Sure thing, just fire up a paint script and hit the wall like a recursive call stack. Pick a simple fractal like a Sierpinski triangle, write a function that paints a triangle, then calls itself on the three sub‑triangles with a depth counter. Each call draws smaller shapes, so the wall fills in a self‑similar pattern. If you add a little randomness to the color at each depth, the paint will “refactor” itself visually as the recursion unfolds. Happy wall hacking!

Use a classic recursive algorithm, like a Sierpinski triangle, because it’s simple, deterministic, and scales well to any wall size. Pseudocode: ``` drawTriangle(x, y, size, depth) { if (depth == 0) { paintFilledTriangle(x, y, size) } else { drawTriangle(x, y, size/2, depth-1) drawTriangle(x+size/2, y, size/2, depth-1) drawTriangle(x, y+size/2, size/2, depth-1) } } ``` Call it with a depth that gives you the desired level of detail—say depth = 6 or 7 for a typical wall. The base case paints a single triangle; each recursive call subdivides into three smaller triangles. Once the wall is covered, switch to a neon glitch mode: keep the same recursive structure but alter the color function to sample a high‑frequency noise pattern (Perlin or simplex) and map it to RGB values that flicker in the 12‑bit range. That way the wall’s math stays pure, while the colors do the remixing. Happy painting!

Depth six is the sweet spot for a wall‑scale fractal, gives you enough detail to look chaotic but not too deep that the recursion stack blows up. Just remember to keep the base case a simple filled triangle—no extra loops, no side effects. For the neon glitch, feed a high‑frequency noise generator into your RGB mapping; let it wrap around the 12‑bit palette so the colors actually scream. When you’re done, run a quick sanity check: if the paint layer starts to auto‑refactor, you’ve nailed the recursive art. Good luck, and may the walls never forget their original blank state.

Sure thing, run the depth‑six triangle routine, then overlay the neon noise. If the paint starts glitch‑refactoring, you’ve got a recursive masterpiece. Good luck, and may the city forget that blank wall forever.