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Chair of Methods of Geoinformation Science 24th of April, 2008 CityGML - International standardisation of 3d city models Thomas H. Kolbe, Alexandra Stadler.

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Presentation on theme: "Chair of Methods of Geoinformation Science 24th of April, 2008 CityGML - International standardisation of 3d city models Thomas H. Kolbe, Alexandra Stadler."— Presentation transcript:

1 Chair of Methods of Geoinformation Science 24th of April, 2008 CityGML - International standardisation of 3d city models Thomas H. Kolbe, Alexandra Stadler Technische Universität Berlin Institute for Geodesy and Geoinformation Science Chair of Methods of Geoinformation Science

2 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 2 Chair of Methods of Geoinformation Science 24th of April, 2008 Content  Introduction to CityGML  General characteristics  Modularisation  Coherence of semantics and geometry  Multi-Scale modelling  Terrain Intersection Curve (TIC)  External references  Appearances  Application Domain Extensions (ADE)  Implementation, Conversion, Viewer  Target application areas  Noise immision mapping  Homeland Security  CityGML code example: Building in LOD 3

3 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 3 Chair of Methods of Geoinformation Science 24th of April, 2008 Content  Introduction to CityGML  General characteristics  Modularisation  Coherence of semantics and geometry  Multi-Scale modelling  Terrain Intersection Curve (TIC)  External references  Appearances  Application Domain Extensions (ADE)  Implementation, Conversion, Viewer  Target application areas  Noise immision mapping  Homeland Security  CityGML code example: Building in LOD 3

4 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 4 Chair of Methods of Geoinformation Science 24th of April, 2008  Ongoing virtualisation of our environment  Semantic models of all relevant objects in urban space  Base models include most important feature classes and attributes  Objects may have several geometrical representations  Spatial reference links data of different disciplines, since they refer to the same physical space  base model entities  Initiatives  Inspire Motivation

5 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 5 Chair of Methods of Geoinformation Science 24th of April, 2008 Standards are the key… …to the integration of (3d geo) data of different data sources Application Data source A Data source B

6 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 6 Chair of Methods of Geoinformation Science 24th of April, 2008 Never heard about CityGML – what‘s that? Content  Data model and exchange format for virtual 3d city models  GML 3 application schema  Modelling of all relevant parts of the virtual city according to their semantics, geometry, topology and appearance History  Developed since 2002 by the Special Interest Group 3d (NorthRhine Westphalia, Germany)  Members from >70 companies, municiplaities and research institutions lead managed by  Prof. Thomas Kolbe (IGG TU Berlin)  Dr. Gerhard Gröger (IGG Uni Bonn)

7 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 7 Chair of Methods of Geoinformation Science 24th of April, 2008 CityGML‘s way to become an OGC standard CityGML 0.4.0 OGC Best Practices Paper CityGML 1.0.0 (Proposal) OGC Request for Comments CityGML 0.3.0 OGC Discussion Paper 2007-05-30 2008-02-04 2006-03-06 2008-02-19 2008-03-20 CityGML 1.0.0 OGC Implementation Specification (after final OGC TC vote) coming soon >>>>>>  International Standard

8 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 8 Chair of Methods of Geoinformation Science 24th of April, 2008 Content  Introduction to CityGML  General characteristics  Modularisation  Coherence of semantics and geometry  Multi-Scale modelling  Terrain Intersection Curve (TIC)  External references  Appearances  Application Domain Extensions (ADE)  Implementation, Conversion, Viewer  Target application areas  Noise immision mapping  Homeland Security  CityGML code example: Building in LOD 3

9 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 9 Chair of Methods of Geoinformation Science 24th of April, 2008 Modularisation CityGML consists of  a core module  several extension modules  vertical subdivision

10 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 10 Chair of Methods of Geoinformation Science 24th of April, 2008 Coherence of semantics and geometry … Semantic object e.g. Building Associated geometry e.g. Solid …  Use of Boundary Representation (B-Rep) for geometry modelling  Explicit relations between semantic objects and their geometrical representations * *

11 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 11 Chair of Methods of Geoinformation Science 24th of April, 2008 „Availability“ of semantics CityGML: (Up to) Complex objects with structured geometry Semantics Geometry  Geometric entities know WHAT they are  Semantic entities know WHERE they are and what their spatial extents are

12 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 12 Chair of Methods of Geoinformation Science 24th of April, 2008 Multi-scale modelling LOD 4 – Interior model „Walkable“ architectural models LOD 3 – City / Site model Detailed architectural model LOD 2 – City / Site model Explicit roof structures LOD 1 – City / Site model „Block model“ without roof structures LOD 0 – Regional model 2.5d Digital Terrain Model

13 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 13 Chair of Methods of Geoinformation Science 24th of April, 2008 Terrain intersection curve  Defines the intersection of an object with the terrain  Applicable to  Building  CityFurniture  GenericCityObject  Implicitly: WaterBody, Transportation, LandUse

14 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 14 Chair of Methods of Geoinformation Science 24th of April, 2008 External references Objects may  Refer to their original data sources  Refer to other external data sources containing additional data, e.g.  Building: Link to cadastre, information about owners  Door: Link to facility management systems  Antenna: Link to mobile communication databases

15 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 15 Chair of Methods of Geoinformation Science 24th of April, 2008 Appearances  Materials (similar to X3D)  Textures  Standard textures (explicit texture coordinates)  Aerial images (georeferenced)  Projected photos  Multiple appearances (themes) per object

16 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 16 Chair of Methods of Geoinformation Science 24th of April, 2008 Application Domain Extensions (ADE) = Specific application schemata (e.g., noise immission mapping) Extend CityGML model by  Additional feature classes  Additional attributes  Additional relations Design remarks:  CityGML+ADE files remain valid CityGML  „Pure“ CityGML readers ignore ADE (unknown namespace!)  Accessible XSD document required for each ADE  Used for validating corresponding CityGML files

17 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 17 Chair of Methods of Geoinformation Science 24th of April, 2008 Content  Introduction to CityGML  General characteristics  Modularisation  Coherence of semantics and geometry  Multi-Scale modelling  Terrain Intersection Curve (TIC)  External references  Appearances  Application Domain Extensions (ADE)  Implementation, Conversion, Viewer  Target application areas  Noise immision mapping  Homeland Security  CityGML code example: Building in LOD 3

18 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 18 Chair of Methods of Geoinformation Science 24th of April, 2008 German cities modelled in CityGML 3d city models based on CityGML  Berlin  Dresden  Stuttgart  Bonn  Cologne  Frankfurt/Main  …  whole NRW in LOD 1 Planned for  Karlsruhe  … Berlin (GoogleEarth) Stuttgart (SupportGIS)

19 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 19 Chair of Methods of Geoinformation Science 24th of April, 2008 Implementation Growing awareness of CityGML (particularily in the US) Discussions with  Web 3D Consortium  CTO GoogleEarth  International Alliance for Interoperability (IFC-Standard) Selected implementations:  Feature Manipulation Engine (FME)  Snowflake Software: GO Loader, GO Publisher  Oracle 11G Spatial  Bentley Microstation, Onuma Planning System (CAAD)  CPA SupportGIS (3d GIS-System)

20 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 20 Chair of Methods of Geoinformation Science 24th of April, 2008 Conversion  CityGML  FME (implemented by con terra)  IFC  CityGML (implemented by Forschungszentrum Karlsruhe) original IFC modelCityGML LOD 1CityGML LOD 2CityGML LOD 3CityGML LOD 4

21 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 21 Chair of Methods of Geoinformation Science 24th of April, 2008 Viewer  LandXPlorer (C++)  3D Geo, Potsdam  Hasso-Plattner-Institute (University of Potsdam)  Aristoteles 3D-Viewer (Java)  IGG, University of Bonn

22 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 22 Chair of Methods of Geoinformation Science 24th of April, 2008 Content  Introduction to CityGML  General characteristics  Modularisation  Coherence of semantics and geometry  Multi-Scale modelling  Terrain Intersection Curve (TIC)  External references  Appearances  Application Domain Extensions (ADE)  Implementation, Conversion, Viewer  Target application areas  Noise immision mapping  Homeland Security  CityGML code example: Building in LOD 3

23 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 23 Chair of Methods of Geoinformation Science 24th of April, 2008 Target application areas

24 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 24 Chair of Methods of Geoinformation Science 24th of April, 2008 Application scenario 1: Noise immision mapping EU Directive: Minimisation of noise immissions  Calculation of noise immission maps for whole North Rhine-Westphalia  Data provision and exchange via CityGML using web services (WFS, WCS, WMS):  8.4 million 3d buildings in LOD 1  3d street network in LOD 0, with additional noise related attributes  3d rail network in LOD 0  3d noise barriers in LOD 1  Digital terrain model (10 meter resolution)

25 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 25 Chair of Methods of Geoinformation Science 24th of April, 2008 Application scenario 1: Noise immision mapping Noise immsion maps reported to EU (via WMS service) Noise immision simulation 3d geodata in CityGML as input for the calculaion of noise immision maps

26 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 26 Chair of Methods of Geoinformation Science 24th of April, 2008 Application scenario 2: Homeland security Testbed OWS-4 of the Open Geospatial Consortium (OGC)  Setting: Explosion of a „dirty bomb“ in the New York harbour  Task: Support the planning committee in the construction of an emergency hospital  Find the appropriate location  Identify best fitting existing building (size, room layout, air conditioning for decontaminations, etc.)  Thematic queries & visual inspections  Link different web services and client applications  Data formats: CityGML and IFC

27 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 27 Chair of Methods of Geoinformation Science 24th of April, 2008 Application scenario 2: Homeland Security  CityGML building visualised using LandExplorer  from outside (left)  room-based representation of the security level (right)

28 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 28 Chair of Methods of Geoinformation Science 24th of April, 2008 http://www.opengeospatial.org/pub/www/ows4/index.html Application scenario 2: Homeland Security

29 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 29 Chair of Methods of Geoinformation Science 24th of April, 2008 Content  Introduction to CityGML  General characteristics  Modularisation  Coherence of semantics and geometry  Multi-Scale modelling  Terrain Intersection Curve (TIC)  External references  Appearances  Application Domain Extensions (ADE)  Implementation, Conversion, Viewer  Target application areas  Noise immision mapping  Homeland Security  CityGML code example: Building in LOD 3

30 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 30 Chair of Methods of Geoinformation Science 24th of April, 2008 CityGML UML example: Building module

31 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 31 Chair of Methods of Geoinformation Science 24th of April, 2008 CityGML Schema file example: _AbstractBuildingType...

32 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 32 Chair of Methods of Geoinformation Science 24th of April, 2008 CityGML code example: Building in LOD 3 <CityModel xmlns="http://www.opengis.net/citygml/1.0" xmlns:bldg="http://www.opengis.net/citygml/building/1.0" xmlns:gml="http://www.opengis.net/gml" xmlns:xlink="http://www.w3.org/1999/xlink" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.opengis.net/citygml/building/1.0../CityGML/building.xsd"> This file contains four buildings which are automatically converted from IFC models. This listing only shows an excerpt. The full dataset can be downloaded from http://www.citygml.org (example dataset for “four buildings in LOD3”) IFC_Building_Variant 5429999.751795 3449999.751795 0.0 5430023.2 3450021.2 20.0 … Building in LOD 3 Building-ADT-2006 http://www.iai.fzk.de/raw/pages/german/projekte/VR-Systeme/html/Download/ urn:ifc:oid:0deJpNQ05BvwV03c405oVp

33 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 33 Chair of Methods of Geoinformation Science 24th of April, 2008 CityGML code example: Building in LOD 3 http://www.iai.fzk.de/raw/pages/german/projekte/ VR-Systeme/html/Download/ urn:ifc:oid:3CPSkwS7f9QRfhfr5gf7dq 5430006.994499969 3449999.850802998 9.141580054626465 5430007.093499946 3449999.7517950004 8.970100114212036 5430000.906494903 3449999.7517950004 8.970100114212036 5430001.005499649 3449999.850802998 9.141580054626465 5430003.999999809 3450000.9735459564 11.086200187072754 5430006.994499969 3449999.850802998 9.141580054626465 5430006.920299816 3449999.925 8.870099971160888 5430006.845300007 3450000.000000003 8.999999949798584 5430003.999999809 3450001.066800046 10.847800204620361 5430001.154700088 3450000.000000003 8.999999949798584 5430001.079700279 3449999.925 8.870099971160888 5430006.920299816 3449999.925 8.870099971160888 …

34 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 34 Chair of Methods of Geoinformation Science 24th of April, 2008 CityGML code example: Building in LOD 3 http://www.iai.fzk.de/raw/pages/german/projekte/ VR-Systeme/html/Download/ urn:ifc:oid:2es$8LnAD9UxRIGzY8UaVK 5429999.999999809 3450004.4950001715 6.0599999968 5429999.999999809 3450004.4950001715 4.800000021324157 5430000.119999695 3450004.4950001715 4.800000021324157 5430000.180000114 3450004.4950001715 4.800000021324157 5430000.3 3450004.4950001715 4.800000021324157 5430000.3 3450004.4950001715 6.059999996886253 5430000.180000114 3450004.4950001715 6.059999996886253 5430000.119999695 3450004.4950001715 6.059999996886253 5429999.999999809 3450004.4950001715 6.059999996886253 …

35 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 35 Chair of Methods of Geoinformation Science 24th of April, 2008 CityGML code example: Building in LOD 3 http://www.iai.fzk.de/raw/pages/ german/projekte/VR-Systeme/html/Download/ urn:ifc:oid:3VkZRUoa97GgMdD342zHck 5430000.119999695 3450008.940000343 2.99999994979 5430000.180000114 3450008.940000343 2.9999999497985836 5430000.180000114 3450008.940000343 1.920000026092529 5430000.180000114 5430000.180000114 1.860000083312988 5430000.119999695 3450008.940000343 1.860000083312988 5430000.119999695 3450008.940000343 2.9999999497985836 … …

36 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 36 Chair of Methods of Geoinformation Science 24th of April, 2008 Search the web for further examples… e.g. http://www.iai.fzk.de/www-extern/index.php?id=1412

37 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 37 Chair of Methods of Geoinformation Science 24th of April, 2008 Search the web for further examples… e.g. http://www.iai.fzk.de/www-extern/index.php?id=1470

38 Thomas H. Kolbe, Alexandra Stadler: CityGML – International standardisation of virtual 3d city models 38 Chair of Methods of Geoinformation Science 24th of April, 2008 Thank you… One thing we would really like to know: What do YOU think about CityGML? CONTACT INFORMATION Prof. Dr. Thomas H. Kolbe, Claus Nagel, Alexandra Stadler { kolbe | nagel | stadler } @ igg.tu-berlin.de Technische Universität Berlin Institute for Geodesy and Geoinformation Science Chair of Methods of Geoinformation Science

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