VES3L

Artist

VES3L · ves3l.com/collections/seedlings ↗

Raster

raster.art/artist/ves3l ↗

Practice

Procedural generative art shaped through recursion, noise fields, geometric abstraction, and browser-based rendering.

In the set

Seedlings ↗ · 200 editions

Links

Full bibliography ↗

VES3L is a generative artist whose documented experiments investigate how repeated computational procedures can create images that feel organic, atmospheric, and visually dense. In a 2021 process note for Tempest, the artist described placing many predominantly horizontal lines within a Perlin noise field, perturbing that field with each iteration and treating color and texture as additional variables.¹ A second published output from the same long-form series shows the investigation continuing through altered configurations.² These experiments establish a practice in which code functions as a compositional system, not merely as a means of execution.

Seedlings brought that approach to Art Blocks Presents. Art Blocks records the collection as exactly 200 unique artworks released on 21 November 2022.³ OpenSea independently archives the same supply and a November 2022 launch, alongside traits for age, origin, palette, stem curvature, branching, and window structure.⁴ Together, these records locate the project within long-form generative art, where a single algorithm must sustain visual coherence while producing meaningful variation across an entire edition.

Recursive botany

Each Seedlings output places a plant-like structure within a windowed setting. Branches, leaves, patterned regions, circles, borders, and gradients shift across the collection, allowing individual works to move between botanical recognition and geometric abstraction. Art Blocks token records demonstrate how parameters such as origin, palette, stem curves, curvature, branching factor, facing direction, and window margin combine within particular outputs.⁵

The project developed from an earlier fractal-tree study begun in 2019. Contemporary release coverage connected that foundation to VES3L’s appreciation of green spaces after years in New York, describing the later algorithm as capable of producing trees, flowers, and abstractions associated with the sun and moon.⁶ The result is not a botanical simulation in a scientific sense. Instead, Seedlings uses recursive growth as an image-making grammar. Repetition creates stems and branching structures, while variation prevents those structures from settling into a single species or fixed pictorial category.

Live on Art Blocks: seedlings-by-ves3l ↗

The window and the city

The window supplies the collection’s central tension. It establishes a boundary between the cultivated plant and the environment beyond, yet it also lets interior and exterior space overlap. The plant reads simultaneously as a domestic object, an algorithmic diagram, and a proxy for landscapes remembered from elsewhere. The project’s public description linked this premise to parks as places of respite from New York’s density.⁶

That concern extended beyond imagery. Release coverage reported that 25 percent of proceeds above the resting price would support organizations preserving and developing green spaces in urban areas.⁶ Hudson River Park Friends, one organization associated with the project’s documented philanthropic activity, describes its mission as supporting the completion, care, enhancement, and public programming of Hudson River Park.⁷ Its 2022 annual report also records extensive volunteer work devoted to keeping the public green space beautiful and sustainable.⁸ These institutional records clarify the practical context in which the collection’s language of urban nature can be understood.

Variation as practice

VES3L’s surrounding experiments show a persistent interest in extracting difference from restricted systems. A 2022 single-curve study reduced the image to one continuous formal condition,⁹ while a separate dithering experiment explored another tightly bounded procedure.¹⁰ Read beside those works, Seedlings appears expansive but methodologically consistent. Its 200 editions do not abandon constraint. They demonstrate how constraints can become productive when recursion, probability, palette, curvature, and framing are allowed to interact.

The collection’s achievement lies in keeping those interactions legible. The plant remains a recurring anchor, but no single output exhausts the system. Across the edition, growth is presented as both subject and method: a visible botanical metaphor produced through the branching possibilities of code.

Bibliography

The references cited in this essay are listed below. For the complete bibliography see the VES3L links page ↗.