Generative-Graphics

This stunning WebGL fluid simulation transforms your browser into a physics playground where every mouse movement creates ripples of liquid color. Developed by Pavel Dobryakov, the simulation demonstrates sophisticated computational fluid dynamics running entirely in real-time through WebGL shaders. The interface offers remarkable control over the physics parameters — adjust density diffusion to make colors blend more smoothly, crank up vorticity for more turbulent swirls, or modify pressure settings to change how the fluid responds to disturbances. The visual effects are equally impressive, with optional bloom lighting and sunray effects that make the flowing colors appear almost luminescent against the dark canvas. ...

Abstrakte.eu transforms the concept of digital art consumption into a meditative daily ritual. This Polish project presents exactly one generative abstract artwork each day, creating what the creators call a “digital time gallery” — an unchanging diary of algorithmic creativity that unfolds with the patience of seasons. What sets this project apart is its interactive philosophy: the first visitor of each day becomes the artwork’s abstraktor, offering their personal interpretation that becomes part of the piece’s permanent record. These interpretations range from poetic reflections to philosophical musings, creating a fascinating dialogue between human perception and machine-generated beauty. The current featured work, interpreted as “shadows dancing where yin intertwines with yang,” exemplifies this fusion of Eastern philosophy with computational aesthetics. ...

Inconvergent is the digital workshop of Anders Hoff – an artist and programmer exploring the boundaries between mathematics, algorithms, and visual art. The site is a collection of generative experiments, interactive essays, and tools that reveal how computational procedures can produce images resembling natural, organic structures. At the core of the project are visualizations created through code. Hoff openly shares algorithms, demonstrating how complex patterns can emerge from simple rules. His works often resemble neural networks, living organisms, or geometric landscapes, while remaining abstract and mesmerizing. ...