「Focus Mode One task. Clear mind. 25:00 DEEP WORK Start focus Pause notifications」は FontVibe AI で作成したリキッドグラスの文字エフェクトです。流れる液体ガラスでできた丸みのある透明アクア色の文字。濡れたような艶のハイライトと柔らかな内部の屈折、淡いラベンダーから青へのグラデーション背景。

Create a complete, polished mobile app screen for a focus timer, portrait 9:16, shown straight-on as a clean UI rather than a device mockup. Use a soft pastel gradient background transitioning from pale lavender to ice blue, with generous spacing and clear contrast for functional UI text. Render the exact headline “Focus Mode” prominently near the top. Make these headline letters substantial three-dimensional liquid glass forms: rounded organic terminals, swollen convex front faces, thick refractive centers, faint blue-green tint at shallow edges, darker blue-teal depth through thicker volumes, rounded bevel crowns, intense white specular highlights following maximum curvature, and subtle internal caustic patterns. Use the same glass material logic for a large central circular focus ring, with smooth solidified mid-pour contours. No drips, hanging drops, liquid trails, or active-flow effects. Set the exact supporting line “One task. Clear mind.” below the headline in small, crisp dark-navy sans-serif UI lettering. Center the focus ring in the middle of the screen, with the exact timer “25:00” clearly legible inside it and the label “DEEP WORK” directly beneath the timer. Add a wide rounded translucent-glass button in the lower portion, with the exact text “Start focus” in dark navy. Near the bottom, include the exact secondary control text “Pause notifications” beside a simple toggle icon. Keep all text sharp, correctly spelled, and unobstructed; do not add any other words or numbers. Soft overhead diffused key light creates strong white specular crowns while keeping the glass transparent against the pastel background. Add restrained blue-cyan reflections and subtle contact shadows beneath glass forms. Maintain a clear hierarchy, balanced margins, and legible app controls. High-resolution product UI render, precise edges, realistic glass refraction.