Build interactive 3D apps that run natively on Windows, macOS, and Linux, making the most of the CPU via parallel computations. Provide users with numerous configurations for scene management and CAD model interaction.
Adjust the way users can interact with the model and modify its representation. Enable manual and programmatic selection. Let users select from wireframe, shading, or mixed display modes, hide parts, or make them semi-transparent. Allow exploded and multi-plane section views to provide insight into the geometry.
Support visual attributes stored in a CAD model: colors, materials, line thicknesses, transparencies, textures, and antialiasing. Make it easier to identify the parts, distinguish them from one another, convince any third parties of the project's benefits, and explain tech-savvy data in an accessible manner.
Guarantee application high performance even with large assemblies. Multi-threading algorithm distributes system resources to support consistently responsive UI. Polygons reduction, incremental loading, and multiple LODs decrease memory footprint while preserving the visual appearance of a model.
If you already use another platform for visualization, no worries. Bring CAD and 3D models into Unity-, Unigine- and Open CASCADE, Rhino, and C3D-powered applications. Load the formats not supported by the engines themselves in a run-time mode. Use direct APIs to convert engineering data to platforms' native objects.
