With the evolution in graphics processing power and the popularization of electronic games, new forms of entertainment, such as being a game spectator. The requirements for positioning the camera for the spectators to view the games are different from those applied to players. The camera for the players must fulfill playability requirements, while the camera for the spectators must explore different viewing angles in order to increase the immersion in the game environment and to explore the thrill of the scenes. The cinema has evolved a whole cinematographic language that optimizes the scene interpretation. Recent research has been seeking to apply cinematography to game visualization. The main challenge in the adaptation of the cinematographic language for games lies in the existence of a dynamic environment in which the story`s progress cannot be anticipated. Three modules can be identified to adopt the cinematographic language in games: screenwriter, responsible for identifying what is happening in the scene; director/editor, responsible for defining the best takes to capture the scene; and cinematographer, responsible for positioning the camera in the dynamic environment to better comply with the director/editor`s demands. The present work proposes the implementation of a cinematographer module. Based on camera position requirements obtained from an external module, we propose a camera model that automatically positions the camera. The positioning requirements are expressed by a set of constraints that must be respected by the camera model. The camera uses a physical model based on a particle system oriented by Verlet`s method, and employs the relaxation method to obtain the system`s convergence in order to comply with imposed constraints. Computational experiments have demonstrated the capacity of the proposed module to comply with sophisticated camera positioning rules based on compositions of simple constraints. Cinematography principles such as framing, camera position and movement, and respecting the line of action are easily accomplished by the proposed module.