PM4Pottery: A Scriptable Parametric Modeling Interface for Conceptual Pottery Design Using PM4VR
Wanwan Li
Abstract
Pottery design has traditionally been a manual and intricate process, often constrained by physical limitations. This paper introduces PM4Pottery, a groundbreaking scriptable parametric modeling interface specifically designed for conceptual pottery design through the utilization of PM4VR (Parametric Modeling for Virtual Reality). PM4Pottery seeks to revolutionize this field by offering a dynamic platform where designers can script and manipulate parameters to generate 3D conceptual pottery models in real time. The integration of PM4VR further enhances the pottery design pipeline, allowing designers' immersive parameter tuning experience in a virtual environment using Oculus Quest 2 VR headset and Steam VR plugin.
Topics & Concepts
Interface (matter)Parametric statisticsComputer sciencePotteryConceptual designHuman–computer interactionArchaeologyMathematicsGeographyStatisticsParallel computingMaximum bubble pressure methodBubbleImage Processing and 3D Reconstruction3D Surveying and Cultural Heritage3D Shape Modeling and Analysis