: The feature is rigorously tested by Quality Assurance to find bugs and ensure it doesn't break other parts of the game. Game Development Process : Game Production Pipeline
: Once approved, the feature enters the main production pipeline. Engineering : Programmers write the underlying code.
: Before full-scale production, a small team builds a "grey-box" or low-fidelity version. This concept phase tests if the feature is actually fun and technically feasible without wasting art resources. Game Development and Production
: A designer writes a detailed Feature Design Document (part of the larger Game Design Document (GDD)). This outlines the feature’s purpose, mechanics, user flow, and any potential "edge cases" to avoid technical debt later.
: Artists and animators create the visual models and animations. Audio : Sound designers add sound effects and music cues. : The feature is rigorously tested by Quality
: The process begins with identifying a need—either from the core game design, market research, or player feedback. Producers and designers evaluate how the feature fits the "70/20/10" rule: 70% proven mechanics, 20% evolved versions of existing ideas, and 10% pure innovation.
: The feature is integrated into the "Alpha" build, which is considered feature-complete. During the Polish period , the team focuses on balancing, optimizing performance, and refining visual/audio details to "bring it home". : Before full-scale production, a small team builds
In game production, producing a feature is a multi-stage process that moves from abstract vision to a functional, polished part of the player experience . This cycle is managed by a , who ensures the feature flows efficiently through the "pipeline" by coordinating between designers, artists, and engineers. The standard process for producing a game feature includes: