public Rectangle2D getGeometryBounds() { if (gBounds != null) return gBounds; gBounds = pcn.getTransformedGeometryBounds(IDENTITY); return gBounds; } public Rectangle2D getSensitiveBounds() {
public Rectangle2D getGeometryBounds() { if (gBounds != null) return gBounds; gBounds = pcn.getTransformedGeometryBounds(IDENTITY); return gBounds; } public Rectangle2D getSensitiveBounds() {
public Rectangle2D getGeometryBounds() { if (gBounds != null) return gBounds; gBounds = pcn.getTransformedGeometryBounds(IDENTITY); return gBounds; } public Rectangle2D getSensitiveBounds() {
/** * Returns the bounds of the sensitive area covered by this node, * This includes the stroked area but does not include the effects * of clipping, masking or filtering. The returned value is * transformed by the concatenation of the input transform and * this node's transform. * * @param txf the affine transform with which this node's * transform should be concatenated. Should not be null. */ public Rectangle2D getTransformedGeometryBounds(AffineTransform txf) { if (source == null) return null; AffineTransform t = txf; if (transform != null) { t = new AffineTransform(txf); t.concatenate(transform); } return source.getTransformedGeometryBounds(t); }
/** * Returns the bounds of the sensitive area covered by this node, * This includes the stroked area but does not include the effects * of clipping, masking or filtering. The returned value is * transformed by the concatenation of the input transform and * this node's transform. * * @param txf the affine transform with which this node's * transform should be concatenated. Should not be null. */ public Rectangle2D getTransformedGeometryBounds(AffineTransform txf) { if (source == null) return null; AffineTransform t = txf; if (transform != null) { t = new AffineTransform(txf); t.concatenate(transform); } return source.getTransformedGeometryBounds(t); }
/** * Returns the bounds of the sensitive area covered by this node, * This includes the stroked area but does not include the effects * of clipping, masking or filtering. The returned value is * transformed by the concatenation of the input transform and * this node's transform. * * @param txf the affine transform with which this node's * transform should be concatenated. Should not be null. */ public Rectangle2D getTransformedGeometryBounds(AffineTransform txf) { if (source == null) return null; AffineTransform t = txf; if (transform != null) { t = new AffineTransform(txf); t.concatenate(transform); } return source.getTransformedGeometryBounds(t); }
/** * Returns the bounds of the area covered by this node, without * taking any of its rendering attributes into account. That is, * exclusive of any clipping, masking, filtering or stroking, for * example. */ public Rectangle2D getGeometryBounds() { if (geometryBounds == null) { // System.err.println("geometryBounds are null"); int i=0; while(geometryBounds == null && i < count){ geometryBounds = children[i++].getTransformedGeometryBounds (IDENTITY); } while (i<count) { Rectangle2D cgb = children[i++].getTransformedGeometryBounds(IDENTITY); if (cgb != null) { if (geometryBounds == null) { // another thread has set the geometry bounds to null, // need to recall this function return getGeometryBounds(); } else { geometryBounds.add(cgb); } } } } return geometryBounds; }
/** * Returns the bounds of the area covered by this node, without * taking any of its rendering attributes into account. That is, * exclusive of any clipping, masking, filtering or stroking, for * example. */ public Rectangle2D getGeometryBounds() { if (geometryBounds == null) { // System.err.println("geometryBounds are null"); int i=0; while(geometryBounds == null && i < count){ geometryBounds = children[i++].getTransformedGeometryBounds (IDENTITY); } while (i<count) { Rectangle2D cgb = children[i++].getTransformedGeometryBounds(IDENTITY); if (cgb != null) { if (geometryBounds == null) { // another thread has set the geometry bounds to null, // need to recall this function return getGeometryBounds(); } else { geometryBounds.add(cgb); } } } } return geometryBounds; }
/** * Returns the bounds of the area covered by this node, without * taking any of its rendering attributes into account. That is, * exclusive of any clipping, masking, filtering or stroking, for * example. */ public Rectangle2D getGeometryBounds() { if (geometryBounds == null) { // System.err.println("geometryBounds are null"); int i=0; while(geometryBounds == null && i < count){ geometryBounds = children[i++].getTransformedGeometryBounds (IDENTITY); } while (i<count) { Rectangle2D cgb = children[i++].getTransformedGeometryBounds(IDENTITY); if (cgb != null) { if (geometryBounds == null) { // another thread has set the geometry bounds to null, // need to recall this function return getGeometryBounds(); } else { geometryBounds.add(cgb); } } } } return geometryBounds; }
int i=0; while (gb == null && i < count) { gb = children[i++].getTransformedGeometryBounds(t); cgb = children[i++].getTransformedGeometryBounds(t); if (cgb != null) { gb.add(cgb);
int i=0; while (gb == null && i < count) { gb = children[i++].getTransformedGeometryBounds(t); cgb = children[i++].getTransformedGeometryBounds(t); if (cgb != null) { gb.add(cgb);
int i=0; while (gb == null && i < count) { gb = children[i++].getTransformedGeometryBounds(t); cgb = children[i++].getTransformedGeometryBounds(t); if (cgb != null) { gb.add(cgb);