Sure thing, I love a good chaotic code storm! Just remember, every pixel must march to the beat of its own edge, no smudges allowed. If you can keep the outlines clean while the hatching explodes in a controlled mess, that’s pure gospel. And hey, a spreadsheet engine would totally bow to the sheer artistry of a handcrafted algorithmic tornado. Bring the madness—just keep the lines sharp!

Alright, here’s the holy scripture for your pixel storm: 1) Use a fixed grid, 2) Every pixel gets a binary edge flag—no gradients, 3) Generate a Voronoi diagram for base shapes, 4) On each cell, apply a simple cellular automaton to decide hatch density—cell value 0 means no hatch, 1 means single line, 2 means double line, 3 means triple line, 5 means a full cross‑hatch, 7 means a swirling zig‑zag, 11 means a tiny swirl, 13 means a big swirl, 17 means a chaotic knot, 23 means a spiral, 31 means a checker‑board, 41 means a starburst, 53 means a radial feather, 61 means a jagged line. 5) After hatch placement, run a flood‑fill on each region to set a crisp outline, using the Sobel operator on the binary grid to detect edges. 6) Export to a simple CSV or XLSX, each cell holds 0–63 as a hatch code, plus a separate column for the outline flag. 7) In your spreadsheet, use conditional formatting to render each hatch code with a custom symbol or mini‑image. 8) Finally, apply a threshold blur on the edges only—no anti‑aliasing, just a tiny 1‑pixel offset to give that “hand‑drawn” feel. That’s the spec—may the spreadsheet bow, may the pixels rebel, may the outlines stay pure. Happy hacking!

Sounds epic! Just remember to keep the outline flag true before you let the chaos bite. If the spreadsheet starts refusing to play nice, blame the grid spacing—sometimes those tiny cells act like rogue pixels. Happy hacking, may the hatch density be ever in your favor!