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3D geoinformation research group @ TU Delft
Netherlands
Приєднався 14 лис 2018
The 3D geoinformation research group is part of the Department of Urbanism, Faculty of the Built Environment and Architecture of the Delft University of Technology, and is affiliated with AMS, the Amsterdam Institute for Advanced Metropolitan Solutions. It focuses on the technologies underpinning geographical information systems (GIS), and aims at designing, developing, and implementing better systems to model 3D cities, buildings, and landscapes. These systems help in environmental modelling, urban planning, crisis management, automated cartographic generalisation, information modelling, modelling of the interior of buildings, etc.
Tutorial of the GeoBIM-building-permit-tool
Video tutorial of the GeoBIM-building-permit-tool developed by the 3D geoinformation group - TU Delft within the project GeoBIM for Building Permit in Rotterdam (3d.bk.tudelft.nl/projects/rotterdamgeobim_bp/) funded by the Municipality of Rotterdam 2020-2021.
The tool in the video can be accessed at godzilla.bk.tudelft.nl/geobim-tool/viewer
source code at github.com/tudelft3d/GeoBIM-building-permit-tool
The tool in the video can be accessed at godzilla.bk.tudelft.nl/geobim-tool/viewer
source code at github.com/tudelft3d/GeoBIM-building-permit-tool
Переглядів: 501
Відео
3DBAG: Automatically generated 3D building models for the whole of the Netherlands
Переглядів 5 тис.3 роки тому
The 3D BAG is an up-to-date dataset containing 3D building models of the Netherlands. The 3D BAG is open data. It contains 3D models at multiple levels of detail, which are generated by combining two open data sets: the building data from the BAG and the height data from the AHN. The 3D BAG is updated regularly, keeping it up-to-date with the latest openly available building stock and elevation...
Tree Reconstruction from a Point Cloud using L-system
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Tree Reconstruction from a Point Cloud using L-system
Creating a building function map
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In this video, the process of data preparation for a specific purpose is described: to create a building (mono/multi) function map, combining data from buildings and functions (that are attached to addresses, not buildings). All data originates from the BAG. Now this might not be the simplest way. Or the best. But it is feasible in QGIS, and the steps in the process are relatively logical. I do...
Urbanism GIS Course 18: Time
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This video is made for the Urbanism MSc program GIS course, Q3.
Urbanism GIS Course 17: Atlas generation
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This video is made for the Urbanism MSc program GIS course, Q3.
Urbanism GIS Course 16: Network analysis
Переглядів 8943 роки тому
This video is made for the Urbanism MSc program GIS course, Q3.
Urbanism GIS Course 15: Density using hex maps
Переглядів 6933 роки тому
This video is made for the Urbanism MSc program GIS course, Q3.
Urbanism GIS Course 14: Heatmaps and clustering
Переглядів 6673 роки тому
This video is made for the Urbanism MSc program GIS course, Q3.
Urbanism GIS Course 13: Using LISA data
Переглядів 6123 роки тому
This video is made for the Urbanism MSc program GIS course, Q3.
Urbanism GIS Course 12: Using the BGT
Переглядів 4883 роки тому
This video is made for the Urbanism MSc program GIS course, Q2.
Urbanism GIS Course 11: Using AHN
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This video is made for the Urbanism MSc program GIS course, Q2.
Urbanism GIS Course 10: Using the BAG
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This video is made for the Urbanism MSc program GIS course, Q2.
Urbanism GIS Course 9: Geoprocessing
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This video is made for the Urbanism MSc program GIS course, Q2.
Urbanism GIS Course 8: Selections
Переглядів 3963 роки тому
This video is made for the Urbanism MSc program GIS course, Q2.
Urbanism GIS Course 6: Projections and Coordinates
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Urbanism GIS Course 6: Projections and Coordinates
Urbanism GIS Course 5: Spatial bookmarks and background maps
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Urbanism GIS Course 5: Spatial bookmarks and background maps
Urbanism GIS Course 4: Adding data from services
Переглядів 1 тис.3 роки тому
Urbanism GIS Course 4: Adding data from services
Urbanism GIS Course 3: Styling data and creating maps
Переглядів 1,5 тис.3 роки тому
Urbanism GIS Course 3: Styling data and creating maps
Urbanism GIS Course 2: QGIS Settings and Plugins
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Urbanism GIS Course 2: QGIS Settings and Plugins
Urbanism GIS Course 1: introduction GIS
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Urbanism GIS Course 1: introduction GIS
Using 3D BAG in QGIS 1: an introduction
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Using 3D BAG in QGIS 1: an introduction
Digital building permit Rotterdam 2020 - tutorial about the developed tool
Переглядів 2524 роки тому
Digital building permit Rotterdam 2020 - tutorial about the developed tool
GEO1001: Introduction to Git(Hub) and LaTeX - Part 3
Переглядів 634 роки тому
GEO1001: Introduction to Git(Hub) and LaTeX - Part 3
GEO1001: Introduction to Git(Hub) - Part 2
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GEO1001: Introduction to Git(Hub) - Part 2
GEO 1001: Introduction to Git(Hub) - Part 1
Переглядів 654 роки тому
GEO 1001: Introduction to Git(Hub) - Part 1
3DGeoinfo 2020: The steps from research and pilots to practice
Переглядів 604 роки тому
3DGeoinfo 2020: The steps from research and pilots to practice
3D GeoInfo 2020: GeoBIM for Digital Building Permit Process: Learning from a case study in Rotterdam
Переглядів 2434 роки тому
3D GeoInfo 2020: GeoBIM for Digital Building Permit Process: Learning from a case study in Rotterdam
3D Geoinfo 2020: Generating, storing and disseminating a countrywide 3D model
Переглядів 994 роки тому
3D Geoinfo 2020: Generating, storing and disseminating a countrywide 3D model
Wow! Its really interestig that im working on basically the same project right now. I really really hope there is full paper available somewhere, it would help tremendously
Yooooo, I found the full paper AND source code. For anyone interested, check out their website in yt channel about section. And on website there is download tab, you can find a lot of stuff there. This is truly a blessing
Incredible work!
What to do if all the metadata is missing in the cityjson loader?
Most succinct description of CRS I have seen. Thank you.
very very nice, bravo!
Merci pour ces tutos très pertinents
I am gettiing crazy, because it does not work as expected. I have OS data from my country. CityGML files for buildings with LoD2 and TIF files for the digital surface model. QGIS cannot handle CityGML, so I had to convert it into CityJson. When i upload the Files into QGIS and open the 3D Viewer, the Buildings float around 350m above the surface, even though i activated the surfaces height. So its not plain anymore but its not connecting with the building. What can I do? Do you have any tips?
Is there any software available to perform this script from point clouds to Branch fitting or at least to skeleton initlialization ?
could i get the source code or grasshopper script for this? this is a superb code and I want to study it.
same !
I have not understood the consept but I have hopes of solving the problem
really helpful! thanks
Hi, Is it possible to create 3D map with levels in QGIS, Is there any plugin to solve 3D levels map? Many thanks, Galaa
Great work!
Can you please provide us with the sources that you used for the gis file.
Ik ben aan het kijken of we gis ook voor buurtbewoners kunnen gebruiken om meer inzicht in de omgeving te krijgen. Ik werk nu aan bereikbaarheid en optimale indeling. Kunnen we ook afdalen tot op straatniveau en het perspectief vanaf kindhoogte zien? Zo kunnen we de leefwereld beter begrijpen. Ik denk ook aan de verkeersveiligheid, toon het effect van geparkeerde auto's en beplanting op zichtbaar heid.
Very impressive work! and the light hearted video montage is just a cherry on top :)
Bedankt voor deze introductievideo, was zeer leerzaam en bruikbaar in de dagelijkse praktijk. Als gebruiker van QGIS ben ik benieuwd naar manieren waarop je deze 3D BAG data icm de JSON data kunt gebruiken om 3D modellen te genereren die bruikbaar zijn in bijvoorbeeld SketchUp. Als ik het project exporteer als DXF en deze importeer in SketchUp dan mis ik bijvoorbeeld laaginformatie (daken wanden etc.) Aangezien SketchUp geen OBJ-bestanden kan importeren heb ik die optie (via het exporteren van de 3D scene) niet kunnen testen. Komt er nog een vervolgvideo?
how to create the 3d model using open source software?
Could you please talk a little bit more slowly.