A custom iOS animation library that builds or destroys a UIView into puzzle pieces, inspired by Fabric's Answers animation.
ADPuzzleAnimation is a Swift library for iOS that creates custom animations where a UIView can be assembled from or broken apart into puzzle pieces. It solves the need for engaging, non-standard visual transitions in iOS apps, providing a playful way to reveal or hide content. The library is directly inspired by the animation seen in Fabric's Answers product.
iOS developers looking to add unique, eye-catching animations to their apps, particularly those wanting to implement playful view transitions or effects similar to Fabric's Answers animation.
Developers choose ADPuzzleAnimation for its simplicity and flexibility—it requires minimal code to implement complex puzzle animations while offering extensive configuration options. It's a lightweight, focused alternative to building custom animation systems from scratch.
Inspired by Fabric - Answers animation. Allows to "build" given view with pieces. Allows to "destroy" given view into pieces
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With the single `init(viewToAnimate:configuration:)` method, developers can implement complex puzzle animations quickly, as highlighted in the README's 'Easy to use' section.
The `PuzzleAnimationConfiguration` struct allows precise control over velocity, piece size, scale, and delays, enabling tailored visual experiences without deep animation knowledge.
Simple `start()` and `stop()` methods, along with an `animationCompletion` callback, provide easy management of animation lifecycle events, making integration straightforward.
Directly replicates the engaging animation from Fabric's Answers, offering a tested visual effect that can enhance user engagement in iOS apps.
Limited to puzzle assembly and disassembly animations only, lacking support for other transition types, which may necessitate additional libraries for diverse effects.
Rendering UIViews into multiple pieces and animating them simultaneously could lead to lag on older devices or with complex views, though the README doesn't address optimization.
The README provides basic examples but lacks in-depth tutorials, error handling guides, or advanced use cases, potentially slowing down troubleshooting.