Certain materials reveal their character through light. A brushed metal dial may appear uniform at first glance, yet under changing illumination its surface becomes animated by fine radial structures. This sunray finish, produced through precise brushing and layered treatments, creates a surface whose intensity shifts continuously with the movement of light.
Translating this behaviour into a digital environment requires a careful alignment between observation and construction. The process begins with the photographic recording of real materials at high resolution. These observations inform digital surfaces built through layered materials, mapping structures and calibrated lighting conditions, allowing the virtual object to respond with comparable complexity.
The project explores how physical properties can extend into a generated image without loss of fidelity. What emerges is a continuity of behaviour across media, where light reveals structure and the boundary between observed and constructed surfaces becomes less distinct.