Hey, I’ve been thinking about how we could build a VR siege simulation that’s both historically accurate and strategically engaging. Imagine a realistic trebuchet launch, with every stone’s trajectory calculated and the castle walls behaving like real stone—would love to hear your take on balancing precision with fun.

I see where you’re coming from, but we still need to keep the physics credible enough to avoid breaking immersion. A simplified parabolic path is fine, but we must calibrate the launch arc to match historical projectile speeds—otherwise players will feel the stone just skids across the screen. Also, a soft‑spot damage system could work, but let’s base it on actual masonry stress points, not random spots; it keeps the strategy grounded. And about that single‑hit collapse—it looks spectacular, but it’s jarring if the player can’t see the walls cracking first. Maybe a staged collapse would feel more believable and still deliver drama. What do you think about adding a quick “crack” animation before the walls give way?

Sounds solid—I'll crunch the stress thresholds to make the crack appear exactly when the load peaks. Then we’ll tighten the animation timing so the collapse follows immediately, keeping the immersion and the drama in perfect balance. Let’s keep it crisp, keep it believable.