Examples of Animator

ca.eandb.jmist.framework.Animator
Represents something that can be animated. @author Brad Kimmel
com.jogamp.opengl.util.Animator
com.sencha.gxt.fx.client.animation.Animator
Adds additional features and functionality to the {@link Animation} class.The {@link EasingFunction} replaces the interpolation of the{@link Animation}'s progress.
com.sixlegs.png.Animator
TODO
com.sun.opengl.util.Animator

An Animator can be attached to one or more {@link GLAutoDrawable}s to drive their display() methods in a loop.

The Animator class creates a background thread in which the calls to display() are performed. After each drawable has been redrawn, a brief pause is performed to avoid swamping the CPU, unless {@link #setRunAsFastAsPossible} has been called.
edu.uci.ics.jung.visualization.util.Animator
@author Tom Nelson - tomnelson@dev.java.net
engine.Animator
@author jari
jmt.gui.common.animation.Animator
Created by IntelliJ IDEA. User: orsotronIII This class is a simple thread which only purpose is to update an {@link jmt.gui.common.animation.Animation} implementing class, which must be passedas a construction parameter. Modified by Bertoli Marco to terminate correctly.
jsalis.framework.Animator
jsynoptic.plugins.java3d.Animator
net.rim.device.api.animation.Animator
org.gwtoolbox.commons.ui.client.animation.Animator
@author Uri Boness
org.jdesktop.animation.timing.Animator
This class controls animations. Its constructors and various set methods control the parameters under which animations are run, and the other methods support starting and stopping the animation. The parameters of this class use the concepts of a "cycle" (the base animation) and an "envelope" that controls how the cycle is started, ended, and repeated.
Most of the methods here are simle getters/setters for the properties used by Animator. Typical animations will simply use one of the two constructors (depending on whether you are constructing a repeating animation), optionally call any of the set* methods to alter any of the other parameters, and then call start() to run the animation. For example, this animation will run for 1 second, calling your {@link TimingTarget} with timing events when the animation is started,running, and stopped:
```
 Animator animator = new Animator(1000, myTarget); animator.start(); 
```
The following variation will run a half-second animation 4 times, reversing direction each time:
```
 Animator animator = new Animator(500, 4, RepeatBehavior.REVERSE, myTarget); animator.start(); 
```
More complex animations can be created through using the properties in Animator, such as {@link Animator#setAcceleration acceleration} and {@link Animator#setDeceleration}. More automated animations can be created and run using the {@link org.jdesktop.animation.timing.triggers triggers}package to control animations through events and {@link org.jdesktop.animation.timing.interpolation.PropertySetter} to handle animating object properties.
org.jdesktop.core.animation.timing.Animator
ed timing source Animator animator = new Animator.Builder().setDuration(1, TimeUnit.SECONDS).addTarget(myTarget).build(); animator.start(); The following variation will run a half-second animation 4 times, reversing direction each time:
```
 Animator animator = new Animator.Builder().setDuration(500, TimeUnit.MILLISECONDS).setRepeatCount(4).addTarget(myTarget).build(); animator.start(); 
```
More complex animations can be created through the use of the complete set of properties in {@link Animator.Builder}.
This class provides a useful "debug" name via {@link Builder#setDebugName(String)} and {@link #getDebugName()}. The debug name is also output by {@link #toString()}. This feature is intended to aid debugging.
Instances can be started again after they complete, however, ensure that they are not running, via ! {@link #isRunning()} or {@link #await()}, before {@link #start()} or {@link #startReverse()} is called. Even if yousuccessfully invoked {@link #stop()} or {@link #cancel()} it can take sometime for all the calls to registered {@link TimingTarget}s to complete. Use of {@link #await()} is far more efficient than polling the state of theanimation with {@link #isRunning()}.
This class is thread-safe. @author Chet Haase @author Tim Halloran @see Builder
org.jpacman.framework.view.Animator
The primary responsibility of this class is to trigger the board viewer to display the next animation. @author Arie van Deursen, 2007. @version $Id: Animator.java 4222 2011-01-24 11:28:49Z arievandeursen $
org.pokenet.client.backend.Animator
vee.animation.Animator

The Animator class provides the basic functionality to display the state of an animation and to step that animation forward at a regular frame rate.

This class extends JPanel, to provide a component upon which the animation is drawn. It also implements Runnable in order to provide a thread which periodically steps the state of the animation to the next frame and calls repaint() to persuade the event dispatch thread to paint that frame.

The state of the animation is actually managed by an aggregated object of a class which implements the {@link Animatable} interface. This providesmethods by which the state may be stepped or painted.

To ensure thread safety, the methods of this class, except for run() which shouldn't be called directly anyway, should only be called from within the event dispatch thread.

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

    if (controller == null) {
      throw new NullPointerException();
    }
    
    if (controller.hasOffsetAnimator()) {
      Animator animator = controller.getOffsetAnimator();
      animator.cancel();
      controller.setOffsetAnimator(null);
    }


    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();
        int oldOffset = controller.getOffset();
        int newOffset = from + distance - bounds.x;
        controller.setOffset(newOffset);
        
        if (!hasDraggedItem()) {
          Point mouseLocation = getDisplay().getCursorLocation();
          mouseLocation = toControl(mouseLocation);
          Rectangle testBounds = controller.getItemBounds();
          testBounds.x += controller.getOffset();
          
          if (testBounds.contains(mouseLocation)) {
            processFocus(controller);
          } else {
            processFocus(null);
          }
        }
        
        redraw(bounds.x + oldOffset, bounds.y, bounds.width, bounds.height, true);
        redraw(bounds.x + newOffset, bounds.y, bounds.width, bounds.height, true);
      }
      @Override
      public void end(Animator source) {
        Rectangle oldBounds = controller.getItemBounds();
        oldBounds.x += controller.getOffset();
        
        Rectangle newBounds = controller.getItemBounds();
        int newOffset = to - newBounds.x;
        controller.setOffset(newOffset);
        newBounds.x += newOffset;
        
        redraw(oldBounds.x, oldBounds.y, oldBounds.width, oldBounds.height, true);
        redraw(newBounds.x, newBounds.y, newBounds.width, newBounds.height, true);
      }
    };
    
    Interpolator interpol = new AccelerationInterpolator(0, 0.9);
    Animator animator = new Animator.Builder().addTarget(tt).setDuration(160, TimeUnit.MILLISECONDS).setInterpolator(interpol).build();
    controller.setOffsetAnimator(animator);
    animator.start();
  }

View Full Code Here

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

    if (controller == null) {
      throw new NullPointerException();
    }
    
    if (controller.hasBackgroundAnimator()) {
      Animator animator = controller.getBackgroundAnimator();
      animator.cancel();
      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;
        
        r *= fraction;
        g *= fraction;
        b *= fraction;
        
        r += from.red;
        g += from.green;
        b += from.blue;
        
        int red = (int )Math.round(r);
        int green = (int )Math.round(g);
        int blue = (int )Math.round(b);


        RGB rgb = new RGB(red, green, blue);
        controller.setBackground(rgb);
        
        Rectangle bounds = controller.getItemBounds();
        redraw(bounds.x, bounds.y, bounds.width, bounds.height, true);
      }
      @Override
      public void end(Animator source) {
        controller.setBackground(to);
        
        Rectangle bounds = controller.getItemBounds();
        redraw(bounds.x, bounds.y, bounds.width, bounds.height, true);
      }
    };
    
    Interpolator interpol = new AccelerationInterpolator(0, 0.9);
    Animator animator = new Animator.Builder().addTarget(tt).setDuration(160, TimeUnit.MILLISECONDS).setInterpolator(interpol).build();
    controller.setBackgroundAnimator(animator);
    animator.start();
  }

View Full Code Here

Examples of org.jpacman.framework.view.Animator

  public MainUI createUI() throws FactoryException {
      assert getGame() != null;
      assert ghostController != null;
      
        boardView = createBoardView();
        animator = new Animator(boardView);
      
        if (pi == null) { pi = new PacmanInteraction(); }
        
        pi.withDisposable(this)
        .withGameInteractor(getGame())

View Full Code Here

Examples of org.pokenet.client.backend.Animator


    /*
     * The animator and map matrix
     */
    m_mapMatrix = new ClientMapMatrix();
    m_animator = new Animator(m_mapMatrix);


    gc.getInput().enableKeyRepeat(50, 300);
//    LoadingList.setDeferredLoading(false);


  }

View Full Code Here

Examples of vee.animation.Animator

   * and lay them out on this panel.
   * 
   */
  private void setup() {
    // build an animator for our automaton.
    mAnimator = new Animator(mHenchwoman);
//    mAnimator.addToAnimationList(mPlayer);


    setLayout(new BoxLayout(this,BoxLayout.Y_AXIS));


    add(mAnimator);

View Full Code Here

0 1 2 3 4 5

TOP

All source code are property of their respective owners. Java is a trademark of Sun Microsystems, Inc and owned by ORACLE Inc. Contact coftware#gmail.com.