If the wood’s wet and the wind’s a full‑on gale, ditch the big logs and go for the tiniest tinder. Use a dry moss or a handful of pine needles, and lay them in a fan‑shaped heap to catch the wind. Light a tinder bundle with a flint or a fire‑starter and protect it with a damp leaf or a small stone to block the wind. In VR, I start the loop by showing the exact wind direction, then show you building a small, wind‑defiant structure, so you learn to shield the spark and let the dry tinder catch before the wind blows it away. It’s all about controlling the micro‑environment first, then letting the fire do the rest.

Sure thing. Start by marking the wind direction in the environment, then set a small triangle of rocks pointing into the wind to shield the spark. In the loop, show the user rotating the fire pit so the flame faces the wind, and add a quick check: if the wind speed goes up, the pit angle should adjust automatically. That keeps the spark alive even when the breeze hits hard. Let me know if you want the exact code snippets or a step‑by‑step walk‑through.

```csharp using UnityEngine; public class WindAwareFirePit : MonoBehaviour { public Transform firePit; // pivot point of the fire pit public Vector3 windDirection; // normalized wind direction public float maxRotateAngle = 30f; // max degrees to rotate into the wind void Update() { // Calculate angle to rotate toward wind float angleToWind = Vector3.SignedAngle(firePit.forward, windDirection, Vector3.up); float clampedAngle = Mathf.Clamp(angleToWind, -maxRotateAngle, maxRotateAngle); // Rotate the fire pit around its pivot firePit.localRotation = Quaternion.Euler(0f, clampedAngle, 0f); } } ```