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cjackson
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Are there any theories with which the mass effect fields of Mass Effect and the slipstream space of Halo draw inspiration from? Is there any scientific basis for either, or is it complete fantasy?
GTOM said:What do you think about the kinetic shields of Mass Effect, are they total BS?
(I read Michiro Kaku told something about some deflector fields or something like that on Discovery Channel, but i haven't seen it.)
Video games are based on a combination of theories from various fields such as psychology, computer science, and game design. Some of the most influential theories in this area include operant conditioning, flow theory, and the MDA framework.
Operant conditioning is a psychological theory that explains how behavior is influenced by consequences. In video games, positive reinforcement is often used to reward players for completing tasks or achieving goals, while negative reinforcement is used to remove obstacles or penalties for making mistakes.
Flow theory, also known as the "optimal experience" theory, explains the psychological state of being completely immersed and engaged in an activity. Video games often aim to create a state of flow for players by providing clear goals, immediate feedback, and a balance between challenge and skill.
The MDA (Mechanics, Dynamics, Aesthetics) framework is a game design theory that breaks down a game into its component parts: mechanics (rules and systems), dynamics (player interactions and experiences), and aesthetics (emotions and feelings evoked by the game). This framework helps game designers understand how these elements work together to create a cohesive and engaging experience for players.
While video games can have many positive effects, such as improving cognitive skills and problem-solving abilities, there are also potential negative effects. These can include addiction, desensitization to violence, and the reinforcement of negative stereotypes. However, the impact of video games on individuals can vary greatly and is still a topic of ongoing research.