This project was developed for the Advanced Methods of Modeling and Simulation course from the Doctoral Program in Informatics Engineering at FEUP.
The goal was to facilitate the integration and implementation of pedestrian models in the traffic simulator SUMO. To achieve this, the SUMO simulation was recreated in Unity3D. This way new model can be implemented and verified in Unity, while keeping the great SUMO traffic simulation as it's backbone.
Currently it is possible to sync SUMO to Unity3D and control a pedestrian in VR or with mouse and keyboard, and have that movement be mirrored in SUMO, while preserving all the pedestrian-pedestrian and pedestrian-vehicle interactions.
Follow all the instruction given in this guide: [https://sumo.dlr.de/docs/Installing/Windows_Build.html]
Don't forget to install all the additional libraries and python modules.
The latest Unity3D version should work, but to be sure download version 2019.2.10f1.
Open command line in the root of the project and run
python "SUMO Network\runner.py"After the SUMO GUI window opens, press the play button or Ctrl + A.
Open the Unity3D project in Unity editor and select the scene SUMO Perfect. Make sure Sumo is set to support Virtual Reality in XR settings. Press play and SUMO and Unity should sync up automatically.
If a VR headset is being used, used both joysticks or touchpads to move. Otherwise WASD and mouse can be used instead.