Numerical simulation of creature's motion in a panic

Abstract

A numerical simulation of creature's motion in a panic was executed with a kind of molecular dynamic method with intellectual particle potential function and motivation function. In the present report, a collision between two human clusters was simulated numerically..Numerical result shows that a jam was caused in the center of the collision depending on the particle density. Then, a panic in cluster was also simulated with the present method, but a panic information will be transferred by only a collision between individual particles. The travel speed of panic was slow. In the simulated process, a small confusion was caused in the center of the cluster. It was suggested from the result that an audial and visual information transfer is very important in a panic motion.