internal void Update(SensorEnergyLog newEnergyLog)
{
this.Watts1 = newEnergyLog.Watts1;
this.Watts2 = newEnergyLog.Watts2;
this.Watts3 = newEnergyLog.Watts3;
this.WattsTotal = newEnergyLog.WattsTotal;
}
internal void CalculateDuration(float logDurationMode, SensorEnergyLog lastEnergyLog)
{
var calDuration = (this.UnixTime - lastEnergyLog.UnixTime);
var eightyPercent = logDurationMode * 0.80;
if ((calDuration < (logDurationMode - eightyPercent) || (calDuration > (logDurationMode + eightyPercent))))
{
this.Duration = logDurationMode;
}
else
{
this.Duration = calDuration;
}
}
internal static SensorEnergyLog Parse(Sensor sensor, Func <long, long> GetSensorDimTimeId, string contentLogItem)
{
var contenValues = contentLogItem.Split(";");
var unixTime = long.Parse(contenValues[0]);
var watts1 = float.Parse(contenValues[1]);
var watts2 = float.Parse(contenValues[2]);
var watts3 = float.Parse(contenValues[3]);
var wattsTotal = watts1 + watts2 + watts3;
var sensorEnergyLog = new SensorEnergyLog()
{
SensorId = sensor.Id,
SensorDimTimeId = GetSensorDimTimeId(unixTime),
UnixTime = unixTime,
Duration = sensor.LogDurationMode,
Watts1 = watts1 * sensor.DefaultToConvert,
Watts2 = watts2 * sensor.DefaultToConvert,
Watts3 = watts3 * sensor.DefaultToConvert,
WattsTotal = wattsTotal * sensor.DefaultToConvert,
ConvertToUnits = sensor.DefaultToConvert
};
return(sensorEnergyLog);
}
