Usage of the OSM Web Wizard can be looked up in the SUMO website. Summing up, inside the SUMO directory there is a folder tools, which contains a file named osmWebWizard.py. By running it using Pyhton, a web interface pops up with the OSM Web Wizard. From it, a SUMO scenario can be downloaded. For the scope of this work, it is important to export building information as well with the tick in Add polygons. The file osm.sumocfg will be the input to the SUMO simulator. The file osm.poly will be the input to the "Map processing" (Medium.py).
For using sumo, the following comand should be used inside the folder exported by the OSM Web Wizard, where <granularity> is the granularity of the output. We used 0.1. A file named fcd.xml will be used as the input to the "Node processing" (PowerTracker.py).
sumo -c osm.sumocfg --fcd-output fcd.xml --device.fcd.period <granularity> --step-length <granularity>
The usage for the Map processing module is as shown below. The <polygon_file> parameter is the path to the osm.poly within the scenario from OSM Web Wizard. <center_x> and <center_y> are the coordinates where the central base station will be generated. <working_folder> is where the final static maps (one global and one for each cell) will be placed.
python Medium.py <polygon_file> <center_x> <center_y> <working_folder>
For the generated trace, the values of 1080.0, 892.0 were used for <center_x>, <center_y>.
The usage for the Node processing module is show below. <fcd_file> is the fcd.xml file generated by sumo. <working_folder> is the same as used by the Map processing to export the maps. <t_start> is the timestamp at which the node processing should start. <t_stop> is the timestamp at which the node processing should stop.
python PowerTracker.py <fcd_file> <working_folder> <t_start> <t_stop>
The input configurations for the traffic generator (including the node trace folder, i.e. the working direction, are inside Configurations.py.
Individual: IEEE Dataport
Aggregated: Zenodo