“BETTER SO” is a Glass Broken text effect efeito de texto criado com a IA da FontVibe. Estilhaçado em fragmentos de vidro afiados que explodem para fora: cacos cortantes como lâmina irradiando do centro do impacto com linhas de fratura serrilhadas. Qualidade de destruição 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. BETTER SO rendered as shattered broken-glass lettering across a deep charcoal-to-black concrete surface, with a restrained aftermath rather than a violent blast. Each word carries distinct impact zones and radial spiderweb crack networks, the fracture seams spreading through the glass like thin white lightning. Three-tier fragmentation surrounds the letterforms: broad primary glass panels remain nearly flat and retain readable solid mass; medium shards angle outward 15–45 degrees, exposing thick blue-green tinted edges; tiny detached splinters hover in the surrounding darkness. Harsh directional spotlight from the upper left creates extreme chiaroscuro: front-facing shard planes flare with brilliant white specular reflections, recessed cracks drop into black, and every suspended fragment catches needle-thin white edge-glints. The phrase has clear hierarchy through scale and spacing, with the broken surfaces separated by controlled negative space. Fine glass dust motes drift through the beam as sparse bright particles. Concentrated white light blooms at crack intersections, while faint reflected cyan traces skim the concrete texture beneath the debris. Photorealistic macro glass optics, ray-traced refraction, crisp angular shard edges, frozen mid-flight kinetic detail, deep black falloff around the illuminated fracture field.