“ConvivioX” is a Glass Broken text effect 使用 FontVibe AI 创作的文字效果. 碎裂成锋利的玻璃碎片向外爆开——刀刃般的碎片从撞击中心呈放射状迸射，伴随锯齿状的裂纹。电影级的高冲击破坏质感.

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. ConvivioX rendered as shattered broken-glass lettering, every character fractured around its own impact core with dense radial spiderweb crack networks. Deep charcoal-to-black gradient background with matte concrete grain, faint scuffs, and broad zones swallowed in shadow. Large primary glass panels remain nearly planar through the letter bodies, their faces catching hard white specular reflections. Medium secondary shards break free at varied 15–45 degree angles, exposing thick blue-green tinted glass edges and dark internal refraction. Tiny tertiary splinters hover beyond the fractured contours, each razor-thin fragment firing pinpoint white edge-glints under a harsh directional spotlight from the upper left. Crack intersections bloom with concentrated white light, while narrow seams fall into black shadow. A sparse field of fine glass dust hangs in the air as glittering particles, with subtle reflected cyan fragments near the impact zones. Preserve clear readable word structure beneath the destruction; the text remains dominant, with controlled weight contrast and a debris field that traces its silhouette. Extreme chiaroscuro, ray-traced glass refraction, sharp caustic flashes, high-detail macro material rendering, frozen at the instant of maximum outward kinetic force.