Modelo de simulação de vídeo games baseado em um ambiente 3D e em redes de Petri coloridas

Abstract

This work aims to present an approach for modeling and analysis of video game scenarios using 2D and 3D simulation models. Singleplayer and multiplayer games are considered in this research. A video game scenario can be considered as the actions performed by the player in a sequential manner. To represent these actions carried out by players, tools that use formal methods such as colored Petri nets, or tools that use 2D and 3D scenarios can be used. To represent the areas that players will be able to access to carry out activities, a Topological Map was created. Previous works have illustrated how actions and locations on the map can communicate correctly using colored Petri nets. For this work, in addition to exploring existing models, new models were presented in 2D and 3D of singleplayer and multiplayer game scenarios as well as their results simulations and comparisons with formal models made with colored Petri nets. To illustrate the different approaches presented in this work, the first level of the game Silent Hill II was used to create the models in colored Petri nets and SIMIO in the cases singleplayer and multiplayer.