tag | 0c88916241e487464303a174f07494e6124125b7 | |
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tagger | The Android Open Source Project <initial-contribution@android.com> | Thu Feb 02 03:26:45 2023 -0800 |
object | 80b7bddfd24df22c1a01dc2b772be36057f1efa1 |
aml_sta_331311000 (9264397,com.google.android.os.statsd)
commit | 80b7bddfd24df22c1a01dc2b772be36057f1efa1 | [log] [tgz] |
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author | Android Build Coastguard Worker <android-build-coastguard-worker@google.com> | Tue May 10 07:23:39 2022 +0000 |
committer | Android Build Coastguard Worker <android-build-coastguard-worker@google.com> | Tue May 10 07:23:39 2022 +0000 |
tree | 0763d65507beb65700f1fdbcce31313a4e60d713 | |
parent | f35226c1453533ed0a6b452babc50505bee1be80 [diff] | |
parent | 8902066f0ab086c4576182314a6ddb0fb1f2a3be [diff] |
Snap for 8564071 from 8902066f0ab086c4576182314a6ddb0fb1f2a3be to mainline-os-statsd-release Change-Id: Ief29642b16ed7f0361713509d71c8a14cad6566b
The Universal Tween Engine enables the interpolation of every attribute from any object in any Java project (being Swing, SWT, OpenGL or even Console-based). Implement the TweenAccessor interface, register it to the engine, and animate anything you want!
In one line, send your objects to another position (here x=20 and y=30), with a smooth elastic transition, during 1 second).
// Arguments are (1) the target, (2) the type of interpolation, // and (3) the duration in seconds. Additional methods specify // the target values, and the easing function. Tween.to(mySprite, Type.POSITION_XY, 1.0f).target(20, 30).ease(Elastic.INOUT); // Possibilities are: Tween.to(...); // interpolates from the current values to the targets Tween.from(...); // interpolates from the given values to the current ones Tween.set(...); // apply the target values without animation (useful with a delay) Tween.call(...); // calls a method (useful with a delay) // Current options are: myTween.delay(0.5f); myTween.repeat(2, 0.5f); myTween.repeatYoyo(2, 0.5f); myTween.pause(); myTween.resume(); myTween.setCallback(callback); myTween.setCallbackTriggers(flags); myTween.setUserData(obj); // You can of course chain everything: Tween.to(...).delay(1.0f).repeat(2, 0.5f).start(myManager); // Moreover, slow-motion, fast-motion and reverse play is easy, // you just need to change the speed of the update: myManager.update(delta * speed);
Create some powerful animation sequences!
Timeline.createSequence() // First, set all objects to their initial positions .push(Tween.set(...)) .push(Tween.set(...)) .push(Tween.set(...)) // Wait 1s .pushPause(1.0f) // Move the objects around, one after the other .push(Tween.to(...)) .push(Tween.to(...)) .push(Tween.to(...)) // Then, move the objects around at the same time .beginParallel() .push(Tween.to(...)) .push(Tween.to(...)) .push(Tween.to(...)) .end() // And repeat the whole sequence 2 times // with a 0.5s pause between each iteration .repeatYoyo(2, 0.5f) // Let's go! .start(myManager);
You can also quickly create timers:
Tween.call(myCallback).delay(3000).start(myManager);
Main features are:
Detailed documentation with code snippets and examples is available for the following topics:
Get started --- A step-by-step example to get you started, with code
The TweenAccessor interface --- Know how to implement it
Tweens and options --- See what are the possibilities
Timelines and options --- Learn how to build powerful sequences
Animating Android apps --- See how to use the engine with Android UIs
There is a dedicated forum for you: http://www.aurelienribon.com/forum/viewforum.php?f=5
Also, the following link will guide you to a discussion thread that started it all:
http://www.badlogicgames.com/forum/viewtopic.php?f=17&t=494