Mago3D Barcelona ICGC(카탈루니아 지형 및 지질연구소) 발표자료
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The document introduces mago3D, an open source platform that allows for the integration of BIM, AEC, and 3D GIS data on web browsers. Key features include rendering massive 3D models, seamlessly integrating indoor and outdoor spaces on a single platform, and supporting open standards like IFC. The platform uses a lightweight F4D format to optimize 3D data sizes and employs culling techniques for high performance rendering of large models. Real-world examples are presented to demonstrate mago3D's capabilities for applications like shipbuilding and volumetric data visualization.
Mago3D Barcelona ICGC(카탈루니아 지형 및 지질연구소) 발표자료
- 1. 1 Let’s Integrate BIM/AEC and 3D GIS on Your Web Browser! Seongdo Son, BJ Jang Gaia3D, Inc. 7 Jun 2018
- 2. 2 Seoungdo Son -Genius level 3D Programmer -Leaved in Barcelona 31 years BJ Jang -Senior level GIS, Web, 3D Programmer -The current project is spatial auto-QC. -Director of Gaia3D Who is the presenter?
- 3. 3 3D GIS + BIM + AEC = ? GeoBIM
- 7. 7 And From Open Source … mago3D
- 8. 8 Introduction – mago3D mago3D is a platform for … Visualizing massive and complex 3D objects including BIM on a web browser 1 Seamless integration of BIM/AEC and 3D GIS in a single space2 Web based collaborative issue/process management4 ‘Digital Twin’ that can create parallel worlds in a virtual reality with numerous IoT, sensor data 3 = GIS + BIM + Open Source
- 9. 9 Introduction – Architecture of mago3D mago3D.JS Cesium/WWW Client internet Web Server WAS F4DStorage mago Content Management DataBase F4D Converter 2 main cores of mago3D
- 10. 10 Introduction – Core parts of mago3D F4D Converter mago3D.js mago3D.js 3D GIS Engines Cesium WebWorldWind API API service html F4D Converter converts 3D formats(IFC, 3DS, OBJ, DAE, JT) to 3D internet service format F4D. It carries out data size reducing and pre-processing for fast rendering A plug-in composed of pure javascript which enables 3D GIS engines to handle large-sized and highly detailed AEC data F4D Converter F4D .ifc .3ds .obj .dae
- 11. Key technique : F4D, lightweight service format Model is 3D geometry info, while Reference is real instance of this model 10
- 12. with 4 geometric meshes - 4 models 23 objects are created. - 23 references Image source : www.vecteezy.com Key technique : F4D, lightweight service format Example of Model-Reference 11
- 13. Key technique : F4D, lightweight service format 12 1. Build a triangular mesh based on the grid structure from the original three-dimensional data.
- 14. Key technique : F4D, lightweight service format 12 1. Build a triangular mesh based on the grid structure from the original three-dimensional data.
- 15. Key technique : F4D, lightweight service format 13 2. Triangle reduction (edge collapse) Inner edge collapse frontier edge collapse
- 16. Key technique : F4D, lightweight service format 13 2. Triangle reduction (edge collapse)
- 17. Key technique : F4D, lightweight service format 14
- 18. Key technique : F4D, lightweight service format This data is made from original data by lowering detailedness. 15 LOD 0 (Original data) LOD 2 LOD 3 LOD 4 LOD 5
- 19. Key technique : Culling for performance enhancement Do not render things not necessary to be shown. before rotating a camera around a target during rotating after rotating Do not render if not necessary. 16
- 20. Key technique : Culling for performance enhancement visibility index An index describing which inner objects can be seen from selected positions in AEC. This index is used in occlusion culling in run-time visualization of mago3D. 17
- 21. Key technique : Culling for performance enhancement spatial index An index describing which inner objects are in cubes, spatial sub-divisions of AEC. This index is used in frustum culling in run-time visualization of mago3D. 18
- 22. Key technique : Culling for performance enhancement 1. When a camera position and 2. the viewing direction of it are setup, 3. mago3D does frustum culling on spatial indices 4. and do occlusion culling on the result of the frustum culling. 5. Finally mago3d finds targets to be rendered. (intersection between two indices) → It possible to select targets to be rendered without any complicated geometric operation in run-time. How to use both indices 19
- 23. 20 mago3D runs on any device Accessible anytime, anywhere
- 24. BIM(Indoor/Outdoor) integration Seamless integration of indoor and outdoor space on the same platform scene from indoor to outdoor through windows Scene from outdoor to indoor through windows 21
- 25. MEP Integration 22 Integration of large size MEP and 3D GIS on a web browser
- 26. AEC Integration 23 Integration of large size AEC and 3D GIS on a web browser
- 27. Various API supported (OpenAPIs) APIs are supported for developing application systems(currently 29 APIs) moving/rotating a full building moving objects & viewing attributes registration/monitoring/search of issues 24
- 28. Cultural Heritage in Korea • Cultural asset in Korea 25
- 29. Tunnel, Bridge in Japen • Tunnel, Department store, Bridge, Overpass offered by CUG (Civil User Group in Japan) 26
- 30. Geospatial Context Matters! 27 mago3D can handle all the 3D objects in geospatial context
- 31. Real Case 28 Yards Cranes Office Buildings Factories Docks BlocksShips Smart Welding Machine Virtual Yard on Web Browser! 1,500 EA25 EA250 EA75 EA 25 EA 15,000 EA 1,700 EA 3 EA • Project Name: Ship Building Process Management System • 3D Models in Service
- 32. surface layer (Horizontal) slicing for volumetric data(Vertical) (Super Typhoon Nepartak – 2016.07.07) Volume Rendering on mago3D 29
- 33. In future 30 A mago3D Cloud B mago3D B mago3D JT Obj IFC Collada3DS Revit To the Digital Twin Platform
- 34. Demo
- 35. Summary Key Features • BIM/AEC and 3D GIS integration in a single space • Web based – no need to install additional program • Massive and complex 3D objects rendering • Open source – Apache and AGPL license • Supports industry standard formats(ifc, 3ds, dae, kml, gltf…) • In-Browser 3D objects moving/rotation/heading adjustment • Highly extensible architecture 32
- 36. For more information, please visit http://mago3d.com Thank you! 33 This project is funded by Ministry of Land, Infrastructure and Transport, Korea, through R&D project(number:18NSIP-B080778-05) Byeongcheol Bae [email protected] Jinwoo Park [email protected]