Going to do my best to put a quick summary (from memory) on something that took us a long time to get right and was a bit convoluted. Our units actually would

Going to do my best to put a quick summary (from memory) on something that took us a long time to get right and was a bit convoluted. Our units actually would report to intermediaries their maximum interaction boundries, which would then be passed to processes to create something somewhat like a mast, someone like a subgrid -- a dynamic interaction zone. All our units had hard constraints (max speed, etc) and worked in global ticks that represented real time. Then, we would talk to global to stretch all the interaction zones to fill empty space and report back boundaries. Then, our units would work in little worlds until they crossed a threshold, we caused a rezoning among them and their neighbors. So initially, the everything would have to be parsed out into interaction zones, but then they could ignore each other for periods of times until a unit strayed across an edge, and then rezoning took place. Not sure how well it would work with amped up movement (making it have to go all the way up to global more) and not certain how it would work at the scale of 1 undecillion 329 decillion 227 nonillion 995 octillion 784 septillion 915 sextillion 872 quintillion 903 quadrillion 807 trillion 60 billion 280 million 344 thousand 576 points!