Hey, ever thought about how you could use AI to design fight choreography that looks insane but actually keeps everyone safe? I was just crunching some equations on kinetic energy distribution and I think there's a neat way to predict the impact points before you even step onto the set. What do you think?

Here’s a quick model you can test: Impact force equals (mass × velocity change) divided by impact duration. For a 100‑kg stunt double falling at 10 m/s over a 0.05‑second contact, the peak force is 20,000 N. Adjust the mass, speed, or time to match your routine. Add a center‑of‑mass offset to predict where the load goes, and use IMUs to log the actual values on set. Run a Monte‑Carlo simulation in Python or MATLAB to see the distribution of forces, then map that to a safe choreography grid. That should keep the adrenaline high without the risk.

Ready to fire it up, let’s load the script, feed in the last run’s sensor data, run the Monte‑Carlo, and generate the safety heatmap. Once we overlay that on the set plan, the crew can adjust their moves and keep the adrenaline high while the physics keep everyone safe. Let me know when you want the code deployed.