9.0);
        assertEquals(8.0, circle.getX());
        assertEquals(-6.0, circle.getY());
        assertEquals(9.0, circle.getRadius());
       
        assertEquals(8.0, circle.getCenter().getX());
        assertEquals(-6.0, circle.getCenter().getY());
       
       
    }
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Examples of org.geotools.geometry.iso.util.elem2D.Circle2D

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    }
   
    public void testContains() {
        Circle2D circle = new Circle2D(100.0, 50.0, 25.0);
        assertNotNull(circle);
       
        assertFalse(circle.contains(new Node2D(0.0, 0.0)));
        assertFalse(circle.contains(new Node2D(-10.0, 90.0)));
        assertTrue(circle.contains(new Node2D(100.0, 50.0)));
        assertTrue(circle.contains(new Node2D(124.9, 49.9)));
        assertTrue(circle.contains(new Node2D(90.0, 60.0)));
        assertFalse(circle.contains(new Node2D(-1000.0, -900.0)));
    }
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Examples of org.geotools.geometry.iso.util.elem2D.Circle2D

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    public void test3PointConstructor() {
        Point2D pt1 = new Node2D(0.0, 0.0);
        Point2D pt2 = new Node2D(5.0, 0.0);
        Point2D pt3 = new Node2D(2.5, -2.0);
        Circle2D circle = new Circle2D(pt1, pt2, pt3);
        assertNotNull(circle);
       
        assertEquals("Circle2D: X:2.5 Y:0.5625 r:2.5625", circle.toString());
        assertEquals(5.125, circle.getRectangle().getWidth());
        assertEquals(5.125, circle.getRectangle().getHeight());
        assertEquals(2.5, circle.getCenter().getX());
       
        //3 vertical points (bad!)
        pt1 = new Node2D(0.0, 5.0);
        pt2 = new Node2D(0.0, 10.0);
        pt3 = new Node2D(0.0, 15.0);
       
        try {
            circle = new Circle2D(pt1, pt2, pt3);
            fail("should have thrown illegal argument exception");
        } catch (IllegalArgumentException e) {
        }
       
        pt1 = new Node2D(0.0, 5.0);
        pt2 = new Node2D(0.0, 10.0);
        pt3 = new Node2D(1.0, 15.0);

        circle = new Circle2D(pt1, pt2, pt3);
        assertNotNull(circle);
        assertEquals("Circle2D: X:25.5 Y:7.5 r:25.622255950637914", circle.toString());
    }
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