public override void LoadHomeData(LoadHomeDataCallBack a_processResult, string a_directory)
{
string s_message = "";
GetSettingGroupAverageConsumption();
if (DataLoaded == false)
{
s_message = LoadData(a_directory);
if (string.IsNullOrEmpty(s_message))
{
DataLoaded = true;
}
}
else
{
ResetAllProperties();
}
if (string.IsNullOrEmpty(s_message))
{
VoltAnalyzerMessage.Send <string>(MessageConstants.SetBusyMessage, ManageLanguage.GetLanguageString("Home$ProcessingBusyMessage", ManageLanguage.LanguageSelected));
AverageConsumptionResponce avr_result = AverrageConsumption();
a_processResult(true, "", avr_result.ModelToViewModel());
}
else
{
a_processResult(false, s_message, null);
}
}
public static CarInfoVM ModelToViewModel(this AverageConsumptionResponce a_averageConsumption)
{
return(new CarInfoVM
{
AverageFuelConsumption = Decimal.Round(a_averageConsumption.FuelConsumption, 3),
AverageCombinedConsumption = Decimal.Round(a_averageConsumption.WholeConsumption, 3),
AverageEVKM = Decimal.Round(a_averageConsumption.AverageEVKM, 3),
AverageEVConsumption = Decimal.Round(a_averageConsumption.EVConsumption, 3),
BestFuelConsumption = Decimal.Round(a_averageConsumption.BestFuelConsumption, 3),
WorstFuelConsumption = Decimal.Round(a_averageConsumption.WorstFuelConsumption, 3),
BestEVConsumption = Decimal.Round(a_averageConsumption.BestEVConsumption, 3),
WorstEVConsumption = Decimal.Round(a_averageConsumption.WorstEVConsumption, 3),
TotalCharging = Decimal.Round(a_averageConsumption.TotalCharging, 2),
TotalFuelUsed = Decimal.Round(a_averageConsumption.TotalFuelUsed, 2),
TotalKM = Decimal.Round(a_averageConsumption.TotalKM, 2),
AverageSpeed = decimal.Round(((a_averageConsumption.AverageSpeed * 36) / 10), 2),
FuelConsumptionList = a_averageConsumption.FuelConsumptionList,
DateFuelConsumption = a_averageConsumption.DateFuelConsumption,
TotalRegen = decimal.Round(a_averageConsumption.TotalRegen, 2),
EVConsumptionList = a_averageConsumption.EVConsumptionList,
DateEVConsumption = a_averageConsumption.DateEVConsumption,
});
}
private AverageConsumptionResponce AverrageConsumption()
{
BothConsumption();
decimal d_EVAverrage = 0;
if (TotalEVKM != 0)
{
d_EVAverrage = (TotalkwUsed / TotalEVKM) * 100;
}
decimal d_FuelAverrage = 0;
if (TotalFuelKM != 0)
{
d_FuelAverrage = (TotalFuel / TotalFuelKM) * 100;
}
decimal d_TotalAverrage = 0;
if ((TotalEVKM + TotalFuelKM) != 0)
{
d_TotalAverrage = (TotalFuel / (TotalEVKM + TotalFuelKM)) * 100;
}
if (TotalCharging / 1000 > 0)
{
TotalCharging = TotalCharging / 1000;
}
decimal TotalAverageEVKM = 0;
if (ValidAmountEVKM != 0)
{
TotalAverageEVKM = AverageEVKM / ValidAmountEVKM;
}
decimal AverageS = 0;
if (AmountValuesSpeed != 0)
{
AverageS = AverageSpeed / AmountValuesSpeed;
}
AverageConsumptionResponce acr_responce = new AverageConsumptionResponce();
acr_responce.EVConsumptionList = EVConsumptionList;
acr_responce.DateEVConsumption = DateEVConsumption;
acr_responce.FuelConsumptionList = FuelConsumptionList;
acr_responce.DateFuelConsumption = DateFuelConsumption;
acr_responce.AverageSpeed = AverageS;
acr_responce.EVConsumption = d_EVAverrage;
acr_responce.FuelConsumption = d_FuelAverrage;
acr_responce.WholeConsumption = d_TotalAverrage;
acr_responce.WorstEVConsumption = WorstEVConsumption;
acr_responce.BestEVConsumption = BestEVConsumption;
acr_responce.WorstFuelConsumption = WorstFuelConsumption;
acr_responce.BestFuelConsumption = BestFuelConsumption;
acr_responce.TotalKM = TotalEVKM + TotalFuelKM;
acr_responce.TotalCharging = TotalCharging;
acr_responce.TotalFuelUsed = TotalFuel;
acr_responce.AverageEVKM = TotalAverageEVKM;
acr_responce.TotalRegen = TotalRegen;
return(acr_responce);
}
