diff --git a/public/content/content.json b/public/content/content.json
index 57bda7fc89b5f6caae5b0bda45dee8a3e8228a0c..9a74d0c1eab8c84dc4208e81a9d2741aa4526ed1 100644
--- a/public/content/content.json
+++ b/public/content/content.json
@@ -356,5 +356,193 @@
"project":"https://projekt.beuth-hochschule.de/citydoctor2/"
},
"refIndex": 7
+ },
+ {
+ "item": {
+ "title": "SolidInjector for CityGML",
+ "project": "CityDoctor2",
+ "author": {
+ "firstName": "Rushikesh",
+ "lastName": "Padsala",
+ "hftURL": "https://www.hft-stuttgart.com/p/rushikesh-padsala"
+ },
+ "project_year_start": "2019",
+ "project_year_end": "2021",
+ "project_is_on_going": true,
+ "imageLink":"imgs/thumbnails/SolidInjector.png",
+ "keywords":["CityGML", "Building Solids", "Repairing", "FME"],
+ "description_en":"SolidInjector for CityGML is a set of FME based workbenches to replace incorrect CityGML building/building-part solid geometries with correct solid geometries as instructed in the OGC CityGML v2.0 encoding conformance requirement 10.3.9.4 which instructs using xlink mechanism of GML to generate building solids.",
+ "description_de":"SolidInjector für CityGML ist eine Reihe von FME-basierten Workbenches zum Ersetzen von fehlerhaften Solid-Geometrien von CityGML LoD 2 Gebäuden / Gebäudeteilen durch korrekte Solid-Geometrien gemäß der Konformitätsanforderung 10.3.9.4 von OGC CityGML v2.0, die den Xlink-Mechanismus von GML für die Modellierung von Gebäude-Solid-Geometrie nutzt."
+ },
+ "links": {
+ "youtube": "https://www.youtube.com/watch?v=PY904hd2hMI&ab_channel=CIVTutorials",
+ "demo": "https://gitlab.com/volkercoors/CiD4Sim/-/wikis/usefulTools/FME-Workbenches",
+ "publication":"",
+ "project":"https://projekt.beuth-hochschule.de/citydoctor2/"
+ },
+ "refIndex": 7
+ },
+ {
+ "item": {
+ "title": "Rainau Water Demand Viewer",
+ "project": "INSOURCE",
+ "author": {
+ "firstName": "Rushikesh",
+ "lastName": "Padsala",
+ "hftURL": "https://www.hft-stuttgart.com/p/rushikesh-padsala"
+ },
+ "project_year_start": "2018",
+ "project_year_end": "2021",
+ "project_is_on_going": true,
+ "imageLink":"imgs/thumbnails/Rainau3DViewer.JPG",
+ "keywords":["3D City Model", "CityGML", "Water Demand Simulation"],
+ "description_en":"The Rainau water demand viewer shows per building annual water demand for Rainau, Germany. The water demand simulation for both residential and non-residential buildings is done in an urban energy simulator, SimStadt.",
+ "description_de":"Der Rainauer Wasserbedarfsviewer zeigt den jährlichen Wasserbedarf pro Gebäude für Rainau, Deutschland. Die Wasserbedarfssimulation für Wohn- und Nichtwohngebäude wird in einem städtischen Energiesimulator, SimStadt, durchgeführt."
+ },
+ "links": {
+ "demo": "https://transfer.hft-stuttgart.de/pages/in-source/rainau-water-demand-viewer/",
+ "publication":"https://www.mdpi.com/2220-9964/9/11/642",
+ "project":"https://www.hft-stuttgart.de/forschung/projekte/aktuell/in-source"
+ },
+ "refIndex": 8
+ },
+ {
+ "item": {
+ "title": "Gowanus CityGML Viewer",
+ "project": "INSOURCE",
+ "author": {
+ "firstName": "Rushikesh",
+ "lastName": "Padsala",
+ "hftURL": "https://www.hft-stuttgart.com/p/rushikesh-padsala"
+ },
+ "project_year_start": "2018",
+ "project_year_end": "2021",
+ "project_is_on_going": true,
+ "imageLink":"imgs/thumbnails/Gowanus3DViewer.JPG",
+ "keywords":["3D City Model", "Rhinoceros3D", "CityGML", "Building Energy Simulation"],
+ "description_en":"The Gowanus CityGML viewer shows the building design scenarios along with its heat energy demand for the NYC's neighborhood of Gowanus, USA. Building geometries are modelled in Rhinoceros3D, coverted to CityGML using FME and its heat demand simulation is done in an urban energy simulator, SimStadt."
+ "description_de":"Der Gowanus CityGML-Viewer zeigt verschiedene Gebäudedesignszenarien zusammen mit ihrem Wärmeenergiebedarf für den NYC-Bezirk Gowanus, USA. Die Gebäudegeometrien werden in Rhinoceros3D modelliert, mit FME in CityGML konvertiert und der Wärmebedarf wird in einem städtischen Energiesimulator, SimStadt, simuliert."
+ },
+ "links": {
+ "demo": "https://transfer.hft-stuttgart.de/pages/in-source/gowanus-citygml-viewer/",
+ "project":"https://www.hft-stuttgart.de/forschung/projekte/aktuell/in-source"
+ },
+ "refIndex": 9
+ },
+ {
+ "item": {
+ "title": "Meidling 3D Viewer",
+ "project": "INSOURCE",
+ "author": {
+ "firstName": "Rushikesh",
+ "lastName": "Padsala",
+ "hftURL": "https://www.hft-stuttgart.com/p/rushikesh-padsala"
+ },
+ "project_year_start": "2018",
+ "project_year_end": "2021",
+ "project_is_on_going": true,
+ "imageLink":"imgs/thumbnails/Meidling3DViewer.JPG",
+ "keywords":["3D City Model", "CityGML", "Building Energy Simulation", "Roof PV Simulation"],
+ "description_en":"The Meidling 3D viewer shows the building heat energy demand, roof PV potenial and landuse polygons for the district of Meidling, Vienna. Building stock heat energy demand and roof PV potential is simulated using an urban energy simulator, SimStadt."
+ "description_de":"Der Meidling 3D-Viewer zeigt den Gebäudeheizenergiebedarf, das Dach-PV-Potenzial und die Landnutzungspolygone für den Bezirk Meidling, Wien. Der Wärmeenergiebedarf des Gebäudebestands und das Dach-PV-Potenzial werden mit einem städtischen Energiesimulator, SimStadt, simuliert."
+ },
+ "links": {
+ "demo": "https://transfer.hft-stuttgart.de/gitlab/in-source/meidling-3d-viewer",
+ "project":"https://www.hft-stuttgart.de/forschung/projekte/aktuell/in-source"
+ },
+ "refIndex": 10
+ },
+ {
+ "item": {
+ "title": "CityGML Food Water Energy (FWE) ADE",
+ "project": "INSOURCE",
+ "author": {
+ "firstName": "Rushikesh",
+ "lastName": "Padsala",
+ "hftURL": "https://www.hft-stuttgart.com/p/rushikesh-padsala"
+ },
+ "project_year_start": "2018",
+ "project_year_end": "2021",
+ "project_is_on_going": true,
+ "imageLink":"imgs/thumbnails/FWEADE.PNG",
+ "keywords":["3D City Model", "CityGML", "ADE", "Food-Water-Energy Nexus", "Data Modelling"],
+ "description_en":"The CityGML FWE ADE allows the user to store FWE-related parameters in four spatial levels: building, land use, area, and system. FWE ADE facilitates inputs and outputs for FWE-related simulations, e.g., in an urban energy simulator, SimStadt. It also acts as a central data exchange platform for connecting different domain-specific urban simulators, e.g., connecting an urban land use simulator UD_InfraSim with SimStadt to estimate biomass potential for future land use scenarios based on system conditions such as population growth, climate change, and urban development plans."
+ "description_de":"Die CityGML FWE ADE ermöglicht es dem Benutzer, FWE-bezogene Parameter in vier räumlichen Ebenen zu speichern: Gebäude, Landnutzung, Fläche und System. FWE ADE erleichtert Eingaben und Ausgaben für FWE-bezogene Simulationen, z. B. in einem städtischen Energiesimulator, SimStadt. Es fungiert auch als zentrale Datenaustauschplattform für die Verbindung verschiedener domänenspezifischer Stadtsimulatoren, z. B. die Verbindung eines städtischen Landnutzungssimulators UD_InfraSim mit SimStadt, um das Biomassepotenzial für zukünftige Landnutzungsszenarien auf der Grundlage von Systembedingungen wie Bevölkerungswachstum, Klimawandel und Stadtentwicklungsplänen abzuschätzen."
+ },
+ "links": {
+ "demo": "https://transfer.hft-stuttgart.de/pages/in-source/in-source/FWEADE/",
+ "project":"https://www.hft-stuttgart.de/forschung/projekte/aktuell/in-source"
+ },
+ "refIndex": 11
+ },
+ {
+ "item": {
+ "title": "CityGML Food Water Energy(FWE) ADE",
+ "project": "INSOURCE",
+ "author": {
+ "firstName": "Rushikesh",
+ "lastName": "Padsala",
+ "hftURL": "https://www.hft-stuttgart.com/p/rushikesh-padsala"
+ },
+ "project_year_start": "2018",
+ "project_year_end": "2021",
+ "project_is_on_going": true,
+ "imageLink":"imgs/thumbnails/FWEADE.PNG",
+ "keywords":["3D City Model", "CityGML", "ADE", "Food-Water-Energy Nexus", "Data Modelling"],
+ "description_en":"The CityGML FWE ADE allows the user to store FWE-related parameters in four spatial levels: building, land use, area, and system. FWE ADE facilitates inputs and outputs for FWE-related simulations, e.g., in an urban energy simulator, SimStadt. It also acts as a central data exchange platform for connecting different domain-specific urban simulators, e.g., connecting an urban land use simulator UD_InfraSim with SimStadt to estimate biomass potential for future land use scenarios based on system conditions such as population growth, climate change, and urban development plans."
+ "description_de":"Die CityGML FWE ADE ermöglicht es dem Benutzer, FWE-bezogene Parameter in vier räumlichen Ebenen zu speichern: Gebäude, Landnutzung, Fläche und System. FWE ADE erleichtert Eingaben und Ausgaben für FWE-bezogene Simulationen, z. B. in einem städtischen Energiesimulator, SimStadt. Es fungiert auch als zentrale Datenaustauschplattform für die Verbindung verschiedener domänenspezifischer Stadtsimulatoren, z. B. die Verbindung eines städtischen Landnutzungssimulators UD_InfraSim mit SimStadt, um das Biomassepotenzial für zukünftige Landnutzungsszenarien auf der Grundlage von Systembedingungen wie Bevölkerungswachstum, Klimawandel und Stadtentwicklungsplänen abzuschätzen."
+ },
+ "links": {
+ "demo": "https://transfer.hft-stuttgart.de/pages/in-source/in-source/FWEADE/",
+ "project":"https://www.hft-stuttgart.de/forschung/projekte/aktuell/in-source"
+ },
+ "refIndex": 12
+ },
+ {
+ "item": {
+ "title": "Rhinoceros3D/CityEngine to CityGML",
+ "project": "INSOURCE",
+ "author": {
+ "firstName": "Rushikesh",
+ "lastName": "Padsala",
+ "hftURL": "https://www.hft-stuttgart.com/p/rushikesh-padsala"
+ },
+ "project_year_start": "2018",
+ "project_year_end": "2021",
+ "project_is_on_going": true,
+ "imageLink":"imgs/thumbnails/RhinoCityGML.JPG",
+ "keywords":["3D City Model", "Rhinoceros3D", "ArcGIS CityEngine", "CityGML", "Data Interoperability", "FME"],
+ "description_en":"Rhinoceros3D/CityEngine to CityGML is a repository of FME workbenches used to convert 2D building footrpint shapefiles with building height attributes or 3D building geometries modelled in Rhinoceros3D to CityGML LoD 1 building-building part models and 3D building multipatch shapefile modelled in ArcGIS CityEngine to CityGML LoD 1 - LoD 2 building models. For self-understanding of the conversion process, annotations are available within the FME workbenches."
+ "description_de":"Rhinoceros3D/CityEngine to CityGML ist ein Repository von FME-Workbenches zur Konvertierung von 2D-Gebäudegrundriss-Shapefiles mit Gebäudehöhenattributen oder 3D-Gebäudegeometrien, die in Rhinoceros3D modelliert wurden, in CityGML LoD 1-Gebäude-/Gebäudeteilmodelle und 3D-Gebäudemultipatch-Shapefiles, die in ArcGIS CityEngine modelliert wurden, in CityGML LoD 1 - LoD 2-Gebäudemodelle. Zum Selbstverständnis des Konvertierungsprozesses stehen innerhalb der FME-Workbenches Annotationen zur Verfügung."
+ },
+ "links": {
+ "demo": "https://transfer.hft-stuttgart.de/gitlab/rushikesh.padsala/rhino-cityengine2citygml",
+ "project":"https://www.hft-stuttgart.de/forschung/projekte/aktuell/in-source"
+ },
+ "refIndex": 13
+ },
+ {
+ "item": {
+ "title": "Rhinoceros3D/CityEngine to CityGML",
+ "project": "INSOURCE",
+ "author": {
+ "firstName": "Rushikesh",
+ "lastName": "Padsala",
+ "hftURL": "https://www.hft-stuttgart.com/p/rushikesh-padsala"
+ },
+ "project_year_start": "2018",
+ "project_year_end": "2021",
+ "project_is_on_going": true,
+ "imageLink":"imgs/thumbnails/RhinoCityGML.JPG",
+ "keywords":["3D City Model", "Rhinoceros3D", "ArcGIS CityEngine", "CityGML", "Data Interoperability", "FME"],
+ "description_en":"Rhinoceros3D/CityEngine to CityGML is a repository of FME workbenches used to convert 2D building footrpint shapefiles with building height attributes or 3D building geometries modelled in Rhinoceros3D to CityGML LoD 1 building-building part models and 3D building multipatch shapefile modelled in ArcGIS CityEngine to CityGML LoD 1 - LoD 2 building models. For self-understanding of the conversion process, annotations are available within the FME workbenches."
+ "description_de":"Rhinoceros3D/CityEngine to CityGML ist ein Repository von FME-Workbenches zur Konvertierung von 2D-Gebäudegrundriss-Shapefiles mit Gebäudehöhenattributen oder 3D-Gebäudegeometrien, die in Rhinoceros3D modelliert wurden, in CityGML LoD 1-Gebäude-/Gebäudeteilmodelle und 3D-Gebäudemultipatch-Shapefiles, die in ArcGIS CityEngine modelliert wurden, in CityGML LoD 1 - LoD 2-Gebäudemodelle. Zum Selbstverständnis des Konvertierungsprozesses stehen innerhalb der FME-Workbenches Annotationen zur Verfügung."
+ },
+ "links": {
+ "demo": "https://transfer.hft-stuttgart.de/gitlab/rushikesh.padsala/rhino-cityengine2citygml",
+ "publication":"https://repository.corp.at/674/",
+ "project":"https://www.hft-stuttgart.de/forschung/projekte/aktuell/in-source"
+ },
+ "refIndex": 14
}
]
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