In this article, we’ll explore Framer Motion, a React animation library created and maintained by the Framer design team. Each library has its advantages, and each has a different approach for write animations. If you choose to use JavaScript, you can either write custom code to create animations, or you can use libraries like GSAP or Framer Motion. On the CSS side, you can compose your animations with CSS rules, or you can use third-party libraries like Animate.css. In either of those categories, you can either implement the animation from scratch, or you can use a library. There are a few ways to create animations in React, but all of them fall into two broad categories: CSS animations, which change visual state by applying CSS rules and, JavaScript animations, which use JavaScript to change the properties of the element. The core idea of animation is that you’re changing some visible property of something on the page over time. What do I mean by visual state? Any property of the element that influences how it looks: height, shape, position relative to other elements, etc. With variants, we can create timing relationships between parent and children motion components.Animation in React, and on the web at large, is the process of changing the visual state of the UI elements on a page over time. We toggle the top position of the Nav based on the isOpen state. In the menuVariants, we control the top position of the Nav like you would using the position property in CSS. The iconVariants is used to rotate the SvgBox 135deg when it’s hovered over. We create 3 variant objects, iconVariants, menuVariants, and linkVariants where we define the animations for the SvgBox, Nav, and Link motion components respectively. We create an isOpen state that will be used to check if the Navbar is open or not. However, you can explicitly set the units you want the calculations to be based on, animate= from "./Styles" Ĭonst = useState(false) When units aren’t added, calculations are done using pixels. This will cause the h1 to slide 20px to the right and move 20px up when it loads. Then we convert the h1 into a motion component. First, we install the framer-motion library and import motion. Let’s animate an h1 text using Framer Motion. The properties we define will be animated when the component mounts in the DOM. This prop takes in an object where we define the properties of that component we want to animate. Motion components can accept several props, with the basic one being the animate prop. Motion components are created by prefixing motion to your regular HTML and SVG element (e.g, motion.h1). These are the building blocks of Framer motion. Its simplified API helps us abstract the complexities behind animations and allows us to create animations with ease. What Is Framer Motion?įramer Motion is an animation library that makes creating animations easy. Note: This article requires a basic understanding of React and CSS. This tutorial will be beneficial to readers who are interested in integrating animations in their React application. Along the way, we’ll use the things we learn to build five demo applications I’ve set up to show us how we can integrate Framer Motion into real-world applications. We’ll look into how to make gesture-triggered, timed, and scroll animations with Framer motion. We’ll learn how motion components work and learn how to chain animations together. In this article, we’ll take a closer look at how Framer Motion helps us in creating awesome animations. Framer Motion provides us with production-ready animations and a low-level API we can interact with to integrate these animations into our applications. With Framer Motion, you don’t need to be a CSS expert to make beautiful animations. However, creating eye-catching animations with CSS can be tricky. Animations, when done right, are powerful.
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