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);
}
public async Task <TeamStatisticPeriodModel> GetTeamPeriodStatistics(int TeamId, List <string> PeriodSelection, ExpectedLineUp expectedLinup, int secondaryTeamId, bool NoCache, int MinFullTeamRanking, string teamRank, string logo, int?ignoreTeamId = null)
{
var result = new TeamStatisticPeriodModel();
result.TeamId = TeamId;
result.TeamName = GetTeamName(TeamId);
result.TeamDifficultyRating = _program.GetRankingValueForTeam(TeamId, DateTime.Now);
result.TeamRank = teamRank;
result.Logo = logo;
foreach (var period in PeriodSelection)
{
await Task.Run(() => result.TeamStatistics.Add(GetTeamPeriodStatistics(TeamId, (PeriodEnum)int.Parse(period), expectedLinup, secondaryTeamId, NoCache, MinFullTeamRanking, ignoreTeamId))).ConfigureAwait(false);
}
return(result);
}