“Minecraft”是使用 FontVibe AI 创作的数据流文字效果。Matrix 风格的层叠数据流文字，配上数字雨和终端绿光。黑客与代码美学。

rendered in digital data stream style. Primary letters formed from bright terminal-green (#00FF41) monospace characters with strong phosphor-screen glow, secondary layer of cascading smaller matrix characters flowing through and around the letterforms like falling rain, character density highest at letter edges creating a dissolving effect, old CRT monitor scanlines and subtle screen-door pixel grid texture, deep contrast. 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 terminal-green phosphor matrix, the cascading characters and the CRT scanlines. FALLBACK MATERIAL: if the font carries no material of its own, render the letters as bright terminal-green monospace letters with cascading matrix-rain characters, phosphor glow and CRT scanlines. COLOR PRIORITY: keep the font's own colors if specified; otherwise terminal green (#00FF41) on a near-black screen. Render the exact text “Minecraft” as the dominant title in a terminal-green data-stream treatment. Use Pixel Mono letterform geometry, with each glyph assembled from crisp bitmap cells and dense clusters of bright phosphor characters in #00FF41. The title remains sharply legible while its outer pixel edges fragment into tiny Latin letters, hexadecimal digits, brackets, and katakana symbols. Vertical cascades of matrix-green code descend through the surrounding black field, with the greatest density immediately behind and above the title, then thinning into isolated blinking columns. Build a blocky voxel-like silhouette through stepped pixel clusters and grid-aligned code fragments, without adding any other readable words. Apply strong green CRT phosphor bloom around the brightest cells, thin horizontal scanlines across the entire image, subtle screen-door texture, occasional dead-pixel gaps, and faint rolling monitor interference. Background is pure black with deep green falloff, no warm colors, no cyan, no white. Use high contrast, hard-edged bitmap detail, low-opacity scanline overlay, and restrained green haze emitted only from the glowing code particles.