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Lindley describes gameplay as a gameplay gestalt: a learned pattern of perceptual, cognitive, and motor interaction. He argues this repetitive structure undermines deep narrative immersion.
Craig Lindley's paper contends that gameplay in computer games is best understood as a "gameplay gestalt," a learned, repeatable pattern of perceptual, cognitive, and motor interaction, and that this repetitive structure undermines deep narrative immersion. The argument centers on the observation that in many action-oriented titles, the overarching three-act story is delivered through non-interactive cut scenes, while player interactivity is confined to low-level tasks with little bearing on the plot. Lindley proposes that such gestalts be studied as measurable across perception, cognition, and motor demands, and that genres such as strategy games often compete with narrative for players' limited cognitive resources while offering thematically shallow experiences.
To resolve this tension, the paper introduces the Purgatory Engine, an experimental engine developed by Zero Game Studio, and proposes a new "first-person actor" genre inspired by live-action role-playing. In this model, combat, treasure, and health mechanics give way to communicative interaction, character-state modeling, and relationship-driven negotiation, so that story progress depends on emotional and thematic understanding rather than repetitive action. The approach aims to integrate dramaturgy and gameplay at a structural level rather than treating them as separable layers.
The paper's scope is conceptual and design-oriented, drawing on examples from mainstream action and strategy games and addressing the industry's general practice rather than a specific market, region, or time period. Its claims are presented as hypotheses under investigation rather than established findings. Notably, the section offering the concrete proposal contains no empirical data, and key questions about player engagement and design remain open. Zero Game Studio's first production, The Ruby Star, is positioned as the test case for these hypotheses, and the paper's contribution lies chiefly in framing the problem and articulating a provisional alternative.