GlitchArt Blog
Tutorials, techniques, and inspiration for digital glitch artists
Islamic Geometry in Digital Art
Explore how Islamic geometric patterns - built from star polygons, girih tiles, and symmetry rules - inspire stunning digital generative art and algorithmic design.
Truchet Tiles: Simple Tiles, Infinite Art
Learn how Truchet tiles - square tiles with quarter-circle arcs in random rotations - generate mesmerizing infinite patterns, mazes, and generative art from simple rules.
Poisson Disk Sampling for Better Randomness
Learn why uniform randomness creates ugly clustering and how Poisson disk sampling produces evenly distributed blue noise points for stippling, dithering, and art.
Vera Molnar and the Art of Controlled Chaos
Explore the pioneering computer art of Vera Molnar, from her iconic Schotter to Molnar Lines. Learn how controlled randomness became a cornerstone of generative art.
The Hilbert Curve: Space-Filling Art
Discover the Hilbert curve - a space-filling curve that passes through every point of a 2D region. Learn how this mathematical marvel is used in art and computing.
SVG vs PNG: Vector Export Guide
Understand the difference between SVG vector and PNG raster exports for digital art. Learn when to use each format and why SVG export matters for scalable artwork.
Flow Fields and Curl Noise Explained
Explore how flow fields and curl noise create stunning fluid-like digital art. Learn about vector fields, Perlin noise gradients, and the algorithms behind the effect.
What Is Datamoshing? A Complete Guide
Learn what datamoshing is and how artists break video compression by removing keyframes. Explore the technique, its history, and how codec glitches became an art form.
Cellular Automata: Simple Rules, Complex Art
Discover how cellular automata like Conway's Game of Life and Wolfram's rules turn simple neighbor-checking into mesmerizing generative art and emergent complexity.
Delaunay Triangulation and Low-Poly Art
Learn how Delaunay triangulation turns photographs into stunning low-poly art. Explore the algorithm, point placement strategies, and the math behind the aesthetic.
The VHS Glitch Aesthetic Explained
Explore why VHS artifacts became a beloved art style. Learn how tracking errors, chromatic aberration, and scanlines work, and why retro video glitches endure.
Reaction-Diffusion and Turing Patterns
Learn how Alan Turing's 1952 paper predicted animal skin patterns using reaction-diffusion math. Explore the Gray-Scott model and create Turing patterns digitally.
Voronoi Tessellation Patterns Explained
Discover how Voronoi diagrams create natural-looking patterns found in giraffe skin, cracked mud, and soap bubbles. Learn to generate Voronoi art from your photos.
ASCII Art: A Visual History From 1960s to Now
Trace the history of ASCII art from 1960s computer labs through BBS culture to its modern revival on TikTok and Discord. Learn how photo-to-ASCII conversion works.
What Is Pixel Sorting? A Complete Guide
Learn what pixel sorting is, how it works, and why Kim Asendorf's algorithm became the most viral glitch art effect. Explore brightness, hue, and threshold modes.
History of Halftone Printing in Art
Explore the fascinating history of halftone printing from the 1850s to modern digital art. Learn about Ben Day dots, CMYK screen angles, and the pop art connection.
Atkinson vs Floyd-Steinberg Dithering Compared
Compare Atkinson and Floyd-Steinberg dithering algorithms side-by-side. Learn why Atkinson discards 25% of error and when each algorithm produces better results.
Bayer Dithering: Ordered Patterns Explained
Learn how Bayer dithering uses ordered threshold matrices to simulate colors. Compare 2x2, 4x4, and 8x8 Bayer patterns and see how they differ from error diffusion.
Floyd-Steinberg Dithering Algorithm Guide
Discover how the Floyd-Steinberg error diffusion algorithm works, why its 7/16 weights produce natural-looking results, and where it's used in modern art tools.
What Is Dithering? A Complete Guide
Learn what dithering is and how it tricks your eyes into seeing more colors than your screen can display. Explore error diffusion, ordered dithering, and modern uses.