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3D data representation and visualization of complex features of traffic infrastructure
Hřebec, Tomáš ; Brůha, Lukáš (advisor) ; Laštovička, Josef (referee)
7 Abstract This bachelor thesis designs and implements the process of creating and visualizing of 3D models of complex elements of road infrastructure with focus on level crossing. The theoretical part outlines the principles of modeling, methods of collecting spatial data using the Structure from Motion method and aerial images. This thesis also introduces the basics of Blender software, which the model is created in, and how ArcGIS Pro software, in which the final models are visualized, works with 3D data. Model of a bridge is created by an add-on for Blender. This work describes how the add-on was created, how it works and how to control it. In the end, there is described how to visualize the models. Keywords: Spatial data structures, 3D GIS, 3D visualization, traffic infrastructure
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