「GRAVITIX」は FontVibe AI で作成したフューチャリスティックの文字エフェクトです。光る青いワイヤーフレームの三角メッシュで組んだ大文字。半透明で明るいスキャン光が走り、グリッド床の上、HUDの角括弧の間に浮かびます。

rendered as a three-dimensional holographic projection — letterforms constructed from luminous Delaunay triangulation mesh with razor-thin electric blue wireframe edges (RGB 0,160,255) forming the skeletal structure of each letter. Letter volumes are semi-transparent with inner glow: cold white core fading to electric blue at the edges. A horizontal scan beam of pure white-blue light sweeps across the letter surfaces. Letter surfaces have a glass-thin depth — exactly 15-20% letter-width thickness with beveled top face. Sharp neon blue outer glow halo radiates 4-6px around each letter edge. The material reads as: light-projected holographic data rendered by a near-future AI interface. Create a finished futuristic game-title splash image with the exact word “GRAVITIX” as the unmistakable focal point, centered across the upper-middle of the canvas and spanning most of its width. Keep the word on one line, large and clearly legible, with generous breathing room around every edge. Set it above a vast alien gravity-testing platform: a faint electric-blue isometric grid recedes toward a distant horizon, where angular mountains and a suspended ring-shaped structure appear through cold atmospheric mist. Add subtle HUD corner brackets near the frame edges and a few restrained interface marks, leaving them secondary and free of readable words. The deep midnight-navy gradient sky remains the dominant background, with no warm colors or decorative clutter. Let the platform and distant forms sit low in the composition so they support, rather than compete with, the title. The letters appear as a three-dimensional holographic projection built from luminous Delaunay triangulation, with razor-thin electric-blue wireframe edges and semi-transparent volumes glowing cold white at their cores and electric blue at the edges. Show their glass-thin beveled depth and a sharp blue halo. A single horizontal white-blue scan beam sweeps across the lettering, catching the mesh and fading into the mist. Aim for precise, cinematic holographic engineering and immediate title readability.