Android animator Animation

Animation animation is used to make the UI dynamic and stylish. There are two animation methods in Android:
One way is to make the animation TweenAnimation, that is, you define a start and end, and the middle part is obtained by the program operation. The other is frame-by-frame animation. FrameAnimation, that is, when a frame is connected and played, it becomes an animation.
Animation Effects: 1. move (translation) 2. transparency (alpha) 3. rotate (rotate) 4. scale: The following implementation is implemented by code (objectanimator) 1. Mobile (Translation)Main Code

AnimatorSet set = new AnimatorSet() ;            ObjectAnimator anim = ObjectAnimator .ofFloat(phone, "translationX", -500f, 0f);anim.setDuration(2000);ObjectAnimator anim3 = ObjectAnimator .ofFloat(phone, "translationX", 0f, -500f);anim3.setDuration(2000);ObjectAnimator anim2 = ObjectAnimator .ofFloat(phone, "translationY", 0f, -500f);anim2.setDuration(2000);ObjectAnimator anim4 = ObjectAnimator .ofFloat(phone, "translationY", -500f, 0f);anim4.setDuration(2000);AnimatorSet set3 = new AnimatorSet();set3.play(anim4).before(anim3) ;AnimatorSet set2 = new AnimatorSet();set2.play(anim2).before(set3) ;set.play(anim).before(set2);set.start();

Explanation: anim is to move from-500f to the current position (X axis); anim3 is to move from the current position to-500f (X axis ); anim2 is the position from the current position-500f (Y axis); anim 4 is the position from-500f to the current position (Y axis );

AnimatorSet set3 = new AnimatorSet();set3.play(anim4).before(anim3) ;AnimatorSet set2 = new AnimatorSet();set2.play(anim2).before(set3) ;set.play(anim).before(set2);set.start();

This aims to move the target view back and forth, where to start, and finally return to the starting position.

2. Transparency (alpha)
Main Code

AnimatorSet set = new AnimatorSet() ;ObjectAnimator anim = ObjectAnimator.ofFloat(phone, "alpha", 1f, 0f);anim.setDuration(2000);ObjectAnimator anim2 = ObjectAnimator.ofFloat(phone, "alpha", 0f, 1f);anim2.setDuration(2000);set.play(anim).before(anim2) ;set.start();

Explanation: anim is visible to invisible;
Anim is invisible;3. Rotate)Main Code

AnimatorSet set = new AnimatorSet() ;            ObjectAnimator anim = ObjectAnimator .ofFloat(phone, "rotationX", 0f, 180f);anim.setDuration(2000);ObjectAnimator anim2 = ObjectAnimator .ofFloat(phone, "rotationX", 180f, 0f);anim2.setDuration(2000);ObjectAnimator anim3 = ObjectAnimator .ofFloat(phone, "rotationY", 0f, 180f);anim3.setDuration(2000);ObjectAnimator anim4 = ObjectAnimator .ofFloat(phone, "rotationY", 180f, 0f);anim4.setDuration(2000);set.play(anim).before(anim2);set.play(anim3).before(anim4) ;set.start();

Explanation: anim changes from 0 degrees to 180 degrees (X axis)
Anim2 from 180 degrees to 0 degrees (X axis) anim3 from 0 degrees to 180 degrees (Y axis) anim4 from 180 degrees to 0 degrees (Y axis)

set.play(anim).before(anim2);set.play(anim3).before(anim4) ;

In this way, both X and Y are rotated at the same time.

4. Scale)
Main Code

AnimatorSet set = new AnimatorSet() ;            ObjectAnimator anim = ObjectAnimator .ofFloat(phone, "scaleX", 1f);anim.setDuration(1000);ObjectAnimator anim2 = ObjectAnimator .ofFloat(phone, "scaleX", 0.5f);anim2.setDuration(1000);ObjectAnimator anim3 = ObjectAnimator .ofFloat(phone, "scaleY", 1f);anim3.setDuration(1000);ObjectAnimator anim4 = ObjectAnimator .ofFloat(phone, "scaleY", 0.5f);anim4.setDuration(1000);ObjectAnimator anim5 = ObjectAnimator .ofFloat(phone, "scaleX", 0.5f);anim5.setDuration(1000);ObjectAnimator anim6 = ObjectAnimator .ofFloat(phone, "scaleX",  1f);anim6.setDuration(1000);ObjectAnimator anim7 = ObjectAnimator .ofFloat(phone, "scaleY",0.5f);anim7.setDuration(1000);ObjectAnimator anim8 = ObjectAnimator .ofFloat(phone, "scaleY",  1f);anim8.setDuration(1000);AnimatorSet set3 = new AnimatorSet() ; set3.play(anim5).before(anim6);AnimatorSet set2 = new AnimatorSet() ;  set2.play(anim2).before(set3) ; AnimatorSet set4 = new AnimatorSet() ;  set4.play(anim7).before(anim8) ;AnimatorSet set5 = new AnimatorSet() ;  set5.play(anim4).before(set4);set.play(anim).before(set2);set.play(anim3).before(set5) ;set.start();

Explanation: anim starts from the original size (X axis)
Anim2 scales to the original 1/2 (X axis) anim3 from the original size (Y axis)
Anim4 scales to the original 1/2 (Y axis)
Anim5 is enlarged from the original 1/2 (X axis)
Anim6 zoom in to the original size (X axis)
Anim7 is enlarged from the original 1/2 (Y axis)
Anim8 zoom in to the original size (Y axis)
Code: http://download.csdn.net/detail/luhuajcdd/5191812