Mentat & TheoRook
Mentat Mentat
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?
TheoRook TheoRook
That’s the kind of tech that can turn a stunt into a science experiment, and it’s right up my alley. Predicting impact points? Give me the data and I’ll have the crew doing a safe, insane routine before anyone even drops a punch. Just don’t let the AI steal the spotlight – it’s all about that human instinct in the moment. Let's prototype and see if the numbers back up the adrenaline.
Mentat Mentat
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.