Examples of Path2D

ae.java.awt.geom.Path2D
The {@code Path2D} class provides a simple, yet flexibleshape which represents an arbitrary geometric path. It can fully represent any path which can be iterated by the {@link PathIterator} interface including all of its segmenttypes and winding rules and it implements all of the basic hit testing methods of the {@link Shape} interface.
Use {@link Path2D.Float} when dealing with data that can be representedand used with floating point precision. Use {@link Path2D.Double}for data that requires the accuracy or range of double precision.
{@code Path2D} provides exactly those facilities required forbasic construction and management of a geometric path and implementation of the above interfaces with little added interpretation. If it is useful to manipulate the interiors of closed geometric shapes beyond simple hit testing then the {@link Area} class provides additional capabilitiesspecifically targeted at closed figures. While both classes nominally implement the {@code Shape}interface, they differ in purpose and together they provide two useful views of a geometric shape where {@code Path2D}deals primarily with a trajectory formed by path segments and {@code Area} deals more with interpretation and manipulationof enclosed regions of 2D geometric space.
The {@link PathIterator} interface has more detailed descriptionsof the types of segments that make up a path and the winding rules that control how to determine which regions are inside or outside the path. @author Jim Graham @since 1.6
java.awt.geom.Path2D
The {@code Path2D} class provides a simple, yet flexibleshape which represents an arbitrary geometric path. It can fully represent any path which can be iterated by the {@link PathIterator} interface including all of its segmenttypes and winding rules and it implements all of the basic hit testing methods of the {@link Shape} interface.
Use {@link Path2D.Float} when dealing with data that can be representedand used with floating point precision. Use {@link Path2D.Double}for data that requires the accuracy or range of double precision.
{@code Path2D} provides exactly those facilities required forbasic construction and management of a geometric path and implementation of the above interfaces with little added interpretation. If it is useful to manipulate the interiors of closed geometric shapes beyond simple hit testing then the {@link Area} class provides additional capabilitiesspecifically targeted at closed figures. While both classes nominally implement the {@code Shape}interface, they differ in purpose and together they provide two useful views of a geometric shape where {@code Path2D}deals primarily with a trajectory formed by path segments and {@code Area} deals more with interpretation and manipulationof enclosed regions of 2D geometric space.
The {@link PathIterator} interface has more detailed descriptionsof the types of segments that make up a path and the winding rules that control how to determine which regions are inside or outside the path. @version 1.4, 04/19/06 @author Jim Graham @since 1.6

Examples of ae.java.awt.geom.Path2D

                                    int join,
                                    float miterlimit,
                                    float dashes[],
                                    float dashphase)
    {
        final Path2D p2d = new Path2D.Float();


        strokeTo(src,
                 null,
                 width,
                 caps,
                 join,
                 miterlimit,
                 dashes,
                 dashphase,
                 new LineSink() {
                     public void moveTo(int x0, int y0) {
                         p2d.moveTo(S15_16ToFloat(x0), S15_16ToFloat(y0));
                     }
                     public void lineJoin() {}
                     public void lineTo(int x1, int y1) {
                         p2d.lineTo(S15_16ToFloat(x1), S15_16ToFloat(y1));
                     }
                     public void close() {
                         p2d.closePath();
                     }
                     public void end() {}
                 });


        return p2d;

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Examples of java.awt.geom.Path2D

    float[] paniponidash = toDashArray(fsi.getDashArray());
    Stroke stroke = new BasicStroke(fsi.getStrokeWidth(), BasicStroke.CAP_SQUARE, BasicStroke.JOIN_MITER, 1.0f,
        paniponidash, 0.0f);
    gr.setColor(toColor(fsi.getStrokeColor(), fsi.getStrokeOpacity()));
    gr.setStroke(stroke);
    Path2D s = new Path2D.Double(Path2D.WIND_EVEN_ODD, 3);
    s.moveTo(0, 0);
    s.lineTo(twothirds, onethird);
    s.lineTo(onethird, twothirds);
    s.lineTo(max, max);
    gr.draw(s);
  }

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Examples of java.awt.geom.Path2D

  @Override
  public void scan(
    GraphicsState state
    )
  {
    Path2D pathObject = (Path2D)state.getScanner().getRenderObject();
    if(pathObject != null)
    {pathObject.closePath();}
  }

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Examples of java.awt.geom.Path2D

  public void scan(
    GraphicsState state
    )
  {
    ContentScanner scanner = state.getScanner();
    Path2D pathObject = (Path2D)scanner.getRenderObject();
    if(pathObject != null)
    {
      Graphics2D context = scanner.getRenderContext();


      if(closed)
      {
        pathObject.closePath();
      }
      if(filled)
      {
        context.setPaint(
          state.getFillColorSpace().getPaint(state.getFillColor())
          );
        pathObject.setWindingRule(fillMode.toAwt());
        context.fill(pathObject);
      }
      if(stroked)
      {
        context.setPaint(

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Examples of java.awt.geom.Path2D

  @Override
  public void scan(
    GraphicsState state
    )
  {
    Path2D pathObject = (Path2D)state.getScanner().getRenderObject();
    if(pathObject != null)
    {
      Point2D controlPoint1 = getControl1();
      if(controlPoint1 == null)
      {controlPoint1 = pathObject.getCurrentPoint();}
      Point2D finalPoint = getPoint();
      Point2D controlPoint2 = getControl2();
      if(controlPoint2 == null)
      {controlPoint2 = finalPoint;}
      pathObject.curveTo(
        controlPoint1.getX(),
        controlPoint1.getY(),
        controlPoint2.getX(),
        controlPoint2.getY(),
        finalPoint.getX(),

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Examples of java.awt.geom.Path2D

  @Override
  public void scan(
    GraphicsState state
    )
  {
    Path2D pathObject = (Path2D)state.getScanner().getRenderObject();
    if(pathObject != null)
    {
      Point2D point = getPoint();
      pathObject.lineTo(point.getX(),point.getY());
    }
  }

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Examples of java.awt.geom.Path2D

  public void scan(
    GraphicsState state
    )
  {
    ContentScanner scanner = state.getScanner();
    Path2D pathObject = (Path2D)scanner.getRenderObject();
    if(pathObject != null)
    {
      pathObject.setWindingRule(clipMode.toAwt());
      scanner.getRenderContext().clip(pathObject);
    }
  }

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Examples of java.awt.geom.Path2D

  @Override
  public void scan(
    GraphicsState state
    )
  {
    Path2D pathObject = (Path2D)state.getScanner().getRenderObject();
    if(pathObject != null)
    {
      float x = getX(),
        y = getY(),
        width = getWidth(),
        height = getHeight();
      pathObject.moveTo(x,y);
      pathObject.lineTo(x + width, y);
      pathObject.lineTo(x + width, y + height);
      pathObject.lineTo(x, y + height);
      pathObject.closePath();
    }
  }

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Examples of java.awt.geom.Path2D

  @Override
  public void scan(
    GraphicsState state
    )
  {
    Path2D pathObject = (Path2D)state.getScanner().getRenderObject();
    if(pathObject != null)
    {
      Point2D point = getPoint();
      pathObject.moveTo(point.getX(),point.getY());
    }
  }

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Examples of java.awt.geom.Path2D

                    border.paintBorder(c, g, borderX, borderY, borderW, borderH);
                } else {
                    Graphics g2 = g.create();
                    if (g2 instanceof Graphics2D) {
                        Graphics2D g2d = (Graphics2D) g2;
                        Path2D path = new Path2D.Float();
                        path.append(new Rectangle(borderX, borderY, borderW, labelY - borderY), false);
                        path.append(new Rectangle(borderX, labelY, labelX - borderX - TEXT_SPACING, labelH), false);
                        path.append(new Rectangle(labelX + labelW + TEXT_SPACING, labelY, borderX - labelX + borderW - labelW - TEXT_SPACING, labelH), false);
                        path.append(new Rectangle(borderX, labelY + labelH, borderW, borderY - labelY + borderH - labelH), false);
                        g2d.clip(path);
                    }
                    border.paintBorder(c, g2, borderX, borderY, borderW, borderH);
                    g2.dispose();
                }

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