public async Task CalculateEnergyWithLoads(CO2Values co2Values)
{
if (!co2Values.IsSinglePoint)
{
if (co2Values.Low_roadload_f0.HasValue &&
co2Values.Low_roadload_f1.HasValue &&
co2Values.Low_roadload_f2.HasValue &&
co2Values.Low_roadload_tm.HasValue)
{
var roadloadF1 = Convert.ToDouble(co2Values.Low_roadload_f1);
var roadloadTm = Convert.ToDouble(co2Values.Low_roadload_tm);
co2Values.Low_roadload_combined =
((Convert.ToDouble(co2Values.Low_roadload_f0) * roadloadTm) /
(1 - Convert.ToDouble(co2Values.Low_roadload_f1))) +
((Convert.ToDouble(co2Values.Low_roadload_f2) * roadloadTm) / (roadloadF1));
}
else
{
co2Values.Low_roadload_combined = null;
}
}
if (co2Values.High_roadload_f0.HasValue &&
co2Values.High_roadload_f1.HasValue &&
co2Values.High_roadload_f2.HasValue &&
co2Values.High_roadload_tm.HasValue)
{
co2Values.High_roadload_combined = CalculateEnergy(Convert.ToDouble(co2Values.High_roadload_f0),
Convert.ToDouble(co2Values.High_roadload_f1), Convert.ToDouble(co2Values.High_roadload_f2),
Convert.ToDouble(co2Values.High_roadload_tm));
}
else
{
co2Values.High_roadload_combined = null;
}
if (co2Values.IsMidPoint && !co2Values.IsSinglePoint)
{
if (co2Values.Mid_roadload_f0.HasValue &&
co2Values.Mid_roadload_f1.HasValue &&
co2Values.Mid_roadload_f2.HasValue &&
co2Values.Mid_roadload_tm.HasValue)
{
co2Values.Mid_roadload_combined =
((Convert.ToDouble(co2Values.Mid_roadload_f0) * Convert.ToDouble(co2Values.Mid_roadload_tm)) /
(1 - Convert.ToDouble(co2Values.Mid_roadload_f1))) +
((Convert.ToDouble(co2Values.Mid_roadload_f2) * Convert.ToDouble(co2Values.Mid_roadload_tm)) /
Convert.ToDouble(co2Values.Mid_roadload_f1));
}
else
{
co2Values.Mid_roadload_combined = null;
}
}
await UpdateCo2Values(co2Values);
}
private static async Task UpdateCo2Values(CO2Values co2Values)
{
// In reality this code would make a network or database call which is simulated with this sleep
await Task.Run((Action)SlowAction);
}
