This will produce a file cityjson.so file on Linux and macOS (a. **Build the CityJSON plugin, using the instructions above.
#FME SUPPORT UPDATE#
If you wish to update FME yourself, there are several steps necessary to extend FME to include this CityJSON Format support. (FME 2020.0 and later) No work is needed. The latest beta versions of FME now already ship with this included. To verify the build was successful, select View > Error Listįrom the menu. When a project is built in the DebugĬonfiguration, debug information can be retrieved whenīuild the plug-ins by selecting Build > Build The solution contains a Debug and ReleaseĬonfiguration. Your choice of 64-bit or 32-bit must match the version of FME you are running. Select either the 圆4 or x86 configuration, depending on if you want to build 64-bit or 32-bit versions, respectively. In Visual Studio (2017 or later), open fmecityjson.sln. Set an environment variable FME_DEV_HOME to be the path to the directory where FME is installed. app are usually installed under /Applications/ but you need to specify the folder where everything is installed, by default /Library/FME/2019.1/ it seems (or later version). See the Installation Instructions below for the details, and the CMakeLists.txt. The option -DFME_DEV_HOME is required for both linking the FME libraries and installing the plugin.
#FME SUPPORT INSTALL#
#FME SUPPORT FULL#
We are working toward full CityJSON support. DescriptionĬityJSON is a format for encoding a subset of the CityGML data model (version 2.0.0) using JavaScript Object Notation (JSON).Ī CityJSON file represents both the geometry and the semantics of the city features of a given area, eg buildings, roads, rivers, the vegetation, and the city furniture.įME is the all-in-one tool for data integration and productivity.
#FME SUPPORT CODE#
! Additional Configuration and expansion requested.This repository contains the source code of the CityJSON Format Plugin for FME, which allows us to read CityJSON files, and to write to CityJSON files. ! Format data and streamline for stakeholders ! Build redundant database for mission critical ! Base maps from disparate datasets supportĪpplication are collected with FME Server ! Submit and respond to incidents from field via iPad ! Supporting Airport Response Coordination Center ! Los Angeles World Airports Collaboration with NICE Supporting Situational Awareness at LAX using FME Server These systems together will support LAX and its employees through its current changes and into the future. Combining these resources provides LAX management and field user’s powerful data and tools to analyze and respond to incidents throughout the campus. This database supports the NICE Situator Desktop and Web Application that tracks incidents at the airport from plumbing leaks and fuel spills to police activity and airfield operations. FME server is used to check the data for quality and compatibility then, formats the data into an ArcGIS geodatabase. Geospatial data is collected from multiple departments utilizing CAD, GIS, property management, and maintenance management systems. LAX uses FME Server to coordinate and automate the collection of disparate GIS data sources into one uniform location. Because of these demands, airport operations, maintenance, police, and emergency personnel require accurate and current situational data. Yet, the airport and its employees continue to serve over 60 million passengers a year. Los Angeles International Airport is a dynamic airport undergoing massive changes to its infrastructure and facilities.