// avarage passed in benchmark values
public static void AvarageSpeeds(List <MiningDevice> miningDevs)
{
// calculate avarage speeds, to ensure mining stability
// device name, algo key, algos refs list
Dictionary <string,
Dictionary <AlgorithmType,
List <MiningAlgorithm> > > avarager = new Dictionary <string, Dictionary <AlgorithmType, List <MiningAlgorithm> > >();
// init empty avarager
foreach (var device in miningDevs)
{
string devName = device.Device.Name;
avarager[devName] = new Dictionary <AlgorithmType, List <MiningAlgorithm> >();
foreach (var key in AlgorithmNiceHashNames.GetAllAvaliableTypes())
{
avarager[devName][key] = new List <MiningAlgorithm>();
}
}
// fill avarager
foreach (var device in miningDevs)
{
string devName = device.Device.Name;
foreach (var kvp in device.Algorithms)
{
var key = kvp.Key;
MiningAlgorithm algo = kvp.Value;
avarager[devName][key].Add(algo);
}
}
// calculate avarages
foreach (var devDict in avarager.Values)
{
foreach (List <MiningAlgorithm> miningAlgosList in devDict.Values)
{
// if list not empty calculate avarage
if (miningAlgosList.Count > 0)
{
// calculate avarage
double sum = 0;
foreach (var algo in miningAlgosList)
{
sum += algo.AvaragedSpeed;
}
double avarageSpeed = sum / miningAlgosList.Count;
// set avarage
foreach (var algo in miningAlgosList)
{
algo.AvaragedSpeed = avarageSpeed;
}
}
}
}
}
public MiningDevice(ComputeDevice device)
{
Device = device;
foreach (var kvp in Device.AlgorithmSettings) {
AlgorithmType key = kvp.Key;
Algorithm algo = kvp.Value;
bool isAlgoMiningCapable = GroupSetupUtils.IsAlgoMiningCapable(algo);
bool isValidMinerPath = GroupSetupUtils.IsValidMinerPath(device, algo);
if (isAlgoMiningCapable && isValidMinerPath) {
Algorithms[key] = new MiningAlgorithm(device, algo);
}
}
}
public MiningDevice(ComputeDevice device)
{
Device = device;
foreach (var kvp in Device.AlgorithmSettings)
{
AlgorithmType key = kvp.Key;
Algorithm algo = kvp.Value;
bool isAlgoMiningCapable = GroupSetupUtils.IsAlgoMiningCapable(algo);
bool isValidMinerPath = GroupSetupUtils.IsValidMinerPath(device, algo);
if (isAlgoMiningCapable && isValidMinerPath)
{
Algorithms[key] = new MiningAlgorithm(device, algo);
}
}
}
public void CalculateProfits(Dictionary <AlgorithmType, NiceHashSMA> NiceHashData)
{
// assume none is profitable
MostProfitableKey = AlgorithmType.NONE;
// calculate new profits
foreach (var miningAlgo in Algorithms)
{
AlgorithmType key = miningAlgo.Key;
MiningAlgorithm algo = miningAlgo.Value;
if (NiceHashData.ContainsKey(key))
{
algo.CurNhmSMADataVal = NiceHashData[key].paying;
algo.CurrentProfit = algo.CurNhmSMADataVal * algo.AvaragedSpeed * 0.000000001;
}
else
{
algo.CurrentProfit = 0;
}
}
// find max paying value and save key
double maxProfit = 0;
foreach (var miningAlgo in Algorithms)
{
AlgorithmType key = miningAlgo.Key;
MiningAlgorithm algo = miningAlgo.Value;
if (maxProfit < algo.CurrentProfit)
{
maxProfit = algo.CurrentProfit;
MostProfitableKey = key;
}
}
#if (SWITCH_TESTING)
var devName = Device.GetFullName();
// set new most profit
if (Algorithms.ContainsKey(testingAlgos[next]))
{
MostProfitableKey = testingAlgos[next];
}
else if (ForceNone)
{
MostProfitableKey = AlgorithmType.NONE;
}
var mostProfitKeyName = AlgorithmNiceHashNames.GetName(MostProfitableKey);
Helpers.ConsolePrint("SWITCH_TESTING", String.Format("Setting device {0} to {1}", devName, mostProfitKeyName));
#endif
}
