The Dithering Shader component leverages WebGL2 shaders to render smooth, animated dithered patterns directly on the canvas. Designed for performance and creativity, it enables designers to add nostalgic 8-bit/16-bit aesthetics or modern artistic overlays to their projects.
Features:
🎨 8 animated patterns: warp, wave, ripple, swirl, flow, glitch, kaleidoscope, liquid
🧩 4 dithering algorithms: random noise, 2×2, 4×4, 8×8 Bayer matrices
🎛 Customizable foreground/background colors with alpha support
🔍 Adjustable pixel size for varying detail levels
⏱ Variable animation speed (pause at 0 to save resources)
📐 Responsive sizing with ResizeObserver
⚡ Hardware-accelerated rendering for smooth performance
Use Cases:
Retro-style hero sections or backgrounds
Artistic overlays and visual effects
Animated loading screens
Creative section dividers
Nostalgic 8-bit/16-bit inspired designs
Technical Notes:
Requires WebGL2 support (available in all modern browsers)
Uses simplex noise and procedural generation for organic animation
Optimized for responsiveness and resource efficiency
The Dithering Shader component leverages WebGL2 shaders to render smooth, animated dithered patterns directly on the canvas. Designed for performance and creativity, it enables designers to add nostalgic 8-bit/16-bit aesthetics or modern artistic overlays to their projects.
Features:
🎨 8 animated patterns: warp, wave, ripple, swirl, flow, glitch, kaleidoscope, liquid
🧩 4 dithering algorithms: random noise, 2×2, 4×4, 8×8 Bayer matrices
🎛 Customizable foreground/background colors with alpha support
🔍 Adjustable pixel size for varying detail levels
⏱ Variable animation speed (pause at 0 to save resources)
📐 Responsive sizing with ResizeObserver
⚡ Hardware-accelerated rendering for smooth performance
Use Cases:
Retro-style hero sections or backgrounds
Artistic overlays and visual effects
Animated loading screens
Creative section dividers
Nostalgic 8-bit/16-bit inspired designs
Technical Notes:
Requires WebGL2 support (available in all modern browsers)
Uses simplex noise and procedural generation for organic animation
Optimized for responsiveness and resource efficiency