“§109 UG” es un efecto de texto Vidrio Roto creado con FontVibe IA. Estallado en filosos fragmentos de vidrio que explotan hacia afuera: esquirlas afiladas como navajas que irradian desde el centro del impacto con líneas de fractura dentadas. Calidad de destrucción cinematográfica de alto impacto.

shattered broken glass letterforms — each letter exploded from a central impact point with radial spiderweb crack networks. Three-tier shard fragmentation: large primary shards near impact core nearly flat; medium secondary shards tilting 15-45° outward; small tertiary splinters detached and floating in mid-air. Every glass shard face shows distinct optical behavior: front-facing shards catch brilliant white specular highlights; tilted shards reveal blue-green glass tint at thick edges; suspended splinters fire needle-sharp white glints from all four edges; crack intersections scatter concentrated white light. Peak visual moment: a constellation of needle-thin edge-glints from every floating shard — glass frozen mid-flight at maximum kinetic energy. §109 UG rendered as shattered broken-glass typography on a deep charcoal-to-near-black concrete surface, with each character fractured from a distinct central impact point. Radial spiderweb crack networks spread through the glass faces and into the surrounding surface, creating dense white fracture intersections. Three-tier shard fragmentation: large near-flat primary glass panels retain the readable character silhouettes; medium secondary shards cant outward at 15–45 degrees, exposing thick blue-green tinted edges; tiny detached splinters hover around the fracture field, each catching needle-thin white edge glints. A hard directional spotlight cuts across the scene, driving extreme chiaroscuro: front-facing shards flash brilliant white, recessed cracks fall into ink-black shadow, and angled glass planes reflect cold cyan-grey highlights. Fine glass dust motes and pinpoint debris sparkle in the beam. The section symbol and legal-number grouping remain sharply legible through controlled fragmentation, with compact visual weight and crisp spacing. Ray-traced glass refraction, concentrated specular highlights at crack junctions, high-detail optical distortion, frozen mid-impact debris, black negative space surrounding the luminous shattered forms.