A c++ project

In c++ create a project to analyze the features of a contact network and simulate how a disease would spread through the network given certain disease parameters using an SEIR disease model. Examples of input file will be provided And example of what the out file/ console display should look like will be provided. The program must have the following functionality and stand by the following constraints: 1. Allow user to choose the file describing the configuration of the simulation [login to view URL] hardcode the filename into your program [login to view URL] first line will contain the name of the file describing the population of the contact network [login to view URL] second line will contain the latent period of the disease [login to view URL] third line will contain the infectious period of the disease [login to view URL] fourth line will contain the identity of patient zero, the initially infected person -For the population file: 1. Each line will list a person and all of the people they are connected to 2. The format will be the name of the person, a colon, and then a comma delimited list of all of the people they are connected to [login to view URL] person 1 is linked to person 2, then person 2 is also linked to person 1 -The population should be stored as an unweighted, undirected graph, and the graph should be constructed as either an adjacency matrix or an adjacency list. All people start as susceptible except for patient zero who is infectious. -You may not use any of the graph libraries provided by any C/C++ libraries, the STL, or the Boost libraries. You must build your own adjacency matrix or adjacency list. -Your system should first analyze the contact network and output: [login to view URL] number of connected components in the graph [login to view URL] number of individuals in each component [login to view URL] average degree of nodes (people) for each component with two digits of precision [login to view URL], your system should simulate the disease according to the following constraints: [login to view URL] zero is infectious on day 0, and this counts against one day of their infectious period [login to view URL] susceptible people adjacent to an infectious person become latent on the next day [login to view URL] people become infectious after the latent period is over [login to view URL] people become recovered after the infectious period is over [login to view URL] people stay recovered for the duration of the simulation [login to view URL] simulation should end when there are no latent and no infectious people remaining -You system should output the count of susceptible, latent, infectious, and recovered for each day of the outbreak, including day 0 and the first day with no latent and no infected people -All .cpp files, except your [login to view URL], must have associated header files. You may not #include a .cpp file, only header files -You can NOT use any of the searching algorithms provided by any C/C++ libraries, the STL, or the Boost libraries. You must write your own search algorithm, using Depth First Search or Breadth First Search -Please provide a .txt format README file which includes: [login to view URL] on how to compile the program [login to view URL] on how to run the program -Additionally, you can write a makefile, but specify if it needs any additional flags to run properly