virus3spread virus distribution model-simulation

Here arises an attempt to test DR Clare Craig's hypothesis about airborne virus contagion -> Book Expired.
To investigate annually recurring waves from the momentum of a chaotic system, and study or play with it's dynamics.
Since the linear sientific SIR model used, seems to differ from reality.


So what is special about this simulation?
Most other simulations already assume the droplet theory, this one does not.


Forked from virus2spread and implemented a simple virus reproduction and immune system
Further information see virus3spread wiki

For certain parameters, a damped oscillation results solely from the internal properties of this simple model.
As soon the movement of the people is slowd down, the big oscillations disappear.
Some examples see Examples wiki

The recurring waves can possibly be explained by the properties of the coupled system.
Without having to resort to changes in the environment or the immune system.

For maximal Iteration speed minimize the render Simulation Window to the Windows Taskbar.



Installation:

Prerequisite: Microsoft .Net 8 has to be installed first! https://dotnet.microsoft.com/en-us/download

The binary files and a program setup file can be compiled with the free Microsoft Visual Studio Community 2022 Edition.
Just download Visual Studio , open the Project and click the Bulid Menu.

Alternative to the Setup , it is sufficient if only the binary files are copied fom the compiled folder:
/Virus3spread/bin/Release/net8.0-windows7.0/. to any folder, and double click Virus3spread.exe to run the Simulation.

License: open source - MIT License
Disclaimer see link: DISCLAIMER!

Just a simulation model, for use out of pure curiosity, not to force people.