ANÁLISE DO TEMPO DE EVACUAÇÃO TOTAL DE UM CINEMA POR MEIO DA APLICAÇÃO DE SIMULAÇÕES COMPUTACIONAIS♠ ANALISY OF TOTAL TIME EVACUATION OF A MOVIE THEATER THROUGH THE APPLICATION OF COMPUTER SIMULATIONS

The study of pedestrian dynamics has been used in situations looking identify or reproduce features of human behavior. When it involves crowds, this study becomes even more com- plex, since the issues associated with interaction of pedestrians should also be considered. To describe or predict such situations the use of computing simulations allows a better approxi- mation of the model, since it allows inclusion of parameters as initial hypotheses. In this sense, this paper proposes an analysis of the evacuation of a movie theater, identifying among of 4 cases analised of sets geometry, which minimizes the evacuation time in function on the number of pedestrians. In stochastic developing and evolution process we used an modification of the theory of cellular automata and employed the method of Monte Carlo simu- lation, as a proposed of analysis methodology. It was later applied to polynomial regression as a way to establish a forecasting model for other cases, with a certain level of reliability, which was satisfactory in predicting of average total time parameter.