The total number of red, brown, and green is a constant, which means it is an ideal system of conservation of total particles. The green doesn't move at all, but red and brown can move and when they are out of food, they turn into the green. That explains the pattern of spatial distributions in time. Because the total number is constant, every time the red is increased, the brown is decreased. So on the brown is increased, the green must be decreased and etc. You can define the rules at will.
The total number of red, brown, and green is a constant, which means it is an ideal system of conservation of total particles. The green doesn't move at all, but red and brown can move and when they are out of food, they turn into the green. That explains the pattern of spatial distributions in time. Because the total number is constant, every time the red is increased, the brown is decreased. So on the brown is increased, the green must be decreased and etc. You can define the rules at will.
linyider 3 months ago
care to explain it a bit more? i'd like to do it myself
ZeDlinG67 3 months ago