DIGITAL GARDEN - 液态玻璃 Text Effect
用原作的模型 BytePlus Seedream 5.0 · 15 积分
“DIGITAL GARDEN”是使用 FontVibe AI 创作的液态玻璃文字效果。圆润的流动液态玻璃字母,透明水蓝色,带湿润光泽高光和柔和内部折射,背景是浅薰衣草到蓝的渐变。
Molten glass mid-flow physics: glossy wet surface with intense white specular highlights tracing maximum curvature points. Semi-transparent material with white background. Internal caustic light patterns scatter within the glass body. Soft overhead diffused key light creates strong specular crowns while allowing the glass transparency to breathe against the background. Background: soft pastel gradient — pale lavender to ice blue — clean and airy, maximising glass transparency, refraction colour, and internal caustic visibility. Apple Vision Pro material aesthetic — premium, translucent, organically three-dimensional. DIGITAL GARDEN in two-line liquid glass composition — 'DIGITAL' crowning above 'GARDEN' — each word swelling to near-full frame width with tightly compressed leading between them. Soft white-to-pale-ice-blue gradient background, bright and airy, maximising internal refraction visibility. Letters rendered as thick 3D glass volumes caught mid-solidification: pressurised molten cores push outward into smooth organic swells, edges softening into fluid micro-curves as if gravity still pulls the cooling glass. Glossy wet surface tension across every letterform face, intense white specular crown highlights tracing the peak curvature of each stroke. Clear-to-blue-teal chromatic gradient through each letter body — perimeter strokes fade to translucent mint-aqua, deep interior mass shifts to saturated refractive teal. Internal caustic light fractals scatter within the glass bulk, splintering into bright filament patterns. Soft diffused overhead studio key light creates strong specular blooms while preserving full glass transparency against the pastel field. Glass micro-drips and surface tension beads cling beneath terminal strokes. Apple Vision Pro material language — translucent, organically volumetric, premium liquid glass showcase render, octane-quality ray-traced subsurface scattering, 8k.
生成于 2026年7月8日 · 2048 × 2048 · PNG · BytePlus Seedream 5.0 · 公开作品 · 可免费商用(CC BY 4.0)