public static Shape parseAwtPath(String str) { PathParser pp = new PathParser(); AWTPathProducer ph = new AWTPathProducer(); pp.setPathHandler(ph); pp.parse(str); return ph.getShape(); }
AWTPathProducer app = new AWTPathProducer(); SVGAnimatedPathDataSupport.handlePathSegList (pathElt.getPathSegList(), app); AWTPathProducer app = new AWTPathProducer(); PathParser pp = new PathParser(); pp.setPathHandler(app);
AWTPathProducer app = new AWTPathProducer(); SVGAnimatedPathDataSupport.handlePathSegList (pathElt.getPathSegList(), app); AWTPathProducer app = new AWTPathProducer(); PathParser pp = new PathParser(); pp.setPathHandler(app);
AWTPathProducer app = new AWTPathProducer(); SVGAnimatedPathDataSupport.handlePathSegList (pathElt.getPathSegList(), app); AWTPathProducer app = new AWTPathProducer(); PathParser pp = new PathParser(); pp.setPathHandler(app);
/** * Utility method for creating an ExtendedGeneralPath. * @param r The reader used to read the path specification. * @param wr The winding rule to use for creating the path. */ public static Shape createShape(Reader r, int wr) throws IOException, ParseException { PathParser p = new PathParser(); AWTPathProducer ph = new AWTPathProducer(); ph.setWindingRule(wr); p.setPathHandler(ph); p.parse(r); return ph.getShape(); }
/** * Utility method for creating an ExtendedGeneralPath. * @param r The reader used to read the path specification. * @param wr The winding rule to use for creating the path. */ public static Shape createShape(Reader r, int wr) throws IOException, ParseException { PathParser p = new PathParser(); AWTPathProducer ph = new AWTPathProducer(); ph.setWindingRule(wr); p.setPathHandler(ph); p.parse(r); return ph.getShape(); }
/** * Utility method for creating an ExtendedGeneralPath. * @param r The reader used to read the path specification. * @param wr The winding rule to use for creating the path. */ public static Shape createShape(Reader r, int wr) throws IOException, ParseException { PathParser p = new PathParser(); AWTPathProducer ph = new AWTPathProducer(); ph.setWindingRule(wr); p.setPathHandler(ph); p.parse(r); return ph.getShape(); }
Shape dShape = null; if (d.length() != 0) { AWTPathProducer app = new AWTPathProducer();
Shape dShape = null; if (d.length() != 0) { AWTPathProducer app = new AWTPathProducer();
Shape dShape = null; if (d.length() != 0) { AWTPathProducer app = new AWTPathProducer();
Shape pathShape = null; if (s.length() != 0) { AWTPathProducer app = new AWTPathProducer(); app.setWindingRule(CSSUtilities.convertFillRule(pathElement)); try {
Shape pathShape = null; if (s.length() != 0) { AWTPathProducer app = new AWTPathProducer(); app.setWindingRule(CSSUtilities.convertFillRule(pathElement)); try {
Shape pathShape = null; if (s.length() != 0) { AWTPathProducer app = new AWTPathProducer(); app.setWindingRule(CSSUtilities.convertFillRule(pathElement)); try {
/** * Constructs a path according to the specified parameters. * * @param ctx the bridge context to use * @param e the element that describes a rect element * @param shapeNode the shape node to initialize */ protected void buildShape(BridgeContext ctx, Element e, ShapeNode shapeNode) { SVGOMPathElement pe = (SVGOMPathElement) e; AWTPathProducer app = new AWTPathProducer(); try { // 'd' attribute - required SVGOMAnimatedPathData _d = pe.getAnimatedPathData(); _d.check(); SVGPathSegList p = _d.getAnimatedPathSegList(); app.setWindingRule(CSSUtilities.convertFillRule(e)); SVGAnimatedPathDataSupport.handlePathSegList(p, app); } catch (LiveAttributeException ex) { throw new BridgeException(ctx, ex); } finally { shapeNode.setShape(app.getShape()); } }
/** * Constructs a path according to the specified parameters. * * @param ctx the bridge context to use * @param e the element that describes a rect element * @param shapeNode the shape node to initialize */ protected void buildShape(BridgeContext ctx, Element e, ShapeNode shapeNode) { SVGOMPathElement pe = (SVGOMPathElement) e; AWTPathProducer app = new AWTPathProducer(); try { // 'd' attribute - required SVGOMAnimatedPathData _d = pe.getAnimatedPathData(); _d.check(); SVGPathSegList p = _d.getAnimatedPathSegList(); app.setWindingRule(CSSUtilities.convertFillRule(e)); SVGAnimatedPathDataSupport.handlePathSegList(p, app); } catch (LiveAttributeException ex) { throw new BridgeException(ctx, ex); } finally { shapeNode.setShape(app.getShape()); } }
/** * Constructs a path according to the specified parameters. * * @param ctx the bridge context to use * @param e the element that describes a rect element * @param shapeNode the shape node to initialize */ protected void buildShape(BridgeContext ctx, Element e, ShapeNode shapeNode) { SVGOMPathElement pe = (SVGOMPathElement) e; AWTPathProducer app = new AWTPathProducer(); try { // 'd' attribute - required SVGOMAnimatedPathData _d = pe.getAnimatedPathData(); _d.check(); SVGPathSegList p = _d.getAnimatedPathSegList(); app.setWindingRule(CSSUtilities.convertFillRule(e)); SVGAnimatedPathDataSupport.handlePathSegList(p, app); } catch (LiveAttributeException ex) { throw new BridgeException(ctx, ex); } finally { shapeNode.setShape(app.getShape()); } }