Strategic Gaze: Attention Allocation and Transition Patterns Across Functional Areas of Interest by Gameplay Outcome

This study investigates how visual attention—measured through eye tracking—relates to gameplay outcomes in a turn-based deck-building game. While previous research has focused on where players look (fixation counts and duration), this paper addresses the gap in understanding how players coordinate information by analyzing gaze transitions between functional interface regions. The researchers defined six Areas of Interest (AOIs) representing different game functions, such as enemy status, player resources, and action elements. They analyzed data from 32 participants, comparing gaze behavior between those who won and those who lost to determine if specific attention patterns correlate with success.

The researchers found that gameplay outcomes are reflected in distinct visual attention strategies. Players in the 'win' group demonstrated more efficient and selective attention allocation. Specifically, winning players looked beyond the immediate threat (the enemy) to monitor peripheral auxiliary resources, suggesting a more comprehensive assessment of the game state. Furthermore, the win group exhibited more frequent, action-oriented gaze transitions and a more even distribution of attention across the interface. In contrast, the 'loss' group showed more recurrent, repetitive gaze patterns, potentially indicating a more narrow or reactive focus that failed to integrate all necessary information for optimal decision-making.

This research provides a more nuanced understanding of how players process complex, spatially distributed information in games. By moving beyond simple fixation metrics to include transition-based measures, the study offers a replicable framework for game designers and researchers to evaluate how interface design influences player performance. It highlights that successful gameplay is not just about looking at the right things, but about the strategic, fluid movement of attention between different functional elements of the game interface.