Examples of org.jdesktop.core.animation.timing.TimingTarget

Package org.jdesktop.core.animation.timing

Examples of org.jdesktop.core.animation.timing.TimingTarget

org.jdesktop.core.animation.timing.TimingTarget
This interface provides the methods which are called by an animation during the course of a timing sequence. Applications that wish to receive timing events will either create a subclass of {@link TimingTargetAdapter} andoverride methods of interest or they can create or use an implementation of {@link TimingTarget}. A timing target can be passed into an {@link Animator.Builder} via the{@link Animator.Builder#addTarget(TimingTarget)} method or set later with the{@link Animator#addTarget(TimingTarget)} method. Any animation may havemultiple timing targets.
The thread context of calls to all the methods defined below is that of the of the timing source being used by the animation. This thread context is typically documented for each {@link TimingSource} subclass. @author Chet Haase @author Tim Halloran


    Rectangle bounds = controller.getItemBounds();
    bounds.x += controller.getOffset();
    final int from = bounds.x;
    
    TimingTarget tt = new TimingTargetAdapter() {
      @Override
      public void timingEvent(Animator source, double fraction) {
        int distance = (int )Math.round(((double )to - (double )from) * fraction);
        
        Rectangle bounds = controller.getItemBounds();

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      if (from.equals(to)) {
        return;
      }
      
      TimingTarget timingTarget = new TimingTargetAdapter() {


        @Override
        public void timingEvent(Animator source, double fraction) {
          double dRed = from.red + ((to.red - from.red) * fraction);
          double dGreen = from.green + ((to.green - from.green) * fraction);

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      controller.setBackgroundAnimator(null);
    }
    
    final RGB from = controller.getBackground();
    
    TimingTarget tt = new TimingTargetAdapter() {
      @Override
      public void timingEvent(Animator source, double fraction) {
        double r = to.red - from.red;
        double g = to.green - from.green;
        double b = to.blue - from.blue;

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      if (from.equals(to)) {
        return;
      }
      
      TimingTarget timingTarget = new TimingTargetAdapter() {


        @Override
        public void timingEvent(Animator source, double fraction) {
          double dRed = from.red + ((to.red - from.red) * fraction);
          double dGreen = from.green + ((to.green - from.green) * fraction);

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    /*
     * This PropertySetter enables the animation for the car movement all the
     * way around the track.
     */
    final TimingTarget modifier = PropertySetter.getTarget(basicGUI.getTrack(), "carPosition", keyFrames);
    animator.addTarget(modifier);


    /*
     * Now create similar keyframes for rotation of car.
     */
    int[] rotationKeyValues = { 360, 315, 270, 225, 180, 135, 90, 45, 0 };
    Interpolator straightawayTurnSpline = new SplineInterpolator(1.0f, 0.0f, 1.0f, 0.0f);
    Interpolator curveTurnSpline = new SplineInterpolator(0.0f, 0.5f, 0.5f, 1.0f);
    Interpolator[] rotationInterps = { null, straightawayTurnSpline, curveTurnSpline, straightawayTurnSpline, curveTurnSpline,
        straightawayTurnSpline, curveTurnSpline, straightawayTurnSpline, curveTurnSpline };
    final KeyFrames.Builder<Integer> rotationBuilder = new KeyFrames.Builder<Integer>(rotationKeyValues[0]);
    for (int i = 1; i < values.length; i++) {
      rotationBuilder.addFrame(rotationKeyValues[i], times[i], rotationInterps[i]);
    }
    KeyFrames<Integer> rotationKeyFrames = rotationBuilder.build();
    final TimingTarget rotationModifier = PropertySetter.getTarget(basicGUI.getTrack(), "carRotation", rotationKeyFrames);
    animator.addTarget(rotationModifier);


    /*
     * Finally, add sound effects, triggered by the same animator.
     */

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          }
        }
      }
    });


    final TimingTarget target = new TimingTargetAdapter() {


      Color c;


      @Override
      public void timingEvent(Animator source, double fraction) {

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    builder.addFrame(ball.y + (2 * radiusY), SPLINE_0_1_1_0);
    builder.addFrame(ball.y + radiusY, SPLINE_1_0_1_1);
    builder.addFrame(ball.y, SPLINE_0_1_1_0);
    final KeyFrames<Integer> framesY = builder.build();


    final TimingTarget circularMovement = new TimingTargetAdapter() {
      @Override
      public void timingEvent(Animator source, double fraction) {
        ball.x = framesX.getInterpolatedValueAt(fraction);
        ball.y = framesY.getInterpolatedValueAt(fraction);
      }

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