Which is Better JavaScript Animation Libraries?
jquery-ui vs gsap vs velocity-animate vs animejs
1 Year
jquery-uigsapvelocity-animateanimejsSimilar Packages:
What's JavaScript Animation Libraries?

JavaScript animation libraries provide developers with tools to create dynamic, visually engaging web applications. These libraries simplify the process of animating elements on a webpage, allowing for smoother transitions, enhanced user experiences, and improved interactivity. They often come with various features such as easing functions, timelines, and support for complex animations, making it easier to implement animations without extensive coding. Choosing the right library depends on the specific needs of the project, such as performance, ease of use, and the complexity of animations required.

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jquery-ui536,61511,2584.56 MB12219 days agoMIT
gsap520,94519,8793.97 MB2010 months agoStandard 'no charge' license: https://gsap.com/standard-license. Club GSAP members get more: https://gsap.com/licensing/. Why GreenSock doesn't employ an MIT license: https://gsap.com/why-license/
velocity-animate196,54317,294-416 years agoMIT
animejs195,72250,361109 kB231a year agoMIT
Feature Comparison: jquery-ui vs gsap vs velocity-animate vs animejs

Performance

  • jquery-ui: jQuery UI animations are generally less performant compared to dedicated animation libraries. While it provides basic animations, it may not handle complex animations efficiently, especially on lower-end devices.
  • gsap: GSAP is renowned for its exceptional performance, capable of handling complex animations with minimal lag. It optimizes animations to run smoothly across all devices and browsers, making it a preferred choice for high-end animations.
  • velocity-animate: Velocity.js offers performance improvements over jQuery's native animations by using requestAnimationFrame and batching DOM updates. It is designed to be faster and more efficient, making it suitable for both simple and complex animations.
  • animejs: Anime.js is lightweight and optimized for performance, allowing for smooth animations without significant overhead. It uses requestAnimationFrame for rendering, which helps in achieving high frame rates and reducing CPU usage.

Ease of Use

  • jquery-ui: jQuery UI is easy to use for those already familiar with jQuery. It offers a simple way to add animations to existing jQuery projects without needing to learn a new library.
  • gsap: GSAP has a slightly steeper learning curve due to its extensive features, but it provides comprehensive documentation and examples, making it easier to master for developers looking to create advanced animations.
  • velocity-animate: Velocity.js maintains a jQuery-like syntax, making it easy for jQuery users to adopt. It provides a familiar API while offering enhanced performance and features.
  • animejs: Anime.js has a straightforward API that is easy to learn, making it accessible for beginners. Its declarative syntax allows for quick implementation of animations with minimal setup.

Animation Complexity

  • jquery-ui: jQuery UI is limited in terms of animation complexity. It provides basic effects and transitions but lacks the advanced capabilities needed for more sophisticated animations.
  • gsap: GSAP excels in handling complex animations with advanced features like timelines, staggering, and callbacks, making it suitable for intricate animation sequences and professional-grade projects.
  • velocity-animate: Velocity.js supports complex animations and can handle multiple properties and easing functions, making it a good choice for projects that require a balance of simplicity and complexity.
  • animejs: Anime.js supports complex animations involving multiple properties, easing functions, and timelines, allowing for intricate sequences and choreographed animations.

Community and Support

  • jquery-ui: jQuery UI benefits from the large jQuery community, with ample resources and documentation available. However, it is less frequently updated compared to newer libraries.
  • gsap: GSAP has a large and active community, with extensive documentation, tutorials, and support forums. It is widely used in the industry, ensuring a wealth of resources for developers.
  • velocity-animate: Velocity.js has a smaller community compared to GSAP but still offers decent documentation and support. It is less commonly used in new projects, which may affect the availability of resources.
  • animejs: Anime.js has a growing community and good documentation, providing support through forums and GitHub. However, it may not have as extensive a user base as some other libraries.

Integration

  • jquery-ui: jQuery UI is designed to work with jQuery, making it easy to integrate into existing jQuery projects. However, it may not be the best choice for modern frameworks that do not rely on jQuery.
  • gsap: GSAP is highly compatible with other libraries and frameworks, including React, Vue, and Angular. It can be seamlessly integrated into existing projects, enhancing animation capabilities without conflicts.
  • velocity-animate: Velocity.js can be integrated with jQuery and works well with other libraries, but it may not be as flexible as GSAP for modern frameworks. It is best suited for projects already using jQuery.
  • animejs: Anime.js can be easily integrated with other libraries and frameworks, making it versatile for various projects. It works well with React, Vue, and other modern frameworks.
How to Choose: jquery-ui vs gsap vs velocity-animate vs animejs
  • jquery-ui: Choose jQuery UI if you are already using jQuery and need a set of pre-built UI components with basic animations. It is useful for adding simple effects and interactions to existing jQuery projects, but it may not be as performant as other libraries for complex animations.
  • gsap: Choose GSAP (GreenSock Animation Platform) for high-performance animations and complex timelines. GSAP is known for its robustness, extensive features, and compatibility across all major browsers, making it suitable for professional-grade animations in large-scale applications.
  • velocity-animate: Choose Velocity.js for a jQuery-like syntax that provides improved performance and features over jQuery's built-in animations. It is ideal for projects that require both simple and complex animations while maintaining a familiar API for jQuery users.
  • animejs: Choose Anime.js for lightweight, flexible animations with a simple API. It excels in animating CSS properties, SVG, DOM attributes, and JavaScript objects, making it ideal for projects that require intricate animations without a heavy footprint.
README for jquery-ui

jQuery UI - Interactions and Widgets for the web

Note: jQuery UI is in maintenance-only mode. Please read the project status blog post for more information.

jQuery UI is a curated set of user interface interactions, effects, widgets, and themes built on top of jQuery. Whether you're building highly interactive web applications, or you just need to add a date picker to a form control, jQuery UI is the perfect choice.

If you want to use jQuery UI, go to jqueryui.com to get started, jqueryui.com/demos/ for demos, api.jqueryui.com for API documentation, or the Using jQuery UI Forum for discussions and questions.

If you want to report a bug/issue, please visit the GitHub issues page. Archive of older bug reports is kept for historical reasons in read-only mode at bugs.jqueryui.com. If any of them still matters to you, please open a bug about it on GitHub, linking to the legacy bugs.jqueryui.com issue for context.

If you are interested in helping develop jQuery UI, you are in the right place. To discuss development with team members and the community, visit the Developing jQuery UI Forum or #jqueryui-dev on irc.freenode.net.

For Contributors

If you want to help and provide a patch for a bugfix or new feature, please take a few minutes and look at our Getting Involved guide. In particular check out the Coding standards and Commit Message Style Guide.

In general, fork the project, create a branch for a specific change and send a pull request for that branch. Don't mix unrelated changes. You can use the commit message as the description for the pull request.

For more information, see the contributing page.

Running the Unit Tests

Run the unit tests manually with appropriate browsers and any local web server. See our environment setup and information on running tests.

You can also run the unit tests npm run test:unit -- --help.