Designers often create physical works-like prototypes early in the product development cycle to explore possible mechanical architectures for a design. Yet, creating functional prototypes requires time expertise, which discourages rapid design iterations. Designers must carefully specify part joint parameters to ensure that parts move fit together in the intended manner. We present an interactive system that streamlines the process by allowing users to annotate rough 3D models with high-level functional relationships (e.g., part A fits inside part B ). Based on these relationships, our system optimizes the model geometry to produce a working design. We demonstrate the versatility of our system by using it to design a variety of works-like prototypes.
- 3D printing
- Sketch-based modeling
ASJC Scopus subject areas
- Computer Graphics and Computer-Aided Design