react-svg vs react-svg-loader vs react-svg-pan-zoom
React SVG Libraries Comparison
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What's React SVG Libraries?

These libraries provide various functionalities for handling SVG (Scalable Vector Graphics) in React applications. SVG is a powerful format for rendering graphics on the web, allowing for high-quality visuals that scale without loss of fidelity. Each library offers unique features that cater to different use cases, from simple SVG rendering to interactive and zoomable graphics. Understanding the strengths and weaknesses of each can help developers choose the right tool for their specific needs.

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react-svg200,932855263 kB823 days agoMIT
react-svg-loader123,561639-506 years agoMIT
react-svg-pan-zoom84,6176861.02 MB406 months agoMIT
Feature Comparison: react-svg vs react-svg-loader vs react-svg-pan-zoom

SVG Rendering

  • react-svg:

    react-svg allows you to import SVG files as React components, enabling you to use them like any other React component. This makes it easy to manage SVGs within your component tree and apply styles or props directly.

  • react-svg-loader:

    react-svg-loader transforms SVG files into React components at build time, allowing for more advanced manipulation. You can pass props to customize the SVG's appearance and behavior, offering greater flexibility than basic rendering.

  • react-svg-pan-zoom:

    react-svg-pan-zoom provides a unique approach to rendering SVGs by enabling panning and zooming capabilities. This library is designed for interactive SVGs, allowing users to explore graphics in a more dynamic way.

Interactivity

  • react-svg:

    react-svg focuses on rendering SVGs without built-in interactivity features. While you can add event handlers, it does not provide advanced interaction capabilities out of the box.

  • react-svg-loader:

    react-svg-loader also lacks built-in interactivity but allows you to manipulate SVG properties through props, enabling some level of dynamic behavior based on React's state management.

  • react-svg-pan-zoom:

    react-svg-pan-zoom excels in interactivity, offering built-in support for panning and zooming. This makes it ideal for applications that require user engagement with the SVG content.

Customization

  • react-svg:

    react-svg allows for basic customization through props and CSS styles, making it easy to change colors, sizes, and other visual aspects of the SVG.

  • react-svg-loader:

    react-svg-loader provides extensive customization options, allowing you to modify SVG attributes directly through props. This enables developers to create responsive and dynamic SVGs tailored to their application's needs.

  • react-svg-pan-zoom:

    react-svg-pan-zoom offers customization for zoom levels, pan limits, and other interactive features, allowing developers to create a tailored user experience for navigating SVG graphics.

Use Cases

  • react-svg:

    react-svg is best suited for projects that need simple SVG rendering without complex interactions, such as icons or static graphics in a UI.

  • react-svg-loader:

    react-svg-loader is ideal for applications that require dynamic SVG manipulation, such as dashboards or data visualizations where SVGs need to change based on user input or data updates.

  • react-svg-pan-zoom:

    react-svg-pan-zoom is perfect for applications that require detailed exploration of graphics, such as maps, architectural diagrams, or any scenario where users need to zoom in and out.

Learning Curve

  • react-svg:

    react-svg has a gentle learning curve, making it easy for developers to start using SVGs in their projects without extensive knowledge of SVG specifics.

  • react-svg-loader:

    react-svg-loader may require a bit more understanding of how to manipulate SVGs through props, but it remains accessible for developers familiar with React.

  • react-svg-pan-zoom:

    react-svg-pan-zoom has a steeper learning curve due to its interactive features, but it provides comprehensive documentation to help developers implement complex interactions.

How to Choose: react-svg vs react-svg-loader vs react-svg-pan-zoom
  • react-svg:

    Choose react-svg if you need a straightforward way to import and render SVG files as React components. It is ideal for projects that require minimal setup and want to leverage the benefits of SVG without additional complexity.

  • react-svg-loader:

    Opt for react-svg-loader if you want to import SVG files directly into your React components as modules. This package allows you to customize SVGs with props and styles, making it suitable for projects that require more control over SVG rendering and manipulation.

  • react-svg-pan-zoom:

    Select react-svg-pan-zoom if your application requires interactive SVG graphics that users can pan and zoom. This library is perfect for use cases like maps, diagrams, or any visual content that benefits from user interaction.

Similar Npm Packages to react-svg

react-svg is a React component library that allows developers to easily import and use SVG files as React components. This library simplifies the process of working with SVGs in React applications, enabling developers to leverage the full power of SVG graphics while maintaining the flexibility of React's component-based architecture. With react-svg, you can easily manipulate SVG properties, styles, and events just like any other React component.

While react-svg is a great choice for handling SVGs in React, there are other libraries that offer similar functionalities. Here are a few alternatives:

  • react-svg-loader is a Webpack loader that allows you to import SVG files as React components. It transforms SVG files into React components during the build process, enabling you to use them seamlessly in your application. If you are already using Webpack in your project and want a straightforward way to include SVGs as components, react-svg-loader is an excellent option. It provides a simple and efficient way to manage SVG assets without additional overhead.
  • react-svg-pan-zoom is a library designed for interactive SVG manipulation. It allows users to pan, zoom, and interact with SVG elements easily. This library is particularly useful for applications that require dynamic SVG interactions, such as maps, diagrams, or any visual representation that benefits from user interaction. If your project involves complex SVG interactions and you need more control over the user experience, react-svg-pan-zoom is a powerful tool to consider.

To see how react-svg compares with react-svg-loader and react-svg-pan-zoom, check out the comparison: Comparing react-svg vs react-svg-loader vs react-svg-pan-zoom.

Similar Npm Packages to react-svg-loader

react-svg-loader is a webpack loader that allows developers to import SVG files as React components. This package simplifies the process of using SVG graphics in React applications by enabling direct manipulation of SVG properties through React's props. With react-svg-loader, you can easily customize the appearance of your SVGs, such as changing colors or sizes, while benefiting from the advantages of React's component-based architecture.

While react-svg-loader is a great option for handling SVGs in React, there are alternatives that also provide similar functionality:

  • svg-inline-loader is a webpack loader that allows you to inline SVG files as HTML. This approach can be beneficial for performance, as it reduces the number of HTTP requests by embedding SVGs directly into the HTML. With svg-inline-loader, you can manipulate SVG attributes directly in your HTML, making it a good choice for projects that require inline SVGs without the need for React components. This loader is particularly useful when you want to maintain the original SVG structure and style without converting it into a React component.

  • svg-loader is another webpack loader that enables importing SVG files as React components. It provides a straightforward way to use SVGs in your React applications, similar to react-svg-loader. However, svg-loader focuses on simplicity and ease of use, making it a suitable choice for developers who want to quickly integrate SVGs without additional configuration or complexity. It allows you to leverage the benefits of SVGs while maintaining a clean and efficient codebase.

To explore how react-svg-loader, svg-inline-loader, and svg-loader compare, check out the following link: Comparing react-svg-loader vs svg-inline-loader vs svg-loader.

Similar Npm Packages to react-svg-pan-zoom

react-svg-pan-zoom is a powerful library for React applications that allows users to pan and zoom SVG elements easily. It provides a simple and intuitive interface for interacting with SVG graphics, making it ideal for applications that require detailed visualizations, such as maps, diagrams, or illustrations. With features like touch support, keyboard navigation, and customizable controls, react-svg-pan-zoom enables developers to create interactive and user-friendly experiences for their users.

While react-svg-pan-zoom is a robust solution for SVG manipulation, there are alternatives available that also provide similar functionality. One notable alternative is:

  • react-zoom-pan-pinch. This library offers a flexible and easy-to-use solution for implementing zoom and pan functionality in React applications. It supports both SVG and HTML elements, making it versatile for various use cases. react-zoom-pan-pinch provides features such as pinch-to-zoom support for touch devices, customizable zoom levels, and smooth animations. If you need a library that can handle both SVG and non-SVG elements while providing a straightforward API for zooming and panning, react-zoom-pan-pinch is an excellent choice.

To see how react-svg-pan-zoom compares with react-zoom-pan-pinch, check out the comparison: Comparing react-svg-pan-zoom vs react-zoom-pan-pinch.

README for react-svg

react-svg

npm version build status coverage status npm downloads minzipped size

A React component that injects SVG into the DOM.

Background | Basic Usage | Live Examples | API | Installation | FAQ | License

Background

Let's say you have an SVG available at some URL, and you'd like to inject it into the DOM for various reasons. This module does the heavy lifting for you by delegating the process to @tanem/svg-injector, which makes an AJAX request for the SVG and then swaps in the SVG markup inline. The async loaded SVG is also cached, so multiple uses of an SVG only require a single server request.

Basic Usage

import { createRoot } from 'react-dom/client'
import { ReactSVG } from 'react-svg'

const container = document.getElementById('root')
const root = createRoot(container)
root.render(<ReactSVG src="svg.svg" />)

Live Examples

API

Props

  • src - The SVG URL.
  • afterInjection(svg) - Optional Function to call after the SVG is injected. svg is the injected SVG DOM element. If an error occurs during execution it will be routed to the onError callback, and if a fallback is specified it will be rendered. Defaults to () => {}.
  • beforeInjection(svg) - Optional Function to call just before the SVG is injected. svg is the SVG DOM element which is about to be injected. If an error occurs during execution it will be routed to the onError callback, and if a fallback is specified it will be rendered. Defaults to () => {}.
  • desc - Optional String used for SVG <desc> element content. If a <desc> exists it will be replaced, otherwise a new <desc> is created. Defaults to '', which is a noop.
  • evalScripts - Optional Run any script blocks found in the SVG. One of 'always', 'once', or 'never'. Defaults to 'never'.
  • fallback - Optional Fallback to use if an error occurs during injection, or if errors are thrown from the beforeInjection or afterInjection functions. Can be a string, class component, or function component. Defaults to null.
  • httpRequestWithCredentials - Optional Boolean indicating if cross-site Access-Control requests for the SVG should be made using credentials. Defaults to false.
  • loading - Optional Component to use during loading. Can be a string, class component, or function component. Defaults to null.
  • onError(error) - Optional Function to call if an error occurs during injection, or if errors are thrown from the beforeInjection or afterInjection functions. error is an unknown object. Defaults to () => {}.
  • renumerateIRIElements - Optional Boolean indicating if SVG IRI addressable elements should be renumerated. Defaults to true.
  • title - Optional String used for SVG <title> element content. If a <title> exists it will be replaced, otherwise a new <title> is created. Defaults to '', which is a noop.
  • useRequestCache - Optional Use SVG request cache. Defaults to true.
  • wrapper - Optional Wrapper element types. One of 'div', 'span' or 'svg'. Defaults to 'div'.

Other non-documented properties are applied to the outermost wrapper element.

Example

<ReactSVG
  afterInjection={(svg) => {
    console.log(svg)
  }}
  beforeInjection={(svg) => {
    svg.classList.add('svg-class-name')
    svg.setAttribute('style', 'width: 200px')
  }}
  className="wrapper-class-name"
  desc="Description"
  evalScripts="always"
  fallback={() => <span>Error!</span>}
  httpRequestWithCredentials={true}
  loading={() => <span>Loading</span>}
  onClick={() => {
    console.log('wrapper onClick')
  }}
  onError={(error) => {
    console.error(error)
  }}
  renumerateIRIElements={false}
  src="svg.svg"
  title="Title"
  useRequestCache={false}
  wrapper="span"
/>

Installation

⚠️This library depends on @tanem/svg-injector, which uses Array.from(). If you're targeting browsers that don't support that method, you'll need to ensure an appropriate polyfill is included manually. See this issue comment for further detail.

$ npm install react-svg

UMD builds are also available for use with pre-React 19 via unpkg:

  • https://unpkg.com/react-svg/dist/react-svg.umd.development.js
  • https://unpkg.com/react-svg/dist/react-svg.umd.production.js

For the non-minified development version, make sure you have already included:

For the minified production version, make sure you have already included:

FAQ

Why are there two wrapping elements?

This module delegates it's core behaviour to @tanem/svg-injector, which requires the presence of a parent node when swapping in the SVG element. The swapping in occurs outside of React flow, so we don't want React updates to conflict with the DOM nodes @tanem/svg-injector is managing.

Example output, assuming a div wrapper:

<div> <!-- The wrapper, managed by React -->
  <div> <!-- The parent node, managed by @tanem/svg-injector -->
    <svg>...</svg> <!-- The swapped-in SVG, managed by @tanem/svg-injector -->
  </div>
</div>

See:

Related issues and PRs:

License

MIT

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