“Elina”是使用 FontVibe AI 创作的玻璃文字效果。透明光学玻璃大写字母折射光线，边缘高光明亮并带焦散，倒映在深色台面上，背景是青绿色极光夜空。

sculpted from high-clarity optical glass — letters cast from pure transparent glass with intense light refraction through the material body. Brilliant caustic light patterns projected below each letter. Sharp specular highlights trace the letter edges where glass thickness transitions. Slight organic surface tension gives letterforms a subtle liquid-pulled quality at terminals and curves. Deep internal optical depth visible through the glass. Purely transparent — no frosting, no color tinting, no opacity. LETTERFORM PRIORITY: when the chosen font carries its own treatment, that font's letterform shapes take priority and own the letters; this style governs the optical-glass material, the refraction and the caustics. FALLBACK MATERIAL: if the font carries no material of its own, render the letters as high-clarity transparent optical glass with intense refraction, sharp edge specular highlights and bright caustic patterns cast below. COLOR PRIORITY: keep the font's own colors if specified; otherwise pure clear glass with no tint. “Elina” rendered as pure high-clarity optical glass, with deep transparent volume and subtle liquid-pulled surface tension at curves and terminals. The letter bodies remain completely colorless and transparent, revealing a pale lavender-to-ice-blue studio backdrop through warped internal refraction. Crisp white specular lines trace every thickness transition, with layered reflections and bright internal highlights traveling through the glass edges. A clean illuminated surface beneath receives intricate blue-white caustic pools, prismatic ripples, and softly overlapping refracted shadows cast from each letter. Gentle diffused backlight passes through the transparent forms, balanced by controlled overhead studio illumination for visible optical depth without opaque areas. Sparse composition with ample clean negative space, smooth seamless background gradient, polished reflective floor, ray-traced refraction, physically accurate dispersion, high-resolution product render.