Automated and adaptive geometry preparation for ar/vr-applications

Abstract Product visualization in AR/VR applications requires a largely manual process of data preparation. Previous publications focus on error-free triangulation or transformation product structure and display attributes for applications. This paper focuses the preparation required geometry data. In this context, significant reduction effort can be achieved through automation. The steps are identified examined concerning their automation potential. addition, possible couplings sub-steps discussed. Based these explanations, is proposed. With structured process, it becomes to consider available computing power target platform during number objects rendered, tessellation quality, level detail (LOD) controlled by automated choice parameters. Through approach, tedious tasks iterative performance optimization avoided future, which also simplifies integration into development use. A software tool presented partial automatic already implemented. After an analysis CAD file, executed each component. Functions implemented so far allow, example, selection assemblies parts based filter options, geometries batch mode, removal certain details, creation UV maps. Flexibility, timesavings described