Animation Type
- react-transition-group:
react-transition-groupis primarily designed for managing transitions during component lifecycle events. It does not provide built-in animation types but allows developers to use CSS transitions, animations, or JavaScript for custom effects. - framer-motion:
framer-motionsupports both keyframe and physics-based animations, allowing for a wide range of animation styles. It provides built-in support for gestures, transitions, and complex animations, making it versatile for various use cases. - react-spring:
react-springoffers both physics-based and keyframe animations, providing flexibility in how animations are created. It allows for spring-based animations, which are highly customizable, as well as traditional keyframe animations for more precise control. - react-motion:
react-motionfocuses on physics-based animations, which create more natural and fluid motion effects. It uses spring physics to animate properties, resulting in smooth transitions that mimic real-world movement.
Ease of Use
- react-transition-group:
react-transition-groupis straightforward to use for managing transitions. It integrates well with existing CSS animations and transitions, making it easy for developers to implement without needing to learn a new animation model. - framer-motion:
framer-motionis known for its intuitive and declarative API, which makes it easy to create animations with minimal code. The documentation is comprehensive, and it includes examples that help developers quickly understand how to use the library. - react-spring:
react-springprovides a flexible API that allows for both simple and complex animations. While it may require a bit more time to understand its full capabilities, the library is well-documented, and its flexibility is a significant advantage for more advanced users. - react-motion:
react-motionhas a simple API that focuses on the concept of animating to a target value. Its simplicity makes it easy to use, especially for developers who want to create straightforward animations without a steep learning curve.
Performance
- react-transition-group:
react-transition-groupis lightweight and has minimal impact on performance. Since it relies on CSS transitions and animations, the performance largely depends on how these are implemented by the developer. - framer-motion:
framer-motionis optimized for performance, with features like automatic layout calculation and reduced re-renders. It is designed to handle complex animations efficiently, making it suitable for production use without significant performance overhead. - react-spring:
react-springis designed with performance in mind, especially for spring-based animations. It provides tools for optimizing animations, such asuseTransitionanduseSprings, which help manage performance in more complex scenarios. - react-motion:
react-motionperforms well for most use cases, especially with simple to moderate animations. However, its performance can be impacted if not used carefully, particularly with large lists or highly dynamic content.
Integration with Design Tools
- react-transition-group:
react-transition-groupis primarily a utility for managing transitions and does not integrate with design tools. However, it works well with CSS animations, allowing designers to create transition effects in their stylesheets, which developers can then implement using the library. - framer-motion:
framer-motionoffers seamless integration with design tools like Figma, allowing designers to create animations directly within their design files and export them as code. This feature streamlines the design-to-development workflow and ensures consistency between design and implementation. - react-spring:
react-springalso lacks direct integration with design tools, but its flexible and customizable nature allows developers to create animations that closely match design specifications. The library’s documentation and examples can help bridge the gap between design and implementation. - react-motion:
react-motiondoes not have direct integration with design tools, but its simple API allows developers to quickly implement animations based on design specifications. Designers can provide motion guidelines, and developers can translate them into code using the library.
Code Example
- react-transition-group:
Simple Transition with
react-transition-groupimport { CSSTransition } from 'react-transition-group'; function Example() { return ( <CSSTransition in={true} timeout={300} classNames="fade" > <div className="fade-enter fade-enter-active"> Hello, React Transition Group! </div> </CSSTransition> ); } - framer-motion:
Simple Animation with
framer-motionimport { motion } from 'framer-motion'; function Example() { return ( <motion.div animate={{ x: 100 }} transition={{ duration: 0.5 }} > Hello, Framer Motion! </motion.div> ); } - react-spring:
Simple Animation with
react-springimport { useSpring, animated } from 'react-spring'; function Example() { const props = useSpring({ to: { x: 100 }, from: { x: 0 } }); return <animated.div style={{ transform: `translateX(${props.x}px)` }}> Hello, React Spring! </animated.div>; } - react-motion:
Simple Animation with
react-motionimport { Motion, spring } from 'react-motion'; function Example() { return ( <Motion defaultStyle={{ x: 0 }} style={{ x: spring(100) }}> {style => <div style={{ transform: `translateX(${style.x}px)` }}> Hello, React Motion! </div>} </Motion> ); }
