Programmable modeling design and Four-dimensional composition: Research on Intelligent Dynamic adaptability

Yao Yousheng
Ying Fangtian
Doctor of Philosophy in Design
Theory and Practice of Art Design
2025-03-16
This research, based on a doctoral dissertation, proposes a theoretical approach to programmable styling design and four-dimensional composition to address the scientific issue of achieving intelligent dynamic adaptation of products through programmable styling and four-dimensional composition. Four-dimensional composition superimposes acoustic, optical, and electrical elements onto traditional three-dimensional design, integrating innovative designs of intelligent hardware/software, materials, and forms. Technically, a system was developed and its feasibility tested, applied to pendant lights and speakers: the pendant light intelligently adjusts illumination via image recognition and axis rotation/angle adjustment technologies (no rotation for single person, gradual rotation for multiple people, reset and shutdown when people leave), realizing ecological energy conservation and dynamic scene adaptation; the speaker controls body swinging amplitude based on music rhythm via Bluetooth connection, enhancing interactive experience. The appearance follows traditional three-dimensional aesthetic principles, integrating material and craftsmanship considerations. Finally, the dynamic adaptive design and development of the two products were completed, verified through functionality, feasibility, and ecological tests.
  • Audio product design The sound system connects to a player via Bluetooth, intelligently controlling the dynamic amplitude of the machine's movements based on the rhythm of the music, enhancing the interactive experience.
  • Lighting Product Design The lighting fixture intelligently identifies the number of people in the scene through image recognition, axis rotation, and angle adjustment technology, dynamically rotating to change the lighting (not rotating for single users while rotating sequentially for multiple users, and turning off the light when a person leaves), achieving ecological energy-saving and dynamic adaptation to the scene.
  • Programmable Shape Design and Four-Dimensional Composition: Research on Intelligent Dynamic Adaptability This research based on a doctoral dissertation, proposes a theoretical approach to programmable styling design and four-dimensional composition to address the scientific issue of achieving intelligent dynamic adaptation of products through programmable styling and four-dimensional composition. Four-dimensional composition superimposes acoustic, optical, and electrical elements onto traditional three-dimensional design, integrating innovative designs of intelligent hardware/software, materials, and forms. Technically, a system was developed and its feasibility tested, applied to pendant lights and speakers: the pendant light intelligently adjusts illumination via image recognition and axis rotation/angle adjustment technologies (no rotation for single person, gradual rotation for multiple people, reset and shutdown when people leave), realizing ecological energy conservation and dynamic scene adaptation； the speaker controls body swinging amplitude based on music rhythm via Bluetooth connection, enhancing interactive experience. The appearance follows traditional three-dimensional aesthetic principles, integrating material and craftsmanship considerations. Finally, the dynamic adaptive design and development of the two products were completed, verified through functionality, feasibility, and ecological tests.