The Caretaker awakes. After a millennia of slumber it must again usher its minions into the expanse. It must sustain. It must replenish. So it guides its horde out to the stars, visiting countless worlds to restart the cycle. For an eternity the cycle has repeated, minding and tending this garden of worlds. Now it is time for the garden to give back. This event has come to be known as *The Harvest*.

*The Harvest* depicts worlds that exist in eternal symbiosis with the Caretaker. We witness the spectacle of monumental chromatic beams as they impact the surface of these beautiful, alien bodies. The Caretaker assigns different constellations to each planet, giving rise to unique combinations of beams as they extract the much needed nectar. This project has been inspired by a life-long fascination for science fiction and space exploration. Aiming to capture a moment of awe, the beams reach to their origin, emulating a cathedral-like atmosphere in the vein of Hugh Ferriss, while borrowing inspiration from Micheal Whelan’s landscapes. All in the effort of capturing a sense of how small we are in relation to the cosmos.

*The Harvest* is built on p5js, and takes advantage of its 3d api. With the orthogonal view enabled, the algorithm uses volumetric rectangular units to create the stylised illusion of alien landscapes. Each beam has a position, color, reach and yield that is calculated and procedurally drawn over time.

The Harvest

There are an almost infinite number of ways to wrap a string around a set of pegs. On the surface it may seem like a simple concept but prepare to be surprised and delighted at the variety of combinations the algorithm can produce. Each output from 'Ringers' is derived from a unique transaction hash and generated in Javascript in the browser. Feature variations include peg count, sizing, layout, wrap orientation, and a few colorful flourishes for good measure.

Ringers

Abstract typographic elements slide together to create new characters. In some compositions, a single character is featured. In others, characters string together to form words and sentences, which the algorithm shapes into often-familiar layouts.

The type designer Gerard Unger said “it is almost impossible to look and read at the same time”. Asemica invites you to look without the burden of legibility.

Created by Emily Edelman, Dima Ofman, and Andrew Badr. Command-S to download a vector file. Live token best viewed in Chrome.

Asemica

An on-chain experiment with interactive abstract art.

Dynamic Slices

This project is a visual representation of realities that are out of phase. Interference patterns, colorful echoes, and emerging secrets are explored. Mathematical functions produce constant motion, but rarely, a peaceful scene resolves within the chaos. Click or press any key to pause. *Photosensitive seizure warning: These artworks contain flashing colors and moving patterns.

Art Blocks Curated

phase

Loren Bednar

About phase

Loren Bednar

Algorithmic edition of 1024

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The Harvest

Per Kristian Stoveland

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Dmitri Cherniak

Asemica

Emily Edelman - Dima Ofman - Andrew Badr

Dynamic Slices

pxlq

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Art Blocks Curated

phase

Loren Bednar

About phase

Loren Bednar

Algorithmic edition of 1024

Additional details

.css-1n7p6r6{fill:var(--color-primary);transition-property:background-color,border-color,color,fill,stroke;transition-timing-function:cubic-bezier(0.4, 0, 0.2, 1);transition-duration:200ms;margin-right:16px;}Filter (0)

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The Harvest

Per Kristian Stoveland

Ringers

Dmitri Cherniak

Asemica

Emily Edelman - Dima Ofman - Andrew Badr

Dynamic Slices

pxlq

Art

Company

Learn

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