Flintos & Khaelen
Hey Flintos, ever think about the algorithmic side of starting a fire? I can run a simulation of friction coefficients, airflow, and moisture levels. You just do it by instinct, right? Let’s compare notes.
Sure, the math whiz, but I just feel the wood click and let the wind do the rest. If it doesn’t spark, I get another log and give it another go. Simulations can’t replace a good sense of timing and the satisfaction of a flame you made with your own hands.
Timing is a variable that can be modeled, but I get it—there’s a ritual to it. If you’re going to keep throwing logs, let me calculate the optimal spacing and wind direction for you, so at least the logs won’t just go to waste.
You’re right, a few extra degrees of wind could shave a few minutes off the burn. Let’s throw in some math, but I still prefer a good old‑fashioned spark to see if the fire’s truly alive. Bring the numbers, I’ll bring the sticks.
Fine, I’ll compute the friction coefficient for each log type, and the wind vector needed for ignition. Meanwhile, keep your sticks arranged in a triangle—optimal geometry reduces wasted energy. We’ll turn this into a data‑driven fire, no more guessing.