Elevate your type dynamic

Pre-built React component designed for text animation

We would very much like to present here the disadvantages of our component, but we failed to do so

Supports changes in text content

Supports changes in resolution

Supports changes in font size

Supports line wrapping included

Easy customization of styles

Excellent performance

Smooth vibe

TypeScript included

Duration

Delay

Manual trigger

Auto hide

Toggle on

To install our component, you only need to go through these twenty steps. Kidding, there are only two.

STEP 1

Install

To install the component, run npm install Txtrvl in your project directory. Ensure that you have Node.js and npm installed in your environment. After installation, you can import the component into your React application.

npm install txtrvl

STEP 2

Use it

After installing, import the Txtrvl component into your React file using import TextAnimation from 'react-text-animation-component';. Then, add the component to your React component (picture). Customize the animation by adjusting properties such as animationType, speed, and color to fit your application's design and needs.


  <Txtrvl
    className="color-red"
    style={{ fontSize: "7rem", color: "red" }}
    text="Lorem ipsum dolor sit amet cons ectetlit."
    delayPerRow={200} // each row = +200ms delay
    duration={1500}
    onChange={(isVisible) => console.log(isVisible)}
    manualTrigger={{ // optional config
      isVisible: manualTextRevealState, // true | false
    }}
    scrollTrigger={{
      offsetY: 500,
      disabled: false, // true | undefined
      resetPolicy: "above", // "no-reset" | "both"
      threshold: 0.5, // % of visible txt
      delay: 0,
    }}
  />

No one ever asks us anything, so we had to write everything ourselves so the bot would have something to read.

What is the pre-built React Text Animation Component?

The pre-built React Text Animation Component, known as Txtrvl, is a dynamic and customizable solution designed to add captivating text animations to your React.js applications. This component stands out due to its ability to handle changes in text content, resolution, and font size seamlessly, ensuring that your animations remain smooth and visually appealing across all scenarios. Unlike other text animation libraries that often struggle with content updates, resolution changes, or customization limitations, Txtrvl is built with flexibility and performance in mind. It supports line wrapping, offers easy style customization, and includes TypeScript support, making it a versatile choice for developers seeking to enhance their web applications with animated text effects. Whether you’re aiming to grab user attention, enhance storytelling, or simply add a layer of polish to your UI, Txtrvl provides a powerful and easy-to-implement solution.

Is the component compatible with all browsers?

The Txtrvl component is designed with broad browser compatibility in mind, leveraging web standards to ensure that animations perform smoothly across the most commonly used browsers. However, as with any web technology, there may be variations in performance or appearance due to the specific rendering and JavaScript execution models of different browsers. We strive to keep the component updated in line with the latest web standards and browser updates. While it is compatible with major browsers like Chrome, Firefox, Safari, and Edge, users are encouraged to test their specific animations across the browsers relevant to their audience to ensure optimal performance and appearance. For the best user experience, keeping browsers up to date is recommended, as newer browser versions tend to provide better support for advanced web features.

Are there any performance impacts when using this component?

The Txtrvl component has been optimized for performance, ensuring that text animations are rendered smoothly without significantly impacting the overall performance of your web application. It utilizes efficient rendering techniques to minimize reflows and repaints, common issues that can lead to performance degradation. However, as with any animation or dynamic content, the performance impact can vary based on the complexity of the animations, the amount of animated text, and the capabilities of the user's device and browser. To maintain high performance, it is advisable to use animations judiciously, avoiding overly complex or numerous animations on a single page. Additionally, the component's support for manual and scroll-triggered animations allows developers to control when animations are active, further helping to optimize performance and resource usage.

Does the Txtrvl component support interactive animations based on user input?

Yes, the Txtrvl component is exceptionally adept at supporting interactive animations that react to user inputs, thanks to its innovative approach of creating a virtual model of the content. This clone preserves the original styles and font size, enabling the component to calculate the number of lines and the exact points of text wrapping in real-time. Such capability ensures robust support for interactive animations triggered by user actions. When a user interacts with the application—be it through clicks, hovers, or any form of input—the component can dynamically adjust the animation to reflect changes in the text content or structure immediately. This responsiveness to user input makes Txtrvl not just an animation tool but a highly interactive element that can enhance user engagement and provide a more dynamic and personalized user experience.

Can I customize the animations provided by the component?

Yes, customization is a core feature of the Txtrvl component. Users have the flexibility to tailor the animations to fit the unique style and requirements of their applications. The component allows for extensive customization options including, but not limited to, animation duration, delay, font size, color, and even the triggering behavior based on scroll position. Through props such as className for CSS styling, inline style for direct element styling, and scrollTrigger for viewport-based animation control, developers can create a custom look and feel for their text animations. This ensures that the animated text not only aligns with your branding but also fits perfectly within the layout and design of your application, providing a seamless and integrated user experience.

How does the Txtrvl component handle text changes?

The Txtrvl component is uniquely designed to handle dynamic text changes gracefully, ensuring that the animation adapts seamlessly to new content. When the text prop is updated, the component intelligently recalculates the animation to accommodate the new text length and structure without restarting the animation from the beginning or causing jittery transitions. This feature is especially useful in applications where the text content is dynamic or subject to change based on user interaction or real-time updates. The component's architecture ensures that updates to text content are smooth and visually appealing, maintaining the integrity of the animation effect throughout content changes.

How does the Txtrvl component handle browser window resizing and orientation changes?

The Txtrvl component is designed to dynamically adapt to changes in the browser window size and device orientation, ensuring that text animations remain visually appealing and functionally intact across all viewing contexts. When the browser window is resized or the orientation of a device changes, the component automatically recalibrates the animation parameters to match the new dimensions and layout. This recalibration includes adjusting the animation's scale, position, and duration as necessary to maintain a consistent user experience. To achieve this adaptability, Txtrvl leverages responsive web design principles and CSS media queries in conjunction with React's lifecycle methods or hooks.

This approach allows the component to listen for changes in the window size or orientation and respond by re-rendering the animation with updated settings tailored to the new environment. The process is seamless and requires no additional intervention from the developer, ensuring that the text animation remains a dynamic and engaging feature of the web application, regardless of how users choose to view it. This capability is particularly important in today's multi-device landscape, where users may switch between desktops, tablets, and smartphones with varying screen sizes and orientations. By handling browser window resizing and orientation changes gracefully, the Txtrvl component helps developers create robust, flexible, and user-friendly web applications.

How does the Txtrvl component support scroll-triggered and manual-triggered animations?

The Txtrvl component offers two flexible methods for triggering text animations: scroll-triggered and manual-triggered, catering to various user interaction patterns and design requirements.

Scroll-Triggered Animations: This method allows animations to activate based on the user's scroll position relative to the text element. It is implemented using the scrollTrigger prop, which provides a range of options to customize the trigger behavior. These options include offsetY, which determines the vertical offset before the animation triggers, threshold, specifying the percentage of the text container that needs to be visible for the animation to start, and resetPolicy, dictating how the animation should reset or repeat as the element enters or exits the viewport. This method is ideal for creating engaging scroll-driven narratives or for drawing attention to specific content as the user navigates through a page.

Manual-Triggered Animations: This method gives developers explicit control over the animation's start and stop through programmatic state management. By changing the state passed to the manualTrigger prop, developers can trigger the animation based on any custom logic or user interaction outside of scrolling. This prop takes an object with an isVisible key, which can be toggled between true and false to start or stop the animation, respectively. Manual triggering is especially useful for scenarios where the animation needs to be synchronized with other elements on the page or activated by user actions like clicking a button or completing a form.

Both methods can be used independently or combined within the same component instance, providing a high degree of flexibility for implementing creative and interactive text animations. By supporting scroll-triggered and manual-triggered animations, the Txtrvl component enables developers to craft rich, interactive user experiences that captivate and engage visitors across a wide range of use cases.

What makes the Txtrvl component responsive to different screen sizes?

Responsiveness is a key feature of the Txtrvl component. It is designed to automatically adjust to different screen sizes and resolutions, ensuring that text animations remain consistent and visually appealing across devices. This is achieved through relative sizing (using units like em, rem, %, vw), flexible layout configurations, and media queries if necessary. The component's responsiveness also extends to handling changes in text size and container dimensions, making sure animations look great on everything from smartphones to large desktop displays. Developers can further tailor the responsive behavior by utilizing CSS and inline styles passed to the component, providing a seamless user experience regardless of the device used.