Simulating the spread of a mathematically produced disease across chunks.
Technological Aspects Our code uses 3D data structures to precisely model and store data from diseases. Our algorithims take into account a numerous amount of factors ranging from travel, interaction, and infection rates. Our visual representations put into perspective how dangerous a disease can be and can eduacte the world during this time of crisis, now more than ever.
During this crisis, it is critical everyone understands that this is real, and not something out of a comic book. We hope our program can not only inform but educate around the world.
Java 14
Navigate to releases, and download and run the jar file.
To run, use the "main" method in the "Runner" class. You can modify the "disease.ini" configuration file to set the parameters of the simulation. (More info explaining the parameters are in the configuration file.) MAP COLORS green = healthy (uninfected) blue = recovered (recovered people can't get infected anymore because they have built immunity) red = infected black = dead
GRAPH COLORS blue = recovered red = all time infected pink = currently infected (This is the "curve" the government is trying to flatten with quarantine) black = dead
The code and UI are still in development. If you encounter problems, feel free to contact us!
Java 14 Ini4j
Feel free to open issues, forks, or pull requests from our repository.
Caleb Chua, Jean-Pierre Troin, Akash Vig
This project is licensed under the MIT License - see the LICENSE.md file for details
Shoutout to the entire NuevaHacks team for providing us with this thrilling and educational experience!