Adaptation of a 3D Geographic Information System on the Web (3D WebGIS) for the Visualization of Buildings, Objects, and Navigation Routes on the Campus Barcelona of the Universidad De Los Llanos

This work implements 3D building models of a university campus with planimetric information for interaction and visualization on a platform that contains a 3D Geographic Information System on the Web (3D WebGIS). ArcGIS Pro was used to obtain geographic information, and the Cesium JS library was used as a Web application and its 3D modeling engine for conversion to the JavaScript programming language. The development of the platform is a mixed methodology, since it has a quantitative approach to obtain all the infrastructure data of the campus and contain it on the Web and a qualitative approach considering that the user must contextualize the experience within the Web. A total of 49 3D models of the buildings of the Barcelona campus have been compiled in Cesium Ion and implemented in a 2D map of the campus by means of the JavaScript programming language in the WebStorm environment. The presented platform would contribute to intelligent planning for minimize costs, maximize resource utilization in view of intelligent and sustainable buildings in the design and maintenance of constructions, and generate navigation routes so that the university community can be located on the campus.