Reality Integrated Design: Harnessing Real-World Data for Next-Generation Virtual Environments

This thesis explores the integration of real-world data for the design and development of next-generation virtual environments, shifting away from traditional asset modeling towards a reality-based design approach. By using advanced reality capture techniques and both intentional and incidental media, this research aims to streamline the design process, enhance our understanding of existing resources, and facilitate the creation of innovative virtual realities.

Surveying reality capture techniques, processing, and segmentation techniques, the research reduces the workload associated with traditional design methods while improving accuracy and utility in virtual environment creation. This approach not only facilitates the reuse of real-world elements in multiple design contexts but also expands the potential for contemporary visualization and manipulation of design elements.

Studies utilized consumer-grade equipment to capture real-world data, ensuring the broad applicability and accessibility of these techniques. Moreover, the research anticipates future technological advancements by integrating current practices with emerging tools and methods, promising enhanced immersion and interaction within virtual spaces. This thesis sets the groundwork for a novel paradigm in design and virtual environment creation, emphasizing the practical application of integrated real-world data in computational design.