public int GetMaxNumberOfContsBracketNum()
{
if (PbList.Count > 1)
{
return(PbList.Max(x => x.Frquency));
}
else
{
return(0);
}
}
public void CreateRanks()
{
for (int i = 0; i < PbList.Count; i++)
{
PbList[i] = GetStdRank(PbList[i]);
PbList[i] = GetProximityRank(PbList[i]);
PbList[i] = GetOriginalScoreRate(PbList[i]);
}
// order from higher to lower
PbList.OrderByDescending(i => i.GeneralRate);
}
public void AddPotentialBracket(double score, int frequency, double stdDivision, decimal originalscoresrating,
double proximitytonumofconts, List <int> participantsIDs, Dictionary <int, double> idandscore, GlobalVars.GenderEnum gender)
{
// make fixes if its a woman (is must not have any factor if its mixed house)
PbList.Add(new PotentialBrackets
{
Score = score,
Frquency = frequency,
StdDivision = stdDivision,
OriginalScoresRating = originalscoresrating,
proximityToNumOfConts = proximitytonumofconts,
ParticipantsIDs = participantsIDs,
BracketID = PotentialBracetNum,
IdAndScore = idandscore,
Gender = gender
});
PotentialBracetNum += 1;
}
public PotentialBrackets GetMostRecommendedBracket()
{
// most ideal for bracket by by priority: first priority is original score second place is proximity to n (frequency) and third place is std division beetween contenders
PbList = PbList.OrderByDescending(i => i.OriginalScoreRank).ThenBy(n => n.ProximityRank).ThenBy(n => n.StdRank).ToList();
return(PbList[0]);
}
public void ClearPbList()
{
PbList.Clear();
}
