Loading...
Cart is empty
Browse the shop to add prints
Islamic Star — Octagonal Harmony
Interlocking 8-pointed stars and octagons in the classical Islamic geometric tradition. Diagonal connectors link cells. Fiery geological substrate contrasts mathematical precision.
Hexagon rings tile the full frame in a strict lattice, outlined by thin magenta strokes over a near-black indigo ground. Inner polygon loops and diagonal connectors define each cell, creating repeated hubs that read as technical nodes. Soft-edged black pools drift across multiple cells, interrupting uniformity and deepening contrast. Subtle violet gradients inside the hexes establish depth while preserving a flat, schematic surface.
Square format at 3464×3464 with repeated hex cells, dual-stroke outlines, and low-entropy gradient fills plus large-scale occlusion masks.
Interlocking 8-pointed stars and octagons in the classical Islamic geometric tradition. Diagonal connectors link cells. Fiery geological substrate contrasts mathematical precision.
Hexagon rings tile the full frame in a strict lattice, outlined by thin magenta strokes over a near-black indigo ground. Inner polygon loops and diagonal connectors define each cell, creating repeated hubs that read as technical nodes. Soft-edged black pools drift across multiple cells, interrupting uniformity and deepening contrast. Subtle violet gradients inside the hexes establish depth while preserving a flat, schematic surface.
Pricing information not available
Tessellated order establishes a disciplined rhythm while black pools break continuity and introduce breath-like pauses. Analogous indigo-to-violet fields hold visual cohesion, and magenta edges deliver crisp hierarchy without overcrowding. Repetition sustains hypnotic continuity, and occlusion layers add narrative depth through controlled disruption.
All-over tiling with uniform cell repetition and intermittent dark occlusions as secondary focal disruptions.
Analysis by gpt-5.2-2025-12-11 on 5/14/2026
Use these sections to discover artworks, read technical context, and navigate the full algorithmic art ecosystem.