A color parsing and manipulation library focused on minimal bundle size, serving all essential sRGB functions in ~2kB.
color2k is a color parsing and manipulation library for JavaScript that provides essential color functions like darkening, lightening, and transparency adjustments while maintaining an extremely small bundle size of around 2kB. It solves the problem of bloated color libraries by focusing only on sRGB operations needed for web development, making it a performant choice for modern applications.
Frontend developers and designers working on performance-sensitive web applications, especially those using CSS-in-JS frameworks or needing lightweight color utilities without the overhead of larger libraries.
Developers choose color2k for its unmatched bundle size efficiency, offering a complete set of color manipulation tools in a fraction of the size of alternatives, without sacrificing the essential features needed for most web projects.
a color parsing and manipulation lib served in roughly 2kB
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The full library is only 2.8kB, with tree-shaken bundles as small as 2.1kB, significantly smaller than alternatives like chroma-js (13.7kB) or polished (11.2kB), as shown in the README's size comparison table.
Outputs only rgba and hsla color models, which are directly usable in browsers as CSS values, simplifying integration with styling solutions like styled-components or Emotion, as emphasized in the philosophy.
Includes key manipulation functions such as darkening, lightening, and transparency adjustments, covering common web development needs without bloat, as highlighted in the key features.
Built to leverage modern bundlers, allowing developers to import only the functions they use, further reducing bundle size, with examples provided for darken and transparentize in the usage section.
Only supports rgba and hsla as outputs, lacking conversion to other models like CMYK or HSLuv, which can be a drawback for applications requiring broader color space handling, as admitted in the README's 'Why only rgba and hsla?' section.
Does not include functions for color mixing, gradients, or advanced color theory operations beyond basic adjustments, focusing solely on simplicity, which may limit use in complex design systems.
To achieve the smallest bundle sizes, it relies on tree-shaking with modern bundlers, which might not be optimal for environments without bundling or with older build setups, as implied by the tree-shaking emphasis.