public void CalculateProfits(Dictionary <AlgorithmType, double> profits)
{
// save last state
PrevProfitableAlgorithmStringID = MostProfitableAlgorithmStringID;
// assume none is profitable
MostProfitableAlgorithmStringID = "NONE";
// calculate new profits
foreach (var algo in Algorithms)
{
algo.UpdateCurrentNormalizedProfit(profits);
}
// find max paying value and save key
double maxProfit = double.NegativeInfinity;
var validAlgorithms = Algorithms.Where(algo => algo.IgnoreUntil <= DateTime.UtcNow);
if (validAlgorithms.Count() == 0)
{
AvailableNotifications.CreateNoAvailableAlgorithmsInfo();
}
foreach (var algo in validAlgorithms)
{
if (maxProfit < algo.CurrentNormalizedProfit)
{
maxProfit = algo.CurrentNormalizedProfit;
MostProfitableAlgorithmStringID = algo.AlgorithmStringID;
}
}
}
public void CalculateProfits(Dictionary <AlgorithmType, double> profits)
{
// save last state
PrevProfitableAlgorithmStringID = MostProfitableAlgorithmStringID;
// calculate new profits
foreach (var algo in Algorithms)
{
algo.UpdateCurrentNormalizedProfit(profits);
}
// find max paying value and save key
var mostProfitable = Algorithms.Where(algo => algo.IgnoreUntil <= DateTime.UtcNow)
.OrderByDescending(algo => algo.CurrentNormalizedProfit)
.FirstOrDefault();
if (Device.IsGaming == true)
{
MostProfitableAlgorithmStringID = "NONE";
}
else if (mostProfitable == null)
{
AvailableNotifications.CreateNoAvailableAlgorithmsInfo(Device.ID, Device.Name);
MostProfitableAlgorithmStringID = "NONE";
}
else
{
MostProfitableAlgorithmStringID = mostProfitable.AlgorithmStringID;
}
}
