Achieving Scale with HoloLens and BIM: Designing for interactions with large construction simulation models
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The document discusses various limitations and lessons learned in the development of applications using 3D CAD and holographic remoting frameworks. Key challenges include hardware restrictions, FBX model decimation, and Unity's animation capabilities. It suggests exploring new technologies like DirectX 12 and Azure GPU to overcome these hurdles and improve performance and user experience.
Achieving Scale with HoloLens and BIM: Designing for interactions with large construction simulation models
- 3. 3D CAD
- 4. 3D CAD
- 5. 3D CAD
- 6. BIM
- 7. BIM
- 8. 4D
- 9. 4D models
- 14. YES
- 16. Hardware FBX Unity Mesh Decimation Holographic Remoting Framework Limitations of creating good UX
- 17. Lesson 1: Hardware Limitations * * We pivoted that app to focus on lower poly use cases…
- 18. Lesson 1: Hardware Limitations
- 19. Lesson 2: FBX Limits and Model Decimation no ability to play or move through animation API Unity NO 4D
- 20. Lesson 3: Unity Limitations HOOPS?
- 21. YES! try it
- 22. Lesson 4: Hardware Limitations to get 60 FPS
- 23. Lesson 5: Holographic Remoting Player Limitations
- 24. Direct Streaming Keyboard controls Gesture controls PRO desktop client app running on AzureGPU
- 25. 3D engine Holographic Remoting Framework High Speed Wi-Fi Nvidia GeForce GTX 970 AMD Radeon R9 290
- 27. Tech Soft 3D documentation https://docs.techsoft3d.com/visualize/hps/latest/build/general/te chnical_overview.html https://www.techsoft3d.com/
- 28. 3D engine Holographic Remoting Framework High Speed Wi-Fi Nvidia GeForce GTX 1080 +
- 29. Good progress….but too many limits! try new tech
- 30. DirectX 12 Azure GPU Custom UWP App Fluent Design System Cognitive Services
- 40. Caching works but you should design for the right use case Direct Stream HOOPS Holographic Remoting Massive Datasets Hackfests Look to the future NOW: DX12, AzureGPU, Fluent Design