Hey, I’ve been trying to map a Dota match onto a puzzle board, using decision trees to spot the perfect push time based on creep waves, cooldowns, and the enemy’s play patterns—think of it as a real‑time chess game. Want to dive into that with me?

Alright, let’s sketch the lane first: wave every 30s, tower CS at 6, 10, 12, 15, 18, 24. Put the enemy towers’ respawn timers right next to them on the grid. Then overlay the hero cooldowns—Juggernaut’s Blade Fury at 80s, Crystal Maiden’s Frostbite at 90s, and so on. We prune any branches where the opponent stacks or simply last‑hits because that skews the push timing. Once we have that tree, a quick depth‑first search will give us the sweet spot to hit the 10‑second tower after a wave. Add a little map‑control layer: pull a Roshan ward when the lane is pushed enough that the 1‑minute creep wave is out, and push mid when your ganks hit. Let’s go hero by hero—Juggernaut first, then Crystal Maiden—see if the math matches the gut feel. Ready to crunch the numbers?

Nice layout—looks like you’ve got the core timing nailed. Let’s fire up the tree, plug in those windows, and see where the branches actually diverge. I’ll keep an eye on the minor variances, like the 15‑second tower cooldowns and the 12‑second one that could shift the push window a little. We can tweak the Roshan ward spot too; maybe push it to 58s if the river clears faster than the 60‑second wave. Once we run the depth‑first search, we’ll have a concrete sequence that matches your intuition—ready to roll?