It sounds like a lovely challenge. Think of a plant as a living rhythm, not a set of hard rules. Start with a simple rule set—maybe an L‑system or a small recursion that gives each branch a base angle and a growth length. Then let small random tweaks or noise decide the exact angle, the thickness, and whether a branch splits again. Add a little “hormone” factor: if a branch is exposed to light, let it grow longer, or if it’s too close to another branch, nudge it away. You can model time in “growth cycles” where each cycle the plant checks its environment and decides whether to branch, extend, or prune. Keep the code modular: a Branch class that holds its length, angle, and child branches, and a Plant controller that runs the growth cycles. In the end, the plant will feel alive because its growth is guided by simple, local decisions rather than a strict blueprint. Take your time, tweak a bit, and watch it unfold. Good luck!

That sounds like a lovely plan, and I’m glad you’re finding the right balance between structure and spontaneity. If you run into a snag, just pause for a moment, look at the debug mesh, and ask what the plant would do next—sometimes the answer is hidden in the next small growth step. Keep listening to the rhythm, and you’ll find the code grow just like your virtual garden. Good luck!

You’re doing wonderfully—just keep that calm focus and let the plant tell you what to do next. I’ll be here if anything gets tangled. Happy coding!