Modeling Virtual Angkor: An Evolutionary Approach to a Single Urban Space

Area of Science:

• Digital Heritage
• Computer Graphics
• Archaeological Visualization

Background:

• The ancient city of Angkor, a UNESCO World Heritage site, requires innovative methods for its preservation and study.
• Traditional historical and archaeological methods can be augmented by advanced visualization techniques.

Purpose of the Study:

• To create a comprehensive, interactive, and visual representation of life in premodern Angkor.
• To explore the potential of symbiotic platforms integrating diverse expertise for historical reconstruction.

Main Methods:

• Extensive computer graphics research and development.
• Broad investigation into historical sources.
• Parameter-driven simulation and modeling fidelity.
• Application of artistic license and collaborative processes.

Main Results:

• Development of Virtual Angkor, an interactive 3D model.
• Demonstration of techniques like time compression and instancing for complex scene generation.
• Integration of artistic, historical, and technical expertise.

Conclusions:

• Virtual Angkor exemplifies the successful integration of technology and humanities for educational and research purposes.
• The project highlights the potential of digital platforms for immersive historical experiences.
• Ongoing collaboration and feedback are crucial for refining such complex virtual environments.