pixelation

UIEffect is an open-source package that allows you to intuitively apply rich UI effects directly from the Inspector or via code. Combine various filters, such as grayscale, blur, and dissolve, to decorate your UI with a unique visual style!

Turn Fake Pixel Art Real — Fast, free, and runs in your browser.

License Plate, Head blurring / pixelation using Yolov5 & Face blurring using Mediapipe

Stylized post-processing shaders for Godot 4. Modular FX for retro visuals, pixelation, dithering, and palette mapping.

Fast, zero-dependency image pixelation for browser and Node.js

Modified version of Lucas Roedel's Pixel Art Rendering Addon

A haxelib meant for parsing the Asprite JSON format & making a frame atlas.

A webcam demo that censors your eyes like a suspicious low-budget cyberpunk witness.

Browser-based tool for creating pixel art from images with pixelation, dithering, and color palette effects

Blurring faces in your videos — locally, precisely, privately.

Every pixel is a true pixel. Turn AI-generated or handmade images into real pixel art at the exact size you choose, with a clean palette and no generative AI needed.

Faces anonymization in video feed using either pixelation or blurring techniques.

Recover text hidden behind mosaic pixelation OR Gaussian blur — a pure-Go (no-CGO) port of Bishop Fox's Unredacter: generate-and-test with zero-config auto-detection, blind bilingual (FR/EN) recovery, an LM-guided long-text decoder, and Depix-style reference matching. GPL-3.0.

A Python CLI tool to convert images into pixel art with optional color quantization and distressed edge effects.

This application has been developed in purpose of creating a picture for diamond embroidery based on the user's picture

High-performance React components for real-time retro pixelation, Bayer dithering, and custom color palette mapping using WebGL 2.0.

Pixelate GIFs easily by applying a customizable pixelation effect to each frame with this Python script.

Advanced face blurring toolkit using OpenCV DNN (ResNet SSD) with Gaussian, elliptical, pixelation, and hybrid methods.