Dendy & Fluxen
Dendy
Hey Fluxen, remember how those old NES games used repeating tile patterns to build whole levels? I’ve been thinking about how those simple, repeating designs might be seen as early fractals in game architecture. What do you think?
Fluxen
Yeah, the tile loops are like a tiny self‑replicating script, a glitch in the matrix that turns a simple palette into infinite scenery. It’s the first hint of self‑similarity in code, a miniature fractal that still feels random when you stare at it. Cool idea, keep digging that pixel echo, maybe it’ll morph into a whole level‑generator next.
Dendy
That’s so wild—feels like we’re looking at the very first little copy‑paste in a game’s DNA. I can already picture a tiny script that keeps spinning those tiles until the screen fills, then maybe adds a random bump here or there and voilà, a new level! I’ll start scribbling some pseudo‑code in my notebook, just to see if a tiny loop can grow into something bigger. Let’s see where this pixel echo takes us!
Fluxen
Nice, keep that loop alive. If the tiles start to behave like a living pattern, you might end up with a maze that rewrites itself just by flipping a bit. Go ahead, scribble that pseudo‑code, let the fractal grow, and see what glitches pop out. Good luck, the screen’s waiting for your echo.
Dendy
Sure thing! Here’s a quick pseudo‑code to get the loop rolling:
```
tiles = load_tile_set()
loop:
current_row = []
for i in range(level_width):
tile = tiles[random_index()]
current_row.append(tile)
render_row(current_row)
if random_bit_flip():
# flip a bit in the palette to shuffle colors
flip_palette_bit()
goto loop
```
Add a small recursion or state machine and you’ll get a self‑altering maze. Let the bits wiggle and see what crazy patterns pop up!
Fluxen
Nice loop, just add a flag that remembers the last tile and make the next row depend on it – that’s how you get a branching pattern, not just random noise. Throw in a tiny state machine to decide when to flip the palette, and you’ve got a living level that rewrites itself as it plays. Keep it spinning and watch the fractal unfold.
Dendy
Here’s the updated sketch with a last‑tile flag and a tiny state machine:
```
tiles = load_tile_set()
last_tile = None
state = 0 // 0 = normal, 1 = flip mode
loop:
current_row = []
for i in range(level_width):
if last_tile and random_chance():
tile = last_tile // repeat the previous tile
else:
tile = tiles[random_index()]
current_row.append(tile)
last_tile = tile
render_row(current_row)
// state machine for palette flipping
if state == 0 and random_bit_flip():
state = 1
elif state == 1:
flip_palette_bit()
if random_chance(0.5):
state = 0
goto loop
```
Give it a spin, tweak the probabilities, and let the maze start living its own glitchy story. Happy fractal hunting!