This project implements graphic version of epidemic simulation model on 2D map.

Our models create pseudo-random distribution of age to distinguish different ways of passing-through the infection (probabilities of getting infected, death, recovery and vaccination differ basen on person's age).

As a single person, we can:

• get infected
• infect our neighbours
• die because of infection
• recover from sickness - that gives us lower chances of being infected, lower probability of death and higher chances to recover again
• get vaccinated - the same effects as recovery but bigger modifiers of these constants

To model our epidemic, we use parameters such as:

• contagiousness - to describe how easily epidemic spreads
• fatality - general probability of death when infected
• cure_difficulty - how difficult it is to recover
• vaccine_aversion - according to recent situation, this parameter describes probability of people not vaccinating against epidemic

• vaccine_invention_speed - describes probability of fast invention of vaccine
• simulation_length - although our simulation has no strict limit, this parameter is connected to vaccine_invention_speed, because we have to make a comparison what "faster" really means

Make sure you have QT library installed on your device.

1. Run main.cpp file.
2. Two windows should be displayed - "Step" button and a map.
3. Clicking the button will generate next epoque of simulation.
4. Map tiles are coloured in certain manner: