Transformation transformation = new Transformation() {
mAnimation.setStartTime(0); mAnimation.restrictDuration(100); Transformation transformation = new Transformation(); mAnimation.getTransformation((long) (percent * 100), transformation); BehaviorAnimation animation = new BehaviorAnimation(transformation);
@Override public void run() { // Abort if start time has been messed with, as this simulation is only designed to handle // standard situations. if ((animation.getStartTime() == startTime && animation.getStartOffset() == startOffset) && animation.getTransformation(startTime == Animation.START_ON_FIRST_FRAME ? SystemClock.uptimeMillis() : (startTime + startOffset + elapsedTime), new Transformation()) && // We can't handle infinitely repeating animations in the current scheduling model, // so abort after one iteration. !(animation.getRepeatCount() == Animation.INFINITE && elapsedTime >= animation.getDuration())) { // Update startTime if it had a value of Animation.START_ON_FIRST_FRAME startTime = animation.getStartTime(); elapsedTime += ShadowChoreographer.getFrameInterval() / TimeUtils.NANOS_PER_MS; ShadowChoreographer.getInstance().postCallback(Choreographer.CALLBACK_ANIMATION, this, null); } else { animationRunner = null; } } }
Transformation transformation = new Transformation(); float[] matrix = new float[9]; currentAnimation.getTransformation(AnimationUtils.currentAnimationTimeMillis(), transformation); transformation.getMatrix().getValues(matrix); float y = matrix[Matrix.MTRANS_Y];
private Transformation transformation = new Transformation();
transformation = new Transformation(); matrix = m; valid = true;
private Animation mAnimation; private Transformation mTransformation = new Transformation();
Transformation blurTransformation = new Transformation() { @Override public Bitmap transform(Bitmap source) { Bitmap blurred = Blur.fastblur(MainActivity.this, source, 10); source.recycle(); return blurred; } @Override public String key() { return "blur()"; } };
Transformation transformation = new Transformation() { @Override public Bitmap transform(Bitmap source) { int targetWidth = width; double aspectRatio = (double) source.getHeight() / (double) source.getWidth(); int targetHeight = (int) (targetWidth * aspectRatio); Bitmap result = Bitmap.createScaledBitmap(source, targetWidth, targetHeight, false); if (result != source) { // Same bitmap is returned if sizes are the same source.recycle(); } return result; }
private Transformation blur = new Transformation() { @Override public Bitmap transform(Bitmap source) { Bitmap blurred = BitmapUtils.createBlurredBitmap(source); source.recycle(); return blurred; } @Override public String key() { return "blurred"; //this will be added to the key that Picasso uses for caching } }; //key: <uri>\nblurred void loadAndBlur(Uri uri, ImageView mPhoto) { picasso.load(uri).transform(blur).into(mPhoto); } //key: <uri> void load(Uri uri, ImageView mPhoto) { picasso.load(uri).into(mPhoto); }
public void onAnimationEnd(Animation animation) { animation.setAnimationListener(null); Transformation t= new Transformation(); animation.getTransformation(animation.getDuration(), t); animation.setAnimationListener(this); }
@Override public void onAnimationEnd(Animation animation) { Transformation t = new Transformation(); final float interpolatedTime = animation.getInterpolator().getInterpolation(animation.getDuration()); Class params[] = {Float.TYPE, Transformation.class}; try { Method m = mAnimationYouWantToGetFinalTransformationFrom.getClass().getDeclaredMethod("applyTransformation", params); m.setAccessible(true); m.invoke(mAnimationYouWantToGetFinalTransformationFrom, interpolatedTime, t); // update object to this final transformation matrix // For Example: mObjectMatrix = t.getMatrix(); // run your next animation } // Necessary Catch blocks
Transformation transform = new Transformation(); AlphaAnimation anim = new AlphaAnimation(0f, 1f); anim.setDuration(1000); anim.start();
Transformation outTransformation = new Transformation(); myAnimation.getTransformation(currentTime, outTransformation); Matrix transformationMatrix = outTransformation.getMatrix(); float[] matrixValues = new float[9]; transformationMatrix.getValues(matrixValues); float transX = matrixValues[Matrix.MTRANS_X]; float transY = matrixValues[Matrix.MTRANS_Y];
boolean needBlock = false; public void onAnimationEnd(Animation animation) { if ( needBlock ) return; needBlock = true; Transformation t= new Transformation(); animation.getTransformation(animation.getDuration(), t); }
/** * Non-Android accessor. Use to simulate end of animation. */ public void invokeEnd() { if (listener != null) { listener.onAnimationEnd(realAnimation); } new ShadowAnimationBridge(realAnimation).applyTransformation(1.0f, new Transformation()); }
public void onAnimationEnd(Animation animation) { if ( animation.hasEnded() ) return; Transformation t= new Transformation(); animation.getTransformation(animation.getDuration(), t); }
@Override public void run() { // Abort if start time has been messed with, as this simulation is only designed to handle // standard situations. if ((animation.getStartTime() == startTime && animation.getStartOffset() == startOffset) && animation.getTransformation(startTime == Animation.START_ON_FIRST_FRAME ? SystemClock.uptimeMillis() : (startTime + startOffset + elapsedTime), new Transformation()) && // We can't handle infinitely repeating animations in the current scheduling model, // so abort after one iteration. !(animation.getRepeatCount() == Animation.INFINITE && elapsedTime >= animation.getDuration())) { // Update startTime if it had a value of Animation.START_ON_FIRST_FRAME startTime = animation.getStartTime(); elapsedTime += ShadowChoreographer.getFrameInterval() / TimeUtils.NANOS_PER_MS; ShadowChoreographer.getInstance().postCallback(Choreographer.CALLBACK_ANIMATION, this, null); } else { animationRunner = null; } } }
@Override public void run() { // Abort if start time has been messed with, as this simulation is only designed to handle // standard situations. if ((animation.getStartTime() == startTime && animation.getStartOffset() == startOffset) && animation.getTransformation(startTime == Animation.START_ON_FIRST_FRAME ? SystemClock.uptimeMillis() : (startTime + startOffset + elapsedTime), new Transformation()) && // We can't handle infinitely repeating animations in the current scheduling model, // so abort after one iteration. !(animation.getRepeatCount() == Animation.INFINITE && elapsedTime >= animation.getDuration())) { // Update startTime if it had a value of Animation.START_ON_FIRST_FRAME startTime = animation.getStartTime(); elapsedTime += ShadowChoreographer.getFrameInterval() / TimeUtils.NANOS_PER_MS; ShadowChoreographer.getInstance().postCallback(Choreographer.CALLBACK_ANIMATION, this, null); } else { animationRunner = null; } } }
@Override public void run() { // Abort if start time has been messed with, as this simulation is only designed to handle // standard situations. if ((animation.getStartTime() == startTime && animation.getStartOffset() == startOffset) && animation.getTransformation(startTime == Animation.START_ON_FIRST_FRAME ? SystemClock.uptimeMillis() : (startTime + startOffset + elapsedTime), new Transformation()) && // We can't handle infinitely repeating animations in the current scheduling model, // so abort after one iteration. !(animation.getRepeatCount() == Animation.INFINITE && elapsedTime >= animation.getDuration())) { // Update startTime if it had a value of Animation.START_ON_FIRST_FRAME startTime = animation.getStartTime(); elapsedTime += ShadowChoreographer.getFrameInterval() / TimeUtils.NANOS_PER_MS; ShadowChoreographer.getInstance().postCallback(Choreographer.CALLBACK_ANIMATION, this, null); } else { animationRunner = null; } } }