750 Lexington Avenue: 750 Lexington Ave New York, NY 10022.WeWork advertises high-speed WiFi, daily cleaning, IT support, 24/7 building access, office supplies, business-class printers, micro-roasted coffee, private phone booths, and conference room access. Their competitive prices, abundance of beautiful office spaces, and generous amenities make them our top choice for coworking in New York City. In no case TUM / Chair of Geoinformatics can be held liable for damages, caused directly or indirectly, by using or working with these Workspaces or software tools.WeWork is perhaps the fastest-growing coworking network in existence today. No warranties or guarantee on the correctness, completeness, or appropriateness for any specific use is given. The Chair of Geoinformatics at the Technical University of Munich provides these FME Workspaces for free usage. The 3D Web Map Client project using the resulting datasets generated with these FME Workspaces can be explored here. ResultsĪ video demo on the resulting city model created using the presented FME Workspaces can be watched here. After the manipulation is complete, the newly generated data can be exported into the desired output format using so called ‘Writers’. This data then can be manipulated using ‘Transformers’. Data from different sources and in different formats can be imported into FME using so called ‘Readers’. The Software ‘Feature Manipulation Engine’ (FME) was developed by the canadian company Safe Software. The output from (6) is textured and extruded to 3D objects. Suitable textures are added to each object generated in (4).Īn advanced data structure is implemented by creating 'TrafficAreas' as well as 'AuxiliaryTrafficAreas' and assigning these objects to corresponding 'Road', 'Track' and 'Square' features. Relevant information contained within the centerline data (generated in 1) is tranferred using a spatial correlation method. Information from different datasets is merged using corresponding attributes such as 'segmentID' or 'gml_name'.Ĭenterlines representing complex interchanges of motorway junctions are filtered out.Ī lod0Network is created using the centerlines generated in (1) and adding sidewalk centerlines as 'Track' features.ĭata from the Planimetric Database is manipulated semantically and geometrically. FME Workspace Nr.Īdd additional attributes to the street centerline data generated in project phase 1. The data used in this tutorial is also made available with this download.Ī detailed documentation of the Workspaces created in project phase 2 is provided on the project's TUM-Wiki section 'Implementation'. This file contains an easy to follow tourguide showing how to create CityGML compliant data from Open Data Shapefiles provided by the New York City Open Data Portal using the Software FME. This folder contains all FME Workspaces created in the process of generating the semantic 3D city model of New York City. Opening the Workspaces in different Versions of FME might lead to errors. The Workspaces of phase 1 were generated using FME 2014, the workspaces in phase 2 were generated using FME 2016.1. More detailed information can be found on the project's website. The FME Workbenches created in order to generate this semantic 3D city model are made available in this repository. To the best of our knowledge it is the first publicly available big 3D city model of a large city in the USA which is based on official governmental data.Īll data transformations and manipulations were performed using the ‘ Feature Manipulation Engine’ by Safe Software. It comprises all NYC buildings, land parcels, roads, parks, the digital terrain model, and water bodies – all with 3D geometries. The resulting 3D city model is represented in a homogenized and integrated way using the international standard CityGML of the Open Geospatial Consortium (OGC). Different 3D feature types were derived from existing public 2D and 2.5D datasets using spatial and semantic transformations together with (some) photogrammetric analyses. In this student project a semantic 3D city model of New York City (NYC) has been created based on datasets provided in the NYC Open Data Portal. Digital 3D Model of New York City General Information
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