/** * Construct a <code>RectListManager</code> with one rectangle * @param rect The rectangle to put in this rlm. */ public RectListManager(Rectangle rect) { this(); add(rect); }
/** * Construct a <code>RectListManager</code> with one rectangle * @param rect The rectangle to put in this rlm. */ public RectListManager(Rectangle rect) { this(); add(rect); }
/** * Ensures that this collection contains the specified element * @param rect The rectangle to add */ public void add(Rectangle rect) { add(rect, 0, size-1); }
/** * Construct a <code>RectListManager</code> with one rectangle * @param rect The rectangle to put in this rlm. */ public RectListManager(Rectangle rect) { this(); add(rect); }
/** * Ensures that this collection contains the specified element * @param rect The rectangle to add */ public void add(Rectangle rect) { add(rect, 0, size-1); }
/** * Ensures that this collection contains the specified element * @param rect The rectangle to add */ public void add(Rectangle rect) { add(rect, 0, size-1); }
public boolean add(Object o) { add((Rectangle)o); return true; }
public boolean add(Object o) { add((Rectangle)o); return true; }
public boolean add(Object o) { add((Rectangle)o); return true; }
public void repaint(Shape area) { if (area == null) return; RectListManager rlm = new RectListManager(); rlm.add(usr2dev.createTransformedShape(area).getBounds()); repaint(rlm); }
public void repaint(Shape area) { if (area == null) return; RectListManager rlm = new RectListManager(); rlm.add(usr2dev.createTransformedShape(area).getBounds()); repaint(rlm); }
public void repaint(Shape area) { if (area == null) return; RectListManager rlm = new RectListManager(); rlm.add(usr2dev.createTransformedShape(area).getBounds()); repaint(rlm); }
/** * Repaints the associated GVT tree under <code>area</code>. * * If double buffered is true and this method completes cleanly it * will set the result of the repaint as the image returned by * getOffscreen otherwise the old image will still be returned. * If double buffered is false it is possible some effects of * the failed rendering will be visible in the image returned * by getOffscreen. * * @param area region to be repainted, in the current user space * coordinate system. */ public void repaint(Shape area) { if (area == null) return; RectListManager rlm = new RectListManager(); rlm.add(usr2dev.createTransformedShape(area).getBounds()); repaint(rlm); }
/** * Repaints the associated GVT tree under <code>area</code>. * * If double buffered is true and this method completes cleanly it * will set the result of the repaint as the image returned by * getOffscreen otherwise the old image will still be returned. * If double buffered is false it is possible some effects of * the failed rendering will be visible in the image returned * by getOffscreen. * * @param area region to be repainted, in the current user space * coordinate system. */ public void repaint(Shape area) { if (area == null) return; RectListManager rlm = new RectListManager(); rlm.add(usr2dev.createTransformedShape(area).getBounds()); repaint(rlm); }
/** * Repaints the associated GVT tree under <code>area</code>. * * If double buffered is true and this method completes cleanly it * will set the result of the repaint as the image returned by * getOffscreen otherwise the old image will still be returned. * If double buffered is false it is possible some effects of * the failed rendering will be visible in the image returned * by getOffscreen. * * @param area region to be repainted, in the current user space * coordinate system. */ public void repaint(Shape area) { if (area == null) return; RectListManager rlm = new RectListManager(); rlm.add(usr2dev.createTransformedShape(area).getBounds()); repaint(rlm); }