Velocity.js Animation
Velocity.js is an animation engine that uses the same API as jQuery’s $.animate(). It works with and without jQuery.
- Since:2013
- Changelog:github.com
- Docs:http:
- Github Topic:velocityjs
- License:github.com
- Official:http:
- Repository:github.com
- StackOverflow:[velocity.js]
- Twitter:@velocity_js
#What is Velocity.js?
Velocity.js is a lightweight JavaScript animation library that can be used to create smooth animations and transitions on the web. It aims to provide a fast and easy-to-use API for creating animations that perform well on all devices and browsers. Velocity.js is designed to be a drop-in replacement for jQuery’s $.animate() method, providing an API that is almost identical but with much better performance.
#Velocity.js Key Features
Here are some of the most recognizable features of Velocity.js:
- High performance: Velocity.js uses optimized code to provide fast and smooth animations.
- Short syntax: The API is designed to be simple and easy to use, with a short syntax that is similar to jQuery’s.
- Chaining: Velocity.js supports chaining, so you can apply multiple animations to the same element.
- Easing functions: Velocity.js includes a wide variety of easing functions that can be used to create custom animations.
- SVG support: Velocity.js can be used to animate SVG elements, including SVG paths.
- Cross-browser compatibility: Velocity.js works with all modern browsers, including IE 9+.
#Velocity.js Use-Cases
Here are some of the most common use cases for Velocity.js:
- Animated page transitions: Velocity.js can be used to create smooth transitions between pages on a website.
- UI animations: Velocity.js is well-suited for creating animations for user interfaces, such as hover effects, tooltips, and pop-ups.
- Data visualizations: Velocity.js can be used to animate data visualizations, such as charts and graphs.
#Velocity.js Summary
Velocity.js is a lightweight and performant animation library that provides a simple API for creating smooth animations and transitions on the web. Its short syntax, chaining capabilities, and cross-browser compatibility make it a popular choice for creating UI animations, page transitions, and data visualizations.
