A collection of Google's Material Design colors available as CSS classes, variables, and JSON for developers.
Material Colors is a library that provides Google's Material Design color palette in multiple developer-friendly formats like CSS classes, CSS variables, Sass variables, and JSON. It solves the problem of manually looking up and copying color values from the Material Design specification, ensuring accurate and consistent color usage in web projects.
Frontend developers and designers building web applications that follow Material Design guidelines, especially those using CSS preprocessors or needing programmatic access to color values.
Developers choose Material Colors because it offers the official Material Design colors in a wide variety of formats, is easy to integrate via package managers like npm and Bower, and saves time by eliminating manual color lookup and entry.
Colors of Google's Material Design made available to coders
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The library provides colors as CSS classes, variables, preprocessor variables (Sass, Less, Stylus), JSON, and JavaScript modules, making it versatile for different tech stacks, as detailed in the README's 'Available Forms' section.
Colors are scraped directly from Google's Material Design guide, ensuring consistency with the official palette and reducing manual lookup errors, as stated in the project description.
It can be installed via npm or Bower with simple commands, and files are available in a dist directory, streamlining setup as shown in the 'Usage' section of the README.
Includes CSS classes like .bg-red-100 for quick color, background, and border styling, enabling rapid prototyping without custom CSS, as highlighted in the 'Key Features'.
The library only includes Material Design colors, offering no support for custom colors or extensions, which can be restrictive for projects with unique branding needs.
Colors are based on a scraped guide, so updates to Material Design require library maintenance; users must manually update to avoid outdated colors, as implied by the scraping approach.
It focuses solely on providing color values, lacking features like color mixing, contrast checking, or theme generation, which might necessitate additional libraries for complex projects.