private bool SetType(byte vif)
{
Type = (PrimaryValueInformation)vif;
var success = Enum.IsDefined(typeof(PrimaryValueInformation), Type);
return(success);
}
private void Parse()
{
var baseMultiplier = DetermineTypeAndMultiplier();
switch (Type)
{
case PrimaryValueInformation.Date:
ParseDate(_dataField);
break;
case PrimaryValueInformation.DateTimeGeneral:
ParseDate(_dataField);
break;
case PrimaryValueInformation.EnergyWh:
Multiplier = baseMultiplier - 3;
Unit = Unit.Wh;
break;
case PrimaryValueInformation.EnergyJoule:
Multiplier = baseMultiplier;
Unit = Unit.J;
break;
case PrimaryValueInformation.Volume:
Multiplier = baseMultiplier - 6;
Unit = Unit.M3;
break;
case PrimaryValueInformation.Mass:
Multiplier = baseMultiplier - 3;
Unit = Unit.Kg;
break;
case PrimaryValueInformation.PowerW:
Multiplier = baseMultiplier - 3;
Unit = Unit.W;
break;
case PrimaryValueInformation.PowerJh:
Multiplier = baseMultiplier;
Unit = Unit.Jh;
break;
case PrimaryValueInformation.VolumeFlow:
Multiplier = baseMultiplier - 6;
Unit = Unit.M3h;
break;
case PrimaryValueInformation.VolumeFlowExt:
Multiplier = baseMultiplier - 7;
Unit = Unit.M3min;
break;
case PrimaryValueInformation.VolumeFlowExtS:
Multiplier = baseMultiplier - 9;
Unit = Unit.M3s;
break;
case PrimaryValueInformation.MassFlow:
Multiplier = baseMultiplier - 3;
Unit = Unit.Kgh;
break;
case PrimaryValueInformation.OnTime:
Type = PrimaryValueInformation.OnTime;
ParseTime(baseMultiplier);
break;
case PrimaryValueInformation.InletFlowTemperature:
case PrimaryValueInformation.ReturnFlowTemperature:
case PrimaryValueInformation.ExternalTemperature:
Multiplier = baseMultiplier - 3;
Unit = Unit.C;
break;
case PrimaryValueInformation.TemperatureDifference:
Multiplier = baseMultiplier - 3;
Unit = Unit.K;
break;
case PrimaryValueInformation.Pressure:
Type = PrimaryValueInformation.Pressure;
Multiplier = baseMultiplier - 3;
Unit = Unit.Bar;
break;
}
}