| Title |
An Analysis of Spatial Interface Structures in Cedric Price’s Architecture |
| DOI |
https://doi.org/10.5659/JAIK.2026.42.3.181 |
| Keywords |
Cedric Price; Generator Project; Spatial Interface; Cybernetics; User-Responsive Architecture |
| Abstract |
This study reinterprets Cedric Price’s Generator, developed between 1976 to 1979, from a spatial interface perspective, focusing on how
interactions among users, systems, and space were structurally organized. Previous research has largely viewed Generator as a technological
experiment or a progressive architectural concept rooted in cybernetics. In contrast, this study emphasizes its internal operational logic and
interaction structure. The analysis examines how participatory tools, modular spatial configurations, and operational and programming systems
were coordinated to mediate user involvement and spatial transformation. Generator is analyzed through three interrelated layers of spatial
interfacing: informational interfaces that shape user understanding and decision-making, behavioral interfaces that translate user intentions into
spatial actions, and procedural interfaces that regulate spatial change through rule-based operations and adjustments. This layered analysis
shows that Generator was conceived not simply as a flexible or reactive environment, but as a procedural interaction system designed to
organize user input and guide spatial change within defined constraints. Rather than aligning Generator directly with contemporary artificial
intelligence technologies, the project is repositioned as a historical reference for an architectural design approach that organizes space through
cycles of user input, rules, feedback, and adjustment. In this sense, Generator anticipates later discussions on data-driven and user-responsive
environments at the level of design logic rather than technological capability. By framing space as an interface composed of informational,
behavioral, and procedural dimensions, this study proposes a conceptual framework for understanding user-responsive architecture and considers
its theoretical implications for contemporary debates on data-driven spatial design. |