The Game FAVR: A Framework for the Analysis of Visual Representation in Video Games

The Game FAVR framework establishes a comprehensive, formalistic methodology for analyzing video game visuals by prioritizing the ergodic animage—the intersection of interactive gameplay and graphical representation. By shifting the focus away from narrative immersion and cinematic conventions, which often prove insufficient for the composite, computational nature of digital imagery, the model provides a flexible toolkit applicable to all game genres and historical periods. The primary objective is to resolve long-standing terminological confusion in game studies by creating a shared, non-technospecific vocabulary that centers on the plane of intelligibility rather than traditional filmic or animation-based theories.

The framework functions through four primary parameters: composition, ocularization, framing mechanisms, and plane analysis. It deconstructs the screen into tangible, intangible, and negative regions, while categorizing the game world into distinct planes—agents, in-game environments, and off-game environments. This bottom-up approach accounts for the hybrid nature of digital graphics, where games frequently employ "impossible" tri-planar configurations and mixed projection methods to prioritize functional spatial communication over geometric consistency. By classifying these elements through graphical materials and viewing angles, the model allows researchers to evaluate how visual structures directly facilitate player agency.

Ultimately, this analytical model demonstrates that modern video games often operate within a graphical regime where data-driven interfaces take precedence over mimetic representation. By utilizing prototype theory to categorize diverse visual styles, the framework enables a nuanced understanding of how players interact with on-screen systems. Whether applied to rhythm titles or complex role-playing games, this structured methodology provides a robust foundation for examining the kinetic and spatial qualities of game design, ensuring that visual analysis remains grounded in the unique interactive requirements of the medium.