"Starting Soon" 是一张数字故障风格的直播画面。一行白字在黑屏中央裂成粉色和青色的错位，后面闪着淡淡的数据条。可以换成你自己的状态词，愿意的话再加一个小小的频道名。

Core glitch effect: authentic RGB chromatic aberration — red channel shifted 5–8px to the left, cyan channel shifted 5–8px to the right, creating the classic double-vision color split on every letter edge. CRT scan lines: dense horizontal parallel lines across the entire text surface, spacing 3–4px, semi-transparent, rhythmic — simulating a real CRT phosphor screen. Pixel block artifacts: 3–5 sharp-edged rectangular chunks of letter pixels displaced horizontally by 10–25px at random vertical positions along the text. Edge glow: subtle cyan-white phosphor bloom emanating from letter boundaries. The glitch distortion is controlled and deliberate — text remains clearly readable. No random noise flood. No cartoon effects. Professional digital corruption aesthetic. 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 RGB chromatic aberration, the scan lines and the pixel-displacement corruption. FALLBACK MATERIAL: if the font carries no material of its own, render the letters with a red/cyan channel split, dense CRT scan lines and displaced pixel blocks, kept clearly readable. COLOR PRIORITY: keep the font's own colors if specified; otherwise the red-and-cyan split with cyan-white phosphor glow on a dark digital void. “Starting Soon” rendered as the sole dominant message within a near-black digital void, with controlled broadcast-signal corruption preserving immediate readability. Every letter edge carries authentic RGB chromatic aberration: saturated red channel displaced 6px left, cyan-blue channel displaced 7px right, with a restrained green core visible beneath. Dense horizontal CRT phosphor scanlines run across the text surface and continue faintly through the surrounding darkness, spaced 3–4px apart with intermittent brightness variation. Introduce four crisp rectangular pixel-displacement cuts through selected letter regions, each shifted laterally 12–22px, creating precise broken signal fragments rather than chaotic destruction. A thin cyan-white phosphor bloom radiates from the brightest edges, accompanied by sparse magenta ghost traces and tiny white static flecks near the corrupted segments. Behind the lettering, barely visible horizontal terminal bands and muted teal signal bars dissolve into black. Use hard-edged digital artifacts, clean black negative space, subtle screen curvature at the frame edges, and high-contrast emissive monitor lighting. No heavy grain, no blur, no illegible noise flood, no cartoon treatment; the result resembles a live broadcast standby screen caught in a stable, deliberate CRT synchronization failure.