public TeamMember Clone()
{
TeamMember member = new TeamMember(email);
member.preferredTeammates = preferredTeammates;
member.unprefferedTeammates = unprefferedTeammates;
return member;
}
public void sortTeamMembersTest()
{
TeamMember mem1 = new TeamMember("Mem1");
TeamMember mem2 = new TeamMember("Mem2");
TeamMember mem3 = new TeamMember("Mem3");
TeamMember mem4 = new TeamMember("Mem4");
TeamMember mem5 = new TeamMember("Mem5");
TeamMember mem6 = new TeamMember("Mem6");
mem1.preferredTeammates.Add(mem2);
mem1.unprefferedTeammates.Add(mem3);
mem6.preferredTeammates.Add(mem4);
mem6.preferredTeammates.Add(mem3);
mem4.unprefferedTeammates.Add(mem5);
List<TeamMember> pop = new List<TeamMember>();
pop.Add(mem1);
pop.Add(mem3);
pop.Add(mem2);
pop.Add(mem4);
pop.Add(mem5);
pop.Add(mem6);
League best = TheSortingHat.sortTeamMembers(pop, 3);
//from inspection, we can get 2 * preferredWeight for fitness.
Assert.AreEqual(2 * Settings.PreferredTeammateWeight, best.getFitness());
}
public void CloneTest()
{
TeamMember mem = new TeamMember("Mem1");
TeamMember clone = mem.Clone();
Assert.AreNotEqual(mem, clone);
Assert.AreEqual(mem.preferredTeammates, clone.preferredTeammates);
Assert.AreEqual(mem.unprefferedTeammates, clone.unprefferedTeammates);
}
public void getFitnessTest()
{
//make a test
TeamMember mem1 = new TeamMember("Mem1");
TeamMember mem2 = new TeamMember("Mem2");
mem1.preferredTeammates.Add(mem2);
mem2.unprefferedTeammates.Add(mem1);
Team t1 = new Team();
t1.AddMember(mem1);
t1.AddMember(mem2);
Assert.AreEqual(Settings.PreferredTeammateWeight, mem1.getFitness());
Assert.AreEqual(Settings.UnpreferredTeammateWeight, mem2.getFitness());
}
public void sortTeamMembersTest2()
{
//it really has a hard time with this one, but it is unrealistic
TeamMember mem1 = new TeamMember("Mem1");
TeamMember mem2 = new TeamMember("Mem2");
TeamMember mem3 = new TeamMember("Mem3");
TeamMember mem4 = new TeamMember("Mem4");
TeamMember mem5 = new TeamMember("Mem5");
TeamMember mem6 = new TeamMember("Mem6");
TeamMember mem7 = new TeamMember("Mem7");
TeamMember mem8 = new TeamMember("Mem8");
TeamMember mem9 = new TeamMember("Mem9");
TeamMember mem10 = new TeamMember("Mem10");
mem1.preferredTeammates.Add(mem2);
mem2.preferredTeammates.Add(mem3);
mem3.preferredTeammates.Add(mem4);
mem4.preferredTeammates.Add(mem5);
mem6.preferredTeammates.Add(mem7);
mem7.preferredTeammates.Add(mem8);
mem8.preferredTeammates.Add(mem9);
mem9.preferredTeammates.Add(mem10);
List<TeamMember> pop = new List<TeamMember>();
pop.Add(mem1);
pop.Add(mem3);
pop.Add(mem2);
pop.Add(mem4);
pop.Add(mem5);
pop.Add(mem6);
pop.Add(mem7);
pop.Add(mem8);
pop.Add(mem9);
pop.Add(mem10);
League best = TheSortingHat.sortTeamMembers(pop, 2);
//from inspection, we can get 2 * preferredWeight for fitness.
Assert.AreEqual(8 * Settings.PreferredTeammateWeight, best.getFitness());
}
static void Main(string[] args)
{
TeamMember mem1 = new TeamMember("Mem1");
TeamMember mem2 = new TeamMember("Mem2");
TeamMember mem3 = new TeamMember("Mem3");
TeamMember mem4 = new TeamMember("Mem4");
TeamMember mem5 = new TeamMember("Mem5");
TeamMember mem6 = new TeamMember("Mem6");
TeamMember mem7 = new TeamMember("Mem7");
TeamMember mem8 = new TeamMember("Mem8");
TeamMember mem9 = new TeamMember("Mem9");
TeamMember mem10 = new TeamMember("Mem10");
mem1.preferredTeammates.Add(mem2);
mem2.preferredTeammates.Add(mem3);
mem3.preferredTeammates.Add(mem4);
mem4.preferredTeammates.Add(mem5);
mem6.preferredTeammates.Add(mem7);
mem7.preferredTeammates.Add(mem8);
mem8.preferredTeammates.Add(mem9);
mem9.preferredTeammates.Add(mem10);
List<TeamMember> pop = new List<TeamMember>();
pop.Add(mem1);
pop.Add(mem3);
pop.Add(mem2);
pop.Add(mem4);
pop.Add(mem5);
pop.Add(mem6);
pop.Add(mem7);
pop.Add(mem8);
pop.Add(mem9);
pop.Add(mem10);
Console.WriteLine(TheSortingHat.sortTeamMembers(pop, 2).getFitness());
Console.ReadKey();
}
public void sortTeamMembersTest3()
{
//This one is realistic, with pairs wanting to be together, friends.
TeamMember mem1 = new TeamMember("Mem1");
TeamMember mem2 = new TeamMember("Mem2");
TeamMember mem3 = new TeamMember("Mem3");
TeamMember mem4 = new TeamMember("Mem4");
TeamMember mem5 = new TeamMember("Mem5");
TeamMember mem6 = new TeamMember("Mem6");
TeamMember mem7 = new TeamMember("Mem7");
TeamMember mem8 = new TeamMember("Mem8");
TeamMember mem9 = new TeamMember("Mem9");
TeamMember mem10 = new TeamMember("Mem10");
mem1.preferredTeammates.Add(mem2);
mem2.preferredTeammates.Add(mem1);
mem3.preferredTeammates.Add(mem4);
mem4.preferredTeammates.Add(mem3);
mem6.preferredTeammates.Add(mem7);
mem7.preferredTeammates.Add(mem6);
mem8.preferredTeammates.Add(mem9);
mem9.preferredTeammates.Add(mem8);
List<TeamMember> pop = new List<TeamMember>();
pop.Add(mem1);
pop.Add(mem3);
pop.Add(mem2);
pop.Add(mem4);
pop.Add(mem5);
pop.Add(mem6);
pop.Add(mem7);
pop.Add(mem8);
pop.Add(mem9);
pop.Add(mem10);
League best = TheSortingHat.sortTeamMembers(pop, 2);
//from inspection, we can get 2 * preferredWeight for fitness.
Assert.AreEqual(8 * Settings.PreferredTeammateWeight, best.getFitness());
}
public void sortTeamMembersTest5()
{
TeamMember mem1 = new TeamMember("Mem1");
TeamMember mem2 = new TeamMember("Mem2");
TeamMember mem3 = new TeamMember("Mem3");
TeamMember mem4 = new TeamMember("Mem4");
TeamMember mem5 = new TeamMember("Mem5");
TeamMember mem6 = new TeamMember("Mem6");
TeamMember mem7 = new TeamMember("Mem7");
TeamMember mem8 = new TeamMember("Mem8");
TeamMember mem9 = new TeamMember("Mem9");
TeamMember mem10 = new TeamMember("Mem10");
mem1.unprefferedTeammates.Add(mem2);
mem2.unprefferedTeammates.Add(mem1);
mem3.unprefferedTeammates.Add(mem4);
mem4.unprefferedTeammates.Add(mem3);
//a pair of enemies.
mem9.preferredTeammates.Add(mem10);
mem10.preferredTeammates.Add(mem9);
mem8.preferredTeammates.Add(mem7);
mem7.preferredTeammates.Add(mem8);
//a pair of friends.
List<TeamMember> pop = new List<TeamMember>();
pop.Add(mem1);
pop.Add(mem3);
pop.Add(mem2);
pop.Add(mem4);
pop.Add(mem5);
pop.Add(mem6);
pop.Add(mem7);
pop.Add(mem8);
pop.Add(mem9);
pop.Add(mem10);
League best = TheSortingHat.sortTeamMembers(pop, 2);
//from inspection, we can get 4 * preferredWeight for fitness.
Assert.AreEqual(4 * Settings.PreferredTeammateWeight, best.getFitness());
}
public void sortTeamMembersTest4()
{
TeamMember mem1 = new TeamMember("Mem1");
TeamMember mem2 = new TeamMember("Mem2");
TeamMember mem3 = new TeamMember("Mem3");
TeamMember mem4 = new TeamMember("Mem4");
TeamMember mem5 = new TeamMember("Mem5");
TeamMember mem6 = new TeamMember("Mem6");
TeamMember mem7 = new TeamMember("Mem7");
TeamMember mem8 = new TeamMember("Mem8");
TeamMember mem9 = new TeamMember("Mem9");
TeamMember mem10 = new TeamMember("Mem10");
mem1.preferredTeammates.Add(mem2);
mem1.preferredTeammates.Add(mem3);
mem2.preferredTeammates.Add(mem1);
mem2.preferredTeammates.Add(mem3);
mem3.preferredTeammates.Add(mem1);
mem3.preferredTeammates.Add(mem2);
//clique
List<TeamMember> pop = new List<TeamMember>();
pop.Add(mem1);
pop.Add(mem3);
pop.Add(mem2);
pop.Add(mem4);
pop.Add(mem5);
pop.Add(mem6);
pop.Add(mem7);
pop.Add(mem8);
pop.Add(mem9);
pop.Add(mem10);
League best = TheSortingHat.sortTeamMembers(pop, 2);
//from inspection, we can get 2 * preferredWeight for fitness.
Assert.AreEqual(6 * Settings.PreferredTeammateWeight, best.getFitness());
}
private bool memberIsOnATeam(TeamMember member)
{
foreach(Team t in teams)
{
if(t.containsMember(member))
return true;
}
return false;
}
