public override bool Beats(Player[] teamA, Player[] teamB, out double winChance)
{
int individualWins = 0;
int teamSize = teamA.Length;
for (int p = 0; p < teamSize; p++)
{
double chance = teamA[p].trueskill - teamB[p].trueskill > Program.beatBound ? 1 : (teamA[p].trueskill - teamB[p].trueskill < -Program.beatBound ? 0 : ELO.WinChance(teamA[p].trueskill, teamB[p].trueskill));
if (Wins(chance))
{
individualWins++;
//Console.WriteLine($"allied player {p} beat enemy player {p}");
}
else
{
//Console.WriteLine($"allied player {p} lost to enemy player {p}");
}
}
double relativeWins = (double)individualWins / (double)teamSize;
//Console.WriteLine($"relativeWins: {relativeWins}");
double averageSkillA = ELO.AverageSkill(teamA);
double averageSkillB = ELO.AverageSkill(teamB);
winChance = ELO.WinChance(averageSkillA, averageSkillB);
//Console.WriteLine($"average Skill team A: {averageSkillA}");
//Console.WriteLine($"average Skill team B: {averageSkillB}");
//Console.WriteLine($"winChance: {winChance}");
double averageChance = (relativeWins + winChance) / 2;
//Console.WriteLine($"averageChance: {averageChance}");
return(Wins(averageChance));
}
public override bool Beats(Player[] teamA, Player[] teamB, out double winChance)
{
winChance = ELO.WinChance(ELO.AverageSkill(teamA), ELO.AverageSkill(teamB));
return(Wins(winChance));
}
