Preview image. Unlock full-res
A series of parametric pen-plotted generative art exploring algorithmic forms using high-contrast black and white pixel-like compositions.
Summary
A generative art series titled Crosshair using parametric algorithms coded in Processing to generate digital animations subsequently pen-plotted as archival ink drawings, exploring pixelated and dispersed form compositions.
Visual description
The carousel presents a sequence of black-and-white pixelated or blocky abstract compositions on light gray backgrounds. Each slide shows variations on algorithmic mark-making: some feature dense pixelated forms that gradually dissolve or scatter, others show linear striations and geometric arrangements. The work demonstrates the output of a generative algorithm visualized through both digital animation and pen-plotter output (archival ink on paper). The compositions suggest organic dispersal patterns, pixel grids, or data visualization aesthetics. The monochromatic palette emphasizes form and mathematical precision. Video elements capture the algorithmic animations (present in multiple slides based on mp4 files).
Key takeaway
The translation of algorithm into physical mark-making through pen-plotting. Using parametric design to explore complex emergent forms that would be difficult to hand-draw, then materializing the results as archival drawings. Shows how creative coding can serve as a generative tool for printmaking and fine art.
Reuse notes
Excellent reference for creative coding portfolios, generative art projects, and experimental graphics that bridge digital and physical. The monochromatic aesthetic and pixelated forms suit tech, data science, and contemporary art contexts. Pen-plotting adds physical authenticity to algorithmic output.
