Head-to-Head: Material Design Lite vs Windi CSS Analysis

material-design-lite

v1.3.0(over 7 years ago)

This package is deprecated. Consider finding alternatives.Types definitions are provided via a separate npm package: @types/material-design-liteNumber of direct dependencies: 0Monthly npm downloads

Material Design Lite (MDL) is a front-end framework developed by Google that allows developers to easily incorporate Google's Material Design principles into their web projects. It provides a set of CSS, HTML, and JavaScript components that help create modern and responsive user interfaces with a clean and consistent design. MDL offers components like buttons, cards, menus, and sliders, following the Material Design guidelines.

Alternatives:
material-components-web+
materialize-css+
rmwc+
react-md+
vue-material+
material-ui+
vuetify+
mdbootstrap+
quasar+
angular-material+

Tags: front-endframeworkmaterial-designresponsivecomponents

windicss

v3.5.6(almost 2 years ago)

This package was last published over a year ago. It may not be actively maintained.Types definitions are bundled with the npm packageNumber of direct dependencies: 0Monthly npm downloads

Windicss is a utility-first CSS framework that aims to provide a highly efficient and lightweight way to style web applications. It focuses on generating only the necessary CSS styles based on the actual usage in your project, resulting in smaller bundle sizes and improved performance. Windicss offers a wide range of utility classes that can be easily customized and extended to suit your design needs.

Alternatives:
tailwindcss+
tachyons+
bootstrap+
bulma+
foundation-sites+
semantic-ui-css+
skeleton+
fomantic-ui+
materialize-css+
uikit+

Tags: cssframeworkutility-firstperformancecustomization

Fight!

Popularity

Material Design Lite (MDL) has been around for a longer time and has gained significant popularity in the past. It has a large user base and is widely used in many projects. WindiCSS, on the other hand, is a relatively newer library but has been rapidly gaining popularity due to its unique approach to utility-first CSS.

CSS Framework vs Utility-first CSS

Material Design Lite is a CSS framework that provides pre-designed components and styles based on the Material Design guidelines. It offers a comprehensive set of components and styles out of the box. WindiCSS, on the other hand, is a utility-first CSS framework that focuses on providing utility classes for rapid and efficient styling. It allows you to write minimal CSS and generates optimized styles based on the utility classes used in your HTML templates.

Customization

Material Design Lite provides a set of predefined styles and components that can be customized to some extent. However, it may require more effort to customize the styles beyond the provided options. WindiCSS, on the other hand, offers extensive customization options through its configuration file. You can easily customize the utility classes, breakpoints, and other aspects of the generated CSS to match your project's specific needs.

Integration with Frameworks

Material Design Lite is primarily designed for integration with frameworks like React, Angular, and Vue.js. It provides official integration packages and components for these frameworks. WindiCSS, on the other hand, is a standalone CSS framework that can be used with any frontend framework or even without any framework.

Performance

Material Design Lite is a lightweight CSS framework that aims to provide optimized styles and components. It is designed to be performant and efficient. WindiCSS, being a utility-first CSS framework, generates highly optimized and minimal CSS based on the utility classes used in your project. This can result in smaller CSS file sizes and improved performance.

Developer Experience

Material Design Lite provides a comprehensive set of components and styles, making it easier to build consistent and visually appealing UIs. It has good documentation and a large community, which can be helpful for developers. WindiCSS, on the other hand, offers a unique developer experience with its utility-first approach. It allows for rapid prototyping and development by leveraging utility classes. It also provides good documentation and has an active community.