/** * Private constructor, called by factory method */ private KeyValues(T... params) { this(TridentConfig.getInstance().getPropertyInterpolator(params), params); }
/** * Private constructor, called by factory method */ private KeyValues(T... params) { this(TridentConfig.getInstance().getPropertyInterpolator(params), params); }
/** * Private constructor, called by factory method */ private KeyValues(T... params) { this(TridentConfig.getInstance().getPropertyInterpolator(params), params); }
@Override public final void run() { TridentConfig.PulseSource pulseSource = TridentConfig.getInstance() .getPulseSource(); lastIterationTimeStamp = System.currentTimeMillis(); while (true) { pulseSource.waitUntilNextPulse(); updateTimelines(); // engine.currLoopId++; } }
@Override public final void run() { TridentConfig.PulseSource pulseSource = TridentConfig.getInstance() .getPulseSource(); lastIterationTimeStamp = System.currentTimeMillis(); while (true) { pulseSource.waitUntilNextPulse(); updateTimelines(); // engine.currLoopId++; } }
this.interpolator = TridentConfig.getInstance() .getPropertyInterpolator(this.to); this.interpolator = TridentConfig.getInstance() .getPropertyInterpolator(this.from, this.to);
this.interpolator = TridentConfig.getInstance() .getPropertyInterpolator(this.to); this.interpolator = TridentConfig.getInstance() .getPropertyInterpolator(this.from, this.to);
this.interpolator = TridentConfig.getInstance() .getPropertyInterpolator(this.to); this.interpolator = TridentConfig.getInstance() .getPropertyInterpolator(this.from, this.to);
@Override public final void run() { try { TridentConfig.PulseSource pulseSource = TridentConfig.getInstance() .getPulseSource(); lastIterationTimeStamp = System.currentTimeMillis(); while (!isTimelinesEmpty() || (lastIterationTimeStamp < scheduledPulseShutdown)) { pulseSource.waitUntilNextPulse(); updateTimelines(); // engine.currLoopId++; } } finally { synchronized (threadSemaphore) { animatorThread = null; checkAnimatorThread(); } } }
public Timeline(Object mainTimelineObject) { this.mainObject = mainTimelineObject; for (UIToolkitHandler uiToolkitHandler : TridentConfig.getInstance() .getUIToolkitHandlers()) { if (uiToolkitHandler.isHandlerFor(mainTimelineObject)) { this.uiToolkitHandler = uiToolkitHandler; break; } } // if the main timeline object is handled by a UI toolkit handler, // the setters registered with the different addProperty // APIs need to run with the matching threading policy TimelineCallback setterCallback = (this.uiToolkitHandler != null) ? new UISetter() : new Setter(); this.callback = new Chain(setterCallback); this.duration = 500; this.propertiesToInterpolate = new ArrayList<AbstractFieldInfo>(); this.id = Timeline.getId(); // this.loopsToLive = -1; this.stateStack = new Stack<TimelineState>(); this.stateStack.push(TimelineState.IDLE); this.doneCount = 0; this.ease = new Linear(); }
public Timeline(Object mainTimelineObject) { this.mainObject = mainTimelineObject; for (UIToolkitHandler uiToolkitHandler : TridentConfig.getInstance() .getUIToolkitHandlers()) { if (uiToolkitHandler.isHandlerFor(mainTimelineObject)) { this.uiToolkitHandler = uiToolkitHandler; break; } } // if the main timeline object is handled by a UI toolkit handler, // the setters registered with the different addProperty // APIs need to run with the matching threading policy TimelineCallback setterCallback = (this.uiToolkitHandler != null) ? new UISetter() : new Setter(); this.callback = new Chain(setterCallback); this.duration = 500; this.propertiesToInterpolate = new ArrayList<AbstractFieldInfo>(); this.id = Timeline.getId(); // this.loopsToLive = -1; this.stateStack = new Stack<TimelineState>(); this.stateStack.push(TimelineState.IDLE); this.doneCount = 0; this.ease = new Linear(); }
public Timeline(Object mainTimelineObject) { this.mainObject = mainTimelineObject; for (UIToolkitHandler uiToolkitHandler : TridentConfig.getInstance() .getUIToolkitHandlers()) { if (uiToolkitHandler.isHandlerFor(mainTimelineObject)) { this.uiToolkitHandler = uiToolkitHandler; break; } } // if the main timeline object is handled by a UI toolkit handler, // the setters registered with the different addProperty // APIs need to run with the matching threading policy TimelineCallback setterCallback = (this.uiToolkitHandler != null) ? new UISetter() : new Setter(); this.callback = new Chain(setterCallback); this.duration = 500; this.propertiesToInterpolate = new ArrayList<AbstractFieldInfo>(); this.id = Timeline.getId(); // this.loopsToLive = -1; this.stateStack = new Stack<TimelineState>(); this.stateStack.push(TimelineState.IDLE); this.doneCount = 0; this.ease = new Linear(); }