static float OutputSimResults(string machineName, int simulationCount, BettingResult resultsAvg)
{
var totalBet = resultsAvg.InitialStake;
var totalWinnings = resultsAvg.Returns;
var profitPercentage = 1.0f - (totalWinnings / totalBet);
Console.WriteLine($"{machineName}: {simulationCount:n0} tests were run; Profit: £{totalBet - totalWinnings}; Profit Percentage: {profitPercentage:P2}");
return(profitPercentage);
}
public static List <MatchesResult> GetBetResult(int database)
{
var redis = new Redis(database);
var keys = redis.GetAllKeys();
var participants = new List <Participant>();
keys.Sort();
var ordered = keys.OrderBy(x => x.Length);
foreach (var key in ordered)
{
var p = redis.GetRedisValue <Participant>(key);
participants.Add(p);
}
var firstPart = participants.First();
var orderdMatches = firstPart.Matches
.Where(x => x.MatchStart > DateTime.Now.AddHours(-5))
.OrderBy(x => x.MatchStart < DateTime.Now).ToList();
var matches = new List <MatchesResult>();
foreach (var match in orderdMatches)
{
var matchesResult = new MatchesResult
{
MatchStart = match.MatchStart,
HomeTeam = match.HomeTeam,
AwayTeam = match.AwayTeam,
BettingResults = new List <BettingResult>()
};
participants.ForEach(x =>
{
var bet = new BettingResult
{
Name = x.Name,
Points = x.Points
};
var partMatch = x.Matches.First(u => u.HomeTeam.Equals(match.HomeTeam) &&
u.AwayTeam.Equals(match.AwayTeam) &&
u.MatchStart == match.MatchStart);
bet.Bet = partMatch.Result;
matchesResult.BettingResults.Add(bet);
});
matches.Add(matchesResult);
}
return(matches.ToList());
}
