/**
* <summary>
* Generate a graph of people
* </summary>
*
* <returns>The generated graph</returns>
*/
private People GenerateGraph(bool genStatic)
{
if (genStatic)
{
Person person0 = new Person("Person0");
Person person1 = new Person("Person1");
Person person2 = new Person("Person2");
Person person3 = new Person("Person3");
Person person4 = new Person("Person4");
int[] residence1 = { 0, 1, 2, 3, 4 };
Person person5 = new Person("Person5");
Person person6 = new Person("Person6");
Person person7 = new Person("Person7");
Person person8 = new Person("Person8");
Person person9 = new Person("Person9");
int[] residence2 = { 5, 6, 7, 8, 9 };
Person person10 = new Person("Person10");
Person person11 = new Person("Person11");
Person person12 = new Person("Person12");
Person person13 = new Person("Person13");
Person person14 = new Person("Person14");
int[] residence3 = { 10, 11, 12, 13, 14 };
Person person15 = new Person("Person15");
Person person16 = new Person("Person16");
Person person17 = new Person("Person17");
int[] residence4 = { 15, 16, 17 };
Person person18 = new Person("Person18");
Person person19 = new Person("Person19");
Person[] peopleArr =
{
person0, person1, person2, person3, person4, person5, person6, person7, person8, person9, person10,
person11, person12, person13, person14, person15, person16,
person17, person18, person19
};
People people = new People(peopleArr);
ConnEdge[] r1Conns = People.ResidenceConnections(residence1);
ConnEdge[] r2Conns = People.ResidenceConnections(residence2);
ConnEdge[] r3Conns = People.ResidenceConnections(residence3);
ConnEdge[] r4Conns = People.ResidenceConnections(residence4);
foreach (ConnEdge e in r1Conns)
{
people.AddConnection(e);
}
foreach (ConnEdge e in r2Conns)
{
people.AddConnection(e);
}
foreach (ConnEdge e in r3Conns)
{
people.AddConnection(e);
}
foreach (ConnEdge e in r4Conns)
{
people.AddConnection(e);
}
people.AddConnection(new ConnEdge(0, 5, ConnectionValues.Medium));
people.AddConnection(new ConnEdge(6, 10, ConnectionValues.Medium));
people.AddConnection(new ConnEdge(14, 15, ConnectionValues.Medium));
people.AddConnection(new ConnEdge(16, 18, ConnectionValues.Medium));
people.AddConnection(new ConnEdge(7, 19, ConnectionValues.Medium));
person18.Infect();
return(people);
}
int numPeople = 10; // Small for now so that I can figure out if this works.
Person[] randPeopleArr = new Person[numPeople];
int[][] closeAdj = new int[numPeople][];
int[][] mediumAdj = new int[numPeople][];
int[][] farAdj = new int[numPeople][];
int[] closeSeq = new int[numPeople];
int[] mediumSeq = new int[numPeople];
int[] farSeq = new int[numPeople];
for (int i = 0; i < numPeople; i++)
{
randPeopleArr[i] = new Person("Person" + i);
// Infect people here at some point
closeAdj[i] = new int[numPeople];
mediumAdj[i] = new int[numPeople];
farAdj[i] = new int[numPeople];
for (int j = 0; j < numPeople; j++)
{
closeAdj[i][j] = 0;
mediumAdj[i][j] = 0;
farAdj[i][j] = 0;
}
closeSeq[i] = Program.data.GetNumConnections(ConnectionType.Close);
mediumSeq[i] = Program.data.GetNumConnections(ConnectionType.Medium);
farSeq[i] = Program.data.GetNumConnections(ConnectionType.Far);
}
// TODO: THIS
// This may not be entirely accurate. I might need to make this so it generates the close, medium, and far numbers together (something something dependence)
// After generating a ton of random graphs (see below), select the one that has a density that's closest to the data
for (int i = 0; i < numPeople; i++)
{
for (int j = i + 1; j < numPeople; j++) // Make this generate random graphs by randomizing the j order. Don't just go sequentially.
{
if (closeSeq[i] <= 0)
{
break;
}
if (closeSeq[j] > 0 && closeAdj[i][j] != 1)
{
// Connect them!
closeSeq[i]--;
closeSeq[j]--;
closeAdj[i][j] = 1;
closeAdj[j][i] = 1;
}
}
}
People randPeople = new People(randPeopleArr);
return(randPeople);
}
