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🧪 Liquid Glass UI

npm version npm downloads license

An ultra-premium, high-fidelity glassmorphic component library and CSS framework. It utilizes advanced SVG displacement distortion maps, multi-layered specular reflection shading, and organic mercury fluid morphing animations to create stunning, interactive, and futuristic user interfaces.

✨ Features

  • Molten Vector Physics: Sliding active panels and pills stretch and merge fluidly like molten glass or mercury.
  • 3D Specular Tilt: Specular reflection flares track cursor coordinates to simulate realistic physical refraction.
  • Highly Customizable: Fully driven by standard CSS Custom Properties (blur, scale, opacity, color saturation, accents).
  • Cross-Framework Compatible: Standalone library support for React, Vite, Next.js (App Router & SSR), and Vanilla HTML/CSS.
  • Zero Dependencies: Fully optimized for lightweight performance and compiled ESM / UMD distributions.

🚀 Quick Start

1. Installation

Install the package via npm (when published):

npm install @kex001/liquid-glass

Or manually copy the files directly into your project's components/styles directory.

2. General Setup (Importing Styles)

Import the core layout styles in your application's entry file (e.g., main.jsx, App.tsx, or _app.js):

import '@kex001/liquid-glass/dist/style.css';

⚛️ Usage in React & Vite

Wrap your root layout with the <LiquidGlassProvider> to automatically inject the distortion vectors, then use container components to build layouts:

import React from 'react';
import { LiquidGlassProvider, LiquidGlassContainer } from '@kex001/liquid-glass';

export default function App() {
  return (
    <LiquidGlassProvider 
      blur={14} 
      scale={0.5} 
      saturation={150} 
      tint="#bbbbbc"
      accent="#fc3c44"
    >
      <div style={{ padding: '40px', background: '#09090b', minHeight: '100vh' }}>
        
        {/* Basic Frosted Glass Panel */}
        <LiquidGlassContainer className="p-6 rounded-2xl max-w-sm">
          <h3 className="text-white text-lg font-bold">Frosted Panel</h3>
          <p className="text-white/60 text-xs mt-2">Ultra premium liquid borders.</p>
        </LiquidGlassContainer>
        
        {/* Interactive 3D Card with dynamic cursor specular shine */}
        <LiquidGlassContainer 
          className="p-6 rounded-2xl max-w-sm mt-6"
          enableSpecularHover={true}
        >
          <h3 className="text-white text-lg font-bold">Interactive Card</h3>
          <p className="text-white/60 text-xs mt-2">Hover to slide glass highlights.</p>
        </LiquidGlassContainer>

      </div>
    </LiquidGlassProvider>
  );
}

⚡ Usage in Next.js (App Router / SSR)

To integrate seamlessly with Next.js Server Components, ensure the Provider is designated as a Client Component, or wrap your layout nodes inside the exported provider directly.

Create a provider wrapper file: components/GlassProvider.jsx:

"use client";

import React from 'react';
import { LiquidGlassProvider } from '@kex001/liquid-glass';

export default function GlassProvider({ children }) {
  return (
    <LiquidGlassProvider blur={12} scale={0.5}>
      {children}
    </LiquidGlassProvider>
  );
}

Then, wrap your layout root app/layout.jsx:

import './globals.css';
import '@kex001/liquid-glass/dist/style.css';
import GlassProvider from '@/components/GlassProvider';

export const metadata = {
  title: 'Next.js Liquid Glass App',
};

export default function RootLayout({ children }) {
  return (
    <html lang="en">
      <body>
        <GlassProvider>
          {children}
        </GlassProvider>
      </body>
    </html>
  );
}

🌐 Usage in Vanilla HTML & CSS

For single page sites or vanilla configurations, you can copy the raw CSS variables and SVG vector node definition straight into your document.

<!DOCTYPE html>
<html lang="en">
<head>
  <style>
    :root {
      --lg-blur: 12px;
      --lg-scale: 0.5;
      --lg-saturation: 150%;
      --lg-opacity: 0.12;
      --lg-glass-tint: #bbbbbc;
      --lg-light: #ffffff;
      --lg-dark: #000000;
      --lg-reflex-light: 0.3;
      --lg-reflex-dark: 2;
    }

    /* Core frosted class mapping */
    .glass-panel {
      position: relative;
      background-color: color-mix(in srgb, var(--lg-glass-tint) calc(var(--lg-opacity) * 100%), transparent);
      backdrop-filter: blur(var(--lg-blur)) url(#liquid-glass-filter) saturate(var(--lg-saturation));
      -webkit-backdrop-filter: blur(var(--lg-blur)) saturate(var(--lg-saturation));
      
      /* High-fidelity 10-layer physical glass specular shadow */
      box-shadow: 
        inset 0 0 0 1px color-mix(in srgb, var(--lg-light) calc(var(--lg-reflex-light) * 15%), transparent),
        inset 1.8px 3px 0px -2px color-mix(in srgb, var(--lg-light) calc(var(--lg-reflex-light) * 90%), transparent), 
        inset -2px -2px 0px -2px color-mix(in srgb, var(--lg-light) calc(var(--lg-reflex-light) * 80%), transparent), 
        inset -3px -8px 1px -6px color-mix(in srgb, var(--lg-light) calc(var(--lg-reflex-light) * 60%), transparent), 
        inset -0.3px -1px 4px 0px color-mix(in srgb, var(--lg-dark) calc(var(--lg-reflex-dark) * 12%), transparent), 
        inset -1.5px 2.5px 0px -2px color-mix(in srgb, var(--lg-dark) calc(var(--lg-reflex-dark) * 20%), transparent), 
        inset 0px 3px 4px -2px color-mix(in srgb, var(--lg-dark) calc(var(--lg-reflex-dark) * 20%), transparent), 
        inset 2px -6.5px 1px -4px color-mix(in srgb, var(--lg-dark) calc(var(--lg-reflex-dark) * 10%), transparent), 
        0px 1px 5px 0px color-mix(in srgb, var(--lg-dark) calc(var(--lg-reflex-dark) * 10%), transparent), 
        0px 6px 16px 0px color-mix(in srgb, var(--lg-dark) calc(var(--lg-reflex-dark) * 12%), transparent);
    }
  </style>
</head>
<body style="background: #030303;">

  <div class="glass-panel" style="width: 300px; height: 180px; border-radius: 24px; padding: 24px; margin: 40px auto; color: white;">
    <h3>Vanilla Glass</h3>
    <p style="opacity: 0.6; font-size: 13px;">No dependencies fluid glassmorphism.</p>
  </div>

  <!-- SVG Displacement Filter Map -->
  <svg aria-hidden="true" style="position: absolute; width: 0; height: 0; pointer-events: none;">
    <defs>
      <filter id="liquid-glass-filter" primitiveUnits="objectBoundingBox">
        <feImage result="map" width="100%" height="100%" x="0" y="0" href="data:image/webp;base64,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,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,UklGRq4vAABXRUJQVlA4WAoAAAAQAAAA5wEAhwAAQUxQSOYWAAABHAVpGzCrf9t7EiJCYdIGTDpvURGm9n7K+YS32rZ1W8q0LSSEBCQgAQlIwEGGA3CQOAAHSEDCJSEk4KDvUmL31vrYkSX3ufgXEb4gSbKt2LatxlqIgNBBzbM3ikHVkvUvq7btKpaOBCQgIRIiAQeNg46DwgE4oB1QDuKgS0IcXBykXieHkwdjX/4iAhZtK3ErSBYGEelp+4aM/5/+z14+//jLlz/++s/Xr4//kl9C8Ns8DaajU+lPX/74+viv/eWxOXsO+eHL3/88/ut/2b0zref99evjX8NLmNt1fP7178e/jJcw9k3G//XP49/Iy2qaa7328Xkk9ZnWx0VUj3bcyCY4Pi7C6reeEagEohnRCbQQwFmUp9ggYQj8MChjTSI0Ck7G/bh6P5ykNU9yP+10G8I2UAwXeQ96DQwNjqyPu/c4tK+5CtGOK0oM7AH5f767lHpotXVYYI66B+HjMhHj43C5wok3YDH4/vZFZRkB7rNnEfC39WS2Q3K78y525wFNTPf5f+/fN9YI1YyDvjuzV5rQtsfn1Ez1ka3PkeGxOZ6IODxDJqCLpF7vdb9Z3s/ufLr6jf/55zbW3LodwwVVg7Lmao+p3eGcqDFDGuuKnlBZAPSbnkYtTX+mZl2y57Gq85F3tDv7m7/yzpjXHoVA3YUObsHz80W3IUK1E8yRqggxTMzD4If2230ys7RDxWrLu9o9GdSWNwNRC2yMIg+HkTVT3BOZER49XLBMdljemLFMjw8VwZ8OdBti4lWdt7c7dzaSc5yILtztsTMT1GFGn/tysM23nF3xbOsnh/eQGKkxhWGEalljCvWZ+LDE+9t97uqEfb08rdYwZGhheLzG2SJzKS77OIAVgPDjf9jHt6c+0mjinS/v13iz9RV3vsPdmbNG1E+nD6s83jBrBEnlBiTojuJogGJNtzxtsIoD2CFuXYipzhGWHhWqCBSqd7l7GMrnuHzH6910FO+XYwgcDxoFRJNk2GUcpQ6I/GhLmqisuBS6uSFpfAz3Yb9Yatyed7r781ZYfr3+3FfXs1MykSbVcg4GiOKX19SZ9xFRwhG+UZGiROjsXhePVu12fCZTJ3CJ4Z3uXnyxz28RutHa5yCKG6jgfTBPuA9jHL7YdlAa2trNEr7BLANd3qNYcWZqnkvlDe8+F5Q/9k8jCFk17ObrIf0O/5U/iDnqcqA70mURr8FUN5pmQEzDcxuWvOPd1+KrbO4fd0vXK5OTtYEy5C2TA5L4ok6Y31WHR9ZR9lQr6IjwruSd775W6NVa2zz1fir2k1GWnT573Eu3mfMjIikYZkM4MDCnTWbmLrpK/Hs0KD5C8rZ3n0tnw0j76WuU8P1YBIjsvcESbnOQMY+gGC/sd/gG+hKKtDijJHhrcSj/GHa/FZ8oGLXeLx1IW+cgU8pqD0PzMzU3oG5lQ/ZaDPDMYq+aAPSEmHN+JiVI0p0haHTvPt77732z5ed2K7NHs9FtCIk4BdNkKLRLvOKlFcw+UiovM4OB5sGgepyML+a4TEu/I29/dFtjJulojJR4Tg71ybApEdca0TSnaumNJyCWH2pjENASlQS/NIXMWtiPV9CHsvuftev08/lemYIcUnHSu6XEMvaBq41tqf/m0siLj7xeXsnBmhxY5z+nCwX4Iu4euTPaE4EQorgogisHrBtsAMdX+Huje7nlx3hMpKovdf+YftDQqytChXfEh7D5nyC8rzNTICINmpK5Ni0ngcAMzpmiYDwOMtmUTiCjvx2S2dIeSguP/QHZ3xYIeGhTt1CsCOIiEuVw8pGjVznDJppuojl30i9RvXccXzmXGj2b3H3XM38c/PZseyeOdplXhFekzZMZ2fUGuIBsKCcgQg4Ikqt4PDTkQiWQtMUBFAEhUH8vuvoAvnvGMCEP4/vMmZA2PnkmAJsQsHeFAIk43F00OS3sa/1TDJTPss2698T+i3V22L3PsIeFAHmWWi1FUh29TqpniVOt5hGA/q40Yubt4yXDEQomvldUNhfuuSvjHzPBysYhBMSmRrpuIUHJhQk5uw5V4EwpMp1NvklGkc03WYeC0KETcZ409HkEcwnEaE3EdNnIcfCb1jjWNfZyhhGH48AvsJ4WL+mYTM5i+yFNyM6PhbkuMGYREv48VihVyHXb9RjoE0HvoOuaO7fxxUYnQj1wB0DOZUagcEXfVkJ/nBgV+vl5yMfFaJs0myb9BjyNSsY9FbwZNq21wEFOEJ8Pk/vO1fSa6bOPZFCMc7grz9YXf8rBBPaK3qUJEfJG1A8nuytO1jg8CvWGEY1Z4o1gb3uEjILmNm5YfMXH3GtvyETX+j4jAXkkaA7FDQIdPzLZOcUJsqLQFxboX/MZ95f7MqPku/6IAGXer6xchZyiqcG2Tw4oSVcO0Q0vqOlmEcpsyBw2pwzcifb6t2th64vASkXGXzY9U7aFvkqJEOWSkEU0oL0FrnOfr432tJ5OtPUG1T0cg5yqNTNFAqKFxl80fxGGPFzIiASv+sEPaGMmewBjUEZNFtVCwzaG3PVSe5l+AIRNeFCzu2+H/7Cp2pbOjRUjNFFMX8ZEGl0D4uNWi4ykocIgBkGF+HAIHRNjAqioi4y7vjPtlTPTMXwl7aQD7gu9yVk+VdBwmVMnljIx4++8hq0qOtmjkwT1+RW4N0LhPQuahKrjGVIMy2hW3lgO8lqoLLBHAaTvRIgaPLNFx5ChJ8hTcsBdO383ouHspeqwelcvfEOELFMF0a+jWZJzZYWqZQlj9FnUeMq37zGWfbwRbvkDKOR0OKzAUNO5y8O+H24nczTdDZniPDwMUgIJDV1sEJn7xWMscorAcT3niXE+kcQS0NUMjkkoiNu43cbvQGGagTd6ycWgkkPbSb0Fi0iiYKTpXlKyTCKKHsWssGuM4dhzIaZqIjXvg2w1xqK8sqkQKhJUqWoGxcXTK4gi12ecTaa8+jmMYItoS41KhA4pbAWS2MyLk3n/lS0c4Cq4KcdLYTv4c3OPQZWJx+B9dSytYPUmGUKbKpg+Oy,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,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" />
      </filter>
    </defs>
  </svg>

</body>
</html>

🛠️ Building & Bundling

To bundle the showcase site or rebuild the package distribution files:

Build the Interactive Demo Site

npm run build

Outputs static files to dist/ ready to be uploaded to GitHub Pages, Netlify, or Vercel.

Build the Component Library Bundles

npm run build:lib

Outputs publish-ready index.js, index.esm.js, and style.css modules to dist/ using Vite Library Mode.

📦 Publishing to npm / GitHub Packages

  1. Make sure your library is built successfully: 
    npm run build:lib
  2. Log in to your npm registry: 
    npm login
  3. Publish the library with public access: 
    npm publish --access public

📄 License

This project is licensed under the MIT License — feel free to customize and use it in your commercial or personal projects!

About

An ultra-premium, zero-dependency fluid-glassmorphism component library featuring dynamic SVG displacement filters and real-time HSL specular shine calculations

kex001.github.io/Liquid-Glass/

Topics

react css frontend ui-library svg-filter glassmorphism glassmorphic liquid-glass

Resources

Readme

License

MIT license
Activity

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Releases 1

v1.0.0: Premium Liquid Glass UI Showcase Latest
May 22, 2026

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