element-ui vs quasar vs vue-material vs vuetify
Vue UI Component Libraries
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Vue UI Component Libraries

Vue UI Component Libraries are pre-built collections of user interface components designed specifically for Vue.js applications. These libraries provide developers with ready-to-use, customizable components such as buttons, modals, forms, and navigation elements, which adhere to modern design principles and accessibility standards. By leveraging these libraries, developers can significantly speed up the UI development process, ensure consistency across their applications, and focus on building functionality rather than designing components from scratch. Popular Vue UI libraries include Vuetify, Element UI, Quasar, and Vue Material, each offering unique features, design philosophies, and component sets to cater to different project needs and aesthetics.

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Package
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element-ui054,1909.25 MB2,9673 years agoMIT
quasar027,11710.3 MB686a day agoMIT
vue-material09,8644.72 MB2453 years agoMIT
vuetify040,98663.7 MB6229 hours agoMIT

Feature Comparison: element-ui vs quasar vs vue-material vs vuetify

Design Philosophy

  • element-ui:

    Element UI follows a clean and modern design philosophy, focusing on simplicity and usability. It is designed primarily for desktop applications, making it ideal for enterprise software and admin dashboards.

  • quasar:

    Quasar embraces a versatile design philosophy that supports multiple platforms, including web, mobile, and desktop. It allows developers to create responsive applications with a single codebase, offering both Material Design and iOS-style components.

  • vue-material:

    Vue Material is inspired by Google’s Material Design guidelines, providing a lightweight and minimalistic approach to UI components. It aims to deliver a simple yet elegant design without excessive complexity.

  • vuetify:

    Vuetify is built around the Material Design specification, offering a comprehensive and consistent design language across all components. It emphasizes accessibility, responsiveness, and customization, making it suitable for a wide range of applications.

Component Variety

  • element-ui:

    Element UI offers a wide range of components, including form controls, navigation elements, and data display components. While it is comprehensive, it is more focused on desktop-oriented components.

  • quasar:

    Quasar provides an extensive collection of components that cater to web, mobile, and desktop applications. It includes everything from basic UI elements to advanced components like carousels, dialogs, and tree views, making it one of the most versatile libraries.

  • vue-material:

    Vue Material offers a limited set of components compared to the other libraries, but it covers the essentials for building Material Design-inspired interfaces. It is best suited for projects that do not require a large variety of components.

  • vuetify:

    Vuetify boasts a vast library of components that fully implement Material Design. It includes a wide range of UI elements, layouts, and specialized components, making it one of the most feature-rich libraries available.

Customization

  • element-ui:

    Element UI allows for customization through its theming system, which enables developers to modify styles and create custom themes. However, deep customization may require additional CSS work.

  • quasar:

    Quasar offers extensive customization options, including a powerful theming system, CSS variables, and the ability to create responsive designs. It also supports dynamic theming, allowing for real-time style changes.

  • vue-material:

    Vue Material provides basic customization capabilities, but it is limited compared to the other libraries. It encourages the use of CSS for further styling and customization.

  • vuetify:

    Vuetify provides a highly customizable framework with a robust theming system, support for CSS variables, and the ability to create custom components. It is designed to be flexible while adhering to Material Design guidelines.

Accessibility

  • element-ui:

    Element UI is designed with accessibility in mind, providing ARIA attributes and keyboard navigation support for its components. However, the level of accessibility may vary across different components.

  • quasar:

    Quasar places a strong emphasis on accessibility, ensuring that all components are keyboard navigable and support ARIA attributes. The framework is built to be inclusive and compliant with accessibility standards.

  • vue-material:

    Vue Material aims to be accessible by following Material Design guidelines, but it may not be as comprehensive in terms of accessibility features compared to the other libraries.

  • vuetify:

    Vuetify is one of the most accessible Vue UI libraries, with a strong focus on compliance with WCAG (Web Content Accessibility Guidelines). It provides detailed documentation on accessibility features and best practices.

Ease of Use: Code Examples

  • element-ui:

    Element UI is known for its straightforward API and well-structured documentation, making it easy for developers to integrate and use its components. The library provides clear examples and guidelines for each component, which helps reduce the learning curve.

  • quasar:

    Quasar is designed to be developer-friendly, with comprehensive documentation, a CLI tool, and a supportive community. Its flexibility and extensive feature set may require some time to fully master, but the learning resources provided are excellent.

  • vue-material:

    Vue Material is lightweight and easy to use, with a simple API that aligns well with Vue.js conventions. Its documentation is clear, but the limited number of components may require developers to implement additional functionality themselves.

  • vuetify:

    Vuetify offers extensive documentation, a rich set of examples, and a well-designed API, making it easy for developers to understand and use its components. The library also includes a visual component designer, which can help streamline the development process.

How to Choose: element-ui vs quasar vs vue-material vs vuetify

  • element-ui:

    Choose Element UI if you are building a desktop-oriented application with a clean, modern design and need a comprehensive set of components that are easy to customize. It is particularly well-suited for enterprise applications and admin dashboards.

  • quasar:

    Select Quasar if you want a versatile framework that allows you to build responsive web, mobile, and desktop applications from a single codebase. Quasar offers a wide range of components, excellent documentation, and supports both Material Design and iOS themes, making it ideal for cross-platform development.

  • vue-material:

    Opt for Vue Material if you prefer a lightweight library that follows Material Design principles and provides a simple, elegant set of components. It is best for projects that require a minimalistic design without the overhead of a large framework.

  • vuetify:

    Choose Vuetify if you need a feature-rich library that fully implements Material Design and offers a vast array of components, layouts, and customization options. Vuetify is ideal for applications that require a polished, professional look and feel, with extensive support for accessibility and internationalization.

README for element-ui


A Vue.js 2.0 UI Toolkit for Web.

Element will stay with Vue 2.x

For Vue 3.0, we recommend using Element Plus(Element Plus is a community develop project)

For MiniProgram development, we recommend using MorJS

Links

Install

npm install element-ui -S

Quick Start

import Vue from 'vue'
import Element from 'element-ui'

Vue.use(Element)

// or
import {
  Select,
  Button
  // ...
} from 'element-ui'

Vue.component(Select.name, Select)
Vue.component(Button.name, Button)

For more information, please refer to Quick Start in our documentation.

Browser Support

Modern browsers and Internet Explorer 10+.

Development

Skip this part if you just want to use Element.

For those who are interested in contributing to Element, please refer to our contributing guide (中文 | English | Español | Français) to see how to run this project.

Changelog

Detailed changes for each release are documented in the release notes.

FAQ

We have collected some frequently asked questions. Before reporting an issue, please search if the FAQ has the answer to your problem.

Contribution

Please make sure to read the contributing guide (中文 | English | Español | Français) before making a pull request.

Special Thanks

English documentation is brought to you by SwiftGG Translation Team:

Spanish documentation is made possible by these community developers:

French documentation is made possible by these community developers:

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Scan the QR code using Dingtalk App to join in discussion group :

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LICENSE

MIT