public Rectangle2D getSensitiveBounds() { if (sBounds != null) return sBounds; sBounds = pcn.getTransformedSensitiveBounds(IDENTITY); return sBounds; } public Shape getOutline() {
public Rectangle2D getSensitiveBounds() { if (sBounds != null) return sBounds; sBounds = pcn.getTransformedSensitiveBounds(IDENTITY); return sBounds; } public Shape getOutline() {
public Rectangle2D getSensitiveBounds() { if (sBounds != null) return sBounds; sBounds = pcn.getTransformedSensitiveBounds(IDENTITY); return sBounds; } public Shape getOutline() {
/** * 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. */ public Rectangle2D getSensitiveBounds() { if (sensitiveBounds != null) return sensitiveBounds; // System.out.println("sensitiveBoundsBounds are null"); int i=0; while(sensitiveBounds == null && i < count){ sensitiveBounds = children[i++].getTransformedSensitiveBounds(IDENTITY); } while (i<count) { Rectangle2D cgb = children[i++].getTransformedSensitiveBounds(IDENTITY); if (cgb != null) { if (sensitiveBounds == null) // another thread has set the geometry bounds to null, // need to recall this function return getSensitiveBounds(); sensitiveBounds.add(cgb); } } return sensitiveBounds; }
/** * 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. */ public Rectangle2D getSensitiveBounds() { if (sensitiveBounds != null) return sensitiveBounds; // System.out.println("sensitiveBoundsBounds are null"); int i=0; while(sensitiveBounds == null && i < count){ sensitiveBounds = children[i++].getTransformedSensitiveBounds(IDENTITY); } while (i<count) { Rectangle2D cgb = children[i++].getTransformedSensitiveBounds(IDENTITY); if (cgb != null) { if (sensitiveBounds == null) // another thread has set the geometry bounds to null, // need to recall this function return getSensitiveBounds(); sensitiveBounds.add(cgb); } } return sensitiveBounds; }
/** * 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. */ public Rectangle2D getSensitiveBounds() { if (sensitiveBounds != null) return sensitiveBounds; // System.out.println("sensitiveBoundsBounds are null"); int i=0; while(sensitiveBounds == null && i < count){ sensitiveBounds = children[i++].getTransformedSensitiveBounds(IDENTITY); } while (i<count) { Rectangle2D cgb = children[i++].getTransformedSensitiveBounds(IDENTITY); if (cgb != null) { if (sensitiveBounds == null) // another thread has set the geometry bounds to null, // need to recall this function return getSensitiveBounds(); sensitiveBounds.add(cgb); } } return sensitiveBounds; }
int i=0; while (sb == null && i < count) { sb = children[i++].getTransformedSensitiveBounds(t); Rectangle2D csb = children[i++].getTransformedSensitiveBounds(t); if (csb != null) { sb.add(csb);
int i=0; while (sb == null && i < count) { sb = children[i++].getTransformedSensitiveBounds(t); Rectangle2D csb = children[i++].getTransformedSensitiveBounds(t); if (csb != null) { sb.add(csb);
int i=0; while (sb == null && i < count) { sb = children[i++].getTransformedSensitiveBounds(t); Rectangle2D csb = children[i++].getTransformedSensitiveBounds(t); if (csb != null) { sb.add(csb);