pixel-art

To convert images to retro pixel art, this Skill applies Floyd-Steinberg dithering and hardware-era palettes using Pillow for image processing. You can execute this via the Python API or CLI to quickly generate static pixel-art assets like game sprites or avatars.

Floyd-Steinberg dithering is an error-diffusion algorithm applied during pixel art generation to simulate color depth and create authentic retro looks. It distributes quantization errors to neighboring pixels, allowing images to map accurately to limited hardware-era palettes.

Yes, you can create animated pixel art for social media by generating optional looping animation overlays like rain, snow, or embers. The Skill uses Python scripts and FFmpeg-based video creation to produce these short looping visuals from static pixel-art images.

Yes, the pixel art converter supports authentic era-specific hardware palettes, including NES-style artwork. It handles palette mapping directly during image processing to ensure the converted assets match the color limitations of retro gaming systems.

To run the pixel art CLI and generate animated video outputs, you need Python with the Pillow dependency installed for image processing, along with FFmpeg configured for video creation. This setup enables both static asset generation and looping animation overlays.

You should avoid Floyd-Steinberg dithering for image to pixel art conversion when a smooth, uniform color reduction is preferred over a retro, noisy texture. Since dithering distributes quantization errors to mimic limited palettes, it intentionally introduces visual speckling that may not suit modern clean aesthetics.