public static String AsText(this Measurands Measurands)
{
switch (Measurands)
{
case Measurands.Current_Export:
return("Current.Export");
case Measurands.Current_Import:
return("Current.Import");
case Measurands.Current_Offered:
return("Current.Offered");
case Measurands.Energy_Active_Export_Register:
return("Energy.Active.Export.Register");
case Measurands.Energy_Active_Import_Register:
return("Energy.Active.Import.Register");
case Measurands.Energy_Reactive_Export_Register:
return("Energy.Reactive.Export.Register");
case Measurands.Energy_Reactive_Import_Register:
return("Energy.Reactive.Import.Register");
case Measurands.Energy_Active_Export_Interval:
return("Energy.Active.Export.Interval");
case Measurands.Energy_Active_Import_Interval:
return("Energy.Active.Import.Interval");
case Measurands.Energy_Active_Net:
return("Energy.Active.Net");
case Measurands.Energy_Reactive_Export_Interval:
return("Energy.Reactive.Export.Interval");
case Measurands.Energy_Reactive_Import_Interval:
return("Energy.Reactive.Import.Interval");
case Measurands.Energy_Reactive_Net:
return("Energy.Reactive.Net");
case Measurands.Energy_Apparent_Net:
return("Energy.Apparent.Net");
case Measurands.Energy_Apparent_Import:
return("Energy.Apparent.Import");
case Measurands.Energy_Apparent_Export:
return("Energy.Apparent.Export");
case Measurands.Frequency:
return("Frequency");
case Measurands.Power_Active_Export:
return("Power.Active.Export");
case Measurands.Power_Active_Import:
return("Power.Active.Import");
case Measurands.Power_Factor:
return("Power.Factor");
case Measurands.Power_Offered:
return("Power.Offered");
case Measurands.Power_Reactive_Export:
return("Power.Reactive.Export");
case Measurands.Power_Reactive_Import:
return("Power.Reactive.Import");
case Measurands.SoC:
return("SoC");
case Measurands.Voltage:
return("Voltage");
default:
return("Unknown");
}
}
public static String AsText(this Measurands Measurand)
{
switch (Measurand)
{
case Measurands.CurrentExport:
return("Current.Export");
case Measurands.CurrentImport:
return("Current.Import");
case Measurands.CurrentOffered:
return("Current.Offered");
case Measurands.EnergyActiveExportRegister:
return("Energy.Active.Export.Register");
case Measurands.EnergyActiveImportRegister:
return("Energy.Active.Import.Register");
case Measurands.EnergyReactiveExportRegister:
return("Energy.Reactive.Export.Register");
case Measurands.EnergyReactiveImportRegister:
return("Energy.Reactive.Import.Register");
case Measurands.EnergyActiveExportInterval:
return("Energy.Active.Export.Interval");
case Measurands.EnergyActiveImportInterval:
return("Energy.Active.Import.Interval");
case Measurands.EnergyReactiveExportInterval:
return("Energy.Reactive.Export.Interval");
case Measurands.EnergyReactiveImportInterval:
return("Energy.Reactive.Import.Interval");
case Measurands.Frequency:
return("Frequency");
case Measurands.PowerActiveExport:
return("Power.Active.Export");
case Measurands.PowerActiveImport:
return("Power.Active.Import");
case Measurands.PowerFactor:
return("Power.Factor");
case Measurands.PowerOffered:
return("Power.Offered");
case Measurands.PowerReactiveExport:
return("Power.Reactive.Export");
case Measurands.PowerReactiveImport:
return("Power.Reactive.Import");
case Measurands.RPM:
return("RPM");
case Measurands.SoC:
return("SoC");
case Measurands.Temperature:
return("Temperature");
case Measurands.Voltage:
return("Voltage");
default:
return("Energy.Active.Import.Register");
}
}
