Dominique Dautheribes

Artist

Dominique Dautheribes · petitsapin.com ↗

Practice

Generative art, creative technology, motion design, 3D simulation, and real-time graphics

In the set

Such A Lovely Time ↗ · 325 editions

Links

Full bibliography ↗

Dominique Dautheribes, also known as petitsapin, approaches image-making through the combined disciplines of programming and visual design. His professional profile identifies experience in motion design, creative technology, and engine programming, with a technical vocabulary that includes Houdini, TouchDesigner, WebGL, Unreal Engine, C++, and JavaScript.¹ That range matters because it places his generative work within a broader practice of constructing visual systems, rather than treating code as a separate or purely instrumental activity.

The resulting practice moves between still composition, procedural animation, simulation, installation, and interactive media. A documented collaboration for Montreal's MAPP_MTL credited Dautheribes alongside Andy Duboc for direction and visuals, connecting his work to projection, performance, and time-based digital display.² Elsewhere, credits for FIELD's experimental Meta brand-management tools place him within a team exploring generative systems and interfaces shaped by artificial intelligence.³ These contexts reveal a practitioner accustomed to translating technical processes into legible visual experiences.

A constructive graphic language

Such A Lovely Time concentrates that experience into a generative edition of 325 works. The project belongs to Art Blocks Presents, and its outputs are organized through recurring attributes including glyphs, grids, palettes, columns, triangles, tubes, outlines, mountains, punch cards, and other primitives.⁴ These descriptors point to a modular system whose character emerges from selection, placement, interruption, and combination.

The compositions evoke diagrams, speculative alphabets, electronic interfaces, and fragments of modernist print design. Blocks of color establish a firm architectural ground, while circles, bars, lines, and letter-like signs introduce rhythm and ambiguity. Individual marks can resemble useful information, yet the images resist settling into a stable code. Their pleasure lies in the friction between apparent instruction and visual play.

This balance distinguishes the series from generative work built primarily around organic growth or painterly accumulation. Dautheribes instead makes structure visible. Grids align forms, columns establish cadence, and isolated glyphs interrupt the image like punctuation. Even when an output becomes dense, its components retain the crisp separateness of designed objects. The system produces variation without abandoning a recognizable graphic grammar.

Live on Art Blocks: such-a-lovely-time-by-petitsapin ↗

From simulation to edition

Dautheribes's wider production clarifies the technical curiosity behind the Art Blocks project. His moving-image studies test procedural animation, cloth behavior, particle systems, pixel sorting, and connections between Houdini and TouchDesigner. These experiments suggest that he treats software environments as materials with distinct behaviors. Parameters are not simply production shortcuts. They determine how an image can move, vary, and respond.

Within Such A Lovely Time, that exploratory attitude is compressed into static outcomes. The six examples shown here demonstrate how a shared toolkit can sustain markedly different balances of mass, openness, symmetry, and visual noise. Repetition creates coherence across the edition, while changes in palette and arrangement preserve the autonomy of each output.

The project is therefore best understood as a meeting point between graphic design and procedural authorship. Its signs look engineered but remain playful, and its layouts feel controlled without becoming fixed. Across 325 editions, Dautheribes constructs a field in which code repeatedly reorganizes the familiar elements of visual communication. The result is less a decipherable language than a productive simulation of one.

Bibliography

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