![]() Those two components are all you need for many animations, but Framer Motion has features that allow for more complex uses. ![]() Note that when multiple components are direct children of AnimatePresence, they each need to have a key prop with a unique value so AnimatePresence can keep track of them in the DOM. Only after that will the div be removed from the page. When the div wrapped by AnimatePresence is removed from the DOM, instead of just disappearing, it will slide 100vh to the left, fading into transparency as it does so. Here’s an example of AnimatePresence at work: The exit animation you want has to be specified by adding the exit prop to motion. The child has an element wrapped with a motion component as one of its children.The child is wrapped with a motion component.AnimatePresence only works on its direct children that fulfill one of two conditions: This component works with motion and is necessary to allow elements you remove from the DOM to show exit animations before they’re removed from the page. In general, when the motion component is mounted, the values specified in the initial prop are applied to the component, and then the component is animated until it reaches the values specified in the animate prop. When the page loads, the div will animate smoothly from transparency to full opacity, gradually fading into the page. Let’s assume you wanted this div to fade into the page when it loads. Take a plain div you might find anywhere on the web: I have some content here It wraps the HTML elements in your React components and animates those elements with state passed to its initial and animate props. The motion component provides the foundation of all animation. The core components of Framer Motion are: It provides a set of components that wrap your markup and accept props to allow you to specify what type of animation you want. Framer Motion components and APIsįramer Motion has an intuitive approach to animation. Using Framer Motion is so convenient that you can implement drag-and-drop by adding a single line of code! Framer Motion also greatly simplifies tasks like SVG animation and animating layout shifts. Why should you consider using Framer Motion in your React project? Framer Motion is a fairly popular and actively maintained library, with 19k stars on Git H ub, and plenty of resources to support it.īut most importantly, Framer Motion is built around the idea of allowing you to write complex, production-grade animations with as little code as possible. Working knowledge of the command line and npm.Working knowledge of React, vanilla HTML, CSS, and JS.Best practices for optimizing Framer Motion.Building a drag-and-drop UI with Framer Motion.Implementing animations in a React app using Framer Motion.Why Framer Motion for React animations?.You’ll learn the core components that underpin all Framer Motion animations, dive into some of the features that make Framer Motion a great tool, discover best practices to get the most out of the library, and put it all into practice with a step-by-step example. 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. 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.
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