private static Actuals CloneActuals(Pack pack)
{
return(new Actuals
{
PackVoltage = pack.Actuals().Voltage,
Cell1Voltage = pack[0].Actuals().Voltage,
Cell2Voltage = pack[1].Actuals().Voltage,
Cell3Voltage = pack[2].Actuals().Voltage,
ActualCurrent = pack.Actuals().ActualCurrent,
Capacity = pack.Actuals().RemainingCapacity,
Temperature = pack.Actuals().Temperature
});
}
private static void PrintActuals(Pack pack)
{
var actuals = pack.Actuals();
Console.WriteLine("Current battery conditions:");
Console.WriteLine("Voltage: {0} V ({1})",
actuals.Voltage,
pack.SubElements.Select((c, i) => string.Format("{0}: {1} V", i, c.Actuals().Voltage)).Join(", "));
Console.WriteLine("Current: {0} mA", actuals.ActualCurrent * 1000f);
Console.WriteLine("Average current: {0} mA", actuals.AverageCurrent * 1000f);
Console.WriteLine("Temperature: {0:f2} °C", actuals.Temperature - 273.15f);
Console.WriteLine("Remaining capacity: {0:N0} mAh", actuals.RemainingCapacity * 1000f);
Console.WriteLine("Absolute StateOfCharge: {0} %", actuals.AbsoluteStateOfCharge * 100f);
Console.WriteLine("Relative StateOfCharge: {0} %", actuals.RelativeStateOfCharge * 100f);
Console.WriteLine("Actual run time: {0}", actuals.ActualRunTime);
Console.WriteLine("Average run time: {0}", actuals.AverageRunTime);
//Console.WriteLine("Charging voltage: {0}", actuals.ChargingVoltage);
//Console.WriteLine("Charging current: {0}", actuals.ChargingCurrent);
Console.WriteLine();
}