Horizontal and vertical threads weave together guided by a punching card generated at the moment of transaction. Often randomness distorts the orderly woven pattern. Thread colours are picked from a single colour palette. 10% of the sales from this drop will be donated to charity: water to bring clean and safe water to people in need.

Loom

Inspired by traditional Chinese architecture and Chinese painting, this project uses algorithms to generate window lattices with different patterns and blossoms and trees with different postures. Together with the possible rain and snow scenes, they constitute a corner with oriental aesthetic charm. These scenes are dynamic, such as slowly moving window frames, tree-growing, raining. We can imagine being indoors, watching the shaky tree shadow outside the window, or looking into the window from the same perspective as the current picture. Maybe we are looking into memories, maybe we are looking into hopes, anyone can write their own poems.

Through the Window

"Seadragons" is a generative catalogue of imaginary sea creatures from Syngnathidae family. Each seadragon belongs to one of the real Weedy, Leafy or Ribboned species, while the patterns and the small leaf-like appendages are an artistic interpretation. The dragons are rendered in real-time allowing you to watch them slowly drifting in the water or moving your mouse to nudge them slightly.

This project is a continuation of my long term fascination with using code to recreate forms and patterns occurring in nature. By using a range of non-photorealistic rendering techniques I strive to document those explorations as if they were actual sketches, posters or biological illustrations of the encountered specimens. Algorithmic variations of their patterns, sizes, colors, poses, complexity and surrounding seaweed present in each artwork are only a minor drop compared to the diversity observed in natural environments. 

15% of profits will be donated to oceana.org for protecting and restoring the world’s oceans on a global scale. Another 10% will be donated to givewell.org.




Seadragons

Abstract impressions of alien landscapes, aerial photographs and geometric structures sequence into being, collapsing onto itself.

Press 'h' to  enable full internal resolution (intense)
Press space bar to relaunch animation
Press 'e' to enable endless displacement mode

Best viewed with Chrome and a modern desktop. Reduced animation on Firefox.

10% of the primary sale net proceeds will be split with a charity focusing on environment and a local art nonprofit

Collapsed Sequence

Invasion Percolation is the first network visualization of modern network science and the first generative network art. The algorithm was built by Albert-László Barabási in 1994, and the surviving 1995 output opened the Hidden Patterns retrospective of BarabásiLab at ZKM Karlsruhe in 2021 and the Ludwig Museum in Budapest in 2020. The release of Invasion Percolation as a generative NFT is part of a hybrid performance involving the metaverse and the traditional gallery and museum space. Each copy of the 782 series, corresponding to the number of links on the published 1995 version of the work, will be printed and each printed work’s title, permanently recorded on the physical artwork, will be the NFT owner who generates the work. In rare instances, the algorithm will generate sculptures that will be 3D printed. The 2D and 3D prints will be shown at the Cyberart Gallery in Boston, Postmaster Gallery in New York, Ludwig Museum in Budapest (Hungary), and New Kriterion Gallery in Csikszereda (Transylvania, Romania), each location receiving unique artworks. With the release of Invasion Percolation as a generative NFT, empty exhibition spaces will gradually fill in thanks to the actions of the collectors, who generate and name the work.

Loom #147
Anna Lucia

features

Loom #147.css-1wclmit{display:none;}@media (min-width: 768px){.css-1wclmit{display:inline;}} • .css-ymsk1t{white-space:nowrap;font-weight:400;}Anna Lucia

features

Loom #147
Anna Lucia