public bool FindMatchingMaps(MapStatisticModel MapA, string PeriodName, TeamStatisticPeriodModel TeamB)
{
bool MapFound = false;
foreach (var period in TeamB.TeamStatistics)
{
// Find matching period
if (PeriodName == period.Period)
{
// Try to find matching map
foreach (var MapB in period.Maps)
{
if (MapA.Map.ToLower() == MapB.Map.ToLower())
{
MapFound = true;
// If found compare maps
MapA.SuggestedMap = CompareStats(MapA, MapB);
}
}
if (MapFound == false)
{
// Compare with empty map
MapA.SuggestedMap = CompareStats(MapA, new MapStatisticModel());
}
}
}
return(true);
}
private double SetWinPercentSpecialCases(MapStatisticModel Map)
{
// If extra few matches, set winpercent manually
if (Map.TotalWins + Map.TotalLosses < 2)
{
if (Map.TotalWins + Map.TotalLosses == 0) // 50% if no games
{
return(50);
}
else if (Map.TotalWins == 1) // 1-0 record 67%
{
return(67);
}
else // 0-1 record 33%
{
return(33);
}
}
else
{
return(Map.WinPercent);
}
}
private SuggestedMapModel CompareStats(MapStatisticModel MapA, MapStatisticModel MapB)
{
SuggestedMapModel result = null;
double TFRPoints = 0.0;
#region SPECIAL CASES
// Empty record, default 0.5
if (MapB.DifficultyRating == 0)
{
MapB.DifficultyRating = 0.5;
}
var WinPercentA = SetWinPercentSpecialCases(MapA);
var WinPercentB = SetWinPercentSpecialCases(MapB);
#endregion
int WinLossRecord = (MapA.TotalWins - MapA.TotalLosses) - (MapB.TotalWins - MapB.TotalLosses);
var valuePoint = Math.Round((WinPercentA - WinPercentB) / 10.0);
var diffPoint = (int)Math.Floor((MapA.DifficultyRating - MapB.DifficultyRating) * 10);
TFRPoints = MapA.FullTeamRanking - MapB.FullTeamRanking;
if (WinLossRecord > 0 && valuePoint > 0 && MapA.WinPercent >= 50)
{
result = new SuggestedMapModel();
result.Map = MapA.Map;
result.SuggestedRank = Math.Ceiling((((WinLossRecord + valuePoint) / 2.0) + diffPoint) * (MapA.FullTeamRanking * 0.2));
result.WinLossRecord = WinLossRecord;
result.WinPercent = Math.Round(WinPercentA - WinPercentB, 1);
result.DifficultyRating = Math.Round((MapA.DifficultyRating - MapB.DifficultyRating) * 10, 1);
result.TFRating = Math.Round(TFRPoints, 1);
result.SuggestiveMapClass = GetClassBySuggestedRank(result.SuggestedRank);
}
return(result);
}
