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- [How to import a citygml file into a 3dcityDB using the Importer/exporter tool](https://transfer.hft-stuttgart.de/gitlab/urbandataplatform/urbandataplatformcatalog/-/wikis/How-to-import-citygml-into-3DcityDB-with-the-Importer/How-to-import-citygml-into-3DcityDB-with-the-3DcityDB-Importer---Exporter-tool)
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- WFS API-calls
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- [Get object within BBOX](https://transfer.hft-stuttgart.de/gitlab/urbandataplatform/urbandataplatformcatalog/-/wikis/Request-citygml-objects-from-3dcityDB-using-WFS-BBOX-API-calls)
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- [Get object by ID](https://transfer.hft-stuttgart.de/gitlab/urbandataplatform/urbandataplatformcatalog/-/wikis/Get-Object-from-3dcityDB-by-ID-using-WFS-API-call) |
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- [Get object by ID](https://transfer.hft-stuttgart.de/gitlab/urbandataplatform/urbandataplatformcatalog/-/wikis/Get-Object-from-3dcityDB-by-ID-using-WFS-API-call)
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- Existing Application Demos
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- [Rotterdam 3D](https://steinbeis-3dps.eu/rotterdam/Apps/Rotterdam/Rotterdam_Cesium_Viewer.html): Visualization of heating demand simulation results using 3D Tiles. The simulation was done using SimStadt with an adopted building physics library for Rotterdam and CityGML (open data).
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- [NeqModPlus](https://steinbeis-3dps.eu/neqmodplus/): Connection 3D Building Model, Simulated and Measured Heating demand using SensorThings API and OGC API 3D GeoVolume. The simulation was done using SimStadt with CityGML 2.0 and Energy ADE.
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