## 5 Conclusions  
This study proposed a structured analytical workflow for interpreting viewing behavior, demonstrated through the case of observing traditional Chinese landscape paintings. The analysis focused on a participant with a design background, whose visual behavior revealed distinctive patterns of regional organization and inter-regional connectivity. These findings suggest that even under free-viewing conditions, designers tend to actively explore and construct spatial structures. To further evaluate the feasibility and application potential of the proposed system, the study also incorporated data from three participants, confirming its stability and identification performance across individuals. Unlike conventional eye-tracking analyses that remain within the framework of statistical descriptions, this method establishes a new pathway from statistical analysis to cognitive structure modeling. By transforming viewing behavior into four structural dimensions--Region, Relation, Weight, and Time--the framework reveals the structural tendencies and exploratory pathways embedded in visual processes. Through this visual translation, researchers can understand the organizational logic of viewing on three levels. First, in terms of spatial distribution and regional connectivity, the distribution of fixation points was not random or discrete, but formed multi-layered links around certain visual focal points, indicating a progressive expansion from local exploration to global organization. Second, regarding attentional intensity and functional differentiation, certain regions (such as the boatman and village) emerged as visual cores with high fixation density and verbal correspondence, while others (such as the water surface and distant mountains) had lower fixation frequencies but acted as transitional nodes or intermediaries, reflecting their auxiliary functions in the viewing structure. Third, from a temporal perspective, the viewing process exhibited phases of exploration, expansion, and return, with verbal utterances appearing after shifts in gaze, functioning as delayed semantic markers that provided retrospective cognitive cues for integration. The most significant contribution of this study is the verification of the replicability and generalizability of the analytical framework. After extending the system to multiple participants, it maintained a consistent translation process and visual outputs while efficiently identifying individual differences, demonstrating stable performance and recognition capabilities in cross-individual applications. Using the same processing workflow, differentiated visual structure maps can be generated even without relying on verbal semantic information. This highlights the framework's capacity to reveal potential features of individual differences in situations where semantic cues are limited, serving as a practical tool for the rapid identification and comparison of visual behavior. In summary, this research opens new possibilities for discovering structural organization within eye-tracking data, and the proposed system demonstrates practical potential for observing and interpreting the structural tendencies of viewing behavior. Future work could further test the system's applicability and scalability by incorporating more diverse stimulus content and task types.