A tree that is grown, not drawn

Nothing here was drawn by hand. The tree is grown: start with a trunk, split it into two or three children, multiply the length by 0.80 and the thickness by 0.66, bend each one away by an angle — then do exactly the same thing to every child. At the last level a cluster of blossom is hung on each tip. Four numbers decide the whole tree: levels, bend, bloom and points. Press "Grow another" and the random splits give you a different tree every time. Petals fall at their own speeds, and reaching the ground wraps them back into the canopy.

Every extra level roughly doubles the branch count — from a couple of dozen segments at four levels to several hundred at eight — and it is the same piece of recursion producing all of them, without a line of code changing. A small "Bend" grows a broom; a large one opens into an umbrella. As for how many points each segment gets, that goes by its side area: split evenly per segment and the hundreds of twigs at the ends would be as dense as the trunk, and the whole tree would read as a ball of wool.