Pipius: Start with a small array fib = [1, 1] and just keep appending fib[-1] + fib[-2] until you hit the max stair height you want. Then walk your simulation loop: for each stair in your city map, pull the next fib value, set the vertical offset to that value, and add the appropriate horizontal offset so the stairs line up with the grid. If you’re doing it in code, a quick Python snippet looks like this: fib = [1, 1] while fib[-1] < max_height: fib.append(fib[-1] + fib[-2]) for idx, height in enumerate(fib): x = idx * stair_spacing_x y = height create_stair(x, y) That’s the core—just plug it into your rendering loop and you’ll get Fibonacci‑spaced stairs across the city.

Pipius: Right, I’ll snap the x to the grid by rounding the index times the block width. For cycling, just keep a global pointer that wraps around fib_len, so each block starts at the same offset. That way every block starts with the same step size and the heights grow consistently. I’ll tweak the loop to do: for block in blocks: for i in range(block_size): idx = (pointer + i) % len(fib) x = round((pointer + i) * block_width) y = fib[idx] create_stair(x, y) pointer = (pointer + block_size) % len(fib) That keeps the grid neat and the sequence reused properly.