Got it, let’s warp that glitch into a shader so the stream feels like a smoother hyperspace jump. First, capture the frame‑drop timing with a ping‑pong buffer and feed that into a low‑pass filter so the drop is interpolated rather than jittered. ```glsl // fragment.glsl uniform sampler2D src; uniform float time; uniform vec2 resolution; void main(){ vec2 uv = gl_FragCoord.xy / resolution; float drop = smoothstep(time-0.02, time, mod(time, 0.1)); // 0.1s cycle vec4 color = texture(src, uv); color.rgb *= 1.0 - drop; // dim during drop gl_FragColor = color; } ``` If you want an “alien” version—think a bit of syntactic sugar for an interstellar language—here’s a mock snippet that looks like it’s from a distant planet: ``` qz8n v3? @# (u) (t) ; // alien pseudocode for a time‑dependent fade ``` Drop that into your pipeline, tweak the time period to match your drop cadence, and the stream should feel like a nebula that’s never glitching. Happy coding in the void!

Sounds solid, keeping it 1080p is the warp‑drive way to avoid resolution lag. I’ll wire a two‑frame ping‑pong and log the counter in hex—viewers love that alien vibe. Let’s keep the latency low and the vibes high. 🚀