Css animation tutorial
Author: w | 2025-04-24
Animations Using CSS. We can use CSS transitions or CSS animations to animate HTML elements. This tutorial will show you both. To learn more about CSS Animation, study our CSS Transition Tutorial and our CSS Animation Tutorial. A weekly roundup of tutorials and CSS animation inspiration. CSS Animation Weekly. Login Subscribe. CSS Animation Weekly. A weekly roundup of tutorials and CSS animation inspiration. Connect. Archive.
CSS Animation - Free CSS tutorials and guides - CSS Animation
Your animation components.DebuggingConsole Logs: Use console logs to debug your animation components.Chrome DevTools: Use Chrome DevTools to inspect and debug your animation components.ConclusionCrafting high-performance animations with React and CSS requires a deep understanding of both React and CSS. By following the implementation guide, code examples, and best practices outlined in this tutorial, you can create smooth, efficient, and scalable animations for your React applications.Next Steps and Further LearningExperiment with Different Animations: Experiment with different animations, such as fade in, fade out, and slide in.Optimize Animations: Optimize animations for better performance by using debouncing and minimizing re-renders.Learn Advanced Topics: Learn advanced topics, such as CSS animations, CSS-in-JS solutions, and animation timing.Additional ResourcesReact Documentation: Consult the React documentation for more information on React and animation.CSS-in-JS Documentation: Consult the CSS-in-JS documentation for more information on CSS-in-JS solutions.Animation Libraries: Explore animation libraries, such as React Transition Group and AnimeJS.Final CodeThe final code for this tutorial can be found on GitHub: Animations Using CSS. We can use CSS transitions or CSS animations to animate HTML elements. This tutorial will show you both. To learn more about CSS Animation, study our CSS Transition Tutorial and our CSS Animation Tutorial. A weekly roundup of tutorials and CSS animation inspiration. CSS Animation Weekly. Login Subscribe. CSS Animation Weekly. A weekly roundup of tutorials and CSS animation inspiration. Connect. Archive. IntroductionCrafting high-performance animations with React and CSS is an essential skill for modern web developers. As web applications become increasingly complex and interactive, animations play a crucial role in enhancing user experience and engagement. However, creating high-performance animations can be a daunting task, requiring a deep understanding of both React and CSS.In this comprehensive tutorial, we will explore the technical background, implementation guide, code examples, best practices, testing, and debugging techniques for crafting high-performance animations with React and CSS. By the end of this tutorial, you will have a solid understanding of how to create smooth, efficient, and scalable animations for your React applications.PrerequisitesBasic knowledge of React and JavaScriptFamiliarity with CSS and HTMLExperience with a code editor or IDE (e.g., Visual Studio Code, IntelliJ IDEA)Node.js and npm installed on your machineTechnologies and ToolsReact (version 17 or later)CSS (including CSS3 and CSS-in-JS solutions like styled-components)Webpack (version 5 or later) for bundling and optimizationBabel (version 7 or later) for transpilationESLint (version 7 or later) for code quality and lintingJest (version 27 or later) for testingRelevant Links and PackagesReact: BackgroundCore Concepts and TerminologyBefore diving into the implementation guide, it’s essential to understand the core concepts and terminology involved in crafting high-performance animations with React and CSS.Keyframe Animation: A type of animation that uses a set of predefined keyframes to define the animation’s timing and style.CSS Animations: A feature of CSS that allows you to create animations using keyframes.React State: The internal state of a React component, which can be used to drive animations.State Driven Animation: An animation that is driven by changes in the component’s state.CSSTransition: A React component from the React Transition Group library that provides a simple way to create animations using CSS transitions.How it Works Under the HoodWhen you create an animation with React and CSS, the following steps occur:State Change: The component’s state is updated, triggering a re-render of the component.Render: The component is re-rendered with the new state.Animation: The CSS animation is triggered, applying the animation styles to the component.Debounce: The animation is debounced to prevent excessive re-renders.Best Practices and Common PitfallsWhen crafting high-performance animations with React and CSS, follow these best practices to avoid common pitfalls:Minimize Re-Renders: Avoid unnecessary re-renders by using memoization and shouldComponentUpdate.Use Debouncing: Debounce animations to prevent excessive re-renders.Optimize CSS: Optimize CSS by using CSS-in-JS solutions and minimizing CSS file sizes.Use CSS Animations: Use CSS animations instead of JavaScript animations for better performance.Implementation GuideStepComments
Your animation components.DebuggingConsole Logs: Use console logs to debug your animation components.Chrome DevTools: Use Chrome DevTools to inspect and debug your animation components.ConclusionCrafting high-performance animations with React and CSS requires a deep understanding of both React and CSS. By following the implementation guide, code examples, and best practices outlined in this tutorial, you can create smooth, efficient, and scalable animations for your React applications.Next Steps and Further LearningExperiment with Different Animations: Experiment with different animations, such as fade in, fade out, and slide in.Optimize Animations: Optimize animations for better performance by using debouncing and minimizing re-renders.Learn Advanced Topics: Learn advanced topics, such as CSS animations, CSS-in-JS solutions, and animation timing.Additional ResourcesReact Documentation: Consult the React documentation for more information on React and animation.CSS-in-JS Documentation: Consult the CSS-in-JS documentation for more information on CSS-in-JS solutions.Animation Libraries: Explore animation libraries, such as React Transition Group and AnimeJS.Final CodeThe final code for this tutorial can be found on GitHub:
2025-03-30IntroductionCrafting high-performance animations with React and CSS is an essential skill for modern web developers. As web applications become increasingly complex and interactive, animations play a crucial role in enhancing user experience and engagement. However, creating high-performance animations can be a daunting task, requiring a deep understanding of both React and CSS.In this comprehensive tutorial, we will explore the technical background, implementation guide, code examples, best practices, testing, and debugging techniques for crafting high-performance animations with React and CSS. By the end of this tutorial, you will have a solid understanding of how to create smooth, efficient, and scalable animations for your React applications.PrerequisitesBasic knowledge of React and JavaScriptFamiliarity with CSS and HTMLExperience with a code editor or IDE (e.g., Visual Studio Code, IntelliJ IDEA)Node.js and npm installed on your machineTechnologies and ToolsReact (version 17 or later)CSS (including CSS3 and CSS-in-JS solutions like styled-components)Webpack (version 5 or later) for bundling and optimizationBabel (version 7 or later) for transpilationESLint (version 7 or later) for code quality and lintingJest (version 27 or later) for testingRelevant Links and PackagesReact: BackgroundCore Concepts and TerminologyBefore diving into the implementation guide, it’s essential to understand the core concepts and terminology involved in crafting high-performance animations with React and CSS.Keyframe Animation: A type of animation that uses a set of predefined keyframes to define the animation’s timing and style.CSS Animations: A feature of CSS that allows you to create animations using keyframes.React State: The internal state of a React component, which can be used to drive animations.State Driven Animation: An animation that is driven by changes in the component’s state.CSSTransition: A React component from the React Transition Group library that provides a simple way to create animations using CSS transitions.How it Works Under the HoodWhen you create an animation with React and CSS, the following steps occur:State Change: The component’s state is updated, triggering a re-render of the component.Render: The component is re-rendered with the new state.Animation: The CSS animation is triggered, applying the animation styles to the component.Debounce: The animation is debounced to prevent excessive re-renders.Best Practices and Common PitfallsWhen crafting high-performance animations with React and CSS, follow these best practices to avoid common pitfalls:Minimize Re-Renders: Avoid unnecessary re-renders by using memoization and shouldComponentUpdate.Use Debouncing: Debounce animations to prevent excessive re-renders.Optimize CSS: Optimize CSS by using CSS-in-JS solutions and minimizing CSS file sizes.Use CSS Animations: Use CSS animations instead of JavaScript animations for better performance.Implementation GuideStep
2025-04-10Earn income with your CSS skills Sign up and we'll send you the best freelance opportunities straight to your inbox. We're building the largest freelancing marketplace for people like you. The perspective-origin property sets the user position in 3D space. This position allows the browser to calculate the perpective of 3D elements. Only child elements will get the 3D effect when using this property. Example # A transformed element with perspective-origin set to left. Perspective defines how far away the object is from the user. .perspective { padding: 20px; margin-left: 20px; perspective: 120px; perspective-origin: left; } .rotated { width: 150px; padding: 30px; background: lightblue; transform: rotateX(45deg); } Rotated box Syntax perspective-origin: x-axis y-axis | initial | inherit; Values # Value Description x-axis The default value is 50%. Specifies where the user is placed at the x-axis. Possible values: left center right length % y-axis The default value is 50%. Specifies where user is placed at the y-axis. Possible values: top center bottom length % initial Sets the value to its default value. inherit Inherits the value from its parent element. Browser support This table shows when perspective-origin support started for each browser. Chrome 36.0 Jul 2014 Firefox 16.0 Oct 2012 IE/Edge 10.0 Sep 2012 Opera 23.0 Jul 2013 Safari 9.0 Sep 2015 You may also like Our CSS perspective Property Reference Our CSS 2D Transforms Tutorial Our CSS 3D Transforms Tutorial Our HTML Reference Guide Last updated on Sep 30, 2023 Earn income with your CSS skills Sign up and we'll send you the best freelance opportunities straight to your inbox. We're building the largest freelancing marketplace for people like you. CSS Tutorial CSS Selectors CSS Borders CSS Flex CSS Grid CSS Tables CSS Length CSS Fonts CSS Animation CSS Hover CSS Images CSS Comments
2025-04-24The last item, and adjust the animation duration accordingly.Take note, there is a potential problem here.The animation duration controls the “scrolling speed”.But depending on the window width, the scrolling speed will increase/decrease.A simple way to prevent the scrolling speed from going too fast/slow is to set min-width and max-width on the outer wrapper.2) VERTICAL NEWS TICKER2A) THE HTMLv-ticker.html Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aliquam consequat varius consequat. Fusce dapibus turpis vel nisi malesuada sollicitudin. Pellentesque auctor molestie orci ut blandit.Look no further, this is the same as the horizontal version.2B) THE CSSv-ticker.css/* (A) UNIFORM ROW HEIGHT *//* make sure enough height space */.vwrap, .vitem { height: 80px; }.vwrap { overflow: hidden; } /* (B) CENTER TEXT */.vitem { display: flex; text-align: center; justify-content: center; align-items: center;} /* (C) MOVE ITEMS FROM TOP TO BOTTOM *//* bottom 0 = first item, bottom 300% = fourth item */.vmove { position: relative; bottom: 0; }@keyframes tickerv { 0% { bottom: -100%; } 100% { bottom: 400%; }}.vmove { animation: tickerv linear 12s infinite; }.vmove:hover { animation-play-state: paused; }Slightly different CSS strategy here.First, set the outer wrapper and items to the same height… Hide the funky scrollbar as usual.This is kind of optional, but it just looks better with the text centered.Same old CSS keyframes animation trick. But instead of translatex(), we play with relative position and bottom.2C) THE DEMOLorem ipsum dolor sit amet, consectetur adipiscing elit.Aliquam consequat varius consequat.Fusce dapibus turpis vel nisi malesuada sollicitudin.Pellentesque auctor molestie orci ut blandit.HTML MARQUEEYou may stumble on some tutorials on the Internet that use as a solution. Just don’t use those. HTML marquee has already been deprecated and is outdated at the time of writing.INFOGRAPHIC CHEATSHEETSimple News Ticker In HTML CSS (Click To Enlarge)COMPATIBILITY CHECKSCSS Flex – CanIUseCSS Animations – CanIUseCSS Transform – CanIUseThe examples in this tutorial should work on all modern browsers.LINKS & REFERENCESResponsive Text Slider – Code BoxxScrolling Breaking News Ticker – BootsnippTHE ENDThank you for reading, and we have come to the end of this short tutorial. I hope it has helped you create better websites, and if you have anything to share with this guide, please feel free to comment below. Good luck and happy coding!
2025-03-31