「UB40 - Don't Let Any Troubles Get You Down」は FontVibe AI で作成したネオングローの文字エフェクトです。シアンとマゼンタを交互にした丸いネオン管の大文字。明るい管の芯と柔らかなにじみ、暗がりの濡れた地面に色の映り込み。

rendered as real bent glass neon tubes with visible tube brackets and mounting hardware. Bright cyan and magenta neon light, sharp glowing edges with soft light bloom, visible glass tube refraction. Slightly uneven brightness between letters for realism. 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 glass-tube neon material, the glow bloom and the color. FALLBACK MATERIAL: if the font carries no material of its own, render the letters as real bent glass neon tubes with visible brackets, glowing with sharp edges and soft bloom. COLOR PRIORITY: keep the font's own colors if specified; otherwise bright cyan and magenta neon. Render the exact text “UB40 - Don't Let Any Troubles Get You Down” as the sole hero message in real bent glass neon tubing, with the artist name carrying the largest visual weight and the song title flowing beneath in a smaller supporting scale. Alternate saturated cyan, hot magenta, and restrained amber tube sections, with slight variations in electrical intensity, tiny darkened tube joints, visible clear-glass refraction, electrode caps, metal mounting clips, bracket screws, and thin black wire routing across a weathered midnight-blue brick wall. The wall has damp mortar seams, old painted patches, faint water streaks, and a low indigo haze rather than pure black. A rain-slick pavement or lacquered dark floor catches broken mirror reflections of the cyan, magenta, and amber tubes; shallow puddles distort the reflected letters with small ripple rings. Use sharp luminous tube cores surrounded by layered soft bloom, subtle colored spill across brick texture, restrained haze, and realistic neon exposure falloff. Keep all non-text areas deeply underexposed so the sign remains the only active light source. Photorealistic night signage, ray-traced glass, realistic wet-surface reflections, high-detail cinematic render.