react-swipe vs react-swipeable vs react-swipeable-views
React Swipe Libraries
react-swipereact-swipeablereact-swipeable-views

React Swipe Libraries

React swipe libraries provide functionality for implementing swipe gestures in React applications, allowing for intuitive navigation and interaction. These libraries are particularly useful for mobile and touch-enabled devices, enhancing user experience by enabling swipe-based transitions and interactions. Each library offers unique features and design principles that cater to different use cases, from simple swipe detection to complex view transitions.

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react-swipe01,656134 kB14-MIT
react-swipeable02,11387.5 kB31a year agoMIT
react-swipeable-views04,48060.9 kB846 months agoMIT

Feature Comparison: react-swipe vs react-swipeable vs react-swipeable-views

Swipe Detection

  • react-swipe:

    react-swipe focuses solely on detecting swipe gestures, providing a simple API to handle swipe events. It allows developers to define swipe thresholds and directions, making it easy to implement basic swipe functionality without additional complexity.

  • react-swipeable:

    react-swipeable offers a more robust swipe detection mechanism, allowing for customizable swipe handlers for up, down, left, and right swipes. It provides hooks for managing swipe events, enabling developers to create more interactive and responsive components that react to user gestures.

  • react-swipeable-views:

    react-swipeable-views integrates swipe detection with view transitions, allowing users to swipe between different views seamlessly. It handles the complexity of managing multiple views and provides built-in animations, making it ideal for creating swipeable carousels or tabbed interfaces.

Animation and Transitions

  • react-swipe:

    react-swipe does not include built-in animations, focusing instead on the detection of swipe gestures. Developers can implement their own animations based on swipe events, providing flexibility but requiring additional effort to achieve smooth transitions.

  • react-swipeable:

    react-swipeable does not provide animations out of the box, but it allows developers to easily integrate custom animations based on swipe events. This gives developers the freedom to create their own visual feedback for swipe actions, enhancing user experience.

  • react-swipeable-views:

    react-swipeable-views comes with built-in support for animations and transitions between views. It provides a smooth user experience with animated transitions, making it easy to create visually appealing swipeable interfaces without additional coding for animations.

Ease of Use

  • react-swipe:

    react-swipe is straightforward to use, making it suitable for developers who need a simple solution for swipe detection. Its minimalistic approach allows for quick implementation, especially for small projects or prototypes.

  • react-swipeable:

    react-swipeable offers a user-friendly API that is easy to integrate into existing components. Its flexibility and customization options make it a great choice for developers looking for a balance between simplicity and control over swipe interactions.

  • react-swipeable-views:

    react-swipeable-views is designed for ease of use when creating swipeable views. Its API is intuitive, allowing developers to quickly set up swipeable components with minimal configuration, making it ideal for projects that require rapid development.

Performance

  • react-swipe:

    react-swipe is lightweight and performs well in scenarios where only swipe detection is needed. Its minimalistic design ensures low overhead, making it suitable for applications where performance is a critical concern.

  • react-swipeable:

    react-swipeable is optimized for performance, allowing for efficient swipe detection without significant impact on application speed. Its design ensures that swipe events are handled smoothly, even in complex components.

  • react-swipeable-views:

    react-swipeable-views is built with performance in mind, providing smooth transitions and animations while managing multiple views. It efficiently handles rendering and updates, making it suitable for applications with dynamic content.

Community and Support

  • react-swipe:

    react-swipe has a smaller community compared to the other two libraries, which may result in limited resources and support. However, it is still a viable option for straightforward swipe detection needs.

  • react-swipeable:

    react-swipeable has a growing community and offers good documentation, making it easier for developers to find support and examples. Its flexibility has led to increased adoption in various projects.

  • react-swipeable-views:

    react-swipeable-views enjoys a strong community and extensive documentation, providing ample resources for developers. Its popularity in building swipeable interfaces ensures that developers can find support and examples easily.

How to Choose: react-swipe vs react-swipeable vs react-swipeable-views

  • react-swipe:

    Choose react-swipe if you need a lightweight solution focused on detecting swipe gestures without additional overhead. It is ideal for simple use cases where you want to implement swipe functionality quickly without complex UI transitions.

  • react-swipeable:

    Opt for react-swipeable if you require a more comprehensive approach to swipe detection with customizable handlers for different swipe directions. This package provides a flexible API that allows for easy integration of swipe gestures into existing components, making it suitable for applications that need more control over swipe interactions.

  • react-swipeable-views:

    Select react-swipeable-views if you are building a carousel or tabbed interface that requires smooth transitions between views. This library is designed for managing swipeable views with built-in support for animations and transitions, making it perfect for applications that need a polished and visually appealing user interface.

README for react-swipe

react-swipe

build status npm version Download Count Buy Me A Coffee

Brad Birdsall's Swipe.js as a React component.

Demo

Check out the demo from a mobile device (real or emulated).

Install

npm install react swipe-js-iso react-swipe --save

Usage

Examples

import React from 'react';
import ReactDOM from 'react-dom';
import ReactSwipe from 'react-swipe';

const Carousel = () => {
  let reactSwipeEl;

  return (
    <div>
      <ReactSwipe
        className="carousel"
        swipeOptions={{ continuous: false }}
        ref={el => (reactSwipeEl = el)}
      >
        <div>PANE 1</div>
        <div>PANE 2</div>
        <div>PANE 3</div>
      </ReactSwipe>
      <button onClick={() => reactSwipeEl.next()}>Next</button>
      <button onClick={() => reactSwipeEl.prev()}>Previous</button>
    </div>
  );
};

ReactDOM.render(<Carousel />, document.getElementById('app'));

Props

  • swipeOptions: ?Object - supports all original options from Swipe.js config. If passed object differs from the previous one react-swipe will re-initiate underlying Swipe.js instance with fresh options

  • style: ?Object - object with 3 keys (see defaults):

    • container: ?Object
    • wrapper: ?Object
    • child: ?Object
  • regular props as className, id for root component are also supported

  • childCount: ?Number - use it to explicitely tell react-swipe that it needs to re-initiate underlying Swipe.js instance. For example, by setting the childCount prop to the length of the images array that you pass into react-swipe, re-rendering will take place when the images.length differs from the previous render pass:

<ReactSwipe childCount={images.length}>{images}</ReactSwipe>

Methods

Component proxies all Swipe.js instance methods.

Playground

Configure the ReactSwipe component in a sandbox environment at CodeSandbox.


MIT Licensed